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Biomarker algorithm sharpens GVHD treatment outcomes prediction
ORLANDO – A biomarker algorithm was better than was clinical response at predicting outcomes after 1 week of systemic steroid treatment for graft-versus-host disease, according to findings from a multicenter study.
The findings have implications for early decision making regarding treatment course, Hannah Major-Monfried reported at the combined annual meetings of the Center for International Blood & Marrow Transplant Research and the American Society for Blood and Marrow Transplantation.
“The same GVHD algorithm that stratifies patients at day 7 after transplant, at [GVHD] diagnosis, also stratifies them after 1 week of steroid treatment into two groups with distinct risks for treatment failure, 6-month nonrelapse mortality, and overall survival,” she said.
The biomarker algorithm, which includes measures of ST2 and REG3-alpha, was previously shown to predict day-28 treatment response and 6-month non-relapse mortality (NRM) when applied at day 7 post transplant before the onset of GVHD and at the time of diagnosis, said Ms. Major-Monfried, a third-year medical student at Icahn School of Medicine at Mount Sinai, New York.
For the current analysis, levels of the biomarkers were measured after 1 week of treatment in 378 patients with acute GVHD from 11 centers in the Mount Sinai Acute GVHD International Consortium.
In a test cohort that included 236 of the patients, the measurements were used to generate a new predicted probability, or treatment score, for 6-month NRM, which had a value between 0 and 1.
Of the 236 patients, 93 (39%) were considered to have high posttreatment probability of NRM, and the remaining patients (61%) had low posttreatment probability of NRM, based on their treatment scores.
“High-risk patients were significantly less likely to respond to treatment than low-risk patients,” she said, noting that very similar results were found in a validation cohort of the remaining 142 patients, which had a similar proportion of high- and low-risk patients as did the test cohort.
The overall 6-month NRM for patients treated for GVHD was 27% in the test cohort. When the biomarker algorithm was used to separate the cohort into high- and low-risk groups, the NRM rate was found to be approximately 4 times higher among the high-risk patients than among the low-risk patients.
Overall survival was also significantly worse among high- vs. low-risk patients in both the test and validation cohorts.
“We can conclude that the increased NRM seen in the high-risk groups can explain these large differences in overall survival,” Ms. Major-Monfried said.
Because treatment decisions are often made after 1 week based on early clinical response, she and her colleagues also explored whether treatment response after 1 week could similarly predict NRM.
In the test cohort, early response – which includes complete or partial response in GVHD symptoms after 1 week of steroids – was observed in 48% of patients, while 52% were early nonresponders. NRM occurred in 17% of the early responders, compared with 36% of the nonresponders in the test cohort, and similar results were found in the validation cohort.
“These differences are independent of biomarkers,” she noted. “These are solely based on observed clinical response.”
When the biomarker algorithm was applied, prediction of NRM was more precise.
“We started with the early responders,” she explained. “When we used the biomarker algorithm to stratify these patients into high- and low-risk groups, we found that 28% of early responders were actually high risk, and that they experienced 38% NRM – significantly higher than the 8% observed in low-risk patients. Similar results were found again in the validation cohort.”
When the biomarker algorithm was used to stratify patients who were nonresponders at 7 days into high- and low-risk groups, 50% were found to be low risk, and those patients experienced 17% NRM, significantly lower than the 57% seen in the high-risk patients. Similar results were again seen in the validation cohort.
“Early responders with high posttreatment probability have high NRM, and perhaps should not be tapered despite the improvement of their clinical symptoms, while early nonresponders with low posttreatment probability have lower NRM and may not need treatment escalation,” Ms. Major-Monfried said.
“In data not shown, many of these patients are actually what we could call ‘slow responders’ who ultimately fare well,” she noted.
Ms. Major-Monfried reported having no disclosures.
ORLANDO – A biomarker algorithm was better than was clinical response at predicting outcomes after 1 week of systemic steroid treatment for graft-versus-host disease, according to findings from a multicenter study.
The findings have implications for early decision making regarding treatment course, Hannah Major-Monfried reported at the combined annual meetings of the Center for International Blood & Marrow Transplant Research and the American Society for Blood and Marrow Transplantation.
“The same GVHD algorithm that stratifies patients at day 7 after transplant, at [GVHD] diagnosis, also stratifies them after 1 week of steroid treatment into two groups with distinct risks for treatment failure, 6-month nonrelapse mortality, and overall survival,” she said.
The biomarker algorithm, which includes measures of ST2 and REG3-alpha, was previously shown to predict day-28 treatment response and 6-month non-relapse mortality (NRM) when applied at day 7 post transplant before the onset of GVHD and at the time of diagnosis, said Ms. Major-Monfried, a third-year medical student at Icahn School of Medicine at Mount Sinai, New York.
For the current analysis, levels of the biomarkers were measured after 1 week of treatment in 378 patients with acute GVHD from 11 centers in the Mount Sinai Acute GVHD International Consortium.
In a test cohort that included 236 of the patients, the measurements were used to generate a new predicted probability, or treatment score, for 6-month NRM, which had a value between 0 and 1.
Of the 236 patients, 93 (39%) were considered to have high posttreatment probability of NRM, and the remaining patients (61%) had low posttreatment probability of NRM, based on their treatment scores.
“High-risk patients were significantly less likely to respond to treatment than low-risk patients,” she said, noting that very similar results were found in a validation cohort of the remaining 142 patients, which had a similar proportion of high- and low-risk patients as did the test cohort.
The overall 6-month NRM for patients treated for GVHD was 27% in the test cohort. When the biomarker algorithm was used to separate the cohort into high- and low-risk groups, the NRM rate was found to be approximately 4 times higher among the high-risk patients than among the low-risk patients.
Overall survival was also significantly worse among high- vs. low-risk patients in both the test and validation cohorts.
“We can conclude that the increased NRM seen in the high-risk groups can explain these large differences in overall survival,” Ms. Major-Monfried said.
Because treatment decisions are often made after 1 week based on early clinical response, she and her colleagues also explored whether treatment response after 1 week could similarly predict NRM.
In the test cohort, early response – which includes complete or partial response in GVHD symptoms after 1 week of steroids – was observed in 48% of patients, while 52% were early nonresponders. NRM occurred in 17% of the early responders, compared with 36% of the nonresponders in the test cohort, and similar results were found in the validation cohort.
“These differences are independent of biomarkers,” she noted. “These are solely based on observed clinical response.”
When the biomarker algorithm was applied, prediction of NRM was more precise.
“We started with the early responders,” she explained. “When we used the biomarker algorithm to stratify these patients into high- and low-risk groups, we found that 28% of early responders were actually high risk, and that they experienced 38% NRM – significantly higher than the 8% observed in low-risk patients. Similar results were found again in the validation cohort.”
When the biomarker algorithm was used to stratify patients who were nonresponders at 7 days into high- and low-risk groups, 50% were found to be low risk, and those patients experienced 17% NRM, significantly lower than the 57% seen in the high-risk patients. Similar results were again seen in the validation cohort.
“Early responders with high posttreatment probability have high NRM, and perhaps should not be tapered despite the improvement of their clinical symptoms, while early nonresponders with low posttreatment probability have lower NRM and may not need treatment escalation,” Ms. Major-Monfried said.
“In data not shown, many of these patients are actually what we could call ‘slow responders’ who ultimately fare well,” she noted.
Ms. Major-Monfried reported having no disclosures.
ORLANDO – A biomarker algorithm was better than was clinical response at predicting outcomes after 1 week of systemic steroid treatment for graft-versus-host disease, according to findings from a multicenter study.
The findings have implications for early decision making regarding treatment course, Hannah Major-Monfried reported at the combined annual meetings of the Center for International Blood & Marrow Transplant Research and the American Society for Blood and Marrow Transplantation.
“The same GVHD algorithm that stratifies patients at day 7 after transplant, at [GVHD] diagnosis, also stratifies them after 1 week of steroid treatment into two groups with distinct risks for treatment failure, 6-month nonrelapse mortality, and overall survival,” she said.
The biomarker algorithm, which includes measures of ST2 and REG3-alpha, was previously shown to predict day-28 treatment response and 6-month non-relapse mortality (NRM) when applied at day 7 post transplant before the onset of GVHD and at the time of diagnosis, said Ms. Major-Monfried, a third-year medical student at Icahn School of Medicine at Mount Sinai, New York.
For the current analysis, levels of the biomarkers were measured after 1 week of treatment in 378 patients with acute GVHD from 11 centers in the Mount Sinai Acute GVHD International Consortium.
In a test cohort that included 236 of the patients, the measurements were used to generate a new predicted probability, or treatment score, for 6-month NRM, which had a value between 0 and 1.
Of the 236 patients, 93 (39%) were considered to have high posttreatment probability of NRM, and the remaining patients (61%) had low posttreatment probability of NRM, based on their treatment scores.
“High-risk patients were significantly less likely to respond to treatment than low-risk patients,” she said, noting that very similar results were found in a validation cohort of the remaining 142 patients, which had a similar proportion of high- and low-risk patients as did the test cohort.
The overall 6-month NRM for patients treated for GVHD was 27% in the test cohort. When the biomarker algorithm was used to separate the cohort into high- and low-risk groups, the NRM rate was found to be approximately 4 times higher among the high-risk patients than among the low-risk patients.
Overall survival was also significantly worse among high- vs. low-risk patients in both the test and validation cohorts.
“We can conclude that the increased NRM seen in the high-risk groups can explain these large differences in overall survival,” Ms. Major-Monfried said.
Because treatment decisions are often made after 1 week based on early clinical response, she and her colleagues also explored whether treatment response after 1 week could similarly predict NRM.
In the test cohort, early response – which includes complete or partial response in GVHD symptoms after 1 week of steroids – was observed in 48% of patients, while 52% were early nonresponders. NRM occurred in 17% of the early responders, compared with 36% of the nonresponders in the test cohort, and similar results were found in the validation cohort.
“These differences are independent of biomarkers,” she noted. “These are solely based on observed clinical response.”
When the biomarker algorithm was applied, prediction of NRM was more precise.
“We started with the early responders,” she explained. “When we used the biomarker algorithm to stratify these patients into high- and low-risk groups, we found that 28% of early responders were actually high risk, and that they experienced 38% NRM – significantly higher than the 8% observed in low-risk patients. Similar results were found again in the validation cohort.”
