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BIO202/211 Exam 3 Review

Total questions: 45

Worksheet time: 19mins

Name
Class
Date
1.

Reflux from the lower esophageal sphincter would result in what condition?

a)

Cholecystitis

b)
Appendicitis
c)

Explosive diarrhea

d)
GERD
2.

What are the major brush border enzymes?

a)
Pepsin, trypsin, and chymotrypsin.
b)
Amylase, lipase, and protease.
c)
Gastrin, secretin, and cholecystokinin.
d)
Lactase, sucrase, maltase, and enterokinase.
3.

What is the underlying cause of lactose intolerance?

a)
Excessive consumption of dairy products
b)
Deficiency of the enzyme lactase
c)
Infection with a specific bacteria
d)
Genetic mutation
4.

Match the following disaccharides

Maltose

Glucose + Glucose

Sucrose

Galactose + Glucose

Lactose

Fructose + Glucose

5.

Match the glands

6.

Match the gland's ducts

7.

Which part of the GI tract do the majority of nutrients get absorbed?

a)
small intestine
b)
large intestine
c)
esophagus
d)
stomach
8.

During which section of the GI does the bulk of water get reabsorbed?

a)
Large intestine
b)
Esophagus
c)
Stomach
d)
Small intestine
9.

What happens if water does not get adequately absorbed at the large intestines?

a)
It can lead to constipation and dehydration.
b)
It can lead to increased absorption of nutrients.
c)
It can lead to diarrhea and dehydration.
d)
It can lead to the formation of kidney stones.
10.

What are the 3 major enzymes secreted by the pancreas?

a)
Amylase, lipase, and protease
b)
Pepsin, trypsin, and chymotrypsin
c)
Hemoglobin, myoglobin, and collagen
d)
Glucose, fructose, and sucrose
11.

When food passes from the stomach to the duodenum, it passes through the:

a)
esophagus
b)
small intestine
c)
pyloric sphincter
d)
large intestine
12.

Intrinsic factor is produced in the ___ which allows for absorption of B12 in the ___

a)

stomach,

jejunum

b)

pancreas,

duodenum

c)

stomach,

ilium

d)

intestines,

colon

13.

Parietal cells are found in the ___ and are responsible for production of ___.

a)

stomach,

HCl

b)

pancreas,

insulin

c)

liver,

bile

d)

intestines,

HCl

14.

G cells produce ___ which helps to ___.

a)
insulin, regulate blood sugar levels
b)
serotonin, control mood and appetite
c)
acetylcholine, facilitate muscle contraction
d)
gastrin, stimulate the secretion of gastric acid
15.

Chief cells produce ___ which helps to ___.

a)
lipase, digest carbohydrates
b)
amylase, break down proteins
c)
gastrin, produce bile
d)

pepsinogen, break down proteins when activated as pepsin

16.

What happens when Gastrin is secreted?

a)
It inhibits the release of gastric acid in the stomach.
b)

It stimulates the release of gastric acid in the stomach and increases stomach motility

c)
It has no effect on the release of gastric acid in the stomach.
d)
It stimulates the release of bile in the liver.
17.

Mucous cells in the stomach help to do what?

a)
Regulate blood flow
b)
Protect the stomach lining
c)
Absorb nutrients
d)
Produce stomach acid
18.

The 3 phases of swallowing include (select all that apply)

a)

Esophageal phase

b)

Buccal phase

c)

Epiglottal phase

d)

Pharyngeal phase

19.

Where in the GI is vitamin B12 absorbed?

a)

duodenum

b)

jejunum

c)
stomach
d)
ileum
20.

Waves of muscular contractions that moves a bolus along the length of the digestive tract:

a)
Absorption
b)
Peristalsis
c)
Digestion
d)
Segmentation
21.

GERD can eventually lead to (select all that apply):

a)

Barrett's esophagus

b)
Esophageal cancer
c)

Pancreatic cancer

d)

Esophagitis

e)

Colon cancer

22.

How is pepsinogen activated into pepsin?

a)
By the action of pancreatic enzymes in the stomach.
b)
By the basic environment in the stomach.
c)
By the acidic environment in the stomach.
d)
By the presence of bile in the stomach.
23.

What is the progression of the small intestines?

a)
duodenum, jejunum, and ileum
b)
ileum, jejunum, and duodenum
c)
jejunum, duodenum, and ileum
d)

duodenum, jejunum, and colon

24.

