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Thankyou for the explanation

Respect 🫡

Very nice explanation!

Where is there an explanation for how this gene has a unique identification?

Your voice is heavenly, and your videos are educational ASMR. Every complex detail is organised to perfection. I would rather watch your playlists for hours than read a book or articles for 15mins 🙏

0:06 "Bacteria face routine harassment from Bacteriophages" 😂👌

Thank you for the great videos.

bro this is gold

базара нет, шикарный видос

Accelerationism/transhumanism/anthrophocene

Sir please make a video on lytic and lysogenic induction in bacteriophage

😏😏😏

YAWA WALA NAKO KASABOT

CRISPR-Cas9 in Genome editing: ruclips.net/video/7ESZTE6rjLI/видео.html gRNA Design using CRISPOR and CHOPCHOP: ruclips.net/video/r4puDgc9rBs/видео.html

Is it beacuse the glucose from lactose is far from the membrane where adenyla cyclase is so it can enter glicolisis before reaching the membrane therefore the inhibicion is low, in the other hand when glucose enters thru membrane proteins it is very close to adenilate cyclase

Very well made and extremely detailed video! It helped me understand the topic better so I could explain it in a test. Thank you very much, greetings from Brazil!

Absolutely love your lectures, i have been reading genes by lewins along with the videos and i have to sometimes yours are even more detail oriented than them.

I'm getting into yeast genetic engineering for a project I'm working on during my Ph.D. This is an extremely useful video on a topic that is not well discussed outside of review articles

CRISPR-Cas9 in Genome Editing : ruclips.net/video/7ESZTE6rjLI/видео.html CRISPR Experiment Design and Workflow: ruclips.net/video/f0Q6JKu8Xjk/видео.html

Superb vid!

Thank you dear sir. Sir can u provide notes of your every lecture please that is very helpful for me.🙏

thank you im student biotechcnology from jordan

Can you please do cre lox p next please

Erratum: A few errors have been pointed out since the upload of this video. 5:19 u and d should be swapped. BREd is closer to the TSS i.e. downstream of the TATA box. 8:55 TFIID is the biggest GTF (technically). TFIIH is a close second.

@theCrux is the downstream and upstream part of the B reader element mixed up in your drawing? I am confused, I thought the BREd element is closer to the transctiption start

10:05 the attL site and attR site... the word L and R do not come from Left and Right, right? If they are, how does it suddenly come with two attL sites in one Vector and two attR sites in another? at 05:38 they were mixed as L R and R L after B B' , P P' recombination.. So I think R-DNAi-L and L-ccdB-R recombination will result back in P-ccdB-P and B-DNAi-B right? And also after LR recombination 12:26 the names attB1, attB3, attB2 are just randomly given? So it is also fine to name them attP1, attP3 and attP2?

Thank you so much sir

Really nice! I kinda get lost in all the names lol, I'd personally find these videos even more helpful if they went through the basic outline of the process in more depth, and then added names to what is doing what🙂i guess it wouldnt be so short of a video but still, great

Thank you for your talented presentation of relevant material

Hi there! Quick question -- my professor said that DNA melting does not involve ATP hydrolysis but DNA unwinding does. When the AAA+ domains are involved, does that mean that ATP is being hydrolyzed? Or not always? Thanks! I really appreciate the time and effort you put into these videos -- they are fantastic.

Thank you sir

You might wanna recheck the binding action of initiation factors. IF1 binds to the A site and IF2 with GTP interacts with IF1, the small subunit and initiator trna.

Thank you so much 😊 please make videos on DNA binding domain

Bravo.........do one on insulin made from yeast.....cheers

can you please elaborate on how primase and helicase physically separate

sir at 13.36 it is not clear, what do you mean by "DNA is not allowed to pass"

Thank you! I was looking for details on the orientation of sgRNA/target DNA, your video makes it so simple and clear. Also, I solved the exercise correctly :)

Thankyou sir

Thank you for the video

CRISPR-Cas9 in Bacterial Adaptive Immunity: ruclips.net/video/I0aWfgvpCyU/видео.html gRNA Design using CHOPCHOP and CRISPOR: ruclips.net/video/r4puDgc9rBs/видео.html Design of a CRISPR Experiment: ruclips.net/video/f0Q6JKu8Xjk/видео.html

17:26 Why can it not replicate?

THANK YOU!!!!!

You are amazing!

Wow! This is exactly what I was looking for. Your ability to simplify complex topics while still retaining the details is truly impressive.

CRISPR-Cas9 Genome Editing: ruclips.net/video/7ESZTE6rjLI/видео.html Erratum: 9:20 RuvC domain blocks the HNH domain by blocking its active site. The stabilization of Cas9 in crRNA:tracrRNA complex induces the Cas9 to become competent. 12:00 R-loop refers to the RNA:DNA hybrid that forms when spacer RNA portion of crRNA tries to pair with the target DNA.

What a lecture sir

Kya video hai yaar

Erratum: 5:25 The loop is called Trombone loop, NOT priming loop. Some textbooks refer to them interchangeably, which is not correct. The priming loop is the loop formed by the moving replisome when it establishes a primer. For priming loop, see ruclips.net/video/a60aVk-Zumo/видео.htmlsi=tumKJKysR0V9wy8a

I thought the priming loop was the loop formed by DnaG? It's the same as the Trombone loop?

amazing！