When the biomarker algorithm was used to stratify patients who were nonresponders at 7 days into high- and low-risk groups, 50% were found to be low risk, and those patients experienced 17% NRM, significantly lower than the 57% seen in the high-risk patients. Similar results were again seen in the validation cohort.
“Early responders with high posttreatment probability have high NRM, and perhaps should not be tapered despite the improvement of their clinical symptoms, while early nonresponders with low posttreatment probability have lower NRM and may not need treatment escalation,” Ms. Major-Monfried said.
“In data not shown, many of these patients are actually what we could call ‘slow responders’ who ultimately fare well,” she noted.
Ms. Major-Monfried reported having no disclosures.
Key clinical point:
Major finding: High- vs. low-risk patients, based on the biomarker algorithm, had a fourfold higher rate of nonrelapse mortality.
Data source: A multicenter study of 378 patients.
Disclosures: Ms. Major-Monfried reported having no disclosures.
Catch up on the state of the art in Thoracic Surgery
The most up-to-date surgical management for lung cancer, the mediastinum and pleura, and the esophagus, will be featured in Sunday’s full-day symposium “Thoracic Surgery 2017 – State of the Art.”
“We will cover not only standard practice and a lot of the major clinical issues that come up in general thoracic surgery but also discuss new developments and directions for thoracic diseases,” said Seth D. Force, MD, of Emory University, course co-chair. “It’s hard for everyone to stay up to date on everything, especially with a lot of the modern techniques and changes in treatment plans. Things are changing pretty quickly. Presentations by the leading experts in our field will help bring participants up to speed on the latest treatments for different thoracic diseases.”
The symposium will kick off with a presentation by Betty Tong, MD, of Duke University, on setting up a lung cancer screening program. “[Screening] has really become an important concept in the outpatient thoracic practice,” Dr. Force said. Other presenters giving talks in this section on solitary pulmonary nodule and screening will discuss who gets followed in lung cancer screening programs, management of screen-detected lesions, and diagnostic modality options for suspicious lesions. “There’s a lot of buzz around lung cancer screening as well as what to do with small nodules that are found in these screening programs – how to deal with them, what they mean and what’s the best surgical approach,” Dr. Liberman said.
The next section of the course, on controversial and high-risk patients with lung cancer, will feature presentations on how to define physiological high risk; evidence-supported use of sublobar resection, MITS and brachytherapy; state of the science for SBRT versus resection in clinical stage 1, and a pro-con debate on when surgery is indicated for patients with N2 disease.
The program will conclude with a series of talks on the esophagus, including exploring the limits of esophageal-sparing therapy for high-grade dysplasia and T1a adenocarcinoma; who is and is not a candidate for trimodality therapy in stage III cancer; minimally invasive esophagectomt, thoracoscopic esophagectomy and Ivor Lewis surgical approaches; and surgery for complex patients with achalasia, followed by a panel discussion.
“We really hope and expect this will be an interactive session with a lot of participant questions, feedback and back and forth discussion,” Dr. Force said. “Attending the session will allow surgeons to either set up or make sure they have a modern thoracic practice. It will help them ensure they’re providing the most up-to-date treatment and diagnostic options for their patients.”
The most up-to-date surgical management for lung cancer, the mediastinum and pleura, and the esophagus, will be featured in Sunday’s full-day symposium “Thoracic Surgery 2017 – State of the Art.”
“We will cover not only standard practice and a lot of the major clinical issues that come up in general thoracic surgery but also discuss new developments and directions for thoracic diseases,” said Seth D. Force, MD, of Emory University, course co-chair. “It’s hard for everyone to stay up to date on everything, especially with a lot of the modern techniques and changes in treatment plans. Things are changing pretty quickly. Presentations by the leading experts in our field will help bring participants up to speed on the latest treatments for different thoracic diseases.”
The symposium will kick off with a presentation by Betty Tong, MD, of Duke University, on setting up a lung cancer screening program. “[Screening] has really become an important concept in the outpatient thoracic practice,” Dr. Force said. Other presenters giving talks in this section on solitary pulmonary nodule and screening will discuss who gets followed in lung cancer screening programs, management of screen-detected lesions, and diagnostic modality options for suspicious lesions. “There’s a lot of buzz around lung cancer screening as well as what to do with small nodules that are found in these screening programs – how to deal with them, what they mean and what’s the best surgical approach,” Dr. Liberman said.
The next section of the course, on controversial and high-risk patients with lung cancer, will feature presentations on how to define physiological high risk; evidence-supported use of sublobar resection, MITS and brachytherapy; state of the science for SBRT versus resection in clinical stage 1, and a pro-con debate on when surgery is indicated for patients with N2 disease.
The program will conclude with a series of talks on the esophagus, including exploring the limits of esophageal-sparing therapy for high-grade dysplasia and T1a adenocarcinoma; who is and is not a candidate for trimodality therapy in stage III cancer; minimally invasive esophagectomt, thoracoscopic esophagectomy and Ivor Lewis surgical approaches; and surgery for complex patients with achalasia, followed by a panel discussion.
“We really hope and expect this will be an interactive session with a lot of participant questions, feedback and back and forth discussion,” Dr. Force said. “Attending the session will allow surgeons to either set up or make sure they have a modern thoracic practice. It will help them ensure they’re providing the most up-to-date treatment and diagnostic options for their patients.”
The most up-to-date surgical management for lung cancer, the mediastinum and pleura, and the esophagus, will be featured in Sunday’s full-day symposium “Thoracic Surgery 2017 – State of the Art.”
“We will cover not only standard practice and a lot of the major clinical issues that come up in general thoracic surgery but also discuss new developments and directions for thoracic diseases,” said Seth D. Force, MD, of Emory University, course co-chair. “It’s hard for everyone to stay up to date on everything, especially with a lot of the modern techniques and changes in treatment plans. Things are changing pretty quickly. Presentations by the leading experts in our field will help bring participants up to speed on the latest treatments for different thoracic diseases.”
The symposium will kick off with a presentation by Betty Tong, MD, of Duke University, on setting up a lung cancer screening program. “[Screening] has really become an important concept in the outpatient thoracic practice,” Dr. Force said. Other presenters giving talks in this section on solitary pulmonary nodule and screening will discuss who gets followed in lung cancer screening programs, management of screen-detected lesions, and diagnostic modality options for suspicious lesions. “There’s a lot of buzz around lung cancer screening as well as what to do with small nodules that are found in these screening programs – how to deal with them, what they mean and what’s the best surgical approach,” Dr. Liberman said.
The next section of the course, on controversial and high-risk patients with lung cancer, will feature presentations on how to define physiological high risk; evidence-supported use of sublobar resection, MITS and brachytherapy; state of the science for SBRT versus resection in clinical stage 1, and a pro-con debate on when surgery is indicated for patients with N2 disease.
The program will conclude with a series of talks on the esophagus, including exploring the limits of esophageal-sparing therapy for high-grade dysplasia and T1a adenocarcinoma; who is and is not a candidate for trimodality therapy in stage III cancer; minimally invasive esophagectomt, thoracoscopic esophagectomy and Ivor Lewis surgical approaches; and surgery for complex patients with achalasia, followed by a panel discussion.
“We really hope and expect this will be an interactive session with a lot of participant questions, feedback and back and forth discussion,” Dr. Force said. “Attending the session will allow surgeons to either set up or make sure they have a modern thoracic practice. It will help them ensure they’re providing the most up-to-date treatment and diagnostic options for their patients.”
Hospital floors are an overlooked reservoir for pathogens
Floors in hospital patients’ rooms are frequently contaminated with pathogens such as Clostridium difficile, methicillin-resistant Staphylococcus aureus, and vancomycin-resistant Enterococci, which are easily transmitted to the hands of patients, care providers, and visitors, according to a report published in the American Journal of Infection Control.
Disinfection usually focuses on surfaces that are frequently touched by patients’ or health care workers’ hands, such as bed rails and call buttons. Floor disinfection has received limited attention.
However, floors are frequently touched by objects that are then handled, such as shoes and socks, said Abhishek Deshpande, MD, PhD, of the Cleveland Clinic, and his associates.
To examine the extent of floor contamination and the potential for transfer of pathogens to hands, the investigators surveyed five Cleveland-area hospitals.
They collected samples from 1-square-foot areas of floors adjacent to beds and in bathrooms in C. difficile isolation rooms, and in 2-3 randomly selected nonisolation rooms on the same wards. At least 30 rooms at each hospital were cultured for C. difficile, MRSA, and VRE, either during a patient stay or after the rooms had been cleaned at patient discharge.
In addition, the researchers performed a point-prevalence survey of the number and type of high-touch objects contacting floors in 10-25 randomly selected occupied patient rooms at each hospital. After they handled these objects, their hands also were cultured.
Floor contamination was common with all of the pathogens, particularly with C. difficile. The frequency of contamination was similar across the five hospitals, in both bedroom and bathroom sites, and even in the 50 rooms that had been cleaned at the last patient discharge.
C. difficile spores were recovered from the floors of 47%-55% of rooms, MRSA was recovered from the floors of 8%-32% of rooms, and VRE were recovered from the floors of 13%-30% of rooms.
In addition, 41 of 100 occupied rooms had 1-4 “high-touch” objects in direct contact with the floors, including personal items such as clothing, canes, or cellphone chargers; medical supplies or devices such as pulse oximeters, call buttons, heating pads, urinals, blood pressure cuffs, and wash basins; and linens such as bed sheets, pillows, and towels.
Of the 31 cultures taken from both bare and gloved hands that handled these items, MRSA was recovered from 18%, VRE were recovered from 6%, and C. difficile was recovered from 3%.
“These results suggest that floors in hospital rooms could be an underappreciated source for dissemination of pathogens,” Dr. Deshpande and his associates noted (Am J Infect Control. 2017 Mar 1;45[3]:336-8).
“It would be reasonable to educate health care personnel and patients that they should avoid placing high-touch objects on the floor when possible,” they added.
Moreover, the efficacy of current floor-cleaning and disinfection techniques should be reexamined, particularly with regard to eliminating C. difficile spores.
Other modes of transmission from floors also should be assessed, such as contamination of wheelchairs and wheeled equipment. And transmission of other pathogens, such as gram-negative organisms and viruses, should be examined, the investigators said.
The Agency for Healthcare Research and Quality and the U.S. Department of Veterans Affairs funded the study. Dr. Deshpande reported receiving research grants from 3M, Clorox, and Steris, and one of his associates reported receiving research grants from Clorox, Ecolab, GOJO, Merck, Pfizer, and Steris.
