How Venom Works: Chemistry & Effects

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Venom operates on a molecular level by disrupting the normal functions of nerve and muscle cells, leading to immobilization of prey. Key components of venom target specific sites on these cells, including acetylcholine receptors, potassium channels, and calcium channels, which can result in paralysis or other negative reactions in the victim. Additionally, some venoms contain enzymes that can digest or break down tissue, further contributing to their harmful effects. For more detailed information, additional resources are available online.
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i want to know how venom works on a molecular level.

what do the chemicals in the venom do that causes a negative reaction when introduced into somebody?
 
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Well, venom disturbs the normal functioning of the nerve or muscle cells to immobilize a prey. There are several different targets on nerve or muscle cells like acetylcholine receptors, potassium channels and calcium channels. Some venoms contain enzymes, which will actually digest or break down tissue.

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