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Adler & Mills (1979) J.Rheol. 23: 25–30
Alonso C, Pries AR & Gaehtgens P (1989) Biorheol. 26: 229–246
Arhaliass A, Guiffant G & Dufaux J (1989) Biorheol. 26: 552–566
Aubert JH & Tirrel M (1980) J.Chem.Phys. 72: 2694–2701
Batchelor GK & Green JT (1972) J. Fluid Mech. 56: 401–427
Batchelor GK (1970) An Introduction to Fluid Dynamics, Cambridge Univ. Press
Bayliss L (1952) in Deformation and Flow in Biological Systems (Frey-Wissling ed, North Holland Publ., Amsterdam), 355–418
Bell G (1978) Science 200: 618–627
Bell G, Dembo M & Bongrand P (1984) Biophss.J. 45: 1051–1064
Bossis G & Brady JF (1990) in Hydrodynamics of Dispersed Media (Hulin JP, Cazabat AM, Guyon E & Carmona F, eds, North Holland Publ., Amsterdam) 119–137
Botet R & Jullien R (1985) Phys. Rev. Lett. 55: 1943–1952
Boynard M (1986) Vlth Intern. Congr. Biorheology, Vancouver, in Biorheol. 23: 243 (abstract)
Boynard M & Hanss M (1981) in: Hemorheology and Diseases (Stoltz JF & Drouin P eds,Doin Paris), 185–188
Brooks DE, Goodwin JW & Seaman GVF (1970) J.Appl.Physiol. 28:172–177
Brooks DE, Goodwin JW & Seaman GVF (1974) Biorheol. 11: 69–77
Brunn PO & Chi S (1984) Rheol.Acta 23: 163–171
Bucherer C, Lelièvre JC & Lacombe C (1988) Biorheol. 25: 639–649
Bureau M, Healy JC, Bourgoin D & Joly M (1978) Rheol. Acta 17: 612–625
Burton AC (1966) Physiology and Biophysics of the Circulation, Year Book Medic. Publ., Chicago
Casson N (1959) in: Rheology of Disperse Systems (CC Mill ed. Pergamon, London) 84–102
Charm SE & Kurland GS (1962) Trans. Soc. Rheol. 6: 25
Charm SE, Kurland GS & Brown SL (1968) Biorheology 5: 15–43
Chien S (1970) Science 168: 977–979
Chien S & Jan KM (1973) J. Supramol. Struct. 1: 385
Chien S, Usami S, Dellenbach RJ & Gregersen MI (1967) Science 157: 827–829
Chien S, Usami S, Dellenbach RJ & Bryant CA (1971a) Biorheology 8: 35–37
Chien S, Usami S, Dellenbach RJ, Bryant CA & Gregersen MI (1971b) Theorical and Clinical Hemorheology (Hartett HH & Copley AL, eds, Springer-Verlag, Berlin) 136–143
Chien S, Luse SA, Jan KM, Usami S, Miller LH & Fremount H (1971c) Proc. 6th Europ. Conf. on Microcirculation (Ditzel & Lewis, eds, Karger, Basel), 29–34
Cokelet GR (1972) in: Biomechanics, Its Foundations and Perspectives, (Fung YC & al, eds, Prentice-Hall, Englewood Cliffs, N.J.) 63–103
Cokelet GR (1976) in: Microcirculation (Graysson J & Zingg W, eds., Plenum Press, NY) 1: 9–32
Copley AL (1984) Biorheol. 21: 135–153
Cross MM (1965) J.Colloid Sci. 20: 417–437
De Gennes PG (1979) J. de Physique 40: 783–787
Dembo M, Torney DC, Saxman K & Hammer D (1988) Proc. R. Soc. Lond. B. 234: 55–83
Denny DA & Brodkey RS (1962) J. Appl. Phys., 33: 2269–2274
Devendran T & Schmid-Schönbein H (1975) Pflügers Arch. 355: R20 (abstract)
Dhont JKG, van der Werff & de Kruif (1989) Physica A 160: 195–204
