Ostatní

• 2022

  ŠURÁŇOVÁ, M.; ZÁBRANSKÁ, M.; KOLÍNKOVÁ, V.; MUCHOVÁ, N.; JŮZOVÁ, V.; CHMELÍK, R.; VESELÝ, P. Advanced Microscopical Non-Invasive Examination of the Supposed Migrastatics for Impact on In Vitro Cell Migration. 5th European Conference of Oncology Pharmacy: European Conference of Oncology Pharmacy, 2022. p. 14-14.
  

  ŠURÁŇOVÁ, M.; ZÁBRANSKÁ, M.; KOLÍNKOVÁ, V.; MUCHOVÁ, N.; JŮZOVÁ, V.; CHMELÍK, R.; VESELÝ, P. Non-Invasive Imaging Method for Evaluating Effect of Migrastatics on Tumor Cells In Vitro Based on Coherence - Controlled Holographic Microscopy. 16th Multinational Congress on Microscopy, 04–09 September 2022, Brno, Czech Republic, 16MCM, BOOK ABSTRACT. Czechoslovak Microscopy Society: 16th Multinational Congress on Microscopy. Czechoslovak Microscopy Society, 2022. p. 532-533. ISBN: 978-80-11-02253-2.
  

  ŠURÁŇOVÁ, M.; BRÁBEK, J.; ŠTENGLOVÁ NETÍKOVÁ, I.; CHMELÍK, R.; VESELÝ, P. Rapid In Vitro Screening Test of Tumour Cells Migratory Reactions to Potential Migrastatics. XXV. BIOLOGICKÉ DNY- Od nádorové biologie po precizní onkologii. Česko-Slovenská biologická společnost, z.s. 2022. Česko-Slovenská biologická společnost, z.s.: XXV. BIOLOGICKÉ DNY- Od nádorové biologie po precizní onkologii., 2022. p. 1-2.
  

  HORÁK, T.; ŠURÁŇOVÁ, M.; ZICHA, D.; ŠTENGLOVÁ NETÍKOVÁ, I.; JŮZOVÁ, V.; CHMELÍK, R.; VESELÝ, P. Identification of Tumor Cells Behavior Changes by Holographic Incoherent-light-source Quantitative Phase Imaging Focuses on Migrastatics. 2022. 1 p.
  

  HORÁK, T.; ŠURÁŇOVÁ, M.; ŠTENGLOVÁ NETÍKOVÁ, I.; ZICHA, D.; JŮZOVÁ, V.; CHMELÍK, R.; VESELÝ, P. Identification of Tumor Cells Behavior Changes by Holographic Incoherent-light-source Quantitative Phase Imaging Focuses on Migrastatics. 16th Multinational Congress on Microscopy, 04–09 September 2022, Brno, Czech Republic, 16MCM, BOOK ABSTRACT.: Czechoslovak Microscopy Society: 16th Multinational Congress on Microscopy., 2022.
  

• 2021

  ŠURÁŇOVÁ, M.; ČERNÁ, E.; KRAJŇÁK, T.; VOJTOVÁ, L.; ŠAMOŘIL, T.; VESELÝ, P.; CHMELÍK, R.; ZICHA, D. Exploration of the potential for nanostructured hydrogel surface in prevention of cell upregulating cytoskeletal structures and loosing transparency. Journal of Physical Chemistry & Biophysics, ISSN 2155-9570, 2021. p. 50-51.
  

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