Chapter 1 Flashcards

1
Q

Kinesiology is defined as?

A

Study of motion and movement

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2
Q

Anatomic kinesiology

A

Study of human musculoskeletal system

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3
Q

Biomechanics

A

Application of mechanical physics to human motion

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4
Q

Anterosuperior &

Anterosuperior

A

In front and below

In front and above

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5
Q

Contralateral

A

Pertaining to opposite side

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6
Q

Ipsilateral

A

same side

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7
Q

Caudal

A

below another structure

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8
Q

Cephalic

A

above in relation to another

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9
Q

Volar

A

palm of hand or sole of foot

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10
Q

Anteroposterior or Sagittal plane

A

2 equal symmetrical haves. (left and a right)

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11
Q

Frontal plane

A

divides body into front and back

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12
Q

Transverse or Horizontal plane

A

divides body into top and bottom

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13
Q

5 functions of the skeleton:

A
  1. Protection of organs
  2. Maintain posture
  3. Movement
  4. Mineral storage for calcium and phosphorus
  5. Hemopoiesis- formation of blood
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14
Q

5 Types of bones:

A
  1. Long
  2. Short
  3. Flat
  4. Irregular
  5. Sesamoid
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15
Q

An example of a long bone

A

humerus or fibula

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16
Q

An example of a short bone

A

carpals, tarsals

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17
Q

An example of a flat bone

A

skull, scapula

18
Q

An example of a irregular bones

A

pelvis, or ethmoid

19
Q

An example of sesamoid bone

20
Q

The periosteum is?

A

dense fibrous membrane covering surface of diaphysis

21
Q

What is the purpose of collagen in bones?

A

Provides flexibility and strength in resisting tension

22
Q

What are 3 processes that form joints?

A

condyle- femur, humerus
facet- in-between each vertebrae
head-femur, humerus

23
Q

Some processes outside the joint, that ligaments, and muscles attach to are:

A

Epicondyle, process, spine, tubercles etc

24
Q

An example of a tubercle

A

Greater/ lesser tubercle on the humerus

25
An example of a tuberosity
Tibia tuberosity
26
3 things that can be picked up with palpation:
Heat, swelling, pain
27
What type of joint is the tibiofemoral?
Hinge joint
28
Eversion
Turning sole outward
29
Inversion
turning sole inward
30
3 classification of joints:
Synarthrodial Amphiarthrodial Diarthrodial
31
Synarthrodial and example
immoveable joints ex. skull
32
3 classifications of amphiarthrodial:
slightly moveable joints syndesmosis- syndchondrosis symphysis
33
syndesmosis:
bones that don't touch at actual joint. ex. coracoclavicular joint
34
synchondrosis:
seperated by hyaline cartilage ex. cosotochondral joints of ribs
35
sysmphysis:
separated by fibrocartilage pad ex. symphysis pubis and intervertebral discs
36
6 types of diarthrodial joints:
``` Gliding joints: intercarpals Hinge: knee Pivot: radial-ulnar Knuckle joint: 2nd, 3rd, 4th, 5th metacarpophalangeal Saddle joint: 1st carpometacarpal Enarthrodial: hip and glenohumeral ```
37
Osteokinematic motion
motion of bones relative to 3 cardinal planes
38
Arthrokinematics
motion between articular surfaces
39
The 3 types of accessory motion:
Roll, spin and Glide
40
Some of the main features of a synovial joint are:
``` freely moveable synovial fluid hyaline cartilage covers surface ends asborb shock and protect bone able to move in one or more planes ```