Pediatrics

WASHINGTON – Dysregulated stress systems may help explain why childhood trauma has such a dramatic and enduring psychiatric impact, new research suggests.

“We already knew childhood trauma is associated with the later development of depressive and anxiety disorders, but it’s been unclear what makes sufferers of early trauma more likely to develop these psychiatric conditions,” study investigator Erika Kuzminskaite, PhD candidate, department of psychiatry, Amsterdam University Medical Center (UMC), the Netherlands, told this news organization.

Pauline Anderson

“The evidence now points to unbalanced stress systems as a possible cause of this vulnerability, and now the most important question is, how we can develop preventive interventions,” she added.

The findings were presented as part of the Anxiety and Depression Association of America Anxiety & Depression conference.
 

Elevated cortisol, inflammation

The study included 2,779 adults from the Netherlands Study of Depression and Anxiety (NESDA). Two thirds of participants were female.

Participants retrospectively reported childhood trauma, defined as emotional, physical, or sexual abuse or emotional or physical neglect, before the age of 18 years. Severe trauma was defined as multiple types or increased frequency of abuse.

Of the total cohort, 48% reported experiencing some childhood trauma – 21% reported severe trauma, 27% reported mild trauma, and 42% reported no childhood trauma.

Among those with trauma, 89% had a current or remitted anxiety or depressive disorder, and 11% had no psychiatric sequelae. Among participants who reported no trauma, 68% had a current or remitted disorder, and 32% had no psychiatric disorders.

At baseline, researchers assessed markers of major bodily stress systems, including the hypothalamic-pituitary-adrenal (HPA) axis, the immune-inflammatory system, and the autonomic nervous system (ANS). They examined these markers separately and cumulatively.

In one model, investigators found that levels of cortisol and inflammation were significantly elevated in those with severe childhood trauma compared to those with no childhood trauma. The effects were largest for the cumulative markers for HPA-axis, inflammation, and all stress system markers (Cohen’s d = 0.23, 0.12, and 0.25, respectively). There was no association with ANS markers.

The results were partially explained by lifestyle, said Ms. Kuzminskaite, who noted that people with severe childhood trauma tend to have a higher body mass index, smoke more, and have other unhealthy habits that may represent a “coping” mechanism for trauma.

Those who experienced childhood trauma also have higher rates of other disorders, including asthma, diabetes, and cardiovascular disease. Ms. Kuzminskaite noted that people with childhood trauma have at least double the risk of cancer in later life.

When researchers adjusted for lifestyle factors and chronic conditions, the association for cortisol was reduced and that for inflammation disappeared. However, the cumulative inflammatory markers remained significant.

Another model examined lipopolysaccharide-stimulated (LPS) immune-inflammatory markers by childhood trauma severity. This provides a more “dynamic” measure of stress systems than looking only at static circulating levels in the blood, as was done in the first model, said Ms. Kuzminskaite.

“These levels should theoretically be more affected by experiences such as childhood trauma and they are also less sensitive to lifestyle.”

Here, researchers found significant positive associations with childhood trauma, especially severe trauma, after adjusting for lifestyle and health-related covariates (cumulative index d = 0.19).

“Almost all people with childhood trauma, especially severe trauma, had LPS-stimulated cytokines upregulated,” said Ms. Kuzminskaite. “So again, there is this dysregulation of immune system functioning in these subjects.”

And again, the strongest effect was for the cumulative index of all cytokines, she said.
 

Personalized interventions

Ms. Kuzminskaite noted the importance of learning the impact of early trauma on stress responses. “The goal is to eventually have personalized interventions for people with depression or anxiety related to childhood trauma, or even preventative interventions. If we know, for example, something is going wrong with a patient’s stress systems, we can suggest some therapeutic targets.”

Investigators in Amsterdam are examining the efficacy of mifepristone, which blocks progesterone and is used along with misoprostol for medication abortions and to treat high blood sugar. “The drug is supposed to reset the stress system functioning,” said Ms. Kuzminskaite.

It’s still important to target unhealthy lifestyle habits “that are really impacting the functioning of the stress systems,” she said. Lifestyle interventions could improve the efficacy of treatments for depression, for example, she added.

Luana Marques, PhD, associate professor, department of psychiatry, Harvard Medical School, Boston, said such research is important.

“It reveals the potentially extensive and long-lasting impact of childhood trauma on functioning. The findings underscore the importance of equipping at-risk and trauma-exposed youth with evidence-based skills for managing stress,” she said.

No conflicts of interest were reported.

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

WASHINGTON – Dysregulated stress systems may help explain why childhood trauma has such a dramatic and enduring psychiatric impact, new research suggests.

“We already knew childhood trauma is associated with the later development of depressive and anxiety disorders, but it’s been unclear what makes sufferers of early trauma more likely to develop these psychiatric conditions,” study investigator Erika Kuzminskaite, PhD candidate, department of psychiatry, Amsterdam University Medical Center (UMC), the Netherlands, told this news organization.

Pauline Anderson

“The evidence now points to unbalanced stress systems as a possible cause of this vulnerability, and now the most important question is, how we can develop preventive interventions,” she added.

The findings were presented as part of the Anxiety and Depression Association of America Anxiety & Depression conference.
 

Elevated cortisol, inflammation

The study included 2,779 adults from the Netherlands Study of Depression and Anxiety (NESDA). Two thirds of participants were female.

Participants retrospectively reported childhood trauma, defined as emotional, physical, or sexual abuse or emotional or physical neglect, before the age of 18 years. Severe trauma was defined as multiple types or increased frequency of abuse.

Of the total cohort, 48% reported experiencing some childhood trauma – 21% reported severe trauma, 27% reported mild trauma, and 42% reported no childhood trauma.

Among those with trauma, 89% had a current or remitted anxiety or depressive disorder, and 11% had no psychiatric sequelae. Among participants who reported no trauma, 68% had a current or remitted disorder, and 32% had no psychiatric disorders.

At baseline, researchers assessed markers of major bodily stress systems, including the hypothalamic-pituitary-adrenal (HPA) axis, the immune-inflammatory system, and the autonomic nervous system (ANS). They examined these markers separately and cumulatively.

In one model, investigators found that levels of cortisol and inflammation were significantly elevated in those with severe childhood trauma compared to those with no childhood trauma. The effects were largest for the cumulative markers for HPA-axis, inflammation, and all stress system markers (Cohen’s d = 0.23, 0.12, and 0.25, respectively). There was no association with ANS markers.

The results were partially explained by lifestyle, said Ms. Kuzminskaite, who noted that people with severe childhood trauma tend to have a higher body mass index, smoke more, and have other unhealthy habits that may represent a “coping” mechanism for trauma.

Those who experienced childhood trauma also have higher rates of other disorders, including asthma, diabetes, and cardiovascular disease. Ms. Kuzminskaite noted that people with childhood trauma have at least double the risk of cancer in later life.

When researchers adjusted for lifestyle factors and chronic conditions, the association for cortisol was reduced and that for inflammation disappeared. However, the cumulative inflammatory markers remained significant.

Another model examined lipopolysaccharide-stimulated (LPS) immune-inflammatory markers by childhood trauma severity. This provides a more “dynamic” measure of stress systems than looking only at static circulating levels in the blood, as was done in the first model, said Ms. Kuzminskaite.

“These levels should theoretically be more affected by experiences such as childhood trauma and they are also less sensitive to lifestyle.”

Here, researchers found significant positive associations with childhood trauma, especially severe trauma, after adjusting for lifestyle and health-related covariates (cumulative index d = 0.19).

“Almost all people with childhood trauma, especially severe trauma, had LPS-stimulated cytokines upregulated,” said Ms. Kuzminskaite. “So again, there is this dysregulation of immune system functioning in these subjects.”

And again, the strongest effect was for the cumulative index of all cytokines, she said.
 

Personalized interventions

Ms. Kuzminskaite noted the importance of learning the impact of early trauma on stress responses. “The goal is to eventually have personalized interventions for people with depression or anxiety related to childhood trauma, or even preventative interventions. If we know, for example, something is going wrong with a patient’s stress systems, we can suggest some therapeutic targets.”

Investigators in Amsterdam are examining the efficacy of mifepristone, which blocks progesterone and is used along with misoprostol for medication abortions and to treat high blood sugar. “The drug is supposed to reset the stress system functioning,” said Ms. Kuzminskaite.

It’s still important to target unhealthy lifestyle habits “that are really impacting the functioning of the stress systems,” she said. Lifestyle interventions could improve the efficacy of treatments for depression, for example, she added.

Luana Marques, PhD, associate professor, department of psychiatry, Harvard Medical School, Boston, said such research is important.

“It reveals the potentially extensive and long-lasting impact of childhood trauma on functioning. The findings underscore the importance of equipping at-risk and trauma-exposed youth with evidence-based skills for managing stress,” she said.

No conflicts of interest were reported.

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

WASHINGTON – Dysregulated stress systems may help explain why childhood trauma has such a dramatic and enduring psychiatric impact, new research suggests.

“We already knew childhood trauma is associated with the later development of depressive and anxiety disorders, but it’s been unclear what makes sufferers of early trauma more likely to develop these psychiatric conditions,” study investigator Erika Kuzminskaite, PhD candidate, department of psychiatry, Amsterdam University Medical Center (UMC), the Netherlands, told this news organization.

Pauline Anderson

“The evidence now points to unbalanced stress systems as a possible cause of this vulnerability, and now the most important question is, how we can develop preventive interventions,” she added.

The findings were presented as part of the Anxiety and Depression Association of America Anxiety & Depression conference.
 

Elevated cortisol, inflammation

The study included 2,779 adults from the Netherlands Study of Depression and Anxiety (NESDA). Two thirds of participants were female.

Participants retrospectively reported childhood trauma, defined as emotional, physical, or sexual abuse or emotional or physical neglect, before the age of 18 years. Severe trauma was defined as multiple types or increased frequency of abuse.

Of the total cohort, 48% reported experiencing some childhood trauma – 21% reported severe trauma, 27% reported mild trauma, and 42% reported no childhood trauma.

Among those with trauma, 89% had a current or remitted anxiety or depressive disorder, and 11% had no psychiatric sequelae. Among participants who reported no trauma, 68% had a current or remitted disorder, and 32% had no psychiatric disorders.

At baseline, researchers assessed markers of major bodily stress systems, including the hypothalamic-pituitary-adrenal (HPA) axis, the immune-inflammatory system, and the autonomic nervous system (ANS). They examined these markers separately and cumulatively.

In one model, investigators found that levels of cortisol and inflammation were significantly elevated in those with severe childhood trauma compared to those with no childhood trauma. The effects were largest for the cumulative markers for HPA-axis, inflammation, and all stress system markers (Cohen’s d = 0.23, 0.12, and 0.25, respectively). There was no association with ANS markers.

The results were partially explained by lifestyle, said Ms. Kuzminskaite, who noted that people with severe childhood trauma tend to have a higher body mass index, smoke more, and have other unhealthy habits that may represent a “coping” mechanism for trauma.

Those who experienced childhood trauma also have higher rates of other disorders, including asthma, diabetes, and cardiovascular disease. Ms. Kuzminskaite noted that people with childhood trauma have at least double the risk of cancer in later life.

When researchers adjusted for lifestyle factors and chronic conditions, the association for cortisol was reduced and that for inflammation disappeared. However, the cumulative inflammatory markers remained significant.

Another model examined lipopolysaccharide-stimulated (LPS) immune-inflammatory markers by childhood trauma severity. This provides a more “dynamic” measure of stress systems than looking only at static circulating levels in the blood, as was done in the first model, said Ms. Kuzminskaite.

“These levels should theoretically be more affected by experiences such as childhood trauma and they are also less sensitive to lifestyle.”

Here, researchers found significant positive associations with childhood trauma, especially severe trauma, after adjusting for lifestyle and health-related covariates (cumulative index d = 0.19).

“Almost all people with childhood trauma, especially severe trauma, had LPS-stimulated cytokines upregulated,” said Ms. Kuzminskaite. “So again, there is this dysregulation of immune system functioning in these subjects.”

And again, the strongest effect was for the cumulative index of all cytokines, she said.
 

Personalized interventions

Ms. Kuzminskaite noted the importance of learning the impact of early trauma on stress responses. “The goal is to eventually have personalized interventions for people with depression or anxiety related to childhood trauma, or even preventative interventions. If we know, for example, something is going wrong with a patient’s stress systems, we can suggest some therapeutic targets.”

Investigators in Amsterdam are examining the efficacy of mifepristone, which blocks progesterone and is used along with misoprostol for medication abortions and to treat high blood sugar. “The drug is supposed to reset the stress system functioning,” said Ms. Kuzminskaite.

It’s still important to target unhealthy lifestyle habits “that are really impacting the functioning of the stress systems,” she said. Lifestyle interventions could improve the efficacy of treatments for depression, for example, she added.

Luana Marques, PhD, associate professor, department of psychiatry, Harvard Medical School, Boston, said such research is important.

“It reveals the potentially extensive and long-lasting impact of childhood trauma on functioning. The findings underscore the importance of equipping at-risk and trauma-exposed youth with evidence-based skills for managing stress,” she said.

No conflicts of interest were reported.

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

The immunotherapy blinatumomab improves short-term outcomes when added to standard chemotherapy for infants with KMT2A-rearranged acute lymphoblastic leukemia (ALL), according to a report in the New England Journal of Medicine.

Two-year disease-free and overall survival measures, as well as the percentage of children who had complete minimal residual disease (MRD) responses, were substantially higher among the 30 infants in the study than in historical controls treated with the same chemotherapy backbone in an earlier trial, Interfant-06.

“These outcome data are very promising, given the poor survival and lack of improvements in outcomes among infants with KMT2A-rearranged ALL in recent decades,” said the investigators, led by Inge M. van der Sluis, MD, PhD, a hematologist-oncologist at Princess Maxima Center for Pediatric Oncology in Utrecht, the Netherlands.

“The low incidence of relapse after treatment with blinatumomab is remarkable, given that in historical controls relapses occur frequently and early during therapy,” the investigators stated. Although the “follow-up time was relatively short” in the study, “it included the period historically defined” as being at high risk of relapse, they said.

The team suggested that future research should assess whether infants benefit from multiple courses of blinatumomab, rather than the one course used in the study, and whether blinatumomab plus chemotherapy can replace stem cell transplants for high-risk infants.
 

Pediatric community responds

There was excitement on Twitter about the results; a number of pediatric blood cancer specialists were impressed and posted the study on that platform. Comments included, “Wow! After years of stagnation, a huge step forward for infant leukemia” and “great news for infant lymphoblastic leukemia.”

Akshay Sharma, MBBS, a pediatric bone marrow transplant and cellular therapy specialist at St. Jude Children’s Research Hospital, Memphis, also posted. He said in an interview that the findings are “very exciting.”

The “outcomes of children diagnosed with leukemia in their infancy, particularly if they have a KMT2A rearrangement, have been dismal. This is terrific progress and a testament to the role that immunotherapy and novel agents will be playing in treatment of several malignant diseases in the decade to come,” he said.

