Aerobic Respiration in Bacteria

[@Mariamk1995]

biology professor... you are a HUGE reason why i'm doing so well in microbiology. can't thank you enough!! God bless you.

[@VillalonaCreations]

Thank you for the information on Prokaryotes. Too many focus on the Eukaryotes and say nothing or very little on how cellular respiration is done in bacteria. Please excuse the men here who apparently don't know how to value intelligence over physical beauty.

[@lynae5653]

Hello ! Thank you very much for your video ! I'm have to do a presentation on this thema... I've been trying to find clear information on the net without any result until I came across your video :)

[@thebluebeyond2329]

I'm in general biology and l think it would have helped if you identified the different bacterias that use aerobic respiration to harvest ATP. However, we were given a question by a lecturer and l haven't been able to answer it. What type of cellular respiration do intestinal microbes use to ensure that there's enough ATP for their existence? Great video by the way.

[@mohdsaleemmalik4073]

Amazing presentation

[@virupannamedikinal]

Thank you so much

[@Yasheducationpoint]

Awasome way of teaching thanks for providing such an awasome lecture

[@BiologyProfessor]

You are very welcome!

[@adeebturk392]

I have read a statement in a book that says that aerobic respiration in eukaryotes produces 36 atps and while in prokaryotes it produces 38 ats.... My question is if net atps in eukaryotes are 36 atps why they are not 38 atps in bacteria, is there any fundamental difference between them???

[@BiologyProfessor]

In eukaryotic cells, the electron carrier NADH is generated in the cytoplasm during glycolysis. It must be transported into a mitochondrion before it can transfer electrons to the electron transport chain. This transport into a mitochondrion requires energy, typically about 2 ATP. This expenditure of 2 ATP is the reason the overall process in eukaryotes makes 2 less ATP, because prokaryotes don't need this NADH transport into the mitochondrion.

[@adeebturk392]

Thank you

[@taylorwhite3636]

@@BiologyProfessor Great explanation, I was always confused as to why the ATP yield of respiration was listed as 36/38... thank you!!

[@karinecka1111]

Thank you so much ❤️

[@BiologyProfessor]

You are welcome

[@raghujskshdbcmz]

Very very nice 👍

[@hassanalbably5808]

Nice explain

[@BiologyProfessor]

Thanks 😊

[@katziam30]

You're awesome thanks

[@kofipapa2886]

How are mesosomes involved in the process of respiration please?

[@JK-zc6uz]

Thank you very much mam

[@lynae5653]

oh but I have a question : can one of these bacterias that you are talking about do its resperation with another organic matter than glucose ?

[@vishaldeshwal6258]

Yes.. first organic material converts to Glucose and than Glycolysis process will start...

[@Chulito_con_frito]

She's fire

[@Frenchfrys17]

Could you summarize most aerobic bacteria as "independent" mitochondria?

[@BiologyProfessor]

I suppose you could make that argument. Though they are actually more complex than a mitochondrion, which is highly adapted for a symbiotic relationship rather than existing as a living individual cell like the bacteria.

[@NumanAkbarLashari]

Name the bacteria which have aerobic respiration

[@BiologyProfessor]

Here are some examples: Bacillus, Mycobacterium, Pseudomonas

[@NumanAkbarLashari]

Thanks, mam, respectively from Pakistan 🇵🇰

[@emadahmad605]

Are have email ... l have some question about calculating of microorganisms.. please .. thank you my teacher

[@المستكشفالمغامر]

How to grow anaerobic bacteria

[@BiologyProfessor]

www.nature.com/articles/d42859-019-00007-1

[@المستكشفالمغامر]

Thank you so much

[@userMHR]

غشاء البلازما العادي