BIOM 3200 Lecture Notes - Lecture 2: Alveolar Cells, Respiratory Alkalosis, Respiratory Acidosis

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10. 01 differentiate between internal and external respiration. 10. 02 define: ventilation, gas exchange, oxygen utilization, inspiration, expiration, compliance. 10. 03 describe the anatomy of the lungs. 10. 04 identify: mouth, nose, pharynx, larynx, trachea, primary bronchus, carina, terminal bronchioles, respiratory bronchioles, alveolus, conducting zone and respiratory zone. 10. 05 describe the morphology of the alveolus and identify the type i and type ii alveolar cells and indicate their function. 10. 06 describe the relationship between lung alveoli and pulmonary capillaries. 10. 07 list the homeostatic functions of the conducting zone of the respiratory system. 10. 08 describe the diaphragm, mediastinum, thoracic cavity, pleural membranes, intrapleural space, lung lobes. 10. 09 define: atmospheric pressure, intrathoracic pressure, intrapleural pressure, transpulmonary pressure and negative pressure. 10. 11 discuss how boyle"s law impacts ventilation. 10. 12 list the physical properties of the lung and how they influence ventilation. 10. 14 discuss how laplace"s law affects alveolar surface tension and pulmonary ventilation. 10. 15 describe the role of surfactant in maintaining normal alveolar function.

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