TBD Meeting (2961-24)

BALTIMORE — Ice packs or topical anesthesia applied to the face before thermomechanical fractional injury therapy to treat wrinkles around the eyes provided satisfactory comfort to the patient during the procedure without sacrificing posttreatment outcomes, a small study of the recently cleared device found.

The study enrolled 12 patients who were undergoing treatment for periorbital rhytides, or wrinkles, around the eyes. Seven of them received topical anesthetic cream 20 minutes before the procedure, while five were given ice packs to self-apply for 5 minutes beforehand. Patients received four treatment sessions with a month between sessions and were then evaluated up to 3 months after their last session. Study results were presented at the annual conference of the American Society for Laser Medicine and Surgery.

“Based on the approach that we had used, which was to keep the device parameters the same for those who received topical anesthetics and those who received ice, when we looked at the pain levels that the patients had relayed to us when we were doing the procedure, we found that both of them were almost exactly the same in terms of discomfort, a level of 3-4 out of 10, with 10 being the highest discomfort level,” lead investigator Jerome M. Garden, MD, said in an interview after the conference.

“In terms of patient satisfaction using a range of 0-5, again it was fairly equivalent” between the two groups, said Dr. Garden, professor of clinical dermatology and biomedical engineering at Northwestern University, Chicago. “And the overall satisfaction rate was high.”

Garden_Jerome_M_IL2_web.jpg

Study Results

The results for the different anesthetic methods were almost identical. Those using ice reported a 0-10 average pain level of 3.95 ± 1.5, while those who received the topical anesthetic reported a pain level of 3.92 ± 1.5. In terms of self-graded improvement at 3-month follow-up, using a scale of 1-4, with 1 representing up to a 25% improvement and 4 a 75%-100% improvement, the patients using ice had a 2.6 ± 0.5 improvement and those using topical cream a 2.8 ± 0.5 improvement, Dr. Garden said during his presentation.

In terms of patient satisfaction, rated on a scale of 1-5, with 5 being very satisfied, the average grade was 3.9 ± 0.9, Dr. Garden added, with 70% rating ≥ 4.

[embed:render:related:node:268909]

“This is a relatively new device, which uses an approach to help texture changes in wrinkling on the skin in a different fashion than any of the other devices that are currently out there,” Dr. Garden told this news organization after the conference. “I wanted to understand more in depth the different parameters that may impact the outcome” with this device, he added.

The thermomechanical fractional injury device, originally cleared by the US Food and Drug Administration (FDA) in 2021, with a second-generation device cleared in June 2023, deposits heat into the skin, producing controlled thermal injury to promote collagen and elastin production. The device uses only heat, not a laser, which penetrates the skin. A heat sensation on the skin during the procedure can affect patients differently depending on their level of tolerance, Dr. Garden said during his presentation. 

Managing Patient Discomfort

Kachiu C. Lee, MD, MPH, of the Main Line Center for Laser Surgery in Ardmore, Pennsylvania, has used the device in her own practice and found that “it can definitely get a little bit uncomfortable for patients,” she said in an interview after the conference. 

“I would say that as the doctor, my number one priority is to always make sure my patients are comfortable, especially when treating a sensitive area like the eyes,” added Dr. Lee, who was not involved with the study. “I don’t want them to suddenly jump or move from the discomfort when I have a device right next to their eye. I think that the patient comfort is very important to make sure that we’re managing their discomfort so that the procedure is tolerable.”

Lee_Kachiu_C_PA_web.jpg

A version of this article appeared on Medscape.com.

BALTIMORE — Ice packs or topical anesthesia applied to the face before thermomechanical fractional injury therapy to treat wrinkles around the eyes provided satisfactory comfort to the patient during the procedure without sacrificing posttreatment outcomes, a small study of the recently cleared device found.

The study enrolled 12 patients who were undergoing treatment for periorbital rhytides, or wrinkles, around the eyes. Seven of them received topical anesthetic cream 20 minutes before the procedure, while five were given ice packs to self-apply for 5 minutes beforehand. Patients received four treatment sessions with a month between sessions and were then evaluated up to 3 months after their last session. Study results were presented at the annual conference of the American Society for Laser Medicine and Surgery.

“Based on the approach that we had used, which was to keep the device parameters the same for those who received topical anesthetics and those who received ice, when we looked at the pain levels that the patients had relayed to us when we were doing the procedure, we found that both of them were almost exactly the same in terms of discomfort, a level of 3-4 out of 10, with 10 being the highest discomfort level,” lead investigator Jerome M. Garden, MD, said in an interview after the conference.

“In terms of patient satisfaction using a range of 0-5, again it was fairly equivalent” between the two groups, said Dr. Garden, professor of clinical dermatology and biomedical engineering at Northwestern University, Chicago. “And the overall satisfaction rate was high.”

Garden_Jerome_M_IL2_web.jpg

Study Results

The results for the different anesthetic methods were almost identical. Those using ice reported a 0-10 average pain level of 3.95 ± 1.5, while those who received the topical anesthetic reported a pain level of 3.92 ± 1.5. In terms of self-graded improvement at 3-month follow-up, using a scale of 1-4, with 1 representing up to a 25% improvement and 4 a 75%-100% improvement, the patients using ice had a 2.6 ± 0.5 improvement and those using topical cream a 2.8 ± 0.5 improvement, Dr. Garden said during his presentation.

In terms of patient satisfaction, rated on a scale of 1-5, with 5 being very satisfied, the average grade was 3.9 ± 0.9, Dr. Garden added, with 70% rating ≥ 4.

[embed:render:related:node:268909]

“This is a relatively new device, which uses an approach to help texture changes in wrinkling on the skin in a different fashion than any of the other devices that are currently out there,” Dr. Garden told this news organization after the conference. “I wanted to understand more in depth the different parameters that may impact the outcome” with this device, he added.

The thermomechanical fractional injury device, originally cleared by the US Food and Drug Administration (FDA) in 2021, with a second-generation device cleared in June 2023, deposits heat into the skin, producing controlled thermal injury to promote collagen and elastin production. The device uses only heat, not a laser, which penetrates the skin. A heat sensation on the skin during the procedure can affect patients differently depending on their level of tolerance, Dr. Garden said during his presentation. 

Managing Patient Discomfort

Kachiu C. Lee, MD, MPH, of the Main Line Center for Laser Surgery in Ardmore, Pennsylvania, has used the device in her own practice and found that “it can definitely get a little bit uncomfortable for patients,” she said in an interview after the conference. 

“I would say that as the doctor, my number one priority is to always make sure my patients are comfortable, especially when treating a sensitive area like the eyes,” added Dr. Lee, who was not involved with the study. “I don’t want them to suddenly jump or move from the discomfort when I have a device right next to their eye. I think that the patient comfort is very important to make sure that we’re managing their discomfort so that the procedure is tolerable.”

Lee_Kachiu_C_PA_web.jpg

A version of this article appeared on Medscape.com.

BALTIMORE — Ice packs or topical anesthesia applied to the face before thermomechanical fractional injury therapy to treat wrinkles around the eyes provided satisfactory comfort to the patient during the procedure without sacrificing posttreatment outcomes, a small study of the recently cleared device found.

The study enrolled 12 patients who were undergoing treatment for periorbital rhytides, or wrinkles, around the eyes. Seven of them received topical anesthetic cream 20 minutes before the procedure, while five were given ice packs to self-apply for 5 minutes beforehand. Patients received four treatment sessions with a month between sessions and were then evaluated up to 3 months after their last session. Study results were presented at the annual conference of the American Society for Laser Medicine and Surgery.

