I'm just spell-bound. The explanation of the concept is on a whole new level. Thanks much, Sir.

Thank you soo much for such a crystal clear concept.... ❤

Good job sir, Thank you ❤

owesome sir...I give my all seminar with the help of ur video's...n always my presentation is a excellent...

Thank you so much for these videos! I am a graduate student in nutrition and dietetics and you have explained difficult concepts better than any professor I have had thus far!

I like your calm and professional way of teaching ☺

Thank you sir I had some misconceptions, but you explained it very well. 🌹

Really grt explaination....thankyou sir

Thanks for amazing lectures

thank you, very good explanation :)

Thank you sir for making it so easy n concise.

very good explanation,Thanx so much

Thanks great job😀😀

I have a question about the different shuttles that transport molecules across the membrane between the matrix and the cytosol. As I understand, there are at least two antiporters that are used in conjunction with the urea cycle within the liver, the Malate/𝞪-ketoglutarate antiporter and the Glutamate/Aspartate antiporter. I understand that Glutamine is being shuttled into the liver to release the two ammonium ions to be converted into urea, however, what is the purpose of a glutamate shuttle if it's glutamine being shuttled to the liver and not glutamate? Is glutamate also somehow transported to the liver to release ammonium for the urea cycle, or are these antiporters different form how I understand them?

Thank you sir

Thanks, nice explanation Sir can make another video on enzyme glutaminase.

Many thanks! Do you Sir put hair dye?

Sir is glutamate dehydrogenase present only in the liver? But here you showed that it in the reactions happening in the peripheral tissues? Kindly clear my doubt if I'm wrong...

Thanx

Thank you for crsytal clear explanation. I've a 2 questions if you can help me: 1. Urea consists of two ammonia. One ammonia comes from deamination (glutamate) and another one from Aspartate. Does that mean transamination to Asp and deamination of glutamate happens at the same rate? 2. There are glucogenic and ketogenic AA. As ketogenic AA produces Acetyl-Coa, why the Acetyl-CoA can't enter into TCA cycle and produce glucose? Why they produce ketone bodies instead? Thank you.

Isnt glutamiate dehydrogenase only present in liver.. N i dun think its present in periferal tissues as from alphaketoglutarate, glutamate is formed through transamination rxn in periferal tissues, so there is no use of glumatedh there

sir can you do a few videos on the biochemistry of anabolic steroids?

Thanks for the video! What happens to alpha KEtoglutarate when it is produced in the intestines, lever and in the Kidneys? Is it always used for TCA or for GLuconeogenesis too?

omg i get it! thank you!