News

Deep Plasma Proteomics: The "Discovery" Option

The UC Davis Proteomics Core now offers high-depth plasma profiling using Ceres Nanotrap® technology. Get Olink-scale discovery (~3,000 proteins) at a fraction of the cost.

How It Works: The Ceres Nanotrap®

Standard plasma proteomics struggles with the "dynamic range" problem: 99% of your sample is just Albumin and Immunoglobulins, which mask the rare biomarkers you actually want to see.

Here are some of my favorite resources for Proteomics and Mass Spectrometry 

 

The absurdly great 

Comprehensive Overview of Bottom-Up Proteomics using Mass Spectrometry

 

I would read this if you have not already

 

Here is the Google Notebook LM AI generated podcast of this review. Do you want to listed to it?

 Yes you do  

 

 Plasma Sample Preparation and Data

Some example plasma data with different sample preparation strategies 

 

 Example 250ng Mouse Liver

Some example data from a Mouse liver analyzed on out tismTOF HT system and tips loaded with our Opentrons 2

 

 Magnetic Bead Processing and Phosphopeptide enrichment

Some data from our automated Digestion procedure and Automated Phosphopeptide enrichment. It's great for large numbers of samples (typically 8-96) 

 

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