Another poster, Pratik “Tik” Patel, MD, a pediatric hematology/oncology fellow at Emory University in Atlanta, told this news organization that the study “is welcome news to pediatric oncologists” and highlights “the success in incorporating newer immune-based therapeutics upfront in treatment rather than in relapsed/refractory settings.”

The National Cancer Institute–funded Children’s Oncology Group is thinking the same way. The group is launching a large, randomized trial to test if adding blinatumomab to chemotherapy upfront for B-cell acute lymphoblastic leukemia and lymphoblastic lymphoma improves outcomes in children and young adults aged 1-31 years. Results are due after 2029.
 

Study details

Blinatumomab is an expensive “T-cell engager” that helps cytotoxic CD3+T cells link to and destroy leukemic CD19+ B cells. Past studies have shown that it’s safe and works in older children and adults with B-lineage ALL after intensive chemotherapy, but until now the approach hadn’t been tested in infants, the investigators said.

The 30 subjects in the study were under a year old and newly diagnosed with KMT2A-rearranged ALL. They were treated with the Interfant-06 chemotherapy regimen – cytosine arabinoside and other agents – plus one postinduction course of blinatumomab at 15 micrograms/m² per day as a 4-week continuous infusion. Eight of nine high-risk patients had allogeneic hematopoietic stem cell transplants.

Overall survival was 93.3% over a median follow up of 26.3 months, substantially higher than the 65.8% in the Interfant-06 trial. Two-year disease-free survival was 81.6% versus 49.4% in Interfant-06.

Sixteen patients (53%) were MRD negative after blinatumomab infusion and 12 (40%) had low levels of MRD. All of the children who continued chemotherapy went on to become MRD negative.

There were no permanent blinatumomab discontinuations and no treatment related deaths. Serious toxic effects were consistent with those in older patients and included four fevers, four infections, and one case each of hypertension and vomiting.

There were no cases of severe cytokine release syndrome (CRS) because of the low tumor burden of the subjects. Likewise, there were no obvious neurologic adverse events – like CRS, a particular concern with blinatumomab – but “we cannot rule out underreporting of mild neurologic symptoms that may have been unrecognized in infants,” the investigators said.

Patients who relapsed in the study had CNS involvement at relapse. “This underscores the need for adequate intrathecal chemotherapy during the blinatumomab infusion, because the efficacy of blinatumomab for the treatment of CNS leukemia may be limited,” they said.

The work was supported by Amgen, the maker of blinatumomab, as well as the Princess Maxima Center Foundation, the Danish Childhood Cancer Foundation, and others. Dr. Sluis is a consultant and researcher for Amgen. Five other authors were also consultants/advisers/researchers for the company. Dr. Sharma and Dr. Patel didn’t have any relevant disclosures.

The immunotherapy blinatumomab improves short-term outcomes when added to standard chemotherapy for infants with KMT2A-rearranged acute lymphoblastic leukemia (ALL), according to a report in the New England Journal of Medicine.

Two-year disease-free and overall survival measures, as well as the percentage of children who had complete minimal residual disease (MRD) responses, were substantially higher among the 30 infants in the study than in historical controls treated with the same chemotherapy backbone in an earlier trial, Interfant-06.

“These outcome data are very promising, given the poor survival and lack of improvements in outcomes among infants with KMT2A-rearranged ALL in recent decades,” said the investigators, led by Inge M. van der Sluis, MD, PhD, a hematologist-oncologist at Princess Maxima Center for Pediatric Oncology in Utrecht, the Netherlands.

“The low incidence of relapse after treatment with blinatumomab is remarkable, given that in historical controls relapses occur frequently and early during therapy,” the investigators stated. Although the “follow-up time was relatively short” in the study, “it included the period historically defined” as being at high risk of relapse, they said.

The team suggested that future research should assess whether infants benefit from multiple courses of blinatumomab, rather than the one course used in the study, and whether blinatumomab plus chemotherapy can replace stem cell transplants for high-risk infants.
 

Pediatric community responds

There was excitement on Twitter about the results; a number of pediatric blood cancer specialists were impressed and posted the study on that platform. Comments included, “Wow! After years of stagnation, a huge step forward for infant leukemia” and “great news for infant lymphoblastic leukemia.”

Akshay Sharma, MBBS, a pediatric bone marrow transplant and cellular therapy specialist at St. Jude Children’s Research Hospital, Memphis, also posted. He said in an interview that the findings are “very exciting.”

The “outcomes of children diagnosed with leukemia in their infancy, particularly if they have a KMT2A rearrangement, have been dismal. This is terrific progress and a testament to the role that immunotherapy and novel agents will be playing in treatment of several malignant diseases in the decade to come,” he said.

Another poster, Pratik “Tik” Patel, MD, a pediatric hematology/oncology fellow at Emory University in Atlanta, told this news organization that the study “is welcome news to pediatric oncologists” and highlights “the success in incorporating newer immune-based therapeutics upfront in treatment rather than in relapsed/refractory settings.”

The National Cancer Institute–funded Children’s Oncology Group is thinking the same way. The group is launching a large, randomized trial to test if adding blinatumomab to chemotherapy upfront for B-cell acute lymphoblastic leukemia and lymphoblastic lymphoma improves outcomes in children and young adults aged 1-31 years. Results are due after 2029.
 

Study details

Blinatumomab is an expensive “T-cell engager” that helps cytotoxic CD3+T cells link to and destroy leukemic CD19+ B cells. Past studies have shown that it’s safe and works in older children and adults with B-lineage ALL after intensive chemotherapy, but until now the approach hadn’t been tested in infants, the investigators said.

The 30 subjects in the study were under a year old and newly diagnosed with KMT2A-rearranged ALL. They were treated with the Interfant-06 chemotherapy regimen – cytosine arabinoside and other agents – plus one postinduction course of blinatumomab at 15 micrograms/m² per day as a 4-week continuous infusion. Eight of nine high-risk patients had allogeneic hematopoietic stem cell transplants.

Overall survival was 93.3% over a median follow up of 26.3 months, substantially higher than the 65.8% in the Interfant-06 trial. Two-year disease-free survival was 81.6% versus 49.4% in Interfant-06.

Sixteen patients (53%) were MRD negative after blinatumomab infusion and 12 (40%) had low levels of MRD. All of the children who continued chemotherapy went on to become MRD negative.

There were no permanent blinatumomab discontinuations and no treatment related deaths. Serious toxic effects were consistent with those in older patients and included four fevers, four infections, and one case each of hypertension and vomiting.

There were no cases of severe cytokine release syndrome (CRS) because of the low tumor burden of the subjects. Likewise, there were no obvious neurologic adverse events – like CRS, a particular concern with blinatumomab – but “we cannot rule out underreporting of mild neurologic symptoms that may have been unrecognized in infants,” the investigators said.

Patients who relapsed in the study had CNS involvement at relapse. “This underscores the need for adequate intrathecal chemotherapy during the blinatumomab infusion, because the efficacy of blinatumomab for the treatment of CNS leukemia may be limited,” they said.

The work was supported by Amgen, the maker of blinatumomab, as well as the Princess Maxima Center Foundation, the Danish Childhood Cancer Foundation, and others. Dr. Sluis is a consultant and researcher for Amgen. Five other authors were also consultants/advisers/researchers for the company. Dr. Sharma and Dr. Patel didn’t have any relevant disclosures.

The immunotherapy blinatumomab improves short-term outcomes when added to standard chemotherapy for infants with KMT2A-rearranged acute lymphoblastic leukemia (ALL), according to a report in the New England Journal of Medicine.

Two-year disease-free and overall survival measures, as well as the percentage of children who had complete minimal residual disease (MRD) responses, were substantially higher among the 30 infants in the study than in historical controls treated with the same chemotherapy backbone in an earlier trial, Interfant-06.

“These outcome data are very promising, given the poor survival and lack of improvements in outcomes among infants with KMT2A-rearranged ALL in recent decades,” said the investigators, led by Inge M. van der Sluis, MD, PhD, a hematologist-oncologist at Princess Maxima Center for Pediatric Oncology in Utrecht, the Netherlands.

“The low incidence of relapse after treatment with blinatumomab is remarkable, given that in historical controls relapses occur frequently and early during therapy,” the investigators stated. Although the “follow-up time was relatively short” in the study, “it included the period historically defined” as being at high risk of relapse, they said.

The team suggested that future research should assess whether infants benefit from multiple courses of blinatumomab, rather than the one course used in the study, and whether blinatumomab plus chemotherapy can replace stem cell transplants for high-risk infants.
 

Pediatric community responds

There was excitement on Twitter about the results; a number of pediatric blood cancer specialists were impressed and posted the study on that platform. Comments included, “Wow! After years of stagnation, a huge step forward for infant leukemia” and “great news for infant lymphoblastic leukemia.”

Akshay Sharma, MBBS, a pediatric bone marrow transplant and cellular therapy specialist at St. Jude Children’s Research Hospital, Memphis, also posted. He said in an interview that the findings are “very exciting.”

The “outcomes of children diagnosed with leukemia in their infancy, particularly if they have a KMT2A rearrangement, have been dismal. This is terrific progress and a testament to the role that immunotherapy and novel agents will be playing in treatment of several malignant diseases in the decade to come,” he said.

Another poster, Pratik “Tik” Patel, MD, a pediatric hematology/oncology fellow at Emory University in Atlanta, told this news organization that the study “is welcome news to pediatric oncologists” and highlights “the success in incorporating newer immune-based therapeutics upfront in treatment rather than in relapsed/refractory settings.”

The National Cancer Institute–funded Children’s Oncology Group is thinking the same way. The group is launching a large, randomized trial to test if adding blinatumomab to chemotherapy upfront for B-cell acute lymphoblastic leukemia and lymphoblastic lymphoma improves outcomes in children and young adults aged 1-31 years. Results are due after 2029.
 

Study details

Blinatumomab is an expensive “T-cell engager” that helps cytotoxic CD3+T cells link to and destroy leukemic CD19+ B cells. Past studies have shown that it’s safe and works in older children and adults with B-lineage ALL after intensive chemotherapy, but until now the approach hadn’t been tested in infants, the investigators said.

The 30 subjects in the study were under a year old and newly diagnosed with KMT2A-rearranged ALL. They were treated with the Interfant-06 chemotherapy regimen – cytosine arabinoside and other agents – plus one postinduction course of blinatumomab at 15 micrograms/m² per day as a 4-week continuous infusion. Eight of nine high-risk patients had allogeneic hematopoietic stem cell transplants.

Overall survival was 93.3% over a median follow up of 26.3 months, substantially higher than the 65.8% in the Interfant-06 trial. Two-year disease-free survival was 81.6% versus 49.4% in Interfant-06.

Sixteen patients (53%) were MRD negative after blinatumomab infusion and 12 (40%) had low levels of MRD. All of the children who continued chemotherapy went on to become MRD negative.

There were no permanent blinatumomab discontinuations and no treatment related deaths. Serious toxic effects were consistent with those in older patients and included four fevers, four infections, and one case each of hypertension and vomiting.

There were no cases of severe cytokine release syndrome (CRS) because of the low tumor burden of the subjects. Likewise, there were no obvious neurologic adverse events – like CRS, a particular concern with blinatumomab – but “we cannot rule out underreporting of mild neurologic symptoms that may have been unrecognized in infants,” the investigators said.

Patients who relapsed in the study had CNS involvement at relapse. “This underscores the need for adequate intrathecal chemotherapy during the blinatumomab infusion, because the efficacy of blinatumomab for the treatment of CNS leukemia may be limited,” they said.

The work was supported by Amgen, the maker of blinatumomab, as well as the Princess Maxima Center Foundation, the Danish Childhood Cancer Foundation, and others. Dr. Sluis is a consultant and researcher for Amgen. Five other authors were also consultants/advisers/researchers for the company. Dr. Sharma and Dr. Patel didn’t have any relevant disclosures.

WASHINGTON – Six in 10 primary care pediatricians reported always screening adolescents for substance use, but less than half reported using a standardized instrument, Deepa Camenga, MD, said in a presentation at the 2023 Pediatric Academic Societies annual meeting.

Yale University

The American Academy of Pediatrics recommends universal screening for substance use in adolescents during annual health visits, but current screening rates and practices among primary care pediatricians in the United States are unknown, said Dr. Camenga, an associate professor at Yale University, New Haven, Conn.
 

Uniformity in screening is lacking

Dr. Camenga presented data from the 2021 AAP Periodic Survey, which included 1,683 nonretired AAP members in the United States. Residents were excluded. The current analysis included 471 pediatricians who reported providing health supervision to adolescents. Overall, 284 of the 471 included respondents (60%) reported always screening adolescent patients for substance use during a health supervision visit. Of these, 42% reported using a standardized screening instrument, Dr. Camenga said.

The majority (70%) of pediatricians who used a standardized screening tool opted for the CRAFFT tool (Car, Relax, Alone, Forget, Friends, Trouble) designed for ages 12-21 years. Another 21% reported using an unspecified screening tool, 4% used RAAPS (Rapid Assessment for Adolescent Preventive Services), 3% used S2BI (Screening to Brief Intervention), and 1% used BSTAD (Brief Screener for Tobacco, Alcohol, and other Drugs).

A total of 77% of respondents reported screening their adolescent patients for substance use without a parent or guardian present. Approximately half (52%) used paper-based screening, 22% used electronic screening, 21% used verbal screening, and 6% reported other methods.

A total of 68% and 70% of respondents, respectively, agreed or strongly agreed that top barriers to screening were the lack of an onsite provider for counseling and the lack of readily available treatment options. Other reported barriers included lack of knowledge or information, patient reluctance to discuss substance use, too many other priorities during the visit, and inadequate payment. Only 6% of respondents strongly agreed that lack of time was a barrier, said Dr. Camenga.

Screening frequency and screening practices varied by geographic region, Dr. Camenga said. Pediatricians in the South and Midwest were only half as likely as those in the Northeast to report always screening adolescents for substance use (adjusted odds ratio, 0.43 and 0.53, respectively; P < .05). Similarly, compared with pediatricians in the Northeast, those in the South, Midwest, and West were significantly less likely to report using a standardized instrument for substance use screening (aOR, 0.53, 0.24, and 0.52, respectively; P < 0.001 for all).

The disparities in screening by geographic region show that there is room for improvement in this area, said Dr. Camenga. Systems-level interventions such as treatment financing and access to telehealth services could improve primary care access to substance use treatment professionals, she said.

At the practice level, embedding screening and referral tools into electronic health records could potentially improve screening rates. Many primary care pediatricians do not receive training in identifying and assessing substance use in their patients, or in first-line treatment, Dr. Camenga said.

“We have to invest in a ‘train the trainer’ type of model,” she emphasized.
 

Data highlight regional resource gaps

The current study is important because it highlights potential missed opportunities to screen adolescents for substance use, said Sarah Yale, MD, assistant professor of pediatrics at the Medical College of Wisconsin, Milwaukee, in an interview. Dr. Yale said that the disparities in screening by region are interesting and should serve as a focus for resource investment because the lack of specialists for referral and treatment options in these areas is likely a contributing factor.

