Anatomy n Physiology Flashcards

1
Q

what are isotonic contractions

A

they occur when the muscle changes length when it contracts and they result in limb movement

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2
Q

what are isotonic CONCENTRIC contractions

A

where the muscle contracts and shortens (e.g : bicep curls when bending the elbow from straight to fully flexed- contraction of bicep)

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3
Q

what are isotonic ECCENTRIC contractions

A

where the muscle contracts and lengthens usually in the downwards phase of a movement (e.g downward phase of a press up the tricep contracts eccentrically to slow movement)

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4
Q

what are isometric contractions

A

they occurs when the muscle stays the same length. the muscles are working to keep the join stationary.
(e.g handstand)

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5
Q

synovial joint

A

Type of joint commonly found in limbs containing a synovial membrane that produces synovial fluid.

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6
Q

ligaments

A

bone to bone

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7
Q

tendons

A

muscle to bone

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8
Q

what does the synovial fluid do

A

Is produced to lubricate bones, when example, lunging to reduce friction between bones in badminton

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9
Q

hinge joint

A

joint that allows flexion and extension

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10
Q

ball and socket joint

A

Joint that allows many movements, example, flexion and extension, abduction and adduction, rotation and circumduction

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11
Q

musculoskeletal system

A

The name used to describe the muscular and skeletal system working together

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12
Q

Function of the skeleton

A
  • support (rigid/ solid - keep us upright
  • protection of vital organs
  • movements
  • structure
  • mineral storage
  • blood cell production
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13
Q

List of bones

A

Cranium, clavicle, scapular, carpals, humerus, radius, ulna, rib cage, sternum, vertebrae pelvis, femur, tibia, patella, fibula, talus

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14
Q

List muscles

A

Pectorals major, deltoids, abdominals, biceps, hip flexors, quadriceps, tibullus anterior, rotator cuffs, triceps, latissimus dorsi, glutinous maximus, hamstrings, gastrocnemius

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15
Q

respiratory system

A

The process of breeding in order to maintain the body with oxygen to function

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16
Q

pathways of air when we breath

A

From the mouth/nose that is filled with mucus and hair to trap dirt to the trachea down to the branches into the lungs to the connecting bronchioles into the alveoli

17
Q

how do lungs work

A

Alveoli have lots of little air sacks (alveolus) surrounded with capillaries, which contain haemoglobin

18
Q

gaseous exchange

A

Gas exchange takes place by diffusion, oxygen and carbon dioxide move down the concentration gradient from a high to a low concentration

when transferring between capillaries and the alveoli

19
Q

inspiration

A

Inhalation of air occurring when we are breathing in. During inspiration, there is an increase the volume of a inhaled too along as a result of the increase of chest cavity (diaphragm contracts - moves down)

20
Q

expiration

A

Exhalation of air when we everything out. During exploration, the volume of air in your lungs is exhaled as the volume of the chest cavity is reduced (diaphragm relaxes - moves up)

21
Q

tidal volume

A

air taken in during normal inspiration at rest

22
Q

inspiration reserve volume IRV

A

Extra air inspires during a deep breath (above tidal volume)

23
Q

expiratory reserve volume ERV

A

Extra air expired during forceful breathing out (below tidal volume)

24
Q

residual volume

A

air left in the lungs, following maximum exploration

25
Q

arteries

A
  • Oxygenated blood away from heart
  • Thick, muscular elastic walls, maintain the high blood pressure
26
Q

vasoconstriction

A

Reducing the diameter of small arteries, reduce blood flow to the tissues

27
Q

vasodilation

A

Increasing the diameter of small arteries to increase blood flow to tissues, occurs during exercise

28
Q

veins

A
  • Deoxygenated blood back towards heart
  • thinner walls
  • low blood pressure
  • large internal diameter (lumen)
  • valves (prevent blood flow back)
29
Q

capillaries

A
  • Tiny thin-walled blood vessels joining arteries and veins
  • allow gas exchange
    Nutrients also diffuse from blood in capillaries and onto surrounding tissues and waste products from tissue to blood