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Search results for: POCHODNE TIOFENOLU
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Pochodne akrydyny/akrydonu Synthesis and biological examination new functionalized of acridine/acridone derivatived as potential anticancer compounds with a special attention of melanoma and neuroblastoma
ProjectsProject realized in Department of Organic Chemistry according to UMO-2014/13/B/NZ7/02234 agreement from 2015-01-28
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Derivatives of aromatic polyene macrolides of improved selective toxicity
ProjectsProject realized in Department of Pharmaceutical Technology and Biochemistry according to UMO-2016/23/B/NZ7/01223 agreement from 2017-07-04
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- Borophene and its derivatives for energy harvesting – design of fabrication processes
ProjectsProject realized in Faculty of Chemical Technology and Engineering according to 2021/41/B/ST5/03279 agreement from 2022-02-03
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- Borophene and its derivatives for energy harvesting – design of fabrication processes
ProjectsProject realized in Faculty of Chemical Technology and Engineering according to 2021/41/B/ST5/03279 agreement from 2022-02-03
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Wyznaczenie wpływu bisfenolu A (i jego analogów) na toksyczność (potencjał endokrynny) wybranych leków
ProjectsProject realized in Department of Analytical Chemistry according to DEC-2017/01/X/ST4/00474 agreement from 2017-09-27
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ARGENTUM DNA topoisomerase inhibitors with acridine and acridone scaffold as a novel antifungal agents
ProjectsProject realized in Department of Pharmaceutical Technology and Biochemistry according to DEC-24/2020/IDUB/I.3.3 agreement from 2020-11-17
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Studies on generation conditions and identification of reactive intermediates from model antitumor acridinone derivatives.
ProjectsProject realized in Department of Pharmaceutical Technology and Biochemistry according to UMO-2012/07/D/NZ/03395 agreement from 2013-07-02
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Radiosensitizing derivatives of pyrimidine or purine nucleobases: Mass spectrometry and quantum chemical studies on low-energy electron interactions in gas phase, water clusters and solutions
ProjectsProject realized in Department of Organic Chemistry according to UMO-2020/02/Y/ST4/00110 agreement from 2021-07-12
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Wpływ nadekspresji izoenzymów P450 oraz UGT na odpowiedź komórkową indukowaną przez przeciwnowotworowe pochodne akrydonu. Rola podwyższonego stężenia metabolitów w komórce czy udział receptorów jądrowych PXR i CAR w tych procesach?
ProjectsProject realized in Faculty of Chemistry according to UMO-2013/09/B/NZ3/00003 agreement from 2014-03-11