A new numerical skill named "Cell-filled method" is applied to simulate the process of intimal thickening in a carotid bifurcation under critical low wall shear stress condition.

Objective To explore the variable relationship among carotid canal, jugular pit and hypotympanum to provide applied anatomic data for the operations of jugular pit and hypotympanum region.

Methods Fifty adults(100 sides) skulls were measured by slide gaud, and observed course, situation and structure character of carotid canal in petrosal apex of temporal bone in 63 sides.

Effect of Fufangdanshendiwan on atherosclerotic plaque and blood flow of cervical in atherosclerotic patient.;

Effect of snore on compliance of carotid blood vessel;

Numerical comparative analysis of hemodynamics for three human carotid bifurcations

Data of caliber at different positions of carotid bifurcation,areas and circumference and thickness of the atherosclerotic plaque at carotid bifurcation were obtained and to establish a geometric model of rabbit carotid artery bifurcation with.