Posts by kasparo
52nd International Conference of SSCHE
Lectures Nováková Nina Spray-dried bioactive microparticles for antimicrobial applications Nguyen Viet Tomáš Integration of microstructured surfaces into microfluidics for dynamic biofilm research Posters Dvořák Vojtěch – Student poster award Spray-dried allicin/-cyclodextrin inclusion complexes for antimicrobial applications Bukač Lukáš Structured Hydrogel Reactors for Continuous Enzymatic Production of Allicin Hanžl Tomáš Fabrication of PDMS…
Read MoreOP JAK PhD conference
Nina and Tomáš participated in the OP JAK (project “Talking microbes”) PhD conference. Talks: Nina Nováková – Engineering bioactive compound delivery via inclusion complexation Viet Tomáš Nguyen – Developing Microfluidic Systems with Integrated Microstructured Surfaces for Biofilm Dynamics
Read MoreCOST – INFORmat
Intelligent Soft Materials via Chemical Feedback Control at Materials Interfaces A new COST Actions collaboration project was approved! The Biomimetic Engineering Lab will be part of the INFORmat (Intelligent Soft Materials via Chemical Feedback Control at Materials Interfaces) network, with Dr. Michael M. Lerch (Rijksuniversiteit Groningen) as the main proposer. We are looking forward to new…
Read MoreRoboSoft 2026
9th IEEE International Conference on Soft Robotics RoboSoft 2026 Kanazawa April 7-11, 2026 Poster: Cell Mechanostimulation Using Phototermal Microactuators Prepared by Stop-Flow Lithography Alina Mamedova1, Jakub Zlatník1, Mario Rothbauer2 , Johannes Heidenberger2, Ivan Řehoř1, Viola Tokárová1* 1University of Chemistry and Technology, Prague, Department of Chemical Engineering, Czech Republic 2Medical University of Vienna, Department of Orthopedics…
Read MoreHot off the press!
New article in IEEE Transactions on NanoBioscience Synthesis of Biodegradable Cell-laden Microgels Assembly by Stop-Flow Lithography Jakub Zlatník, Eliška Pazderková, Alina Mamedova, Jindřich Kropáček, Mario Rothbauer*, Zdeněk Slouka, Ondřej Kašpar, Viola Tokárová, Ivan Řehoř Department of Chemical Engineering, University of Chemistry and Technology Prague, Technická 5, Prague, 166 28, Czech Republic *Department of Orthopedics and…
Read MoreVisit from Simon Fraser University
We had a wonderful time hosting Assistant Professors Mohammadreza Karamad and Sami Khan at UCT Prague. Thank you so much for the engaging talks and meaningful discussions! We’re excited about the future collaborations between Canada and the Czech Republic, and we can’t wait to see what we can achieve together! S. Khan, M. Karamad,…
Read MoreSVK 2025
Many thanks to everyone who participated in this year’s Student Scientific Conference 2025 and to Tomáš and Nina for their supervision! Alex Vrabec – Příprava a charakterizace teplotně-responsivních mikrorobotů pro studium mechanostimulace Bc. Filip Kříž – Vývoj mikrofluidní platformy pro studium bakteriálního biofilmu Bc. Romana Hupková – Design and development of microfluidic devices for tuberculosis…
Read MoreIDCAC 2025
We are pleased to announce that Nina Nováková served as Chairman and Proceedings editor for the organization of The Second International Doctoral Conference on Advances in Chemistry (Nov 7 – 8, 2025). Nina also presented her current research – Garlic-Derived Allicin in Biofilm Disruption: Comparative Delivery Approaches (page 37 in Book of Abstract). More…
Read MoreμTAS 2025
The 29th International Conference on Miniaturized Systems for Chemistry and Life Sciences – Micro-Total Analysis Systems (µTAS 2025) E010.M PHOTOTHERMAL SOFT MICROACTUATORS FOR MECHANOSTIMULATION OF ANTERIOR CRUCIATE LIGAMENT Alina Mamedova1, Jakub Zlatník1, Johannes Heidenberger2, Mario Rothbauer2, Ivan Rehor1, and Viola Tokárová1 1University of Chemistry and Technology, CZECH REPUBLIC 2Medical University of Vienna, AUSTRIA Tokarova-poster E014.T…
Read MoreCHISA 2025
72. konference chemického a procesního inženýrství CHISA 2025 Poster Mamedova Alina Laserem ovládané hydrogelové mikroaktuátory jako nové nástroje pro buněčnou biologii Přednášky Nováková Nina Cílené narušení biofilmů prostřednictvím allicinu: srovnání volného a mikročásticemi řízeného přístupu Nguyen Viet Tomáš Mikrofluidní platforma pro studium růstu a rezistence bakteriálních biofilmů Kašpar Ondřej Inhalovatelné částice vhodné pro plicní doručování…
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