However, lack of training also plays a role, said Dr. Yale, who was not involved in the study but served as a moderator of the presentation session at the meeting. Many pediatricians in practice have not been trained in substance use screening, and the fact that many of those who did try to screen were not using a standardized screening tool indicates a need for provider education, she said. The take-home message for clinicians is to find ways to include substance use screening in the care of their adolescent patients. Additionally, more research is needed to assess how best to integrate screening tools into visits, whether on paper, electronically, or verbally, and to include training on substance use screening during pediatric medical training.

The survey was conducted by the American Academy of Pediatrics Research Division. This year’s survey was supported by the Conrad N. Hilton Foundation. Dr. Camenga had no financial conflicts to disclose. Dr. Yale had no financial conflicts to disclose.
 

WASHINGTON – Six in 10 primary care pediatricians reported always screening adolescents for substance use, but less than half reported using a standardized instrument, Deepa Camenga, MD, said in a presentation at the 2023 Pediatric Academic Societies annual meeting.

Yale University

The American Academy of Pediatrics recommends universal screening for substance use in adolescents during annual health visits, but current screening rates and practices among primary care pediatricians in the United States are unknown, said Dr. Camenga, an associate professor at Yale University, New Haven, Conn.
 

Uniformity in screening is lacking

Dr. Camenga presented data from the 2021 AAP Periodic Survey, which included 1,683 nonretired AAP members in the United States. Residents were excluded. The current analysis included 471 pediatricians who reported providing health supervision to adolescents. Overall, 284 of the 471 included respondents (60%) reported always screening adolescent patients for substance use during a health supervision visit. Of these, 42% reported using a standardized screening instrument, Dr. Camenga said.

The majority (70%) of pediatricians who used a standardized screening tool opted for the CRAFFT tool (Car, Relax, Alone, Forget, Friends, Trouble) designed for ages 12-21 years. Another 21% reported using an unspecified screening tool, 4% used RAAPS (Rapid Assessment for Adolescent Preventive Services), 3% used S2BI (Screening to Brief Intervention), and 1% used BSTAD (Brief Screener for Tobacco, Alcohol, and other Drugs).

A total of 77% of respondents reported screening their adolescent patients for substance use without a parent or guardian present. Approximately half (52%) used paper-based screening, 22% used electronic screening, 21% used verbal screening, and 6% reported other methods.

A total of 68% and 70% of respondents, respectively, agreed or strongly agreed that top barriers to screening were the lack of an onsite provider for counseling and the lack of readily available treatment options. Other reported barriers included lack of knowledge or information, patient reluctance to discuss substance use, too many other priorities during the visit, and inadequate payment. Only 6% of respondents strongly agreed that lack of time was a barrier, said Dr. Camenga.

Screening frequency and screening practices varied by geographic region, Dr. Camenga said. Pediatricians in the South and Midwest were only half as likely as those in the Northeast to report always screening adolescents for substance use (adjusted odds ratio, 0.43 and 0.53, respectively; P < .05). Similarly, compared with pediatricians in the Northeast, those in the South, Midwest, and West were significantly less likely to report using a standardized instrument for substance use screening (aOR, 0.53, 0.24, and 0.52, respectively; P < 0.001 for all).

The disparities in screening by geographic region show that there is room for improvement in this area, said Dr. Camenga. Systems-level interventions such as treatment financing and access to telehealth services could improve primary care access to substance use treatment professionals, she said.

At the practice level, embedding screening and referral tools into electronic health records could potentially improve screening rates. Many primary care pediatricians do not receive training in identifying and assessing substance use in their patients, or in first-line treatment, Dr. Camenga said.

“We have to invest in a ‘train the trainer’ type of model,” she emphasized.
 

Data highlight regional resource gaps

The current study is important because it highlights potential missed opportunities to screen adolescents for substance use, said Sarah Yale, MD, assistant professor of pediatrics at the Medical College of Wisconsin, Milwaukee, in an interview. Dr. Yale said that the disparities in screening by region are interesting and should serve as a focus for resource investment because the lack of specialists for referral and treatment options in these areas is likely a contributing factor.

However, lack of training also plays a role, said Dr. Yale, who was not involved in the study but served as a moderator of the presentation session at the meeting. Many pediatricians in practice have not been trained in substance use screening, and the fact that many of those who did try to screen were not using a standardized screening tool indicates a need for provider education, she said. The take-home message for clinicians is to find ways to include substance use screening in the care of their adolescent patients. Additionally, more research is needed to assess how best to integrate screening tools into visits, whether on paper, electronically, or verbally, and to include training on substance use screening during pediatric medical training.

The survey was conducted by the American Academy of Pediatrics Research Division. This year’s survey was supported by the Conrad N. Hilton Foundation. Dr. Camenga had no financial conflicts to disclose. Dr. Yale had no financial conflicts to disclose.
 

WASHINGTON – Six in 10 primary care pediatricians reported always screening adolescents for substance use, but less than half reported using a standardized instrument, Deepa Camenga, MD, said in a presentation at the 2023 Pediatric Academic Societies annual meeting.

Yale University

The American Academy of Pediatrics recommends universal screening for substance use in adolescents during annual health visits, but current screening rates and practices among primary care pediatricians in the United States are unknown, said Dr. Camenga, an associate professor at Yale University, New Haven, Conn.
 

Uniformity in screening is lacking

Dr. Camenga presented data from the 2021 AAP Periodic Survey, which included 1,683 nonretired AAP members in the United States. Residents were excluded. The current analysis included 471 pediatricians who reported providing health supervision to adolescents. Overall, 284 of the 471 included respondents (60%) reported always screening adolescent patients for substance use during a health supervision visit. Of these, 42% reported using a standardized screening instrument, Dr. Camenga said.

The majority (70%) of pediatricians who used a standardized screening tool opted for the CRAFFT tool (Car, Relax, Alone, Forget, Friends, Trouble) designed for ages 12-21 years. Another 21% reported using an unspecified screening tool, 4% used RAAPS (Rapid Assessment for Adolescent Preventive Services), 3% used S2BI (Screening to Brief Intervention), and 1% used BSTAD (Brief Screener for Tobacco, Alcohol, and other Drugs).

A total of 77% of respondents reported screening their adolescent patients for substance use without a parent or guardian present. Approximately half (52%) used paper-based screening, 22% used electronic screening, 21% used verbal screening, and 6% reported other methods.

A total of 68% and 70% of respondents, respectively, agreed or strongly agreed that top barriers to screening were the lack of an onsite provider for counseling and the lack of readily available treatment options. Other reported barriers included lack of knowledge or information, patient reluctance to discuss substance use, too many other priorities during the visit, and inadequate payment. Only 6% of respondents strongly agreed that lack of time was a barrier, said Dr. Camenga.

Screening frequency and screening practices varied by geographic region, Dr. Camenga said. Pediatricians in the South and Midwest were only half as likely as those in the Northeast to report always screening adolescents for substance use (adjusted odds ratio, 0.43 and 0.53, respectively; P < .05). Similarly, compared with pediatricians in the Northeast, those in the South, Midwest, and West were significantly less likely to report using a standardized instrument for substance use screening (aOR, 0.53, 0.24, and 0.52, respectively; P < 0.001 for all).

The disparities in screening by geographic region show that there is room for improvement in this area, said Dr. Camenga. Systems-level interventions such as treatment financing and access to telehealth services could improve primary care access to substance use treatment professionals, she said.

At the practice level, embedding screening and referral tools into electronic health records could potentially improve screening rates. Many primary care pediatricians do not receive training in identifying and assessing substance use in their patients, or in first-line treatment, Dr. Camenga said.

“We have to invest in a ‘train the trainer’ type of model,” she emphasized.
 

Data highlight regional resource gaps

The current study is important because it highlights potential missed opportunities to screen adolescents for substance use, said Sarah Yale, MD, assistant professor of pediatrics at the Medical College of Wisconsin, Milwaukee, in an interview. Dr. Yale said that the disparities in screening by region are interesting and should serve as a focus for resource investment because the lack of specialists for referral and treatment options in these areas is likely a contributing factor.

However, lack of training also plays a role, said Dr. Yale, who was not involved in the study but served as a moderator of the presentation session at the meeting. Many pediatricians in practice have not been trained in substance use screening, and the fact that many of those who did try to screen were not using a standardized screening tool indicates a need for provider education, she said. The take-home message for clinicians is to find ways to include substance use screening in the care of their adolescent patients. Additionally, more research is needed to assess how best to integrate screening tools into visits, whether on paper, electronically, or verbally, and to include training on substance use screening during pediatric medical training.

The survey was conducted by the American Academy of Pediatrics Research Division. This year’s survey was supported by the Conrad N. Hilton Foundation. Dr. Camenga had no financial conflicts to disclose. Dr. Yale had no financial conflicts to disclose.
 

Higher step counts and cardiorespiratory fitness in adolescents were associated with a lower heart rate at rest – confirming an association long identified in adults, according to a study presented at the Pediatric Academic Societies annual meeting.

The new findings provide a new means for pediatricians to measure physical fitness, the researchers said.

“It really changes the way we evaluate kids’ fitness and gives us a new method of judging physical fitness other than body mass index,” said Susan Gasparino, MD, an instructor in pediatrics at the University of Rochester (N.Y.) Medical Center, who led the study.

Using data from the 2005 to 2006 National Health and Nutrition Examination Survey, Dr. Gasparino and her colleagues examined the association between resting heart rate (RHR) and step count among 899 children and 1,640 adolescents aged 6-19 years.

In the adolescent group, the mean RHR was 74.9 among those who walked more than 10,000 steps per day (n = 414) and 79.3 for those whose step counts fell below that cutoff (n = 1,226) (P < .001). For each additional 1,000 steps per day, RHR decreased by an average of 0.7 beats per minute in this group (P < .001).

In the younger age group, mean RHR was 85.3 among children who took more than 10,000 steps per day (n = 447) and 86.3 among those who did not reach that threshold (n = 452) (P = .29). For each additional 1,000 steps per day, RHR decreased by an average of 0.3 bpm in this group (P = .02)

Dr. Gasparino said next steps in research could include controlling for confounders, such as baseline anxiety and medications that could blunt the heart rate.
 

Broader implications

If similar results bear out in future studies, monitoring RHR could be incorporated into fitness programs for children and adolescents. Doing so could obviate “the need for intensive treadmill assessments using VO_2max, time-consuming and emotionally fraught school-based physical fitness tests, and the fear and potential shame of the scale,” the researchers said.

Dr. Gasparino said measuring RHR during a 3-minute step test could help organizations and governments determine whether fitness programs are improving cardiovascular and overall health and could help them direct “funding and resources to the programs that are effective.” Such a test could also be incorporated into pediatrician wellness checks, she noted.

“It’s an exciting development, and [RHR measurement] holds a lot of promise as a clinical tool that can be applicable in a lot of settings,” said Nicholas M. Edwards, MD, MPH, a sports medicine pediatrician and an associate professor of orthopedics at the University of Minnesota in Minneapolis.

Dr. Edwards said that, because measurement of fitness in clinical settings is difficult, finding ways to “assess fitness in the office with the equipment already at hand would be a superb development.”

If use of RHR to measure fitness “is validated in a clinical setting,” Dr. Edwards said, “I think adoption would be a natural next step.”

Dr. Edwards has disclosed no relevant financial relationships.

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

Higher step counts and cardiorespiratory fitness in adolescents were associated with a lower heart rate at rest – confirming an association long identified in adults, according to a study presented at the Pediatric Academic Societies annual meeting.

The new findings provide a new means for pediatricians to measure physical fitness, the researchers said.

“It really changes the way we evaluate kids’ fitness and gives us a new method of judging physical fitness other than body mass index,” said Susan Gasparino, MD, an instructor in pediatrics at the University of Rochester (N.Y.) Medical Center, who led the study.

Using data from the 2005 to 2006 National Health and Nutrition Examination Survey, Dr. Gasparino and her colleagues examined the association between resting heart rate (RHR) and step count among 899 children and 1,640 adolescents aged 6-19 years.

In the adolescent group, the mean RHR was 74.9 among those who walked more than 10,000 steps per day (n = 414) and 79.3 for those whose step counts fell below that cutoff (n = 1,226) (P < .001). For each additional 1,000 steps per day, RHR decreased by an average of 0.7 beats per minute in this group (P < .001).

In the younger age group, mean RHR was 85.3 among children who took more than 10,000 steps per day (n = 447) and 86.3 among those who did not reach that threshold (n = 452) (P = .29). For each additional 1,000 steps per day, RHR decreased by an average of 0.3 bpm in this group (P = .02)

Dr. Gasparino said next steps in research could include controlling for confounders, such as baseline anxiety and medications that could blunt the heart rate.
 

Broader implications

If similar results bear out in future studies, monitoring RHR could be incorporated into fitness programs for children and adolescents. Doing so could obviate “the need for intensive treadmill assessments using VO_2max, time-consuming and emotionally fraught school-based physical fitness tests, and the fear and potential shame of the scale,” the researchers said.

Dr. Gasparino said measuring RHR during a 3-minute step test could help organizations and governments determine whether fitness programs are improving cardiovascular and overall health and could help them direct “funding and resources to the programs that are effective.” Such a test could also be incorporated into pediatrician wellness checks, she noted.

“It’s an exciting development, and [RHR measurement] holds a lot of promise as a clinical tool that can be applicable in a lot of settings,” said Nicholas M. Edwards, MD, MPH, a sports medicine pediatrician and an associate professor of orthopedics at the University of Minnesota in Minneapolis.

Dr. Edwards said that, because measurement of fitness in clinical settings is difficult, finding ways to “assess fitness in the office with the equipment already at hand would be a superb development.”

If use of RHR to measure fitness “is validated in a clinical setting,” Dr. Edwards said, “I think adoption would be a natural next step.”

Dr. Edwards has disclosed no relevant financial relationships.

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

Higher step counts and cardiorespiratory fitness in adolescents were associated with a lower heart rate at rest – confirming an association long identified in adults, according to a study presented at the Pediatric Academic Societies annual meeting.

The new findings provide a new means for pediatricians to measure physical fitness, the researchers said.

“It really changes the way we evaluate kids’ fitness and gives us a new method of judging physical fitness other than body mass index,” said Susan Gasparino, MD, an instructor in pediatrics at the University of Rochester (N.Y.) Medical Center, who led the study.

Using data from the 2005 to 2006 National Health and Nutrition Examination Survey, Dr. Gasparino and her colleagues examined the association between resting heart rate (RHR) and step count among 899 children and 1,640 adolescents aged 6-19 years.

In the adolescent group, the mean RHR was 74.9 among those who walked more than 10,000 steps per day (n = 414) and 79.3 for those whose step counts fell below that cutoff (n = 1,226) (P < .001). For each additional 1,000 steps per day, RHR decreased by an average of 0.7 beats per minute in this group (P < .001).

