Proteomics

Explore our proteomics feature to see how technologies such as protein sequencing and AI are advancing the field to accelerate health and disease research.

Proteomics

Protein sequencing sheds light on protein misfolding diseases

Revolutionizing large-scale proteomics research

High-throughput sample prep for extensive plasma proteomics

Antibody-based proteomics bridges genetic variation and protein expression

Setting new quality standards for multiplex immunoassays

The role of AI in proteomics

Featured technology

Platinum® Next-Generation Protein Sequencer™

mosquito® HV

Human L8000 Array, Glass Slide

Olink® Flex

Fluent® Laboratory Automation Workstation

How-to-buy eBooks

How to Buy Cell Analysis Microscopy Equipment

New How to Buy Next Generation Sequencing Technology Guide

Latest videos

Fragment screening of GPCRs using GCI technology

Optimized and proven special protein analysis

Automated liquid handling platforms advance proteomics research

How proteomics is shaping pharma strategies

News

Mapping the human proteome using CRISPR-mediated fluorescence tagging, microscopy, mass spectrometry, and machine learning

Trending in biopharma: From developing vaccines for pandemics, to overcoming omic workflow bottlenecks

5 upcoming webinars to support your research

Resources

Discover the proteome with CETSA Explore

High-throughput sample prep for extensive plasma proteomics

Applying quantitative proteomics for target system analysis in preclinical inflammatory bowel disease models

Simplified sample preparation for plasma proteomics

Webinars

Accelerating Drug Approval with Simoa® Ultrasensitive Measurements of Biomarkers

Identifying regulatory mechanisms in cancer metastatic processes with an integrated multi-omics approach

Democratizing proteomics with standardized automated sample preparation