Cellular Respiration (in detail)

This video discusses Glycolysis, Krebs Cycle, and the Electron Transport Chain.
Teachers: You can purchase this PowerPoint from my online store. Follow the link below for details:
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Keywords:
ATP
Cellular respiration
Mitochondria
Glycolysis
Krebs cycle
Electron transport chain
adenosine triphosphate
Citric acid
NADH
Cytoplasm
Fermentation
Glucose
Pyruvate
Aerobic respiration
ATP synthase

[@sophiechelton1453]

the only video on cellular respiration that I could find anywhere that actually explains in detail - thanks so much, really helped! :)

[@SlikRick.e]

Professor Fink is truly way better.

[@chickennuggets6910]

Nicholas Adesina I’m in 8th grade and I’m learning this how is this a honors highschool class

[@maryamnajafi6807]

Exactly😋

[@edgardogonzales6660]

exactly , i love his teaching it because actually explain detail and complete

[@furatsalim9283]

حقيقي

[@sosocute3078]

1- Glycolysis- Net yield of 2 ATP. Krebs cycle- Net yield of 2 ATP( 2 pyruvate) Electron transport chain- 32- 34 ATP( It is different in each biology text book- ) 2- In the mitochondria- glycolysis in the cytoplasm- Krebs cycle in the mitochondrial matrix- Electron transport in the inner mitochondrial membrane 3- F B D E G C A I think these are the correct answers.

[@linasrayi4075]

huh answers to what?

[@sosocute3078]

@@linasrayi4075 At the end of the video, there are 3 questions...

[@mohithkondaveeti7766]

Looks good, I got the same thing.

[@julietiacono2258]

I think this is the best video on cellular respiration that I have ever watched. Thank you.

[@azurebluet3045]

I wish MY teacher explained in detail--and carefully, knowing we have minimal knowledge on the topic. Very nice video, thank you so much!

[@thecadencer]

Thank you so much! This was the only video I could find ANYWHERE that explains this concept! Not any of my biology textbooks or teachers, either. This was simplistic, visual, and perfect!

[@angezuniga-aleman474]

left my 1.5 hr lecture confused. listened to your 17 minute video.... now i understand! thank you so much.

[@samanthaperry7788]

Same! I had a two hour class on this and I was so lost. And this made so much sense!

[@Vegapunk108]

This is the best ever, beautifully explained in a constructive detailed manner.

[@bestfriend1992]

I agree with you

[@asiiiiii2949]

Your method of explanation is very good. I got a lot of info from this lecture

[@beyzee8516]

I stopped reviewing for NMAT (the equivalent of MCAT in the US) that I'd be taking tomorrow. Now I'm just taking in additional information and this channel doesn't waste my time and I actually learn a lot more in just an hour. If I can't slay the Physics portion of the exam (which is likely), I should at least slay the Biology section and this channel would be a great great help! 🙏

[@cinnamongirl1364]

ik it's been years but how did you do?

[@catzlaflame4518]

So…. Are you in medical school ? 🌝 (3 years later)

[@endijohnson5863]

Gave it a thumbs up within 5 min. I’ve seen so many of these and this is the best explanation and visual by far

[@lynea808]

Thank you so very much for explaining this in a way that's easy to understand. The pace and sound of your voice is better than any other of video i've found. Keep the video's coming!!!

[@beremenge8614]

True, and good thing u subscribed. Btw its crazy how old vids are better than new once

[@luislaurean8744]

BEAUTIFULLY EXPLAINED! You're an amazing teacher. the visual representation of the molecules interacting with other molecules was EXTREMELY helpful.

[@royalxeronic7243]

Dude thank you so much, why dont I have such teachers man. Keep the good work up, your helping so many people with it

[@ajithakdev]

I have never seen such a video, which clearly explained the concept of cellular respiration in easy way, thank you very much, it's really awesome.,

[@cynthiajohnson7115]

WOW! You explained cellular respiration beautifully and in such detail. I was having the hardest time understanding it until I stumbled upon your video! Thank you!

[@kellychoung382]

지금껏 본 설명중 가장 디테일하고 제일 잘 정리된 설명이에요! 강추 합니다!

[@crazygoofy100]

Thank you so much for this video. My professor didn't do too well of a job of explaining this and now I feel like I better understand Cellular Respiration.

[@lisas1438]

This was a game changer for me. I can’t thank you enough. Finally someone made this understandable!!! 👍🏼

[@Shah91270]

I remember watching this back in high school I needed it so much I looked for hours until somehow I found it best video has step by step. No Indian accent and explains everything.

[@rebekahsprlyan6982]

This video helped me so so much! It gave me information in a simple way, with enough detail, for me to grasp the process and make sense of it! Thanks so much, I've watched it several times!