In the younger age group, mean RHR was 85.3 among children who took more than 10,000 steps per day (n = 447) and 86.3 among those who did not reach that threshold (n = 452) (P = .29). For each additional 1,000 steps per day, RHR decreased by an average of 0.3 bpm in this group (P = .02)

Dr. Gasparino said next steps in research could include controlling for confounders, such as baseline anxiety and medications that could blunt the heart rate.
 

Broader implications

If similar results bear out in future studies, monitoring RHR could be incorporated into fitness programs for children and adolescents. Doing so could obviate “the need for intensive treadmill assessments using VO_2max, time-consuming and emotionally fraught school-based physical fitness tests, and the fear and potential shame of the scale,” the researchers said.

Dr. Gasparino said measuring RHR during a 3-minute step test could help organizations and governments determine whether fitness programs are improving cardiovascular and overall health and could help them direct “funding and resources to the programs that are effective.” Such a test could also be incorporated into pediatrician wellness checks, she noted.

“It’s an exciting development, and [RHR measurement] holds a lot of promise as a clinical tool that can be applicable in a lot of settings,” said Nicholas M. Edwards, MD, MPH, a sports medicine pediatrician and an associate professor of orthopedics at the University of Minnesota in Minneapolis.

Dr. Edwards said that, because measurement of fitness in clinical settings is difficult, finding ways to “assess fitness in the office with the equipment already at hand would be a superb development.”

If use of RHR to measure fitness “is validated in a clinical setting,” Dr. Edwards said, “I think adoption would be a natural next step.”

Dr. Edwards has disclosed no relevant financial relationships.

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

WASHINGTON – Concerns about negative judgment and lack of inclusive facilities topped the list of barriers to physical activity reported by gender-diverse teens in a poster presented at the Pediatric Academic Societies annual meeting. Other barriers included body dissatisfaction and discomfort or pain from binding or tucking, based on data from 160 individuals.

Previous studies suggest that gender-diverse teens have lower levels of physical activity than cisgender teens, but data on the specific barriers to physical activity reported by gender-diverse adolescents are lacking, according to Karishma Desai, BA, a medical student at Northwestern University, Chicago, and colleagues.

The researchers reviewed data from adolescents aged 13-18 years who identified as transgender or nonbinary and lived in the United States. Participants were recruited through flyers, wallet cards, email, and social media. They completed an online survey that included questions on preferred types of physical activity and potential barriers to physical activity. Major barriers were defined as items that “almost always” or “always” got in the way of physical activity.

Overall, 51% of the participants identified as female/transfeminine, 31% as male/transmasculine, 9% as genderqueer or agender, 8% as nonbinary, and 1% as unsure. A total of 86 participants were assigned male at birth, 73 were assigned female, and 1 was assigned intersex or other. Nearly all of the participants (96%) had begun social transition; approximately half (48%) reported using a chest binder, and 75% had been or were currently taking gender-affirming hormones.

Potential negative judgment from others was the top barrier to physical activity (cited by 39% of participants), followed by body dissatisfaction from gender dysphoria (38%) and discomfort with the available options for locker rooms or changing rooms (38%). Approximately one-third (36%) of respondents reported physical discomfort or pain from binding or tucking as a barrier to physical activity, and 34% cited discomfort with requirements for a physical activity uniform or athletic clothing at school. Other gender-diverse specific barriers to physical activity included bullying related to being transgender (31%) and the inability to participate in a group of choice because of gender identity (24%).

In addition, participants cited general barriers to physical activity including bullying related to weight (33%), dissatisfaction with weight or size (31%), and bullying in general or for reasons other than gender status (29%).

However, more than 50% of respondents said they were comfortable or very comfortable (4 or 5 on a 5-point Likert Scale) with physical activity in the settings of coed or all-gender teams (61%) or engaging in individual activities (71%). By contrast, 36% were comfortable or very comfortable with a team, group, or class that aligned with sex assignment at birth.

The majority of participants (81%) were comfortable or very comfortable with their homes or a private location as a setting for physical activity, 54% with a public space such as a park, and 43% with a school setting.

Increasing gender congruence was the biggest facilitator of physical activity, reported by 53% of participants, the researchers noted. Other facilitators of physical activity included increasing body satisfaction (43%), staying healthy to avoid long-term health problems in the future (43%), and staying healthy to prepare for gender-related surgery in the future (18%).

The study findings were limited by the use of self-reports and the use of a convenience sample, as well as the lack of data on race, the researchers noted. However, the results suggest that access to all-gender teams, standardizing physical activity clothing, and increasing inclusive facilities may promote greater physical activity participation by gender-diverse adolescents, and offering private or individual options may increase comfort with physical activity, they concluded.
 

Study provides teens’ perspectives

The current study is especially timely given the recent passage by the U.S. House of Representatives of the anti-trans sports bill preventing transgender women and girls from playing on sports teams “consistent with their gender identity,” said Margaret Thew, DNP, medical director of adolescent medicine at Children’s Wisconsin in Milwaukee, in an interview. Ms. Thew was not involved in the current study.

“The House bill seeks to amend federal law to require that sex shall be recognized based solely on a person’s reproductive biology and genetics at birth, for the purpose of determining compliance with Title IX in athletics,” Ms. Thew said.

“Despite political responses to sports participation for transgender adolescents, we have not heard the perspective of the teens themselves,” she emphasized. “It is imperative for parents, coaches, and clinicians to hear the adolescents’ concerns so they can advocate for the students and provide the needed support.” In addition, Ms. Thew noted, “these concerns may also provide overdue changes to the required uniforms described for specific sports.”

Ms. Thew said she was surprised by the finding of transgender teens’ comfort with coed teams and individual activities, both of which may be opportunities to promote physical activity for transgender adolescents.

However, she added that she was not surprised by some of the results. “Many transgender adolescents experience the discomfort and further body dysmorphia of being put into gender-conforming attire such as swimwear, spandex shorts for female volleyball players, or field hockey skirts, for example.”

Although many schools are establishing safe, comfortable places for all adolescents to change clothing prior to physical education and sports participation, “resources are limited, and students and parents need to advocate within the school system,” Ms. Thew noted.

“We as a society, including athletic clothing makers, need to hear the testimony of transgender adolescents on the discomfort from body modifications to better support and innovate attire to meet their needs,” she added.

“The take-home message for clinicians is twofold,” said Ms. Thew. “Clinicians need to advocate for transgender patients to have the same opportunities as all teens when it comes to sports participation and physical activity. Also, clinicians need to ask all adolescents about their comfort in participating in physical activity both on club/school teams and independently,” she said. “If barriers are identified, clinicians need to work to support the adolescent with alternative activities/attire that will promote healthy physical activities for overall health.”

The current study also suggests that transgender adolescents who may have interest in, but discomfort with, physical activity should be redirected to coed or individual sports available in their communities, Ms. Thew added.

More research is needed on innovative sports attire that would improve comfort for transgender adolescents and thereby encourage physical activity, Ms. Thew told this news organization. More data also are needed on which sports transgender adolescents participate in and why, and how these activities might be promoted, she said.

Finally, more research will be needed to examine the impact of the recent House bills on physical activity for transgender youth, Ms. Thew said.

The study was supported by the Potocsnak Family Division of Adolescent and Young Adult Medicine at Ann and Robert H. Lurie’s Children’s Hospital of Chicago. The researchers had no financial conflicts to disclose. Ms. Thew had no financial conflicts to disclose, but she serves on the Editorial Advisory Board of Pediatric News.

WASHINGTON – Concerns about negative judgment and lack of inclusive facilities topped the list of barriers to physical activity reported by gender-diverse teens in a poster presented at the Pediatric Academic Societies annual meeting. Other barriers included body dissatisfaction and discomfort or pain from binding or tucking, based on data from 160 individuals.

Previous studies suggest that gender-diverse teens have lower levels of physical activity than cisgender teens, but data on the specific barriers to physical activity reported by gender-diverse adolescents are lacking, according to Karishma Desai, BA, a medical student at Northwestern University, Chicago, and colleagues.

The researchers reviewed data from adolescents aged 13-18 years who identified as transgender or nonbinary and lived in the United States. Participants were recruited through flyers, wallet cards, email, and social media. They completed an online survey that included questions on preferred types of physical activity and potential barriers to physical activity. Major barriers were defined as items that “almost always” or “always” got in the way of physical activity.

Overall, 51% of the participants identified as female/transfeminine, 31% as male/transmasculine, 9% as genderqueer or agender, 8% as nonbinary, and 1% as unsure. A total of 86 participants were assigned male at birth, 73 were assigned female, and 1 was assigned intersex or other. Nearly all of the participants (96%) had begun social transition; approximately half (48%) reported using a chest binder, and 75% had been or were currently taking gender-affirming hormones.

Potential negative judgment from others was the top barrier to physical activity (cited by 39% of participants), followed by body dissatisfaction from gender dysphoria (38%) and discomfort with the available options for locker rooms or changing rooms (38%). Approximately one-third (36%) of respondents reported physical discomfort or pain from binding or tucking as a barrier to physical activity, and 34% cited discomfort with requirements for a physical activity uniform or athletic clothing at school. Other gender-diverse specific barriers to physical activity included bullying related to being transgender (31%) and the inability to participate in a group of choice because of gender identity (24%).

In addition, participants cited general barriers to physical activity including bullying related to weight (33%), dissatisfaction with weight or size (31%), and bullying in general or for reasons other than gender status (29%).

However, more than 50% of respondents said they were comfortable or very comfortable (4 or 5 on a 5-point Likert Scale) with physical activity in the settings of coed or all-gender teams (61%) or engaging in individual activities (71%). By contrast, 36% were comfortable or very comfortable with a team, group, or class that aligned with sex assignment at birth.

The majority of participants (81%) were comfortable or very comfortable with their homes or a private location as a setting for physical activity, 54% with a public space such as a park, and 43% with a school setting.

Increasing gender congruence was the biggest facilitator of physical activity, reported by 53% of participants, the researchers noted. Other facilitators of physical activity included increasing body satisfaction (43%), staying healthy to avoid long-term health problems in the future (43%), and staying healthy to prepare for gender-related surgery in the future (18%).

The study findings were limited by the use of self-reports and the use of a convenience sample, as well as the lack of data on race, the researchers noted. However, the results suggest that access to all-gender teams, standardizing physical activity clothing, and increasing inclusive facilities may promote greater physical activity participation by gender-diverse adolescents, and offering private or individual options may increase comfort with physical activity, they concluded.
 

Study provides teens’ perspectives

The current study is especially timely given the recent passage by the U.S. House of Representatives of the anti-trans sports bill preventing transgender women and girls from playing on sports teams “consistent with their gender identity,” said Margaret Thew, DNP, medical director of adolescent medicine at Children’s Wisconsin in Milwaukee, in an interview. Ms. Thew was not involved in the current study.

“The House bill seeks to amend federal law to require that sex shall be recognized based solely on a person’s reproductive biology and genetics at birth, for the purpose of determining compliance with Title IX in athletics,” Ms. Thew said.

“Despite political responses to sports participation for transgender adolescents, we have not heard the perspective of the teens themselves,” she emphasized. “It is imperative for parents, coaches, and clinicians to hear the adolescents’ concerns so they can advocate for the students and provide the needed support.” In addition, Ms. Thew noted, “these concerns may also provide overdue changes to the required uniforms described for specific sports.”

Ms. Thew said she was surprised by the finding of transgender teens’ comfort with coed teams and individual activities, both of which may be opportunities to promote physical activity for transgender adolescents.

However, she added that she was not surprised by some of the results. “Many transgender adolescents experience the discomfort and further body dysmorphia of being put into gender-conforming attire such as swimwear, spandex shorts for female volleyball players, or field hockey skirts, for example.”

Although many schools are establishing safe, comfortable places for all adolescents to change clothing prior to physical education and sports participation, “resources are limited, and students and parents need to advocate within the school system,” Ms. Thew noted.

“We as a society, including athletic clothing makers, need to hear the testimony of transgender adolescents on the discomfort from body modifications to better support and innovate attire to meet their needs,” she added.

“The take-home message for clinicians is twofold,” said Ms. Thew. “Clinicians need to advocate for transgender patients to have the same opportunities as all teens when it comes to sports participation and physical activity. Also, clinicians need to ask all adolescents about their comfort in participating in physical activity both on club/school teams and independently,” she said. “If barriers are identified, clinicians need to work to support the adolescent with alternative activities/attire that will promote healthy physical activities for overall health.”

The current study also suggests that transgender adolescents who may have interest in, but discomfort with, physical activity should be redirected to coed or individual sports available in their communities, Ms. Thew added.

More research is needed on innovative sports attire that would improve comfort for transgender adolescents and thereby encourage physical activity, Ms. Thew told this news organization. More data also are needed on which sports transgender adolescents participate in and why, and how these activities might be promoted, she said.

Finally, more research will be needed to examine the impact of the recent House bills on physical activity for transgender youth, Ms. Thew said.

The study was supported by the Potocsnak Family Division of Adolescent and Young Adult Medicine at Ann and Robert H. Lurie’s Children’s Hospital of Chicago. The researchers had no financial conflicts to disclose. Ms. Thew had no financial conflicts to disclose, but she serves on the Editorial Advisory Board of Pediatric News.

WASHINGTON – Concerns about negative judgment and lack of inclusive facilities topped the list of barriers to physical activity reported by gender-diverse teens in a poster presented at the Pediatric Academic Societies annual meeting. Other barriers included body dissatisfaction and discomfort or pain from binding or tucking, based on data from 160 individuals.

Previous studies suggest that gender-diverse teens have lower levels of physical activity than cisgender teens, but data on the specific barriers to physical activity reported by gender-diverse adolescents are lacking, according to Karishma Desai, BA, a medical student at Northwestern University, Chicago, and colleagues.

The researchers reviewed data from adolescents aged 13-18 years who identified as transgender or nonbinary and lived in the United States. Participants were recruited through flyers, wallet cards, email, and social media. They completed an online survey that included questions on preferred types of physical activity and potential barriers to physical activity. Major barriers were defined as items that “almost always” or “always” got in the way of physical activity.

Overall, 51% of the participants identified as female/transfeminine, 31% as male/transmasculine, 9% as genderqueer or agender, 8% as nonbinary, and 1% as unsure. A total of 86 participants were assigned male at birth, 73 were assigned female, and 1 was assigned intersex or other. Nearly all of the participants (96%) had begun social transition; approximately half (48%) reported using a chest binder, and 75% had been or were currently taking gender-affirming hormones.

Potential negative judgment from others was the top barrier to physical activity (cited by 39% of participants), followed by body dissatisfaction from gender dysphoria (38%) and discomfort with the available options for locker rooms or changing rooms (38%). Approximately one-third (36%) of respondents reported physical discomfort or pain from binding or tucking as a barrier to physical activity, and 34% cited discomfort with requirements for a physical activity uniform or athletic clothing at school. Other gender-diverse specific barriers to physical activity included bullying related to being transgender (31%) and the inability to participate in a group of choice because of gender identity (24%).

