Glycolysis: The Reactions

NDSU VCell Production's animation "Glycolysis: The Reactions". For more information please see vcell.ndsu.edu/animations.
Glycolysis oxidizes one molecule of glucose into two molecules of pyruvate through a series of 10 enzymatic reactions. This animation takes a closer look at those reactions and the enzymes that catalyze them.

[@gracykinzz11]

This video made the concept so easy to understand. Now that I can finally see the big picture, the little details make more sense. Thank you!

[@1745vaibhavtsatyansh]

The flowchart in my biology book is complex as hell. You made it so so so much easier. Thousands thumbs up!!!! :)))

[@WhimsicalMED]

you were a neet aspirant,am i right .if yes NCERT really sucks bruh.

[@ziyaziya7237]

@@WhimsicalMED I m a neet aspirant too🙃

[@nikhilrao6185]

Bro 7 year ago comment🌼 so you are a doctor now😁

[@karinedia4075]

This is so helpful!! :-D Waching animated biochemestry is much more fun than reading it.

[@zicogyal5634]

Exactly I wish text books were like this

[@aqib1259]

Absolutely

[@nasseralshammari8439]

simply, this is the art of education

[@krishoshi]

Holy science! This animation is perfect! wow!!!!
Everything is perfectly explained!

[@stefanomorandi7150]

best glycolysis animation on youtube!

[@terryjames5411]

THANK YOU! This was the best explaination I've seen so far!

[@roseleelauper1193]

Watched this over and over again on mute, best way I learn is just like this, to the point, see the interactions no extra anything , thank you!! Please keep them coming!!!

Thank You Very Much for this video. Having a Biochemistry final (metabolism) in 5 days and your videos are A LOT of help.

[@Emfir]

Awesome animations, I would love to see more!
Pyruvate decarboxylation, citric acid cycle and the electron transport chain would be awesome! :D
Hope to see more of you guys in the future ;)

[@jmina12]

The best teaching method I've seen for this topic.

[@sandman951]

This is so perfectly clear and illustrative. Thank you so much!

[@dancalvano8702]

Literally the best video on glycolysis EVER!

[@GdaTyler]

Very detailed description. Thank you so much. ^_^

[@raulbitran]

wonderfull!!! if you can, please add that 2 inorganic phosphates are added in step 6. i was hours trying to figure out where did the 1,3- bipg apperaed.

[@siamvat]

This is just brilliant.
Finally I can see how the fructose splits into two trioses, and why are they different.

[@rowanbdriscoll]

Excellent video. An animation of the random motion thermodynamics of these 10 reactions would begin to demonstrate the process as an ongoing chemical interplay as hundreds of thousands of mols of sugars are consumed in our lifetimes... The virtual cell continues to provide awesome animations and relevance in the classroom.

[@_inky_]

Cannot express how MUCH it helped, watched so many lectures, and they were all confusing and boring
This makes the subject not only interesting but easy to understand!
Thank you for the wonderful video

[@anupamsingh5324]

this video gives the best explanation, as compared 2 other videos available on glycolysis

[@MMM-np4oo]

OMG OMG OMG!!! you're the best! 👏👏👏👏

[@maharmibhattacharya2875]

This was extremely helpful, perfect explaination.

[@tnagan]

Wow! Thanks so much for this video. I'm studying for the USMLE step 1 exam and this is very helpful :)

[@rafaelpereira1777]

i'm a brazilian student,and this video helped me to associate the glycolyse better. thank's!

[@mithraraja7229]

This video helped me learn this complex topic easier. Tq so much... Continue ur amazing work...

[@DrMungli]

Wow..excellent video and kudos to all those involved in making this video!! thank you.

[@themoralshow902]

Thank you❤️
From Sri Lanka 🇱🇰

[@aldairmarquez4909]

Very well done! Thank you.

[@Breezygurl930]

This is a work of magic- thanks!

[@olfriendofaslan]

Breezy Tayor this is the work of God

[@saadzafar4828]

nah

[@Forevveryoungster]

This video really helped me out! Thank you!

[@zachreyhelmberger894]

Fantastic video!! Thank you!!

[@aliabdl8697]

Excellent video. Thanks a billion

[@m.santhanamthanam558]

Thank yu very much.amazing explanation this video

[@admindg2160]

Best Ever !!!

[@richwaight]

Enjoyed the vid! Reminded me of my Biochemistry days :)

[@josephsojan2931]

Really helpful presentation! ✨

[@ramithamuralitharan3236]

Literally so much easier to understand with the animation. GREAT VIDEO!!

[@saadzafar4828]

shut up

[@firdoussultan200]

too much help full ,thank you

[@jesteenfinubabu3621]

thank you very much for this explanation & animation it was very helpful god bless you

[@Jumbjetsky]

This is very helpful. I really liked it.

[@michikosmith3262]

Great video!!!!!!!!!!!!!!!!!!!!!!!!!!!! Thank you!!!

[@faradilarahmawati854]

I LOVE THISS THANK U SO MUCH

[@marianap.alvarez8954]

Wonderful video!!!

[@Ganka17]

I love you! Thank you very much!

[@JayeshModi]

Thank you

[@widzisz8274]

That's very helpful video... Now I know what is gonna on with glycolysis!!!

[@mahamudhoquechowdhury4665]

Perfect... really helpful 🥰

[@kamilwierzbicki3624]

Thank You a lot!

