Unlock the complexity of your protein samples with our state-of-the-art analytical services. We specialize in the precise identification and quantification of proteins within complex and diverse mixtures, leveraging the power of long-gradient nanoLC seamlessly coupled to high-resolution Orbitrap MS/MS technology.

Superior Separation and Sensitivity
Our advanced long-gradient nanoLC system delivers exceptional separation of enzymatically digested peptides—even from the most intricate samples, such as trypsin-digested mixtures. This approach ensures outstanding resolution and sensitivity, enabling the detection of proteins present in both high and low abundance. For samples with highly abundant proteins, we offer optional depletion steps prior to digestion to further enhance detection of low-level components.

High-Resolution Orbitrap MS/MS Analysis
The Orbitrap MS/MS system provides accurate mass measurements and detailed fragmentation patterns, ensuring confident protein identification and quantification across a wide dynamic range. This technology is ideal for analyzing heterogeneous mixtures where proteins exist at varying concentrations, offering comprehensive coverage of your sample’s proteome.

Expertise You Can Trust
Our experienced scientists are experts in both the operation of advanced instrumentation and the interpretation of complex proteomics data. We deliver dependable, reproducible results tailored to your project’s unique needs—whether you require protein identification, quantification, or in-depth analysis of post-translational modifications.

Customized Solutions for Your Research
We offer flexible service options, including:

• Protein identification and quantification

• Comprehensive analysis of protein modifications (on request)

• Sample preparation strategies, including depletion of high-abundance proteins

Partner with Us
Gain precise, detailed insights into your biological systems with our robust protein composition analysis services. Contact us today to discuss your project and discover how our expertise can advance your protein research.