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Skip Navigation LinksHome > August 2012 - Volume 71 - Issue 2 > Obesity and Brain Addiction Circuitry: Implications for Dee...
doi: 10.1227/NEU.0b013e31825972ab

Obesity and Brain Addiction Circuitry: Implications for Deep Brain Stimulation

Taghva, Alexander MD*,‡; Corrigan, John D. PhD§; Rezai, Ali R. MD*

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Obesity is a growing health problem worldwide and is responsible for a significant proportion of health expenditures in developed nations. It is also notoriously difficult to treat. Prior attempts at pharmacological or neurological modulation, including deep brain stimulation, have primarily targeted homeostatic mechanisms of weight control centered in the hypothalamus. To date, these attempts have had limited success. Multiple lines of independent data suggest that dysregulated reward circuitry in the brain underlies behaviors leading to obesity. Here, we review the existing data and related neurocircuitry, as well as the scope of obesity and currently available treatments. Finally, we suggest a neuromodulation strategy geared toward regulating these dysfunctional circuits, primarily by alteration of frontolimbic circuits.

ABBREVIATIONS: ACC, anterior cingulate cortex

BMI, body mass index

CSPT, Ccortico-striato-pallido-thalamo-cortical

DBS, deep brain stimulation

fMRI, functional magnetic resonance imaging

NAcc, ccnucleus accumbens

SCC, subgenual cingulate cortex

VTA, ventral tegmental area

Copyright © by the Congress of Neurological Surgeons


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