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3rd Alexander Gurwitsch conference Alexander Gavrilovich Gurwitsch (1874-1954), one of the most outstanding biologists of XX century, was in 1918-1924 a Professor of Histology in Taurida University. The conference is adjusted to the 130 anniversary of Gurwitsch’s birthday and, at the same time, to the 100 anniversary of Academician Gleb Frank, a founder of the Institute of Biophysics, Russian Academy of Sciences. Attending in 1920-24 the lectures in Taurida University, Frank was one of the closest Gurwitsch’s students and made an important contribution o the biophotonics. gurwitsch.science-center.net   (208 words)

Biophoton - Wikipedia, the free encyclopedia In the 1920s, the Russian embryologist Alexander Gurwitsch reported "ultraweak" photon emissions from living tissues in the UV-range of the spectrum. However, common biochemical techniques as well as the fact that cell growth can generally be stimulated and directed by radiation, though at much higher amplitudes, evoked a general skepticism about Gurwitsch´s assumption. While they added some general chemistry to the hypothesis of photon emission, they did not address the more mysterious assumption of Gurwitsch that the photons themselves, forming the so-called mitogenic rays, stimulated cellular responses. en.wikipedia.org /wiki/Biophoton   (1349 words)

context :: conference on biophotonics 3rd Alexander Gurwitsch Conference on Biophotons and Coherent Systems in Biology, Biophysics and Biotechnology (from September 27th to October 2nd, 2004, in Simferopol and Partenit, Crimea). Right there he made his most important discovery of an ultraweak photon emission from the living systems (which gave rise to the biophotonics) and submitted a first sketch of the morphogenetic field theory. Attending in 1920-24 the lectures in Taurida University, Frank was one of the closest Gurwitsch’s students and made an important contribution to the biophotonics. www.straddle3.net /context/03/en/2004_09_24.html   (170 words)

Leading Edge International Research Journal Online This "mitogenetic effect," as Gurwitsch termed it, continued to appear when a small quartz window, which is specifically transparent to ultraviolet light, was inserted between the two onion roots. With several other experiments Gurwitsch was able to definitely prove that the medium of this mitogenetic effect was, in fact, a very weak ultraviolet radiation emanating from the tip of the first onion root. In that context, Popp learned about Gurwitsch's work on mitogenetic radiation, and concluded that, if the assumed optical effect of benzpyrene were correct, then there must be some kind of light source in the cell, and very weak photon "signals" would be able to trigger drastic changes in the behavior of cells. www.reachone.net /~trufax/online/11.html   (3738 words)

Biophotonics   (Site not responding. Last check: 2007-10-25) The latter is a new name for a broad category of traditional research subjects in biophysics. In the 1930s, Russian scientist Alexander Gurwitsch discovered that plants weakly emit light, called biophotons. He almost received the nobel prize for this discovery, but was passed over and the phenomenon was forgotten for some time. bopedia.com /en/wikipedia/b/bi/biophotonics.html   (191 words)

REACTIVE OXYGEN SPECIES AND ELECTRON EXCITATION IN AQUEOUS SYSTEMS: TWO SIDES OF THE COIN   (Site not responding. Last check: 2007-10-25) Alexander Gurwitsch was the first to consider and experimentally demonstrate the crucial role of oxygen and its reactive species in the emerging of mitogenetic radiation. According to him, oxidative reactions play also a central role in supplying a continuous influx of energy („pumping") for the formation and sustainment of highly non-equilibrium cytoplasmic „molecular constellations", which are the major store of free energy for the performing of all functions of living cells. However, Gurwitsch ideas and factual evidence passed without notice for most biochemists, biophysicists and physiologists of his time and are practically unknown now. www.biophotonen-online.de /abstract/abs2000-18.htm   (837 words)

BioCharger - What Is Gurwitsch produced an experimental demonstration of what he called "mitogenetic radiation", an infrared radiation that he claimed was localized to the mitochondria. He observed this infrared radiation during peak periods of cellular division (the phase mitosis during which genes duplicate), and observed data that suggested that this infrared radiation was growth-promoting, whereas UV radiation from the DNA perhaps stimulated mitosis. Recognizing that the language of the body is mostly electrical and not biochemical, B.E.S.T. Engineering reconstructed work performed in the early 1920’s by Professor Georges Lakhovsky. www.bestengineering.org /whatis.html   (388 words)

THE HISTORY OF BIORESONANCE THER While researching the growth and development of onion plants, he found that something regulating the growth of the onion shoots could pass through quartz glass but not silicon glass. Not until 50 years later was the technology was developed that could prove that Gurwitsch's radiation was actually biological ultraviolet light emitted from the onions' DNA. Confirming Gurwitsch, in 1936 American astronomer and biologist, Gustav Stromberg, claimed that the structure and development of living beings are bound to "systems of not-material waves". www.stmaryclinic.com /all_about_bio.htm   (3916 words)

