Structure and Function Flashcards

0
Q

Anatomy

A

the study of structure and shape of body and parts and their relationships to each other

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1
Q

Physiology

A

-study of how body parts work or function
-many subdivisions
dynamic–>requires active experimentation

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2
Q

Scientific Method

A
  • hypothesis–>reasonable guess based on observations
  • experimentation–>testing of hypothesis
    - ->simple as possible
  • if results support hypothesis
    • tentatively accepted as true
    • put through rigorous testing
    • then becomes theory/law
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3
Q

Anatomical Position

A

initial reference point

  • body erect
  • feet parallel
  • arms at side
  • palms forward
  • head forward
  • gives meaning to anatomical directions
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4
Q

Superior

A

toward the head or upper part

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5
Q

Inferior (caudal)

A

away from the head, lower part, below

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6
Q

Anterior (ventral)

A

toward or at the front, in front of

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7
Q

Posterior (dorsal)

A

toward or at the backside, in back of

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8
Q

Medial

A

toward or at the midline, on the inner side

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9
Q

Lateral

A

away from the midline, toward the side

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10
Q

proximal

A

closer to the origin of the body part or point of attachment

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11
Q

Distal

A

farther from origin or point of attachment

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12
Q

Superficial

A

toward or at the surface, near the surface

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13
Q

Deep

A

away from surface, internal

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14
Q

Median (sagittal)

A
  • cut lengthwise
  • divides into L and R
  • creates 2 equal parts (midsagittal)
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15
Q

Frontal (coronal)

A
  • cut lengthwise

- split into anterior and posterior

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16
Q

Transverse

A
  • along horizontal plane
  • creates superior and inferior (upper and lower)
  • aka cross section
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17
Q

Dorsal Body Cavity

A

1) Cranial
- space inside skull
- brain

2) Spinal
- from cranial to end of vertebral column
- spinal cord

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18
Q

Ventral Cavity

A
  • larger than dorsal
    1) Thoracic Cavity
  • separated by diaphragm
  • Medistinum–>midportion, subdivision of Thoracic
  • divided into R&L pleural cavities

2) Abdominopelvic Cavity
- no physical partition
- divided into 4 quadrants
- actually has 9 regions

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19
Q

Abdominopelvic Regions

A

1) Upper Abdominpelvic (above 9th rib)
- R hypochondriac, Epigastric, L hypochondriac

2) Middle (b/w 9th rib and hips)
- R lumbar, umbilical, L lumbar

3) Lower (below hips)
- R illiac (inguinal), hypogastric, L illiac (inguinal)

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20
Q

Body Regions

A
  • body as a whole is divided into 2 major portions
  • each major area divided

1) Axial
- head, neck, torso, trunk

2) Appendicular
- upper and lower extremities

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21
Q

Atrophy

A
  • degenerative process from disuse

- can usually be reversed with therapy

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22
Q

Antebrachial

A

forearm

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23
Q

Antecubital

A

in front of elbow, depressed area

24
Axillary
armpit
25
brachial
arm
26
Buccal
cheek
27
Carpal
wrist
28
Cephalic
Head
29
Cervical
Neck
30
Cranial
Skull
31
Crural
Leg
32
Cubital
Elbow
33
Cutaneous
Skin
34
Digital
fingers, toes
35
Dorsal
Back
36
Facial
Face - frontal -->forehead - oral-->mouth - zygomatic-->cheek - Nasal-->nose - orbital/opthalmic -->eyes
37
Femoral
Thigh
38
Gluteal
Buttock
39
Linguinal
Groin
40
Lumbar
Lower Back
41
Mammary
Breast
42
Occipital
Back of lower skull
43
Olecranal
Back of elbow
44
Palmar
Palm of hand
45
Pedal
Foot
46
Pelvic
Lower portion of torso
47
Perineal
Between anus and genitals
48
Plantar
Sole of foot
49
Popliteal
Behind knee
50
Supraclavicular
Above clavicle
51
Tarsal
Ankle
52
Thoracic
Chest
53
Umbilical
Around naval
54
Volar
Palm or sole
55
Homeostasis
- body's ability to maintain relatively stable internal conditions - ever-changing state of equilibrium - occurs when everything working properly - ability related to age - fluctuate near a normal
56
Homeostatic Control Mechanisms
- feedback loop is the basic control system 1) Receptor (sensor) - responds to stimuli - info along afferent pathway (towards control) 2) Control - determines level at which variable maintained - analyzes info and determines action 3) Effector - sends response along efferent pathway (leaves control)
57
Negative Feedback Mechanisms
- most homeostatic controls negative - net effort to shut off or reduce original stimulus - reverse changes back to normal to stabilize - ex. hypothalamus, heart rate, blood pressure, breathing, blood levels
58
Positive Feedback Mechanisms
- rare - increase original disturbance, pushing further from original - typically control infrequent events - ex. blood clots, birth of baby