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The ‘great dynamism’ of radiation oncology
The field of radiation oncology has rapidly evolved in recent years, thanks in large part to findings from randomized clinical trials (RCTs) that have helped shift therapeutic standards, a review of the literature shows.
Highlights from this research reveal how high-tech radiotherapy, such as hypofractionation and stereotactic body radiotherapy, has improved care for many patients, how personalized radiotherapy using image-based guidance has helped tailor treatments, and how endpoints that focus on quality of life and patient satisfaction are emerging.
For instance, Charles B. Simone II, MD, FACRO, who was not involved in the current work, pointed to “a proliferation of trials assessing hypofractionation in the curative setting and stereotactic body radiation therapy in the curative and poly- and oligometastatic settings that have allowed for increased patient convenience and dose intensification, respectively.”
Dr. Simone, chief medical officer, New York Proton Center, Memorial Sloan Kettering Cancer Center, also noted that the first personalized radiotherapy trials using imaging and biological markers have “the profound potential to individualize treatment and improve patient outcomes.”
The review was published in the European Journal of Cancer.
An evolving field
Given the fast-changing landscape for cancer therapeutics and a deluge of research studies, the authors wanted to understand the most notable advances established in recent trials as well as caveats to some approaches and emerging areas to watch.
In the review, Sophie Espenel, MD, from the department of radiation oncology, Gustave Roussy Cancer Campus, Villejuif, France, and colleagues identified 1,347 radiotherapy RCTs that were conducted from January 2018 to December 2021. Of these, the authors selected 110 large phase 2 or 3 RCTs that contained data showing practice-changing or emerging concepts.
Overall, the studies showed “great dynamism” in radiation oncology research and covered a wide range of radiotherapy practices, according to Dr. Espenel and coauthors.
A central area of research has focused on radioimmunotherapy, an approach that aims to enhance the antitumor immune response. One RCT in the preoperative setting showed, for instance, that concurrent stereotactic body radiotherapy delivered at 24 Gy over eight fractions, along with the anti–PD-L1 agent durvalumab, increased major pathologic complete response rates almost eightfold in comparison with durvalumab alone for patients with early-stage lung cancer (53.3% vs. 6.7%).
Although promising, not all trials that evaluated a concurrent chemoradiotherapy-immunotherapy strategy showed positive results. One RCT of locally advanced head and neck squamous cell carcinoma, for instance, found that median progression-free survival was not reached when adding the anti–PD-L1 avelumab to chemoradiotherapy. In addition, trials in the metastatic setting have shown conflicting results, the authors note.
Another topic of interest is that of newer radiosensitizers. A trial that evaluated high-risk locoregionally advanced head and neck squamous cell carcinoma highlighted the efficacy of xevinapant, a pro-apoptotic agent that inhibits apoptosis proteins. Xevinapant was used for the first time in conjunction with a standard high-dose cisplatin chemoradiotherapy. In this study, locoregional control at 18 months was achieved for 54% of patients who received xevinapant vs. 33% of those who received standard care. The toxicity profiles were similar.
The use of high-tech radiotherapy is gaining ground. It allows patients to receive more targeted treatments at lower doses and in shorter time frames. One trial found, for instance, that a more hypofractionated adjuvant whole breast approach, using 26 Gy in five fractions over a week, is as effective and safe as 40 Gy in 15 fractions over 3 weeks. The researchers found that there was no difference in the incidence of locoregional relapses, disease-free survival, and overall survival between the regimens.
Dr. Simone also noted that advanced treatment modalities, such as intensity-modulated radiotherapy, stereotactic radiosurgery, and proton therapy, have the potential to improve patient-reported adverse events and clinical outcomes. “I have seen this both in my clinical practice and in several recent publications,” he says.
Personalization of radiotherapy is also an emerging area that may allow for more tailored treatments with improved outcomes. The authors highlighted a study that found that PMSA PET-CT was better than conventional CT for accurately staging prostate cancer. This approach was also less expensive and led to less radiation exposure.
On the basis of this research, “PMSA PET-CT has since become the [standard of care] for prostate cancer staging,” the authors explain.
Dr. Espenel and colleagues note that as patients survive longer, quality of life and patient satisfaction are increasingly becoming endpoints in RCTs. Experts are focusing more attention on sequelae of treatments and advances in technology that can spare critical organs from radiation and reduce overall treatment time.
Shared decision-making is becoming increasingly possible in many cases as well. For example, with some clinical trials that involved different treatment modalities, outcomes were equivalent, but toxicity profiles differed, allowing patients to choose therapeutic options tailored to their preferences.
Overall, these data demonstrate “a great dynamism of radiation oncology research in most primary tumor types,” the researchers write.
The study received no outside financial support. The authors have disclosed no relevant financial relationships. Dr. Simone is chair of the American Society for Radiation Oncology Lung Resource Panel and the American Society for Radiation Oncology Veteran Affairs Radiation Oncology Quality Surveillance Blue Ribbon Lung Panel and has received honorarium from Varian Medical Systems.
A version of this article first appeared on Medscape.com.
The field of radiation oncology has rapidly evolved in recent years, thanks in large part to findings from randomized clinical trials (RCTs) that have helped shift therapeutic standards, a review of the literature shows.
Highlights from this research reveal how high-tech radiotherapy, such as hypofractionation and stereotactic body radiotherapy, has improved care for many patients, how personalized radiotherapy using image-based guidance has helped tailor treatments, and how endpoints that focus on quality of life and patient satisfaction are emerging.
For instance, Charles B. Simone II, MD, FACRO, who was not involved in the current work, pointed to “a proliferation of trials assessing hypofractionation in the curative setting and stereotactic body radiation therapy in the curative and poly- and oligometastatic settings that have allowed for increased patient convenience and dose intensification, respectively.”
Dr. Simone, chief medical officer, New York Proton Center, Memorial Sloan Kettering Cancer Center, also noted that the first personalized radiotherapy trials using imaging and biological markers have “the profound potential to individualize treatment and improve patient outcomes.”
The review was published in the European Journal of Cancer.
An evolving field
Given the fast-changing landscape for cancer therapeutics and a deluge of research studies, the authors wanted to understand the most notable advances established in recent trials as well as caveats to some approaches and emerging areas to watch.
In the review, Sophie Espenel, MD, from the department of radiation oncology, Gustave Roussy Cancer Campus, Villejuif, France, and colleagues identified 1,347 radiotherapy RCTs that were conducted from January 2018 to December 2021. Of these, the authors selected 110 large phase 2 or 3 RCTs that contained data showing practice-changing or emerging concepts.
Overall, the studies showed “great dynamism” in radiation oncology research and covered a wide range of radiotherapy practices, according to Dr. Espenel and coauthors.
A central area of research has focused on radioimmunotherapy, an approach that aims to enhance the antitumor immune response. One RCT in the preoperative setting showed, for instance, that concurrent stereotactic body radiotherapy delivered at 24 Gy over eight fractions, along with the anti–PD-L1 agent durvalumab, increased major pathologic complete response rates almost eightfold in comparison with durvalumab alone for patients with early-stage lung cancer (53.3% vs. 6.7%).
Although promising, not all trials that evaluated a concurrent chemoradiotherapy-immunotherapy strategy showed positive results. One RCT of locally advanced head and neck squamous cell carcinoma, for instance, found that median progression-free survival was not reached when adding the anti–PD-L1 avelumab to chemoradiotherapy. In addition, trials in the metastatic setting have shown conflicting results, the authors note.
Another topic of interest is that of newer radiosensitizers. A trial that evaluated high-risk locoregionally advanced head and neck squamous cell carcinoma highlighted the efficacy of xevinapant, a pro-apoptotic agent that inhibits apoptosis proteins. Xevinapant was used for the first time in conjunction with a standard high-dose cisplatin chemoradiotherapy. In this study, locoregional control at 18 months was achieved for 54% of patients who received xevinapant vs. 33% of those who received standard care. The toxicity profiles were similar.
The use of high-tech radiotherapy is gaining ground. It allows patients to receive more targeted treatments at lower doses and in shorter time frames. One trial found, for instance, that a more hypofractionated adjuvant whole breast approach, using 26 Gy in five fractions over a week, is as effective and safe as 40 Gy in 15 fractions over 3 weeks. The researchers found that there was no difference in the incidence of locoregional relapses, disease-free survival, and overall survival between the regimens.
Dr. Simone also noted that advanced treatment modalities, such as intensity-modulated radiotherapy, stereotactic radiosurgery, and proton therapy, have the potential to improve patient-reported adverse events and clinical outcomes. “I have seen this both in my clinical practice and in several recent publications,” he says.
Personalization of radiotherapy is also an emerging area that may allow for more tailored treatments with improved outcomes. The authors highlighted a study that found that PMSA PET-CT was better than conventional CT for accurately staging prostate cancer. This approach was also less expensive and led to less radiation exposure.
On the basis of this research, “PMSA PET-CT has since become the [standard of care] for prostate cancer staging,” the authors explain.
Dr. Espenel and colleagues note that as patients survive longer, quality of life and patient satisfaction are increasingly becoming endpoints in RCTs. Experts are focusing more attention on sequelae of treatments and advances in technology that can spare critical organs from radiation and reduce overall treatment time.
Shared decision-making is becoming increasingly possible in many cases as well. For example, with some clinical trials that involved different treatment modalities, outcomes were equivalent, but toxicity profiles differed, allowing patients to choose therapeutic options tailored to their preferences.
Overall, these data demonstrate “a great dynamism of radiation oncology research in most primary tumor types,” the researchers write.
The study received no outside financial support. The authors have disclosed no relevant financial relationships. Dr. Simone is chair of the American Society for Radiation Oncology Lung Resource Panel and the American Society for Radiation Oncology Veteran Affairs Radiation Oncology Quality Surveillance Blue Ribbon Lung Panel and has received honorarium from Varian Medical Systems.
A version of this article first appeared on Medscape.com.
The field of radiation oncology has rapidly evolved in recent years, thanks in large part to findings from randomized clinical trials (RCTs) that have helped shift therapeutic standards, a review of the literature shows.
Highlights from this research reveal how high-tech radiotherapy, such as hypofractionation and stereotactic body radiotherapy, has improved care for many patients, how personalized radiotherapy using image-based guidance has helped tailor treatments, and how endpoints that focus on quality of life and patient satisfaction are emerging.
For instance, Charles B. Simone II, MD, FACRO, who was not involved in the current work, pointed to “a proliferation of trials assessing hypofractionation in the curative setting and stereotactic body radiation therapy in the curative and poly- and oligometastatic settings that have allowed for increased patient convenience and dose intensification, respectively.”
Dr. Simone, chief medical officer, New York Proton Center, Memorial Sloan Kettering Cancer Center, also noted that the first personalized radiotherapy trials using imaging and biological markers have “the profound potential to individualize treatment and improve patient outcomes.”
The review was published in the European Journal of Cancer.
An evolving field
Given the fast-changing landscape for cancer therapeutics and a deluge of research studies, the authors wanted to understand the most notable advances established in recent trials as well as caveats to some approaches and emerging areas to watch.
In the review, Sophie Espenel, MD, from the department of radiation oncology, Gustave Roussy Cancer Campus, Villejuif, France, and colleagues identified 1,347 radiotherapy RCTs that were conducted from January 2018 to December 2021. Of these, the authors selected 110 large phase 2 or 3 RCTs that contained data showing practice-changing or emerging concepts.
Overall, the studies showed “great dynamism” in radiation oncology research and covered a wide range of radiotherapy practices, according to Dr. Espenel and coauthors.
A central area of research has focused on radioimmunotherapy, an approach that aims to enhance the antitumor immune response. One RCT in the preoperative setting showed, for instance, that concurrent stereotactic body radiotherapy delivered at 24 Gy over eight fractions, along with the anti–PD-L1 agent durvalumab, increased major pathologic complete response rates almost eightfold in comparison with durvalumab alone for patients with early-stage lung cancer (53.3% vs. 6.7%).
Although promising, not all trials that evaluated a concurrent chemoradiotherapy-immunotherapy strategy showed positive results. One RCT of locally advanced head and neck squamous cell carcinoma, for instance, found that median progression-free survival was not reached when adding the anti–PD-L1 avelumab to chemoradiotherapy. In addition, trials in the metastatic setting have shown conflicting results, the authors note.
Another topic of interest is that of newer radiosensitizers. A trial that evaluated high-risk locoregionally advanced head and neck squamous cell carcinoma highlighted the efficacy of xevinapant, a pro-apoptotic agent that inhibits apoptosis proteins. Xevinapant was used for the first time in conjunction with a standard high-dose cisplatin chemoradiotherapy. In this study, locoregional control at 18 months was achieved for 54% of patients who received xevinapant vs. 33% of those who received standard care. The toxicity profiles were similar.
The use of high-tech radiotherapy is gaining ground. It allows patients to receive more targeted treatments at lower doses and in shorter time frames. One trial found, for instance, that a more hypofractionated adjuvant whole breast approach, using 26 Gy in five fractions over a week, is as effective and safe as 40 Gy in 15 fractions over 3 weeks. The researchers found that there was no difference in the incidence of locoregional relapses, disease-free survival, and overall survival between the regimens.
Dr. Simone also noted that advanced treatment modalities, such as intensity-modulated radiotherapy, stereotactic radiosurgery, and proton therapy, have the potential to improve patient-reported adverse events and clinical outcomes. “I have seen this both in my clinical practice and in several recent publications,” he says.
Personalization of radiotherapy is also an emerging area that may allow for more tailored treatments with improved outcomes. The authors highlighted a study that found that PMSA PET-CT was better than conventional CT for accurately staging prostate cancer. This approach was also less expensive and led to less radiation exposure.
On the basis of this research, “PMSA PET-CT has since become the [standard of care] for prostate cancer staging,” the authors explain.
Dr. Espenel and colleagues note that as patients survive longer, quality of life and patient satisfaction are increasingly becoming endpoints in RCTs. Experts are focusing more attention on sequelae of treatments and advances in technology that can spare critical organs from radiation and reduce overall treatment time.
Shared decision-making is becoming increasingly possible in many cases as well. For example, with some clinical trials that involved different treatment modalities, outcomes were equivalent, but toxicity profiles differed, allowing patients to choose therapeutic options tailored to their preferences.
Overall, these data demonstrate “a great dynamism of radiation oncology research in most primary tumor types,” the researchers write.
The study received no outside financial support. The authors have disclosed no relevant financial relationships. Dr. Simone is chair of the American Society for Radiation Oncology Lung Resource Panel and the American Society for Radiation Oncology Veteran Affairs Radiation Oncology Quality Surveillance Blue Ribbon Lung Panel and has received honorarium from Varian Medical Systems.
A version of this article first appeared on Medscape.com.
FROM THE EUROPEAN JOURNAL OF CANCER
Where women’s voices still get heard less
“Our study provides the first analysis of gender and early-career faculty disparities in speakers at hematology and medical oncology board review meetings,” the authors reported in research published in Blood Advances.
“We covered six major board reviews over the last 5 years that are either conducted yearly or every other year, [and] the general trend across all meetings showed skewness toward men speakers,” the authors reported.
Recent data from 2021 suggests a closing of the gender gap in oncology, with women making up 44.6% of oncologists in training. However, they still only represented 35.2% of practicing oncologists and are underrepresented in leadership positions in academic oncology, the authors reported.
With speaking roles at academic meetings potentially marking a key step in career advancement and improved opportunities, the authors sought to investigate the balance of gender, as well as early-career faculty among speakers at prominent hematology and/or oncology board review lecture series taking place in the United States between 2017 and 2021.
The five institutions and one society presenting the board review lecture series included Baylor College of Medicine/MD Anderson Cancer Center, both in Houston; Dana-Farber Brigham Cancer Center, Boston; George Washington University, Washington; Memorial Sloan Kettering Cancer Center, New York; Seattle Cancer Care Alliance; and the hematology board review series from the American Society of Hematology.
During the period in question, among 1,224 board review lectures presented, women constituted only 37.7% of the speakers. In lectures presented by American Board of Internal Medicine–certified speakers (n = 1,016, 83%), women were found to have made up fewer than 50% of speakers in five of six courses.
Men were also more likely to be recurrent speakers; across all courses, 13 men but only 2 women conducted 10 or more lectures. And while 35 men gave six or more lectures across all courses, only 12 women did so.
The lecture topics with the lowest rates of women presenters included malignant hematology (24.8%), solid tumors (38.9%), and benign hematology lectures (44.1%).
“We suspected [the imbalance in malignant hematology] since multiple recurrent roles were concentrated in the malignant hematology,” senior author Samer Al Hadidi, MD, of the Myeloma Center, Winthrop P. Rockefeller Cancer Institute, University of Arkansas for Medical Sciences, Little Rock, AK, said in an interview.
He noted that “there are no regulations that such courses need to follow to ensure certain proportions of women and junior faculty are involved.”
Early-career faculty
In terms of early-career representation, more than 50% of lectures were given by faculty who had received their initial certifications more than 15 years earlier. The median time from initial certification was 12.5 years for hematology and 14 years for medical oncology.
The findings that more than half of the board review lectures were presented by faculty with more than 15 years’ experience since initial certification “reflects a lack of appropriate involvement of early-career faculty, who arguably may have more recent experience with board certification,” the authors wrote.
While being underrepresented in such roles is detrimental, there are no regulations that such courses follow to ensure certain proportions of women and junior faculty are involved, Dr. Al Hadidi noted.
