Services
We give researchers access to advanced mass spectrometry technologies, rigorous experimental design and proven analysis pipelines, with the service and scientific depth to see a project through to publication.
At a glance
Each stage stands on its own, but they work best together. Most clients begin with a consultation and decide the scope from there.
We start with your research question, not with an instrument.
A written plan you can take to your lab, your PI or your grant.
Robust, reproducible preparation is where good data begins.
Current-generation LC-MS, matched to the question.
From raw spectra to statistically sound biological insight.
Support until the paper is out the door.
In detail
Deliverables are agreed in writing at the planning stage, so you always know what you will receive and when.
We start with your research question, not with an instrument.
A scientist-to-scientist conversation about your hypothesis, sample types, timelines and budget. We tell you candidly what mass spectrometry can and cannot answer for your project.
A written plan you can take to your lab, your PI or your grant.
We design the study around statistical power and the biology you care about, then match it to the most suitable acquisition strategy and platform.
Robust, reproducible preparation is where good data begins.
Protocols are optimized for your matrix — cells, tissue, plasma or serum, biofluids or purified material — with QC samples and standards built in from the start.
Current-generation LC-MS, matched to the question.
Your samples are acquired on the platform best suited to the project, either in-house or through trusted partner facilities, with performance monitored throughout every run.
From raw spectra to statistically sound biological insight.
Identification, quantitation and statistics are performed with established, documented pipelines, then integrated with pathways, networks and your other data.
Support until the paper is out the door.
We help you present the work clearly and meet journal and repository requirements, and stay available through peer review.
Applications
Proteomics, metabolomics and beyond, applied wherever mass spectrometry can move the research forward.
Global protein identification and quantitation across cells, tissues and biofluids.
Phosphoproteomics, glycosylation and other PTMs, with site-level localization.
Targeted and untargeted profiling of small-molecule metabolites.
Detection and quantitation of modified nucleosides by LC-MS.
Discovery, verification and targeted panels for translational studies.
Target engagement, mechanism of action and compound characterization.
Quantitation of drugs, metabolites and exposures in complex matrices.
Accurate-mass identification and quantitative small-molecule assays.
Tell us about your samples and your research question. We'll reply with a recommended approach and next steps.