Cellular Respiration - Oxidative Phosphorylation - Post 16 Biology (A Level, Pre-U, IB, AP Bio)

[@kidder123]

you have no clue how badly these videos will save my a level bio this year

[@MrExhambio]

+Khider juan glad to help

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Wow, this legend turned an hour lesson into 8 minutes. What a god.

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Just a legend. This video is the best explanation of ETC. I do appreciate indeed.

[@185rahul]

Thank you Sir, hats off to you! Literally after spending hours hovering over various youtube videos, i've finally understood the process of cellular respiration with your help!

[@MrExhambio]

Fantastic! Glad you found them useful

[@kaj2556]

Your videos are actually amazing. They show the process, and you do an amazing job explaining it. Watched both your photosynthesis and cellular respiration videos, was a huge help. Thanks!

[@kashufmehmood9468]

this is AWESOME man I actually finally understand respiration. I would recommend this channel to every biology student. couldn't have explained it any better.I didn't understand my own teacher's explanation.thank you so much

[@ETR.02]

Thank you for this awesome video. Cleared all my confusions!

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[@aksk8791]

These videos will really help me in the next few months while I revise for my A2 exams, thank you!

[@MrExhambio]

No problem, good luck with your exams

[@hallobrown4444]

This was the BIGGEST HELP

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Thank you! I just discovered your videos and am watching as many as I can for bio help.

[@MrExhambio]

👍🏻

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I depend on your videos with my studies.. And they do help me a lot ! Thank you 😊

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Here is the savior, thanks for clearing all that up

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iT IS SO NICE TO FIND A GOOD HELPFUL VIDEO.THANK YOU SIR

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this is such a help for last minute revision! thank you

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Bestie this exactly what I needed. Doing Gods work fr fr. Thank YOU :)

[@venusasadyke]

does anyone understand videos more than they understand their tutor's lessons ? i didn't get this at all in class but this video made perfect sense even though it's the exact same content/

[@MrExhambio]

Thanks 🙏

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[@joviskwo8087]

I feel am relieved through this video. thanks a lot

[@kayce-annsmith677]

OMG I LOVE all your videos very good explanations thank you

[@MrExhambio]

Thank you. Please share

[@sumaiyamumtaz4061]

hey this video was just amazing !!! i just have one query pls answer where did adp and p1 molecule come ?where they already in so how ??

[@lightingthunder]

You explained it so well👏👏👏

[@MrExhambio]

Thank you 🙏

[@cIoudrazerz]

epic maybe I can finally understand these diagrams

[@zosiamatuszczyk]

Thank you for the video, it's been really helpful!

[@MrExhambio]

My pleasure

[@thecuriouscynic4720]

Awesome explanation!

[@eems4565]

quick question sir (ur videos r BRILLIANT tho god bless) is there a difference between ATPase and ATP synthase that should be noted ??

[@juliabenvs827]

they're the same thing. it's just that some call it ATPase and some ATP synthase. my teacher says it's better to use ATPase since it synthesises ATP and can also break it down into ADP + Pi

[@eems4565]

@@juliabenvs827 thank u so so so muchhh for clearing it up to me !!

[@nourk2650]

What are the examples of oxidative phosphorylation?

[@saramelhem8269]

Amazing👍🏻👍🏻👍🏻👍🏻

[@ridabatool5804]

This is impressive!!

[@ShababNahianK]

Thank you for the amazing explanation.

[@MrExhambio]

Shabab Nahian no problem, glad you like the video

[@ryanmcmanus7897]

Very helpful, thank you 😁

[@MrExhambio]

No problem

[@taniyan7322]

Is it ATP-ase or ATP synthase that combines ADP and a phosphate group into ATP?

[@aseeln9618]

ATP synthase, as ATPase catalyses the the hydrolysis of ATP

[@emmanuelnelson7371]

Well explained

[@olaf.anders1108]

The ATP synthase positioned upside down, and should've been the other way round

[@hopepauline5767]

youre the besT!!!!

[@connorchen480]

thank you kind sir

[@jakepaterson687]

thank. you. so. much.

[@jasmine-go5wu]

7:43

[@rawanalhoranie676]

Thx slot💕💕

[@marcusdalby1355]

I'm gonna be a wise arse here... When he sais "we actually only made 4 ATP" is false. There was a net gain of 4 ATP molecules but the production of 6 ATP in total (4 in glycolysis, 2 in the krebs cycle)... 2 were used up in glycolysis.