Explain krebs cycle in detail Videos

• 1. Krebs cycle - Citric Acid Cycle - TCA cycle - Brightstorm Biology
• 2. Krebs Cycle Citric Acid Cycle Video
• 3. PART I - Oxidative Phosphorylation, Electron Transport Chain
• 4. Biol 107 Tutorial krebs cycle (TCA, Citric acid cycle)
• 5. The Citric Acid cycle Metabolic Pathway
• 6. Citric Acid Cycle Step by step
• 7. Citric Acid Cycle Rap
• 8. TCA (Krebs/Citric Acid) Cycle- Carolin Ladstaetter (Locked out of Heaven- COVER)

Krebs cycle - Citric Acid Cycle - TCA cycle - Brightstorm Biology

User Comments

saqib qamar commented on 25 Nov 2015

good very noce

Brightstorm commented on 25 Nov 2015

+saqib qamar Thank you for watching our biology video.

Krebs Cycle Citric Acid Cycle Video

PART I - Oxidative Phosphorylation, Electron Transport Chain

User Comments

Pooja Padmakumar commented on 08 Dec 2015

Please explain the role of complex 2...

Basil Jafri commented on 10 Dec 2015

+Pooja Padmakumar It oxidizes succinate to fumarate, reducing a ubiquinone to ubiquinol in the process. This ubiquinol can then be used by complex III.

Ora Kuvshinova commented on 25 Sep 2015

Can you please tell me, what would happen if I replaced pump 3 with pump 4? please

The Life You Live commented on 10 Oct 2015

+Ora Kuvshinova you will increase 1 pump

Steve Duong commented on 05 Aug 2015

Complex 3 produce 2 H+ not 4 H+, Complex 4 produce 4 H+ not 2 H+

Dri666999 commented on 05 Aug 2015

Complex 3 produces 4H+ and complex 4 2H+..

Zahida Shinwari commented on 04 May 2015

@satish Mistry: What I found was that when NADH + H is oxidized to NAD+ it releases to 2 electrons. These electrons are passed to the flavoprotein (FMN), when its passed to FMN it is reduced to FMNH2 which then has to be reoxidized to FMN. The electrons are then passed to the Fe-s. You have to remember that when something is oxidized something else has to be reduced. I hope this helps. I would recommend you watch the video by moof university, he explains it quite well.

Satish Mistry commented on 05 May 2015

+Zahida Shinwari Thank you for this explination, makes sense. Also is there a reason you cant reply to my post directly ?

Moran Antebi commented on 03 May 2015

where does the H+ (with NADH) at the beginning comes from?

InfinitePlusOne commented on 04 Jun 2015

+Moran Antebi Glycolysis and Krebs Cycle(mainly)

Bob Dole commented on 30 Apr 2015

Cytochrome C is only capable of carrying 1 e-. Thus, it requires two Cytochrome C's to reduce 2 1/2O to H2O. The heme in Cytochrome C goes from Fe3+ to Fe2+ when reduced, thus 1 e-.

kitsand commented on 07 Sep 2015

+Bob Dole Thanks. Was wondering how this works

Sweetha Ganapathy commented on 22 Apr 2015

Hello this is a general doubt in biochemistry, why is NADH accompanied by a free hydrogen atom in almost every biochemical pathway?

Sweetha Ganapathy commented on 23 Apr 2015

Yes! Thank you :)

AssoBestaTyyp commented on 23 Apr 2015

Well, if I am not mistaken the reduction of NAD+ which results in NADH (+ H+ ) goes like this: NAD+ reacts with H2 (a hydrogen molecule). Now when this happens the NAD+ binds to both hydrogen atoms but lets go of one proton from obs of the hydrogen. Nonetheless whenever NADH is created so is a proton. Does that answer the question?

Biol 107 Tutorial krebs cycle (TCA, Citric acid cycle)

The Citric Acid cycle Metabolic Pathway

User Comments

hazyfiasco commented on 18 Jul 2012

Your videos are very helpful and thorough but for the love of Christ, it's enzyMe, with an M, not an N! Anyhow, thanks!

Izzie S commented on 30 Jan 2013

Your videos are really very helpful. Thankyou for the detailed explanations :-)

Citric Acid Cycle Step by step

Citric Acid Cycle Rap

TCA (Krebs/Citric Acid) Cycle- Carolin Ladstaetter (Locked out of Heaven- COVER)

User Comments

Carolin Ladstaetter commented on 04 Feb 2013

thanks, that was my first time recording vocals! appreciate it :)

1MaginAZN commented on 04 Feb 2013

AWESOME job with the composition, and wicked vocals!

Gabriel E. Guzman commented on 02 Apr 2013

It's really great!