GoConqr hat ein neues Design! Sag uns, wie es dir gefällt.

Karteikarten

Exercise Science

Tameka Exercise Science Englisch 30 Karten

Karten in diesem Stapel (30)

  1. 1Anatomy of a long bone EpiphysisEnd of the bone, largerly cancellous
  2. 2Anatomy of a long bone EpiphysealCartlidge growth found in the epiphysis. Replaced by cancellous bone at 16-20 female and 18-20 male
  3. 3Anatomy of a long bone DiaphysisShaft of the long bone. Consists of campact bone, with the central cavity called the medullary cavinty
  4. 4Anatomy of a long bone Medullary cavityUsed as a fat storage site. Yellow bone marrow cavity
  5. 5Anatomy of a long bone Articualr cavityFound where bones meet. Prevents jaring and allows bone to move freely over each joint
  6. 6Anatomy of a long bone Articualr cavityFound where bones meet. Prevents jaring and allows bone to move freely over each joint
  7. 7Anatomy of a long bone PeriostiumOuter sheath of the bone, does not cover the articaulr cartilidge
  8. 8Spongy/ cancellousStrong, light, honeycombed apperance. Found in the epiphysis it acts as a cousioning
  9. 9Anatomy of a long bone Compact boneHeavy denses and strong found in diaphysis
  10. 10What are the three basic functions of a muscleCreate heat
    Provide Movement
    Posture
  11. 11What are the three types of muscles tissueSkeletal
    Smooth
    Cardiac
  12. 12Describe skeletal musclesCover the skeleton gives the body shape
    Attached to bone by tendon
    Volunatary
    Striated having a cylindical stripped apperance
    Generate heat
  13. 13Smooth MusclesFound in the walls of internal organs with hallow cavities
    Involuntary
    Non-striared do not have a striped cylindrical apperance
  14. 14What are the 6 major locations of smooth muscleBlood Vessels
    Resp system
    Digestive system
    Urinary Systemem
    The eye
    Reproductive system
  15. 15Cardiac msucleFound only in the heart
    Involunatary
  16. 16Define the muscle tissue propertiesContractibility- have the ability to change shape becasues of stimuli (usually shortening)
    Provide force -create tension and movement
  17. 17Slow twitch musclesKnown are red type 1 fibres (red becasues of myoglobin)
    Slow contraction time 80-100 ms to reach maximal tension
    Low force of contraction
    Faligues slowly
    High use of aerobic energy
    More mitocondira and high capilary density
  18. 18Fast twitch muscle fibresKnown as white
    High contractibility time 40-90ms
    Fatigues quickly
    High force of contraction
    there are 2 types
    Fast 2a- posses patially aerobic chacteristics
    Fast 2b- posses anerobic chacteristics
  19. 19List the 3 types of jointsFiborus
    Cartiliginous
    Synovial
  20. 20Define a fibourus joint and give and exampleNo movement
    The skull
  21. 21Define a Cartiliginous joint and give an exampleSlight movement
    between the ribs and sternum, the vertabrae
  22. 22Define a synovial joint and the 2 types of movementFreely moving
    Gliding linear movement
    Angular movement
  23. 23Gliding linear moventSurfaces slide against each other
    Most common joint
    Intercarpel joint, stenum and clavicle and carpels and metacarpels
  24. 24Define the therer angular movement supgroupsUniaxial, biaxial and multiaxial
  25. 25Define a hinge jointMovement occurs on one axis can flex and extend
    eg. Knee, elbow and ankle
  26. 26Define an ellipsoid joint and give an exampleFlex and extend, abduction and adduction. Movement occurs of 2 axis.
    Wrist
  27. 27Define an ellipsoid joint and give an exampleFlex and extend, abduction and adduction. Movement occurs of 2 axis.
    Wrist
  28. 28Define an condyloid joint and give an exampleFlex and extend, abduction and adduction. Movement occurs of 2 axis.
    Metacarpel and phlanges
  29. 29Define a saddel joint and give an exampleFlex and extend, abduction and adduction. Movement occurs of 2 axis.
    Base of the thumb
  30. 30Define a ball and socket joint and give an exampleRotate around on all three axies
    Hip and shoulder

Informationen

Beschreibung
Exercise Science Karteikarten am Exercise Science, erstellt von Tameka am 06/06/2013.
Erstellt von
Tameka
Aufrufe
66
Bewertung

Feedback

Worum geht es?

Wie gefällt dir das neue Design?

Dein Eindruck