NCBI Web Resources:
Global Query. Query all NCBI Entrez databases in one step.
BLAST. Compare your sequence to S. cerevisiae- or other fungi-specific sequences.
Entrez Gene. Focal point for genes and associated information.
Fungal Genomes Central. Portal to information and resources pertaining to fungi and fungal sequencing projects.
GeneRIF. Provides a simple mechanism for scientists to enrich the functional annotation of genes in Entrez Gene.
Genome Project. Complete and in-progress large-scale sequencing, assembly, annotation and mapping projects.
GEO. Gene Expression Omnibus, a public repository for expression data.
HomoloGene. Putative homologies among annotated genes of several completely sequenced eukaryotic genomes.
Map Viewer. Interactive viewer for genome maps, sequence, and genes.
PopSet. Population study data sets.
PubMed Central. Digital archive of full text and content from life science journals.
RefSeq. Reference sequences of genomic contigs, mRNAs, and proteins.
Structure. Entrez's macromolecular 3D structure database.
Taxonomy. Taxonomy Browser hosts summaries of sequence resources and external links through NCBI's LinkOut.
TaxPlot. Tool for three-way genome comparisons based on the sequences of the encoded proteins.
Trace Archive. Collection of raw sequence traces from various sequencing projects.
FTP Sites:
Gene
Genomes
RefSeq
WGS Sequence
|
Welcome to the Saccharomyces Genome Resources guide.
This gateway page will bring together information on Saccharomyces-related resources from NCBI and the Saccharomyces research community.
We encourage your suggestions.
Photo courtesy of Alan Wheals, University of Bath, UK
Saccharomyces, a genus of budding yeast, includes many species used in the production of bread, beer, wine, enzymes, and pharmaceuticals. S. cerevisiae, its most notable member, is a major eukaryotic model organism and is the first eukaryote to have its genome completely sequenced.
|
The genome sequences of multiple species and strains
of Saccharomyces are aligned in Map Viewer. Take a moment to BLAST your favorite gene sequence against these genomes and explore the maps available for viewing.
|
Genomic Biology