Home  GC Instruments ATAS GL OPTIC-4 / multi mode inlet About OPTIC-4 Different versions Specifications Accessories Software FAQ OPTIC Liners Parts Downloads Work done on OPTIC Application Notes Publications Posters OPTIC 2 and 3 CryoFocus / Cold Trap LINEX / liner exchanger About LINEX CDC Station Consumables Techniques TD DMI Pyrolysis Work done on LINEX Applications Publications Posters PHASER / GC-O About PHASER Publications CHOPPER / fraction collector LD229 / leakdetector CTC Analytics CombiPAL About CombiPAL Options Dilutor FiberConditioning FlowCell Tray Cooler ITEX MEPS (SPE) Syringes Parts Chronos software Solutions US EPA 8270 Pyrolysis QuEChERS LC-GC Coupling  GC Techniques GC Injection Techniques PTV Large Volume Injections DMI On-Column In-Injector derivatization Cold Trapping US EPA 8270 QuEChERS Automatically changing liners Thermal Desorbtion Pyrolysis Preparative GC GC Olfactometry (Sniffer) Air Sampling System GC Autosampler Gas Leakdetection SPE-GC LC-GC or LCxGC  LC Instruments ElectroChemical Detector UV/Vis det. with optical-fiber cell About MU701 Publications LC PAL  LC Techniques ElectroChemical Detection capillary/nano LC UV/VIS detection Consumables GC Columns LC Columns Sample Bags MonoTrap Phos-TiOKit ferrule removal tool Consumables for: OPTIC LINEX CHOPPER PHASER CombiPAL  Download Manuals Software Brochures Technical information Company About ATAS GL Contact Details News Info Our Distributors OEM for OPTIC Informative Links

GC Columns  Chromatograms  LC Columns  Sample Bags  MonoTrap  Phos-TiOKit Consumables for:  OPTIC  LINEX  CHOPPER  PHASER  CombiPAL         Phosphopeptide Enrichment Kit Publications Optimizing a selective enrichment conditions for phosphopeptides from tryptic digest of peptides & a quality comparison of titania column and IMAC column. Larsen, et al. Highly selective enrichment of phosphorylated peptides from peptide mixtures using titanium dioxide microcolumns. Molecular & Cellular Proteomics2005; 4: 873-886. Verifying the dynamic of phosphorylation strength & time lapse of EGF-stimulated intracellular signaling factor (ex: GTPase, transcription factor, kinase…etc) using titania. Olsen, et al. Global, In Vivo, and Site-Specific Phosphorylation Dynamics in Signaling Networks. Cell 127, 635-648, November 3, 2006. Verifying a highly selective purification & enrichment method for phosphopeptidesfrom tryptic digest of Hela cell lysate. Sugiyama, et al. Phosphopeptide Enrichment by Aliphatic Hydroxy Acid-Modified Metal Oxide Chromatography for NanoLC-MS/MS in Proteomics Applications. Molecular & Cellular Proteomics2007; 6: 1103-1109. The influence of samples containing a surface active agent or denaturing agent(ex: SDS, urea…etc) using titania for phosphopeptide enrichment. Jensen, et al. Evaluation of the impact of some experimental procedures on different phosphopeptide enrichment techniques. Rapid Commun. Mass Spectrom. 2007; 21: 3635-3645   Phos-TiOKit   Cleaning/desalting   Operating manual

Dutch market print |  contact |  disclaimer |  search