Aleksandra Kravets
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|1976– 1979||Post Graduate Student National F | |1976– 1979||Post Graduate Student National F | ||
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| + | ==Major achievements:== | ||
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| + | * Development of the original three-module Ecological Model for Assessment of Radiological Consequences of agriculture land with different soil type radionuclide (<sup>137</sup>Cs and <sup>90</sup>Sr) contamination. | ||
| + | * Injection dose from <sup>137</sup>Cs and <sup>90</sup>Sr for different age members of Ukrainian population retrospective reconstruction and forecast; | ||
| + | * Currently participate in epidemiological assessments of Chernobyl accident consequences. | ||
| + | * Demonstrated plant root excretion ability to destroy “hot” particle and influence to pollutant mobility in soil; | ||
| + | * Explored mechanisms for plant biomass potential of radionuclide accumulation | ||
| + | * Developed new concept of biotic optimization of radionuclide involved in plant-soill. system | ||
Revision as of 17:00, 3 December 2015
a.k.a. Oleksandra P. Kravets
D.Sc in Radiobiology,
Principal investigator
kaplibra
gmail.com
Contents |
Professional background
Alexandra P. Kravets holds a D.Sc in Radiobiology and has 25 years of scientific research experience within radiobiology, Department of Radiobiology in Institute of Cell Biology and Genetic Engineering of the National Academy of Science of Ukraine. Scientific experience includes 30 years of research in areas of Biological System Analysis, Radiobiology and Radioecology. Alexandra P. Kravets has published more than 250 papers in reviewed journals and 5 monographs in the area of plant’ morphogenesis, radioecology, radiobiology, system analysis of biological processes, and problem of Chernobyl Accident. Her experience in higher education includes 19 years of teaching in T.Shevchenko Kiev National University (biogeochemistry of radionuclides, computation and mathematic methods of radiobiology) and Kiev Institute ofManagement and Information Technology (radioecology, radiobiology, modeling and prognosis in ecology).
Education
- D.SC. IN RADIOBIOLOGY, 2001, T.Shevchenko Kiev National University
- PH.D. IN PLANT PHYSIOLOGY, 1981, Institute of Plant Physiology, Kiev
- M.S. IN BIOPHYSICS (HONORED DIPLOMA), 1975, T.Shevchenko Kiev National University
Employment – professional appointments
| 2003 – present | The Principal investigator of the Institute of Cell Biology and Genetic Engineering of the National Academy of Science of Ukraine. |
| 1991– 2003 | Senior Researcher in Department of Biophysics and Radiobiology of Institute Cell biology and Genetic Engineering |
| 1991– 1995 | Senior Researcher in the company "Ecology-Medicine" |
| 1986– 1991 | Researcher in Department of Radiobiology of Institute of Botany National Academy of Sciences of the Ukraine |
| 1981– 1986 | Junior Researcher in Department of Radiobiology, Institute of Plant Physiology |
| 1976– 1979 | Post Graduate Student National F |
Major achievements:
- Development of the original three-module Ecological Model for Assessment of Radiological Consequences of agriculture land with different soil type radionuclide (137Cs and 90Sr) contamination.
- Injection dose from 137Cs and 90Sr for different age members of Ukrainian population retrospective reconstruction and forecast;
- Currently participate in epidemiological assessments of Chernobyl accident consequences.
- Demonstrated plant root excretion ability to destroy “hot” particle and influence to pollutant mobility in soil;
- Explored mechanisms for plant biomass potential of radionuclide accumulation
- Developed new concept of biotic optimization of radionuclide involved in plant-soill. system
