Electron transport chain and ATP synthesis

This lecture explains about the mechanism behind electron transport chain and ATP synthesis with the help of oxidative phosphorylation. Components of electron transport chain is also explained in this lecture including the protein complex i to V and ATPase. This lecture will help you to understand the chemiosmotic theory and mechanism of action of the ATPase pump to drive the proton motive force that helps in ATP synthesis in mitochondria as a result of aerobic cellular respiration.
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Thank you for watching the biochemistry lecture video on electron transport chain and ATP synthesis also known as electron transport system.

[MiraDesai]

I learned a basic version of this over 35 years ago...unable to even grasp from book...thank you for these patient step by step lessons..Gratitude!

[beecofriendlywithsoni]

Sir your teaching style is very nice. I'm a Hindi medium student so I face problem to understand any other English medium video but I can understand your video and your English conversation because you are speak English very clear. Thanks alot sir for your help full videos.

[beenaasokan]

sir my name is sijo. i am a bsc botany and biotechnology student in kerala. we have a metabolism paper. so it helped me a lot. so thank you so much for such good things.

[MatirManush-wucc]

Thank you Dr. Bhattacharjee for this wonderful video. This video is really an unparalleled one.

[arjunsr]

Am a medical student I use to follow your chemotherapy lesson s ..tq for your valuable vedios.😊

[Explainer_BeastBoy]

Sir this is very helpful thank you I'm a b pharm student & this helped in my biochemistry exam 🔥🔥👌

[daniyalshahzad]

Very very helpful videos.THANK YOU SHOMU Sir for instilling my love for biology

[radhapradeep]

You are a too good teacher sir Thank you for sharing ur knowledge with us. Thanks from Kerala

[anjalishalajan]

This class is incomplete. No information about complex 2.

[suro-mallar]

As you said, complex I translocates 2 H+ to the intermembrane space then how is 4 H+ pumped out? Please clarify

[tejasgohil]

What about complex II? Still many doubts. At 9:06, you said that "Complex I translocates two protons to the intermembrane space per NADH oxidized. So for a single NADH four protons will be pumped into the intermembrane space". How this is possible?

[nishitachauhan]

You literally saved my life!! Best teacher ever ♥️😌

[mayapatidar]

I liked it sir....i was in desperate need of it to make easy 🌷🌷

[rtrt-twob]

tomorrow is my exam sir and your vedio are very effective for me..thanku so much sir

[biologybyankitachauhan]

Thank you sir.... Your videos always helped me in my whole journey....

[parvesahmad]

Ur method of teaching is vry nice sir....

[koyel]

can you give video related to sodium potassium pump problems? it will be so helpful. i have problem in solving those type of questions.

[musical_Regnantia_medico]

Thank You Dada 🙏 You made my MBBS journey easier. Whenever I stuck in any topic you were always there with a video 😊💕

[Dailynewsofindustry]

Expecting more microbiology and biochemistry portion

[omkardixit]

9:10
How are 4H+ transported inside
When i NADH gives just 2H+?