In addition, participants cited general barriers to physical activity including bullying related to weight (33%), dissatisfaction with weight or size (31%), and bullying in general or for reasons other than gender status (29%).

However, more than 50% of respondents said they were comfortable or very comfortable (4 or 5 on a 5-point Likert Scale) with physical activity in the settings of coed or all-gender teams (61%) or engaging in individual activities (71%). By contrast, 36% were comfortable or very comfortable with a team, group, or class that aligned with sex assignment at birth.

The majority of participants (81%) were comfortable or very comfortable with their homes or a private location as a setting for physical activity, 54% with a public space such as a park, and 43% with a school setting.

Increasing gender congruence was the biggest facilitator of physical activity, reported by 53% of participants, the researchers noted. Other facilitators of physical activity included increasing body satisfaction (43%), staying healthy to avoid long-term health problems in the future (43%), and staying healthy to prepare for gender-related surgery in the future (18%).

The study findings were limited by the use of self-reports and the use of a convenience sample, as well as the lack of data on race, the researchers noted. However, the results suggest that access to all-gender teams, standardizing physical activity clothing, and increasing inclusive facilities may promote greater physical activity participation by gender-diverse adolescents, and offering private or individual options may increase comfort with physical activity, they concluded.
 

Study provides teens’ perspectives

The current study is especially timely given the recent passage by the U.S. House of Representatives of the anti-trans sports bill preventing transgender women and girls from playing on sports teams “consistent with their gender identity,” said Margaret Thew, DNP, medical director of adolescent medicine at Children’s Wisconsin in Milwaukee, in an interview. Ms. Thew was not involved in the current study.

“The House bill seeks to amend federal law to require that sex shall be recognized based solely on a person’s reproductive biology and genetics at birth, for the purpose of determining compliance with Title IX in athletics,” Ms. Thew said.

“Despite political responses to sports participation for transgender adolescents, we have not heard the perspective of the teens themselves,” she emphasized. “It is imperative for parents, coaches, and clinicians to hear the adolescents’ concerns so they can advocate for the students and provide the needed support.” In addition, Ms. Thew noted, “these concerns may also provide overdue changes to the required uniforms described for specific sports.”

Ms. Thew said she was surprised by the finding of transgender teens’ comfort with coed teams and individual activities, both of which may be opportunities to promote physical activity for transgender adolescents.

However, she added that she was not surprised by some of the results. “Many transgender adolescents experience the discomfort and further body dysmorphia of being put into gender-conforming attire such as swimwear, spandex shorts for female volleyball players, or field hockey skirts, for example.”

Although many schools are establishing safe, comfortable places for all adolescents to change clothing prior to physical education and sports participation, “resources are limited, and students and parents need to advocate within the school system,” Ms. Thew noted.

“We as a society, including athletic clothing makers, need to hear the testimony of transgender adolescents on the discomfort from body modifications to better support and innovate attire to meet their needs,” she added.

“The take-home message for clinicians is twofold,” said Ms. Thew. “Clinicians need to advocate for transgender patients to have the same opportunities as all teens when it comes to sports participation and physical activity. Also, clinicians need to ask all adolescents about their comfort in participating in physical activity both on club/school teams and independently,” she said. “If barriers are identified, clinicians need to work to support the adolescent with alternative activities/attire that will promote healthy physical activities for overall health.”

The current study also suggests that transgender adolescents who may have interest in, but discomfort with, physical activity should be redirected to coed or individual sports available in their communities, Ms. Thew added.

More research is needed on innovative sports attire that would improve comfort for transgender adolescents and thereby encourage physical activity, Ms. Thew told this news organization. More data also are needed on which sports transgender adolescents participate in and why, and how these activities might be promoted, she said.

Finally, more research will be needed to examine the impact of the recent House bills on physical activity for transgender youth, Ms. Thew said.

The study was supported by the Potocsnak Family Division of Adolescent and Young Adult Medicine at Ann and Robert H. Lurie’s Children’s Hospital of Chicago. The researchers had no financial conflicts to disclose. Ms. Thew had no financial conflicts to disclose, but she serves on the Editorial Advisory Board of Pediatric News.

The Diagnosis: Alopecic and Aseptic Nodule of the Scalp

Alopecic and aseptic nodule of the scalp (AANS) is an underdiagnosed condition presenting with one or few inflammatory nodules on the scalp with overlying nonscarring alopecia. The nodules can be soft, fluctuant, or firm and are characterized by negative fungal and bacterial stains as well as cultures.¹ Trichoscopic features such as black or yellow dots, fine vellus hairs, and broken hairs have been reported.^1-3 Dilated follicular openings may be seen and are termed the Eastern pancake sign, as they resemble the bubble cavities formed during the cooking of atayef.² The histologic features of AANS often are nonspecific but show a nodular or pseudocystic, lymphohistiocytic to acute inflammatory component centered in the dermis.¹ Granulomatous inflammation or isolated giant cells have been reported within the deep dermis.^1,4 In our patient, histopathology revealed admixed acute and granulomatous inflammation within the deep dermis (Figure). Treatment of AANS includes oral antibiotics such as doxycycline, intralesional corticosteroids, or excision.¹

Although the etiology of AANS currently is unclear, a process of follicular plugging or a deep folliculitis sparing the bulge stem cells has been theorized. Young males are disproportionately affected.¹ It is uncertain how much overlap there is, if any, between AANS and pseudocyst of the scalp, the latter of which primarily is reported in the Japanese literature and demonstrates alopecic nodules between the forehead and vertex of the scalp with pseudocystic architecture and granulomatous infiltration on histopathology.^4-7

There are several clinical and histologic differences between AANS and other diagnoses in the differential. Dermoid cysts tend to present at birth, with 70% of cases presenting before the age of 6 years, and without overlying skin changes.⁸ They represent a benign entrapment of ectoderm along embryonic closure lines during development.⁹ Histologic examination typically will show a squamous-lined cyst within the dermis with associated adnexal structures.¹⁰ Cylindromas are benign neoplasms of eccrine sweat glands named after the histologic presentation of cylinder-shaped basaloid cell populations when cross-sectioned.^11,12 When cylindromas coalesce on the scalp, they form a distinctive morphology sometimes loosely resembling a turban, giving them the previously more common name turban tumors.^11,13 Cylindromas appear as slow-growing protuberant tumors that are erythematous or flesh colored. Cylindromas are 9 times more common in females.13 Pilar cysts have a stratified squamous epithelium lining with a palisaded outer layer and are derived from the outer root sheath of hair follicles.¹⁴ Clinically, pilar cysts are smooth mobile cysts that favor skin with a dense concentration of hair follicles.^14,15 On palpation, pilar cysts are firm due to their keratinous contents and typically are nontender unless inflamed.¹⁵ Lipomas are benign mesenchymal tumors with mature adipocytes that often appear as subcutaneous nodules without overlying skin changes, though they can involve deep fascia. On palpation, lipomas generally are soft, mobile, and nontender.¹⁶

The Diagnosis: Alopecic and Aseptic Nodule of the Scalp

Alopecic and aseptic nodule of the scalp (AANS) is an underdiagnosed condition presenting with one or few inflammatory nodules on the scalp with overlying nonscarring alopecia. The nodules can be soft, fluctuant, or firm and are characterized by negative fungal and bacterial stains as well as cultures.¹ Trichoscopic features such as black or yellow dots, fine vellus hairs, and broken hairs have been reported.^1-3 Dilated follicular openings may be seen and are termed the Eastern pancake sign, as they resemble the bubble cavities formed during the cooking of atayef.² The histologic features of AANS often are nonspecific but show a nodular or pseudocystic, lymphohistiocytic to acute inflammatory component centered in the dermis.¹ Granulomatous inflammation or isolated giant cells have been reported within the deep dermis.^1,4 In our patient, histopathology revealed admixed acute and granulomatous inflammation within the deep dermis (Figure). Treatment of AANS includes oral antibiotics such as doxycycline, intralesional corticosteroids, or excision.¹

Although the etiology of AANS currently is unclear, a process of follicular plugging or a deep folliculitis sparing the bulge stem cells has been theorized. Young males are disproportionately affected.¹ It is uncertain how much overlap there is, if any, between AANS and pseudocyst of the scalp, the latter of which primarily is reported in the Japanese literature and demonstrates alopecic nodules between the forehead and vertex of the scalp with pseudocystic architecture and granulomatous infiltration on histopathology.^4-7

There are several clinical and histologic differences between AANS and other diagnoses in the differential. Dermoid cysts tend to present at birth, with 70% of cases presenting before the age of 6 years, and without overlying skin changes.⁸ They represent a benign entrapment of ectoderm along embryonic closure lines during development.⁹ Histologic examination typically will show a squamous-lined cyst within the dermis with associated adnexal structures.¹⁰ Cylindromas are benign neoplasms of eccrine sweat glands named after the histologic presentation of cylinder-shaped basaloid cell populations when cross-sectioned.^11,12 When cylindromas coalesce on the scalp, they form a distinctive morphology sometimes loosely resembling a turban, giving them the previously more common name turban tumors.^11,13 Cylindromas appear as slow-growing protuberant tumors that are erythematous or flesh colored. Cylindromas are 9 times more common in females.13 Pilar cysts have a stratified squamous epithelium lining with a palisaded outer layer and are derived from the outer root sheath of hair follicles.¹⁴ Clinically, pilar cysts are smooth mobile cysts that favor skin with a dense concentration of hair follicles.^14,15 On palpation, pilar cysts are firm due to their keratinous contents and typically are nontender unless inflamed.¹⁵ Lipomas are benign mesenchymal tumors with mature adipocytes that often appear as subcutaneous nodules without overlying skin changes, though they can involve deep fascia. On palpation, lipomas generally are soft, mobile, and nontender.¹⁶

The Diagnosis: Alopecic and Aseptic Nodule of the Scalp

Alopecic and aseptic nodule of the scalp (AANS) is an underdiagnosed condition presenting with one or few inflammatory nodules on the scalp with overlying nonscarring alopecia. The nodules can be soft, fluctuant, or firm and are characterized by negative fungal and bacterial stains as well as cultures.¹ Trichoscopic features such as black or yellow dots, fine vellus hairs, and broken hairs have been reported.^1-3 Dilated follicular openings may be seen and are termed the Eastern pancake sign, as they resemble the bubble cavities formed during the cooking of atayef.² The histologic features of AANS often are nonspecific but show a nodular or pseudocystic, lymphohistiocytic to acute inflammatory component centered in the dermis.¹ Granulomatous inflammation or isolated giant cells have been reported within the deep dermis.^1,4 In our patient, histopathology revealed admixed acute and granulomatous inflammation within the deep dermis (Figure). Treatment of AANS includes oral antibiotics such as doxycycline, intralesional corticosteroids, or excision.¹

Although the etiology of AANS currently is unclear, a process of follicular plugging or a deep folliculitis sparing the bulge stem cells has been theorized. Young males are disproportionately affected.¹ It is uncertain how much overlap there is, if any, between AANS and pseudocyst of the scalp, the latter of which primarily is reported in the Japanese literature and demonstrates alopecic nodules between the forehead and vertex of the scalp with pseudocystic architecture and granulomatous infiltration on histopathology.^4-7

There are several clinical and histologic differences between AANS and other diagnoses in the differential. Dermoid cysts tend to present at birth, with 70% of cases presenting before the age of 6 years, and without overlying skin changes.⁸ They represent a benign entrapment of ectoderm along embryonic closure lines during development.⁹ Histologic examination typically will show a squamous-lined cyst within the dermis with associated adnexal structures.¹⁰ Cylindromas are benign neoplasms of eccrine sweat glands named after the histologic presentation of cylinder-shaped basaloid cell populations when cross-sectioned.^11,12 When cylindromas coalesce on the scalp, they form a distinctive morphology sometimes loosely resembling a turban, giving them the previously more common name turban tumors.^11,13 Cylindromas appear as slow-growing protuberant tumors that are erythematous or flesh colored. Cylindromas are 9 times more common in females.13 Pilar cysts have a stratified squamous epithelium lining with a palisaded outer layer and are derived from the outer root sheath of hair follicles.¹⁴ Clinically, pilar cysts are smooth mobile cysts that favor skin with a dense concentration of hair follicles.^14,15 On palpation, pilar cysts are firm due to their keratinous contents and typically are nontender unless inflamed.¹⁵ Lipomas are benign mesenchymal tumors with mature adipocytes that often appear as subcutaneous nodules without overlying skin changes, though they can involve deep fascia. On palpation, lipomas generally are soft, mobile, and nontender.¹⁶

WASHINGTON – Approximately 70% of children with febrile urinary tract infections receive guideline-adherent follow-up imaging from primary care, based on data from 118 individuals.

“Timely imaging is recommended after febrile UTI (fUTI) in young children to identify treatable urologic conditions,” wrote Jonathan Hatoun, MD, of Boston Children’s Hospital, and colleagues in a poster presented at the Pediatric Academic Societies annual meeting.

The American Academy of Pediatrics (AAP) currently recommends renal-bladder ultrasound (RBUS) after fUTI with voiding cystourethrogram (VCUG) after abnormal RBUS or second fUTI, but data on clinician adherence to these recommendations are limited, the researchers said.

To characterize practice patterns regarding fUTI, the researchers reviewed data from children younger than 24 months of age with fUTI who were treated at a primary care network in Massachusetts in 2019. The definition of fUTI was temperature of 38° C or higher, positive urinalysis, and more than 50,000 CFU on urine culture. The median age of the patients was 9 months; 84% were female.

In a multivariate analysis, post-UTI imaging followed the AAP guidelines in 82 cases (69.5%). The main reasons for nonadherence were lack of RBUS in 21 patients, VCUG despite normal RBUS in 9 patients, no VCUG after abnormal RBUS in 4 patients, and no VCUG after a second fUTI in 2 patients.

Overall, nonadherence was a result of not ordering a recommended study in 23% of cases (errors of omission) and ordering an unnecessary study in 8% of cases (errors of commission).

Commercial insurance, larger number of providers in practice, and younger provider age were significant independent predictors of adherence (odds ratios 2.82, 1.38, and 0.96, respectively).

The findings were limited by the use of data from a single center; however, the results suggest that targeted training may improve guideline adherence, the researchers wrote. Additional research and quality improvement studies are needed to understand and address the impact of insurance on guideline adherence for imaging after febrile UTIs, they noted.
 

Provider education is essential to continued quality of care

When it comes to febrile UTIs, “it is important to stay focused on the quality of care being provided, as opposed to the usual benchmark of quantity of care,” Tim Joos, MD, a Seattle-based clinician with a combination internal medicine/pediatrics practice, said in an interview.

“This is a very simple but interesting study on provider compliance with practice guidelines,” said Dr. Joos, who was not involved in the study. “I was surprised that the providers did so well in ordering the correct imaging in 70% of the cases,” he said.

 Of particular interest, Dr. Joos noted, was that “the authors also showed that older providers and those working in smaller practices are less likely to comply with this particular imaging guideline. This can be summed up as the ‘I didn’t know the guideline’ effect.”

