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This Concept Map, created with IHMC CmapTools, has information related to: CMAP ch 22 Respiratory System Daigle Brewster Converse Ferreras Shou, alveoli volume increases with relaxation of diaphragm, Medullary respiratory center signals release of norepinepherine, diaphragm increases intake of O2, hemoglobin deposits oxygen into tissue, partial pressure influences solubility, alveoli do not collapse because of pressure in the pleural space, tissue exhibit different temperature, pH changes modulate solubility, alveoli facilitates exchange of O2, O2 carried in blood from lungs to tissue via hemoglobin, norepinepherine which initiates dialation of pulmonary blood vessels, Conducting zone warms, moistens, filters air before reaching the Respiratory zone, plasma as HCO3, O2 diffuses into tissue, temperature changes modulate solubility, alveoli facilitates exchange of CO2, CO2 transported from tissues to lungs primarily via plasma, pH changes in the blood are recognized by chemoreceptors, Medullary respiratory center in turn modulating ventilation, Respiratory zone defined by the presence of alveoli