Steps of Glycolysis Reactions Explained - Animation - SUPER EASY

[@AJ-si4he]

The teacher: takes over an hour to explain and still makes no sense This video: explains it perfectly in 5 mins

[@captainaryan26]

My teacher just translated it.

[@blueberry4948]

OH MY GOD!!!!!!!!!!!!! THIS VIDEO IS SO EASY TO UNDERSTAND THANK YOU GOD BLESS WHOEVER MADE THIS VIDEO THANK YOU SO MUCH I HAVE A TEST TOMORROW

[@yakarotsennin3115]

This was the animation I had been trying to find, one that _shows_ you where the NAD+ and ATP come in and when they become NADH and ADP and vice versa for ADP. Thank you, this will be a valuable video for future reference.

[@sheldonvictorine9569]

no accent I can't understand, no skipping steps, straight to the point. THANK YOU! Please make follow-up vids for krebs cycle and electron transport chain!

[@PLF...]

That Shomu's shade is evident

[@Anon123-t1t]

Yup😂

[@rishisolanki783]

indians do it best

[@yamunanagaraj8961]

Very very helpful to understand deeply about glycolysis... And this is what i'm searching for and finally got it ... Thank you very very much

[@ddfamf88]

A pleasantly clear, well-narrated voice with a colorful video depicting proper enzymatic and substrate reactions should generate no dislikes. HOW can anyone give this a thumbs-down? I WISH I had videos like this back when I learned this material in the late 80’s😎

[@giovannipellegrene1461]

This is brilliant. Props to whoever made this

[@harshitabalsora]

Easiest 10 step reactions i ever saw Learned it the moment i saw it 😁😁 Thanks for this beautiful animation!!

[@jacobjensen9871]

Well DONE! And thank you so much. Informative, simplified, and so well balanced to make sense of it after being taught all the details elsewhere. Even the unmentioned details in the background are a huge help- like the actual transition of atoms and bonds. Haven't found that on any other video or in class, but it's still just a bonus fact that won't hurt if you miss it. God bless!

[@jgugsu7251]

I took one look at the reading on glycolysis for my bio class and I googled "glycolysis for dummies" my god

[@doctormd7398]

Great animation. Seeing it happen right infront of you makes it much easier to understand. Thank you

[@iamgenevive]

everyone else: thank you so much, it really helped, so easy me: still trying to understand what's going on

[@Dr.MahmoudElbaz]

My doctor take one hour to teach us and the most doesnt under stand but i understand it in 3mins good jod . Go on👍❤️

[@TheCoachBrendan]

I wished I had gone here first. Splendid job of simplifying glycolysis. Thank you!

[@charliebrett7510]

I cant seem to learn this, I give up 😂

[@mellomello8796]

Charlie Brett SAME

[@rileymorse8318]

SAME lol

[@PHILLYMEDIC69]

SAME jk im 2gud

[@athenaraesch7722]

SAME

[@angelmaduegbuna7389]

sameee

[@tvoyodelo2858]

This is the best short video about glycolysis so far, and I watched a bunch. Thank you so much! Very clear.

[@PrincessAubreyB.Alfonso]

OH MY GOSH, THANK YOU SO MUCH FOR THIS VIDEO!! YOU'VE LITERALLY SAVED OUR LIVES

[@niquelertchoomongkol8922]

this video deserves 1M views

[@savetheseascess]

Thank you for this! So far, this is only video tutorial of glycolysis process that is the easiest to understand.

[@sandramichellejuarez8327]

Fallen in love with this video !! So helpful and easy to understand !!!

[@barbaraban10]

This video was the best one I've seen on this topic yet. Thanks for making it! 💗

[@tmtanzimtmmt1598]

Love this, May Allah reward you

[@geetan3922]

It is still difficult to learn the names.

[@rpbio5887]

super

[@vaishalivaidya8952]

It is difficult to learn everything in the video

[@ghmehdi8506]

Nothing is impossible...you can saw and learn the names with focused......

[@geofryodhiamboandresgill]

Learning made easy!! Thumbs up! The animation is wow

[@chanqiheng232]

Cheers, I finally got it, tq! Indeed it's vey explicit and detailed. Support ur video always!!!

[@Evelinestarlight7053]

love the video , I watched it many times and finally learned everything , thank you so much !!

