BIO 4167, Midterm Quiz Questions

Questions are short answer; some may require calculations
Anatomy As Art | Abdominopelvic Anatomy | Digestive & Urogenital System Anatomy | Energy Metabolism

Anatomy As Art
1.   What item of attire would you say was Dr. van Hagen’s signature?
2.   In the initial process of plastination, the bodies were immersed into a vat of what solvent?
3.   How did the smoker’s lung differ in appearance from that of the nonsmoker?
4.   One specimen was prepared to show prosthetic or surgical devices. One of the devices was a pacemaker. Where was the pacemaker on the body?
5.   Among the examples of stillborn fetuses was a pair of conjoined twins. Where were they joined?

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Abdominopelvic Anatomy
  Identify the labeled structures

rat abdominopelvic viscera

 
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rat female reproductive system

 
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rat male reproductive system

 
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rat abdominopelvic blood vessels

 
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Digestive & Urogenital System Anatomy
1.   Name the major salivary glands.
2.   The wall of the digestive tube has four layers. Name them.
3.   Describe the anatomy of the liver lobule.
4.   What components make up a renal corpuscle?
5.   Name the organs of the urinary system.
6.   Define: 
a.  cremater m
b.  dartos m
c.  tunica vaginalis
7.   Define: 
a.  corupus luteum
b.  corpus albicans
c.  round ligament
d.  germinal epithelium

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Energy Metabolism
1.   Barometric (atmospheric) pressure is always presented by weather reporters in this country in inches. But in scientific investigations, we need the value in mm Hg. If the meteorologist says the barometric pressure is 29.50 and falling, what is the value in mm Hg?
2.   You collected the expired air into a large balloon or bag. What is that called?
3.   Given the fractional concentration of oxygen in inspired air (FIO2) was 22%, the fractional concentration of oxygen in the expired air (FEO2) was 18.5%, and the volume of gas inspired (VI) was 42 l over 5 min. Assuming no corrections were necessary, what was the VO2 in l/hr?
4.   Using your result from Q3, how many kcal/hr were used, assuming a value of 4.8 kcal/l O2?

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