You are so helpful. Thank you thank you thank you! The clearest, most direct and thorough explanation I've seen. You don't use any added drawing which I love, it's all there already and you're passionate about it so it makes it interesting.
You really are the best instructor i've found on youtube. The inclusion of the real world implications of the molecular structures really drives home the differences between!
I'm so grateful for your videos. You've saved me in orgo and now you're doing it again in Biochem. So many profs just read off of a powerpoint without expaining anything and though i read the textbook word for word thats too much info to remember. You help drive home the most important points which really aids in condensing the text.
Studying for my biology test and trying to watch every video there is on polysaccharides because that’s our essay question, this is so good to understand! Thank you!
Thanks for spending time to put the whole presentation in the well organized fashion. It is very easy for me to follow and understand each type of Polysaccharides. Keep up the good work.
This is the first time you walked out to get a marker to for the first time write on the board. I had rewatch that section countless times just to be sure you did so. Lol perfect presentation, only take away was you kept repeating queit often.
Thank you very much for sahring your knowledge, you make me understand the complicated subject matter in biochemistry, May God bless you more, Thank you very much
Hey, I'm not sure if you'll ever read this, but I love your lectures. I'm also Deaf and auto-generated subtitles are not very accurate, so I'm really missing out. Can you please consider captioning lectures? It would mean a lot
Thank you so much! It's really helpful video. I have a question, actually the doctor told us that the structure of cellulose needs to flip one of the beta glucose , but it seems in yours drawing is not!
That's very helpful!!! thank you! But I am still confuse about something, how is the energy stored in polysaccharides mobilised? could you explain further into the break down of polysaccharides please?
Yes you are correct. In order to form a 1,4-glycosidic bond between beta glucose molecules, one of the beta glucose molecules needs to be inverted. This means the "the carbon 6 molecule" will be down for that inverted beta glucose molecule.
Can I ask can we used glycogenolysis as a process to break down glycogen to glucose? As far as i know glycolysis is a process of converting glucose into 2 pyruvate ?
