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The Concept Map you are trying to access has information related to:
bronchus splits into bronchioles, lung ventilation for which we can measure volumes, lung ventilation for which we can measure compliance, lung ventilation for which we can measure capacities, reflexes such as Hering-Breuer reflex, ribs with pleura, bronchioles terminates at alveoli, goblet cells produced by mucous, External respiration is done by Breathing system, compliance lower values fibrosis, trachea which is protected by cartilage, autonomic done by brain, muscles the most important is diaphragm, perfusion which depends on blood flow speed, trachea which divides bronchus, External respiration is consisted of ventilation, blood air barrier by 2 ways diffusion, blood air barrier by 2 ways perfusion, hemoglobin disassociation curve depends on PH, nose and mouth which leads to trachea, compliance depends on concentration of surfactant, External respiration is consisted of pulmonary gas exchange, smooth muscles if over strech can cause asthma, voluntary that include cough, voluntary that include speech, voluntary that include singing, carotid and aortic receptors that detect low PO2, regulation divides to voluntary, regulation divides to autonomic, pulmonary gas exchange occurs in alveoli, ventilation at the macro level lung ventilation, compliance higher values emphysema, hysteresis is characterized by lung ventilation, brain receives info from brain chemoreceptors, brain receives info from carotid and aortic receptors, muscles divide into inspiration muscles, muscles divide into expiration muscles, nose and mouth causes the air to heat up, nose and mouth causes the air to clean up, nose and mouth causes the air to 100% water vapor, dead volume composed of physiological, dead volume composed of anatomic, volumes which splits into tidal volume, volumes which splits into dead volume, thoracic cavity held against ribs, ventilation at micro alveoli ventilation, External respiration is changed by regulation, voluntary done by brain, pulmonary gas exchange crosses the blood air barrier, diffusion which depends on partial pressure, hemoglobin disassociation curve that changes during workout, hemoglobin disassociation curve that changes during pregnancy, Breathing system starts at nose and mouth, pulmonary gas exchange depends on hemoglobin disassociation curve, brain chemoreceptors that detect rise in PH and CO2, alveoli surrounded by capillary bed, epithel cells moves mucous, lungs are moved by muscles, trachea which leads to lungs, autonomic also include reflexes, brain controls breathing muscles, Breathing system is coated by epithel cells, Breathing system is moved by smooth muscles, lungs are located in thoracic cavity, bronchus which is protected by cartilage