“Based on the approach that we had used, which was to keep the device parameters the same for those who received topical anesthetics and those who received ice, when we looked at the pain levels that the patients had relayed to us when we were doing the procedure, we found that both of them were almost exactly the same in terms of discomfort, a level of 3-4 out of 10, with 10 being the highest discomfort level,” lead investigator Jerome M. Garden, MD, said in an interview after the conference.

“In terms of patient satisfaction using a range of 0-5, again it was fairly equivalent” between the two groups, said Dr. Garden, professor of clinical dermatology and biomedical engineering at Northwestern University, Chicago. “And the overall satisfaction rate was high.”

Garden_Jerome_M_IL2_web.jpg

Study Results

The results for the different anesthetic methods were almost identical. Those using ice reported a 0-10 average pain level of 3.95 ± 1.5, while those who received the topical anesthetic reported a pain level of 3.92 ± 1.5. In terms of self-graded improvement at 3-month follow-up, using a scale of 1-4, with 1 representing up to a 25% improvement and 4 a 75%-100% improvement, the patients using ice had a 2.6 ± 0.5 improvement and those using topical cream a 2.8 ± 0.5 improvement, Dr. Garden said during his presentation.

In terms of patient satisfaction, rated on a scale of 1-5, with 5 being very satisfied, the average grade was 3.9 ± 0.9, Dr. Garden added, with 70% rating ≥ 4.

[embed:render:related:node:268909]

“This is a relatively new device, which uses an approach to help texture changes in wrinkling on the skin in a different fashion than any of the other devices that are currently out there,” Dr. Garden told this news organization after the conference. “I wanted to understand more in depth the different parameters that may impact the outcome” with this device, he added.

The thermomechanical fractional injury device, originally cleared by the US Food and Drug Administration (FDA) in 2021, with a second-generation device cleared in June 2023, deposits heat into the skin, producing controlled thermal injury to promote collagen and elastin production. The device uses only heat, not a laser, which penetrates the skin. A heat sensation on the skin during the procedure can affect patients differently depending on their level of tolerance, Dr. Garden said during his presentation. 

Managing Patient Discomfort

Kachiu C. Lee, MD, MPH, of the Main Line Center for Laser Surgery in Ardmore, Pennsylvania, has used the device in her own practice and found that “it can definitely get a little bit uncomfortable for patients,” she said in an interview after the conference. 

“I would say that as the doctor, my number one priority is to always make sure my patients are comfortable, especially when treating a sensitive area like the eyes,” added Dr. Lee, who was not involved with the study. “I don’t want them to suddenly jump or move from the discomfort when I have a device right next to their eye. I think that the patient comfort is very important to make sure that we’re managing their discomfort so that the procedure is tolerable.”

Lee_Kachiu_C_PA_web.jpg

A version of this article appeared on Medscape.com.

BALTIMORE — A 2910-nm erbium-doped fluoride glass fiber laser, approved 2 years ago by the US Food and Drug Administration (FDA), has demonstrated a high degree of improvement for facial photoaging and rhytides along with relatively high rates of patient satisfaction — while causing less discomfort and downtime compared with conventional fractional lasers, a small single-center study showed.

The study enrolled 15 patients who had three treatment sessions with the 2910-nm laser. “It’s highly customizable,” the study’s lead author, Taryn Murray, MD, a dermatologist at Cleveland Clinic, told this news organization. “It has a really fast time in healing compared to traditional abatable lasers; the healing time is 5-7 days vs several weeks.” Dr. Murray presented the results at the annual meeting of the American Society for Laser Medicine and Surgery (ASLMS).
 

The Technology Behind the Laser

The 2910-nm erbium-doped fluoride glass fiber laser is a mid-infrared ablative fractional device that operates at peak water absorption. It’s designed to cause minimal residual thermal damage, resulting in less discomfort, shorter downtime, and potentially fewer side effects than conventional ablative lasers, Dr. Murray said.

Murray_Taryn_Ohio_web.jpg

Because of the way the pulses are delivered, “it’s far less painful than traditional fractional ablative lasers, so you can use mainly topical numbing; you don’t need nerve blocks, you don’t have to infiltrate lidocaine, you don’t have to put the patient under anesthesia,” she said.

“Because of the wavelength, how pulses are delivered and how customizable the settings are, it’s safer to use in darker skin types,” and the density, depth, and the amount of coagulation applied into the skin are customizable, Dr. Murray added. 

The laser also delivers pulses in a different way than the conventional 2940-nm erbium and CO₂ lasers, she explained. “Traditional lasers do it all in one pulse. This laser uses micropulses with relaxation time in between pulses, so the body interprets it as less painful and allows pressure and steam to escape out of the channel, which results in faster healing.”

[embed:render:related:node:265602]

The study patients had topical anesthetic cream applied to their faces 45-60 minutes before the procedure. Multiple passes were made using both superficial and deep laser modes. The average patient age was 65.7 years, and Fitzpatrick skin types included I (n = 3), II (n = 3), III (n = 7), and IV (n = 2). On a scale of 0-10, the average level of discomfort was 4.9, and the average patient satisfaction after three treatments was 4.8, Dr. Murray said.

For cosmetic improvement, the study used the 5-point Global Aesthetic Improvement Scale (GAIS). Blinded reviewers evaluated digital images and determined an average GAIS score of 3.2 for overall appearance, 2.9 for wrinkles, 3.6 for pigment, 3.1 for skin texture, and 2.6 for skin laxity. 

When the patients themselves reviewed the digital images, the average GAIS score was 3.8 for overall appearance. 

Side effects, said Dr. Murray, were transient, with edema and soft-tissue crusting lasting 3-5 days and erythema resolving in 1-2 weeks on average. One case of postinflammatory hyperpigmentation (PIH) did arise, which was linked to allergic contact dermatitis from the healing ointment. That patient stayed in the study and had complete resolution of the PIH.

Study Stands Out

A number of studies of the 2910-nm erbium-doped fluoride glass fiber laser have emerged over the past half year, Ritu Swali, MD, who was an American Society of Dermatologic Surgery fellow at a practice in Houston, said in an interview at the meeting. But this one stands out because of the evidence surrounding its use.

Most people are using this laser for facial resurfacing, “and we want to know that we have a technology ... with shorter downtime and easier wound care and just more comfort,” she said.

Swali_Ritu_web.jpg

A version of this article first appeared on Medscape.com.

BALTIMORE — A 2910-nm erbium-doped fluoride glass fiber laser, approved 2 years ago by the US Food and Drug Administration (FDA), has demonstrated a high degree of improvement for facial photoaging and rhytides along with relatively high rates of patient satisfaction — while causing less discomfort and downtime compared with conventional fractional lasers, a small single-center study showed.

The study enrolled 15 patients who had three treatment sessions with the 2910-nm laser. “It’s highly customizable,” the study’s lead author, Taryn Murray, MD, a dermatologist at Cleveland Clinic, told this news organization. “It has a really fast time in healing compared to traditional abatable lasers; the healing time is 5-7 days vs several weeks.” Dr. Murray presented the results at the annual meeting of the American Society for Laser Medicine and Surgery (ASLMS).
 

The Technology Behind the Laser

The 2910-nm erbium-doped fluoride glass fiber laser is a mid-infrared ablative fractional device that operates at peak water absorption. It’s designed to cause minimal residual thermal damage, resulting in less discomfort, shorter downtime, and potentially fewer side effects than conventional ablative lasers, Dr. Murray said.

Murray_Taryn_Ohio_web.jpg

Because of the way the pulses are delivered, “it’s far less painful than traditional fractional ablative lasers, so you can use mainly topical numbing; you don’t need nerve blocks, you don’t have to infiltrate lidocaine, you don’t have to put the patient under anesthesia,” she said.

“Because of the wavelength, how pulses are delivered and how customizable the settings are, it’s safer to use in darker skin types,” and the density, depth, and the amount of coagulation applied into the skin are customizable, Dr. Murray added. 

