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Worksheets

Interorgan Relationships

Total questions: 132

Worksheet time: 1hrs 6mins

Name
Class
Date
1.

Which best explains why a FADH2 molecule produces less ATP than NADH

a)

It has less available energy

b)

It enters the electron transport chain later

c)

It is less reactive

2.

What is the MAIN electron transport chain regulation

a)

It's respiratory controlled as ETC is coupled to ATP synthesis and so it is limited by ADP levels

b)

It enzymatic controlled as the ETC is limited by the amount of necessary enzymes present

c)

It's respiratory controlled as the ETC is limited by the O2 available

3.

What does the ETC do that facilitates oxidative phosphorylation

( think about how are ETC and oxidative phosphorylation coupled)

a)

Release electrons to be captured as energy by ATP synthesis

b)

Release electrons that leave the inner mitochondria and interact with ATP synthase to produce ATP

c)

Release electrons that to oxygen that then interacts with ATP synthase to produce ATP

d)

Release electrons that move H+ ions across the inner mitochondrial membrane creating an electrochemical gradient

4.

Where does the ETC and oxidative phosphorylation take place

a)

Outer mitochondrial membrane

b)

Inner mitochondria membrane

c)

Mitochondrial matrix

5.

Which of these is not part of the ETC

a)

cytochrome q

b)

cytochrome b

c)

cytochrome c

d)

cytochrome c1

6.

Which of these can act as sources of fuel for energy generation (answers all that apply)

a)

Glucose

b)

Pyruvate

c)

Fatty acids

d)

Proteins

7.

Why does gluconeogenesis require 3 times the energy that is produced by glycolysis

a)

Glycolysis has some irreversible reactions that are overcome by extra energy

b)

Gluconeogeneis is an anabolic process which will mean it will always require more energy than what is released

c)

Gylcolysis is only 1/3 efficient at energy trapping but the total glucose energy needs to be put back for gluconeogenesis

8.

What enzyme bypasses (glucose + ATP --------------> glucose-6-phosphate + ADP) in gluconeogenesis

a)

Hexicokinase

b)

phosphofructokinase

c)

Phosphoenolpyruvate carboxykinase

d)

Glucose-6-phosphatase

9.

What enzyme overcomes (PEP + ADP ---------------------> pyruvate + ATP) in gluconeogenesis

a)

pyruvate kinase

b)

phosphofructokinase and hexokinase

c)

Pyruvate carboxylase

d)

Phosphoenolpyruvate carboxykinase and Pyruvate carboxylase

10.

What enzyme overcomes (fructose-6-phosphate + ATP------> fructose-1,6-bisphosphate + ADP ) in gluconeogenesis

a)

hexokinase

b)

phosphofructokinase

c)

Fructose-1,6-bisphosphatase

d)

phosphofructokinase and Fructose-1,6-bisphosphatase

11.

What is the major site of gluconeogenesis?

a)

kidney

b)

liver

c)

adipose tissue

d)

small intestine

12.

These are all substrates for gluconeogenesis except

a)

lactate

b)

glycerol

c)

glucose

d)

amino acid

13.

PEP carboxylase catalyze conversion of (a)   to phosphoenolpyruvate

14.

Name the enzyme that catalyze the conversion of Fructose 1,6-bisphosphate to Fructose 6-phosphate

a)

PEP carboxykinase

b)

PFK-1

c)

hexokinase

d)

fructose 1,6-bisphosphatase

15.

Which reaction takes place at the regulatory site of gluconeogenesis?

a)

Fructose 1,6-biphosphate to fructose 6-phosphate

b)

pyruvate to oxaloacetate

c)

glucose 6-phosphate to glucose

d)

oxaloacetate to phosphoenolpyruvate

16.

When Glucagon binds to thecell wall, kinase A is ctivated. What happens to the increased protein kinase A phosphorylate bifunctional enzymes, PFK-2 and FBP-2?

a)

PFK-2 inactive, FBP-2 active

b)

PFK-2 active, FBP-2 inactive

c)

PFK-2 active, FBP-2 active

d)

PFK-2 inactive, FBP-2 inactive

17.

The inactive form of pyruvate kinase, inhibits

a)

glycolysis

b)

gluconeogenesis

18.

what makes gluconeogenesis be activated?

a)

AMP

b)

Steroid hormone

c)

ATP

d)

Epinephrine

19.

Hormone .............. inhibits enzymes PEP carboxykinase and Glucose 6-phosphatase.

a)

Cortisol

b)

Glucagon

c)

Insulin

d)

Epinephrine

20.

