Thank you very much!

Thanks darth vader

After 11 years thank you sir ❤

this is so clear and concise, thank you so much!

THANK you for this !!! my teacher rushed pasted this and i was so confused for the rest of the lecture

the synthetase identifies the AA using chemical discrimination and size filtering. it finds the tRNA via identity elements (anticodon loop, signal etc)

Mg2+ is required during the very first step of binding ATP

Class 1 aaRS will bind to the 2' tRNA hydroxyl, class 2 will bind to the 3'

The synthetase is a 2 step rxn. it binds the ATP + AA and then second step is bound to the tRNA. Proofreading is done at a second site, but this whole thing is done without it ever being detached from the synthetase

thank you, this was fantastic and helped me so much, i appreciate your work! <3

Thank you! 💙

If I succeed and pass dental school, I am going to donate money. You are the reason I understand biochemistry. You have a talent for teaching something so difficult in an easier manner. Thank you Moof!

9 years passed after you shared these videos but it still helps to student thanks aloo this channel is the only chanel that i can find videos properly thanks a lot

Thanks, was really helpful since exam is ahead

I have no word for you❤❤❤

Wonderful explanation 👏🏿

I have been watching your videos for years (8 years). The way you explain and make it easy to understand is beyond my comprehension. Just like biochem you take one very improbable event and make it very probable by cutting it into small chunks of digestible materiale. Well done Moof, thank you so much. Much appreciation

MOOF YOU'RE THE BEST IM IN DENTAL SCHOOL AND YOU ARE SAVING MY LIFE

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Really?

all of the puzzle pieces clicked together with this video

I typically dont learn well by just reading words. I'll have to find a more visual video.

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Thank you for your videos. I had to learn biology for my hesi exam and thanks to you, i passed my exam. I owe you my grade in the biology and chem portion of the hesi.

Nice Just explain how and where H attach in adenine They are 5 but in structure , less

Thanks

amazing explanation!! this was always a topic i kind of ignored as i could never understand it well. now i am revising for the upcoming schoolyear and refreshing my memory and realised that i have never sat down to cover this topic because it was always so frustrating. i am so glad i found this video. no more confusion for me! :)

bro if i get alot of money i will pay for you because surely you were a big resason that i could take these money one day , and all the patients will be greating to you as you make doctors understand the hell they memorise , thank you , thats what we say about to do something meaningfull

Best❤

bra wth i would spend years without your videos , thx alot, my worst dream is your youtube channel bieng hacked

10 days before finals i found super amazing cobtent

2:50 I mean its your drawing but really it looks like each ball is a nucleosome and the 8 "histones" you marked as a nucleosomes are just a string of chromatosomes, since like i said each histone you drew looks like a nucleosome. histones don't start arranging in a linear manner, they bind to each other forming a spheric or disk complex called an octamer even before DNA is wrapped on them, when it does, the complex is called a nucleosome

Does uracil bond to deoxyribose?

Excellent 👌👌👌👍 superb performance

You forgot about the idea of palindrome, the inverted repeats are like a palindrome. But great video

I am currently in dental school and thank you for making these videos. Prior to dentistry, my major was biology and you helped me then and you're helping me now. These videos make it crystal clear to understand and to revise. Thank you so so much.

Very helpful much more clearer than I was thought. Thanks for actually showing how to plot it rather than just explaining the formula and go.

Thank you sir, great and helpful video sir ❤🎉

Best video for amino acid metabolism I have come across, thank you sir for you great work ❤

Thank you!

Best lectures of biochemistry available on internet. Hope u make a comeback and make videos again. 🎉

On our textbook (The principles of biochemistry of Lehninger) it says that citrate synthase is stimulated by ADP, Isocitrase DH is stimulated by ADP and Ca2+ and alfa chdtoglutarate DH is stimulated by Ca2+

Okay understandable, but can exons be set up in different sequence than they were in pre - mRNA? For example in pre-mRna we have the order like: 1234 exons, but in mRNA we are going to get 1423 exons?

Thank you so much for your great presentation!

How beautiful it is 😍

The Histidine since it's found the myoglobin being positively charged amino acid but why saying it's the T- State of Hemoglobin conformation being stabilized . Kindly make mention of the connection between these two globular proteins Sir .

Hi, I am posting this comment especially for undergrads watching this video as a support. In this video, the biochemical logic of glycolysis regulation is explained. To the extent of my knowledge, the content is correct. However, it is important to point out that nothing in the video actually demonstrates that the regulation is indeed "allosteric". Allostery is when an effector molecule binds at a site distinct and remote from the active site, triggering a change in activity/function. Without showing the structures of these enzymes - or any experiment showing that the the binding of the effector happens far away from the active site - it is impossible to tell whether the regulation is allosteric, competitive, etc, etc. What is explained in the video is the logic of the regulation pathway, independently of the inhibition/activation mechanisms :-)