The laser also delivers pulses in a different way than the conventional 2940-nm erbium and CO₂ lasers, she explained. “Traditional lasers do it all in one pulse. This laser uses micropulses with relaxation time in between pulses, so the body interprets it as less painful and allows pressure and steam to escape out of the channel, which results in faster healing.”

[embed:render:related:node:265602]

The study patients had topical anesthetic cream applied to their faces 45-60 minutes before the procedure. Multiple passes were made using both superficial and deep laser modes. The average patient age was 65.7 years, and Fitzpatrick skin types included I (n = 3), II (n = 3), III (n = 7), and IV (n = 2). On a scale of 0-10, the average level of discomfort was 4.9, and the average patient satisfaction after three treatments was 4.8, Dr. Murray said.

For cosmetic improvement, the study used the 5-point Global Aesthetic Improvement Scale (GAIS). Blinded reviewers evaluated digital images and determined an average GAIS score of 3.2 for overall appearance, 2.9 for wrinkles, 3.6 for pigment, 3.1 for skin texture, and 2.6 for skin laxity. 

When the patients themselves reviewed the digital images, the average GAIS score was 3.8 for overall appearance. 

Side effects, said Dr. Murray, were transient, with edema and soft-tissue crusting lasting 3-5 days and erythema resolving in 1-2 weeks on average. One case of postinflammatory hyperpigmentation (PIH) did arise, which was linked to allergic contact dermatitis from the healing ointment. That patient stayed in the study and had complete resolution of the PIH.

Study Stands Out

A number of studies of the 2910-nm erbium-doped fluoride glass fiber laser have emerged over the past half year, Ritu Swali, MD, who was an American Society of Dermatologic Surgery fellow at a practice in Houston, said in an interview at the meeting. But this one stands out because of the evidence surrounding its use.

Most people are using this laser for facial resurfacing, “and we want to know that we have a technology ... with shorter downtime and easier wound care and just more comfort,” she said.

Swali_Ritu_web.jpg

A version of this article first appeared on Medscape.com.

BALTIMORE — A 2910-nm erbium-doped fluoride glass fiber laser, approved 2 years ago by the US Food and Drug Administration (FDA), has demonstrated a high degree of improvement for facial photoaging and rhytides along with relatively high rates of patient satisfaction — while causing less discomfort and downtime compared with conventional fractional lasers, a small single-center study showed.

The study enrolled 15 patients who had three treatment sessions with the 2910-nm laser. “It’s highly customizable,” the study’s lead author, Taryn Murray, MD, a dermatologist at Cleveland Clinic, told this news organization. “It has a really fast time in healing compared to traditional abatable lasers; the healing time is 5-7 days vs several weeks.” Dr. Murray presented the results at the annual meeting of the American Society for Laser Medicine and Surgery (ASLMS).
 

The Technology Behind the Laser

The 2910-nm erbium-doped fluoride glass fiber laser is a mid-infrared ablative fractional device that operates at peak water absorption. It’s designed to cause minimal residual thermal damage, resulting in less discomfort, shorter downtime, and potentially fewer side effects than conventional ablative lasers, Dr. Murray said.

Murray_Taryn_Ohio_web.jpg

Because of the way the pulses are delivered, “it’s far less painful than traditional fractional ablative lasers, so you can use mainly topical numbing; you don’t need nerve blocks, you don’t have to infiltrate lidocaine, you don’t have to put the patient under anesthesia,” she said.

“Because of the wavelength, how pulses are delivered and how customizable the settings are, it’s safer to use in darker skin types,” and the density, depth, and the amount of coagulation applied into the skin are customizable, Dr. Murray added. 

The laser also delivers pulses in a different way than the conventional 2940-nm erbium and CO₂ lasers, she explained. “Traditional lasers do it all in one pulse. This laser uses micropulses with relaxation time in between pulses, so the body interprets it as less painful and allows pressure and steam to escape out of the channel, which results in faster healing.”

[embed:render:related:node:265602]

The study patients had topical anesthetic cream applied to their faces 45-60 minutes before the procedure. Multiple passes were made using both superficial and deep laser modes. The average patient age was 65.7 years, and Fitzpatrick skin types included I (n = 3), II (n = 3), III (n = 7), and IV (n = 2). On a scale of 0-10, the average level of discomfort was 4.9, and the average patient satisfaction after three treatments was 4.8, Dr. Murray said.

For cosmetic improvement, the study used the 5-point Global Aesthetic Improvement Scale (GAIS). Blinded reviewers evaluated digital images and determined an average GAIS score of 3.2 for overall appearance, 2.9 for wrinkles, 3.6 for pigment, 3.1 for skin texture, and 2.6 for skin laxity. 

When the patients themselves reviewed the digital images, the average GAIS score was 3.8 for overall appearance. 

Side effects, said Dr. Murray, were transient, with edema and soft-tissue crusting lasting 3-5 days and erythema resolving in 1-2 weeks on average. One case of postinflammatory hyperpigmentation (PIH) did arise, which was linked to allergic contact dermatitis from the healing ointment. That patient stayed in the study and had complete resolution of the PIH.

Study Stands Out

A number of studies of the 2910-nm erbium-doped fluoride glass fiber laser have emerged over the past half year, Ritu Swali, MD, who was an American Society of Dermatologic Surgery fellow at a practice in Houston, said in an interview at the meeting. But this one stands out because of the evidence surrounding its use.

Most people are using this laser for facial resurfacing, “and we want to know that we have a technology ... with shorter downtime and easier wound care and just more comfort,” she said.

Swali_Ritu_web.jpg

A version of this article first appeared on Medscape.com.

BALTIMORE — A relatively new registry of complications from dermatologic surgery has posted its first results, showing that among laser and energy device treatments, the most common adverse events (AEs) were blistering, hypopigmentation, scars, and burns. But the process of reporting AEs to the registry needs to be made easier to attract more cases and provide a more complete picture of complications after dermatologic procedures, a researcher and observer said.

The Cutaneous Procedures Adverse Events Reporting Registry (CAPER) was established in 2021 to track AEs from dermatologic procedures. Since then, it has logged a total of 81 cases and 147 AEs from 27 unique procedures, Eric Koza, MD, a postdoctoral research fellow in the Department of Dermatology at Northwestern University, Chicago, reported at the annual conference of the American Society for Laser Medicine and Surgery.

Koza_Eric_Illinois_web.jpg

“The takeaways from this project is that 20 laser and energy device treatments have been reported to the registry, half of which were nonablative laser treatments,” Dr. Koza said in presenting the results. “Of the adverse events reported, nonphysicians and non-dermatologic physicians were more likely to be associated with severe or persistent adverse events.”

[embed:render:related:node:262554]

The American Society for Dermatologic Surgery Association and the Northwestern University Department of Dermatology launched CAPER. Previously, Dr. Koza said, AEs were typically reported only through the Food and Drug Administration’s AE reporting system. He noted that CAPER is the only voluntary national reporting registry for AEs from dermatologic procedures.

What the Registry Shows So Far

The registry matched 72 of the 81 cases with type of provider, with dermatologist-conducted procedures (51, 70.8%) comprising the majority, followed by nonphysician-conducted procedures (14, 19.4%) and nondermatologist physician–conducted procedures (7, 9.7%).

Of the 81 total cases, the following reports were related to laser and energy device treatments: 12 (14.3%) from nonablative laser treatments, five (6%) from light treatments, and three (3.6%) from ablative laser treatments, Dr. Koza said.

Among nonablative laser treatments, the most common AE was blistering (six reports, 50%). Scar, pain, and hypopigmentation accounted for two cases each (16.67%). Dermatologists performed seven of these cases (58.3%); nonphysicians, four (33.3%); and a non-dermatologist physician, one (8.3%).

