▎ 摘　　要

Results of a. theoretical study of The behavior of phospholipids on a graphene sheet in an external electric,field are presented. During the study it was found that phospholipid molecules move chaotically in an external electric field, and there are no control mechanisms of their trajectory by varying the magnitude of the external field. For the first time we proposed an approach to manipulate the biomolecules on graphene sheet using the charged fullererie nano-objects placed in an external electric field. As A result of a series of the numerical experiments carried out using molecular dynamics we set an optimal mode of transportation control for phospholipid molecules on graphene sheet. It is shown that for the efficient movement of phospholipid on graphene three C-60 with charge +1e and an external electric field with strength of 1 X 10(6) V/m are necessary.