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Anatomy & Physiology > Arthrology > Flashcards

Arthrology Flashcards

1
Q

Arthrology

A

the scientific study of joints

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2
Q

Articulation (joint)

A

a point of contact between bones, between cartilage and bones, or between teeth
and bones; the structure of a joint determines its strength and flexibility

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3
Q

kinesiology

A

the study of motion of the human body

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4
Q

dislocation

A

displacement of the articulating bones from their normal positions

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5
Q

Movement at joint is determined by

A

shape of the articulating bones

the flexibility of the ligaments that bind the bones together

the tension of associated muscles and tendons

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6
Q

joints are classified

A

Structurally by anatomical characteristics

Functionally based on the type of movement they permit

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7
Q

structural classification is based on 2 criteria

A 
presence or absence of a space between the
articulating bones (synovial cavity)

the type of connective tissue that holds the bones together

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8
Q

structural classifications

A

fibrous
cartilaginous
synovial

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9
Q

fibrous joints

A

no synovial cavity; held together by dense irregular connective tissue

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10
Q

cartilaginous joints

A

no synovial cavity; held together by cartilage

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11
Q

synovial joints

A

have a synovial cavity and are united by dense irregular connective tissue and ligaments

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12
Q

functional classifications

A

synarthrosis
amphiarthrosis
diarthrosis

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13
Q

synarthrosis

A

immovable joint

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14
Q

amphiarthrosis

A

a slightly movable joint

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15
Q

diarthrosis

A

a freely movable joint; all diarthrotic joints are synovial joints

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16
Q

3 types of fibrous joints

A

sutures
syndesmoses
interosseous membranes

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17
Q

sutures

A

composed of a thin layer of dense irregular connective tissue; strong and unlikely to fracture; coronal suture between the frontal and parietal bones; amphiarthrotic
joint in infants and children, synarthrotic joint in adults

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18
Q

syndesmoses

A

a greater distance between articulating surfaces and more connective tissue than in sutures; typically arranged as a bundle (ligament); permits limited movement; distal tibiofibular joint (connected by anterior tibiofibular ligament;
amphiarthrotic joint)

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19
Q

interosseous membranes

A

a substantial sheet of dense irregular connective tissue that
binds neighboring long bones and permits slight movement; amphiarthrotic joints;
between radius and ulna and between tibia and fibula

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20
Q

cartilaginous joints

A

articulating bones are tightly connected by either hyaline cartilage or fibrocartilage; allows little or no movement; 2 types

sychondrosis
symphysis

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21
Q

synchondrosis

A

the connecting material is hyaline cartilage; synarthrotic

Epiphyseal plate that connects the epiphysis and diaphysis of an elongating bone

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22
Q

symphysis

A

the ends of the articulating bones are covered with hyaline cartilage but the bones are connected by a broad, flat disc of fibrocartilage; amphiarthrotic

Pubic symphysis

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23
Q

synovial joints

A

presence of space called a synovial (joint) cavity – allows a joint to be freely
moveable

diarthrotic joints
bones are covered by articular cartilage ( hyaline cartilage)
articular joint

composed of 2 layer: fibrous and synovial membrane

double jointed
synovial fluid

accessory ligaments

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24
Q

fibrous membrane

A

outer layer; dense irregular connective tissue; attaches to the periosteum; some fibers are arranged in bundles (ligaments)

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25
Q

synovial membrane

A

inner layer; areolar connective tissue and articular fat pads
(accumulations of adipose tissue)

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26
Q

“double jointed”

A

greater flexibility in their articular capsules and ligaments with increased range of motion; less structurally stable and more easily dislocated

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27
Q

synovial fluid

A

secreted by the synovial membrane; forms a thin film over the surfaces within the articular capsule; more fluid means less stress on the joint

reduces friction
supply nutrients
remove metabolic wastes

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28
Q

accessory ligaments

A

lie outside and inside the articular capsule

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29
Q

outside

A

lateral and medial collateral ligaments of the knee joint

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30
Q

inside

A

anterior and posterior cruciate ligaments of the knee joint

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31
Q

articular discs (meniscus, labrum, etc.)

