 
        Engineering of Molecular NanoSystems     (EMNS)
Faculty of Applied Sciences |  Discipline: Chemistry and materials
Faculty of Applied Sciences |  Societal impact: Environment
Faculty of Applied Sciences |  Societal impact: Health
(Code: ULB819)
Skills of the unit :
| ► Differential Scanning CalorimetryA nano-DSC III from TA instruments with a 300 μl capillary cell specifically designed to determine the thermal stability and heat capacity of proteins and other macromolecules or macromolecular assemblies (liposomes) in dilute solution.
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| ► Isothermal Titration CalorimetryTwo nano-ITC systems from TA instruments, one ITC 4200 with 1.3 ml removable cells and a Nano-ITC 2G with 1 ml non-removable cells.  These systems are ideal for the characterization of intermolecular interactions, from small organic molecules to biological macromolecules, and can be used both with aqueous or organic solutions.
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| ► Dynamic Light ScatteringMalvern Zetasizer Ultra for size (3 angles) and zetapotential measurements.
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| ► High Resolution NMR SpectrometersThe EMNS laboratory has access, via the CIREM, to three High Resolution NMR spectrometers (600, 400 and 300 MHz) equipped with different probes for solution studies.
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| ► Emmission SpectrophotometerFluoromax-4 equipped with an injection port, stirrer, and temperature control.
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| ► UV-Vis-NIR Absorption SpectrophotometerEquipped with a Pelletier Temperature Controller and an Integration Sphere allowing the characterization of low volume liquid samples (150 μl) and solid samples from 200 to 3500 nm.
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