Previous research on biological particles manipulation has taken into account linear cellular
models and spherical geometry, Whereas, particles such as bacteria and cancer cells have
cylindrical and crushed cylindrical geometry. On the other hand, cell behavior is nonlinear.
Therefore, it is important to apply above mentioned models in the manipulation models and
to investigate the modes of motion in the cylindrical nanoparticle manipulation to calculate
the critical time and forces in order to understand the properties and behavior of these …