Titlebook: Biophotons; Jiin-Ju Chang,Joachim Fisch,Fritz-Albert Popp Book 1998 Springer Science+Business Media Dordrecht 1998 Biophoton.amino acids.c

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食道

,Biological Organization: A Possible Mechanism Based on the Coherence of “Biophotons”,n the discovery of growth hormones and the molecular approaches to understanding biology, the weakness (or dubiousness) of the photon emission from living systems, and the chaos of the second world war.

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Biophotons and Defense Response in Plants,unting method using ultrahigh-sensitive photodetectors. The time-dependent intensity variation, the spectrum and the two-dimensional imaging of the ultraweak luminescence are indicative of the defense response of the sweet potato to . The production of ipomeamarone as a phytoalexin means that . induced the defense response in the sweet potato.

Vasoconstrictor

Do We Always Need to Know Molecular Origin of Light Emitted by Living Systems?,teins as sets of symbolic subunits and functional groups, the molecular biologist thinks more of genes, coding sequences etc. while the cell biologist may be concerned with cellular distributions of some molecular species or their changes in a response to differentiation or development of cells.

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Photophysical Reactions in Cells,e used either as a carrier of different levels of information (enzyme activation, regulation of gene expression, photomorphogenesis, phototaxis, phototropism, process of vision) or of Gibbs energy as the driving force for biological processes. The main part of this contribution deals with the proces

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Debrief

Experimental Examination on the Possible Optical Interaction between two Separate Cell Populations,s and neurotransmitters[1]. However, whether some kind of physical communication exist between cells has been a question for long time. The so-called “mitogenetic radiation” reported by A.G.Gurwitsch in 1920’s was the first indication that a physical interaction between cells might exist[2]. In 1992

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Luminometry in Cellular Stress Research, determines the survival of the organisms. Notoriously sensitive to temperature is mammalian cell survival which is mainly limited to a narrow range of temperatures, from a few degrees to approximately 40°C. Cells differ in the range of temperatures that they can tolerate. This may change in time as

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UV-Induced DNA Damage and Repair: A Powerful Light Trapping System in DNA in Order to Convert Lightl tissue and plants, animal and human cells emit a very weak radiation which can be readily detected with an appropriate photomultiplier system. Although the emission of this radiation is extremely low in mammalian cells, it can be efficiently induced by ultraviolet light. Ultraweak radiation in hum