Equal representation remains elusive
The study does suggest some notable gains. In a previous study of 181 academic conferences in the United States and Canada between 2007 and 2017, the rate of women speakers was only 15%, compared with 37.7% in the new study.
And an overall trend analysis in the study shows an approximately 10% increase in representation of women in all of the board reviews. However, only the ASH hematology board review achieved more than 50% women in their two courses.
“Overall, the proportion of women speakers is improving over the years, though it remains suboptimal,” Dr. Al Hadidi said.
The authors noted that oncology is clearly not the only specialty with gender disparities. They documented a lack of women speakers at conferences involving otolaryngology head and neck meetings, radiation oncology, emergency medicine, and research conferences.
They pointed to the work of ASH’s Women in Hematology Working Group as an important example of the needed effort to improve the balance of women hematologists.
Ariela Marshall, MD, director of women’s thrombosis and hemostasis at Penn Medicine in Philadelphia and a leader of ASH’s Women in Hematology Working Group, agreed that more efforts are needed to address both gender disparities as well as those of early career speakers. She asserted that the two disparities appear to be connected.
“If you broke down gender representation over time and the faculty/time since initial certification, the findings may mirror the percent of women in hematology-oncology at that given point in time,” Dr. Marshall said in an interview.
“If an institution is truly committed to taking action on gender equity, it needs to look at gender and experience equity of speakers,” she said. “Perhaps it’s the time to say ‘Dr. X has been doing this review course for 15 years. Let’s give someone else a chance.’
“This is not even just from a gender equity perspective but from a career development perspective overall,” she added. “Junior faculty need these speaking engagements a lot more than senior faculty.”
Meanwhile, the higher number of female trainees is a trend that ideally will be sustained as those trainees move into positions of leadership, Dr. Marshall noted.
“We do see that over time, we have achieved gender equity in the percent of women matriculating to medical school. And my hope is that, 20 years down the line, we will see the effects of this reflected in increased equity in leadership positions such as division/department chair, dean, and hospital CEO,” she said. “However, we have a lot of work to do because there are still huge inequities in the culture of medicine (institutional and more broadly), including gender-based discrimination, maternal discrimination, and high attrition rates for women physicians, compared to male physicians.
“It’s not enough to simply say ‘well, we have fixed the problem because our incoming medical student classes are now equitable in gender distribution,’ ”
The authors and Dr. Marshall had no disclosures to report.
“Our study provides the first analysis of gender and early-career faculty disparities in speakers at hematology and medical oncology board review meetings,” the authors reported in research published in Blood Advances.
“We covered six major board reviews over the last 5 years that are either conducted yearly or every other year, [and] the general trend across all meetings showed skewness toward men speakers,” the authors reported.
Recent data from 2021 suggests a closing of the gender gap in oncology, with women making up 44.6% of oncologists in training. However, they still only represented 35.2% of practicing oncologists and are underrepresented in leadership positions in academic oncology, the authors reported.
With speaking roles at academic meetings potentially marking a key step in career advancement and improved opportunities, the authors sought to investigate the balance of gender, as well as early-career faculty among speakers at prominent hematology and/or oncology board review lecture series taking place in the United States between 2017 and 2021.
The five institutions and one society presenting the board review lecture series included Baylor College of Medicine/MD Anderson Cancer Center, both in Houston; Dana-Farber Brigham Cancer Center, Boston; George Washington University, Washington; Memorial Sloan Kettering Cancer Center, New York; Seattle Cancer Care Alliance; and the hematology board review series from the American Society of Hematology.
During the period in question, among 1,224 board review lectures presented, women constituted only 37.7% of the speakers. In lectures presented by American Board of Internal Medicine–certified speakers (n = 1,016, 83%), women were found to have made up fewer than 50% of speakers in five of six courses.
Men were also more likely to be recurrent speakers; across all courses, 13 men but only 2 women conducted 10 or more lectures. And while 35 men gave six or more lectures across all courses, only 12 women did so.
The lecture topics with the lowest rates of women presenters included malignant hematology (24.8%), solid tumors (38.9%), and benign hematology lectures (44.1%).
“We suspected [the imbalance in malignant hematology] since multiple recurrent roles were concentrated in the malignant hematology,” senior author Samer Al Hadidi, MD, of the Myeloma Center, Winthrop P. Rockefeller Cancer Institute, University of Arkansas for Medical Sciences, Little Rock, AK, said in an interview.
He noted that “there are no regulations that such courses need to follow to ensure certain proportions of women and junior faculty are involved.”
Early-career faculty
In terms of early-career representation, more than 50% of lectures were given by faculty who had received their initial certifications more than 15 years earlier. The median time from initial certification was 12.5 years for hematology and 14 years for medical oncology.
The findings that more than half of the board review lectures were presented by faculty with more than 15 years’ experience since initial certification “reflects a lack of appropriate involvement of early-career faculty, who arguably may have more recent experience with board certification,” the authors wrote.
While being underrepresented in such roles is detrimental, there are no regulations that such courses follow to ensure certain proportions of women and junior faculty are involved, Dr. Al Hadidi noted.
Equal representation remains elusive
The study does suggest some notable gains. In a previous study of 181 academic conferences in the United States and Canada between 2007 and 2017, the rate of women speakers was only 15%, compared with 37.7% in the new study.
And an overall trend analysis in the study shows an approximately 10% increase in representation of women in all of the board reviews. However, only the ASH hematology board review achieved more than 50% women in their two courses.
“Overall, the proportion of women speakers is improving over the years, though it remains suboptimal,” Dr. Al Hadidi said.
The authors noted that oncology is clearly not the only specialty with gender disparities. They documented a lack of women speakers at conferences involving otolaryngology head and neck meetings, radiation oncology, emergency medicine, and research conferences.
They pointed to the work of ASH’s Women in Hematology Working Group as an important example of the needed effort to improve the balance of women hematologists.
Ariela Marshall, MD, director of women’s thrombosis and hemostasis at Penn Medicine in Philadelphia and a leader of ASH’s Women in Hematology Working Group, agreed that more efforts are needed to address both gender disparities as well as those of early career speakers. She asserted that the two disparities appear to be connected.
“If you broke down gender representation over time and the faculty/time since initial certification, the findings may mirror the percent of women in hematology-oncology at that given point in time,” Dr. Marshall said in an interview.
“If an institution is truly committed to taking action on gender equity, it needs to look at gender and experience equity of speakers,” she said. “Perhaps it’s the time to say ‘Dr. X has been doing this review course for 15 years. Let’s give someone else a chance.’
“This is not even just from a gender equity perspective but from a career development perspective overall,” she added. “Junior faculty need these speaking engagements a lot more than senior faculty.”
Meanwhile, the higher number of female trainees is a trend that ideally will be sustained as those trainees move into positions of leadership, Dr. Marshall noted.
“We do see that over time, we have achieved gender equity in the percent of women matriculating to medical school. And my hope is that, 20 years down the line, we will see the effects of this reflected in increased equity in leadership positions such as division/department chair, dean, and hospital CEO,” she said. “However, we have a lot of work to do because there are still huge inequities in the culture of medicine (institutional and more broadly), including gender-based discrimination, maternal discrimination, and high attrition rates for women physicians, compared to male physicians.
“It’s not enough to simply say ‘well, we have fixed the problem because our incoming medical student classes are now equitable in gender distribution,’ ”
The authors and Dr. Marshall had no disclosures to report.
“Our study provides the first analysis of gender and early-career faculty disparities in speakers at hematology and medical oncology board review meetings,” the authors reported in research published in Blood Advances.
“We covered six major board reviews over the last 5 years that are either conducted yearly or every other year, [and] the general trend across all meetings showed skewness toward men speakers,” the authors reported.
Recent data from 2021 suggests a closing of the gender gap in oncology, with women making up 44.6% of oncologists in training. However, they still only represented 35.2% of practicing oncologists and are underrepresented in leadership positions in academic oncology, the authors reported.
With speaking roles at academic meetings potentially marking a key step in career advancement and improved opportunities, the authors sought to investigate the balance of gender, as well as early-career faculty among speakers at prominent hematology and/or oncology board review lecture series taking place in the United States between 2017 and 2021.
The five institutions and one society presenting the board review lecture series included Baylor College of Medicine/MD Anderson Cancer Center, both in Houston; Dana-Farber Brigham Cancer Center, Boston; George Washington University, Washington; Memorial Sloan Kettering Cancer Center, New York; Seattle Cancer Care Alliance; and the hematology board review series from the American Society of Hematology.
During the period in question, among 1,224 board review lectures presented, women constituted only 37.7% of the speakers. In lectures presented by American Board of Internal Medicine–certified speakers (n = 1,016, 83%), women were found to have made up fewer than 50% of speakers in five of six courses.
Men were also more likely to be recurrent speakers; across all courses, 13 men but only 2 women conducted 10 or more lectures. And while 35 men gave six or more lectures across all courses, only 12 women did so.
The lecture topics with the lowest rates of women presenters included malignant hematology (24.8%), solid tumors (38.9%), and benign hematology lectures (44.1%).
“We suspected [the imbalance in malignant hematology] since multiple recurrent roles were concentrated in the malignant hematology,” senior author Samer Al Hadidi, MD, of the Myeloma Center, Winthrop P. Rockefeller Cancer Institute, University of Arkansas for Medical Sciences, Little Rock, AK, said in an interview.
He noted that “there are no regulations that such courses need to follow to ensure certain proportions of women and junior faculty are involved.”
Early-career faculty
In terms of early-career representation, more than 50% of lectures were given by faculty who had received their initial certifications more than 15 years earlier. The median time from initial certification was 12.5 years for hematology and 14 years for medical oncology.
The findings that more than half of the board review lectures were presented by faculty with more than 15 years’ experience since initial certification “reflects a lack of appropriate involvement of early-career faculty, who arguably may have more recent experience with board certification,” the authors wrote.
While being underrepresented in such roles is detrimental, there are no regulations that such courses follow to ensure certain proportions of women and junior faculty are involved, Dr. Al Hadidi noted.
Equal representation remains elusive
The study does suggest some notable gains. In a previous study of 181 academic conferences in the United States and Canada between 2007 and 2017, the rate of women speakers was only 15%, compared with 37.7% in the new study.
And an overall trend analysis in the study shows an approximately 10% increase in representation of women in all of the board reviews. However, only the ASH hematology board review achieved more than 50% women in their two courses.
“Overall, the proportion of women speakers is improving over the years, though it remains suboptimal,” Dr. Al Hadidi said.
The authors noted that oncology is clearly not the only specialty with gender disparities. They documented a lack of women speakers at conferences involving otolaryngology head and neck meetings, radiation oncology, emergency medicine, and research conferences.
They pointed to the work of ASH’s Women in Hematology Working Group as an important example of the needed effort to improve the balance of women hematologists.
Ariela Marshall, MD, director of women’s thrombosis and hemostasis at Penn Medicine in Philadelphia and a leader of ASH’s Women in Hematology Working Group, agreed that more efforts are needed to address both gender disparities as well as those of early career speakers. She asserted that the two disparities appear to be connected.
“If you broke down gender representation over time and the faculty/time since initial certification, the findings may mirror the percent of women in hematology-oncology at that given point in time,” Dr. Marshall said in an interview.
“If an institution is truly committed to taking action on gender equity, it needs to look at gender and experience equity of speakers,” she said. “Perhaps it’s the time to say ‘Dr. X has been doing this review course for 15 years. Let’s give someone else a chance.’
“This is not even just from a gender equity perspective but from a career development perspective overall,” she added. “Junior faculty need these speaking engagements a lot more than senior faculty.”
Meanwhile, the higher number of female trainees is a trend that ideally will be sustained as those trainees move into positions of leadership, Dr. Marshall noted.
“We do see that over time, we have achieved gender equity in the percent of women matriculating to medical school. And my hope is that, 20 years down the line, we will see the effects of this reflected in increased equity in leadership positions such as division/department chair, dean, and hospital CEO,” she said. “However, we have a lot of work to do because there are still huge inequities in the culture of medicine (institutional and more broadly), including gender-based discrimination, maternal discrimination, and high attrition rates for women physicians, compared to male physicians.
“It’s not enough to simply say ‘well, we have fixed the problem because our incoming medical student classes are now equitable in gender distribution,’ ”
The authors and Dr. Marshall had no disclosures to report.
FROM BLOOD ADVANCES
Primary care now offering physicians the 26.7-hour day
Taking ‘not enough hours in the day’ to new heights
It’s no secret that there’s a big doctor shortage in the United States. Going through medical school is long, expensive, and stressful, and it’s not like those long, stressful hours stop once you finally do get that degree. There is, however, an excellent reason to take that dive into doctorhood: You’ll gain mastery over time itself.
A study from the University of Chicago, Johns Hopkins University, and Imperial College London has revealed the truth. By using data pulled from the National Health and Nutrition Examination Survey, the researchers found that primary care physicians who see an average number of patients and follow all the current national guidelines for preventive care, chronic disease care, and acute care – plus administrative tasks – must work 26.7 hours a day. That works out to 14.1 hours of preventive care, 7.2 hours of chronic disease care, 2.2 hours of acute care, and 3.2 hours of documentation and inbox management.
Astute readers may note that this is a bit more than the traditional 8-hour workday. It is, in fact, more hours than there actually are in a day. As it turns out, Doctor Strange is more of a documentary than …
Hang on, we’re receiving word that doctors are not in fact wizards who can bend time and space to their will, nor are they sitting on a stash of Time-Turners they saved from the Ministry of Magic before Voldemort destroyed them all. They are, according to the study, overworked and overburdened with too many things and too little time. This is why outcomes haven’t improved despite technological advances and why burnout is so common. We’d be burned out too, having to work temporally impossible hours.
The study authors suggested a team-based approach to medicine that would spread the workload out to nurses, physician assistants, dietitians, etc., estimating that about two-thirds of what a primary care physician does can be handled by someone else. A team-based approach would reduce the physician’s required hours down to 9.3 hours a day, which is at least physically possible. It’s either that or we make the day longer, which sounds like the plot of an episode of Futurama. Swap overwork for global warming and a longer day for a longer year and it is actually the plot of an episode of Futurama.
After a hard day of thinking, brains need their rest
Do you ever feel like you have no more capacity to think or make any more decisions after a long day at work? Do you need a few extra cups of coffee to even make it through the day, even though you’re mostly just sitting around talking and typing? Have we got the research for you: Mental exhaustion is an actual thing. Imagine that double whammy of having a job that’s physically and mentally demanding.
A recent study in Current Biology explained why we feel so exhausted after doing something mentally demanding for several hours. Over that time, glutamate builds up in synapses of the prefrontal cortex, which affects our decision making and leads to cognitive lethargy. Your brain eventually becomes more interested in tasks that are less mentally fatiguing, and that’s probably why you’re reading this LOTME right now instead of getting back to work.
“Our findings show that cognitive work results in a true functional alteration – accumulation of noxious substances – so fatigue would indeed be a signal that makes us stop working but for a different purpose: to preserve the integrity of brain functioning,” senior author Mathias Pessiglione of Pitié-Salpêtrière University, Paris, said in a written statement.
The group of researchers conducted studies by using magnetic resonance spectroscopy to look at two groups of people over the course of a workday: One group had mentally tasking jobs and one didn’t. Those who had to think harder for their jobs had more signs of fatigue, such as reduced pupil dilation and glutamate in synapses of the prefrontal cortex. They also looked for more rewards that required less thinking.
For those whose mentally exhausting jobs probably won’t get better or change, the researchers suggest getting as much rest as possible. Those who don’t have that option will have to continue drinking those 7 cups of coffee a day. ... and reading LOTME.
Hmm, might be a new tagline for us in there somewhere. LOTME: Tired brains love us? When you’re too tired to think, think of LOTME? You can’t spell mental exhaustion without L-O-T-M-E?
Testosterone shows its warm and fuzzy side
Stereotypically, men are loud, knuckle-dragging Neanderthals. The hair coming out of our faces is kind of a dead giveaway, right? We grunt, we scratch, we start wars, we watch sports on TV. But why? It’s the testosterone. Everyone knows that. Testosterone makes men aggressive … or does it?
Since this sort of research generally isn’t done with actual men, investigators at Emory University used Mongolian gerbils. The advantage being that males exhibit cuddling behavior after females become pregnant and they don’t watch a lot of sports on TV. They introduced a male and female gerbil, who then formed a pair bond and the female became pregnant. When the male started displaying cuddling behaviors, the researchers injected him with testosterone, expecting to see his antisocial side.
“Instead, we were surprised that a male gerbil became even more cuddly and prosocial with his partner. He became like ‘super partner,’ ” lead author Aubrey Kelly, PhD, said in a written statement from the university.
For the next experiment, the female was removed and another male was introduced to a male who had already received a testosterone injection. That male was surprisingly unaggressive toward the intruder, at least initially. Then he received a second injection of testosterone. “It was like they suddenly woke up and realized they weren’t supposed to be friendly in that context,” Dr. Kelly said.
The testosterone seemed to influence the activity of oxytocin, the so-called “love hormone,” the investigators suggested. “It’s surprising because normally we think of testosterone as increasing sexual behaviors and aggression. But we’ve shown that it can have more nuanced effects, depending on the social context.”
The researchers were not as surprised when their use of the phrase “super partner” led to a bidding war between DC and Marvel. Then came the contact from the Department of Defense, wondering about weaponized testosterone: Would it be possible for some sort of bomb to turn Vlad “the Impaler” Putin into Vlad “the Cuddler” Putin?
