[1] G. R. Cokelet, Dynamics of erythrocyte motion in filtration tests and in vivo flow,Scand. J. Clin. Lub. Invest., 41. Suppl 156 (1981 ), 77 ~82.
[2] H. W. Reihart and S. Chien, The time course of tiltration test as a model foimicrovascular plugging by white cells and hardened red cells, Microvasc. Res., 34 (1987).1~12.
[3] R. Skalak. T. Impelluso. E. A. Schmalzer and S. Chien, Theoretical modelling offiltration of blood cell suspension, Biorheology, 20 (1983), 41~56.
[4] H. Niimi, S. J. Gao and S. Yamaguch. A continuum theory of blood cells filtration atlow flow rates, Biorheotogy, 25 (1988), 743~761.
[5] Z. Y. Yan, L. Q. Dong, M. Q. Qian. W. L. Weng and Y. Wang, Theoretical analysis forstudy of red cell deformability using nuclepore filter under constant suction pressure,Journal of Biomedical Engineering of China, 2 (1989), 86~95. (in Chinese)
[6] G. Moessmer and H. J. Meiselman. A new micropre filtration approach to the analysisof white cell rheology, Biorheology.. 27 (1990), 829~848.
[7] R. J. Sun, Y. Dong, Q. Cheng and F. Y, Zhuang, Experimental study on thedeformability of PMNs, Proceedings of Beijing Satellite Symposum of the EighthInternational Congress of Biorheology. (1992), 266 ~269.
[8] H. P. Ting-Beall, D. Needham and R. M. Hochmuth, Volume and osmotic properties ofhuman neutrophils, Blood 81 (1993). 2774~2780.
[9] S. Chien, E. A. Schmalzer, M. M. L. Lee. T. Impelluso and R. Skalak, Role of whiteblood cells in filtration of blood cell suspension. Biorheology, 20 (1983), 11~27. |