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http://dx.doi.org/10.12673/jkoni.2012.16.4.657

Analysis of density diffusion analysis by Fick's laws in the human body  

Che, Gyu-Shik (건양대학교 의공학부)
Abstract
One of the methods to transmit solute through solvent is diffusion. Various particles or molecules including several charged ions in the body diffuse from high density region to low density due to density difference or external electric field. This kind of mechanism is due to thermal motion of each solute molecules. These situations can be deployed using Fick's first and second laws that govern diffusion phenomena in the body. I analysis these diffusion status of material in the body using above mentioned Fick's laws and then implement them through illustration.
Keywords
resting potential exciting potential diffusion diffusion coefficient density of material;
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  • Reference
1 Robert Plonsey, Roger C. Barr, "Bioelectricity - A Quantitative Approach", 3rd ed., Springer, pp97-154, 2007.
2 호시야마 노조무, 엄광문.김영철 편역, "의용계측의 기초", 양서각, 2004.8.
3 Stuart Ira Fox, "Human Physiology", 7th ed., Academic Internet Publisher, 2009.12.
4 Paul Davidovits, "Physics in Biology and Medicine", 3rd ed., Academic Press, pp180-199, 2008.
5 Martin Zinke-Allmang, "Physics for the Life Science", Nelson Education, pp443-480, 2007.
6 최규식, 최은정, "인체물리", 여문각, pp163-188, 2011.1
7 A. L. Hodgkin, A. F. Huxley, "A quantitative description of membrane current and its application to conduction and excitation in nerve", University of Cambridge, J. Physiol., pp500-544, 1952.
8 Irving P. Herman, "Physics of the Human Body", Springer, pp713-766, 2007.
9 D.S.Jones, B.D.Sleeman, "Differential equation and mathematical biology", CRC Press Company, pp263-298, 2005