Question
1. What psychomotor stimulant in large doses has analeptic effect? A. Amphetamine B. Caffeine sodium benzoate C. Mesocarb D. Ephedrine E. Feprosidnine 2. A diagnosis
1. What psychomotor stimulant in large doses has analeptic effect? A. Amphetamine B. Caffeine sodium benzoate C. Mesocarb D. Ephedrine E. Feprosidnine
2. A diagnosis is a migraine. Doctor prescribed preparation from the group of purines. What preparation was prescribed to a patient? A Dimedrol B Phenazepamum C Theophyllinum D Pentocxyphyllin E Caffeine-benzoate Sodium
3. A man who has been staying in a stuffy room for a long time lost consciousness. He regained consciousness after inhalation of ammonia spirit vapour. This substance's effect is connected with direct influence upon the following structures: A. Vasculomotor centre B. Receptors of upper airways C. Respiratory centre D. Resistive vessels E. Capacitive vessels 4.Name the psychostimulant with analeptical action, which is a purine derivative: A. Tramadol B. Sodium bromide C. Sulpiride D. Caffeine and sodium benzoate E. Medazepam
5.What reasonable rout of administration for sodium caffeine benzoate should one choose to treat migraine? Select from the listed below. a) transdermal b) intra-arterial c) inhalation d) peroral e) rectal
6. Let`s find analeptic, that cann`t cause convulsions. A. Caffeine sodium benzoate B. Ethimizole C. Bemagrid D. Cytisine E. Camphor
7. What analeptic has complex mechanism of action? A. Bemegride B. Cytisine C. Ethimizole D. Nicethamide E. Caffeine sodium benzoate
8.What typical side effect of analeptics? A. Hypotension B. Addiction C. Drowsiness D. Convulsions E. Glaucoma
9. What mechanism of action of caffeine sodium benzoate? A. Blockade of adenosine receptors B. Stimulation of adenosine receptors C. Blockade of alpha-adrenergic receptors D. Stimulation of alpha-adrenergic receptors C. Stimulation of M-cholinergic receptors
10. What mechanism of action of psychomotor stimulants? A. timulation of adenosine receptors B. Inhibitons of MAO C. Blockade of alpha-adrenergic receptors D. Stimulation of alpha-adrenergic receptors C. Stimulation of M-cholinergic receptors
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