The primary goal of the project evita is to develop an innovative dermatological product formulation dermavit for treatment of specific severe cutaneous side effects induced by therapy in oncology patients and to improve their quality of life.
To produce energy-saving suspended and ceiling led lighting with accurately designed optics for supermarkets, stores industry, garage and emergency lighting.
A computer centric method for designing drug-like molecules using fragments will be developed by combining proprietary technology from acellera labs and hql pharmaceuticals. The methodology, will be validated by developing small molecule inhibitors of chemokines, biokine's field of expertise.
The project aims for the development of a new legume variety that will bring agronomic sustainability and gives the starting material for a new and healthy bakery and feed products.
The target is the r & d of the necessary high technologies for large dams analysis and the development of an advanced cae software prototype to improve and optimize their design and construction, making them safer and more economical. Therefore, increasing the water resources in unfeasible places.
The target of this project is research and development of a unit for testing catalyzers for oxidation of volatile organic compounds. This special equipment will allow testing and selection of optimum catalytic fillings targeted to lower emissions of voc.
To develop a new generation of solar panels, exploring the use of thermal rectification materials in order to control heat flow in one direction and also the incorporation of phase change materials to accumulate heat at the radiation peak hours and use it when it is required.
Iosmatis is a hardware and software solution providing simultaneous operating, monitoring and anti-theft features to up to 5 irrigation equipments with constant on line and real time monitoring as well as multiple warning channels.
The project aims the development of generic purification procedures to obtain endotoxin standards, the development of analytical test kits to quantify endotoxins in liquid formulations and the development of endotoxin specific filter materials to purify liquid formulations from endotoxins.
Respro will develop novel approaches to reduce/eliminate traces of toxic anti-sprouting molecules currently used in the potato value chain. Respro strategies are based on: 1) epigenetics, 3) assessment of a new non toxic sprouting inhibitor, 2) combination of pre- and post-harvest treatment.