alexa Human Computer Interaction Research Papers| OMICS International | Journal Of Information Technology And Software Engineering

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The importance of human blood electronic circuit components and their application circuits towards Cyborg implant/engineering, man-machine interfacing, human disease detection and healing, artificial brain evolution etc. are now gradually emerging. Scientifically, the normal human body functioning is due to the appropriate controlled dynamics of positive and negative ions of its tissues (blood, skin, nerves, intestine, muscle, capillaries etc.) and organs. From first order of approximation one can state that the status of human health heavily depends on the dynamics of its tissue/organ system's ion profiles. If by food intake or by environmental disturbances the man become sick then its ion profiles deteriorates. Customarily the Physician treats the sick man by giving external dose of chemical drugs which after biochemical reactions/interactions inside the human body brings back the deterioration in the ion profiles to zero and thus the man becomes normal. In this context we for the first time propose an alternate to CDBHDH by using HTBEC to normalize the disturbed ion profiles. This concept of HTBEC has excellent high technology impact towards detecting and healing of human diseases. (Bio-Logical Human Tissue Based Electronic Circuits - An Alternate to Drug Therapy for Sick-Man (A Perspective Visionary Concept), Shiv Prasad Kosta)
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Last date updated on July, 2014