Antidepressant Use and Risk of Manic Episodes in Children and Adolescents With Unipolar Depression

Suvi Virtanen, PhD; et al in JAMA Psychiatry. September 27, 2023. report a low risk of switching in youngsters with unipolar depression. However, the odds ratio for a switch were significantly elevated when there was concomitant use of anticonvulsants and antipsychotics, and there was a four fold increased risk if a parent had bipolar disorder. Thus one should be particularly careful about treating depression with antidepressants (AD) when there is a positive parental history of bipolar disorder and one should think of other options, such as lamotrigine, an atypical with good AD effects, or lithium.

Pediatric Bipolar Disorder is Associated with Neurocognitive Deficits

Highlights from the International Society for Bipolar Disorders Conference Posters and Presentations, Chicago, June 22-25, 2023

Maria Paula Maziero of The University of Texas Health Science Center At Houston reported that while euthymic youths with BD (bipolar disorder) exhibited significant dysfunction in working memory (WM), verbal learning, and memory domains, fluctuation between the mood states affected the type of cognitive dysfunction. They concluded: “Pediatric bipolar disorder patients have marked cognitive dysfunction involving multiple domains, especially executive measures. The severity of mood symptoms influences cognitive performance, but even euthymic persons perform lower than matched controls.

Childhood Bullying and Maltreatment Yield A Worse Course of Bipolar Illness

Highlights from the International Society for Bipolar Disorders Conference Posters and Presentations, Chicago, June 22-25, 2023

Georgina Hosang of Bart’s & The London, Queen Mary’s School of Medicine reported that bullying and maltreatment together were associated with more suicidal behaviors than either childhood experience alone.

Greater Severity of Depression in Youth With Bipolar Disorder versus Unipolar Depression

Highlights from the International Society for Bipolar Disorders Conference Posters and Presentations, Chicago, June 22-25, 2023

Aaron Silverman of the University of Toronto, CAMH found that “youth (age 13-21) with [Bipolar Disorders] compared to those with [unipolar] depression had significantly higher (more severe) ratings on depressed mood (p = .001), irritability (p = .037), anhedonia (p = .004), negative self-image (p < .001), hopelessness (p = .04), fatigue (p = .001), hypersomnia (p = .001), suicidal ideation (p = .04), and recurrent thoughts of death (p < .001).”

Intranasal Oxytocin for Internalizing Symptoms in Youth With Disruptive Behavior Disorders

Highlights from Posters Presented at the Society of Biological Psychiatry Meeting, April 27-29, 2023 in San Diego


E. Kendall reported that “Fifty-two youths with diagnoses of DBD [Disruptive Behavior Disorders] participated in [this] study, and twenty-five completed three weeks of treatment of intranasal OXT [oxytocin] and twenty-seven placebo (PBO)…. Youth who received OXT showed a significantly greater reduction of depression [ p=0.012] and anxiety [p=0.031] compared to the [placebo] group.”

They concluded that “Intranasal OXT can show efficacy in reducing internalizing symptoms in youth with DBD. This was accompanied by neural level changes implicated in emotion regulation (mPFC [medial prefrontal cortex] and ACC [anterior cingulate cortex]).”

Early Antidepressant Use is Associated with Rapid Cycling Bipolar Disorder

Highlights from Posters Presented at the Society of Biological Psychiatry Meeting, April 27-29, 2023 in San Diego

A.C. Courtes and Jair Soares reported that “Antidepressants were prescribed as the first psychiatry medication in 74/114 (65%) of BD patients.” This and alcohol use disorder were independent predictors of rapid cycling.

