EMBL shares expertise with four European institutes
European Commission grants funding for new Twinning projects involving EMBL scientists
Three international teams involving various research groups and core facilities at EMBL Heidelberg have been granted funding from the European Commission (EC) for three Twinning projects with institutes in Portugal and the Czech Republic. The projects will enable the creation of new research networks and collaborations across Europe. They are funded with €1 million each and will run for three years.
Twinning is part of the EC’s ‘Horizon 2020’ widening programme. It aims to foster knowledge transfer from leading European universities and research institutes to their partner institutions in Central and Eastern Europe, Luxembourg, and Portugal. At least two advanced partners, like EMBL, team up with an institute in these countries to share their expertise through workshops, staff exchanges, or summer schools. Twinning projects thus foster the exchange of knowledge between participants and enable new areas of expertise to be developed and sustained at research institutes based in regions that are less established in research and innovation.
The Instituto de Engenharia de Sistemas e Computadores, Investigação e Desenvolvimento (INESC-ID) in Lisbon, Portugal, is a non-profit research institution with expertise in artificial intelligence, information and decision support systems, graphics and interaction, distributed systems, communication networks, high-performance computing, nanoelectronics and power systems. The OLISSIPO project aims to bring these disciplines together with biological and biomedical research and strengthen INESC-ID’s research profile in computational biology.
OLISSIPO is a joint effort by EMBL’s Huber group, partners at the French National Institute for Research in Digital Science and Technology (INRIA) in Lyon, the Swiss Federal Institute of Technology in Zurich (ETH Zurich), and INESC-ID. The project will focus on key applications of statistics in molecular biology research, for example in single cell analyses and simulations, and the mathematical modelling of cell–cell interactions. Group leader Wolfgang Huber and his team will contribute their expertise in developing statistical methods and computational tools, and will prepare tutorials, training courses, and outreach activities, and welcome scientists from INESC-ID to EMBL Heidelberg. The ultimate goal of OLISSIPO is to establish a leading European cluster of excellence in computational biology in Lisbon.
SymbNET: Boosting host–microbiome symbiosis research
SymbNET will enable researchers at IGC and ITQB NOVA to expand their research and training capacities in microbiota research and will promote the formation of a European network of excellence in this field. EMBL’s contribution will be coordinated by group leader Kiran Patil and will involve expertise from the Patil, Typas, and Barabas groups, Alexandrov team, and the Metabolomics and Genomics Core Facilities. The unique interdisciplinary research portfolio at EMBL will help researchers from IGC and ITQB NOVA to apply advanced genomics and metabolomics technologies. Involvement in SymbNET further strengthens EMBL’s research and training portfolio in studying organism–environment interactions at the molecular level.
INTEG-RNA: Integrating multidisciplinary RNA research
The INTEG-RNA project aims to establish a cluster of excellence in RNA research in Brno. EMBL’s role in the project is coordinated by Vladimir Benes, Head of the Genomics Core Facility, and involves the group of Director General Edith Heard. EMBL scientists will contribute their expertise in functional genomics analyses and in the technology and data analysis tools used in RNA sequencing and single-cell analyses. In particular, the Genomics Core Facility will conduct scientific courses and training on bioinformatic approaches in RNA research. EMBL’s contribution will help CEITEC to integrate their research groups, methodological approaches, and training of young scientists in RNA biology, and allow their researchers to establish fruitful interdisciplinary research collaborations.
This image is a composite of lateral pentascolopidial organs, a wing imaginal disc pouch, and an epithelial wound in a Drosophila larva. The organs are arranged here like eyelashes. Cells surrounding an epidermal wound appear as the iris and pupil of this artistic eye.