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Catalog
- Publications 472 available results
- People 47 available results
- Inventions 5 available results
- Projects 17 available results
- Laboratories 1 available results
- Research Teams 8 available results
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- e-Learning Courses 28 available results
- Events 8 available results
- Open Research Data 56 available results
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Search results for: REGULACJA AKTYWNOŚCI ENZYMU
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Allosteric regulation of cathepsins and procathepsins enzymatic activity by glycosaminoglycans and their mimetics
ProjectsProject realized in Department of Physical Chemistry according to UMO-2023/48/C/ST4/00163 agreement from 2023-12-01
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brak brak
ProjectsProject realized in Faculty of Chemistry according to Ventures/2010-5/2 agreement
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Synteza i badania aktywności biologicznej nowych analogów kwasu mykofenolowego
ProjectsProject realized in Faculty of Chemistry according to LIDER/07/58/L-2/10/NCBiR/2011 agreement from 2011-07-28
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Identyfikacja, oczyszczanie i badanie właściwości bakteriocyn o aktywności gronkowcobójczej
ProjectsProject realized in Department of Pharmaceutical Technology and Biochemistry from 2014-09-08
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The role of solvation water in the shaping of activity of antifreeze proteins.
ProjectsProject realized in Department of Physical Chemistry according to UMO-2017/27/N/ST4/02519 agreement from 2018-07-31
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Novel chimeric recombinant antigens of Toxoplasma gondii - an estimation of immunogenic and protective activity recombinant chimeric antigens
ProjectsProject realized in Faculty of Chemistry according to UMO-2015/17/B/NZ6/03480 agreement from 2016-04-20
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HFO-MEMO Recording and modulation of high frequency neurophysiological activities underlying encoding and recall of human memory.
ProjectsProject realized in Department of Multimedia Systems
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BS 154 brak
ProjectsProject realized in Faculty of Chemistry from 2014-06-30
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Study of immunogenic and immunoprotective activity of DNA vaccines encoding multiantigenic chimeric and fusion proteins of Toxoplasma gondii
ProjectsProject realized in Department of Microbiology according to UMO-2018/31/D/NZ6/02839 agreement from 2019-07-01
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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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Projektowanie synteza oraz badanie aktywności biologicznej nowych inhibitorów Sulfatazy Steroidowej (STS) na bazie związków fosforoorganicznych
ProjectsProject realized in Faculty of Chemistry according to UMO-2011/03/D/NZ7/03985 agreement from 2012-08-06
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PRELUDIUM Properties of dynamical systems used in mathematical modelling of neurons activity and electrical circuits
ProjectsProject realized in Institute of Mathematics PAS according to UMO-2011/01/N/ST1/02698 agreement from 2011-12-09
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Design, synthesis and biological evaluation of the new steroid sulfatase (STS) inhibitors based on sulfamate analogs containing C-F bonds
ProjectsProject realized in Department of Organic Chemistry according to UMO-2015/19/N/NZ7/00938 agreement from 2016-07-22
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Spinels in the Cu-Mn-(Fe, Ni, Zn, Cr)-O system: synthesis, studies of structure, physicochemical properties, and operando electrocatalytic activity
ProjectsProject realized in Katedra Inżynierii Materiałów Funkcjonalnych WETI according to UMO-2022/45/N/ST5/03627 agreement from 2023-01-17
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Projektowanie, synteza oraz badanie aktywności biologicznej nowych amidosiarczanowych inhibitorów sulfatazy steroidowej zawierających w swojej konstytucji ugrupowania fosforowe lub wiązania C-F
ProjectsProject realized in Department of Organic Chemistry according to UMO-2017/24/T/NZ7/00271 agreement from 2017-09-18
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Biological response induced by high antitumor active unsymmetrical bisacridines against human colon and lung cancers and improved by nanoparticles drug delivery.
ProjectsProject realized in Department of Pharmaceutical Technology and Biochemistry according to UMO-2016/23/B/NZ7/03324 agreement from 2017-10-02
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BisMolMechZM2020 Specific interactions of new antitumor unsymmetrical bisacridines, UAs, with DNA and ABC proteins and their potential to modulate the enzymatic activity and trancription of nuclear receptor as the elements of their molecular mechanism of action.
ProjectsProject realized in Department of Pharmaceutical Technology and Biochemistry according to UMO-2019/33/B/NZ7/02534 agreement from 2020-04-02