What is the definition of the term anabolism?

a)

Chemical reactions which synthesize large molecules from smaller ones

b)

The total of all the chemical reactions which take place in the body

c)

Chemical reactions which break down large molecules into smaller ones

d)

The minimal rate of metabolism in an individual at complete rest

21.

Which term best describes the breakdown of complex chemical substances into simpler compounds?

a)

Metabolism

b)

Anaerobic anabolism

c)

Anaerobic catabolism

d)

Aerobic catabolism

22.

Which is an example of a catabolic reaction?

a)

The production of protein from amino acids

b)

The production of glucose from glycogen

c)

The production of ATP from ADP and P

d)

The production of ATP without oxygen

23.

Which term describes the breakdown of glycogen into glucose?

a)

Glycolysis

b)

Glycogenesis

c)

Glycogenolysis

d)

Gluconeogenesis

24.

Which term describes the formation of glycogen from glucose?

a)

Glycolysis

b)

Glycogenesis

c)

Glycogenolysis

d)

Gluconeogenesis

25.

Which term describes the breakdown of glucose?

a)

Glycolysis

b)

Glycogenesis

c)

Glycogenolysis

d)

Gluconeogenesis

26.

Which term describes the formation of glucose from other classes of compounds?

a)

Glycolysis

b)

Glycogenesis

c)

Glycogenolysis

d)

Gluconeogenesis

27.

What term describes the breakdown of lipids?

a)

Triglycerlysis

b)

Triglycerneolysis

c)

Lipolysis

d)

Lipogenesis

28.

Specifically, which type of reaction is the synthesis of glycogen?

a)

Metabolic

b)

Catabolic

c)

Anabolic

d)

Hydroponic

29.

Which is the breakdown of glycogen into glucose?

a)

Glycolysis

b)

Glycogenesis

c)

Glycogenolysis

d)

Beta oxidation

30.

Which of the following is true about oxaloacetate?

a)

It is an intermediary in the synthesis of glucose from glycerol

b)

It can cross mitochondrial membranes

c)

It is an intermediary in glycolysis

d)

It is an intermediary in the synthesis of glucose from lactate

31.

Which enzyme catalyzes the conversion of pyruvate to oxaloacetate?

a)

Pyruvate Carboxylase

b)

Pyruvate Dehydrogenase

c)

Pyruvate Kinase

d)

Pyruvate Phosphatase

32.

Which glycolytic reaction cannot be directly reversed in gluconeogenesis?

a)

Glucose-6-Phosphate → Fructose-6-Phosphate

b)

Fructose-1,6-Bisphosphate → Glyceraldehyde-3-Phosphate

c)

Fructose-6-Phosphate → Fructose-1,6-Bisphosphate

d)

3-Phospho-Glycerate → 2-Phospho-Glycerate

33.

Which of the following enzymes does NOT participate in gluconeogenesis?

a)

Glucose-6-Phosphatase

b)

Pyruvate Kinase

c)

Pyruvate Carboxylase

d)

Fructose-1,6-Bisphosphatase

34.

Gluconeogensis in __________ provides a source of ___________ for transport in the bloodstream and use by ___________.

a)

Muscle; glucose-6-phosphate; liver

b)

Liver; ATP; brain

c)

Liver; glucose-6-phosphate; brain

d)

Liver; glucose; brain and muscle

35.

Hexokinase is an isoenzyme of glucokinase that adds a Phosphate to Glucose upon entry to the cell. Which of the following organ expresses hexokinase?

a)

Kidney

b)

Liver

c)

Muscle

d)

Brain

36.

This compound is broken into two in order to produce energy that will drive the reaction of UDP-glucose and Glycogenin. What is it called?

a)

Diphosphate

b)

Bisphosphate

c)

Pyrophosphate

d)

Phyrophosphate

37.

Name the bond making up branches in glycogen

a)

alpha-1,4-glycosidic bond

b)

alpha-1,6-glycosidic bond

c)

beta-1,4-glycosidic bond

d)

beta-1,6-glycosidic bond

38.

Primary storage site for glycogen is __________.

a)

liver and heart

b)

liver and skeletal muscle

c)

liver and brain

d)

brain and heart

39.

How does glycogenolysis break down glycogen into glucose?

a)

It cuts the glycogen in half

b)

It brings the entire glycogen molecule to be broken into energy

c)

It rearranges the glycogen molecule into glucose

d)

It starts at the end of the branches and breaks glucose off one at a time

40.

