Chapter 9 Flashcards

1
Q

Tibiofibular joint acromio cavicular joint

A

Amphiarthrosis

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2
Q

In a _______, the round head of one bone rests within a cup shaped depression in another

A

Ball and socket

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3
Q

Only permit rotation

Ex. C1 and C2 atlas and axis, radial humeral joint

A

Pivot

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4
Q

Have complex articular faces and fit together like a rider in a saddle

Ex. 1st carpal meta carpal joint

A

Saddle joint

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5
Q

Have an oval articular face nestled depression on the opposing surface

Ex. Temporal mandibular joint, femoraltibial joint, inter phalangeal joint

A

Condylar joint

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6
Q

Permit angular motion in a single plane, like the opening and closing of a door

Ex. Flexion and extension, elbow, humerounlar joint, knee, mandible

A

Hinge joint

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7
Q

Have flattened or slightly curved surfaces that slide across one another, but the amount of movement is very slight

Ex. AC joint, TMJ

A

Plane or glide joint

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8
Q

Shoulder joint and hip joint are examples of

A

Ball and socket

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9
Q

Elbow joint, knee joint, ankle joint, and interphalangeal joint are examples of

A

Hinge joints

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10
Q

The tendon from the quadriceps passes over the anterior surface of the joint and is responsible for extending the knee when the muscle contracts

Anterior stabilizer

A

Patella tendon

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11
Q

The ______ extend between the femur and the heads of the tibia and fibula. These ligaments reinforce the knee joints posterior surface

A

Popilteal ligaments

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12
Q

The ____ and the _____ limit the anterior and posterior movement of the tibia and maintain the alignment of the femoral and tibial condyles

Both anterior and posterior stabilizers

A

Acl and pcl

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13
Q

Reinforces the medial surface of the knee joint

Medial stabilizer

A

MCL medial collateral ligament

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14
Q

Reinforces the lateral surface

Lateral stabilizer

A

LCL lateral collateral ligament

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15
Q

Angular and rotational motion

Ex. Shoulder and hip

A

Circumduction

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16
Q

Decrease the angle between bones

Ex. Elbow fingers knee toes hip spine

A

Flexion

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17
Q

Increase the angle between bones

Ex. Elbow fingers knee toes hip spine

A

Extension

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18
Q

Increase the angle of bones beyond anatomical position

A

Hyperextension

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19
Q

Movement away from the midline

A

Abduction

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20
Q

Movement of a joint towards the midline

21
Q

Rotate towards the midline

Ex. Shoulder and hip

A

Medial rotation

22
Q

Rotate away from the midline

A

Lateral rotation

23
Q

Rotate the palms down or posterior

24
Q

Rotate the palms up or anteriorly

A

Supination

25
Rotate the ankle so the toes point toward midline Ex. Knee and ankle
Inversion
26
Rotate the ankle so the toes point away from the midline
Eversion
27
Point the toes towards the ceiling walking on heels
Dorsiflexion
28
Point the toes down
Plantar flexion
29
Movement of the thumb across the palm of hand
Opposition
30
Slide the joint in the anterior direction Ex. Jaw TMJ shoulders
Protraction
31
Slide a joint in the posterior direction
Retraction
32
Slide the joint in the superior direction
Elevation
33
Slide the joint in the inferior direction
Depression
34
A communication between bones
Articulation
35
Periodontal ligament between teeth and bone
Gomphosis Fibrous CT Synarthrosis
36
Fibrous connective tissue between skull bones no movement
Suture Fibrous Synarthrosis
37
Bony fusion with no movement
Synosotosis Bony Synarthrosis
38
Cartilage bridge between bones little or no movement Growth plate between sternum and ribs
Synchondrosis Cartilagious Synarthrosis
39
Fibrous Ct ligament band around bones little movement Collagen fibers Ex. Ac joint, tib fib joint
Syndesmosis Amphiarthrosis Fibrous
40
Fibrocartilage pad between pubic bones Ex. Pubic symphysis
Symphysis Cartilaginous Amphiarthrosis
41
What is the most common athletic injury
Meniscus
42
Why do females have more problems with their knee caps and acl and pcl ligaments
Female have laxity female sex hormones cause do not increase build up in muscle tissue and make them a little stiffer
43
Fibrous CT of the intervertebral disk
Anulus fibrous
44
Gel inside of the intervertebral disk
Nucleus pulposus
45
Partial tear of the anulus fibrousus
Slipped disk bulged disk
46
Complete tear of the anulus fibrosus and loss of nucleus pulposus
Herniated disk ruptured
47
Teeth closed
Elevation
48
Opening mouth
Depression
49
What bones are formed by endochondral ossification ?
Proximal bones of the limbs, humerus and femur