Complete the equation for reductive amination ......... . `+NH_(4)^(+)+NADPH overset(?)rarr "glutamate" + H_(2)O + NADP`

Complete the equation for reductive amination ......... . `+NH_(4)^(+)

1.	Complete the equation for reductive amination ......... . `+NH_(4)^(+)+NADPH overset(?)rarr "glutamate" + H_(2)O + NADP`
Answer» Reductive Amination Ammonia combines with a keto acid (like `alpha`-ketoglutaric acid or oxaloacetic acid) to form amino acid in presence of a reduced coenzyme (NADH, NADPH) and enzyme dehydrogenase (e.g., glutamate dehydrogenase, aspartate dehydrogenase). `alpha`- ketoglutaric acid `+ NH_(4)^(+) + NAD (P) H underset("dehydrogenase")overset("Glutamate")rarr "Glutamate" + H_(2)O + NAD (P)` Oxaloacetic acid `+ NH_(4)^(+) + NAD (P) H underset("dehydrogenase") overset ("Aspartate") rarr "Asparatate" + H_(2)O + NAD (P)`

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Complete the equation for reductive amination ......... . `+NH_(4)^(+)+NADPH overset(?)rarr "glutamate" + H_(2)O + NADP`

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