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How is it possible that lactic acid buildup in muscle cells (product of exercise) will inhibit glycolysis, while a low ATP:AMP ratio (also a product of exercise) will stimulate glycolysis (mentioned around 4:59)
Excellent integration of oral and visual teaching! Use of complementary gestures much appreciated for emphasis, clarity, and redirecting attention.
you explain things so clear all your videos...Thank you sir
Thank you so much, you are saving me. Thank you!
14:04 rock on baby
tysm for the clear explanation
Thank you! Could you please produce videos over histology, embryology, neuroscience and physiology? Please, please, please.
Sir I don't have the words that I thank you for
Love you ❤
So does citrate only inhibit PFK in liver?
Yes
Very nice brother
A legend.
How is it possible that lactic acid buildup in muscle cells (product of exercise) will inhibit glycolysis, while a low ATP:AMP ratio (also a product of exercise) will stimulate glycolysis (mentioned around 4:59)
Great vidoe. I wish it hadn't cut off at the end :(
There is a second part to this!
do you have a video on different types of enzyme/transport protein inhibition?
+vikipoyta yes, look for it on my website in biochemistry - enzymes
Hexokinase 4 (in liver)is not inhinbited by glucose 6 phosphate!
You weren't paying close enough attention. He very clearly states that glucokinase (Hexokinase IV) is not inhibited by glucose-6-phosphate.
Do you/anyone know if enzymatic memory can affect the velocity of glycolysis in hepatocytes???
why does this video only have 153 likes?????????????????????