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Rapporter et problem med oversettelse
That answer is long and complicated. It depends how deep you want to go. If you've ever heard of hydrogen bonding that is pretty much the main underpinning idea. Hydrogen bonds are partially ionic. Because of Hydrogen being so giving of electron very non-electronegative and Oxygen being very electronegative, it causes a bond to form because electrons will be pulled from the hydrogen atom towards the oxygen creating a side to side polarity.
https://www.rsc.org/Education/Teachers/Resources/cfb/nucleicacids.htm
Been there, too. That doesn't answer the question, just explains how nucleotides are bonded and the resultant structure.
My real question is: what happens to the RNA polymerase during transcription if the appropriate nucleotide is not 'within reach'? But this is being asked in ignorance of both how the nucleotides are propelled through the cellular medium and the 'grabbing' mechanism of the RNA polymerase.
A chain of machinery is involved. The thing that holds the shape together is the hydrogen bonds which end up one side negatively charged and the other positively charged.
-O and +H due to oxygen being electron greedy; always wants it's shells filled.
I'm assuming so, and I'm also assuming this has a direct if complex answer, I just haven't found it. :-(
There is no "direct answer"
Of course there is. Our knowledge may only go so far but the facts are facts even if we don't know them yet.
Thats how it's synthesized by the body. As you can see no simple direct answer. Requires an understanding of organic chemistry and biology.
Carrier Proteins. And there's our answer. Thank you, sir. Now I have a whole class of new proteins to learn. Fun days ahead!
That isn't a sufficient definition to make use of this knowledge...
That reminds me of this! :P
https://www.youtube.com/watch?v=SGmLoAdJLKE
But P.S. Who is defining these "Errors"?