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Midnight97:

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Midnight97:

. What types of mutations are dangerous? nonsense mutation silent point mutation missense mutation base-pair insertions and deletions

umm:

Nonsense mutations can be dangerous as they introduce premature stop codons, leading to truncated and often non-functional proteins. Silent point mutations are generally harmless since they don't alter the amino acid sequence, preserving protein function. Missense mutations can be dangerous if they result in the substitution of a crucial amino acid, potentially impairing protein function. Base-pair insertions and deletions can cause frameshift mutations, disrupting the reading frame and likely producing a non-functional protein.

Midnight97:

@umm wrote:
Nonsense mutations can be dangerous as they introduce premature stop codons, leading to truncated and often non-functional proteins. Silent point mutations are generally harmless since they don't alter the amino acid sequence, preserving protein function. Missense mutations can be dangerous if they result in the substitution of a crucial amino acid, potentially impairing protein function. Base-pair insertions and deletions can cause frameshift mutations, disrupting the reading frame and likely producing a non-functional protein.
Thank you

Midnight97:

Why is an insertion mutation dangerous? it creates less DNA it creates extra DNA it causes a frameshift in the reading of the DNA sequence it causes a nonsense reading of the DNA strand

umm:

Just from what was provided above, which ones can you use the process of elimination with?

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