Master’s theses completed in the Laboratory of Tissue Engineering and Regenerative Medicine (Author, title of the thesis, date of obtaining the M.A. title/master’s thesis defense):

1. Aleksandra Karwat, M.A. „The effect of doxorubicin on the activity of adipose-derived stem cells and dermal fibroblasts” 07.07.2023 (grant OPUS, ST research GUMed, direct supervisor Aneta Skoniecka, Ph.D., supervisor Prof. Michał Pikuła)

2. Aleksandra Wyszczelska, M.A. „The effect of conditioned media optained from adipose-derived stem cell culture on the pro-regenerative activity of skin cells treated with doxorubicin” 07.07.2023, Faculty of Pharmacy MUG (grant OPUS, direct supervisor Milena Deptuła, Ph.D., supervisor Prof. Michał Pikuła)

3. Jolanta Czerwonka, M.A. “Effect of neoadjuvant therapy on the activity of in vitro cultured human dermal fibroblasts”, 26.09.2022, Faculty of Pharmacy MUG ( grant NCN OPUS, supervisor Prof. Michał Pikuła)

4. Małgorzata Łabich, M.A. “Immunophenotype analysis of in vitro cultured human adipose-derived stem cells”, 04.07.2022, Wydz. Farm. GUMed (grant NCN OPUS, supervisor Prof. Michał Pikuła, thesis distinguished)

5. Paweł Domżalski, M.A. „The analysis of the influence of peptide derivatives of transforming growth factor beta on the activity of human skin cells”, 06.09.2021, Faculty of Pharmacy MUG (grant NCBR, Bionanova, supervisor Prof. Michał Pikuła)

6. Karolina Wojciechowicz, M.A. „The effects of human adipose-derived stem cells on dermal fibroblasts under in vitro culture conditions”, Faculty of Pharmacy MUG, 05.07.2021, thesis distinguished (grant NCN Opus, supervisor Prof. Michał Pikuła)

7. Patrycja Gzowska, M.A. „The effect of peptide derivatives of bone morphogenetic protein (BMP) on human adipose-drived stem cells”, 11.09.2020, Wydz. Farm. GUMed (grant NCBR, Bionanova, supervisor Prof. Michał Pikuła)

8. Karolina Mosakowska, M.A. „The effect of selected peptide fibrils on human adipose-derived stem cells”, Faculty of Pharmacy MUG, 12.07.2018 (finansowanie grant NCBR, Regennova, supervisor Dr. Habil. Michał Pikuła)

9. Klaudia Chmielewska, M.A. „The influence of peptide fibrils containing the GHK sequence on the activity of human skin cells”, Intercollegiate Faculty of Biotechnology UG & MUG, 09.07.2018 (grant NCBR, Regennova, supervisor Dr. habil. Michał Pikuła)