The construction of new hybridoma cell lines producing monoclonal antibodies, construction of fluorochrome labelled antibodies for diagnostic purposes, and certification of selected reagents as in-vitro diagnostics.
System of visual detection and recognition of transport parameters - a system for collecting, evaluating and processing data on road transport called high vision.
Development and manufacture of a gas turbine recuperator of 100 kw(e) with high efficiency exceeding 90% based on primary surfaces for temperatures of 650-700 degrees celsius. Development of stamping and welding technology for very thin special steel foils with 0.08mm thickness.
The main goal of the project is to improve and optimise surface properties of advanced metallic materials through the physical and chemical deposition of thin and hard layers and combinations thereof.
The project includes developing the equipment to verify a new diagnostic method based on non-invasive cardio-stimulation. This will enable risk assessment of coronary diseases during screening tests of populations at risk.
Experimental production of prototype radioimmunology reagents based on engineered antibodies harbouring all desired properties (e.G. Affinity, stability, non-immunogenicity and high levels of labelling) in combination.
Development of standard parameters for pyrolysis of remains and other recycling, for complete use of pyrolysis gas by methanisation and recycling of biogas in a gas motor work facility
Development of a central system for rail freight transport based on a concentration of information, web applications and demands from different applications operated out of the portal, to serve users as the information source, guide and navigator.
To develop a comprehensive information system which will enable efficient management of the health status in pig production.
To develop appropriate mixtures of paraffin and iso-paraffin hydrocarbons and stimulants, i.E. To produce a mixture with better quality than wax mixtures used by growers.