unit 1 outcome 1 - skeletal system Flashcards

skeletal system

1
Q

superior

A
  • closer to the head
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2
Q

inferior

A
  • closer to the bottom
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3
Q

lateral

A
  • away from the midline of the body
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4
Q

medial

A
  • closer to the midline of the body
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5
Q

proximal

A
  • closer to the attachment
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6
Q

distal

A
  • further away from the attachment
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7
Q

anterior

A
  • front of body
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8
Q

posterior

A
  • rear of body
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9
Q

sagittal plane ( median)

A
  • split the midline to left and right
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10
Q

transerve plane ( horizontal)

A

divides into superior and inferior

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11
Q

frontal plane

A

divides our body into front and back

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12
Q

what is the role of the skeletal system?

A
  • body movement
  • framework and protection
  • mineral storage
  • production of red blood cell
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13
Q

how many bones are in the body?

A
  • over 200
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14
Q

what does the vertebral column do?

A

provides the body with its central structure for maintenance of good posture

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15
Q

what are the 5 sections of the spine ?

A
  • cervical (neck)
  • thoracic ( protect heart and lungs)
  • lumbar (lower back)
  • sacrum
  • coccyx
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16
Q

what makes up the shoulder?

A
  • clavicle
  • ## scapula
17
Q

types of bones- short bones

A
  • cube like shape e.g. tarsals
18
Q

types of bones- long bones

A
  • more long then wide e.g. humorous
19
Q

types of bones- flat

A

have large flat surfaces for muscle attachment e.g. scapular

20
Q

types of bones- sesamoid

A

small bones deveoples within tendon e.g. petalla

21
Q

types of bones- irregular

A

have no shape characteristics e.g. vertebrae

22
Q

what are joints ?

A

are the intersection of two or more bones

23
Q

what are fibrous joints?

A

are immovable or fixed e.g. skull

24
Q

what are cartilaginous joints?

A

are slightly movable and are joined by cartilage e.g. vertebrae

25
Q

what are synovial joints?

A

offer a full range of movement and move freely in at least one direction e.g. knee

26
Q

type of synovial joint- gliding

A

where flat bones are able to glide past each other e.g. carples

27
Q

type of synovial joint- saddle

A
  • concave convex surfaces
  • allow side to side
  • back and forth
  • small rotation
  • flexion, extension, adduction , abduction and circumduction e.g. thumb
28
Q

type of synovial joint- condyloid

A
  • junction of 2 bones which allow movement in all but axial direction
  • flexion, extension, adduction , abduction and circumduction
  • e.g. wrist
29
Q

type of synovial joint- hinge

A
  • have articular surfaces that are moulded to each other to permit motion in only one plane
  • only allow flexion and extension
    e. g. knee and elbow
30
Q

type of synovial joint- ball and socket

A

occurs when the rounded bone lies within a socket

  • allows for multidirectional movement e.g. flexion, extension, adduction, abduction, internal and external rotation
    e. g. hip and shoulder
31
Q

type of synovial joint- pivot

A

occurs when the cylinder of one bone fits into a corresponding cavity on the other

  • allows rotation of one bone
  • e.g. vertebrae 1 and 2
32
Q

flexion

extension

A
  • decreasing the angle of the joint (bend)

- increasing the angle of the joint (straighten)

33
Q

plantarflextion

dorsiflextion

A
  • increasing the angle of the ankle joint

- decreasing the angle of the ankle joint (point toe up)

34
Q

elevation

depression

A
  • move body in a superior direction

- move body in a inferior direction

35
Q

eversion

inversion

A
  • rotating ankle so that the sole points away from the other sole
  • rotating the ankle so the sole is facing the other
36
Q

abduction

adduction

A
  • moving a limb away from the centre line

- moving a limb towards the centre line

37
Q

lateral roation

medial rotation

A
  • rotate a limb away from the midline

- rotate a limb towards a midline

38
Q

pronation

supernation

A
  • rotating the forearm so that the palm is facing down

- rotating the forearm so the palm faces up