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In this entry, Rama Yusvana presents a captivating visual representation of dielectrophoresis in three dimensions. The simulations and cartoon illustrations depict the accumulation of cells beginning at the edges of electrodes, where the electric field strength is most intense. As the process unfolds, cells gradually populate the areas with the strongest electric fields, demonstrating the intricate dynamics involved in cell movement and positioning under electric influence. This work highlights the fascinating interplay between electricity and cellular behavior in a visually engaging format.
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Statement "I have confirmed, or checked with my supervisor Professor Gerard H. Markx, that I have permission to enter the attached photograph(s) in the competition and give the School of EPS the right to publish the photograph(s) on its website and elsewhere" Entrant’s Name: Rama Yusvana
Category: simulations and cartoon illustrations
Dielectrophoresis in 3D Accumulation of cells initially starts at electrode edges where electric field strength is the highest.
Dielectrophoresis in 3D Cells start to fill up the remaining regions of high electric field.
