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Acute renal failure
Acute renal failure (ARF) is defined as a decline in renal function over a period of hours or days, which results in an inability to maintain electrolyte homeostasis and an accumulation of nitrogenous waste products. ARF can be a presenting manifestation of a serious illness requiring hospitalization, or occur as a complication of illness or treatment in a hospitalized patient. the healthcare cost and utilization project (HCUP) estimates 141,000 discharges for ARF in 2002, with mean charges of almost $22,000 per patient. the mean length of stay was 6.7 days for these patients, with an in‐hospital mortality of 10.3%. hospitalists can advocate and initiate prevention strategies to reduce the incidence of ARF. hospitalists may also facilitate expeditious evaluation and management of ARF to improve patient outcomes, optimize resource utilization and reduce length of stay.
KNOWLEDGE
Hospitalists should be able to:
Define the clinical significance of pre‐renal failure, intrinsic renal disease, and post‐renal failure.
Describe the symptoms and signs of pre‐renal failure, intrinsic renal failure, and post‐renal failure.
Distinguish the causes of pre‐renal failure, intrinsic renal failure, and post‐renal failure.
Identify common electrolyte abnormalities that occur with acute renal failure, and institute corrective therapy.
Describe the indicated tests required to evaluate ARF.
Calculate estimated creatinine clearance for adjustment of medication dosage when indicated.
Identify patients at risk for ARF and institute preventive measures, which may include intravenous fluid and acetylcysteine in patients receiving radiocontrast media.
Identify hospitalized patients at risk for ARF and institute preventive measures.
Explain indications, contraindications and mechanisms of action of pharmacologic agents used to treat ARF.
Describe indications for acute hemodialysis.
Identify clinical, laboratory and imaging studies that indicate severity of disease.
Explain goals for hospital discharge, including specific measures of clinical stability for safe care transition.
SKILLS
Hospitalists should be able to:
Elicit a thorough and relevant history and review the medical record for factors predisposing or contributing to the development of ARF.
Review all drug use including prescription and over‐the‐counter medications, herbal remedies, nutritional supplements, and illicit drugs.
Perform a physical examination to assess volume status and to identify underlying co‐morbid states that may result in ARF.
Order and interpret indicated diagnostic studies that may include urinalysis and microscopic sediment analysis, urinary diagnostic indices, urinary protein excretion, serologic evaluation, and renal imaging.
Avoid use of radiographic contrast agents and order non‐ionic agents when available.
Identify patients who may benefit from early hemodialysis.
Determine or coordinate appropriate nutritional and metabolic interventions.
Formulate a treatment plan tailored to the individual patient, which may include fluid management, pharmacologic agents and dosing, nutritional recommendations, and patient compliance.
Identify and treat factors that may complicate the management of ARF, including extremes of blood pressure and underlying infections.
Adjust medications according to estimated renal function and route of excretion.
Avoid use of nephrotoxic agents in ARF. if nephrotoxic agents are required, closely monitor drug levels and renal function.
Assess patients with suspected ARF in a timely manner, and manage or co‐manage the patient with the primary requesting service.
ATTITUDES
Hospitalists should be able to:
Communicate with patients and families to explain the history and prognosis of ARF.
Communicate with patients and families to explain goals of care plan, discharge instructions and management after release from hospital.
Communicate with patients and families to explain tests and procedures, and the use and potential side effects of pharmacologic agents.
Communicate with patients and families to explain tests and procedures and their indications, and to obtain informed consent.
Recognize indications for specialty consultation, which may include nephrology or urology.
Initiate prevention measures including dietary modification and renal dosing of medications.
Employ a multidisciplinary approach, which may include nursing, nutrition and pharmacy services in the care of patients with ARF that begins at admission and continues through all care transitions.
Document treatment plan and provide clear discharge instructions for post‐discharge physicians.
Facilitate discharge planning early during hospitalization, including providing the patient with contact information for follow‐up care.
Utilize evidence based recommendations and protocols and risk stratification tools for the treatment of ARF.
SYSTEM ORGANIZATION AND IMPROVEMENT
To improve efficiency and quality within their organizations, hospitalists should:
Advocate establishing and supporting initiatives that have been shown to reduce incidence of iatrogenic ARF.
Lead, coordinate or participate in multidisciplinary teams, which may include nephrology, nursing, pharmacy and nutrition services, to improve processes that facilitate early identification of ARF, early discharge planning, and improved patient outcomes.
Lead, coordinate or participate in multidisciplinary initiatives to promote patient safety and optimize management strategies for ARF.
Acute renal failure (ARF) is defined as a decline in renal function over a period of hours or days, which results in an inability to maintain electrolyte homeostasis and an accumulation of nitrogenous waste products. ARF can be a presenting manifestation of a serious illness requiring hospitalization, or occur as a complication of illness or treatment in a hospitalized patient. the healthcare cost and utilization project (HCUP) estimates 141,000 discharges for ARF in 2002, with mean charges of almost $22,000 per patient. the mean length of stay was 6.7 days for these patients, with an in‐hospital mortality of 10.3%. hospitalists can advocate and initiate prevention strategies to reduce the incidence of ARF. hospitalists may also facilitate expeditious evaluation and management of ARF to improve patient outcomes, optimize resource utilization and reduce length of stay.
KNOWLEDGE
Hospitalists should be able to:
Define the clinical significance of pre‐renal failure, intrinsic renal disease, and post‐renal failure.
Describe the symptoms and signs of pre‐renal failure, intrinsic renal failure, and post‐renal failure.
Distinguish the causes of pre‐renal failure, intrinsic renal failure, and post‐renal failure.
Identify common electrolyte abnormalities that occur with acute renal failure, and institute corrective therapy.
Describe the indicated tests required to evaluate ARF.
Calculate estimated creatinine clearance for adjustment of medication dosage when indicated.
Identify patients at risk for ARF and institute preventive measures, which may include intravenous fluid and acetylcysteine in patients receiving radiocontrast media.
Identify hospitalized patients at risk for ARF and institute preventive measures.
Explain indications, contraindications and mechanisms of action of pharmacologic agents used to treat ARF.
Describe indications for acute hemodialysis.
Identify clinical, laboratory and imaging studies that indicate severity of disease.
Explain goals for hospital discharge, including specific measures of clinical stability for safe care transition.
SKILLS
Hospitalists should be able to:
Elicit a thorough and relevant history and review the medical record for factors predisposing or contributing to the development of ARF.
Review all drug use including prescription and over‐the‐counter medications, herbal remedies, nutritional supplements, and illicit drugs.
Perform a physical examination to assess volume status and to identify underlying co‐morbid states that may result in ARF.
Order and interpret indicated diagnostic studies that may include urinalysis and microscopic sediment analysis, urinary diagnostic indices, urinary protein excretion, serologic evaluation, and renal imaging.
Avoid use of radiographic contrast agents and order non‐ionic agents when available.
Identify patients who may benefit from early hemodialysis.
Determine or coordinate appropriate nutritional and metabolic interventions.
Formulate a treatment plan tailored to the individual patient, which may include fluid management, pharmacologic agents and dosing, nutritional recommendations, and patient compliance.
Identify and treat factors that may complicate the management of ARF, including extremes of blood pressure and underlying infections.
Adjust medications according to estimated renal function and route of excretion.
Avoid use of nephrotoxic agents in ARF. if nephrotoxic agents are required, closely monitor drug levels and renal function.
Assess patients with suspected ARF in a timely manner, and manage or co‐manage the patient with the primary requesting service.
ATTITUDES
Hospitalists should be able to:
Communicate with patients and families to explain the history and prognosis of ARF.
Communicate with patients and families to explain goals of care plan, discharge instructions and management after release from hospital.
Communicate with patients and families to explain tests and procedures, and the use and potential side effects of pharmacologic agents.
Communicate with patients and families to explain tests and procedures and their indications, and to obtain informed consent.
Recognize indications for specialty consultation, which may include nephrology or urology.
Initiate prevention measures including dietary modification and renal dosing of medications.
Employ a multidisciplinary approach, which may include nursing, nutrition and pharmacy services in the care of patients with ARF that begins at admission and continues through all care transitions.
Document treatment plan and provide clear discharge instructions for post‐discharge physicians.
Facilitate discharge planning early during hospitalization, including providing the patient with contact information for follow‐up care.
Utilize evidence based recommendations and protocols and risk stratification tools for the treatment of ARF.
SYSTEM ORGANIZATION AND IMPROVEMENT
To improve efficiency and quality within their organizations, hospitalists should:
Advocate establishing and supporting initiatives that have been shown to reduce incidence of iatrogenic ARF.
Lead, coordinate or participate in multidisciplinary teams, which may include nephrology, nursing, pharmacy and nutrition services, to improve processes that facilitate early identification of ARF, early discharge planning, and improved patient outcomes.
Lead, coordinate or participate in multidisciplinary initiatives to promote patient safety and optimize management strategies for ARF.
Acute renal failure (ARF) is defined as a decline in renal function over a period of hours or days, which results in an inability to maintain electrolyte homeostasis and an accumulation of nitrogenous waste products. ARF can be a presenting manifestation of a serious illness requiring hospitalization, or occur as a complication of illness or treatment in a hospitalized patient. the healthcare cost and utilization project (HCUP) estimates 141,000 discharges for ARF in 2002, with mean charges of almost $22,000 per patient. the mean length of stay was 6.7 days for these patients, with an in‐hospital mortality of 10.3%. hospitalists can advocate and initiate prevention strategies to reduce the incidence of ARF. hospitalists may also facilitate expeditious evaluation and management of ARF to improve patient outcomes, optimize resource utilization and reduce length of stay.
KNOWLEDGE
Hospitalists should be able to:
Define the clinical significance of pre‐renal failure, intrinsic renal disease, and post‐renal failure.
Describe the symptoms and signs of pre‐renal failure, intrinsic renal failure, and post‐renal failure.
Distinguish the causes of pre‐renal failure, intrinsic renal failure, and post‐renal failure.
Identify common electrolyte abnormalities that occur with acute renal failure, and institute corrective therapy.
Describe the indicated tests required to evaluate ARF.
Calculate estimated creatinine clearance for adjustment of medication dosage when indicated.
Identify patients at risk for ARF and institute preventive measures, which may include intravenous fluid and acetylcysteine in patients receiving radiocontrast media.
Identify hospitalized patients at risk for ARF and institute preventive measures.
Explain indications, contraindications and mechanisms of action of pharmacologic agents used to treat ARF.
Describe indications for acute hemodialysis.
Identify clinical, laboratory and imaging studies that indicate severity of disease.
Explain goals for hospital discharge, including specific measures of clinical stability for safe care transition.
SKILLS
Hospitalists should be able to:
Elicit a thorough and relevant history and review the medical record for factors predisposing or contributing to the development of ARF.
Review all drug use including prescription and over‐the‐counter medications, herbal remedies, nutritional supplements, and illicit drugs.
Perform a physical examination to assess volume status and to identify underlying co‐morbid states that may result in ARF.
Order and interpret indicated diagnostic studies that may include urinalysis and microscopic sediment analysis, urinary diagnostic indices, urinary protein excretion, serologic evaluation, and renal imaging.
Avoid use of radiographic contrast agents and order non‐ionic agents when available.
Identify patients who may benefit from early hemodialysis.
Determine or coordinate appropriate nutritional and metabolic interventions.
Formulate a treatment plan tailored to the individual patient, which may include fluid management, pharmacologic agents and dosing, nutritional recommendations, and patient compliance.
Identify and treat factors that may complicate the management of ARF, including extremes of blood pressure and underlying infections.
Adjust medications according to estimated renal function and route of excretion.
Avoid use of nephrotoxic agents in ARF. if nephrotoxic agents are required, closely monitor drug levels and renal function.
Assess patients with suspected ARF in a timely manner, and manage or co‐manage the patient with the primary requesting service.
ATTITUDES
Hospitalists should be able to:
Communicate with patients and families to explain the history and prognosis of ARF.
Communicate with patients and families to explain goals of care plan, discharge instructions and management after release from hospital.
Communicate with patients and families to explain tests and procedures, and the use and potential side effects of pharmacologic agents.
Communicate with patients and families to explain tests and procedures and their indications, and to obtain informed consent.
Recognize indications for specialty consultation, which may include nephrology or urology.
Initiate prevention measures including dietary modification and renal dosing of medications.
Employ a multidisciplinary approach, which may include nursing, nutrition and pharmacy services in the care of patients with ARF that begins at admission and continues through all care transitions.
Document treatment plan and provide clear discharge instructions for post‐discharge physicians.
Facilitate discharge planning early during hospitalization, including providing the patient with contact information for follow‐up care.
Utilize evidence based recommendations and protocols and risk stratification tools for the treatment of ARF.
SYSTEM ORGANIZATION AND IMPROVEMENT
To improve efficiency and quality within their organizations, hospitalists should:
Advocate establishing and supporting initiatives that have been shown to reduce incidence of iatrogenic ARF.
Lead, coordinate or participate in multidisciplinary teams, which may include nephrology, nursing, pharmacy and nutrition services, to improve processes that facilitate early identification of ARF, early discharge planning, and improved patient outcomes.
Lead, coordinate or participate in multidisciplinary initiatives to promote patient safety and optimize management strategies for ARF.
Copyright © 2006 Society of Hospital Medicine
Hospitalist as consultant
Hospitalists may provide expert medical opinion regarding the care of hospitalized patients or may serve as consultants for patients under the care of other medical and surgical services. The hospitalist consultant may provide opinions and recommendations or actively manage the patient's hospital care. Effective and frequent communication between the hospitalist and the requesting physician ensures safe and quality care. Hospitalists should promote communication between services to improve the care of the hospitalized patient, optimize resource utilization, and enhance patient safety.
KNOWLEDGE
Hospitalists should be able to:
Define the role of the hospitalist consultant.
Describe the components of an effective consultation.
Assess the urgency of the consultation and the questions posed by the requesting physician.
List factors that may affect implementation of consultant's recommendations.
SKILLS
Hospitalists should be able to:
Obtain a thorough and relevant history and review the medical record.
Perform a relevant physical examination.
Interpret indicated diagnostic studies.
Synthesize a treatment plan based on the data obtained from the history, physical examination and diagnostic studies.
Summarize the findings in the patient record.
List concise but specific recommendations for management.
Communicate recommendations to the consulting physician in an expedient and efficient manner.
Assess the level of care required, and communicate with the requesting physician if a transition of care is advised.
ATTITUDES
Hospitalists should be able to:
Determine the hospitalist consultant's role in collaboration with the requesting physician.
Respond promptly to the requesting physician's need for consultation.
Lead by example by performing consultations in a collegial, professional and non‐confrontational manner.
Inform and educate the requesting physician of potential complications and opportunities for prevention of complications.
Provide frequent follow‐up, including review of pertinent findings and laboratory data, and ensure that critical recommendations have been followed.
Provide timely and effective communication with the requesting physician/team.
Transmit written communication legibly and with clear contact information.
Recognize when the hospitalist's role in the patient's care is complete, document final recommendations in the medical record, and maintain availability.
Communicate with patient and family to convey recommendations and treatment plans.
Recognize the importance of arranging appropriate follow‐up.
Lead, coordinate or participate in multidisciplinary initiatives to promote patient safety and optimize resource utilization.
Hospitalists may provide expert medical opinion regarding the care of hospitalized patients or may serve as consultants for patients under the care of other medical and surgical services. The hospitalist consultant may provide opinions and recommendations or actively manage the patient's hospital care. Effective and frequent communication between the hospitalist and the requesting physician ensures safe and quality care. Hospitalists should promote communication between services to improve the care of the hospitalized patient, optimize resource utilization, and enhance patient safety.
KNOWLEDGE
Hospitalists should be able to:
Define the role of the hospitalist consultant.
Describe the components of an effective consultation.
Assess the urgency of the consultation and the questions posed by the requesting physician.
List factors that may affect implementation of consultant's recommendations.
SKILLS
Hospitalists should be able to:
Obtain a thorough and relevant history and review the medical record.
Perform a relevant physical examination.
Interpret indicated diagnostic studies.
Synthesize a treatment plan based on the data obtained from the history, physical examination and diagnostic studies.
Summarize the findings in the patient record.
List concise but specific recommendations for management.
Communicate recommendations to the consulting physician in an expedient and efficient manner.
Assess the level of care required, and communicate with the requesting physician if a transition of care is advised.
ATTITUDES
Hospitalists should be able to:
Determine the hospitalist consultant's role in collaboration with the requesting physician.
Respond promptly to the requesting physician's need for consultation.
Lead by example by performing consultations in a collegial, professional and non‐confrontational manner.
Inform and educate the requesting physician of potential complications and opportunities for prevention of complications.
Provide frequent follow‐up, including review of pertinent findings and laboratory data, and ensure that critical recommendations have been followed.
Provide timely and effective communication with the requesting physician/team.
Transmit written communication legibly and with clear contact information.
Recognize when the hospitalist's role in the patient's care is complete, document final recommendations in the medical record, and maintain availability.
Communicate with patient and family to convey recommendations and treatment plans.
Recognize the importance of arranging appropriate follow‐up.
Lead, coordinate or participate in multidisciplinary initiatives to promote patient safety and optimize resource utilization.
Hospitalists may provide expert medical opinion regarding the care of hospitalized patients or may serve as consultants for patients under the care of other medical and surgical services. The hospitalist consultant may provide opinions and recommendations or actively manage the patient's hospital care. Effective and frequent communication between the hospitalist and the requesting physician ensures safe and quality care. Hospitalists should promote communication between services to improve the care of the hospitalized patient, optimize resource utilization, and enhance patient safety.
KNOWLEDGE
Hospitalists should be able to:
Define the role of the hospitalist consultant.
Describe the components of an effective consultation.
Assess the urgency of the consultation and the questions posed by the requesting physician.
List factors that may affect implementation of consultant's recommendations.
SKILLS
Hospitalists should be able to:
Obtain a thorough and relevant history and review the medical record.
Perform a relevant physical examination.
Interpret indicated diagnostic studies.
Synthesize a treatment plan based on the data obtained from the history, physical examination and diagnostic studies.
Summarize the findings in the patient record.
List concise but specific recommendations for management.
Communicate recommendations to the consulting physician in an expedient and efficient manner.
Assess the level of care required, and communicate with the requesting physician if a transition of care is advised.
ATTITUDES
Hospitalists should be able to:
Determine the hospitalist consultant's role in collaboration with the requesting physician.
Respond promptly to the requesting physician's need for consultation.
Lead by example by performing consultations in a collegial, professional and non‐confrontational manner.
Inform and educate the requesting physician of potential complications and opportunities for prevention of complications.
Provide frequent follow‐up, including review of pertinent findings and laboratory data, and ensure that critical recommendations have been followed.
Provide timely and effective communication with the requesting physician/team.
Transmit written communication legibly and with clear contact information.
Recognize when the hospitalist's role in the patient's care is complete, document final recommendations in the medical record, and maintain availability.
Communicate with patient and family to convey recommendations and treatment plans.
Recognize the importance of arranging appropriate follow‐up.
Lead, coordinate or participate in multidisciplinary initiatives to promote patient safety and optimize resource utilization.
Copyright © 2006 Society of Hospital Medicine
Editors
Michael J. Pistoria, DO, FACP
Associate Program Director, Internal Medicine Program; Medical Director, Hospitalist Services
Lehigh Valley Hospital, Allentown, PA
Assistant Professor of Medicine, The Pennsylvania State University College of Medicine
Hershey, PA
Alpesh N. Amin, MD, MBA, FACP
Executive Director, Hospitalist Program
Vice Chair for Clinical Affairs and Quality, Department of Medicine
Associate Program Director, Internal Medicine Residency
Medicine Clerkship Director
University of California, Irvine
Orange, CA
Daniel D. Dressler, MD, MSc
Director, Hospital Medicine Services, Emory University Hospital
Assistant Professor of Medicine, Emory University School of Medicine
Atlanta, GA
Sylvia C.W. McKean, MD
Medical Director, Brigham and Women's Faulkner Hospitalist Service
Assistant Professor of Medicine, Harvard Medical School
Boston, MA
Tina L. Budnitz, MPH
Senior Advisor for New Initiatives
Society of Hospital Medicine
Philadelphia, PA
CONTRIBUTORS
Richard Albert, MD
Professor of Medicine, University of Colorado Health Science Center
Adjunct Professor of Engineering and Computer Science, University of Denver
Chief of Medicine, Denver Health Medical Center
Denver, CO
Equitable Allocation of Resources
Leland Allen, MD
Chief of Infectious Diseases
Shelby Baptist Medical Center
Birmingham, AL
Hospital‐Acquired Pneumonia
Alpesh Amin, MD, MBA, FACP
Executive Director, Hospitalist Program
Vice Chair for Clinical Affairs and Quality, Department of Medicine
Associate Program Director, Internal Medicine Residency
Medicine Clerkship Director
University of California, Irvine
Orange, CA
Asthma
Jeffrey Barsuk, MD
Assistant Professor of Medicine
Northwestern University
Chicago, IL
Thoracentesis
Stephen Bartold, MD, FACP
Associate Professor of Medicine
Texas Tech University
Odessa, TX
Information Management
Lee Biblo, MD
Professor and Vice Chairman, Department of Medicine
Medical College of Wisconsin
Milwaukee, WI
Electrocardiogram Interpretation
Daniel Budnitz, MD, MPH
Clinical Assistant Professor, Department of Family and Preventive Medicine
Emory University School of Medicine
Atlanta, GA
Drug Safety, Pharmacoeconomics and Pharmacoepidemiology
Tina Budnitz, MPH
Senior Advisor for Quality Initiatives
Society of Hospital Medicine
Philadelphia, PA
Patient Education
Leadership
Alexander Carbo, MD
Staff Hospitalist
Beth Israel Deaconess Medical Center
Boston, MA
Paracentesis
Niteesh Choudĥry, MD, PhD
Associate Physician
Brigham and Women's Hospital
Boston, MA
Diagnostic Decision Making
Eugene Chu, MD
Director, Hospital Medicine Program, Denver Health and Hospital Authority
Assistant Professor of Medicine, University of Colorado Health Sciences Center
Denver, CO
Equitable Allocation of Resources
Cheryl Clark, MD, SD
Physician, Internal Medicine
Brigham and Women's Hospital
Boston, MA
Care of Vulnerable Populations
Lorenzo DiFrancesco, MD, FACP
Associate Professor of Medicine
Emory University School of Medicine
Atlanta, GA
Lumbar Puncture
Jack Dinh, MD
Fellow, Division of Gastroenterology
Robert Wood Johnson Medical School at Camden
Camden, NJ
Professionalism and Medical Ethics
Brian Donovan, MD
Chief Medical Officer
Global Medical Services, Inc.
Johnson City, TN
Management Practices
Quality Improvement
Daniel Dressler, MD, MSc
Director, Hospital Medicine Services, Emory University Hospital
Assistant Professor of Medicine, Emory University School of Medicine
Atlanta, GA
Transitions of Care
Andrew Epstein, MD
Neurology Resident, Department of Neurology
University of Rochester School of Medicine
Rochester, NY
Professionalism and Medical Ethics
David Feinbloom, MD
Hospitalist
Beth Israel Deaconess Medical Center
Boston, MA
Cardiac Arrhythmia
Scott Flanders, MD
Associate Professor of Medicine
University of Michigan Health System
Ann Arbor, MI
Community‐Acquired Pneumonia
Shaun Frost, MD, FACP
Assistant Professor of Medicine
HealthPartners Medical Group and Clinics, University of Minnesota Medical School
St Paul, MN
Perioperative Medicine
Jeffrey Genato, MD
Hospitalist
Hospital Medicine Consultants
Frisic, TX
Vascular Access
Craig Gordon, MD
Instructor
Beth Israel Deaconess Medical Center
Boston, MA
Paracentesis
Adrienne Green, MD
Associate Clinical Professor of Medicine
University of California, San Francisco
San Francisco, CA
Care of the Elderly Patient
Delirium and Dementia
Mahalakshmi Halasyaman, MD
Associate Chair, Department of Internal Medicine
Saint Joseph Mercy Hospital
Ann Arbor, MI
Quality Improvement
John Halporn, MD
Director, Hospitalist Service
Emerson Hospital
Concord, MA
Palliative Care
Gale Hannigan, PhD, MLS, MPH
Professor and Director, Informatics for Medical Education
Texas A&M College of Medicine
College Station, TX
Information Management
Krista Hirschman, PhD
Medical Educator
LeHigh Valley Hospital
Allentown, PA
Hospitalist as Teacher
Russell Holman, MD
National Medical Director
Cogent Healthcare
Raleigh, NC
Leadership
Eric Howell, MD
Director of the Zieve Medical Services; Associate Director of the Collaborative Inpatient Medical Service,
Assistant Professor of Medicine
Johns Hopkins University
Baltimore, MD
Leadership
Jeanne Huddleston, MD, FACP
Program Director, Hospital Medicine Fellowship; Assistant Professor of Medicine
Mayo Clinic College of Medicine
Rochester, MN
Team Approach & Multidisciplinary Care
Nurcan Ilksoy, MD
Assistant Professor of Medicine
Emory University School of Medicine
Atlanta, GA
Congestive Heart Failure
Amir Jaffer, MD
Medical Director, Internal Medicine, Perioperative Assessment Consultation and Treatment (IMPACT) Center; Medical Director, the Anticoagulation Clinic
The Cleveland Clinic
Cleveland, OH
Hospitalist as Consultant
Panch Jeyakumar, MD
Pulmonary Intensivist
Chest and Critical Care Consultants
Anaheim, CA
Chest Radiograph Interpretation
Sepsis Syndrome
Allen Kachalia, MD
Hospitalist
Brigham and Women's Hospital
Boston, MA
Risk Management
Andrew Karson, MD, MPH
Associate Director, Decision Support and Quality Management Unit
Massachusetts General Hospital
Boston, MA
Chronic Obstructive Pulmonary Disease
Surendra Khera, MD
Assistant Director, Internal Medicine Residency Program
Orlando Regional Medical Center
Orlando, FL
Acute Renal Failure
Jennifer Kleinbart, MD
Assistant Professor of Medicine
Emory University School of Medicine
Atlanta, GA
Acute Coronary Syndrome
Valerie Lang, MD
Assistant Professor of Medicine
University of Rochester School of Medicine
Rochester, NY
Alcohol and Drug Withdrawal
Joseph Li, MD
Director, Hospital Medicine Program
Beth Israel Deaconess Medical Center
Boston, MA
Arthrocentesis
David Likosky, MD
Chief of Staff, Director Stroke Program
Evergreen Hospital
Kirkland, WA
Stroke
Susan Marino, MD
Infection Control Practitioner
Brigham and Women's Hospital
Boston, MA
Prevention of Healthcare Associated Infections and Antimicrobial Resistance
George Mathew, MD
Clinical Assistant Professor
Indiana University School of Medicine
Indianapolis, IN
Cellulitis
Sylvia McKean, MD
Medical Director, Brigham and Women's Faulkner Hospitalist Service
Assistant Professor of Medicine, Harvard Medical School
Boston, MA
Drug Safety, Pharmacoeconomics and Pharmacoepidemiology
Hospitalist as Teacher
Patient Education
Patient Handoff
Venous Thromboembolism
Franklin Michota, MD
Head, Section of Hospital Medicine
The Cleveland Clinic Foundation
Cleveland, OH
Perioperative Medicine
Alec O'Connor, MD
Assistant Professor of Medicine
University of Rochester School of Medicine
Rochester, NY
Alcohol and Drug Withdrawal
Kevin O'Leary, MD
Assistant Professor of Medicine, Feinberg School of Medicine
Associate Division Chief for Inpatient Medicine, Northwestern University
Chicago, IL
Urinary Tract Infection
Ganiyu Oshodi, MD
Cardiology Fellow
MetroHealth Medical Center, Heart and Vascular Center
Cleveland, OH
Electrocardiogram Interpretation
Steve Pantilat, MD, FACP
Associate Professor of Medicine; UCSF Hospitalist Group
University of California, San Francisco
San Francisco, CA
Palliative Care
Michael Pistoria, DO, FACP
Associate Program Director, Internal Medicine Program; Medical Director, Hospitalist Services
Lehigh Valley Hospital, Allentown, PA
Assistant Professor of Medicine, The Pennsylvania State University College of Medicine
Hershey, PA
Diabetes Mellitus
Vijay Rajput, MBBS, MS, FACP
Co‐program Director, Internal Medicine Residency, Robert Wood Johnson Medical School
Senior Hospitalist, Cooper Health System
Camden, NJ
Professionalism and Medical Ethics
William Rifkin, MD
Assistant Professor of Medicine, Yale University School of Medicine,
Associate Director, Primary Care Residency Program, Waterbury Hospital
Waterbury, CT
Pain Management
Professionalism and Medical Ethics
Malcolm Robinson, MD
Director, Metabolic Support Service
Brigham and Women's Hospital
Boston, MA
Nutrition and the Hospitalized Patient
Richard Rohr, MD
Director, Hospitalist Service
Milford Hospital
Milford, CT
Emergency Procedures
Patient Safety
Quality Improvement
David Rosenman, MD
Senior Associate Consultant, Department of Internal Medicine
Mayo Clinic
Rochester, MN
Team Approach and Multidisciplinary Care
Michael Ruhlen, MD, MHCM, FAAP
Vice President, Medical Affairs
Toledo Children's Hospital
Toledo, OH
Patient Safety
Quality Improvement
Bindu Sangani, MD
Staff Hospitalist
The Cleveland Clinic Foundation
Cleveland, OH
Diabetes Mellitus
Gregory Seymann, MD
Associate Professor, Division of Hospital Medicine
University of California, San Diego
San Diego, CA
Communication
Gastrointestinal Bleed
Eric Siegal, MD
Director, Hospital Medicine Program
University of Wisconsin
Madison, WI
Management Practices
Anjala Tess, MD
Hospitalist
Beth Israel Deaconess Medical Center
Boston, MA
Cardiac Arrhythmia
Anthony Valeri, MD
Associate Professor of Clinical Medicine; Director, Hemodialysis
Columbia University Medical Center
New York, NY
Acute Renal Failure
Tosha Wetterneck, MD
Assistant Professor of Medicine
University of Wisconsin Hospital
Madison, WI
Quality Improvement
Chad Whelan, MD
Assistant Professor of Medicine
University of Chicago
Chicago, IL
Evidence Based Medicine
Practice Based Learning and Improvement
Mark Williams, MD, FACP
Professor of Medicine; Director, Emory Hospital Medicine Unit
Emory University School of Medicine
Atlanta, GA
Leadership
Deborah Yokoe, MD, MPH
Associate Hospital Epidemiologist, Brigham and Women's Hospital
Assistant Professor of Medicine, Harvard Medical School
Boston, MA
Prevention of Healthcare Associated Infections and Antimicrobial Resistance
Michael J. Pistoria, DO, FACP
Associate Program Director, Internal Medicine Program; Medical Director, Hospitalist Services
Lehigh Valley Hospital, Allentown, PA
Assistant Professor of Medicine, The Pennsylvania State University College of Medicine
Hershey, PA
Alpesh N. Amin, MD, MBA, FACP
Executive Director, Hospitalist Program
Vice Chair for Clinical Affairs and Quality, Department of Medicine
Associate Program Director, Internal Medicine Residency
Medicine Clerkship Director
University of California, Irvine
Orange, CA
Daniel D. Dressler, MD, MSc
Director, Hospital Medicine Services, Emory University Hospital
Assistant Professor of Medicine, Emory University School of Medicine
Atlanta, GA
Sylvia C.W. McKean, MD
Medical Director, Brigham and Women's Faulkner Hospitalist Service
Assistant Professor of Medicine, Harvard Medical School
Boston, MA
Tina L. Budnitz, MPH
Senior Advisor for New Initiatives
Society of Hospital Medicine
Philadelphia, PA
CONTRIBUTORS
Richard Albert, MD
Professor of Medicine, University of Colorado Health Science Center
Adjunct Professor of Engineering and Computer Science, University of Denver
Chief of Medicine, Denver Health Medical Center
Denver, CO
Equitable Allocation of Resources
Leland Allen, MD
Chief of Infectious Diseases
Shelby Baptist Medical Center
Birmingham, AL
Hospital‐Acquired Pneumonia
Alpesh Amin, MD, MBA, FACP
Executive Director, Hospitalist Program
Vice Chair for Clinical Affairs and Quality, Department of Medicine
Associate Program Director, Internal Medicine Residency
Medicine Clerkship Director
University of California, Irvine
Orange, CA
Asthma
Jeffrey Barsuk, MD
Assistant Professor of Medicine
Northwestern University
Chicago, IL
Thoracentesis
Stephen Bartold, MD, FACP
Associate Professor of Medicine
Texas Tech University
Odessa, TX
Information Management
Lee Biblo, MD
Professor and Vice Chairman, Department of Medicine
Medical College of Wisconsin
Milwaukee, WI
Electrocardiogram Interpretation
Daniel Budnitz, MD, MPH
Clinical Assistant Professor, Department of Family and Preventive Medicine
Emory University School of Medicine
Atlanta, GA
Drug Safety, Pharmacoeconomics and Pharmacoepidemiology
Tina Budnitz, MPH
Senior Advisor for Quality Initiatives
Society of Hospital Medicine
Philadelphia, PA
Patient Education
Leadership
Alexander Carbo, MD
Staff Hospitalist
Beth Israel Deaconess Medical Center
Boston, MA
Paracentesis
Niteesh Choudĥry, MD, PhD
Associate Physician
Brigham and Women's Hospital
Boston, MA
Diagnostic Decision Making
Eugene Chu, MD
Director, Hospital Medicine Program, Denver Health and Hospital Authority
Assistant Professor of Medicine, University of Colorado Health Sciences Center
Denver, CO
Equitable Allocation of Resources
Cheryl Clark, MD, SD
Physician, Internal Medicine
Brigham and Women's Hospital
Boston, MA
Care of Vulnerable Populations
Lorenzo DiFrancesco, MD, FACP
Associate Professor of Medicine
Emory University School of Medicine
Atlanta, GA
Lumbar Puncture
Jack Dinh, MD
Fellow, Division of Gastroenterology
Robert Wood Johnson Medical School at Camden
Camden, NJ
Professionalism and Medical Ethics
Brian Donovan, MD
Chief Medical Officer
Global Medical Services, Inc.
