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Galton Laboratory
GBF - Molecular Bioinformatics of Gene Regulation
Généthon
Genestream
GenLink
GenomeNet, Japan
George M. Church Laboratory
GIRI - Genetic Information Research Institute
GBF - Molecular Bioinformatics of Gene Regulation
The GBF project "Molecular Bioinformatics of Gene Regulation" deals with
the DNA sequence features of regulatory genomic elements and regions, in
particular those that govern transcriptional control. The project
comprises theroretical as well as experimental work. The basis of the
theoretical part is the TRANSFAC database. It compiles data about gene
regulatory DNA sequences and protein factors binding to them. On this
basis, programs are developed that help to identify putative promoter or
enhancer structures and to suggest their features. These efforts are
part of ring funding projects GENUS (GEne regulatory NUcleic acid
Sequences) financed by the BMBF (the previous BMFT) and TRADAT
(TRAnscription DATabases and analysis tools) by the European Comission.
Genestream
Genestream 2, at the Institut de Genetique Humaine, Montpellier
GenLink
GenLink provides linkage mapping information and software tools that facilitate the integration of
physical and genetic linkage data to produce unified maps of the human genome. Researchers
interested in identifying genes based on map positions should find the resource helpful.
GenomeNet, Japan
GenomeNet is a Japanese computer network for genome research and related research areas in
molecular and cellular biology.
GIRI - Genetic Information Research Institute
Genetic Information Research Institute (GIRI) is a private, non-profit
institution founded in 1994. Their mission is to understand biological
processes which alter the the genetic makeup of different organisms, as
a basis for potential gene therapy and genome engineering techniques.
They pursue and promote original peer-reviewed, public domain research on genetic information (DNA sequence data), as well as dissemination of databases and computer software related to this research.
Their research is heavily based on computer power and human skills different from those applied in classical molecular biology and genetics. As there are few established university departments devoted to this kind of research, the Institute is anticipating to play an active role in establishing computational biology as an independent field of research.
Any Comments, Questions? Support@hgmp.mrc.ac.uk