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Scientists manage to examine at atomic resolution how nicotine achieves these cognitive and addictive effects. The protein alpha-4-beta-2 nicotinic receptor, sits on nerve cells in the brain. Nicotine binds to the receptor when someone smokes opening a path for ions to enter the cell
Scientists manage to examine at atomic resolution how nicotine achieves these cognitive and addictive effects. The protein alpha-4-beta-2 nicotinic receptor, sits on nerve cells in the brain. Nicotine binds to the receptor when someone smokes opening a path for ions to enter the cell
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