Authors :
Dr. Ismail Abbas; Sherif Ismail; Nora Abbas
Volume/Issue :
Volume 8 - 2023, Issue 4 - April
Google Scholar :
https://bit.ly/3TmGbDi
Scribd :
https://bit.ly/3Vz4yii
DOI :
https://doi.org/10.5281/zenodo.7896399
Abstract :
The "walking mechanism" of bacterial cells
and the role of their legs and falagellae in their transfer
or walking is the subject of this article.
Additionally, the structure of bacterial cells and the
role of their own thermal diffusion field, electric and
magnetic fields constructed by the geometric Dirichlet
boundary conditions in their transfer or walking
mechanism have been thoroughly discussed.
Experimental study and theoretical analysis show
that the bacterial cell colony is negatively charged due to
the presence of free electrons which produce an electric
field flowing radially outward from the colony and a
circulating magnetic field surrounding the colony.
Bacterial cells can move radially outward and cross
foodless spaces through the force mechanism of the
bacterial colony's electric fields in addition to the
swimming and crawling motion of the bacteria's legs and
flagella.
The "walking mechanism" of bacterial cells
and the role of their legs and falagellae in their transfer
or walking is the subject of this article.
Additionally, the structure of bacterial cells and the
role of their own thermal diffusion field, electric and
magnetic fields constructed by the geometric Dirichlet
boundary conditions in their transfer or walking
mechanism have been thoroughly discussed.
Experimental study and theoretical analysis show
that the bacterial cell colony is negatively charged due to
the presence of free electrons which produce an electric
field flowing radially outward from the colony and a
circulating magnetic field surrounding the colony.
Bacterial cells can move radially outward and cross
foodless spaces through the force mechanism of the
bacterial colony's electric fields in addition to the
swimming and crawling motion of the bacteria's legs and
flagella.
