my professor said you can also regulate step 1 of the TCA cycle…. citrate synthase can be inhibited by ATP, NADH, and succinyl CoA.. I guess its just a difference in textbooks
At 8:43 when he says ADP produces a positive feedback loop by enhancing the affinity of isocirate dehydrogenase, thus increasing the production of ATP wouldn't this be a negative feedback loop? More ADP triggers a cascade that increases ATP?
Hello there Mr. AK. Great job as always. Want to thank you and congratulate you on wonderful content. One more thing and maybe I am mistaken but I thought I read somewhere that citrate synthase is regulated too.
my professor said you can also regulate step 1 of the TCA cycle…. citrate synthase can be inhibited by ATP, NADH, and succinyl CoA.. I guess its just a difference in textbooks
you are the goat
really clear and concise good stuff man
12:21 for the screenshot!
You are the master of entire biochemistry. Thank you sir.
Very nice
Thank you so much
Thank you very much for the wonderful video. It is very educative
extremely conceptual good job sir
At 8:43 when he says ADP produces a positive feedback loop by enhancing the affinity of isocirate dehydrogenase, thus increasing the production of ATP wouldn't this be a negative feedback loop? More ADP triggers a cascade that increases ATP?
great video, will definitely donate once I have a job
How can a lecturer be so fking AMAZING!!!!!!!!
You saved my life man!
tnx a lot
Am I the only who comes here only during exams?
You r the best…
THANK YOU SO MUCH
thank yoooouuu you are the best
In step 4, for a-ketoglutarate dehydrogenase, at 10:40, it is CoA-SH that is oxidized, rather than a-ketoglutarate
Hello there Mr. AK. Great job as always. Want to thank you and congratulate you on wonderful content. One more thing and maybe I am mistaken but I thought I read somewhere that citrate synthase is regulated too.