Dry lab as a service:
xyna.bio
The most powerful tool in bioscience is you— we’re here to accelerate your work. We enable seamless computational automation, integrating AI-driven models, intuitive pipelines, and scalable data analysis, empowering your discovery and innovation. All without one line of code.
Easy & intuitive:
Cut to your needs
Xyna.bio is a modular, all-in-one ecosystem that takes you from raw data to analysis and visualization without the need for code. Each tool is represented as a node in a dynamic graph interface, allowing you to visually design pipelines with simple drag-and-drop connections. You can easily integrate existing tools or create your own, build custom analysis pipelines, and even co-develop new tools with our support.
This intuitive structure makes complex analysis transparent, flexible, and scalable.
Experience the power xyna.bio automation.
Select what you need
Select nodes from our toolbox or integrate new ones for your analysis
Connect what you got
Design your analysis pipeline by connecting individual tool nodes
Get what you want
Directly view results, plots and export your documentation
Breaking News:
Mosbacher Kolloquium 2025
We’re gearing up for the Mosbacher Kolloquium 2025! Check out the new xyna.bio version – marking a major step forward in AI-driven molecular design and modeling. The intersection of AI, bioinformatics, and molecular design has never been more exciting. Mosbach is bringing together some of the brightest minds in the field and we can’t wait to share it with the community. Look out for… Martin Steinegger (Seoul National University) - The mastermind behind MMseqs2, ColabFold, and Foldseek, making large-scale protein analysis lightning-fast. Alexander Rives (Evolutionary Scale AI) - Leading the charge with ESMFold & ESM Cambrian, reimagining AI-driven protein structure prediction. Andrea Volkamer (Helmholtz Institute) - Pioneering machine learning-driven drug discovery and virtual screening. …and many more! If you're passionate about computational biology, let’s connect!
Read moreFriday, March 7, 2025More latest articles:
iGEM MiniJamboree at the TU Eindhoven
On October 7th we presented xyna.bio at the iGEM MiniJamboree to talented young scientists from Benelux and Germany. For us, this is the dress rehearsal for the worldwide iGEM competition from October 23 to 26 in Paris.
Read moreTuesday, October 8, 2024iGEM Grand Jamboree Paris 2024
We are eagerly awaiting the worldwide IGEM competition from October 23 to 26 in Paris. We will have a stand there and will present xyna.bio in the conference program to around 4,000 talented young scientists from the field of synthetic biology. There are 400 participating teams from 60 countries. We offer participants the opportunity to take part in our xyna beta test so that we can incorporate their feedback into the further development of xyna.bio
Read moreTuesday, October 8, 2024xyna.bio at the Sigtran 2024, Weimar
After the young scientists in Paris, we will conclude our events in 2024 by presenting xyna.bio at the scientific conference Sigtrans for Signal Transduction in Weimar. This will be Workshop B “Hot Topics in Signal Transduction” (Monday, 4.11.24, 19:30 - 21:00) where we will give the following talk: Computational pipelines based on Artificial Intelligence – a versatile low-threshold tool for biomedicine J. Borbeck1, K. Friedrich2, B. Reifenhäuser2 University of Tübingen, Interfaculty Institute of Microbiology and Infection Medicine, Tübingen, Germany GIP AG Gesellschaft für Industriephysik, Mainz, Germany Bioinformatics and, more recently, Artificial Intelligence (AI) have immensely advanced biomedical research and development. While analysis of sequence information is widely used for quite some time now, the prediction of protein structures using AlphaFold and similar software lately came as a revolutionary novelty. Hence, analyses and simulations in the “DryLab” in today’s time can very efficiently complement “WetLab” work. However, fully exploiting the potential of underlying tools often still requires IT and programming skills. The Xyna.bio platform provides a low-threshold access for all biomedical scientists to the assembly and employment of AI-driven tool chains. This approach can largely facilitate the pursuit of most diverse projects without the need for particular IT expertise, conveniently connecting the researcher to the rapidly expanding universe of AI in biomedicine. We will demonstrate the potential of Xyna.bio on the following examples generation of biological sensors and closedloop-hyperautomated computer aided drug design.
Read moreTuesday, October 8, 2024Follow us on Social Media
Connection beyond platforms
Community-driven innovation is at the heart of xyna.bio. We shape goals and requirements together with you, ensuring that our platform evolves to meet real research needs. So become part of the xyna.bio community! Follow us on social media for the latest updates, insights, and discussions on the future of computational bioscience.