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Unité Matériaux et Transformations
CNRS UMR 8207 - Université de Lille

UMET - Matériaux Moléculaires et Thérapeutiques

Matériaux Moléculaires et Thérapeutiques - Scientific instruments

 

Scientific instruments from the UMET instrument database managed by the research group.

ATG Q500 (TA Instruments)

ATG Q500 (TA Instruments)

Research team: Matériaux moléculaires et thérapeutiques.

Contact: Florence DANEDE.

Characterization of solvent losses and degradations in molecular materials
Temperature range: from 30 ° C to 550 ° C
 
microcalorimeter MicroDSC7 evo (Setaram)

microcalorimeter MicroDSC7 evo (Setaram)

Research team: Matériaux moléculaires et thérapeutiques.

Contacts: Alain HEDOUX, Laurent PACCOU.

the μDSC7 evo can meet the requirements of a wide range of applications, especially in the following areas:
- Life sciences - pharmaceutical: protein denaturation / aggregation in solution, powder or gel, solid state polymorphism, amorphism,
- Food: protein denaturation / aggregation, polysaccharide fusion / gelation, gelatin, starch, emulsion stability,
- Polymers: influence of pressure on glass transitions to supercritical conditions,
technical characteristics
  • temperature range -45 ° C to 120 ° C
  • programming speed from 0.001 to 2 ° C per min,
  • Hastelloy cell volume up to 1 mL
  • Use in isothermal mode (calorimeter) or temperature programming (DSC).
  • Ability to study samples in all forms: liquid, gel, powder, solid.
 
Raman µspectrometer Renishaw InVia , suitable for medium-frequency studies (150-1800 cm-1)

Raman µspectrometer Renishaw InVia , suitable for medium-frequency studies (150-1800 cm-1)

Research team: Matériaux moléculaires et thérapeutiques.

Contacts: Yannick GUINET, Alain HEDOUX, Laurent PACCOU.

Analysis of the dynamics of glass-forming molecular materials in their amorphous and crystalline states, mechanisms of phase transformation, and stabilization of amorphous states of materials of therapeutic interest (small molecules, proteins) by excipients
  • lasers lmbda = 514 nm and 785 nm
Sample environment
  • Platinum LinKam Scientific Instrument see part Heat treatment
  • XYZ Platinum for cartography
  • Anvil cell diamond Chervin type pressure generator 40 GPa
  • CryoDAC-ST (Alamax Easy lab) cryoDAC-ST anvils cell pressure 15 GPa max and cryostat ST500b (Janis) temperature control from 3.5K to 475K.
  • Humidity Controlled Platinum GenRH (Surface Measurement Systems)
  • HR from 1 to 98% accuracy 0.8%
 
Raman Spectrometer XY Dilor, suitable for Low Frequency Macro Studies (5-500 cm-1)

Raman Spectrometer XY Dilor, suitable for Low Frequency Macro Studies (5-500 cm-1)

Research team: Matériaux moléculaires et thérapeutiques.

Contacts: Alain HEDOUX, Yannick GUINET, Laurent PACCOU.

Analysis of the dynamics of glass-forming molecular materials in their amorphous and crystalline states, mechanisms of phase transformation, and stabilization of amorphous states of materials of therapeutic interest (small molecules, proteins) by excipients
Accessories
  • Macro Output: Cryostat Optistat CF-V (Oxford Instrument) Temperature Control 500K to 4.2K
  • Macro output: Cryostream 800 (Oxford Instrument) temperature control 500K to 80K with dry nitrogen flow.
  • Micro Output: Microstat He (Oxford Instrument) temperature control 500K to 5K
 
X-ray diffractometer on powders, X'Pert Pro (Panalytical)

X-ray diffractometer on powders, X'Pert Pro (Panalytical)

Research team: Matériaux moléculaires et thérapeutiques.

Platform: Plateau d’analyses par diffraction des Rayons X.

Contacts: Mathieu GUERAIN, Florence DANEDE.

Study of the structural organization of molecular materials: vitreous states and phase transformations induced by external stresses (temperature variations, grinding, aging, ...)
Technical characteristics
  • Copper tube
  • Transmission measurements on samples conditioned in capillaries with the possibility of varying the temperature from ambient to 300 ° C (Huber oven)
  • Reflection measurements on platelets with the possibility of varying the temperature from -150 ° C to 400 ° C (room Anton Paar TTK 450)
 
 
UMET - Unité Matériaux et Transformations
CNRS UMR 8207
Université de Lille
Bâtiment C6
59655 Villeneuve d'Ascq
France
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