1. Comparison of hemodynamic responses to whole blood and plasma expanders in clinical traumatic shock;CAREY, J.S.; BROWN, R.S.; WOODWARD, N.W.; YAO, S.T.; SHOEMAKER, W.C.;Surg. Gynec. Obstet,1965
2. Blood viscosity: Influence of erythrocyte aggregation;CHIEN, S.; USAMI, S.; DELLENBACK, R.J.; GREGERSEN, M.I.; NANNINGA, L.B.; GUEST, M.M.;Science,1967
3. Rheology of human blood measurement near and at zero shear rate;COKELET, G.R.; MERRILL, E.W.; GILLILAND, E.R.; SHIN, H.;Trans. Soc. Rheol,1963
4. Effect of varying the hematocrit ratio on the susceptibility to hemorrhagic shock;CROWELL, J.W.; BOUNDS, S.H.; JOHNSON, W.W.;Amer. J. Physiol,1958
5. Metabolic aspects of hemorrhagic shock. II. Metabolic studies on the need for erythrocytes in the treatment of hypovolaemia due to hemorrhage;DRUCKER, W.R.; HOLDEN, W.D.; KINGSBURY, B.; HOFMAN, N.; GRAHAM, L.;J. Trauma,1962