Good day! Can you further elaborate the difference between dominant epistasis and dominant inhibitory epistasis aside from their phenotypic ratios? I'm still a little bit confused on how their process is different from each other. Thank you so much for your answer!
I am providing two examples to explain. Dominant epistasis: W (White) is dominant to w and epistatic to alleles G (Yellow) and g (Green). wwGg is Yellow, wwgg is green. Dominant inhibitory epistasis: I (Green) is dominant to i and epistatic to alleles P (Purple) and p. iiPp is Purple, iipp is green. Here p doesn’t express even in homozygous conditions (even when there is no I). This part is unique. Rest are same in these two mechanisms.
Good day!
Can you further elaborate the difference between dominant epistasis and dominant inhibitory epistasis aside from their phenotypic ratios? I'm still a little bit confused on how their process is different from each other.
Thank you so much for your answer!
I am providing two examples to explain. Dominant epistasis: W (White) is dominant to w and epistatic to alleles G (Yellow) and g (Green). wwGg is Yellow, wwgg is green.
Dominant inhibitory epistasis: I (Green) is dominant to i and epistatic to alleles P (Purple) and p.
iiPp is Purple, iipp is green. Here p doesn’t express even in homozygous conditions (even when there is no I). This part is unique. Rest are same in these two mechanisms.
Oh, I see, thank you very much for the clarification😊🫶
Very good explanation but you mistakenly added a duplicate epistasis title to duplicate recessive one...
Your explanations are very clear and easy. Thank you.
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