Dufaux J, Ouemada D & Mills P (1980) in Rheology (Astarita G, Marrucci G & Nicolais L, eds, Plenum Press, NY) Applications(3): 561–566
Evans EA & La Celle PL (1975) Blood 45: 29–42
Evans EA (1985) Biophys. J. 48: (I) 175–183; (II) 185–192
Farhaeus R (1929) Physiol. Rev. 9: 241–274
Farhaeus R & Lindqvist T (1931) Amer. J. Physiol. 96: 562–568
Fischer T & Schmid-Schönbein H (1977) Blood Cells 3: 351–365
Fischer T, Stöhr-Liesen & Schmid-Schönbein H (1978) Science 202: 894–896
Friedlander S (1964) Smoke, Dust and Haze, J Wiley and sons, NY
Gaehtgens P (1979) in:Hemorheology and Diseases (Stoltz JF and Drouin P, eds, Doin Paris) 241–248
Goldsmith HL (1971) Biorheology 7: 235–242
Goldsmith HL & Mason SG (1967) in: Rheology:Theory and Applications. (Eirich FR, ed., Acad. Press, NY), 85–250
Guiffant G, Arhaliass A & Dufaux J (1988) Int. J. Heat Mass Transfert 13: 1952–1954
Hanss M (1983) Biorheol. 20: 199–211
Haynes RH (1962) Biophys. J. 2: 95
Healy JC & Joly M (1975) Biorheol. 12: 335–340
Joly M, Lacombe C & Quemada D (1981) Biorheol. 18: 445–452
Karnis A, Goldsmith HL & Mason SG (1966) J. Colloid. Int.Sci. 22: 531–553
Keller SR & Skalak R (1982) J. Fluid Mech. 120: 27–47
Kon K, Maeda N & Shiga T (1983) J.Physiol.(London) 339: 573–582
Krieger IM & Dougherty TJ (1959) Trans. of Soc. of Rheology (III), 137–152
Krieger IM (1972) Ad.Colloid Int.Sci. 3: 111–136
de Kruif CG, van Iersel EMF, Vrij A & Russel WB (1985) J.Chem.Phys. 83: 4717–4725
Laun HM (1988) in: Progress and trends in Rheology (Giesekus H & al, eds., Steinkopff Verlag, Darmstat) I), pp 287–290
Lewis AE (1970) Principles of Hematology, Butterworths, London
Lhuillier D (1990) Physica A 165: 303–319
Lighthill MJ (1969) in: Circulatory and respiratory Mass Transport. Ciba Foundation Sympos. (Wolastenholme GEV & Knight J, eds., London) 85–98
Loose W & Hess S (1989) Rheol.Acta 28: 91–101
Meakin P & Deutch J (1985) J.Chem.Phys. 83: 4086–4094
Meister BJ (1971) Trans.Soc.Rheol. 15: 63–89
Merrill EW, Margetts WG, Cokelet GR, Britten A, Salzman EW, Pennel RB & Melin M (1965) in:Symposium on Biorheology (Copley AL, ed., Wiley & sons, NY) 601–611
Merrill EW, Margetts WG, Cokelet GR & Gilliland ER (1965) in: Symposium on Biorheology (Copley AL, ed., Wiley & sons, NY) 135–143
Middleman S (1972) Transport Phenomena in the Cardiovascular System. Wiley-Intersc. NY
Mills P, Ouemada D & Dufaux J (1980) in Rheology (Astarita G, Marrucci G & Nicolais L, eds, Plenum Press, NY) Applications (3): 567–572
Mills P (1985) J.Physique Lett. 46: L301–L309
Murata T & Secomb TW (1988) Biorheol. 25: 113–122
Murata T & Secomb TW (1989) Biorheol. 26: 247–259
Nozières P & Quemada D (1986) Europhys.Lett. 2: 129–135
Onuki A (1990) J.Phys.Soc.Japan. (submitted)