Biophotonik International At about 1923 the Russian embryologist Alexander Gurwitsch discovered an "ultraweak" photon emission from living tissues in the UV-range of the spectrum. After further scientists had been able to confirm his discovery, the University professor who has studied in Germany and was a well known and reputed scientist failed in getting the Nobel prize by missing only one vote. During the second world war the mitogenetic radiation was forgotten, despite of that further Russian and Eastern European scientists continued to show evidence of a few emitted photons per second and per square centimeter from all living systems. www.biophotonik-international.de /biophotons.htm   (747 words)

Gematria Europa   (Site not responding. Last check: 2007-10-25) In the year 1922 the biologist Alexander Gurwitsch made a pioneering discovery. Gurwitschs conjecture: the onion root radiated a till then unknown type of radiation. An astonishing experiment of more recent times resembling the Gurwitsch experiment substantiates this information exchange: two glasses with fresh pig blood are put next to each other. www.gematria.de /gematria_en/arten.html   (2122 words)

History One of the first to point toward light as the language of cellular communication was the Russian biologist Alexander G. Gurwitsch, back in 1922. Just as the flame of a candle is able to jump from a lighted candle to ignite the wick of an unlit one, Gurwitsch observed that the cells of an onion stalk began the process of mitosis, the division into new cells, as soon as they were approached by the roots of another onion. At the time, the popular theory was that the rate regulation of cell growth was the responsibility of chemical messenger molecules -- but Gurwitsch was convinced the “messenger” was actually light, in the form of a low-level luminescence he detected in living tissues. www.aculightcolortherapy.com /history.htm   (1007 words)

[No title]   (Site not responding. Last check: 2007-10-25) Dozens of papers have been produced, and the baton of research has passed down to sucessive generations of the same family which made the breakthrough over sixty years ago. Indeed, the Russians still publish on bioradiation; the most recent study I can find was published in 1982, by a descendant of Alexander Gurwitsch. In 1923 Gurwitsch found that he could stimulate the growth of cells, and their division, by exposing them to radiations from an already growing organism. www.bio-immuno-development.com /books/daylight/924.htm   (1657 words)

Ultraweak Photon Emission: Bioassa for growth factors At the beginning of this century, Alexander Gurwitsch, born 125 year ago in Russia, suggested that ultraweak photons transmit information in living systems [1] as summaraized recently [2]. Although the results of Gurwitsch were refuted by Hollander and Klaus [3] and the interest for this subject declined in the following decades, the presence of biological radiation was re-examined with the development of photomultiplier tubes in the mid-fifties by Facchini and co-workers [4]. In the meantime it is commonly agreed that plant, animal and human cells emit ultraweak photons often called biophotons [11-17]. www.photobiology.com /photobiology99/contrib/applegate   (3826 words)

Keely Net Mail List: mitogenetic rays (was : Re: PYRAMID DEVICE-An Answer?)   (Site not responding. Last check: 2007-10-25) Bit of a mix-up with Gurwitsch and mitogenetic rays. Alexander Gurwitsch's famous experiments in the 1920's and 1930's, where Gurwitsch then went on to masterful theoretical research on www.keelynet.com /interact/arc_7_98-12_98/00001385.htm   (192 words)

Biophotons and Coherent Systems in Biology, Biophysics and Biotechnology Alexander Gavrilovich Gurwitsch (1874-1954), one of the most outstanding biologists of XX century, was in 1918-1924 a Professor of Histology in Tauric University. Attending in 1920-24 the lectures in Tauric University, Frank was one of the closest Gurwitsch's students and made an important contribution o the biophotonics. The contributions to the 3rd Gurwitsch conference will be published by Kluwer publishing house. www.lifescientists.de /conference/Conference2004.htm   (541 words)

Early Cancer Therapies Were Based on Mitogenic Radiation   (Site not responding. Last check: 2007-10-25) As far back as 1922, the Russian doctor and histologist Alexander Gurwitsch and his wife discovered that living cells separated by quartz glass were able to communicate vital-cell information. Dr. Gurwitsch's mitogenic wave theory encouraged Nikola Tesla to develop a mitogenic impulse-wave therapy capable of curing cancer. Now the pioneering work of Gurwitsch and Frank came to the fore, having been significantly advanced by Dr. Rife's universal microscope and mitogenic wave research. www.altcancer.com /mitogen.htm   (1108 words)

