Apd, Joints And Articulations

Front 1

Have no cavities and are somewhat moveable.

Back 1

cartilaginous joints

Front 2

growth zones in the arms and legs are known as

Back 2

cartilaginous joints

Front 3

synchondrosis and symphysis.

Back 3

cartilaginous

Front 4

disks between the vertebrae

Back 4

cartilaginous joints

Front 5

cranial sutures and the radioulnar and tibiofibular joints.

Back 5

fibrous joints

Front 6

No joint cavity and, in general, do not move.

Back 6

Fibrous

Front 7

A blank is an area where two or more bones come together. This contact point creates an important relationship with respect to

Back 7

Joint

Front 8

There are three kinds of joints:

Back 8

fibrous joints (non-moveable), cartilaginous joints (somewhat moveable), and synovial joints (Add moveable)

Front 9

Have joint cavities that are kept lubricated by synovial fluid.

Back 9

synovial joints

Front 10

intercarpal joint

Back 10

Synovial joints

Front 11

Blank joints: plane, uniaxial, biaxial, and multiaxial.

Back 11

Synovial joints

Front 12

Blank joints are joints that glide where the flat ends of Examples of blank joints are the intercarpal and intertarsal joints.

Back 12

Plane joints

Front 13

Have joint cavities that are kept lubricated by synovial fluid.

Back 13

synovial joints

Front 14

Joints that glide where the flat ends of bones connect.

Back 14

Plane joints

Front 15

Examples of blank joints are the intercarpal and intertarsal joints.

Back 15

Plane

Front 16

blank joints allow movement around one axis only. Examples of blank joints are the blank joint and the interphalangeal joint.

Back 16

Uniaxial
Uniaxial
Elbow

Front 17

Blank joints allow movement around two axes. Examples of blank joints are the knee joint, the temporomandibular (jaw) joint, and the radiocarpal (wrist) joint

Back 17

Biaxial

Front 18

The blank joints allow movement around three axes. Examples of multiaxial joints are the ball and socket joint found in the hip and shoulder, as well as the carpometacarpal joint of the thumb between the trapezium (base of thumb) and the first metacarpal. Ball-and-socket joints are the most freely moveable joints in the body.

Back 18

Multiaxial

Front 19

A multiaxial joint has a joint cavity kept lubricated by _____

Back 19

Your Answer:synovial

Front 20

The two types of fibrous joints are _____.

Back 20

Your Answer:suture and syndesmosis

Front 21

Synchondrosis and symphysis are examples of _____ joints.

Back 21

Your Answer:cartilaginous

Front 22

The knee joint is an example of a _____ joint.

Back 22

Your Answer:biaxial

Front 23

The body compensates for potential weakness in synovial joints with _____ tendons and muscle overlays.

Back 23

Your Answer: ligaments

Front 24

Bending to decrease the angle between two bones. Think of this as “flexing” the biceps

Back 24

Flexion

Front 25

Unbending to increase the angle between two bones. Think of this as extending, as in reaching your arm as far as you can (virtually eliminating the angle between the humerus and the radius/ulna).

Back 25

Extension

Front 26

Moving a body part away from the midline.

Back 26

abduction

Front 27

Moving a body part toward the midline. (Think of this as adding a body part back to the body.)

Back 27

aduction

Front 28

Moving a body part toward the midline. (Think of this as adding a body part back to the body.)

Back 28

adduction

Front 29

Movement of a body part in a circle, which can include all the above joint movements as well.

Back 29

circumduction

Front 30

Movement of a body part or parts around its axis (movement from side to side with the lower body stationary).

Back 30

Rotation

Front 31

The position of the body when lying face up, including hands being palm up and feet bent upwards.

Back 31

Supine

Front 32

The position of the body when lying face down, including the hands being palm down and the feet bent downwards.

Back 32

Prone

Front 33

Movement of the foot that brings the top of the foot closer to the leg.

Back 33

Dorsiflexion

Front 34

Describe the forces o the Chest wall, the Lung Recoil and P(RS) at %50 TCL?

Back 34

The chest wall and the lung recoil are equal in magnitude but opposite in direction. P(RS) = 0 @ FRC

Front 35

Movement of a body part in a circle, which can include all the above joint movements as well.

Back 35

Circumduction

Front 36

Moving a body part away from the midline

Back 36

Abduction

Front 37

Moving a body part toward the midline. (Think of this as adding a body part back to the body.)

Back 37

Adduction

Front 38

Bending to decrease the angle between two bones. Think of this as “flexing” the biceps.

Back 38

Flexion

Front 39

Unbending to increase the angle between two bones. Think of this as extending, as in reaching your arm as far as you can (virtually eliminating the angle between the humerus and the radius/ulna).

Back 39

Extension

Front 40

Place of union or blank between two or more bones of the skeleton, especially one that allows motion of one or more of the bones.

Back 40

Junction (joint)

Front 41

Blank is a specialized fibrous connective tissue needed for both the development and growth of bones.

Back 41

Cartilage (articulation)

Front 42

A blank is a band of white, fibrous, slightly elastic tissue that binds the ends of bones together. (See side 3)

Back 42

Ligament

Hint 42

This binding prevents dislocations and stress that can cause fractures.

Front 43

A ligament made up of many fibrous bands is called a blank.

Back 43

Collateral ligament

Front 44

There are two types of ligaments:

Back 44

those that are susceptible to injury
those that are studied in common injuries and the terms related to them.

Front 45

Any ligament that strengthens or supports another ligament.

Back 45

accessory ligament

Front 46

Means curved or bow-shaped ligaments; they are located in the spine and assist in maintaining the erect position. (Also called ligamenta flava [plural], and ligamentum flavum [singular].)

Back 46

arcuate ligament

Front 47

There are several types of balnk ligaments, including fibular, radial, tibial, ulnar, etc. These are basically ligaments that are not direct, but are supporting ligaments.

Back 47

collateral ligament

Front 48

Blank means like a raven’s beak and is used to describe an area on the scapula. It is so named for its shape.

Back 48

coracoid ligament

Front 49

Blank ligament means shaped like a cross. There are different types of blank ligaments, including anterior, posterior, and lateral. They appear in many places in human anatomy, such as the knees, fingers, and toes.

Back 49

Cruciate

Front 50

blank means shaped like a sickle and appears near the sacral tuberosity as well as within the liver.

Back 50

Falciform ligament

Front 51

blank is a term used to describe the groin area.

Back 51

inguinal ligament

Front 52

blank means between bones and describes several different ligaments.

Back 52

interosseous

Front 53

blank simply means lengthwise. It is used to describe any ligament that runs lengthwise.

Back 53

longitudinal ligament

Front 54

blank means pertaining to the neck.

Back 54

nuchal

Front 55

blank means three cornered and appears in different places throughout the body. The

Back 55

triquetral