I don't understand how this generous and talented lecturer isn't more popular online. Fantastic explanation of the material. With this playlist I don't need to memorize equations when I understand the concepts behind them. Thank you very much!
I can't express the gratitude I have for you. You never miss explaining something and always make everything make sense! Your channel is absolutely amazing!!
I am biological and chemical student , you are amazing and you language is clear , you writing is neat you are amazing and every indinvidual should subscribe it ,, this AK lecture is one of worlds leading you tube lecture thanks a lot .
I really enjoyed the sample problem you did at the very end. It would be very helpful if you could apply some of these lectures in a problem solving sense.
sir.... for real, i'm forever thankful for you. my medical studies are in french (which i suffer with) and here you are being the hero of a lost student. i got a really good marks all thanks to god and then you. well, as you see i never attend my classes since they're in french, but who needs to when i have a great prof here on youtube!!! forever grateful
i totally feel you. my medical studies are in another language that I'm not necessarily native with, so i struggle a lot in following the lectures since the professors are talking so fast.
sir u r really great but the problem is that ur vedios are not coming after one another for example if this is over then next vedio should come u ended the first vedio
So if a single active site converts 600,000 Substrate into 600,000 product every second how can the maximum rate of reaction per second be 60,000 substrate getting converted into product?
@@MaSSaDFTW right so if you were to convert the vmax to molecules per second you would get 3.61x10^28 molecules of substrate converted to product every second which is an insane number
@@jakephelps4766 yea but he actually says 60 k molecules per seconds in video not 60k molar per second. it confused me too at the beginning, but yea it's basically what you guys explained. Still an amazing lecture tho :)
I don't understand how this generous and talented lecturer isn't more popular online. Fantastic explanation of the material. With this playlist I don't need to memorize equations when I understand the concepts behind them. Thank you very much!
You saved my ass so many times thus far.
Seriously it's like this guy follows all of my professor's lectures or something.
+Cader Locke SAME
"So what that basically means is..." Thank you for breaking it down for me!
I think this is one of the better education video's i've seen on the internet. Thanks!
I can't express the gratitude I have for you. You never miss explaining something and always make everything make sense! Your channel is absolutely amazing!!
I am biological and chemical student , you are amazing and you language is clear , you writing is neat you are amazing and every indinvidual should subscribe it ,, this AK lecture is one of worlds leading you tube lecture thanks a lot .
i absolutely love these lectures he explains it so much better than my tutors, they have helped me so much. thank you
Thank you for being so thorough. This helps me truly understand.
I really enjoyed the sample problem you did at the very end. It would be very helpful if you could apply some of these lectures in a problem solving sense.
sir.... for real, i'm forever thankful for you. my medical studies are in french (which i suffer with) and here you are being the hero of a lost student. i got a really good marks all thanks to god and then you. well, as you see i never attend my classes since they're in french, but who needs to when i have a great prof here on youtube!!! forever grateful
i totally feel you. my medical studies are in another language that I'm not necessarily native with, so i struggle a lot in following the lectures since the professors are talking so fast.
I wish I had the time to sit and watch all of your videos. So much better than any college lecture!
WOW this video just explained a big chunk of o chem problems that I am encountering in my preparation for the OAT. Thank you so very much.
Great videos as always! Thanks!
thank you so much I couldn't of learned this without you!
SO helpful. Thank you so much!
Love the lectures! Would love pictures of the board as printable notes if possible!
You are bestest teacher I have ever seen🔥
thank you Ak lectures, this was very helpful
OMG! It was excellent.. I kept it clearly. Keep going man
amazing truly amazing videos. a high priority topic in biochem is made easy to understand. now i can read lenningers with confidence
awesome lecture..very easy to understand,, the most tough topic of biology..
Thank you that really helps
AK you are great !!!! thanks alot
Excellent lecture.
Better than my prof
I CANT THANK YOU ENOUGH
beautiful !
It was Fantastic
Thank you
Amazing.. thank you
This videos are very helpful. What if an enzyme has multiple active sites? Is kcat the turnover number truly per active site or per enzyme molecule?
very effective class , thank u sir
When you pay thousands for University professors and AK blows them out of the water for free...
New sub
Loved it from india
Ugh you're an amazing man
duh fuq dude u r just soo good at explaining!
It all looked like greek at the beginning of the lesson. A the end of the lesson, I felt like I became proficient in greek. Thank you sir.
you are a god
Thanks a lot sir
thank you
The enzyme 'Catalase' has a turnover number of 40,000,000 sec-1 , imagine that and your mind will be blown .
That's how it save our cells 🤣
How can we form more products than substrates??
show how coupling reactions in enzymatic assay comes about
sir u r really great but the problem is that ur vedios are not coming after one another for example if this is over then next vedio should come u ended the first vedio
Man your brooklyn accent rocks...
So if a single active site converts 600,000 Substrate into 600,000 product every second how can the maximum rate of reaction per second be 60,000 substrate getting converted into product?
60000 M/s , not molecule
@@MaSSaDFTW right so if you were to convert the vmax to molecules per second you would get 3.61x10^28 molecules of substrate converted to product every second which is an insane number
@@jakephelps4766 yea but he actually says 60 k molecules per seconds in video not 60k molar per second. it confused me too at the beginning, but yea it's basically what you guys explained. Still an amazing lecture tho :)
very helpful (watch at 1.25x speed)
I watch with 1.5
I just want to know who disliked this video.
Love your explanation of the topic however, why explain using diagrams if the audience cant see them??????????????
thank you
thank u so much sir