Muscles and bones Flashcards

1
Q

Ligaments

A

connects bone to bone

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2
Q

Articular cartilage

A

tissue that covers the joint surface- allows shock

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3
Q

Synovial fluid

A

reduces friction

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4
Q

Joint capsule

A

secrets synovial fluid- strengthens the joint

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5
Q

Pivot joint

A

radius-ulnar joint

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6
Q

Gliding joint

A

wrist joint- motion in two places

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7
Q

Condyloid joint

A

wrist joint similar to ball and socket

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8
Q

Circumduction

A

limb goes in a circular motion e.g bowling

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9
Q

Horizontal flextion/ extension

A

limb moves forwards/ backwards from the body

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10
Q

Frontal plane of movement

A

front and back (abduction + adduction)

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11
Q

Sagittal plane of movement

A

Divides body into left and right (flexion + extension)

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12
Q

Transverse plane of movement

A

Divides body into upper and lower (horizontal flexion + extension)

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13
Q

Hip flexion

A

Agonist: Iliopas
Antagonist: Gluteus max

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14
Q

Hip adductor

A

Agonist: adductor longus
Antagonist: gluteus medius

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15
Q

Hip medial rotation

A

Agonist: gluteus minimus
Antagonist: gluteus max

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16
Q

Shoulder flexion

A

Agonist: anterior deltoid
Antagonist: posterior deltoid

17
Q

Shoulder Horizontal flexion

A

Agonist: pectoralis major
Antagonist: posterior deltoid

18
Q

Shoulder adduction

A

Agonist: latimus doris
Antagonist: middle deltoid

19
Q

Shoulder medial rotation

A

Agonist: teres minor
Antagonist: teres major

20
Q

Example of a joint

A

knee

21
Q

Example of a joint type

A

hinge

22
Q

Example of a movement

A

extension

23
Q

Example of a type of contraction

A

consentric

24
Q

Articulating bones

A

Bones that touch- e.g. scapula and humerus

25
Q

Slow oxidate muscle fibres

A

rich in mitochondria and capillaries good for endurance

26
Q

Fast glycolytic muscle fibres

A

rich in pc and good for quick bursts of energy

27
Q

What determines amounts of SO/ FG?

A

genetics- although FOG can be adopted

28
Q

How do muscles contract?

A

being stimulated by an electrical pulse sent by the CNS

29
Q

Motor neuron

A

impulse to muscle fibres
action potential conducts it
done in an all or none law

30
Q

motor unit stimulation

A

motor impulse in cell body
down axon of motor

neuron by action potential to synaptic left

neurotransmitter conduct impulse over gap

all or none