[@emiliebaril2190]

Thank you, McGill student here and this really helped. Thank you!

[@scienceencompass8622]

beautiful...i was getting goosebumps and had to stop watching this video in order to send my comment. I just couldn't finish until the end of the video as i was so enchanted by your explanation and had to pause to comment down here.. Well done. I am a science tutor and this was helpful.

[@nathansawicky6333]

So well done. Illustrations simple yet perfect for learning. Thank you

[@YS-dy2nz]

great explanation, thank you, i'm really struggling with this chapter, this helps!

[@JohnnyG196]

It's 2024 and this is still one of the better videos on cellular respiration

[@lexiw20]

This really helped me for my biology 151 class! Thank you!

[@anoyint]

I cannot express to you to what extent this has helped me. I can now visualize the entire process in my head, rather than memorizing random numbers!! I don't understand why it isn't always taught this way. Thank you from the bottom of my heart. One question: what software did you use to animate this? I think if I could make more of my own visualizations in the future, I'd be able to teach myself more complex concepts in quite the same way.

[@isellesueromatos7538]

The best explanation video of cellular respiration. Thanks for share your knowledge with us in such a great way!!

[@j1znvcs]

the amount of help you've provided with this.

[@vanessagomez2968]

1.) - Glycolysis: 2 - Krebs Cycle: 2 - Electron Transport Chain: 30 2.) - Glycolysis: Cytoplasm - Krebs Cycle: Matrix - Electron Transport Chain: Inner membrane 3.) a. Glucose broken into PGAL b. ATP and pyruvate created c. Acetic acid bonds w/ Coenzyme A d. Citric acid created e. ATP, NADH, and FADH2 created f. H+ ions pumped out of the matrix g. ATP produced through ATP synthase How right or wrong am I? :D Thanks for this video! Was super helpful!!

[@spevios1710]

Beautiful!

[@adrianirham3886]

Thank you so much it is very useful

[@wotsup8885]

Beautiful! Unfortunately for me, the crappy professors in medical school did not teach me like this and left many unanswered questions until this video answered them all for me! Thank you kind sir, and as Brad Pitt said to his Private First Class Norman in the Fury: "keep stacking 'em up kid!"

[@asmaulhusnasamia5341]

This video is really a great work . From this video my basic on cellular respiration has cleared a lot . Thank you .

[@sabrinaduncan128]

Exam is right around the corner. I'm here for it all. Thanks for the upload

[@bronwynalmy5911]

i didnt really understand this concept much and then i watched your video nd i completley understand it and i really love how you explain in detsil each part. my learnign is so much better now because if you! thank you so much ( it really helps cause i gotta test tmrw! eek!)

[@dlm1259]

My first language isn't english and i understood better than in my native language you are a really good teacher

[@ngocnha123]

thank you so much, I am an international student and I can understand it.

[@Katwumyn]

This video was incredibly helpful. Thank you for taking the time to make it and to explain everything in such a clear way!

[@natalieforster4369]

Thank you so much for simplified version, very well explained

[@許品蓁-m5c]

非常清楚的講解，基本上夠應付學校考試

[@anythingraf7494]

THANK YOU SO MUCH NOW I UNDERSTOOD EVERYTHING THANK YOUUUUU

[@ninajay8180]

Thankyouu this really helps me a lot😊 this video is the only video that I find useful cuz of the detailed illustration

[@oliveGrade]

i am deeply greatful for this, i understand it so much

[@sabasultanashaik6606]

Lovely explanation and illustration! Keep up the good work!!

[@jeanettesithebe7722]

Thank you so much. So much detail yet so easy to understand. God bless.

[@md.rakibul2609]

Good video with many details and nice animation🎉

[@mike5774]

It wold be fantastic if u ordered steps of respiration for us u asked at the end of video. Visualization videos are much understandable and attaches obsession into the subject, after all we are not more than a obsession and a belief. Textbooks are fantastic in describing how events and history is connected in any discipline but to provoke our mankind's thinking into microworld we need visualization videos. We are interested in forklore and stupidity is becos we cannot perceive microworld through our senses. Seeing is an necessary element to create curiosity into science.

[@vaniasantos1264]

Saved me hours, thank you

[@qalb-writes]

Thanks a lot now I understand cellular respiration properly Nice Job

[@a7mdtamr]

i just only took in my school ... that Cell respiration produce energy ... didn't know that there was many steps for this :(

[@Jere616]

Very good video for learning the basics of the glucose-to-energy processes. Thanks for uploading this

[@reviansahrevi4332]

Entap Nini kenie murangkom aku pak boh😂😀😀 De bes

[@mallikarjun3d]

I am confused because I tot that hydrogen had only one electron and in the illustrations it shows that it has 2 electrons instead of only one

[@somethingawesome7555]

When I looked on the internet it said two molecules of Co2 are made. I'm confused in that part.

