Unlock Multi-Omic
Insights at CYTO 2025
Discover how Standard BioTools is redefining immune profiling and spatial biology. Booth 709 l June 1–June 4
Scientific discoveries from bench to bedside to drive progress in translational research
Our high-content platforms for single-cell, spatial and serum proteomics integrate mass cytometry and multi-omic approaches to provide unparalleled depth, reproducibility and scalability – enabling precise characterization of complex biological systems and advancing translational and clinical research.
Don’t miss our commercial tutorial
From Proteome to Prediction: Multi-Omic Strategies Driving Clinical Trial Breakthroughs
Helen McGuire, PhD
Translational Immunology Group
School of Medical Science
University of Sydney
Tuesday, June 3 | 12:15–1:15 pm
Mile High 4D, Level 4
From Proteome to Prediction: Multi-Omic Strategies Driving Clinical Trial Breakthroughs
Helen McGuire, PhD
Translational Immunology Group
School of Medical Science
University of Sydney
Tuesday, June 3 | 12:15–1:15 pm T
Mile High 4D, Level 4
What to expect from the tutorial
- Explore how integrated single-cell and spatial proteomics are enhancing predictive power in clinical trial design and response monitoring
- Gain insights into high-dimensional immune profiling strategies that uncover functional cellular states relevant to immunotherapy outcomes
- Learn from case studies demonstrating the translational application of mass cytometry and multi-omic approaches in oncology research
Join us at CYTO 2025 – Booth 709
Join us at Booth #709 to experience the latest innovations in high-dimensional immune profiling and spatial proteomics. Be among the first to explore our newly launched imaging panels for cell signaling and metabolism, available starting June 1. See how the CyTOF ™ XT PRO system delivers high-throughput, reproducible data across large cohorts, and engage wit the team through in-booth discussions and poster presentations.
See our poster sessions
Sunday, June 1 | 10:45–11:45 am
- Application of a Comprehensive Multi-Omic Immune Profiling Strategy Achieves Superior Checkpoint Immunotherapy Response Prediction in Lung Cancer
Monday, June 2 | 11:15–11:30 am
- Spatial Profiling of the Tumor Microenvironment Using Imaging Mass Cytometry: Unraveling Metabolic Reprogramming and Cell Signaling Dynamics in Cancer
Monday, June 2 | 5:00–6:30 pm
- A 61-parameter CyTOF panel for comprehensive profiling of human PBMC to characterize activation, differentiation, immune checkpoint and intracellular cytokines #P087
- Advancing CAR T clinical development with high-parameter CyTOF technology #P051
- The high-throughput CyTOF XT PRO mass cytometer enables high dimensional immune profiling with high sensitivity, repeatability and reproducibility #P243
Tuesday, June 3 | 5:00–6:30 pm
- Mapping T Cell Antitumor Responses in Whole Blood to Solid Tumor Tissue Biopsies of Cancer Patients with Mass Cytometry #P164
- Exploring CD4+ T Helper Cell Differentiation in Tumor and Peripheral Blood of Cancer Patients Using a 50-Plus-Parameter CyTOF Panel #P056
- Accelerating Immuno-Oncology Research with Flexible Workflows Using Modular Flex-Fit CyTOF Panels P#172
- An automated and scalable pipeline for high-dimensional immune cell phenotyping in mass cytometry datasets P#266
Wednesday, June 4 | 10:45–11:45 am
- Novel functional diversity of human T cells is revealed through the unprecedented resolution of intracellular cytokines, transcription factors and phosphoproteins using mass cytometry (CyTOF)
- Implementation of a Novel 50+ Parameter Cytometry Benchmarking Immune Phenotyping Workflow for Multicenter Clinical Trials to Improve Equity in Cancer Prognosis for Individuals in Remote Settings
Defining standards
Our industry-leading proteomic and multi-omic solutions that scale
Every marker, all at once
Our industry-leading proteomic and multi-omic solutions
that scale
High-resolution spatial proteomics
Highest dynamic range and througput
Ultrahigh-plex precision proteomics
Enable 11,000 protein measurements with unparalleled reproducibility
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