For intense pulsed-light treatments, burns were the most common AEs (three reports, 60%), with swelling and inflammation each accounting for one case (20%). Three of these cases (75%) were confirmed to have been performed by nonphysicians.

The ablative laser treatment AEs included one case each of hypopigmentation, scar, and erythema. Two of the three cases were confirmed to have been performed by dermatologists.

Dr. Koza acknowledged the low number of cases is a limitation of this analysis of registry reports. A future goal for CAPER is to publicize it more, he said. “The registry is only 3 years old,” he told this news organization. “Hopefully, we can get more data as time goes on. We’ve been getting more and more each year.” CAPER adapted data entry forms used in other registries.

Submitting a case to the registry takes about 15 minutes of the provider’s time, Dr. Koza said. “We can streamline that to make it easier for people to submit their adverse events,” he said in an interview.

Only registry staff have access to the reports, and when reported, the data “is de-identified and any identifying information pertaining to the patient or reporter is removed,” according to a statement on the CAPER website.
 

‘Needs a Little Help’

Jennifer Lin, MD, a dermatologist at Brigham and Women’s Hospital and Dana-Farber Cancer Institute in Boston, who was at the meeting, commented on the onerous reporting process and the “low” enrollment. “It’s such an important initiative and with everyone over-logging e-mails, a 15-minute entry just is not going to cut it,” she told this news organization.

For providers, reporting AEs is stressful, she said. “As it is, it’s hard to voluntarily submit an adverse event,” Dr. Lin continued. “There’s a feeling of shame. Hospitals require it in order to monitor adverse events, but there’s no monitoring when you’re out in your own private practice.”

“The idea is excellent, but I think to facilitate better enrollment, the word has to get out at all these meetings” and make it easier to submit cases, Dr. Lin added. “It’s a good idea, but it needs a little help.”

Information on submitting AE reports to CAPER is available on the CAPER website.

Dr. Koza and Dr. Lin had no relevant relationships to disclose.

A version of this article first appeared on Medscape.com.

BALTIMORE — A relatively new registry of complications from dermatologic surgery has posted its first results, showing that among laser and energy device treatments, the most common adverse events (AEs) were blistering, hypopigmentation, scars, and burns. But the process of reporting AEs to the registry needs to be made easier to attract more cases and provide a more complete picture of complications after dermatologic procedures, a researcher and observer said.

The Cutaneous Procedures Adverse Events Reporting Registry (CAPER) was established in 2021 to track AEs from dermatologic procedures. Since then, it has logged a total of 81 cases and 147 AEs from 27 unique procedures, Eric Koza, MD, a postdoctoral research fellow in the Department of Dermatology at Northwestern University, Chicago, reported at the annual conference of the American Society for Laser Medicine and Surgery.

Koza_Eric_Illinois_web.jpg

“The takeaways from this project is that 20 laser and energy device treatments have been reported to the registry, half of which were nonablative laser treatments,” Dr. Koza said in presenting the results. “Of the adverse events reported, nonphysicians and non-dermatologic physicians were more likely to be associated with severe or persistent adverse events.”

[embed:render:related:node:262554]

The American Society for Dermatologic Surgery Association and the Northwestern University Department of Dermatology launched CAPER. Previously, Dr. Koza said, AEs were typically reported only through the Food and Drug Administration’s AE reporting system. He noted that CAPER is the only voluntary national reporting registry for AEs from dermatologic procedures.

What the Registry Shows So Far

The registry matched 72 of the 81 cases with type of provider, with dermatologist-conducted procedures (51, 70.8%) comprising the majority, followed by nonphysician-conducted procedures (14, 19.4%) and nondermatologist physician–conducted procedures (7, 9.7%).

Of the 81 total cases, the following reports were related to laser and energy device treatments: 12 (14.3%) from nonablative laser treatments, five (6%) from light treatments, and three (3.6%) from ablative laser treatments, Dr. Koza said.

Among nonablative laser treatments, the most common AE was blistering (six reports, 50%). Scar, pain, and hypopigmentation accounted for two cases each (16.67%). Dermatologists performed seven of these cases (58.3%); nonphysicians, four (33.3%); and a non-dermatologist physician, one (8.3%).

For intense pulsed-light treatments, burns were the most common AEs (three reports, 60%), with swelling and inflammation each accounting for one case (20%). Three of these cases (75%) were confirmed to have been performed by nonphysicians.

The ablative laser treatment AEs included one case each of hypopigmentation, scar, and erythema. Two of the three cases were confirmed to have been performed by dermatologists.

Dr. Koza acknowledged the low number of cases is a limitation of this analysis of registry reports. A future goal for CAPER is to publicize it more, he said. “The registry is only 3 years old,” he told this news organization. “Hopefully, we can get more data as time goes on. We’ve been getting more and more each year.” CAPER adapted data entry forms used in other registries.

Submitting a case to the registry takes about 15 minutes of the provider’s time, Dr. Koza said. “We can streamline that to make it easier for people to submit their adverse events,” he said in an interview.

Only registry staff have access to the reports, and when reported, the data “is de-identified and any identifying information pertaining to the patient or reporter is removed,” according to a statement on the CAPER website.
 

‘Needs a Little Help’

Jennifer Lin, MD, a dermatologist at Brigham and Women’s Hospital and Dana-Farber Cancer Institute in Boston, who was at the meeting, commented on the onerous reporting process and the “low” enrollment. “It’s such an important initiative and with everyone over-logging e-mails, a 15-minute entry just is not going to cut it,” she told this news organization.

For providers, reporting AEs is stressful, she said. “As it is, it’s hard to voluntarily submit an adverse event,” Dr. Lin continued. “There’s a feeling of shame. Hospitals require it in order to monitor adverse events, but there’s no monitoring when you’re out in your own private practice.”

“The idea is excellent, but I think to facilitate better enrollment, the word has to get out at all these meetings” and make it easier to submit cases, Dr. Lin added. “It’s a good idea, but it needs a little help.”

Information on submitting AE reports to CAPER is available on the CAPER website.

Dr. Koza and Dr. Lin had no relevant relationships to disclose.

A version of this article first appeared on Medscape.com.

BALTIMORE — A relatively new registry of complications from dermatologic surgery has posted its first results, showing that among laser and energy device treatments, the most common adverse events (AEs) were blistering, hypopigmentation, scars, and burns. But the process of reporting AEs to the registry needs to be made easier to attract more cases and provide a more complete picture of complications after dermatologic procedures, a researcher and observer said.

The Cutaneous Procedures Adverse Events Reporting Registry (CAPER) was established in 2021 to track AEs from dermatologic procedures. Since then, it has logged a total of 81 cases and 147 AEs from 27 unique procedures, Eric Koza, MD, a postdoctoral research fellow in the Department of Dermatology at Northwestern University, Chicago, reported at the annual conference of the American Society for Laser Medicine and Surgery.

Koza_Eric_Illinois_web.jpg

“The takeaways from this project is that 20 laser and energy device treatments have been reported to the registry, half of which were nonablative laser treatments,” Dr. Koza said in presenting the results. “Of the adverse events reported, nonphysicians and non-dermatologic physicians were more likely to be associated with severe or persistent adverse events.”

[embed:render:related:node:262554]

The American Society for Dermatologic Surgery Association and the Northwestern University Department of Dermatology launched CAPER. Previously, Dr. Koza said, AEs were typically reported only through the Food and Drug Administration’s AE reporting system. He noted that CAPER is the only voluntary national reporting registry for AEs from dermatologic procedures.

What the Registry Shows So Far

The registry matched 72 of the 81 cases with type of provider, with dermatologist-conducted procedures (51, 70.8%) comprising the majority, followed by nonphysician-conducted procedures (14, 19.4%) and nondermatologist physician–conducted procedures (7, 9.7%).

