” For us, the EXIST financing is a major milestone: it offers us the chance to advance our technology into a completed item and research tool that will open up extraordinary possibilities for biochemical research study,” states Natalie Schütz, co-founder of GaiaIsotopic. Together with Moritz Zimmer and Dr. Álvaro Ortiz Pérez, she is carrying out research at the Professorship of Sensor Technology under Prof. Stefan Palzer on an analytical solution that will supply new insights into cellular metabolism. At the heart of the so-called Iso-Flux innovation is a micro-integrated photonic sensing unit approach that allows vibrant monitoring and real-time investigation of cell habits for the very first time. The GaiaIsotopic team intends to bring about a paradigm shift: their innovative method is designed to change invasive techniques and time-delayed measurements.
Possible for standard research
The new technique is particularly promising for studying the functioning of cancer cells. Only by precisely understanding how tumor cells procedure nutrients can scientists establish new treatments. “Our procedure makes it possible, for the very first time, to straight get data on nutrient metabolic process in tumor cells– a huge capacity for basic research study as well as for the development of new healing techniques,” discusses Moritz Zimmer. Thanks to the EXIST financing, the group can carry out a proof of principle, demonstrating that the idea operates in principle. The next action will be to establish a market-ready product. Preliminary automatic test series will be performed, cell cultures evaluated, and the outcomes prepared as usable data. By early 2026, a first version of the approach is anticipated to be finished, which will then undergo testing, assessment, and more advancement.
The GaiaIsotopic group is complemented by Dr. Andrea Cantone, a specialist in the commercialization of copyright. The start-up also gains from the proficiency of Dr. Peter Kreuzaler, a recognized cancer researcher at the Cluster of Excellence Cellular Tension Actions in Aging-associated Diseases (CECAD) at the University of Cologne, who supports the advancement from a user’s perspective. In addition, GaiaIsotopic maintains close ties with the Department of Electrical Engineering and Information Technology at TU Dortmund University, giving it access to a leading center for microsystems innovation. The group profits both from the academic support of Prof. Stefan Palzer and from the cleanroom facilities of his chair. It likewise makes use of the services provided by TU Dortmund University’s Center for Entrepreneurship and Transfer (CET) and teams up carefully with the CET team.
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