Complex dielectric Studies of biological tissues - Anand, Gagan
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A living system includes different types of tissues in which various physico-chemical processes proceeds under different biological conditions to keep an organism in a living condition. A tissue can be defined as a group of similar or dissimilar cells that perform a common function and have a common origin. All these tissues are composed of cellular elements and their derivatives. The cell is the smallest unit of life in our bodies, example brain cells, skin cells, liver cells, stomach cells, etc and so on. All of these cells have exclusive functions and features and all have some identifiable…mehr

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Produktbeschreibung
A living system includes different types of tissues in which various physico-chemical processes proceeds under different biological conditions to keep an organism in a living condition. A tissue can be defined as a group of similar or dissimilar cells that perform a common function and have a common origin. All these tissues are composed of cellular elements and their derivatives. The cell is the smallest unit of life in our bodies, example brain cells, skin cells, liver cells, stomach cells, etc and so on. All of these cells have exclusive functions and features and all have some identifiable similarities. All cells have a 'skin', called the plasma membrane, protecting it from the outer environment.In the present work complex impedance spectroscopy of some biological tissues have been studied.
Autorenporträt
Dr. Gagan Anand has been associated with University of Petroleum and energy studies as a Assistant Professor in the department of Physics since July 2011.He worked on concentration of Calcium in Strontium Bismuth titanate ceramics for high temperature sensor applications an alternative to Lead based materials like PZT/PLZT etc.