Of the 81 total cases, the following reports were related to laser and energy device treatments: 12 (14.3%) from nonablative laser treatments, five (6%) from light treatments, and three (3.6%) from ablative laser treatments, Dr. Koza said.

Among nonablative laser treatments, the most common AE was blistering (six reports, 50%). Scar, pain, and hypopigmentation accounted for two cases each (16.67%). Dermatologists performed seven of these cases (58.3%); nonphysicians, four (33.3%); and a non-dermatologist physician, one (8.3%).

For intense pulsed-light treatments, burns were the most common AEs (three reports, 60%), with swelling and inflammation each accounting for one case (20%). Three of these cases (75%) were confirmed to have been performed by nonphysicians.

The ablative laser treatment AEs included one case each of hypopigmentation, scar, and erythema. Two of the three cases were confirmed to have been performed by dermatologists.

Dr. Koza acknowledged the low number of cases is a limitation of this analysis of registry reports. A future goal for CAPER is to publicize it more, he said. “The registry is only 3 years old,” he told this news organization. “Hopefully, we can get more data as time goes on. We’ve been getting more and more each year.” CAPER adapted data entry forms used in other registries.

Submitting a case to the registry takes about 15 minutes of the provider’s time, Dr. Koza said. “We can streamline that to make it easier for people to submit their adverse events,” he said in an interview.

Only registry staff have access to the reports, and when reported, the data “is de-identified and any identifying information pertaining to the patient or reporter is removed,” according to a statement on the CAPER website.
 

‘Needs a Little Help’

Jennifer Lin, MD, a dermatologist at Brigham and Women’s Hospital and Dana-Farber Cancer Institute in Boston, who was at the meeting, commented on the onerous reporting process and the “low” enrollment. “It’s such an important initiative and with everyone over-logging e-mails, a 15-minute entry just is not going to cut it,” she told this news organization.

For providers, reporting AEs is stressful, she said. “As it is, it’s hard to voluntarily submit an adverse event,” Dr. Lin continued. “There’s a feeling of shame. Hospitals require it in order to monitor adverse events, but there’s no monitoring when you’re out in your own private practice.”

“The idea is excellent, but I think to facilitate better enrollment, the word has to get out at all these meetings” and make it easier to submit cases, Dr. Lin added. “It’s a good idea, but it needs a little help.”

Information on submitting AE reports to CAPER is available on the CAPER website.

Dr. Koza and Dr. Lin had no relevant relationships to disclose.

A version of this article first appeared on Medscape.com.

BALTIMORE — Laser treatment for solar lentigines in individuals with darker skin types has long been associated with a higher risk of postinflammatory hyperpigmentation (PIH), but a small study in Thailand has shown the 532-nm picosecond laser with a fractional beam microlens array (MLA) had a significantly lower incidence of PIH than the full-beam treatment without MLA.

The study enrolled 27 patients with solar lentigines and Fitzpatrick skin types (FSTs) III-IV, Woraphong Manuskiatti, MD, professor of dermatology at Siriraj Hospital, Mahidol University, Bangkok, reported at the annual meeting of the American Society for Laser Medicine and Surgery. They received the fractional beam treatment on one side of the face and the full-beam on the other side. At 6 months, the incidence of PIH was about 81% lower on the fractional-beam side, Dr. Manuskiatti said.

“In the past, when we used laser to treat pigmented lesions, we used the so-called full-beam technique on the pigmented area,” Dr. Manuskiatti told this news organization. “From the study, we found that you don’t need to treat it at 100%. You can fractionally treat the pigmented lesion and get a really comparable treatment outcome and, at that reduced beam, less incidence of postinflammatory hyperpigmentation.”
 

Study Design and Results

Of the 27 patients in the study, 12 were FST III (44%), 14 were FST IV (52%), and one was FST V (4%). On the fractional-beam side, the laser was delivered through a 9-mm spot size with an average fluence of 0.47 J/cm² at a frequency of 2 Hz for a total of two passes without pulse overlapping. On the full-beam side, the laser was operated with a 4.5-mm handpiece, with fluence ranging from 0.3 to 0.7 J/cm² (using an endpoint of slight darkening of the pigmented lesion) at 2 Hz.

The patients received a single treatment and had a clinical evaluation and color reading assessments at 2 weeks, 1 month, 3 months, and 6 months after the treatment. Twenty-five patients completed the study.

The researchers found no statistically significant differences in lesional clearance between the two techniques at any of the follow-up assessments, Dr. Manuskiatti said. “This might be one of the alternative treatments of treating solar lentigines in dark-skinned patients,” he said when presenting the study results.

He reported the rates of PIH on the full-beam and fractional-beam sides, respectively, at the following intervals were: 64% and 8% at 2 weeks, 80% and 32% at 1 month, 96% and 36% at 3 months, and 88% and 16% at 6 months.

“The incidence of PIH on the full-beam side was statistically higher than that on the fractional-beam side throughout the follow-up period,” he said. Transient and mild hypopigmentation was observed in one patient (4%) on the fractional-beam side and in five (20%) on the full-beam side. Dr. Manuskiatti added that no other adverse effects were documented during the study.

“ Normally when you use laser to treat skin type I or II, you don’t have … PIH or darkening of the skin,” Dr. Manuskiatti told this news organization, “but when you have skin type III and above, you run into a really high incidence of postinflammatory hyperpigmentation — and treating that with fractional beam can lead to a reduced incidence of darkening of the skin afterward.”
 

A Lower-Cost Option

This study showed that the 532-nm picosecond laser with fractional beam MLA is a useful option for patients with darker skin types, Kelly Stankiewicz, MD, a dermatologist who practices in Park City, Utah, and moderated the session where these results were presented, told this news organization.

“The most challenging thing about treating lentigines in darker skin types is preventing potential side effects, mainly dyspigmentation,” she said after the meeting. “These side effects are, for the most part, temporary, but they can take 6-18 months to resolve, so it’s important to prevent them in the first place.”

She noted that the 532-nm and 1064-nm wavelengths are the most commonly available for picosecond lasers and that they’re easier to produce and less expensive. “There are picosecond lasers with middle wavelengths in the red light to near-infrared range (650-785 nm) that are better for darker skin types because they are more gentle yet still effective at targeting pigment, but these lasers are more expensive and less widely available,” Dr. Stankiewicz said. 

“The microlens array, used in this study with the 532-nm wavelength, is an inexpensive piece that fits at the end of the laser,” she added. “So, to have an option that turns a 532-nm laser into a safer device for the treatment of lentigines in darker skin types is very helpful.”

Dr. Manuskiatti and Dr. Stankiewicz had no relevant disclosures to report.
 

A version of this article first appeared on Medscape.com.

BALTIMORE — Laser treatment for solar lentigines in individuals with darker skin types has long been associated with a higher risk of postinflammatory hyperpigmentation (PIH), but a small study in Thailand has shown the 532-nm picosecond laser with a fractional beam microlens array (MLA) had a significantly lower incidence of PIH than the full-beam treatment without MLA.

The study enrolled 27 patients with solar lentigines and Fitzpatrick skin types (FSTs) III-IV, Woraphong Manuskiatti, MD, professor of dermatology at Siriraj Hospital, Mahidol University, Bangkok, reported at the annual meeting of the American Society for Laser Medicine and Surgery. They received the fractional beam treatment on one side of the face and the full-beam on the other side. At 6 months, the incidence of PIH was about 81% lower on the fractional-beam side, Dr. Manuskiatti said.

“In the past, when we used laser to treat pigmented lesions, we used the so-called full-beam technique on the pigmented area,” Dr. Manuskiatti told this news organization. “From the study, we found that you don’t need to treat it at 100%. You can fractionally treat the pigmented lesion and get a really comparable treatment outcome and, at that reduced beam, less incidence of postinflammatory hyperpigmentation.”
 

