proteomics

The latest group of winning technologies has a little something for everyone—from scientists at the lab bench to those in the clinic and even the classroom.

Explore proteomics concepts, approaches, and data analysis.

Discover how a precise, high-throughput proteomics assay enables researchers to uncover previously unidentified biomarkers.

Protein characterization can help scientists better understand how molecular events influence health and disease and identify causal factors for disease states.

A new protein sequencing technology paves the way for a better understanding of protein function.

In this webinar, Edward Han, Jospeh Zenga, and Tyce Kearl will discuss how optofluidic technologies unlock key immuno-oncology insights for translational applications.

Take a deep dive into the latest advances for gathering, integrating, and leveraging multiomics data for biomarker discovery.

To accelerate research initiatives, scientists can utilize a platform that brings together over 14 petabytes of multimodal data. 

Heritage scientist Fabiana Di Gianvincenzo uses proteomics to identify protein damage and unusual materials in historic paintings and textiles.

The Proximity Extension Assay quantifies protein biomarkers accurately without wasting important specimens.

Learn how cutting-edge sequencing techniques accelerate basic and disease research.

In this webinar, Thomas Campbell will discuss the cutting-edge capabilities of the CellScape™ platform for advancing spatial proteomic analysis of the tumor microenvironment.

In this webinar, Runsheng Zheng and Fernanda Salvato will discuss how to optimally examine single-cell proteomes through label-free, data-independent acquisition (DIA) mass spectrometry.

Learn how to successfully use next generation sequencing to gain valuable research insights with the expert help of core laboratories.

From proteomics to pharmacokinetics, researchers turn to advances in liquid chromatography and mass spectrometry to identify and quantify components in different samples.

Multiomics combines multiple layers of biology to power new discoveries in disease research. 

Learn the basics of proteomics analysis and nanoLC-MS/MS data acquisition.

A conversation with Illumina Distinguished Scientist and Vice President Gary Schroth about the present and future of multiomic technology and applications

How spatial biology techniques evolved over time