Regulation Of Glycolysis || Role Of PFK-1 and PFK-2 || Fate of Glucose

Link of Previous video which is based on glycolysis: • Glycolysis ( Embden My...
In this video we will learn about:
How glucose enter in blood circulation
How glucose enter in a cell
How glucose transporters transport glucose inside a cell
Relation between GLUT Insulin receptors
Source of glucose for bacteria
Fate of glucose in a cell
Glycolysis
Glucogensis
Glucogenolysis
Glyconeogensis
Regulation of glycolysis
Role of Hexokinase enzyme
Role of Glucokinase enzyme
Role of PFK-1
Role of PFK-2
Role of Pyruvate kinase enzyme
#RegulationOfGlycolysis
#Glycolysis

[@surajpatil8118]

Simplicity of teaching😊... Clear most of doubts... Thank you sir..

[@mehwishbhatti]

I have no words to say but really it is wonderful..... Marvelous.... #MASHALLAH #OUTSTANDING.....

[@NoorKhan-pv3ex]

nice yar

[@daminichaubey5757]

Nice content

[@jansbiology160]

Very informative

[@AbdulRehman-ur9cu]

Good work sir... keep it up...

[@bilalsmicrobiology8978]

Thank u❤

[@NoorKhan-pv3ex]

keep continue

[@bilalsmicrobiology8978]

sure, keep supporting

[@adanfatima2925]

MASHALLAH sir💖 Sir g Mdcat kay din yad agye h bara maza ata tha apki class may😂.Still we are missing you sir🌸

[@bilalsmicrobiology8978]

Yes I remember the things 😂 Although thanks bachye for such a great affection 😊

[@liaqetalimughal8986]

It's really helpful

[@zu3035]

That's nice.

[@sumbulrasheed745]

10/10 👍👍👍

[@zzcreationsmedicos4736]

Nice

[@bilalsmicrobiology8978]

❤

[@hamzamehmood8208]

Sir !!! ★

[@bilalsmicrobiology8978]

❤

[@MaazKhan-zs6jg]

Sir how many atp produce in glycolysis

[@bilalsmicrobiology8978]

Total ATPs produce = 4 Net gain of ATPs = 2

[@MaazKhan-zs6jg]

@@bilalsmicrobiology8978 sir 1 lecture banao es pe k total atp glycolysis me aur krebs cycle me aue etc me katny banty hy

[@bilalsmicrobiology8978]

@@MaazKhan-zs6jg Total ATPs form in aerobic respiration = 40 Net production of ATPs in aerobic respiration in eukaryotes = 36 Net production of ATPs form in prokaryotes = 38

[@MaazKhan-zs6jg]

@@bilalsmicrobiology8978 sir thanks