Exam 1 Flashcards

(57 cards)

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
simple
one articular surface on each bony member of joint
26
compound
more than one articular surface on each body member
27
complex
contains an intraarticular disc or cartilage
28
accessory structures
``` meniscus bursa labrum fat pad ligaments tendons ```
29
bursa
fluid filled sacks that help prevent friction
30
labrum
at hip or shoulder, added layer to add depth to the socket
31
fat pad
located within joint capsule itself
32
ligaments
bone to bone
33
tendons
muscle to bone
34
arthrokinematics
"roll or glide" | movement occurs at joint surface during the osteokinematic motion
35
kaltenborn's rule | concave on convex
when a concave surface moves on a fixed convex surface. roll and glide=same direction
36
convex on concave
concave surface is fixed | roll and glide occur in opposite directions
37
goniometry
measurement of angles
38
information from AROM
``` estimate of AROM movements that increase/decrease pain willingness to move coordination attention span muscle strength ```
39
information from PROM
``` amount of movement available quality of motion end feel presence/absence of capsular pattern pain ```
40
end feel (cyriax)
resistance to movement that an examiner feels at the end of a PROM
41
normal end feels
1. bony 2. tissue stretch 3. soft tissue
42
abnormal end feels
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
myositis ossificans
blood hardens and begins to feel like bone
44
ROM considerations
``` position of athlete & ATC stabilization alignment of goniometer interpreting data recording data ```
45
stabilization
helps provide isolated movement at that joint provided manually or towels/tables stabilize proximal segment
46
interrater reliability
amount of agreement repeated measurements of ROM by different clinicians
47
intrerater reliability
agreement between repaid measurements of ROM by same clinician
48
lumbarization
S1 is detached from sacral body and acts as an individual vertebra
49
Sacralization
fusion of L5 onto sacrum
50
intervertebral disc layers
``` neurovacular capsule outer annulus fibrosis inner annulus inner nucleus pulposus fibrocartilaginous endplate ```
51
annulus fibrosus
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
nucleus pulposus
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
fibrocartilaginous endplate
covers most of supers and interior portion of disc securing it to vertebral bodies. porous in nature allowing diffusion of nutrients
54
Intervertebral disc (IVD)
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
joints of lumbar spine
``` intervertebral joints (IV) facet joint (apophyseal joint, zygapophyseal joint) ```
56
IV joints (intervertabral joints)
``` synarthrosis: limited movement cartilaginous symphysis bony members joint also includes IVD and endplates ```
57
facet joints
diarthrodial | planar: gliding movement