Electrical Analysis Of Normal And Diabetic Blood For Evaluation Of Aggregation And Coagulation Under Different Rheological Conditions

Figures & data

Figure 1 A schematic diagram of the setup used to study the aggregation and coagulation of blood.

Figure 2 Time course of blood capacitance under different shear rates for control and diabetic blood.

Table 1 The Minimum And Maximum C (nf) Values Under Different Shear Rates For Control And Type 2 Diabetes Blood Samples

Shear rate	Minimum		Maximum
	Control	Diabetic Blood	Control	Diabetic Blood
0.5 s^−1	3.5±0.09	16±0.7*	7.1±0.06	27±0.5*
5 s^−1	1.7±0.05	11.5±0.35*	5.2±0.15	24.5±0.25*
15 s^−1	0.73±0.08	7.16±0.24*	3.6±0.23	20.3±0.36*
25 s^−1	0.22±0.005	4.8±0.33*	3.3±0.09	15.2±0.6

Notes: Data are a mean±standard deviation, *P<0.05.

Figure 3 Time course of blood impedance under different shear rates for control and diabetic blood samples.

Figure 4 Correlation between aggregation half-time and shear rate (p<0.05).

Figure 5 Correlation between aggregation index and shear rate (p<0.05).

Figure 6 Correlation between blood coagulation time and shear rate (p<0.05).

Availability Of Data And Materials

The data supporting the findings of the study are included in this manuscript.