WELCOME TO THE HALPERN-MALENKA LAB
Dr. Halpern's lab is a collaborative and joint effort with Dr. Robert Malenka, investigating the effects of deep brain stimulation in various mouse models of human behavior related to behavioral disinhibition. Obesity is not only one of the largest public health threats in the world, but it also provides a model to examine behavioral disinhibition, manifested by impulse control disorders. In the case of obesity, these present themselves as binge eating and loss of control over eating. However, such impulse control disorders are a common clinical feature in countless neurologic and psychiatric conditions. Dr. Halpern's team of scientists are examining all aspects of translating basic science and experimental findings to the human condition.
In the News
HBO's "Vice" Features Stanford Neurosurgeons
The work of Stanford neurosurgeon, Dr. Casey Halpern is featured on HBO's documentary TV series, Vice, highlighting the latest in neurotechnology research.
Deep Brain Stimulation May Prove Effective for Alcoholism
Preliminary studies by Stanford neurosurgeon, Dr. Casey Halpern, and resident, Dr. Allen Ho, show Deep Brain Stimulation may be a beneficial therapy for those with severe alcoholism.
10Q Podcast Features Stanford Neurosurgeon's DBS Research
Stanford neurosurgeon, Dr. Casey Halpern, answers questions about his latest research on the use of Deep Brain Stimulation to treat impulsive and addictive behavior, on KCBS Radio's 10Q Podcast.
Brain Zap Saps Destructive Urges
Stanford neurosurgeons hope that a brief electrical pulse to a specific brain region that predicts impulsive actions just before they occur, could prevent those impulsive behaviors from happening.
Breakthrough Treatment for Essential Tremor Now Offered at Stanford
A new, non-invasive treatment using MRI-guided ultrasound is now offered at Stanford to reduce severity of tremors caused by Essential Tremor, a common but little-known brain disorder.
Dr. Casey Halpern on His Decision to go into Medicine
Essential Tremor Program
Department of Neurosurgery Newsletter