Glycogenolysis is inactive when _______.

a)

Muscles are active

b)

Heart rate is normal

c)

Heart rate is elevated

d)

Muscles are at rest

41.

In which type of cell does glycogenolysis occur?

a)

Myocytes

b)

Hepatocytes

c)

Both

d)

Neither

42.

Which of the following is NOT an activity of the debranching enzyme?

a)

α-1,6-glucosidation

b)

α-1,4-glucosidation

c)

phosphorylation

d)

glucose transfer

43.

Glucose-6-Phosphate gets converted to Glucose in the ________ using the enzyme ________, which cannot be found in the ________.

a)

smooth ER ; glucose-6-phosphatase ; liver cells

b)

smooth ER ; glucose-6-phosphorylase ; liver cells

c)

smooth ER ; glucose-6-phosphatase ; muscle cells

d)

smooth ER ; glucose-6-phosphorylase ; muscle cells

44.

All the following enzymes are involved in glycogen synthesis EXCEPT:

a)

Hexokinase

b)

Glycogen Synthetase

c)

Phospho-gluco Mutase

d)

Glycogen Synthase

45.

allosteric affectors are:

a)

factors that allow control

b)

factors that always enhance enzyme activity

c)

factors that always inhibit enzyme activity

d)

factors that may enhance or inhibit enzyme activity

46.

The process of breaking down a glucose molecule to release energy is called ___________.

a)

Glycogenolysis

b)

Gluconeogenesis

c)

Glycolysis

d)

Hydrolysis

47.

Which cell in the human body only uses glycolysis for ATP production?

a)

Erythrocyte

b)

Hepatocyte

c)

Neuron

48.

Which of the following biological processes will occur under both aerobic and anaerobic conditions in humans?

a)

Fermentation

b)

Lactation

c)

glycolysis

d)

Citric acid cycle

49.

Glycolysis occur in the ___________ of a cell.

a)

Golgi complex

b)

Mitochondria

c)

Cytosol

d)

ribosomes

50.

How many pyruvate molecules are formed by the glycolysis process of one moelcule of glucose?

a)

One

b)

Two

c)

four

d)

Six

51.

Which of the following products is not created by glycolysis?

a)

ATP

b)

NADH

c)

PYruvate

d)

Lactaic acid

52.

Which of the following is not a product in the net reaction for glycolysis?

a)

GTP

b)

ATP

c)

NADH

53.

What type of enzyme is responsible for initiating the process of glycolysis?

a)

Phosphatase

b)

Phosphorylase

c)

Hydrogenase

d)

Kinase

54.

A kinae an enzyme that

a)

removes a phosphate form substrates

b)

uses an ATP to add a phopshate to a substrate

c)

does not use a ATP to add a phosphate to a subdtrate

55.

Glycolysis nvolves 10 steps and _________ of them are irreversible

a)

one

b)

two

c)

three

d)

four

56.

What is the enzyme used in converting Phosphoenolpyruvate (PEP) to pyruvate?

a)

hexokinase

b)

phosphoglycerate kinase

c)

pyruvate kinase

d)

lactate dehydrogenase

57.

In the anaerobic processes of glycolysis, which of the following enzymes is involved?

a)

hexokinase

b)

lactate dehydrogenase

c)

pyruvate kinase

d)

phosphoglycerate kinase

58.

How many ATPs are produced by the Kreb's Cycle?

a)

2

b)

10

c)

20

d)

30

59.

Gluconeogenesis happens when a person is in a

a)

well-fed state

b)

fiesta party

c)

fasting state

60.

Gluconeogenesis happens in

a)

cytoplasm

b)

mitochondria

c)

both cytoplasm and the mitochondria

d)

cell membrane

61.

Which enzyme is used to convert pyruvate back into phosphoenolpyruvate?

a)

fructose-1,6-bisphosphatase

b)

pyruvate carboxylase

c)

glucose-6-phosphatase

d)

none of the above

62.

Which enzyme is used to convert pyruvate to oxaloacetate?

a)

fructose-1,6-bisphosphatase

b)

pyruvate carboxylase

c)

glucose-6-phosphatase

d)

none of the above

63.

During starved state and in the absence of insulin, what happens in the brain?

a)

hexokinases are triggered to act upon glucose

b)

lactic acid is produced from anaerobic respiration

c)

ketones are produced from the stacking of acetyl-CoA

d)

isocitrate is converted to alpha-ketoglutarate, which proceeds to the pentose pathway

64.