Johnson City, TN
Management Practices
Quality Improvement
Daniel Dressler, MD, MSc
Director, Hospital Medicine Services, Emory University Hospital
Assistant Professor of Medicine, Emory University School of Medicine
Atlanta, GA
Transitions of Care
Andrew Epstein, MD
Neurology Resident, Department of Neurology
University of Rochester School of Medicine
Rochester, NY
Professionalism and Medical Ethics
David Feinbloom, MD
Hospitalist
Beth Israel Deaconess Medical Center
Boston, MA
Cardiac Arrhythmia
Scott Flanders, MD
Associate Professor of Medicine
University of Michigan Health System
Ann Arbor, MI
Community‐Acquired Pneumonia
Shaun Frost, MD, FACP
Assistant Professor of Medicine
HealthPartners Medical Group and Clinics, University of Minnesota Medical School
St Paul, MN
Perioperative Medicine
Jeffrey Genato, MD
Hospitalist
Hospital Medicine Consultants
Frisic, TX
Vascular Access
Craig Gordon, MD
Instructor
Beth Israel Deaconess Medical Center
Boston, MA
Paracentesis
Adrienne Green, MD
Associate Clinical Professor of Medicine
University of California, San Francisco
San Francisco, CA
Care of the Elderly Patient
Delirium and Dementia
Mahalakshmi Halasyaman, MD
Associate Chair, Department of Internal Medicine
Saint Joseph Mercy Hospital
Ann Arbor, MI
Quality Improvement
John Halporn, MD
Director, Hospitalist Service
Emerson Hospital
Concord, MA
Palliative Care
Gale Hannigan, PhD, MLS, MPH
Professor and Director, Informatics for Medical Education
Texas A&M College of Medicine
College Station, TX
Information Management
Krista Hirschman, PhD
Medical Educator
LeHigh Valley Hospital
Allentown, PA
Hospitalist as Teacher
Russell Holman, MD
National Medical Director
Cogent Healthcare
Raleigh, NC
Leadership
Eric Howell, MD
Director of the Zieve Medical Services; Associate Director of the Collaborative Inpatient Medical Service,
Assistant Professor of Medicine
Johns Hopkins University
Baltimore, MD
Leadership
Jeanne Huddleston, MD, FACP
Program Director, Hospital Medicine Fellowship; Assistant Professor of Medicine
Mayo Clinic College of Medicine
Rochester, MN
Team Approach & Multidisciplinary Care
Nurcan Ilksoy, MD
Assistant Professor of Medicine
Emory University School of Medicine
Atlanta, GA
Congestive Heart Failure
Amir Jaffer, MD
Medical Director, Internal Medicine, Perioperative Assessment Consultation and Treatment (IMPACT) Center; Medical Director, the Anticoagulation Clinic
The Cleveland Clinic
Cleveland, OH
Hospitalist as Consultant
Panch Jeyakumar, MD
Pulmonary Intensivist
Chest and Critical Care Consultants
Anaheim, CA
Chest Radiograph Interpretation
Sepsis Syndrome
Allen Kachalia, MD
Hospitalist
Brigham and Women's Hospital
Boston, MA
Risk Management
Andrew Karson, MD, MPH
Associate Director, Decision Support and Quality Management Unit
Massachusetts General Hospital
Boston, MA
Chronic Obstructive Pulmonary Disease
Surendra Khera, MD
Assistant Director, Internal Medicine Residency Program
Orlando Regional Medical Center
Orlando, FL
Acute Renal Failure
Jennifer Kleinbart, MD
Assistant Professor of Medicine
Emory University School of Medicine
Atlanta, GA
Acute Coronary Syndrome
Valerie Lang, MD
Assistant Professor of Medicine
University of Rochester School of Medicine
Rochester, NY
Alcohol and Drug Withdrawal
Joseph Li, MD
Director, Hospital Medicine Program
Beth Israel Deaconess Medical Center
Boston, MA
Arthrocentesis
David Likosky, MD
Chief of Staff, Director Stroke Program
Evergreen Hospital
Kirkland, WA
Stroke
Susan Marino, MD
Infection Control Practitioner
Brigham and Women's Hospital
Boston, MA
Prevention of Healthcare Associated Infections and Antimicrobial Resistance
George Mathew, MD
Clinical Assistant Professor
Indiana University School of Medicine
Indianapolis, IN
Cellulitis
Sylvia McKean, MD
Medical Director, Brigham and Women's Faulkner Hospitalist Service
Assistant Professor of Medicine, Harvard Medical School
Boston, MA
Drug Safety, Pharmacoeconomics and Pharmacoepidemiology
Hospitalist as Teacher
Patient Education
Patient Handoff
Venous Thromboembolism
Franklin Michota, MD
Head, Section of Hospital Medicine
The Cleveland Clinic Foundation
Cleveland, OH
Perioperative Medicine
Alec O'Connor, MD
Assistant Professor of Medicine
University of Rochester School of Medicine
Rochester, NY
Alcohol and Drug Withdrawal
Kevin O'Leary, MD
Assistant Professor of Medicine, Feinberg School of Medicine
Associate Division Chief for Inpatient Medicine, Northwestern University
Chicago, IL
Urinary Tract Infection
Ganiyu Oshodi, MD
Cardiology Fellow
MetroHealth Medical Center, Heart and Vascular Center
Cleveland, OH
Electrocardiogram Interpretation
Steve Pantilat, MD, FACP
Associate Professor of Medicine; UCSF Hospitalist Group
University of California, San Francisco
San Francisco, CA
Palliative Care
Michael Pistoria, DO, FACP
Associate Program Director, Internal Medicine Program; Medical Director, Hospitalist Services
Lehigh Valley Hospital, Allentown, PA
Assistant Professor of Medicine, The Pennsylvania State University College of Medicine
Hershey, PA
Diabetes Mellitus
Vijay Rajput, MBBS, MS, FACP
Co‐program Director, Internal Medicine Residency, Robert Wood Johnson Medical School
Senior Hospitalist, Cooper Health System
Camden, NJ
Professionalism and Medical Ethics
William Rifkin, MD
Assistant Professor of Medicine, Yale University School of Medicine,
Associate Director, Primary Care Residency Program, Waterbury Hospital
Waterbury, CT
Pain Management
Professionalism and Medical Ethics
Malcolm Robinson, MD
Director, Metabolic Support Service
Brigham and Women's Hospital
Boston, MA
Nutrition and the Hospitalized Patient
Richard Rohr, MD
Director, Hospitalist Service
Milford Hospital
Milford, CT
Emergency Procedures
Patient Safety
Quality Improvement
David Rosenman, MD
Senior Associate Consultant, Department of Internal Medicine
Mayo Clinic
Rochester, MN
Team Approach and Multidisciplinary Care
Michael Ruhlen, MD, MHCM, FAAP
Vice President, Medical Affairs
Toledo Children's Hospital
Toledo, OH
Patient Safety
Quality Improvement
Bindu Sangani, MD
Staff Hospitalist
The Cleveland Clinic Foundation
Cleveland, OH
Diabetes Mellitus
Gregory Seymann, MD
Associate Professor, Division of Hospital Medicine
University of California, San Diego
San Diego, CA
Communication
Gastrointestinal Bleed
Eric Siegal, MD
Director, Hospital Medicine Program
University of Wisconsin
Madison, WI
Management Practices
Anjala Tess, MD
Hospitalist
Beth Israel Deaconess Medical Center
Boston, MA
Cardiac Arrhythmia
Anthony Valeri, MD
Associate Professor of Clinical Medicine; Director, Hemodialysis
Columbia University Medical Center
New York, NY
Acute Renal Failure
Tosha Wetterneck, MD
Assistant Professor of Medicine
University of Wisconsin Hospital
Madison, WI
Quality Improvement
Chad Whelan, MD
Assistant Professor of Medicine
University of Chicago
Chicago, IL
Evidence Based Medicine
Practice Based Learning and Improvement
Mark Williams, MD, FACP
Professor of Medicine; Director, Emory Hospital Medicine Unit
Emory University School of Medicine
Atlanta, GA
Leadership
Deborah Yokoe, MD, MPH
Associate Hospital Epidemiologist, Brigham and Women's Hospital
Assistant Professor of Medicine, Harvard Medical School
Boston, MA
Prevention of Healthcare Associated Infections and Antimicrobial Resistance
Michael J. Pistoria, DO, FACP
Associate Program Director, Internal Medicine Program; Medical Director, Hospitalist Services
Lehigh Valley Hospital, Allentown, PA
Assistant Professor of Medicine, The Pennsylvania State University College of Medicine
Hershey, PA
Alpesh N. Amin, MD, MBA, FACP
Executive Director, Hospitalist Program
Vice Chair for Clinical Affairs and Quality, Department of Medicine
Associate Program Director, Internal Medicine Residency
Medicine Clerkship Director
University of California, Irvine
Orange, CA
Daniel D. Dressler, MD, MSc
Director, Hospital Medicine Services, Emory University Hospital
Assistant Professor of Medicine, Emory University School of Medicine
Atlanta, GA
Sylvia C.W. McKean, MD
Medical Director, Brigham and Women's Faulkner Hospitalist Service
Assistant Professor of Medicine, Harvard Medical School
Boston, MA
Tina L. Budnitz, MPH
Senior Advisor for New Initiatives
Society of Hospital Medicine
Philadelphia, PA
CONTRIBUTORS
Richard Albert, MD
Professor of Medicine, University of Colorado Health Science Center
Adjunct Professor of Engineering and Computer Science, University of Denver
Chief of Medicine, Denver Health Medical Center
Denver, CO
Equitable Allocation of Resources
Leland Allen, MD
Chief of Infectious Diseases
Shelby Baptist Medical Center
Birmingham, AL
Hospital‐Acquired Pneumonia
Alpesh Amin, MD, MBA, FACP
Executive Director, Hospitalist Program
Vice Chair for Clinical Affairs and Quality, Department of Medicine
Associate Program Director, Internal Medicine Residency
Medicine Clerkship Director
University of California, Irvine
Orange, CA
Asthma
Jeffrey Barsuk, MD
Assistant Professor of Medicine
Northwestern University
Chicago, IL
Thoracentesis
Stephen Bartold, MD, FACP
Associate Professor of Medicine
Texas Tech University
Odessa, TX
Information Management
Lee Biblo, MD
Professor and Vice Chairman, Department of Medicine
Medical College of Wisconsin
Milwaukee, WI
Electrocardiogram Interpretation
Daniel Budnitz, MD, MPH
Clinical Assistant Professor, Department of Family and Preventive Medicine
Emory University School of Medicine
Atlanta, GA
Drug Safety, Pharmacoeconomics and Pharmacoepidemiology
Tina Budnitz, MPH
Senior Advisor for Quality Initiatives
Society of Hospital Medicine
Philadelphia, PA
Patient Education
Leadership
Alexander Carbo, MD
Staff Hospitalist
Beth Israel Deaconess Medical Center
Boston, MA
Paracentesis
Niteesh Choudĥry, MD, PhD
Associate Physician
Brigham and Women's Hospital
Boston, MA
Diagnostic Decision Making
Eugene Chu, MD
Director, Hospital Medicine Program, Denver Health and Hospital Authority
Assistant Professor of Medicine, University of Colorado Health Sciences Center
Denver, CO
Equitable Allocation of Resources
Cheryl Clark, MD, SD
Physician, Internal Medicine
Brigham and Women's Hospital
Boston, MA
Care of Vulnerable Populations
Lorenzo DiFrancesco, MD, FACP
Associate Professor of Medicine
Emory University School of Medicine
Atlanta, GA
Lumbar Puncture
Jack Dinh, MD
Fellow, Division of Gastroenterology
Robert Wood Johnson Medical School at Camden
Camden, NJ
Professionalism and Medical Ethics
Brian Donovan, MD
Chief Medical Officer
Global Medical Services, Inc.
Johnson City, TN
Management Practices
Quality Improvement
Daniel Dressler, MD, MSc
Director, Hospital Medicine Services, Emory University Hospital
Assistant Professor of Medicine, Emory University School of Medicine
Atlanta, GA
Transitions of Care
Andrew Epstein, MD
Neurology Resident, Department of Neurology
University of Rochester School of Medicine
Rochester, NY
Professionalism and Medical Ethics
David Feinbloom, MD
Hospitalist
Beth Israel Deaconess Medical Center
Boston, MA
Cardiac Arrhythmia
Scott Flanders, MD
Associate Professor of Medicine
University of Michigan Health System
Ann Arbor, MI
Community‐Acquired Pneumonia
Shaun Frost, MD, FACP
Assistant Professor of Medicine
HealthPartners Medical Group and Clinics, University of Minnesota Medical School
St Paul, MN
Perioperative Medicine
Jeffrey Genato, MD
Hospitalist
Hospital Medicine Consultants
Frisic, TX
Vascular Access
Craig Gordon, MD
Instructor
Beth Israel Deaconess Medical Center
Boston, MA
Paracentesis
Adrienne Green, MD
Associate Clinical Professor of Medicine
University of California, San Francisco
San Francisco, CA
Care of the Elderly Patient
Delirium and Dementia
Mahalakshmi Halasyaman, MD
Associate Chair, Department of Internal Medicine
Saint Joseph Mercy Hospital
Ann Arbor, MI
Quality Improvement
John Halporn, MD
Director, Hospitalist Service
Emerson Hospital
Concord, MA
Palliative Care
Gale Hannigan, PhD, MLS, MPH
Professor and Director, Informatics for Medical Education
Texas A&M College of Medicine
College Station, TX
Information Management
Krista Hirschman, PhD
Medical Educator
LeHigh Valley Hospital
Allentown, PA
Hospitalist as Teacher
Russell Holman, MD
National Medical Director
Cogent Healthcare
Raleigh, NC
Leadership
Eric Howell, MD
Director of the Zieve Medical Services; Associate Director of the Collaborative Inpatient Medical Service,
Assistant Professor of Medicine
Johns Hopkins University
Baltimore, MD
Leadership
Jeanne Huddleston, MD, FACP
Program Director, Hospital Medicine Fellowship; Assistant Professor of Medicine
Mayo Clinic College of Medicine
Rochester, MN
Team Approach & Multidisciplinary Care
Nurcan Ilksoy, MD
Assistant Professor of Medicine
Emory University School of Medicine
Atlanta, GA
Congestive Heart Failure
Amir Jaffer, MD
Medical Director, Internal Medicine, Perioperative Assessment Consultation and Treatment (IMPACT) Center; Medical Director, the Anticoagulation Clinic
The Cleveland Clinic
Cleveland, OH
Hospitalist as Consultant
Panch Jeyakumar, MD
Pulmonary Intensivist
Chest and Critical Care Consultants
Anaheim, CA
Chest Radiograph Interpretation
Sepsis Syndrome
Allen Kachalia, MD
Hospitalist
Brigham and Women's Hospital
Boston, MA
Risk Management
Andrew Karson, MD, MPH
Associate Director, Decision Support and Quality Management Unit
Massachusetts General Hospital
Boston, MA
Chronic Obstructive Pulmonary Disease
Surendra Khera, MD
Assistant Director, Internal Medicine Residency Program
Orlando Regional Medical Center
Orlando, FL
Acute Renal Failure
Jennifer Kleinbart, MD
Assistant Professor of Medicine
Emory University School of Medicine
Atlanta, GA
Acute Coronary Syndrome
Valerie Lang, MD
Assistant Professor of Medicine
University of Rochester School of Medicine
Rochester, NY
Alcohol and Drug Withdrawal
Joseph Li, MD
Director, Hospital Medicine Program
Beth Israel Deaconess Medical Center
Boston, MA
Arthrocentesis
David Likosky, MD
Chief of Staff, Director Stroke Program
Evergreen Hospital
Kirkland, WA
Stroke
Susan Marino, MD
Infection Control Practitioner
Brigham and Women's Hospital
Boston, MA
Prevention of Healthcare Associated Infections and Antimicrobial Resistance
George Mathew, MD
Clinical Assistant Professor
Indiana University School of Medicine
Indianapolis, IN
Cellulitis
Sylvia McKean, MD
Medical Director, Brigham and Women's Faulkner Hospitalist Service
Assistant Professor of Medicine, Harvard Medical School
Boston, MA
Drug Safety, Pharmacoeconomics and Pharmacoepidemiology
Hospitalist as Teacher
Patient Education
Patient Handoff
Venous Thromboembolism
Franklin Michota, MD
Head, Section of Hospital Medicine
The Cleveland Clinic Foundation
Cleveland, OH
Perioperative Medicine
Alec O'Connor, MD
Assistant Professor of Medicine
University of Rochester School of Medicine
Rochester, NY
Alcohol and Drug Withdrawal
Kevin O'Leary, MD
Assistant Professor of Medicine, Feinberg School of Medicine
Associate Division Chief for Inpatient Medicine, Northwestern University
Chicago, IL
Urinary Tract Infection
Ganiyu Oshodi, MD
Cardiology Fellow
MetroHealth Medical Center, Heart and Vascular Center
Cleveland, OH
Electrocardiogram Interpretation
Steve Pantilat, MD, FACP
Associate Professor of Medicine; UCSF Hospitalist Group
University of California, San Francisco
San Francisco, CA
Palliative Care
Michael Pistoria, DO, FACP
Associate Program Director, Internal Medicine Program; Medical Director, Hospitalist Services
Lehigh Valley Hospital, Allentown, PA
Assistant Professor of Medicine, The Pennsylvania State University College of Medicine
Hershey, PA
Diabetes Mellitus
Vijay Rajput, MBBS, MS, FACP
Co‐program Director, Internal Medicine Residency, Robert Wood Johnson Medical School
Senior Hospitalist, Cooper Health System
Camden, NJ
Professionalism and Medical Ethics
William Rifkin, MD
Assistant Professor of Medicine, Yale University School of Medicine,
Associate Director, Primary Care Residency Program, Waterbury Hospital
Waterbury, CT
Pain Management
Professionalism and Medical Ethics
Malcolm Robinson, MD
Director, Metabolic Support Service
Brigham and Women's Hospital
Boston, MA
Nutrition and the Hospitalized Patient
Richard Rohr, MD
Director, Hospitalist Service
Milford Hospital
Milford, CT
Emergency Procedures
Patient Safety
Quality Improvement
David Rosenman, MD
Senior Associate Consultant, Department of Internal Medicine
Mayo Clinic
Rochester, MN
Team Approach and Multidisciplinary Care
Michael Ruhlen, MD, MHCM, FAAP
Vice President, Medical Affairs
Toledo Children's Hospital
Toledo, OH
Patient Safety
Quality Improvement
Bindu Sangani, MD
Staff Hospitalist
The Cleveland Clinic Foundation
Cleveland, OH
Diabetes Mellitus
Gregory Seymann, MD
Associate Professor, Division of Hospital Medicine
University of California, San Diego
San Diego, CA
Communication
Gastrointestinal Bleed
Eric Siegal, MD
Director, Hospital Medicine Program
University of Wisconsin
Madison, WI
Management Practices
Anjala Tess, MD
Hospitalist
Beth Israel Deaconess Medical Center
Boston, MA
Cardiac Arrhythmia
Anthony Valeri, MD
Associate Professor of Clinical Medicine; Director, Hemodialysis
Columbia University Medical Center
New York, NY
Acute Renal Failure
Tosha Wetterneck, MD
Assistant Professor of Medicine
University of Wisconsin Hospital
Madison, WI
Quality Improvement
Chad Whelan, MD
Assistant Professor of Medicine
University of Chicago
Chicago, IL
Evidence Based Medicine
Practice Based Learning and Improvement
Mark Williams, MD, FACP
Professor of Medicine; Director, Emory Hospital Medicine Unit
Emory University School of Medicine
Atlanta, GA
Leadership
Deborah Yokoe, MD, MPH
Associate Hospital Epidemiologist, Brigham and Women's Hospital
Assistant Professor of Medicine, Harvard Medical School
Boston, MA
Prevention of Healthcare Associated Infections and Antimicrobial Resistance
Copyright © 2006 Society of Hospital Medicine
Chest radiograph interpretation
Chest radiographs (CXRs) utilize low‐level radiation to form images of the chest anatomy. They are non‐invasive and readily available. CXRs are an integral part of the initial evaluation of cardiopulmonary pathology. Hospitalists interpret the results of CXRs, often before radiologists, to diagnose disease and develop treatment plans in hospitalized patients.
KNOWLEDGE
Hospitalists should be able to:
Explain the normal anatomy of the thorax with particular attention to spatial relationships.
Explain the images seen on a CXR, including bone and soft tissue structures, airway, lungs, cardiac structure and silhouette, aorta, and diaphragm.
List the indications for ordering a CXR.
Describe evidence based national guidelines for ordering CXRs.
Compare the diagnostic utility and limitations of portable radiographs to posteroanterior and lateral radiographs.
Explain the indications for a lateral decubitus CXR.
Describe the effects of film exposure, inspiratory effort, and patient position on the radiographic image.
Explain the effect of cardiovascular, systemic, and traumatic processes on the CXR.
Explain the limitations of various CXR findings.
SKILLS
Hospitalists should be able to:
Review a CXR utilizing a systemic approach.
Identify normal variants.
Identify abnormalities shown on a CSR and, when possible, correlate with clinical presentation and/or prior procedures.
Correlate physical examination findings with CXR abnormalities.
Synthesize CXR findings with other clinical and diagnostic information to diagnose disease and develop a clinical plan.
ATTITUDES
Hospitalists should be able to:
Communicate with patients and families to explain results of CXRs and how the findings influence the care plan.
Personally and promptly interpret CXRs and compare them to previously obtained CXRs, when available.
Review each CXR with a standard and consistent approach.
Consult and collaborate with radiologists in interpreting complex CXRs and in ordering further diagnostic studies or procedures based on CXR interpretation.
Utilize evidence based national guidelines to ensure cost efficiency and to minimize unnecessary patient imaging.
SYSTEM ORGANIZATION AND IMPROVEMENT
To improve quality and efficiency within their organizations, Hospitalists should:
Lead, coordinate or participate in efforts to develop protocols to minimize unnecessary CXRs.
Identify and convey the need for system improvements related to acquisition and interpretation of CXRs for hospitalized patients.
Chest radiographs (CXRs) utilize low‐level radiation to form images of the chest anatomy. They are non‐invasive and readily available. CXRs are an integral part of the initial evaluation of cardiopulmonary pathology. Hospitalists interpret the results of CXRs, often before radiologists, to diagnose disease and develop treatment plans in hospitalized patients.
KNOWLEDGE
Hospitalists should be able to:
Explain the normal anatomy of the thorax with particular attention to spatial relationships.
Explain the images seen on a CXR, including bone and soft tissue structures, airway, lungs, cardiac structure and silhouette, aorta, and diaphragm.
List the indications for ordering a CXR.
Describe evidence based national guidelines for ordering CXRs.
Compare the diagnostic utility and limitations of portable radiographs to posteroanterior and lateral radiographs.
Explain the indications for a lateral decubitus CXR.
Describe the effects of film exposure, inspiratory effort, and patient position on the radiographic image.
Explain the effect of cardiovascular, systemic, and traumatic processes on the CXR.
Explain the limitations of various CXR findings.
SKILLS
Hospitalists should be able to:
Review a CXR utilizing a systemic approach.
Identify normal variants.
Identify abnormalities shown on a CSR and, when possible, correlate with clinical presentation and/or prior procedures.
Correlate physical examination findings with CXR abnormalities.
Synthesize CXR findings with other clinical and diagnostic information to diagnose disease and develop a clinical plan.
ATTITUDES
Hospitalists should be able to:
Communicate with patients and families to explain results of CXRs and how the findings influence the care plan.
Personally and promptly interpret CXRs and compare them to previously obtained CXRs, when available.
Review each CXR with a standard and consistent approach.
Consult and collaborate with radiologists in interpreting complex CXRs and in ordering further diagnostic studies or procedures based on CXR interpretation.
Utilize evidence based national guidelines to ensure cost efficiency and to minimize unnecessary patient imaging.
SYSTEM ORGANIZATION AND IMPROVEMENT
To improve quality and efficiency within their organizations, Hospitalists should:
Lead, coordinate or participate in efforts to develop protocols to minimize unnecessary CXRs.
Identify and convey the need for system improvements related to acquisition and interpretation of CXRs for hospitalized patients.
Chest radiographs (CXRs) utilize low‐level radiation to form images of the chest anatomy. They are non‐invasive and readily available. CXRs are an integral part of the initial evaluation of cardiopulmonary pathology. Hospitalists interpret the results of CXRs, often before radiologists, to diagnose disease and develop treatment plans in hospitalized patients.
KNOWLEDGE
Hospitalists should be able to:
Explain the normal anatomy of the thorax with particular attention to spatial relationships.
Explain the images seen on a CXR, including bone and soft tissue structures, airway, lungs, cardiac structure and silhouette, aorta, and diaphragm.
List the indications for ordering a CXR.
Describe evidence based national guidelines for ordering CXRs.
Compare the diagnostic utility and limitations of portable radiographs to posteroanterior and lateral radiographs.
Explain the indications for a lateral decubitus CXR.
Describe the effects of film exposure, inspiratory effort, and patient position on the radiographic image.
Explain the effect of cardiovascular, systemic, and traumatic processes on the CXR.
Explain the limitations of various CXR findings.
SKILLS
Hospitalists should be able to:
Review a CXR utilizing a systemic approach.
Identify normal variants.
Identify abnormalities shown on a CSR and, when possible, correlate with clinical presentation and/or prior procedures.
Correlate physical examination findings with CXR abnormalities.
Synthesize CXR findings with other clinical and diagnostic information to diagnose disease and develop a clinical plan.
ATTITUDES
Hospitalists should be able to:
Communicate with patients and families to explain results of CXRs and how the findings influence the care plan.
Personally and promptly interpret CXRs and compare them to previously obtained CXRs, when available.
Review each CXR with a standard and consistent approach.
Consult and collaborate with radiologists in interpreting complex CXRs and in ordering further diagnostic studies or procedures based on CXR interpretation.
Utilize evidence based national guidelines to ensure cost efficiency and to minimize unnecessary patient imaging.
SYSTEM ORGANIZATION AND IMPROVEMENT
To improve quality and efficiency within their organizations, Hospitalists should:
Lead, coordinate or participate in efforts to develop protocols to minimize unnecessary CXRs.
Identify and convey the need for system improvements related to acquisition and interpretation of CXRs for hospitalized patients.
Copyright © 2006 Society of Hospital Medicine
Sepsis syndrome
Sepsis syndrome is defined as infection associated with the Systemic Inflammatory Response Syndrome (SIRS). Sepsis has various etiologies and clinical presentations. It accounts for substantial morbidity and mortality. The Healthcare Cost and Utilization Project (HCUP) estimated 300,000 discharges for sepsis syndrome in 2002, with an in‐hospital mortality of 18.6%. The mean length‐of‐stay was 7.3 days with approximately $26,000 in charges per patient. Sepsis requires expeditious diagnosis and standardized treatment plans to favorably impact patient morbidity and mortality. Hospitalists play a key role in the early identification of patients with sepsis, and practice aggressive evidence based evaluation and interventions. Hospitalists lead their institutions to implement early diagnostic strategies, initiate evidence based medical therapies, and incorporate multidisciplinary approaches to the care of patients with sepsis.
KNOWLEDGE
Hospitalists should be able to:
Define and differentiate bacteremia and the clinical spectrum of SIRS, sepsis, severe sepsis, and septic shock.
Describe the symptoms and signs of SIRS, sepsis, severe sepsis, and septic shock.
Describe the inflammatory cascade that leads to SIRS and sepsis.
Distinguish infectious causes of SIRS from other etiologies.
Distinguish septic shock from other causes of shock.
Describe the indicated tests required to evaluate sepsis.
Identify patient groups with increased risk for the development of sepsis, increased morbidity or mortality, or uncommon etiologic organisms.
Discuss the evidence based diagnostic choices available in the evaluation of sepsis.
Describe the indications, contraindications and side effects of therapeutic agents including fluids, vasopressors, antibiotics, steroids, activated protein C, and blood products in the treatment of sepsis.
Explain indications, contraindications and mechanisms of action of pharmacologic agents used to treat sepsis syndrome.
Describe the indications for and limitations of central venous access and its value for hemodynamic monitoring and administration of vasoactive agents.
Describe the role of established scoring systems to estimate the severity of sepsis.
Explain patient characteristics that on admission portend poor prognosis.
Explain goals for hospital discharge, including specific measures of clinical stability for safe care transition.
SKILLS
Hospitalists should be able to:
Utilize all available information, including medical records and history provided by patient and care givers, to identify factors that contribute to the development of sepsis.
Perform a rapid and targeted physical examination to identify potential sources of sepsis.
Recognize the value and limitations of the history and physical examination in determining the cause of sepsis.
Order indicated diagnostic testing to identify the source of sepsis and determine severity of organ dysfunction.
Rapidly identify patients with septic shock and aggressively treat in parallel with transfer to a critical care setting.
Assess cardiopulmonary stability and implement aggressive fluid resuscitation, airway maintenance and circulatory support.
Initiate empiric antimicrobial therapy based on the suspected etiologic source of infection.
Assess the need for central venous access and monitoring; when needed, coordinate or establish central venous access.
Determine or coordinate appropriate nutritional and metabolic interventions.
Support organ function and correct metabolic derangements when indicated.
Implement measures to ensure strict glycemic control.
Adopt measures to prevent complications, which may include aspiration precautions, stress ulcer and VTE prophylaxis, and decubitus ulcer prevention.
Measure and interpret indicated hemodynamic monitoring parameters.
ATTITUDES
Hospitalists should be able to:
Communicate with patients and families to explain the history and prognosis of sepsis and indicators of functional improvement or decline.
Communicate with patients and families to explain goals of care plan, including clinical stability criteria, discharge instructions and management after release from hospital.
Communicate with patients and families to explain tests and procedures and their indications, and to obtain informed consent.
Recognize the indications for specialty consultations, which may include critical care medicine.
