"The challenge for the coming decade is to expand on multi-disciplinary and multi-sector collaboration aimed at large-scale production of high-quality human pluripotent stem cells, and also, robust and reliable production of high-quality differentiated cells," said Professor Norio Nakatsuji, Founding Director of Kyoto University, iCeMS. "In order to provide adequate support to accelerate such research, a nation should take an evidence-based approach with an understanding of the global trend from a multitude of perspectives."
"This report gives us a bird's eye view of the international stem cell field, drawing on advanced bibliometric techniques to identify national and international trends - where is stem cell research strongest, where is the sector developing fastest, are the results of individual funding initiatives translating into high impact publications, and so on," said Professor
, MRC Centre for Regenerative Medicine,
University of Edinburgh
and the Project Coordinator of EuroStemCell. "It has been extremely interesting to analyse these data, they contain a lot of provocative information. We hope readers will gain a new understanding of the shape of the field that will stimulate future policy discussions."
, Managing Director of Academic and Government Institutions for Elsevier, said, "The aim of this report was to support development in stem cell science and policy discussion by bringing together comprehensive analytical overview of the fields together with insights from experts. We are proud we have been able to collaborate with EuroStemCell,
, iCeMS and the experts who have provided their valuable input."
Note to editors
The following experts are available for interview concerning this report:
, Associate Professor,
, Professor, Tissue Stem Cell Biology, MRC Centre for Regenerative Medicine,
University of Edinburgh
and Project Coordinator of EuroStemCell, and
, Vice President, Global Academic Relations,
Technical terms and abbreviations used in the report:
- Pluripotent stem cells can give rise to all of the cell types that make up the body; embryonic stem cells and induced pluripotent stem cells are considered pluripotent.
- (ES or ESC) Embryonic stem cell
- (hES or hESC) human embryonic stem cell
- (iPS or iPSC) induced pluripotent stem cell
Institute for Integrated Cell-Material Sciences (iCeMS)
The Institute for Integrated Cell-Material Sciences (iCeMS) at
aims to advance the integration of the cell and material sciences -- both traditionally strong fields for the university -- in a uniquely innovative global research environment. ICeMS combines the biosciences, chemistry, materials science, and physics to create materials for mesoscopic cell control and cell-inspired materials. Such developments hold the promise of significant advances in medicine, pharmaceutical studies, the environment, and industry.