Simulations of centriole of polarized centrosome as a monopole antenna in immune and viral synapses.

Simulations of centriole of polarized centrosome as a monopole antenna in immune and viral synapses. J BUON. 2018 Mar-Apr;23(2):514-521 Authors: Dvorak J, Melichar B, Filipova A, Grimova J, Grimova N, Rozsypalova A, Buka D, Voboril R, Zapletal R, Buchler T, Richter I, Buka D Abstract The immune synapse (IS) is a temporary interface between an antigen-presenting cell and an effector lymphocyte. Viral synapse is a molecularly organized cellular junction that is structurally similar to the IS. Primary cilium is considered as a functional homologue of the IS due to the morphological and functional similarities in architecture between both micotubule structures. It has been hypothesized that endogenous electromagnetic field in the cell is generated by a unique cooperating system between mitochondria and microtubules. We are extending this prior hypothesis of the endogenous electromagnetic field in the cell postulating that polarized centriole in immune and viral synapse could serve as a monopole antenna. This is an addition to our hypothesis that primary cilium could serve as a monopole antenna. We simulated the distribution of electric field of centriole of polarized centrosome as a monopole antenna in immune and viral synapse. Very weak electromagnetic field of polarized centriole of CD8+ T lymphocyte in IS can contribute to the transport of cytolytic granules into the attacked (cancer) cell. Analogically, very weak electromagnetic fiel...
Source: Journal of B.U.ON. - Category: Cancer & Oncology Tags: J BUON Source Type: research