Employ an early and multidisciplinary approach, which may include respiratory therapy, nursing, pharmacy, nutrition, rehabilitation and social services, that begins at admission and continues through all care transitions.
Establish and maintain an open dialogue with patients and families regarding care goals and limitations, including palliative care and end‐of‐life wishes.
Address resuscitation status early during hospital stay, and discuss and implement end of life decisions by patient or family when indicated or desired.
Ensure good communication with patients and receiving physicians during care transitions.
Utilize evidence based recommendations to guide diagnosis, monitoring and treatment of sepsis.
SYSTEM ORGANIZATION AND IMPROVEMENT
To improve efficiency and quality within their organizations, Hospitalists should:
Lead, coordinate or participate in the development and promotion of guidelines and/or pathways that facilitate efficient and timely evaluation and treatment of patients with sepsis.
Implement systems to ensure hospital‐wide adherence to national standards, and document those measures as specified by recognized organizations.
Lead, coordinate or participate in multidisciplinary initiatives to promote patient safety and optimize resource utilization.
Lead, coordinate or participate in intra‐ and inter‐institutional efforts to develop protocols for the rapid identification and transfer of patients with sepsis to appropriate facilities.
Lead, coordinate or participate in multidisciplinary teams, which may include nutrition, pharmacy, rehabilitation, social services and respiratory therapy, early in the hospital course to improve patient function and outcomes.
Integrate outcomes research, institution‐specific laboratory policies, and hospital formulary to create indicated and cost‐effective diagnostic and management strategies for patients with sepsis.
Sepsis syndrome is defined as infection associated with the Systemic Inflammatory Response Syndrome (SIRS). Sepsis has various etiologies and clinical presentations. It accounts for substantial morbidity and mortality. The Healthcare Cost and Utilization Project (HCUP) estimated 300,000 discharges for sepsis syndrome in 2002, with an in‐hospital mortality of 18.6%. The mean length‐of‐stay was 7.3 days with approximately $26,000 in charges per patient. Sepsis requires expeditious diagnosis and standardized treatment plans to favorably impact patient morbidity and mortality. Hospitalists play a key role in the early identification of patients with sepsis, and practice aggressive evidence based evaluation and interventions. Hospitalists lead their institutions to implement early diagnostic strategies, initiate evidence based medical therapies, and incorporate multidisciplinary approaches to the care of patients with sepsis.
KNOWLEDGE
Hospitalists should be able to:
Define and differentiate bacteremia and the clinical spectrum of SIRS, sepsis, severe sepsis, and septic shock.
Describe the symptoms and signs of SIRS, sepsis, severe sepsis, and septic shock.
Describe the inflammatory cascade that leads to SIRS and sepsis.
Distinguish infectious causes of SIRS from other etiologies.
Distinguish septic shock from other causes of shock.
Describe the indicated tests required to evaluate sepsis.
Identify patient groups with increased risk for the development of sepsis, increased morbidity or mortality, or uncommon etiologic organisms.
Discuss the evidence based diagnostic choices available in the evaluation of sepsis.
Describe the indications, contraindications and side effects of therapeutic agents including fluids, vasopressors, antibiotics, steroids, activated protein C, and blood products in the treatment of sepsis.
Explain indications, contraindications and mechanisms of action of pharmacologic agents used to treat sepsis syndrome.
Describe the indications for and limitations of central venous access and its value for hemodynamic monitoring and administration of vasoactive agents.
Describe the role of established scoring systems to estimate the severity of sepsis.
Explain patient characteristics that on admission portend poor prognosis.
Explain goals for hospital discharge, including specific measures of clinical stability for safe care transition.
SKILLS
Hospitalists should be able to:
Utilize all available information, including medical records and history provided by patient and care givers, to identify factors that contribute to the development of sepsis.
Perform a rapid and targeted physical examination to identify potential sources of sepsis.
Recognize the value and limitations of the history and physical examination in determining the cause of sepsis.
Order indicated diagnostic testing to identify the source of sepsis and determine severity of organ dysfunction.
Rapidly identify patients with septic shock and aggressively treat in parallel with transfer to a critical care setting.
Assess cardiopulmonary stability and implement aggressive fluid resuscitation, airway maintenance and circulatory support.
Initiate empiric antimicrobial therapy based on the suspected etiologic source of infection.
Assess the need for central venous access and monitoring; when needed, coordinate or establish central venous access.
Determine or coordinate appropriate nutritional and metabolic interventions.
Support organ function and correct metabolic derangements when indicated.
Implement measures to ensure strict glycemic control.
Adopt measures to prevent complications, which may include aspiration precautions, stress ulcer and VTE prophylaxis, and decubitus ulcer prevention.
Measure and interpret indicated hemodynamic monitoring parameters.
ATTITUDES
Hospitalists should be able to:
Communicate with patients and families to explain the history and prognosis of sepsis and indicators of functional improvement or decline.
Communicate with patients and families to explain goals of care plan, including clinical stability criteria, discharge instructions and management after release from hospital.
Communicate with patients and families to explain tests and procedures and their indications, and to obtain informed consent.
Recognize the indications for specialty consultations, which may include critical care medicine.
Employ an early and multidisciplinary approach, which may include respiratory therapy, nursing, pharmacy, nutrition, rehabilitation and social services, that begins at admission and continues through all care transitions.
Establish and maintain an open dialogue with patients and families regarding care goals and limitations, including palliative care and end‐of‐life wishes.
Address resuscitation status early during hospital stay, and discuss and implement end of life decisions by patient or family when indicated or desired.
Ensure good communication with patients and receiving physicians during care transitions.
Utilize evidence based recommendations to guide diagnosis, monitoring and treatment of sepsis.
SYSTEM ORGANIZATION AND IMPROVEMENT
To improve efficiency and quality within their organizations, Hospitalists should:
Lead, coordinate or participate in the development and promotion of guidelines and/or pathways that facilitate efficient and timely evaluation and treatment of patients with sepsis.
Implement systems to ensure hospital‐wide adherence to national standards, and document those measures as specified by recognized organizations.
Lead, coordinate or participate in multidisciplinary initiatives to promote patient safety and optimize resource utilization.
Lead, coordinate or participate in intra‐ and inter‐institutional efforts to develop protocols for the rapid identification and transfer of patients with sepsis to appropriate facilities.
Lead, coordinate or participate in multidisciplinary teams, which may include nutrition, pharmacy, rehabilitation, social services and respiratory therapy, early in the hospital course to improve patient function and outcomes.
Integrate outcomes research, institution‐specific laboratory policies, and hospital formulary to create indicated and cost‐effective diagnostic and management strategies for patients with sepsis.
Sepsis syndrome is defined as infection associated with the Systemic Inflammatory Response Syndrome (SIRS). Sepsis has various etiologies and clinical presentations. It accounts for substantial morbidity and mortality. The Healthcare Cost and Utilization Project (HCUP) estimated 300,000 discharges for sepsis syndrome in 2002, with an in‐hospital mortality of 18.6%. The mean length‐of‐stay was 7.3 days with approximately $26,000 in charges per patient. Sepsis requires expeditious diagnosis and standardized treatment plans to favorably impact patient morbidity and mortality. Hospitalists play a key role in the early identification of patients with sepsis, and practice aggressive evidence based evaluation and interventions. Hospitalists lead their institutions to implement early diagnostic strategies, initiate evidence based medical therapies, and incorporate multidisciplinary approaches to the care of patients with sepsis.
KNOWLEDGE
Hospitalists should be able to:
Define and differentiate bacteremia and the clinical spectrum of SIRS, sepsis, severe sepsis, and septic shock.
Describe the symptoms and signs of SIRS, sepsis, severe sepsis, and septic shock.
Describe the inflammatory cascade that leads to SIRS and sepsis.
Distinguish infectious causes of SIRS from other etiologies.
Distinguish septic shock from other causes of shock.
Describe the indicated tests required to evaluate sepsis.
Identify patient groups with increased risk for the development of sepsis, increased morbidity or mortality, or uncommon etiologic organisms.
Discuss the evidence based diagnostic choices available in the evaluation of sepsis.
Describe the indications, contraindications and side effects of therapeutic agents including fluids, vasopressors, antibiotics, steroids, activated protein C, and blood products in the treatment of sepsis.
Explain indications, contraindications and mechanisms of action of pharmacologic agents used to treat sepsis syndrome.
Describe the indications for and limitations of central venous access and its value for hemodynamic monitoring and administration of vasoactive agents.
Describe the role of established scoring systems to estimate the severity of sepsis.
Explain patient characteristics that on admission portend poor prognosis.
Explain goals for hospital discharge, including specific measures of clinical stability for safe care transition.
SKILLS
Hospitalists should be able to:
Utilize all available information, including medical records and history provided by patient and care givers, to identify factors that contribute to the development of sepsis.
Perform a rapid and targeted physical examination to identify potential sources of sepsis.
Recognize the value and limitations of the history and physical examination in determining the cause of sepsis.
Order indicated diagnostic testing to identify the source of sepsis and determine severity of organ dysfunction.
Rapidly identify patients with septic shock and aggressively treat in parallel with transfer to a critical care setting.
Assess cardiopulmonary stability and implement aggressive fluid resuscitation, airway maintenance and circulatory support.
Initiate empiric antimicrobial therapy based on the suspected etiologic source of infection.
Assess the need for central venous access and monitoring; when needed, coordinate or establish central venous access.
Determine or coordinate appropriate nutritional and metabolic interventions.
Support organ function and correct metabolic derangements when indicated.
Implement measures to ensure strict glycemic control.
Adopt measures to prevent complications, which may include aspiration precautions, stress ulcer and VTE prophylaxis, and decubitus ulcer prevention.
Measure and interpret indicated hemodynamic monitoring parameters.
ATTITUDES
Hospitalists should be able to:
Communicate with patients and families to explain the history and prognosis of sepsis and indicators of functional improvement or decline.
Communicate with patients and families to explain goals of care plan, including clinical stability criteria, discharge instructions and management after release from hospital.
Communicate with patients and families to explain tests and procedures and their indications, and to obtain informed consent.
Recognize the indications for specialty consultations, which may include critical care medicine.
Employ an early and multidisciplinary approach, which may include respiratory therapy, nursing, pharmacy, nutrition, rehabilitation and social services, that begins at admission and continues through all care transitions.
Establish and maintain an open dialogue with patients and families regarding care goals and limitations, including palliative care and end‐of‐life wishes.
Address resuscitation status early during hospital stay, and discuss and implement end of life decisions by patient or family when indicated or desired.
Ensure good communication with patients and receiving physicians during care transitions.
Utilize evidence based recommendations to guide diagnosis, monitoring and treatment of sepsis.
SYSTEM ORGANIZATION AND IMPROVEMENT
To improve efficiency and quality within their organizations, Hospitalists should:
Lead, coordinate or participate in the development and promotion of guidelines and/or pathways that facilitate efficient and timely evaluation and treatment of patients with sepsis.
Implement systems to ensure hospital‐wide adherence to national standards, and document those measures as specified by recognized organizations.
Lead, coordinate or participate in multidisciplinary initiatives to promote patient safety and optimize resource utilization.
Lead, coordinate or participate in intra‐ and inter‐institutional efforts to develop protocols for the rapid identification and transfer of patients with sepsis to appropriate facilities.
Lead, coordinate or participate in multidisciplinary teams, which may include nutrition, pharmacy, rehabilitation, social services and respiratory therapy, early in the hospital course to improve patient function and outcomes.
Integrate outcomes research, institution‐specific laboratory policies, and hospital formulary to create indicated and cost‐effective diagnostic and management strategies for patients with sepsis.
Copyright © 2006 Society of Hospital Medicine
Palliative care
Palliative care refers to a collaborative, comprehensive, interdisciplinary approach to improve the quality of life of patients living with debilitating, chronic or terminal illness. Palliative care is appropriate at any stage of illness and should be provided simultaneously with all other medical treatments. This approach includes the prevention and relief of suffering by means of early identification, assessment, and treatment of pain and other distressing symptoms such as dyspnea, nausea, fatigue, anxiety and depression; and attention to the physical, psychosocial and spiritual needs of patients and their families.
Hospitalists provide palliative care in multiple realms including 1) patients dying in the hospital; 2) patients discharged to home or another institution for end‐of‐life care; 3) patients with newly diagnosed life‐threatening illness; 4) patients requiring complex inpatient symptom management interventions; 5) patients for whom it is appropriate to shift the goal of care away from disease cure or stabilization and toward the maximization of comfort; and 6) patients with serious, chronic illness such as heart failure, COPD, liver disease, dementia, and cancer. Hospitalists lead, coordinate, and participate in initiatives to improve the identification and treatment of patients and families in need of palliative care.
KNOWLEDGE
Hospitalists should be able to:
Determine effective management strategies for patients requiring palliative care.
Describe potential adverse effects from medications and procedures directed at palliation.
Formulate strategies for prevention and treatment of complications of palliative care interventions.
Assess the impact of interventions including feeding tubes, parenteral nutrition, mechanical ventilation, and intravenous fluids on patient comfort and prognosis.
Describe the concept of double effect with respect to palliative care intervention.
Name the basic tenets of hospice care and the Medicare hospice benefit.
Identify indicators of clinical stability that allow for safe transitions of care and continuity after discharge.
Explain the role of palliative care throughout the course of illness and how it can be provided alongside all other appropriate medical treatments.
Describe signs and symptoms of the last 24 hours of life and how to discuss these observations with families.
Describe the responsibilities of the hospitalist after a patient dies, including pronouncing a person dead, completing the death certificate, requesting an autopsy, notifying family and PCP, and contacting the organ donor network.
SKILLS
Hospitalists should be able to:
Obtain a thorough and relevant history, review the medical record, and perform a comprehensive physical examination to identify symptoms, co‐morbidities, medications or social influences that impact the palliative care plan.
Direct individual patient's palliative care delivery from admission to discharge.
Formulate a communication plan for delivering prognostic information.
Conduct effective and compassionate family meetings.
Formulate specific patient centered palliative care plans that include pain management; integration of psychiatric, social, spiritual and other support services; and discharge planning.
Recognize and address the psychosocial effects of complex, acute life threatening illness in hospitalized patients.
Assess and respond to patient's symptoms, which may include pain, dyspnea, nausea, constipation, fatigue, anorexia, anxiety, depression and delirium.
Anticipate adverse effects and double effect from interventions and initiate measures to minimize such problems.
Communicate effectively with patients and families about patient's values and goals of care.
Communicate effectively with patients and families about hospice and know how to refer a patient to hospice.
Respond to patient requests for assisted suicide and identify and address other important ethical issues.
ATTITUDES
Hospitalists should be able to:
Convey diagnosis, prognosis, treatment and support options available for patients and families in a clear, concise, compassionate, culturally sensitive and timely manner.
Determine patient and family understanding of severity of illness, prognosis and their role in determining the goals of their care.
Promote the ethical imperative of frequent pain assessment and adequate control.
Appreciate that all pain is subjective and acknowledge patient's self reports of pain.
Discuss with patients and families goals for pain management strategies and functional status and set targets for pain control.
Appreciate that good palliative care for patients with certain conditions often involves the use of therapies typically thought of as curative.
Conduct meetings with patients and families to establish goals of care that reflect the patient's wishes.
Determine existence of advance directives and provide patients and families with resources to understand and execute such directives.
Advocate incorporation of patient wishes into care plans.
Recognize the need for frequent family meetings.
Address resuscitation status and patient preferences for care early during hospital stay.
Maintain rapport with patients and families and a consistent approach to management during transfers of care.
Recognize impact of cultural and spiritual factors to the provision of palliative care.
Appreciate the role of other members of the healthcare team including nursing and social services, pharmacy, psychology and pastoral care in providing comprehensive palliative care, and work closely with these team members in caring for patients with serious, chronic and terminal illnesses and their families.
Provide reassurance to patients and families that clinical providers will be available to provide ongoing care and relief of symptoms.
Formulate a comprehensive discharge plan that will empower the patient, family and subsequent providers to anticipate and manage changing symptoms, emergency situations, and increasing dependency.
Lead, coordinate or participate in efforts to establish or improve palliative care in the hospital, which may include establishing a palliative care consultation service.
Consider palliative care issues at hospital management and committee meetings.
Engage providers and administrators in the study of local palliative care delivery to include efficacy of pain assessment and intervention, patient and family satisfaction with care delivery, impact on hospital occupancy and costs, and fulfilled expectations of referring and collaborating providers and services.
Palliative care refers to a collaborative, comprehensive, interdisciplinary approach to improve the quality of life of patients living with debilitating, chronic or terminal illness. Palliative care is appropriate at any stage of illness and should be provided simultaneously with all other medical treatments. This approach includes the prevention and relief of suffering by means of early identification, assessment, and treatment of pain and other distressing symptoms such as dyspnea, nausea, fatigue, anxiety and depression; and attention to the physical, psychosocial and spiritual needs of patients and their families.
Hospitalists provide palliative care in multiple realms including 1) patients dying in the hospital; 2) patients discharged to home or another institution for end‐of‐life care; 3) patients with newly diagnosed life‐threatening illness; 4) patients requiring complex inpatient symptom management interventions; 5) patients for whom it is appropriate to shift the goal of care away from disease cure or stabilization and toward the maximization of comfort; and 6) patients with serious, chronic illness such as heart failure, COPD, liver disease, dementia, and cancer. Hospitalists lead, coordinate, and participate in initiatives to improve the identification and treatment of patients and families in need of palliative care.
KNOWLEDGE
Hospitalists should be able to:
Determine effective management strategies for patients requiring palliative care.
Describe potential adverse effects from medications and procedures directed at palliation.
Formulate strategies for prevention and treatment of complications of palliative care interventions.
Assess the impact of interventions including feeding tubes, parenteral nutrition, mechanical ventilation, and intravenous fluids on patient comfort and prognosis.
Describe the concept of double effect with respect to palliative care intervention.
Name the basic tenets of hospice care and the Medicare hospice benefit.
Identify indicators of clinical stability that allow for safe transitions of care and continuity after discharge.
Explain the role of palliative care throughout the course of illness and how it can be provided alongside all other appropriate medical treatments.
Describe signs and symptoms of the last 24 hours of life and how to discuss these observations with families.
Describe the responsibilities of the hospitalist after a patient dies, including pronouncing a person dead, completing the death certificate, requesting an autopsy, notifying family and PCP, and contacting the organ donor network.
SKILLS
Hospitalists should be able to:
Obtain a thorough and relevant history, review the medical record, and perform a comprehensive physical examination to identify symptoms, co‐morbidities, medications or social influences that impact the palliative care plan.
Direct individual patient's palliative care delivery from admission to discharge.
Formulate a communication plan for delivering prognostic information.
Conduct effective and compassionate family meetings.
Formulate specific patient centered palliative care plans that include pain management; integration of psychiatric, social, spiritual and other support services; and discharge planning.
Recognize and address the psychosocial effects of complex, acute life threatening illness in hospitalized patients.
Assess and respond to patient's symptoms, which may include pain, dyspnea, nausea, constipation, fatigue, anorexia, anxiety, depression and delirium.
Anticipate adverse effects and double effect from interventions and initiate measures to minimize such problems.
Communicate effectively with patients and families about patient's values and goals of care.
Communicate effectively with patients and families about hospice and know how to refer a patient to hospice.
Respond to patient requests for assisted suicide and identify and address other important ethical issues.
ATTITUDES
Hospitalists should be able to:
Convey diagnosis, prognosis, treatment and support options available for patients and families in a clear, concise, compassionate, culturally sensitive and timely manner.
Determine patient and family understanding of severity of illness, prognosis and their role in determining the goals of their care.
Promote the ethical imperative of frequent pain assessment and adequate control.
Appreciate that all pain is subjective and acknowledge patient's self reports of pain.
Discuss with patients and families goals for pain management strategies and functional status and set targets for pain control.
Appreciate that good palliative care for patients with certain conditions often involves the use of therapies typically thought of as curative.
Conduct meetings with patients and families to establish goals of care that reflect the patient's wishes.
Determine existence of advance directives and provide patients and families with resources to understand and execute such directives.
Advocate incorporation of patient wishes into care plans.
Recognize the need for frequent family meetings.
Address resuscitation status and patient preferences for care early during hospital stay.
Maintain rapport with patients and families and a consistent approach to management during transfers of care.
Recognize impact of cultural and spiritual factors to the provision of palliative care.
Appreciate the role of other members of the healthcare team including nursing and social services, pharmacy, psychology and pastoral care in providing comprehensive palliative care, and work closely with these team members in caring for patients with serious, chronic and terminal illnesses and their families.
Provide reassurance to patients and families that clinical providers will be available to provide ongoing care and relief of symptoms.
Formulate a comprehensive discharge plan that will empower the patient, family and subsequent providers to anticipate and manage changing symptoms, emergency situations, and increasing dependency.
Lead, coordinate or participate in efforts to establish or improve palliative care in the hospital, which may include establishing a palliative care consultation service.
Consider palliative care issues at hospital management and committee meetings.
Engage providers and administrators in the study of local palliative care delivery to include efficacy of pain assessment and intervention, patient and family satisfaction with care delivery, impact on hospital occupancy and costs, and fulfilled expectations of referring and collaborating providers and services.
Palliative care refers to a collaborative, comprehensive, interdisciplinary approach to improve the quality of life of patients living with debilitating, chronic or terminal illness. Palliative care is appropriate at any stage of illness and should be provided simultaneously with all other medical treatments. This approach includes the prevention and relief of suffering by means of early identification, assessment, and treatment of pain and other distressing symptoms such as dyspnea, nausea, fatigue, anxiety and depression; and attention to the physical, psychosocial and spiritual needs of patients and their families.
Hospitalists provide palliative care in multiple realms including 1) patients dying in the hospital; 2) patients discharged to home or another institution for end‐of‐life care; 3) patients with newly diagnosed life‐threatening illness; 4) patients requiring complex inpatient symptom management interventions; 5) patients for whom it is appropriate to shift the goal of care away from disease cure or stabilization and toward the maximization of comfort; and 6) patients with serious, chronic illness such as heart failure, COPD, liver disease, dementia, and cancer. Hospitalists lead, coordinate, and participate in initiatives to improve the identification and treatment of patients and families in need of palliative care.
KNOWLEDGE
Hospitalists should be able to:
Determine effective management strategies for patients requiring palliative care.
Describe potential adverse effects from medications and procedures directed at palliation.
Formulate strategies for prevention and treatment of complications of palliative care interventions.
Assess the impact of interventions including feeding tubes, parenteral nutrition, mechanical ventilation, and intravenous fluids on patient comfort and prognosis.
Describe the concept of double effect with respect to palliative care intervention.
Name the basic tenets of hospice care and the Medicare hospice benefit.
Identify indicators of clinical stability that allow for safe transitions of care and continuity after discharge.
Explain the role of palliative care throughout the course of illness and how it can be provided alongside all other appropriate medical treatments.
Describe signs and symptoms of the last 24 hours of life and how to discuss these observations with families.
Describe the responsibilities of the hospitalist after a patient dies, including pronouncing a person dead, completing the death certificate, requesting an autopsy, notifying family and PCP, and contacting the organ donor network.
SKILLS
Hospitalists should be able to:
Obtain a thorough and relevant history, review the medical record, and perform a comprehensive physical examination to identify symptoms, co‐morbidities, medications or social influences that impact the palliative care plan.
Direct individual patient's palliative care delivery from admission to discharge.
Formulate a communication plan for delivering prognostic information.
Conduct effective and compassionate family meetings.
Formulate specific patient centered palliative care plans that include pain management; integration of psychiatric, social, spiritual and other support services; and discharge planning.
Recognize and address the psychosocial effects of complex, acute life threatening illness in hospitalized patients.
Assess and respond to patient's symptoms, which may include pain, dyspnea, nausea, constipation, fatigue, anorexia, anxiety, depression and delirium.
Anticipate adverse effects and double effect from interventions and initiate measures to minimize such problems.
Communicate effectively with patients and families about patient's values and goals of care.
Communicate effectively with patients and families about hospice and know how to refer a patient to hospice.
Respond to patient requests for assisted suicide and identify and address other important ethical issues.
ATTITUDES
Hospitalists should be able to:
Convey diagnosis, prognosis, treatment and support options available for patients and families in a clear, concise, compassionate, culturally sensitive and timely manner.
Determine patient and family understanding of severity of illness, prognosis and their role in determining the goals of their care.
Promote the ethical imperative of frequent pain assessment and adequate control.
Appreciate that all pain is subjective and acknowledge patient's self reports of pain.
Discuss with patients and families goals for pain management strategies and functional status and set targets for pain control.
Appreciate that good palliative care for patients with certain conditions often involves the use of therapies typically thought of as curative.
Conduct meetings with patients and families to establish goals of care that reflect the patient's wishes.
Determine existence of advance directives and provide patients and families with resources to understand and execute such directives.
Advocate incorporation of patient wishes into care plans.
Recognize the need for frequent family meetings.
Address resuscitation status and patient preferences for care early during hospital stay.
Maintain rapport with patients and families and a consistent approach to management during transfers of care.
Recognize impact of cultural and spiritual factors to the provision of palliative care.
Appreciate the role of other members of the healthcare team including nursing and social services, pharmacy, psychology and pastoral care in providing comprehensive palliative care, and work closely with these team members in caring for patients with serious, chronic and terminal illnesses and their families.
Provide reassurance to patients and families that clinical providers will be available to provide ongoing care and relief of symptoms.
Formulate a comprehensive discharge plan that will empower the patient, family and subsequent providers to anticipate and manage changing symptoms, emergency situations, and increasing dependency.
Lead, coordinate or participate in efforts to establish or improve palliative care in the hospital, which may include establishing a palliative care consultation service.
Consider palliative care issues at hospital management and committee meetings.
Engage providers and administrators in the study of local palliative care delivery to include efficacy of pain assessment and intervention, patient and family satisfaction with care delivery, impact on hospital occupancy and costs, and fulfilled expectations of referring and collaborating providers and services.
Copyright © 2006 Society of Hospital Medicine
Community‐acquired pneumonia
Community‐acquired pneumonia (cap) is an infection of the lung parenchyma that begins in the community and is diagnosed within 48 hours of admission to the hospital. in the u.s. each year, cap is the most common infectious cause of death and the sixth leading cause of death overall in the united states. the healthcare cost and utilization project (hcup) attributed 831,000 discharges to the diagnosis related group (drg) for simple pneumonia in 2002. these patients were hospitalized for a mean of 5.4 days and had an in‐hospital mortality of 4.9%. the mean charges for these patients were $13,000 per patient and the mean length‐of‐stay was 4.7 days with in‐house mortality of 1.7%. quality indicators have been created around the key processes of care for patients with cap, and these indicators are used to evaluate performance of states, healthcare organizations, physician groups, and individual physicians. from admission to discharge, hospitalists apply evidence based practice guidelines to the management of cap and lead initiatives to improve quality of care and reduce practice variability.
KNOWLEDGE
Hospitalists should be able to:
Define cap, list the likely etiologies and signs and symptoms, and distinguish from hospital‐acquired pneumonia.
Differentiate cap from other processes that may mimic cap or other causes of infiltrates on chest x‐ray.
Describe the indicated tests required to evaluate and treat cap.
Explain indications for respiratory isolation.
Identify patients with co‐morbidities (such as the immunocompromised patient and those with diabetes mellitus) and extremes of age (the elderly and very young) who are at risk for a complicated course of cap.
Identify specific pathogens that predispose patients to a complicated course of cap.
Explain patient specific risk factors and presence of specific organisms that predispose patients to a complicated course of cap.
Describe indicated therapeutic modalities for cap including oxygen therapy, respiratory care modalities and antibiotic selection.
Predict patient risk for morbidity and mortality from cap using an evidence based tool such as the pneumonia patient outcomes research team (port) / pneumonia severity index (psi) validated risk score.
Explain goals for hospital discharge, including evidence based measures of clinical stability for safe care transition.
SKILLS
Hospitalists should be able to:
Elicit a focused history to identify symptoms consistent with cap and demographic factors that may predispose patients to cap.
Perform a targeted physical examination to elicit signs consistent with cap and differentiate it from other mimicking conditions.
Select and interpret indicated laboratory, microbiologic and radiological studies to confirm diagnosis of cap, and risk stratify patients.
Apply evidence based tools such as the pneumonia severity index, to triage decisions and identify factors that support the need for intensive care unit (icu) admission.
Initiate empiric antibiotic selection based on exposure to long term or group care, severity of illness, and evidence based national guidelines, taking into account local resistance patterns.
Formulate a subsequent treatment plan that includes narrowing antibiotic therapies based on available culture data and patient response to treatment.
Recognize and address complications of cap and/or inadequate response to therapy including respiratory failure and emerging parapneumonic effusions.
ATTITUDES
Hospitalists should be able to:
Communicate with patients and families to explain the history and prognosis of cap.
Communicate with patients and families to explain the goals of care plan, including clinical stability criteria, the importance of prevention measures such as smoking cessation, and required follow‐up care.
Communicate with patients and families to explain tests and procedures, and the use and potential side effects of pharmacologic agents.
Recognize indications for specialty consultation.
Promote prevention strategies, which may include smoking cessation and indicated vaccinations.
Collaborate with primary care physicians and emergency physicians in making the admission decision.
Document treatment plan and discharge instructions, and identify the outpatient clinician responsible for follow‐up of pending tests.
Recognize and address barriers to follow‐up care and anticipated post‐discharge requirements.
Utilize evidence based recommendations for the treatment of patients with cap
SYSTEM ORGANIZATION AND IMPROVEMENT
To improve efficiency and quality within their organizations, hospitalists should:
Lead, coordinate or participate in efforts to identify, address and monitor quality indicators for cap including assessment of oxygenation, obtaining blood cultures prior to administration of antibiotics, prompt administration of antibiotics, and providing indicated vaccinations and smoking cessation education.
Implement systems to ensure hospital wide adherence to national standards and document those measures as specified by recognized organizations (jcaho, idsa, ats)
Integrate port score / psi in conjunction with patient specific factors and clinical judgment into the admission decision.
Lead, coordinate or participate in multidisciplinary initiatives, which may include collaboration with infectious disease and pulmonary specialists, to promote patient safety and cost effective diagnostic and management strategies for patients with cap.
Lead efforts to educate staff on the importance of smoking cessation counseling and other prevention measures.
Community‐acquired pneumonia (cap) is an infection of the lung parenchyma that begins in the community and is diagnosed within 48 hours of admission to the hospital. in the u.s. each year, cap is the most common infectious cause of death and the sixth leading cause of death overall in the united states. the healthcare cost and utilization project (hcup) attributed 831,000 discharges to the diagnosis related group (drg) for simple pneumonia in 2002. these patients were hospitalized for a mean of 5.4 days and had an in‐hospital mortality of 4.9%. the mean charges for these patients were $13,000 per patient and the mean length‐of‐stay was 4.7 days with in‐house mortality of 1.7%. quality indicators have been created around the key processes of care for patients with cap, and these indicators are used to evaluate performance of states, healthcare organizations, physician groups, and individual physicians. from admission to discharge, hospitalists apply evidence based practice guidelines to the management of cap and lead initiatives to improve quality of care and reduce practice variability.
KNOWLEDGE
Hospitalists should be able to:
Define cap, list the likely etiologies and signs and symptoms, and distinguish from hospital‐acquired pneumonia.
Differentiate cap from other processes that may mimic cap or other causes of infiltrates on chest x‐ray.
Describe the indicated tests required to evaluate and treat cap.
Explain indications for respiratory isolation.
Identify patients with co‐morbidities (such as the immunocompromised patient and those with diabetes mellitus) and extremes of age (the elderly and very young) who are at risk for a complicated course of cap.
Identify specific pathogens that predispose patients to a complicated course of cap.
Explain patient specific risk factors and presence of specific organisms that predispose patients to a complicated course of cap.
Describe indicated therapeutic modalities for cap including oxygen therapy, respiratory care modalities and antibiotic selection.
Predict patient risk for morbidity and mortality from cap using an evidence based tool such as the pneumonia patient outcomes research team (port) / pneumonia severity index (psi) validated risk score.
Explain goals for hospital discharge, including evidence based measures of clinical stability for safe care transition.
