Exam 1 Flashcards

1
Q

another word for anterior

A

ventral

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2
Q

another name for posterior

A

dorsal

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3
Q

unilateral

A

one side of the body

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4
Q

bilateral

A

occurs on both side of body

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5
Q

ipsilateral

A

something occurring on the same side of the body as another structure

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6
Q

contralateral

A

something occurring on the opposite side of the body as another structure

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7
Q

what are the 2 major classifications of joints

A

synarthroses (non-synovial)

diarthroses (synovial)

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8
Q

types of synarthroses

A
  1. synostosis
  2. syndesmosis or fibrous
  3. synchondrosis
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9
Q

synostosis

A

in skull, bone to bone

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10
Q

syndesmosis

A

bone that connects to bone via cartilage or fibrous connective tissue

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11
Q

synchondrosis

A

separated by hyaline or fibrocartilage. slight movement. provides stability

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12
Q

5 components of Diarthrosis joints

A
  1. fibrous joint capsule
  2. joint cavity
  3. synovial membrane
  4. synovial fluid
  5. articular (hyaline) cartilage
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13
Q

fibrous capsule of Joint Capsule

A

outer layer
attaches to periosteum
limited blood supply
contains jt. receptors

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14
Q

synovial membrane of Joint Capsule

A

inner layer
secretes synovial fluid
poorly innervated, good blood supply

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15
Q

Diarthrodial Joints

A
  1. planar
  2. hinge
  3. ball and socket
  4. bicondylar
  5. pivot
  6. saddle
  7. ellipsoidal
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16
Q

hinge joint

A

humeroulnar (elbow)

talocrural (ankle)

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17
Q

bicondylar joint

A

tibia femoral joint: felxion and extension and some rotation

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18
Q

pivot joint

A

radialulnar joint: supination and pronation

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19
Q

saddle joint (sellar)

A

convex on concave in one plane and concave on convex in another plane

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20
Q

ellipsoidal joint (condyloid)

A

knuckles: convex surface meets with concave surface

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21
Q

planar joint

A

AC joint, midtarsal, intertarsal, intercarpal

2 flat surfaces meeting with one another. gliding motion

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22
Q

uniaxial

A

motion occurs in one plane around single axis

toes and fingers

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23
Q

biaxial

A

motion occurs in 2 planes around 2 axes

hand

24
Q

multiaxial

A

free to move around 3 planes

ball and socket

25
Q

simple

A

one articular surface on each bony member of joint

26
Q

compound

A

more than one articular surface on each body member

27
Q

complex

A

contains an intraarticular disc or cartilage

28
Q

accessory structures

A
meniscus
bursa 
labrum
fat pad
ligaments
tendons
29
Q

bursa

A

fluid filled sacks that help prevent friction

30
Q

labrum

A

at hip or shoulder, added layer to add depth to the socket

31
Q

fat pad

A

located within joint capsule itself

32
Q

ligaments

A

bone to bone

33
Q

tendons

A

muscle to bone

34
Q

arthrokinematics

A

“roll or glide”

movement occurs at joint surface during the osteokinematic motion

35
Q

kaltenborn’s rule

concave on convex

A

when a concave surface moves on a fixed convex surface. roll and glide=same direction

36
Q

convex on concave

A

concave surface is fixed

roll and glide occur in opposite directions

37
Q

goniometry

A

measurement of angles

38
Q

information from AROM

A
estimate of AROM
movements that increase/decrease pain
willingness to move 
coordination 
attention span 
muscle strength
39
Q

information from PROM

A
amount of movement available 
quality of motion 
end feel 
presence/absence of capsular pattern 
pain
40
Q

end feel (cyriax)

A

resistance to movement that an examiner feels at the end of a PROM

41
Q

normal end feels

A
  1. bony
  2. tissue stretch
  3. soft tissue
42
Q

abnormal end feels

A

empty: limited due to pain
bony: occurs prior to when it should
capsular: tissue stretch early on ROM
springy block: something stuck in the joint
spasm/hard: hard end feel when nothing should be blocking area

43
Q

myositis ossificans

A

blood hardens and begins to feel like bone

44
Q

ROM considerations

A
position of athlete & ATC
stabilization 
alignment of goniometer 
interpreting data 
recording data
45
Q

stabilization

A

helps provide isolated movement at that joint
provided manually or towels/tables
stabilize proximal segment

46
Q

interrater reliability

A

amount of agreement repeated measurements of ROM by different clinicians

47
Q

intrerater reliability

A

agreement between repaid measurements of ROM by same clinician

48
Q

lumbarization

A

S1 is detached from sacral body and acts as an individual vertebra

49
Q

Sacralization

A

fusion of L5 onto sacrum

50
Q

intervertebral disc layers

A
neurovacular capsule 
outer annulus fibrosis 
inner annulus 
inner nucleus pulposus 
fibrocartilaginous endplate
51
Q

annulus fibrosus

A

composed of 10-20 layers of rings of fibrocartilage
function: protect and isolate the nucleus
attaches to outer portion of vertebral bodies
high capacity for weight bearing

52
Q

nucleus pulposus

A

gel like substance, made primarily of water (70-90%)
hydrophillic: ability to accept water
expands while laying down
pressure is greatest when sitting down

53
Q

fibrocartilaginous endplate

A

covers most of supers and interior portion of disc securing it to vertebral bodies. porous in nature allowing diffusion of nutrients

54
Q

Intervertebral disc (IVD)

A

bending: nucleus pulposus deforms in the direction opposite of the movement
rotating: not well suited for this, only half of the annular fibrosis protect against it

55
Q

joints of lumbar spine

A
intervertebral joints (IV)
facet joint (apophyseal joint, zygapophyseal joint)
56
Q

IV joints (intervertabral joints)

A
synarthrosis: limited movement 
cartilaginous
symphysis 
bony members
joint also includes IVD and endplates
57
Q

facet joints

A

diarthrodial

planar: gliding movement