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Foundations of Biology Final Test 2

front 1

  1. Which feature of osmoregulation is found in both marine and freshwater bony fish?

back 1

gain of water through food

front 2

A cell type that interacts with both the humoral and cell-mediated immune pathways is a

back 2

Helper T cell

front 3

A disease that destroys the adrenal cortex should lead to an increase in the plasma levels of

back 3

Adrenocorticotropic hormone

front 4

A primary response by the Leydig cells in the testes to the presence of luteinizing hormone is an increase in the synthesis and secretion of

back 4

testosterone

front 5

An individual who has been bitten by a poisonous snake that has a fast-acting toxin would likely benefit from

back 5

injection of antibodies to the toxin

front 6

An inhibitor of which of the following could be used to block the release of calcium from the endoplasmic reticulum?

back 6

phospholipase C

front 7

Yearly vaccination of humans for influenza viruses is necessary because

back 7

rapid mutation in flu viruses alters the surface proteins in infected host cells

front 8

The advantage of excreting nitrogenous wastes as urea rather than as ammonia is that

back 8

urea is less toxic than ammonia

front 9

Which of the following are possible advantages of asexual reproduction

back 9

it enables species to colonize regions rapidly

front 10

Adaptive immunity depends on

back 10

pathogen-specific recognition

front 11

Materials are returned to the blood from the filtrate by which of the following processes?

back 11

selective reabsorption

front 12

On a submarine expedition to the ocean bottom, you discover a population of fish that are only female. What type of reproduction does this fish most likely use?

back 12

Parthenogenesis

front 13

Caffeine is an inhibitor of phosphodiesterase. Therefore, the cells of a person who has recently consumed coffee would have increased levels of

back 13

cAMP

front 14

The enzyme produced by the kidneys when blood pressure drops, that causes the release of aldosterone

back 14

Renin

front 15

Engulfing-phagocytic cells of innate immunity include all of the following except

back 15

Natural killer cells

front 16

Regarding their mechanism of action, a difference between steroid and nonsteroid hormones is that

back 16

steroid hormones bind to an intracellular receptor and this hormone-receptor complex binds to DNA

front 17

Asexual reproduction in animals involves

back 17

fission, budding, fragmentation and regeneration, and parthenogenesis

front 18

Increasing the temperature of the human scrotum by 2°C (i.e., near the normal body core temperature) and holding it there would

back 18

reduce the fertility of the man by impairing spermatogenesis

front 19

the receptors on T cells and B cells bind to

back 19

Antigens

front 20

For your internship at the local zoo, you have been assigned to help with the new orangutan-breeding program. Little is known about orangutan reproductive hormones, but hormone feedback cycles are often the same in closely related animals. You have been asked to use your knowledge of the interactions of human reproductive hormones to recommend injections to promote ovulation in a female orangutan when a visiting male arrives for a brief breeding visit.

which of the following hormones would you use if you want to induce ovulation right away?

back 20

Luteinizing hormone (LH)

front 21

In close comparisons external fertilization often yields more offspring than does internal fertilization, but internal fertilization offers the advantage that

back 21

the smaller number of offspring produced often receive a greater amount of parental investment and a high probability of survival

front 22

You and a friend were in line for a movie when you noticed the woman in front of you sneezing and coughing. Both of you were equally exposed to the woman’s virus, but over the next few days, only your friend acquired flu-like symptoms and was ill for almost a week before recovering. Which of the following is a logical explanation for this?

back 22

you had an adaptive immunity to that virus

front 23

Which of the following would be inhibited by a drug that specifically blocks the addition of phosphate groups to proteins?

back 23

receptor tyrosine kinase activity

front 24

A newborn who is accidentally given drug that destroys the thymus would most likely

back 24

be unable to differentiate and mature T cells

front 25

Where and from what compound is urea produced

back 25

liver from NH3 and CO2

front 26

After sperm cells are produced, they are mainly stored in the

back 26

epididymis

front 27

Hermaphroditism is a reproductive strategy in which an individual has both functional male and female reproductive parts. Which of the following would be a possible advantage to such reproductive strategy

back 27

the ptential to produce twice as many offspring from a single mating

front 28

The steroid hormone that coordinates molting in arthropods is

back 28

Ecdysteroid

front 29

Tadpoles must undergo a major metamorphosis to become frogs. This change includes reabsorption of the tail, growth of limbs, calcification of the skeleton, increase in rhodopsin in the eye, development of lungs, change in hemoglobin structure, and reformation of the gut from the long gut of an herbivore to the short gut of a carnivore. Amazingly, all of these changes are induced by thyroxine. What is the most likely explanation for such a wide array of effects of thyroxine?

back 29

Different tissues have thyroxine receptors that activate different signal transduction pathways

front 30

African lungfish, which are often found in small stagnant pools of freshwater, produce urea as a nitrogenous waste. What is the advantage of this adaptation?

back 30

small stagnant pools do not provide enough water to dilute the toxic ammonia

front 31

The mechanism by which epinephrine stimulates breakdown of glycogen within liver cells and skeletal muscle cells

back 31

  • Provides a specific example of cell communication
  • Involves signal transduction
  • It requires the action of intracellular proteins/enzymes (such as phosphorylase)
  • It is an example of a homeostatic mechanism

All of the above

front 32

Testosterone functions inside a cell by

back 32

binding with a receptor protein that enters the nucleus and activates specific genes

front 33

Mature human sperm and ova are similar in that

back 33

they both have the same number of chromosomes

front 34

A human who has no access to fresh water but is forced to drink seawater instead

back 34

will excrete more water molecules than taken in, because the high load of ion ingestion

front 35

Which of the following animals generally has lowest volume of urine production?

back 35

a marine bony fish

front 36

When a person drinks alcohol, the rate of urination increases. This suggests that antidiuretic hormone(ADH) may be affected by alcohol consumption in some way. Which of the following best accounts for the increase in urination?

back 36

Alcohol inhibits the release of ADH

front 37

The osmoregulatory/ excretory system of a freshwater flatworm is based on the operation of

back 37

protonephridia

front 38

Select the pathway that would lead to the activation of cytotoxic T cells

back 38

body cell contact antigen-.helper t cell activate-. clonal selection occurs

front 39

An inactivating mutation in the progesterone receptor gene would likely result in

back 39

the inability of the uterus to support pregnancy

front 40

How does urea concentration in urine compare between the two treatment groups?

back 40

Urea concentration in urine is much higher in the mice given no water

front 41

A decrease in the volume of urine excreted would be expected following

back 41

an increase in aquaporin channels in collecting duct

front 42

A non functional CD4 protein on a helper T cell would result in the helper T cell being able to

back 42

interact with a class II MHC-antigen complex

front 43

Which two solutes become more abundant in the kidney medulla interstitial fluid as one progresses deeper into the medulla, and what is the significance of these two gradients?

back 43

Urea and NaCl; this promotes better retention of water

front 44

The drug furosemide, blocks the transport of Na+ and Cl- in the ascending limb of the loop of Henle. Which of the following effects would you expect the drug to have on urine volume?

back 44

increase in urine volume

front 45

Which of the following is not a product of the anterior pituitary gland?

back 45

thyrotropin-releasing hormone

front 46

In which region would the filtrate be more concentrated?

back 46

IV

front 47

In which region would the presence of aquaporins channels result in increased water reabsorption in response to release of ADH?

back 47

VII

front 48

Which mouse was injected?

back 48

Mouse 1

front 49

What hormone was injected?

back 49

Growth hormone

front 50

The table shows the data from the experiment. How does urine osmolarity compare between the two treatment groups?

back 50

Urea osmolarity is much higher in mice given no water