Mutations during prenatal development may contribute to schizophrenia
Schizophrenia is known to have a genetic component, and variants in 10 genes have been identified as markedly increasing schizophrenia risk. But together, these genes account for under 5 percent of cases. Now, a pilot study in the journal Science suggests another important contributor to schizophrenia: distinctive patterns of non-inherited (somatic) mutations. These mutations appear ... Read More about Mutations during prenatal development may contribute to schizophrenia
Breaking new ground in cerebral cavernous malformation research
Children with cavernous malformations face unique treatment challenges due to factors such as the malformation’s location, size, risk of bleeding, and the complexities of pediatric tissue development. To address these issues effectively, advanced diagnostics and precise interventions are essential. This is why Ed Smith, MD, and the team at the Cerebrovascular Surgery and Interventions Center ... Read More about Breaking new ground in cerebral cavernous malformation research
First-of-their-kind findings turn conventional wisdom about diffuse hemispheric glioma on its head
Diffuse hemispheric glioma, H3G34-mutant (DHG-H3G34) is a type of high-grade glioma that typically affects adolescents and young adults. The lack of targeted treatments contributes to a very poor prognosis for patients with these malignant brain tumors. But what if some of what we thought we knew about DHG-H3G34 turned out to be wrong? That’s the ... Read More about First-of-their-kind findings turn conventional wisdom about diffuse hemispheric glioma on its head
Delving into the causes of attention deficits: Childhood adversity, lost sleep, and dopamine
New research on the effects of adversity in childhood ties together stress, sleep loss, and attention deficits later in life. It also uncovers some of the underlying brain biology and potential treatment approaches — while revealing a puzzling sex-specific effect. The lab of Takao Hensch, PhD, has long studied time windows during development — commonly ... Read More about Delving into the causes of attention deficits: Childhood adversity, lost sleep, and dopamine
Gene therapy for adrenoleukodystrophy: Studies find both risks and benefits
Cerebral adrenoleukodystrophy (CALD), portrayed in the film Lorenzo’s Oil, is a devastating disorder caused by a mutation on the X chromosome. Boys with CALD progressively lose their neurologic function and, if untreated, eventually become non-responsive. Most pass away within 10 years of diagnosis. Until recently, the only treatment for CALD was a blood (hematopoietic) stem ... Read More about Gene therapy for adrenoleukodystrophy: Studies find both risks and benefits
Shoring up heart muscle’s mini ‘managers’ to treat heart failure
Our heart muscle is studded with tiny dyads, intricately designed structures that manage incoming electrical signals and calcium release to coordinate our heartbeats. Could gene therapy help maintain dyads’ structure and boost the function of failing hearts? A new study suggests it can. “We know that in heart failure from many causes, dyads become disorganized,” says ... Read More about Shoring up heart muscle’s mini ‘managers’ to treat heart failure
EarlyBird: Addressing dyslexia through game play
Up to 10 percent of the population has dyslexia, yet many children are diagnosed only after struggling with reading for years. The stigma can cause low self-esteem, depression, and antisocial behavior. But imagine we could identify children at risk for dyslexia before they start formal reading instruction, then help them build the skills they need ... Read More about EarlyBird: Addressing dyslexia through game play
Will early intervention prevent asthma in school-age children?
Asthma affects about 1 in 10 children, often sending them to the emergency room or causing them to miss school. Allergic conditions in young children — like food allergies or eczema — are often a precursor. Susceptible children begin producing IgE antibodies, which trigger allergic reactions and spur the “allergic march” toward asthma. IgE antibodies ... Read More about Will early intervention prevent asthma in school-age children?
Novel procedure may bridge the treatment gap for symptomatic flexible flatfoot
Most children develop arches in their feet by early adolescence. About 20 percent, however, have pes planovalgus (PPV), also known as flexible flatfoot. Most children with PPV can participate in sports and other activities without issue, but others have ongoing pain in their feet that limit function and activities. Until recently in the U.S., children ... Read More about Novel procedure may bridge the treatment gap for symptomatic flexible flatfoot
Finding a possible genetic treatment for rare arrhythmias
Variants in a gene that plays a key role in heart function can cause potentially life-threatening arrhythmia syndromes known as calmodulinopathy. Calmodulinopathy is rare and causes arrhythmias that are poorly treated by current options. Boston Children’s cardiologist William Pu, MD, believes he has found a promising custom genetic treatment: antisense oligonucleotides that deplete the disease-causing gene product. ... Read More about Finding a possible genetic treatment for rare arrhythmias