SKILLS
Hospitalists should be able to:
Elicit a focused history to identify symptoms consistent with cap and demographic factors that may predispose patients to cap.
Perform a targeted physical examination to elicit signs consistent with cap and differentiate it from other mimicking conditions.
Select and interpret indicated laboratory, microbiologic and radiological studies to confirm diagnosis of cap, and risk stratify patients.
Apply evidence based tools such as the pneumonia severity index, to triage decisions and identify factors that support the need for intensive care unit (icu) admission.
Initiate empiric antibiotic selection based on exposure to long term or group care, severity of illness, and evidence based national guidelines, taking into account local resistance patterns.
Formulate a subsequent treatment plan that includes narrowing antibiotic therapies based on available culture data and patient response to treatment.
Recognize and address complications of cap and/or inadequate response to therapy including respiratory failure and emerging parapneumonic effusions.
ATTITUDES
Hospitalists should be able to:
Communicate with patients and families to explain the history and prognosis of cap.
Communicate with patients and families to explain the goals of care plan, including clinical stability criteria, the importance of prevention measures such as smoking cessation, and required follow‐up care.
Communicate with patients and families to explain tests and procedures, and the use and potential side effects of pharmacologic agents.
Recognize indications for specialty consultation.
Promote prevention strategies, which may include smoking cessation and indicated vaccinations.
Collaborate with primary care physicians and emergency physicians in making the admission decision.
Document treatment plan and discharge instructions, and identify the outpatient clinician responsible for follow‐up of pending tests.
Recognize and address barriers to follow‐up care and anticipated post‐discharge requirements.
Utilize evidence based recommendations for the treatment of patients with cap
SYSTEM ORGANIZATION AND IMPROVEMENT
To improve efficiency and quality within their organizations, hospitalists should:
Lead, coordinate or participate in efforts to identify, address and monitor quality indicators for cap including assessment of oxygenation, obtaining blood cultures prior to administration of antibiotics, prompt administration of antibiotics, and providing indicated vaccinations and smoking cessation education.
Implement systems to ensure hospital wide adherence to national standards and document those measures as specified by recognized organizations (jcaho, idsa, ats)
Integrate port score / psi in conjunction with patient specific factors and clinical judgment into the admission decision.
Lead, coordinate or participate in multidisciplinary initiatives, which may include collaboration with infectious disease and pulmonary specialists, to promote patient safety and cost effective diagnostic and management strategies for patients with cap.
Lead efforts to educate staff on the importance of smoking cessation counseling and other prevention measures.
Community‐acquired pneumonia (cap) is an infection of the lung parenchyma that begins in the community and is diagnosed within 48 hours of admission to the hospital. in the u.s. each year, cap is the most common infectious cause of death and the sixth leading cause of death overall in the united states. the healthcare cost and utilization project (hcup) attributed 831,000 discharges to the diagnosis related group (drg) for simple pneumonia in 2002. these patients were hospitalized for a mean of 5.4 days and had an in‐hospital mortality of 4.9%. the mean charges for these patients were $13,000 per patient and the mean length‐of‐stay was 4.7 days with in‐house mortality of 1.7%. quality indicators have been created around the key processes of care for patients with cap, and these indicators are used to evaluate performance of states, healthcare organizations, physician groups, and individual physicians. from admission to discharge, hospitalists apply evidence based practice guidelines to the management of cap and lead initiatives to improve quality of care and reduce practice variability.
KNOWLEDGE
Hospitalists should be able to:
Define cap, list the likely etiologies and signs and symptoms, and distinguish from hospital‐acquired pneumonia.
Differentiate cap from other processes that may mimic cap or other causes of infiltrates on chest x‐ray.
Describe the indicated tests required to evaluate and treat cap.
Explain indications for respiratory isolation.
Identify patients with co‐morbidities (such as the immunocompromised patient and those with diabetes mellitus) and extremes of age (the elderly and very young) who are at risk for a complicated course of cap.
Identify specific pathogens that predispose patients to a complicated course of cap.
Explain patient specific risk factors and presence of specific organisms that predispose patients to a complicated course of cap.
Describe indicated therapeutic modalities for cap including oxygen therapy, respiratory care modalities and antibiotic selection.
Predict patient risk for morbidity and mortality from cap using an evidence based tool such as the pneumonia patient outcomes research team (port) / pneumonia severity index (psi) validated risk score.
Explain goals for hospital discharge, including evidence based measures of clinical stability for safe care transition.
SKILLS
Hospitalists should be able to:
Elicit a focused history to identify symptoms consistent with cap and demographic factors that may predispose patients to cap.
Perform a targeted physical examination to elicit signs consistent with cap and differentiate it from other mimicking conditions.
Select and interpret indicated laboratory, microbiologic and radiological studies to confirm diagnosis of cap, and risk stratify patients.
Apply evidence based tools such as the pneumonia severity index, to triage decisions and identify factors that support the need for intensive care unit (icu) admission.
Initiate empiric antibiotic selection based on exposure to long term or group care, severity of illness, and evidence based national guidelines, taking into account local resistance patterns.
Formulate a subsequent treatment plan that includes narrowing antibiotic therapies based on available culture data and patient response to treatment.
Recognize and address complications of cap and/or inadequate response to therapy including respiratory failure and emerging parapneumonic effusions.
ATTITUDES
Hospitalists should be able to:
Communicate with patients and families to explain the history and prognosis of cap.
Communicate with patients and families to explain the goals of care plan, including clinical stability criteria, the importance of prevention measures such as smoking cessation, and required follow‐up care.
Communicate with patients and families to explain tests and procedures, and the use and potential side effects of pharmacologic agents.
Recognize indications for specialty consultation.
Promote prevention strategies, which may include smoking cessation and indicated vaccinations.
Collaborate with primary care physicians and emergency physicians in making the admission decision.
Document treatment plan and discharge instructions, and identify the outpatient clinician responsible for follow‐up of pending tests.
Recognize and address barriers to follow‐up care and anticipated post‐discharge requirements.
Utilize evidence based recommendations for the treatment of patients with cap
SYSTEM ORGANIZATION AND IMPROVEMENT
To improve efficiency and quality within their organizations, hospitalists should:
Lead, coordinate or participate in efforts to identify, address and monitor quality indicators for cap including assessment of oxygenation, obtaining blood cultures prior to administration of antibiotics, prompt administration of antibiotics, and providing indicated vaccinations and smoking cessation education.
Implement systems to ensure hospital wide adherence to national standards and document those measures as specified by recognized organizations (jcaho, idsa, ats)
Integrate port score / psi in conjunction with patient specific factors and clinical judgment into the admission decision.
Lead, coordinate or participate in multidisciplinary initiatives, which may include collaboration with infectious disease and pulmonary specialists, to promote patient safety and cost effective diagnostic and management strategies for patients with cap.
Lead efforts to educate staff on the importance of smoking cessation counseling and other prevention measures.
Copyright © 2006 Society of Hospital Medicine
Palliative Care in Hospitals
The field of palliative care has grown rapidly in recent years in response to patient need and clinician interest in effective approaches to managing chronic life‐threatening illness.1 This article reviews the clinical, educational, demographic, and financial imperatives driving this growth, describes the clinical components of palliative care and the range of service models available, defines the relationship of hospital‐based palliative care to hospice, summarizes the literature on palliative care outcomes, and presents practical resources for clinicians seeking knowledge and skills in the field.
DEFINITION
Palliative care is medical care focused on the relief of suffering and support for the best possible quality of life for patients facing serious, life‐threatening illness and their families. It aims to identify and address the physical, psychological, and practical burdens of illness. Palliative care in the United States grew out of the hospice movement that originated in both the United Kingdom and the United States about 30 years ago. Hospice care was developed specifically to address the needs of the dying and their families and was codified in the United States by the addition in 1983 of a federal Medicare benefit for hospice care. In the last 30 years the Medicare hospice benefit has enabled more than 7 million patients and their families to receive intensive palliative care for the terminally ill, primarily in the home. The growth in the number and needs of seriously and chronically ill patients who are not clearly terminally ill has led to the development of palliative care services outside the hospice benefit provided by Medicare (and other insurers). Both hospice and nonhospice professionals have participated in extending the hospice approach through development of palliative care services. Palliative care may be delivered simultaneously with all appropriate curative and life‐prolonging interventions. In practice, palliative care practitioners provide assessment and treatment of pain and other symptom distress; employ communication skills with patients, families, and colleagues; support complex medical decision making and goal setting based on identifying and respecting patient wishes and goals; and promote medically informed care coordination, continuity, and practical support for patients, family caregivers, and professional colleagues across healthcare settings and through the trajectory of an illness.1, 2
Palliative care is both a general approach to health care and a growing practice specialty for professionals committing most or all of their time to the delivery of palliative care services.3 The term palliative medicine refers to the physician discipline within the larger field of palliative care. As of 2005, more than 1890 physicians have received specialty certification through a palliative care credentialing exam given by the American Board of Hospice and Palliative Medicine.4 Formal recognition of the subspecialty is currently being sought in collaboration with the American Board of Medical Specialties.5 As of August 2005, there were more than 50 postgraduate palliative care subspecialty fellowship programs in the United States.6 Between 2000 and 2003, the American Hospital Association (AHA) annual survey recorded a 67% growth in the number of hospital‐based palliative care programs reported, from 632 to 1027, for a total of 25% of responding AHA member hospitals.7
REASONS FOR GROWTH IN PALLIATIVE CARE
A primary justification for the rapid growth in palliative care programs in institutional settings is the abundant data demonstrating the high prevalence of pain and symptom distress in hospitals,811 nursing homes,12, 13 and community settings.14 Virtually all persons with serious illness spend at least some time in a hospital, usually on multiple occasions, in the course of their disease or condition.15 Despite the finding that when polled more than 90% of Americans say they would prefer to die at home, more than 75% of adult deaths occur in institutional settings (hospital or nursing homes)more than 50% in hospitals and 25% in nursing homesand 85% of pediatric deaths occur in hospitals.16, 17 Further, more than half of persons older than age 85 die in a nursing home and 43% of persons older than age 65 reside in a long‐term care facility at some time before they die,1821 a figure projected to rise substantially over the next several decades. The much larger number of patients who are not dying but are living with chronic, debilitating, and life‐threatening illness also need expert symptom management, communication and decision‐making support, and coordination of care across settings. In one national survey, physicians reported that poor care coordination resulted in patient communication problems, lack of emotional support for patients, adverse drug reactions, unnecessary hospitalization, patients not functioning to potential, and unnecessary pain.22 In addition to studies demonstrating high degrees of symptom distress across all age groups in hospitalized and nursing home patients,814 other works have shown high use of burdensome, nonbeneficial technologies among the seriously ill,2327 caregiver burden on families,2831 and communication problems between these patients, their families, and their treating physicians about the goals of care and the medical decisions that should follow.32, 33 Other studies have reported broad dissatisfaction with the general quality of care for the seriously ill and dying in hospitals and nursing homes,18, 34 specifically, perceptions of impersonal and indifferent care. Several studies of patients and their families have identified relief of suffering, practical support needs, open communication, and opportunities to relieve burdens on and strengthen relationships with family as the top‐priority needs from the healthcare system.3440
The growth in the number and needs of the elderly with multiple chronic conditions who will turn to the healthcare system in coming years underscores the need to create a delivery system in the United States that can be responsive to these priorities. By 2030 the number of persons with chronic conditions will exceed 157 million.4144 With the possible exception of advanced cancer conditions (accounting for 24% of adult deaths), in which prognosis is somewhat more reliably linked to performance status,4243 prognostication of outcome is a highly inexact science for the chronically ill of all ages and in a range of diagnostic categories, including stroke, dementia, and end‐stage cardiac, renal, hepatic, and pulmonary diseases. This has been a major part of the impetus for the growth in palliative care services not predicated on a link to terminal prognoses.4143 Hospitals and nursing homes are under increasing pressure to structure care processes in a manner fitted to the needs of the seriously ill because of studies demonstrating poor quality of care, demands from patients and families, accreditation requirements, and the costs of care for this patient population. More than 95% of Medicare spending goes to the 63% of Medicare patients with two or more chronic conditions, and three quarters of Medicare dollars go to hospitals.44 Hospital costs have risen nearly 10% per year in each of the last 2 years, because of both the increasing numbers of patients turning to them for care and the growth in the number and expense of effective life‐prolonging therapies. These forces have stimulated the development of new models for the efficient and effective care of patients with serious and complex illness.2227, 44
CLINICAL COMPONENTS
The three primary domains of palliative care clinical practice are assessment and treatment of pain and other symptom distress, including psychiatric symptoms64; communication about goals of care and support for complex medical decision making; and provision of practical and psychosocial support, care coordination, and continuity, as well as bereavement services if death occurs.1, 2, 65 Palliative care specialists work to support primary and specialist physicians in the care of complex and seriously ill patients by providing intensive bedside treatment and reassessment of multiple‐symptom distress, by helping with time‐consuming and difficult interactions with distressed patients and family members, and by attempting to ensure a seamless, safe, and well‐communicated discharge and follow‐up process after the patient leaves the hospital.66 Resources for physicians seeking more knowledge or training in the treatment of symptom distress and other aspects of palliative care are given in Table 1.
Palliative care clinical competencies |
---|
|
Education on Palliative and End of Life Care ( |
End of Life/Palliative Education Resource Center ( |
Department of Pain Medicine and Palliative Medicine at Beth Israel Medical Center ( |
|
American Academy of Hospice and Palliative Medicine ( |
American Board of Hospice and Palliative Medicine ( |
Center for Palliative Care at Harvard Medical School ( |
National Consensus Project on Quality Palliative Care ( |
American Geriatrics Society ( |
Palliative care program development |
Center to Advance Palliative Care ( |
Palliative Care Leadership Centers ( |
Promoting Excellence in End of Life Care ( |
The core components of symptom management67, 68 include: 1) Routine and repeated formal assessment, without which most symptoms will be neither identified nor addressed; 2) Expertise in prescribing, including the safe use of opioid analgesics, adjuvant approaches to pain management, and management of a wide range of other common and distressing symptoms and syndromes including, for example, delirium, dyspnea, fatigue, nausea, bowel obstruction, and depression69; and 3) Skillful management of treatment side effects, which is required to successfully control symptoms.
Communication skills and effective support for making decisions about clinical care goals include not only fundamental physician responsibilities such as communicating bad news and elucidating patient wishes for future care, but also the ability to promote communication and consensus about care goals among multiple specialist consultants, to address and resolve disagreements and conflicts among patients, families, and providers about goals of care, and to assist in the evolving process of balancing the benefits with the burdens of various medical interventions.32, 7073
The great majority of care for an illness is provided at home by family members neither trained nor emotionally prepared for these responsibilities.51, 74 The burden on family caregivers is one of the top concerns of seriously ill patients.35 Patients and families often struggle with anxieties about doing the wrong thing, difficulty traveling to physicians' offices, social isolation, and a high prevalence of preventable suffering of all types.3440 Palliative care clinicians attempt to improve the success and sustainability of the discharge plan by providing medically informed and therefore more appropriate care management recommendations and by mobilizing a range of community resources to increase the likelihood that families will be able to manage the care at home with the necessary supports and backups in place, including appropriate screening and referrals for complicated grief and bereavement.51, 75, 76 Several small prospective studies of palliative care have suggested that palliative care has resulted in reduction in the number of emergency department visits and hospitalizations and in the length of hospital stays, presumably because of the efficacy and comprehensiveness of care coordination in averting crises.54, 55, 61, 9798
CLINICAL MODELS
Given the multifaceted approach needed to support patient quality of life throughout advanced illness, one profession or individual cannot be expected to provide all aspects of palliative care. As described in the recently completed National Consensus Project Guidelines for Quality Palliative Care,2 specialty‐level palliative care is optimally delivered through an interdisciplinary team consisting of appropriately trained and credentialed physicians, nurses, and social workers with additional support and contributions from chaplains, rehabilitative experts, psychiatrists, and other professionals as indicated. Clearly, however, the staffing of a palliative care program will depend critically on the needs and capacities of the setting. A full interdisciplinary team is needed for a large tertiary‐care teaching hospital, whereas a part‐time advance‐practice nurse with backup from colleagues as needed may suffice for a small rural hospital or long‐term care setting. Specialist‐level palliative care is delivered through a range of clinical models and settings, including inpatient consultation services, dedicated inpatient units, and outpatient practices, among others.77, 78 Programs within the United States are housed in a range of clinical subspecialties including oncology, geriatrics, nursing, case management, hospitalist, and other programs, depending on the locus of leadership and administrative support.77, 78 Most programs are supported by utilizing diverse sources,77 including physician and nurse‐practitioner billing through insurers such as Medicare Part B,53, 81 as well as hospital support typically predicated on cost avoidance analyses, foundation and other grants, and philanthropy. Detailed guidance on appropriate documentation and billing for palliative care physician services may be found in Schapiro et al.,53 von Gunten,79 and on the Web site of the Center to Advance Palliative Care (
RELATIONSHIP TO HOSPICE
Although new clinical specialties in palliative medicine and nursing are emerging, in the United States palliative care for those in the terminal stages of illness has been delivered through hospice programs for more than 30 years. Under current regulatory and payment guidelines hospice care is delivered to patients who are certified by their physicians as likely to die within 6 months if the disease follows its usual course and who are willing to give up insurance coverage for medical treatment primarily focused on cure or prolongation of life. It is noteworthy that there is great variability among United States hospices, with some able to support continued disease‐modifying treatments such as chemotherapy and radiation if a patient so desires.2 Hospice programs aim to create increased opportunity for death at home, focusing on symptom control and the psychological and spiritual issues that are paramount to persons in the terminal phases of illness. Once the hospice benefit has been accessed, patients and families receive comprehensive case‐managed services across all settings of care (although the great majority of hospice care is delivered at home) from an interdisciplinary team, coverage for medications and equipment related to the terminal illness, and practical, psychosocial, respite, and bereavement support for caregivers.80, 81 Several recent studies have confirmed the findings of an earlier work82 in demonstrating the beneficial outcomes of hospice care including reduced mortality in spouses and high levels of family satisfaction.18, 83 Palliative care programs based in both hospital and community settings have led to increases in hospice referral rates and hospice length of stay, promoting continuity of palliative care and the intensive palliation and family support needed as death approaches.55 Coordination and partnerships between palliative care and hospice programs are critical to achieving continuity of palliative care throughout the full course of an illness and across the continuum of care settings.2
IMPACT OF PALLIATIVE CARE ON QUALITY OF CARE
Reports on palliative care specialist services utilizing diverse models and approaches have suggested a range of benefits from palliative care, including reduced pain4547 and other symptom distress,45, 48, 49 improved health‐related quality of life,95 high patient and family satisfaction18, 4951, 96 with care and with physician communication, and increased likelihood of the location of death being outside a hospital.33, 49, 52, 9799
Because it can help to demonstrate care structures, processes, and outcomes associated with improved quality (such as routine assessment of pain in the hospital), a palliative care program may help hospitals measure and meet Joint Commission for Accreditation of Healthcare Organizations (JCAHO) requirements in the domains of pain management, communication, family and patient education, and continuity of care, among others.53 Several groups have reported marked increases in hospice referral rate and hospice length of stay as a result of hospital‐ and nursing‐home‐based palliative care programs, presumably as a result of enhanced case identification, counseling, and referral processes.54, 55 Case control and observational studies of palliative care and ethics consultation services have demonstrated reductions in costs per day and in hospital and ICU lengths of stay, presumably because of enhanced support for discussions about the goals of care and the resulting facilitation of patient and family decisions about the types and settings of future care.50, 5561 Hospitals have begun to invest in palliative care services, both to enhance quality of care and because of their measurable impact on reducing ICU and total bed days and their efficacy in supporting transitions from high‐intensity, high‐cost hospital settings to more appropriate and desired care settings, such as the home.5563, 9798 Observational studies have yielded no differences in mortality between patients receiving palliative care and controls receiving the usual care.48, 55, 56
EDUCATION IN PALLIATIVE CARE
Curricular content on palliative care has been noticeably lacking from medical and nursing education curricula, textbooks, and certifying examinations, although this is beginning to change.8491 Both the Liaison Committee for Medical Education (LCME) and the Accreditation Council for Graduate Medical Education (ACGME) now require or strongly encourage programs to provide under‐ and postgraduate training in palliative care in order to be accredited.89, 90 As of 2005, more than 50% of teaching hospitals had established palliative care clinical services,92 which constitute the necessary platform for clinical training. The rapid growth in the availability of postgraduate fellowship training in palliative medicine will produce the faculty leaders needed for these educational and research programs in medical school and residency training programs.93, 94 Physicians in practice may gain knowledge and skills through a range of national courses and Web‐based resources and through preparation for the certifying exam given annually by the American Board of Hospice and Palliative Medicine4 (Table 1).
CONCLUSIONS
The growth in palliative care specialists and programs in hospitals in the United States represents a grass roots professional response to the needs of a patient population with chronic advanced illnesses and family care burdens within a healthcare system structured to provide care for acute intercurrent illness. Rapid increases in the number of new hospital programs, as well as early studies indicating improved clinical, satisfaction, and utilization outcomes, suggest that palliative care services are likely to become a routine and well‐integrated part of the healthcare continuum in the United States over the next several years. A number of resources are available to healthcare professionals seeking more training as well as to hospitals or nursing homes wishing to establish their own clinical or educational programs. Such programs have provided a platform for both newly graduated and seasoned professionals to continue to serve the needs of their patients through the assessment and relief of suffering, provided simultaneously with efforts to cure or mitigate disease.
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- Medical education in end‐of‐life care: the status of reform.J Palliat Med.2002;5:243–248. .
- ACGME requirements for end‐of‐life training in selected residency and fellowship programs: a status report.Acad Med.2002;77:299–304. , .
- Recommendations for incorporating palliative care education into the acute care hospital setting.Acad Med.1999;74:871–877. , , , et al.
- The status of medical education in end‐of‐life care: a national report.J Gen Intern Med.2003;18:685–695. , , .
- Liaison Committee on Medical Education. Available from URL: http://www.lcme.org[accessed August 10, 2005].
- Accreditation Council for Graduate Medical Education.Program requirements for residency education in the subspecialties of internal medicine. Graduate Medical Education Directory 2000–2001. Chicago,2000.
- Palliative care in undergraduate medical education. Status report and future directions.JAMA.1997;278:733–738. , .
- Survey of palliative care programs in United States teaching hospitals.J Palliat Med.2001;4:309–314. , .
- Initial voluntary program standards for fellowship training in palliative medicine.J Palliat Med.2002;5:23–33. , , , et al.
- American Academy of Hospice and Palliative Medicine. Fellowship Program Directory. Available from URL:http://www.aahpm.org/fellowship/directory/htm[accessed August 10, 2005].
- Quality of life in palliative cancer care. Results from a cluster randomized trial.J Clin Oncol.2001;19:3884–3894. , , , et al.
- Family satisfaction with end‐of‐life care for cancer patients in a cluster randomized trial.J Pain Symptom Manage.2002;24:53–63. , , .
- A palliative care intervention and death at home: a cluster randomized trial.Lancet.2000;356:888–893. , , , et al.
- Impact of palliative care case management on resource use by patients dying of cancer at a Veterans Affairs medical center.J Palliat Med.2005;8:26–35. , , .
- Family satisfaction with end‐of‐life care for cancer patients in a cluster randomized trial.J Pain Symptom Manage.2002;24:53–63 , , .
The field of palliative care has grown rapidly in recent years in response to patient need and clinician interest in effective approaches to managing chronic life‐threatening illness.1 This article reviews the clinical, educational, demographic, and financial imperatives driving this growth, describes the clinical components of palliative care and the range of service models available, defines the relationship of hospital‐based palliative care to hospice, summarizes the literature on palliative care outcomes, and presents practical resources for clinicians seeking knowledge and skills in the field.
DEFINITION
Palliative care is medical care focused on the relief of suffering and support for the best possible quality of life for patients facing serious, life‐threatening illness and their families. It aims to identify and address the physical, psychological, and practical burdens of illness. Palliative care in the United States grew out of the hospice movement that originated in both the United Kingdom and the United States about 30 years ago. Hospice care was developed specifically to address the needs of the dying and their families and was codified in the United States by the addition in 1983 of a federal Medicare benefit for hospice care. In the last 30 years the Medicare hospice benefit has enabled more than 7 million patients and their families to receive intensive palliative care for the terminally ill, primarily in the home. The growth in the number and needs of seriously and chronically ill patients who are not clearly terminally ill has led to the development of palliative care services outside the hospice benefit provided by Medicare (and other insurers). Both hospice and nonhospice professionals have participated in extending the hospice approach through development of palliative care services. Palliative care may be delivered simultaneously with all appropriate curative and life‐prolonging interventions. In practice, palliative care practitioners provide assessment and treatment of pain and other symptom distress; employ communication skills with patients, families, and colleagues; support complex medical decision making and goal setting based on identifying and respecting patient wishes and goals; and promote medically informed care coordination, continuity, and practical support for patients, family caregivers, and professional colleagues across healthcare settings and through the trajectory of an illness.1, 2
Palliative care is both a general approach to health care and a growing practice specialty for professionals committing most or all of their time to the delivery of palliative care services.3 The term palliative medicine refers to the physician discipline within the larger field of palliative care. As of 2005, more than 1890 physicians have received specialty certification through a palliative care credentialing exam given by the American Board of Hospice and Palliative Medicine.4 Formal recognition of the subspecialty is currently being sought in collaboration with the American Board of Medical Specialties.5 As of August 2005, there were more than 50 postgraduate palliative care subspecialty fellowship programs in the United States.6 Between 2000 and 2003, the American Hospital Association (AHA) annual survey recorded a 67% growth in the number of hospital‐based palliative care programs reported, from 632 to 1027, for a total of 25% of responding AHA member hospitals.7
REASONS FOR GROWTH IN PALLIATIVE CARE
A primary justification for the rapid growth in palliative care programs in institutional settings is the abundant data demonstrating the high prevalence of pain and symptom distress in hospitals,811 nursing homes,12, 13 and community settings.14 Virtually all persons with serious illness spend at least some time in a hospital, usually on multiple occasions, in the course of their disease or condition.15 Despite the finding that when polled more than 90% of Americans say they would prefer to die at home, more than 75% of adult deaths occur in institutional settings (hospital or nursing homes)more than 50% in hospitals and 25% in nursing homesand 85% of pediatric deaths occur in hospitals.16, 17 Further, more than half of persons older than age 85 die in a nursing home and 43% of persons older than age 65 reside in a long‐term care facility at some time before they die,1821 a figure projected to rise substantially over the next several decades. The much larger number of patients who are not dying but are living with chronic, debilitating, and life‐threatening illness also need expert symptom management, communication and decision‐making support, and coordination of care across settings. In one national survey, physicians reported that poor care coordination resulted in patient communication problems, lack of emotional support for patients, adverse drug reactions, unnecessary hospitalization, patients not functioning to potential, and unnecessary pain.22 In addition to studies demonstrating high degrees of symptom distress across all age groups in hospitalized and nursing home patients,814 other works have shown high use of burdensome, nonbeneficial technologies among the seriously ill,2327 caregiver burden on families,2831 and communication problems between these patients, their families, and their treating physicians about the goals of care and the medical decisions that should follow.32, 33 Other studies have reported broad dissatisfaction with the general quality of care for the seriously ill and dying in hospitals and nursing homes,18, 34 specifically, perceptions of impersonal and indifferent care. Several studies of patients and their families have identified relief of suffering, practical support needs, open communication, and opportunities to relieve burdens on and strengthen relationships with family as the top‐priority needs from the healthcare system.3440
The growth in the number and needs of the elderly with multiple chronic conditions who will turn to the healthcare system in coming years underscores the need to create a delivery system in the United States that can be responsive to these priorities. By 2030 the number of persons with chronic conditions will exceed 157 million.4144 With the possible exception of advanced cancer conditions (accounting for 24% of adult deaths), in which prognosis is somewhat more reliably linked to performance status,4243 prognostication of outcome is a highly inexact science for the chronically ill of all ages and in a range of diagnostic categories, including stroke, dementia, and end‐stage cardiac, renal, hepatic, and pulmonary diseases. This has been a major part of the impetus for the growth in palliative care services not predicated on a link to terminal prognoses.4143 Hospitals and nursing homes are under increasing pressure to structure care processes in a manner fitted to the needs of the seriously ill because of studies demonstrating poor quality of care, demands from patients and families, accreditation requirements, and the costs of care for this patient population. More than 95% of Medicare spending goes to the 63% of Medicare patients with two or more chronic conditions, and three quarters of Medicare dollars go to hospitals.44 Hospital costs have risen nearly 10% per year in each of the last 2 years, because of both the increasing numbers of patients turning to them for care and the growth in the number and expense of effective life‐prolonging therapies. These forces have stimulated the development of new models for the efficient and effective care of patients with serious and complex illness.2227, 44
CLINICAL COMPONENTS
The three primary domains of palliative care clinical practice are assessment and treatment of pain and other symptom distress, including psychiatric symptoms64; communication about goals of care and support for complex medical decision making; and provision of practical and psychosocial support, care coordination, and continuity, as well as bereavement services if death occurs.1, 2, 65 Palliative care specialists work to support primary and specialist physicians in the care of complex and seriously ill patients by providing intensive bedside treatment and reassessment of multiple‐symptom distress, by helping with time‐consuming and difficult interactions with distressed patients and family members, and by attempting to ensure a seamless, safe, and well‐communicated discharge and follow‐up process after the patient leaves the hospital.66 Resources for physicians seeking more knowledge or training in the treatment of symptom distress and other aspects of palliative care are given in Table 1.
Palliative care clinical competencies |
---|
|
Education on Palliative and End of Life Care ( |
End of Life/Palliative Education Resource Center ( |
Department of Pain Medicine and Palliative Medicine at Beth Israel Medical Center ( |
|
American Academy of Hospice and Palliative Medicine ( |
American Board of Hospice and Palliative Medicine ( |
Center for Palliative Care at Harvard Medical School ( |
National Consensus Project on Quality Palliative Care ( |
American Geriatrics Society ( |
Palliative care program development |
Center to Advance Palliative Care ( |
Palliative Care Leadership Centers ( |
Promoting Excellence in End of Life Care ( |
The core components of symptom management67, 68 include: 1) Routine and repeated formal assessment, without which most symptoms will be neither identified nor addressed; 2) Expertise in prescribing, including the safe use of opioid analgesics, adjuvant approaches to pain management, and management of a wide range of other common and distressing symptoms and syndromes including, for example, delirium, dyspnea, fatigue, nausea, bowel obstruction, and depression69; and 3) Skillful management of treatment side effects, which is required to successfully control symptoms.
