Human Physiology, 14th edition (2016)

(Tina Sui) #1
575

Interactions


Integumentary System



  • Nasal hairs and mucus prevent
    dust and other foreign material from
    damaging respiratory passageways
    (p. 536)


Skeletal System



  • The lungs are protected by the rib
    cage, and bones of the rib cage
    serve as levers for the action of
    respiratory muscles (p. 541)

  • Red blood cells, needed for oxygen
    transport, are produced in the bone
    marrow (p. 409)

  • The respiratory system provides
    all organs, including the bones,
    with oxygen and eliminates carbon
    dioxide (p. 533)


Muscular System



  • Contractions of skeletal muscles
    are needed for ventilation (p. 541)

  • Muscles consume large amounts of
    oxygen and produce large amounts
    of carbon dioxide during exercise
    (p. 378)


Nervous System



  • The nervous system regulates the
    rate and depth of breathing (p. 553)

  • Autonomic nerves regulate blood
    flow, and hence the delivery of
    blood to tissues for gas exchange
    (p. 466)


Endocrine System



  • Epinephrine dilates bronchioles,
    reducing airway resistance (p. 545)

  • Thyroxine and epinephrine
    stimulate the rate of cell respiration
    (p. 675)


Circulatory System



  • The heart and arterial system
    delivers oxygen from the lungs
    to the body tissues, and veins
    transport carbon dioxide from the
    body tissues to the lungs (p. 405)

  • Blood capillaries allow gas
    exchange for cell respiration in the
    tissues and lungs (p. 433)


Immune System



  • The immune system protects
    against infections that could
    damage the respiratory system
    (p. 494)

  • Alveolar macrophages and the
    action of cilia in the airways help to
    protect the lungs from infection
    (p. 536)


Urinary System



  • The kidneys regulate the volume
    and electrolyte balance of the
    blood (p. 582)

  • The kidneys participate with the
    lungs in the regulation of blood pH
    (p. 608)


Digestive System



  • The GI tract provides nutrients to
    be used by cells of the lungs and
    other organs (p. 620)

  • The respiratory system provides
    oxygen for cell respiration of
    glucose and other nutrients brought
    into the blood by the digestive
    system (p. 111)


Reproductive System



  • The lungs provide oxygen for cell
    respiration of reproductive organs
    and eliminate carbon dioxide
    produced by these organs (p. 533)

  • Changes in breathing and cell
    respiration occur during sexual
    arousal (p. 712)


H+

HPer Links of the Respiratory System with Other Body Systems


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