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List of services provided by CF BIC.
Measurements are performed by CF BIC staff after obtaining samples from users. The speed of service depends on chosen technique and current workload of CF staff, however, the results are typically available within a week.
Since 2021, the services are requested via booking system.
Biomolecular characterization and interaction:
Analytical size-exclusion chromatography coupled to an array of detectors including UV-VIS spectrometer, refractometer, viscometer and static light scattering (RALS/LALS). Suitable for analysis of sample purity, oligomeric state of proteins, study of complexes and other experiments.
For more details, contact CF responsible person Josef Houser.
Sedimentation velocity method can be used for determination of sample dispersity, oligomeric state of proteins, the shape of the particle and it is also suitable for analysis of aggregates and a study of biomolecular interactions.
Calorimetric measurement of receptor-ligand interaction (Standard titration method, Single injection method) Data evaluation - by automated software or manually by expert - complete thermodynamic profile determination (association constant, enthalpy, entropy, stoichiometry value) using curve fitting models: One set of binding site, Two sets of binding sites, Sequential Binding model. Determination of kinetic parameters Km and kcat.
Differential scanning calorimetry
PEAQ-DSC is differential scanning microcalorimeter with <200 µl volume of sample capillaries. DSC technique measures the heat changes that occur in the (bio)molecule sample solution during a controlled increase or decrease in temperature, on the basis of a temperature difference between the sample and the reference material. Automated version of PEAQ-DSC enables to run up to 282 samples in a row unattended.
Sample quality assessment
Sample quality service enables to characterize the protein sample prior to more advanced experiments. It includes measurement of intact mass (MS, in collaboration with CF Proteomics), aggregation content (DLS), and temperature stability (nanoDSF).
Crystallization of biomolecules :
Set-up of crystallization screens (drop volume 200-300 nl) using commercial kits (including kits for membrane proteins, protein complexes and nucleic acids) or multidimensional gradients for optimization (from up to 5 different solutions). Sitting (standard) or hanging drop crystallization method, crystallization under oil. Storage of the screening plates for 3 months at a constant temperature 4°C or 20°C. Regular automatic inspection within the period of one month. UV imaging to distinguish a protein from a salt. Optional storage of the screening plates for an extended period of time (>6 months) at a constant temperature 4°C or 20°C with a possibility of a demanded extra inspection
Initial training for instruments in user mode:
Initial training for instruments which are operated by users him/herself. This includes Octet RED96e (BLI), Jasco J-815 (CD), SpectroLight 600 and DelsaMax Core (DLS), Biacore T200 (SPR), multichannel SPR imaging system, Auto-PEAQ DSC and VP-DSC, Prometheus (DSF), VP-ITC, Monolith NT.115 Nano and Monolith NT.115 Pico (MST), Biacore T200 (SPR), multichannel SPR imaging system, microdeposition system for biosensor arrays, gradient incubator for optimizing protein crystallization temperature (TG-40) and Biospectrometer kinetic (UV-VIS KINETIC)
Service includes consulting with specialist, expert data evaluation, advanced experimental design or personal user support during measurement.
Please, contact responsible person for details.
While basic consumables are provided by Core facility for free, specialized material may be ordered. This includes SPR and BLI sensors, MST capillaries and fluorescent dyes or material for protein crystallization. For more details, contact CF staff.