Related Questions

Nitrous oxide
A Has powerful analgesic property
B After cessation of administration
C may produce diffusion hypoxia
D Is a powerful muscle relaxant
E Is contraindicated if pethidine has been administered
F Should not be premixed with oxygen
Nitrous oxide and oxygen in 50:50 ratio
A Produces good analgesia
B Is inflammable
C Produces good anaesthesia
D Is useful in patient with myocardial infarction
E Causes relaxation of uterus
Hypopigmented anaesthetic patch may be found in
A Leprosy
B Vitiligo
C Follicular mucinosis
D Tinea corporis
E Lichen planus
Anaesthetic agents that increase the intracranial pressure is/are
A Sevoflurane
B Halothane
C Thiopentone sodium
D Lignocaine
E Propofol
Following drugs are volatile anaesthetic agents
A Hallothane
B Enflurane
C Desflurane
D Propofol
E Etomidate
Inhalational anaesthetic drugs are
A Halothane
B Nitrous oxide
C Sevoflurane
D Propofol
E Ketamine
The local anaesthetic lignocaine inhibits
A Conduction of nerve impulses
B Generation of nerve impulses
C Sodium influx across nerve membranes
D The actions of the sulphonamides
E Re-uptake of nor-adrenaline in nerve endings
Inhalation anaesthetic agents are
A Isoflurane
B Enflurane
C Nitrous oxide
D Thiopental sodium
E Ketamine
Regarding intravenous anaesthetic agents
A Propofol produces less hangover effect postoperatively
B Thiopental sodium has antithyroid activity
C Thiopental sodium is a potent anticonvulsant agent
D Ketamine has no analgesic action
E Benzodiazepines increase intracranial pressure
Inhalational anaesthetic agents. are
A Halothane
B Nitrous oxide
C Propofol
D Ketamine
E Oxygen

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