Name of the student: John Santhosh
University : Baba Farid University of Health Sciences.
Degree : MD Degree Exams
Subject Name : Basic Sciences As Applied To Anaesthesiology.
Content : May 2010 Question Paper.
Version : Original Version .
Attachment Type : Words
Time : 3 Hours.
Marks : 100
MD [ Anaesthesiology]
BF/2010/05
Basic Sciences as applied to Anaesthesiology
[Paper-I]
Time : 3 Hours M.M.: 100
Note: Attempt all questions.
1. Discuss the anatomical, physiological and pharmacological differences between a Neonate and Adult. What is their clinical relevance in anaesthesia practice. [20]
2. What is Blood Gas solubility coefficient. Compare the induction & recovery characteristics of Halothane, Isoflurane, Sevoflurane & Desflurane giving individual values for each. [15]
3. Classify Mapleson breathing systems with the help of diagram. Discuss the functional analysis of Bain's circuit during spontaneous & controlled ventilation. [15]
4. Write short notes on: [5x10=50]
a. Sugammadex.
b. Thromboelastography.
c. Drug chirality & its relevance in anaesthesia practice.
d. Chemistry of Soda lime and the potential interactions with modern inhalational anaesthetic agents.
e. Anion gap & its relevance.
University : Baba Farid University of Health Sciences.
Degree : MD Degree Exams
Subject Name : Basic Sciences As Applied To Anaesthesiology.
Content : May 2010 Question Paper.
Version : Original Version .
Attachment Type : Words
Time : 3 Hours.
Marks : 100
MD [ Anaesthesiology]
BF/2010/05
Basic Sciences as applied to Anaesthesiology
[Paper-I]
Time : 3 Hours M.M.: 100
Note: Attempt all questions.
1. Discuss the anatomical, physiological and pharmacological differences between a Neonate and Adult. What is their clinical relevance in anaesthesia practice. [20]
2. What is Blood Gas solubility coefficient. Compare the induction & recovery characteristics of Halothane, Isoflurane, Sevoflurane & Desflurane giving individual values for each. [15]
3. Classify Mapleson breathing systems with the help of diagram. Discuss the functional analysis of Bain's circuit during spontaneous & controlled ventilation. [15]
4. Write short notes on: [5x10=50]
a. Sugammadex.
b. Thromboelastography.
c. Drug chirality & its relevance in anaesthesia practice.
d. Chemistry of Soda lime and the potential interactions with modern inhalational anaesthetic agents.
e. Anion gap & its relevance.
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