Sleep Disturbances in Pediatric Bipolar NOS is the Same as in BP I 

Gianni Faedda reported in Frontiers in Psychiatry (2012) that decreased need for sleep is as prominent in BP NOS children as in those with BP I.  So it appears that with the exception of only brief periods of mania in BP NOS, these children have similar characteristics to those with full blown BP I.  Thus in addition to the briefer periods of mania, one should be on the look out for all the symptoms of bipolar disorder that are not typical of ADHD, including brief or extended periods of euphoria, decreased need for sleep, more extreme degrees of irritability and poor frustration tolerance, hallucination, delusions, suicidal and homicidal ideation, more severe depression, and increases in sexual interest and actions.  When these are present, the bipolar mood instability should  be treated first and only then small doses of psychomotor stimulants can be used to treat what ever residual ADHD remains.  The typical symptoms of ADHD are very of present and comorbid in childhood onset bipolar disorder and cannot be used to discriminate the two diagnoses.  The children with BP NOS are as dysfunctional as those with BP I and take longer to stabilize, so pharmacological treatment may need to be intensive, multimodal, and supplemented by Family Focused Therapy (FFT) or a related family therapy.  It is most often not conceptualized as such, but BP NOS as well as BP I should be considered as a medical emergency and handled by a sophisticated pediatrician and/or referred for psychiatric consultation and therapy.  The longer bipolar disorder is not treated, the worse the outcome is in adulthood.

Two different subtypes of early onset unspecified bipolar disorder (USBD)

The first subtype is classical BP NOS (Not Otherwise Specified) having all the characteristics of full-blown bipolar disorder except for only having brief durations of mania and responding to conventional treatment. The second is what is now called Temperature and Sleep Dysregulation Disorder (TSDD) and was formerly described by D. Papolos as the Fear of Harm (FOH) syndrome, and requires a different treatment approach.

Clinicians should be alert to unique symptoms in children who might have TSDD as such a diagnosis would lead to a unconventional treatment paradigm. We emphasize the importance of specifically asking parents about evidence of over heating (red face and red ears) and high tolerance for cold (going outside markedly under-dressed) and the presence of fear of sleep and horrific nightmares, as these may lead one to consider the diagnosis of TSDD.

If these two novel aspects (temperature and sleep dysregulation) occur in the presentation of a highly fearful and behaviorally dysregulated child with bipolar-like symptoms, these may lead to the consideration of an unconventional treatment paradigm. It utilizes 1) high dose lithium; 2) clonidine and other practical approaches to achieve cooling and relieve over heating; and 3) ascending doses of intranasal ketamine (as described by Papolos et al 2013; 2018). This may be of considerable clinical importance as a large group of children with this unique presentation respond very poorly to conventional treatments for bipolar disorder and remain highly impaired and dysfunction throughout their childhood and adolescence.

If these children instead are treated with: lithium (to achieve blood levels of 1.0 meq/L or higher); clonidine (0.1- 0.3mg IR and 0.1mg ER at noon and HS) and other practical ways to achieve cooling; followed by ascending intranasal doses of ketamine (starting at 20mg and increasing toward 80-260mg/day, repeated every 2-3 days), marked improvement can be achieved. This occurs in conjunction with ketamine’s positive effects on fear and aggressive behaviors in association with its ability to reduce core body temperature.

We highlight this potential alternative treatment approach as long term positive effects have been achieved with it in open case series (Papolos et al 2013; 2018 ). The efficacy of this treatment approach has not been validated in controlled clinical trials, but we believe wider recognition of the two subtypes of USBD– BPNOS and TSDD,– will lead to more systematic research on treatment. Actively looking for the unique features of TSDD and pursuing its unconventional treatment may lead to long term positive effects in a child previously viewed as having an intractable psychiatric illness.

Adolescent Delta-9-tetrahydrocannabinol  induces long-term neuronal  disturbances in dorsal vs. ventral hippocampus

December 6, 2022 · Posted in Neurobiology, Neurochemistry, Risk Factors · Comment 

De Felice et al reported in Neuropsychopharmacology (2022) how adolescent THC exposure in a rodent model can induce significant morphological disturbances and glutamatergic signaling abnormalities in the hippocampus.  The dorsal hippocampus is critical for cognitive and contextual processing, whereas the ventral region is critical for affective and emotional processing.  Adolescent THC exposure induces long-lasting memory deficits and anxiety like-behaviors concomitant with a wide range of differential molecular and neuronal abnormalities in dorsal vs. ventral hippocampal regions.

Editors Note:  While these data are in rodents, they provide insights into how THC use in adolescents exerts memory deficits and anxiety-like behavior in adulthood by dysregulation of glutamate signaling in the hippocampus.  These data converge with data in humans.  The bottom line is: use of marijuana in adolescence is not good for brain function, cognition, and behavior in adulthood.