The following are main enzymes in gluconeogenesis except

a)

pyruvate carboxylase

b)

PEP carboxykinase

c)

pancreatic lipase

d)

glucose-6-phosphatase

65.

Glycogenesis happens when a person is in a

a)

well-fed state

b)

after a whole day of sitting in a lab class

c)

fasting state

66.

What do you call the insulin-dependent transporter in the hepatocyte or in the myocyte that is relevant for glycogen synthesis

a)

GLUT1

b)

GLUT2

c)

GLUT 3

d)

GLUT 4

e)

GLUT5

67.

What is the enzyme used to initiate or to prime the elongation of glucose chains in glycogenolysis?

a)

glycogen synthase

b)

glycogen branching enzyme

c)

glycogenin

68.

Which positions are the chains added to glucose for elongation?

a)

alpha 1,6

b)

alpha 1,4

c)

between C1 and C3

69.

Which positions are the chains added to glucose to increase branching?

a)

alpha 1,6

b)

alpha 1,4

c)

between C1 and C3

70.

The following activates glycogenolysis except

a)

during long exercise

b)

blood loss

c)

chronic stress

d)

after a meal

71.

Which is true for glycogenolysis in the liver

a)

glucose is liberated by glucose-6-phosphatase and transported to the bloodstream via GLUT4

b)

glucose is used by the liver right away for its own consumption

c)

300-400g glycogen in stored in the liver

72.

In glycogenolysis, after the branches are removed, which enzyme is responsible for cutting the chain to glucose-6-phosphate?

a)

glycogen phosphorylase

b)

hexokinase

c)

phosphoglucomutase

d)

oligo-alpha(1->6)-alpha(1->4)-glucantransferase

e)

amylo-alpha(1->6)-glucosidase

73.

What happens to glucose-6-phosphate in the muscles and brain?

a)

becomes pyruvate

b)

becomes free glucose

c)

becomes ribose and NADH

74.

What happens to glucose-6-phosphate in the liver?

a)

becomes pyruvate

b)

becomes free glucose

c)

becomes ribose and NADH

75.

What happens to glucose-6-phosphate when cells actively convert glucose as fats?

a)

becomes pyruvate

b)

becomes free glucose

c)

becomes ribose and NADH

76.

What happens to glucose-6-phosphate in cells that actively convert glucose as fats?

a)

becomes pyruvate

b)

becomes free glucose

c)

becomes ribose and NADH

77.

Gluconeogenesis predominanly occurs is

a)

liver

b)

brain

c)

sketelal muscle

d)

skeletal and cardiac muscles

78.

Gluconeogenesis is a .... process.

a)

anabolic

b)

catabolic

c)

hyperbolic

d)

androbolic

79.

Pyruvate carboxylase is located predominantly in

a)

mitochondria

b)

cytosol

c)

extracellular

d)

peroxisomes

80.

What enzyme bypasses (glucose + ATP --------------> glucose-6-phosphate + ADP) in gluconeogenesis

a)

Hexicokinase

b)

phosphofructokinase

c)

Phosphoenolpyruvate carboxykinase

d)

Glucose-6-phosphatase

81.

Which of the following molecule can be used as a substrate for gluconeogenesis?

a)

Glycerol

b)

Maltose

c)

DNA

d)

Lipoproteins

82.

1. Transmission of nerve impulse across the synapse is accomplished by -----------------

a)

Release of ions

b)

Release of neurotransmitter

c)

Movement of water

d)

Movement of Na+ and K+

83.

1. Excretion means -------------

a)

Removal of substance which have never been part of body

b)

Formation of useful substances in the body

c)

Removal of substance which are not required in the body

d)

Storage of excess of glucose in the body

84.

1. The nerve cell is not able to multiply because of ---------------

a)

Absence of nucleus

b)

Absence of chromosome

c)

Absence of spindle fibers

d)

All

85.

1. The complete oxidation of one molecule of glucose, at the end ------ ATP forms

a)

12

b)

8

c)

38

d)

24

86.

1. The process of breaking down of glycogen to glucose in the tissue is referred as -----

a)

Glycogenolysis

b)

Glycolysis

c)

Gluconeogenesis

d)

Glycogenesis

87.

---------- is the junction region between two neurons

a)

Nerve fiber

b)

Soma

c)

Axon

d)

Synapse

88.

