The majority of the energy that proteins give is produced through the metabolism of isoleucine, valine, and leucine.
Numerous biological activities that occur inside the human body depend on the metabolism of amino acids.
An important step in the metabolism of amino acids is transamination, which is followed by deamination and decarboxylation. In accordance with the metabolic state, amino acids can either be completely broken down or regrouped.
It is reprogrammed because amino acid metabolism contributes significantly to the aberrant energy metabolism of tumour cells. The second most important source of energy for tumour cells is glutamine, which is important for tumor-specific amino acid metabolic pathways and produces a lot of ATP for tumour growth.
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