How are NADH and FADH2 created?
What is NADH and FADH2?
ask me; try within the context of respiration
Nadh is Nicotinamide adenine dinucleotide. Fadh2 flavin adenine dinucleotide
what about them you'd like to know? knowing the full name of the abbreviation will not get you far
I know that the both NADH and FADH 2 are produced in the Krebs Cycle, but how?
Does the electron transport chain produces them?
back track a little bit more into the topic of protein synthesis and metabolism
no the ETC is not what produces them….
Catabolism and anabolism, or oxidation reduction?
ya and then how about protein synthesis?
Dna makes Rna and which then protein is synthesized
after that metabolism takes action
: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.
i guess your correct, but my question is, how is NADH and FADH2 is created, from oxidation?
you need FAD and NAD
and a little bit about chemistry, oxidation means…
redox redox redox, you've gone through it yes?
FAD+ carries and is reduced fadh2 NAD+ carries electrons and is reduced to nadh
I think you just answered your own question, kid
i wish kids are more like you :D
Catabolic pathways release energy in redox reactions.
So that's how NADH and FADH2 is created? By NAD+ and FAD+ carrying electrons?
YA YA YA
so, how is NAD+ and FAD+ is created by?
from atp?
or glucose?
glycolysis and b-oxydation
wait what?
what?
these are co-enzymes, right?
yes, they are electron carriers
it is one of the functions of proteins - ENZYMATIC
they pick up and shuttle high energy electrons
Yeah
So, NADH and FADH2 is created from NAD+ and FAD+
coenzymes are organic molecules that are required by certain enzymes to carry out catalysis
we break and remake molecules, that's the bottom line
wow
are you a teacher?
or a student :P
I am just another student
so these coenzymes are created from something?
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
oh
i get it now
Thanks @nincompoop, you were a great help for me
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.
WOW
i wish i'll find more people like you on here
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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