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For comparison of the mechanisms, the reaction catalyzed by the bacterial ketosteroid isomerase entails stabilization of the dienolate by a Tyr and an Asp residue interacting with the O 3 atom, whereas a single Asp residue serves the acid/base function exerted by the glutathione thiolate/Tyr9 pair in GST A3-3 (Pollack, 2004)
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They are rendered more hydrophilic by biochemical processes in the hepatocyte, yielding water-soluble products that are exported into plasma or bile by transport proteins located on the hepatocyte membrane and subsequently excreted by the kidney or gastrointestinal tract [19] ( Figure 1 )
Glucose-6-Phosphate Dehydrogenase 3D Image of G6PD: Image borrowed from Brief Background Glucose-6-Phosphate Dehydrogenase (G6PD) is an enzyme involved in the first step of the pentose phosphate pathway, producing the 5-carbon sugar, ribose, for later nucleic acid synthesis and fatty acid synthesis
extend to 16+ weeks for severe suppression cases
Both can be powerful tools when used intentionally and in the right context