[@mudassirqureshi6312]

Thank you so much

[@user-dr9qg9rd9c]

This is so helpful thanks alot

[@charlientumba6673]

Thank you so much. This is more helpful than books 😅

[@sila6434]

I'm sure that you won't be able to understand how much you helped mee😥😥 biochemistry is litteraly a HELL 💔
Thnkxxx❤❤

[@MsJanuT]

this makes is so much easier to understand thx..

[@SandaminiNirasha]

Thanks ,its very helpful to undestand thank you very much

Really helpfull. Thanks a lot

[@gopalkhandare903]

Thank you very much😀😊

[@jesicouvi]

This is so helpful for my child!

[@irsyadhaznim7754]

thanks, so helpful from indonesia

[@shubhrasharma4005]

Really helpful

[@mobinurrahman4083]

thanks from bangladesh

[@chinchudevasia5511]

Thank you soo much

[@shamtoby1346]

very nice and impressive 3-D expression,however,when can we get the one of kerb cycle? :-(

[@apass81]

thank u from Saudi

[@leoDvincci]

Awesome!

[@hilal7192]

thank you

[@santoshmedidhi6690]

Super &thank u very much......!

[@radjabiologistdz1371]

Thanks 😘😘😘

[@rajumalgujar3873]

it is very conceptual👍👍👍👍

[@AdiWasturaka]

God bless you

[@NithinVasisth]

thank you so much

[@SaumilSonara]

And thank u Nitin, just got a video to see !!

[@arunimarema902]

everything explained clearly

[@sabrango]

thx!

[@cuni3995]

this is cool

[@jaskaransingh-jk3pn]

good explanation maa' m

[@RV_UGGERILAYA]

Tqq so much❤️❤️

[@artanakajtazi4655]

are you sure that in the end of glycolysis 4 molecules of ATP are formed ?

[@advocatejitendrajain1785]

Plz make videos on mechanisms of photosynthesis, Calvin cycle, hatch slack cycle, CAM pathway

[@emilyjonnala9480]

nice..tq somuch

[@honeyorbunny]

Thank you very good video
But I think at 3:51 is there a mistake? because of each Glucose you get 2ATP not 4ATP

[@honeyorbunny]

Ahhh my mistake , you get Netto 2ATP out of each glucose but in glycolysis there are build 4ATP , 2 are "wasted"

[@advocatejitendrajain1785]

Thanks but Plz make videos on dark reactions of photosynthesis

[@mahamaha-lr4xy]

plz also upload krebs cycle

[@minghei2010]

glycolysis 的最終產物是甚麼?
WHAT IS THE LAST PRODUCT OF GLYCOLYSIS?

[@pallavmahato7865]

Neet is within 8 days and I thought I should skip glycolysis until this video was in my recommended section 😄😄😂❣️

[@soliloquy2006]

Can anyone clarify for me whether there is a mistake in the video at 3:45? My understanding is that there should only be three H atoms in Pyruvate, all attached to the one C. In this video, there is also a hydrogen attached to one of the oxygen atoms. This looks like Pyruvic acid. I'm working on a molecular model of glycolysis and want to be sure I've got it right!

[@soliloquy2006]

Also, thank you for having a video that SHOWS the atoms. Very rare and very helpful.

[@thuse5532]

Well, it turns out most of the molecules presented here are typically anions. The structures seen here actually match their respective chemical formulae.

[@terryjames5411]

Can someone explain what does it mean when she says it is 'reversible'?

[@BryanSarauer]

+Terry James It means that the reaction or process can occur in either direction.

[@taylorshugart9516]

tweaking off the addy rn lmao but this video was mad helpful

[@muralitharan6409]

Nice

[@map8oula]

At 3:50 you say that 4 ATPs are formed. While this is true, the NET gain is 2 ATP ( and 2 pyruvate and 2 NADH).

[@SirHadoken]

+map8oula It uses up 2 ATP to go through the process; therefore, only 2 ATP are actually added to the total amount of ATP that was existent before the process occurred.

[@GuyWithAPC]

every biochemistry student on earth has watched this video

[@doubledoggo5668]

Proof of evolution

[@Ad23051958]

A+

[@punkkatt590]

people live in north dakota?

[@samanthagonah8243]

In step 6, how did the molecule gain a phosphate yet it only got oxidised from glyceraldehyde-3-phosphate by NAD+ to the 1,3 bisphosphoglycerate?

[@nurkoleptik_art]

I think the enzyme has a phosphate group in it and is transferred.

[@toomanybytes]

See the UA-cam video "Mechanism of GAPDH" at Shomu's Biology for a step-by-step animation of this.

[@kunalchaudhari72]

It comes from H3PO4 Not mentioned in ncert
There is Just mentioned about INORGANIC PHOSPHATE

[@gfdryigxdthds]

Wow

[@Yumiesthetic]

great but those terms are just so complex to get inside my mind lol

[@saritasingh4612]

👏👏👏✍️👏👏

[@tylercurtiss1351]

Glycolysis converts glucose to pyruvate through 10 reactions. Done, moving on.

[@Zetsuke4]

cool shit bruhv

[@cameronwatsky]

Bmsc 230

[@mikesartin]

"Sugar is transformed into ATP." I am not sure what universe you live in, but in mine we conserve both mass and energy.

[@oscaro.172]

u suck

[@jamezviole6743]

hi mr bronzi