Are instruments spreading the sounds of COVID?
COVID restrictions are practically a thing of the past now. With more people laxed on being in close proximity to each other and the CDC not even recommending social distancing anymore, live concerts and events are back in full swing. But with new variants on the rise and people being a little more cautious, should we be worried about musical instruments spreading COVID?
Yes and no.
A study published in Physics of Fluids looked at wind instruments specifically and how much aerosol is produced and dispersed when playing them. For the study, the investigators measured fog particles with a laser and aerosol concentration with a particle counter to see how fast these particles decay in the air from the distance of the instrument.
Musicians in an orchestra typically would sit close together to produce the best sound, but with COVID that became an issue, senior author Paulo Arratia of the University of Pennsylvania, Philadelphia, noted in a separate written statement. By looking at the distance traveled by the particles coming from a single instrument and how quickly they decayed, they could determine if sitting in close proximity is an actual threat.
Well, the threat was no greater than talking to someone face to face. Particle exit speeds were lower than for a cough or a sneeze, and the maximum decay length was 2 meters from the instrument’s opening.
But that’s just one instrument: What kind of impact does a whole orchestra have on a space? The researchers are looking into that too, but for now they suggest that musicians continue to stay 6 feet away from each other.
So, yeah, there is a threat, but it’s probably safer for you to see that orchestra than have someone sneeze on you.
Music to our ears.
Taking ‘not enough hours in the day’ to new heights
It’s no secret that there’s a big doctor shortage in the United States. Going through medical school is long, expensive, and stressful, and it’s not like those long, stressful hours stop once you finally do get that degree. There is, however, an excellent reason to take that dive into doctorhood: You’ll gain mastery over time itself.
A study from the University of Chicago, Johns Hopkins University, and Imperial College London has revealed the truth. By using data pulled from the National Health and Nutrition Examination Survey, the researchers found that primary care physicians who see an average number of patients and follow all the current national guidelines for preventive care, chronic disease care, and acute care – plus administrative tasks – must work 26.7 hours a day. That works out to 14.1 hours of preventive care, 7.2 hours of chronic disease care, 2.2 hours of acute care, and 3.2 hours of documentation and inbox management.
Astute readers may note that this is a bit more than the traditional 8-hour workday. It is, in fact, more hours than there actually are in a day. As it turns out, Doctor Strange is more of a documentary than …
Hang on, we’re receiving word that doctors are not in fact wizards who can bend time and space to their will, nor are they sitting on a stash of Time-Turners they saved from the Ministry of Magic before Voldemort destroyed them all. They are, according to the study, overworked and overburdened with too many things and too little time. This is why outcomes haven’t improved despite technological advances and why burnout is so common. We’d be burned out too, having to work temporally impossible hours.
The study authors suggested a team-based approach to medicine that would spread the workload out to nurses, physician assistants, dietitians, etc., estimating that about two-thirds of what a primary care physician does can be handled by someone else. A team-based approach would reduce the physician’s required hours down to 9.3 hours a day, which is at least physically possible. It’s either that or we make the day longer, which sounds like the plot of an episode of Futurama. Swap overwork for global warming and a longer day for a longer year and it is actually the plot of an episode of Futurama.
After a hard day of thinking, brains need their rest
Do you ever feel like you have no more capacity to think or make any more decisions after a long day at work? Do you need a few extra cups of coffee to even make it through the day, even though you’re mostly just sitting around talking and typing? Have we got the research for you: Mental exhaustion is an actual thing. Imagine that double whammy of having a job that’s physically and mentally demanding.
A recent study in Current Biology explained why we feel so exhausted after doing something mentally demanding for several hours. Over that time, glutamate builds up in synapses of the prefrontal cortex, which affects our decision making and leads to cognitive lethargy. Your brain eventually becomes more interested in tasks that are less mentally fatiguing, and that’s probably why you’re reading this LOTME right now instead of getting back to work.
“Our findings show that cognitive work results in a true functional alteration – accumulation of noxious substances – so fatigue would indeed be a signal that makes us stop working but for a different purpose: to preserve the integrity of brain functioning,” senior author Mathias Pessiglione of Pitié-Salpêtrière University, Paris, said in a written statement.
The group of researchers conducted studies by using magnetic resonance spectroscopy to look at two groups of people over the course of a workday: One group had mentally tasking jobs and one didn’t. Those who had to think harder for their jobs had more signs of fatigue, such as reduced pupil dilation and glutamate in synapses of the prefrontal cortex. They also looked for more rewards that required less thinking.
For those whose mentally exhausting jobs probably won’t get better or change, the researchers suggest getting as much rest as possible. Those who don’t have that option will have to continue drinking those 7 cups of coffee a day. ... and reading LOTME.
Hmm, might be a new tagline for us in there somewhere. LOTME: Tired brains love us? When you’re too tired to think, think of LOTME? You can’t spell mental exhaustion without L-O-T-M-E?
Testosterone shows its warm and fuzzy side
Stereotypically, men are loud, knuckle-dragging Neanderthals. The hair coming out of our faces is kind of a dead giveaway, right? We grunt, we scratch, we start wars, we watch sports on TV. But why? It’s the testosterone. Everyone knows that. Testosterone makes men aggressive … or does it?
Since this sort of research generally isn’t done with actual men, investigators at Emory University used Mongolian gerbils. The advantage being that males exhibit cuddling behavior after females become pregnant and they don’t watch a lot of sports on TV. They introduced a male and female gerbil, who then formed a pair bond and the female became pregnant. When the male started displaying cuddling behaviors, the researchers injected him with testosterone, expecting to see his antisocial side.
“Instead, we were surprised that a male gerbil became even more cuddly and prosocial with his partner. He became like ‘super partner,’ ” lead author Aubrey Kelly, PhD, said in a written statement from the university.
For the next experiment, the female was removed and another male was introduced to a male who had already received a testosterone injection. That male was surprisingly unaggressive toward the intruder, at least initially. Then he received a second injection of testosterone. “It was like they suddenly woke up and realized they weren’t supposed to be friendly in that context,” Dr. Kelly said.
The testosterone seemed to influence the activity of oxytocin, the so-called “love hormone,” the investigators suggested. “It’s surprising because normally we think of testosterone as increasing sexual behaviors and aggression. But we’ve shown that it can have more nuanced effects, depending on the social context.”
The researchers were not as surprised when their use of the phrase “super partner” led to a bidding war between DC and Marvel. Then came the contact from the Department of Defense, wondering about weaponized testosterone: Would it be possible for some sort of bomb to turn Vlad “the Impaler” Putin into Vlad “the Cuddler” Putin?
Are instruments spreading the sounds of COVID?
COVID restrictions are practically a thing of the past now. With more people laxed on being in close proximity to each other and the CDC not even recommending social distancing anymore, live concerts and events are back in full swing. But with new variants on the rise and people being a little more cautious, should we be worried about musical instruments spreading COVID?
Yes and no.
A study published in Physics of Fluids looked at wind instruments specifically and how much aerosol is produced and dispersed when playing them. For the study, the investigators measured fog particles with a laser and aerosol concentration with a particle counter to see how fast these particles decay in the air from the distance of the instrument.
Musicians in an orchestra typically would sit close together to produce the best sound, but with COVID that became an issue, senior author Paulo Arratia of the University of Pennsylvania, Philadelphia, noted in a separate written statement. By looking at the distance traveled by the particles coming from a single instrument and how quickly they decayed, they could determine if sitting in close proximity is an actual threat.
Well, the threat was no greater than talking to someone face to face. Particle exit speeds were lower than for a cough or a sneeze, and the maximum decay length was 2 meters from the instrument’s opening.
But that’s just one instrument: What kind of impact does a whole orchestra have on a space? The researchers are looking into that too, but for now they suggest that musicians continue to stay 6 feet away from each other.
So, yeah, there is a threat, but it’s probably safer for you to see that orchestra than have someone sneeze on you.
Music to our ears.
Taking ‘not enough hours in the day’ to new heights
It’s no secret that there’s a big doctor shortage in the United States. Going through medical school is long, expensive, and stressful, and it’s not like those long, stressful hours stop once you finally do get that degree. There is, however, an excellent reason to take that dive into doctorhood: You’ll gain mastery over time itself.
A study from the University of Chicago, Johns Hopkins University, and Imperial College London has revealed the truth. By using data pulled from the National Health and Nutrition Examination Survey, the researchers found that primary care physicians who see an average number of patients and follow all the current national guidelines for preventive care, chronic disease care, and acute care – plus administrative tasks – must work 26.7 hours a day. That works out to 14.1 hours of preventive care, 7.2 hours of chronic disease care, 2.2 hours of acute care, and 3.2 hours of documentation and inbox management.
Astute readers may note that this is a bit more than the traditional 8-hour workday. It is, in fact, more hours than there actually are in a day. As it turns out, Doctor Strange is more of a documentary than …
Hang on, we’re receiving word that doctors are not in fact wizards who can bend time and space to their will, nor are they sitting on a stash of Time-Turners they saved from the Ministry of Magic before Voldemort destroyed them all. They are, according to the study, overworked and overburdened with too many things and too little time. This is why outcomes haven’t improved despite technological advances and why burnout is so common. We’d be burned out too, having to work temporally impossible hours.
The study authors suggested a team-based approach to medicine that would spread the workload out to nurses, physician assistants, dietitians, etc., estimating that about two-thirds of what a primary care physician does can be handled by someone else. A team-based approach would reduce the physician’s required hours down to 9.3 hours a day, which is at least physically possible. It’s either that or we make the day longer, which sounds like the plot of an episode of Futurama. Swap overwork for global warming and a longer day for a longer year and it is actually the plot of an episode of Futurama.
After a hard day of thinking, brains need their rest
Do you ever feel like you have no more capacity to think or make any more decisions after a long day at work? Do you need a few extra cups of coffee to even make it through the day, even though you’re mostly just sitting around talking and typing? Have we got the research for you: Mental exhaustion is an actual thing. Imagine that double whammy of having a job that’s physically and mentally demanding.
A recent study in Current Biology explained why we feel so exhausted after doing something mentally demanding for several hours. Over that time, glutamate builds up in synapses of the prefrontal cortex, which affects our decision making and leads to cognitive lethargy. Your brain eventually becomes more interested in tasks that are less mentally fatiguing, and that’s probably why you’re reading this LOTME right now instead of getting back to work.
“Our findings show that cognitive work results in a true functional alteration – accumulation of noxious substances – so fatigue would indeed be a signal that makes us stop working but for a different purpose: to preserve the integrity of brain functioning,” senior author Mathias Pessiglione of Pitié-Salpêtrière University, Paris, said in a written statement.
The group of researchers conducted studies by using magnetic resonance spectroscopy to look at two groups of people over the course of a workday: One group had mentally tasking jobs and one didn’t. Those who had to think harder for their jobs had more signs of fatigue, such as reduced pupil dilation and glutamate in synapses of the prefrontal cortex. They also looked for more rewards that required less thinking.
For those whose mentally exhausting jobs probably won’t get better or change, the researchers suggest getting as much rest as possible. Those who don’t have that option will have to continue drinking those 7 cups of coffee a day. ... and reading LOTME.
Hmm, might be a new tagline for us in there somewhere. LOTME: Tired brains love us? When you’re too tired to think, think of LOTME? You can’t spell mental exhaustion without L-O-T-M-E?
Testosterone shows its warm and fuzzy side
Stereotypically, men are loud, knuckle-dragging Neanderthals. The hair coming out of our faces is kind of a dead giveaway, right? We grunt, we scratch, we start wars, we watch sports on TV. But why? It’s the testosterone. Everyone knows that. Testosterone makes men aggressive … or does it?
Since this sort of research generally isn’t done with actual men, investigators at Emory University used Mongolian gerbils. The advantage being that males exhibit cuddling behavior after females become pregnant and they don’t watch a lot of sports on TV. They introduced a male and female gerbil, who then formed a pair bond and the female became pregnant. When the male started displaying cuddling behaviors, the researchers injected him with testosterone, expecting to see his antisocial side.
“Instead, we were surprised that a male gerbil became even more cuddly and prosocial with his partner. He became like ‘super partner,’ ” lead author Aubrey Kelly, PhD, said in a written statement from the university.
For the next experiment, the female was removed and another male was introduced to a male who had already received a testosterone injection. That male was surprisingly unaggressive toward the intruder, at least initially. Then he received a second injection of testosterone. “It was like they suddenly woke up and realized they weren’t supposed to be friendly in that context,” Dr. Kelly said.
The testosterone seemed to influence the activity of oxytocin, the so-called “love hormone,” the investigators suggested. “It’s surprising because normally we think of testosterone as increasing sexual behaviors and aggression. But we’ve shown that it can have more nuanced effects, depending on the social context.”
The researchers were not as surprised when their use of the phrase “super partner” led to a bidding war between DC and Marvel. Then came the contact from the Department of Defense, wondering about weaponized testosterone: Would it be possible for some sort of bomb to turn Vlad “the Impaler” Putin into Vlad “the Cuddler” Putin?
Are instruments spreading the sounds of COVID?
COVID restrictions are practically a thing of the past now. With more people laxed on being in close proximity to each other and the CDC not even recommending social distancing anymore, live concerts and events are back in full swing. But with new variants on the rise and people being a little more cautious, should we be worried about musical instruments spreading COVID?
Yes and no.
A study published in Physics of Fluids looked at wind instruments specifically and how much aerosol is produced and dispersed when playing them. For the study, the investigators measured fog particles with a laser and aerosol concentration with a particle counter to see how fast these particles decay in the air from the distance of the instrument.
Musicians in an orchestra typically would sit close together to produce the best sound, but with COVID that became an issue, senior author Paulo Arratia of the University of Pennsylvania, Philadelphia, noted in a separate written statement. By looking at the distance traveled by the particles coming from a single instrument and how quickly they decayed, they could determine if sitting in close proximity is an actual threat.
Well, the threat was no greater than talking to someone face to face. Particle exit speeds were lower than for a cough or a sneeze, and the maximum decay length was 2 meters from the instrument’s opening.
But that’s just one instrument: What kind of impact does a whole orchestra have on a space? The researchers are looking into that too, but for now they suggest that musicians continue to stay 6 feet away from each other.
So, yeah, there is a threat, but it’s probably safer for you to see that orchestra than have someone sneeze on you.
Music to our ears.
Asking patients about their gender identity: ‘Normalize’ the discussion and other recommendations
PORTLAND, ORE. –
“From the patient perspective, there’s nothing more awkward than having an awkward provider asking awkward questions,” Howa Yeung, MD, MSc, assistant professor of dermatology at Emory University, Atlanta, said at the annual meeting of the Pacific Dermatologic Association.
In 2014, Sean Cahill, PhD, and Harvey Makadon, MD, published an article recommending the inclusion of sexual orientation and gender identity questions in electronic medical records, a practice that Dr. Yeung characterized as “the most patient-centered way to collect sexual orientation and gender identity information. The most important thing is to ask routinely on an intake form where they fill it out themselves. All electronic medical records have the capacity to do so.”
On the other hand, when asking new patients about their sexual orientation and gender identity in person, it’s important to normalize the discussion and ask in an inclusive way, said Dr. Yeung, who was the lead author on published recommendations on dermatologic care for LGBTQ persons published in the Journal of the American Academy of Dermatology. “For example, I always say, ‘I’m Howa Yeung. I use him pronouns,’ ” he said. “ ‘How should I address you?’ Then they will tell you. Allow people to lead the way.”
Other suggested tips in the JAAD article include to avoid using terms such as “sir” or “miss” until the patient’s gender identify is ascertained. Instead, use gender-neutral terms such as “they” or “the patient” when referring to new patients. Do not use the pronoun “it.” If a patient’s name does not match a name in the medical record, ask, “What is the name on your insurance/records?” and avoid assuming gender(s) of a patient’s partner or parents. Instead, consider asking, “Who did you bring with you today?” “Are you in a relationship?” “What are the names of your parents?”
Normalizing questions about the patient’s sexual history is also key. “I tell patients that I routinely ask about sexual history for patients with similar skin issues because it helps me provide the best care for them,” Dr. Yeung said. “I also discuss confidentiality and documentation.”
Dr. Yeung reported having no relevant disclosures.
PORTLAND, ORE. –
“From the patient perspective, there’s nothing more awkward than having an awkward provider asking awkward questions,” Howa Yeung, MD, MSc, assistant professor of dermatology at Emory University, Atlanta, said at the annual meeting of the Pacific Dermatologic Association.
In 2014, Sean Cahill, PhD, and Harvey Makadon, MD, published an article recommending the inclusion of sexual orientation and gender identity questions in electronic medical records, a practice that Dr. Yeung characterized as “the most patient-centered way to collect sexual orientation and gender identity information. The most important thing is to ask routinely on an intake form where they fill it out themselves. All electronic medical records have the capacity to do so.”
On the other hand, when asking new patients about their sexual orientation and gender identity in person, it’s important to normalize the discussion and ask in an inclusive way, said Dr. Yeung, who was the lead author on published recommendations on dermatologic care for LGBTQ persons published in the Journal of the American Academy of Dermatology. “For example, I always say, ‘I’m Howa Yeung. I use him pronouns,’ ” he said. “ ‘How should I address you?’ Then they will tell you. Allow people to lead the way.”
