Epistasis | Types | Easiest and detailed explanation | Clear your doubt

[@akankshamishra4840]

Mam in recessive epistasis , recessive genotype of one gene suppresses both the alleles ( dominant and recessive ) of other gene. So in the example given in the video recessive genotype of gene A that is aa is suppressing the action of both the alleles of gene B right ?

[@gomathimohan27]

Very good explanation but you mistakenly added a duplicate epistasis title to duplicate recessive one...

[@Attariya143]

Ur explaination is v nyc mam Helps a lot ❤ur voice too ❤

[@VoiceofMalinki]

Thank you dear

[@JiyaMidha-fm8hw]

Crystal clear explanation mam ❤😊

[@VoiceofMalinki]

Thank you dear

[@rose-anneasencio2501]

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!

[@VoiceofMalinki]

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.

[@rose-anneasencio2501]

Oh, I see, thank you very much for the clarification😊🫶

[@nitinchauhan9075]

Great educational channel

[@VoiceofMalinki]

Thank u so much

[@gugulavathvenky408]

Good information 🎉

[@VoiceofMalinki]

Thank you

[@LawrenceNdelemani]

Thank you so much

[@ashiqhussain3094]

Now my concept become clear

[@VoiceofMalinki]

Thank you

[@JafariNgado]

You number please

[@LawrenceNdelemani]

Your explanations are very clear and easy. Thank you.

[@VoiceofMalinki]

Welcome dear