Floors in hospital patients’ rooms are frequently contaminated with pathogens such as Clostridium difficile, methicillin-resistant Staphylococcus aureus, and vancomycin-resistant Enterococci, which are easily transmitted to the hands of patients, care providers, and visitors, according to a report published in the American Journal of Infection Control.
Disinfection usually focuses on surfaces that are frequently touched by patients’ or health care workers’ hands, such as bed rails and call buttons. Floor disinfection has received limited attention.
However, floors are frequently touched by objects that are then handled, such as shoes and socks, said Abhishek Deshpande, MD, PhD, of the Cleveland Clinic, and his associates.
To examine the extent of floor contamination and the potential for transfer of pathogens to hands, the investigators surveyed five Cleveland-area hospitals.
They collected samples from 1-square-foot areas of floors adjacent to beds and in bathrooms in C. difficile isolation rooms, and in 2-3 randomly selected nonisolation rooms on the same wards. At least 30 rooms at each hospital were cultured for C. difficile, MRSA, and VRE, either during a patient stay or after the rooms had been cleaned at patient discharge.
In addition, the researchers performed a point-prevalence survey of the number and type of high-touch objects contacting floors in 10-25 randomly selected occupied patient rooms at each hospital. After they handled these objects, their hands also were cultured.
Floor contamination was common with all of the pathogens, particularly with C. difficile. The frequency of contamination was similar across the five hospitals, in both bedroom and bathroom sites, and even in the 50 rooms that had been cleaned at the last patient discharge.
C. difficile spores were recovered from the floors of 47%-55% of rooms, MRSA was recovered from the floors of 8%-32% of rooms, and VRE were recovered from the floors of 13%-30% of rooms.
In addition, 41 of 100 occupied rooms had 1-4 “high-touch” objects in direct contact with the floors, including personal items such as clothing, canes, or cellphone chargers; medical supplies or devices such as pulse oximeters, call buttons, heating pads, urinals, blood pressure cuffs, and wash basins; and linens such as bed sheets, pillows, and towels.
Of the 31 cultures taken from both bare and gloved hands that handled these items, MRSA was recovered from 18%, VRE were recovered from 6%, and C. difficile was recovered from 3%.
“These results suggest that floors in hospital rooms could be an underappreciated source for dissemination of pathogens,” Dr. Deshpande and his associates noted (Am J Infect Control. 2017 Mar 1;45[3]:336-8).
“It would be reasonable to educate health care personnel and patients that they should avoid placing high-touch objects on the floor when possible,” they added.
Moreover, the efficacy of current floor-cleaning and disinfection techniques should be reexamined, particularly with regard to eliminating C. difficile spores.
Other modes of transmission from floors also should be assessed, such as contamination of wheelchairs and wheeled equipment. And transmission of other pathogens, such as gram-negative organisms and viruses, should be examined, the investigators said.
The Agency for Healthcare Research and Quality and the U.S. Department of Veterans Affairs funded the study. Dr. Deshpande reported receiving research grants from 3M, Clorox, and Steris, and one of his associates reported receiving research grants from Clorox, Ecolab, GOJO, Merck, Pfizer, and Steris.
Floors in hospital patients’ rooms are frequently contaminated with pathogens such as Clostridium difficile, methicillin-resistant Staphylococcus aureus, and vancomycin-resistant Enterococci, which are easily transmitted to the hands of patients, care providers, and visitors, according to a report published in the American Journal of Infection Control.
Disinfection usually focuses on surfaces that are frequently touched by patients’ or health care workers’ hands, such as bed rails and call buttons. Floor disinfection has received limited attention.
However, floors are frequently touched by objects that are then handled, such as shoes and socks, said Abhishek Deshpande, MD, PhD, of the Cleveland Clinic, and his associates.
To examine the extent of floor contamination and the potential for transfer of pathogens to hands, the investigators surveyed five Cleveland-area hospitals.
They collected samples from 1-square-foot areas of floors adjacent to beds and in bathrooms in C. difficile isolation rooms, and in 2-3 randomly selected nonisolation rooms on the same wards. At least 30 rooms at each hospital were cultured for C. difficile, MRSA, and VRE, either during a patient stay or after the rooms had been cleaned at patient discharge.
In addition, the researchers performed a point-prevalence survey of the number and type of high-touch objects contacting floors in 10-25 randomly selected occupied patient rooms at each hospital. After they handled these objects, their hands also were cultured.
Floor contamination was common with all of the pathogens, particularly with C. difficile. The frequency of contamination was similar across the five hospitals, in both bedroom and bathroom sites, and even in the 50 rooms that had been cleaned at the last patient discharge.
C. difficile spores were recovered from the floors of 47%-55% of rooms, MRSA was recovered from the floors of 8%-32% of rooms, and VRE were recovered from the floors of 13%-30% of rooms.
In addition, 41 of 100 occupied rooms had 1-4 “high-touch” objects in direct contact with the floors, including personal items such as clothing, canes, or cellphone chargers; medical supplies or devices such as pulse oximeters, call buttons, heating pads, urinals, blood pressure cuffs, and wash basins; and linens such as bed sheets, pillows, and towels.
Of the 31 cultures taken from both bare and gloved hands that handled these items, MRSA was recovered from 18%, VRE were recovered from 6%, and C. difficile was recovered from 3%.
“These results suggest that floors in hospital rooms could be an underappreciated source for dissemination of pathogens,” Dr. Deshpande and his associates noted (Am J Infect Control. 2017 Mar 1;45[3]:336-8).
“It would be reasonable to educate health care personnel and patients that they should avoid placing high-touch objects on the floor when possible,” they added.
Moreover, the efficacy of current floor-cleaning and disinfection techniques should be reexamined, particularly with regard to eliminating C. difficile spores.
Other modes of transmission from floors also should be assessed, such as contamination of wheelchairs and wheeled equipment. And transmission of other pathogens, such as gram-negative organisms and viruses, should be examined, the investigators said.
The Agency for Healthcare Research and Quality and the U.S. Department of Veterans Affairs funded the study. Dr. Deshpande reported receiving research grants from 3M, Clorox, and Steris, and one of his associates reported receiving research grants from Clorox, Ecolab, GOJO, Merck, Pfizer, and Steris.
FROM THE AMERICAN JOURNAL OF INFECTION CONTROL
Key clinical point: Floors in hospital patients’ rooms are frequently contaminated with pathogens that are easily transmitted to the hands of patients, care providers, and visitors.
Major finding: C. difficile spores were recovered from the floors of 47%-55% of rooms, MRSA was recovered from the floors of 8%-32% of rooms, and VRE were recovered from the floors of 13%-30% of rooms.
Data source: A survey of five Cleveland-area hospitals in which 318 samples were collected from floors in patient rooms and bathrooms.
Disclosures: The Agency for Healthcare Research and Quality and the U.S. Department of Veterans Affairs funded the study. Dr. Deshpande reported receiving research grants from 3M, Clorox, and Steris, and one of his associates reported receiving research grants from Clorox, Ecolab, Gojo, Merck, Pfizer, and Steris.
How to get the most out of methotrexate for psoriasis
WAILEA, HAWAII – In an era when affordable health insurance could become increasingly tough to come by, it’s worth emphasizing that methotrexate is the most cost-effective way to manage extensive psoriasis – and the liquid formulation designed for intramuscular injection can be taken orally to reduce the cost even further, according to Craig L. Leonardi, MD.
“The absolute cheapest way to manage the patient who has no insurance and has bad psoriasis is to put him on methotrexate and teach him how to draw the liquid solution up in a syringe, dump it in a cup of juice, and drink it,” Dr. Leonardi said at the Hawaii Dermatology Seminar provided by the Global Academy for Medical Education/Skin Disease Research Foundation. “The bioavailability is equivalent to [that of] the tablets, and it’s only about one-tenth the cost.”
He urged his fellow dermatologists not to forget about methotrexate in the current flashy era of highly effective – and very expensive – biologic therapies for psoriasis.
“I was thinking methotrexate was going to go away, but it turns out I rely more on that drug than ever before. It’s very useful, and it’s safe if used correctly,” said Dr. Leonardi, a dermatologist at Saint Louis University and a prominent clinical trialist.
He highlighted numerous clinical scenarios in which methotrexate remains a valuable treatment in patients with moderate to severe psoriasis. He also touched on patient monitoring requirements, adverse events, and common reasons he receives referrals from physicians whose patients seem to be having problems on methotrexate – referrals that, in most cases, could be avoided, he said, if the referring physician had a fuller understanding of the drug.
“Patients are referred to me all the time for methotrexate intolerance,” Dr. Leonardi said. “When you take methotrexate, you get a brief, dramatic spike in transaminase levels that peaks within a day and then drops off. But, when you get lab tests in these patients, you want to look at trough levels. You want to see the best liver function test values for the week.
“That means you have to tell the patient what day to take the drug and what day to get labs drawn,” he continued. “I’m here to tell you that the vast majority of issues that I see where patients have elevated liver function tests involves them getting their testing done in the first 4 days after taking methotrexate. Take the time to ask about this, and I think you’ll be pleasantly surprised.
“If you just make an adjustment and get them on the right schedule, you’ll discover that the patient is tolerating the drug just fine,” Dr. Leonardi added. “We like getting labs on Monday and dosing on Tuesday.”
Methotrexate’s half-life is 3-15 hours. Psoriasis is often controlled at a methotrexate dose of about 15 mg/week.
Methotrexate’s advantages include ease of use. It’s a straightforward matter to start and stop the drug and to make small dose adjustments. Methotrexate comes in a variety of formulations: the 2.5-mg tablets, the 25 mg/mL solution for IM injection, and prefilled autoinjector devices for subcutaneous administration.
These preloaded pens for subcutaneous injection are just as effective as IM therapy, Dr. Leonardi said. Methotrexate is also better absorbed subcutaneously than it is orally. The bioavailability of oral methotrexate plateaus at a dose of about 22 mg/week, while subcutaneously delivered methotrexate does not. So, if a patient’s psoriasis isn’t adequately controlled on higher-dose oral therapy, it’s worth considering a switch to the preloaded pens.
“It’s a very simple injection, very cost-effective, and your patients may get more bang for the buck by doing that,” according to the dermatologist.
Also, nausea, vomiting, diarrhea, and abdominal pain have been shown to be significantly less frequent and intense with subcutaneous methotrexate than with the tablets. So, if a patient is experiencing limiting gastrointestinal issues on methotrexate tablets, a shift to subcutaneous therapy is often the solution.
