For me, your wonderful videos are soooo helpful….😂😂 I really want to send you a huge thank you for you from Korea! Thank you for giving me help to do my biology projects!
Next time keep in mind that a parent strand is not methylated in a parent strand in eukaryotic cells, but that this mechanism only works for prokaryotic cells. The mechanism for recognising a parent strand from a daughter strand in eukaryotic cells is not known yet.
he is talking about prokaryotic cells obviously because Eukaryotes uses other proteins than the Muts, i agree he should ve clarified this from the bigining
1:47 Instead of assembling all of these complexes, wouldn't it be easier if helicase unwinds strands..... Or directly exonuclease cleaves the faulty site with just assembly of Mut S protein... The whole process would have been quite simple right?
This is pure gold in video format
The best TH-cam channel to understand biological concepts. Thank you !!
Thanks you!! I’m korean🇰🇷
정말 고맙습니다. 덕분에 헷갈렸던 개념 바로잡았습니다.
Great work ❤❤ student from Egypt The land of history and civilization 🇪🇬🇪🇬
Such a charming video perfectly illustrating the process.
For me, your wonderful videos are soooo helpful….😂😂 I really want to send you a huge thank you for you from Korea! Thank you for giving me help to do my biology projects!
Next time keep in mind that a parent strand is not methylated in a parent strand in eukaryotic cells, but that this mechanism only works for prokaryotic cells. The mechanism for recognising a parent strand from a daughter strand in eukaryotic cells is not known yet.
Yeh E Coli is a prokaryote.
Oh thks
In eukaryotes, the parent strand is identified through transient nicks - how these occur is not yet known
@@dane3006 it is recently revealed it was not known before
he is talking about prokaryotic cells obviously because Eukaryotes uses other proteins than the Muts, i agree he should ve clarified this from the bigining
Thankyou 🤧 ur trick for pictorial memory is remarkable.
Big Heart, from Egypt 🇪🇬, Thank You very much ♥
Saved me a great amount of time
Awesome explaination btw
Keep it up!!
1:47 Instead of assembling all of these complexes, wouldn't it be easier if helicase unwinds strands..... Or directly exonuclease cleaves the faulty site with just assembly of Mut S protein...
The whole process would have been quite simple right?
Your videos are really very helpful 🤗God bless you 😇
Nicely explained ☺️
Sir plz make a video on double strand break also 👍🏻
why shoe, lamp, helicopter?
More easy in arabic SLH صلح means repair 😂😂
Hey boss, please make a video on SOS repair system of DNA
Thank you so much you make it so easy to understand 💖🙏
Hahaha,love the shoes,lamp and helicopters,help me to memorize
You make so easy to understand.... Thank you
So easy to understand, thank you
Thank you ! It really made easy to understand .....thank you so much again..
Glad it was helpful!
Correction done by DNA pol 3 or 1?
Very nicely explained, thankyou ❤️
Merci pour cette vidéo très claire !
Very easy to understand, thanks!
Thanks a lot.... It was very helpful
Thanks a lot bro ❤
This is amazing👍
At the site of mismatch where T replace G it should be shrink instead of expand the helix structure becz of G has more large chemical structure than T
Very helpful, thank you!
Well explained🎉
What a relief 😍
Respect for u bruhh❤️❤️❤️
yo dawh i actually love you
❤❤❤❤thank you very much
good for the beginners.
Mind blowing🤯.
Thanks
thanks , its veryyyyyyyyyyyyyyyyyyyyyyyyy helpful
love from bangladesh
Wow excellent
thank you
Thanks , l am from Azerbaijan🇦🇿💪
Awesome
God bless you.
Must watch explanation
Gajab!
Wowww
Very nyc
the pneumonics are so random;)
thank you