Javascript must be enabled to continue!
Building the European Nanomedicine Research and Innovation Area: 10 years funding innovative research projects
View through CrossRef
EuroNanoMed (ENM) is an ERA-NET for nanomedicine. ERA.NET is an EU funded network which had been established to support and increase the coordination of European research programmes and related funding. It is a platform for funding agencies and ministries to develop joint activities and programmes with the aim of coordinating high-quality research in diverse research fields, in this case nanomedicine, across national borders. It has been 10 years since the establishment of EuroNanoMed presently in its third phase. For those 10 years, Research and Innovation funding organizations in Europe and beyond have been joining forces to fund excellent innovative research projects in the main 3 topics defined by the European Technology Platform on Nanomedicine: targeted drug delivery, diagnostics and regenerative medicine. Ten joint transnational calls have been launched (the 10th call is ongoing). So far, 90 transnational projects have been funded, including 460 research groups from over 20 countries. In the Joint Transnational Call 2017—co-funded by national and regional funding organizations and the European Commission—16 projects were funded with a total investment of 14 million euros, including 3.3 million euros from the European Commission. In addition to EuroNanoMed's main activity of funding transnational innovative research projects, it collaborates with sister initiatives in nanomedicine and translational research. ENM has organised review seminars as well as safety, ethics and regulatory affairs training workshops. The purpose of this article is to summarise the activities of EuroNanoMed over the last 10 years.
Title: Building the European Nanomedicine Research and Innovation Area: 10 years funding innovative research projects
Description:
EuroNanoMed (ENM) is an ERA-NET for nanomedicine.
ERA.
NET is an EU funded network which had been established to support and increase the coordination of European research programmes and related funding.
It is a platform for funding agencies and ministries to develop joint activities and programmes with the aim of coordinating high-quality research in diverse research fields, in this case nanomedicine, across national borders.
It has been 10 years since the establishment of EuroNanoMed presently in its third phase.
For those 10 years, Research and Innovation funding organizations in Europe and beyond have been joining forces to fund excellent innovative research projects in the main 3 topics defined by the European Technology Platform on Nanomedicine: targeted drug delivery, diagnostics and regenerative medicine.
Ten joint transnational calls have been launched (the 10th call is ongoing).
So far, 90 transnational projects have been funded, including 460 research groups from over 20 countries.
In the Joint Transnational Call 2017—co-funded by national and regional funding organizations and the European Commission—16 projects were funded with a total investment of 14 million euros, including 3.
3 million euros from the European Commission.
In addition to EuroNanoMed's main activity of funding transnational innovative research projects, it collaborates with sister initiatives in nanomedicine and translational research.
ENM has organised review seminars as well as safety, ethics and regulatory affairs training workshops.
The purpose of this article is to summarise the activities of EuroNanoMed over the last 10 years.
Related Results
Improvement of Innovative Projects Management and Revival of Innovation Activities of Ukrainian Enterp
Improvement of Innovative Projects Management and Revival of Innovation Activities of Ukrainian Enterp
Introduction. The wider application of the benefits of project management in the organization of innovation is seen as an effective tool for revitalizing the innovation activities ...
Barriers to Surgical Innovation Research: A Canadian Study on Public Funding Trends
Barriers to Surgical Innovation Research: A Canadian Study on Public Funding Trends
Background A decline in research funding has been cited as a potential cause for limited surgical innovation in the United States. We aim to understand if this is a North American ...
Social innovation : understanding selected Durban-based interior designers' perceptions of socially responsible interior design
Social innovation : understanding selected Durban-based interior designers' perceptions of socially responsible interior design
In a world with pressing social issues that require the collaboration of multiple stakeholders to solve them, this research sought to find out through the views of interior design ...
Der skal ikke lades sten på sten tilbage
Der skal ikke lades sten på sten tilbage
The Building by the Barbar TempleClose by the large temple at Barbar 1) lies a little tell, which was investigated in the spring of 1956. The tell was shown to cover a building of ...
Performance-based Institutional Research Funding in Flanders, Belgium
Performance-based Institutional Research Funding in Flanders, Belgium
Research and innovation is one of Flanders’ priorities and over the last three decades its public funding has strongly increased. Universities are key actors in this strategy. They...
11 Years of CLINAM, the European Foundation for Clinical Nanomedicine
11 Years of CLINAM, the European Foundation for Clinical Nanomedicine
CLINAM is a nonprofit organization based in Basel, Switzerland (www.clinam.org), that has been founded by Beat Löffler and Patrick Hunziker in 2007. The organization, utilizing its...
THE INNOVATIVE POTENTIAL OF HUMAN RESOURCES:THE THEORETICAL ASPECT
THE INNOVATIVE POTENTIAL OF HUMAN RESOURCES:THE THEORETICAL ASPECT
Topicality. Today the ability to create and apply innovative technologies largely determines the competitiveness of both individual economic entities and the economy as a whole, en...
Development and Exploitation of a Fully Human and Modular Organotypic Bone Marrow Niche Model to Study the Role of Stroma-Produced Factors in Human MDS
Development and Exploitation of a Fully Human and Modular Organotypic Bone Marrow Niche Model to Study the Role of Stroma-Produced Factors in Human MDS
Background: Myelodysplastic syndromes (MDS) are a heterogenous group of stem cell driven disorders primarily affecting the elderly and characterized by inefficient production of ma...