[@apple1231230]

where do the enzymes get the energy to manipulate these compounds via breaking them apart or forming into other substances? is it simply from the temperature being maintained in the cell and the new substances being a "lower energy state" of sorts? if not, im confused what powers the enzymes to raise these molecules into higher energy state compounds.

[@SwiSwiKat]

Totally brilliant. This deserves an award.

[@detective1557]

9:17 It said previous Krebs cycle what if it is the first one?

[@edu.me.hollingsworth]

Thank you! This helped me right now.

[@מדעהקסמים]

Hello, I like your video. I have a question please. Why does in the kerbs cycle the 4 cut of the molecule do not release co2 when NAD take H from the 5 ccccc molecule is because the FAD is creating?

[@wondersandsecrets5996]

Thanks a lot! Your the best biology teacher

[@mydreams8562]

Do i have to know all the details?

[@zacimusprime4865]

Very comprehensible well done

[@nayabzakir1433]

Explained in a very good way... Thank you so much

[@walkiriamachado21]

Thank you for your explanation, it helped me to clear up a lot of things.

[@ntresdfggghhhjjnbbbh]

Awesome explanation thank you bro

[@razan-7367]

الله يسعدك ويوفقك فرجتها علينا ❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️

[@itsbossin]

had to pause the video to thank uuuuu, ur the bestt!!

[@jamespurks1694]

To all who read the scathing comment last month, especially the moderator I sincerely apologize. I have deleted that comment and I am posting this as a replacement. I had absolutely no idea that she was a high school biology teacher and the video was directed to her students. I feel like a royal heel and I sincerely hope that my apology will be accepted.

[@MUADFLYINGHIGH]

My comment to you, you are the best !!!

[@eugeniaagnesrombelayuk1789]

very digestible explaination, thank you!

[@babbelfisch42]

Nicely slimplified, but in what world is tgis in detail?!?!?

[@Cardioid2035]

Has any biologist tried messing around with cymatic frequencies as a way of altering/ enhancing cell function ?

[@houcinebensaid6897]

The C2H3O is not Acetic acid. The acetic acid is C2H4O2, and the total of the molecule in the Kerbs cycle as follows: One ATP, Two CO2, Three NADH, One FADH2

[@sarthakparashar7508]

Correct order of Q.3- f b d e g c a?

[@rf9674]

amazing video

[@sarahbesmel5096]

i owe you my life :))) thank youuuuu!

[@craigandsandymonson]

Great job

[@lenglee5362]

Great video, all the other videos either went into too much detail or didn’t go into enough detail but this was perfect for my biology class.

[@unike99]

This video is great, Its going to help me pass!

[@shpark519]

The best video lecture ever👍

[@albertoratmiroff2265]

Good video, good information, thanks

[@chingchen7502]

Excellent lecture

[@abdullahirazak8771]

Good explanation

[@MUADFLYINGHIGH]

You are the best !!!!!! I appreciate you so much ......

[@rileyonthatbeat3047]

Doesn't the Glycolysis takes place in the mitochondria?

[@thedeltasalamance1258]

It does

[@JamesonRq]

It doesn't ​@@thedeltasalamance1258

[@georgeseese]

Are the various enzymes named, other than ATP Synthase?

[@user-fb6js7vt3u]

Wonderful Explanation Thanks!!!

[@Semsempharma1]

do you have videos with the name of the enzymes?

[@miracledobbs4279]

Does anyone have the answers to the questions at the end of the video?

[@Spark-Hole]

So ATP to a cell is analogous Gasoline to an engine, Thanks

[@miboxcmpinto4977]

Thanks for the explanation!

[@Jake-jp5ov]

I'm crying this helped so much

[@els2149]

This was so helpful!!

[@jeaoel4692]

G: 2 net ATP 2 pyruvate KC: 2 ATP 2 FADH 8NADH 8C02 ETC: 32-38 ATP molecule G:cytoplasm Kc : Mitochondrial Matrix ETC: Inner Mitchondrial membrane FBDEGCA

[@hagaretman196]

Please sir, where are we going to use the NADH produced by the glycolysis?

[@winnywu1197]

in electron transport, its a carrier. its what transports the h plus ions to the step of electron transport chain

[@hagaretman196]

Thanks

[@sandywong3363]

Thank you

[@sircons2240]

Well done Sir...

[@bastianbetancourt2327]

i enjoyed learning this

[@BillieJolene1]

I so wish you were my professor.

[@miboxcmpinto4977]

So, if we just need the atmospheric oxygen to accept and expell electrons and protons, from our organism... Why don't we just combine those protons and electrons to produce and expell hydrogen? Therefore, not needing to import atmospheric oxygen.

[@ellajesa]

very good at explaining it.