The formation of glucose from the sources other than carbohydrates is called ----

a)

Glycogenolysis

b)

Glycolysis

c)

Gluconeogenesis

d)

Glycogenesis

89.

-------------- functional unit of the kidney

a)

Neuron

b)

Nephron

c)

Sarcomere

d)

Cell

90.

In Glycolysis, Glucose 6 Phosphate is get converted in to Fructose 1,6 biphosphate by the action of the enzyme -------------

a)

Isomerase

b)

Aldolase

c)

Hexokinase

d)

Enolase

91.

In Formation of urine, the hydrostatic pressure of blood is ----------

a)

30 mmhg

b)

10 mmhg

c)

15 mmhg

d)

60 mmhg

92.

The process of breaking down a glucose molecule to release energy is called ___________.

a)

Glycogenolysis

b)

Gluconeogenesis

c)

Glycolysis

d)

Hydrolysis

93.

The Calvin cycle is part of

a)

cell respiration

b)

photosynthesis

c)

glycolysis

d)

end-product inhibition

94.

A competitive inhibitor

a)

binds to the allosteric site, blocking the substrate

b)

binds to the active site, blocking the substrate

c)

has a different shape than the enzyme

d)

lowers the activation energy of a reaction

95.

An example of a non-competitive inhibitor is

a)

mercury

b)

oxaloacetate

c)

lactase

d)

glucose

96.

During the production of the essential amino acid isoleucine, _____________________ acts as the ___________________ inhibitor of threonine.

a)

Isoleucine, non-competitive

b)

Threonine deaminase, non-competitive

c)

Isoleucine, competitive

d)

Threonine deaminase, competitive

97.

Enzymes are useful for chemical reactions because they ________________________________________.

a)

increase the activation energy

b)

lower the activation energy

c)

decrease the rate of reaction

d)

increase inhibition

98.

An inhibitor is a molecule that binds to the enzyme

a)

and speeds up the enzymes function

b)

is always reversible

c)

slows down or stops the enzymes function

d)

is always irreversible

99.

Chemogenetics involves

a)

bioinformatics and metabolic pathways

b)

chemicals and genes

c)

biochemistry and DNA

d)

competitive and non-competitive inhibition

100.

What colour line represents non-competitive inhibition?

a)

Green

b)

Orange

c)

Blue

101.

Which colour line represents competitive inhibition?

a)

Green line

b)

Orange line

c)

Blue line

102.
What products are not made in the pentose phosphate pathway?
a)
a.NADPH
b)
b.ATP
c)
c.4 carbon sugars
d)
d.5 carbon sugars
e)
e.7 carbon sugars
103.
Which enzyme is the most important to the pentose phosphate pathway?
a)
a.Glucose-6-phosphate dehydrogenase
b)
b.Lactase
c)
c.6-phosphogluconate dehydrogenase
d)
d.Ribose-5-phosphate isomerase
e)
e.Ribose-5-phosphate epimerase
104.
The final product of gluconeogenesis is _______.
a)
a.glucose
b)
b.ATP
c)
c.NADH
d)
d.A and B
e)
e.A and C
105.
Which of the following statements regarding glycogen metabolism is FALSE?
a)
A.In muscle, glycogen synthesis is activated by Ca2+ ions.
b)
B.Glycogen phosphorylase is activated via phosphorylation.
c)
C.Glucagon stimulates glycogenolysis.
d)
D.A and B.
e)
E.B and C.
106.
In vivo, which of the following allosteric effectors are required for glycogen synthase activity?
a)
A.Glucose-6-phosphate.
b)
B.AMP.
c)
C.Glycogenin.
d)
D.A and B.
e)
E.All of the above.
107.
Which of the following enzymes occurs in both glycolysis and gluconeogenesis?
a)
A.3-Phosphoglycerate kinase.
b)
B.Hexokinase.
c)
C.Glucose 6-phosphatase.
d)
D.Phosphofructokinase-1.
e)
E.Pyruvate kinase.
108.
Under anaerobic conditions in the muscle what is the net yield of ATP from glycolysis when glycogen is used as a starting material?
a)
A.2 ATP
b)
B.3 ATP
c)
C.4 ATP
d)
D.5 ATP
109.
What is the energetic cost of converting pyruvate to glucose via gluconeogenesis?
a)
A.2 ATP, 2 GTP, 1 NADH
b)
B.4 ATP, 2 GTP, 1 NADH
c)
C.2 ATP, 2 GTP, 2 NADH
d)
D.4 ATP, 2 GTP, 2 NADH
110.

