New Physiological Vessel’s Quality: Biomechanical Study—Brain Veins

The study of biomechanical characters of vessels a them modeling cause the new information about behavior this anatomical structures. Recently discovered vessel quality, angiosynizesis, and self-excitation wall vessel vibration have an influence on behavior understand part of cardiovascular system. Recently discovered biomechanical vessel duality have an influence on physiology and pathophysiology vessel system in different anatomical systems of body, for example, central nervous system area. We study physiological aspects in hemodynamic regulation, pathophysiological problems. Very small exchange of length (∼1%) about bridging brain veins can go to angiosynizesis, vibration of vessel wall during physiological state, facility beginning of angiosynizesis by propagation pulsing pressure wave, structural stability of bridging veins can be restore by adequate rise in pressure in given moment. The function of flow in thin wall venous system of brain is combination of angiosynizesis and “pulsing venous pump” of cavernous sinus, which follow into venous system pulsing flow.