What kind of efficacy can physicians expect with methotrexate monotherapy?
Dr. Leonardi cited the results of the European randomized, open-label RESTORE-1 trial (Br J Dermatol. 2011 Nov;165[5]:1109-17) as being consistent with his own extensive clinical experience: a week-16 PASI (Psoriasis Area and Severity Index ) 75 response rate of 42% with methotrexate, compared with 78% for infliximab (Remicade).
Of course, some patients can’t receive a biologic agent because of their age, lack of insurance coverage, or medical contraindications.
“I use methotrexate a lot in Medicare patients, where, with Part D, it’s hard to get access to biologics without really good coinsurance. I think all of us who prescribe biologics understand that,” he observed.
In pediatric patients with extensive psoriasis, he turns to methotrexate as first-line systemic therapy. After 3 months, if the young patient hasn’t responded satisfactorily, Dr. Leonardi asks the insurance company for access to a biologic agent and usually gets it.
Methotrexate really shines in combination with a biologic agent. It inhibits formation of antibiologic antibodies, an important cause of loss of effectiveness of monoclonal antibody therapy.
In one study, 28% of patients on adalimumab (Humira) developed antiadalimumab antibodies during the first 3 years of therapy. These patients were more likely to drop out of therapy for lack of effectiveness.
A key finding in this study was that two-thirds of patients who developed antiadalimumab antibodies did so during the first 28 weeks of therapy (JAMA. 2011 Apr 13;305[14]:1460-8). This time line has influenced Dr. Leonardi’s own clinical practice. He routinely keeps patients on methotrexate for their first 28-36 weeks on a biologic, then tapers the methotrexate in favor of biologic monotherapy.
Other benefits and guidelines
Methotrexate is also a boon in managing psoriasis flares in patients on a biologic.
“We’ve all had patients who are doing well on a biologic, they’re cruising along at 140 weeks, then they get strep throat or another infection, and, next thing you know, you have destabilized psoriasis,” Dr. Leonardi noted.
“One thing I’ll do is add methotrexate to the mix, try to get things under control, and, if we do, then we’ll try to taper the methotrexate,” he continued. “That whole episode might take 4-6 months to resolve before the patient might be able to tolerate biologic monotherapy, though. If they can’t at that point, you might consider rotating to another biologic.”
Current American Academy of Dermatology guidelines recommend that women on methotrexate limit their alcohol intake to one drink per day, two drinks for men. British Society for Rheumatology guidelines recommend a ceiling of 32 g to 64 g of ethanol per week.
“We don’t insist on abstinence. There’s no good evidence that it’s needed,” Dr. Leonardi noted. “If you dose this drug on Tuesday, you can be sure that it’s eliminated from the body on Friday, and that’s when I’ll generally green-light patients to socialize over the weekend. If you can make life a little more tolerable for your patients and they’re willing to follow your instructions, I think it’s a better deal all the way around.”
Prior to initiating methotrexate, he obtains a CBC with platelet count, liver function tests, serum urea nitrogen, creatinine, and screens for latent tuberculosis. In terms of on-treatment monitoring, he gets a CBC and liver function tests every 4-12 weeks and keeps an eye on renal function, especially in older patients, because methotrexate is eliminated renally.
“The guidelines have relaxed regarding the need for liver biopsies,” Dr. Leonardi said. “Most of us are not getting liver biopsies anymore, as is true of our friends in rheumatology.”
He reported having financial relationships with more than a dozen pharmaceutical companies. The SDEF and this news organization are owned by the same parent company.
WAILEA, HAWAII – In an era when affordable health insurance could become increasingly tough to come by, it’s worth emphasizing that methotrexate is the most cost-effective way to manage extensive psoriasis – and the liquid formulation designed for intramuscular injection can be taken orally to reduce the cost even further, according to Craig L. Leonardi, MD.
“The absolute cheapest way to manage the patient who has no insurance and has bad psoriasis is to put him on methotrexate and teach him how to draw the liquid solution up in a syringe, dump it in a cup of juice, and drink it,” Dr. Leonardi said at the Hawaii Dermatology Seminar provided by the Global Academy for Medical Education/Skin Disease Research Foundation. “The bioavailability is equivalent to [that of] the tablets, and it’s only about one-tenth the cost.”
He urged his fellow dermatologists not to forget about methotrexate in the current flashy era of highly effective – and very expensive – biologic therapies for psoriasis.
“I was thinking methotrexate was going to go away, but it turns out I rely more on that drug than ever before. It’s very useful, and it’s safe if used correctly,” said Dr. Leonardi, a dermatologist at Saint Louis University and a prominent clinical trialist.
He highlighted numerous clinical scenarios in which methotrexate remains a valuable treatment in patients with moderate to severe psoriasis. He also touched on patient monitoring requirements, adverse events, and common reasons he receives referrals from physicians whose patients seem to be having problems on methotrexate – referrals that, in most cases, could be avoided, he said, if the referring physician had a fuller understanding of the drug.
“Patients are referred to me all the time for methotrexate intolerance,” Dr. Leonardi said. “When you take methotrexate, you get a brief, dramatic spike in transaminase levels that peaks within a day and then drops off. But, when you get lab tests in these patients, you want to look at trough levels. You want to see the best liver function test values for the week.
“That means you have to tell the patient what day to take the drug and what day to get labs drawn,” he continued. “I’m here to tell you that the vast majority of issues that I see where patients have elevated liver function tests involves them getting their testing done in the first 4 days after taking methotrexate. Take the time to ask about this, and I think you’ll be pleasantly surprised.
“If you just make an adjustment and get them on the right schedule, you’ll discover that the patient is tolerating the drug just fine,” Dr. Leonardi added. “We like getting labs on Monday and dosing on Tuesday.”
Methotrexate’s half-life is 3-15 hours. Psoriasis is often controlled at a methotrexate dose of about 15 mg/week.
Methotrexate’s advantages include ease of use. It’s a straightforward matter to start and stop the drug and to make small dose adjustments. Methotrexate comes in a variety of formulations: the 2.5-mg tablets, the 25 mg/mL solution for IM injection, and prefilled autoinjector devices for subcutaneous administration.
These preloaded pens for subcutaneous injection are just as effective as IM therapy, Dr. Leonardi said. Methotrexate is also better absorbed subcutaneously than it is orally. The bioavailability of oral methotrexate plateaus at a dose of about 22 mg/week, while subcutaneously delivered methotrexate does not. So, if a patient’s psoriasis isn’t adequately controlled on higher-dose oral therapy, it’s worth considering a switch to the preloaded pens.
“It’s a very simple injection, very cost-effective, and your patients may get more bang for the buck by doing that,” according to the dermatologist.
Also, nausea, vomiting, diarrhea, and abdominal pain have been shown to be significantly less frequent and intense with subcutaneous methotrexate than with the tablets. So, if a patient is experiencing limiting gastrointestinal issues on methotrexate tablets, a shift to subcutaneous therapy is often the solution.
What kind of efficacy can physicians expect with methotrexate monotherapy?
Dr. Leonardi cited the results of the European randomized, open-label RESTORE-1 trial (Br J Dermatol. 2011 Nov;165[5]:1109-17) as being consistent with his own extensive clinical experience: a week-16 PASI (Psoriasis Area and Severity Index ) 75 response rate of 42% with methotrexate, compared with 78% for infliximab (Remicade).
Of course, some patients can’t receive a biologic agent because of their age, lack of insurance coverage, or medical contraindications.
“I use methotrexate a lot in Medicare patients, where, with Part D, it’s hard to get access to biologics without really good coinsurance. I think all of us who prescribe biologics understand that,” he observed.
In pediatric patients with extensive psoriasis, he turns to methotrexate as first-line systemic therapy. After 3 months, if the young patient hasn’t responded satisfactorily, Dr. Leonardi asks the insurance company for access to a biologic agent and usually gets it.
Methotrexate really shines in combination with a biologic agent. It inhibits formation of antibiologic antibodies, an important cause of loss of effectiveness of monoclonal antibody therapy.
In one study, 28% of patients on adalimumab (Humira) developed antiadalimumab antibodies during the first 3 years of therapy. These patients were more likely to drop out of therapy for lack of effectiveness.
A key finding in this study was that two-thirds of patients who developed antiadalimumab antibodies did so during the first 28 weeks of therapy (JAMA. 2011 Apr 13;305[14]:1460-8). This time line has influenced Dr. Leonardi’s own clinical practice. He routinely keeps patients on methotrexate for their first 28-36 weeks on a biologic, then tapers the methotrexate in favor of biologic monotherapy.
Other benefits and guidelines
Methotrexate is also a boon in managing psoriasis flares in patients on a biologic.
“We’ve all had patients who are doing well on a biologic, they’re cruising along at 140 weeks, then they get strep throat or another infection, and, next thing you know, you have destabilized psoriasis,” Dr. Leonardi noted.
“One thing I’ll do is add methotrexate to the mix, try to get things under control, and, if we do, then we’ll try to taper the methotrexate,” he continued. “That whole episode might take 4-6 months to resolve before the patient might be able to tolerate biologic monotherapy, though. If they can’t at that point, you might consider rotating to another biologic.”
Current American Academy of Dermatology guidelines recommend that women on methotrexate limit their alcohol intake to one drink per day, two drinks for men. British Society for Rheumatology guidelines recommend a ceiling of 32 g to 64 g of ethanol per week.
“We don’t insist on abstinence. There’s no good evidence that it’s needed,” Dr. Leonardi noted. “If you dose this drug on Tuesday, you can be sure that it’s eliminated from the body on Friday, and that’s when I’ll generally green-light patients to socialize over the weekend. If you can make life a little more tolerable for your patients and they’re willing to follow your instructions, I think it’s a better deal all the way around.”
Prior to initiating methotrexate, he obtains a CBC with platelet count, liver function tests, serum urea nitrogen, creatinine, and screens for latent tuberculosis. In terms of on-treatment monitoring, he gets a CBC and liver function tests every 4-12 weeks and keeps an eye on renal function, especially in older patients, because methotrexate is eliminated renally.
“The guidelines have relaxed regarding the need for liver biopsies,” Dr. Leonardi said. “Most of us are not getting liver biopsies anymore, as is true of our friends in rheumatology.”
He reported having financial relationships with more than a dozen pharmaceutical companies. The SDEF and this news organization are owned by the same parent company.
