Proteins and Peptides
Fast separation and mass analysis of proteins and peptides
Advion’s wide range of mass spectrometry solutions make protein and peptide analysis easy and provides flexible options for a wide variety of applications. Take advantage of essential tools for protein analysis, including:
- The expression CMS extended range mass spectrometer for large molecules including proteins, peptides, and oligonucleotides.
- The AVANT (U)HPLC for quantitative protein analysis when coupled to the expression CMS.
- The TriVersa NanoMate as a versatile ion-source to support both top-down as well as bottom-up proteomics.
Use the TriVersa NanoMate® as a versatile ion-source to support both top-down as well as bottom-up proteomics. Utilize the benefit of nano-electrospray to fully characterize a protein of interest including its PTMs and glycan structure
The expression® CMS offers an extended mass range mass spectrometer with fragmentation analysis and deconvolution software tools for analysis of large molecules including proteins, peptides, polymers, and oligonucleotides.
Quantitative protein analysis is easy with the AVANT™ (U)HPLC system. Coupled with the expression CMS, the integrated LC/CMS technique provides a simple analysis of large molecules.
Coupled with the expression CMS, the Touch Express™ Open Port Sampling Interface (OPSI) offers, one-touch sampling for large molecule applications including proteins, peptides, polymers, and oligonucleotides.
Related Application Notes
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Related Success Stories
“The expression CMS allows us to efficiently analyze the mass of newly formed compounds in (almost) real time.”
“The expression CMS is the perfect MS system for any research laboratory involved in synthetic organic chemistry and chemical analytics or small molecules to proteins.”
“I incorporated the expression CMS as a TLC/MS system because of its simplicity, low cost and the brilliant combination with the Plate Express.”
“It’s easy, walk-up use with straightforward swapping of ESI and APCI sources make it a reliable, productive tool for determining synthetic success.”