just want to say, thank you, thank you very much. your videos really helped when I had to learn a concept quickly. thank you so much! you got me through my bachelor's.
Shabir, This was a magnum opus! Solid work!! Thank you. 💖💝💪👏👏👏 I love how you went into the active sites. I had to look up first vertebrate. A jawless fish or sea worm. The Cambrian explosion 💣! It took maybe 50 to 100 Ma for the blobs from the Ediacaran to evolve a digestive tract in the Cambrian. Evolution!
......mujhe kehna pdh rha hai ki veido itni achi thi ki apke channel ki pehli veido mai hi subscribe krna pdh gya meko ❤😊kya kre...kitna acha pdhate h ap tq
Sir I have a doubt is the sodium travelling against the concentration gradient and amino acid with the concentration gradient through secondary active transport?But the concentration of sodium is high in lumen,then how it's against concentration gradient.Please reply
Are you sure that aminopeptidase breaks the peptide chain at carboxyl end and not at amino end?????? My lecture notes say it breaks the peptide chain at amino end.
Sir I have a doubt is the sodium travelling against the concentration gradient and amino acid with the concentration gradient through secondary active transport?But the concentration of sodium is high in lumen, then how it's against concentration gradient. Please reply
Very helpful lectures
Much obliged Sir
just want to say, thank you, thank you very much. your videos really helped when I had to learn a concept quickly. thank you so much! you got me through my bachelor's.
thanks for appreciation...Glad it helps...
Bohat achi video
👏👏👏
thanks for appreciation
Shabir, This was a magnum opus! Solid work!! Thank you. 💖💝💪👏👏👏 I love how you went into the active sites.
I had to look up first vertebrate. A jawless fish or sea worm. The Cambrian explosion 💣! It took maybe 50 to 100 Ma for the blobs from the Ediacaran to evolve a digestive tract in the Cambrian. Evolution!
thanks Dr Mike for appreciating my work... Lots of love
Nice explained....
Thanku sir for makes easy steps
thanks Janhvi for appreciation..Glad it helps ✌️
Hello Shabir, These last three videos are making me hungry. 🍌🥞🍛🍦
......mujhe kehna pdh rha hai ki veido itni achi thi ki apke channel ki pehli veido mai hi subscribe krna pdh gya meko ❤😊kya kre...kitna acha pdhate h ap tq
Mind blowing Ma Sha Allah ❤
thanks Sitara for appreciation...
Thank you for the video comprensible
Glad it was helpful!
Outstanding presentation thanks 😊😊
So nice of you
Thank you very useful ❤
Very well explained..
thanks for appreciation
شكرا
Sir I have a doubt is the sodium travelling against the concentration gradient and amino acid with the concentration gradient through secondary active transport?But the concentration of sodium is high in lumen,then how it's against concentration gradient.Please reply
Are you sure that aminopeptidase breaks the peptide chain at carboxyl end and not at amino end?????? My lecture notes say it breaks the peptide chain at amino end.
N terminal write answer
❤❤❤❤😊
I like the video but improve on the speed
Sir plz Do videos on part c for csir plzzzzzzzzzzz sir please please.
❤
thanks...Keep sharing and supporting
Is this not too much to learn😔😔😭😭why not summarize 😢
PLEASE IN HINDI TOO😅
Sir I have a doubt is the sodium travelling against the concentration gradient and amino acid with the concentration gradient through secondary active transport?But the concentration of sodium is high in lumen, then how it's against concentration gradient. Please reply