Practical session DrMohanad Total extracellular tissue fluid volume hydrostatic pressure colloid osmotic pressure lymphatic drainage Mechanism of edema formation in heart renal and liver failure ID: 1011550
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1. Hemodynamic Disorders, Thromboembolic Disease, and ShockPractical sessionDr.Mohanad
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3. Total extracellular tissue fluid volume = hydrostatic pressure – [colloid osmotic pressure + lymphatic drainage]
4. Mechanism of edema formation in heart , renal and liver failure
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7. Pitting Edema
8. Peri-orbital edema in nephrotic syndrome
9. Hyperemia & Congestion
10. Liver with chronic passive congestion and hemorrhagic necrosis
11. Acute pulmonary edema
12. Chronic pulmonary congestion
13. HEMORRHAGE
14. Minute 1- to 2-mm hemorrhages into skin, mucous membranes, or serosal surfaces are called petechiae . These are most commonly associated with locally increased intravascular pressure, low platelet counts (thrombocytopenia), or defective platelet function (as in uremia).Slightly larger (≥3 mm) hemorrhages are called purpura. These may be associated with many of the same disorders that cause petechiae or can be secondary to trauma, vascular inflammation (vasculitis), or increased vascular fragility
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16. Sequence of events in normal hemostasis
17. Rudolf Ludwig Carl VirchowGerman1821-1902-Coined the terms of thrombosis and embolism -Known as the father of modern pathology and the pope of Medicine
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19. turulencestasis
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22. Fate of thrombus
23. Saddle embolus
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