
Breaking Point: Inside the Youth Mental Health Crisis, Part 2
28/3/2024 | 34 min
In part one of this episode, Boston Children's experts described the state of the youth mental health crisis in the U.S. One thing that’s painfully clear? Missing a mental illness diagnosis can be severe, and even fatal. Predictive screening tools along with innovative methods for examining brain function and patterns over time are just a few of the ways Boston Children’s is at the forefront of the solution.

Breaking Point: Inside the Youth Mental Health Crisis, Part 1
21/3/2024 | 33 min
There is a youth mental health crisis in the United States. In some cases, 30 percent to 40 percent of pediatric and emergency room visits are dedicated to mental health. Boston Children’s research into biological factors, environmental triggers and inequitable systems is uncovering how we got here.

How Surgeons and Engineers Are Transforming Heart Surgery
14/3/2024 | 29 min
No two hearts are alike. And for children born with heart defects, there’s no one-size-fits-all surgical approach. But collaborations between cardiac surgeons and engineers, along with advancements in 3D modeling technology, mean experts can plan and simulate surgeries with precision — before anyone even enters the operating room — creating solutions personalized for every patient’s unique anatomy.

Understanding Epilepsy Through Genetics
07/3/2024 | 34 min
Epilepsy is one of the most debilitating chronic neurological conditions in the world, affecting 1 in 26 people. Until very recently, finding causes of the disease has been a major barrier to treatment. Recent work from Boston Children’s has found that the answer often lies in the patient’s genes.

Precision Medicine: How Gene Therapy Is Unlocking Cures for Rare Diseases
29/2/2024 | 32 min
About 10 percent of the U.S. population has a rare genetic condition. From computational biologists to geneticists, Boston Children’s scientists are working across departments to create new, accessible and personalized diagnosis and treatment processes for many previously mysterious genetic diseases.



Breakthrough