WAILEA, HAWAII – In an era when affordable health insurance could become increasingly tough to come by, it’s worth emphasizing that methotrexate is the most cost-effective way to manage extensive psoriasis – and the liquid formulation designed for intramuscular injection can be taken orally to reduce the cost even further, according to Craig L. Leonardi, MD.
“The absolute cheapest way to manage the patient who has no insurance and has bad psoriasis is to put him on methotrexate and teach him how to draw the liquid solution up in a syringe, dump it in a cup of juice, and drink it,” Dr. Leonardi said at the Hawaii Dermatology Seminar provided by the Global Academy for Medical Education/Skin Disease Research Foundation. “The bioavailability is equivalent to [that of] the tablets, and it’s only about one-tenth the cost.”
He urged his fellow dermatologists not to forget about methotrexate in the current flashy era of highly effective – and very expensive – biologic therapies for psoriasis.
“I was thinking methotrexate was going to go away, but it turns out I rely more on that drug than ever before. It’s very useful, and it’s safe if used correctly,” said Dr. Leonardi, a dermatologist at Saint Louis University and a prominent clinical trialist.
He highlighted numerous clinical scenarios in which methotrexate remains a valuable treatment in patients with moderate to severe psoriasis. He also touched on patient monitoring requirements, adverse events, and common reasons he receives referrals from physicians whose patients seem to be having problems on methotrexate – referrals that, in most cases, could be avoided, he said, if the referring physician had a fuller understanding of the drug.
“Patients are referred to me all the time for methotrexate intolerance,” Dr. Leonardi said. “When you take methotrexate, you get a brief, dramatic spike in transaminase levels that peaks within a day and then drops off. But, when you get lab tests in these patients, you want to look at trough levels. You want to see the best liver function test values for the week.
“That means you have to tell the patient what day to take the drug and what day to get labs drawn,” he continued. “I’m here to tell you that the vast majority of issues that I see where patients have elevated liver function tests involves them getting their testing done in the first 4 days after taking methotrexate. Take the time to ask about this, and I think you’ll be pleasantly surprised.
“If you just make an adjustment and get them on the right schedule, you’ll discover that the patient is tolerating the drug just fine,” Dr. Leonardi added. “We like getting labs on Monday and dosing on Tuesday.”
Methotrexate’s half-life is 3-15 hours. Psoriasis is often controlled at a methotrexate dose of about 15 mg/week.
Methotrexate’s advantages include ease of use. It’s a straightforward matter to start and stop the drug and to make small dose adjustments. Methotrexate comes in a variety of formulations: the 2.5-mg tablets, the 25 mg/mL solution for IM injection, and prefilled autoinjector devices for subcutaneous administration.
These preloaded pens for subcutaneous injection are just as effective as IM therapy, Dr. Leonardi said. Methotrexate is also better absorbed subcutaneously than it is orally. The bioavailability of oral methotrexate plateaus at a dose of about 22 mg/week, while subcutaneously delivered methotrexate does not. So, if a patient’s psoriasis isn’t adequately controlled on higher-dose oral therapy, it’s worth considering a switch to the preloaded pens.
“It’s a very simple injection, very cost-effective, and your patients may get more bang for the buck by doing that,” according to the dermatologist.
Also, nausea, vomiting, diarrhea, and abdominal pain have been shown to be significantly less frequent and intense with subcutaneous methotrexate than with the tablets. So, if a patient is experiencing limiting gastrointestinal issues on methotrexate tablets, a shift to subcutaneous therapy is often the solution.
What kind of efficacy can physicians expect with methotrexate monotherapy?
Dr. Leonardi cited the results of the European randomized, open-label RESTORE-1 trial (Br J Dermatol. 2011 Nov;165[5]:1109-17) as being consistent with his own extensive clinical experience: a week-16 PASI (Psoriasis Area and Severity Index ) 75 response rate of 42% with methotrexate, compared with 78% for infliximab (Remicade).
Of course, some patients can’t receive a biologic agent because of their age, lack of insurance coverage, or medical contraindications.
“I use methotrexate a lot in Medicare patients, where, with Part D, it’s hard to get access to biologics without really good coinsurance. I think all of us who prescribe biologics understand that,” he observed.
In pediatric patients with extensive psoriasis, he turns to methotrexate as first-line systemic therapy. After 3 months, if the young patient hasn’t responded satisfactorily, Dr. Leonardi asks the insurance company for access to a biologic agent and usually gets it.
Methotrexate really shines in combination with a biologic agent. It inhibits formation of antibiologic antibodies, an important cause of loss of effectiveness of monoclonal antibody therapy.
In one study, 28% of patients on adalimumab (Humira) developed antiadalimumab antibodies during the first 3 years of therapy. These patients were more likely to drop out of therapy for lack of effectiveness.
A key finding in this study was that two-thirds of patients who developed antiadalimumab antibodies did so during the first 28 weeks of therapy (JAMA. 2011 Apr 13;305[14]:1460-8). This time line has influenced Dr. Leonardi’s own clinical practice. He routinely keeps patients on methotrexate for their first 28-36 weeks on a biologic, then tapers the methotrexate in favor of biologic monotherapy.
Other benefits and guidelines
Methotrexate is also a boon in managing psoriasis flares in patients on a biologic.
“We’ve all had patients who are doing well on a biologic, they’re cruising along at 140 weeks, then they get strep throat or another infection, and, next thing you know, you have destabilized psoriasis,” Dr. Leonardi noted.
“One thing I’ll do is add methotrexate to the mix, try to get things under control, and, if we do, then we’ll try to taper the methotrexate,” he continued. “That whole episode might take 4-6 months to resolve before the patient might be able to tolerate biologic monotherapy, though. If they can’t at that point, you might consider rotating to another biologic.”
Current American Academy of Dermatology guidelines recommend that women on methotrexate limit their alcohol intake to one drink per day, two drinks for men. British Society for Rheumatology guidelines recommend a ceiling of 32 g to 64 g of ethanol per week.
“We don’t insist on abstinence. There’s no good evidence that it’s needed,” Dr. Leonardi noted. “If you dose this drug on Tuesday, you can be sure that it’s eliminated from the body on Friday, and that’s when I’ll generally green-light patients to socialize over the weekend. If you can make life a little more tolerable for your patients and they’re willing to follow your instructions, I think it’s a better deal all the way around.”
Prior to initiating methotrexate, he obtains a CBC with platelet count, liver function tests, serum urea nitrogen, creatinine, and screens for latent tuberculosis. In terms of on-treatment monitoring, he gets a CBC and liver function tests every 4-12 weeks and keeps an eye on renal function, especially in older patients, because methotrexate is eliminated renally.
“The guidelines have relaxed regarding the need for liver biopsies,” Dr. Leonardi said. “Most of us are not getting liver biopsies anymore, as is true of our friends in rheumatology.”
He reported having financial relationships with more than a dozen pharmaceutical companies. The SDEF and this news organization are owned by the same parent company.
EXPERT ANALYSIS FROM THE SDEF HAWAII DERMATOLOGY SEMINAR
Malpractice: Paid claims down, but average payment up
The rate of paid legal claims against physicians dropped by more than half between 1992 and 2014, but the average claim payment amount rose, according to an analysis of the National Practitioner Data Bank.
Adam C. Schaffer, MD, of Brigham and Women’s Hospital, Boston, and his colleagues examined paid claims from the National Practitioner Data Bank from Jan. 1, 1992, to Dec. 31, 2014, accounting for specialty. Dollar amounts were inflation-adjusted to 2014 dollars using the Consumer Price Index.
From 1992-1996 to 2009-2014, the rate of paid claims decreased by 56%, ranging from a 76% decrease in pediatrics to a 14% rate decrease in cardiology. The mean payment increased by 23% from $286,751 to $353,473 between 1992-1996 and 2009-2014. The increases ranged from $17,431 in general practice to $138,708 in pathology (JAMA Intern Med. 2017 Mar 27. doi: 10.1001/jamainternmed.2017.0311).
The most common allegation was diagnostic error, followed by surgical error and medication or treatment error. The proportion of paid claims attributable to diagnostic error varied widely and was highest in pathology and radiology. Plastic surgery had the highest percentage of paid claims related to surgical errors. Specialties with the highest percentage of paid claims related to medication/treatment errors were psychiatry, general practice, and pulmonology.
While prior data have shown the overall trend of declining paid malpractice claims and increasing average payments, this study is the first to examine such trends by medical specialty, said Dr. Schaffer.
“We think it is important to try to understand the reasons for the variation among specialties in characteristics of paid malpractice claims, as understanding the reasons for this variation may provide insights about how we can provide the safest care possible,” he said in an interview.
Dr. Schaffer said that he hopes the findings make physicians more aware of the malpractice landscape and aid their future practice decisions.
“Medical malpractice is an issue that concerns many physicians, and physicians’ perceptions of their liability risk can influence the decisions they make in caring for their patients,” he said. “By performing an analysis of a national database of paid medical malpractice claims broken down by specialty, we hope to provide physicians with data that give them an accurate picture of the medical malpractice environment in which they are practicing.”
[email protected]
On Twitter @legal_med
The rate of paid legal claims against physicians dropped by more than half between 1992 and 2014, but the average claim payment amount rose, according to an analysis of the National Practitioner Data Bank.
Adam C. Schaffer, MD, of Brigham and Women’s Hospital, Boston, and his colleagues examined paid claims from the National Practitioner Data Bank from Jan. 1, 1992, to Dec. 31, 2014, accounting for specialty. Dollar amounts were inflation-adjusted to 2014 dollars using the Consumer Price Index.
From 1992-1996 to 2009-2014, the rate of paid claims decreased by 56%, ranging from a 76% decrease in pediatrics to a 14% rate decrease in cardiology. The mean payment increased by 23% from $286,751 to $353,473 between 1992-1996 and 2009-2014. The increases ranged from $17,431 in general practice to $138,708 in pathology (JAMA Intern Med. 2017 Mar 27. doi: 10.1001/jamainternmed.2017.0311).
The most common allegation was diagnostic error, followed by surgical error and medication or treatment error. The proportion of paid claims attributable to diagnostic error varied widely and was highest in pathology and radiology. Plastic surgery had the highest percentage of paid claims related to surgical errors. Specialties with the highest percentage of paid claims related to medication/treatment errors were psychiatry, general practice, and pulmonology.
While prior data have shown the overall trend of declining paid malpractice claims and increasing average payments, this study is the first to examine such trends by medical specialty, said Dr. Schaffer.