As food enters the duodenum from the stomach, the following are released:

a)

cholecystokinin (CCK)

b)

glucose-dependent insulinotropic peptide (GIP)

c)

Secretin

d)

Gastrin

25.

Gallbladder contraction, hepatopancreatic sphincter relaxation, and bile ejection into the duodenum is facilitated through the release of:

a)
insulin
b)
glucagon
c)
gastrin
d)

cholecystokinin (CCK)

26.

Bile is produced in the ___ and stored in the ___.

a)
Stomach, Pancreas
b)
Kidney, Bladder
c)
Liver, Gallbladder
d)
Lungs, Spleen
27.

In the respiratory system, what cell type secretes oily detergent-like surfactant?

a)

Type IV pneumocytes

b)

Type I pneumocytes

c)

Type II pneumocytes

d)

Type III pneumocytes

28.

Henry's law in respiration states that:

a)

amount of gas dissolved in a liquid is inversely proportional to the partial pressure of that gas above the liquid.

b)

the amount of gas dissolved in a liquid is directly proportional to the temperature of the liquid.

c)

the amount of gas dissolved in a liquid is directly proportional to the partial pressure of that gas above the liquid.

29.

Boyle's law in respiration states that:

a)

the pressure of a given quantity of gas is directly proportional to its concentration.

b)
The pressure of a given quantity of gas is inversely proportional to its volume.
c)
The pressure of a given quantity of gas is directly proportional to its volume.
30.

You just took Exam 3 and now your sympathetic nervous system activates and you begin running home in a state of panic. What will happen to your bronchioles?

a)
The bronchioles will dilate.
b)
The bronchioles will constrict.
c)
The bronchioles will remain the same size.
d)
The bronchioles will disappear.
31.

Which adrenergic receptors activate to result in bronchodilation?

a)
Alpha-1
b)
Beta-1
c)
Beta-2
d)
Alpha-2
32.

With regard to CO2 levels in the blood, hyperventilation will cause ___ whereas hypoventilation will cause ___.

a)

Trick question! Respiratory rate has no affect on CO2 levels

b)

hypercapnia, hypocapnia

c)

hypocapnia, hypercapnia

d)

hypernatremia, hyponatremia

33.

What is the underlying mechanism of emphysema?

a)
Constriction of the airways
b)
Accumulation of mucus in the airways
c)
Inflammation of the bronchial tubes
d)

Destruction of elastic fibers in the alveoli

34.

How do you calculate the vital capacity?

a)

B + D

b)

B + C + D

c)

A + B + C + D

d)

A + B

35.

How do you calculate the total lung capacity?

a)

B + D

b)

B + C + D

c)

A + B + C + D

d)

A + B

36.

How do you calculate the inspiratory capacity?

a)

B + D

b)

B + C + D

c)

A + B + C + D

d)

C + D

37.

How do you calculate the functional residual capacity?

a)

A + B

b)

B + C + D

c)

A + B + C + D

d)

C + D

38.

Intrapleural pressure is always negative. True or false?

a)
True
b)
Not applicable
c)
Sometimes
d)
False
39.

If atmospheric pressure is 760mmHg, at what intra-alveolar pressure would air enter the lungs?

a)
760mmHg
b)

770mmHg

c)
750mmHg
d)

765mmHg

40.

If atmospheric pressure is 760mmHg, at what intra-alveolar pressure would air push out of the lungs?

a)
760mmHg
b)

750mmHg

c)

755mmHg

d)

765mmHg

41.

The pre-Bötzinger Complex, dorsal respiratory group, and ventral respiratory group are located where?

a)
Medulla oblongata
b)

Spinal cord

c)
Pons
d)

Midbrain

42.

The Apneustic Center stimulates which region of the brainstem to promote prolonged breaths?

a)

DRG

b)

VRG

c)

The pre-Bötzinger Complex

d)

The pneumotaxic center

43.

What would a patient's lung look like with a pneumothorax?

a)

Fully inflated with white spotty infiltrates

b)

Collapsed or partially collapsed with air in the pleural space

c)

Enlarged with a 'barrel' chest

d)

Filled with blood in the pleural space

44.

What factors would shift this graph from B to A? Select all that apply

a)

Decreased temperature

b)

Increased pH

c)

Decreased 2,3-BPG

d)

Decreased pCO2

45.

What factors would shift this graph from B to C? Select all that apply

a)

Increased temperature

b)

Decreased pH

c)

Increased 2,3-BPG

d)

Decreased pCO2