The metabolism of isoleucine, valine, and leucine produces the majority of the energy that proteins provide.
The metabolism of amino acids plays a crucial role in many biological processes that take place inside the human body.
Transamination, followed by deamination and decarboxylation, is a crucial process in the metabolism of amino acids. Amino acids can either be totally broken down or regrouped depending on the metabolic state.
Because amino acid metabolism plays a significant part in the abnormal energy metabolism of tumor cells, it is reprogrammed. Glutamine, the second crucial energy source of tumor cells, plays a key role in tumor-specific amino acid metabolic pathways and generates a lot of ATP for tumor growth .
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