Question

Text: For wild-type expression of a gene, 25 units of protein must be produced. One wild-type allele produces 15 units of protein, while a mutant allele produces 5 units of protein. Will a gene that is heterozygous have a wild-type function? Is this an example of haplo-sufficiency or haplo-insufficiency? Which allele is dominant, the wild type or mutant?

Name: text for wild type expression of a gene 25 units of protein must be produced one wild type allele produces 15 units of protein while a mutant allele produces 5 units of protein will a gene t 94832
Uploaded: 2022-04-17T09:33:00-08:00
Duration: 4 min 17 s
Channel: Suman K
Description: text for wild type expression of a gene 25 units of protein must be produced one wild type allele produces 15 units of protein while a mutant allele produces 5 units of protein will a gene t 94832

          Text: For wild-type expression of a gene, 25 units of protein must be produced. One wild-type allele produces 15 units of protein, while a mutant allele produces 5 units of protein. Will a gene that is heterozygous have a wild-type function? Is this an example of haplo-sufficiency or haplo-insufficiency? Which allele is dominant, the wild type or mutant?

Added by Betty B.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

Instant Answer

Solved by Expert Suman K

04/17/2022

Step 1

A heterozygous gene means that there are two different alleles present. In this case, one allele produces 15 units of protein (wild type) and the other allele produces 5 units of protein (mutant). To determine the protein production of a heterozygous gene, we add Show more…

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Text: For wild-type expression of a gene, 25 units of protein must be produced. One wild-type allele produces 15 units of protein, while a mutant allele produces 5 units of protein. Will a gene that is heterozygous have a wild-type function? Is this an example of haplo-sufficiency or haplo-insufficiency? Which allele is dominant, the wild type or mutant?