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Graduate Pharmacy Aptitude Test
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Biochemistry
List of top Biochemistry Questions asked in Graduate Pharmacy Aptitude Test
Which of the reagent from the given can be used to protect ketone group
GPAT - 2016
GPAT
Biochemistry
Lipids
Match the following enzymes/protein with specific functions in DNA replication
(1)
Helicases
(P)
Processive unwinding of DNA
(2)
DNA Primses
(Q)
Seals the single strand
(3)
DNA ligases
(R)
Relieves torsional strain
(4)
Topiosomerases
(S)
Initates synthesis of RNA Primers
GPAT - 2016
GPAT
Biochemistry
Enzymes
Thiamine deficiency causes decreased energy production because
GPAT - 2016
GPAT
Biochemistry
Enzymes
Which of the following is most likely to undergo lysis
GPAT - 2015
GPAT
Biochemistry
Cell
Tamoxifen is nonsteroidal drug acting at steroid receptor(s) It produces which type of effects
(P) Androgen
(Q) Antiestrogen
(R) Antiprogestogen
(S) Estrogen
GPAT - 2015
GPAT
Biochemistry
Lipids
In mammals, The major fat in adipose tissue is:
GPAT - 2015
GPAT
Biochemistry
Lipids
Proton pump inhibitors are most effective when given
GPAT - 2014
GPAT
Biochemistry
Biological oxidations & reductions
Match compounds is Group I with inhibitory activities in Group II
Group I
Group II
(P)
Vancomycin
(1)
Folate metabolism
(Q)
Rifampin
(2)
DNA synthesis
(R)
Puromycin
(3)
Protein synthesis
(S)
Ciprofloxacin
(4)
RNA synthesis
(5)
Cell wall systhesis
GPAT - 2014
GPAT
Biochemistry
Biological oxidations & reductions
Formation of Okazaki occurs in
GPAT - 2014
GPAT
Biochemistry
Nucleic acid: replication, transcription, splicing, translation
All of the following is resistant to both true and pseudo cholinesterase enzymes
GPAT - 2014
GPAT
Biochemistry
Enzymes
What is the relationship between keto and enol tautomers
GPAT - 2014
GPAT
Biochemistry
Carbohydrates
Increase in melting temperature of DNA is due to high content of
GPAT - 2014
GPAT
Biochemistry
Biological oxidations & reductions
Ferritin is:
GPAT - 2014
GPAT
Biochemistry
Proteins
Cholesterol contributors to___Of the biological membrane
GPAT - 2013
GPAT
Biochemistry
Lipids
Match the following biochemical transformations with coenzymes involved
(i) α-Ketoglutarate to glutamic acid
Tetrahydrofalate
(ii) Uridine to thymidine.
NADH
(iii) Pyruvid acid to acetyl coenzyme A
Thiamine pyrophosphate
Pyridoxamine
GPAT - 2013
GPAT
Biochemistry
Enzymes
The reaction of the citric acid cycle that is most similar to the pyruvate dehydrogenase complex catalyzed conversion of pyruvate to acetyl-CoA is the conversion of
GPAT - 2013
GPAT
Biochemistry
Cell
A set of closely related genes of generic markers that are inherited as a single unit is
GPAT - 2013
GPAT
Biochemistry
Nucleic acid: replication, transcription, splicing, translation
Deoxy position of deoxyribose in DNA is at.............
GPAT - 2013
GPAT
Biochemistry
Nucleic acid: replication, transcription, splicing, translation
All are potent 3A4 inhibitors EXCEPT____
GPAT - 2013
GPAT
Biochemistry
Enzymes
The enzyme superoxide dismutase (SOD) converts
GPAT - 2013
GPAT
Biochemistry
Enzymes
Which one of the following amino acid residues is specifically recognized by chymotrypsin during peptide bond cleavage
GPAT - 2013
GPAT
Biochemistry
Enzymes
Vitamin K is constituted of_______ring.
GPAT - 2013
GPAT
Biochemistry
Vitamins
An alternaive to glycolysis pathway is______
GPAT - 2013
GPAT
Biochemistry
Carbohydrates
Which of the following is produced in phenyl propanoid pathway
GPAT - 2013
GPAT
Biochemistry
Lipids
Living cells are negatively charged inside primarily because____
GPAT - 2013
GPAT
Biochemistry
Cell
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