Developmental Biology and Physics of Today

Beloussov, L. V.

doi:10.1007/978-94-017-0373-4_3

Cited by 1 publication

(1 citation statement)

References 12 publications

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“…That is why Gurwitsch's theory of a biological and cellular fields -an imprescriptible property of all living systems -can not be considered without referring to his experimental work in "mitogenetic biology". However, Gurwitsch's theory of biological field cannot be considered here, and the reader may consult other sources for more information on it [25,26].…”

Section: Degradative Radiation and Non-equilibrium Molecular Constellmentioning

confidence: 99%

Mitogenetic Radiation, Biophotons and Non-Linear Oxidative Processes in Aqueous Media

Воейков

2003

Integrative Biophysics

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Mitogenetic radiation (MGR), discovered by A. G. Gurwitsch, gave birth to the field of biophotonics that is now energetically developing. However, most facts of unique properties of MGR and of processes in which they originate, of the surprising discoveries made during several decades of intensive MGR research, are practically forgotten. Present-day biophotonics may gain a lot for its further development from discoveries and insights made at that time. In particular, it was discovered that usual enzymatic reactions are followed with MGR, that MGR emission from aqueous solutions of simple amino acids is correlated with spontaneous polypeptide synthesis, that substances possessing specific enzymatic activities may self-reproduce in such solutions. All these processes crucially depend on oxygen (and in some cases on illumination with visible light). An extremely sensitive analytical method -MGR spectral analysishelped to show that branched chain reactions with the participation of reactive oxygen species and other free radicals serve as energy sources for the emergence of high energy mitogenetic photons. All these amazing phenomena are discussed, in particular here in relation to the growing understanding of the important role of reactive oxygen species and their reactions taking place In aqueous milieu for bioenergetics and bioinforrnatics.

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Section: Degradative Radiation and Non-equilibrium Molecular Constellmentioning

confidence: 99%

Mitogenetic Radiation, Biophotons and Non-Linear Oxidative Processes in Aqueous Media

Воейков

2003

Integrative Biophysics

View full text Add to dashboard Cite

show abstract

Developmental Biology and Physics of Today

Cited by 1 publication

References 12 publications

Mitogenetic Radiation, Biophotons and Non-Linear Oxidative Processes in Aqueous Media

Mitogenetic Radiation, Biophotons and Non-Linear Oxidative Processes in Aqueous Media

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