Characteristics of Youth with Bipolar Spectrum Disorders

October 5, 2020 · Posted in Diagnosis, Risk Factors · Comment 

In a 2020 article in the Journal of Child and Adolescent Psychopharmacology, researcher Gonzalo Salazar de Pablo and colleagues described characteristics of youth with three different bipolar spectrum disorders: bipolar I disorder, bipolar disorder not otherwise specified (NOS) and mood disorder (MD) not otherwise specified. The participants were hospitalized adolescents aged 12–18 years, who were highly impaired with hallucinations, delusions, incoherence, or inability to function.

Mania (especially irritability) and depressive symptoms were common in all three groups.

Many of the youths had comorbid conditions. Approximately 40% of each diagnosis group had an anxiety disorder. Attention deficit hyperactivity disorder (ADHD) was seen in 29.2% of those with bipolar I disorder, 34.5% of those with bipolar NOS, and 43.5% of those with mood disorder NOS. Oppositional defiant disorder was seen in just over 20% of those with bipolar I or bipolar NOS, and just over 30% of those with mood disorder NOS. Substance use disorders were seen in 8.3% of those with bipolar I and about 21% of those with bipolar NOS or mood disorder NOS. Many of the participants had moderate to severe suicidality.

The median delay before the adolescents received treatment for their moderate to severe symptoms was 21 to 25 weeks. After discharge from the hospital, the adolescents with bipolar I, bipolar NOS, and mood disorder NOS were typically treated with atypical antipsychotics (79.2%, 62.1%, and 56.5%, respectively), mood stabilizers (66.7%, 31.0%, and 34.8%), and lithium (58.3%, 20.7%, 30.4%), with greater use of mood stabilizers and lithium than on admission and less use of antidepressants. Few children were on ADHD medications on admission, and even fewer (4-9%) on discharge.

The authors conclude: “Youth with BD-I, BD-NOS, and MD-NOS experience considerable symptomatology and are functionally impaired, with few differences observed in psychiatric comorbidity and clinical severity. Moreover, youth with BD-NOS and MD-NOS undergo a [long] period with subthreshold manic symptoms, enabling identification and, possibly, preventive intervention of those at risk for developing [bipolar disorder] or other affective episodes requiring hospitalization.”

Editor’s Note: These findings replicate many others in the field indicating that children with bipolar spectrum disorders, even those with symptoms short of a full-blown bipolar I diagnosis, are highly impaired with multiple comorbidities and high levels of suicidality and other dangerous symptoms. These patients deserve systematic pharmacological intervention based on an extensive clinical treatment literature.

The only thing the authors failed to address is that not only does no such clinical treatment literature exist, but there does not seem to be any recognition by the National Institute of Mental Health and other funding bodies that a series of treatment-oriented studies in children and adolescents is urgently needed.

The 2010 epidemiological studies of Kathleen Merikangas and colleagues indicate that 2.2% of adolescents have a bipolar spectrum diagnosis and that 80% of those young people are not in any kind of treatment. This is in part driven by a lack of consensus about appropriate treatment. The magnitude and seriousness of this illness creating lifelong problems, disability, cognitive impairment, and the loss of more than a decade of life expectancy is a public health catastrophe.

In the 1980s, AIDS protesters had to raise awareness, protest, and clamor for treatment studies in a highly confrontational manner before AIDS research was appropriate funded. Anthony Fauci, Director of the National Institute of Allergy and Infectious Disease since 1984, has said he was finally convinced that the AIDS protestors were correct, and he then joined forces with them to foster and accelerate treatment studies. The prognosis for AIDS changed from certain death in the 1980s to a manageable illness today.

We need leaders to demand attention to the lack of studies in bipolar disorder at a threshold that cannot be ignored by leaders of the NIMH. Patient advocacy groups must push the NIMH to fund treatment studies for bipolar disorder. It is clear that without some new form of pressure, the NIMH will fail in its stated mission to help make the lives of those with serious mental illness less grave. The current generation and many in the future generations of patients with bipolar disorder will otherwise face disaster.

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