Communication skills and effective support for making decisions about clinical care goals include not only fundamental physician responsibilities such as communicating bad news and elucidating patient wishes for future care, but also the ability to promote communication and consensus about care goals among multiple specialist consultants, to address and resolve disagreements and conflicts among patients, families, and providers about goals of care, and to assist in the evolving process of balancing the benefits with the burdens of various medical interventions.32, 7073
The great majority of care for an illness is provided at home by family members neither trained nor emotionally prepared for these responsibilities.51, 74 The burden on family caregivers is one of the top concerns of seriously ill patients.35 Patients and families often struggle with anxieties about doing the wrong thing, difficulty traveling to physicians' offices, social isolation, and a high prevalence of preventable suffering of all types.3440 Palliative care clinicians attempt to improve the success and sustainability of the discharge plan by providing medically informed and therefore more appropriate care management recommendations and by mobilizing a range of community resources to increase the likelihood that families will be able to manage the care at home with the necessary supports and backups in place, including appropriate screening and referrals for complicated grief and bereavement.51, 75, 76 Several small prospective studies of palliative care have suggested that palliative care has resulted in reduction in the number of emergency department visits and hospitalizations and in the length of hospital stays, presumably because of the efficacy and comprehensiveness of care coordination in averting crises.54, 55, 61, 9798
CLINICAL MODELS
Given the multifaceted approach needed to support patient quality of life throughout advanced illness, one profession or individual cannot be expected to provide all aspects of palliative care. As described in the recently completed National Consensus Project Guidelines for Quality Palliative Care,2 specialty‐level palliative care is optimally delivered through an interdisciplinary team consisting of appropriately trained and credentialed physicians, nurses, and social workers with additional support and contributions from chaplains, rehabilitative experts, psychiatrists, and other professionals as indicated. Clearly, however, the staffing of a palliative care program will depend critically on the needs and capacities of the setting. A full interdisciplinary team is needed for a large tertiary‐care teaching hospital, whereas a part‐time advance‐practice nurse with backup from colleagues as needed may suffice for a small rural hospital or long‐term care setting. Specialist‐level palliative care is delivered through a range of clinical models and settings, including inpatient consultation services, dedicated inpatient units, and outpatient practices, among others.77, 78 Programs within the United States are housed in a range of clinical subspecialties including oncology, geriatrics, nursing, case management, hospitalist, and other programs, depending on the locus of leadership and administrative support.77, 78 Most programs are supported by utilizing diverse sources,77 including physician and nurse‐practitioner billing through insurers such as Medicare Part B,53, 81 as well as hospital support typically predicated on cost avoidance analyses, foundation and other grants, and philanthropy. Detailed guidance on appropriate documentation and billing for palliative care physician services may be found in Schapiro et al.,53 von Gunten,79 and on the Web site of the Center to Advance Palliative Care (
RELATIONSHIP TO HOSPICE
Although new clinical specialties in palliative medicine and nursing are emerging, in the United States palliative care for those in the terminal stages of illness has been delivered through hospice programs for more than 30 years. Under current regulatory and payment guidelines hospice care is delivered to patients who are certified by their physicians as likely to die within 6 months if the disease follows its usual course and who are willing to give up insurance coverage for medical treatment primarily focused on cure or prolongation of life. It is noteworthy that there is great variability among United States hospices, with some able to support continued disease‐modifying treatments such as chemotherapy and radiation if a patient so desires.2 Hospice programs aim to create increased opportunity for death at home, focusing on symptom control and the psychological and spiritual issues that are paramount to persons in the terminal phases of illness. Once the hospice benefit has been accessed, patients and families receive comprehensive case‐managed services across all settings of care (although the great majority of hospice care is delivered at home) from an interdisciplinary team, coverage for medications and equipment related to the terminal illness, and practical, psychosocial, respite, and bereavement support for caregivers.80, 81 Several recent studies have confirmed the findings of an earlier work82 in demonstrating the beneficial outcomes of hospice care including reduced mortality in spouses and high levels of family satisfaction.18, 83 Palliative care programs based in both hospital and community settings have led to increases in hospice referral rates and hospice length of stay, promoting continuity of palliative care and the intensive palliation and family support needed as death approaches.55 Coordination and partnerships between palliative care and hospice programs are critical to achieving continuity of palliative care throughout the full course of an illness and across the continuum of care settings.2
IMPACT OF PALLIATIVE CARE ON QUALITY OF CARE
Reports on palliative care specialist services utilizing diverse models and approaches have suggested a range of benefits from palliative care, including reduced pain4547 and other symptom distress,45, 48, 49 improved health‐related quality of life,95 high patient and family satisfaction18, 4951, 96 with care and with physician communication, and increased likelihood of the location of death being outside a hospital.33, 49, 52, 9799
Because it can help to demonstrate care structures, processes, and outcomes associated with improved quality (such as routine assessment of pain in the hospital), a palliative care program may help hospitals measure and meet Joint Commission for Accreditation of Healthcare Organizations (JCAHO) requirements in the domains of pain management, communication, family and patient education, and continuity of care, among others.53 Several groups have reported marked increases in hospice referral rate and hospice length of stay as a result of hospital‐ and nursing‐home‐based palliative care programs, presumably as a result of enhanced case identification, counseling, and referral processes.54, 55 Case control and observational studies of palliative care and ethics consultation services have demonstrated reductions in costs per day and in hospital and ICU lengths of stay, presumably because of enhanced support for discussions about the goals of care and the resulting facilitation of patient and family decisions about the types and settings of future care.50, 5561 Hospitals have begun to invest in palliative care services, both to enhance quality of care and because of their measurable impact on reducing ICU and total bed days and their efficacy in supporting transitions from high‐intensity, high‐cost hospital settings to more appropriate and desired care settings, such as the home.5563, 9798 Observational studies have yielded no differences in mortality between patients receiving palliative care and controls receiving the usual care.48, 55, 56
EDUCATION IN PALLIATIVE CARE
Curricular content on palliative care has been noticeably lacking from medical and nursing education curricula, textbooks, and certifying examinations, although this is beginning to change.8491 Both the Liaison Committee for Medical Education (LCME) and the Accreditation Council for Graduate Medical Education (ACGME) now require or strongly encourage programs to provide under‐ and postgraduate training in palliative care in order to be accredited.89, 90 As of 2005, more than 50% of teaching hospitals had established palliative care clinical services,92 which constitute the necessary platform for clinical training. The rapid growth in the availability of postgraduate fellowship training in palliative medicine will produce the faculty leaders needed for these educational and research programs in medical school and residency training programs.93, 94 Physicians in practice may gain knowledge and skills through a range of national courses and Web‐based resources and through preparation for the certifying exam given annually by the American Board of Hospice and Palliative Medicine4 (Table 1).
CONCLUSIONS
The growth in palliative care specialists and programs in hospitals in the United States represents a grass roots professional response to the needs of a patient population with chronic advanced illnesses and family care burdens within a healthcare system structured to provide care for acute intercurrent illness. Rapid increases in the number of new hospital programs, as well as early studies indicating improved clinical, satisfaction, and utilization outcomes, suggest that palliative care services are likely to become a routine and well‐integrated part of the healthcare continuum in the United States over the next several years. A number of resources are available to healthcare professionals seeking more training as well as to hospitals or nursing homes wishing to establish their own clinical or educational programs. Such programs have provided a platform for both newly graduated and seasoned professionals to continue to serve the needs of their patients through the assessment and relief of suffering, provided simultaneously with efforts to cure or mitigate disease.
The field of palliative care has grown rapidly in recent years in response to patient need and clinician interest in effective approaches to managing chronic life‐threatening illness.1 This article reviews the clinical, educational, demographic, and financial imperatives driving this growth, describes the clinical components of palliative care and the range of service models available, defines the relationship of hospital‐based palliative care to hospice, summarizes the literature on palliative care outcomes, and presents practical resources for clinicians seeking knowledge and skills in the field.
DEFINITION
Palliative care is medical care focused on the relief of suffering and support for the best possible quality of life for patients facing serious, life‐threatening illness and their families. It aims to identify and address the physical, psychological, and practical burdens of illness. Palliative care in the United States grew out of the hospice movement that originated in both the United Kingdom and the United States about 30 years ago. Hospice care was developed specifically to address the needs of the dying and their families and was codified in the United States by the addition in 1983 of a federal Medicare benefit for hospice care. In the last 30 years the Medicare hospice benefit has enabled more than 7 million patients and their families to receive intensive palliative care for the terminally ill, primarily in the home. The growth in the number and needs of seriously and chronically ill patients who are not clearly terminally ill has led to the development of palliative care services outside the hospice benefit provided by Medicare (and other insurers). Both hospice and nonhospice professionals have participated in extending the hospice approach through development of palliative care services. Palliative care may be delivered simultaneously with all appropriate curative and life‐prolonging interventions. In practice, palliative care practitioners provide assessment and treatment of pain and other symptom distress; employ communication skills with patients, families, and colleagues; support complex medical decision making and goal setting based on identifying and respecting patient wishes and goals; and promote medically informed care coordination, continuity, and practical support for patients, family caregivers, and professional colleagues across healthcare settings and through the trajectory of an illness.1, 2
Palliative care is both a general approach to health care and a growing practice specialty for professionals committing most or all of their time to the delivery of palliative care services.3 The term palliative medicine refers to the physician discipline within the larger field of palliative care. As of 2005, more than 1890 physicians have received specialty certification through a palliative care credentialing exam given by the American Board of Hospice and Palliative Medicine.4 Formal recognition of the subspecialty is currently being sought in collaboration with the American Board of Medical Specialties.5 As of August 2005, there were more than 50 postgraduate palliative care subspecialty fellowship programs in the United States.6 Between 2000 and 2003, the American Hospital Association (AHA) annual survey recorded a 67% growth in the number of hospital‐based palliative care programs reported, from 632 to 1027, for a total of 25% of responding AHA member hospitals.7
REASONS FOR GROWTH IN PALLIATIVE CARE
A primary justification for the rapid growth in palliative care programs in institutional settings is the abundant data demonstrating the high prevalence of pain and symptom distress in hospitals,811 nursing homes,12, 13 and community settings.14 Virtually all persons with serious illness spend at least some time in a hospital, usually on multiple occasions, in the course of their disease or condition.15 Despite the finding that when polled more than 90% of Americans say they would prefer to die at home, more than 75% of adult deaths occur in institutional settings (hospital or nursing homes)more than 50% in hospitals and 25% in nursing homesand 85% of pediatric deaths occur in hospitals.16, 17 Further, more than half of persons older than age 85 die in a nursing home and 43% of persons older than age 65 reside in a long‐term care facility at some time before they die,1821 a figure projected to rise substantially over the next several decades. The much larger number of patients who are not dying but are living with chronic, debilitating, and life‐threatening illness also need expert symptom management, communication and decision‐making support, and coordination of care across settings. In one national survey, physicians reported that poor care coordination resulted in patient communication problems, lack of emotional support for patients, adverse drug reactions, unnecessary hospitalization, patients not functioning to potential, and unnecessary pain.22 In addition to studies demonstrating high degrees of symptom distress across all age groups in hospitalized and nursing home patients,814 other works have shown high use of burdensome, nonbeneficial technologies among the seriously ill,2327 caregiver burden on families,2831 and communication problems between these patients, their families, and their treating physicians about the goals of care and the medical decisions that should follow.32, 33 Other studies have reported broad dissatisfaction with the general quality of care for the seriously ill and dying in hospitals and nursing homes,18, 34 specifically, perceptions of impersonal and indifferent care. Several studies of patients and their families have identified relief of suffering, practical support needs, open communication, and opportunities to relieve burdens on and strengthen relationships with family as the top‐priority needs from the healthcare system.3440
The growth in the number and needs of the elderly with multiple chronic conditions who will turn to the healthcare system in coming years underscores the need to create a delivery system in the United States that can be responsive to these priorities. By 2030 the number of persons with chronic conditions will exceed 157 million.4144 With the possible exception of advanced cancer conditions (accounting for 24% of adult deaths), in which prognosis is somewhat more reliably linked to performance status,4243 prognostication of outcome is a highly inexact science for the chronically ill of all ages and in a range of diagnostic categories, including stroke, dementia, and end‐stage cardiac, renal, hepatic, and pulmonary diseases. This has been a major part of the impetus for the growth in palliative care services not predicated on a link to terminal prognoses.4143 Hospitals and nursing homes are under increasing pressure to structure care processes in a manner fitted to the needs of the seriously ill because of studies demonstrating poor quality of care, demands from patients and families, accreditation requirements, and the costs of care for this patient population. More than 95% of Medicare spending goes to the 63% of Medicare patients with two or more chronic conditions, and three quarters of Medicare dollars go to hospitals.44 Hospital costs have risen nearly 10% per year in each of the last 2 years, because of both the increasing numbers of patients turning to them for care and the growth in the number and expense of effective life‐prolonging therapies. These forces have stimulated the development of new models for the efficient and effective care of patients with serious and complex illness.2227, 44
CLINICAL COMPONENTS
The three primary domains of palliative care clinical practice are assessment and treatment of pain and other symptom distress, including psychiatric symptoms64; communication about goals of care and support for complex medical decision making; and provision of practical and psychosocial support, care coordination, and continuity, as well as bereavement services if death occurs.1, 2, 65 Palliative care specialists work to support primary and specialist physicians in the care of complex and seriously ill patients by providing intensive bedside treatment and reassessment of multiple‐symptom distress, by helping with time‐consuming and difficult interactions with distressed patients and family members, and by attempting to ensure a seamless, safe, and well‐communicated discharge and follow‐up process after the patient leaves the hospital.66 Resources for physicians seeking more knowledge or training in the treatment of symptom distress and other aspects of palliative care are given in Table 1.
Palliative care clinical competencies |
---|
|
Education on Palliative and End of Life Care ( |
End of Life/Palliative Education Resource Center ( |
Department of Pain Medicine and Palliative Medicine at Beth Israel Medical Center ( |
|
American Academy of Hospice and Palliative Medicine ( |
American Board of Hospice and Palliative Medicine ( |
Center for Palliative Care at Harvard Medical School ( |
National Consensus Project on Quality Palliative Care ( |
American Geriatrics Society ( |
Palliative care program development |
Center to Advance Palliative Care ( |
Palliative Care Leadership Centers ( |
Promoting Excellence in End of Life Care ( |
The core components of symptom management67, 68 include: 1) Routine and repeated formal assessment, without which most symptoms will be neither identified nor addressed; 2) Expertise in prescribing, including the safe use of opioid analgesics, adjuvant approaches to pain management, and management of a wide range of other common and distressing symptoms and syndromes including, for example, delirium, dyspnea, fatigue, nausea, bowel obstruction, and depression69; and 3) Skillful management of treatment side effects, which is required to successfully control symptoms.
Communication skills and effective support for making decisions about clinical care goals include not only fundamental physician responsibilities such as communicating bad news and elucidating patient wishes for future care, but also the ability to promote communication and consensus about care goals among multiple specialist consultants, to address and resolve disagreements and conflicts among patients, families, and providers about goals of care, and to assist in the evolving process of balancing the benefits with the burdens of various medical interventions.32, 7073
The great majority of care for an illness is provided at home by family members neither trained nor emotionally prepared for these responsibilities.51, 74 The burden on family caregivers is one of the top concerns of seriously ill patients.35 Patients and families often struggle with anxieties about doing the wrong thing, difficulty traveling to physicians' offices, social isolation, and a high prevalence of preventable suffering of all types.3440 Palliative care clinicians attempt to improve the success and sustainability of the discharge plan by providing medically informed and therefore more appropriate care management recommendations and by mobilizing a range of community resources to increase the likelihood that families will be able to manage the care at home with the necessary supports and backups in place, including appropriate screening and referrals for complicated grief and bereavement.51, 75, 76 Several small prospective studies of palliative care have suggested that palliative care has resulted in reduction in the number of emergency department visits and hospitalizations and in the length of hospital stays, presumably because of the efficacy and comprehensiveness of care coordination in averting crises.54, 55, 61, 9798
CLINICAL MODELS
Given the multifaceted approach needed to support patient quality of life throughout advanced illness, one profession or individual cannot be expected to provide all aspects of palliative care. As described in the recently completed National Consensus Project Guidelines for Quality Palliative Care,2 specialty‐level palliative care is optimally delivered through an interdisciplinary team consisting of appropriately trained and credentialed physicians, nurses, and social workers with additional support and contributions from chaplains, rehabilitative experts, psychiatrists, and other professionals as indicated. Clearly, however, the staffing of a palliative care program will depend critically on the needs and capacities of the setting. A full interdisciplinary team is needed for a large tertiary‐care teaching hospital, whereas a part‐time advance‐practice nurse with backup from colleagues as needed may suffice for a small rural hospital or long‐term care setting. Specialist‐level palliative care is delivered through a range of clinical models and settings, including inpatient consultation services, dedicated inpatient units, and outpatient practices, among others.77, 78 Programs within the United States are housed in a range of clinical subspecialties including oncology, geriatrics, nursing, case management, hospitalist, and other programs, depending on the locus of leadership and administrative support.77, 78 Most programs are supported by utilizing diverse sources,77 including physician and nurse‐practitioner billing through insurers such as Medicare Part B,53, 81 as well as hospital support typically predicated on cost avoidance analyses, foundation and other grants, and philanthropy. Detailed guidance on appropriate documentation and billing for palliative care physician services may be found in Schapiro et al.,53 von Gunten,79 and on the Web site of the Center to Advance Palliative Care (
RELATIONSHIP TO HOSPICE
Although new clinical specialties in palliative medicine and nursing are emerging, in the United States palliative care for those in the terminal stages of illness has been delivered through hospice programs for more than 30 years. Under current regulatory and payment guidelines hospice care is delivered to patients who are certified by their physicians as likely to die within 6 months if the disease follows its usual course and who are willing to give up insurance coverage for medical treatment primarily focused on cure or prolongation of life. It is noteworthy that there is great variability among United States hospices, with some able to support continued disease‐modifying treatments such as chemotherapy and radiation if a patient so desires.2 Hospice programs aim to create increased opportunity for death at home, focusing on symptom control and the psychological and spiritual issues that are paramount to persons in the terminal phases of illness. Once the hospice benefit has been accessed, patients and families receive comprehensive case‐managed services across all settings of care (although the great majority of hospice care is delivered at home) from an interdisciplinary team, coverage for medications and equipment related to the terminal illness, and practical, psychosocial, respite, and bereavement support for caregivers.80, 81 Several recent studies have confirmed the findings of an earlier work82 in demonstrating the beneficial outcomes of hospice care including reduced mortality in spouses and high levels of family satisfaction.18, 83 Palliative care programs based in both hospital and community settings have led to increases in hospice referral rates and hospice length of stay, promoting continuity of palliative care and the intensive palliation and family support needed as death approaches.55 Coordination and partnerships between palliative care and hospice programs are critical to achieving continuity of palliative care throughout the full course of an illness and across the continuum of care settings.2
IMPACT OF PALLIATIVE CARE ON QUALITY OF CARE
Reports on palliative care specialist services utilizing diverse models and approaches have suggested a range of benefits from palliative care, including reduced pain4547 and other symptom distress,45, 48, 49 improved health‐related quality of life,95 high patient and family satisfaction18, 4951, 96 with care and with physician communication, and increased likelihood of the location of death being outside a hospital.33, 49, 52, 9799
Because it can help to demonstrate care structures, processes, and outcomes associated with improved quality (such as routine assessment of pain in the hospital), a palliative care program may help hospitals measure and meet Joint Commission for Accreditation of Healthcare Organizations (JCAHO) requirements in the domains of pain management, communication, family and patient education, and continuity of care, among others.53 Several groups have reported marked increases in hospice referral rate and hospice length of stay as a result of hospital‐ and nursing‐home‐based palliative care programs, presumably as a result of enhanced case identification, counseling, and referral processes.54, 55 Case control and observational studies of palliative care and ethics consultation services have demonstrated reductions in costs per day and in hospital and ICU lengths of stay, presumably because of enhanced support for discussions about the goals of care and the resulting facilitation of patient and family decisions about the types and settings of future care.50, 5561 Hospitals have begun to invest in palliative care services, both to enhance quality of care and because of their measurable impact on reducing ICU and total bed days and their efficacy in supporting transitions from high‐intensity, high‐cost hospital settings to more appropriate and desired care settings, such as the home.5563, 9798 Observational studies have yielded no differences in mortality between patients receiving palliative care and controls receiving the usual care.48, 55, 56
EDUCATION IN PALLIATIVE CARE
Curricular content on palliative care has been noticeably lacking from medical and nursing education curricula, textbooks, and certifying examinations, although this is beginning to change.8491 Both the Liaison Committee for Medical Education (LCME) and the Accreditation Council for Graduate Medical Education (ACGME) now require or strongly encourage programs to provide under‐ and postgraduate training in palliative care in order to be accredited.89, 90 As of 2005, more than 50% of teaching hospitals had established palliative care clinical services,92 which constitute the necessary platform for clinical training. The rapid growth in the availability of postgraduate fellowship training in palliative medicine will produce the faculty leaders needed for these educational and research programs in medical school and residency training programs.93, 94 Physicians in practice may gain knowledge and skills through a range of national courses and Web‐based resources and through preparation for the certifying exam given annually by the American Board of Hospice and Palliative Medicine4 (Table 1).
CONCLUSIONS
The growth in palliative care specialists and programs in hospitals in the United States represents a grass roots professional response to the needs of a patient population with chronic advanced illnesses and family care burdens within a healthcare system structured to provide care for acute intercurrent illness. Rapid increases in the number of new hospital programs, as well as early studies indicating improved clinical, satisfaction, and utilization outcomes, suggest that palliative care services are likely to become a routine and well‐integrated part of the healthcare continuum in the United States over the next several years. A number of resources are available to healthcare professionals seeking more training as well as to hospitals or nursing homes wishing to establish their own clinical or educational programs. Such programs have provided a platform for both newly graduated and seasoned professionals to continue to serve the needs of their patients through the assessment and relief of suffering, provided simultaneously with efforts to cure or mitigate disease.
- Clinical practice: palliative care.N Engl J Med.2004;350:2582–2590. , .
- National Consensus Project for Quality Palliative Care: The development of practice guidelines 2004. Available from URL:http://www.nationalconsensusproject.org. [accessed August 10, 2005].
- Palliative medicine: an emerging field of specialization.Cancer Invest.2000;18:761–767. , .
- American Board of Hospice and Palliative Medicine. Available from URL:http://www.abhpm.org[accessed August 10, 2005].
- Physician board certification in hospice and palliative medicine.J Palliat Med.2000;3:441–447. , , , et al.
- American Academy of Hospice and Palliative Medicine. Available from URL:http://www.aahpm.org[accessed August 10, 2005].
- American Hospital Association. Hospital Statistics 2004. Available from URL:http://www.ahastatistics.org[accessed August 10, 2005].
- Pain and satisfaction with pain control in hospitalized medical patients.Arch Intern Med.2004;164:175–180. , , .
- Pain and discomfort associated with common hospital procedures and experiences.J Pain Symptom Manage.1998;15:91–101. , , , et al.
- , et al. The symptom burden of seriously ill hospitalized patients.J Pain Symptom Manage.1999;17:248–255. , ,
- A controlled trial to improve care for seriously ill hospitalized patients. The study to understand prognoses and preferences for outcomes and risks of treatments (SUPPORT).The SUPPORT Principal Investigators.JAMA.1995;274:1591–1598.
- Persistent pain in nursing home residents.JAMA.2001;285:2081. , , , et al.
- Management of pain in elderly patients with cancer. SAGE Study Group. Systematic assessment of geriatric drug use via epidemiology.JAMA.1998;279:1877–1882. , , , et al.
- Pain and its treatment in outpatients with metastatic cancer.N Engl J Med.1994;330:592–596. , , , et al.
- Dartmouth Atlas. Available from URL: http://www.dartmouthatlas.org/endoflife/end_of_life.php[accessed August 10, 2005].
- Institute of Medicine.Approaching death: improving care at the end of life.Washington, DC:National Academy Press,1997.
- Institute of Medicine.When Children die: improving palliative and end of life care for children and their families.Washington, DC:National Academies Press,2002.
- Family perspectives on end‐of‐life care at the last place of care.JAMA.2004;291:88–93. , , , et al.
- http://www.chcr.brown.edu/dying/brownatlas.htm[accessed August 10, 2005]. . Brown Atlas. Available from URL:
- Creating excellent palliative care in nursing homes.J Palliat Med.2003;6:7–9. .
- Needs of the dying in nursing homes.J Palliat Med.2002;5:895–901. , , , et al.
- Mathematica Policy Research, Inc.National public engagement campaign on chronic illness—physician survey, final report.Princeton, NJ:Mathematica Policy Research, Inc.,2001.
- Patterns of use of common major procedures in medical care of older adults.J Am Geriatr Soc.1999;47:553–558. , , , .
- Dying to pay: the cost of end of life care.J Palliat Care.1998;14:5–15. , .
- Older age, aggressiveness of care, and survival for seriously ill, hospitalized adults. SUPPORT Investigators. Study to understand prognoses and preferences for outcomes and risks of treatments.Ann Intern Med.1999;131:721–728. , , , et al.
- Demands of an aging population for critical care and pulmonary services.JAMA.2001;285:1016–1017. .
- Medicare beneficiaries' costs of care in the last year of life.Health Aff.2001;20:188–195. , , , .
- Stress in caregivers of hospitalized oldest‐old patients.J Gerontol A Biol Sci Med Sci.2001;56:M231–M235. , , , .
- Caregiving as a risk factor for mortality: the Caregiver Health Effects Study.JAMA.1999;282:2215–2219. , .
- Assistance from family members, friends, paid care givers, and volunteers in the care of terminally ill patients.N Engl J Med.1999;341:956–963. , , , , , .
- The impact of serious illness on patients' families.JAMA.1994;272:1839–1844. , , , et al.
- Doctor–patient communication. In:Morrison RS,Meier DE, editors.Geriatric palliative care.New York:Oxford University Press,2003. .
- Communicating sad, bad, and difficult news in medicine.Lancet.2004;363:312–319. , .
- Understanding economic and other burdens of terminal illness: the experience of patients and their caregivers.Ann Intern Med.2000;132:451–459. , , , .
- Quality end‐of‐life care: patients' perspectives.JAMA.1999;281:163–168. , , .
- Preparing for the end of life: preferences of patients, families, physicians, and other care providers.J Pain Symptom Manage.2001;22:727–737. , , , et al.
- Factors considered important at the end of life by patients, family, physicians, and other care providers.JAMA.2000;284:2476–2482. , , , et al.
- In search of a good death: observations of patients, families, and providers.Ann Intern Med.2000;132:825–832. , , , , , .
- Measurement of quality of care and quality of life at the end of life.Gerontologist.2002;42:71–80. , , , et al.
- Family reports of barriers to optimal care of the dying.Nurs Res.2000;49:310–317. , , , et al.
- Patterns of functional decline at the end of life.JAMA.2003;289:2387–2392. , , , et al.
- , Cohn F, et al. Prognoses of seriously ill hospitalized patients on the days before death: implications for patient care and public policy.New Horizons.1997;5:56–61. ,
- The last 2 years of life: functional trajectories of frail older people.J Am Geriatr Soc.2003;51:492–498. , , , et al.
- Partnership for Solutions. Chronic Conditions:Making the Case for Ongoing Care.Baltimore:Johns Hopkins University,2002.
- Is there evidence that palliative care teams alter end‐of‐life experiences of patients and their caregivers?J Pain Symptom Manage.2003;25:150–168. , , , et al.
- Implementing guidelines for cancer pain management: results of a randomized controlled clinical trial.J Clin Oncol.1999;17:361–370. , , , et al.
- Randomized clinical trial of an implantable drug delivery system compared with comprehensive medical management for refractory cancer pain: impact on pain, drug‐related toxicity, and survival.J Clin Oncol2002;20:4040–4049. , , , et al.
- The comprehensive care team: a controlled trial of outpatient palliative medicine consultation.Arch Intern Med.2004;164:83–91. , , , et al.
- Palliative care consultations: how do they impact the care of hospitalized patients?J Pain Symptom Manage.2000;20:166–173. , , , et al.
- An intensive communication intervention for the critically ill.Am J Med.2000;109:469–475. , , , et al.
- The moderating influence of service use on negative caregiving consequences.J Gerontol B Psychol Sci Soc Sci.1996;51:S121–131. , , .
- Communication skills training for health care professionals working with cancer patients, their families and/or carers (Cochrane Review).The Cochrane Library. Chichester, UK:John Wiley 21:1412–1415. , , .
- http://www.promotingexcellence.org[accessed August 10, 2005]. , , , et al. Living and dying well with cancer: Successfully integrating palliative care and cancer treatment. Available from URL:
- A high‐volume specialist palliative care unit and team may reduce in‐hospital end‐of‐life care costs.J Palliat Med.2003;6:699–705. , , , et al.
- Effect of ethics consultations on nonbeneficial life‐sustaining treatments in the intensive care setting.JAMA.2003;290:1166–1172. , , , et al.
- Impact of a proactive approach to improve end‐of‐life care in a medical ICU.Chest.2003;123:266–271. , .
- A randomized controlled trial of the cost‐effectiveness of a district co‐ordinating service for terminally ill cancer patients.Palliat Med.1996;10:151–161. , , , et al.
- The impact of a regional palliative care program on the cost of palliative care delivery.J Palliat Med.1999;3:181–186. , , , et al.
- Effectiveness of a home‐based palliative care program for end‐of‐life.J Palliat Med.2003;6:715–724. , , .
- A study of proactive ethics consultation for critically and terminally ill patients with extended lengths of stay.Crit Care Med.1998;26:252–259. , , .
- Experience with an end‐of‐life practice at a university hospital.Crit Care Med.1997;25:197–202. , .
- Perspectives on care at the close of life. Psychological considerations, growth, and transcendence at the end of life: the art of the possible.JAMA.2001;285:2898–2905. .
- Improving palliative care.Ann Intern Med.1997;127:225–230. , , .
- Completing the continuum of cancer care: integrating life‐prolongation and palliation.CA Cancer J Clin.2000;50:123–132. .
- Pain management: pharmacological approaches.Cancer Treat Res.1999;100:1–29. , .
- Pain and symptom management in palliative care.Cancer Control.1996;3:204–213. , .
- ABC of palliative care. Anorexia, cachexia, and nutrition.BMJ.1997;315:1219–1222. .
- Perspectives on care at the close of life. Initiating end‐of‐life discussions with seriously ill patients: addressing the “elephant in the room.”JAMA.2000;284:2502–2507. .
- “I wish things were different”: expressing wishes in response to loss, futility, and unrealistic hopes.Ann Intern Med.2001;135:551–555. , , .
- Discussing palliative care with patients. ACP‐ASIM End‐of‐Life Care Consensus Panel.Ann Intern Med.1999;130:744–749. , , .
- The patient‐physician relationship. Ensuring competency in end‐of‐life care: communication and relational skills.JAMA.2000;284:3051–3057. , , .
- The loneliness of the long‐term care giver.N Engl J Med.1999;340:1587–1590. .
- Integrating case management and palliative care.J Palliat Med.2004;7:121–136. , , , , , .
- The influence of caregiving and bereavement support on adjusting to an older relative's death.Gerontologist.1991;31:32–42. , , .
- Center to Advance Palliative Care. A guide to developing a hospital‐based palliative care program. Available from URL:http://www.capc.org[accessed August 10, 2005].
- Secondary and tertiary palliative care in US hospitals.JAMA.2002;287:875–881. .
- Coding and reimbursement mechanisms for physician services in hospice and palliative care.J Palliat Med.2000;2:157–164. .
- National Hospice and Palliative Care Organization. NHPCO facts and figures. Available from URL:http://www.nhpco.org[accessed August 10, 2005].
- When pain and suffering do not require a prognosis: Working toward meaningful hospital–hospice partnership.J Palliat Med.2003;6:109–115. .
- An alternative in terminal care: results of the National Hospice Study.J Chronic Dis.1986;39:9–26. , , , et al.
- The health impact of health care on families: a matched cohort study of hospice use by decedents and mortality outcomes in surviving, widowed spouses.Soc Sci Med.2003;57:465–475. , .
- Educational programs in US medical schools, 2002–2003.JAMA.2003;290:1190–1196. , .
- Medical education in end‐of‐life care: the status of reform.J Palliat Med.2002;5:243–248. .
- ACGME requirements for end‐of‐life training in selected residency and fellowship programs: a status report.Acad Med.2002;77:299–304. , .
- Recommendations for incorporating palliative care education into the acute care hospital setting.Acad Med.1999;74:871–877. , , , et al.
- The status of medical education in end‐of‐life care: a national report.J Gen Intern Med.2003;18:685–695. , , .
- Liaison Committee on Medical Education. Available from URL: http://www.lcme.org[accessed August 10, 2005].
- Accreditation Council for Graduate Medical Education.Program requirements for residency education in the subspecialties of internal medicine. Graduate Medical Education Directory 2000–2001. Chicago,2000.
- Palliative care in undergraduate medical education. Status report and future directions.JAMA.1997;278:733–738. , .
- Survey of palliative care programs in United States teaching hospitals.J Palliat Med.2001;4:309–314. , .
- Initial voluntary program standards for fellowship training in palliative medicine.J Palliat Med.2002;5:23–33. , , , et al.
- American Academy of Hospice and Palliative Medicine. Fellowship Program Directory. Available from URL:http://www.aahpm.org/fellowship/directory/htm[accessed August 10, 2005].
