List of practice Questions

Which one of the following diseases is caused by the deficiency of niacin:

Enzyme commonly targeted by drugs to treat hypertension is:

How many optical isomers are possible for lactic acid:

If one event is unaffected by the outcome of another event, the two events are said to be:

Which functional group in drug molecules is most likely to undergo phase I metabolic oxidation by cytochrome P450 enzymes:

Following are the examples of negative feedback system except:

Which of the following is called as cell-mediated (delayed) hypersensitivity:

Which ionization technique in mass spectrometry is most suitable for large biomolecules like proteins:

Which of the following hormone is not secreted by human placenta:

Melatonin is secreted by:

Which hormone stimulates red blood cell production:

The short acting anticholinesterase drug is:

Which among the following is an example of high shear mixer:

Influenza viruses are RNA viruses and belong to which family:

Two drugs producing the same clinical effects and safety profile when administered to patients are considered:

Match the following antibodies with their correct description:

Antibody	Description
P. IgE	(i) Cross the placenta
Q. IgG	(ii) Dominant antibody produced in immune responses
R. IgM	(iii) It is found in the mother's milk
S. IgA	(iv) Responsible for autoimmune responses including allergies

Plasma protein bound drugs are:

Which of the following equipment measures weight variation using reflected energy:

Which among the following is not the process of drug degradation:

The term of a patent granted under Indian Patent’s Act is:

Choose the incorrect statement regarding Cathode rays:

Partial hydrogenation of vegetable oils in the presence of Ni catalyst at 200°C gives:

Which of the following is a correct expression of average particle size with value of p=1 i.e index related to the size of an individual particle and frequency index (f=2):

correct expression of average particle size

Which of the following is peroxisome proliferator-activated receptor-alpha (PPAR-α) agonist:

This given equation represents which law: \(E=K_k\ ln \frac {d_1}{d_2}\)