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Inhalational Anaesthesia Quiz (view source)

Revision as of 20:25, 9 November 2009

20 bytes removed ,  20:25, 9 November 2009
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</WikiQuiz>  
 
</WikiQuiz>  
 
<WikiQuiz
 
<WikiQuiz
−
questionnumber="3"  
+
questionnumber="2"  
 
question="Calculate, in litres, the fresh gas flow rate for a 35kg dog with a respiratory rate of 10 bpm, using a circle breathing circuit during maintenance of anaesthesia."  
 
question="Calculate, in litres, the fresh gas flow rate for a 35kg dog with a respiratory rate of 10 bpm, using a circle breathing circuit during maintenance of anaesthesia."  
 
choice5="> 0.35 litres"  
 
choice5="> 0.35 litres"  
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</WikiQuiz>  
 
</WikiQuiz>  
 
<WikiQuiz
 
<WikiQuiz
−
questionnumber="4"  
+
questionnumber="3"  
 
question="Calculate, in litres,the fresh gas flow rate for a 20kg dog with a respiratory rate of 10 bpm, using a Magill breathing circuit."  
 
question="Calculate, in litres,the fresh gas flow rate for a 20kg dog with a respiratory rate of 10 bpm, using a Magill breathing circuit."  
 
choice5="2 - 3 litres"  
 
choice5="2 - 3 litres"  
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</WikiQuiz>  
 
</WikiQuiz>  
 
<WikiQuiz
 
<WikiQuiz
−
questionnumber="5"  
+
questionnumber="4"  
 
question="Calculate, in litres,the fresh gas flow rate for a 25kg dog with a respiratory rate of 12 bpm, using a parallel Lack breathing circuit."  
 
question="Calculate, in litres,the fresh gas flow rate for a 25kg dog with a respiratory rate of 12 bpm, using a parallel Lack breathing circuit."  
 
choice3="3 - 4.5 litres"  
 
choice3="3 - 4.5 litres"  
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</WikiQuiz>  
 
</WikiQuiz>  
 
<WikiQuiz
 
<WikiQuiz
−
questionnumber="6"  
+
questionnumber="5"  
 
question="Calculate, in litres,the fresh gas flow rate for a 5kg dog with a respiratory rate of 16 bpm, using a T-piece breathing circuit."  
 
question="Calculate, in litres,the fresh gas flow rate for a 5kg dog with a respiratory rate of 16 bpm, using a T-piece breathing circuit."  
 
choice4="3 - 3.2 litres"  
 
choice4="3 - 3.2 litres"  
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</WikiQuiz>  
 
</WikiQuiz>  
 
<WikiQuiz
 
<WikiQuiz
−
questionnumber="7"  
+
questionnumber="6"  
 
question="What is the minimum alveolar concentration (MAC) of sevoflurane in dogs?"  
 
question="What is the minimum alveolar concentration (MAC) of sevoflurane in dogs?"  
−
choice5="0.024"  
+
choice5="2.4%"  
−
choice3="0.026"  
+
choice3="2.6%"  
−
choice4="0.011"  
+
choice4="1.1%"  
−
choice2="0.009"  
+
choice2="0.9%"  
−
choice1="0.013"  
+
choice1="1.3%"  
 
correctchoice="5"  
 
correctchoice="5"  
 
feedback5="'''Correct!''' The minimum alveolar concentration (MAC) is a measure of the potency of an inhalation agent. It is the minimum alveolar concentration of agent required to produce immobility of 50% of patients when exposed to a noxious stimuli. Therefore, the lower the MAC, the more potent the agent. The MAC of sevoflurane is 2.4% in dogs and 2.6% in cats. [[Sevoflurane#Pharmacokinetics|WikiVet Article: sevoflurane. ]]"  
 
feedback5="'''Correct!''' The minimum alveolar concentration (MAC) is a measure of the potency of an inhalation agent. It is the minimum alveolar concentration of agent required to produce immobility of 50% of patients when exposed to a noxious stimuli. Therefore, the lower the MAC, the more potent the agent. The MAC of sevoflurane is 2.4% in dogs and 2.6% in cats. [[Sevoflurane#Pharmacokinetics|WikiVet Article: sevoflurane. ]]"  
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questionnumber="8"  
 
questionnumber="8"  
 
question="What is the minimum alveolar concentration (MAC) of sevoflurane in cats?"  
 
