ASMS 2026 | Translational Research | Robust Large-Scale Clinical Proteomics | Michael Wierer

Watch this ASMS 2026 Translational Research session featuring Michael Wierer from the University of Copenhagen as he presents a guard-column-protected dual-column LC-MS platform for robust large-scale clinical proteomics. This presentation demonstrates how innovative chromatography and mass spectrometry workflows can improve robustness, reproducibility, and throughput for high-volume clinical proteomics studies. Featured Thermo Fisher Scientific technologies: • Clinical proteomics workflows • LC-MS platforms • Orbitrap Mass Spectrometers Speaker: Michael Wierer, University of Copenhagen Track: Translational Research Event: ASMS 2026, San Diego, California Learn more: https://www.thermofisher.com/asms Keywords: ASMS 2026, clinical proteomics, LC-MS, large-scale proteomics, Orbitrap, translational research, biomarker discovery, Thermo Fisher Scientific

ASMS 2026 | Structural Biology | High-Throughput nHDX-MS | Malvina Papanastasiou | Broad Proteomics
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ASMS 2026 | Structural Biology | High-Throughput nHDX-MS | Malvina Papanastasiou | Broad Proteomics

ASMS 2026 | Structural Biology | Advancing XL-MS with Next-Generation Mass Spectrometry | Lan Huang
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ASMS 2026 | Structural Biology | Advancing XL-MS with Next-Generation Mass Spectrometry | Lan Huang

ASMS 2026 | Translational Research | Clinical Proteomics Technologies and Applications | Hui Zhang
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ASMS 2026 | Translational Research | Clinical Proteomics Technologies and Applications | Hui Zhang

ASMS 2026 | Metabolomics | Determining the Nanoscale Sub-Organellar Perilipidome | Kallol Gupta
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ASMS 2026 | Metabolomics | Determining the Nanoscale Sub-Organellar Perilipidome | Kallol Gupta

ASMS 2026 | Translational Research | Accelerating Aging-Related Disease | Nathan Basisty
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ASMS 2026 | Translational Research | Accelerating Aging-Related Disease | Nathan Basisty

Why Evolution Split Your Brain In Half – Brain Asymmetry with Jim Al-Khalili
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Why Evolution Split Your Brain In Half – Brain Asymmetry with Jim Al-Khalili

Why the Mongols Vanished After Conquering Everything
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Why the Mongols Vanished After Conquering Everything

What rebuilding AlphaGo teaches us about self-play, RL, and future of LLMs - Eric Jang
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What rebuilding AlphaGo teaches us about self-play, RL, and future of LLMs - Eric Jang

How are holograms possible?
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How are holograms possible?

AlphaFold - The Most Useful Thing AI Has Ever Done
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AlphaFold - The Most Useful Thing AI Has Ever Done

System Design Explained: APIs, Databases, Caching, CDNs, Load Balancing & Production Infra
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System Design Explained: APIs, Databases, Caching, CDNs, Load Balancing & Production Infra

Greatest Mysteries of Gravity | Brian Greene & Kip Thorne | World Science Festival
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Greatest Mysteries of Gravity | Brian Greene & Kip Thorne | World Science Festival

I Know You're Poisoning Your Husband | House M.D.
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I Know You're Poisoning Your Husband | House M.D.

But what is a Laplace Transform?
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But what is a Laplace Transform?

Deep Dive into LLMs like ChatGPT
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Deep Dive into LLMs like ChatGPT

ASMS 2026 | Structural Biology | Structural MS for Membrane Protein Heterogeneity | Hsin-Yung Yen
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ASMS 2026 | Structural Biology | Structural MS for Membrane Protein Heterogeneity | Hsin-Yung Yen

ASMS 2026 | Proteomics | From Nanoscale to Single Cells in Tumor Evolution | YuJu Chen
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ASMS 2026 | Proteomics | From Nanoscale to Single Cells in Tumor Evolution | YuJu Chen

Tom Hanks' HILARIOUS Harvard Speech Leaves Audience in Splits: “I Make a Good Living...” | REPLUG
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Tom Hanks' HILARIOUS Harvard Speech Leaves Audience in Splits: “I Make a Good Living...” | REPLUG

The World's Most Important Machine
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The World's Most Important Machine