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Elastic recoil of arteries. Arterioles. Ventricular relaxation. Ventricular contraction. Fig.15-4. Systole and diastole. Similar to Fig.14-24. Electrical events and EKG pattern. Fig. 14-21. Fig. 14-26. Fig. 14-26. Fig. 14-26. Fig. 14-26. Effects of sympathetic activity on HR.
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Elastic recoil of arteries Arterioles Ventricular relaxation Ventricular contraction Fig.15-4
Systole and diastole Similar to Fig.14-24
Electrical events and EKG pattern Fig. 14-21
Effects of sympathetic activity on HR Fig. 14-16
Effects of parasympathetic activity on HR Fig. 14-16
Starling’s Law Fig. 14-28
BP levels throughout circulatory system Fig. 15-5
BP levels throughout circulatory system Fig. 15-5
Movement across capillary walls Similar to Fig. 15-17
Lymph capillary Overlapping endothelial cells Interstitial fluid Lymph
Uptake of lymph Venule Arteriole Netfiltration Netabsorption Lymphvessels Fig. 15-19
Lymphatic system Thymus Lymph fluid empties into superior vena cava. Spleen Blind-end lymphcapillaries Lymph nodes Fig. 15-19
Gas exchange Fig. 15-19
Pulmonary system Pharynx Vocal cords Upperrespiratorysystem Larynx Trachea Lowerrespiratorysystem Right lung Left lung Diaphragm Left bronchus Rightbronchus Fig. 17-2
Respiratory tree Fig. 17-4
Alveoli Bronchiole Branch ofpulmonary artery Smooth muscle Elasticfibers Lymphaticvessel Branch ofpulmonaryvein Capillary beds Alveoli Fig. 17-2
Gas exchange RBC Plasma Capillary Endothelium ~1 μm Alveolarair space Alveolus Fusedbasementmembranes Surfactant Alveolarepithelium Fig. 17-2