Equipment
Mass spectrometers
MALDI TOF/TOF
Ultraflex III MALDI-TOF/TOF MS with 'Smartbeam' Laser

- Fragmentation analysis or sequencing of peptides
- Mass accuracy to within 150-300 ppm for proteins
- MS/MS for de novo sequencing of peptides
- LC-MALDI proteomics workflow
- Proteineer fc MALDI-spotting robot (see below)
- 384 MTP format
- Transponder coding for sample tracking.
For further information see Bruker.
micrOTOF-Q TOF MS sources

- Suitable for de novo sequencing of peptides
- Online NanoElectrospray source
- Dionex Nano LC
- Mass accuracy 3 ppm with internal calibration
- Mass accuracy 5 ppm with external calibration.
For further information see Bruker.
HCTultra
HCTultra PTM Discovery System Ion-Trap MS with Electron Transfer Dissociation sources

- Online NanoElectrospray source
- Dionex Nano LC.
For further information see Bruker.
Esquire 6000 Ion-Trap MS sources

- Orthogonal electrospray ionisation source
- Mass range 50-3000 (extended analytical range)
- MS/MS capable
- Analytical Dionex LC.
For further information see Bruker.
Q-Star
QSTAR pulsar MS/MS System with electrospray ion source

Liquid Chromatography System
UltiMate 3000 Intelligent LC System

- RSLC for Ultrafast/high resolution LC applications
- Unique x2 dual system for ultrahigh throughput
- Automated off-line multidimensional separations.
For more information see Dionex.
Robots
Proteineer Fc MALDI Spotting Robot

Features include:
- Spots fractions from HPLC separation directly onto MALDI target plates
- Transponder coding for sample tracking.
For more information see Bruker.
Gel Cutting Robot
Proteineer spII spot-picking robot sources
A modified digital scanner serves as the spot-picking platform. The software allows for manual selection of single spots by mouse-click on the scanned gel image. The individual x,y-coordinates, together with the corresponding position of the excised spot on the microtiter plate.
Pick and cut spots from 1D or 2D gels and transfer gel slices to four by 96-well format for high-throughput tryptic digestion.
For further information see Bruker.


