Nicely explain. However , can you tell us the reason how and who will regulate N (antitermination) concentration increases during lysogeny to stimulate c1,2,3. Bcoz less cro produces that time.
Nicely explain. However , can you tell us the reason how and who will regulate N (antitermination) concentration increases during lysogeny to stimulate c1,2,3. Bcoz less cro produces that time.
much needed video! this topic had always confused me but thanks to you i cant believe how easy this is!! thank you as always sir🙏🏼
All the best
Nicely explain.
However , can you tell us the reason how and who will regulate N (antitermination) concentration increases during lysogeny to stimulate c1,2,3.
Bcoz less cro produces that time.
Thank you Mr.Shomu, been watching you forever because you have the BEST explanations!
Thank you so much for appreciating my efforts
Very clear explanation thank you anna 💕
You're welcome
best among too many tq..bro
You're welcome
Is this same concept of regulation of gene expression in bacteriophage??
Yes
Thank you so much sir !
You're welcome
Easily explained 😊
Thank you
Really nice explanation ❤
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Thank you for making this sir :)
You're welcome
Sir make a video on neuroplasticity please
Okay
All time savior 🫡
Thank you so much for appreciating my efforts
Nicely explain.
However , can you tell us the reason how and who will regulate N (antitermination) concentration increases during lysogeny to stimulate c1,2,3.
Bcoz less cro produces that time.