Stanford researchers have developed CRISPR-GPT, an AI tool that simplifies gene editing design, accelerating the development of gene therapies and making genome editing more accessible across various industries.

New research indicates that riluzole, a drug used for motor neuron diseases, may significantly improve recovery outcomes when administered early after spinal cord injury, offering new hope for patients and clinicians alike.

A novel surgical technique combining vision preservation with targeted radiation therapy may significantly reduce metastasis and improve survival in patients with uveal melanoma, offering new hope for this rare eye cancer.

Learn how brief psychotherapy can be successfully incorporated into short medication visits in psychiatry, expanding access and enhancing treatment outcomes. An approach supported by leading experts in the field.

The decline in rescue breathing CPR during COVID-19 has been linked to increased child mortality, highlighting the importance of proper pediatric resuscitation training and safety tools.

Mayo Clinic researchers have developed virtual clinical trials using AI and real-world data to predict the success of repurposed drugs for heart failure, speeding up drug development and reducing costs.

Recent advances in neuroimaging and intraoperative techniques are enhancing the precision of deep brain stimulation targeting the centromedian nucleus, offering new hope for patients with drug-resistant epilepsy. Learn about innovative approaches that improve surgical outcomes and seizure control.

Recent Yale research uncovers the molecular mechanisms behind heart defects in Noonan syndrome and highlights a promising drug that could offer new treatment options for affected children.

Regular physical activity boosts brain health and memory in Alzheimer's disease by enhancing growth factor signaling pathways. Recent research highlights exercise's potential to slow cognitive decline through molecular mechanisms in the hippocampus.

New research reveals how exercise produces Lac-Phe, a natural compound that suppresses appetite by acting on brain neurons, helping to explain weight loss mechanisms. Future potential for therapeutic applications is promising.