question="What is the minimum alveolar concentration (MAC) of sevoflurane in cats?"  
−
choice5="0.026"  
+
choice5="2.6%"  
−
choice4="0.024"  
+
choice4="2.4%"  
−
choice2="0.011"  
+
choice2="1.1%"  
−
choice3="0.009"  
+
choice3="0.9%"  
−
choice1="0.013"  
+
choice1="1.3%"  
 
correctchoice="5"  
 
correctchoice="5"  
 
feedback5="'''Correct!''' The minimum alveolar concentration (MAC) is a measure of the potency of an inhalation agent. It is the minimum alveolar concentration of agent required to produce immobility of 50% of patients when exposed to a noxious stimuli. Therefore, the lower the MAC, the more potent the agent. The MAC of sevoflurane is 2.4% in dogs and 2.6% in cats. [[Sevoflurane#Pharmacokinetics|WikiVet Article: sevoflurane. ]]"  
 
feedback5="'''Correct!''' The minimum alveolar concentration (MAC) is a measure of the potency of an inhalation agent. It is the minimum alveolar concentration of agent required to produce immobility of 50% of patients when exposed to a noxious stimuli. Therefore, the lower the MAC, the more potent the agent. The MAC of sevoflurane is 2.4% in dogs and 2.6% in cats. [[Sevoflurane#Pharmacokinetics|WikiVet Article: sevoflurane. ]]"  
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questionnumber="9"  
 
questionnumber="9"  
 
question="What is the minimum alveolar concentration (MAC) of isoflurane in dogs?"  
 
question="What is the minimum alveolar concentration (MAC) of isoflurane in dogs?"  
−
choice4="0.013"  
+
choice4="1.3%"  
−
choice3="0.016"  
+
choice3="1.6%"  
−
choice1="0.011"  
+
choice1="1.1%"  
−
choice5="0.009"  
+
choice5="0.9%"  
−
choice2="0.024"  
+
choice2="2.4%"  
 
correctchoice="4"  
 
correctchoice="4"  
 
feedback4="'''Correct!''' The minimum alveolar concentration (MAC) is a measure of the potency of an inhalation agent. It is the minimum alveolar concentration of agent required to produce immobility of 50% of patients when exposed to a noxious stimulus. Therefore, the lower the MAC, the more potent the agent. The MAC of isoflurane is 1.3% in dogs and 1.6% in cats. [[Isoflurane|WikiVet Article: Isoflurane. ]]"  
 
feedback4="'''Correct!''' The minimum alveolar concentration (MAC) is a measure of the potency of an inhalation agent. It is the minimum alveolar concentration of agent required to produce immobility of 50% of patients when exposed to a noxious stimulus. Therefore, the lower the MAC, the more potent the agent. The MAC of isoflurane is 1.3% in dogs and 1.6% in cats. [[Isoflurane|WikiVet Article: Isoflurane. ]]"  
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questionnumber="10"  
 
questionnumber="10"  
 
question="What is the minimum alveolar concentration (MAC) of isoflurane in cats?"  
 
question="What is the minimum alveolar concentration (MAC) of isoflurane in cats?"  
−
choice3="0.016"  
+
choice3="1.6%"  
−
choice5="0.013"  
+
choice5="1.3%"  
−
choice1="0.011"  
+
choice1="1.1%"  
−
choice4="0.009"  
+
choice4="0.9%"  
−
choice2="0.024"  
+
choice2="2.4%"  
 
correctchoice="3"  
 
correctchoice="3"  
 
feedback3="'''Correct!''' The minimum alveolar concentration (MAC) is a measure of the potency of an inhalation agent. It is the minimum alveolar concentration of agent required to produce immobility of 50% of patients when exposed to a noxious stimuli. Therefore, the lower the MAC, the more potent the agent. The MAC of isoflurane is 1.3% in dogs and 1.6% in cats. [[Isoflurane|WikiVet Article: Isoflurane. ]]"  
 
feedback3="'''Correct!''' The minimum alveolar concentration (MAC) is a measure of the potency of an inhalation agent. It is the minimum alveolar concentration of agent required to produce immobility of 50% of patients when exposed to a noxious stimuli. Therefore, the lower the MAC, the more potent the agent. The MAC of isoflurane is 1.3% in dogs and 1.6% in cats. [[Isoflurane|WikiVet Article: Isoflurane. ]]"  
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