Titlebook: Biomechanics; Functional Adaption Kozaburo Hayashi,Akira Kamiya,Keiro Ono Book 1996 Springer Japan 1996 adaptation.biomechanics.biomedical

cuticle

https://doi.org/10.1007/978-4-431-68317-9adaptation; biomechanics; biomedical engineering; blood vessel; bone; cardiovascular system; cells; endothe

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大厅

endoscopy

Responses of Vascular Endothelial Cells to Fluid Shear Stress: Mechanisms in maintaining the vascular wall morphology and function, showing both self-adaptive actions and local interactive responses with other cells such as vascular smooth muscle cells and blood corpscules. Recent evidence suggests that these functions are almost all affected by fluid shear stress on th

Lament

Responses of the Heart to Mechanical Stressthe integration of right and left ventricles as a low-pressure and a high-pressure pump, respectively. Both ventricles eject the same amount of blood to their respective peripheral circulation, but differ in intracavitary pressure, wall thickness, and shape. When coronary perfusion pressure is decre

cancellous-bone

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Proponent

Mechanical Stresses and Bone Formation between bone formation and mechanical stimuli, experiments using rabbits and three-dimensional finite-element analysis were conducted. In the experiments, an intermittent compressive or tensile load was applied for 1 h per day to the rabbit’s tibia in which a circular defect was made at the center

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