Biomedical Infophysics

by Kang Cheng

Biomedical infophysics is a new science branch and is mostly across fields of physics, information, medicine and biology. We believe, all processes in our physiological or biological systems are automatically completed by natural laws. We intend to approach the natural laws with biomedical infophysics. After understanding more about the laws, more healthy people could be prevented and more patients could be cured from the diseases. This book involves the neural network and the most advanced information activity of human brain thinking and association. We model igniting and transmitting, filtering and storing, coupling and processing of nervous information; interaction between acquired information and inherited information, neuronal cognition and recognition, from a molecular and a cellular levels to an organic and a systematic levels. Our investigations are also involved in the most basic information activity of cellular proliferation. We investigate proliferation and expression of biological inherited information at cellular and sub-cellular levels. The topics are involved in DNA, RNA and protein synthesis, centriole replication, pronuclear motion, amitosis, mitosis and cell divisions. Models of cardiovascular and meridian channel networks are included in this book too. The models are about systematic, cellular and sub cellular transportations and oscillations (vibrations). The transportations are involved in information as well as matter and energy; the active as well as the passive. Other contents in this book in clinic, modeling the acupuncture analgesia to manage pain information, controlling influenza information propaganda with distilled liquors; in pre-clinic, modeling epithelialization enhanced with rectangular pulse electric current stimulation (RPECS); in vitro, modeling cellular electroporation of transferring genetic information, and measuring electric conductivity of pig skin with RPECS.

250 pages, Paperback

Published April 19, 2012