A

pads of fibrocartilage that lie between the articular surfaces of the bones and are attached to the fibrous capsule inside some synovial joints

allow two bones of different shapes to fit more tightly

help maintain the stability of the joint

direct the flow of synovial fluid to the areas of greatest friction

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32
Q

bursa ( bursae)

A

a saclike structure strategically situated to reduce friction in some synovial joints and other places; cushion the movement of one body part over another

(between skin and bone, tendons and bone, muscle and bone, ligaments and bone)

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33
Q

types of movements at synovial joints

A

Precise terminology to indicate the form of motion, direction of movement, or the relationship of one body part to another during movement

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34
Q

range of motion ( ROM)

A

the range, measured in degrees in a circle, through which the bones of
a joint can be moved

35
Q

4 main categories at a synovial joint

A

gliding
angular movements
rotation
special movements

36
Q

gliding

A

nearly flat bone surfaces move back-and-forth and side-to-side relative to one
another; AC Joint

37
Q

angular movements

A

increase or decrease in the angle between articulating bones

flexion/extension
hyperextension
abduction/adduction
horizontal abduction/adduction
circumduction
rotation
38
Q

flexion/extension

A

increase or decrease in angle
saggital plane

( lateral/medial flexion- l & r frontal)

39
Q

hyperextension

A

continuation of extension beyond anatomical position

saggital

40
Q

abduction/adduction

A

away or toward the midline

frontal plane

41
Q

horizontal abduction/adduction

A

away or toward the midline in the horizontal

plane

42
Q

circumduction

A

movement of a distal end of a part of the body in a circle

transverse plane

43
Q

rotation

A

a bone revolves around its own longitudinal axis

head saying no- transverse plane
upward/downward- frontal
medial/lateral rotation-limbs- transverse

44
Q

special movements

A

occur only at certain joints

45
Q

elevation/depression

A

to lift up, is the upward movement of a part of the body, such as closing the mouth to elevate the mandible or shrugging the shoulders to elevate the scapula

frontal plane

46
Q

protraction/depression

A

to draw forth - is the movement of a part of the body forward, such as opening the mouth to depress the mandible/ to press down - is the downward movement of a part of the body, such as opening the mouth to depress the mandible or returning shrugged shoulders to the anatomical position to depress the scapula

transverse plane

47
Q

inversion/eversion

A

to turn inward - is the movement of a protracted part of the body back to the anatomical position/ to turn outward - is the movement of the soles laterally so that they face away from each other

frontal plane

48
Q

dorsiflexion/ plantar flexion

A

bending of the foot in the direction of the superior surface, like when you stand on your heels/ bending of the foot in the direction of the plantar surface, as when standing on your toes

saggital plane

49
Q

supination/ pronation

A

is the movement of the forearm so that the palm is turned forward, anatomical position/ movement of the forearm so that the palm is turned backward

transverse plane

50
Q

opposition

A

movement of the thumb across the palm to touch the tips of the fingers

transverse

51
Q

Uniaxial

A

constructed so that motion of the bony components is allowed in only one of the planes around a single axis

hinge
pivot joint

52
Q

hinge joint (ginglymus)

A

allows flexion and extension in one direction (elbow)

convex surface of one bone fits into the concave surface of another; angular opening and closing motion

  • uniaxial ( flexion/ extension)
  • knee, elbow
53
Q

pivot joint ( trochoidal)

A

allows rotation around the length of the bone ( atlas C1/ axis C2 relationship)

rounded or pointed surface of one bone articulates with a ring formed partly by another bone and partly by a ligament

  • unaxial- rotation only
    atlantoaxial joint; radioulnar joints
54
Q

Biaxial

A

allow movement in two planes around two axes

condyloid joint
saddle joint

55
Q

condyloid joint (ellipsoidal)

A

allows movement in two directions but one motion
dominates; one bony surface is concave and the other is convex (wrist joint)

convex oval-shaped projection of one bone fits into the concave oval-shaped depression of another

biaxial (flexion/ extension; abduction/adduction
wrist and metacarpophlangeal joint

56
Q

saddle joint ( sellar)