Belousov, Popp and Gurwitsch (1995) Biophotonics: Non-equilibrium and coherent systems in biology, biophysics, and ...   (Site not responding. Last check: 2007-10-25) Belousov, Popp and Gurwitsch (1995) Biophotonics: Non-equilibrium and coherent systems in biology, biophysics, and biotechnology : proceedings of International Conference Dedicated to the 120th birthday of Alexander Gavrilovich Gurwitsch (1874-1954), September, 28 - October, 2, 1994, Moscow, Russia Photobiology; Photon emission; Photonics; Electromagnetism; Congresses; Physiological effect; Gurwitsch, Alexander Gavrilovich To view the the latter's ratings, click on Chapters/Papers/Articles in the STATISTICS box, select a publication from the list that appears, and then click on either Quality or Interest in that publication's STATISTICS box. www.getcited.org /?PUB=100378305&showStat=Ratings   (147 words)

HYPOTHESIS OF THE BIOFIELD The first to introduce the concept of the biofield as the morphogenic factor in embryogenesis was Alexander Girwitsch (1944) Gurwitsch, A.G. The Theory of the Biological Field. Application of the Theory of Biological Field by A. Gurwitsch to the Problem of Consciousness. www.whps.com /misaha/hypot.htm   (3761 words)

21st Century Winter 1998-1999 Highlights Anomalies in the behavior of a pendulum hung from steel balls, observed continuously for weeks, suggest the action of a previously unknown field. Alexander Gurwitsch and the Concept of the Biological Field, Part 2 The ocean’s surface is a vast, nonlinear array of spiral eddies, which defies all attempts at modelling by averaging techniques. www.21stcenturysciencetech.com /highlights/hilt06.html   (139 words)

Current Status of Project LUCAS   (Site not responding. Last check: 2007-10-25) New prototype biodynamic communications facilities and instrumentation are planned, along with the recreation of Dr. Alexander Gurwitsch’s initial experiments conducted in the 1920s on the living cells’ production of invisible radiations of a biodynamic character. All results of experimentation will be published in the www.bibliotecapleyades.net /ciencia/esp_ciencia_projectlucas2.htm   (88 words)

Laser Acupuncture, Part Two: Let There Be Light! Acupuncture Today, August 2002 Biophotons provide the means for near instantaneous communication throughout our bodies, and create an intricate web of energy within all living systems. In 1923, Russian biologist Alexander Gurwitsch first detected this non-thermal, electromagnetic energy. He called it "mitogenetic radiation" to describe its effect of stimulating growth. www.acupuncturetoday.com /archives2002/aug/08rindge.html   (1012 words)

Ben Franklin Books -- Classics in the History of Scientific Hypothesis, Part 2   (Site not responding. Last check: 2007-10-25) Alexander von Humboldt: A Republican Scientist in the Tradition of Franklin,' Timothy Rush, 21st CENTURY back issue, $5.00 (LAR) Alexander G. Gurwitsch and Lydia D. Gurwitsch: ‘Twenty Years of Mitogenetic Radiation: Emergence, Development, and Perspectives,’ 21st CENTURY photocopy, $5.00 (LAR) ‘Alexander Gurwitsch and the Concept of the Biological Field, Parts I and II,’ Michael Lipkind, with an Afterword by Lyndon H. LaRouche, Jr., 21st CENTURY photocopy, $15.00 (LAR) www.benfranklinbooks.com /Scientific_Hypothesis_02.htm   (809 words)

VOLUME 41, NUMBER 6, DECEMBER 1997 A novel marker of early epidermal differentiation: cDNA subtractive cloning starting on a single explant of Xenopus laevis gastrula epidermis by Oleg L. Vasieliev, Sergei A. Lukyanov, Alexander V. Belyavski, Olga V. Kazanskaya, and Andrey G. Zaraisky, 877 by Alexander T. Mikhailov, Vladimir N. Simirskii, Karina S. Aleinikova, and Nikolai A. Gorgolyuk, 883 www.ijdb.ehu.es /9712contents.htm   (362 words)

Salon People | Rupert Sheldrake: The delightful crackpot   (Site not responding. Last check: 2007-10-25) Jason Alexander goes on the "Star Trek" diet; Will Smith gets jiggy for the White House. But if they are all programmed identically, how do they develop so differently?" Sheldrake discovered that around 1920, three biologists -- Hans Spemann, Alexander Gurwitsch and Paul Weiss -- independently proposed that morphogenesis is organized by fields. www.salon.com /people/feature/1999/11/23/sheldrake   (774 words)

21st Century Summer1998 Highlights Only a grand vision for lunar development will move space programs into the future. Alexander Gurwitsch and the Concept of the Biological Field, Part 1 An economist comments on the importance of Gurwitsch’s method for physical economy, in particular, the spread of pandemics like AIDS. www.21stcenturysciencetech.com /highlights/hilt07.html   (184 words)

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