#Malvern zetasizer zs90 dls spectrometer full
#Malvern zetasizer zs90 dls spectrometer plus

Diffraction data processing and structure solution and refinement can be provided on request. in crystallisation trays) automated screening of crystals for X-ray diffraction without disturbing the crystallization drop and its precise condition, single crystal diffraction quality screening and X-ray diffraction data collection at room temperature and at cryo-temperatures (80-300 K). The X-ray diffraction facility enables in situ (i.e.

#Malvern zetasizer zs90 dls spectrometer plus

The facility welcomes guests to use either complex approach to target crystallization with the use of all options available at CMS, or individual access to the facility equipment: вЂњnormalвЂќ (room) temperature, plus high and low temperature crystallisation (with dedicated high quality stereomicroscopes available for these temperatures), pre-crystallization characterization of samples by sub-microliter dynamic light scattering, time-line observation of macromolecular crystallization in combined UV/VIS and DLS monitoring for difficult projects, automated crystallization monitoring with remote access (in a crystallization hotel), crystal cryo-cooling (vitrification) equipment. The protein and nucleic acid crystallization facility provides the technologies for successful macromolecular crystallization, and subsequent steps (monitoring of the crystallization plates, crystal cryo-cooling (vitrification) in liquid nitrogen and long-term storage.

#Malvern zetasizer zs90 dls spectrometer full

Individual techniques are provided either as full service including analysis, or as the supply of dedicated machine time to trained users.Д«iophysical core research facilities offer a range of services, including investigations of biomolecular interactions, of structure, stability and conformation of DNA and proteins, determination of hydrodynamic radii, zeta potential and electrophoretic mobility of molecules, together with crystallization screens.

The available state-of-the-art equipment for the biophysical characterization of biomacromolecules enables to perform studies on proteins, nucleic acids or complexes thereof for a wide range of molecular biology or structural biology research projects.