Just as the Great Exhibition showcased innovations from across British industry, the Commission supports young researchers making developments in a broad range of fields, from new sources of sustainable energy to technologies to make space more accessible.
MANCHESTER, U.K. Researchers from all corners of Europe have flocked to the biennial EuroScience Open Forum this week, where experts are showcasing scientific developments in a broad range of fields and discussing science policy issues plus offering career guidance.
Most studies to date, including recent transcriptomic studies, have focused on late development, or a broad range of developmental stages, with only a single snapshot during early development eg., [ 19- 22].
Initial work has focused on bacterial pathogens, but Dr Richard Malley, senior author of the current Proceedings of the National Academy of Sciences of the United States of America study, believes the technology could impact vaccine development for a broad range of pathogens, in particular those of importance in the developing world.
Such process criteria have already been successfully addressed already in many cases, thus leading to the development of a broad range of both, lab, and industrial-scale processes.
Solid oxide fuel cell (SOFC) technology has been under development for a broad range of power generation applications.
Silicon (Si) received a lot of attention due to its specific semiconductor properties and furthermore because it allows the development of a broad range of micropatterning processes in order to achieve functional features for future integration in complex systems.
With regard to human gene therapy, nuclease-based gene editing has facilitated development of a broad range of therapeutic strategies based on both nonhomologous end joining and homology-dependent repair.
Although perfluorosulfonic acid type membranes, of which Nafion® is the best known example, continue to show improved properties, the past 15 to 20 years have seen progress in the development of a broad range of new proton-conducting membrane types based on hydrocarbon or heterocyclic polymers and having controlled polymer and membrane architectures.
Overall, our framework could potentially be more useful to steer rapid development of a broad range of organisms on the basis of a representative small-scale metabolic network.
