Reductive Amination

Q. Glutamate dehydrogenase helps in

1. nitrification
2. nitrogen fixation
3. reductive amination
4. none of these

Q.

Refer to the given reaction.

a -Ketoglutaric acid + $N{H}_4^{+}$ + NADPH $\underset{dehydrogenase}{\overset{Glutamate}{\to }}Glutamate+H_{2}O+NADP$

It represents

1. oxidative amination

2. transamination

3. reductive amination

4. deamination

Q.

Refer to the given reaction.

a -Ketoglutaric acid + $N{H}_4^{+}$ + NADPH $\underset{dehydrogenase}{\overset{Glutamate}{\to }}Glutamate+H_{2}O+NADP$

It represents

1. Oxidative amination

2. Reductive amination

3. Transamination

4. Deamination

Q. Glutamate dehydrogenase helps in

1. nitrogen fixation
2. nitrification
3. reductive amination
4. none of these

Q. Glutamate dehydrogenase helps in

1. nitrogen fixation
2. nitrification
3. reductive amination
4. none of these

Q.

Refer to the given reaction.

a -Ketoglutaric acid + $N{H}_4^{+}$ + NADPH $\underset{dehydrogenase}{\overset{Glutamate}{\to }}Glutamate+H_{2}O+NADP$

It represents

1. Oxidative amination

2. Reductive amination

3. Transamination

4. Deamination