Paulus F, Dixneuf P & Stoltz JF (1986) in Séminaire INSERM: Techniques en Biorhéologie (Stoltz JF, Donner M & Puchelle E, eds, Editions INSERM, Paris) 143: 245–250
Perez-Madrid A, Rubi JM & Bedeaux D (1990) Physica A 163: 778–790
Poiseuille M (1835) Compt.Rendus.Acad.Sciences (Paris), 554–560
Powell MJ (1979) Phys.Rev. B20: 4194–4198
Quemada D (1977) Rheol. Acta 16: 82–94
Ouemada D (1978) Rheol. Acta 17: 632–642 & 17: 643–653
Quemada D, Dufaux J & Mills P (1980) in Rheology (Astarita G, Marrucci G & Nicolais L, eds, Plenum Press, NY) Fluids (2): 633–638
Quemada D (1982) Lect.Notes in Phys.(Casas-Vazquez J & Lebon J (eds),Springer, Berlin) 164:210–247
Ouemada D & Droz R (1983) Biorheol. 20: 635–651
Quemada D (1984a) in Advances in Rheology (Mena B & al,eds.,UNAM Mexico-City) (II): 571–582
Quemada D (1984b) Biorheol. 21: 423–436
Quemada D (1989) Progr.Colloid Polym.Sci. 79: 112–119
Reinke W, Gaehtgens P & Johnson PC (1987) Am.J.Physiol. 253: H540–H547
Roussel JF, Blanc R & Camoin C (1989) J.Phys.France 50: 3269–3283
Russel WB & Gast AP (1986) J.Chem.Phys. 84: 1815–1826
Schmid-Schönbein H, Volger E & Klose HJ (1972) Pflügers Arch. 333: 140–155
Schmid-Schönbein H (1975) Blood Cells 2: 285–306
Schmoluchovski M (1916) Kolloid Z. 190–195
Shiga T, Imaizumi K, Maeda N & Kon K (1983) Am. J.Physiol. 245: H259–H264
Shiga T, Maeda N & Kon K (1990) Critic. Rev.Oncol.Hematol. 10: 9–48
Skalak R & Zhu C (1990) Biorheol. 27: 309–325
Skalak R (1973) Biorheol. 10: 229–238
Skalak R (1976) in Microcirculation (Grayson J & Zingg, eds., Plenum Press, NY) 457–499
Skalak R (1990) Biorheol. 27: 277–293
Snabre P, Bitbol M & Mills P (1987) Biophys.J. 51: 795–807
Sonntag RC & Russel WB (1986) J.Colloid Int.Sci. 113: 399–413
Sonntag RC & Russel WB (1987) J.Colloid Int.Sci. 115: 378–389
Sperry PR (1984) J.Colloid Int.Sci. 99: 97–108
Stadler AA, Zilow EP & Linderkamp O (1990) Biorheol. 27: 779–788
Sutera SP, Pierre PR & Zahalak GI (1989) Biorheol. 26: 177–197
Taylor GI (1932) Proc. Roy. Soc. London, 138A: 41–45
Thomas HW (1962) Biorheol. 1: 41–56
Thurston GB (1979a) in:Hemorheology and Diseases (Stoltz JF and Drouin P,eds,Doin Paris), 51–66
Thurston GB (1979b) J.Rheol. 23: 703–719
Thurston GB (1990) Biorheol. 27: 685–700
Tirrel M & Malone MF (1977) J.Polym.Sci. 15: 1569–1578
Van der Werff JC, de Kruif CG & Dhont JKG (1989) Physica A 160: 205–212
Van Dongen P & Ernst M (1984) J.Stat.Phys. 37: 301–311
Viksek T & Family F (1984) Phys. Rev.Lett. 52: 1669–1674
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Quemada, D. (1991). Biofluids as structured media: Rheology and flow properties of blood. In: Casas-Vázquez, J., Jou, D. (eds) Rheological Modelling: Thermodynamical and Statistical Approaches. Lecture Notes in Physics, vol 381. Springer, Berlin, Heidelberg. https://doi.org/10.1007/3-540-53996-4_39
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