Exam 1 Flashcards

1
Q
A

epithelial tissue

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2
Q
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simple squamous

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3
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SIMPLE SQUAMOUS

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4
Q
A

stratified squamous

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5
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stratified squamous

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6
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stratified squamous

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7
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simple squamous

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8
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stratifed squamous

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9
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A

simple cuboidal

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10
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simple cuboidal

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11
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SIMPLE CUBOIDAL

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12
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13
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stratfied cuboidal

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14
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A

stratfied cuboidal

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15
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A

stratfied cuboidal

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16
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A

simple columnar

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17
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simple columnar

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18
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A

simple columnar

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19
Q
A

simple columnar

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20
Q
A

stratified columnar

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21
Q
A

pseudostrafided ciliated columanr

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22
Q
A

pseudostratfied ciliated columnar

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23
Q
A

pseudostratfied columnar ciliated

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24
Q
A

pseudostratfied cilliated columnar

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25
Q
A

pseudostratfied ciliated columnar

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26
Q
A

transitional

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27
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transitional

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28
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29
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A

transitional

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30
Q
A

areolar tissue

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31
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areolar tissue

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32
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A

areolar tissue

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33
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A

adipose tissue

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34
Q
A

loose connective tissue

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35
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A

adipose tissue

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36
Q
A

adipose tissue

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37
Q
A

reticular tissue

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38
Q
A

reticular tissue

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39
Q
A

reticular

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40
Q
A

dense regular connective tisuee

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41
Q
A

dense regular connective tissue

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42
Q
A

dense regular connective tissue

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43
Q
A

elastic tissue

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44
Q
A

dense irregular connective tissue

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45
Q
A

dense irregular connective tissue

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46
Q
A

hyaline cartilage

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47
Q
A

hyaline cartilage

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48
Q
A

elastic cartilage

49
Q
A

hyaline cartilage

50
Q
A

elastic cartilage

51
Q
A

elastic cartilage

52
Q
A

fibrous cartilage

53
Q
A

fibrous cartilage

54
Q
A

fibrous cartilage

55
Q
A

bone

56
Q
A

osteon of bone

57
Q
A

osteon of bone

58
Q
A

skeletal muscle

59
Q
A

skeletal muscle

60
Q
A

smooth muscle

61
Q
A

smooth muscle

62
Q
A

smooth muscle

63
Q
A

cardiac muscle

64
Q
A

cardiac muscle

65
Q
A

cardiac muscle

66
Q
A

neural tissue

67
Q
A

neural tissue

68
Q

anatomy

A

the study of the internal and external structures and landmarks we can see

69
Q

physiology

A

the studt of the functions and mechanisms of the human body

70
Q

cytology

A

study of cells

71
Q

histology

A

study of tissues

72
Q

macroscopic anatomy

A

study of structures that can be seen without magnification

73
Q

surface anatomy

A

(macroscopic) refers to superficial anatomical markings

74
Q

regional anatomy

A

(macroscopic) refers to all structures in a specific area of the body whether they are sperficial or deep

75
Q

systemic anatomy

A

(macroscopic) the study of organ systems of the body

76
Q

surgical anatomy

A

studies anatomical landmarks important for surgical procedures

77
Q

radiographis anatomy

A

the study of anatomical structures with the use of x-rays or ultrasound scans

78
Q

cross sectional anatomy

A

the use of radiographic techniques (CT and MRI) scans to look at cross sections of the body

79
Q

xrays

A

Best for visualizing boone and abnormal dense structures

Best for detecting fractures, abdominal emergencies, and for chest imaging (to see fluid or infection)

Best to take two views, and consider the position of the x-ray (anterior posterior/ Posterior Anterior)

Inexpensive and quick results

Can be used on Soft tissue (breasts for cancer)

80
Q

x ray coloring

A

Air- dark

Fat - less dark

Soft tissue - gray

Bone - white

Metal - bright white

81
Q

Posterior anterior

anterior posterior

A

Posterior-ANterior (PA)

X Rays are going into the posterior and leaving through the anterior side

Anterior-Poster (AP)

X rays are going into the anterior and leaving through the posterior

In reference to the heart

The heart will create a shadow, the farther away the x-ray is, the smaller the shadow will be

In PA view, the heart will only have 13cm shadow rather than 16 cm

82
Q

barium contrast x ray

A

Patient drinks barium sulfate before x ray. It will coat the digestive tract and is easily visualized

83
Q

can we image the brain using x rays?

