k Cobra venom action, molecular model Cobra Naja sp. venom action. Molecular model showing the structure of an alphacobratoxin snake venom protein bound to an acetylcholine binding protein AChBP from another animal. The acetylcholine binding protein circular, made from 5 different coloured subunits is part of the acetylcholine receptor, which is an essential link between the brain and the muscles. The venom five outer structures acts by blocking this region of the acetylcholine receptor, causing paralysis. Stock Photo - Afloimages
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Cobra venom action, molecular model Cobra  Naja sp.  venom action. Molecular model showing the structure of an alpha cobratoxin  snake venom protein  bound to an acetylcholine binding protein  AChBP  from another animal. The acetylcholine binding protein  circular, made from 5 different coloured subunits  is part of the acetylcholine receptor, which is an essential link between the brain and the muscles. The venom  five outer structures  acts by blocking this region of the acetylcholine receptor, causing paralysis.
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Cobra venom action, molecular model

Cobra (Naja sp.) venom action. Molecular model showing the structure of an alpha-cobratoxin (snake venom protein) bound to an acetylcholine binding protein (AChBP) from another animal. The acetylcholine binding protein (circular, made from 5 different coloured subunits) is part of the acetylcholine receptor, which is an essential link between the brain and the muscles. The venom (five outer structures) acts by blocking this region of the acetylcholine receptor, causing paralysis.

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