Proteomics Science, Analysis & Research | Thermo Fisher Scientific

data-independent acquisition

A Novel Multiplex-Based, Nested Data-Independent Acquisition Method

September 16, 2016 / Accelerating Proteomics

lipids

Looking for Protein Changes in Type 2 Diabetes and Obesity

September 14, 2016 / Accelerating Proteomics

circumen

Profiling Curcumin-Induced Signaling in Cancer Cells

August 26, 2016 / Accelerating Proteomics

dividing breast cancer cells

Tandem Mass Tagging Defines the Breast Cancer Exosome Proteome

July 6, 2016 / Accelerating Proteomics

Chinese herbs and medicines

Quality Control: Identifying the Chemical Constituents in Traditional Chinese Medicine

July 1, 2016 / Accelerating Proteomics

Two poplar tree. Image: TatyanaKokoulina/Shutterstock.com

Proteomics in Environmental Field Studies

Poplar trees are a valuable model system for studying change... by Emily Humphreys / 02.12.2016

Abstract image of molecules. Image: Mark R/Shutterstock.com

Proteomics Database Searching with JUMP

Since identifying peptides from mass spectra is an essential... by Amanda Maxwell / 02.10.2016

Data storage center concept image

Enabling Proteomics Data Exchange with mzTab

Proteomics researchers benefit—or suffer, depending on the... by Amanda Maxwell / 02.08.2016

measuring green tape on the wooden background

A Proteomic Ruler That Measures Up

According to Wiśniewski et al. (2014), using the mass spect... by Amanda Maxwell / 02.05.2016

Man's hands typing on a keyboard

Computational Proteomics: At Your Fingertips

The Journal of Proteomics, official publication of the Europ... by Amanda Maxwell / 02.03.2016

E coli bacteria. Image: Juan Gaertner/Shutterstock.com

The E. coli Acetylome: Form and Function

Castaño-Cerezo et al. (2014) conducted a proteomic ev... by Amanda Maxwell / 02.01.2016

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