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out of so many videos about the same topic this one finally made me clear the concept. Thanks ma'am .

plz . i couldnt find the previous lecture about integron .

So technically the integron integrate gene isn’t really mobile, it’s just a gene cassette that can add and remove ARGs. The real mobile genetic elements here are transposons

Can you explain what is derepression of gcn4

I dont understand how when glactose is being converted to carbon and energy you said the sequence of events was GALACTOSE -> UDP GLUCOSE -> GLU.1.PHOSPHATE-> GLYCOLYSIS When the diagrams show that galactose needs to be converted into GLU.1.PH before UDP-GALACTOSE and then UDP GLUCOSE

What about complex transposons

please make a video on serial dilution and bacterial cell counting

Thank you so much ma'am now I really understand. My lecturer failed to do this❤😢

One of the best videos of all time!

Thanks a lot 💚your understanding method was easy and sharp

If eif 2 is phosphorylated when amino acid is at lower conc , how will it aid other charger trna on the codon . As phosphorylated form of eif2 has higher affinity with gdp and in gdp form its inactive then how will it be continue translation of main orf of gcn4

Kash yehi lecture clg mey karliye hotey too ajj ye nahi dekhney padey hotey 😅

Thank you mam ❤

Thank you mam Lord Buddha bless u

Substantial 🎉TQ mam.

ma'am , Is that etf2 or eif2 ?

Nice explanation mam💢

Thanks mam

Thank you ma'am for the detailed explanation. I understood all your video lectures.

Very recently I came to know about your channel. The videos are very informative. I have a query.......How we can ensure that there is no plasmid contamination during bacterial DNA extraction?

Mam please do vedios on computational biology , structural and functional and comparative genomics

Thank you so much mam🙏🙏

Thank you for the explanation madam...

Very nicely explained Madam. धन्यवाद

My favorite teacher of mol bio

It helped me a lot Thankyu ❤

ThanKs maam ❤

Plz in Hindi videos

Very helpful Thank you!

I understood it perfectly ☺️ Thank you so much ❤️✨

Very nice explanation, Thank you maam

Thank you so much Ma’am for such informative videos which are not available elsewhere. You explained really well. Thank you so much. I would like to know much more about you and request you to share your LinkedIn profile or email id if possible to stay connected.

Mam please do videos on techniques in rdt

Cis acting vs upstream

Please make a video on (p)ppgpp metabolism

DIGE need more explanation..

I didn't understand how the mismatching increases specificity ??

Ma'am this helped me a lot... Thank you so much ma'am<3

Hello, great explanation! Thank you. What happens with broken mRNA though? And what is the role of SmpB protein in this process?

Mam I can't able to understand ,what is different between negative regulation and positive regulation, mam you taught that but get confused will you explain me with example.

I can clear my doubts through this lecture..thank you ma'am 🙏

Thank you from Algeria 🤍

I watching 2 time and now averything is clear.... thank you mam

Thank you ma'am, it was very helpful!

Thank you so much for posting this!! This was such a clear explanation, helped me understand my classwork so much better <3 much thanks from a first year grad student :)

Mam can you please make a detailed video on DIGE 🙏

Very good explanation ma'am!

खूप छान....

Thank you

Easy to understand ma'am 👍👍