Pentose Phosphate Pathway - A Quick Review

In this video Im briefly explaining pentose phosphate pathway which is also referred as hexose monophosphate shunt. In pentose phosphate pathway there are two phases. Oxidative phase and the non oxidative phase of pentose phosphate pathway. Both oxidative phase and non oxidative phase of pentose phosphate pathway are explained in brief. importance of both the phases are explained. Different cellular scenarios are considered to explain the direction of pentose phosphate pathway.
Many thanks to my student Luis Andres Acosta for recording this video for me.
Watch my video on glucose 6 phosphate dehydrogenase deficiency in the link below.
• Glucose 6 Phosphate De...
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[@chefreedom540]

I have to say that your students are so lucky to have you as bichemistry teacher My teacher use 6 month to explain this pathway , no body understood it You explained this pathway in only 15 minutt , and boooom we get it Either we are dumb students or or teacher is dumb We love you dr mungli all way from iraq

[@DrMungli]

You are most welcome. I'm glad this video helped you. Kindly SUBSCRIBE to this channel for regular updates and SHARE.

[@9eanuragmarbal465]

Thank you so much sir....it's very nice.... Understood everything....

[@akshaykothari3836]

Informative Video, covering all aspects related to the topic of discussion. if possible please include your notes in Pdf format for download. Thank You :)

[@anamikakalam3521]

thank you sir so very much, for taking your time to explain these difficult concepts- from a first year pharmacy student

[@DrMungli]

You are most welcome. Kindly spread the word with your classmates to help out.

[@omarkhan2131]

Remarkable explanation. Many, many thanks

[@DrMungli]

Thank you and Best wishes to you.

[@gautamnegi2248]

Thank you sir to explain this topic easily. From 2nd year MSc student.

[@GaurMansi]

you are the best sir ,you made this topic very easy. thanks a lot .😊

[@DrMungli]

+Mansi Gaur : Thank you.

[@shriom4999]

Mansi Gaur very nice video

[@GaurMansi]

you really deserve many more subscribers n viewers.

[@DrMungli]

+Mansi Gaur : you are most welcome. Please SHARE with your friends and SUBSCRIBE for regular updates

[@DrVisp]

Well explained....much helpful...thank u so much sir....really thankful

[@DrMungli]

You are most welcome

[@yasirmohammedali]

Thank you very much for your amazing video

[@022-israrhamid6]

Thnks for your keen time for uploading this video..

[@DrMungli]

You are most welcome.

[@khaledmohamed_]

This was a great video, thank you very much!

[@DrMungli]

You are most welcome. I'm glad this video helped you.

[@femidaelettil1002]

Thanks a lot sir.. Everything makes sense after watching videos

[@shivika7977]

great teacher's great video

[@DrMungli]

Thank you. I'm glad this video has helped you.

[@patelbinita18]

Great explanation!!! Thank you very much

[@DrMungli]

You are welcome.

[@dhirendralamba5119]

Good teacher

[@DrMungli]

Thank you. Wish you the best.

[@rvnathan7281]

Very good explanation sir.easily understandable.

[@DrMungli]

thank you, Im glad this video has been helpful to you.

[@rvnathan7281]

Sir Can u post an video on uronic acid pathway?

[@DrMungli]

sure I will try.

[@shubhammaurya3427]

Dr. really well explained....ur recorder was little disturbing....well thanks a lot for posting great video....

[@DrMungli]

You are most welcome Shubham Maurya. I'm glad it was helpful.

[@HONEST3382]

Thank you doctor , that was very clear

[@DrMungli]

You are most welcome. I'm glad.

[@naginakhan1ify]

Good explanation, got it!!

[@DrMungli]

Great, I'm glad.

[@kalyanichaudhari5714]

Very easy to understand thank u sir

[@DrMungli]

You are most welcome.

[@nasneenkhan1193]

excellent .. thanks alot sir

[@DrMungli]

You are most welcome.

[@anumnisar5655]

Very helpful lectures

[@DrMungli]

Thank you. I'm glad you found them helpful.

[@drbrain9967]

Always watch your videos

[@drbrain9967]

Excellent sir

[@Tariqt4]

thank you so much that was very helpful

[@DrMungli]

I'm glad my video helped you.

[@naveenchandra1775]

Awesome sir

[@DrMungli]

Thank you

[@neerajrathour4303]

thanks sir

[@surenthar6032]

Sir.. is this hmp shunt an alternative to glycolysis?

[@DrMungli]

HMP shunt is alternative fate of glucose 6 phosphate.

[@surjitdeka7092]

very good explanation...but there is a confusion in conversion of ribose-5-phosphate to fructose 6 phosphate and glyceraldehyde 3 phosphate

[@DrMungli]

Thank you. Conversion of ribose 5 phosphate to fru-6-p and gly-3-p is thorugh reversible pathway mediated by transaldolase and transketolase. I explained it in brief without going into too much details.

[@surjitdeka7092]

thank u sir plzz sir u make a video lec on phytohormones for M.Sc standrd

[@DrMungli]

I will try.

[@ImranHussain-og1tr]

sir in the book there is written no ATP are utilized or generated in hmp pathway but glucose 6 phosphate is formed from glucose where one molecule of ATP is utilized , please give me answer I'm CONFUSED.

[@DrMungli]

That is true but glucose 6-phosphate is not exclusively made to get into HMP pathway but some of it will be diverted into HMP pathway from glycolysis specially when PFK- is saturated. This is why generally in the books authors do not mention about ATP generation in HMP pathway.

[@azharalam3529]

good sir

[@18mahimagallani99]

Can you plz also post the respective notes

[@Jamshaidzubairee]

thank you so much Sir

[@DrMungli]

You are most welcome.

[@hinayasir2357]

thanks

[@chefreedom540]

Please dr , can you help me her with a question A nondividing adipose cell requires large amount of NADPH for fatty acid synthesis but very littel ribose5p. However , the oxidative section produces equal amounts of two products. Explain how the nonoxidative reactions deal with his problem? Help me her please!

[@DrMungli]

good question, the ribose5P produced is converted to fru6P and will get converted to glu6p and renters into the HMP shunt first reaction catalyzed by G6PDH.

[@surjitdeka7092]

sir plzzz..make a lecture vdo on phytohormones msc standard

[@DrMungli]

Okay I will try in coming days.

[@radhadamor2942]

awsm thank you

[@DrMungli]

You are very welcome.

[@ankitshivhare8563]

Oxidative phase hoti knhaa h

[@vijayzala8263]

Wow Sir nice video

[@DrMungli]

Thank you

[@aaykumar-tf6gy]

Sir, is it this hmp shunt occuring in rbc and adrenal medulla or cortex?

[@DrMungli]

HMP shunt goes on in virtually all cells.

[@Jithinmvipin]

thank u sir ❤️

[@ankitshivhare8563]

Nd non oxidative knhaa

[@jalindarsonawane9222]

High level advertising affecting quality of lecture due to concentration problem.