From Chatbots to Carebots: Large Language Models in Modern Medicine by Shreya Johri Join us in Northwest B103 on 12/6/23 at 7PM EST! Seminar is open to all interested and free! If you can’t make it in person catch the livestream here. From old-time home remedies to sophisticated surgeries, the way we treat illnesses has undergone a remarkable transformation over centuries. And now, the medical … Continue reading Seminar 12/6: From Chatbots to Carebots
The Chimera of Greek myth had a lion’s head, goat’s body, and snake’s tail. Scientists have made a chimeric monkey with cells from two types of monkeys, which could one day lead to better lab models for scientists and donor organs for patients. Continue reading The birth of the first chimeric monkey that survived for 10 days
Scientists have discovered that mitochondria bursting may cause cellular aging. Continue reading Aging? Blame your mitochondria
Knowing the type of brain tumor can help determine how aggressive the surgeon should be in removing it. A new study has created a procedure using machine learning and DNA sequencing to quickly classify tumors and guide the surgery while it is happening. Continue reading Machine learning can rapidly identify brain tumor type to guide surgery
Scientists have discovered a new way to study Alzheimer’s disease in mice, revealing how brain cells die in AD. This breakthrough could lead to new treatments that slow or stop the disease. Continue reading Hope for New Alzheimer’s Treatments as Scientists Discover How Brain Cells Die
Using a well-established non-human primate model, researchers were able to successfully treat alcohol use disorder with a gene therapy targeting the dopamine reward system. Continue reading Gene therapy for alcoholism successful in monkeys
A group of researchers from across the country found that whole genome sequencing identified more potentially disease-causing variants than targeted gene panels in hospitalized infants Continue reading Genome Sequencing Finds More Rapid Diagnoses Than Targeted Gene Panels in Hospitalized Infants
by Nicolai Penafigures by Jasmin Joseph-Chazan Toward the end of the 20th century, the intricate biology of how the eye produces visual information was thought to be well understood– a combination of sensors and circuits in the eye extract features of visual scenes. This information is conveyed from the eye to the brain by specialized neurons that physically connect the two structures (Figure 1, blue). … Continue reading Vision you can’t see: How the brain senses the time of day
by Hannah Blumefigures by Salvador Balkus In some ways, a living cell is like a shoreline, where some creatures build their homes on rocky, solid structures while others live in shifting and dynamic sands. This ecosystem needs both rigid and fluid structures to support life, and similarly, individual cells in our bodies use both structured and fluid compartments to carry out vital functions. The existence … Continue reading Liquid-within-liquid compartments: a groundbreaking discovery in biology
New research from Northwestern University found that, when predicting heart disease, including genetic information had a minimal improvement compared to a more common test. Continue reading Genetic risk prediction for heart disease underperforms in large research cohort