1. Tubes 2 and 6, the reactants are glutamate and the products are glutamate. What was the reaction?
no reaction
transamination
deamination
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Other questions in this quiz
2. Glutamate dehydrogenase is unusual in that it..
uses either NAD+ or NADP+ as a coenzyme
uses both FAD+ and NAD+ as a coenzyme
3. Which of these is true
Plate I is the amino acids, Plate II is the dinitrophenyl-hydrazones of the oxoacids
Plate I is the dinitrophenyl-hydrazones of the oxoacids, Plate II is the amino acids
4. How is this [answer to previous question] brought about?
by allowing a solvent mixture to flow up (by capillary action) a thin layer of particles, which may be silica gel, aluminium oxide or cellulose (among other media). Molecules partition between the mobile phase and the stationary phase according to th
by allowing a solvent mixture to flow up (by capillary action) a thin layer of particles, which will be silicone, aluminium or celloid (among other media). Molecules partition between the mobile phase and the stationary phase according to their prope
by allowing a solvent mixture to flow up (by capillary action) a thin layer of particles, which may be silica gel, aluminium oxide or cellulose (among other media). Molecules partition between the mobile phase and the stationary phase according to th
5. What does the second option of these two routes do?
it can contribute its amino group directly for synthesis of urea
it contributes its ammonium ion directly for synthesis of urea
it is oxidatively deaminated, which releases an ammonium ion
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