[@peters972]

3:46 nad+ and adp are also needed as inputs besides glucose. Also note, no energy is created in these reactions, simply changed from one form to another.

[@pathfinder2025]

just wow ...now crystal 🔮 clear 👌

[@MuhammadSaleem-id2ye]

no words can explain my feelings.....simply great

[@jannathekoolkidd]

This made glycolysis so much easier to understand!!!!!!

[@VishalSingh-ng4cl]

Hello sir, your videos are great source of knowledge. But why are you not uploading videos for 4 years? Please upload updated videos.

[@mafizshaikh3139]

This video explains the concept so clearly.

[@per1619]

We have a report on this topic and it helps me alot thanksss BTW im just 3rd year boii

[@linaariawati4424]

YOU MAKE THIS SO EASYY THANK U SO MUCH

[@rithikasenthilkumar5372]

Thanks for making it easy! Thought i would give up this topic after looking it in my book.

[@tessacarstairs5998]

this is so clear!! go visual learners!

[@giuliapn]

The best vídeo of glycolysis that I've ever watched! So easy to understand... very good!

[@prayasghoshal4679]

It is very good demonstration in few minutes.

[@emmanuelokyere2415]

Nice video. I have learned a lot on this video. I got the easily understanding by reading my books first before watching the video,and everything worked like a magic 😂🙌

[@nnatashaanwar9792]

I almost forgot about glycolysis but this video helped me a lot! 👍

[@dr.thanzaw1172]

Great Animation and nice presentation!..

[@Zarianimation-u2r]

Very great video thank you for a thousand times

[@hangryzombit535]

I had no idea sugars could enter the chain at different intervals; it makes a lot of sense though, thanks for helping me understand :D

[@riduanafarhana5562]

Best Vedio ever for this topic 😊

[@willytantowi6980]

THANKS FOR MAKING THIS VID !!! YOU SAVE MY LIFE.. :)

[@muhammadzaman3871]

Best and easy for understanding

[@muhhamadatif9858]

I enjoy your video because of music😊

[@EpicSelenium34]

Great video! The animation really helped me to visualize the reaction. My only critique is that most of the hydroxyl groups on the phosphates should be shown deprotonated. Excellent video nonetheless!

[@bereal1609]

Finally!!! an understanding video. Thank you soooooooo very much : )

[@afiatasneem7298]

Thank you so much. Loved it!! ❤️❤️❤️

[@raghavsharma8826]

thank you so so much , I got a really relevant video on you tube today

[@noviaallen318]

Awesome video 🔥

[@mattimatta]

Helpful to see the animation, thanks.

[@Zanyotaku]

Lovely animation, thank you for making this

[@shubhanshujain9827]

amazing animation!!

[@scarletley9998]

great! this is so helpful ! :D

[@gregorysagegreene]

In reality, the pyruvate and NADH are more powerful for the next cycle and the energy chain complexes in the mitochrondia, where a much more advanced and prolific generation of ATP happens. I like how the energy consumption/production phases are clarified, and how it's described that food reactants can enter at different steps too. Understanding that life has cobbled this together. over eons helps.

[@gurl_on_a_break]

They say that at the end of glycolysis, 4 ATP is formed. Shouldn't there be 2 ATP? Or are they considering the conversion of pyruvate into Acetyl CoA?

[@MsAnas321]

Full glycolysis gives 7 atp .. 5 from oxidition of NADH+H through ETC .. and 4 from two kinase .. -2ATP for HK and FPK1

[@gurl_on_a_break]

Anas Anos Thanks😊

[@b-med7333]

Great video.. really helpful 😊❤

[@gokulsvijay1523]

thank you very much for this type of wonderful lecture

[@gamestarz7030]

Sooo enlightening😍😍

[@MaryamWazir-q4y]

I have a confusion which is at 1.45 as you said dihydroxyacetone rearranged it yo form another glyceraldehyde but my teacher did not said as such .he said that dihroxyacetone convert into 1_3 bisphosphoglycerate by using NAD and phosphate inside the cell I shall be very grateful to you if you clear this to me Thank you ❤ Moreover very helpful video it is...

[@farahhamid3079]

Great Animation ,thanks

[@giftkikuyo3551]

excellent video......it helped me a lot

[@foosbiker]

This is great!

[@secret_watcher5047]

I was trying so hard to figure this out, this video cleared a lot for me thanks!

