REPRODUCTIVE BIOLOGY/ REPRODUCTIVE MEDICINE / INFERTILITY MCQs – MCQs 8

The multiple choice questions in this online test paper focuses on REPRODUCTIVE BIOLOGY/ REPRODUCTIVE MEDICINE / INFERTILITY MCQs. If you are looking for self evaluation of your PG Medical entrance exam preparation then this online REPRODUCTIVE BIOLOGY/ REPRODUCTIVE MEDICINE / INFERTILITY MCQs Test Paper will help you to evaluate your exam preparation.

Instruction for REPRODUCTIVE BIOLOGY/ REPRODUCTIVE MEDICINE / INFERTILITY MCQs:

1- This online MCQ practice test paper contains 30 questions.
2- Each question in this online practice test paper have four options and only 1 option is correct.
3- You can view the answers of this practice test paper after submitting the practice test paper.
Note: The answers mentioned at the end of practice test are the best suitable option as per our knowledge. Users shall cross-check the answers with their textbooks.

Q 1. beta 2 agonists includes

SABAs are useful in preventing exercise induced asthma

LABAs should not be given without ICSs

mast cell tolerance prevented by concomitant ICSs

all of the above

Q 2. antileukotrienes ( monteleukast and zafrilukast) block

cys-LT1 receptors

cys-LT2 receptors

cys-LT3receptors

all of the above

Q 3. omalizumab includes

recombinant humanized IgG1 monoclonal anti-IgE antibody

not anaphylactogenic

total serum IgE levels will increase during treatment

all of the above

Q 4. premenstrual worsening of asthma is treated by

corticosteroids

progesterone

oestrogen

anticholinergics

Q 5. steroid sparing medicine includes

methotrexate

cyclosporin A

iv gamma globulin

all of the above

Q 6. treatment of choice in severely ill asthma patients with impending respiratory failure is

high dose short acting inhaled beta2 agonists

high dose inhaled corticosteroids

intravenous beta 2 agonists

intravenous corticosteroids

Q 7. major problem in therapy with intramuscular triamcinolone acetonide

osteoporosis

proximal myopathy

cataracts

depression

Q 8. how frequent use of a reliever medication indicates the need for regular controller therapy

>once a week

> three times a week

> five times a week

>seven times a week

Q 9. action of corticosteroids in asthma

inhibition of transcription factor NF-ǩB

inhibition of transcription factor activator protein (AP-1)

recruitment of HDAC2 to inflammatory gene complex

all of the above

Q 10. theophylline side effects are rare at plasma concentrations below

10 mg/ml

20 mg/ml

30 mg/ml

40 mg/ml

Q 11. speleotherapy is best related to

mountain

lagoon

cave

iceberg

Q 12. anti IgE monoclonal antibody used in bronchial asthma is

mepolizumab

omalizumab

keliximab

altrakincept

Q 13. refractory asthma is defined as difficult to control asthma despite

maximal inhaled therapy

maximal inhaled +oral therapy

maximal inhaled +oral +iv therapy

all of the above

Q 14. mainstay of treatment in acute severe asthma is

high dose short acting inhaled beta2 agonists

high dose inhaled corticosteroids

intravenous beta 2 agonists

intravenous corticosteroids

Q 15. first line therapy for patients with persistent asthma is

beta2 adrenergic agonists

anticholinergics

inhaled corticosteroids

theophylline

Q 16. treatment of choice in type 2 brittle asthma is

oral corticosteroids

continuous infusion of β2 agonists

continuous infusion of corticosteroids

subcutaneous epinephrine

Q 17. plasma concentrations of theophylline elevated by

erythromycin, cimetidine

ciprofloxacin, allopurinol

zilueton , zafirlukast

all of the above

Q 18. therapeutic plasma concentration of theophylline is

5-15 µg/mL

20-40 µg/mL

40-60 µg/mL

60-80 µg/mL

Q 19. nausea, vomiting and headache produced by theophylline are due to

adenosine receptor antagonism

phosphodiesterase inhibition

muscarinic receptor antagonists

all of the above

Q 20. Omalizumab cannot be given if the total IgE is

>100 IU/L

>300 IU/L

>500 IU/L

>700 IU/L

Q 21. corticosteroid resistant asthma is defined as failure to respond to what dose and duration of oral prednisone

40 mg OD for 2 weeks

60 mg OD for 2 weeks

80 mg OD for 2 weeks

100 mg OD for 2 weeks

Q 22. mechanism of corticosteroid resistant asthma may be

excess of transcription factor AP-1

increase in glucocorticoid receptor GR-β

reduction in histone deacetylase activity

all of the above

Q 23. omalizumab given through

subcutaneous

intravenous

intramuscular

aerosol

Q 24. most common cause for poor control of asthma is

noncompliance with medication

continued exposure to allergens

use of cyclooxygenase inhibitors

gastroesophageal reflux

Q 25. in asthma cysteinyl-leukotrienes are produced mainly by

mast cells

neutrophils

macrophages

basophils

Q 26. controller therapy of asthma includes all except

LABAs

inhaled corticosteroids

cromolyn sodium

antileukotrienes

Q 27. cardiac arrhythmias produced by theophylline is due to

adenosine receptor antagonism

phosphodiesterase inhibition

muscarinic receptor antagonists

all of the above

Q 28. beta 2 agonists actions include all except

reduction in airway hyper responsiveness (AHR)

inhibition of mast cell mediator release

reduction in plasma exudation

inhibition of sensory nerve activation

Q 29. all of the following drugs increase theophylline level except

rifampin, cephalosporin

erythromycin, propranolol

ciprofloxacin, phenytoin

cimetidine, allopurinol

Q 30. Theophylline activates

growth factor-related receptor tyrosine kinase

histone deacetylase-2

DNA methyltransferase

all trans retinoic acid

REPRODUCTIVE BIOLOGY/ REPRODUCTIVE MEDICINE / INFERTILITY MCQs – MCQs 8

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