Peptide administration for lung fibrosis treatment using formulation based on medusa technology. develop a sustained release formulation os p144 or p17, loquid or freeze-dried form, for subcutaneous administration route and carry on preclinical and clinical trials.
Celtic-plus is considered essential for securing and enhancing the market position of the european telecommunications industry, by continuing the successful work initiated by celtic almost eight years ago.
Eurogia2020 will be the third mandate of eurogia cluster. The second mandate was from july 2008 to june 2013. the eurogia+ goal is to support and promote international partnerships devising original projects in low-carbon energy technologies.
Increasing the competitiveness of tourism industry via the generation of industrially relevant research, technological development and innovation (rtdi) projects oriented to the sustainable development and improvement of tourism, leisure and cultural sectors, through technological innovation.
By bringing together national agrifood clusters&programmes&in close connection with european platforms this network facilitates organisations within the agrifood sector to access knowledge&funds, find partners, enter new markets&build proj that lead to innovative products/processes/services.
Penta is a new eureka cluster in micro- and nano-electronics that will support the vision, strategy and planned implementation contained in the european industrial strategic roadmap for micro- and nano-electronic components and systems as prepared by the electronic leaders group.
The aim of this project is the technical development of a seamless it solution that unlocks the hidden flexibility capacity of commercial and industrial consumers willing to participate in demand response programs used by grid operators for system balancing and congestion management purposes.
Design and development of new winemaking protocols for new aromatic profiles obtention. Different types of wood oak will be used in various stages of winemaking process, as alcoholic, malolactic or post-malolactic fermentation. This technique will be combined with micro-oxygenation.
The main objective of the project will be to develop new exterior grade hpl boards with natural wood on the surface by means of new developed resins with a significant reduces, at least 70%, in the quantity of free formaldehyde.