Abstract
The effect of interference laser fields on an erythrocyte suspension was investigated both theoretically and experimentally. The optical trapping and orientation of individual erythrocytes in the interference fringes were observed. To describe the effect of erythrocyte orientation in the interference fringes, we used the equation for torque exerted on a disc-like particle in a gradient light field. The experimental results are in agreement with the predictions of a developed theoretical model.
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