I’ve been watching your videos all the time that now i have the feeling you’re a good friend of mine:)) greets from switzerland . you are great, thanks for that
Another awesome video - I really appreciate that you frame it with the "goal" /intention(like with urea cycle, it was to detoxify a toxic substance, ammonia), instead of JUST explaining the biochemical process. It gives it a very functional and relevant framework that is easier to conceptualise IMO :=) thank you!
I’m in Medschool and I’m still watching your videos- your videos are seriously such an amazing resource! Thank you so much for all your hard work- please keep the content coming! All the best from New Zealand! :)
I dont know how to thank you. You have helped me so much in my medschool career its crazy. Somehow you answer all my questions. And properly explain important details that the textbooks do not mention.
Thank you so much for the mini lecture, it is an awesome summary and overview for biochemistry. The pace is appropriate and the notes highlighted essential information; I don't even have to fast forward at all (which I usually do when it is boring).
I'm sooooo happy that you are back to youtube )))). Will you be making medical videos in the future?(for example, some lectures that are taught in med schools, like pathology or so on)
As someone who is entering physician assistant school, and I have been basically taking biochemistry with all of your lectures, I cannot wait to see some of your medical lectures to come! I know it's a lot of work, but you're really amazing at how you present. Biochem has been SO EASY. THANK YOU!
I'm doing a postrad project on Peptidylarginine Deaminases in Glioblastoma Multiforme .... There is soooo much that I don't have a clue about. I'm doing a master's in clinical biochemistry and your lectures have been so helpful for my haematology exams. Do you have any suggestions for me on the project? I appreciate you so much
i dnk what to say! just perfect! may god bless u sir! but, in the glutamate reaction, we removed one H from the NH2, so how it remained NH2 in the intermediate?!
could someone please explain to me the part at 11:35, that bottom right on the board. I get the first step (dehydration), but please could someone explain what goes on in the last step as SIMPLY as you can ? The H2O with an arrow and ammonium (NH4+), and how do we end up with that final step in the equation there ? THANKS !!
I have a question, why the glutamate with pink Color on left side only contains 2 carbons? Shouldn’t it be 4 c instead just as like the glutamate on the right side in black colour. Thank you!!