To improve quality of care, “more research and effort should be directed at updating providers when strong new evidence changes previous practices and guidelines,” Dr. Joos told this news organization.

The study received no outside funding. The researchers and Dr. Joos had no financial conflicts to disclose.

WASHINGTON – Approximately 70% of children with febrile urinary tract infections receive guideline-adherent follow-up imaging from primary care, based on data from 118 individuals.

“Timely imaging is recommended after febrile UTI (fUTI) in young children to identify treatable urologic conditions,” wrote Jonathan Hatoun, MD, of Boston Children’s Hospital, and colleagues in a poster presented at the Pediatric Academic Societies annual meeting.

The American Academy of Pediatrics (AAP) currently recommends renal-bladder ultrasound (RBUS) after fUTI with voiding cystourethrogram (VCUG) after abnormal RBUS or second fUTI, but data on clinician adherence to these recommendations are limited, the researchers said.

To characterize practice patterns regarding fUTI, the researchers reviewed data from children younger than 24 months of age with fUTI who were treated at a primary care network in Massachusetts in 2019. The definition of fUTI was temperature of 38° C or higher, positive urinalysis, and more than 50,000 CFU on urine culture. The median age of the patients was 9 months; 84% were female.

In a multivariate analysis, post-UTI imaging followed the AAP guidelines in 82 cases (69.5%). The main reasons for nonadherence were lack of RBUS in 21 patients, VCUG despite normal RBUS in 9 patients, no VCUG after abnormal RBUS in 4 patients, and no VCUG after a second fUTI in 2 patients.

Overall, nonadherence was a result of not ordering a recommended study in 23% of cases (errors of omission) and ordering an unnecessary study in 8% of cases (errors of commission).

Commercial insurance, larger number of providers in practice, and younger provider age were significant independent predictors of adherence (odds ratios 2.82, 1.38, and 0.96, respectively).

The findings were limited by the use of data from a single center; however, the results suggest that targeted training may improve guideline adherence, the researchers wrote. Additional research and quality improvement studies are needed to understand and address the impact of insurance on guideline adherence for imaging after febrile UTIs, they noted.
 

Provider education is essential to continued quality of care

When it comes to febrile UTIs, “it is important to stay focused on the quality of care being provided, as opposed to the usual benchmark of quantity of care,” Tim Joos, MD, a Seattle-based clinician with a combination internal medicine/pediatrics practice, said in an interview.

“This is a very simple but interesting study on provider compliance with practice guidelines,” said Dr. Joos, who was not involved in the study. “I was surprised that the providers did so well in ordering the correct imaging in 70% of the cases,” he said.

 Of particular interest, Dr. Joos noted, was that “the authors also showed that older providers and those working in smaller practices are less likely to comply with this particular imaging guideline. This can be summed up as the ‘I didn’t know the guideline’ effect.”

To improve quality of care, “more research and effort should be directed at updating providers when strong new evidence changes previous practices and guidelines,” Dr. Joos told this news organization.

The study received no outside funding. The researchers and Dr. Joos had no financial conflicts to disclose.

WASHINGTON – Approximately 70% of children with febrile urinary tract infections receive guideline-adherent follow-up imaging from primary care, based on data from 118 individuals.

“Timely imaging is recommended after febrile UTI (fUTI) in young children to identify treatable urologic conditions,” wrote Jonathan Hatoun, MD, of Boston Children’s Hospital, and colleagues in a poster presented at the Pediatric Academic Societies annual meeting.

The American Academy of Pediatrics (AAP) currently recommends renal-bladder ultrasound (RBUS) after fUTI with voiding cystourethrogram (VCUG) after abnormal RBUS or second fUTI, but data on clinician adherence to these recommendations are limited, the researchers said.

To characterize practice patterns regarding fUTI, the researchers reviewed data from children younger than 24 months of age with fUTI who were treated at a primary care network in Massachusetts in 2019. The definition of fUTI was temperature of 38° C or higher, positive urinalysis, and more than 50,000 CFU on urine culture. The median age of the patients was 9 months; 84% were female.

In a multivariate analysis, post-UTI imaging followed the AAP guidelines in 82 cases (69.5%). The main reasons for nonadherence were lack of RBUS in 21 patients, VCUG despite normal RBUS in 9 patients, no VCUG after abnormal RBUS in 4 patients, and no VCUG after a second fUTI in 2 patients.

Overall, nonadherence was a result of not ordering a recommended study in 23% of cases (errors of omission) and ordering an unnecessary study in 8% of cases (errors of commission).

Commercial insurance, larger number of providers in practice, and younger provider age were significant independent predictors of adherence (odds ratios 2.82, 1.38, and 0.96, respectively).

The findings were limited by the use of data from a single center; however, the results suggest that targeted training may improve guideline adherence, the researchers wrote. Additional research and quality improvement studies are needed to understand and address the impact of insurance on guideline adherence for imaging after febrile UTIs, they noted.
 

Provider education is essential to continued quality of care

When it comes to febrile UTIs, “it is important to stay focused on the quality of care being provided, as opposed to the usual benchmark of quantity of care,” Tim Joos, MD, a Seattle-based clinician with a combination internal medicine/pediatrics practice, said in an interview.

“This is a very simple but interesting study on provider compliance with practice guidelines,” said Dr. Joos, who was not involved in the study. “I was surprised that the providers did so well in ordering the correct imaging in 70% of the cases,” he said.

 Of particular interest, Dr. Joos noted, was that “the authors also showed that older providers and those working in smaller practices are less likely to comply with this particular imaging guideline. This can be summed up as the ‘I didn’t know the guideline’ effect.”

To improve quality of care, “more research and effort should be directed at updating providers when strong new evidence changes previous practices and guidelines,” Dr. Joos told this news organization.

The study received no outside funding. The researchers and Dr. Joos had no financial conflicts to disclose.

Researchers have identified four distinct clinical profiles for young people at risk for serious self-harm. The profiles were developed from their study of children and adolescents aged 5-18 years who had been admitted with a neuropsychiatric event to two children’s hospitals.

The researchers used Bayesian regression to identify the profiles developed from 32 covariates: age, sex, and 30 mental health diagnostic groups from April 2016 to March 2020. The profiles include low-, moderate-, high- and very-high-risk categories.

The study, led by Mert Sekmen with the division of hospital medicine at Monroe Carell Jr. Children’s Hospital, and a student at Vanderbilt University Medical Center in Nashville, Tenn., included 1,098 children, average age 14. Of those, 406 (37%) were diagnosed with a self-harm event.

Traditionally, single diagnoses have been linked with risk of self-harm, independent of other comorbidities, but this study gauges risk for a set of diagnoses.

Findings were published online in Pediatrics.

The risk groups were described as follows:

• Low risk. (45% of the study population; median risk of 0.04 (interquartile range, 0.03-0.04; odds ratio, 0.08). The group included children aged 5-9 years with a non–mental health diagnosis, and without mood, behavioral, psychotic, developmental, trauma, or substance-related disorders.
• Moderate risk. (8% of the study group). This group had the same risk as the baseline risk for the entire cohort (37%) and served as the reference group, with a median risk of 0.30 (IQR, 0.27-0.33). This profile was characterized by several mood disorders and behavioral disorders but without depressive disorders.
• High risk. (36%) This group had an average risk of 0.69 (IQR, 0.67-0.71; OR, 5.09). This profile included female adolescents ages 14-17 with depression and anxiety in conjunction with substance- and trauma-related disorders. Personality and eating disorders were significant in this group. Importantly, the authors wrote, the high-risk group did not include behavioral and developmental disorders.
• Very high risk. (11%) The very-high-risk profile had the highest average risk of 0.79 (IQR, 0.73-0.79; OR, 7.21) and included male children aged 10-13. This profile, like the high-risk profile, included anxiety and depressive disorders. The very-high-risk profile differed from the high-risk with its inclusion of bipolar disorder; attention-deficit/hyperactivity disorder; and trauma-related and developmental disorders such as autism spectrum disorder or intellectual disability, along with conduct disorders. Neither the high- nor the very-high-risk profiles included a concurrent non–mental health diagnosis.

Differences by sex

The authors explained some of the differences by sex. They noted that in a study of children aged 5-11, deaths by suicide were more prevalent among boys. A mental health diagnosis was identified in 31%, the most common being ADHD, depression, and other unspecified co-occurring disorders.

“The very-high-risk group also reflects a concerning rise in death by suicide among (males) aged 10-13, who have seen rates nearly triple from 2007 to 2017,” the authors wrote.

The authors pointed out that, although incidence of anxiety and depressive disorders between male and female children is much the same before adolescence, “female adolescents are twice as likely to be diagnosed with either disorder during adolescence. Girls also have higher rates of suicidal ideation and attempts after puberty.”

Eating disorders were also included in the high-risk profile. A study showed that emergency department visits for adolescent girls attempting suicide were 51% higher from February to March 2021, compared with the same period in the pre-COVID-19 year 2019.

Jason Lewis, PhD, psychologist and section director of mood, anxiety and trauma disorders in the department of child and adolescent psychiatry and behavioral sciences at Children’s Hospital of Philadelphia, who was not part of the research team, said the “constellations of risk factors put into acuity levels” helps to better project risk than knowing the risk associated with a particular diagnosis.
 

Gap closing between young children, adolescents

Dr. Lewis said he was surprised by the young age of 10-13 among the boys in the highest-risk category. That speaks to the differences from standard thinking this paper points out, he said. “Generally, we think about adolescents as being at the highest risk of suicide death and suicidal behavior,” he said.

Dr. Lewis said it’s important to note that the authors acknowledge these profiles are not static. He gave an example that the rate of suicide deaths among females is rising.

“As things like that change, some of these risk profiles will change as well.”

Dr. Lewis said the profiles may be especially helpful to medical providers in emergency departments or those making discharge decisions who don’t have an ongoing relationship with a patient.

The information could also help educators and lay people, “think about suicide in the youth population in ways we don’t normally think about it,” Dr. Lewis said.

Covariates considered for profiles were determined through expert consensus between pediatric psychiatrists, general pediatricians, pediatric hospitalists, pediatric complex care physicians, and pediatric pharmacoepidemiologists.

Age was broken into three groups: 5-9 years, 10-13 years, and 14-17 years based on Centers for Disease Control and Prevention reporting and previous studies that showed significant increases in suicide rates in these age-based subgroups.
 

Results are preliminary

The authors note that the profiles were developed using data from 1,000 children with neuropsychiatric complaints at two academic children’s hospitals and are thus preliminary.

“Future studies should focus on validating these risk profiles in a larger, more heterogeneous population of children and adolescents,” the authors write.

They also acknowledge that they were not able to include factors such as medication use, previous suicidal behavior, and family and social support, which also factor into risk.

The study authors and Dr. Lewis report no relevant financial relationships.

Researchers have identified four distinct clinical profiles for young people at risk for serious self-harm. The profiles were developed from their study of children and adolescents aged 5-18 years who had been admitted with a neuropsychiatric event to two children’s hospitals.

The researchers used Bayesian regression to identify the profiles developed from 32 covariates: age, sex, and 30 mental health diagnostic groups from April 2016 to March 2020. The profiles include low-, moderate-, high- and very-high-risk categories.

The study, led by Mert Sekmen with the division of hospital medicine at Monroe Carell Jr. Children’s Hospital, and a student at Vanderbilt University Medical Center in Nashville, Tenn., included 1,098 children, average age 14. Of those, 406 (37%) were diagnosed with a self-harm event.

Traditionally, single diagnoses have been linked with risk of self-harm, independent of other comorbidities, but this study gauges risk for a set of diagnoses.

Findings were published online in Pediatrics.

The risk groups were described as follows:

• Low risk. (45% of the study population; median risk of 0.04 (interquartile range, 0.03-0.04; odds ratio, 0.08). The group included children aged 5-9 years with a non–mental health diagnosis, and without mood, behavioral, psychotic, developmental, trauma, or substance-related disorders.
• Moderate risk. (8% of the study group). This group had the same risk as the baseline risk for the entire cohort (37%) and served as the reference group, with a median risk of 0.30 (IQR, 0.27-0.33). This profile was characterized by several mood disorders and behavioral disorders but without depressive disorders.
• High risk. (36%) This group had an average risk of 0.69 (IQR, 0.67-0.71; OR, 5.09). This profile included female adolescents ages 14-17 with depression and anxiety in conjunction with substance- and trauma-related disorders. Personality and eating disorders were significant in this group. Importantly, the authors wrote, the high-risk group did not include behavioral and developmental disorders.
• Very high risk. (11%) The very-high-risk profile had the highest average risk of 0.79 (IQR, 0.73-0.79; OR, 7.21) and included male children aged 10-13. This profile, like the high-risk profile, included anxiety and depressive disorders. The very-high-risk profile differed from the high-risk with its inclusion of bipolar disorder; attention-deficit/hyperactivity disorder; and trauma-related and developmental disorders such as autism spectrum disorder or intellectual disability, along with conduct disorders. Neither the high- nor the very-high-risk profiles included a concurrent non–mental health diagnosis.

Differences by sex

The authors explained some of the differences by sex. They noted that in a study of children aged 5-11, deaths by suicide were more prevalent among boys. A mental health diagnosis was identified in 31%, the most common being ADHD, depression, and other unspecified co-occurring disorders.

“The very-high-risk group also reflects a concerning rise in death by suicide among (males) aged 10-13, who have seen rates nearly triple from 2007 to 2017,” the authors wrote.

The authors pointed out that, although incidence of anxiety and depressive disorders between male and female children is much the same before adolescence, “female adolescents are twice as likely to be diagnosed with either disorder during adolescence. Girls also have higher rates of suicidal ideation and attempts after puberty.”

Eating disorders were also included in the high-risk profile. A study showed that emergency department visits for adolescent girls attempting suicide were 51% higher from February to March 2021, compared with the same period in the pre-COVID-19 year 2019.

Jason Lewis, PhD, psychologist and section director of mood, anxiety and trauma disorders in the department of child and adolescent psychiatry and behavioral sciences at Children’s Hospital of Philadelphia, who was not part of the research team, said the “constellations of risk factors put into acuity levels” helps to better project risk than knowing the risk associated with a particular diagnosis.
 

Gap closing between young children, adolescents

Dr. Lewis said he was surprised by the young age of 10-13 among the boys in the highest-risk category. That speaks to the differences from standard thinking this paper points out, he said. “Generally, we think about adolescents as being at the highest risk of suicide death and suicidal behavior,” he said.

Dr. Lewis said it’s important to note that the authors acknowledge these profiles are not static. He gave an example that the rate of suicide deaths among females is rising.

“As things like that change, some of these risk profiles will change as well.”

Dr. Lewis said the profiles may be especially helpful to medical providers in emergency departments or those making discharge decisions who don’t have an ongoing relationship with a patient.

The information could also help educators and lay people, “think about suicide in the youth population in ways we don’t normally think about it,” Dr. Lewis said.

Covariates considered for profiles were determined through expert consensus between pediatric psychiatrists, general pediatricians, pediatric hospitalists, pediatric complex care physicians, and pediatric pharmacoepidemiologists.

