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Biology 17 Online
OpenStudy (anonymous):

How are NADH and FADH2 created?

OpenStudy (anonymous):

What is NADH and FADH2?

OpenStudy (nincompoop):

ask me; try within the context of respiration

OpenStudy (anonymous):

Nadh is Nicotinamide adenine dinucleotide. Fadh2 flavin adenine dinucleotide

OpenStudy (nincompoop):

what about them you'd like to know? knowing the full name of the abbreviation will not get you far

OpenStudy (anonymous):

I know that the both NADH and FADH 2 are produced in the Krebs Cycle, but how?

OpenStudy (anonymous):

Does the electron transport chain produces them?

OpenStudy (nincompoop):

back track a little bit more into the topic of protein synthesis and metabolism

OpenStudy (nincompoop):

no the ETC is not what produces them….

OpenStudy (anonymous):

Catabolism and anabolism, or oxidation reduction?

OpenStudy (nincompoop):

ya and then how about protein synthesis?

OpenStudy (anonymous):

Dna makes Rna and which then protein is synthesized

OpenStudy (anonymous):

after that metabolism takes action

OpenStudy (nincompoop):

:D you know biology is putting the things you've learned together if there's something you're not understanding, then you've missed something before.

OpenStudy (anonymous):

i guess your correct, but my question is, how is NADH and FADH2 is created, from oxidation?

OpenStudy (nincompoop):

you need FAD and NAD

OpenStudy (nincompoop):

and a little bit about chemistry, oxidation means…

OpenStudy (nincompoop):

redox redox redox, you've gone through it yes?

OpenStudy (anonymous):

FAD+ carries and is reduced fadh2 NAD+ carries electrons and is reduced to nadh

OpenStudy (nincompoop):

I think you just answered your own question, kid

OpenStudy (nincompoop):

i wish kids are more like you :D

OpenStudy (anonymous):

Catabolic pathways release energy in redox reactions.

OpenStudy (anonymous):

So that's how NADH and FADH2 is created? By NAD+ and FAD+ carrying electrons?

OpenStudy (nincompoop):

YA YA YA

OpenStudy (anonymous):

so, how is NAD+ and FAD+ is created by?

OpenStudy (anonymous):

from atp?

OpenStudy (anonymous):

or glucose?

OpenStudy (nincompoop):

glycolysis and b-oxydation

OpenStudy (nincompoop):

wait what?

OpenStudy (anonymous):

what?

OpenStudy (nincompoop):

these are co-enzymes, right?

OpenStudy (anonymous):

yes, they are electron carriers

OpenStudy (nincompoop):

it is one of the functions of proteins - ENZYMATIC

OpenStudy (anonymous):

they pick up and shuttle high energy electrons

OpenStudy (anonymous):

Yeah

OpenStudy (anonymous):

So, NADH and FADH2 is created from NAD+ and FAD+

OpenStudy (nincompoop):

coenzymes are organic molecules that are required by certain enzymes to carry out catalysis

OpenStudy (nincompoop):

we break and remake molecules, that's the bottom line

OpenStudy (anonymous):

wow

OpenStudy (anonymous):

are you a teacher?

OpenStudy (anonymous):

or a student :P

OpenStudy (nincompoop):

I am just another student

OpenStudy (anonymous):

so these coenzymes are created from something?

OpenStudy (nincompoop):

we keep eating so we can break them into simpler substances or molecules and then recreate them into whatever we need down to cellular level

OpenStudy (anonymous):

oh

OpenStudy (anonymous):

i get it now

OpenStudy (anonymous):

Thanks @nincompoop, you were a great help for me

OpenStudy (nincompoop):

NO problem, I've got biology books that explain these in details and I always refer back to them when I tend to miss something.

OpenStudy (anonymous):

WOW

OpenStudy (anonymous):

i wish i'll find more people like you on here

OpenStudy (nincompoop):

there are quite a few, but not that many would be wiling to go down to the nitty gritty and then continually zoom in and out of complexity and bring about a bigger picture.

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