MassLor-LCP-A2MC-UL

Platform name
MassLor - LCP-A2MC
Website
http://lcp-a2mc.univ-lorraine.fr/plateformes/spectrometrie-de-masse/infranalytics
City
Metz
Address

LCP-A2MC, University of Lorraine
1 Boulevard Arago
57078 METZ

Scientific Officer
Teacher. Frederic Frederic Aubriet (This e-mail address is protected against spambots. You need JavaScript enabled to view it.)
Operational manager
Dr. Lionel Vernex-Loset (This e-mail address is protected against spambots. You need JavaScript enabled to view it.)
Communication correspondent
Dr. Lionel Vernex-Loset (This e-mail address is protected against spambots. You need JavaScript enabled to view it.)

MassLor is a Mass Spectrometry Research Infrastructure of the University of Lorraine and the CPM Scientific Pole. Its objective is to offer its expertise and know-how to academic and industrial partners, Lorraine, national and international, in the field of Research & Development and services.

                                                                  ul             lcpa2mc logo             massor

The platform relies on the expertise of 3 Professors, 2 Lecturers, 2 Research Engineers and 1 Research Engineer. It benefits from SMQ StAR LUE labeling from the University of Lorraine. Rich in experience that began in 1985 (development of the first FTICR 3T LSMCL laser microprobe), MassLor Metz joined the TGE-FTICR network in 2010, now Infranalytics.

                                                                                                                  read star

In 2019, the platform received support from the regional cooperation fund for research as part of the ResEx project, which enabled the purchase of a new FTICR 7T 2xR Bruker and the development of research projects through a consortium. of 6 laboratories in the Grand Est region.

                                                            fticr           feder        fticr 2

Equipment

FTICR 7T 2xR

Magnetic field
7 Tesla
Description
The Bruker FTICR mass spectrometer consists of a 7 Tesla superconducting magnet with low helium consumption and a solariX 2xR hybrid Qq-FTMS unit equipped with an ESI/Maldi ionization source.
Specificities
Mass range 100 to 10 m/z; Accuracy on mass measurement (m/z 000 - 100) < 1500 ppb with internal calibrator and < 600 with external calibrator; Resolution at m/z 1 > 500 at 400 Hz and up to max 450; MALDI imaging.
Ionization method
ESI, APPI, APCI, DART and MALDI
Activation method
CID, ECD, SORI and ETD
Sample introduction
Infusion, HPLC, GC, CE and DIP
Expertise and services
  • Targeted and non-targeted analyzes of complex media (petroleomics, metabolomics, materials, particles, etc.).
Other equipment

MALDI-TOF Bruker Reflex IV:

 

  • Laser coupling: 266 nm and 337 nm (10 Hz);
  • Impact diameter 20 to 400 µm;
  • Resolution up to 15;
  • Mass range m/z 0 to 300.
reflex

 

MALDI-TOF Bruker Ultraflex III:

 

  • 355 nm Yag laser coupling (Smartbeam technology, 200 hz);
  • Impact diameter 10 to 400 mm;
  • Resolution up to 25;
  • MS2;
  • Imaging.
ultraflex

 

GC-Triple Quadripole Bruker SCIOn TQ:

 

  • SCION 456 GC coupling, PTV injector;
  • EI and CI ionization source;
  • Mass range m/z 10 to 1;
  • MS2.
scion

HPLC-Ion Trap ThermoFisher Velos Pro:

 

  • Dionnex Ultimate 3 HPLC Coupling;
  • ESI, APPI, APCI and DART ionization sources;
  • Mass m/z range 15 to 4;
  • Resolution up to 10;
  • MSn;
  • CID, HCD and PQD fragmentation mode.

pro bikes