US HUPO 2026

Discover how the latest generation of TIMS-enabled proteomics is transforming complex biological questions into confident, actionable insights.

At this year’s US HUPO, we’re excited to showcase how adding an orthogonal ion mobility / CCS dimension sharpens selectivity, reduces interference, and increases confidence across diverse proteomics workflows. From single‑cell and spatial proteomics to immunopeptidomics, PTMs, and plasma studies, TIMS helps you uncover true biological heterogeneity — not just bigger numbers, but cleaner evidence you can trust.

We also invite you to explore how PASEF® (Parallel Accumulation–Serial Fragmentation) accelerates high-quality MS/MS acquisition while maintaining exceptional sensitivity and quantitative robustness. 

Highlights at Our Booth #31

Visit Booth 31 to learn more about our growing ecosystem of solutions, including:

• timsUltra AIP for ultra‑high‑sensitivity proteomics
• timsMetabo for advanced multiomics profiling
• timsOmni delivering bottom‑up, middle‑down, and top‑down capabilities in one platform

Together, these innovations empower confident, high‑throughput, ultrasensitive multiomics — all on the newest generations of timsTOF® instruments.

Join Our Poster Sessions

We’re also contributing to the scientific program with several posters that highlight new data and applications across key research areas.

Poster Session #1 – Monday, February 23^rd, 4:30 – 6:30 pm CT

• P02.11 PASEF-Melodies: Orchestrating Precision Proteomics with timsTOF - Daniel (Dansen) Hornburg
• P04.05 Novor.ai Increased precision and accuracy utilizing an AI model for de novo sequencing – Shourjo Ghose
• P14.11 Integrating Advanced Ion Activation with High Sensitivity on timsOmni: A Novel Versatile Platform for Biological Discovery – Dijana Vitko Lopes
• P19.15 Expanded immunopeptide variant searching for hybrid DDA/DIA timsTOF workflows – Savannah Snyder

Poster Session #2 – Tuesday, February 24^th, 4:30 – 6:30 pm CT

• P02.10 Skyline-Driven Targeted Data Extraction in diagonal-PASEF Workflows – Jason O’Neill
• P05.14 Spatial and Molecular Glycoproteomics of Prostate Cancer via MALDI-MSI and HILIC-Enriched LC-MS/MS – Dijana Vitko Lopes
• P09.10 Automated HILIC Enrichment and Ion Mobility-Enhanced Glycopeptide Analysis for High-Throughput Glycoproteomics – Dijana Vitko Lopes
• P16.08 timsMetabo for Proteomics: Bridging Omics for Deeper Biological Discovery – Shourjo Ghose
• P16.20 Integrated Multiomics Reveals PGC-1α-driven Metabolic Remodeling in Mouse Placenta – Birgitta Ryback
• P19.06 Immunopeptidomics profiling of healthy tissue matched to primary and metastatic tumor samples – Daniel (Dansen) Hornburg
• P22.14 Spatial and low input proteomics at scale using the timsUltra AIP and standard gradients on the Evosep Eno – Savannah Snyder
• P23.04 Towards the Development of a Liquid Chromatography Free Workflow for Measurement of Clinically Important Proteins – Jason O’Neill