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Unformatted text preview: their brain using a fluorescent tracer dye that displayed areas of suppressed activity in the striatum of the brain. Swaminathan explains that after the mice displayed suppressed levels of activity from withdrawal they were given another dose of methamphetamines resulting in a reset of the brains neurotransmitters to pre-addictive levels. Nigel Bamford from the University of Washington School of Medicine also states that if similar changes occur in humans, it will indicate that an effective way to fight addiction may be to design therapies that target the affected area-the striatum, a forebrain region that controls movement but also has been linked to habit-forming behavior. (Swaminathan, Par. 3)...
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- Fall '05