Deep Brain Stimulation News and Research

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Deep brain stimulation (DBS) is a surgical procedure used to treat a variety of disabling neurological symptoms—most commonly the debilitating symptoms of Parkinson’s disease (PD), such as tremor, rigidity, stiffness, slowed movement, and walking problems. The procedure is also used to treat essential tremor, a common neurological movement disorder. At present, the procedure is used only for patients whose symptoms cannot be adequately controlled with medications.
Neuroscientists control visual behavior of a mouse with single-cell precision

Neuroscientists control visual behavior of a mouse with single-cell precision

New radiation technique shows promise for treating patients with essential tremor

New radiation technique shows promise for treating patients with essential tremor

Provocation of obsessive thoughts induces physiological brain changes in 64-year-old man with OCD

Provocation of obsessive thoughts induces physiological brain changes in 64-year-old man with OCD

Could deep brain stimulation help resolve the opioid epidemic?

Could deep brain stimulation help resolve the opioid epidemic?

Parkinson's sufferers regain mobility with new implant

Parkinson's sufferers regain mobility with new implant

Understanding imbalance in key neural pathway to help treat psychiatric disorders

Understanding imbalance in key neural pathway to help treat psychiatric disorders

Advances in deep brain stimulation for Parkinson’s could lead to treatments for other disorders

Advances in deep brain stimulation for Parkinson’s could lead to treatments for other disorders

DBS improves patients' cognitive control by increasing power of brain rhythms

DBS improves patients' cognitive control by increasing power of brain rhythms

Deep brain stimulation offers significant relief for patients with treatment-resistant depression

Deep brain stimulation offers significant relief for patients with treatment-resistant depression

Parkinson's treatment boosts the number and strength of brain cell 'batteries'

Parkinson's treatment boosts the number and strength of brain cell 'batteries'

Study suggests two deep brain stimulation sites that are effective for treating OCD

Study suggests two deep brain stimulation sites that are effective for treating OCD

Non-invasive technique to accurately study activity in deepest part of the brain

Non-invasive technique to accurately study activity in deepest part of the brain

New study analyzes impulsivity in Parkinson's patients treated with Deep Brain Stimulation

New study analyzes impulsivity in Parkinson's patients treated with Deep Brain Stimulation

Researchers capture altered brain activity patterns of Parkinson's in mice

Researchers capture altered brain activity patterns of Parkinson's in mice

Researchers identify brain pathways of aversion

Researchers identify brain pathways of aversion

Study aims to customize epilepsy treatment by stimulating the brain non-invasively

Study aims to customize epilepsy treatment by stimulating the brain non-invasively

Beta wave control in Parkinson’s diseased brain could be a potential therapy

Beta wave control in Parkinson’s diseased brain could be a potential therapy

Neurofeedback system enables Parkinson's patients to voluntarily control brain wave activity

Neurofeedback system enables Parkinson's patients to voluntarily control brain wave activity

Erasing memories could reduce relapse rates among drug addicts

Erasing memories could reduce relapse rates among drug addicts

New implant could restore the transmission of electrical signals in injured central nervous system

New implant could restore the transmission of electrical signals in injured central nervous system