- Quality of life in palliative cancer care. Results from a cluster randomized trial.J Clin Oncol.2001;19:3884–3894. , , , et al.
- Family satisfaction with end‐of‐life care for cancer patients in a cluster randomized trial.J Pain Symptom Manage.2002;24:53–63. , , .
- A palliative care intervention and death at home: a cluster randomized trial.Lancet.2000;356:888–893. , , , et al.
- Impact of palliative care case management on resource use by patients dying of cancer at a Veterans Affairs medical center.J Palliat Med.2005;8:26–35. , , .
- Family satisfaction with end‐of‐life care for cancer patients in a cluster randomized trial.J Pain Symptom Manage.2002;24:53–63 , , .
- Clinical practice: palliative care.N Engl J Med.2004;350:2582–2590. , .
- National Consensus Project for Quality Palliative Care: The development of practice guidelines 2004. Available from URL:http://www.nationalconsensusproject.org. [accessed August 10, 2005].
- Palliative medicine: an emerging field of specialization.Cancer Invest.2000;18:761–767. , .
- American Board of Hospice and Palliative Medicine. Available from URL:http://www.abhpm.org[accessed August 10, 2005].
- Physician board certification in hospice and palliative medicine.J Palliat Med.2000;3:441–447. , , , et al.
- American Academy of Hospice and Palliative Medicine. Available from URL:http://www.aahpm.org[accessed August 10, 2005].
- American Hospital Association. Hospital Statistics 2004. Available from URL:http://www.ahastatistics.org[accessed August 10, 2005].
- Pain and satisfaction with pain control in hospitalized medical patients.Arch Intern Med.2004;164:175–180. , , .
- Pain and discomfort associated with common hospital procedures and experiences.J Pain Symptom Manage.1998;15:91–101. , , , et al.
- , et al. The symptom burden of seriously ill hospitalized patients.J Pain Symptom Manage.1999;17:248–255. , ,
- A controlled trial to improve care for seriously ill hospitalized patients. The study to understand prognoses and preferences for outcomes and risks of treatments (SUPPORT).The SUPPORT Principal Investigators.JAMA.1995;274:1591–1598.
- Persistent pain in nursing home residents.JAMA.2001;285:2081. , , , et al.
- Management of pain in elderly patients with cancer. SAGE Study Group. Systematic assessment of geriatric drug use via epidemiology.JAMA.1998;279:1877–1882. , , , et al.
- Pain and its treatment in outpatients with metastatic cancer.N Engl J Med.1994;330:592–596. , , , et al.
- Dartmouth Atlas. Available from URL: http://www.dartmouthatlas.org/endoflife/end_of_life.php[accessed August 10, 2005].
- Institute of Medicine.Approaching death: improving care at the end of life.Washington, DC:National Academy Press,1997.
- Institute of Medicine.When Children die: improving palliative and end of life care for children and their families.Washington, DC:National Academies Press,2002.
- Family perspectives on end‐of‐life care at the last place of care.JAMA.2004;291:88–93. , , , et al.
- http://www.chcr.brown.edu/dying/brownatlas.htm[accessed August 10, 2005]. . Brown Atlas. Available from URL:
- Creating excellent palliative care in nursing homes.J Palliat Med.2003;6:7–9. .
- Needs of the dying in nursing homes.J Palliat Med.2002;5:895–901. , , , et al.
- Mathematica Policy Research, Inc.National public engagement campaign on chronic illness—physician survey, final report.Princeton, NJ:Mathematica Policy Research, Inc.,2001.
- Patterns of use of common major procedures in medical care of older adults.J Am Geriatr Soc.1999;47:553–558. , , , .
- Dying to pay: the cost of end of life care.J Palliat Care.1998;14:5–15. , .
- Older age, aggressiveness of care, and survival for seriously ill, hospitalized adults. SUPPORT Investigators. Study to understand prognoses and preferences for outcomes and risks of treatments.Ann Intern Med.1999;131:721–728. , , , et al.
- Demands of an aging population for critical care and pulmonary services.JAMA.2001;285:1016–1017. .
- Medicare beneficiaries' costs of care in the last year of life.Health Aff.2001;20:188–195. , , , .
- Stress in caregivers of hospitalized oldest‐old patients.J Gerontol A Biol Sci Med Sci.2001;56:M231–M235. , , , .
- Caregiving as a risk factor for mortality: the Caregiver Health Effects Study.JAMA.1999;282:2215–2219. , .
- Assistance from family members, friends, paid care givers, and volunteers in the care of terminally ill patients.N Engl J Med.1999;341:956–963. , , , , , .
- The impact of serious illness on patients' families.JAMA.1994;272:1839–1844. , , , et al.
- Doctor–patient communication. In:Morrison RS,Meier DE, editors.Geriatric palliative care.New York:Oxford University Press,2003. .
- Communicating sad, bad, and difficult news in medicine.Lancet.2004;363:312–319. , .
- Understanding economic and other burdens of terminal illness: the experience of patients and their caregivers.Ann Intern Med.2000;132:451–459. , , , .
- Quality end‐of‐life care: patients' perspectives.JAMA.1999;281:163–168. , , .
- Preparing for the end of life: preferences of patients, families, physicians, and other care providers.J Pain Symptom Manage.2001;22:727–737. , , , et al.
- Factors considered important at the end of life by patients, family, physicians, and other care providers.JAMA.2000;284:2476–2482. , , , et al.
- In search of a good death: observations of patients, families, and providers.Ann Intern Med.2000;132:825–832. , , , , , .
- Measurement of quality of care and quality of life at the end of life.Gerontologist.2002;42:71–80. , , , et al.
- Family reports of barriers to optimal care of the dying.Nurs Res.2000;49:310–317. , , , et al.
- Patterns of functional decline at the end of life.JAMA.2003;289:2387–2392. , , , et al.
- , Cohn F, et al. Prognoses of seriously ill hospitalized patients on the days before death: implications for patient care and public policy.New Horizons.1997;5:56–61. ,
- The last 2 years of life: functional trajectories of frail older people.J Am Geriatr Soc.2003;51:492–498. , , , et al.
- Partnership for Solutions. Chronic Conditions:Making the Case for Ongoing Care.Baltimore:Johns Hopkins University,2002.
- Is there evidence that palliative care teams alter end‐of‐life experiences of patients and their caregivers?J Pain Symptom Manage.2003;25:150–168. , , , et al.
- Implementing guidelines for cancer pain management: results of a randomized controlled clinical trial.J Clin Oncol.1999;17:361–370. , , , et al.
- Randomized clinical trial of an implantable drug delivery system compared with comprehensive medical management for refractory cancer pain: impact on pain, drug‐related toxicity, and survival.J Clin Oncol2002;20:4040–4049. , , , et al.
- The comprehensive care team: a controlled trial of outpatient palliative medicine consultation.Arch Intern Med.2004;164:83–91. , , , et al.
- Palliative care consultations: how do they impact the care of hospitalized patients?J Pain Symptom Manage.2000;20:166–173. , , , et al.
- An intensive communication intervention for the critically ill.Am J Med.2000;109:469–475. , , , et al.
- The moderating influence of service use on negative caregiving consequences.J Gerontol B Psychol Sci Soc Sci.1996;51:S121–131. , , .
- Communication skills training for health care professionals working with cancer patients, their families and/or carers (Cochrane Review).The Cochrane Library. Chichester, UK:John Wiley 21:1412–1415. , , .
- http://www.promotingexcellence.org[accessed August 10, 2005]. , , , et al. Living and dying well with cancer: Successfully integrating palliative care and cancer treatment. Available from URL:
- A high‐volume specialist palliative care unit and team may reduce in‐hospital end‐of‐life care costs.J Palliat Med.2003;6:699–705. , , , et al.
- Effect of ethics consultations on nonbeneficial life‐sustaining treatments in the intensive care setting.JAMA.2003;290:1166–1172. , , , et al.
- Impact of a proactive approach to improve end‐of‐life care in a medical ICU.Chest.2003;123:266–271. , .
- A randomized controlled trial of the cost‐effectiveness of a district co‐ordinating service for terminally ill cancer patients.Palliat Med.1996;10:151–161. , , , et al.
- The impact of a regional palliative care program on the cost of palliative care delivery.J Palliat Med.1999;3:181–186. , , , et al.
- Effectiveness of a home‐based palliative care program for end‐of‐life.J Palliat Med.2003;6:715–724. , , .
- A study of proactive ethics consultation for critically and terminally ill patients with extended lengths of stay.Crit Care Med.1998;26:252–259. , , .
- Experience with an end‐of‐life practice at a university hospital.Crit Care Med.1997;25:197–202. , .
- Perspectives on care at the close of life. Psychological considerations, growth, and transcendence at the end of life: the art of the possible.JAMA.2001;285:2898–2905. .
- Improving palliative care.Ann Intern Med.1997;127:225–230. , , .
- Completing the continuum of cancer care: integrating life‐prolongation and palliation.CA Cancer J Clin.2000;50:123–132. .
- Pain management: pharmacological approaches.Cancer Treat Res.1999;100:1–29. , .
- Pain and symptom management in palliative care.Cancer Control.1996;3:204–213. , .
- ABC of palliative care. Anorexia, cachexia, and nutrition.BMJ.1997;315:1219–1222. .
- Perspectives on care at the close of life. Initiating end‐of‐life discussions with seriously ill patients: addressing the “elephant in the room.”JAMA.2000;284:2502–2507. .
- “I wish things were different”: expressing wishes in response to loss, futility, and unrealistic hopes.Ann Intern Med.2001;135:551–555. , , .
- Discussing palliative care with patients. ACP‐ASIM End‐of‐Life Care Consensus Panel.Ann Intern Med.1999;130:744–749. , , .
- The patient‐physician relationship. Ensuring competency in end‐of‐life care: communication and relational skills.JAMA.2000;284:3051–3057. , , .
- The loneliness of the long‐term care giver.N Engl J Med.1999;340:1587–1590. .
- Integrating case management and palliative care.J Palliat Med.2004;7:121–136. , , , , , .
- The influence of caregiving and bereavement support on adjusting to an older relative's death.Gerontologist.1991;31:32–42. , , .
- Center to Advance Palliative Care. A guide to developing a hospital‐based palliative care program. Available from URL:http://www.capc.org[accessed August 10, 2005].
- Secondary and tertiary palliative care in US hospitals.JAMA.2002;287:875–881. .
- Coding and reimbursement mechanisms for physician services in hospice and palliative care.J Palliat Med.2000;2:157–164. .
- National Hospice and Palliative Care Organization. NHPCO facts and figures. Available from URL:http://www.nhpco.org[accessed August 10, 2005].
- When pain and suffering do not require a prognosis: Working toward meaningful hospital–hospice partnership.J Palliat Med.2003;6:109–115. .
- An alternative in terminal care: results of the National Hospice Study.J Chronic Dis.1986;39:9–26. , , , et al.
- The health impact of health care on families: a matched cohort study of hospice use by decedents and mortality outcomes in surviving, widowed spouses.Soc Sci Med.2003;57:465–475. , .
- Educational programs in US medical schools, 2002–2003.JAMA.2003;290:1190–1196. , .
- Medical education in end‐of‐life care: the status of reform.J Palliat Med.2002;5:243–248. .
- ACGME requirements for end‐of‐life training in selected residency and fellowship programs: a status report.Acad Med.2002;77:299–304. , .
- Recommendations for incorporating palliative care education into the acute care hospital setting.Acad Med.1999;74:871–877. , , , et al.
- The status of medical education in end‐of‐life care: a national report.J Gen Intern Med.2003;18:685–695. , , .
- Liaison Committee on Medical Education. Available from URL: http://www.lcme.org[accessed August 10, 2005].
- Accreditation Council for Graduate Medical Education.Program requirements for residency education in the subspecialties of internal medicine. Graduate Medical Education Directory 2000–2001. Chicago,2000.
- Palliative care in undergraduate medical education. Status report and future directions.JAMA.1997;278:733–738. , .
- Survey of palliative care programs in United States teaching hospitals.J Palliat Med.2001;4:309–314. , .
- Initial voluntary program standards for fellowship training in palliative medicine.J Palliat Med.2002;5:23–33. , , , et al.
- American Academy of Hospice and Palliative Medicine. Fellowship Program Directory. Available from URL:http://www.aahpm.org/fellowship/directory/htm[accessed August 10, 2005].
- Quality of life in palliative cancer care. Results from a cluster randomized trial.J Clin Oncol.2001;19:3884–3894. , , , et al.
- Family satisfaction with end‐of‐life care for cancer patients in a cluster randomized trial.J Pain Symptom Manage.2002;24:53–63. , , .
- A palliative care intervention and death at home: a cluster randomized trial.Lancet.2000;356:888–893. , , , et al.
- Impact of palliative care case management on resource use by patients dying of cancer at a Veterans Affairs medical center.J Palliat Med.2005;8:26–35. , , .
- Family satisfaction with end‐of‐life care for cancer patients in a cluster randomized trial.J Pain Symptom Manage.2002;24:53–63 , , .
Handoffs
I'm used to feeling inadequate. Oftentimes, what ails my patients I'm not able to address, let alone fix. But one time I crossed the line from absorber of sorrows to active agent.
All set with my preconceived notions, I went into the hospital room to see Stan. He had severe hypertension and had had several previous transient ischemic attacks, and now he was back with another. His renal function was minimal, with dialysis coming soon. Despite our repeatedly having social work arrange outpatient appointments, he had never followed up. Last admission, they even gave him a month's worth of his antihypertensive medications, but here he was 6 weeks later off meds and admitted again.
I spoke with him but we got nowhere. He maintained that he could not afford his medication. I asked him why he didn't work. He said that he did do odd jobs, and besides, in a few months he would qualify for Social Security. I guess I was in a bad mood, so I heard myself ask, Do you realize you are playing with fire here? You will end up with a real stroke? Simply saying you want to wait for Social Security is not a plan.
Stan looked at me closely. Probably judging me to be about half his age, he said, Whatever, doc. Don't you have someone else to lecture? I sat down, took a deep breath, and tried to sound kind when I said, Do you realize that you will need dialysis soon? Stan replied that he had no intention of going on dialysis. We went in circles, with me trying to determine if he was delusional, suicidal, or trying to shock me. We left it as it was. The medical system would do its best, but his life was his to run.
Bending the HIPPA rules, I went to the nurse's station and called Stan's daughter to get some background, answers to questions like why she couldn't help him buy his medication. I was wholly in my righteous problem‐solving mode. Yet she was not alarmed by my dire prognostics. When the call was about to end, I asked if all of us could meet when she came to pick him up the next day. After a pause, she stated, I'm not coming up. Tell him to wait in the lobby for me. I'll be there to pick him up sometime after 5. Collecting her dad from the hospital on Christmas Eve, and she couldn't be bothered to enter the building? I hung up, sat back in my chair, and stared at my progress note.
I subsequently found out from the case manager that after being discharged, unlike before, he was going to a homeless shelter, not his daughter's house. I thought he must have been an awful father for a child to turn her own dad away on Christmas Eve.
Clearly, she had had no intention of picking him up from the hospital before my call; I had inadvertently shamed her into it.
I went back to talk with Stan. I decided to make inquiries of him based only on the information I was supposed to have. The case manager tells me you're going to the homeless shelter tomorrow. Don't you live with your daughter?
Not realizing that the doctors and case managers were on the same team, he seemed somewhat taken aback. I found a chair and sat down as he spoke. I wasn't always like this, you know. I'm not a drinker, nuts, or anything; I just was put out to pasture. I'm a computer programmer but not the new kind. I worked on those huge 1960s types. The personal computer revolution put me out of business. Before I had a chance to say anything, he continued, I know what you're thinking, I should have gotten trained or something to keep up, but I didn't, you know, I just didn't. I should've.
He must have seen a flicker of compassion on my face, as he went on, I've been staying with my daughter on and off for years. I'd get some job, get a place, but never for long. I don't like to stay with her. She has her own life, her own problems. She doesn't need me getting in the way, especially around Christmas. Around the holidays, I go to the shelter. My grandkids don't need me ruining the season.
He may well have been a lousy father, but I didn't see his medical noncompliance as a personal affront anymore. He should have made some different decisions in the past, but now he was a 64‐year‐old homeless man, alone. So, besides lecturing him on his blood pressure and work habits, could I do anything really helpful?
It didn't take me long to come up with something. The problem was how to approach it. Feeling like I was breaking some rule, I trailed him to the hospital lobby right after discharge. To my chagrin, he didn't so much as slow down. He saw his daughter's car, walked out, and got in her car before I knew what to do. Feeling like a fool, I stood at the window, noted how slate gray and dour the sky was, in complete contrast to the festive lobby, and thought about how useless I really was in the end. All my good intentions aside, he was no better off for having me as his doctor.
I bought myself a cup of coffee and while walking lost in thought, I literally bumped into Stan coming through the hospital's main doors. Laughing awkwardly, he said, I forgot my jacket in my room. He looked more scared now than he did after hearing my dire pronouncements of doom. He seemed like a child whose mother was angry at his forgetfulness. As he shuffled off, I couldn't stand it any longer. I didn't want him rushing around worried that his daughter would get fed up and leave. I told him to tell his daughter that I knew where his jacket was and that I'd be right back with it.
I got the coat, and when I approached him back in the lobby, I gave it to him. I then handed him the money I had set aside in my white coat. Trying to make myself sound casual, I said, Use this to take your grandkids out to dinner and buy them something. Neither wanting to give him a chance to say no nor wishing to make it more awkward for him, I quickly turned around and left without looking back.
As I resumed my $2 cup of coffee, I wondered if I had acted as a doctor, as a good Samaritan, or as an egoist? I was not deluded into believing I could buy his pride back for long with my pocket change. But maybe I could be a good person in addition to a caring, up‐to‐date doctor.
Later that day in the ER, a very sad place on Christmas Eve, I imagined Stan buying gifts or a fancy dinner for his family, just like he used to. He will need dialysis and probably will end up back in the shelter. I don't think he even knew my name, but maybe because I cared a little bit about what happened to him, he will, too.
I'm used to feeling inadequate. Oftentimes, what ails my patients I'm not able to address, let alone fix. But one time I crossed the line from absorber of sorrows to active agent.
All set with my preconceived notions, I went into the hospital room to see Stan. He had severe hypertension and had had several previous transient ischemic attacks, and now he was back with another. His renal function was minimal, with dialysis coming soon. Despite our repeatedly having social work arrange outpatient appointments, he had never followed up. Last admission, they even gave him a month's worth of his antihypertensive medications, but here he was 6 weeks later off meds and admitted again.
I spoke with him but we got nowhere. He maintained that he could not afford his medication. I asked him why he didn't work. He said that he did do odd jobs, and besides, in a few months he would qualify for Social Security. I guess I was in a bad mood, so I heard myself ask, Do you realize you are playing with fire here? You will end up with a real stroke? Simply saying you want to wait for Social Security is not a plan.
Stan looked at me closely. Probably judging me to be about half his age, he said, Whatever, doc. Don't you have someone else to lecture? I sat down, took a deep breath, and tried to sound kind when I said, Do you realize that you will need dialysis soon? Stan replied that he had no intention of going on dialysis. We went in circles, with me trying to determine if he was delusional, suicidal, or trying to shock me. We left it as it was. The medical system would do its best, but his life was his to run.
Bending the HIPPA rules, I went to the nurse's station and called Stan's daughter to get some background, answers to questions like why she couldn't help him buy his medication. I was wholly in my righteous problem‐solving mode. Yet she was not alarmed by my dire prognostics. When the call was about to end, I asked if all of us could meet when she came to pick him up the next day. After a pause, she stated, I'm not coming up. Tell him to wait in the lobby for me. I'll be there to pick him up sometime after 5. Collecting her dad from the hospital on Christmas Eve, and she couldn't be bothered to enter the building? I hung up, sat back in my chair, and stared at my progress note.
I subsequently found out from the case manager that after being discharged, unlike before, he was going to a homeless shelter, not his daughter's house. I thought he must have been an awful father for a child to turn her own dad away on Christmas Eve.
Clearly, she had had no intention of picking him up from the hospital before my call; I had inadvertently shamed her into it.
I went back to talk with Stan. I decided to make inquiries of him based only on the information I was supposed to have. The case manager tells me you're going to the homeless shelter tomorrow. Don't you live with your daughter?
Not realizing that the doctors and case managers were on the same team, he seemed somewhat taken aback. I found a chair and sat down as he spoke. I wasn't always like this, you know. I'm not a drinker, nuts, or anything; I just was put out to pasture. I'm a computer programmer but not the new kind. I worked on those huge 1960s types. The personal computer revolution put me out of business. Before I had a chance to say anything, he continued, I know what you're thinking, I should have gotten trained or something to keep up, but I didn't, you know, I just didn't. I should've.
He must have seen a flicker of compassion on my face, as he went on, I've been staying with my daughter on and off for years. I'd get some job, get a place, but never for long. I don't like to stay with her. She has her own life, her own problems. She doesn't need me getting in the way, especially around Christmas. Around the holidays, I go to the shelter. My grandkids don't need me ruining the season.
He may well have been a lousy father, but I didn't see his medical noncompliance as a personal affront anymore. He should have made some different decisions in the past, but now he was a 64‐year‐old homeless man, alone. So, besides lecturing him on his blood pressure and work habits, could I do anything really helpful?
It didn't take me long to come up with something. The problem was how to approach it. Feeling like I was breaking some rule, I trailed him to the hospital lobby right after discharge. To my chagrin, he didn't so much as slow down. He saw his daughter's car, walked out, and got in her car before I knew what to do. Feeling like a fool, I stood at the window, noted how slate gray and dour the sky was, in complete contrast to the festive lobby, and thought about how useless I really was in the end. All my good intentions aside, he was no better off for having me as his doctor.
I bought myself a cup of coffee and while walking lost in thought, I literally bumped into Stan coming through the hospital's main doors. Laughing awkwardly, he said, I forgot my jacket in my room. He looked more scared now than he did after hearing my dire pronouncements of doom. He seemed like a child whose mother was angry at his forgetfulness. As he shuffled off, I couldn't stand it any longer. I didn't want him rushing around worried that his daughter would get fed up and leave. I told him to tell his daughter that I knew where his jacket was and that I'd be right back with it.
I got the coat, and when I approached him back in the lobby, I gave it to him. I then handed him the money I had set aside in my white coat. Trying to make myself sound casual, I said, Use this to take your grandkids out to dinner and buy them something. Neither wanting to give him a chance to say no nor wishing to make it more awkward for him, I quickly turned around and left without looking back.
As I resumed my $2 cup of coffee, I wondered if I had acted as a doctor, as a good Samaritan, or as an egoist? I was not deluded into believing I could buy his pride back for long with my pocket change. But maybe I could be a good person in addition to a caring, up‐to‐date doctor.
Later that day in the ER, a very sad place on Christmas Eve, I imagined Stan buying gifts or a fancy dinner for his family, just like he used to. He will need dialysis and probably will end up back in the shelter. I don't think he even knew my name, but maybe because I cared a little bit about what happened to him, he will, too.
I'm used to feeling inadequate. Oftentimes, what ails my patients I'm not able to address, let alone fix. But one time I crossed the line from absorber of sorrows to active agent.
All set with my preconceived notions, I went into the hospital room to see Stan. He had severe hypertension and had had several previous transient ischemic attacks, and now he was back with another. His renal function was minimal, with dialysis coming soon. Despite our repeatedly having social work arrange outpatient appointments, he had never followed up. Last admission, they even gave him a month's worth of his antihypertensive medications, but here he was 6 weeks later off meds and admitted again.
I spoke with him but we got nowhere. He maintained that he could not afford his medication. I asked him why he didn't work. He said that he did do odd jobs, and besides, in a few months he would qualify for Social Security. I guess I was in a bad mood, so I heard myself ask, Do you realize you are playing with fire here? You will end up with a real stroke? Simply saying you want to wait for Social Security is not a plan.
Stan looked at me closely. Probably judging me to be about half his age, he said, Whatever, doc. Don't you have someone else to lecture? I sat down, took a deep breath, and tried to sound kind when I said, Do you realize that you will need dialysis soon? Stan replied that he had no intention of going on dialysis. We went in circles, with me trying to determine if he was delusional, suicidal, or trying to shock me. We left it as it was. The medical system would do its best, but his life was his to run.
Bending the HIPPA rules, I went to the nurse's station and called Stan's daughter to get some background, answers to questions like why she couldn't help him buy his medication. I was wholly in my righteous problem‐solving mode. Yet she was not alarmed by my dire prognostics. When the call was about to end, I asked if all of us could meet when she came to pick him up the next day. After a pause, she stated, I'm not coming up. Tell him to wait in the lobby for me. I'll be there to pick him up sometime after 5. Collecting her dad from the hospital on Christmas Eve, and she couldn't be bothered to enter the building? I hung up, sat back in my chair, and stared at my progress note.
I subsequently found out from the case manager that after being discharged, unlike before, he was going to a homeless shelter, not his daughter's house. I thought he must have been an awful father for a child to turn her own dad away on Christmas Eve.
Clearly, she had had no intention of picking him up from the hospital before my call; I had inadvertently shamed her into it.
I went back to talk with Stan. I decided to make inquiries of him based only on the information I was supposed to have. The case manager tells me you're going to the homeless shelter tomorrow. Don't you live with your daughter?
Not realizing that the doctors and case managers were on the same team, he seemed somewhat taken aback. I found a chair and sat down as he spoke. I wasn't always like this, you know. I'm not a drinker, nuts, or anything; I just was put out to pasture. I'm a computer programmer but not the new kind. I worked on those huge 1960s types. The personal computer revolution put me out of business. Before I had a chance to say anything, he continued, I know what you're thinking, I should have gotten trained or something to keep up, but I didn't, you know, I just didn't. I should've.
He must have seen a flicker of compassion on my face, as he went on, I've been staying with my daughter on and off for years. I'd get some job, get a place, but never for long. I don't like to stay with her. She has her own life, her own problems. She doesn't need me getting in the way, especially around Christmas. Around the holidays, I go to the shelter. My grandkids don't need me ruining the season.
He may well have been a lousy father, but I didn't see his medical noncompliance as a personal affront anymore. He should have made some different decisions in the past, but now he was a 64‐year‐old homeless man, alone. So, besides lecturing him on his blood pressure and work habits, could I do anything really helpful?
It didn't take me long to come up with something. The problem was how to approach it. Feeling like I was breaking some rule, I trailed him to the hospital lobby right after discharge. To my chagrin, he didn't so much as slow down. He saw his daughter's car, walked out, and got in her car before I knew what to do. Feeling like a fool, I stood at the window, noted how slate gray and dour the sky was, in complete contrast to the festive lobby, and thought about how useless I really was in the end. All my good intentions aside, he was no better off for having me as his doctor.
I bought myself a cup of coffee and while walking lost in thought, I literally bumped into Stan coming through the hospital's main doors. Laughing awkwardly, he said, I forgot my jacket in my room. He looked more scared now than he did after hearing my dire pronouncements of doom. He seemed like a child whose mother was angry at his forgetfulness. As he shuffled off, I couldn't stand it any longer. I didn't want him rushing around worried that his daughter would get fed up and leave. I told him to tell his daughter that I knew where his jacket was and that I'd be right back with it.
I got the coat, and when I approached him back in the lobby, I gave it to him. I then handed him the money I had set aside in my white coat. Trying to make myself sound casual, I said, Use this to take your grandkids out to dinner and buy them something. Neither wanting to give him a chance to say no nor wishing to make it more awkward for him, I quickly turned around and left without looking back.
As I resumed my $2 cup of coffee, I wondered if I had acted as a doctor, as a good Samaritan, or as an egoist? I was not deluded into believing I could buy his pride back for long with my pocket change. But maybe I could be a good person in addition to a caring, up‐to‐date doctor.
Later that day in the ER, a very sad place on Christmas Eve, I imagined Stan buying gifts or a fancy dinner for his family, just like he used to. He will need dialysis and probably will end up back in the shelter. I don't think he even knew my name, but maybe because I cared a little bit about what happened to him, he will, too.
Geriatric Care Approaches in Hospitalist Programs
Between 1996with the first appearance of hospitalists in the medical literatureand the present, the hospitalist workforce has grown to nearly 10,000.1, 2 More remarkable is the estimate that the number of hospitalists will double in the next 5 years.2 The rapid growth of hospital medicine raises significant issues for the care of older patients, who are hospitalized at high rates3 and suffer numerous complications from hospitalization including functional decline,4 delirium,5 and a disproportionate share of adverse events.6 Conversely, the needs of patients older than 65 years of age, whose hospital stays make up nearly 50% of acute‐care bed days, will shape the future of hospital medicine.3
To date, the hospital medicine literature has failed to address the particular challenges of treating older patients, focusing primarily on opportunities for reductions in costs and length of stay for hospitalists' Medicare patients (of about $1000 per admission and 0.5 days, respectively7, 8) when compared with those cared for by other physicians. This focus on economic efficiency reflects the early orientation of the hospitalist movement. More recently, leaders of the hospitalist professional organization, the Society of Hospital Medicine (SHM), have increasingly recognized that caring for the older population will require additional knowledge and clinical skills beyond that taught in internal medicine residencies.9 Beyond educational initiatives, however, hospitalists must reconsider the paradigms of hospital care that make the hospital setting so dangerous for the older patient.
Given the aging population and the predicted growth of hospital medicine, it is essential to develop an understanding of the impact of hospitalists on the care of older patients and to encourage clinical innovation at the intersection of hospital medicine and geriatrics. Consequently, this article 1) identifies and summarizes geriatric care approaches in hospitalist programs, 2) presents a case study of geriatric hospital care by a hospitalist group, and 3) highlights opportunities for innovation and further research.
METHODS
Sample
We conducted a cross‐sectional survey of the hospitalist community via two mailings to SHM Listservs in September 2003 and September 2004. To encourage responses, the e‐mails used terms such as innovating, developing, providing hospitalist services, and caring for the geriatric patient or Medicare population. Respondents to the e‐mail solicitations (n = 14), leaders of SHM and academic hospitalist groups (n = 14), and leaders of the American Geriatrics Society specializing in acute care (n = 3) were queried about additional contacts who might know about programs utilizing geriatric care approaches. Each of these contacts was subsequently solicited and queried.10 Thirteen of the respondents described the current use by their hospitalist groups of one or more geriatric care approaches that represented a departure from usual care. We subsequently refer to these approaches as innovations. The 13 respondents completed in‐depth telephone interviews with one of the authors (H.W.). All respondents were recontacted in the spring of 2005 to update their responses. Two of the 13 programs were eliminated from the analysis after the interviews were completed. The first of these programs was identified in 2003 but had been discontinued by 2004. The second program was eliminated because the innovation was not implemented.
Data Collection
We developed a data collection tool to gather descriptive information from respondents regarding characteristics of the hospitalist group, the clinical program, the primary hospital, and the innovation (focus, target patients, organization, staffing, training, rounding, other). In addition, respondents were queried about motivations for the innovation; successes, opportunities, and future plans; and failures and barriers to implementation.
Analysis
First, we summarized the characteristics of the 11 innovations (Table 1). Second, geriatric care approaches were identified from the innovations on the basis of their objectives and the types of responses we encountered most frequently. The approaches were not mutually exclusive. For instance, a program providing postdischarge care at a skilled nursing facility (SNF) might also use a geriatrician‐hospitalist staffing model.
Site | A | B | C | D | E | F | G | H | I | J | K |
---|---|---|---|---|---|---|---|---|---|---|---|
Focus | |||||||||||
Medical care | x | x | x | x | |||||||
Postdischarge care | x | x | |||||||||
Perioperative care | x | x | x | ||||||||
Geriatric assessment | x | x | x | ||||||||
Quality improvement | x | x | x | x | |||||||
Staffing | x | ||||||||||
Generalist‐hospitalist | x | x | x | x | x | x | |||||
Geriatrician‐hospitalist | x | x | x | x | x | x | |||||
Advanced‐practice nurse | x | x | x | x | |||||||
Patient targeting | |||||||||||
By age | x | x | x | x | x | x | x | x | x | ||
By diagnosis | x | x | x | x | x | x | |||||
By location | x | x | x | x | x | x | |||||
Organization | |||||||||||
Unit | x | x | x | x | x | x | |||||
Service | x | x | x | x | x | x | |||||
Interdisciplinary rounds | x | x | x | x | x | x | |||||
Geriatrics training | x | x | x | x | x | x | x |
RESULTS
In 2003 the annual survey of the American Hospital Association identified 1415 hospitalist groups in the United States (Joe Miller, SHM senior vice‐president, personal communication). Remarkably, our query identified only 11 hospitalist groups with clinical innovations aimed at the older population. These innovations ranged from single individuals involved in targeted quality‐improvement projects to highly developed programs addressing an array of clinical needs for the hospitalized older patient. These 11 programs are summarized in Table 1 and described below.
