Conference Coverage

Empiric warfarin adjustment cut drug-drug interactions with antimicrobials


 

AT ASM MICROBE 2016

References

Dr. Ha and his coauthors noted that the uncontrolled nature of the pre-post study design was one limitation of the study. Also, the real-world design of the study meant that investigators could not control for diet, comorbidities, and other factors that have the potential to affect INR. “Implementing a process to identify high-risk antimicrobial-warfarin DDIs and provide guidelines for empiric warfarin dose adjustment … can improve INR time within therapeutic range,” noted Dr. Ha and his coauthors.

The study authors reported no external sources of funding and no conflicts of interest.

koakes@frontlinemedcom.com

On Twitter @karioakes

Pages

Recommended Reading

Yosprala offers aspirin mitigator for ulcer risk patients
MDedge Internal Medicine
Novel GLP-1 receptor agonist shows reduction in cardiovascular risk
MDedge Internal Medicine
Study suggests link between commonly used antihypertensive drug and skin cancer
MDedge Internal Medicine
Elevated HDL levels predict reduced lung function
MDedge Internal Medicine
More TOPCAT flaws back spironolactone’s HFpEF efficacy
MDedge Internal Medicine
Decision rule identifies unprovoked VTE patients who can halt anticoagulation
MDedge Internal Medicine
Optimal medical therapy doesn’t affect DAPT efficacy
MDedge Internal Medicine
ESC’s new lipid guidelines keep LDL-cholesterol targets
MDedge Internal Medicine
CABG reduces cardiovascular mortality in ischemic heart failure regardless of age
MDedge Internal Medicine
CardioMEMS shows real-world heart failure benefit
MDedge Internal Medicine