LC-MS Triple Quadrupol Mass Spectrometer for rapid and efficient analysis of chemical and biological samples
Responsable du projet Reinhard Neier
Ted Turlings
Résumé Lead: The new instrument allows to determine efficiently the presence of small to middle sized molecules isolated from natural sources or from chemical reactions.
Background: The Service Analytique Facultaire (SAF) is serving all the scientists present on the site of UniMail in Neuchatel. The services are also open to regional industries and scientific collaborations with external groups have been successfully pursued. The importance of efficient, sensitive and reliable separation and identification methods for selected molecules has increased considerably. At the moment the MS service of the SAF is serving a wide variety of users: chemists, biochemists, biologists, earth scientists and archeologists. Many research project depend on the availability of a good and rapid MS service. The limiting factors so far, where the reduced efficiency of the separation techniques available and the insufficient sensitivity of the MS instrument available. Goal: Purchasing the new LC-MS Triple Quadrupol Mass Spectrometer RSLC-API will widen the offer of the SAF considerably. New research projects will become possible. The major users for this instrument dedicated to the determination of small to medium sized molecules with high sensitivity will be the chemists and the biologists. The other users will certainly quickly also be able to profit from the increased sensitivity and the much higher efficiency of this instrument. Importance: Characterizing and to quantifying small quantities of molecules either coming from natural sources or from chemical manipulations is a great advantage for all cutting-edge research projects. The speed of accumulation of important and realiable data will be much higher. It becomes easy and quick to distinguish promising research lines from dead ends. The importance of this instrument for the ongoing resaerch projects is obious. Once the instrument is functional on site the full potential will be available to the whole community.
Mots-clés Mass Spectroscopy, Liquid Chromatography, Natural Products, Identification, Quantification, Mass Spectrometer (MS), Rapid Separtion Liquid Chromatography (RSLC), Chemical Analysis
Type de projet Recherche fondamentale
Domaine de recherche Organic Chemistry
Source de financement SNSF: R'EQUIP
Etat Terminé
Début de projet 1-1-2010
Fin du projet 31-12-2010
Budget alloué 250'000.00
Autre information http://p3.snf.ch/Project-128758
Contact Thomas Degen