Age was broken into three groups: 5-9 years, 10-13 years, and 14-17 years based on Centers for Disease Control and Prevention reporting and previous studies that showed significant increases in suicide rates in these age-based subgroups.
 

Results are preliminary

The authors note that the profiles were developed using data from 1,000 children with neuropsychiatric complaints at two academic children’s hospitals and are thus preliminary.

“Future studies should focus on validating these risk profiles in a larger, more heterogeneous population of children and adolescents,” the authors write.

They also acknowledge that they were not able to include factors such as medication use, previous suicidal behavior, and family and social support, which also factor into risk.

The study authors and Dr. Lewis report no relevant financial relationships.

Researchers have identified four distinct clinical profiles for young people at risk for serious self-harm. The profiles were developed from their study of children and adolescents aged 5-18 years who had been admitted with a neuropsychiatric event to two children’s hospitals.

The researchers used Bayesian regression to identify the profiles developed from 32 covariates: age, sex, and 30 mental health diagnostic groups from April 2016 to March 2020. The profiles include low-, moderate-, high- and very-high-risk categories.

The study, led by Mert Sekmen with the division of hospital medicine at Monroe Carell Jr. Children’s Hospital, and a student at Vanderbilt University Medical Center in Nashville, Tenn., included 1,098 children, average age 14. Of those, 406 (37%) were diagnosed with a self-harm event.

Traditionally, single diagnoses have been linked with risk of self-harm, independent of other comorbidities, but this study gauges risk for a set of diagnoses.

Findings were published online in Pediatrics.

The risk groups were described as follows:

• Low risk. (45% of the study population; median risk of 0.04 (interquartile range, 0.03-0.04; odds ratio, 0.08). The group included children aged 5-9 years with a non–mental health diagnosis, and without mood, behavioral, psychotic, developmental, trauma, or substance-related disorders.
• Moderate risk. (8% of the study group). This group had the same risk as the baseline risk for the entire cohort (37%) and served as the reference group, with a median risk of 0.30 (IQR, 0.27-0.33). This profile was characterized by several mood disorders and behavioral disorders but without depressive disorders.
• High risk. (36%) This group had an average risk of 0.69 (IQR, 0.67-0.71; OR, 5.09). This profile included female adolescents ages 14-17 with depression and anxiety in conjunction with substance- and trauma-related disorders. Personality and eating disorders were significant in this group. Importantly, the authors wrote, the high-risk group did not include behavioral and developmental disorders.
• Very high risk. (11%) The very-high-risk profile had the highest average risk of 0.79 (IQR, 0.73-0.79; OR, 7.21) and included male children aged 10-13. This profile, like the high-risk profile, included anxiety and depressive disorders. The very-high-risk profile differed from the high-risk with its inclusion of bipolar disorder; attention-deficit/hyperactivity disorder; and trauma-related and developmental disorders such as autism spectrum disorder or intellectual disability, along with conduct disorders. Neither the high- nor the very-high-risk profiles included a concurrent non–mental health diagnosis.

Differences by sex

The authors explained some of the differences by sex. They noted that in a study of children aged 5-11, deaths by suicide were more prevalent among boys. A mental health diagnosis was identified in 31%, the most common being ADHD, depression, and other unspecified co-occurring disorders.

“The very-high-risk group also reflects a concerning rise in death by suicide among (males) aged 10-13, who have seen rates nearly triple from 2007 to 2017,” the authors wrote.

The authors pointed out that, although incidence of anxiety and depressive disorders between male and female children is much the same before adolescence, “female adolescents are twice as likely to be diagnosed with either disorder during adolescence. Girls also have higher rates of suicidal ideation and attempts after puberty.”

Eating disorders were also included in the high-risk profile. A study showed that emergency department visits for adolescent girls attempting suicide were 51% higher from February to March 2021, compared with the same period in the pre-COVID-19 year 2019.

Jason Lewis, PhD, psychologist and section director of mood, anxiety and trauma disorders in the department of child and adolescent psychiatry and behavioral sciences at Children’s Hospital of Philadelphia, who was not part of the research team, said the “constellations of risk factors put into acuity levels” helps to better project risk than knowing the risk associated with a particular diagnosis.
 

Gap closing between young children, adolescents

Dr. Lewis said he was surprised by the young age of 10-13 among the boys in the highest-risk category. That speaks to the differences from standard thinking this paper points out, he said. “Generally, we think about adolescents as being at the highest risk of suicide death and suicidal behavior,” he said.

Dr. Lewis said it’s important to note that the authors acknowledge these profiles are not static. He gave an example that the rate of suicide deaths among females is rising.

“As things like that change, some of these risk profiles will change as well.”

Dr. Lewis said the profiles may be especially helpful to medical providers in emergency departments or those making discharge decisions who don’t have an ongoing relationship with a patient.

The information could also help educators and lay people, “think about suicide in the youth population in ways we don’t normally think about it,” Dr. Lewis said.

Covariates considered for profiles were determined through expert consensus between pediatric psychiatrists, general pediatricians, pediatric hospitalists, pediatric complex care physicians, and pediatric pharmacoepidemiologists.

Age was broken into three groups: 5-9 years, 10-13 years, and 14-17 years based on Centers for Disease Control and Prevention reporting and previous studies that showed significant increases in suicide rates in these age-based subgroups.
 

Results are preliminary

The authors note that the profiles were developed using data from 1,000 children with neuropsychiatric complaints at two academic children’s hospitals and are thus preliminary.

“Future studies should focus on validating these risk profiles in a larger, more heterogeneous population of children and adolescents,” the authors write.

They also acknowledge that they were not able to include factors such as medication use, previous suicidal behavior, and family and social support, which also factor into risk.

The study authors and Dr. Lewis report no relevant financial relationships.

WASHINGTON – A novel program for parents of highly dependent adult children reduces parental burden and anxiety in their offspring, a new pilot study shows.

Known as failure to launch (FTL) syndrome, the criteria for this condition include the absence of a neurodevelopmental, mental, or intellectual condition, difficulty adapting to the challenges of adulthood, and living with or at the expense of parents.

Results suggest that the program benefits families dealing with FTL, said study investigator Uri Berger, PhD, postdoctoral associate, Yale Child Study Center Anxiety and Mood Disorders Program, New Haven, Conn.

“If you encounter parents who are say 50-60 years old who have a child with FTL, you can tell them there’s something they can do; there’s work they can do even if their child is refusing to go to therapy,” he said.

The findings were presented as part of the Anxiety and Depression Association of America Anxiety & Depression conference.
 

Anxious, isolated

Estimates suggest that there are 3.3 million physically able adults with FTL and that the disorder may be on the rise. These individuals often present with mental health symptoms including anxiety, depression, and suicidality, and tend to be socially isolated.

The investigators noted that intervening is often challenging because individuals with the syndrome are frequently noncompliant with therapy, and currently there is no standard of care.

“The longer you’re isolated, the harder it is getting out of your cocoon, and when these adult children get to the point where they seek help, they’re less likely to comply,” he said. However, he noted, this is not because they are lazy; it’s that they’re “very, very anxious.”

Parents and other family members are also negatively affected. Dr. Berger noted that 15% of parents of a child with FTL equate their caregiver burden with having a family member with a chronic physical illness. “It’s huge; parents go through hell and it’s very hard on them. Many believe it is their fault and they feel a lot of shame.”

Supportive Parenting for Anxious Childhood Emotions (SPACE) is a manualized, parent-based program for childhood anxiety and obsessive-compulsive disorder. It has been tested in clinical trials and found to be noninferior to cognitive behavioral therapy for childhood anxiety.

The research adapted it to treat FTL. SPACE-FTL focuses on reducing parents’ family accommodation (FA), a descriptor for a child’s excessive dependence on their parents to help them avoid anxiety-provoking situations.

The study examined the feasibility, acceptability, and treatment satisfaction and its effect on adult child psychopathology symptoms, parents’ FA, and the paternal burden of caring for adult children.

The study included parents (mean age, 59.46 years; 85% female) of 40 adult children with FTL (mean age, 23.51 years; 20% female) from across the United States.

Parents were randomized to a 13-week wait-list or the SPACE-FTL program, which involves 13-20 therapy sessions, depending on the need. The average number of sessions in the study was 15. The program has five key components:

• Providing information emphasizing FTL as not a character flaw but a problem with anxiety.
• Helping parents identify how they accommodate their child’s behavior, and facilitating an environment that encourages independence.
• Getting parents to show acceptance and confidence in their child who’s trying to overcome anxiety when, for example, they seek employment, instead of being overprotective and demanding.
• Focusing on change nonconfrontationally.
• Involving other family, community members, and professionals who can support the parent, child, or both.

The recruitment, treatment sessions, and assessments were all done online. Most participants rated the intervention as highly satisfactory on the Client Satisfaction Questionnaire (CSQ-8; mean score, 27.7 out of a maximum of 32). About 60% of the offspring no longer met full criteria for FTL (P < .001; Cohen’s D = 1.76).

All children of the wait-listed parents still met criteria for FTL.

FTL symptoms decreased significantly in the offspring of the intervention group, as seen in both in the Adult Entitled Dependence Scale (AED; P < .05; Cohen’s D = 0.84); and the Adaptive Behaviors Scale (ABS; P < .05; Cohen’s D = 0.70).

There was no change in anxiety as assessed by the Adult Behavior Checklist (ABCL). But Dr. Berger noted that child anxiety is difficult to assess through parental report.

“This population is self-isolating and parents sometimes don’t know what’s going on,” and ABCL measures may not be “as sensitive as we would have liked them to be,” Dr. Berger said.

Parental burden was significantly decreased as measured by the Zarit Burden Interview (ZBI; P < .05; Cohen’s D = 0.70). In addition, family accommodation decreased significantly as determined by the Family Accommodation Scale–Anxiety (FASA; P < .05; Cohen’s D = 0.70).
 

Innovative work

In a comment, Jonathan E. Alpert, MD, PhD, chair, department of psychiatry and behavioral sciences, and professor of psychiatry, neuroscience, and pediatrics, Albert Einstein College of Medicine, New York, described the program as “innovative.”

He noted that the SPACE-FTL approach provides parents with education and skills to reduce behaviors that reinforce their child’s avoidance of independent activities. Such behaviors “may inadvertently contribute to the adult child remaining stuck,” he said.

“Through its involvement of parents and use of a structured approach, SPACE-FTL is a very interesting step toward more evidence-based therapies.”

However, he noted that the number of study participants is still “very low” and further work is needed to better characterize this condition and develop effective therapies.

He noted that parents of adult children with FTL should not be judged or blamed. “They have been living with a worrisome problem for years and are simply doing their best to cope as any of us would do.”

In addition, he noted that some adult children aren’t capable of launching because of a serious mental illness or substance use disorder that needs treatment.

It’s unclear just how many adult children have FTL, as the condition lacks formal, agreed-upon clinical and research criteria and a reliable evidence base for treatment, Dr. Alpert said.

“Whatever the actual numbers of FTL, my anecdotal clinical experience suggests that it is a very common problem which is understudied.”

He added that the definitions of FTL should include cultural context. In some groups, it’s quite normal for adults in their 20s, 30s, or even older to live with their parents, Dr. Alpert said.

Dr. Berger and Dr. Albert report no relevant financial relationships.

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

WASHINGTON – A novel program for parents of highly dependent adult children reduces parental burden and anxiety in their offspring, a new pilot study shows.

Known as failure to launch (FTL) syndrome, the criteria for this condition include the absence of a neurodevelopmental, mental, or intellectual condition, difficulty adapting to the challenges of adulthood, and living with or at the expense of parents.

Results suggest that the program benefits families dealing with FTL, said study investigator Uri Berger, PhD, postdoctoral associate, Yale Child Study Center Anxiety and Mood Disorders Program, New Haven, Conn.

“If you encounter parents who are say 50-60 years old who have a child with FTL, you can tell them there’s something they can do; there’s work they can do even if their child is refusing to go to therapy,” he said.

The findings were presented as part of the Anxiety and Depression Association of America Anxiety & Depression conference.
 

Anxious, isolated

Estimates suggest that there are 3.3 million physically able adults with FTL and that the disorder may be on the rise. These individuals often present with mental health symptoms including anxiety, depression, and suicidality, and tend to be socially isolated.

The investigators noted that intervening is often challenging because individuals with the syndrome are frequently noncompliant with therapy, and currently there is no standard of care.

“The longer you’re isolated, the harder it is getting out of your cocoon, and when these adult children get to the point where they seek help, they’re less likely to comply,” he said. However, he noted, this is not because they are lazy; it’s that they’re “very, very anxious.”

Parents and other family members are also negatively affected. Dr. Berger noted that 15% of parents of a child with FTL equate their caregiver burden with having a family member with a chronic physical illness. “It’s huge; parents go through hell and it’s very hard on them. Many believe it is their fault and they feel a lot of shame.”

Supportive Parenting for Anxious Childhood Emotions (SPACE) is a manualized, parent-based program for childhood anxiety and obsessive-compulsive disorder. It has been tested in clinical trials and found to be noninferior to cognitive behavioral therapy for childhood anxiety.

The research adapted it to treat FTL. SPACE-FTL focuses on reducing parents’ family accommodation (FA), a descriptor for a child’s excessive dependence on their parents to help them avoid anxiety-provoking situations.

The study examined the feasibility, acceptability, and treatment satisfaction and its effect on adult child psychopathology symptoms, parents’ FA, and the paternal burden of caring for adult children.

The study included parents (mean age, 59.46 years; 85% female) of 40 adult children with FTL (mean age, 23.51 years; 20% female) from across the United States.

Parents were randomized to a 13-week wait-list or the SPACE-FTL program, which involves 13-20 therapy sessions, depending on the need. The average number of sessions in the study was 15. The program has five key components:

• Providing information emphasizing FTL as not a character flaw but a problem with anxiety.
• Helping parents identify how they accommodate their child’s behavior, and facilitating an environment that encourages independence.
• Getting parents to show acceptance and confidence in their child who’s trying to overcome anxiety when, for example, they seek employment, instead of being overprotective and demanding.
• Focusing on change nonconfrontationally.
• Involving other family, community members, and professionals who can support the parent, child, or both.

The recruitment, treatment sessions, and assessments were all done online. Most participants rated the intervention as highly satisfactory on the Client Satisfaction Questionnaire (CSQ-8; mean score, 27.7 out of a maximum of 32). About 60% of the offspring no longer met full criteria for FTL (P < .001; Cohen’s D = 1.76).

All children of the wait-listed parents still met criteria for FTL.

FTL symptoms decreased significantly in the offspring of the intervention group, as seen in both in the Adult Entitled Dependence Scale (AED; P < .05; Cohen’s D = 0.84); and the Adaptive Behaviors Scale (ABS; P < .05; Cohen’s D = 0.70).

There was no change in anxiety as assessed by the Adult Behavior Checklist (ABCL). But Dr. Berger noted that child anxiety is difficult to assess through parental report.