Which of the following statements is true regarding glycogen phosphorylase?

a)

A.Glycogen phosphorylase in muscle is allosterically activated by ATP and G6P.

b)

B.Glycogen phosphorylase catalyzes the cleavage of both a(1 → 4) and a(1 → 6) bonds.

c)

C.Glycogen phosphorylase is activated by both phosphorylase kinase and PKA.

111.

Which of the following diseases results in uncontrollable spasms due to hypocalcemia?

a)

tetany

b)

Grave's disease

c)

myxedema

d)

Cushing's syndrome

112.

Which of the following best describes someone with gigantism?

a)

50 year old with an elevated growth hormone level

b)

60 year old with increased blood pressure, edema, and low potassium

c)

6 year old with an elevated growth hormone level

d)

3 year old with a decreased level of thyroxine

113.

Which of the following is caused by a lack of iodine:

a)

tetany

b)

goiter

c)

diabetes insipidus

d)

Parkinson's disease

114.

Which patient would most likely experience diabetes insipidus:

a)

a 16 year old male who had an autoimmune response that destroyed his pancreas

b)

a 12 year old male who has very low levels of ADH

c)

a 54 year old female who had a thyroidectomy

d)

a 72 year old female who had her ovaries removed

115.

An increased level of thyroxine would cause which of the following:

a)

myxedema

b)

Grave's disease

c)

Addison's disease

d)

Cretinism

116.

Increased level of Growth Hormone after long bone growth development has ceased leads to which of the following:

a)

tetany

b)

gigantism

c)

acromegaly

d)

hirsutism

117.

If a baby is born with a poorly functioning thyroid gland, which of the following may occur:

a)

cretinism

b)

Cushing's syndrome

c)

hyperaldosteronism

d)

Duchenne's muscular dystrophy

118.

Which of the following are produced from the thyroid?

a)

calcitonin

b)

parathyroid hormone

c)

oxytocin

d)

aldosterone

119.

What gland produces Prolactin?

a)

anterior pituitary

b)

posterior pituitary

c)

thyroid

d)

adrenals

120.

This hormone produced by your adrenal glands is responsible for your ability to react to long term stress.

a)

epinephrine

b)

cortisol

c)

prolactin

d)

aldosterone

121.

A young patient begins to lose weight and complains of constantly being thirsty. When assessed, the nurse completes a blood glucose analysis with a glucometer. The result is 329 mg/dL (elevated):

a)

diabetes insipidus

b)

diabetes mellitus

c)

Addison’s disease

d)

hyperaldosteronism

122.

A middle aged female presents with a rounded face and a diffuse fatty deposit located on her upper back. The change occurred over the past two years and she had stated that she had not changed her diet or decreased her activity at all.

a)

Addison’s disease

b)

Cushing’s syndrome

c)

hyperaldosteronism

d)

Grave’s disease

123.

A middle aged male presents with a complaint of feeling “burnt out”. He states he no longer has motivation or energy and gets lightheaded at times. He has hyperpigmentation (see photo). While checking his blood pressure the nurse determines that the patient has hypotension (low blood pressure).

a)

Addison’s disease

b)

tetany

c)

diabetes insipidus

d)

cretinism

124.

Which of the following is a glucocorticoid:

a)

aldosterone

b)

cortisol

c)

PTH

d)

ADH

125.

The beta cells of the pancreas are stimulated during hyperglycemia to produce:

a)

glucagon

b)

insulin

c)

calcitonin

d)

PTH

126.

Which of the following terms means excessive hair growth:

a)

exophthalmos

b)

myxedema

c)

hirsutism

d)

diuresis

127.

Which of the following terms means to break down glycogen into glucose:

a)

glucosuria

b)

glucagon

c)

gluconeogenesis

d)

glycogenolysis

128.

Where is Angiotensin Converting Enzyme located:

a)

kidneys

b)

liver

c)

lungs

d)

adrenal glands

129.

Which of the following is the storage form of glucose:

a)

glycogen

b)

glucagon

c)

gluconeogenesis

d)

glycogenolysis

130.

Which of the following hormones is not secreted by the anterior pituitary gland:

a)

TSH

b)

ACTH

c)

ADH

d)

FSH

131.

Which of the following is an example of a tropic hormone:

a)

T4

b)

ADH

c)

ACTH

d)

Prl

132.

Which of the following means low blood volume:

a)

hyperglycemia

b)

hypocalcemia

c)

hypovolemia

d)

hypertension

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