Select all examples of mutations that are likely to be dominant to wild-type alleles. Check All That Apply An amorphic allele of Gene B when Gene Bis haploinsufficient. A hypomorphic allele of Gene A that reduces its function by 75%, when one wild-type allele of Gene A is sufficient for a wild-type phenotype. A hypermorphic allele of Gene C that encodes a constitutively active protein. An antimorphic allele of Gene D that encodes a protein that forms homodimers.

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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An amorphic allele of Gene B when Gene Bis haploinsufficient.
A hypomorphic allele of Gene A that reduces its function by 75%, when one wild-type allele of Gene A is sufficient for a wild-type
phenotype.
A hypermorphic allele of Gene Cthat encodes a constitutively active protein.
An antimorphic allele of Gene D that encodes a protein that forms homodimers.
A neomorphic allele of Gene Ethat results in expression of a transcription factor in the wrong cell types.
Transcribed Image Text:An amorphic allele of Gene B when Gene Bis haploinsufficient. A hypomorphic allele of Gene A that reduces its function by 75%, when one wild-type allele of Gene A is sufficient for a wild-type phenotype. A hypermorphic allele of Gene Cthat encodes a constitutively active protein. An antimorphic allele of Gene D that encodes a protein that forms homodimers. A neomorphic allele of Gene Ethat results in expression of a transcription factor in the wrong cell types.
Select all examples of mutations that are likely to be dominant to wild-type alleles.
Check All That Apply
An amorphic allele of Gene B when Gene Bis haploinsufficient.
A hypomorphic allele of Gene A that reduces its function by 75%, when one wild-type allele of Gene A is sufficient for a wild-type
phenotype.
A hypermorphic allele of Gene C that encodes a constitutively active protein.
An antimorphic allele of Gene D that encodes a protein that forms homodimers.
Transcribed Image Text:Select all examples of mutations that are likely to be dominant to wild-type alleles. Check All That Apply An amorphic allele of Gene B when Gene Bis haploinsufficient. A hypomorphic allele of Gene A that reduces its function by 75%, when one wild-type allele of Gene A is sufficient for a wild-type phenotype. A hypermorphic allele of Gene C that encodes a constitutively active protein. An antimorphic allele of Gene D that encodes a protein that forms homodimers.
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