NAD+/NADH Mechanism & Coenzyme Chemistry

[@saptarshijyotigogoi3341]

This is the best video to understand the molecule, thank you!

[@omariachi]

yes, this is the explanation I was looking for. Thanks from the bottom of my brain

[@afenaoui3966]

Thank you for your explanation. This helps me a lot to do electron pushing and to spot - electron sinks-

[@rakshithm1257]

AWESOME! You are one of the best teachers...

[@Yousefmmohammed]

Thank so much from the bottom of my heart 👏👏👏👏👏👏👏👏👏👏👏 U just made biochemisty concepts so ridiculously trivial 😄👏🤍

[@mennatallahmaher5967]

Thank you this is really helpful ❤❤

[@laonepatricesegootsane9601]

Thank you so much Ma'am... This is so helpful and i enjoy your art of teaching very much!

[@wizardatmath]

Great teaching style ❤️

[@craig4android]

Thank you so much everyone uses those terms but I never knew how they actually worked

[@zakirzak1494]

Very good explanation...thank you

[@bijay_07]

Thanks a lot mam for this useful information 🥰🥰

[@premshing3153]

Thank u so lately but.. Eady to understand u really help me with your knowledge

[@정만지-p4v]

Can human manufacture the NADH artificially in vitro? Could we eat NADH by the form of a pill? My son can't metabolize long chain fatty acid because of a lack of long-chain acyl-CoA dehydrogenase.

[@Krath1988]

Hi! I just came across this channel. I am currently an accountant but I am back in school because pursuing a career in science seems much more fulfilling to me. I have a question, is your understanding at a level such that you look at organic molecules and functional groups and know what reactions will/can occur? Or is it that you deeply understand certain sets of reactions from seeing them over and over? Also, do you have any recommendations on how to develop an unconscious competence in this area ahead of my studies? Thanks!

[@MolecularMemory]

Very cool! I have a doctorate in organic chemistry, so yes to both. In my early career, I relied more on repetition, and doing as many practice problems as humanly possible. Now, I can look at molecules and think about where they have positive character (electrophilic sites) and negative character (nucleophilic sites). My students have recommended the textbook "Review of Organic Functional Groups: Introduction to Medicinal Organic Chemistry" which you can get inexpensively on Amazon and gives a nice overview of properties of molecules and functional groups. Thank you for watching!

[@Krath1988]

@@MolecularMemory Thank you for the recommendation! Your videos are very clear and easy to understand, I will be back ;)

[@cmhardin37]

When hydride attacks the carbocation it has two electrons. One electron bonds to carbon, But where does the other electron go?

[@WillzyFilms]

How does the nitrogen get a positive charge?

[@Radjehuty]

Old comment, but because nitrogen donates part of its lone pair to maintain a stable aromatic ring. In a way, it "loses" an electron to a neighboring carbon in the form of a double bond.

[@josephlozoponi4013]

can i use NADH instead of NMN. i cant afford NMN. i am a retired senior citizen. there are a number of companies selling NADH much cheaper than NMN. Please reply.

[@diogofarias1822]

NADH is an unrelated supplement, and not a NAD+ precursor so not really related to the former two or healthspan/longevity, since it hasn't been studied in that capacity. As far as I can tell, it's mainly marketed for chronic fatigue based on this paper: www.ncbi.nlm.nih.gov/pubmed/20447621

[@bobu5213]

But how can NAD+ oxidise? It already has a positive charge, does it magically synthesise electrons out of nowhere? If oxidation is te be defined as the process of a reductor becoming an oxidator then shouldn't it be able to give away electrons?

[@sk8tergirl740]

THANK YOU SO MUCHHHH YOU ARE THE BEST TEACHER EVER!!!!!! You explained it very clearly and I love your energy!!!!! Thank you again

[@MolecularMemory]

Thank you for watching, and making my day with this comment!

[@shazmanaseeb62]

Can someone tell me about the nature of NAD+???

[@kharesiddharth2526]

I am taking nadh for cfs . How does nadh helps with chronic fatigue syndrome? Please help

[@MolecularMemory]

Hi there! NADH can supply electrons to the electron transport chain to help your body generate ATP (the energy currency of the cell). Interesting! Thanks for the question and for watching. :)

[@ناصرالمعصلي]

لماذا الفيديوهات غير واضحة حتى نستفيد منها اكثر

[@rehanashabir2099]

Thanks too much mam☺️💕😘

[@TommyJMaylee3141]

Excellent info! Subscribing

[@carlosagc]

Are you going to talk about fad/fadh2? Beta oxidation of different types of fat? =)

[@MolecularMemory]

This has been on the list FOREVER. I hope to catch up on some of the biochemistry this summer. Hard to achieve all of my goals during the semesters! Thank you for watching and leaving me a comment!

[@samsung5181]

Wow, awesome.!!!

[@hijiang6999]

Thank you, and you made my professor like an idiot who doesn't know how to teach.

[@wolfduranti8735]

You great, But if this vedio had been about food or nonsense add, you would have millions of viewers. Accept my condolences dear

[@daniloceja9717]

Hi

[@mochipickles]

Are you single by any chance?