High resolution MS data in reflectron mode for more accurate and confident peptide mass fingerprinting (PMF) and complex mixture analysis.
Uncompromised linear mass range and sensitivity.
Near-axis laser irradiation for enhanced ion transmission and sensitivity in all modes of operation.
Advanced calibration algorithms with easy to use software providing more accurate data.
Intuitive software incorporating data dependent workflows for achieving the maximum result with the minimum user input, making it ideal for novice and expert users alike.
Flexibility - this is not just another proteomics workhorse.
Polymers, oligonucleotides, SNPs, metabolites, carbohydrates and small molecules amongst others may all be analysed and processed.
Key Performance Features
Near-axis laser irradiation with a 50Hz variable repetition rate N2 laser
Uncompromised linear mode performance for high mass analysis
Patented improved curved field reflectron
Mass range 1-500kDa in linear mode; 1-80kDa in reflectron mode
Mass resolution 5000 FWHM (ACTH 18-39) in linear mode; 20000 FWHM (ACTH 7-38) in reflectron mode
Sensitivity 250 amol (Glu-fibrinopeptide) in reflectron mode
Mass accuracy <5ppm in reflectron mode
Precursor ion resolution >400 FWHM
High energy MS/MS using helium collision gas
Flexible target formats - ranging from 48 well microscope slide format targets to 384 well microtitre plate targets
Additional Key Features and Benefits
Proteomics experiments
LC MALDI
Tissue imaging/biomarker discovery
Polymer analysis
Oligonucleotide/primer analysis
Full integration with robotic sample preparation devices such as the Accuspot and ChIP for a variety of applications