2026 ASCA-MGI-Helicon Spatial Omics Atlas Research (SOAR) Grant

2026 ASCA-MGI-Helicon Spatial Omics Atlas Research (SOAR) Grant

Uncover Biological Complexity, Map Tissue and Cellular Dynamics with Unmatched Clarity
Submission closes: May 31, 2026
RESULTS

Overview

The 2026 ASCA-MGI-Helicon Spatial Omics Atlas Research (SOAR) Grant is a dedicated research support initiative for the Russian scientific community, created to empower researchers leading the development of novel applications for spatial and single-cell omics technologies. This initiative is designed to uncover transformative insights into complex biological systems.

KEY BENEFITS

Integrated spatial and single-cell omics profiling
High-resolution analysis across large tissue fields
Wide-ranging sample and species compatibility

AWARD

Grant winner will receive a full package of research reagents and hands-on training to fully support project implementation, including:
  • Spatial omics: 4 Stereo-seq (1cm*1cm) library preparation reactions (using Stereo-seq FF V1.3 or Stereo-seq OMNI V1.1) and sequencing reagents
  • Single-cell omics: 4 single-cell 3' RNA library preparation reactions and sequencing reagents
Additional support for all applicants:

Tiered exclusive discounts: The top 10% of eligible applicants, along with all other candidates who submit a complete and valid proposal but are not selected for the full grant, will receive tiered exclusive discounts on Stereo-seq and single-cell library preparation, as well as the corresponding sequencing reagents

Onsite training: Grant winner will receive professional onsite training for the practical application of Stereo-seq and Single-Cell Omics technologies

Solutions Offered

The 2026 SOAR Grant gives researchers access to cutting-edge spatial omics and single-cell solutions from MGI and Helicon. By combining spatial positional information with cellular-level molecular data, awardees can develop a fully comprehensive understanding of their research focus areas.

Learn more about the Stereo-seq technology in action:

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Stereo-seq Transcriptomics Solution enables a “tissue-to-data” experience through in situ capturing of the whole transcriptome at nanoscale resolution and centimeter-sized field of view. The upgraded Stereo-seq Transcriptomics Solution V1.3 provides refined reagent chemistry, enhanced probe design and optimized enzyme selection. Users can experience greater efficiency, broader compatibility, and a more streamlined workflow.

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Stereo-seq OMNI V1.1 is a revolutionary sequencing-based spatial multi-omics solution specifically designed for Formalin-fixed and Paraffin-embedded (FFPE) samples. It enables true single-cell level gene expression profiling combined with histology study, providing unparalleled insights for groundbreaking discoveries in biology and clinical translational research. Stereo-seq OMNI delivers best-in-class data and bioinformatics workflow for analyzing spatial whole-transcriptome information.

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MGI’s DNBelab C Series products provide a complete, high-throughput solution for single-cell RNA analysis. The set includes droplet generation reagents, library preparation reagents, and a sample-loading flow cell. Paired with the TaiM 4 droplet generator, it can process 1–4 samples per run, offering researchers flexibility and efficiency. With sensitive gene detection, accurate multi-bead cell identification, and a fully integrated workflow, this set delivers a complete one-stop solution for single-cell RNA library preparation, supporting studies ranging from developmental biology to complex tissue atlases.

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Helicon

Helicon is the authorized distributor of MGI and STOmics products in Russia, offering local access to the full range of spatial omics and single-cell solutions available through this grant program. Please find the local ordering and product information via the link below.

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Selection Criteria

1

Project Feasibility: The research project must be built on a rigorous, well-designed experimental plan that effectively utilizes Stereo-seq and single-cell omics technologies.

2

Scientific Merit and Impact: Priority will be given to projects that showcase innovative methods for integrating spatial omics data with matched scRNA-seq results. Proposals (max 500 words) must clearly outline how the generated pilot data will advance the relevant research field and solidify the foundation for subsequent major grant applications.

3

Project Readiness: Preference will be given to projects that can provide concrete proof of sample availability and a realistic project timeline for completion — ideally within 3–6 months of receiving the grant award.

4

Dissemination and Collaboration: A demonstrated commitment to sharing research results with the scientific community through public presentations and accepting formal recognition for grant-supported work.

Terms & Conditions

Eligibility:
Independent research position at an institution eligible under the program requirements — see "Eligibility details" for full criteria.

Application Deadline:
May 31, 2026 at 11:59 PM MSK (Moscow Time) .

Award Notification:
Award recipients will be officially notified on June 19, 2026

Selection Authority:
Winners will be selected by a dedicated expert review committee in accordance with the published Selection Criteria. ASCA retains the sole right to make the final award decisions.

Application Limit:
Each individual researcher may submit only one (1) application for this program.

Public Announcement:
Winners will be officially announced on ASCA’s official website(s) and through ASCA’s official social media channels.

Consent for Contact:
By submitting an application, the participant grants MGI and Helicon permission to contact them regarding MGI and Helicon research products, technical services, and related scientific resources.

For full eligibility requirements, click here

SOAR Grant 2026 Results

The 2026 ASCA-MGI-Helicon Spatial Omics Atlas Research (SOAR) Grant attracted 28 applications from researchers representing six Russian cities: Moscow, Saint Petersburg, Tomsk, Novosibirsk, Krasnoyarsk, and Vladivostok. Following evaluation by the expert review committee, one grant recipient and three Top 10% Applicants were selected.

Winner

Ekaterina Gorshkova

The Role of Gut-Associated Lymphoid Tissue in Cancer Resistance of Naked Mole-Rats Engelhardt Institute of Molecular Biology, Russian Academy of Science

Top 10% Applicants

Tatiana Shnaider

Defining the cellular and spatial contexts in which human accelerated regions within the CNTN6 locus regulate human cortical development

Institute of Cytology and Genetics, Russian Academy of Science Nadezhda Tverdova

Characterization of Spatial Organization and Clonal Architecture of T Cell Immunity in Human Atherosclerotic Plaques

M.M. Shemyakin–Yu.A. Ovchinnikov Institute of Bioorganic Chemistry, Russian Academy of Science Nikolay Shakhpazyan

Spatial Transcriptomics of SARIFA in Colorectal Cancer

Avtsyn Research Institute of Human Morphology of Petrovsky National Research Centre of Surgery

In accordance with the SOAR Grant program, the grant recipient will receive a full package of Stereo-seq and single-cell omics library preparation and sequencing reagents, as well as professional hands-on training to support project implementation.

The Top 10% Applicants and other eligible participants will receive exclusive tiered discounts on Stereo-seq and single-cell library preparation services and the corresponding sequencing reagents. Eligible applicants will be contacted separately with further details.

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