“This population is self-isolating and parents sometimes don’t know what’s going on,” and ABCL measures may not be “as sensitive as we would have liked them to be,” Dr. Berger said.

Parental burden was significantly decreased as measured by the Zarit Burden Interview (ZBI; P < .05; Cohen’s D = 0.70). In addition, family accommodation decreased significantly as determined by the Family Accommodation Scale–Anxiety (FASA; P < .05; Cohen’s D = 0.70).
 

Innovative work

In a comment, Jonathan E. Alpert, MD, PhD, chair, department of psychiatry and behavioral sciences, and professor of psychiatry, neuroscience, and pediatrics, Albert Einstein College of Medicine, New York, described the program as “innovative.”

He noted that the SPACE-FTL approach provides parents with education and skills to reduce behaviors that reinforce their child’s avoidance of independent activities. Such behaviors “may inadvertently contribute to the adult child remaining stuck,” he said.

“Through its involvement of parents and use of a structured approach, SPACE-FTL is a very interesting step toward more evidence-based therapies.”

However, he noted that the number of study participants is still “very low” and further work is needed to better characterize this condition and develop effective therapies.

He noted that parents of adult children with FTL should not be judged or blamed. “They have been living with a worrisome problem for years and are simply doing their best to cope as any of us would do.”

In addition, he noted that some adult children aren’t capable of launching because of a serious mental illness or substance use disorder that needs treatment.

It’s unclear just how many adult children have FTL, as the condition lacks formal, agreed-upon clinical and research criteria and a reliable evidence base for treatment, Dr. Alpert said.

“Whatever the actual numbers of FTL, my anecdotal clinical experience suggests that it is a very common problem which is understudied.”

He added that the definitions of FTL should include cultural context. In some groups, it’s quite normal for adults in their 20s, 30s, or even older to live with their parents, Dr. Alpert said.

Dr. Berger and Dr. Albert report no relevant financial relationships.

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

WASHINGTON – A novel program for parents of highly dependent adult children reduces parental burden and anxiety in their offspring, a new pilot study shows.

Known as failure to launch (FTL) syndrome, the criteria for this condition include the absence of a neurodevelopmental, mental, or intellectual condition, difficulty adapting to the challenges of adulthood, and living with or at the expense of parents.

Results suggest that the program benefits families dealing with FTL, said study investigator Uri Berger, PhD, postdoctoral associate, Yale Child Study Center Anxiety and Mood Disorders Program, New Haven, Conn.

“If you encounter parents who are say 50-60 years old who have a child with FTL, you can tell them there’s something they can do; there’s work they can do even if their child is refusing to go to therapy,” he said.

The findings were presented as part of the Anxiety and Depression Association of America Anxiety & Depression conference.
 

Anxious, isolated

Estimates suggest that there are 3.3 million physically able adults with FTL and that the disorder may be on the rise. These individuals often present with mental health symptoms including anxiety, depression, and suicidality, and tend to be socially isolated.

The investigators noted that intervening is often challenging because individuals with the syndrome are frequently noncompliant with therapy, and currently there is no standard of care.

“The longer you’re isolated, the harder it is getting out of your cocoon, and when these adult children get to the point where they seek help, they’re less likely to comply,” he said. However, he noted, this is not because they are lazy; it’s that they’re “very, very anxious.”

Parents and other family members are also negatively affected. Dr. Berger noted that 15% of parents of a child with FTL equate their caregiver burden with having a family member with a chronic physical illness. “It’s huge; parents go through hell and it’s very hard on them. Many believe it is their fault and they feel a lot of shame.”

Supportive Parenting for Anxious Childhood Emotions (SPACE) is a manualized, parent-based program for childhood anxiety and obsessive-compulsive disorder. It has been tested in clinical trials and found to be noninferior to cognitive behavioral therapy for childhood anxiety.

The research adapted it to treat FTL. SPACE-FTL focuses on reducing parents’ family accommodation (FA), a descriptor for a child’s excessive dependence on their parents to help them avoid anxiety-provoking situations.

The study examined the feasibility, acceptability, and treatment satisfaction and its effect on adult child psychopathology symptoms, parents’ FA, and the paternal burden of caring for adult children.

The study included parents (mean age, 59.46 years; 85% female) of 40 adult children with FTL (mean age, 23.51 years; 20% female) from across the United States.

Parents were randomized to a 13-week wait-list or the SPACE-FTL program, which involves 13-20 therapy sessions, depending on the need. The average number of sessions in the study was 15. The program has five key components:

• Providing information emphasizing FTL as not a character flaw but a problem with anxiety.
• Helping parents identify how they accommodate their child’s behavior, and facilitating an environment that encourages independence.
• Getting parents to show acceptance and confidence in their child who’s trying to overcome anxiety when, for example, they seek employment, instead of being overprotective and demanding.
• Focusing on change nonconfrontationally.
• Involving other family, community members, and professionals who can support the parent, child, or both.

The recruitment, treatment sessions, and assessments were all done online. Most participants rated the intervention as highly satisfactory on the Client Satisfaction Questionnaire (CSQ-8; mean score, 27.7 out of a maximum of 32). About 60% of the offspring no longer met full criteria for FTL (P < .001; Cohen’s D = 1.76).

All children of the wait-listed parents still met criteria for FTL.

FTL symptoms decreased significantly in the offspring of the intervention group, as seen in both in the Adult Entitled Dependence Scale (AED; P < .05; Cohen’s D = 0.84); and the Adaptive Behaviors Scale (ABS; P < .05; Cohen’s D = 0.70).

There was no change in anxiety as assessed by the Adult Behavior Checklist (ABCL). But Dr. Berger noted that child anxiety is difficult to assess through parental report.

“This population is self-isolating and parents sometimes don’t know what’s going on,” and ABCL measures may not be “as sensitive as we would have liked them to be,” Dr. Berger said.

Parental burden was significantly decreased as measured by the Zarit Burden Interview (ZBI; P < .05; Cohen’s D = 0.70). In addition, family accommodation decreased significantly as determined by the Family Accommodation Scale–Anxiety (FASA; P < .05; Cohen’s D = 0.70).
 

Innovative work

In a comment, Jonathan E. Alpert, MD, PhD, chair, department of psychiatry and behavioral sciences, and professor of psychiatry, neuroscience, and pediatrics, Albert Einstein College of Medicine, New York, described the program as “innovative.”

He noted that the SPACE-FTL approach provides parents with education and skills to reduce behaviors that reinforce their child’s avoidance of independent activities. Such behaviors “may inadvertently contribute to the adult child remaining stuck,” he said.

“Through its involvement of parents and use of a structured approach, SPACE-FTL is a very interesting step toward more evidence-based therapies.”

However, he noted that the number of study participants is still “very low” and further work is needed to better characterize this condition and develop effective therapies.

He noted that parents of adult children with FTL should not be judged or blamed. “They have been living with a worrisome problem for years and are simply doing their best to cope as any of us would do.”

In addition, he noted that some adult children aren’t capable of launching because of a serious mental illness or substance use disorder that needs treatment.

It’s unclear just how many adult children have FTL, as the condition lacks formal, agreed-upon clinical and research criteria and a reliable evidence base for treatment, Dr. Alpert said.

“Whatever the actual numbers of FTL, my anecdotal clinical experience suggests that it is a very common problem which is understudied.”

He added that the definitions of FTL should include cultural context. In some groups, it’s quite normal for adults in their 20s, 30s, or even older to live with their parents, Dr. Alpert said.

Dr. Berger and Dr. Albert report no relevant financial relationships.

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

WASHINGTON, D.C. – Remote monitoring of infant weight reduced the number of office visits among newborns, according to a new study presented at the Pediatric Academic Societies annual meeting.

The pilot trial compared the frequency of office visits for healthy babies born at 37 weeks’ gestation or later. One group of 20 infants had their weight monitored at home by parents, and another group of 20 infants received usual care, which included two in-person office visits over the first 6 weeks of life.

Researchers found that visits for infants in the intervention group decreased by 25% after the first week of life and by 23% after the second week.

The remote method can help alert physicians earlier to insufficient weight because parents report gains or losses three times a week over the 6 weeks, resulting in more data for providers. 

“You’re going to see fewer visits with people who have scales because the docs are getting the information they need, which is: ‘Is this baby doing okay or not?’ ” said Diane DiTomasso, PhD, RN, a professor at the University of Rhode Island, South Kingstown, who was not involved with the study. “I think it’s a very necessary study because, to my knowledge, nobody has done a randomized controlled trial on this topic.”

Keeping infants at home can also protect babies from infections they might catch in the clinic.

“There are a lot of other kids in an office setting, and kids like touching things,” said Anirudha Das, MD, MPH, a neonatologist at Cleveland Clinic Children’s and the lead author of the study. “When there are a lot of other kids, there are a lot of viruses. It’s a very dangerous environment.”

Parents in the intervention group were given scales and asked to enter their infant’s weight into a patient portal app three times per week for 6 weeks. Physicians then determined if in-office visits were necessary. 

The benefits of home weight checks can include helping to allow for breastfeeding for a longer duration. 

Weight is more closely monitored for breastfed infants. Waiting weeks for office checks can heighten parental anxiety and lead to prematurely stopping breastfeeding. With regular at-home checks, parents receive up-to-date information from physicians that can alleviate concerns and empower them with more control over the process, according to Dr. DiTomasso.

Breastfeeding is associated with a lower risk for cardiovascular disease, diabetes, obesity, cancer in later life, and a lower risk of breast cancer for breastfeeding parents.

Office weight checks can also alleviate a significant and unnecessary burden for parents, Dr. Das said.

“You shouldn’t have to put your baby in a car, possibly in freezing temperatures, hire someone to take care of your other kids, drive to the hospital, pay for parking, and walk to the office for a weight check,” Dr. Das said.

Dr. Das noted that, because of technical errors, parents weren’t able to use remote monitoring and had in-person visits during the first 5 days of life. The intervention group had more visits during that period than the usual-care group. 

The study was funded by the American Academy of Pediatrics. The authors and Dr. Das reported no relevant financial relationships.

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

WASHINGTON, D.C. – Remote monitoring of infant weight reduced the number of office visits among newborns, according to a new study presented at the Pediatric Academic Societies annual meeting.

The pilot trial compared the frequency of office visits for healthy babies born at 37 weeks’ gestation or later. One group of 20 infants had their weight monitored at home by parents, and another group of 20 infants received usual care, which included two in-person office visits over the first 6 weeks of life.

Researchers found that visits for infants in the intervention group decreased by 25% after the first week of life and by 23% after the second week.

The remote method can help alert physicians earlier to insufficient weight because parents report gains or losses three times a week over the 6 weeks, resulting in more data for providers. 

“You’re going to see fewer visits with people who have scales because the docs are getting the information they need, which is: ‘Is this baby doing okay or not?’ ” said Diane DiTomasso, PhD, RN, a professor at the University of Rhode Island, South Kingstown, who was not involved with the study. “I think it’s a very necessary study because, to my knowledge, nobody has done a randomized controlled trial on this topic.”

Keeping infants at home can also protect babies from infections they might catch in the clinic.

“There are a lot of other kids in an office setting, and kids like touching things,” said Anirudha Das, MD, MPH, a neonatologist at Cleveland Clinic Children’s and the lead author of the study. “When there are a lot of other kids, there are a lot of viruses. It’s a very dangerous environment.”

Parents in the intervention group were given scales and asked to enter their infant’s weight into a patient portal app three times per week for 6 weeks. Physicians then determined if in-office visits were necessary. 

The benefits of home weight checks can include helping to allow for breastfeeding for a longer duration. 

Weight is more closely monitored for breastfed infants. Waiting weeks for office checks can heighten parental anxiety and lead to prematurely stopping breastfeeding. With regular at-home checks, parents receive up-to-date information from physicians that can alleviate concerns and empower them with more control over the process, according to Dr. DiTomasso.

Breastfeeding is associated with a lower risk for cardiovascular disease, diabetes, obesity, cancer in later life, and a lower risk of breast cancer for breastfeeding parents.

Office weight checks can also alleviate a significant and unnecessary burden for parents, Dr. Das said.

“You shouldn’t have to put your baby in a car, possibly in freezing temperatures, hire someone to take care of your other kids, drive to the hospital, pay for parking, and walk to the office for a weight check,” Dr. Das said.

Dr. Das noted that, because of technical errors, parents weren’t able to use remote monitoring and had in-person visits during the first 5 days of life. The intervention group had more visits during that period than the usual-care group. 

The study was funded by the American Academy of Pediatrics. The authors and Dr. Das reported no relevant financial relationships.

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

WASHINGTON, D.C. – Remote monitoring of infant weight reduced the number of office visits among newborns, according to a new study presented at the Pediatric Academic Societies annual meeting.

The pilot trial compared the frequency of office visits for healthy babies born at 37 weeks’ gestation or later. One group of 20 infants had their weight monitored at home by parents, and another group of 20 infants received usual care, which included two in-person office visits over the first 6 weeks of life.

Researchers found that visits for infants in the intervention group decreased by 25% after the first week of life and by 23% after the second week.

The remote method can help alert physicians earlier to insufficient weight because parents report gains or losses three times a week over the 6 weeks, resulting in more data for providers. 

“You’re going to see fewer visits with people who have scales because the docs are getting the information they need, which is: ‘Is this baby doing okay or not?’ ” said Diane DiTomasso, PhD, RN, a professor at the University of Rhode Island, South Kingstown, who was not involved with the study. “I think it’s a very necessary study because, to my knowledge, nobody has done a randomized controlled trial on this topic.”

Keeping infants at home can also protect babies from infections they might catch in the clinic.

“There are a lot of other kids in an office setting, and kids like touching things,” said Anirudha Das, MD, MPH, a neonatologist at Cleveland Clinic Children’s and the lead author of the study. “When there are a lot of other kids, there are a lot of viruses. It’s a very dangerous environment.”

Parents in the intervention group were given scales and asked to enter their infant’s weight into a patient portal app three times per week for 6 weeks. Physicians then determined if in-office visits were necessary. 

The benefits of home weight checks can include helping to allow for breastfeeding for a longer duration. 

Weight is more closely monitored for breastfed infants. Waiting weeks for office checks can heighten parental anxiety and lead to prematurely stopping breastfeeding. With regular at-home checks, parents receive up-to-date information from physicians that can alleviate concerns and empower them with more control over the process, according to Dr. DiTomasso.

Breastfeeding is associated with a lower risk for cardiovascular disease, diabetes, obesity, cancer in later life, and a lower risk of breast cancer for breastfeeding parents.

Office weight checks can also alleviate a significant and unnecessary burden for parents, Dr. Das said.

“You shouldn’t have to put your baby in a car, possibly in freezing temperatures, hire someone to take care of your other kids, drive to the hospital, pay for parking, and walk to the office for a weight check,” Dr. Das said.

Dr. Das noted that, because of technical errors, parents weren’t able to use remote monitoring and had in-person visits during the first 5 days of life. The intervention group had more visits during that period than the usual-care group. 

The study was funded by the American Academy of Pediatrics. The authors and Dr. Das reported no relevant financial relationships.

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