Titlebook: Role of Blood Flow in Atherogenesis; Proceedings of the I Yoji Yoshida,Takami Yamaguchi,Robert M. Nerem Conference proceedings 1988 Springe

縱欲

The Relationship Between Intimal Thickening and the Hemodynamic Environment of the Arterial Wallrtic and coronary bifurcations, through which physiologically realistic, fluid dynamically scaled, pulsatile flows are passed. These shear rates are then correlated against morphological measurements at corresponding sites in the vessels from which the casts had been made. These correlations suggest

Heterodoxy

袋鼠

Secondary Flow and Atherogenesisation and observing endothelial arrangement by scanning electron microscopy..Endothelial orientation is oblique in a lateral-medical direction on the dcrsal and ventral sides in the ascending, arch and descending segments. The direction of blood flow in these regions is oblique. This oblique flow is

Adrenaline

The Utility of Correlations Between Model Flow Studies and Vessel Pathology in Describing Atherogenelow wall shear rate, high pressure, locally low pressure, turbulence and oscillating wall shear. While studies of effects of each of these flow related phenomena upon the arterial wall undoubtedly contribute to general biological knowledge, such investigations may be but remotely related to the ques

Foregery

驚奇

Dendritic-Cells

瑣碎

Flow Studies in True-to-Scale Models of Human Renal Arteriesstudies were done at steady and pulsatile flow. The differences between Newtonian and non-Newtonian blood-like fluids were especially visible at unsteady flow in the flow separation zones. Here the flow consists of high local convective parts. The studies were limited to the abdominal aorta downstre

殺蟲劑

Neutropenia