Platform name
Institute Michel Eugene Chevreul FR 2638
Unit of Catalysis and Solid State Chemistry UMR 8181
Labeled research team: Integrative Structural Biology
Villas
Lille
Find Us Here

Michel Eugene Chevreul Institute FR2638
University of Lille
avenue Paul Langevin
Chevreul building
59650 Villeneuve d'Ascq – France

Scientific Officer
Teacher. Olivier Lafon (This e-mail address is protected against spambots. You need JavaScript enabled to view it.)
Operational manager
Dr. Francois-Xavier Cantrelle (This e-mail address is protected against spambots. You need JavaScript enabled to view it.)
Communication correspondent
Dr. Francois-Xavier Cantrelle (This e-mail address is protected against spambots. You need JavaScript enabled to view it.)

ic logo quadri1The Lille Very High Fields NMR platform includes the 1200 MHz and 900 MHz mixed liquid-solid NMR spectrometers, which are managed by the Solid State Chemistry and Catalysis Unit (UCCS, UMR 8181 CNRS/Univ. Lille/ENSC-Lille /EC-Lille/Univ. Artois) and the joint research team Integrative Structural Biology (ISB, EMR 9002 CNRS/INSERM U1167/Univ. Lille). The UCCS and the ISB are part of the FR 2638 federation (Institut Michel Eugène Chevreul IMEC) which brings together the analytical platforms in Chemistry and Biology of the University of Lille.

uccs logo 01RM2I-UCCS:
The Magnetic Resonance and Inorganic Materials (RM2I) team at UCCS develops and applies advanced NMR methods, especially for high magnetic fields and quadrupole nuclei, to characterize the structure at the atomic scale of inorganic materials and hybrids, disordered or amorphous, used in the field of energy (battery, solar, hydrogen, nuclear) and catalysis.

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ISB:

The Integrative Structural Biology (ISB) group works on the NMR of biomolecules in solution and in solid state, in particular on molecular interactions (protein / protein, protein / ligand, protein / lipid) and post-translational modifications. He is recognized for the development of Pure-shift type pulse sequences applied to the study of poly peptides.

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Fully

NMR 800

Magnetic field
800 MHz
Description
solid and liquid/HRMAS.
Specifics

The spectrometer has a REDORBOX which, associated with the 3,2 mm or 1,3 mm HX probe, allows correlations between nuclei at frequencies close to around 200 MHz as 13C, 27To the,

Measurement probes

Liquid probes / HRMAS

BBI 3mm (1H/BB/2H), z-gradient, Tº: -150° to 180°C
TXI 5mm (1H/13C/15N/2H), z-gradient, Tº: -50° to 80°C
HRMAS 4mm (1H/13C/15N/2H), z-gradient, Tº: 2° to 50°CHRMAS 4 mm (1H/13C/31P/2H), z-gradient, Tº: 2° to 50°C

Solid probes:

1,3mm DVT HX (1H/14N-31P)3 & 4mm static PhoenixNMR HX (1H/197At-71Ga), variable Q, T°: -100° to +150°C
1.6mm PhoenixNMR HXYD (H=1H-19F, X=31P - 29Si, Y=27Al – 109Ag, lock channel), T° regulation (-60°C – +120°C), MAS < 40kHz
2,5mm DVT tri-Gamma® HXY (1H / X=31P-13C / Y=15N-29If with combination restrictions)
3,2mm DVT HX (1H/15NOT-31P)
3,2mm DVT HX (1H/187W–65Cu)
3,2mm VTN PB (31P / 71Ga,11B,115sn,87Rb), VESPEL stator (without 11B)
3,2mm PhoenixNMR HXY (H=1H-19F, X=31P - 29If, Y=27To the - 109Ag), T° regulation (-30°C – +120°C), MAS < 25kHz
3,2 mm DVT tri-Gamma ® HXY (special 1H/13C/14N)
3,2 mm DVT tri-Gamma ® HXY (special 1H/11B/29Yes)
3,2mm DVT tri-Gamma® HXY (1H / X=31P-13C / Y=15N-29If with combination restrictions: 29If only with 31P for example)
3,2mm DVT HPX (1H/31P / X=93Number, 51V-23Al)
4 mm HX rotor type Revolution NMR (1H/187W–65Cu; non-continuous agreement: ask for the list of inserts)

NMR 900

Magnetic field
900 MHz
Description
solid and liquid/HRMAS.
Specifics
SampleJet Autosampler (temperature control: 6°C, 16°C, ambient) BCU-2 for solid/liquid temperature control
Measurement probes