Focus
Hospitalists' programs targeted to the older patient were designed to meet various needs arising from an episode of hospital care. These included innovations designed around their core clinical activities in providing acute medical care (four innovations), as well as innovations targeted to postdischarge care at SNFs (two innovations), perioperative care in consultative or comanagement models (four innovations), comprehensive geriatric assessment (three innovations), and clinical quality improvement such as audit tools (four innovations).
Staffing
Four innovations employed physicians without specific geriatrics training (generalist‐hospitalists), four innovations employed 16 fellowship‐trained geriatricians (geriatrician‐hospitalists), and two programs employed both geriatricians and generalist hospitalists. Four innovations employed advanced‐practice nurses, both with and without gerontology training.
Patients
Nine of the 11 innovations targeted patients by age (older than 65, 70, or 75 years). Of the two innovations that did not target patients by age, one focused on improving the quality of care for all patients on a medical ward by focusing on geriatric issues (Site I), and a second was concerned with postdischarge care for all patients discharged to affiliated SNFs (Site K). In addition to targeting by age, six innovations targeted patients on the basis of diagnosis, four of which focused on surgical diagnosis. Finally, patient selection by location occurred in six of the innovations, as described in the next section.
Organization
Six of the innovations were organized to operate within a clinical service (such as a medical or surgical team). In contrast to the service‐based innovations, six clinical innovations for older patients operated in geographic units including acute care for elders (ACE) units (n = 2), SNFs (n = 2), a medical nursing unit (n = 1), and an emergency department (ED; n = 1). Of the two ACE units, one (Site G) existed prior to the establishment of the hospitalist group. In this instance, a geriatrician‐hospitalist appointed jointly by the hospitalist group and the Division of Geriatrics staffed ACE unit patients of select private physicians and unassigned patients. The second ACE unit (Site H), established with the formation of the hospitalist group, was staffed by two hospitalists among eight physicians in a private geriatrics group. Regarding SNFs, one hospitalist group for a large health care organization (Site K) rounded at contract SNFs at which group members held medical directorships; another hospitalist program took over rounding at an SNF owned by its health system (Site A).
Rounding
Six of the innovations incorporated interdisciplinary rounds, including all three innovations with medical care as their focus. Four of the six innovations with interdisciplinary rounds were based in ACE units or SNFs. One of these six innovations (Site C), a perioperative initiative, incorporated twice‐weekly multidisciplinary rounds attended by an attending surgeon, surgical residents, and a hospitalistin addition to the nurses, case managers, and therapists.
Training
Seven of the 11 innovations involved geriatrics training. Four of the training innovations targeted nursing staff, four targeted hospitalist physicians, and one targeted both nurses and physicians. Most institutions developed their own curricula. Three hospitalist groups, however, modified preexisting curricula, struggling to adapt them to the needs of hospital‐based staff. Two innovations (Sites A and K) used a clinical mentoring model in which generalist‐hospitalists learned geriatrics principles while working side by side with geriatrician‐hospitalists.
Case Study
We selected the most comprehensive program for further description. This case illustrates the power of integrating geriatric and hospital medicine paradigms.
Hospital Internal Medicine, Mayo Clinic, Rochester, MN (Site A)
The Mayo Clinic established the Hospital Internal Medicine Group (HIM) in 1998 in response to changing resident workload regulations. The practice initially focused on perioperative medical care for a busy orthopedic trauma surgery (OTS) service. In 2000, noting the average age of the elective orthopedic population was 81, the leadership of HIM made a strategic decision to recruit physicians with geriatrics training. By 2005, 6 of the 22 physicians the group employed were geriatricians.
In mid‐2005 the group's members covered eight services in 1‐ to 2‐week block rotations. Three of the services are uniquely focused on the older patient: the Geriatric Medicine Service (GeM), the OTS, and the SNF. On the GeM, a geriatrician‐hospitalist works alongside a generalist‐hospitalist to for care medical patients triaged to the service based on age (older than 75) and frailty. Although the GeM is based on a medical nursing unit, the unit is neither configured nor staffed like an ACE unit, and up to 20% of the GeM's patients overflow to other units. In addition to providing acute care, the GeM employs standardized documentation to facilitate universal comprehensive geriatric assessment. On the OTS, HIM hospitalists care for postoperative patients in a comanagement model, descriptions of which have been published elsewhere.11, 12 As a reflection of its orientation toward the older surgical patient, every OTS patient is assessed for delirium with the confusion assessment method instrument.13 Finally, the 30‐bed SNF service (on which 75% of admissions are postoperative for subacute rehabilitation) is supervised by a HIM physician and a nurse‐practitioner.
Additional activities of HIM physicians are clinical quality improvement including participation in the creation of inpatient care pathways, revision of the hospital's discharge processes, ongoing review of adverse events, and use of standardized tools for intrahospital transfers. In addition, the HIM group prioritizes geriatrics education for its physicians and hospital medicine fellows. In turn, geriatrics fellows rotate through the GeM, SNF, and OTS services.
DISCUSSION
Although SHM increasingly recognizes the challenges inherent in caring for older patients, few hospitalists are adapting their care for this vulnerable population. We identified only 11 innovations in geriatric care despite there being more than 1000 hospitalist groups. This apparent paucity of innovation in geriatrics might be explained by the relatively recent introduction of hospital medicine. As no hospitalist program is more than 10 years old, most programs are still focused on building core clinical activities or on other competing demands. In addition to time, funding may limit the typical program's ability to innovate without directly increasing revenue. Although the geriatrics literature supports that specialized inpatient care for older patients can result in increased physical functioning and quality of life at no additional cost, it may be that geriatricians have yet to make this case effectively to the hospitalist community.14, 15
The findings of this study were limited by our survey methodology. Specifically, our sample was limited to professional contacts and those using SHM listservs. In addition, some innovative hospitalists may not consider their programs to be geriatric programs and so may not have responded to our queries. Therefore, the reported innovations are not representative of geriatric care among all hospitalist groups, and we are unable to provide a comprehensive picture of geriatric care in hospitalist programs. In addition, we cannot comment on the effectiveness of the care approaches at participating institutions. For example, interdisciplinary care is an important tenet of geriatric medicine. Although six of our programs reported interdisciplinary rounds, it is unclear if these rounds are models of effective collaborative practice. Nonetheless, the information obtained from the structured interviews allowed the identification of several instructive themes discussed below.
Opportunities
The growth of the hospitalist movement provides an opportunity to reconsider clinical paradigms for the hospitalized older population. Hospitalists bring clinical skills in treating acute illness, preventing hospital complications, and providing perioperative care.16, 17 As leaders in institutional quality, safety, and utilization initiatives, hospitalists are often given protected time for such endeavors.18, 19 In so doing, the incentives of hospitalists are aligned with those of hospital administrators. This orientation makes hospitalists open to innovation in clinical care improvement.
The opportunity for hospitalists to bring fresh approaches to acute care geriatrics need not happen in a vacuum. More than 30 years of geriatrics research has provided a framework, literature, and expertise to inform hospitalist groups. The common goal of clinical excellence for the hospitalized older patient should motivate cooperation, collaborative approaches, and a joint clinical research agenda. From our inquiry to hospitalist groups, it appears that this sort of interaction occurs infrequently. The innovations identified and the case study described highlight several ways in which the geriatric medicine and hospital medicine experiences inform one another. These include approaches to staffing, organization, and quality improvement, as well as to clinical areas amenable to innovation.
Approaches
Staffing and Organization
The employment of geriatrics‐trained clinicians by hospitalist programs is one approach to supporting generalist‐hospitalists and inclining group culture toward clinical geriatric concerns. Programs that purposefully hired geriatricians and gerontology nurse‐practitioners used them to staff geriatrics services including ACE units, SNFs and, in the case of HIM, a GeM service that was a modification of a medical service. In addition, two programs relied on geriatrician‐hospitalists to serve as clinical mentors to generalist‐hospitalists.
In particular, the use of geriatrics‐trained staff on specialized services such as ACE units is encouraging, as specialized geriatric units remain an underutilized care model,20 despite compelling evidence of their effectiveness in improving physical functioning and reducing nursing home admissions.14 Although the factors undermining the success of ACE units in the past may also pose challenges for hospitalists, hospitalist groups may be better positioned to maintain the interest and financial commitment of hospital administrators. The HIM's GeM Service is also of interest, given the need to disseminate best practices in geriatrics throughout the hospital. The benefits to older patients of such a service, however, have not been demonstrated. Likewise, comprehensive geriatric assessment and geriatric consultation in the inpatient setting are reported to have had mixed results in the absence of targeting individuals at highest risk for adverse outcomes.21
Patient Safety and Quality Improvement
Hospital medicine has rapidly integrated principles of quality improvement and patient safety, having grown up contemporaneously with the patient safety movement. Several of the hospitalist programs we identified spearheaded quality improvement efforts directed at the particular needs of older patients such as delirium prevention, provision of immunizations, and removal of indwelling Foley catheters.
These efforts can be seen in the context of the many hospitalist programs focusing on standardizing care, understanding iatrogenesis, adopting safe technologies, and generally moving hospital culture forward.22 In choosing to embrace patient safety practices such as medication reconciliation (endorsed by the Institute for Healthcare Improvement),23 hospitalists may confer disproportionate benefits to older patients, who frequently require multiple medications and are at high risk for adverse drug events.6 As the efficacy of many of these interventions is poorly understood, hospitalist and geriatricians (whose work on the hazards of hospitalization anticipated the patient safety movement by many years24) may find a shared clinical research agenda with patient safety as its focus.
Areas of Clinical Opportunity
Perioperative Care
Commentators have noted hospitalists' growing participation in perioperative care,17 much of which concerns the older orthopedic surgery patient.12 Through their embedding in surgical wards, hospitalists may become actual or de facto members of surgical teams with a significant impact on team culture and care delivery. For example, hospitalists at one program implemented a perioperative beta‐blocker protocol for older orthopedic surgery patients, leading to a marked decrease in postoperative cardiac events (Site B).
Although many hospitalist programs participate in similar initiatives, it is likely that additional attention to the needs of older patients will augment the effectiveness of their interventions. For instance, structured geriatrics consultation can reduce the incidence of postoperative delirium among hip fracture patients by 46% (NNT = 5.6).25 Increased attention to postoperative pain control and early mobilization, among others, may affect the functional recovery of the older surgical patient.26, 27
Postdischarge care and care transitions
The hallmark of the hospitalist modelthe handoff of care from a primary care provider to an inpatient provideris commonly considered the major limitation of the hospitalist model because of the risk of lost clinical information.1 Because older patients are particularly susceptible to postdischarge adverse events, their care transitions may require specialized attention.28 Two of the innovations we identified (Sites A and K) have extended care of older patients into the postacute setting by integrating SNF care into their programs as a way to streamline discharge processes, decrease miscommunication, and underscore the limitations of postacute care.
A growing body of evidence supports the role of discharge strategies in improving care transitions. In one study, postdischarge follow‐up with a hospital physician rather than a community physician resulted in a reduction of the combined end point of 30‐day mortality and nonelective readmission.29 In a randomized trial, postdischarge phone calls by a pharmacist reduced the number of ED visits within 30 days of discharge.30 In another trial, older patients receiving a multifactorial intervention aimed at providing the skills for active participation in care transitions resulted in a reduced number of readmissions within 30 days.31 Understanding and implementing these activities may be crucial to both the care of older patients and the success of the hospitalist enterprise.
Barriers
Part of the challenge of treating older patients in hospitals is that the paradigms of geriatrics and hospital medicine differ substantially.32 Notably, geriatric medicine goals of maximizing function and quality of life may conflict with traditional medical goals of diagnosis and cure. This dichotomy is amplified in the hospital setting because hospitals are organized to maximize the physician's ability to stabilize, diagnose, cure, and discharge.33
By design, the hospitalist model introduces additional challenges into the hospital paradigm that affect the older patient, such as the discontinuities addressed above. Additional factors that hospitalists identified as barriers to the effective care of older patients include: 1) poor communication skills, 2) ineffective interdisciplinary collaboration, 3) limited geriatrics knowledge base, and 4) insufficient support for care coordination.34 Despite these recognized challenges, our query to hospitalist groups identified few that had made clinical excellence in geriatrics a focus of their activities.
Even with its prioritization of geriatric medicine, the well‐developed HIM model faces challenges. In particular, the feasibility of the geriatrician‐hospitalist is limited by the many geriatricians who, because of the scarcity of those who are fellowship trained, may be unprepared to care for acutely ill older patients, as their training has not focused on the hospital setting.35, 36 In addition, the surgical comanagement model depends on a unique collaboration with surgical colleagues. Finally, the ability of the HIM group to incorporate geriatrics paradigms into the hospital setting depends on extensive support from the hospital in the form of resources and a shared vision that is unlikely to be found at most institutions.
CONCLUSIONS
The rapid growth of the hospitalist movement will significantly affect clinical care in American hospitals. As most hospital patients are older, the impact on acute care geriatrics cannot be overlooked. In our study, we identified only a small number of hospitalist groups that have made geriatric medicine a priority. These programs prioritize geriatric medicine through the employment of geriatrics‐trained staff, adaptation of geriatric care models such as ACE units, and commitment to clinical quality improvement and patient safety. They also focus on common clinical challenges for older patients, including postoperative and postdischarge care. Although much can be learned from these examples, programs at other institutions will need to be individualized to meet the specific needs of each hospital and community. The common goal of clinical excellence shared by hospitalists and geriatricians should motivate cooperation, collaborative approaches, and a joint clinical research agenda at all levels, as the current paradigm of hospital care remains inadequate to meet the needs of the acutely ill older patient.
- The emerging role of hospitalists in the American health care system.N Engl J Med.1996;335:514–517. , .
- Society of Hospital Medicine. Growth of hospital medicine nationwide. Available at URL: http://www.hospitalmedicine.org/Content/NavigationMenu/Media/GrowthofHospitalMedicineNationwide/Growth_of_Hospital_M.htm[accessed January 20, 2005].
- 2002 National Hospital Discharge Survey.Advance data from Vital And Health Statistics. No. 342.Hyattsville (MD):National Center for Health Statistics,2002. , .
- Functional outcomes of acute medical illness and hospitalization in older persons.Arch Intern Med.1996;156,:645–652. , , , et al.
- Delirium: a symptom of how hospital care is failing older persons and a window to improve the quality of hospital care.Am J Med.1999;106:565–573. , , .
- Incidence and types of preventable adverse events in elderly patients: population based review of medical records.BMJ.2000;320:741–744. , .
- The effect of full‐time faculty hospitalists on the efficiency of care at a community teaching hospital.Ann Intern Med.1998;129:197–203. , , .
- The value of a hospitalist service: efficient care for the aging population?Chest.2001;119:580–589.year="2001"2001. , , , , , .
- Improving care for older adults: SHM educational initiatives.Hospitalist.2004;8(Suppl):45–47. .
- Qualitative evaluation and research methods.2nd ed.Thousand Oaks (CA):Sage Publications,1990:176. .
- Effects of a hospitalist model on elderly patients with hip fracture.Arch Intern Med.2005;165:796–801. , , , et al.
- Medical and surgical comanagement after elective hip and knee arthroplasty: a randomized, controlled trial.Ann Intern Med.2004;141:28–38. , , , et al.
- Clarifying confusion: the confusion assessment method. A new method for the detection of delirium.Ann Intern Med.1990;113:941–948. , , , et al.
- Geriatric evaluation and management units for hospitalized patients. In:Making healthcare safer: a critical analysis of Patient Safety Practices Evidence Report/Technology AssessmentNo. 43.2001. AHRQ Publication No. 01‐E058. , ,
- A controlled trial of inpatient and outpatient geriatric evaluation and management.N Engl J Med.2002;346:905–912. , , , et al.
- The hospitalist movement five years later.JAMA.2002;287:487–494. , .
- The hospitalist joins the surgical team.Ann Intern Med.2004;141:67–69. .
- The end of the beginning: patient safety five years after ‘To Err Is Human.’Health Aff.2004;23S2:W534–W545. .
- How hospitalists add value.Hospitalist.2005;9(Suppl 1):6–7. .
- Dissemination and characteristics of acute care of elders (ACE) units in the United States.Int J Technol Assess Health Care.2003;19:220–227. , , , et al.
- Multidisciplinary geriatric consultation services,Chap. 29.Evidence Report/Technology Assessment No. 43.2001. AHRQ Publication No. 01‐E058. , , , et al.
- Hospitalists spearhead a wide range of patient safety improvement projects.Hospitalist.2004;8(Suppl.):33–35. .
- Institute for Healthcare Improvement.100k Lives campaign. 10‐20‐2005.
- Hazards of hospitalization of the elderly.Ann Intern Med.1993;118:219–223. .
- Reducing delirium after hip fracture: a randomized trial.J Am Geriatr Soc.2001;49:516–522. , , , et al.
- The impact of postoperative pain on outcomes following hip fracture.Pain.2003;103:303–311. , , , et al.
- Physical therapy and mobility 2 and 6 months after hip fracture.J Am Geriatr Soc.2004;52:1114–1120. , , , et al.
- Falling through the cracks: challenges and opportunities for improving transitional care for persons with continuous complex needs.J Am Geriatr Soc.2003;51:549–555. .
- Continuity of care and patient outcomes after hospital discharge.J Gen Intern Med.2004;19:624–631. , , , et al.
- The impact of follow‐up telephone calls to patients after hospitalization.Dis Mon.2002;48:239–248. , , , et al.
- The care transitions intervention: results from a randomized controlled trial. Society of Hospital Medicine Annual Meeting, Chicago, IL,2005. , , , et al.
- Case management: high intensity care for frail patients with complex needs.Geriatrics.1998;53:62–68. .
- The care of strangers: the rise of America's hospital system.New York:Basic Books,1987. .
- Hospitalists' role in caring for older Americans: Executive Summary.2002. San Francisco, prepared for the John Hartford Foundation. , , .
- Geriatric medicine training and practice in the United States at the beginning of the 21st century.New York:Association of Directors of Geriatric Academic Programs,2002.
- AGS Education Committee.Guidelines for fellowship training in geriatrics.1998;46:1473–1477.
Between 1996with the first appearance of hospitalists in the medical literatureand the present, the hospitalist workforce has grown to nearly 10,000.1, 2 More remarkable is the estimate that the number of hospitalists will double in the next 5 years.2 The rapid growth of hospital medicine raises significant issues for the care of older patients, who are hospitalized at high rates3 and suffer numerous complications from hospitalization including functional decline,4 delirium,5 and a disproportionate share of adverse events.6 Conversely, the needs of patients older than 65 years of age, whose hospital stays make up nearly 50% of acute‐care bed days, will shape the future of hospital medicine.3
To date, the hospital medicine literature has failed to address the particular challenges of treating older patients, focusing primarily on opportunities for reductions in costs and length of stay for hospitalists' Medicare patients (of about $1000 per admission and 0.5 days, respectively7, 8) when compared with those cared for by other physicians. This focus on economic efficiency reflects the early orientation of the hospitalist movement. More recently, leaders of the hospitalist professional organization, the Society of Hospital Medicine (SHM), have increasingly recognized that caring for the older population will require additional knowledge and clinical skills beyond that taught in internal medicine residencies.9 Beyond educational initiatives, however, hospitalists must reconsider the paradigms of hospital care that make the hospital setting so dangerous for the older patient.
Given the aging population and the predicted growth of hospital medicine, it is essential to develop an understanding of the impact of hospitalists on the care of older patients and to encourage clinical innovation at the intersection of hospital medicine and geriatrics. Consequently, this article 1) identifies and summarizes geriatric care approaches in hospitalist programs, 2) presents a case study of geriatric hospital care by a hospitalist group, and 3) highlights opportunities for innovation and further research.
METHODS
Sample
We conducted a cross‐sectional survey of the hospitalist community via two mailings to SHM Listservs in September 2003 and September 2004. To encourage responses, the e‐mails used terms such as innovating, developing, providing hospitalist services, and caring for the geriatric patient or Medicare population. Respondents to the e‐mail solicitations (n = 14), leaders of SHM and academic hospitalist groups (n = 14), and leaders of the American Geriatrics Society specializing in acute care (n = 3) were queried about additional contacts who might know about programs utilizing geriatric care approaches. Each of these contacts was subsequently solicited and queried.10 Thirteen of the respondents described the current use by their hospitalist groups of one or more geriatric care approaches that represented a departure from usual care. We subsequently refer to these approaches as innovations. The 13 respondents completed in‐depth telephone interviews with one of the authors (H.W.). All respondents were recontacted in the spring of 2005 to update their responses. Two of the 13 programs were eliminated from the analysis after the interviews were completed. The first of these programs was identified in 2003 but had been discontinued by 2004. The second program was eliminated because the innovation was not implemented.
Data Collection
We developed a data collection tool to gather descriptive information from respondents regarding characteristics of the hospitalist group, the clinical program, the primary hospital, and the innovation (focus, target patients, organization, staffing, training, rounding, other). In addition, respondents were queried about motivations for the innovation; successes, opportunities, and future plans; and failures and barriers to implementation.
Analysis
First, we summarized the characteristics of the 11 innovations (Table 1). Second, geriatric care approaches were identified from the innovations on the basis of their objectives and the types of responses we encountered most frequently. The approaches were not mutually exclusive. For instance, a program providing postdischarge care at a skilled nursing facility (SNF) might also use a geriatrician‐hospitalist staffing model.
Site | A | B | C | D | E | F | G | H | I | J | K |
---|---|---|---|---|---|---|---|---|---|---|---|
Focus | |||||||||||
Medical care | x | x | x | x | |||||||
Postdischarge care | x | x | |||||||||
Perioperative care | x | x | x | ||||||||
Geriatric assessment | x | x | x | ||||||||
Quality improvement | x | x | x | x | |||||||
Staffing | x | ||||||||||
Generalist‐hospitalist | x | x | x | x | x | x | |||||
Geriatrician‐hospitalist | x | x | x | x | x | x | |||||
Advanced‐practice nurse | x | x | x | x | |||||||
Patient targeting | |||||||||||
By age | x | x | x | x | x | x | x | x | x | ||
By diagnosis | x | x | x | x | x | x | |||||
By location | x | x | x | x | x | x | |||||
Organization | |||||||||||
Unit | x | x | x | x | x | x | |||||
Service | x | x | x | x | x | x | |||||
Interdisciplinary rounds | x | x | x | x | x | x | |||||
Geriatrics training | x | x | x | x | x | x | x |
RESULTS
In 2003 the annual survey of the American Hospital Association identified 1415 hospitalist groups in the United States (Joe Miller, SHM senior vice‐president, personal communication). Remarkably, our query identified only 11 hospitalist groups with clinical innovations aimed at the older population. These innovations ranged from single individuals involved in targeted quality‐improvement projects to highly developed programs addressing an array of clinical needs for the hospitalized older patient. These 11 programs are summarized in Table 1 and described below.
Focus
Hospitalists' programs targeted to the older patient were designed to meet various needs arising from an episode of hospital care. These included innovations designed around their core clinical activities in providing acute medical care (four innovations), as well as innovations targeted to postdischarge care at SNFs (two innovations), perioperative care in consultative or comanagement models (four innovations), comprehensive geriatric assessment (three innovations), and clinical quality improvement such as audit tools (four innovations).
Staffing
Four innovations employed physicians without specific geriatrics training (generalist‐hospitalists), four innovations employed 16 fellowship‐trained geriatricians (geriatrician‐hospitalists), and two programs employed both geriatricians and generalist hospitalists. Four innovations employed advanced‐practice nurses, both with and without gerontology training.
Patients
Nine of the 11 innovations targeted patients by age (older than 65, 70, or 75 years). Of the two innovations that did not target patients by age, one focused on improving the quality of care for all patients on a medical ward by focusing on geriatric issues (Site I), and a second was concerned with postdischarge care for all patients discharged to affiliated SNFs (Site K). In addition to targeting by age, six innovations targeted patients on the basis of diagnosis, four of which focused on surgical diagnosis. Finally, patient selection by location occurred in six of the innovations, as described in the next section.
Organization
Six of the innovations were organized to operate within a clinical service (such as a medical or surgical team). In contrast to the service‐based innovations, six clinical innovations for older patients operated in geographic units including acute care for elders (ACE) units (n = 2), SNFs (n = 2), a medical nursing unit (n = 1), and an emergency department (ED; n = 1). Of the two ACE units, one (Site G) existed prior to the establishment of the hospitalist group. In this instance, a geriatrician‐hospitalist appointed jointly by the hospitalist group and the Division of Geriatrics staffed ACE unit patients of select private physicians and unassigned patients. The second ACE unit (Site H), established with the formation of the hospitalist group, was staffed by two hospitalists among eight physicians in a private geriatrics group. Regarding SNFs, one hospitalist group for a large health care organization (Site K) rounded at contract SNFs at which group members held medical directorships; another hospitalist program took over rounding at an SNF owned by its health system (Site A).
Rounding
Six of the innovations incorporated interdisciplinary rounds, including all three innovations with medical care as their focus. Four of the six innovations with interdisciplinary rounds were based in ACE units or SNFs. One of these six innovations (Site C), a perioperative initiative, incorporated twice‐weekly multidisciplinary rounds attended by an attending surgeon, surgical residents, and a hospitalistin addition to the nurses, case managers, and therapists.
Training
Seven of the 11 innovations involved geriatrics training. Four of the training innovations targeted nursing staff, four targeted hospitalist physicians, and one targeted both nurses and physicians. Most institutions developed their own curricula. Three hospitalist groups, however, modified preexisting curricula, struggling to adapt them to the needs of hospital‐based staff. Two innovations (Sites A and K) used a clinical mentoring model in which generalist‐hospitalists learned geriatrics principles while working side by side with geriatrician‐hospitalists.
Case Study
We selected the most comprehensive program for further description. This case illustrates the power of integrating geriatric and hospital medicine paradigms.
Hospital Internal Medicine, Mayo Clinic, Rochester, MN (Site A)
The Mayo Clinic established the Hospital Internal Medicine Group (HIM) in 1998 in response to changing resident workload regulations. The practice initially focused on perioperative medical care for a busy orthopedic trauma surgery (OTS) service. In 2000, noting the average age of the elective orthopedic population was 81, the leadership of HIM made a strategic decision to recruit physicians with geriatrics training. By 2005, 6 of the 22 physicians the group employed were geriatricians.
In mid‐2005 the group's members covered eight services in 1‐ to 2‐week block rotations. Three of the services are uniquely focused on the older patient: the Geriatric Medicine Service (GeM), the OTS, and the SNF. On the GeM, a geriatrician‐hospitalist works alongside a generalist‐hospitalist to for care medical patients triaged to the service based on age (older than 75) and frailty. Although the GeM is based on a medical nursing unit, the unit is neither configured nor staffed like an ACE unit, and up to 20% of the GeM's patients overflow to other units. In addition to providing acute care, the GeM employs standardized documentation to facilitate universal comprehensive geriatric assessment. On the OTS, HIM hospitalists care for postoperative patients in a comanagement model, descriptions of which have been published elsewhere.11, 12 As a reflection of its orientation toward the older surgical patient, every OTS patient is assessed for delirium with the confusion assessment method instrument.13 Finally, the 30‐bed SNF service (on which 75% of admissions are postoperative for subacute rehabilitation) is supervised by a HIM physician and a nurse‐practitioner.
Additional activities of HIM physicians are clinical quality improvement including participation in the creation of inpatient care pathways, revision of the hospital's discharge processes, ongoing review of adverse events, and use of standardized tools for intrahospital transfers. In addition, the HIM group prioritizes geriatrics education for its physicians and hospital medicine fellows. In turn, geriatrics fellows rotate through the GeM, SNF, and OTS services.
DISCUSSION
Although SHM increasingly recognizes the challenges inherent in caring for older patients, few hospitalists are adapting their care for this vulnerable population. We identified only 11 innovations in geriatric care despite there being more than 1000 hospitalist groups. This apparent paucity of innovation in geriatrics might be explained by the relatively recent introduction of hospital medicine. As no hospitalist program is more than 10 years old, most programs are still focused on building core clinical activities or on other competing demands. In addition to time, funding may limit the typical program's ability to innovate without directly increasing revenue. Although the geriatrics literature supports that specialized inpatient care for older patients can result in increased physical functioning and quality of life at no additional cost, it may be that geriatricians have yet to make this case effectively to the hospitalist community.14, 15
The findings of this study were limited by our survey methodology. Specifically, our sample was limited to professional contacts and those using SHM listservs. In addition, some innovative hospitalists may not consider their programs to be geriatric programs and so may not have responded to our queries. Therefore, the reported innovations are not representative of geriatric care among all hospitalist groups, and we are unable to provide a comprehensive picture of geriatric care in hospitalist programs. In addition, we cannot comment on the effectiveness of the care approaches at participating institutions. For example, interdisciplinary care is an important tenet of geriatric medicine. Although six of our programs reported interdisciplinary rounds, it is unclear if these rounds are models of effective collaborative practice. Nonetheless, the information obtained from the structured interviews allowed the identification of several instructive themes discussed below.
Opportunities
The growth of the hospitalist movement provides an opportunity to reconsider clinical paradigms for the hospitalized older population. Hospitalists bring clinical skills in treating acute illness, preventing hospital complications, and providing perioperative care.16, 17 As leaders in institutional quality, safety, and utilization initiatives, hospitalists are often given protected time for such endeavors.18, 19 In so doing, the incentives of hospitalists are aligned with those of hospital administrators. This orientation makes hospitalists open to innovation in clinical care improvement.
The opportunity for hospitalists to bring fresh approaches to acute care geriatrics need not happen in a vacuum. More than 30 years of geriatrics research has provided a framework, literature, and expertise to inform hospitalist groups. The common goal of clinical excellence for the hospitalized older patient should motivate cooperation, collaborative approaches, and a joint clinical research agenda. From our inquiry to hospitalist groups, it appears that this sort of interaction occurs infrequently. The innovations identified and the case study described highlight several ways in which the geriatric medicine and hospital medicine experiences inform one another. These include approaches to staffing, organization, and quality improvement, as well as to clinical areas amenable to innovation.
Approaches
Staffing and Organization
The employment of geriatrics‐trained clinicians by hospitalist programs is one approach to supporting generalist‐hospitalists and inclining group culture toward clinical geriatric concerns. Programs that purposefully hired geriatricians and gerontology nurse‐practitioners used them to staff geriatrics services including ACE units, SNFs and, in the case of HIM, a GeM service that was a modification of a medical service. In addition, two programs relied on geriatrician‐hospitalists to serve as clinical mentors to generalist‐hospitalists.
In particular, the use of geriatrics‐trained staff on specialized services such as ACE units is encouraging, as specialized geriatric units remain an underutilized care model,20 despite compelling evidence of their effectiveness in improving physical functioning and reducing nursing home admissions.14 Although the factors undermining the success of ACE units in the past may also pose challenges for hospitalists, hospitalist groups may be better positioned to maintain the interest and financial commitment of hospital administrators. The HIM's GeM Service is also of interest, given the need to disseminate best practices in geriatrics throughout the hospital. The benefits to older patients of such a service, however, have not been demonstrated. Likewise, comprehensive geriatric assessment and geriatric consultation in the inpatient setting are reported to have had mixed results in the absence of targeting individuals at highest risk for adverse outcomes.21
Patient Safety and Quality Improvement
Hospital medicine has rapidly integrated principles of quality improvement and patient safety, having grown up contemporaneously with the patient safety movement. Several of the hospitalist programs we identified spearheaded quality improvement efforts directed at the particular needs of older patients such as delirium prevention, provision of immunizations, and removal of indwelling Foley catheters.
