In sweet peas, the synthesis of purple anthocyanin pigment in the petals is controlled by two genes, B and D. The pathway is White- Gene B Gene D Anthocyanin -----> Blue. ------>. (Purple) intermediate. a. What color petals would you expect in a purebreeding plant unable to catalyze the first reaction? b. What color petals would you expect in a purebreeding plant unable to catalyze the second reaction? c. If the plants in parts a and b are crossed, what color petals will the F1 plants have? d. What ratio of purple:blue:white plants would you expect in the F2? Pls mam clear this type of epistasis problem 🥺😔
Thank you mam ......when I start this topic i can't understand anything but right I'm so happy........ 👍
First time this topic is clear thanks ma'am
Ma'am aapne vahi statement explain nhi kiya first question mein.. jo correct tha. Statement B about **nut** mutants. You didn't explain this.. 😔
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Mam plx explain*nut* mutant
Thank you ma'am.... Very nice informative lecture.... 💞💞🌸👍🙂🙂
In sweet peas, the synthesis of purple anthocyanin pigment in the petals is controlled by two
genes, B and D. The pathway is
White- Gene B Gene D Anthocyanin
-----> Blue. ------>. (Purple)
intermediate.
a. What color petals would you expect in a purebreeding plant unable to catalyze the first
reaction?
b. What color petals would you expect in a purebreeding plant unable to catalyze the second
reaction?
c. If the plants in parts a and b are crossed, what color
petals will the F1 plants have?
d. What ratio of purple:blue:white plants would you
expect in the F2?
Pls mam clear this type of epistasis problem 🥺😔
Hie maam aap ki khubsurati ka raaz kya hai 😍😍
Ghar ki mammi didi se puchho mam se kyu puch rhe ho