Archive for neurology
Rethinking the origins of cerebral palsy
Cerebral palsy (CP) has widely been viewed as the result of perinatal oxygen deprivation or other birth-related factors like prematurity. For many children, this is true. But new work from Boston Children’s finds that up to 1 in 4 have an underlying genetic condition with the potential to change the approach to their care. Findings ... Read More
Solving neurodevelopmental mysteries, one gene, one child at a time
Suheil Day was born early, at 37 weeks. Aside from a slight head lag and mild muscle weakness, nothing seemed terribly amiss. But as the months progressed, he began having seizures. “At the age of 4 to 5 months, he started waking up screaming and crying excessively, his eyes rolling up into his head,” says ... Read More
Diving deep on epilepsy genetics
When child neurologist Annapurna Poduri, MD, MPH finished her clinical epilepsy fellowship at Boston Children’s Hospital in 2004, she was struck to find that the genetic understanding of epilepsy had changed little in the decade since she started medical school. Many questions were unanswered — and some weren’t yet being asked. Existing treatments were still ... Read More
A promising new antiseizure drug tailored to newborns
Neonatal seizures can lead to serious consequences, including significant cognitive and motor disabilities, lifelong epilepsy, and death. They are often highly resistant to treatment, in part because seizures in newborns are fundamentally different from seizures in older children and adults. Yet they are treated in much the same way as older patients, with little change over the decades. Better treatment is ... Read More
I had a seizure. Here’s what I learned.
I was 11 when I had my seizure. I’m 15 now. I’ve learned a lot since that night, and I owe a lot of what I know to Dr. Alex Rotenberg and the team at Boston Children’s Hospital. They helped me understand what caused my seizure and how to prevent another one. But I’ve also ... Read More
A ‘pump’ gene’s surprising role in early brain formation
In polymicrogyria, the cortex of the brain has many irregular, small folds (gyria) and disorganization of its layers. Many affected children have severe developmental delay, intellectual disabilities, and epilepsy, and many need to use a wheelchair. Mutations in several different genes can cause this “overfolding of the brain” condition. Key takeaways The gene ATP1A3, associated ... Read More
Motor neurons made from patients’ cells reveal possible ALS drugs and targets
Amyotrophic lateral sclerosis (ALS) is a severe, fatal neurodegenerative disorder causing loss of motor neurons and voluntary muscle action. While mouse studies have identified potential treatments, these drugs have typically done very poorly in human trials. “One of the most difficult challenges in drug discovery is identifying a target that has a key role in ... Read More
Recommendations for reproducibility in stem cell research
The ability to program induced pluripotent stem cells (iPSCs) and drive their differentiation into a variety of neural cells is essential for studying neurological disorders, including intellectual and developmental disabilities (IDDs). But issues regarding variability and reproducibility from lab to lab make translating discoveries difficult, in turn slowing the progress of IDD research. To address ... Read More
New technique yields potential treatment for a common cause of autism
Since 2008, we have known that the 16p11.2 chromosomal region is linked with autism spectrum disorder (ASD). Now, researchers from Boston Children’s have developed a new way to study the effects of 16p11.2 deletion in human neurons. In the process, they also found a potential treatment, possibly expanding the therapeutic options for this specific cause ... Read More
Neurological involvement common in kids and teens with acute COVID-19 and MIS-C
In the largest study of its kind, researchers from Boston Children’s Hospital found neurological involvement in 22 percent of children and adolescents hospitalized with acute COVID-19 or multisystem inflammatory syndrome in children (MIS-C). These symptoms included fatigue, headache, confusion, difficulty walking or crawling, or loss of taste and smell. However, 1 in 8 children with ... Read More