Wireless implant microsystem

3^rd International Conference on Medical Physics & Biomedical Engineering

November 07-08, 2016 Barcelona, Spain

Sumathi Ayyalusamy

Manipal University, Dubai Campus, UAE

Posters & Accepted Abstracts: J Bioengineer & Biomedical Sci

Abstract :

With microfabrication technologies at forefront, the field of life sciences has seen tremendous growth in the area of smart implantable devices. Though miniaturization and microsystems developments progress is important, the challenge of biocompatibility needs to be answered. Biocompatibility poses challenge in material domain and other challenge is towards the communication means where the wireless option needs to be sought. Any microsystem developed needs to be self-sustainable in the means of power generation and data transmission. Current systems are well developed in the microlevel system-built-in features. Focus is towards the power generation and data transmission for the microsystem. With advent of different material combinations, biocompatibility has been studied. The means for communication in terms of data transfer through the antenna has been analyzed. Varied requirements pose the challenge on implant at different depth levels along the biological systems. Implantations at various levels w analyzed with relation to the operating frequencies for interpreting the suitability of radiative devices. The trends and technologies for radiative elements will be discussed focusing on materials and the miniaturization concept. The necessary aspects on implantable devices are considered for sensitivity and reliability aspects.

Biography :

Email: sumathy@manipaldubai.com