Time-dependent fractal behaviour on erythrocyte viscoelastic properties

The objective of this work is to demonstrate that diffractometric data enables deduction of time dependent fractal behavior and also new techniques that could be used in evaluating clinical aspects of erythrocyte rheological properties. A numerical method formulated on the basis of the fractal approximation for ordinary and fractionary Brownian motion ([1]), is proposed to evaluate the time dependent behaviour and K-2-entropy of mammalian erythrocyte membranes, and very different results were obtained.