A

No because of the bony density of the skull. The brain has lots of water and is bathed in cerebrospinal fluid both of which complicates using x-rays to image the brain

84
Q

Computed (axial) tomography (CT or CAT) scan

A

Produced x rays images that are computer enhanced for 3D like structures

Can visualize soft tissue in more detail, tissue intensity will show varying degrees of grey

Can have a whole body scan

85
Q

all scans and images are…

A

All scans and images will be left to right. Point of view of the patient***

86
Q

angiography

A

Pertains to blood vessels

Utilizes contrast medium that is injected into blood vessels to produce clear images of the blood vessels

87
Q

digital subtraction angiography

A

DSA provided an unobstructed view of small arteries. Images are taking before and after contrast to see blockages of vessels

88
Q

Magnetic Resonance Imaging (MRI)

A

High energy magnetic field to produce high-contrast images of soft tissues in color

Can create 2d and 3D blueprint

Cannot be used on metal

Commonly used to differentiating Normal and abnormal tissues and places with high volume of fluid like the brain and knee

Torn meniscus is thicker than normal

89
Q

Positron emission tomography (PET) Scan

A

Forms images by detecting radioactive isotopes (either water or sugar) injected into the body. These tagged molecules will identify regions of high metabolic activity

The brain and cancerous tumors

Cancerous tumors have high levels of glucose

90
Q

Semography (ultrasound imaging)

A

Body is propped with pulses of high-frequency sound waves that echo off the body’s tissues

Imaging technique used to determine the age of a developing fetus and on young children

Sound is transmitted or reflected

Fluid = dark

Soft tissue = shades of grey

Bone = bright

Skin is always at the top of the image and most internal structures are at the bottom

91
Q

levels of structural organization

A

Atoms join together to create

  1. Molecules join together to create
  2. Cells form
  3. Tissues that form
  4. Organs make up
  5. Organ systems which makes up
  6. Organ systems

They go from simple (atoms) to complex (organ systems)

92
Q

integumentary system

A

protection from environemntal hazards; temp control

93
Q

skeltal system

A

support, protection of soft tissues; mineral storage; blood formation

94
Q

muscular system

A

locomotin, support, heat production

95
Q

nervous sytem

A

directing immediate responses to stimuli, usuallt by coordinaing the actitvies of other organ system

96
Q

endocrine system

A

directing long-term changes in the activites of other organ systems

97
Q

cardiovascular system

A

just heart and blood vessels

internal transport of cells and dissolved materials, including nutrients, wastes and gasses

98
Q

lymphoid system

A

defense against infection and disease

99
Q

respiratory system

A

delivery of air to sites where gas exchange can occur between the air and circulating blood

100
Q

digestive system

A

processing of food and absirptoion of organic nutrients, minerals, vitamin, and water

101
Q

urinary system

A

elimination of excess water, salts, and waste products; control of pH

102
Q

reproductive system

A

production of sex cells and hormones

103
Q

Describe how you would go into anatomical position from sitting on the floor with hands on your lap

A

Stand up, toes facing front, arms at your sides with palms facing the front

104
Q

proximal, distal, lateral, medial

A

Proximal: nearer to the attachment of a limb to the trunk

Distal: farther from the attachment of a limb to the trunnk

Lateral: farther from the midline

Medial: nearer to the midline

105
Q

saggital cut

A

Left and right halves

Midsagittal: right at the midline

Parasagittal: left and right unequally

106
Q

transverse cut

A

separating top half from the bottom (superior and inferior)

107
Q

frotnal cut

A

separating anterior and posterior

108
Q

oblique cut

A

seperating the tissue at an angle

109
Q

Abdominopelvic quadrants

A

Right upper quadrant (RUQ)

Left Upper quadrant (LUQ)

Right lower quadrant (RLQ)

Left Lower quadrant (LLQ)

110
Q

abdominopelvic regions

A

right hypochondriac region

right lumbar region

right inguinal region

left hypochondriac region

left lumbar region

left inguinal region

epigastric region

umbilical region

hypogastric region

111
Q

Select organs found within the abdominopelvic quadrants

A

RUQ: Most of the liver, gallbladder•

LUQ: Most of the stomach, spleen•

RLQ: cecum, appendix, right ureter, right ovary, right spermatic cord•

LLQ: left ureter, left ovary, left spermatic cord

112
Q

Select organs found within the abdominopelvic regions

A

Epigastric: left lobe of liver•

Right hypochondriac: right lobe of liver, liver fundus•

Left hypochondriac: stomach fundus, spleen

Umbilical: small intestine, transverse colon

Right lumbar: ascending colon

Left lumbar: descending colon

113
Q

posterior cavity

A

Cranial cavity: surrounds the brain

Spinal cavity: surrounds the spinal cord

The meninges= membrane that surrounds the brain and spinal cord

114
Q

anterior cavity

A
  • Thoracic cavity
    • Pleural cavity: lungs
    • Pericardial cavity: heart
    • Mediastinal cavity: space between the apex of the lungs (contained pericardial cavity)
  • Abdominal cavity
  • Pelvic cavity
  • Adomino pelvic cavity
    • Peritoneal cavity: true space between the parietal peritonitis and the visceral peritoneum
    • Pelvic cavity: urinary bladder
    • Abdominal cavity: contains the stomach, intestines, liver, pancreas, gallbladder, spleen, and kidneys and lower part of the esophagus
  • The diaphragm divides the thoracic and abdominal cavity
115
Q

parietal membrane

A

The membrane nearest to the wall of the body (farthest from the organs) is the parietal membrane