“We think it is important to try to understand the reasons for the variation among specialties in characteristics of paid malpractice claims, as understanding the reasons for this variation may provide insights about how we can provide the safest care possible,” he said in an interview.
Dr. Schaffer said that he hopes the findings make physicians more aware of the malpractice landscape and aid their future practice decisions.
“Medical malpractice is an issue that concerns many physicians, and physicians’ perceptions of their liability risk can influence the decisions they make in caring for their patients,” he said. “By performing an analysis of a national database of paid medical malpractice claims broken down by specialty, we hope to provide physicians with data that give them an accurate picture of the medical malpractice environment in which they are practicing.”
[email protected]
On Twitter @legal_med
The rate of paid legal claims against physicians dropped by more than half between 1992 and 2014, but the average claim payment amount rose, according to an analysis of the National Practitioner Data Bank.
Adam C. Schaffer, MD, of Brigham and Women’s Hospital, Boston, and his colleagues examined paid claims from the National Practitioner Data Bank from Jan. 1, 1992, to Dec. 31, 2014, accounting for specialty. Dollar amounts were inflation-adjusted to 2014 dollars using the Consumer Price Index.
From 1992-1996 to 2009-2014, the rate of paid claims decreased by 56%, ranging from a 76% decrease in pediatrics to a 14% rate decrease in cardiology. The mean payment increased by 23% from $286,751 to $353,473 between 1992-1996 and 2009-2014. The increases ranged from $17,431 in general practice to $138,708 in pathology (JAMA Intern Med. 2017 Mar 27. doi: 10.1001/jamainternmed.2017.0311).
The most common allegation was diagnostic error, followed by surgical error and medication or treatment error. The proportion of paid claims attributable to diagnostic error varied widely and was highest in pathology and radiology. Plastic surgery had the highest percentage of paid claims related to surgical errors. Specialties with the highest percentage of paid claims related to medication/treatment errors were psychiatry, general practice, and pulmonology.
While prior data have shown the overall trend of declining paid malpractice claims and increasing average payments, this study is the first to examine such trends by medical specialty, said Dr. Schaffer.
“We think it is important to try to understand the reasons for the variation among specialties in characteristics of paid malpractice claims, as understanding the reasons for this variation may provide insights about how we can provide the safest care possible,” he said in an interview.
Dr. Schaffer said that he hopes the findings make physicians more aware of the malpractice landscape and aid their future practice decisions.
“Medical malpractice is an issue that concerns many physicians, and physicians’ perceptions of their liability risk can influence the decisions they make in caring for their patients,” he said. “By performing an analysis of a national database of paid medical malpractice claims broken down by specialty, we hope to provide physicians with data that give them an accurate picture of the medical malpractice environment in which they are practicing.”
[email protected]
On Twitter @legal_med
FROM JAMA INTERNAL MEDICINE
Stroll Down the AmSECT Avenue
As the premier organization focused on extracorporeal circulation technology professionals, AmSECT encourages sharing of the latest trends and developments in the industry. When visiting the Exhibit Hall, stroll over to AmSECT Avenue and explore perfusion technologies and products – all in one place!
Walk the red carpet and meet with Abbott, Spectrum Medical, Medtronic, LivaNova, Terumo and more! See first-hand the latest in perfusion technology and advancements. You’ll gain knowledge of products that you can immediately take back to your facility, and other advancements that will help you remain current in the field of perfusion.
Stop by the AmSECT booth to discover how to keep learning after the conference concludes! AmSECT University provides a platform to facilitate perfusion-related education and earn continuing education units. The AmSECT team is available to answer your questions about AmSECT University and other benefits you will receive by becoming an AmSECT member.
As the premier organization focused on extracorporeal circulation technology professionals, AmSECT encourages sharing of the latest trends and developments in the industry. When visiting the Exhibit Hall, stroll over to AmSECT Avenue and explore perfusion technologies and products – all in one place!
Walk the red carpet and meet with Abbott, Spectrum Medical, Medtronic, LivaNova, Terumo and more! See first-hand the latest in perfusion technology and advancements. You’ll gain knowledge of products that you can immediately take back to your facility, and other advancements that will help you remain current in the field of perfusion.
Stop by the AmSECT booth to discover how to keep learning after the conference concludes! AmSECT University provides a platform to facilitate perfusion-related education and earn continuing education units. The AmSECT team is available to answer your questions about AmSECT University and other benefits you will receive by becoming an AmSECT member.
As the premier organization focused on extracorporeal circulation technology professionals, AmSECT encourages sharing of the latest trends and developments in the industry. When visiting the Exhibit Hall, stroll over to AmSECT Avenue and explore perfusion technologies and products – all in one place!
Walk the red carpet and meet with Abbott, Spectrum Medical, Medtronic, LivaNova, Terumo and more! See first-hand the latest in perfusion technology and advancements. You’ll gain knowledge of products that you can immediately take back to your facility, and other advancements that will help you remain current in the field of perfusion.
Stop by the AmSECT booth to discover how to keep learning after the conference concludes! AmSECT University provides a platform to facilitate perfusion-related education and earn continuing education units. The AmSECT team is available to answer your questions about AmSECT University and other benefits you will receive by becoming an AmSECT member.
Transplantation and ECMO feature prominently in Saturday session
Saturday’s course “Cardiothoracic Transplant and Mechanical Circulatory Support of Heart and Lung Failure: Mastery of the Management of End Stage Heart and Lung Disease” will explore novel techniques in heart and lung transplant, mechanical circulatory support, and extracorporeal membrane oxygenation (ECMO). The course is co-chaired by Matthew D. Bacchetta, MD, of Columbia University, Carmelo A. Milano, of Duke University, and Rich Walczak, CCP, FPP, also of Duke University.
The first session will focus on heart transplants, and will cover topics such as perfusion storage for transplantation, maintaining an ex-vivo heart, primary graft dysfunction and a talk from Yoshifumi Naka, MD, of Columbia University, who will provide first-hand accounts of using the latest durable centrifugal left ventricular assist device (LVAD).
“We’re going to get a very comprehensive update on the use of donation after cardiac death (DCD) lung transplantation, which is obviously a hot topic in our field right now,” explained Dr. Bacchetta. DCD will also be discussed in relation to heart transplants.
After lunch, mechanical circulatory support will take center stage. Presentations will range from dealing with LVAD and BiVAD support, to avoiding and treating pump thrombosis, and techniques for troubleshooting implantable devices. The course will close with a session on ECMO with Dr. Bacchetta presenting on ECMO bridge to transplantation (BTT), while other talks consider artificial lung development, ECMO transport, management of ambulation during ECMO, and ex vivo lung perfusion.
Dr. Bacchetta said, “We’ll be getting really good reviews from some of the best centers around the world.”
Saturday’s course “Cardiothoracic Transplant and Mechanical Circulatory Support of Heart and Lung Failure: Mastery of the Management of End Stage Heart and Lung Disease” will explore novel techniques in heart and lung transplant, mechanical circulatory support, and extracorporeal membrane oxygenation (ECMO). The course is co-chaired by Matthew D. Bacchetta, MD, of Columbia University, Carmelo A. Milano, of Duke University, and Rich Walczak, CCP, FPP, also of Duke University.
The first session will focus on heart transplants, and will cover topics such as perfusion storage for transplantation, maintaining an ex-vivo heart, primary graft dysfunction and a talk from Yoshifumi Naka, MD, of Columbia University, who will provide first-hand accounts of using the latest durable centrifugal left ventricular assist device (LVAD).
“We’re going to get a very comprehensive update on the use of donation after cardiac death (DCD) lung transplantation, which is obviously a hot topic in our field right now,” explained Dr. Bacchetta. DCD will also be discussed in relation to heart transplants.
After lunch, mechanical circulatory support will take center stage. Presentations will range from dealing with LVAD and BiVAD support, to avoiding and treating pump thrombosis, and techniques for troubleshooting implantable devices. The course will close with a session on ECMO with Dr. Bacchetta presenting on ECMO bridge to transplantation (BTT), while other talks consider artificial lung development, ECMO transport, management of ambulation during ECMO, and ex vivo lung perfusion.
Dr. Bacchetta said, “We’ll be getting really good reviews from some of the best centers around the world.”
Saturday’s course “Cardiothoracic Transplant and Mechanical Circulatory Support of Heart and Lung Failure: Mastery of the Management of End Stage Heart and Lung Disease” will explore novel techniques in heart and lung transplant, mechanical circulatory support, and extracorporeal membrane oxygenation (ECMO). The course is co-chaired by Matthew D. Bacchetta, MD, of Columbia University, Carmelo A. Milano, of Duke University, and Rich Walczak, CCP, FPP, also of Duke University.
The first session will focus on heart transplants, and will cover topics such as perfusion storage for transplantation, maintaining an ex-vivo heart, primary graft dysfunction and a talk from Yoshifumi Naka, MD, of Columbia University, who will provide first-hand accounts of using the latest durable centrifugal left ventricular assist device (LVAD).
“We’re going to get a very comprehensive update on the use of donation after cardiac death (DCD) lung transplantation, which is obviously a hot topic in our field right now,” explained Dr. Bacchetta. DCD will also be discussed in relation to heart transplants.
After lunch, mechanical circulatory support will take center stage. Presentations will range from dealing with LVAD and BiVAD support, to avoiding and treating pump thrombosis, and techniques for troubleshooting implantable devices. The course will close with a session on ECMO with Dr. Bacchetta presenting on ECMO bridge to transplantation (BTT), while other talks consider artificial lung development, ECMO transport, management of ambulation during ECMO, and ex vivo lung perfusion.
Dr. Bacchetta said, “We’ll be getting really good reviews from some of the best centers around the world.”
The 20th Annual C. Walton Lillehei Forum Award
Attendees will have the opportunity to hear about exceptional cardiothoracic research at Monday afternoon’s 20th Annual C. Walton Lillehei Resident Forum, which showcases top research by residents.
Co-chairs Dao Nguyen, MD, of the University of Miami Health System and Frederick Y. Chen, MD, PhD, of Tufts Medical Center, along with members of the AATS Research Scholarship Committee reviewed the submitted manuscripts and will judge the oral presentations to select the winner of a prestigious $5,000 cash prize. The competition is limited to original work presented by residents in cardiothoracic surgery and/or residents in general surgical training programs who are working in a cardiothoracic surgical laboratory or clinical rotation in North America.
