I've watched half the video and you've already made me understand the notes that I've been reading and haven't been understanding that much. God bless you 😭😭❤❤
woww I already watched some of your teaching videos and it was so eaaasy to understand 'clearly', than the explanation of my teacher it self haha. thank you so much for all the awesome video! ^^
To be honest I didn’t think I’d like your videos...but oh was I so wrong! Very informative!! Love it! I think it was the white board and white shirt throwing me off! 🤓
very nicely explained. in the end when you discussed about vitamin B12 deficiency, the accumulated product methyl malonyl coA may result due to any of the two cases , either deficiency of vitamin B12 or mutation in mutase enzyme. then how is vitamin B12 deficiency particularly diagnosed?
ya are a saviour missed distinction with few marks . But i aint feelin down coz You give me a way to study biochem wd concepts you are blessing A best teacher award goes to you 🔱 stay happy sir #respect
If you are interested in how a radical is formed in Vitamin B12, it is formed by the homolysis of a Cobalt-carbon bond in Vitamin B12. The paper I looked at is by Dr. Jun Masuda, "How a protein generates a catalytic radical from coenzyme B12" in Cell Magazine.
You mentioned that a person who has a vitamin B12 deficiency would have an accumulation of D- Methanomalonyl coA, how would the latter product be produced by the propionyl coA if it were deficient of biotin? Thanks for the lectures :)!
+AK LECTURES (Andrey K) frankly saying sir, its such a pleasure for me that an amazing intellectual and awesome person like you replied to my comment ^_^