Parietal pleura, parietal pericardium, parietal peritoneum

116
Q

visceral membrane

A

The membrane farthest from the wall of the body (nearest the organs) is the visceral membrane

Visceral pleura, visceral pericardium, visceral peritoneum

117
Q
  1. Kartagener syndrome is a disorder associated with abnormal moving Cillia. Based on what you have learned in these lessons on epithelial tissue, what organs would be effects, and what would be the symptoms of Kartagener syndrome?
  2. 80-90% of cancer is epithelial in nature. Explain why this is. Name different locations in the body that would then be susceptible to cancer that is epithelial in origin.
  3. You have a patient with a blocked salivary gland due to chronic dehydration. Would the gland continue producing saliva? What symptoms would you notice?
  4. Describe what you think is going on in slide #1, (Histology practice) in the abnormal slide, and give a rationale behind your answer.
  5. Your classmate says to you “ I thought I was taking Advanced Human Anatomy to learn how to help people with heart attacks, or pancreatic cancer, why am I learning about cells and tissues?” What do you respond? Explain why we are starting off the course learning about tissues.
A
  1. Organs that would be affected by Kartagener syndrome include the respiratory system where we use mucus to trap and cilia to move pathogens out of the respiratory tract and into the digestive tube. This will lead to recurrent infections. Where else do we have cilia in the body? The protein that makes cilia is found in the flagellum of sperm, therefore males with Kartagener’s syndrome have sperm that are not motile, and therefore are infertile. In females, cilia is used to move an ovulated oocyte towards the fallopian tube. Do you think females with Kartagener’s syndrome would also suffer from infertility?
  2. Cancer is mainly epithelial in origin because epithelial cells have the unique ability to regenerate easily and more rapidly than other tissues.
  3. Yes, there would not no reason to initially stop saliva production, it would not be released through the duct, and would build up causing pressure, and pain, and lead to inflammation. body fluid that is no longer moving or circulating is prone to bacteria. After a build-up of pressure feedback would slow down the rate of production.
  4. Basal cell carcinoma - One of the stem cells has transformed into a cancerous cell, and is proliferating rapidly creating the round ball-like structure.
  5. Diseases begin at the cellular and tissue level.
118
Q
  1. Vitamin C is needed for the proper formation of collagen fibers. Insufficient vitamin C in the diet causes a condition known as scurvy, which is characterized by the general weakening of connective tissues and collagen throughout the body. Keeping in mind that strong connective tissues and collagen are needed to bind body parts together, what might be some of the major symptoms of scurvy?
  2. Why is blood considered connective tissue? Be specific.
  3. What would happen if the trachea were not composed of such massive rings of hyaline cartilage? What might happen if the esophagus were composed of hyaline cartilage-like the trachea?
  4. Order the following injuries based on how fast they would heal from the fastest to the slowest. Explain your answer
    a) Neural tissue damage from a stroke or ischemia
    b) Cardiac muscle injury from a heart attack
    c) A paper cut
    d) a torn tendon.
  5. Lupus is a connective tissue disease and an autoimmune disorder. Explain why symptoms of lupus are systemic and not localized.
A
  1. : Teeth fall out of their sockets, blood vessels rupture, and wounds fail to heal. (Strong collagen is necessary for holding teeth in their sockets, reinforcing blood vessels, and healing wounds. )
  2. Blood contains soluble fibers that become insoluble during clot formation, which satisfies the definition of a connective tissue = cells dispersed amongst a fluid matrix surrounded by fibers.
  3. The trachea is designed to allow the passage of gases, and the esophagus is designed to facilitate the movement of solids and liquids. The hyaline cartilage that encircles the trachea provides stiffness that prevents this tube from collapsing during breathing. If the esophagus were composed of similar amounts of hyaline cartilage, it could not change shape to accommodate the passage of solids.
  4. A paper cut would heal the fastest due to the regenerative properties of epidermal tissue , a torn tendon would be next, although it would be slower to heal than other connective tissues, neural damage and cardiac muscle tissue would both be the slowest.
  5. Because connective tissue is widespread throughout the body. symptoms are systemic, not localized.