HAHA Flashcards

1
Q

continuous coiled hollow tube

A

Alimentary canal

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2
Q

protect the anterior opening

A

Lips (labia)

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3
Q

are the red blood cells formed in the red marrow inside bones.
They carry oxygen and carbon dioxide.

A

Erythrocytes

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4
Q

are platelets, about half the size of erythrocytes.
They play an important role in the clotting of blood.

A

Thrombocytes

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5
Q

are white blood cells, the body’s defense against pathogens (bacteria or virus).
They move through cell walls to areas of infection, ingesting and destroying the pathogens.

A

Leukocytes

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6
Q

discovered the ABO
blood system that contained 4 blood types. This was a significant discovery for the success of blood transfusions.

A

Karl Landsteiner

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7
Q

called universal receivers.

A

Type AB

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8
Q

called universal donors.

A

Type O

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9
Q

45% of the population has this blood type.

A

Type 0

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10
Q

Only 4% of the population has this blood type.

A

Type AB

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11
Q

refers to the presence or absence of a substance called an ‘agglutinogen’ in the red blood cells.
When the blood has this agglutinogen in it, the person is said to be Rh positive.

A

The Rh factor

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12
Q

is the clear, nearly colorless, alkaline fluid that occupies the space between all cells of the body.

A

Lymph

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13
Q

similar to blood plasma.
It is 95% water. It seeps in and out through the walls of very small vessels called capillaries.

A

‘interstitial fluid’

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14
Q

are filters, slowing down and cleaning the lymph before returning it to the blood.

A

Lymph nodes

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15
Q

Cancer that starts in the lymph nodes is called

A

lymphoma

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16
Q

When cancer cells break off a tumor and spread into the lymph nodes, it is known as

A

metastatic

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17
Q

is a soft, dark purple organ found in the upper-left portion of the abdomen and surrounded by blood and lymph vessels

A

The spleen

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18
Q

removes old red blood cells (erythrocytes) from the blood supply.

A

red pulp of the spleen

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19
Q

removes, stores and produces white blood cells (lymphocytes).

A

The white pulp of the spleen

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20
Q

It manufactures one specific type of the infection-fighting Thymus gland in adult
lymphocytes.

A

T-cells.

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21
Q

pancreas produces

A

1,000-1,500 ml per day.

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22
Q

is acted on by maltase and broken down into two molecules of glucose.

A

Maltose

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23
Q

acted on by sucrase and broken down into glucose and fructose.

A

Sucrose

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24
Q

acted on by lactase and broken down into glucose and galactose.

A

Lactose

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25
Q

all digest proteins.

A

Trypsin, chymotrypsin, and elastase

26
Q

activates the enzymes once they are in the safe confines of the small intestine.

A

Enterokinase (from the small intestine)

27
Q

cells of the small intestine

A

Enteroendocrine

28
Q

removes broken-down pigments from dead red blood cells.

A

Bilirubin

29
Q

released by fatty acids in the duodenum and by partially broken-down proteins.

A

Cholecystokinin (CCK)

30
Q

turns off gastrin release.

A

Somatostatin

31
Q

turns off gastric acid secretion.

A

Vasoactive intestinal peptide

32
Q

is severe scaring of the liver parenchyma, leading to blood backflow.

A

Cirrhosis

33
Q

pituitary gland is also called

A

the adenohypophysis.

34
Q

Low levels of hGH during the growth years causes bone-growth-plate closure before normal size is achieved. Many organs are small, and the person has a childlike stature. Synthetic hGH produced by recombinant DNA technology in bacteria has resulted in safe, plentiful sources and can prevent this if diagnosed in time.

A

Pituitary dwarfism:

35
Q

Usually caused by functioning pituitary tumors in the already normal adult; causes thickening of bones of the face, hands, and feet (bones can’t get longer after closure of growth centers) and thickening of the tongue, eyelids, and nose.

A

Acromegaly

36
Q

is the outer layer.

A

adrenal cortex

37
Q

is the inner layer.

A

adrenal medulla

38
Q

the entry way for the vessels and ureter. It faces the medial side of the kidney.

A

renal hilus

39
Q

is the major functioning unit of the kidney.

A

nephron

40
Q

The glomerulus is a group of capillaries covered in a double layer (visceral and parietal) of epithelium, called the

A

Bowman’s capsule.

41
Q

primary sex organs

A

Gonads

42
Q

produce gametes (sex cells) and secrete hormones

A

Gonads

43
Q

capsule that surrounds each testis

A

Tunica albuginea

44
Q

extensions of the capsule that extend into the testis and divide it into lobules

A

Septa

45
Q

cutting of the ductus deferens at the level of the testes to prevent transportation of sperm

A

Vasectomy

46
Q

a double serous membrane

A

Pericardium

47
Q

backflow and repump

A

Incompetent valve

48
Q

impulse across atria

A

P wave

49
Q

spread of impulse down septum, around ventricles in Purkinje fibers

A

QRS complex

50
Q

end of electrical activity in ventricles

A

T wave:

51
Q

more than 100 beats per minute

A

Tachycardia

52
Q

less than 60 beats per min

A

Bradychardia

53
Q

contraction

A

Systole

54
Q

relaxation

A

Diastole

55
Q

Volume of blood pumped by each ventricle in one contraction

A

Stroke volume

56
Q

directly connects an arteriole to a venule

A

Vascular shunt

57
Q

color of the urine

A

Amber

58
Q

Purpose or function of the reproduction system

A

reproduce

59
Q

is supported and held in position by a number of ligaments. Trauma, disease, or multiple pregnancies can weaken these ligaments and result in abnormal positioning.

A

uterus

60
Q

outer layer of uterus wall

A

Perimetrium

61
Q

Thick layer of muscle of the uterus wall

A

Myometrium