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A Pure Biological Transistor Amplifier Circuit Based on Conductive Liquid- A Visionary Concept

Killol V Pandya

Biotechnology has tuned the research to innovate nature friendly electronic circuits. Liquid based electronic circuits are the most appropriate circuits for the same. Few researchers have started developing circuits from conducting liquid as well as from leaves. Still more concentration is required to develop nature friendly circuits because material used in circuit plays an important role in aforesaid research. In this paper, the author has successfully presented a pure biological electronic transistor amplifier circuit. A very thin diameter silicon rubber tubes, filled with conductive liquid are utilized as copper wires for the circuit. Each component of the conventional circuit has been replaced by different diameter tubes. The presented circuit has shown the desired response for certain frequencies. Presented paper claims that with proper instrumentation pure biological human implantable circuits could be possible. The presented research paper claims that if similar kind of circuits could be feasible with clinical care, it would knock the door of a novel research. Humans are suffering from different diseases due to certain habits or improper diet. Aforesaid human implantable circuits could be useful for making the body parts functioning and also to replace the damaged organ with newly invented artificial circuits.