№ | Author | Topic | Area | Year of defense | Scientific advisor |
1 | Lyudmyla Karpenko | Morphofunctional changes of the endometrium in workers of industrial enterprises with dysfunctional uterine bleeding | Pathology | 2002 | A. Romaniuk |
2 | Hanna Budko | Morphological features of bone regeneration in conditions of hypoxia and exposure to general irradiation and heavy metals salts | Anatomy | 2005 | A. Romaniuk |
3 | Gortynska Olena | Morphofunctional changes in skeletal bones under conditions of hypoxia and exposure to radiation and salts of heavy metals | Anatomy | 2005 | A. Romaniuk |
4 | Olha Moiseenko | Morphofunctional changes and readaptation transformations of skeletal bones during thermal damage under the influence of heavy metal salts on the body at different ages | Anatomy | 2006 | A. Romaniuk |
5 | Oleksandr Kravets | Morphological and readaptational changes in the pancreas under the influence of heavy metals salts | Anatomy | 2009 | A. Romaniuk |
6 | Roman Moskalenko | Morphofunctional changes of the thyroid gland under the microelementosis | Anatomy | 2010 | A. Romaniuk |
7 | Valerii Kravets | Peculiarities of morphological and readaptational changes in the small intestine under the conditions of technogenic microelementosis | Anatomy | 2011 | A. Romaniuk |
8 | Nataliia Hryntsova | Morphological and cytochemical changes in the brain tissues of rats under the influence of heavy metal salts | Anatomy | 2012 | A. Romaniuk |
9 | Yevhen Kuzenko | Morphological changes in tooth enamel under the influence of heavy metal salts | Anatomy | 2012 | A. Romaniuk |
10 | Serhiy Sauliak | Morphological features of rat testes in the conditions of microelementosis | Anatomy | 2013 | A. Romaniuk |
11 | Yuliya Moskalenko | Morphological changes of testes at the early postnatal ontogenesis under the influence of heavy metal salts | Anatomy | 2014 | A. Romaniuk |
12 | Artem Shkryoba | Age features of the prostate gland under the influence of heavy metal salts | Anatomy | 2015 | A. Romaniuk |
13 | Mykola Lyndin | Morphogenesis of infiltrative ductal breast cancer in conditions of environmental pollution by heavy metal salts | Pathology | 2015 | A. Romaniuk |
14 | Korobchanska Anna | Peculiarities of morphogenesis of the mandible and incisor under the exposure to heavy metal salts | Anatomy | 2015 | A. Romaniuk |
15 | Andriy Rieznik | Morphological features of papillary thyroid cancer with biomineralization | Pathology | 2016 | A. Romaniuk |
16 | Yevhen Kuzenko (DM thesis) | Peculiarities of pathogenesis and morphogenesis of inflammatory periodontal diseases | Pathology | 2017 | A. Romaniuk |
17 | Roman Moskalenko (DM thesis) | Pathomorphological features of soft tissue biomineralization | Pathology | 2018 | A. Romaniuk |
18 | Nataliia Hyryavenko | Pathomorphological features of primary cancer of fallopian tubes | Pathology | 2018 | A. Romaniuk |
19 | Vladyslav Sikora | “Morphological changes in the urinary bladder under the influence of heavy metals salts | Pathology | 2019 | A. Romaniuk |
20 | Yuliya Lyndina | Morphological features of bone marrow under the influence of heavy metal salts | Anatomy | 2020 | A. Romaniuk |
21 | Artem Piddubnyi | Pathomorphological characteristic of prostate cancer biomineralization | Pathology | 2020 | R. Moskalenko |
22 | Olena Hudymenko | Morphofunctional justification of low invasive metalloosteosynthesis of lower jaw fractures | Dentistry | 2021 | Ye. Kuzenko |
