Light in Shaping Life: Biophotons in Biology and Medicine

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Meluna / Boekenservice.nl, Jan 1, 2014 - Medical - 419 pages
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 The production of biological light (ultra-weak photon emission or biophotons) within many types of cells and tissues is characteristic of an alive organism. 

You will begin a journey of discovery about biophotons in relationship to biological matter

and about how such biophotons can be detected utilizing specialized very photon-sensitive

technologies. 

In this book, Roeland Van Wijk provides a unified synthesis that facilitates easy entry into an exciting

sub-field of biology. Light in Shaping Life encompasses the history of biophoton research,

insight into how biophotons are generated, and into their involvement with life. 

Also included, is an overview of the potential benefits of such research to a better understanding

of health and medicine. 

There is sequel to Light in Shaping Life available: Biophoton Technology in Energy and Vitality Diagnostics A Multi-disciplinary, Systems biology, and Biotechnology Appraoch Roeland van Wijk, Yu Yan and Eduard van Wijk Meluna, 2017 ISBN 9789081884341

 

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Contents

Prelude
n PART B Birth and Growth of Biophoton Field Concept 77
More about Glycolysis and Respiration visāvis Cancer as a Model and 179
n PART E Improving Understanding and Application of the Photon Field Concept 295
Photon Storage and Emission in Cancer Cells 299
Photon Field Aspects in the 1990s 323
Imaging Human Photon Emission 361
Biophotons As a Bridge Between Western and Chinese 375
X
Author Index 407

Common terms and phrases

About the author (2014)

Roeland van Wijk.  

Roeland Van Wijk received his degree in Biology in 1965 and his PhD in 1968 (Utrecht University, the Netherlands). During his 38-year career at Utrecht University he introduced biophotonics and biophoton research into the field of molecular cell biology. In 1999 he founded the research company MELUNA, a branch of the International Institute of Biophysics, to assist companies and universities in their introduction of biophoton knowledge. 

Bibliographic information