Very informative. I think, you can consider to modify the location of peptidoglycan in the Gram-negatives. As far as I know the peptidoglycan layer in the G-ve is in periplasmic space that is between inner and outer membrane. Best Wishes.
I can't understand the concept of biology i faces many problems to understand this concept..... But i wish to pass my examination with good marks..... 🥺
Clear and simple! Thank you
Thank you so much. The figures helped a lot to understand
Very informative. I think, you can consider to modify the location of peptidoglycan in the Gram-negatives. As far as I know the peptidoglycan layer in the G-ve is in periplasmic space that is between inner and outer membrane. Best Wishes.
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God bless you. Simple and understandable
Very informative! Thank you!
Jst awesome........very nice and clear ...
Thanks , this video cleared my some doubts
Nice and concise, thank you
helped me with my internals . thanks a bunch
Sir! you are great.
Nice 👍
Thank you so much 💓💖💗
Thanku ❤
Informative 👌
Thanks 😊
IS THERE ANY ELCTRON MICROSCOPIC IMAGES OF NAM AND NAG
Ur my savior❤❤😢
The connection of sugar and amino acid chain called?? I want to know the name of the bridge that connect amino acid chain and sugar
Pentaglycine
Glycosidic bond
It's difficult to understand NAG is attached to NAM in one layer than in second NAG is attached to NAG??
Actually it is NAM-NAM that attached via a penta Glycine linkage with the side chains.
Thank you 😊
Best literally 😊
thank u sooooooo much
Great content
Nice
Is pentaglycine bridge present in both positive as well as negative bacterias somebody out there plz answer
thankuu it helped a lot in my assignment ❣️
I am also watching this vedio for my assignment💖💖
Gram negative is 8 to. 11 nm thick......
THANKSSS!
thank uuuuuuuuuu
🙄
Nooooo
I can't understand the concept of biology i faces many problems to understand this concept..... But i wish to pass my examination with good marks..... 🥺