Related Questions

Splenectomy has a beneficial effect in
A Hereditary spherocytosis
B Idiopathic thrombocytopenic purpura (IT
C Thalassaemia major
D Sickle cell anaemia
E Hemoglobin H disease
Complications of splenectomy
A Bleeding
B DVT
C Coagulopathy
D Infection by non-capsulated micro-organism
E Decreased platelet count
Indications for splenectomy are
A Hereditary spherocytosis
B Chronic idiopathic thrombocytopenic purpura
C Hairy cell leukaemia
D Acute lymphoblastic leukaemia
E Chronic myeloid leukaemia
Post-splenectomy septicaemia may result from infection by
A Neisseria meningitidis
B Haemophylus influenzae
C Staphylococcus aureus
D Streptococcus epidermidis
E Pseudomonas
Effects of moving to high altitude include an increase in
A Alveolar ventilation
B Diffusing capacity of the lungs
C Erythropoietin level
D Blood HCO3- level
E Arterial PO2
Physical effects of alcohol abuse include
A Cerebellar degeneration
B Pendular knee jerk
C Myopathy
D Retinal haemorrhage
E Optic atrophy
Effects mediated by -adrenoceptors include
A Peripheral arteriolar dilatation
B Relaxation of pregnant myometrium
C Muscle tremor
D Mydriasis
E Decreased myocardial contractility
receptor blockade effects of non-selective blockers include
A Cold extremities
B Bronchoconstriction in asthmatic patient
C Bradycardia
D Hypoglycemia
E Postural hypotension
Adverse effects of chlorpromazine include:
A Galactorrhoea
B Sedation
C Akathisia
D Hair loss
E Emesis
Anticholenergic side effects of chlorpromazine include
A Mydriasis
B Urinary retention
C Constipation
D Cholestatic jaundice
E Photosensitivity

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