Study Design and Results

Of the 27 patients in the study, 12 were FST III (44%), 14 were FST IV (52%), and one was FST V (4%). On the fractional-beam side, the laser was delivered through a 9-mm spot size with an average fluence of 0.47 J/cm² at a frequency of 2 Hz for a total of two passes without pulse overlapping. On the full-beam side, the laser was operated with a 4.5-mm handpiece, with fluence ranging from 0.3 to 0.7 J/cm² (using an endpoint of slight darkening of the pigmented lesion) at 2 Hz.

The patients received a single treatment and had a clinical evaluation and color reading assessments at 2 weeks, 1 month, 3 months, and 6 months after the treatment. Twenty-five patients completed the study.

The researchers found no statistically significant differences in lesional clearance between the two techniques at any of the follow-up assessments, Dr. Manuskiatti said. “This might be one of the alternative treatments of treating solar lentigines in dark-skinned patients,” he said when presenting the study results.

He reported the rates of PIH on the full-beam and fractional-beam sides, respectively, at the following intervals were: 64% and 8% at 2 weeks, 80% and 32% at 1 month, 96% and 36% at 3 months, and 88% and 16% at 6 months.

“The incidence of PIH on the full-beam side was statistically higher than that on the fractional-beam side throughout the follow-up period,” he said. Transient and mild hypopigmentation was observed in one patient (4%) on the fractional-beam side and in five (20%) on the full-beam side. Dr. Manuskiatti added that no other adverse effects were documented during the study.

“ Normally when you use laser to treat skin type I or II, you don’t have … PIH or darkening of the skin,” Dr. Manuskiatti told this news organization, “but when you have skin type III and above, you run into a really high incidence of postinflammatory hyperpigmentation — and treating that with fractional beam can lead to a reduced incidence of darkening of the skin afterward.”
 

A Lower-Cost Option

This study showed that the 532-nm picosecond laser with fractional beam MLA is a useful option for patients with darker skin types, Kelly Stankiewicz, MD, a dermatologist who practices in Park City, Utah, and moderated the session where these results were presented, told this news organization.

“The most challenging thing about treating lentigines in darker skin types is preventing potential side effects, mainly dyspigmentation,” she said after the meeting. “These side effects are, for the most part, temporary, but they can take 6-18 months to resolve, so it’s important to prevent them in the first place.”

She noted that the 532-nm and 1064-nm wavelengths are the most commonly available for picosecond lasers and that they’re easier to produce and less expensive. “There are picosecond lasers with middle wavelengths in the red light to near-infrared range (650-785 nm) that are better for darker skin types because they are more gentle yet still effective at targeting pigment, but these lasers are more expensive and less widely available,” Dr. Stankiewicz said. 

“The microlens array, used in this study with the 532-nm wavelength, is an inexpensive piece that fits at the end of the laser,” she added. “So, to have an option that turns a 532-nm laser into a safer device for the treatment of lentigines in darker skin types is very helpful.”

Dr. Manuskiatti and Dr. Stankiewicz had no relevant disclosures to report.
 

A version of this article first appeared on Medscape.com.

BALTIMORE — Laser treatment for solar lentigines in individuals with darker skin types has long been associated with a higher risk of postinflammatory hyperpigmentation (PIH), but a small study in Thailand has shown the 532-nm picosecond laser with a fractional beam microlens array (MLA) had a significantly lower incidence of PIH than the full-beam treatment without MLA.

The study enrolled 27 patients with solar lentigines and Fitzpatrick skin types (FSTs) III-IV, Woraphong Manuskiatti, MD, professor of dermatology at Siriraj Hospital, Mahidol University, Bangkok, reported at the annual meeting of the American Society for Laser Medicine and Surgery. They received the fractional beam treatment on one side of the face and the full-beam on the other side. At 6 months, the incidence of PIH was about 81% lower on the fractional-beam side, Dr. Manuskiatti said.

“In the past, when we used laser to treat pigmented lesions, we used the so-called full-beam technique on the pigmented area,” Dr. Manuskiatti told this news organization. “From the study, we found that you don’t need to treat it at 100%. You can fractionally treat the pigmented lesion and get a really comparable treatment outcome and, at that reduced beam, less incidence of postinflammatory hyperpigmentation.”
 

Study Design and Results

Of the 27 patients in the study, 12 were FST III (44%), 14 were FST IV (52%), and one was FST V (4%). On the fractional-beam side, the laser was delivered through a 9-mm spot size with an average fluence of 0.47 J/cm² at a frequency of 2 Hz for a total of two passes without pulse overlapping. On the full-beam side, the laser was operated with a 4.5-mm handpiece, with fluence ranging from 0.3 to 0.7 J/cm² (using an endpoint of slight darkening of the pigmented lesion) at 2 Hz.

The patients received a single treatment and had a clinical evaluation and color reading assessments at 2 weeks, 1 month, 3 months, and 6 months after the treatment. Twenty-five patients completed the study.

The researchers found no statistically significant differences in lesional clearance between the two techniques at any of the follow-up assessments, Dr. Manuskiatti said. “This might be one of the alternative treatments of treating solar lentigines in dark-skinned patients,” he said when presenting the study results.

He reported the rates of PIH on the full-beam and fractional-beam sides, respectively, at the following intervals were: 64% and 8% at 2 weeks, 80% and 32% at 1 month, 96% and 36% at 3 months, and 88% and 16% at 6 months.

“The incidence of PIH on the full-beam side was statistically higher than that on the fractional-beam side throughout the follow-up period,” he said. Transient and mild hypopigmentation was observed in one patient (4%) on the fractional-beam side and in five (20%) on the full-beam side. Dr. Manuskiatti added that no other adverse effects were documented during the study.

“ Normally when you use laser to treat skin type I or II, you don’t have … PIH or darkening of the skin,” Dr. Manuskiatti told this news organization, “but when you have skin type III and above, you run into a really high incidence of postinflammatory hyperpigmentation — and treating that with fractional beam can lead to a reduced incidence of darkening of the skin afterward.”
 

A Lower-Cost Option

This study showed that the 532-nm picosecond laser with fractional beam MLA is a useful option for patients with darker skin types, Kelly Stankiewicz, MD, a dermatologist who practices in Park City, Utah, and moderated the session where these results were presented, told this news organization.

“The most challenging thing about treating lentigines in darker skin types is preventing potential side effects, mainly dyspigmentation,” she said after the meeting. “These side effects are, for the most part, temporary, but they can take 6-18 months to resolve, so it’s important to prevent them in the first place.”

She noted that the 532-nm and 1064-nm wavelengths are the most commonly available for picosecond lasers and that they’re easier to produce and less expensive. “There are picosecond lasers with middle wavelengths in the red light to near-infrared range (650-785 nm) that are better for darker skin types because they are more gentle yet still effective at targeting pigment, but these lasers are more expensive and less widely available,” Dr. Stankiewicz said. 

“The microlens array, used in this study with the 532-nm wavelength, is an inexpensive piece that fits at the end of the laser,” she added. “So, to have an option that turns a 532-nm laser into a safer device for the treatment of lentigines in darker skin types is very helpful.”

Dr. Manuskiatti and Dr. Stankiewicz had no relevant disclosures to report.
 

A version of this article first appeared on Medscape.com.

BALTIMORE — Patients who have complications after dermatologic cosmetic procedures are prone to high rates of a host of mental health issues, ranging from anxiety disorder and depression to body dysmorphic disorder (BDD) and posttraumatic stress disorder (PTSD), according to a survey-based study of patients with dermatology-related complications. 

