A specialized stenting system used to open blocked arteries in the brain could change how we treat strokes. Intracranial stenosis —a narrowing of brain arteries caused by the buildup and hardening of fatty deposits—can lead to strokes. Blood thinners, cholesterol Read On
New Study Aims to Reveal Secrets of Brain Circuitry and Decision-Making Illustration: Neil Webb To unlock secrets of one of the mind’s most mysterious and important functions—how memories are forged and recalled— Cedars-Sinai investigators are sketching a dynamic picture of Read On
Chelsy Colangelo knows her brain is dying. “I’ve had a stroke! You have to help me!” But the plea collapses before reaching her lips. Instead, Chelsy’s frantic thoughts spin circles in a smoldering maze of circuits in her brain — only to crash, crumble, or vaporize in the glare of emergency room lights. Her brain is dying, and no one knows but her.
The insidious nature of Alzheimer’s disease — with onset starting many years before symptoms appear — has reinforced the sense that it strikes at random, without warning or recourse. However, hope exists, with a growing number of experts arguing that the course of the disease can be changed, provided it is diagnosed early enough.
Two investigators use direct-brain recording to listen in on the brain’s deepest internal dialogues. What they learn could illuminate the biology of memory. Yes, she remembers seeing the picture of the coffee cup. The car, too. And the dog, the Read On
A potential new therapy to prevent crippling brain damage after a stroke could one day help save lives or prevent paralysis in millions of people globally.
What has changed in the world and at Cedars-Sinai between 1973 and 2013? See for yourself. Read On