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<blockquote data-quote="soloXgt" data-source="post: 7663672" data-attributes="member: 576291"><p>Actually, most mutations go unnoticed since they mostly occur in non-translated parts of the genome in the "junk" DNA). Most bad mutations are destroyed or cannot function due to structural instability in their tertiary structure. Whereas the negative mutations that are noticed maintain structural integrity and have a separate function, or no function at all (where in this case, the body would need something important from this malformed protein, ei. chaperone protein). Same goes for a positive mutation, where this new/improved protein functions better/has positive effect on the body.</p></blockquote><p></p>
[QUOTE="soloXgt, post: 7663672, member: 576291"] Actually, most mutations go unnoticed since they mostly occur in non-translated parts of the genome in the "junk" DNA). Most bad mutations are destroyed or cannot function due to structural instability in their tertiary structure. Whereas the negative mutations that are noticed maintain structural integrity and have a separate function, or no function at all (where in this case, the body would need something important from this malformed protein, ei. chaperone protein). Same goes for a positive mutation, where this new/improved protein functions better/has positive effect on the body. [/QUOTE]
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