Abstract
BIOELECTRONIC MEDICINE – A REVIEW
Febin Sabu*, Jiju V. and Elessy Abraham
ABSTRACT
Bioelectronic medicine, the convergence of molecular medicine, engineering, neuroscience and computing, has produced medical discoveries that are potentially on track to transform clinical treatment for a range of inflammatory diseases and motor disabilities.[1] Bioelectronic Medicine (BEM) can revolutionize how we practice medicine and dramatically improve the outcomes of healthcare. It employs electrical, magnetic, optical, ultrasound, etc. pulses to affect and modify neurological behavior which in turn impacts body functions as an alternative to drug-based interventions. Furthermore, it provides the opportunity for targeted and personalized treatments of neurological based diseases and conditions in closed-loop control systems. Bioelectronic medicine aims to dramatically improve the outcomes and reduce the cost of healthcare whereas current pharmacological drug treatment of selective diseases may be supplemented or replaced by electrical impulses delivered by devices that adapt to actual patient needs.[2,3]
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