“The competition is fierce as all the abstracts were of the highest scientific caliber and the committee had a hard time selecting the final top six to include in the final program,” he said. “It is a great honor for resident trainees to give a podium presentation of their research works at the top international meeting in the field of cardiothoracic surgery, such as the AATS.”
The individual presentations are the work of one to three years in the laboratory and represent the specialties’ best non-clinical research, Dr. Chen added.
“The top prize is the most prestigious prize for any postdoctoral research fellow in thoracic surgery and marks them as someone who will likely become a leader in the field,” he said.
Attendees will get the chance to hear a wide diversity of research on Monday, including two abstracts focused on cardiac surgery research, one of which centers on the genetic basis of aortic aneurysm, and another that focuses on cell therapy to rescue heart function following ischemic injury, Dr. Nguyen said. Four abstracts focus on thoracic surgery research, one of which relates to oncology, one that focuses on tissue engineering, one that pertains to lung transplantation, and one that applies the concept of lung perfusion to rehabilitate borderline lung donor graft to restore lung function affected by sepsis.
“These research projects are at the cutting edge of innovation,” Dr. Nguyen said.
Monday’s forum will kick off with a research paper entitled “Mutations in ROBO4 Lead to the Development of Bicuspid Aortic Valve and Ascending Aortic Aneurysm,” presented by Hamza Aziz, MD, of Duke University.
Next, Jarrod Predina, MD, of the University of Pennsylvania, will present research that describes how “Targeted Near-Infrared Intraoperative Molecular Imaging Can Identify Residual Disease During Pulmonary Resection,” followed by an analysis on how “Delivery of Endothelial Progenitor Cells with Injectable Shear-Thinning Hydrogels Maintains Ventricular Geometry and Normalizes Dynamic Strain to Stabilize Cardiac Function Following Ischemic Injury,” presented by Ann C. Gaffey, MD, also of the University of Pennsylvania.
Attendees will also hear a presentation entitled “Targeted Cell Replacement in Human Lung Bioengineering,” by Brandon A. Guenthart, MD, of Columbia University. Stephen Chiu, MD, of Northwestern University, will then present his research paper called “Donor-derived Non-Classical Monocytes Mediate Primary Lung Allograft Dysfunction by Recruiting Recipient Neutrophils via Toll-Like Receptor-dependent Production of MIP-2 .”
Finally, attendees will hear about how “In Vivo Lung Perfusion Rehabilitates Sepsis-Induced Lung Injury,” presented by J. Hunter Mehaffey, MD, of the University of Virginia.
Dr. Nguyen encourages all meeting attendees to attend the forum to learn about the forefront of cardiothoracic surgery research performed by the future generation of the specialty and to “give the trainees all the support and accolades that they and their lab mentors all deserve.”
Attendees will have the opportunity to hear about exceptional cardiothoracic research at Monday afternoon’s 20th Annual C. Walton Lillehei Resident Forum, which showcases top research by residents.
Co-chairs Dao Nguyen, MD, of the University of Miami Health System and Frederick Y. Chen, MD, PhD, of Tufts Medical Center, along with members of the AATS Research Scholarship Committee reviewed the submitted manuscripts and will judge the oral presentations to select the winner of a prestigious $5,000 cash prize. The competition is limited to original work presented by residents in cardiothoracic surgery and/or residents in general surgical training programs who are working in a cardiothoracic surgical laboratory or clinical rotation in North America.
“The competition is fierce as all the abstracts were of the highest scientific caliber and the committee had a hard time selecting the final top six to include in the final program,” he said. “It is a great honor for resident trainees to give a podium presentation of their research works at the top international meeting in the field of cardiothoracic surgery, such as the AATS.”
The individual presentations are the work of one to three years in the laboratory and represent the specialties’ best non-clinical research, Dr. Chen added.
“The top prize is the most prestigious prize for any postdoctoral research fellow in thoracic surgery and marks them as someone who will likely become a leader in the field,” he said.
Attendees will get the chance to hear a wide diversity of research on Monday, including two abstracts focused on cardiac surgery research, one of which centers on the genetic basis of aortic aneurysm, and another that focuses on cell therapy to rescue heart function following ischemic injury, Dr. Nguyen said. Four abstracts focus on thoracic surgery research, one of which relates to oncology, one that focuses on tissue engineering, one that pertains to lung transplantation, and one that applies the concept of lung perfusion to rehabilitate borderline lung donor graft to restore lung function affected by sepsis.
“These research projects are at the cutting edge of innovation,” Dr. Nguyen said.
Monday’s forum will kick off with a research paper entitled “Mutations in ROBO4 Lead to the Development of Bicuspid Aortic Valve and Ascending Aortic Aneurysm,” presented by Hamza Aziz, MD, of Duke University.
Next, Jarrod Predina, MD, of the University of Pennsylvania, will present research that describes how “Targeted Near-Infrared Intraoperative Molecular Imaging Can Identify Residual Disease During Pulmonary Resection,” followed by an analysis on how “Delivery of Endothelial Progenitor Cells with Injectable Shear-Thinning Hydrogels Maintains Ventricular Geometry and Normalizes Dynamic Strain to Stabilize Cardiac Function Following Ischemic Injury,” presented by Ann C. Gaffey, MD, also of the University of Pennsylvania.
Attendees will also hear a presentation entitled “Targeted Cell Replacement in Human Lung Bioengineering,” by Brandon A. Guenthart, MD, of Columbia University. Stephen Chiu, MD, of Northwestern University, will then present his research paper called “Donor-derived Non-Classical Monocytes Mediate Primary Lung Allograft Dysfunction by Recruiting Recipient Neutrophils via Toll-Like Receptor-dependent Production of MIP-2 .”
Finally, attendees will hear about how “In Vivo Lung Perfusion Rehabilitates Sepsis-Induced Lung Injury,” presented by J. Hunter Mehaffey, MD, of the University of Virginia.
Dr. Nguyen encourages all meeting attendees to attend the forum to learn about the forefront of cardiothoracic surgery research performed by the future generation of the specialty and to “give the trainees all the support and accolades that they and their lab mentors all deserve.”
Attendees will have the opportunity to hear about exceptional cardiothoracic research at Monday afternoon’s 20th Annual C. Walton Lillehei Resident Forum, which showcases top research by residents.
Co-chairs Dao Nguyen, MD, of the University of Miami Health System and Frederick Y. Chen, MD, PhD, of Tufts Medical Center, along with members of the AATS Research Scholarship Committee reviewed the submitted manuscripts and will judge the oral presentations to select the winner of a prestigious $5,000 cash prize. The competition is limited to original work presented by residents in cardiothoracic surgery and/or residents in general surgical training programs who are working in a cardiothoracic surgical laboratory or clinical rotation in North America.
“The competition is fierce as all the abstracts were of the highest scientific caliber and the committee had a hard time selecting the final top six to include in the final program,” he said. “It is a great honor for resident trainees to give a podium presentation of their research works at the top international meeting in the field of cardiothoracic surgery, such as the AATS.”
The individual presentations are the work of one to three years in the laboratory and represent the specialties’ best non-clinical research, Dr. Chen added.
“The top prize is the most prestigious prize for any postdoctoral research fellow in thoracic surgery and marks them as someone who will likely become a leader in the field,” he said.
Attendees will get the chance to hear a wide diversity of research on Monday, including two abstracts focused on cardiac surgery research, one of which centers on the genetic basis of aortic aneurysm, and another that focuses on cell therapy to rescue heart function following ischemic injury, Dr. Nguyen said. Four abstracts focus on thoracic surgery research, one of which relates to oncology, one that focuses on tissue engineering, one that pertains to lung transplantation, and one that applies the concept of lung perfusion to rehabilitate borderline lung donor graft to restore lung function affected by sepsis.
“These research projects are at the cutting edge of innovation,” Dr. Nguyen said.
Monday’s forum will kick off with a research paper entitled “Mutations in ROBO4 Lead to the Development of Bicuspid Aortic Valve and Ascending Aortic Aneurysm,” presented by Hamza Aziz, MD, of Duke University.
Next, Jarrod Predina, MD, of the University of Pennsylvania, will present research that describes how “Targeted Near-Infrared Intraoperative Molecular Imaging Can Identify Residual Disease During Pulmonary Resection,” followed by an analysis on how “Delivery of Endothelial Progenitor Cells with Injectable Shear-Thinning Hydrogels Maintains Ventricular Geometry and Normalizes Dynamic Strain to Stabilize Cardiac Function Following Ischemic Injury,” presented by Ann C. Gaffey, MD, also of the University of Pennsylvania.
Attendees will also hear a presentation entitled “Targeted Cell Replacement in Human Lung Bioengineering,” by Brandon A. Guenthart, MD, of Columbia University. Stephen Chiu, MD, of Northwestern University, will then present his research paper called “Donor-derived Non-Classical Monocytes Mediate Primary Lung Allograft Dysfunction by Recruiting Recipient Neutrophils via Toll-Like Receptor-dependent Production of MIP-2 .”
Finally, attendees will hear about how “In Vivo Lung Perfusion Rehabilitates Sepsis-Induced Lung Injury,” presented by J. Hunter Mehaffey, MD, of the University of Virginia.
Dr. Nguyen encourages all meeting attendees to attend the forum to learn about the forefront of cardiothoracic surgery research performed by the future generation of the specialty and to “give the trainees all the support and accolades that they and their lab mentors all deserve.”
Cardiac surgery symposium critiques challenging cases
“This year’s Adult Cardiac Surgery Symposium will prove to be one of the most dynamic and liveliest to date,” said course chair Vinod H. Thourani, MD, in an interview. “Each session will have dedicated time for robust panel discussion and hopefully significant participant involvement,” he said.
Dr. Thourani, of Emory University, leads an expert roster of clinicians in the AATS/STS Adult Cardiac Surgery Symposium entitled “Excellence Through Knowledge.” The all-day Sunday format allows for an in-depth exploration that can benefit clinicians with a range of perspectives. The talks will include not only examples from clinical experience, but also “will provide the audience with the most up-to-date literature on a variety of topics relevant to the practice of cardiac surgery,” Dr. Thourani said.
The topics scheduled for discussion will include the management of short-term circulatory support for acute cardiac decompensation, aortic and mitral valve surgery, coronary artery disease, and management of aorta diseases, Dr. Thourani said.
