interactions of biomolecules

The Monolith NT.115 Blue/Red uses microscale thermophoresis (MST) technology to measure the interaction between a fluorescently labeled sample and a ligand even under near-native conditions. The interaction is measured in solution (without immobilization) using a temperature gradient over time. The M.O.Control software automatically calculates the binding affinity (KD) from the fitted curves on a plot of fluorescence versus ligand concentration. The Monolith analysis is fast (takes 15 minutes) and requires only small amounts of sample (4 µl per capillary).

The MS-NEX system is an Atomic Force Microscope that enables high-resolution imaging of biological samples in a very short time (20 frames / sec - 50 ms / frame - 2000 lines / sec) in aqueous solutions. Ultrafast imaging enables the observation of dynamic processes occurring in the analyzed research systems in real time.

The BioScope Resolve Atomic Force Microscope with the MultiMode8 Lockout Specs scanning head is a unique AFM system that allows you to observe the dynamics of isolated biochemical systems, whole cells and complex biological systems. This microscope enables high-resolution imaging of very small molecules as well as large eukaryotic cells. It allows you to observe preparations fixed as well as particles in aqueous solutions. https://biotech.ug.edu.pl/atomic_force_microscop_bioscope_resolve

The Laboratory of Biomolecular Interactions provides access to a wide range of equipment for studying complex molecular interactions in isolated biochemical systems, whole cells and complex biological systems. The laboratory equipment includes BioScope Resolve Atomic Force Microscope, High-Speed Atomic Force Microscope MS-NEX, Biacore T200 biosensor system, Monolith NT.115 and Circular Dichroism Spectrometer Jasco J-1500.