Radiobiology and Radiation Hormesis – by Charles L. Sanders...

Sep 11, 2017 by

http://www.springer.com/us/book/9783319563718#otherversion=9783319563725 This book presents new information on radiobiology that more clearly refutes the linear no-threshold (LNT) assumption and supports radiation hormesis. Fresh light is cast on the mechanisms of radiation hormesis and the potential benefits of low-dose ionizing radiation in preventing and treating a wide variety of inflammatory and proliferative...

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Preserving the Anti-Scientific Linear No-Threshold Myth: Authority, Agnosticism, Transparency, and the Standard of Care...

Sep 5, 2017 by

http://journals.sagepub.com/doi/full/10.1177/1559325817717839   Abstract The linear no-threshold (LNT) assumption is over 70 years old and holds that all ionizing radiation exposure leaves cumulative effects, all of which are harmful regardless of how low the dose or dose rate is. The claimed harm centers on the risk of future radiogenic cancer. This has been shown countless times to be fallacious, and hundreds of scientific studies—both experimental and observational/epidemiological—demonstrate that at low enough doses and dose rates, ionizing radiation stimulates an evolved adaptive response and therefore is beneficial to health, lowering rather than raising the risk of cancer. Yet the myth of uncorrected lifetime cumulative risk still pervades the field of radiation science and underlies the policies of virtually all regulatory agencies around the world. This article explores some of the motivations behind, and methods used to assure, the...

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Effects of Localized X-Ray Irradiation on Peripheral Nerve Regeneration in Transected Sciatic Nerve in Rats...

Aug 16, 2017 by

http://www.rrjournal.org/doi/10.1667/RR14799.1?code=rrs-site Exciting research!...

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Flaws in the LNT single-hit model for cancer risk: An historical assessment...

Jul 27, 2017 by

Calabrese-2017_Flaws LNT single-hit historical...

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INCEPTION OF STANDARDS FOR INTERNAL EMITTERS, RADON AND RADIUM – Evans’ 1981 HPS Lecture...

Jul 27, 2017 by

Evans-1981_Inception standards internal emitters, radon...

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Safety and Panic at Grenfell and FukushimaLessons for Radiation Safety Regulation in the UK post Euratom...

Jul 27, 2017 by

Safety and Panic at Grenfell and FukushimaLessons for Radiation Safety Regulation in the UK post...

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Threshold model of radiogenic cancer...

Jul 21, 2017 by

NEI-2017Jul18_A failed ontology_LNT model of radiogenic cancer The linear no-threshold model of radiogenic cancer is false. Because it fails empirically against superior empiricism, it becomes misinformation and opinion, not knowledge, but it is still advocated because it lends contentment to believers. We can no longer tolerate the universal application of LNT misinformation when, as people of science, we are about helping, not harming, humanity. By Charles W. Pennington and Jeffry A....

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Radiation hormesis: the link to nanomolar hydrogen peroxide...

Jul 18, 2017 by

dc-low-dose-Sies-Fei-signaling-paper-published-17fSies-Feinendegen-2017_Rad hormesis link to nanomolecular H2O2...

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Preserving the Anti-Scientific LinearNo-Threshold Myth: Authority, Agnosticism,Transparency, and the Standard of Care...

Jul 14, 2017 by

Sacks Siegel Preserving LNT final The linear no-threshold (LNT) assumption is over 70 years old and holds that all ionizing radiation exposure leaves cumulative effects, all of which are harmful regardless of how low the dose or dose rate...

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CONTRIBUTIONS FROM WOMEN TO THE RADIATION SCIENCES: A BRIEF HISTORY...

Jun 15, 2017 by

Contributions_from_Women_to_the_Radiation Abstract—Contributions from men to radiation science are well known, particularly the early contributions from such luminaries as William Roentgen, James Chadwick, Niels Bohr, Robert Oppenheimer, and the like. Although not ignored per se, beyond Marie Curie and Lise Meitner, the contributions of female nuclear scientists are not as widely recognized. This paper provides a concise historical summary of contributions to radiation science from the discovery of radiation through the current status of international leadershipwithin the radiation protection community. Beyond lead scientists and academics, this paper also considers support personnel aswell as the rolewomen have played in the advancement of radiation epidemiology....

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