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I suspect it can. The effects mentioned on metabolism are typically intracellular (inside the liver). It's unclear if there is a correlation between intracellular and plasma concentrations of citrate.

In general, an inherted enzyme deficiency typically can not be restored/ reversed by supplementing with a coenzyme (Glutathione).

@@DrAJGhalayini I wish I new what markers or blood test to ask for to assess the state of my G6PD.

I believe there is a specific G6PD blood test that your doctor could request. Please consult with your doctor.

You are welcome

You're welcome.

A receptor is a protein embedded in the cell membrane and is in contact with the extracellular matrix. It will specifically bind certain hormones and communicates the information to the cell's interior, thus generating a cellular response.

Thank you for your comment. Learning is a personal journey. Everyone finds their own preferred method. One size does not fit all!

@@DrAJGhalayini I have 21,900 hours of learning experience in youtube

I have taught biochemistry to 15000 medical and premedical students between 2004-2020.

@@DrAJGhalayini Clear explanations, helpful content. Great biochemistry resource. Thank you for your valuable contribution.

Thank you.

I had 400 after exercise a few years ago, to see 90 day average of 106 is astounding to me. Just trying to know like I did when I was a Respiratory Therapist and understood enough to keep people breathing.

The last statement about the muscle and insulin is completely false. In fact, insulin helps the muscle, and adipose tissue pick up more glucose after a meal from the bloodstream. Thus reducing blood glucose after a meal. Muscle and adipose tissue account for a significant portion of body mass so they both can reduce blood glucose significantly. This happens regardless of exercise. The effect of insulin on glucose uptake by these two tissues is highly specific for muscle and adipose tissue. Insulin, blood glucose, and diabetes are quite complex topics to adequately discuss here.

I am not sure where you got that concept from? Muscle metabolism, just like the liver and many other tissues, is profoundly affected by insulin. The key effects in muscle are increased: 1. Glycogen synthesis 2. Glucose uptake. 3. Protein synthesis Check out the video below for more details: th-cam.com/video/8wOJtHxa-4E/w-d-xo.html

Thanks.

Thanks for your input.

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You are welcome.

Glad to hear.

Thank you.

Hello

@@DrAJGhalayini saw your videos... very educational..👌👌👍

loved your content 🙏🙏

@@Rahulpandey-lm4rv Thank you. I'm glad you like the content.

Thank you.

Thank you🙏.

You are welcome!

Thank you.

This content is about the metabolism of cholesterol and its control. It is intended for students who are genuinely interested in the topic.

Good luck.

To clarify, Urea is NOT toxic, it is released in the bloodstream and excreted by the kidney. Ammonia ( NH3) on the other hand, is toxic. The function of the Urea cycle is to remove and prevent the buildup of ammonia in tissues and dispose of it in the non-toxic form, urea. Protein-rich foods will produce more Urea which will be excreted by the kidney. You might be thinking of Uric acid. The latter molecule is produced from degradation of nucleotides. Excess Uric acid is associated with gout and results in arthritic pain in the joints.

Yes.

TAG is short for Triacylglycerol, the major storage form of fat in adipose tissue.

Yes.

Yes

Thank you.