Other suggested tips in the JAAD article include to avoid using terms such as “sir” or “miss” until the patient’s gender identify is ascertained. Instead, use gender-neutral terms such as “they” or “the patient” when referring to new patients. Do not use the pronoun “it.” If a patient’s name does not match a name in the medical record, ask, “What is the name on your insurance/records?” and avoid assuming gender(s) of a patient’s partner or parents. Instead, consider asking, “Who did you bring with you today?” “Are you in a relationship?” “What are the names of your parents?”
Normalizing questions about the patient’s sexual history is also key. “I tell patients that I routinely ask about sexual history for patients with similar skin issues because it helps me provide the best care for them,” Dr. Yeung said. “I also discuss confidentiality and documentation.”
Dr. Yeung reported having no relevant disclosures.
PORTLAND, ORE. –
“From the patient perspective, there’s nothing more awkward than having an awkward provider asking awkward questions,” Howa Yeung, MD, MSc, assistant professor of dermatology at Emory University, Atlanta, said at the annual meeting of the Pacific Dermatologic Association.
In 2014, Sean Cahill, PhD, and Harvey Makadon, MD, published an article recommending the inclusion of sexual orientation and gender identity questions in electronic medical records, a practice that Dr. Yeung characterized as “the most patient-centered way to collect sexual orientation and gender identity information. The most important thing is to ask routinely on an intake form where they fill it out themselves. All electronic medical records have the capacity to do so.”
On the other hand, when asking new patients about their sexual orientation and gender identity in person, it’s important to normalize the discussion and ask in an inclusive way, said Dr. Yeung, who was the lead author on published recommendations on dermatologic care for LGBTQ persons published in the Journal of the American Academy of Dermatology. “For example, I always say, ‘I’m Howa Yeung. I use him pronouns,’ ” he said. “ ‘How should I address you?’ Then they will tell you. Allow people to lead the way.”
Other suggested tips in the JAAD article include to avoid using terms such as “sir” or “miss” until the patient’s gender identify is ascertained. Instead, use gender-neutral terms such as “they” or “the patient” when referring to new patients. Do not use the pronoun “it.” If a patient’s name does not match a name in the medical record, ask, “What is the name on your insurance/records?” and avoid assuming gender(s) of a patient’s partner or parents. Instead, consider asking, “Who did you bring with you today?” “Are you in a relationship?” “What are the names of your parents?”
Normalizing questions about the patient’s sexual history is also key. “I tell patients that I routinely ask about sexual history for patients with similar skin issues because it helps me provide the best care for them,” Dr. Yeung said. “I also discuss confidentiality and documentation.”
Dr. Yeung reported having no relevant disclosures.
AT PDA 2022
Mechanistic link between herpes virus, Alzheimer’s revealed?
, new research suggests.
“Our results suggest one pathway to Alzheimer’s disease, caused by a VZV infection which creates inflammatory triggers that awaken HSV in the brain,” lead author Dana Cairns, PhD, research associate, department of biomedical engineering at Tufts University, Boston, said in a news release.
The findings were published online in Journal of Alzheimer’s Disease.
‘One-two punch’
Previous research has suggested a correlation between HSV-1 and AD and involvement of VZV. However, the sequence of events that the viruses create to set the disease in motion has been unclear.
“We think we now have evidence of those events,” co–senior author David Kaplan, PhD, chair of the department of biomedical engineering at Tufts, said in the release.
Working with co–senior author Ruth Itzhaki, PhD, University of Oxford, United Kingdom, the researchers infected human-induced neural stem cells (hiNSCs) and 3D brain tissue models with HSV-1 and/or VZV. Dr. Itzhaki was one of the first to hypothesize a connection between herpes virus and AD.
The investigators found that HSV-1 infection of hiNSCs induces amyloid-beta and P-tau accumulation: the main components of AD plaques and neurofibrillary tangles, respectively.
On the other hand, VZV infection of cultured hiNSCs did not lead to amyloid-beta and P-tau accumulation but instead resulted in gliosis and increased levels of proinflammatory cytokines.
“Strikingly,” VZV infection of cells quiescently infected with HSV-1 caused reactivation of HSV-1, leading to AD-like changes, including amyloid-beta and P-tau accumulation, the investigators report.
This suggests that VZV is unlikely to be a direct cause of AD but rather acts indirectly via reactivation of HSV-1, they add.
Similar findings emerged in similar experiments using 3D human brain tissue models.
“It’s a one-two punch of two viruses that are very common and usually harmless, but the lab studies suggest that if a new exposure to VZV wakes up dormant HSV-1, they could cause trouble,” Dr. Cairns said.
The researchers note that vaccination against VZV has been shown previously to reduce risk for dementia. It is possible, they add, that the vaccine is helping to stop the cycle of viral reactivation, inflammation, and neuronal damage.
‘A first step’
Heather M. Snyder, PhD, vice president of Medical & Scientific Relations at the Alzheimer’s Association, said that the study “is using artificial systems with the goal of more clearly and more deeply understanding” the assessed associations.
She added that although it is a first step, it may provide valuable direction for follow-up research.
“This is preliminary work that first needs replication, validation, and further development to understand if any association that is uncovered between viruses and Alzheimer’s/dementia has a mechanistic link,” said Dr. Snyder.
She noted that several past studies have sought to help the research field better understand the links between different viruses and Alzheimer’s and other forms of dementia.
“There have been some challenges in evaluating these associations in our current model systems or in individuals for a number of reasons,” said Dr. Snyder.
However, “the COVID-19 pandemic has created an opportunity to examine and investigate the relationships between different viruses and Alzheimer’s and other dementias by following individuals in more common and well-established ways,” she added.
She reported that her organization is “leading and working with a large global network of studies and investigators to address some of these questions” from during and after the COVID pandemic.
“The lessons we learn and share may inform our understanding of how other viruses are, or are not, connected to Alzheimer’s and other dementia,” Dr. Snyder said.
More information on the Alzheimer’s Association International Cohort Study of Chronic Neurological Sequelae of SARS-CoV-2 is available online.
The study was funded by the National Institutes of Health. Dr. Cairns, Dr. Kaplan, Dr. Itzhaki, and Dr. Snyder have reported no relevant financial relationships.
A version of this article first appeared on Medscape.com.
, new research suggests.
“Our results suggest one pathway to Alzheimer’s disease, caused by a VZV infection which creates inflammatory triggers that awaken HSV in the brain,” lead author Dana Cairns, PhD, research associate, department of biomedical engineering at Tufts University, Boston, said in a news release.
The findings were published online in Journal of Alzheimer’s Disease.
‘One-two punch’
Previous research has suggested a correlation between HSV-1 and AD and involvement of VZV. However, the sequence of events that the viruses create to set the disease in motion has been unclear.
“We think we now have evidence of those events,” co–senior author David Kaplan, PhD, chair of the department of biomedical engineering at Tufts, said in the release.
Working with co–senior author Ruth Itzhaki, PhD, University of Oxford, United Kingdom, the researchers infected human-induced neural stem cells (hiNSCs) and 3D brain tissue models with HSV-1 and/or VZV. Dr. Itzhaki was one of the first to hypothesize a connection between herpes virus and AD.
The investigators found that HSV-1 infection of hiNSCs induces amyloid-beta and P-tau accumulation: the main components of AD plaques and neurofibrillary tangles, respectively.
On the other hand, VZV infection of cultured hiNSCs did not lead to amyloid-beta and P-tau accumulation but instead resulted in gliosis and increased levels of proinflammatory cytokines.
“Strikingly,” VZV infection of cells quiescently infected with HSV-1 caused reactivation of HSV-1, leading to AD-like changes, including amyloid-beta and P-tau accumulation, the investigators report.
This suggests that VZV is unlikely to be a direct cause of AD but rather acts indirectly via reactivation of HSV-1, they add.
Similar findings emerged in similar experiments using 3D human brain tissue models.
“It’s a one-two punch of two viruses that are very common and usually harmless, but the lab studies suggest that if a new exposure to VZV wakes up dormant HSV-1, they could cause trouble,” Dr. Cairns said.
The researchers note that vaccination against VZV has been shown previously to reduce risk for dementia. It is possible, they add, that the vaccine is helping to stop the cycle of viral reactivation, inflammation, and neuronal damage.
‘A first step’
Heather M. Snyder, PhD, vice president of Medical & Scientific Relations at the Alzheimer’s Association, said that the study “is using artificial systems with the goal of more clearly and more deeply understanding” the assessed associations.
She added that although it is a first step, it may provide valuable direction for follow-up research.
“This is preliminary work that first needs replication, validation, and further development to understand if any association that is uncovered between viruses and Alzheimer’s/dementia has a mechanistic link,” said Dr. Snyder.
She noted that several past studies have sought to help the research field better understand the links between different viruses and Alzheimer’s and other forms of dementia.
“There have been some challenges in evaluating these associations in our current model systems or in individuals for a number of reasons,” said Dr. Snyder.
However, “the COVID-19 pandemic has created an opportunity to examine and investigate the relationships between different viruses and Alzheimer’s and other dementias by following individuals in more common and well-established ways,” she added.
She reported that her organization is “leading and working with a large global network of studies and investigators to address some of these questions” from during and after the COVID pandemic.
“The lessons we learn and share may inform our understanding of how other viruses are, or are not, connected to Alzheimer’s and other dementia,” Dr. Snyder said.
More information on the Alzheimer’s Association International Cohort Study of Chronic Neurological Sequelae of SARS-CoV-2 is available online.
The study was funded by the National Institutes of Health. Dr. Cairns, Dr. Kaplan, Dr. Itzhaki, and Dr. Snyder have reported no relevant financial relationships.
A version of this article first appeared on Medscape.com.
, new research suggests.
“Our results suggest one pathway to Alzheimer’s disease, caused by a VZV infection which creates inflammatory triggers that awaken HSV in the brain,” lead author Dana Cairns, PhD, research associate, department of biomedical engineering at Tufts University, Boston, said in a news release.
The findings were published online in Journal of Alzheimer’s Disease.
‘One-two punch’
Previous research has suggested a correlation between HSV-1 and AD and involvement of VZV. However, the sequence of events that the viruses create to set the disease in motion has been unclear.
“We think we now have evidence of those events,” co–senior author David Kaplan, PhD, chair of the department of biomedical engineering at Tufts, said in the release.
Working with co–senior author Ruth Itzhaki, PhD, University of Oxford, United Kingdom, the researchers infected human-induced neural stem cells (hiNSCs) and 3D brain tissue models with HSV-1 and/or VZV. Dr. Itzhaki was one of the first to hypothesize a connection between herpes virus and AD.
The investigators found that HSV-1 infection of hiNSCs induces amyloid-beta and P-tau accumulation: the main components of AD plaques and neurofibrillary tangles, respectively.
On the other hand, VZV infection of cultured hiNSCs did not lead to amyloid-beta and P-tau accumulation but instead resulted in gliosis and increased levels of proinflammatory cytokines.
“Strikingly,” VZV infection of cells quiescently infected with HSV-1 caused reactivation of HSV-1, leading to AD-like changes, including amyloid-beta and P-tau accumulation, the investigators report.
This suggests that VZV is unlikely to be a direct cause of AD but rather acts indirectly via reactivation of HSV-1, they add.
Similar findings emerged in similar experiments using 3D human brain tissue models.
“It’s a one-two punch of two viruses that are very common and usually harmless, but the lab studies suggest that if a new exposure to VZV wakes up dormant HSV-1, they could cause trouble,” Dr. Cairns said.
The researchers note that vaccination against VZV has been shown previously to reduce risk for dementia. It is possible, they add, that the vaccine is helping to stop the cycle of viral reactivation, inflammation, and neuronal damage.
‘A first step’
Heather M. Snyder, PhD, vice president of Medical & Scientific Relations at the Alzheimer’s Association, said that the study “is using artificial systems with the goal of more clearly and more deeply understanding” the assessed associations.
She added that although it is a first step, it may provide valuable direction for follow-up research.
“This is preliminary work that first needs replication, validation, and further development to understand if any association that is uncovered between viruses and Alzheimer’s/dementia has a mechanistic link,” said Dr. Snyder.
She noted that several past studies have sought to help the research field better understand the links between different viruses and Alzheimer’s and other forms of dementia.
“There have been some challenges in evaluating these associations in our current model systems or in individuals for a number of reasons,” said Dr. Snyder.
However, “the COVID-19 pandemic has created an opportunity to examine and investigate the relationships between different viruses and Alzheimer’s and other dementias by following individuals in more common and well-established ways,” she added.
She reported that her organization is “leading and working with a large global network of studies and investigators to address some of these questions” from during and after the COVID pandemic.
“The lessons we learn and share may inform our understanding of how other viruses are, or are not, connected to Alzheimer’s and other dementia,” Dr. Snyder said.
More information on the Alzheimer’s Association International Cohort Study of Chronic Neurological Sequelae of SARS-CoV-2 is available online.
The study was funded by the National Institutes of Health. Dr. Cairns, Dr. Kaplan, Dr. Itzhaki, and Dr. Snyder have reported no relevant financial relationships.
A version of this article first appeared on Medscape.com.
FROM THE JOURNAL OF ALZHEIMER’S DISEASE
IV nutrition becoming the norm for athletes despite no evidence it works
In their editorial, published online in the British Journal of Sports Medicine, experts urged the “food first” and “no needle” messages – that are taught in sports nutrition courses around the world – need to be amplified among all athletes and their support teams to “stop this trend in its tracks”.
The international group of authors, including experts from St Mary’s University, London; University College London; and University of Bath (England), who regularly interact with professional team players in European and American leagues and their support teams, said they have become increasingly aware of the practice.
Although it’s not known exactly how common the practice is, they pointed out that, anecdotally, some players are hooked up to intravenous nutrition drips as often as every week as part of a pre- or postgame routine.
‘Drip-bars’ easily accessible but devoid of regulation
Intravenous nutrition has traditionally been reserved for serious clinical conditions – such as anaemia – symptoms caused by nutrient deficiencies, or to correct severe dehydration caused by marathon running in, for example, a desert.
A ban on needle use by athletes at the Olympic Games has been in place for all recent Games except for appropriate medical use, and where a therapeutic use exemption is obtained, explained the authors.
However, “so-called ‘drip bars’ and concierge IV nutrition services are now easily accessible,” they said. These claim to boost health and performance, restore hydration, and speed up recovery, by offering a menu of B vitamins, amino acids, glutathione, vitamin C, and electrolytes, and potentially boosting levels beyond any therapeutic range.
However, they are “devoid of regulation” and for players or practitioners there is no official guidance on their use.
Physical and reputational risks
Bypassing the gut-liver axis risks nutrient toxicity warned the authors, and “appears foolhardy” unless there is a “significant clinical rationale.” They highlighted that they had noted vitamin B6 and vitamin B12 levels often “beyond the measurement range of the laboratory” in a subgroup of professional players. They pointed out how long-term effects of too much vitamin B6 include peripheral neuropathy, and that athletes regularly receiving parenteral iron “risk liver disease.”
“Given that the long-term effects of supratherapeutic doses of B vitamins and other nutrients are unknown in athletes, it does not appear to be worth the risk, especially given the lack of evidence-based benefits,” they said. They added that there is also the risk related to venous access, including “infection and thromboembolic complications.”
Additionally, a shift away from “what works” according to scientific standards to that which is “unproven” puts the reputation of sport at risk, and also puts athletes at risk of antidoping violation, they cautioned.
Figures on the prevalence of intravenous nutrition need to be gathered in tandem with governing bodies and players’ associations in the professional leagues providing guidance on the potential risks of intravenous nutrition use, recommended the authors.
The ‘food first’ and ‘no needle’ messages need to be amplified among all athletes and multidisciplinary support teams, they emphasised, to avoid what was previously a ‘last resort’ treatment becoming “normal without scientific evidence of benefit”.
A version of this article first appeared on Medscape UK.
In their editorial, published online in the British Journal of Sports Medicine, experts urged the “food first” and “no needle” messages – that are taught in sports nutrition courses around the world – need to be amplified among all athletes and their support teams to “stop this trend in its tracks”.
The international group of authors, including experts from St Mary’s University, London; University College London; and University of Bath (England), who regularly interact with professional team players in European and American leagues and their support teams, said they have become increasingly aware of the practice.
Although it’s not known exactly how common the practice is, they pointed out that, anecdotally, some players are hooked up to intravenous nutrition drips as often as every week as part of a pre- or postgame routine.
‘Drip-bars’ easily accessible but devoid of regulation
Intravenous nutrition has traditionally been reserved for serious clinical conditions – such as anaemia – symptoms caused by nutrient deficiencies, or to correct severe dehydration caused by marathon running in, for example, a desert.
A ban on needle use by athletes at the Olympic Games has been in place for all recent Games except for appropriate medical use, and where a therapeutic use exemption is obtained, explained the authors.
However, “so-called ‘drip bars’ and concierge IV nutrition services are now easily accessible,” they said. These claim to boost health and performance, restore hydration, and speed up recovery, by offering a menu of B vitamins, amino acids, glutathione, vitamin C, and electrolytes, and potentially boosting levels beyond any therapeutic range.
However, they are “devoid of regulation” and for players or practitioners there is no official guidance on their use.