The study used an anonymous 40-question survey circulated to a Facebook cosmetic complication support group. Seventy-one of 100 individuals completed the questionnaire, reporting significantly higher rates of mental health issues after their complications than before. Results were presented at the annual conference of the American Society for Laser Medicine and Surgery (ASLMS). Almost all the survey respondents (99%) were female, with 61% aged 25-44 years and 34% aged 45-64 years.

Murray_Taryn_Ohio_web.jpg

“Cosmetic procedures have increased over the past decade, with procedures being increasingly performed by an evolving variety of providers,” the study’s lead author, Taryn Murray, MD, a dermatologist at Cleveland Clinic, Cleveland, Ohio, told this news organization. “Appropriate patient assessment and counseling and proper procedure technique are important for obtaining safe and effective results. Complications may not only impact patients physically but can also be harmful to their mental health.”
 

Rise in Mental Health Issues

The study found that before respondents had the treatment that led to their complications, 16% reported a history of generalized anxiety disorder, 15% a history of depression, and 1% a history of either BDD or PTSD. Following the complication, 50% reported a positive depression screening, 63% a positive BDD Questionnaire – Dermatology Version, and 63% a positive Primary Care PTSD screen, Dr. Murray said. “Almost half of respondents (46%) reported thinking about their complication for more than 3 hours a day,” she said in presenting the results. 

Dr. Murray said the idea for the study grew out of her experience as a fellow working with Paul Friedman, MD, at the Dermatology and Laser Surgery Center at University of Texas Health in Houston.

“We were seeing a lot of complications,” Dr. Murray said in an interview. “Some of these were local. Some of these patients were flying in from out-of-state looking for help with the complication, and we could see what a mental and emotional burden this put on these patients. They were routinely in the office in tears saying it was interfering with their daily life, it was interfering with their job, saying they were going to lose their job, all because they were so distressed over what was happening to them.”

Yet, the research into psychological distress in patients with dermatologic complications is minimal, Dr. Murray added. “We think that body dysmorphic disorder is prevalent for patients seeking dermatology or plastic surgery services, but I don’t think either of the specialties do a great job in screening people for that when they come for treatment, so I think a lot of it goes undiagnosed. There’s been a trend looking at more at complications lately, but there’s been a gap in the literature.”

The treatments the patients in the survey had were microneedling with radiofrequency (29%), laser (24%), ultrasound for skin tightening (11%), radiofrequency for skin tightening (11%), microneedling (4%), chemical peel (3%), body contouring/sculpting (1%), and “other” (17%).

The study found that the largest share of procedures, 47%, were done by an esthetician/laser technician, followed by a nondermatologist physician (17%), a board-certified dermatologist (14%), an advanced practice provider (12%), and “other” (10%).

Self-reported complications included scarring (38%), hyperpigmentation (26%), erythema (24%), burn (23%), blisters (11%), and hypopigmentation (3%); 71% characterized their complications as “other,” and one respondent reported multiple complications.

“Respondents said they were satisfied with the previous cosmetic care they received,” Dr. Murray said during her presentation at the meeting. “And there was a consensus among the respondents that they did not feel adequately counseled on the risks of the procedure and that it did not meet their expectations and anticipated outcome.”
 

Take-Home Lesson

The lesson here is that practitioners who perform cosmetic procedures should be well-versed in the task and potential complications, Dr. Murray said in the interview. “If you’re going to be doing a procedure, make sure you know the proper techniques, the proper endpoints, and how to treat if you’re to have a complication,” she said. “If you don’t know how to treat a complication from the device, then you should think twice about using it.”

She also suggested screening patients for potentially undiagnosed mental health disorders. “It can play a role in the initial consultation and potentially any after-care they might need if there is a complication,” she said. “We may not have the adequate tools at this time to know how to best handle these patients and these scenarios, but hopefully my abstract will shed a little more light on it.”

She said she hopes her findings lead to more research in the future.

Asked to comment on the study, Jennifer Lin, MD, assistant professor of dermatology at Brigham and Women’s Hospital and Dana Farber Cancer Institute in Boston, Massachusetts, said one finding of the study stood out to her. “ I was very surprised from her dataset that patients think about it more than 3 hours a day,” she told this news organization. “That’s really significant. We talk about the side effects, but we don’t necessarily talk about the burden of how long the recovery will be or the psychological burden of potentially dealing with it.”

[embed:render:related:node:262554]

She noted that “there’s a bit of movement” toward developing guidelines for laser treatments, which would address the risk of complications. “That’s the goal: To have better guidelines to avoid these complications in the first place,” Dr. Lin said.

The study findings also point to a need for “premonitoring” individuals before procedures, she added. “We talked about patient selection and make sure someone doesn’t have body dysmorphic disorder, but we don’t formally screen for it,” she said. “We don’t our train our residents to screen for it. And I think doing more pre- and post-testing of how people are affected by laser treatment is going to become more important.”

Dr. Murray disclosed relationships with R2 Technologies. Dr. Lin had no relationships to disclose.

A version of this article appeared on Medscape.com.

BALTIMORE — Patients who have complications after dermatologic cosmetic procedures are prone to high rates of a host of mental health issues, ranging from anxiety disorder and depression to body dysmorphic disorder (BDD) and posttraumatic stress disorder (PTSD), according to a survey-based study of patients with dermatology-related complications. 

The study used an anonymous 40-question survey circulated to a Facebook cosmetic complication support group. Seventy-one of 100 individuals completed the questionnaire, reporting significantly higher rates of mental health issues after their complications than before. Results were presented at the annual conference of the American Society for Laser Medicine and Surgery (ASLMS). Almost all the survey respondents (99%) were female, with 61% aged 25-44 years and 34% aged 45-64 years.

Murray_Taryn_Ohio_web.jpg

“Cosmetic procedures have increased over the past decade, with procedures being increasingly performed by an evolving variety of providers,” the study’s lead author, Taryn Murray, MD, a dermatologist at Cleveland Clinic, Cleveland, Ohio, told this news organization. “Appropriate patient assessment and counseling and proper procedure technique are important for obtaining safe and effective results. Complications may not only impact patients physically but can also be harmful to their mental health.”
 

Rise in Mental Health Issues

The study found that before respondents had the treatment that led to their complications, 16% reported a history of generalized anxiety disorder, 15% a history of depression, and 1% a history of either BDD or PTSD. Following the complication, 50% reported a positive depression screening, 63% a positive BDD Questionnaire – Dermatology Version, and 63% a positive Primary Care PTSD screen, Dr. Murray said. “Almost half of respondents (46%) reported thinking about their complication for more than 3 hours a day,” she said in presenting the results. 

Dr. Murray said the idea for the study grew out of her experience as a fellow working with Paul Friedman, MD, at the Dermatology and Laser Surgery Center at University of Texas Health in Houston.

“We were seeing a lot of complications,” Dr. Murray said in an interview. “Some of these were local. Some of these patients were flying in from out-of-state looking for help with the complication, and we could see what a mental and emotional burden this put on these patients. They were routinely in the office in tears saying it was interfering with their daily life, it was interfering with their job, saying they were going to lose their job, all because they were so distressed over what was happening to them.”

Yet, the research into psychological distress in patients with dermatologic complications is minimal, Dr. Murray added. “We think that body dysmorphic disorder is prevalent for patients seeking dermatology or plastic surgery services, but I don’t think either of the specialties do a great job in screening people for that when they come for treatment, so I think a lot of it goes undiagnosed. There’s been a trend looking at more at complications lately, but there’s been a gap in the literature.”

The treatments the patients in the survey had were microneedling with radiofrequency (29%), laser (24%), ultrasound for skin tightening (11%), radiofrequency for skin tightening (11%), microneedling (4%), chemical peel (3%), body contouring/sculpting (1%), and “other” (17%).

