Abstract
We present the results of experimental studies on the aggregation of blood cells in platelet-rich plasma in the presence of an aggregation inducer rhystomicin under the effects of low-intensity radiation of extremely-high frequency. Primary alcohols were used as stimulators for partial degradation of protein-lipid bilayer in the cell membrane. The results showed that exposure to radiation of extremely-high frequency reduces the extent of rhystomicin-induced platelet aggregation and changes the angle of inclination of the aggregatogram. This study revealed a two-phase nature of the effects of alcohols on platelet aggregation - the first phase is characterized by a decrease in aggregation and in the angle of inclination of the aggregatogram, the second phase includes an increase in platelet aggregation and in the angle of inclination simultaneously with an increase in the concentration of alcohols in the sample. A possible mechanism underlyinhg the observed effects is under debate.
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