A REVIEW AND VISIONARY CONCEPT OF HUMAN TISSUE SKIN BASED ELECTRONIC CIRCUIT AND SYSTEMS FOR ABO BLOOD GROUP IDENTIFICATION

This article presents a concept of Bio-Electronics with reference and review of research and development in the area of electronic circuits made on the basis of human tissues. In medical healthcare science, bio-material human tissue based electronic circuits are an innovative area of research. A multiple no of applications can be found based on such electronics in cyborg implant engineering, man-machine interface, human disease detection and healing and artificial body parts development. From long time, electronics has made an undeniable and valuable contribution in the field of medical instrumentation. Upcoming and recent new medical electronic devices are based on available medical or biological knowledge combined with technologies available in the electronics field. Electronics in medical area has a wide range of applications, from diagnostics to therapy, always aiming to provide new tools to improve the well-being of the population. Basically, fundamental electronic components diode and transistor made of skin is discussed here broadly. A visionary concept is presented at the end with conclusive remarks based on this research.