{ "10x-genomics": { "id": "10x-genomics", "name": "10x Genomics", "created_at": "2026-06-01T14:01:10+00:00", "updated_at": "2026-06-01T14:13:06+00:00", "settings": { "fromEmail": "eacr@newway-management.com", "fromName": "EACR 2026", "replyToEmail": "eacr@newway-management.com", "subject": "See what was previously impossible - at EACR 2026", "html": "\n\n\n \n \n \n See what was previously impossible — at EACR 2026\n \n\n\n
\n Join 10x Genomics at EACR 2026 in Budapest to explore the latest advances in single cell and spatial biology.\n
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\n 10x Genomics at EACR 2026\n
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\n See more.
\n Discover more.
\n Achieve the impossible.\n

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\n Join us in Budapest to explore uncompromised spatial biology powered by Atera — and discover what was previously impossible.\n

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\n Be among the first to experience our newly launched Atera instrument, designed to unlock deeper insights into tumor biology through advanced spatial technologies.\n

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\n Visit us at Booth #99\n

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• See the new instrument in action

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• Explore spatial and single cell workflows for FFPE

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• Connect with our experts

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\n Industry Symposium\n

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\n Don’t miss the first scientific data generated on the Atera platform, presented during our Industry Symposium.\n

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\n June 9 | 14:30–15:15 | Room F9+F10\n

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Heidi Haikala

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University of Helsinki

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Decoding tumor-immune circuits in lung cancer

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René-Filip Jackstadt

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DKFZ

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Dissecting colorectal cancer progression in space and time

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Showcasing first data from the newly launched Atera platform

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\n Poster Sessions\n

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\n Also join us Wednesday, June 10 during the Poster Sessions in the Poster Area, Hall H, where researchers will present new data generated using 10x Genomics technologies — including GEM-X Flex workflows for clinical and FFPE applications.\n

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Featured sessions include:

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\n EACR26-0263
\n Novel whole transcriptome spatial transcriptomics technology reveals CAF/TAM-mediated basement membrane remodeling at the tumor invasive front\n

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\n EACR26-0477
\n A Cost-effective Scalable Workflow for Clinical Blood Monitoring using Flex Apex Single-Cell Transcriptomic Profiling\n

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\n From single-cell resolution to spatial context, gain a more complete understanding of biology. Our team will be available for live discussions and to support your next experimental design.\n

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\n You’re welcome to reserve time with us or simply stop by Booth #99.\n

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\n \n Visit Booth #99\n \n
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\n We look forward to seeing you in Budapest.\n

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\n 10x Genomics | EACR 2026 | Budapest\n

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Visit the digital booth ➔
 
Stop Inferring. Start Observing.
Uncover the clonal dynamics driving cancer progression — with multiomics at single-cell resolution.
Meeting us at EACR 2026? Here's what Mission Bio's Tapestri® platform can do for your research.
Introducing Mission Bio
Mission Bio's Tapestri® platform is a single-cell technology that simultaneously profiles DNA mutations, RNA expression, and CpG methylation from the same individual cells — revealing genotype, transcriptional state, and epigenetic landscape in one integrated workflow. Where bulk sequencing averages across millions of cells and misses rare populations, Tapestri resolves clonal heterogeneity at the resolution that matters: cell by cell.
Visit the digital booth to learn more ahead of the congress
What you'll see at EACR 2026
Visit booth 105 to explore three powerful multi-omics workflows on the Tapestri platform:
 
Single-Cell DNA + RNA
Simultaneously detect somatic DNA variants & measure gene expression from the same cells. Connect genotype to transcriptional state to understand how mutations drive functional differences across clones.
 
Single-Cell DNA + Protein + CpG Methylation
Explore clonal architecture, epigenetic landscapes, and differentiation pathways. Tapestri delivers an unprecedented multi-layered view of tumour biology.
 
Coming Soon - FFPE Solid Tumour
Tapestri users are innovating new protocols too. We’re developing them into supported workflows with targeted DNA single-cell protocol for FFPE samples coming soon. Opening up Tapestri's power to a broad range of archival and clinical research samples.
SAVE THE DATE
Mission Bio Industry Symposium
Wednesday 10 June · 08:30–09:15 · Room F6+7+8
Discover Multiomics Insights at Single-Cell Resolution & Revealing Clonal Architecture in AML with Single-Cell DNA Sequencing
 
Dr. Mehdi Ben Sassi
Mission Bio
Overview of Tapestri multiomics applications across cancer research.
 
Dr Sylvain Garciaz
Institut Paoli-Calmettes
New data on TP53-mutated acute myeloid leukaemia: single-cell DNA + CITE-seq reveals clonal architecture, multi-hit zygosity, and minor clones that resurface at relapse
Visit the Mission Bio EACR Digital Booth to access full seminar information, browse resources, webinars and arrange a meeting with the team.
Visit the digital booth ➔
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