Lytic lysogenic switch | Molecular switch between lytic cycle and lysogenic cycle | lambda operon

[@nidhibhasin7048]

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🙏🏼

[@shomusbiologyofficial]

All the best

[@abigailbui5753]

Thank you Mr.Shomu, been watching you forever because you have the BEST explanations!

[@shomusbiologyofficial]

Thank you so much for appreciating my efforts

[@Vinni8822]

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.

[@localgamer6937]

best among too many tq..bro

[@shomusbiologyofficial]

You're welcome

[@Biotechie_Concepts]

Very clear explanation thank you anna 💕

[@shomusbiologyofficial]

You're welcome

[@ReinaForGod]

Thank you so much sir !

[@shomusbiologyofficial]

You're welcome

[@krutikajoshi9667]

Easily explained 😊

[@shomusbiologyofficial]

Thank you

[@rakshajain43]

All time savior 🫡

[@shomusbiologyofficial]

Thank you so much for appreciating my efforts

[@Lets-give-a-try]

Really nice explanation ❤

[@shomusbiologyofficial]

You're welcome

[@sea-bass-]

Thank you for making this sir :)

[@shomusbiologyofficial]

You're welcome

[@Supreeth-uw8de]

Is this same concept of regulation of gene expression in bacteriophage??

[@shomusbiologyofficial]

Yes

[@chiyanothingbeatsagreatsmi3175]

Sir make a video on neuroplasticity please

[@shomusbiologyofficial]

Okay

[@Vinni8822]

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.