| Blume Ya.B., Grodzinsky D.Ì. | Chornobyl thirty years later: evaluation of the consequence by biologists and medics Experience of thyroid gland status screening in postchernobyl period | 3-7 |
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| Drozd V.M., Lushchyk M.L., Danilova L.I., Okulevich N.M., Shimanskaya I.G., Mitiukova T.A., Shiglik N., Branovan I. | Experience of thyroid gland status screening in postchernobyl period | 8-14 |
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| Tronko N.D., Pushkarev V.M. | 30 years of the Chernobyl accident. Molecular genetic mechanisms of carcinogenesis of thyroid gland | 15-22 |
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| Drozd V.M., Branovan I., Shiglik N., Lushchyk M.L., Platonova T.Y., Pashkevich V.I., Kudelsky A.V., Shimanskaya I., Danilova L.I., Biko J., Reiners C. | Influence of nitrate in drinking water on the prevalence of thyroid cancer and other diseases (literature review and experience in post-chernobyl period in Belarus) | 23-28 |
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| Branovan I., Fridman M., Lushchyk M., Drozd V., Krasko O., Nedzvedz O., Shiglik N., Danilova L. | Morphological evaluation of the effectiveness of bipolar radiofrequency ablation for thyroid nodules | 29-33 |
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| Boubriak I., Akimkina T., Polischuk V., Dmitriev A., Mccready S., Grodzinsky D. | Long term effects of chernobyl contamination on dna repair function and plant resistance to biotic and abiotic stress factors | 34-59 |
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| Danchenko M., Klubicova Ê., Krivohizha Ì.V., Berezhna V.V., Sakada V.I., Hajduch Ì., Rashydov N.M. | Systems biology is an efficient tool for investigation of low-dose chronic irradiation influence on plants in the Chernobyl zone | 60-79 |
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| Yemets A.I., Blume R.Ya., Sorochinsky B.V. | Adaptation of the gymnosperms to the conditions of irradiation in Chornobyl zone: from morphological anomalies to the molecular genetic consequences | 80-86 |
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