Physical and reputational risks
Bypassing the gut-liver axis risks nutrient toxicity warned the authors, and “appears foolhardy” unless there is a “significant clinical rationale.” They highlighted that they had noted vitamin B6 and vitamin B12 levels often “beyond the measurement range of the laboratory” in a subgroup of professional players. They pointed out how long-term effects of too much vitamin B6 include peripheral neuropathy, and that athletes regularly receiving parenteral iron “risk liver disease.”
“Given that the long-term effects of supratherapeutic doses of B vitamins and other nutrients are unknown in athletes, it does not appear to be worth the risk, especially given the lack of evidence-based benefits,” they said. They added that there is also the risk related to venous access, including “infection and thromboembolic complications.”
Additionally, a shift away from “what works” according to scientific standards to that which is “unproven” puts the reputation of sport at risk, and also puts athletes at risk of antidoping violation, they cautioned.
Figures on the prevalence of intravenous nutrition need to be gathered in tandem with governing bodies and players’ associations in the professional leagues providing guidance on the potential risks of intravenous nutrition use, recommended the authors.
The ‘food first’ and ‘no needle’ messages need to be amplified among all athletes and multidisciplinary support teams, they emphasised, to avoid what was previously a ‘last resort’ treatment becoming “normal without scientific evidence of benefit”.
A version of this article first appeared on Medscape UK.
In their editorial, published online in the British Journal of Sports Medicine, experts urged the “food first” and “no needle” messages – that are taught in sports nutrition courses around the world – need to be amplified among all athletes and their support teams to “stop this trend in its tracks”.
The international group of authors, including experts from St Mary’s University, London; University College London; and University of Bath (England), who regularly interact with professional team players in European and American leagues and their support teams, said they have become increasingly aware of the practice.
Although it’s not known exactly how common the practice is, they pointed out that, anecdotally, some players are hooked up to intravenous nutrition drips as often as every week as part of a pre- or postgame routine.
‘Drip-bars’ easily accessible but devoid of regulation
Intravenous nutrition has traditionally been reserved for serious clinical conditions – such as anaemia – symptoms caused by nutrient deficiencies, or to correct severe dehydration caused by marathon running in, for example, a desert.
A ban on needle use by athletes at the Olympic Games has been in place for all recent Games except for appropriate medical use, and where a therapeutic use exemption is obtained, explained the authors.
However, “so-called ‘drip bars’ and concierge IV nutrition services are now easily accessible,” they said. These claim to boost health and performance, restore hydration, and speed up recovery, by offering a menu of B vitamins, amino acids, glutathione, vitamin C, and electrolytes, and potentially boosting levels beyond any therapeutic range.
However, they are “devoid of regulation” and for players or practitioners there is no official guidance on their use.
Physical and reputational risks
Bypassing the gut-liver axis risks nutrient toxicity warned the authors, and “appears foolhardy” unless there is a “significant clinical rationale.” They highlighted that they had noted vitamin B6 and vitamin B12 levels often “beyond the measurement range of the laboratory” in a subgroup of professional players. They pointed out how long-term effects of too much vitamin B6 include peripheral neuropathy, and that athletes regularly receiving parenteral iron “risk liver disease.”
“Given that the long-term effects of supratherapeutic doses of B vitamins and other nutrients are unknown in athletes, it does not appear to be worth the risk, especially given the lack of evidence-based benefits,” they said. They added that there is also the risk related to venous access, including “infection and thromboembolic complications.”
Additionally, a shift away from “what works” according to scientific standards to that which is “unproven” puts the reputation of sport at risk, and also puts athletes at risk of antidoping violation, they cautioned.
Figures on the prevalence of intravenous nutrition need to be gathered in tandem with governing bodies and players’ associations in the professional leagues providing guidance on the potential risks of intravenous nutrition use, recommended the authors.
The ‘food first’ and ‘no needle’ messages need to be amplified among all athletes and multidisciplinary support teams, they emphasised, to avoid what was previously a ‘last resort’ treatment becoming “normal without scientific evidence of benefit”.
A version of this article first appeared on Medscape UK.
FROM THE BRITISH JOURNAL OF SPORTS MEDICINE
Dermatology and monkeypox: What you need to know
.
Diagnosing cases “can be hard and folks should keep a very open mind and consider monkeypox virus,” said Misha Rosenbach, MD, a University of Pennsylvania dermatologist and member of the American Academy of Dermatology’s ad hoc task force to develop monkeypox content.
Although it’s named after a primate, it turns out that monkeypox is quite the copycat. As dermatologists have learned, its lesions can look like those caused by a long list of other diseases including herpes, varicella, and syphilis. In small numbers, they can even appear to be insect bites.
To make things more complicated, a patient can have one or two lesions – or dozens. They often cluster in the anogenital area, likely reflecting transmission via sexual intercourse, unlike previous outbreaks in which lesions appeared all over the body. “We have to let go of some of our conceptions about what monkeypox might look like,” said dermatologist Esther Freeman, MD, PhD, associate professor of dermatology, Harvard University, Boston, and a member of the AAD task force.
To make things even more complicated, “the spectrum of illness that we are seeing has ranged from limited, subtle lesions to dramatic, widespread, ulcerative/necrotic lesions,” said Dr. Rosenbach, associate professor of dermatology at the University of Pennsylvania, Philadelphia.
But monkeypox has unique traits that can set it apart and pave the way toward a diagnosis, dermatologists say. And important patient data can help dermatologists gauge the likelihood of a case: Almost 99% of cases with data available have been in men, and among men with available information, 94% reported male-to-male sexual or close intimate contact during the 3 weeks before developing symptoms, according to a CDC report tracking cases from May through late July. So far, cases in women and children are extremely rare, although there have been some reported in the United States.
Are dermatologists likely to see monkeypox in the clinic? It’s unclear so far. Of four dermatologists interviewed for this article, only one has seen patients with monkeypox in person. But others say they’ve been sought for consultations. “I have been asked by infectious disease colleagues for advice remotely but have not seen it,” said dermatologist Howa Yeung, MD, MSc, assistant professor of dermatology, Emory University, Atlanta. “Most of the time, they’re catching all the symptomatic cases before any need for dermatology in-person referrals.”
Still, the rapid rate of growth of the outbreak – up from 3,487 in the United States on July 25 to 12,689 as of Aug.16 – suggests that more dermatologists will see cases, and consultations may become more common too.
Know your lesions
Lesions are the telltale signs of symptomatic monkeypox. According to a recent New England Journal of Medicine study of 528 monkeypox cases from 16 nations, diagnosed between April 27 and June 24, 2022, 95% had skin lesions (58% were vesiculopustular), most commonly in the anogenital area (73%), and on the trunk/arms/or legs (55%) and face (25%), and the palms/soles (10%).
However, “the current monkeypox outbreak often presents differently from the multiple classic vesiculopustules on the skin we see in textbooks,” Dr. Yeung said. “Sometimes people can present with throat pain or rectal pain, with isolated pharyngitis or proctitis. Sometimes there are so few lesions on the skin that it can be easily confused with a bug bite, folliculitis, herpes, dyshidrotic eczema, or other skin problems. This is where dermatologists will get consulted to clarify the diagnosis while the monkeypox PCR test is pending.”
Dr. Rosenbach, who has provided consultation services to other physicians about cases, said the lesions often appear to be vesicles or pustules, “but if you go to ‘pop’ it – e.g., for testing – it’s firm and without fluid. This is likely due to pox virus inclusion, similar to other diseases such as molluscum,” caused by another pox virus, he said. Molluscum lesions are “characteristically umbilicated, with a dimple in the center, and monkeypox lesions seem to be showing a roughly similar morphology with many bowl- or caldera-shaped lesions that are donut-like in appearance,” he added.
Over time, Dr. Rosenbach said, “lesions tend to evolve slowly from smaller flesh-colored or vaguely white firm papules to broader more umbilicated/donut-shaped lesions which may erode, ulcerate, develop a crust or scab, and then heal. The amount of scarring is not yet clear, but we anticipate it to be significant, especially in patients with more widespread or severe disease.”
Jon Peebles, MD, a dermatologist at Kaiser Permanente in Largo, Md., who has treated a few in-person monkeypox cases, said the lesions can be “exquisitely painful,” although he’s also seen patients with asymptomatic lesions. “Lesions are showing a predilection for the anogenital skin, though they can occur anywhere and not uncommonly involve the oral mucosa,” said Dr. Peebles, also a member of the AAD monkeypox task force.
Dr. Yeung said it’s important to ask patients about their sexual orientation, gender identity, and sexual behaviors. “That is the only way to know who your patients are and the only way to understand who else may be at risks and can benefit from contact tracing and additional prevention measures, such as vaccination for asymptomatic sex partners.” (The Jynneos smallpox vaccine is Food and Drug Administration–approved to prevent monkeypox, although its efficacy is not entirely clear, and there’s controversy over expanding its limited availability by administering the vaccine intradermally.)
It’s also important to keep in mind that sexually transmitted infections (STIs) are common in gay and bisexual men. “Just because the patient is diagnosed with gonorrhea or syphilis does not mean the patient cannot also have monkeypox,” Dr. Rosenbach said. Indeed, the NEJM study reported that of 377 patients screened, 29% had an STI other than HIV, mostly syphilis (9%) and gonorrhea (8%). Of all 528 patients in the study (all male or transgender/nonbinary), 41% were HIV-positive, and the median number of sex partners in the last 3 months was 5 (range, 3-15).
Testing is crucial to rule monkeypox in – or out
While monkeypox lesions can be confused for other diseases, Dr. Rosenbach said that a diagnosis can be confirmed through various tests. Varicella zoster virus (VZV) and herpes simplex virus (HSV) have distinct findings on Tzanck smears (nuclear molding, multinucleated cells), and have widely available fairly rapid tests (PCR, or in some places, DFA). “Staph and bacterial folliculitis can usually be cultured quickly,” he said. “If you have someone with no risk factors/exposure, and you test for VZV, HSV, folliculitis, and it’s negative – you should know within 24 hours in most places – then you can broaden your differential diagnosis and consider alternate explanations, including monkeypox.”
Quest Diagnostics and Labcorp, two of the largest commercial labs in the United States, are now offering monkeypox tests. Labcorp says its test has a 2- to 3-day turnaround time.
As for treatment, some physicians are prescribing off-label use of tecovirimat (also known as TPOXX or ST-246), a smallpox antiviral treatment. The CDC offers guidelines about its use. “It seems to work very fast, with patients improving in 24-72 hours,” Dr. Rosenbach said. However, “it is still very challenging to give and get. There’s a cumbersome system to prescribe it, and it needs to be shipped from the national stockpile. Dermatologists should be working with their state health department, infection control, and infectious disease doctors.”
It’s likely that dermatologists are not comfortable with the process to access the drug, he said, “but if we do not act quickly to control the current outbreak, we will all – unfortunately – need to learn to be comfortable prescribing it.”
In regard to pain control, an over-the-counter painkiller approach may be appropriate depending on comorbidities, Dr. Rosenbach said. “Some patients with very severe disease, such as perianal involvement and proctitis, have such severe pain they need to be hospitalized. This is less common.”
Recommendations pending on scarring prevention
There’s limited high-quality evidence about the prevention of scarring in diseases like monkeypox, Dr. Rosenbach noted. “Any recommendations are usually based on very small, limited, uncontrolled studies. In the case of monkeypox, truly we are off the edge of the map.”
He advises cleaning lesions with gentle soap and water – keeping in mind that contaminated towels may spread disease – and potentially using a topical ointment-based dressing such as a Vaseline/nonstick dressing or Vaseline-impregnated gauze. If there’s concern about superinfection, as can occur with staph infections, topical antibiotics such as mupirocin 2% ointment may be appropriate, he said.
“Some folks like to try silica gel sheets to prevent scarring,” Dr. Rosenbach said. “There’s not a lot of evidence to support that, but they’re unlikely to be harmful. I would personally consider them, but it really depends on the extent of disease, anatomic sites involved, and access to care.”
Emory University’s Dr. Yeung also suggested using silicone gel or sheets to optimize the scar appearance once the lesions have crusted over. “People have used lasers, microneedling, etc., to improve smallpox scar appearance,” he added, “and I’m sure dermatologists will be the ones to study what works best for treating monkeypox scars.”
As for the big picture, Dr. Yeung said that dermatologists are critical in the fight to control monkeypox: “We can help our colleagues and patients manage symptoms and wound care, advocate for vaccination and treatment, treat long-term scarring sequelae, and destigmatize LGBTQ health care.”
The dermatologists interviewed for this article report no disclosures.
.
Diagnosing cases “can be hard and folks should keep a very open mind and consider monkeypox virus,” said Misha Rosenbach, MD, a University of Pennsylvania dermatologist and member of the American Academy of Dermatology’s ad hoc task force to develop monkeypox content.
Although it’s named after a primate, it turns out that monkeypox is quite the copycat. As dermatologists have learned, its lesions can look like those caused by a long list of other diseases including herpes, varicella, and syphilis. In small numbers, they can even appear to be insect bites.
To make things more complicated, a patient can have one or two lesions – or dozens. They often cluster in the anogenital area, likely reflecting transmission via sexual intercourse, unlike previous outbreaks in which lesions appeared all over the body. “We have to let go of some of our conceptions about what monkeypox might look like,” said dermatologist Esther Freeman, MD, PhD, associate professor of dermatology, Harvard University, Boston, and a member of the AAD task force.
To make things even more complicated, “the spectrum of illness that we are seeing has ranged from limited, subtle lesions to dramatic, widespread, ulcerative/necrotic lesions,” said Dr. Rosenbach, associate professor of dermatology at the University of Pennsylvania, Philadelphia.
But monkeypox has unique traits that can set it apart and pave the way toward a diagnosis, dermatologists say. And important patient data can help dermatologists gauge the likelihood of a case: Almost 99% of cases with data available have been in men, and among men with available information, 94% reported male-to-male sexual or close intimate contact during the 3 weeks before developing symptoms, according to a CDC report tracking cases from May through late July. So far, cases in women and children are extremely rare, although there have been some reported in the United States.
Are dermatologists likely to see monkeypox in the clinic? It’s unclear so far. Of four dermatologists interviewed for this article, only one has seen patients with monkeypox in person. But others say they’ve been sought for consultations. “I have been asked by infectious disease colleagues for advice remotely but have not seen it,” said dermatologist Howa Yeung, MD, MSc, assistant professor of dermatology, Emory University, Atlanta. “Most of the time, they’re catching all the symptomatic cases before any need for dermatology in-person referrals.”
Still, the rapid rate of growth of the outbreak – up from 3,487 in the United States on July 25 to 12,689 as of Aug.16 – suggests that more dermatologists will see cases, and consultations may become more common too.
Know your lesions
Lesions are the telltale signs of symptomatic monkeypox. According to a recent New England Journal of Medicine study of 528 monkeypox cases from 16 nations, diagnosed between April 27 and June 24, 2022, 95% had skin lesions (58% were vesiculopustular), most commonly in the anogenital area (73%), and on the trunk/arms/or legs (55%) and face (25%), and the palms/soles (10%).
However, “the current monkeypox outbreak often presents differently from the multiple classic vesiculopustules on the skin we see in textbooks,” Dr. Yeung said. “Sometimes people can present with throat pain or rectal pain, with isolated pharyngitis or proctitis. Sometimes there are so few lesions on the skin that it can be easily confused with a bug bite, folliculitis, herpes, dyshidrotic eczema, or other skin problems. This is where dermatologists will get consulted to clarify the diagnosis while the monkeypox PCR test is pending.”
Dr. Rosenbach, who has provided consultation services to other physicians about cases, said the lesions often appear to be vesicles or pustules, “but if you go to ‘pop’ it – e.g., for testing – it’s firm and without fluid. This is likely due to pox virus inclusion, similar to other diseases such as molluscum,” caused by another pox virus, he said. Molluscum lesions are “characteristically umbilicated, with a dimple in the center, and monkeypox lesions seem to be showing a roughly similar morphology with many bowl- or caldera-shaped lesions that are donut-like in appearance,” he added.
Over time, Dr. Rosenbach said, “lesions tend to evolve slowly from smaller flesh-colored or vaguely white firm papules to broader more umbilicated/donut-shaped lesions which may erode, ulcerate, develop a crust or scab, and then heal. The amount of scarring is not yet clear, but we anticipate it to be significant, especially in patients with more widespread or severe disease.”
Jon Peebles, MD, a dermatologist at Kaiser Permanente in Largo, Md., who has treated a few in-person monkeypox cases, said the lesions can be “exquisitely painful,” although he’s also seen patients with asymptomatic lesions. “Lesions are showing a predilection for the anogenital skin, though they can occur anywhere and not uncommonly involve the oral mucosa,” said Dr. Peebles, also a member of the AAD monkeypox task force.
Dr. Yeung said it’s important to ask patients about their sexual orientation, gender identity, and sexual behaviors. “That is the only way to know who your patients are and the only way to understand who else may be at risks and can benefit from contact tracing and additional prevention measures, such as vaccination for asymptomatic sex partners.” (The Jynneos smallpox vaccine is Food and Drug Administration–approved to prevent monkeypox, although its efficacy is not entirely clear, and there’s controversy over expanding its limited availability by administering the vaccine intradermally.)
It’s also important to keep in mind that sexually transmitted infections (STIs) are common in gay and bisexual men. “Just because the patient is diagnosed with gonorrhea or syphilis does not mean the patient cannot also have monkeypox,” Dr. Rosenbach said. Indeed, the NEJM study reported that of 377 patients screened, 29% had an STI other than HIV, mostly syphilis (9%) and gonorrhea (8%). Of all 528 patients in the study (all male or transgender/nonbinary), 41% were HIV-positive, and the median number of sex partners in the last 3 months was 5 (range, 3-15).
