When the two strands separate during replication it uses the newly synthesized complementary strand to combine with the other template strand. I think it is not my area of expertise.
In the rapidly growing exponential phase , E. coli (for example) can have up to 8 copies of its chromosome, providing ample templates for repair. Just another way how it can obtain a template.
You saved my life with this video🙏🏽🙏🏽🙏🏽 thanks man
Thank you so much! This made understanding this concept a lot more easier for me :)
First usefull video. Thank you!
love the voice. somehow these videos are so good lol
THIS VIDEO IS PERFECTTTTT
What book is this from ?
I remember this video from a book that had a CD consisting all these molecular tech ?
Watson
why does the 5-3 strand is not degreading when rec B has exonuclease acrtivity...Its mvoing in the 3-5 prime dirtrection
Maybe I will do great to my test thanks to you !
How did you do
Insanely helpful
우와 감사합니다 thank you
Amazing video!
When the two strands separate during replication it uses the newly synthesized complementary strand to combine with the other template strand. I think it is not my area of expertise.
Nice job
Y din b ana tha k lockdown ma knowledge ko dekhna par rha no entertainment#online classes😕
amazing tysmm
This is sick xD
In E. Coli, from where does the complementary strand comes? As E. Coli has only one circular chromosome
Maybe from the DNA replication, when bacteria are in S - mitosis of cell cycle
@@monicacitobp8448 but replication does not create a homologous strand, it creates an identical strand, its just a "sister chromatid"
The other strand comes from other bacteria after conjugation
In the rapidly growing exponential phase
, E. coli (for example) can have up to 8 copies of its chromosome, providing ample templates for repair. Just another way how it can obtain a template.
In bacteria it happens during conjugation, transduction and transformation. If u know these things u'll ultimately get ur ans
Thanks..
whats the site called?
chi site
5:32
ok