The study found that the largest share of procedures, 47%, were done by an esthetician/laser technician, followed by a nondermatologist physician (17%), a board-certified dermatologist (14%), an advanced practice provider (12%), and “other” (10%).

Self-reported complications included scarring (38%), hyperpigmentation (26%), erythema (24%), burn (23%), blisters (11%), and hypopigmentation (3%); 71% characterized their complications as “other,” and one respondent reported multiple complications.

“Respondents said they were satisfied with the previous cosmetic care they received,” Dr. Murray said during her presentation at the meeting. “And there was a consensus among the respondents that they did not feel adequately counseled on the risks of the procedure and that it did not meet their expectations and anticipated outcome.”
 

Take-Home Lesson

The lesson here is that practitioners who perform cosmetic procedures should be well-versed in the task and potential complications, Dr. Murray said in the interview. “If you’re going to be doing a procedure, make sure you know the proper techniques, the proper endpoints, and how to treat if you’re to have a complication,” she said. “If you don’t know how to treat a complication from the device, then you should think twice about using it.”

She also suggested screening patients for potentially undiagnosed mental health disorders. “It can play a role in the initial consultation and potentially any after-care they might need if there is a complication,” she said. “We may not have the adequate tools at this time to know how to best handle these patients and these scenarios, but hopefully my abstract will shed a little more light on it.”

She said she hopes her findings lead to more research in the future.

Asked to comment on the study, Jennifer Lin, MD, assistant professor of dermatology at Brigham and Women’s Hospital and Dana Farber Cancer Institute in Boston, Massachusetts, said one finding of the study stood out to her. “ I was very surprised from her dataset that patients think about it more than 3 hours a day,” she told this news organization. “That’s really significant. We talk about the side effects, but we don’t necessarily talk about the burden of how long the recovery will be or the psychological burden of potentially dealing with it.”

[embed:render:related:node:262554]

She noted that “there’s a bit of movement” toward developing guidelines for laser treatments, which would address the risk of complications. “That’s the goal: To have better guidelines to avoid these complications in the first place,” Dr. Lin said.

The study findings also point to a need for “premonitoring” individuals before procedures, she added. “We talked about patient selection and make sure someone doesn’t have body dysmorphic disorder, but we don’t formally screen for it,” she said. “We don’t our train our residents to screen for it. And I think doing more pre- and post-testing of how people are affected by laser treatment is going to become more important.”

Dr. Murray disclosed relationships with R2 Technologies. Dr. Lin had no relationships to disclose.

A version of this article appeared on Medscape.com.

BALTIMORE — Patients who have complications after dermatologic cosmetic procedures are prone to high rates of a host of mental health issues, ranging from anxiety disorder and depression to body dysmorphic disorder (BDD) and posttraumatic stress disorder (PTSD), according to a survey-based study of patients with dermatology-related complications. 

The study used an anonymous 40-question survey circulated to a Facebook cosmetic complication support group. Seventy-one of 100 individuals completed the questionnaire, reporting significantly higher rates of mental health issues after their complications than before. Results were presented at the annual conference of the American Society for Laser Medicine and Surgery (ASLMS). Almost all the survey respondents (99%) were female, with 61% aged 25-44 years and 34% aged 45-64 years.

Murray_Taryn_Ohio_web.jpg

“Cosmetic procedures have increased over the past decade, with procedures being increasingly performed by an evolving variety of providers,” the study’s lead author, Taryn Murray, MD, a dermatologist at Cleveland Clinic, Cleveland, Ohio, told this news organization. “Appropriate patient assessment and counseling and proper procedure technique are important for obtaining safe and effective results. Complications may not only impact patients physically but can also be harmful to their mental health.”
 

Rise in Mental Health Issues

The study found that before respondents had the treatment that led to their complications, 16% reported a history of generalized anxiety disorder, 15% a history of depression, and 1% a history of either BDD or PTSD. Following the complication, 50% reported a positive depression screening, 63% a positive BDD Questionnaire – Dermatology Version, and 63% a positive Primary Care PTSD screen, Dr. Murray said. “Almost half of respondents (46%) reported thinking about their complication for more than 3 hours a day,” she said in presenting the results. 

Dr. Murray said the idea for the study grew out of her experience as a fellow working with Paul Friedman, MD, at the Dermatology and Laser Surgery Center at University of Texas Health in Houston.

“We were seeing a lot of complications,” Dr. Murray said in an interview. “Some of these were local. Some of these patients were flying in from out-of-state looking for help with the complication, and we could see what a mental and emotional burden this put on these patients. They were routinely in the office in tears saying it was interfering with their daily life, it was interfering with their job, saying they were going to lose their job, all because they were so distressed over what was happening to them.”

Yet, the research into psychological distress in patients with dermatologic complications is minimal, Dr. Murray added. “We think that body dysmorphic disorder is prevalent for patients seeking dermatology or plastic surgery services, but I don’t think either of the specialties do a great job in screening people for that when they come for treatment, so I think a lot of it goes undiagnosed. There’s been a trend looking at more at complications lately, but there’s been a gap in the literature.”

The treatments the patients in the survey had were microneedling with radiofrequency (29%), laser (24%), ultrasound for skin tightening (11%), radiofrequency for skin tightening (11%), microneedling (4%), chemical peel (3%), body contouring/sculpting (1%), and “other” (17%).

The study found that the largest share of procedures, 47%, were done by an esthetician/laser technician, followed by a nondermatologist physician (17%), a board-certified dermatologist (14%), an advanced practice provider (12%), and “other” (10%).

Self-reported complications included scarring (38%), hyperpigmentation (26%), erythema (24%), burn (23%), blisters (11%), and hypopigmentation (3%); 71% characterized their complications as “other,” and one respondent reported multiple complications.

“Respondents said they were satisfied with the previous cosmetic care they received,” Dr. Murray said during her presentation at the meeting. “And there was a consensus among the respondents that they did not feel adequately counseled on the risks of the procedure and that it did not meet their expectations and anticipated outcome.”
 

Take-Home Lesson

The lesson here is that practitioners who perform cosmetic procedures should be well-versed in the task and potential complications, Dr. Murray said in the interview. “If you’re going to be doing a procedure, make sure you know the proper techniques, the proper endpoints, and how to treat if you’re to have a complication,” she said. “If you don’t know how to treat a complication from the device, then you should think twice about using it.”

She also suggested screening patients for potentially undiagnosed mental health disorders. “It can play a role in the initial consultation and potentially any after-care they might need if there is a complication,” she said. “We may not have the adequate tools at this time to know how to best handle these patients and these scenarios, but hopefully my abstract will shed a little more light on it.”

She said she hopes her findings lead to more research in the future.

Asked to comment on the study, Jennifer Lin, MD, assistant professor of dermatology at Brigham and Women’s Hospital and Dana Farber Cancer Institute in Boston, Massachusetts, said one finding of the study stood out to her. “ I was very surprised from her dataset that patients think about it more than 3 hours a day,” she told this news organization. “That’s really significant. We talk about the side effects, but we don’t necessarily talk about the burden of how long the recovery will be or the psychological burden of potentially dealing with it.”

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She noted that “there’s a bit of movement” toward developing guidelines for laser treatments, which would address the risk of complications. “That’s the goal: To have better guidelines to avoid these complications in the first place,” Dr. Lin said.

The study findings also point to a need for “premonitoring” individuals before procedures, she added. “We talked about patient selection and make sure someone doesn’t have body dysmorphic disorder, but we don’t formally screen for it,” she said. “We don’t our train our residents to screen for it. And I think doing more pre- and post-testing of how people are affected by laser treatment is going to become more important.”

Dr. Murray disclosed relationships with R2 Technologies. Dr. Lin had no relationships to disclose.

A version of this article appeared on Medscape.com.