Liquid probes / HRMAS

5 mm TCI cryoprobe (1H*/13VS*/15N/2H*), z-gradient, Tº: -40° to 80°C [*: cold channels]
BBO 5mm (109Ag-31P/1H/2H), z-gradient, Tº: -150° to 180°C
TXI 5mm (1H/13C/15N/2H), z-gradient, Tº: -150° to 150°C
HRMAS 4 mm (1H/13C/15N/2H), z-gradient, Tº: 2° to 50°C

Solid probes

1,3mm DVT HX (1H/14N-31P) [note: 31P does not allow agreement 1H]
2,5mm DVT HX (1H/14N-31P)
3,2mm VTN HCN (1 H/13 C/15 N)
7 mm VTN HX low-gamma (1H/143Nd-15N)

Expertise and services
  • Solid: high resolution of quadrupole nuclei (MQ-MAS, ST-MAS), hetero-nuclear and homo-nuclear correlations via space or J-coupling for spin ½ isotopes or quadrupole nuclei (including homonuclear correlation between quadrupole nuclei , HMQC or INEPT type correlation between spin-1/2 isotopes and quadrupole nuclei, including between nuclei of close frequencies 13C-27Al …), high-resolution experiments 1H...
  • Liquid :
  • HR-MAS
Other equipment

The 900 and 1200 MHz spectrometers fit into the platform combining the pole's lowest field devices RMN of the Faculty of Sciences and Technologies of the University of Lille, those of RMN laboratory (LARMN) of the Department of Health and Sports Sciences of the University of Lille and those located at the Pasteur Institute. This equipment is shared through the Lille NMR Scientific Group linking the NMR teams of ISB, UCCS, LARMN, the NMR center of the Faculty of Science and Technology and LASIRE.

Solid State NMR (Faculty of Science and Technology):

  • Two 400 MHz WB (Avance 3 and Avance NEO) 3 channels:

    • shared probes on the two spectrometers:

      • HXY (1.3mm, 2.5mm, 3.2mm and 4mm);

      • HX 4mm (CP standard, low gamma, WVT and MQMAS);

      • HX 7mm low gamma;

      • HX 5mm static.
    • REDOR Box for a nominal frequency of 100 MHz (13C-23N / A).

    • MAS 2 and 3.
  • 100 MHz WB Avance II 3 channels:

    • standard HX 4mm CP probe;

    • standard HX 7mm CP probe.

Liquid NMR (Faculty of Science and Technology):

  • 400 MHz SB Avance NEO, 3 channels:

    • 5mm BBO probe (BB/1H/2H), z-gradient, Tº: -150° to 150°C;

    • 5mm BBI probe (1H/BB/2H), z-gradient, Tº: -150° to 150°C;

    • 5mm TBI probe (1H/13C/BB/2H), z-gradient, Tº: -150° to 150°C;

    • 10mm BBO probe (BB/1H/2H), Temp: -150° to 150°C.

  • 300 MHz SB Advance III HD:

    • 5mm BBFO probe (BB/1H-19F/2H), z-gradient;

    • 60-position SampleXpress changer.

Pasteur Institute of Lille:

  • 600MHz SB Advance III HD:

    • 5mm QCI cryoprobe (1H*-19F*/13C*/15N/2H*), z-gradient, Tº: 0° to 80°C [*:cold channels];

    • 24-position SampleCase autosampler.
  • 300MHz SB Advance III:

    • 5mm BBO probe (1H-19F/2H/109Ag-31P), z-gradient, Tº: -80° to 120°C;

    • SampleXpress Lite 16-position autosampler.

Department of Health and Sport Sciences (LARMN) :

  • 500 MHz SB Advance NEO:

    • 5mm TXI probe (1H/13C/15N/2H), z-gradient;

    • 5mm QNP probe (1H-19F/13C/31P/2H), z-gradient;

    • 5mm BBO probe (BB/1H/2H), z-gradient;

    • 4mm HRMAS probe (1H/13C/2H), z-gradient;

    • measurement under fiber optic illumination [Hg lamp with filters, Nd:YAG laser = 532, 355 and 266 nm].

    • 24 position autosampler
  • 300 MHz SB Advance I:

    • 5mm BBFO probe (BB/1H-19F/2H), z-gradient
    • 5mm BBI probe (1H/BB/2H), z-gradient;

    • 5mm QNP probe (1H-19F/13C/31P), z-gradient;

    • SampleXpress Lite 16-position autosampler.
  • 300 MHz SB Advance I:

    • 5mm BBFO probe (BB/1H-19F/2H), z-gradient;

    • SampleXpress Lite 16-position autosampler.