[@Yara-fp4vt]

really awesome

[@bobu5213]

Thanks a bunch, though I do have a question. How is G3P oxidised exactly? I see a hydrogen leaving the molecule, but what happens to the electrons?

[@captainaryan26]

A hydrogen means a hydrogen atom. So we can't really see the electrons.

[@archishamarya]

Is this taught in med school as well? We're learning this in grade 11 as a part of the Indian curriculum.

[@amilarajapaksha2825]

Thanx a lot for making it easy

[@mothermary8563]

ThnkZ.. It is more Help full...

[@SK-ry5we]

thank you this was perfect in conjunction with reference to my textbook figure.

[@xBlackShadowsZz]

I GOTTA LEARN THIS IN 2 HOURS, I AM FUCKED

[@BhavneshThakur]

😂

[@burgundyboy94]

Lol

[@JuiceBoxJunkies]

Great video for us visual learners! I need to know if this is for eukaryotes or prokaryotes? Both??

[@riasanghera5030]

Both, ALL living things can participate in respiration and thus glycolysis ;)

[@funkystyle7249]

Great video

[@DineshKumar-wi7tz]

its too good to understand

[@indahnurapriliani6517]

Great Video, Thank you

[@sandipchaudhary7107]

It's enough for board I mean to say I am in 10 th and this is a statisfy for us

[@captainaryan26]

Bhava me pan 10th madhyech aahe. Iam too preparing for life process and energy production.

[@sandipchaudhary7107]

@@captainaryan26 ohh

[@sandipchaudhary7107]

@@captainaryan26 all the best

[@FatimaMD7]

I used to hate this in high school , but now in med school I gotta take it 😂

[@tianwen1346]

讲的非常好，thx

[@돌이콩-u2t]

thank you so muchit helped me alot

[@omarhalabi9569]

best video ever

[@thomashatch463]

Really nice thanks helped alot :)

[@sherenachristmas5557]

Excellent!

[@Ehsansoomro]

THANK YOU VERY MUCH

[@99centfacts82]

If only schools made us learn what we need to know. Am I right guys? Don’t see why I need to know this as a nurse

[@ceestudy5898]

Thank you!

[@valsammaantony1076]

animation sooperb...

[@syedkumailalishah6071]

Y u don't upload videos now ?????

[@zakiyabegum4964]

TQ very helpfull

[@Paul-ww5ht]

Are the enzymes actually that much bigger than the glucose??

[@notgivingyoumyname4777]

Yes, they are. The way enzymes catalyze biological reactions is based on arranging the molecules right, e.g. hexokinase works by attracting a glucose molecule so that it is attached in a specific place on hexokinase's surface (active site) and at the same time attracting an ATP molecule so that it is attached right next to the glucose molecule. Hexokinase has a whole lot of functional groups that interact with both glucose and ATP so that they are arranged just right for the specific reaction leading to glucose 6-phosphate occurs, and not one of the dozen or so other reactions that would be possible with these substrates. All enzymes need to be comparatively big molecules so that hundreds of aminoacids worth of polypeptide chain can fold in the right way to make a scaffold for the twenty or so side chains that directly interact with the substrates.

[@Paul-ww5ht]

Great!

[@DogeMcShiba]

Notgivingyou Myname, that comment just sums up how wonderful and beautiful biochemistry is. It totally made my day :D

[@minji6652]

The names of enzymes are really difficult and I can't remember them

[@DailyMedEd]

You are right, the names are difficult to remember! What you should do is watch the video several times and pause every time the name of an enzyme is mentioned. Then, write down the name of the enzyme several times, so you can commit it to your memory. Hope this helps. Good luck

[@TahirKhan-ph7yg]

Very helpfull ... ;)

[@alohfridaymichael4021]

wonderful

[@fahtihaishak]

but still,it is so hard to remember all the names of the enzymes and substrates..help me.........

[@DailyMedEd]

Best way to memorize the names is to keep writing them down on a piece of paper until you have them committed to memory :)

[@ZR.EDENPAWSolo]

❤nice

[@hadramut]

Perfect

[@ibalaieidsun9493]

good

[@DineshKumar-wi7tz]

i have a doubt that the same process is happen in cellular respiration in human beings as well as animal ????

[@shaunkordom2752]

In biology humans are animals :-) so it happens the same

[@joelexis8887]

Thought this was supposed to be easy