Testing is crucial to rule monkeypox in – or out
While monkeypox lesions can be confused for other diseases, Dr. Rosenbach said that a diagnosis can be confirmed through various tests. Varicella zoster virus (VZV) and herpes simplex virus (HSV) have distinct findings on Tzanck smears (nuclear molding, multinucleated cells), and have widely available fairly rapid tests (PCR, or in some places, DFA). “Staph and bacterial folliculitis can usually be cultured quickly,” he said. “If you have someone with no risk factors/exposure, and you test for VZV, HSV, folliculitis, and it’s negative – you should know within 24 hours in most places – then you can broaden your differential diagnosis and consider alternate explanations, including monkeypox.”
Quest Diagnostics and Labcorp, two of the largest commercial labs in the United States, are now offering monkeypox tests. Labcorp says its test has a 2- to 3-day turnaround time.
As for treatment, some physicians are prescribing off-label use of tecovirimat (also known as TPOXX or ST-246), a smallpox antiviral treatment. The CDC offers guidelines about its use. “It seems to work very fast, with patients improving in 24-72 hours,” Dr. Rosenbach said. However, “it is still very challenging to give and get. There’s a cumbersome system to prescribe it, and it needs to be shipped from the national stockpile. Dermatologists should be working with their state health department, infection control, and infectious disease doctors.”
It’s likely that dermatologists are not comfortable with the process to access the drug, he said, “but if we do not act quickly to control the current outbreak, we will all – unfortunately – need to learn to be comfortable prescribing it.”
In regard to pain control, an over-the-counter painkiller approach may be appropriate depending on comorbidities, Dr. Rosenbach said. “Some patients with very severe disease, such as perianal involvement and proctitis, have such severe pain they need to be hospitalized. This is less common.”
Recommendations pending on scarring prevention
There’s limited high-quality evidence about the prevention of scarring in diseases like monkeypox, Dr. Rosenbach noted. “Any recommendations are usually based on very small, limited, uncontrolled studies. In the case of monkeypox, truly we are off the edge of the map.”
He advises cleaning lesions with gentle soap and water – keeping in mind that contaminated towels may spread disease – and potentially using a topical ointment-based dressing such as a Vaseline/nonstick dressing or Vaseline-impregnated gauze. If there’s concern about superinfection, as can occur with staph infections, topical antibiotics such as mupirocin 2% ointment may be appropriate, he said.
“Some folks like to try silica gel sheets to prevent scarring,” Dr. Rosenbach said. “There’s not a lot of evidence to support that, but they’re unlikely to be harmful. I would personally consider them, but it really depends on the extent of disease, anatomic sites involved, and access to care.”
Emory University’s Dr. Yeung also suggested using silicone gel or sheets to optimize the scar appearance once the lesions have crusted over. “People have used lasers, microneedling, etc., to improve smallpox scar appearance,” he added, “and I’m sure dermatologists will be the ones to study what works best for treating monkeypox scars.”
As for the big picture, Dr. Yeung said that dermatologists are critical in the fight to control monkeypox: “We can help our colleagues and patients manage symptoms and wound care, advocate for vaccination and treatment, treat long-term scarring sequelae, and destigmatize LGBTQ health care.”
The dermatologists interviewed for this article report no disclosures.
.
Diagnosing cases “can be hard and folks should keep a very open mind and consider monkeypox virus,” said Misha Rosenbach, MD, a University of Pennsylvania dermatologist and member of the American Academy of Dermatology’s ad hoc task force to develop monkeypox content.
Although it’s named after a primate, it turns out that monkeypox is quite the copycat. As dermatologists have learned, its lesions can look like those caused by a long list of other diseases including herpes, varicella, and syphilis. In small numbers, they can even appear to be insect bites.
To make things more complicated, a patient can have one or two lesions – or dozens. They often cluster in the anogenital area, likely reflecting transmission via sexual intercourse, unlike previous outbreaks in which lesions appeared all over the body. “We have to let go of some of our conceptions about what monkeypox might look like,” said dermatologist Esther Freeman, MD, PhD, associate professor of dermatology, Harvard University, Boston, and a member of the AAD task force.
To make things even more complicated, “the spectrum of illness that we are seeing has ranged from limited, subtle lesions to dramatic, widespread, ulcerative/necrotic lesions,” said Dr. Rosenbach, associate professor of dermatology at the University of Pennsylvania, Philadelphia.
But monkeypox has unique traits that can set it apart and pave the way toward a diagnosis, dermatologists say. And important patient data can help dermatologists gauge the likelihood of a case: Almost 99% of cases with data available have been in men, and among men with available information, 94% reported male-to-male sexual or close intimate contact during the 3 weeks before developing symptoms, according to a CDC report tracking cases from May through late July. So far, cases in women and children are extremely rare, although there have been some reported in the United States.
Are dermatologists likely to see monkeypox in the clinic? It’s unclear so far. Of four dermatologists interviewed for this article, only one has seen patients with monkeypox in person. But others say they’ve been sought for consultations. “I have been asked by infectious disease colleagues for advice remotely but have not seen it,” said dermatologist Howa Yeung, MD, MSc, assistant professor of dermatology, Emory University, Atlanta. “Most of the time, they’re catching all the symptomatic cases before any need for dermatology in-person referrals.”
Still, the rapid rate of growth of the outbreak – up from 3,487 in the United States on July 25 to 12,689 as of Aug.16 – suggests that more dermatologists will see cases, and consultations may become more common too.
Know your lesions
Lesions are the telltale signs of symptomatic monkeypox. According to a recent New England Journal of Medicine study of 528 monkeypox cases from 16 nations, diagnosed between April 27 and June 24, 2022, 95% had skin lesions (58% were vesiculopustular), most commonly in the anogenital area (73%), and on the trunk/arms/or legs (55%) and face (25%), and the palms/soles (10%).
However, “the current monkeypox outbreak often presents differently from the multiple classic vesiculopustules on the skin we see in textbooks,” Dr. Yeung said. “Sometimes people can present with throat pain or rectal pain, with isolated pharyngitis or proctitis. Sometimes there are so few lesions on the skin that it can be easily confused with a bug bite, folliculitis, herpes, dyshidrotic eczema, or other skin problems. This is where dermatologists will get consulted to clarify the diagnosis while the monkeypox PCR test is pending.”
Dr. Rosenbach, who has provided consultation services to other physicians about cases, said the lesions often appear to be vesicles or pustules, “but if you go to ‘pop’ it – e.g., for testing – it’s firm and without fluid. This is likely due to pox virus inclusion, similar to other diseases such as molluscum,” caused by another pox virus, he said. Molluscum lesions are “characteristically umbilicated, with a dimple in the center, and monkeypox lesions seem to be showing a roughly similar morphology with many bowl- or caldera-shaped lesions that are donut-like in appearance,” he added.
Over time, Dr. Rosenbach said, “lesions tend to evolve slowly from smaller flesh-colored or vaguely white firm papules to broader more umbilicated/donut-shaped lesions which may erode, ulcerate, develop a crust or scab, and then heal. The amount of scarring is not yet clear, but we anticipate it to be significant, especially in patients with more widespread or severe disease.”
Jon Peebles, MD, a dermatologist at Kaiser Permanente in Largo, Md., who has treated a few in-person monkeypox cases, said the lesions can be “exquisitely painful,” although he’s also seen patients with asymptomatic lesions. “Lesions are showing a predilection for the anogenital skin, though they can occur anywhere and not uncommonly involve the oral mucosa,” said Dr. Peebles, also a member of the AAD monkeypox task force.
Dr. Yeung said it’s important to ask patients about their sexual orientation, gender identity, and sexual behaviors. “That is the only way to know who your patients are and the only way to understand who else may be at risks and can benefit from contact tracing and additional prevention measures, such as vaccination for asymptomatic sex partners.” (The Jynneos smallpox vaccine is Food and Drug Administration–approved to prevent monkeypox, although its efficacy is not entirely clear, and there’s controversy over expanding its limited availability by administering the vaccine intradermally.)
It’s also important to keep in mind that sexually transmitted infections (STIs) are common in gay and bisexual men. “Just because the patient is diagnosed with gonorrhea or syphilis does not mean the patient cannot also have monkeypox,” Dr. Rosenbach said. Indeed, the NEJM study reported that of 377 patients screened, 29% had an STI other than HIV, mostly syphilis (9%) and gonorrhea (8%). Of all 528 patients in the study (all male or transgender/nonbinary), 41% were HIV-positive, and the median number of sex partners in the last 3 months was 5 (range, 3-15).
Testing is crucial to rule monkeypox in – or out
While monkeypox lesions can be confused for other diseases, Dr. Rosenbach said that a diagnosis can be confirmed through various tests. Varicella zoster virus (VZV) and herpes simplex virus (HSV) have distinct findings on Tzanck smears (nuclear molding, multinucleated cells), and have widely available fairly rapid tests (PCR, or in some places, DFA). “Staph and bacterial folliculitis can usually be cultured quickly,” he said. “If you have someone with no risk factors/exposure, and you test for VZV, HSV, folliculitis, and it’s negative – you should know within 24 hours in most places – then you can broaden your differential diagnosis and consider alternate explanations, including monkeypox.”
Quest Diagnostics and Labcorp, two of the largest commercial labs in the United States, are now offering monkeypox tests. Labcorp says its test has a 2- to 3-day turnaround time.
As for treatment, some physicians are prescribing off-label use of tecovirimat (also known as TPOXX or ST-246), a smallpox antiviral treatment. The CDC offers guidelines about its use. “It seems to work very fast, with patients improving in 24-72 hours,” Dr. Rosenbach said. However, “it is still very challenging to give and get. There’s a cumbersome system to prescribe it, and it needs to be shipped from the national stockpile. Dermatologists should be working with their state health department, infection control, and infectious disease doctors.”
It’s likely that dermatologists are not comfortable with the process to access the drug, he said, “but if we do not act quickly to control the current outbreak, we will all – unfortunately – need to learn to be comfortable prescribing it.”
In regard to pain control, an over-the-counter painkiller approach may be appropriate depending on comorbidities, Dr. Rosenbach said. “Some patients with very severe disease, such as perianal involvement and proctitis, have such severe pain they need to be hospitalized. This is less common.”
Recommendations pending on scarring prevention
There’s limited high-quality evidence about the prevention of scarring in diseases like monkeypox, Dr. Rosenbach noted. “Any recommendations are usually based on very small, limited, uncontrolled studies. In the case of monkeypox, truly we are off the edge of the map.”
He advises cleaning lesions with gentle soap and water – keeping in mind that contaminated towels may spread disease – and potentially using a topical ointment-based dressing such as a Vaseline/nonstick dressing or Vaseline-impregnated gauze. If there’s concern about superinfection, as can occur with staph infections, topical antibiotics such as mupirocin 2% ointment may be appropriate, he said.
“Some folks like to try silica gel sheets to prevent scarring,” Dr. Rosenbach said. “There’s not a lot of evidence to support that, but they’re unlikely to be harmful. I would personally consider them, but it really depends on the extent of disease, anatomic sites involved, and access to care.”
Emory University’s Dr. Yeung also suggested using silicone gel or sheets to optimize the scar appearance once the lesions have crusted over. “People have used lasers, microneedling, etc., to improve smallpox scar appearance,” he added, “and I’m sure dermatologists will be the ones to study what works best for treating monkeypox scars.”
As for the big picture, Dr. Yeung said that dermatologists are critical in the fight to control monkeypox: “We can help our colleagues and patients manage symptoms and wound care, advocate for vaccination and treatment, treat long-term scarring sequelae, and destigmatize LGBTQ health care.”
The dermatologists interviewed for this article report no disclosures.
Strength training overcomes bone effects of vegan diet
People who maintain a vegan diet show significant deficits in bone microarchitecture, compared with omnivores; however, resistance training not only appears to improve those deficits but may have a stronger effect in vegans, suggesting an important strategy in maintaining bone health with a vegan diet.
“We expected better bone structure in both vegans and omnivores who reported resistance training,” first author Robert Wakolbinger-Habel, MD, PhD, of St. Vincent Hospital Vienna and the Medical University of Vienna, said in an interview.
“However, we expected [there would still be] differences in structure between vegans and omnivores [who practiced resistance training], as previous literature reported higher fracture rates in vegans,” he said. “Still, the positive message is that ‘pumping iron’ could counterbalance these differences between vegans and omnivores.”
The research was published online in The Endocrine Society’s Journal of Clinical Endocrinology & Metabolism.
Exercise significantly impacts bone health in vegans
The potential effects of the plant-based vegan diet on bone health have been reported in studies linking the diet to an increased risk of fractures and lower bone mineral density (BMD), with common theories including lower bone- and muscle-building protein in vegan diets.
However, most previous studies have not considered other key factors, such as the effects of exercise, the authors noted.
“While previous studies on bone health in vegans only took BMD, biochemical and nutritional parameters into account, they did not consider the significant effects of physical activity,” they wrote.
“By ignoring these effects, important factors influencing bone health are neglected.”
For the study, 88 participants were enrolled in Vienna, with vegan participants recruited with the help of the Austrian Vegan Society.
Importantly, the study documented participants’ bone microarchitecture, a key measure of bone strength that has also not been previously investigated in vegans, using high-resolution peripheral quantitative CT.
Inclusion criteria included maintaining an omnivore diet of meat and plant-based foods or a vegan diet for at least 5 years, not being underweight or obese (body mass index [BMI], 18.5-30 kg/m2), being age 30-50 years, and being premenopausal.
Of the participants, 43 were vegan and 45 were omnivores, with generally equal ratios of men and women.
Vegan bone deficits disappear with strength training
Overall, compared with omnivores, the vegan group showed significant deficits in 7 of 14 measures of BMI-adjusted trabecular and cortical structure (all P < .05).
Among participants who reported no resistance training, vegans still showed significant decreases in bone microarchitecture, compared with omnivores, including radius trabecular BMD, radius trabecular bone volume fraction, and other tibial and cortical bone microarchitecture measures.
However, among those who did report progressive resistant training (20 vegans and 25 omnivores), defined as using machines, free weights, or bodyweight resistance exercises at least once a week, those differences disappeared and there were no significant differences in BMI-adjusted bone microarchitecture between vegans and omnivores after the 5 years.
Of note, no significant differences in bone microarchitecture were observed between those who performed exclusively aerobic activities and those who reported no sports activities in the vegan or omnivore group.
Based on the findings, “other types of exercise such as aerobics, cycling, etc, would not be sufficient for a similar positive effect on bone [as resistance training],” Dr. Wakolbinger-Habel said.
Although the findings suggest that resistance training seemed to allow vegans to “catch up” with omnivores in terms of bone microarchitecture, Dr. Wakolbinger-Habel cautioned that a study limitation is the relatively low number of participants.
“The absolute numbers suggest that in vegans the differences, and the relative effect, respectively of resistance training might be larger,” he said. “However, the number of participants in the subgroups is small and it is still an observational study, so we need to be careful in drawing causal conclusions.”
Serum bone markers were within normal ranges across all subgroups. And although there were some correlations between nutrient intake and bone microarchitecture among vegans who did and did not practice resistance training, no conclusions could be drawn from that data, the authors noted.
“Based on our data, the structural [differences between vegans and omnivores] cannot solely be explained by deficits in certain nutrients according to lifestyle,” the authors concluded.
Mechanisms
The mechanisms by which progressive resistance training could result in the benefits include that mechanical loads trigger stimulation of key pathways involved in bone formation, or mechanotransduction, the authors explained.
The unique effects have been observed in other studies, including one study showing that, among young adult runners, the addition of resistance training once a week was associated with significantly greater BMD.
“Veganism is a global trend with strongly increasing numbers of people worldwide adhering to a purely plant-based diet,” first author Christian Muschitz, MD, also of St. Vincent Hospital Vienna and the Medical University of Vienna, said in a press statement.
“Our study showed resistance training offsets diminished bone structure in vegan people when compared to omnivores,” he said.
Dr. Wakolbinger-Habel recommended that, based on the findings, “exercise, including resistance training, should be strongly advocated [for vegans], I would say, at least two times per week.”
The authors reported no relevant financial relationships.
A version of this article first appeared on Medscape.com.
People who maintain a vegan diet show significant deficits in bone microarchitecture, compared with omnivores; however, resistance training not only appears to improve those deficits but may have a stronger effect in vegans, suggesting an important strategy in maintaining bone health with a vegan diet.
“We expected better bone structure in both vegans and omnivores who reported resistance training,” first author Robert Wakolbinger-Habel, MD, PhD, of St. Vincent Hospital Vienna and the Medical University of Vienna, said in an interview.
“However, we expected [there would still be] differences in structure between vegans and omnivores [who practiced resistance training], as previous literature reported higher fracture rates in vegans,” he said. “Still, the positive message is that ‘pumping iron’ could counterbalance these differences between vegans and omnivores.”
The research was published online in The Endocrine Society’s Journal of Clinical Endocrinology & Metabolism.
Exercise significantly impacts bone health in vegans
The potential effects of the plant-based vegan diet on bone health have been reported in studies linking the diet to an increased risk of fractures and lower bone mineral density (BMD), with common theories including lower bone- and muscle-building protein in vegan diets.
