Puzzle 05: Vascular Disorders and Hemodynamics

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Across
  1. 3. An antidiuretic hormone produced by the hypothalamus that induces profound vasoconstriction at high serum concentrations.
  2. 6. A chronic elevation of systemic arterial blood pressure that forces the heart to work harder and accelerates vascular remodeling.
  3. 8. The widening of blood vessels resulting from relaxation of smooth muscle cells within the vessel walls, dropping peripheral resistance.
  4. 9. An inadequate delivery of arterial blood to a tissue, depriving local structures of both oxygen and cellular metabolic nutrients.
  5. 10. Localized ischemic necrosis of a tissue zone resulting from complete occlusion of its local arterial or venous blood supply.
  6. 11. A progressive disease characterized by the accumulation of lipid plaques and chronic inflammatory cells within large arterial walls.
  7. 12. The narrowing of blood vessel lumens due to contraction of the vascular smooth muscle, increasing systemic afterload forces.
  8. 16. The formation or presence of a blood clot within a blood vessel, which can narrow or completely obstruct vascular flow paths.
  9. 17. The homeostatic mechanism that provides rapid negative feedback regulation of arterial blood pressure via heart rate and resistance adjustments.
  10. 19. A classification of shock characterized by persistent tissue hypoperfusion caused primary by failure of the heart's pumping action.
  11. 20. A form of distributive shock resulting from the sudden loss of autonomic sympathetic vasomotor tone, leading to bradycardia.
  12. 22. A severe vascular emergency where a tear in the inner layer of the aorta allows high-pressure blood to split the arterial wall layers.
  13. 23. An abnormal expansion of blood volume in the intravascular compartment, leading to elevated central venous pressures.
  14. 24. The physical opposition encountered by blood as it flows through the vascular system, dictated heavily by arteriolar radius.
  15. 25. An intravascular volume depletion state resulting from severe hemorrhage, dehydration, or extensive third-spacing fluid shifts.
  16. 26. The structural distensibility of a blood vessel wall, representing the volume change achievable per unit change in pressure.
  17. 27. The pathological condition where a blood clot detaches from its original site of formation and travels to occlude a distant vessel.
  18. 28. The intrinsic ability of local tissues and organs (such as the brain or kidneys) to maintain constant blood flow despite pressure shifts.
  19. 29. The physiological process of delivering blood through the capillary bed into an organ or tissue to satisfy structural demands.
Down
  1. 1. The study and clinical measurement of blood flow, physical pressures, and mechanical forces within the cardiovascular plumbing circuit.
  2. 2. A type of distributive shock triggered by an IgE-mediated hypersensitivity reaction, causing massive systemic histamine release.
  3. 4. A potent plasma peptide converted by lung enzymes that acts as a powerful vasoconstrictor and triggers aldosterone synthesis.
  4. 5. The palpable accumulation of excess fluid within the interstitial tissue spaces, often driven by altered capillary pressures.
  5. 7. An accelerated phase of hypertension characterized by extremely high pressures and rapid target-organ damage like encephalopathy.
  6. 13. Inflammation of a vein accompanied by the formation of a blood clot, frequently occurring in the lower extremities.
  7. 14. A form of low blood pressure that occurs when shifting from a supine or sitting position to an upright standing posture.
  8. 15. The intricate network of arterioles, capillaries, and venules where physical exchange of nutrients and gases occurs.
  9. 18. A localized structural outpouching or ballooning of a weakened arterial wall, carrying a permanent risk of catastrophic rupture.
  10. 21. A vascular disorder characterized by episodic vasospastic attacks in digital arteries, typically triggered by cold exposure or emotional stress.
  11. 30. The specialized, continuous single layer of cells lining the entire vascular system, crucial for nitric oxide production.