(Solved): In a weird species of worm(?), the presence of hair on the head is controlled by a keratinase enzym ...

In a weird species of worm(?), the presence of hair on the head is controlled by a keratinase enzyme. This enzyme is controlled by two genes, H and N. For each genotype possibility for these two genes, the enzyme pathway and resulting phenotype is shown below. HHN Protein H or HhN_ hh__ H_nn [Select] of epistasis? Proton H Protein H [Select] Protein N Protein N Proin N Answer the following questions about this genetic system. Keratinase [Select] each do to influence this phenotype? Keratinase Keratinase The interaction between the N and H genes represents what type Based on the pathway shown, what do the H and N genes likely * Why does the worm still not have any hair even when Protein N is not expressed (as shown in the second row of the picture)? In a weird species of worm(?), the presence of hair on the head is controlled by a keratinase enzyme. This enzyme is controlled by two genes, H and N. For each genotype possibility for these two genes, the enzyme pathway and resulting phenotype is shown below. HHN Protein H or HhN_ hh__ H_nn Propan H Protein H T Protein N Proxin N Proin N Keratinase Keratinase Keratinase Answer the following questions about this genetic system. [Select] Complimentary (or Double Recessive) gene interaction en the N and H genes represents what type Recessive epistasis Dominant epistasis Duplicate (dominant epistasis) Dominant suppression Dominant (or Polymeric) gene interaction [Select] shown, what do the H and N genes likely Why does the worm still not have any hair even when Protein N is not expressed (as shown in the second row of the picture)? In a weird species of worm(?), the presence of hair on the head is controlled by a keratinase enzyme. This enzyme is controlled by two genes, H and N. For each genotype possibility for these two genes, the enzyme pathway and resulting phenotype is shown below. HHN_ or HhN_ hh_. H_nn Protein H Propan H Protein H Protein N Proin N Proxin N Keratinase Keratinase Keratinase Answer the following questions about this genetic system. [Select] The interaction between the N and H genes represents what type of epistasis? ? [Select] The H gene and N gene both code for the keratinase, because without either gene, no keratinase is made The H gene and N gene both code for proteins that can make keratinase, but neither are required since each can make the The H gene codes for a protein required to make keratinase. The N gene codes for a protein that destroys or inhibits the protein The N gene codes for a protein required for the production of keratinase, and the H gene interferes with its expression not expressed (as shown in the second row of the picture)? In a weird species of worm(?), the presence of hair on the head is controlled by a keratinase enzyme. This enzyme is controlled by two genes, H and N. For each genotype possibility for these two genes, the enzyme pathway and resulting phenotype is shown below. HHN or HhN_ hh_. H_nn [Select] Protein H of epistasis? Proten H Protein Hi Protein N Protein N Proin N Keratinase Keratinase Answer the following questions about this genetic system. Keratinase The interaction between the N and H genes represents what type [Select] each do to influence this phenotype? ? [ Select] The H gene and the protein it codes for is not required to make keratinase This is an example of dominant gene interaction, where both dominant alleles are required to produce a phenotype Gene H likely shows incomplete penetrance, so it is not expressed 100% of the time Based on the pathway shown, what do the H and N genes likely