However, most previous studies have not considered other key factors, such as the effects of exercise, the authors noted.
“While previous studies on bone health in vegans only took BMD, biochemical and nutritional parameters into account, they did not consider the significant effects of physical activity,” they wrote.
“By ignoring these effects, important factors influencing bone health are neglected.”
For the study, 88 participants were enrolled in Vienna, with vegan participants recruited with the help of the Austrian Vegan Society.
Importantly, the study documented participants’ bone microarchitecture, a key measure of bone strength that has also not been previously investigated in vegans, using high-resolution peripheral quantitative CT.
Inclusion criteria included maintaining an omnivore diet of meat and plant-based foods or a vegan diet for at least 5 years, not being underweight or obese (body mass index [BMI], 18.5-30 kg/m2), being age 30-50 years, and being premenopausal.
Of the participants, 43 were vegan and 45 were omnivores, with generally equal ratios of men and women.
Vegan bone deficits disappear with strength training
Overall, compared with omnivores, the vegan group showed significant deficits in 7 of 14 measures of BMI-adjusted trabecular and cortical structure (all P < .05).
Among participants who reported no resistance training, vegans still showed significant decreases in bone microarchitecture, compared with omnivores, including radius trabecular BMD, radius trabecular bone volume fraction, and other tibial and cortical bone microarchitecture measures.
However, among those who did report progressive resistant training (20 vegans and 25 omnivores), defined as using machines, free weights, or bodyweight resistance exercises at least once a week, those differences disappeared and there were no significant differences in BMI-adjusted bone microarchitecture between vegans and omnivores after the 5 years.
Of note, no significant differences in bone microarchitecture were observed between those who performed exclusively aerobic activities and those who reported no sports activities in the vegan or omnivore group.
Based on the findings, “other types of exercise such as aerobics, cycling, etc, would not be sufficient for a similar positive effect on bone [as resistance training],” Dr. Wakolbinger-Habel said.
Although the findings suggest that resistance training seemed to allow vegans to “catch up” with omnivores in terms of bone microarchitecture, Dr. Wakolbinger-Habel cautioned that a study limitation is the relatively low number of participants.
“The absolute numbers suggest that in vegans the differences, and the relative effect, respectively of resistance training might be larger,” he said. “However, the number of participants in the subgroups is small and it is still an observational study, so we need to be careful in drawing causal conclusions.”
Serum bone markers were within normal ranges across all subgroups. And although there were some correlations between nutrient intake and bone microarchitecture among vegans who did and did not practice resistance training, no conclusions could be drawn from that data, the authors noted.
“Based on our data, the structural [differences between vegans and omnivores] cannot solely be explained by deficits in certain nutrients according to lifestyle,” the authors concluded.
Mechanisms
The mechanisms by which progressive resistance training could result in the benefits include that mechanical loads trigger stimulation of key pathways involved in bone formation, or mechanotransduction, the authors explained.
The unique effects have been observed in other studies, including one study showing that, among young adult runners, the addition of resistance training once a week was associated with significantly greater BMD.
“Veganism is a global trend with strongly increasing numbers of people worldwide adhering to a purely plant-based diet,” first author Christian Muschitz, MD, also of St. Vincent Hospital Vienna and the Medical University of Vienna, said in a press statement.
“Our study showed resistance training offsets diminished bone structure in vegan people when compared to omnivores,” he said.
Dr. Wakolbinger-Habel recommended that, based on the findings, “exercise, including resistance training, should be strongly advocated [for vegans], I would say, at least two times per week.”
The authors reported no relevant financial relationships.
A version of this article first appeared on Medscape.com.
People who maintain a vegan diet show significant deficits in bone microarchitecture, compared with omnivores; however, resistance training not only appears to improve those deficits but may have a stronger effect in vegans, suggesting an important strategy in maintaining bone health with a vegan diet.
“We expected better bone structure in both vegans and omnivores who reported resistance training,” first author Robert Wakolbinger-Habel, MD, PhD, of St. Vincent Hospital Vienna and the Medical University of Vienna, said in an interview.
“However, we expected [there would still be] differences in structure between vegans and omnivores [who practiced resistance training], as previous literature reported higher fracture rates in vegans,” he said. “Still, the positive message is that ‘pumping iron’ could counterbalance these differences between vegans and omnivores.”
The research was published online in The Endocrine Society’s Journal of Clinical Endocrinology & Metabolism.
Exercise significantly impacts bone health in vegans
The potential effects of the plant-based vegan diet on bone health have been reported in studies linking the diet to an increased risk of fractures and lower bone mineral density (BMD), with common theories including lower bone- and muscle-building protein in vegan diets.
However, most previous studies have not considered other key factors, such as the effects of exercise, the authors noted.
“While previous studies on bone health in vegans only took BMD, biochemical and nutritional parameters into account, they did not consider the significant effects of physical activity,” they wrote.
“By ignoring these effects, important factors influencing bone health are neglected.”
For the study, 88 participants were enrolled in Vienna, with vegan participants recruited with the help of the Austrian Vegan Society.
Importantly, the study documented participants’ bone microarchitecture, a key measure of bone strength that has also not been previously investigated in vegans, using high-resolution peripheral quantitative CT.
Inclusion criteria included maintaining an omnivore diet of meat and plant-based foods or a vegan diet for at least 5 years, not being underweight or obese (body mass index [BMI], 18.5-30 kg/m2), being age 30-50 years, and being premenopausal.
Of the participants, 43 were vegan and 45 were omnivores, with generally equal ratios of men and women.
Vegan bone deficits disappear with strength training
Overall, compared with omnivores, the vegan group showed significant deficits in 7 of 14 measures of BMI-adjusted trabecular and cortical structure (all P < .05).
Among participants who reported no resistance training, vegans still showed significant decreases in bone microarchitecture, compared with omnivores, including radius trabecular BMD, radius trabecular bone volume fraction, and other tibial and cortical bone microarchitecture measures.
However, among those who did report progressive resistant training (20 vegans and 25 omnivores), defined as using machines, free weights, or bodyweight resistance exercises at least once a week, those differences disappeared and there were no significant differences in BMI-adjusted bone microarchitecture between vegans and omnivores after the 5 years.
Of note, no significant differences in bone microarchitecture were observed between those who performed exclusively aerobic activities and those who reported no sports activities in the vegan or omnivore group.
Based on the findings, “other types of exercise such as aerobics, cycling, etc, would not be sufficient for a similar positive effect on bone [as resistance training],” Dr. Wakolbinger-Habel said.
Although the findings suggest that resistance training seemed to allow vegans to “catch up” with omnivores in terms of bone microarchitecture, Dr. Wakolbinger-Habel cautioned that a study limitation is the relatively low number of participants.
“The absolute numbers suggest that in vegans the differences, and the relative effect, respectively of resistance training might be larger,” he said. “However, the number of participants in the subgroups is small and it is still an observational study, so we need to be careful in drawing causal conclusions.”
Serum bone markers were within normal ranges across all subgroups. And although there were some correlations between nutrient intake and bone microarchitecture among vegans who did and did not practice resistance training, no conclusions could be drawn from that data, the authors noted.
“Based on our data, the structural [differences between vegans and omnivores] cannot solely be explained by deficits in certain nutrients according to lifestyle,” the authors concluded.
Mechanisms
The mechanisms by which progressive resistance training could result in the benefits include that mechanical loads trigger stimulation of key pathways involved in bone formation, or mechanotransduction, the authors explained.
The unique effects have been observed in other studies, including one study showing that, among young adult runners, the addition of resistance training once a week was associated with significantly greater BMD.
“Veganism is a global trend with strongly increasing numbers of people worldwide adhering to a purely plant-based diet,” first author Christian Muschitz, MD, also of St. Vincent Hospital Vienna and the Medical University of Vienna, said in a press statement.
“Our study showed resistance training offsets diminished bone structure in vegan people when compared to omnivores,” he said.
Dr. Wakolbinger-Habel recommended that, based on the findings, “exercise, including resistance training, should be strongly advocated [for vegans], I would say, at least two times per week.”
The authors reported no relevant financial relationships.
A version of this article first appeared on Medscape.com.
FROM THE JOURNAL OF CLINICAL ENDOCRINOLOGY & METABOLISM
Review cautions against influencer-promoted hair-growth remedies
One day in 2020, Ronda S. Farah, MD, was spending some downtime from her dermatology practice scrolling through social media. When she opened TikTok, she came across something that piqued her interest: A popular content creator was promoting the supplement biotin as a way to grow hair. Dr. Farah was immediately alarmed, because not only was the evidence that biotin increases hair growth shoddy, but the FDA had also warned that biotin supplements may interfere with lab tests for troponin.
Dr. Farah was moved to action and made a brief TikTok stating that use of biotin does not result in hair growth for most patients, which quickly shot up to over half a million views. She was flooded with messages from influencers and people desperate for an answer to their hair growth questions.
From that point on, Dr. Farah was immersed in the world of hairfluencers, the social media personalities who promote hair care trends, which formed the basis of a review, published in the Journal of Cosmetic Dermatology that she conducted with her colleagues at the University of Minnesota, Minneapolis. .
They reviewed five treatments that represent some of the most frequently discussed hair-growth trends on social media: rosemary, onion juice, rice water, castor oil, and aloe vera. For each, they evaluated recommendations on how the treatments were applied, possible harmful effects to the user, claims that weren’t totally based on scientific evidence, and the theoretical mechanism of action. “Overall,” they concluded, “there is little to no literature supporting these social media trends for hair growth.”
Of the five, rosemary, applied to the scalp or hair, has perhaps the most significant research behind it, according to Dr. Farah and coauthors. Methods of applying rosemary described on social media included use of prepackaged oil, boiling fresh rosemary leaves, adding leaves to oils and spraying it on or massaging it on the scalp, applying it in the hair, or using it as a rinse. Dr. Farah noted that the literature supporting the use of rosemary for hair growth does not represent the most robust science; the studies had small sample sizes and used nonstandardized methods of measuring hair growth.
“It didn’t really meet rigorous, strong study methods that a board-certified dermatologist with their expertise would consider a really solid study,” she said.
For the remaining methods, there was little research to support their use for hair growth. A few, the authors pointed out, can cause scalp burns (aloe vera), damage to hair follicles (rice water), contact dermatitis (aloe vera, onion juice), and, in the case of castor oil, hair felting..
Dr. Farah thinks social media can be a great tool to reach patients, but that people should be wary of what kind of information they’re consuming “and need to be aware of who their hairfluencer is,” she said. And, as she and her coauthors wrote: “We call on dermatologists, as hair and scalp disease experts, to serve as authorities on ‘hairfluencer’ trends and appropriately counsel patients.”
The study was independently supported. Dr. Farah reports no relevant financial relationships.
A version of this article first appeared on Medscape.com.
One day in 2020, Ronda S. Farah, MD, was spending some downtime from her dermatology practice scrolling through social media. When she opened TikTok, she came across something that piqued her interest: A popular content creator was promoting the supplement biotin as a way to grow hair. Dr. Farah was immediately alarmed, because not only was the evidence that biotin increases hair growth shoddy, but the FDA had also warned that biotin supplements may interfere with lab tests for troponin.
Dr. Farah was moved to action and made a brief TikTok stating that use of biotin does not result in hair growth for most patients, which quickly shot up to over half a million views. She was flooded with messages from influencers and people desperate for an answer to their hair growth questions.
From that point on, Dr. Farah was immersed in the world of hairfluencers, the social media personalities who promote hair care trends, which formed the basis of a review, published in the Journal of Cosmetic Dermatology that she conducted with her colleagues at the University of Minnesota, Minneapolis. .
They reviewed five treatments that represent some of the most frequently discussed hair-growth trends on social media: rosemary, onion juice, rice water, castor oil, and aloe vera. For each, they evaluated recommendations on how the treatments were applied, possible harmful effects to the user, claims that weren’t totally based on scientific evidence, and the theoretical mechanism of action. “Overall,” they concluded, “there is little to no literature supporting these social media trends for hair growth.”
Of the five, rosemary, applied to the scalp or hair, has perhaps the most significant research behind it, according to Dr. Farah and coauthors. Methods of applying rosemary described on social media included use of prepackaged oil, boiling fresh rosemary leaves, adding leaves to oils and spraying it on or massaging it on the scalp, applying it in the hair, or using it as a rinse. Dr. Farah noted that the literature supporting the use of rosemary for hair growth does not represent the most robust science; the studies had small sample sizes and used nonstandardized methods of measuring hair growth.
“It didn’t really meet rigorous, strong study methods that a board-certified dermatologist with their expertise would consider a really solid study,” she said.
For the remaining methods, there was little research to support their use for hair growth. A few, the authors pointed out, can cause scalp burns (aloe vera), damage to hair follicles (rice water), contact dermatitis (aloe vera, onion juice), and, in the case of castor oil, hair felting..
Dr. Farah thinks social media can be a great tool to reach patients, but that people should be wary of what kind of information they’re consuming “and need to be aware of who their hairfluencer is,” she said. And, as she and her coauthors wrote: “We call on dermatologists, as hair and scalp disease experts, to serve as authorities on ‘hairfluencer’ trends and appropriately counsel patients.”
The study was independently supported. Dr. Farah reports no relevant financial relationships.
A version of this article first appeared on Medscape.com.
One day in 2020, Ronda S. Farah, MD, was spending some downtime from her dermatology practice scrolling through social media. When she opened TikTok, she came across something that piqued her interest: A popular content creator was promoting the supplement biotin as a way to grow hair. Dr. Farah was immediately alarmed, because not only was the evidence that biotin increases hair growth shoddy, but the FDA had also warned that biotin supplements may interfere with lab tests for troponin.
Dr. Farah was moved to action and made a brief TikTok stating that use of biotin does not result in hair growth for most patients, which quickly shot up to over half a million views. She was flooded with messages from influencers and people desperate for an answer to their hair growth questions.
From that point on, Dr. Farah was immersed in the world of hairfluencers, the social media personalities who promote hair care trends, which formed the basis of a review, published in the Journal of Cosmetic Dermatology that she conducted with her colleagues at the University of Minnesota, Minneapolis. .
They reviewed five treatments that represent some of the most frequently discussed hair-growth trends on social media: rosemary, onion juice, rice water, castor oil, and aloe vera. For each, they evaluated recommendations on how the treatments were applied, possible harmful effects to the user, claims that weren’t totally based on scientific evidence, and the theoretical mechanism of action. “Overall,” they concluded, “there is little to no literature supporting these social media trends for hair growth.”
Of the five, rosemary, applied to the scalp or hair, has perhaps the most significant research behind it, according to Dr. Farah and coauthors. Methods of applying rosemary described on social media included use of prepackaged oil, boiling fresh rosemary leaves, adding leaves to oils and spraying it on or massaging it on the scalp, applying it in the hair, or using it as a rinse. Dr. Farah noted that the literature supporting the use of rosemary for hair growth does not represent the most robust science; the studies had small sample sizes and used nonstandardized methods of measuring hair growth.
“It didn’t really meet rigorous, strong study methods that a board-certified dermatologist with their expertise would consider a really solid study,” she said.
For the remaining methods, there was little research to support their use for hair growth. A few, the authors pointed out, can cause scalp burns (aloe vera), damage to hair follicles (rice water), contact dermatitis (aloe vera, onion juice), and, in the case of castor oil, hair felting..
Dr. Farah thinks social media can be a great tool to reach patients, but that people should be wary of what kind of information they’re consuming “and need to be aware of who their hairfluencer is,” she said. And, as she and her coauthors wrote: “We call on dermatologists, as hair and scalp disease experts, to serve as authorities on ‘hairfluencer’ trends and appropriately counsel patients.”
The study was independently supported. Dr. Farah reports no relevant financial relationships.
A version of this article first appeared on Medscape.com.
FROM THE JOURNAL OF COSMETIC DERMATOLOGY
Getting cancer research on track again may require a ‘behemoth’ effort
In 2016, as vice president, Joe Biden launched the Cancer Moonshot program just 1 year after his son Beau died from glioblastoma multiforme. His objective, he said, was to “cure” cancer, but to get close to that goal, to get cancer research just back up to pre-COVID-19 pandemic levels.
There has been a significant decrease in the launch of new clinical trials for cancer and biologic therapies since 2020. “That can affect every aspect of our research operation. It really affected our capacity to continue to move forward at a fast pace. It will require a behemoth effort to get back to pre-COVID times,” said Tanios S. Bekaii-Saab, MD, leader of the gastrointestinal cancer program at Mayo Clinic in Phoenix.
Congress passed the 21st Century Cures Act in 2016 authorizing $1.8 billion for Cancer Moonshot over 7 years. More recently, the program received $194 million from the $6.9 billion National Cancer Institute budget in FY 2022.
Joseph Alvarnas, MD, a hematologist oncologist and vice president of government affairs at City of Hope, Duarte, Calif., sees the Moonshot budget as a potential shortcoming.
“The priorities are well founded and based on what we would think are the most important things to cover, but, if we’re going to achieve these extraordinarily ambitious goals of halving cancer mortality and serving communities more equitably, it’s going to need more funding positioned at making these things real,” he said.
Moonshot is being positioned as an opportunity to double down on efforts started in 2016, but treating cancer is complex and goes well beyond funding new research.
“We know that we have amazing research and progress around innovations that will drive us toward the goal of reducing the death rate from cancer. But we also know that we have tools that aren’t reaching all parts of the country, so we have a great opportunity to make sure that we’re doing all we can to prevent, detect and treat cancer,” Dr. Carnival said.
