Cou
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Something fun: Picking a random atom in a biomolecule and tracing it back to CO2
https://i.imgur.com/LYqai57.png
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vmelkon
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I'm not sure.
Perhaps use CO2 where the carbon atom is a different isotope. Perhaps use C14.
When you end up with the final molecule where it is written Urine and 5-HIAA, take the 5-HIAA and break it into components somehow. Separate the
components and check to see which component has the C14.
Another way to do this is to use software I suppose and simulate the entire chemiacl pathway.
Signature ==== Is this my youtube page? https://www.youtube.com/watch?v=tA5PYtul5aU
We must attach the electrodes of knowledge to the nipples of ignorance and give a few good jolts.
Yes my evolutionary friends. We are all homos here. |
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Tsjerk
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When a biosynthesis pathway is known, as in it is known which enzymes are involved, it is quite straightforward to determine where every carbon is
incorporated and how this relates to photosynthesis.
To determine pathways, often isotopes are used indeed.
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