|
| Quiz on Swine Anesthesia and AnalgesiaThese questions were kindly donated by Dr. Victoria Hampshire, to whom I am very grateful. She sent a CD of material used by USUHS students to prepare for the board exams in 2000, including outlines of the entire blue book on anesthesia complete with questions. Write down your answers and then check the answers. 1.
Which combination of intramuscular anesthetics produces good muscle
relaxation and 30 minutes of deep sedation with profound but reversible
hemodynamic effects?
2.
What is considered the inhalant agent of choice in swine?
3. Alpha-2 adrenergics cause heart rate to increase/decrease and cause a hypotensive/hypertensive state. 4.
Which alpha-2 adrenergics provide analgesia?
5.
Which of these breeds are susceptible to malignant hyperthermia?
6.
Which statement is not true regarding the pathophysiology of MH?
7.
The first cardinal sign of MH is?
8.
Coronary steal is described as:
9.
MAC stands for? What units
is it expressed in? 10.
Which inhalant has the highest MAC?
11.
Why should nitrous never be used as a sole anesthetic agent?
12.
Why is isoflurane preferred in liver surgery?
13.
Which of the following statements regarding intraoperative ECG monitoring
for swine is FALSE?
14.
Which parameter is not recommended for monitoring anesthetic depth?
Scroll down to see the answers.....
1. e Re-read the question 2. a Re-read the question 3. Decrease, hypotension Re-read the question 4. f Re-read the question (although on page 319 it says "alpha-2 agonists are not effective sedatives or analgesics when used alone in swine", and also that "xylazine has only transient analgesic activity in swine". 5. a 6. e Re-read the question 7. d Re-read the question 8. c Re-read the question 9.
Minimum alveolar concentration, volume % 10. c Re-read the question 11. c Re-read the question 12. e Re-read the question 13. a Re-read the question 14. a If you didn't get at least 9 questions right you wouldn't have passed, if this were the real deal. |
©1999, Janet Becker Rodgers, DVM, MS All rights reserved. Comments? Send an email to rodgers@uky.edu |