Can cancer be cured?
The Biden administration relaunched Moonshot in 2022 with newly defined goals: Cut the rate of cancer-related deaths in half within 25 years; improve the experience of people with cancer, cancer survivors, and their families; and “end cancer as we know it,” President Biden said in a press conference in February.
Cancer is the second leading cause of death in the United States after heart disease, but it may indeed be possible to cut the total number of cancer-related deaths in half over the next 25 years.
“As a hematologist who’s been involved in both research and clinical care, I think it’s important to realize this is actually doable. Between 1990 and 2020 cancer mortality rates decreased by 31%, and in the last American Cancer Society’s annual report, mortality rates dropped by the largest percentages for 2 consecutive years in a row. The question shifts now from ‘Is this possible? to ‘How do we ensure that it’s possible?’ The spirit of Cancer Moonshot 2.0 is identifying the multiple paths to move this effort forward,” Dr. Alvarnas said.
But without a significant infusion of cash for research, it’s doubtful cancer-related deaths will drop by 50% over the next 25 years.
“There are a lot of big and lofty goals in Cancer Moonshot, and the words ‘ending cancer,’ well those are big words,” Dr. Bekaii-Saab said. “The reality is how do we measure in 25 years the impact of this today? I think it will require significantly more funding over the next few years to achieve the goals set by the Moonshot. Otherwise it will be a 7-year done deal that will accrue a lot of great numbers but won’t make a dent in those goals for the next 25 years. To stop it at some point and not invest more into it, we will probably lose most of the benefit.”
Closing the loop on data sharing
Moonshot has been instrumental in fostering research collaborations by encouraging data sharing among scientists.
“It also brought together a new way for the National Cancer Institute and Department of Energy to drive progress on some of the big data initiatives. The initial Cancer Moonshot infused a sense of urgency and hope into this effort,” said Danielle Carnival, PhD, coordinator of Cancer Moonshot.
Between 2017 and 2022, Cancer Moonshot created more than 70 consortiums or programs, and funded about 240 research projects. Its fundamental goals of improving data sharing and encouraging collaboration are very important, Dr. Bekaii-Saab said.
“Because, historically, what happens with cancer is that researchers compete for resources...and they become very protective of their data. Sharing gets more difficult, collaborations become more onerous, and it becomes counterproductive,” he said.
Dr. Bekaii-Saab highlighted two networks created specifically for data sharing. They include the Human Tumor Atlas for cellular, morphological, and molecular tumor data, and PDXNet, a patient derived xenograft research network.
A shift in funding priorities?
Cancer funding has been stagnant for years. When adjusted for growth, it hasn’t had a significant infusion of funding since at least 2003—at least in relative terms, Dr. Bekaii-Saab said. “This affects a lot of the things we do, including NCI-funded clinical trials. It pushes us to work with the private sector, which is not necessarily a detriment, but it doesn’t advance the academic mission at the same level. So, overall, I wouldn’t call it tragic, but I do think we’re falling behind,” he said.
“I think when we do the process for the budget for FY24 and after we’ve had time to really explore the best ideas and build the foundation for some of these new aspects of the Cancer Moonshot, we hope to have something more concrete going toward these efforts,” Dr. Carnival said.
But in addition to funding, Dr. Alvarnas says, it is equally important to address gaps in care. Not all patients have access to existing cancer treatments.
“The great challenge to us in the 2020s is not only about developing new and more effective technologies, but also in doing a better job of getting existing life-saving treatments into the hands of underserved populations. One of the really positive challenges set forth by the Biden administration is the idea that financing care equity is as important, if not more so, than advancing technologies. If there’s been stagnation, it’s because from a government and resourcing point of view, that priority has been ineffectively supported financially.”
The pandemic stymies cancer research
The pandemic has had a significant impact on cancer research. As in other fields, it disrupted ongoing research, but it may have also contributed to the loss of employees who resigned in what’s been called the “Great Resignation.” “A lot of employees just decided to change jobs in the middle of the pandemic, which led to a cancer research staffing crisis,” Dr. Bekaii-Saab said.
“We all recognized that turning so much of the attention of the entire biomedical research engine and health system to the COVID-19 pandemic would have an impact across cancer research, screenings and care,” Dr. Carnival said. “There is work to do to get us back to whole, but from a research perspective, we’ve seen a reorientation of the trial networks we were using for COVID-19 research, back to their initial purpose. Some of those are cancer and oncology networks, so we’re excited about that and fully believe that we can catch up.”
But then there’s also the impact the pandemic has had on cancer patients who delayed their care at the primary level. This, Dr. Bekaii-Saab fears, will lead to more patients presenting with more advanced disease in years to come. “One of the biggest problems was that a lot of patients delayed their care at the primary level. My biggest concern is that in the years to come we will see a lot more patients presenting with more advanced cancer.”
In 2016, as vice president, Joe Biden launched the Cancer Moonshot program just 1 year after his son Beau died from glioblastoma multiforme. His objective, he said, was to “cure” cancer, but to get close to that goal, to get cancer research just back up to pre-COVID-19 pandemic levels.
There has been a significant decrease in the launch of new clinical trials for cancer and biologic therapies since 2020. “That can affect every aspect of our research operation. It really affected our capacity to continue to move forward at a fast pace. It will require a behemoth effort to get back to pre-COVID times,” said Tanios S. Bekaii-Saab, MD, leader of the gastrointestinal cancer program at Mayo Clinic in Phoenix.
Congress passed the 21st Century Cures Act in 2016 authorizing $1.8 billion for Cancer Moonshot over 7 years. More recently, the program received $194 million from the $6.9 billion National Cancer Institute budget in FY 2022.
Joseph Alvarnas, MD, a hematologist oncologist and vice president of government affairs at City of Hope, Duarte, Calif., sees the Moonshot budget as a potential shortcoming.
“The priorities are well founded and based on what we would think are the most important things to cover, but, if we’re going to achieve these extraordinarily ambitious goals of halving cancer mortality and serving communities more equitably, it’s going to need more funding positioned at making these things real,” he said.
Moonshot is being positioned as an opportunity to double down on efforts started in 2016, but treating cancer is complex and goes well beyond funding new research.
“We know that we have amazing research and progress around innovations that will drive us toward the goal of reducing the death rate from cancer. But we also know that we have tools that aren’t reaching all parts of the country, so we have a great opportunity to make sure that we’re doing all we can to prevent, detect and treat cancer,” Dr. Carnival said.
Can cancer be cured?
The Biden administration relaunched Moonshot in 2022 with newly defined goals: Cut the rate of cancer-related deaths in half within 25 years; improve the experience of people with cancer, cancer survivors, and their families; and “end cancer as we know it,” President Biden said in a press conference in February.
Cancer is the second leading cause of death in the United States after heart disease, but it may indeed be possible to cut the total number of cancer-related deaths in half over the next 25 years.
“As a hematologist who’s been involved in both research and clinical care, I think it’s important to realize this is actually doable. Between 1990 and 2020 cancer mortality rates decreased by 31%, and in the last American Cancer Society’s annual report, mortality rates dropped by the largest percentages for 2 consecutive years in a row. The question shifts now from ‘Is this possible? to ‘How do we ensure that it’s possible?’ The spirit of Cancer Moonshot 2.0 is identifying the multiple paths to move this effort forward,” Dr. Alvarnas said.
But without a significant infusion of cash for research, it’s doubtful cancer-related deaths will drop by 50% over the next 25 years.
“There are a lot of big and lofty goals in Cancer Moonshot, and the words ‘ending cancer,’ well those are big words,” Dr. Bekaii-Saab said. “The reality is how do we measure in 25 years the impact of this today? I think it will require significantly more funding over the next few years to achieve the goals set by the Moonshot. Otherwise it will be a 7-year done deal that will accrue a lot of great numbers but won’t make a dent in those goals for the next 25 years. To stop it at some point and not invest more into it, we will probably lose most of the benefit.”
Closing the loop on data sharing
Moonshot has been instrumental in fostering research collaborations by encouraging data sharing among scientists.
“It also brought together a new way for the National Cancer Institute and Department of Energy to drive progress on some of the big data initiatives. The initial Cancer Moonshot infused a sense of urgency and hope into this effort,” said Danielle Carnival, PhD, coordinator of Cancer Moonshot.
Between 2017 and 2022, Cancer Moonshot created more than 70 consortiums or programs, and funded about 240 research projects. Its fundamental goals of improving data sharing and encouraging collaboration are very important, Dr. Bekaii-Saab said.
“Because, historically, what happens with cancer is that researchers compete for resources...and they become very protective of their data. Sharing gets more difficult, collaborations become more onerous, and it becomes counterproductive,” he said.
Dr. Bekaii-Saab highlighted two networks created specifically for data sharing. They include the Human Tumor Atlas for cellular, morphological, and molecular tumor data, and PDXNet, a patient derived xenograft research network.
A shift in funding priorities?
Cancer funding has been stagnant for years. When adjusted for growth, it hasn’t had a significant infusion of funding since at least 2003—at least in relative terms, Dr. Bekaii-Saab said. “This affects a lot of the things we do, including NCI-funded clinical trials. It pushes us to work with the private sector, which is not necessarily a detriment, but it doesn’t advance the academic mission at the same level. So, overall, I wouldn’t call it tragic, but I do think we’re falling behind,” he said.
“I think when we do the process for the budget for FY24 and after we’ve had time to really explore the best ideas and build the foundation for some of these new aspects of the Cancer Moonshot, we hope to have something more concrete going toward these efforts,” Dr. Carnival said.
But in addition to funding, Dr. Alvarnas says, it is equally important to address gaps in care. Not all patients have access to existing cancer treatments.
“The great challenge to us in the 2020s is not only about developing new and more effective technologies, but also in doing a better job of getting existing life-saving treatments into the hands of underserved populations. One of the really positive challenges set forth by the Biden administration is the idea that financing care equity is as important, if not more so, than advancing technologies. If there’s been stagnation, it’s because from a government and resourcing point of view, that priority has been ineffectively supported financially.”
The pandemic stymies cancer research
The pandemic has had a significant impact on cancer research. As in other fields, it disrupted ongoing research, but it may have also contributed to the loss of employees who resigned in what’s been called the “Great Resignation.” “A lot of employees just decided to change jobs in the middle of the pandemic, which led to a cancer research staffing crisis,” Dr. Bekaii-Saab said.
“We all recognized that turning so much of the attention of the entire biomedical research engine and health system to the COVID-19 pandemic would have an impact across cancer research, screenings and care,” Dr. Carnival said. “There is work to do to get us back to whole, but from a research perspective, we’ve seen a reorientation of the trial networks we were using for COVID-19 research, back to their initial purpose. Some of those are cancer and oncology networks, so we’re excited about that and fully believe that we can catch up.”
But then there’s also the impact the pandemic has had on cancer patients who delayed their care at the primary level. This, Dr. Bekaii-Saab fears, will lead to more patients presenting with more advanced disease in years to come. “One of the biggest problems was that a lot of patients delayed their care at the primary level. My biggest concern is that in the years to come we will see a lot more patients presenting with more advanced cancer.”
In 2016, as vice president, Joe Biden launched the Cancer Moonshot program just 1 year after his son Beau died from glioblastoma multiforme. His objective, he said, was to “cure” cancer, but to get close to that goal, to get cancer research just back up to pre-COVID-19 pandemic levels.
There has been a significant decrease in the launch of new clinical trials for cancer and biologic therapies since 2020. “That can affect every aspect of our research operation. It really affected our capacity to continue to move forward at a fast pace. It will require a behemoth effort to get back to pre-COVID times,” said Tanios S. Bekaii-Saab, MD, leader of the gastrointestinal cancer program at Mayo Clinic in Phoenix.
Congress passed the 21st Century Cures Act in 2016 authorizing $1.8 billion for Cancer Moonshot over 7 years. More recently, the program received $194 million from the $6.9 billion National Cancer Institute budget in FY 2022.
Joseph Alvarnas, MD, a hematologist oncologist and vice president of government affairs at City of Hope, Duarte, Calif., sees the Moonshot budget as a potential shortcoming.
“The priorities are well founded and based on what we would think are the most important things to cover, but, if we’re going to achieve these extraordinarily ambitious goals of halving cancer mortality and serving communities more equitably, it’s going to need more funding positioned at making these things real,” he said.
Moonshot is being positioned as an opportunity to double down on efforts started in 2016, but treating cancer is complex and goes well beyond funding new research.
“We know that we have amazing research and progress around innovations that will drive us toward the goal of reducing the death rate from cancer. But we also know that we have tools that aren’t reaching all parts of the country, so we have a great opportunity to make sure that we’re doing all we can to prevent, detect and treat cancer,” Dr. Carnival said.
Can cancer be cured?
The Biden administration relaunched Moonshot in 2022 with newly defined goals: Cut the rate of cancer-related deaths in half within 25 years; improve the experience of people with cancer, cancer survivors, and their families; and “end cancer as we know it,” President Biden said in a press conference in February.
Cancer is the second leading cause of death in the United States after heart disease, but it may indeed be possible to cut the total number of cancer-related deaths in half over the next 25 years.
“As a hematologist who’s been involved in both research and clinical care, I think it’s important to realize this is actually doable. Between 1990 and 2020 cancer mortality rates decreased by 31%, and in the last American Cancer Society’s annual report, mortality rates dropped by the largest percentages for 2 consecutive years in a row. The question shifts now from ‘Is this possible? to ‘How do we ensure that it’s possible?’ The spirit of Cancer Moonshot 2.0 is identifying the multiple paths to move this effort forward,” Dr. Alvarnas said.
But without a significant infusion of cash for research, it’s doubtful cancer-related deaths will drop by 50% over the next 25 years.
“There are a lot of big and lofty goals in Cancer Moonshot, and the words ‘ending cancer,’ well those are big words,” Dr. Bekaii-Saab said. “The reality is how do we measure in 25 years the impact of this today? I think it will require significantly more funding over the next few years to achieve the goals set by the Moonshot. Otherwise it will be a 7-year done deal that will accrue a lot of great numbers but won’t make a dent in those goals for the next 25 years. To stop it at some point and not invest more into it, we will probably lose most of the benefit.”
Closing the loop on data sharing
Moonshot has been instrumental in fostering research collaborations by encouraging data sharing among scientists.
“It also brought together a new way for the National Cancer Institute and Department of Energy to drive progress on some of the big data initiatives. The initial Cancer Moonshot infused a sense of urgency and hope into this effort,” said Danielle Carnival, PhD, coordinator of Cancer Moonshot.
Between 2017 and 2022, Cancer Moonshot created more than 70 consortiums or programs, and funded about 240 research projects. Its fundamental goals of improving data sharing and encouraging collaboration are very important, Dr. Bekaii-Saab said.
“Because, historically, what happens with cancer is that researchers compete for resources...and they become very protective of their data. Sharing gets more difficult, collaborations become more onerous, and it becomes counterproductive,” he said.
Dr. Bekaii-Saab highlighted two networks created specifically for data sharing. They include the Human Tumor Atlas for cellular, morphological, and molecular tumor data, and PDXNet, a patient derived xenograft research network.
A shift in funding priorities?
Cancer funding has been stagnant for years. When adjusted for growth, it hasn’t had a significant infusion of funding since at least 2003—at least in relative terms, Dr. Bekaii-Saab said. “This affects a lot of the things we do, including NCI-funded clinical trials. It pushes us to work with the private sector, which is not necessarily a detriment, but it doesn’t advance the academic mission at the same level. So, overall, I wouldn’t call it tragic, but I do think we’re falling behind,” he said.
“I think when we do the process for the budget for FY24 and after we’ve had time to really explore the best ideas and build the foundation for some of these new aspects of the Cancer Moonshot, we hope to have something more concrete going toward these efforts,” Dr. Carnival said.
But in addition to funding, Dr. Alvarnas says, it is equally important to address gaps in care. Not all patients have access to existing cancer treatments.
“The great challenge to us in the 2020s is not only about developing new and more effective technologies, but also in doing a better job of getting existing life-saving treatments into the hands of underserved populations. One of the really positive challenges set forth by the Biden administration is the idea that financing care equity is as important, if not more so, than advancing technologies. If there’s been stagnation, it’s because from a government and resourcing point of view, that priority has been ineffectively supported financially.”
The pandemic stymies cancer research
The pandemic has had a significant impact on cancer research. As in other fields, it disrupted ongoing research, but it may have also contributed to the loss of employees who resigned in what’s been called the “Great Resignation.” “A lot of employees just decided to change jobs in the middle of the pandemic, which led to a cancer research staffing crisis,” Dr. Bekaii-Saab said.
“We all recognized that turning so much of the attention of the entire biomedical research engine and health system to the COVID-19 pandemic would have an impact across cancer research, screenings and care,” Dr. Carnival said. “There is work to do to get us back to whole, but from a research perspective, we’ve seen a reorientation of the trial networks we were using for COVID-19 research, back to their initial purpose. Some of those are cancer and oncology networks, so we’re excited about that and fully believe that we can catch up.”
But then there’s also the impact the pandemic has had on cancer patients who delayed their care at the primary level. This, Dr. Bekaii-Saab fears, will lead to more patients presenting with more advanced disease in years to come. “One of the biggest problems was that a lot of patients delayed their care at the primary level. My biggest concern is that in the years to come we will see a lot more patients presenting with more advanced cancer.”