📻Spring is here, and nanoflowers are blooming… on the air! 🌸 I joined Cezary Łasiczka on TOK FM's "OFF Czarek" to discuss the incredible potential of nanoflowers. We covered everything from their structure to their role in targeted drug delivery and the future of medicine. Check out the full interview to learn more!https://audycje.tokfm.pl/podcast/190871,Czym-sa-nanokwiaty
Information about our project, "Local antibiotic delivery systems for the treatment of bone and bone marrow infections," was published today on the University of Warsaw’s Faculty of Chemistry website. The project is funded by the MNiSW "Science for Society II" program (no. NdS-II/SP/0335/2023/01). Special thanks to Olga Święch for her contribution to the research on organic-inorganic nanoflower-structured drug carriers.
Link to the article: https://www.chem.uw.edu.pl/2026/03/04/hybrydowe-nanostruktury-znbsa-do-kontrolowanego-uwalniania-ciprofloksacyny-w-terapii-zakazen-kosci/
"Polish scientists have developed microscopic 'nanoflowers' that allow antibiotics to be delivered directly to the infected bone. This makes the drug faster, more effective, and less toxic. It could be a breakthrough in treating osteomyelitis – a dangerous bone and bone marrow disease that can lead to bone necrosis and growth disorders in children". This is how the Polish Press Agency (PAP) described our work on the "Science in Poland" portal. Read the full article here:
In our paper “Development of Biocompatible Ciprofloxacin-Loaded Zinc–Bovine Serum Albumin Nanoflowers as Nontoxic Platform for Local Drug Delivery,” recently published in Nanotechnology, Science and Applications, Taylor & Francis Group we present biocompatible nanoflowers designed for localized antibiotic delivery. In vitro and in vivo studies confirmed the platform's safety and effectiveness in reducing the toxicity of ciprofloxacin, demonstrating its potential for therapeutic applications. Full article here: https://doi.org/10.2147/NSA.S574498
Beyond the fading autumn light, a hidden garden of scientific wonder blossoms at the nanoscale. Nanoflowers are not only visually pleasing, but thanks to their large surface area and unique physicochemical properties, they are used in catalysis, sensors, medicine, energy, and environmental cleanup.
Below are SEM images of nanoflowers composed of copper phosphate and laccase; manganese phosphate and laccase; zinc phosphate and glucose oxidase, and copper phosphate and urease.
The 16th International Conference on Surfaces, Coatings and Nanostructured Materials, held in Naples, Italy, from July 6–10, 2025, was a valuable opportunity to present my research funded by the Ministry of Science and Higher Education. I gave a talk titled "Hybrid Nanoflowers for Local Antibiotic Delivery," where I presented recent results from the project NdS-II/SP/0335/2023/01
