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This Concept Map, created with IHMC CmapTools, has information related to: Ch 22 liska, maglio, canesi, finn, newman, linnoila, Oxygen travels to and is used by Tissue, Chemoreceptors influenced by blood concentration of Carbon Dioxide, Pleural Space has negative pressure which prevents lungs from collapsing during Ventilation, Diaphragm contraction and relaxation affects pressure changes in Pleural Space, Diaphragm contraction forces air into Conducting Zone, Medullary Respiratory Center controls rate of Ventilation, Carbon Dioxide percentage in gas mixture directly determines Partial Pressure, Bicorbonate Ions have high Solubility, Alveoli removes from the bloodstream Carbon Dioxide, Oxygen percentage in gas mixture directly determines Partial Pressure, Conducting Zone cleans, humidifies, and warms the air which will then enter Respiratory Zone, Carbon Dioxide about 20% is chemically bound to Hemoglobin, pH a decline triggers the Bohr effect which weakens the bond between Oxygen, Carbon Dioxide about 7-10% is dissolved directly in the Plasma, Bicorbonate Ions formed by removing H+ from carbonic acid, lowering the plasma's pH, Oxygen majority is bound the heme groups in Hemoglobin, Solubility in the Plasma, Pulmonary Blood Vessels include arteries, veins, and capillary networks which surround the Alveoli, Carbon Dioxide is a byproduct of metabolism and is carried away from Tissue, Temperature increase accelerates the unloading of Oxygen