Ascertaining when and where genes are expressed is of crucial importance in order to understand the physiological role of a given gene/protein and the interactions between them. In addition, the normal expression patterns can then be compared to those observed in a variety of pathological conditions to identify pathological hallmarks of gene expression. The EURExpress, an integrated project funded by the EU under the VI Framework proposes a transcriptome-wide acquisition of expression patterns chiefly by means of in situ hybridization (ISH) with non-radioactive probes and will use this data to establish a web-linked, interactive digital transcriptome atlas of embryonic mouse. The final goal of the project is to create the expression data of > 20,000 genes by RNA in situ hybridization on sagittal sections from E14.5 wild type murine embryos. This data will result in a detailed description (at a cellular level) of gene expression patterns in the developing mouse. The “transcriptome atlas” will be generated using a newly developed automated RNA in situ hybridization system. Automated scanning microscopes will collect image data, which will be electronically sent out in a digital format for annotation. The latter will be performed using a web-based “virtual” microscope and be entered in a hierarchical database specifically designed to hold large amounts of image data and display them in a user-friendly format. For a subset of genes, mainly those directly involved in human diseases, expression data will also be generated by using human and murine tissue arrays. This will offer the opportunity to compare human and mouse expression patterns in adult tissues. This project builds on a strong European concentration of skills in gene expression analysis and mouse genomics and integrates European skills, efforts, resources and information in the field of systematic gene expression analysis. All expression data generated by EURExpress will be made readily available to the scientific community via the EURExpress web-linked database, considerably advancing our knowledge of gene function and having a significant impact on the identification of gene expression markers of disease processes. ... [Information of the supplier]
ESHE, the European Society for the study of Human Evolution, promotes the broad field of research which investigates how humans evolved both biologically and culturally. Contributing disciplines typically include hominin palaeontology and palaeogenetics; comparative and functional studies of extant primates, using both morphological and molecular evidence; palaeolithic archaeology; and applied studies of stable isotopes, dating, taphonomy, palaeoecology and palaeogeography. ESHE aims to stimulate communication and scientific cooperation between scientists, and to improve public understanding of human evolution. Core activities of the society will be: to organize yearly meetings, with a scientific programme, as well as a public-outreach event, to encourage and help develop international and interdisciplinary research proposals and projects, and to initiate and support activities which increase the public and political visibility of human evolution studies. The European Society for the study of Human Evolution is registered as a non-profit organization. ... [Information of the supplier]
COST is an intergovernmental framework for European Cooperation in Science and Technology, allowing the coordination of nationally-funded research on a European level. COST fosters the establishment of scientific excellence in the nine key domains. The domain "Biomedicine and Molecular Biosciences" (BMBS) covers all areas of medicine as practiced in Europe and basic, preclinical and clinical medical research developed to materialise the “bench to bedside” concept. ... [Information of the supplier, modified]
