Related Questions

Retinal toxicity can be treated by
A Amiodarone
B Gentamycin
C Chlorpromazine
D Thioridazine
E Rifampicin
Retinal haemorrhage can be due to
A Hypertension
B Diabetes
C Trauma
D Thyrotoxicosis
E Myasthenia gravis
Retinal detachment is common in
A Myopia
B Aphakia
C Elderly people
D Hypermetropia
E Young age
Retina can be affected by following systemic diseases
A Systemic lupus erythematosus
B Diabetes mellitus
C Hypertension
D Parkinsonism
E Myocardial Infarction
An increase in systemic arterial BP leads to
A A decrease in stroke volume
B An increase in ESV
C An increase in wall tension in the left ventricular muscle
D An increase in cardiac output
E An increase in the velocity at which blood is ejected from the left ventricle
In resting condition, as blood passes through the systemic capillaries there is an increase in
A Cl- concentration in RBC
B Mean corpuscular volume of RBC
C P50
D pH of blood
E Plasma protein concentration of blood
In resting condition as blood passes through the systemic capillaries, there is an increase in
A Mean corpuscular volume of RBC
B Plasma protein concentration
C P50 of oxygen-hemoglobin dissociation curve
D pH of blood
E Affinity of hemoglobin for binding with oxygen
In resting condition, as blood passes through the systemic there is a increase in
A Plasma protein concentration of blood
B Packed cell volume
C P50
D pH of blood
E Mean corpuscular hemoglobin concentration
Causes of secondary systemic hypertension are
A Glomerulonephritis
B Conn’s syndrome
C Adult polycystic kidney disease
D Dyslipidemia
E Metabolic acidosis
Diagnostic criteria for systemic lupus erythematosus are
A Malar rash
B Oral ulcer
C Positive anti ds-DNA
D Hepatosplenomegaly
E Fever

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