70s inhibitor mode of action

[@3prabhleen]

Amazing videos sir...! :)
Just that aminoglycosides are actually bacteriocidal... This is attributed to the secondary change that they make to the bacterial cell membrane... Once the defective formed proteins get incorporated into the bacterial cell membrane, the bacteria becomes more permeable to ions, amino acids, etc and it's proteins leak out of the cell causing death of the bacteria...

[@prarthubidkar1135]

U r the best superb lecture sir thanks alot

[@shomusbiologyofficial]

You're welcome

[@joana1747]

Great video! Thank you very much :)

[@shomusbiologyofficial]

You're welcome

[@lisali2251]

Sir first one is because of IF3,bind to E site SO That the 50s sub unit can't attach , u mentioned this in translation videos

[@brijeshkmr86]

Hi, Your video is great. Just a little correction, at the initiation step of translation, It is the release of initiation factor (IF) not release factor, which is inhibited by antibiotic. Thanks..

[@arsalanullah689]

It's something wrong may be because aminoglycoside have bactericidal effects also by making a holes in the cell wall of bacteria so due to the holes bacterial content remove from the bacteria and bacteria cell burst or damage.....

[@hks9899]

Thanks sir👍🙏

[@shomusbiologyofficial]

You're welcome

[@shubhdas1221]

sir 1st charde t RNA are binde with a side or p side i m confuse

[@mr.science2831]

ist time it bimds to p.side.

[@ShubhamYadav-zj7yu]

A site

[@pankajmohanta5026]

Thanks Sir

[@rahatkumarpatel9708]

🤔🤔😅😅😥