CARTA GENUM

Unlocking Spatial Dimension for Breakthroughs in Research and Clinic

Hello.

At Carta Genum, we revolutionise research by uncovering spatial gene expression patterns within tissues. Our mission is to simplify access to spatial transcriptomics for researchers in both academia and industry, by making better research decisions. Offering a full spectrum of spatial transcriptomics services, we ensure seamless integration into your research or clinical workflow.

We Optimise.

We believe in personalized approach to spatial transcriptomics. Our team works closely with you to select the most effective strategy, tailored to your research goals. Whether it is repurposing existing data or generating new datasets, we ensure your project is executed with precision and efficiency from the very beginning.

Personal Consultation & Project Development

Advanced Spatial Transcriptomics

We Advance.

We provide access to top-tier spatial data analytics agnostic of your data collection platform. Utilising a broad range of advanced analysis tools, we uncover cellular interactions and spatial niches unique to your data. Our flexible, data-driven approach ensures you receive insights tailored for the best-informed decisions.

We Adapt.

Every project is distinctively unique - we understand this well. By focusing on what matters most, our efficient workflow delivers by addressing questions suited to your specific needs of excellence. How can spatial transcriptomics accelerate your research today?

Navigating The Important

Daniel

A bioinformatics researcher with a strong focus on transcriptomics. Instrumental in pioneering spatial transcriptomics technologies in the Czech Republic, now wishing to push the boundaries on what spatial data can reveal about health and disease.

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Lukas

A prominent researcher specialising in spatial transcriptomics, with a career spanning over a decade at the Czech Academy of Sciences. Contributing to many neuroscience projects, his work has positioned him as a key figure in unraveling complexities in different disease contexts.

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