These efforts can be seen in the context of the many hospitalist programs focusing on standardizing care, understanding iatrogenesis, adopting safe technologies, and generally moving hospital culture forward.22 In choosing to embrace patient safety practices such as medication reconciliation (endorsed by the Institute for Healthcare Improvement),23 hospitalists may confer disproportionate benefits to older patients, who frequently require multiple medications and are at high risk for adverse drug events.6 As the efficacy of many of these interventions is poorly understood, hospitalist and geriatricians (whose work on the hazards of hospitalization anticipated the patient safety movement by many years24) may find a shared clinical research agenda with patient safety as its focus.
Areas of Clinical Opportunity
Perioperative Care
Commentators have noted hospitalists' growing participation in perioperative care,17 much of which concerns the older orthopedic surgery patient.12 Through their embedding in surgical wards, hospitalists may become actual or de facto members of surgical teams with a significant impact on team culture and care delivery. For example, hospitalists at one program implemented a perioperative beta‐blocker protocol for older orthopedic surgery patients, leading to a marked decrease in postoperative cardiac events (Site B).
Although many hospitalist programs participate in similar initiatives, it is likely that additional attention to the needs of older patients will augment the effectiveness of their interventions. For instance, structured geriatrics consultation can reduce the incidence of postoperative delirium among hip fracture patients by 46% (NNT = 5.6).25 Increased attention to postoperative pain control and early mobilization, among others, may affect the functional recovery of the older surgical patient.26, 27
Postdischarge care and care transitions
The hallmark of the hospitalist modelthe handoff of care from a primary care provider to an inpatient provideris commonly considered the major limitation of the hospitalist model because of the risk of lost clinical information.1 Because older patients are particularly susceptible to postdischarge adverse events, their care transitions may require specialized attention.28 Two of the innovations we identified (Sites A and K) have extended care of older patients into the postacute setting by integrating SNF care into their programs as a way to streamline discharge processes, decrease miscommunication, and underscore the limitations of postacute care.
A growing body of evidence supports the role of discharge strategies in improving care transitions. In one study, postdischarge follow‐up with a hospital physician rather than a community physician resulted in a reduction of the combined end point of 30‐day mortality and nonelective readmission.29 In a randomized trial, postdischarge phone calls by a pharmacist reduced the number of ED visits within 30 days of discharge.30 In another trial, older patients receiving a multifactorial intervention aimed at providing the skills for active participation in care transitions resulted in a reduced number of readmissions within 30 days.31 Understanding and implementing these activities may be crucial to both the care of older patients and the success of the hospitalist enterprise.
Barriers
Part of the challenge of treating older patients in hospitals is that the paradigms of geriatrics and hospital medicine differ substantially.32 Notably, geriatric medicine goals of maximizing function and quality of life may conflict with traditional medical goals of diagnosis and cure. This dichotomy is amplified in the hospital setting because hospitals are organized to maximize the physician's ability to stabilize, diagnose, cure, and discharge.33
By design, the hospitalist model introduces additional challenges into the hospital paradigm that affect the older patient, such as the discontinuities addressed above. Additional factors that hospitalists identified as barriers to the effective care of older patients include: 1) poor communication skills, 2) ineffective interdisciplinary collaboration, 3) limited geriatrics knowledge base, and 4) insufficient support for care coordination.34 Despite these recognized challenges, our query to hospitalist groups identified few that had made clinical excellence in geriatrics a focus of their activities.
Even with its prioritization of geriatric medicine, the well‐developed HIM model faces challenges. In particular, the feasibility of the geriatrician‐hospitalist is limited by the many geriatricians who, because of the scarcity of those who are fellowship trained, may be unprepared to care for acutely ill older patients, as their training has not focused on the hospital setting.35, 36 In addition, the surgical comanagement model depends on a unique collaboration with surgical colleagues. Finally, the ability of the HIM group to incorporate geriatrics paradigms into the hospital setting depends on extensive support from the hospital in the form of resources and a shared vision that is unlikely to be found at most institutions.
CONCLUSIONS
The rapid growth of the hospitalist movement will significantly affect clinical care in American hospitals. As most hospital patients are older, the impact on acute care geriatrics cannot be overlooked. In our study, we identified only a small number of hospitalist groups that have made geriatric medicine a priority. These programs prioritize geriatric medicine through the employment of geriatrics‐trained staff, adaptation of geriatric care models such as ACE units, and commitment to clinical quality improvement and patient safety. They also focus on common clinical challenges for older patients, including postoperative and postdischarge care. Although much can be learned from these examples, programs at other institutions will need to be individualized to meet the specific needs of each hospital and community. The common goal of clinical excellence shared by hospitalists and geriatricians should motivate cooperation, collaborative approaches, and a joint clinical research agenda at all levels, as the current paradigm of hospital care remains inadequate to meet the needs of the acutely ill older patient.
Between 1996with the first appearance of hospitalists in the medical literatureand the present, the hospitalist workforce has grown to nearly 10,000.1, 2 More remarkable is the estimate that the number of hospitalists will double in the next 5 years.2 The rapid growth of hospital medicine raises significant issues for the care of older patients, who are hospitalized at high rates3 and suffer numerous complications from hospitalization including functional decline,4 delirium,5 and a disproportionate share of adverse events.6 Conversely, the needs of patients older than 65 years of age, whose hospital stays make up nearly 50% of acute‐care bed days, will shape the future of hospital medicine.3
To date, the hospital medicine literature has failed to address the particular challenges of treating older patients, focusing primarily on opportunities for reductions in costs and length of stay for hospitalists' Medicare patients (of about $1000 per admission and 0.5 days, respectively7, 8) when compared with those cared for by other physicians. This focus on economic efficiency reflects the early orientation of the hospitalist movement. More recently, leaders of the hospitalist professional organization, the Society of Hospital Medicine (SHM), have increasingly recognized that caring for the older population will require additional knowledge and clinical skills beyond that taught in internal medicine residencies.9 Beyond educational initiatives, however, hospitalists must reconsider the paradigms of hospital care that make the hospital setting so dangerous for the older patient.
Given the aging population and the predicted growth of hospital medicine, it is essential to develop an understanding of the impact of hospitalists on the care of older patients and to encourage clinical innovation at the intersection of hospital medicine and geriatrics. Consequently, this article 1) identifies and summarizes geriatric care approaches in hospitalist programs, 2) presents a case study of geriatric hospital care by a hospitalist group, and 3) highlights opportunities for innovation and further research.
METHODS
Sample
We conducted a cross‐sectional survey of the hospitalist community via two mailings to SHM Listservs in September 2003 and September 2004. To encourage responses, the e‐mails used terms such as innovating, developing, providing hospitalist services, and caring for the geriatric patient or Medicare population. Respondents to the e‐mail solicitations (n = 14), leaders of SHM and academic hospitalist groups (n = 14), and leaders of the American Geriatrics Society specializing in acute care (n = 3) were queried about additional contacts who might know about programs utilizing geriatric care approaches. Each of these contacts was subsequently solicited and queried.10 Thirteen of the respondents described the current use by their hospitalist groups of one or more geriatric care approaches that represented a departure from usual care. We subsequently refer to these approaches as innovations. The 13 respondents completed in‐depth telephone interviews with one of the authors (H.W.). All respondents were recontacted in the spring of 2005 to update their responses. Two of the 13 programs were eliminated from the analysis after the interviews were completed. The first of these programs was identified in 2003 but had been discontinued by 2004. The second program was eliminated because the innovation was not implemented.
Data Collection
We developed a data collection tool to gather descriptive information from respondents regarding characteristics of the hospitalist group, the clinical program, the primary hospital, and the innovation (focus, target patients, organization, staffing, training, rounding, other). In addition, respondents were queried about motivations for the innovation; successes, opportunities, and future plans; and failures and barriers to implementation.
Analysis
First, we summarized the characteristics of the 11 innovations (Table 1). Second, geriatric care approaches were identified from the innovations on the basis of their objectives and the types of responses we encountered most frequently. The approaches were not mutually exclusive. For instance, a program providing postdischarge care at a skilled nursing facility (SNF) might also use a geriatrician‐hospitalist staffing model.
Site | A | B | C | D | E | F | G | H | I | J | K |
---|---|---|---|---|---|---|---|---|---|---|---|
Focus | |||||||||||
Medical care | x | x | x | x | |||||||
Postdischarge care | x | x | |||||||||
Perioperative care | x | x | x | ||||||||
Geriatric assessment | x | x | x | ||||||||
Quality improvement | x | x | x | x | |||||||
Staffing | x | ||||||||||
Generalist‐hospitalist | x | x | x | x | x | x | |||||
Geriatrician‐hospitalist | x | x | x | x | x | x | |||||
Advanced‐practice nurse | x | x | x | x | |||||||
Patient targeting | |||||||||||
By age | x | x | x | x | x | x | x | x | x | ||
By diagnosis | x | x | x | x | x | x | |||||
By location | x | x | x | x | x | x | |||||
Organization | |||||||||||
Unit | x | x | x | x | x | x | |||||
Service | x | x | x | x | x | x | |||||
Interdisciplinary rounds | x | x | x | x | x | x | |||||
Geriatrics training | x | x | x | x | x | x | x |
RESULTS
In 2003 the annual survey of the American Hospital Association identified 1415 hospitalist groups in the United States (Joe Miller, SHM senior vice‐president, personal communication). Remarkably, our query identified only 11 hospitalist groups with clinical innovations aimed at the older population. These innovations ranged from single individuals involved in targeted quality‐improvement projects to highly developed programs addressing an array of clinical needs for the hospitalized older patient. These 11 programs are summarized in Table 1 and described below.
Focus
Hospitalists' programs targeted to the older patient were designed to meet various needs arising from an episode of hospital care. These included innovations designed around their core clinical activities in providing acute medical care (four innovations), as well as innovations targeted to postdischarge care at SNFs (two innovations), perioperative care in consultative or comanagement models (four innovations), comprehensive geriatric assessment (three innovations), and clinical quality improvement such as audit tools (four innovations).
Staffing
Four innovations employed physicians without specific geriatrics training (generalist‐hospitalists), four innovations employed 16 fellowship‐trained geriatricians (geriatrician‐hospitalists), and two programs employed both geriatricians and generalist hospitalists. Four innovations employed advanced‐practice nurses, both with and without gerontology training.
Patients
Nine of the 11 innovations targeted patients by age (older than 65, 70, or 75 years). Of the two innovations that did not target patients by age, one focused on improving the quality of care for all patients on a medical ward by focusing on geriatric issues (Site I), and a second was concerned with postdischarge care for all patients discharged to affiliated SNFs (Site K). In addition to targeting by age, six innovations targeted patients on the basis of diagnosis, four of which focused on surgical diagnosis. Finally, patient selection by location occurred in six of the innovations, as described in the next section.
Organization
Six of the innovations were organized to operate within a clinical service (such as a medical or surgical team). In contrast to the service‐based innovations, six clinical innovations for older patients operated in geographic units including acute care for elders (ACE) units (n = 2), SNFs (n = 2), a medical nursing unit (n = 1), and an emergency department (ED; n = 1). Of the two ACE units, one (Site G) existed prior to the establishment of the hospitalist group. In this instance, a geriatrician‐hospitalist appointed jointly by the hospitalist group and the Division of Geriatrics staffed ACE unit patients of select private physicians and unassigned patients. The second ACE unit (Site H), established with the formation of the hospitalist group, was staffed by two hospitalists among eight physicians in a private geriatrics group. Regarding SNFs, one hospitalist group for a large health care organization (Site K) rounded at contract SNFs at which group members held medical directorships; another hospitalist program took over rounding at an SNF owned by its health system (Site A).
Rounding
Six of the innovations incorporated interdisciplinary rounds, including all three innovations with medical care as their focus. Four of the six innovations with interdisciplinary rounds were based in ACE units or SNFs. One of these six innovations (Site C), a perioperative initiative, incorporated twice‐weekly multidisciplinary rounds attended by an attending surgeon, surgical residents, and a hospitalistin addition to the nurses, case managers, and therapists.
Training
Seven of the 11 innovations involved geriatrics training. Four of the training innovations targeted nursing staff, four targeted hospitalist physicians, and one targeted both nurses and physicians. Most institutions developed their own curricula. Three hospitalist groups, however, modified preexisting curricula, struggling to adapt them to the needs of hospital‐based staff. Two innovations (Sites A and K) used a clinical mentoring model in which generalist‐hospitalists learned geriatrics principles while working side by side with geriatrician‐hospitalists.
Case Study
We selected the most comprehensive program for further description. This case illustrates the power of integrating geriatric and hospital medicine paradigms.
Hospital Internal Medicine, Mayo Clinic, Rochester, MN (Site A)
The Mayo Clinic established the Hospital Internal Medicine Group (HIM) in 1998 in response to changing resident workload regulations. The practice initially focused on perioperative medical care for a busy orthopedic trauma surgery (OTS) service. In 2000, noting the average age of the elective orthopedic population was 81, the leadership of HIM made a strategic decision to recruit physicians with geriatrics training. By 2005, 6 of the 22 physicians the group employed were geriatricians.
In mid‐2005 the group's members covered eight services in 1‐ to 2‐week block rotations. Three of the services are uniquely focused on the older patient: the Geriatric Medicine Service (GeM), the OTS, and the SNF. On the GeM, a geriatrician‐hospitalist works alongside a generalist‐hospitalist to for care medical patients triaged to the service based on age (older than 75) and frailty. Although the GeM is based on a medical nursing unit, the unit is neither configured nor staffed like an ACE unit, and up to 20% of the GeM's patients overflow to other units. In addition to providing acute care, the GeM employs standardized documentation to facilitate universal comprehensive geriatric assessment. On the OTS, HIM hospitalists care for postoperative patients in a comanagement model, descriptions of which have been published elsewhere.11, 12 As a reflection of its orientation toward the older surgical patient, every OTS patient is assessed for delirium with the confusion assessment method instrument.13 Finally, the 30‐bed SNF service (on which 75% of admissions are postoperative for subacute rehabilitation) is supervised by a HIM physician and a nurse‐practitioner.
Additional activities of HIM physicians are clinical quality improvement including participation in the creation of inpatient care pathways, revision of the hospital's discharge processes, ongoing review of adverse events, and use of standardized tools for intrahospital transfers. In addition, the HIM group prioritizes geriatrics education for its physicians and hospital medicine fellows. In turn, geriatrics fellows rotate through the GeM, SNF, and OTS services.
DISCUSSION
Although SHM increasingly recognizes the challenges inherent in caring for older patients, few hospitalists are adapting their care for this vulnerable population. We identified only 11 innovations in geriatric care despite there being more than 1000 hospitalist groups. This apparent paucity of innovation in geriatrics might be explained by the relatively recent introduction of hospital medicine. As no hospitalist program is more than 10 years old, most programs are still focused on building core clinical activities or on other competing demands. In addition to time, funding may limit the typical program's ability to innovate without directly increasing revenue. Although the geriatrics literature supports that specialized inpatient care for older patients can result in increased physical functioning and quality of life at no additional cost, it may be that geriatricians have yet to make this case effectively to the hospitalist community.14, 15
The findings of this study were limited by our survey methodology. Specifically, our sample was limited to professional contacts and those using SHM listservs. In addition, some innovative hospitalists may not consider their programs to be geriatric programs and so may not have responded to our queries. Therefore, the reported innovations are not representative of geriatric care among all hospitalist groups, and we are unable to provide a comprehensive picture of geriatric care in hospitalist programs. In addition, we cannot comment on the effectiveness of the care approaches at participating institutions. For example, interdisciplinary care is an important tenet of geriatric medicine. Although six of our programs reported interdisciplinary rounds, it is unclear if these rounds are models of effective collaborative practice. Nonetheless, the information obtained from the structured interviews allowed the identification of several instructive themes discussed below.
Opportunities
The growth of the hospitalist movement provides an opportunity to reconsider clinical paradigms for the hospitalized older population. Hospitalists bring clinical skills in treating acute illness, preventing hospital complications, and providing perioperative care.16, 17 As leaders in institutional quality, safety, and utilization initiatives, hospitalists are often given protected time for such endeavors.18, 19 In so doing, the incentives of hospitalists are aligned with those of hospital administrators. This orientation makes hospitalists open to innovation in clinical care improvement.
The opportunity for hospitalists to bring fresh approaches to acute care geriatrics need not happen in a vacuum. More than 30 years of geriatrics research has provided a framework, literature, and expertise to inform hospitalist groups. The common goal of clinical excellence for the hospitalized older patient should motivate cooperation, collaborative approaches, and a joint clinical research agenda. From our inquiry to hospitalist groups, it appears that this sort of interaction occurs infrequently. The innovations identified and the case study described highlight several ways in which the geriatric medicine and hospital medicine experiences inform one another. These include approaches to staffing, organization, and quality improvement, as well as to clinical areas amenable to innovation.
Approaches
Staffing and Organization
The employment of geriatrics‐trained clinicians by hospitalist programs is one approach to supporting generalist‐hospitalists and inclining group culture toward clinical geriatric concerns. Programs that purposefully hired geriatricians and gerontology nurse‐practitioners used them to staff geriatrics services including ACE units, SNFs and, in the case of HIM, a GeM service that was a modification of a medical service. In addition, two programs relied on geriatrician‐hospitalists to serve as clinical mentors to generalist‐hospitalists.
In particular, the use of geriatrics‐trained staff on specialized services such as ACE units is encouraging, as specialized geriatric units remain an underutilized care model,20 despite compelling evidence of their effectiveness in improving physical functioning and reducing nursing home admissions.14 Although the factors undermining the success of ACE units in the past may also pose challenges for hospitalists, hospitalist groups may be better positioned to maintain the interest and financial commitment of hospital administrators. The HIM's GeM Service is also of interest, given the need to disseminate best practices in geriatrics throughout the hospital. The benefits to older patients of such a service, however, have not been demonstrated. Likewise, comprehensive geriatric assessment and geriatric consultation in the inpatient setting are reported to have had mixed results in the absence of targeting individuals at highest risk for adverse outcomes.21
Patient Safety and Quality Improvement
Hospital medicine has rapidly integrated principles of quality improvement and patient safety, having grown up contemporaneously with the patient safety movement. Several of the hospitalist programs we identified spearheaded quality improvement efforts directed at the particular needs of older patients such as delirium prevention, provision of immunizations, and removal of indwelling Foley catheters.
These efforts can be seen in the context of the many hospitalist programs focusing on standardizing care, understanding iatrogenesis, adopting safe technologies, and generally moving hospital culture forward.22 In choosing to embrace patient safety practices such as medication reconciliation (endorsed by the Institute for Healthcare Improvement),23 hospitalists may confer disproportionate benefits to older patients, who frequently require multiple medications and are at high risk for adverse drug events.6 As the efficacy of many of these interventions is poorly understood, hospitalist and geriatricians (whose work on the hazards of hospitalization anticipated the patient safety movement by many years24) may find a shared clinical research agenda with patient safety as its focus.
Areas of Clinical Opportunity
Perioperative Care
Commentators have noted hospitalists' growing participation in perioperative care,17 much of which concerns the older orthopedic surgery patient.12 Through their embedding in surgical wards, hospitalists may become actual or de facto members of surgical teams with a significant impact on team culture and care delivery. For example, hospitalists at one program implemented a perioperative beta‐blocker protocol for older orthopedic surgery patients, leading to a marked decrease in postoperative cardiac events (Site B).
Although many hospitalist programs participate in similar initiatives, it is likely that additional attention to the needs of older patients will augment the effectiveness of their interventions. For instance, structured geriatrics consultation can reduce the incidence of postoperative delirium among hip fracture patients by 46% (NNT = 5.6).25 Increased attention to postoperative pain control and early mobilization, among others, may affect the functional recovery of the older surgical patient.26, 27
Postdischarge care and care transitions
The hallmark of the hospitalist modelthe handoff of care from a primary care provider to an inpatient provideris commonly considered the major limitation of the hospitalist model because of the risk of lost clinical information.1 Because older patients are particularly susceptible to postdischarge adverse events, their care transitions may require specialized attention.28 Two of the innovations we identified (Sites A and K) have extended care of older patients into the postacute setting by integrating SNF care into their programs as a way to streamline discharge processes, decrease miscommunication, and underscore the limitations of postacute care.
A growing body of evidence supports the role of discharge strategies in improving care transitions. In one study, postdischarge follow‐up with a hospital physician rather than a community physician resulted in a reduction of the combined end point of 30‐day mortality and nonelective readmission.29 In a randomized trial, postdischarge phone calls by a pharmacist reduced the number of ED visits within 30 days of discharge.30 In another trial, older patients receiving a multifactorial intervention aimed at providing the skills for active participation in care transitions resulted in a reduced number of readmissions within 30 days.31 Understanding and implementing these activities may be crucial to both the care of older patients and the success of the hospitalist enterprise.
Barriers
Part of the challenge of treating older patients in hospitals is that the paradigms of geriatrics and hospital medicine differ substantially.32 Notably, geriatric medicine goals of maximizing function and quality of life may conflict with traditional medical goals of diagnosis and cure. This dichotomy is amplified in the hospital setting because hospitals are organized to maximize the physician's ability to stabilize, diagnose, cure, and discharge.33
By design, the hospitalist model introduces additional challenges into the hospital paradigm that affect the older patient, such as the discontinuities addressed above. Additional factors that hospitalists identified as barriers to the effective care of older patients include: 1) poor communication skills, 2) ineffective interdisciplinary collaboration, 3) limited geriatrics knowledge base, and 4) insufficient support for care coordination.34 Despite these recognized challenges, our query to hospitalist groups identified few that had made clinical excellence in geriatrics a focus of their activities.
Even with its prioritization of geriatric medicine, the well‐developed HIM model faces challenges. In particular, the feasibility of the geriatrician‐hospitalist is limited by the many geriatricians who, because of the scarcity of those who are fellowship trained, may be unprepared to care for acutely ill older patients, as their training has not focused on the hospital setting.35, 36 In addition, the surgical comanagement model depends on a unique collaboration with surgical colleagues. Finally, the ability of the HIM group to incorporate geriatrics paradigms into the hospital setting depends on extensive support from the hospital in the form of resources and a shared vision that is unlikely to be found at most institutions.
CONCLUSIONS
The rapid growth of the hospitalist movement will significantly affect clinical care in American hospitals. As most hospital patients are older, the impact on acute care geriatrics cannot be overlooked. In our study, we identified only a small number of hospitalist groups that have made geriatric medicine a priority. These programs prioritize geriatric medicine through the employment of geriatrics‐trained staff, adaptation of geriatric care models such as ACE units, and commitment to clinical quality improvement and patient safety. They also focus on common clinical challenges for older patients, including postoperative and postdischarge care. Although much can be learned from these examples, programs at other institutions will need to be individualized to meet the specific needs of each hospital and community. The common goal of clinical excellence shared by hospitalists and geriatricians should motivate cooperation, collaborative approaches, and a joint clinical research agenda at all levels, as the current paradigm of hospital care remains inadequate to meet the needs of the acutely ill older patient.
- The emerging role of hospitalists in the American health care system.N Engl J Med.1996;335:514–517. , .
- Society of Hospital Medicine. Growth of hospital medicine nationwide. Available at URL: http://www.hospitalmedicine.org/Content/NavigationMenu/Media/GrowthofHospitalMedicineNationwide/Growth_of_Hospital_M.htm[accessed January 20, 2005].
- 2002 National Hospital Discharge Survey.Advance data from Vital And Health Statistics. No. 342.Hyattsville (MD):National Center for Health Statistics,2002. , .
- Functional outcomes of acute medical illness and hospitalization in older persons.Arch Intern Med.1996;156,:645–652. , , , et al.
- Delirium: a symptom of how hospital care is failing older persons and a window to improve the quality of hospital care.Am J Med.1999;106:565–573. , , .
- Incidence and types of preventable adverse events in elderly patients: population based review of medical records.BMJ.2000;320:741–744. , .
- The effect of full‐time faculty hospitalists on the efficiency of care at a community teaching hospital.Ann Intern Med.1998;129:197–203. , , .
- The value of a hospitalist service: efficient care for the aging population?Chest.2001;119:580–589.year="2001"2001. , , , , , .
- Improving care for older adults: SHM educational initiatives.Hospitalist.2004;8(Suppl):45–47. .
- Qualitative evaluation and research methods.2nd ed.Thousand Oaks (CA):Sage Publications,1990:176. .
- Effects of a hospitalist model on elderly patients with hip fracture.Arch Intern Med.2005;165:796–801. , , , et al.
- Medical and surgical comanagement after elective hip and knee arthroplasty: a randomized, controlled trial.Ann Intern Med.2004;141:28–38. , , , et al.
- Clarifying confusion: the confusion assessment method. A new method for the detection of delirium.Ann Intern Med.1990;113:941–948. , , , et al.
- Geriatric evaluation and management units for hospitalized patients. In:Making healthcare safer: a critical analysis of Patient Safety Practices Evidence Report/Technology AssessmentNo. 43.2001. AHRQ Publication No. 01‐E058. , ,
- A controlled trial of inpatient and outpatient geriatric evaluation and management.N Engl J Med.2002;346:905–912. , , , et al.
- The hospitalist movement five years later.JAMA.2002;287:487–494. , .
- The hospitalist joins the surgical team.Ann Intern Med.2004;141:67–69. .
- The end of the beginning: patient safety five years after ‘To Err Is Human.’Health Aff.2004;23S2:W534–W545. .
- How hospitalists add value.Hospitalist.2005;9(Suppl 1):6–7. .
- Dissemination and characteristics of acute care of elders (ACE) units in the United States.Int J Technol Assess Health Care.2003;19:220–227. , , , et al.
- Multidisciplinary geriatric consultation services,Chap. 29.Evidence Report/Technology Assessment No. 43.2001. AHRQ Publication No. 01‐E058. , , , et al.
- Hospitalists spearhead a wide range of patient safety improvement projects.Hospitalist.2004;8(Suppl.):33–35. .
- Institute for Healthcare Improvement.100k Lives campaign. 10‐20‐2005.
- Hazards of hospitalization of the elderly.Ann Intern Med.1993;118:219–223. .
- Reducing delirium after hip fracture: a randomized trial.J Am Geriatr Soc.2001;49:516–522. , , , et al.
- The impact of postoperative pain on outcomes following hip fracture.Pain.2003;103:303–311. , , , et al.
- Physical therapy and mobility 2 and 6 months after hip fracture.J Am Geriatr Soc.2004;52:1114–1120. , , , et al.
- Falling through the cracks: challenges and opportunities for improving transitional care for persons with continuous complex needs.J Am Geriatr Soc.2003;51:549–555. .
- Continuity of care and patient outcomes after hospital discharge.J Gen Intern Med.2004;19:624–631. , , , et al.
- The impact of follow‐up telephone calls to patients after hospitalization.Dis Mon.2002;48:239–248. , , , et al.
- The care transitions intervention: results from a randomized controlled trial. Society of Hospital Medicine Annual Meeting, Chicago, IL,2005. , , , et al.
- Case management: high intensity care for frail patients with complex needs.Geriatrics.1998;53:62–68. .
- The care of strangers: the rise of America's hospital system.New York:Basic Books,1987. .
- Hospitalists' role in caring for older Americans: Executive Summary.2002. San Francisco, prepared for the John Hartford Foundation. , , .
- Geriatric medicine training and practice in the United States at the beginning of the 21st century.New York:Association of Directors of Geriatric Academic Programs,2002.
- AGS Education Committee.Guidelines for fellowship training in geriatrics.1998;46:1473–1477.
- The emerging role of hospitalists in the American health care system.N Engl J Med.1996;335:514–517. , .
- Society of Hospital Medicine. Growth of hospital medicine nationwide. Available at URL: http://www.hospitalmedicine.org/Content/NavigationMenu/Media/GrowthofHospitalMedicineNationwide/Growth_of_Hospital_M.htm[accessed January 20, 2005].
- 2002 National Hospital Discharge Survey.Advance data from Vital And Health Statistics. No. 342.Hyattsville (MD):National Center for Health Statistics,2002. , .
- Functional outcomes of acute medical illness and hospitalization in older persons.Arch Intern Med.1996;156,:645–652. , , , et al.
- Delirium: a symptom of how hospital care is failing older persons and a window to improve the quality of hospital care.Am J Med.1999;106:565–573. , , .
- Incidence and types of preventable adverse events in elderly patients: population based review of medical records.BMJ.2000;320:741–744. , .
- The effect of full‐time faculty hospitalists on the efficiency of care at a community teaching hospital.Ann Intern Med.1998;129:197–203. , , .
- The value of a hospitalist service: efficient care for the aging population?Chest.2001;119:580–589.year="2001"2001. , , , , , .
- Improving care for older adults: SHM educational initiatives.Hospitalist.2004;8(Suppl):45–47. .
- Qualitative evaluation and research methods.2nd ed.Thousand Oaks (CA):Sage Publications,1990:176. .
- Effects of a hospitalist model on elderly patients with hip fracture.Arch Intern Med.2005;165:796–801. , , , et al.
- Medical and surgical comanagement after elective hip and knee arthroplasty: a randomized, controlled trial.Ann Intern Med.2004;141:28–38. , , , et al.
- Clarifying confusion: the confusion assessment method. A new method for the detection of delirium.Ann Intern Med.1990;113:941–948. , , , et al.
- Geriatric evaluation and management units for hospitalized patients. In:Making healthcare safer: a critical analysis of Patient Safety Practices Evidence Report/Technology AssessmentNo. 43.2001. AHRQ Publication No. 01‐E058. , ,
- A controlled trial of inpatient and outpatient geriatric evaluation and management.N Engl J Med.2002;346:905–912. , , , et al.
- The hospitalist movement five years later.JAMA.2002;287:487–494. , .
- The hospitalist joins the surgical team.Ann Intern Med.2004;141:67–69. .
- The end of the beginning: patient safety five years after ‘To Err Is Human.’Health Aff.2004;23S2:W534–W545. .
- How hospitalists add value.Hospitalist.2005;9(Suppl 1):6–7. .
- Dissemination and characteristics of acute care of elders (ACE) units in the United States.Int J Technol Assess Health Care.2003;19:220–227. , , , et al.
- Multidisciplinary geriatric consultation services,Chap. 29.Evidence Report/Technology Assessment No. 43.2001. AHRQ Publication No. 01‐E058. , , , et al.
- Hospitalists spearhead a wide range of patient safety improvement projects.Hospitalist.2004;8(Suppl.):33–35. .
- Institute for Healthcare Improvement.100k Lives campaign. 10‐20‐2005.
- Hazards of hospitalization of the elderly.Ann Intern Med.1993;118:219–223. .
- Reducing delirium after hip fracture: a randomized trial.J Am Geriatr Soc.2001;49:516–522. , , , et al.
- The impact of postoperative pain on outcomes following hip fracture.Pain.2003;103:303–311. , , , et al.
- Physical therapy and mobility 2 and 6 months after hip fracture.J Am Geriatr Soc.2004;52:1114–1120. , , , et al.
- Falling through the cracks: challenges and opportunities for improving transitional care for persons with continuous complex needs.J Am Geriatr Soc.2003;51:549–555. .
- Continuity of care and patient outcomes after hospital discharge.J Gen Intern Med.2004;19:624–631. , , , et al.
- The impact of follow‐up telephone calls to patients after hospitalization.Dis Mon.2002;48:239–248. , , , et al.
- The care transitions intervention: results from a randomized controlled trial. Society of Hospital Medicine Annual Meeting, Chicago, IL,2005. , , , et al.
- Case management: high intensity care for frail patients with complex needs.Geriatrics.1998;53:62–68. .
- The care of strangers: the rise of America's hospital system.New York:Basic Books,1987. .
- Hospitalists' role in caring for older Americans: Executive Summary.2002. San Francisco, prepared for the John Hartford Foundation. , , .
- Geriatric medicine training and practice in the United States at the beginning of the 21st century.New York:Association of Directors of Geriatric Academic Programs,2002.
- AGS Education Committee.Guidelines for fellowship training in geriatrics.1998;46:1473–1477.