RamplingM.Haemorheology and blood flow in diabetes and limb ischaemia. J Roy Soc Med1985; 78: 596–8.
2.
JonesJG.New aspects of red cell aggregation. J Roy Soc Med1990; 83: 663–4.
3.
BauersachsRMShawSJZeidlerAMeiselmanHJ.Red blood cell aggregation and blood viscoelasticity in poorly controlled Type 2 diabetes mellitus. Clin Hemorheol1989; 9: 935–52.
4.
McMillanDE.Hemorheologic therapy to control diabetic vascular disease. Clin Hemorheol1992; 12: 787–96.
5.
ZieglerOCandilorosHDerrienicXMullerSDonnerMStoltzJ-FErythrocyte aggregation in diabetes mellitus: Role of plasmatic and membrane factors. Clin Hemorheol1992; 12: 873–82.
6.
OthmaneABitbolMSnabrePMillsPGrimaldiABosquetF.Red cell aggregation in insulin-dependent diabetics. Clin Hemorheol1989; 9: 281–96.
7.
AltmanDG.Practical statistics for medical research. London: Chapman & Hall, 1991:465.
8.
StuartJStonePCWFreyburgerGBoisseauMRAltmanDG.Instrument precision and biological variability determine the number of patients required for rheological studies. Clin Hemorheol1989; 9: 181–98.
EvansS-AJonesJGWardropCAJLaneI.Leukocyte filterability in peripheral vascular disease. Clin Hemorheol1993; 13: 73–82.
11.
Schmid-SchonbeinHGoslingaH.The present state of hemodilutional therapies: Potentials and limits of the most potent tool of ‘clinical hemorheology’. Clin Hemorheol1992; 12: 883–902.