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http://wps.prenhall.com/wps/media/objects/1115/1141942/fig31-1.jpg. Countercurrent Flow in Fishes. http://greatneck.k12.ny.us:16080/GNPS/SHS/dept/science/krauz/marino_bio_notes/Osteichthyes_files/image034.gif. Figure 49.17 Structure and function of the human ear.

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  1. http://wps.prenhall.com/wps/media/objects/1115/1141942/fig31-1.jpghttp://wps.prenhall.com/wps/media/objects/1115/1141942/fig31-1.jpg

  2. Countercurrent Flow in Fishes http://greatneck.k12.ny.us:16080/GNPS/SHS/dept/science/krauz/marino_bio_notes/Osteichthyes_files/image034.gif

  3. Figure 49.17 Structure and function of the human ear

  4. Figure 49.31 The structure of skeletal muscle

  5. Figure 49.33 One hypothesis for how myosin-actin interactions generate the force for muscle contraction (Layer 4)

  6. Figure 49.32 The sliding-filament model of muscle contraction

  7. Figure 49.34 Hypothetical mechanism for the control of muscle contraction

  8. Figure 44.21 The human excretory system at four size scales

  9. Figure 44.22 The nephron and collecting duct: regional functions of the transport epithelium

  10. Number of heart chambers in vertebrates

  11. Respiratory system in vertebrates • Alveoli – increase SA for gas exchange • Most carbon dioxide is transported as bicarbonate (HCO3-) • You take a breath by responding to HIGH carbon dioxide levels that results in low blood pH. The “breathing center”of your brain that responds to this is in the medulla.

  12. Digestive • System

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