Pushing Spatial Omics to New Frontiers: Stereo-seq at Nanoscale Resolution
- Roadshow
Discover the Future of Spatial Biology with STOmics
Stereo-seq is a cutting-edge, sequencing-based spatial multi-omics platform that enables unbiased, whole-transcriptome profiling across a wide range of species and tissue types. Stereo-seq opens doors to powerful research applications, including: Spatiotemporal atlas construction, Evolutionary biology, Disease pathology & Therapeutic development.

It is currently the only spatial technology in the world offering:
✅ Nanoscale resolution (Ultra-HD spatial precision at 500 nm)
✅ An expansive field of view exceeding 160 cm²
✅ Compatibility with both fresh frozen and FFPE samples

Join us for an exclusive session with the Chief Scientist at STOmics, Dr. Ao Chen, as we explore how this integrated platform is driving breakthroughs in clinical genomics, translational research, and personalized medicine.

📍Location: Unidad de Genómica (ECAI), IBIMA-Plataforma Bionand, Malaga, Spain

🗓 Date: Thursday, 2 October 2025
🕛 Time: 11:00

Where science meets impact. Join us for a glimpse into the future of multi-omics.
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Meet Our Expert Speaker At The Forefront Of
Omics Innovation
  • Dr. Ao Chen

    Chief Scientist, STOmics Tech

Ao Chen, Ph.D., is the Chief Scientist at STOmics Tech.

He led the development of the groundbreaking DNBSEQ and Stereo-seq sequencing technologies.

His innovations in spatial multi-omics, particularly Stereo-seq - capable of nanometer-level resolution and centimeter-scale panoramic views - have garnered international recognition,

Dr. Chen has authored several high-impact publications,

Including cover articles in Cell and two national awards for top scientific advances in China.

Holds over 100 invention patents.

He earned his Ph.D. in Biology from the University of Copenhagen

EXPERIENCE THE ULTIMATE RESOLUTION POWERED BY MGI DNBSEQ TECHNOLOGY
Stereo-seq achieves a nanoscale resolution of 500nm, enabling spatial localization and identification of single cell and their molecular information:
Stereo-seq
  • Integration of pathology and spatio-temporal omics
  • Large field of view and high resolution
  • Multidimensional analysis
  • High compatibility
Read more here
Engage Directly With Global Experts In Spatial Omics