ATP gets all the attention because it is the energy currency of the cell. GTP is pretty important too, because G proteins are a big deal in signal transduction. Finally, UTP gets a chance to shine ; )
In his video about glycogen breakdown, he mentioned phosphoglucomutase which convers G-1-P to G-6-P, it also catalyzes the reverse reaction in this case.
thanks a lot sir. your videos helped me a lot btw, in my text book it says that glycogen synthase can only attach glucose onto a polymer consisting of more than 8 residues.
dude, you have been saving my university degree thank you!!
This dude is amazing, his students are lucky af
iniiii :D
ATP gets all the attention because it is the energy currency of the cell.
GTP is pretty important too, because G proteins are a big deal in signal transduction.
Finally, UTP gets a chance to shine ; )
thank you so much! your videos are easy to follow yet contain every essential details!
Just incredible!
The studio set up looks like a Progessive Insurance commercial :-P
Sorry if this is a dumb question but why are we starting with a glucose-1-phosphate and not a regular glucose molecule?
In his video about glycogen breakdown, he mentioned phosphoglucomutase which convers G-1-P to G-6-P, it also catalyzes the reverse reaction in this case.
@@Twinblade34 Thank you for your answer!! Just in time for the exams :)
thanks a lot sir. your videos helped me a lot
btw, in my text book it says that glycogen synthase can only attach glucose onto a polymer consisting of more than 8 residues.
amazing
Thank you !
thaaaanku!
What about alpha 1,6 bonds?