Driving Single-Cell Discoveries: Pythia Biosciences Expands Support In Japan With GMO Research Activity Support & Technology

SAN DIEGO, CA, UNITED STATES, October 9, 2025 –– Pythia Biosciences and GMO Research Activity Support & Technology Ltd. today announced a partnership to bring the C-DIAM Multi-Omics Studio - a platform for single-cell and multi-omics data analysis - to scientists across Japan. This collaboration is set to strengthen cooperation between research teams and bridge the gap between dry-lab insights and wet-lab discoveries.

In recent years, groundbreaking results are expected in elucidating disease mechanisms and discovering drug targets through the integration and analysis of multiple omics data such as single-cell RNA-seq, spatial gene expression analysis, and proteomics. However, integrating and analyzing different omics data has presented challenges requiring high-performance server environments, advanced specialized knowledge, and enormous amounts of time.

Built upon the understanding of these struggles, C-DIAM Multi-Omics Studio is an innovative direct platform that can be quickly accessed via a web browser, and enables multi-omics integration analysis through intuitive operations. The platform tackles a wide range of omics data, including single-cell, spatial, and other omics data types (bulk RNA-seq, proteomics, and metabolomics). Users can integrate different types of omics data to cross-validate insights with their in-house experiment data.

GMO Research Activity Support & Technology has supported various projects related to single-cell analysis and spatial gene expression analysis using cutting-edge technologies for many university research laboratories and corporate clients in Japan, starting with research environment construction support. Under this partnership, GMO Research Activity Support & Technology will distribute and provide comprehensive hands-on support for the C-DIAM Multi-omics Studio to the Japanese scientific community, from tool onboarding and troubleshooting to interpretation of analysis results and publication of research outcomes. They will also offer customized analyses tailored to researchers’ specific objectives. This partnership, via the C-DIAM platform, hence aims to empower the Japanese scientific community with high-performance yet easy-to-use data analysis tools.

For more information about the collaboration, please contact Pythia Biosciences at: www.pythiabio.com or GMO Research Activity Support & Technology at: https://gmo-rast.co.jp

Read the news in Japanese: https://gmo-rast.co.jp/news/33983/

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About Pythia Biosciences

Pythia Biosciences was founded with an aim to help scientists tackle the top challenges in multi-omics data analysis by developing cutting-edge software platforms combined with omics data curation and comprehensive bioinformatics services. The company's flagship platform, the C-DIAM Multi-Omics Studio, empowers biomedical researchers to analyze and integrate diverse omics datasets with modern visualizations and interactive analytics, facilitating a bigger picture about biology.

About GMO Research Activity Support & Technology

GMO Research Activity Support & Technology, Inc. is a Tokyo-based company within the GMO Internet Group that specializes in providing computational and technical support for academic research. Founded in 2016, it has supported various projects related to single-cell analysis and spatial gene expression analysis for many university research laboratories and corporate clients, starting with research environment construction support. The company is known for being a close partner to researchers, offering end-to-end support from data analysis to publication.