Traducción de «Técnica de laboratorio en ciencias de la vida » (Español → Inglés) :

chemistry laboratory assistant | laboratory technology specialist | lab assistant | scientific laboratory technician

characteristics of laboratory techniques in biomedical sciences | laboratory method in biomedical sciences | laboratory methods in biomedical sciences | types and procedures of laboratory techniques in biomedical sciences

26. Emphasises that a strategy for innovation, efficiency and new technology, including technology for sustainability, together with new business models, creativity and advanced manufacturing has the potential to regenerate and modernise the EU’s industrial base, increasing its regional and global core competitiveness; believes that innovation needs to be promoted across the board, taking into consideration all stakeholders ranging from shop-floor and non-technical innovation to high-tech RD in research labs; notes, in this context, the importance of involving employees pro-actively in the innovation process stimulating innovative companies that are leaders in economic, social and environmental terms; emphasises the need to create a prop ...[+++]itious environment and considers it fundamental to ensure conditions under which businesses can operate and be competitive; considers it necessary to strengthen Europe’s knowledge base, reduce fragmentation by promoting excellence in science and education, create conditions for transforming good ideas into marketable products and increase access to funding by innovative businesses, creating an innovation-friendly environment and eliminating social and geographical inequalities by publicising throughout Europe the benefits of innovation; stresses, in this context, that particular account should be taken of the Commission’s annual report on innovation (‘Innovation Union Scoreboard 2013’), which shows how innovation affects the enhancement of lasting competitiveness and which provides a comparative assessment of the performance of the Member States with regard to research and innovation, and indicates the relative strengths and weaknesses of their research and innovation systems;

As a result of the first call for proposals more than EUR810 million was allocated to actions in the 2 thematic priorities "Life sciences, genomics and biotechnology for health" and "Food Quality and Safety", mobilising more than 2700 laboratories, including about 400 SMEs.

An example of policy support is the strong emphasis of white biotechnology as a future high technology in European industry, which should be a major beneficiary of the Commission’s Strategy and Action Plan for the Life Sciences [amp] Biotechnology.

An example of policy support is the strong emphasis of white biotechnology as a future high technology in European industry, which should be a major beneficiary of the Commission’s Strategy and Action Plan for the Life Sciences [amp] Biotechnology.