A

each joint surface is convex in one plane and concave in the other and these surfaces fit together similar to a rider on a saddle (SC joint)

the articular surface of one bone is saddle-shaped, and the articular surface of the other bone fits into the saddle like a rider sitting on a horse

biaxial ( flexion/extension and abduction/adduction)
carpometacarpal joint between trapezium and metacarapal of thumb)

57
Q

triaxial

A

joints in which the bony components are free to move in three planes around three axes; may also occur in oblique planes

ball- and socket
gliding joint

58
Q

ball and socket ( enarthroidal)

A

allows movement in many directions around a
central point; formed when a ball-shaped convex surface is fitted into a concave socket (hip and shoulder)

the ball-like surface of one bone fits into a cuplike depression of another bone

triaxial ( flexion/ extension, abduction/adduction, rotation)

shoulder and hip joints

59
Q

gliding joint ( arthroidal)

A

also called synovial plane joint; permits gliding
between two or more bones; allow only a gliding motion in various planes (AC joint)

flat or slightly curved surfaces

biaxial ( back and forth, side to side movements)
triaxial ( may also rotate)
carpal bones; intertarsal; ac joint; proximal tibiofemoral joint)

60
Q

Types of synovial joints

A 
pivot
hinge
condyloid
saddle
ball and socket
plane ( gliding)
61
Q

Arthralgia

A

pain in a joint

62
Q

bursectomy

A

removal of a bursa

63
Q

chondritis

A

inflammation of cartilage

64
Q

dislocation ( luxation)

A

the displacement of a bone from a joint with tearing of ligaments, tendons and
articular capsules; incomplete dislocation (subluxation)

65
Q

synovitis

A

inflammation of a synovial membrane in a joint

66
Q

arthritis

A

inflammation of one or more joints; most common type of joint disorder

67
Q

4 primary types of arthritis

A

osteoarthritis
rheumatoid arthritis
gout
infectious arthritis

68
Q

osteoarthritis (physical stress induced)

A

degenerative; bone spurs, thickening of synovial

membrane, atrophy of cartilage, and calcification of ligaments

69
Q

rheumatoid arthritis ( immune related)

A

autoimmune; swelling of joints

70
Q

gout ( crystal- induced)

A

underexcretion of uric acids which accumulates and forms crystals which are deposited as masses around the joints; painful, hot swelling

71
Q

infectious arthritis

A

brought about by infections such as gonorrhea and tuberculosis; joints are attacked by the organism and may result in gradual destruction of parts of bone near the joint. Diagnosis is difficult unless other symptoms are present

72
Q

Bones of the shoulder girdle

A

scapula, clavicle

73
Q

joints of the shoulder

A

sternoclavicular ( saddle), acrimoclavicular (plane), scapulothoracic ( not a a joint), glenohumeral ( ball and socket)

74
Q

bones of the elbow

A

humerus, radius, ulna

75
Q

joints of the elbow

A

superior radioulnar joint ( pivot), humeroulnar joint ( hinge), humeroradial joint ( hinge)

76
Q

bones of the wrist

A

radius, ulna, carpals, metacarpals

77
Q

joints of the wrist

A

distal radioulnar joint ( pivot), radiocarpal joint ( condyloid), intercarpal, midcarpal, carpometacarpal, and intmetacarpal joints ( condyloid, excempt the CMC of thumb is saddle)

78
Q

bones of the pelvic girdle

A

illium, ischium, pubis

79
Q

joints of the pelvic girlde

A

acetabulofemoral joint ( ball and socket), sacroilliac joint( starts as a planar synovial oint and over time converts to fibrous), pubic symphysis ( symphysis joint)

80
Q

bones of the knee

A

femur, tibia, fibula

81
Q

joints of the knee

A

tibiofemoral joint ( hinge), patellofemoral joint ( gliding), superior tibiofibular joint ( plane)

82
Q

Bones of the ankle

A

tibia, fibula, calcaneous, metatarsals

83
Q

joints of the ankle

A 
talocrural joint (hinge), subtalar joint (bicondylar; 2 condyloids), inferior tibiofibular
joint (syndesmosis; fibrous), tarsometatarsal joints (condyloid and saddle), metatarsophalangeal joints (condyloid)

Anatomy & Physiology (15 decks)

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