I do not know if it is just me but what is the difference between complementary and recessive epistasis? Does the presence of two recessive alleles on the epistatic gene not prevent the expression of the hypostatic gene for both types?
No. In recessive epistasis,The epistatic (homozygous recessive) gene only suppreses the hypostatic gene and wheras in complementary epistasis , the epistatic gene itself is responsible for pigment formation(it is not supressing anything). So when epistatic gene is homozygous recessive no pigment is formed and hence the white coloration. At such circumstances since hypostatic gene only controls the distribution of pigment, it has no role to do
Your use of graphics helps deliver the concept nicely. Thanks for your contribution!
thank you for a easy to follow explanation of a otherwise difficult topic. Your accompanying illustrations is what brought clarity to the theory.
sir i am vry thankful to for this
i was much confuse in mouse epistasis
now itz clear to me thanku sir lub uh
This is undoubtedly the best video that i've seen on the internet today!
sir, if you could make video on duplicate recessive, dominant, gene with cumulative effect, Dominant recessive interaction, than that would be great
Sir you don't have worksheets. I am interested in worksheets for tons of practice.
Thanks so much to make a difficult concept understood.
Make a video on hardy weinburg pleaseee
Thankyou I missed this lesson in class and I was sooooooo confused 😂😅
I do not know if it is just me but what is the difference between complementary and recessive epistasis? Does the presence of two recessive alleles on the epistatic gene not prevent the expression of the hypostatic gene for both types?
No. In recessive epistasis,The epistatic (homozygous recessive) gene only suppreses the hypostatic gene and wheras in complementary epistasis , the epistatic gene itself is responsible for pigment formation(it is not supressing anything). So when epistatic gene is homozygous recessive no pigment is formed and hence the white coloration. At such circumstances since hypostatic gene only controls the distribution of pigment, it has no role to do
Kishan K.R Thank you very much 😊
Sir brilliant
very well explained ... worths a lot
Very well explained !
Thank you soo much, this really helped me.
what is its difference with mendelian law? I they seem the same...me is confused :((
Best🥇
Keep doing videos like dis
Don’t stop
Thank you
Great explanation
complementary epistasis sounds exactly like recessive antagonistic epistasis just from a different pov
Isn't the complimentary epistasis described here also a recessive epistasis?
forever saving my life lol
Those pairs of chromosomes look like chromatids joined with a centromere. Slightly confusing way to represent chromosomes
❤
me when paper 3 ocr prediction
thank you