EM signal processing in bio-living system

Abstract

Bio-living organisms can effectively respond to various signals from the surrounding space due to their geometric shape. In this manuscript, our central goal is to understand the underlying mechanisms of signal processing inside bio-living systems, which may have beneficial applications in medical domains such as disease diagnosis and sensing the space present for medical production. We have analyzed various proteins as well as EM signal distributions and expanded the characterization of biological components that may be important in cellular signal utilization to enhance complex behavior in a bio-living cell. Geometry, fractality, resonance, and clocking behavior are key features for analyzing any biological system. Here, we have reported the summarized results of various proteins and discussed how they have a naturally inbuilt prototype system that has various applications in the medical, industrial, and environmental fields.