Dr. Thourani highlighted some of specific topics that he considers especially hot this year: “New Surgical and Transcatheter Therapies for Right Ventricular Failure,” by Edward G. Soltesz, MD, of the Cleveland Clinic; “TAVR for the Treatment of Aortic Stenosis: Here Comes the Tsunami!!!,” by Michael J. Mack, MD, of the Baylor Health Care System; “Indications for Concomitant Tricuspid Valve Repair,” by Gilles D. Dreyfus, MD, of the Cardio Thoracic Centre of Monaco; “Making the Heat Team a Reality in Choosing Between CABG and PCI,” by Farouc A. Jaffer, MD, of Massachusetts General Hospital; and “Root Aneurysm with Bicuspid Aortic Valve: Spare or Replace,” by Tirone E. David, MD of Toronto General Hospital.
After a break for lunch, the symposium continues with a session on “Controversies in Mitral Valve Surgery.” Topics include not only indications for concomitant tricuspid valve repair, but also determinants for mitral valve repair or replacement and a discussion of atrial fibrillation in the setting of mitral valve disease.
“We are delighted that this symposium will not only have renowned surgeons, but also cardiologists and perfusionists that truly represent a heart team approach to these complex patients,” Dr. Thourani concluded.
“This year’s Adult Cardiac Surgery Symposium will prove to be one of the most dynamic and liveliest to date,” said course chair Vinod H. Thourani, MD, in an interview. “Each session will have dedicated time for robust panel discussion and hopefully significant participant involvement,” he said.
Dr. Thourani, of Emory University, leads an expert roster of clinicians in the AATS/STS Adult Cardiac Surgery Symposium entitled “Excellence Through Knowledge.” The all-day Sunday format allows for an in-depth exploration that can benefit clinicians with a range of perspectives. The talks will include not only examples from clinical experience, but also “will provide the audience with the most up-to-date literature on a variety of topics relevant to the practice of cardiac surgery,” Dr. Thourani said.
The topics scheduled for discussion will include the management of short-term circulatory support for acute cardiac decompensation, aortic and mitral valve surgery, coronary artery disease, and management of aorta diseases, Dr. Thourani said.
Dr. Thourani highlighted some of specific topics that he considers especially hot this year: “New Surgical and Transcatheter Therapies for Right Ventricular Failure,” by Edward G. Soltesz, MD, of the Cleveland Clinic; “TAVR for the Treatment of Aortic Stenosis: Here Comes the Tsunami!!!,” by Michael J. Mack, MD, of the Baylor Health Care System; “Indications for Concomitant Tricuspid Valve Repair,” by Gilles D. Dreyfus, MD, of the Cardio Thoracic Centre of Monaco; “Making the Heat Team a Reality in Choosing Between CABG and PCI,” by Farouc A. Jaffer, MD, of Massachusetts General Hospital; and “Root Aneurysm with Bicuspid Aortic Valve: Spare or Replace,” by Tirone E. David, MD of Toronto General Hospital.
After a break for lunch, the symposium continues with a session on “Controversies in Mitral Valve Surgery.” Topics include not only indications for concomitant tricuspid valve repair, but also determinants for mitral valve repair or replacement and a discussion of atrial fibrillation in the setting of mitral valve disease.
“We are delighted that this symposium will not only have renowned surgeons, but also cardiologists and perfusionists that truly represent a heart team approach to these complex patients,” Dr. Thourani concluded.
“This year’s Adult Cardiac Surgery Symposium will prove to be one of the most dynamic and liveliest to date,” said course chair Vinod H. Thourani, MD, in an interview. “Each session will have dedicated time for robust panel discussion and hopefully significant participant involvement,” he said.
Dr. Thourani, of Emory University, leads an expert roster of clinicians in the AATS/STS Adult Cardiac Surgery Symposium entitled “Excellence Through Knowledge.” The all-day Sunday format allows for an in-depth exploration that can benefit clinicians with a range of perspectives. The talks will include not only examples from clinical experience, but also “will provide the audience with the most up-to-date literature on a variety of topics relevant to the practice of cardiac surgery,” Dr. Thourani said.
The topics scheduled for discussion will include the management of short-term circulatory support for acute cardiac decompensation, aortic and mitral valve surgery, coronary artery disease, and management of aorta diseases, Dr. Thourani said.
Dr. Thourani highlighted some of specific topics that he considers especially hot this year: “New Surgical and Transcatheter Therapies for Right Ventricular Failure,” by Edward G. Soltesz, MD, of the Cleveland Clinic; “TAVR for the Treatment of Aortic Stenosis: Here Comes the Tsunami!!!,” by Michael J. Mack, MD, of the Baylor Health Care System; “Indications for Concomitant Tricuspid Valve Repair,” by Gilles D. Dreyfus, MD, of the Cardio Thoracic Centre of Monaco; “Making the Heat Team a Reality in Choosing Between CABG and PCI,” by Farouc A. Jaffer, MD, of Massachusetts General Hospital; and “Root Aneurysm with Bicuspid Aortic Valve: Spare or Replace,” by Tirone E. David, MD of Toronto General Hospital.
After a break for lunch, the symposium continues with a session on “Controversies in Mitral Valve Surgery.” Topics include not only indications for concomitant tricuspid valve repair, but also determinants for mitral valve repair or replacement and a discussion of atrial fibrillation in the setting of mitral valve disease.
“We are delighted that this symposium will not only have renowned surgeons, but also cardiologists and perfusionists that truly represent a heart team approach to these complex patients,” Dr. Thourani concluded.
New devices improve outcomes for pediatric patients
The smallest patients get a full day’s focus in the “Congenital Heart Disease Symposium: Innovations and Controversies in the Surgical Management of Congenital Heart Disease,” session on Sunday, April 30.
“This symposium is designed for participants to get up-to-date information about cardiothoracic surgery,” said Katsuhide Maeda, MD, of Stanford University Medical Center, in an interview.
The Pumps for Kids, Infants, and Neonates (PumpKIN) trial is designed as a randomized, multicenter, two-arm study to evaluate an investigational ventricular assistance device (VAD) known as Jarvik 2015, comparing it to the EXCOR Pediatric VAD in children with heart failure. The study is designed to enroll 88 patients, 44 randomized to the Jarvik 2015 and 44 to the EXCOR.
The primary objectives of the PumpKIN trial, according to Clinicaltrials.gov description, are to determine the safety of the Jarvik 2015 based on evaluations of reported serious adverse events up to the first 180 days after implantation, and to assess benefits based on overall survival without severe neurologic impairment.
Symposium attendees can learn the latest information about outcomes as well as tips and techniques for device use in neonates and infants, Dr. Maeda said.
Some of the presentations featuring tips and techniques include “Device Innovations and Options for Biventrical Mechanical Circulatory Support,” by Mark Shepard, MD, of St. Louis Children’s Hospital; “Surgical Techniques for TAPVR,” by Christopher A. Caldarone, MD, of the Hospital for Sick Children, Toronto; and “The “Tweener” Arch - Front vs. Side,” by Charles D. Fraser, MD, of Texas Children’s Hospital.
Looking ahead, Dr. Maeda advised clinicians to keep watching the PumpKIN trial, which is set to begin in seven institutions in the United States and Canada. “This device may open a new door,” for pediatric heart surgery, he noted.
The smallest patients get a full day’s focus in the “Congenital Heart Disease Symposium: Innovations and Controversies in the Surgical Management of Congenital Heart Disease,” session on Sunday, April 30.
“This symposium is designed for participants to get up-to-date information about cardiothoracic surgery,” said Katsuhide Maeda, MD, of Stanford University Medical Center, in an interview.
The Pumps for Kids, Infants, and Neonates (PumpKIN) trial is designed as a randomized, multicenter, two-arm study to evaluate an investigational ventricular assistance device (VAD) known as Jarvik 2015, comparing it to the EXCOR Pediatric VAD in children with heart failure. The study is designed to enroll 88 patients, 44 randomized to the Jarvik 2015 and 44 to the EXCOR.
The primary objectives of the PumpKIN trial, according to Clinicaltrials.gov description, are to determine the safety of the Jarvik 2015 based on evaluations of reported serious adverse events up to the first 180 days after implantation, and to assess benefits based on overall survival without severe neurologic impairment.
Symposium attendees can learn the latest information about outcomes as well as tips and techniques for device use in neonates and infants, Dr. Maeda said.
Some of the presentations featuring tips and techniques include “Device Innovations and Options for Biventrical Mechanical Circulatory Support,” by Mark Shepard, MD, of St. Louis Children’s Hospital; “Surgical Techniques for TAPVR,” by Christopher A. Caldarone, MD, of the Hospital for Sick Children, Toronto; and “The “Tweener” Arch - Front vs. Side,” by Charles D. Fraser, MD, of Texas Children’s Hospital.
Looking ahead, Dr. Maeda advised clinicians to keep watching the PumpKIN trial, which is set to begin in seven institutions in the United States and Canada. “This device may open a new door,” for pediatric heart surgery, he noted.
The smallest patients get a full day’s focus in the “Congenital Heart Disease Symposium: Innovations and Controversies in the Surgical Management of Congenital Heart Disease,” session on Sunday, April 30.
“This symposium is designed for participants to get up-to-date information about cardiothoracic surgery,” said Katsuhide Maeda, MD, of Stanford University Medical Center, in an interview.
The Pumps for Kids, Infants, and Neonates (PumpKIN) trial is designed as a randomized, multicenter, two-arm study to evaluate an investigational ventricular assistance device (VAD) known as Jarvik 2015, comparing it to the EXCOR Pediatric VAD in children with heart failure. The study is designed to enroll 88 patients, 44 randomized to the Jarvik 2015 and 44 to the EXCOR.
The primary objectives of the PumpKIN trial, according to Clinicaltrials.gov description, are to determine the safety of the Jarvik 2015 based on evaluations of reported serious adverse events up to the first 180 days after implantation, and to assess benefits based on overall survival without severe neurologic impairment.
Symposium attendees can learn the latest information about outcomes as well as tips and techniques for device use in neonates and infants, Dr. Maeda said.
Some of the presentations featuring tips and techniques include “Device Innovations and Options for Biventrical Mechanical Circulatory Support,” by Mark Shepard, MD, of St. Louis Children’s Hospital; “Surgical Techniques for TAPVR,” by Christopher A. Caldarone, MD, of the Hospital for Sick Children, Toronto; and “The “Tweener” Arch - Front vs. Side,” by Charles D. Fraser, MD, of Texas Children’s Hospital.
Looking ahead, Dr. Maeda advised clinicians to keep watching the PumpKIN trial, which is set to begin in seven institutions in the United States and Canada. “This device may open a new door,” for pediatric heart surgery, he noted.