Journal of International Society of Life Information Science
Online ISSN : 2424-0761
Print ISSN : 1341-9226
ISSN-L : 1341-9226
The 28th Symposium on Life Information Science
Development of a Gas Measurement Method with Cucumber as a Bio-sensor
(The 28th Symposium on Life Information Science)
Hideyuki KOKUBOOsamu TAKAGIMikio YAMAMOTO
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2009 Volume 27 Issue 2 Pages 200-213

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Abstract
Using biophotons from cucumber, the authors previously developed a quantitative measurement method for non-contact healing (bio-PK). A biophoton measurement method can estimate a healer's controlled healing power in just one or two trials. However, expensiveness of the equipment for biophoton measurements has obstructed widespread use of the method. The authors took notice of a gas being generated simultaneously with the emission of biophotons, and tried to develop an easy method in which this gas is measured by a gas-measuring detector tube. There is no specialized tube for cucumber gas, but the authors found that a short-term quick-measuring detector tube for ethyl acetate (141L, Gastec, Japan) can be used. Then, an easy and inexpensive method was developed in which pieces of cucumber are set in a sealed container and their gas emission is measured with the gas detector tube 24h later.
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© 2009 International Society of Life Information Science
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