Cover image for Radiation risk estimates in normal and emergency situations
Title:
Radiation risk estimates in normal and emergency situations
Series:
NATO security through science series. 9

NATO security through science series. ; 9
Publication Information:
Dordrecht, The Netherlands : Springer in cooperation with NATO Public Diplomacy Division, 2006
ISBN:
9781402049545
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30000010138477 TK9152 N37 2006 Open Access Book Proceedings, Conference, Workshop etc.
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Summary

Summary

In September 2005, Yerevan (Armenia) hosted an International Conference dedicated to the 70th anniversary of the publication of the so called "green paper", published by N.W. Timofeeff-Ressovsky, K. Zimmer and M. Delbruck in 1935, entitled "On the origin of gene mutations and gene structure". The importance of this paper for genetics and radiobiology was enormous - not only for radiobiology, but for genetics in general. The "target" of the radiation action was indeed the "gene", that for the first time found a clear, operational definition. The organisers of this Conference proposed to convene scientists from all over the world to discuss the impact of radiation risk estimates in normal and emergency situations. This was the starting point of the NATO Advanced Research Workshop, whose proceedings are published in this book. The parallel development of the Conference and the Workshop resulted in a true synergism, both events taking advantage of the mixed environment of molecular biologists, genetists, radiobiologists, radioecologists, biophysicists, etc. gathered in Yerevan. We were delighted to include a few excellent papers dealing directly with Timofeeff-Ressovsky's life, and the "green pamphlet". The life and scientific achievements of Timofeeff-Ressovsky are often not well known in western countries, hence we deemed it advisable to include those papers in this book.


Table of Contents

V. BabkoffS.G. Inge-VechtomovI. Molchanova and E. Karavaeva and A. TrapeznikovG.V. GuegamianA.A. CignaD. Gudkov and N. Shevtsova and O. Dzyubenko and M. Kuzmenko and A. NazarovS.A. Geras'Kin and V.G. Dikarev and A.A. Oudalova and D.V. Vasiliev and T.A. Baykova and N.S. DikarevaV.L. Korogodina and V.P. Bamblevsky and B.V. Florko V.I. KorogodinO.A. Kovalova and T.T. GlazkoI.N. GudkovV.I. GlazkoR. AroutiounianI.A. Zamulaeva and L.S. Mkrtchyan and L.I. Krikunova and S.G. Smirnova and N.V. Orlova and A.S. SaenkoV. Ivanov and A. TsybT. ImanakaR.M. AlexakhinC. Seymour and C. MothersillY. Kutlakhmedov and V. Korogodin and V. Rodina S. PchelovskyaM. Chebotina and O. NicolinC. Mothersill and C. SeymourI. PopovV.A. ShevchenkoJ. KieferM. DuranteD.C. Lloyd and A.A. Edwards and M. SzluińskaA.A. CignaJ.W. DrakeK. Mcmanus and C.A. Scannell and S. Rutherford and C.C. CareyO. Smirnova and M. YonezawaI.B. Mosse and I.V. Glushkova and I.P. Anoshenko and V. AksyutiktI. MaticA.R. Leitch and K.Y. Lim and K. Skalicka and A. KovarikD. Kretov and N. Koltovaya and K. KholmurodovJ.R. Battista and M.M. Cox
Prefacep. xi
Biography of Vladimir Andreevich Shevchenkop. xiii
Biography of Vladimir Ivanovich Korogodinp. xvii
Part 1 Nikolay Wladimirovitch Timoféeff-Ressovsky: the man and the scientist. (1900-1981)p. 1
Timoféef-Ressovsky: A Short Account of His Lifep. 3
From the Mutation Theory to the Theory of the Mutation Processp. 15
N.V. Timofeeff-Ressovsky's Views as the Basis of Radioecological Studiesp. 27
Living Matter and Biospherologyp. 35
Part 2 Nuclear accidents and weaponsp. 47
Radioecological Assessment of the Chnpp Accident in the Western Europe and Adjacent Area, with Special Reference to the Modern Problems of Radioecology in the Mediterraneanp. 49
Dose Rates and Effects of Chronic Environmental Radiation on Hydrobionts within the Chernobyl Exclusion Zonep. 69
Effects of Contaminant Exposure on Plantsp. 77
Variability and Viability of Seed Plant Populations Around the Nuclear Power Plantp. 85
Radiosensitivity of Chromosome Apparatus of Voles From Alienation Zone of Chernobly's Accidentp. 95
Strategy of Biological Radiation Protection of Biota at the Radionuclide Contaminated Territoriesp. 101
Population-Genetic Consequences of the Ecological Catastrophe (Chernobyl's Example)p. 109
Principles and Results of Genetic Monitoring of Chemical Mutagens and Radiation Effects in Armeniap. 127
Estimation of Somatic Gene Mutagenesis in Patients with Benign Tumors Living in Radiation Contaminated Regions with Different 137 Cesium Densityp. 137
Radiological Health Effects 20 Years After the Chernobyl Accident: Data of the National Radiation and Epidemiological Registryp. 143
Casualties and Radiation Dosimetry of the Atomic Bombings on Hiroshima and Nagasakip. 149
Part 3 Radiation effects: the environmentp. 157
Radioecology: History and State-of-the-Art at the Beginning of the 21st Centuryp. 159
Low Does Radiation Effects in the Environment: is the Fear or the Science Irrational?p. 169
Radiocapacity: Characteristic of Stability and Reliability of Biota in Ecosystemsp. 175
Tritium in Water Systems of Ural Regionp. 187
The Problem of Multiple Stressors Including Low Doses of Radiation in the Environmentp. 197
Part 4 Radiation effects: humansp. 209
Directed Evolution of Mankind and Biospherep. 211
Assessment of Radiation Genetic Risk in Manp. 219
Targets, Hits and Tracksp. 229
Radiation Cytogenetics: the Color Revolutionp. 243
The Minimum Detectable Dose by Biodosimetry in a Radiation Overexposurep. 253
A Simple Method for the Evaluation of Side Doses in Radiotherapyp. 259
Part 5 Mutationsp. 269
Mutation and Dna Repair: From the Green Pamphlet to 2005p. 271
Canalization and Evolvability: Tempering the Effects of Mutation in a Changing Environmentp. 283
Effects of Chronic Low-Level Irradiation on Radiosensitivity of Mammals: Modeling and Experimental Studiesp. 291
Prolonged Environmental Stress Induces Mutations and provides Nonspecific Adaptation of Drosophila Populationsp. 301
Modulation of Mutation Rates and Adaptation of Bacteriap. 309
Nuclear Cytoplasmic Interaction Hypothesis and the Role of Translocations in Nicotiana Allopolyploidsp. 319
Molecular Dynamics Study of Radiosensitive Mutant Allele of Protein Kinase ycdc28-srm [G20S] Using hcdk2 as Modelp. 327
Genome Reconstitution in the Extremely Radiation Resistant Bacterium Deinococcus Radioduransp. 341
List of Authorsp. 361