PhD-level Tissue Engineer, science communicator, aspiring analyst developer. Experienced in pluripotent stem cells (iPSC), 2D/3D cell culture, organoids, in vitro cardiovascular biology and organ-on-a-chip applications. Passionate about alternatives to animal models following the 3R principle, and science communication to non-experts and general audience. Nowadays taking on new challenges as an analyst developer in the fintech industry, while keeping close ties with the scientific community and the exciting advancements in organoids and NAMs.

Scientist specialized in 3D biology with hands-on experience in high-throughput screening using physiologically relevant models. During my PhD, I focused on developing and optimizing 3D cell culture assays (such as spheroids, organoids, and 3D colony formation assays) for use in high-throughput settings, gaining strong expertise in assay design and imaging. In my industry role, I contributed to the automation of complex 3D biology workflows, supporting decision-making through advanced imaging and AI-based image analysis. I’ve worked extensively with iPSCs, adult stem cells, and various 3D assay formats, driving innovation at the interface of cell biology, automation, and data science.

Axion BioSystems is a leading life sciences tools company focused on innovative live-cell assays used to study the function of cells in vitro for drug discovery, disease modeling, cancer immunotherapy, safety/toxicity, and more. The Maestro platform is the world’s most advanced microelectrode array (MEA) and impedance system, allowing non-invasive evaluation of your cells in an easy-to-use assay. Whether monitoring the intricate, electrical activity of excitable cells (e.g. neurons and cardiomyocytes), or tracking the growth and death of cancer cells, Maestro allows you to investigate the functionality of your cells label-free in a multiwell plate. Axion’s Omni products are the next generation in kinetic live-cell imaging, combining compact and fast imaging hardware with powerful image analysis algorithms. Generate high-quality, robust data with the latest in automated time-lapse imaging.

Celldynamics is your dedicated partner in unlocking the potential of 3D biology transformation. Our cutting-edge tools provide quantitative insights into the 3D model's organization, structure, and maturation level. This empowers researchers with a powerful quantitative investigation, delivering clear insights into structural variability for everyday use. Our solutions enhance decision-making processes, promote standardization, and ultimately yield more reliable results. Join us on the journey to revolutionize 3D biology research!

Raising the standard in bioactive protein manufacturing and innovation Qkine is committed to manufacturing bioactive proteins of the highest quality to enhance scientific outcomes and improve reproducibility. Our robust animal-free manufacturing platform, along with rigorous quality control procedures, ensures exceptional bioactivity and consistent performance from lot to lot, guaranteeing outstanding performance in your applications. We proactively leverage our expertise in manufacturing and protein engineering to develop unique optimized proteins designed to address fundamental biological, translational and scalability challenges. Our product portfolio comprises growth factors and cytokines tailored for stem cell and organoid culture, as well as biomarkers and attachment factors. We actively support emerging fields such as cellular agriculture, regenerative medicine, synthetic hydrogels, organ-on-a-chip technology, and bioprinting. To ensure absolute reproducibility and optimize scientific outcomes, all our products rigorously adhere to the Nine-point Qkine Quality Commitment.

Transform drug discovery with predictive human organ models. We are an organ-on-a-chip company that enables you to generate human-specific efficacy and safety data with pioneering PhysioMimix® single- and multi-organ solutions. PhysioMimix® is a suite of hardware, consumables and assay protocols that enable you to recreate complex human biology and accurately predict human drug responses.