Name the given reaction and enzyme involved in it.
`alpha`-etoglutaric acid `+NH_(4)^(+)+NADPH overset("Enzyme")to"glutamate"+H_(2)O+NADP`

Refer to the given reaction alpha -Ketoglutaric acid +NH_(4)^(+)+NADPHunderset("dehydrogenase")overset("Glutamate")to"Glutamate"+H_(2)O+NADP is represents

Refer to the given reaction alpha -Ketoglutaric acid +NH_(4)^(+)+NADPHunderset("dehydrogenase")overset("Glutamate")to"Glutamate"+H_(2)O+NADP is represents

Refer to the given reaction alpha -Ketoglutaric acid +NH_(4)^(+)+NADPHunderset("dehydrogenase")overset("Glutamate")to"Glutamate"+H_(2)O+NADP is represents

Complete the following by giving the correct option for A and B : alpha -ketoglutaric acid + A + NADPH underset("Dehydrogenase")overset("Glutamate")(to) B + H_(2)O + NADP^(+)

(1) alpha - ketoglutaric acid +NH_4^+ +NADPHoverset(X)rarr"glutamate"+H_2O+NADP What is X as shown on the arrows ?

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

Select the option which completes the given equation for reductive amination overset((I))to+NH_(4)^(+)+NAD(P)Hoverset((II))to"Glutamate"+H_(2)O+NAD(P)

Select the option which completes the given equation for reductive amination overset((I))to+NH_(4)^(+)+NAD(P)Hoverset((II))to"Glutamate"+H_(2)O+NAD(P)