Crassostrea virginica
Whole Genome Sequencing Project. The Eastern oyster, Crassostrea virginica, provides important ecological and economical services, making it the target of restoration projects and supporting a significant fishery/aquaculture industry with landings valued at more than $100 million in 2012. While traditional breeding practices have achieved production of oyster lines with fast growth and improved disease resistance, little is known about the genetic basis of traits of commercial, biological, and ecological importance. Advanced molecular breeding techniques necessitate information regarding markers and genes associated with these traits. The goal of this research is to develop tools and resources to assist in the elucidation of the genomic basis of traits of commercial, biological, evolutionary, and ecological interest in the Eastern oyster. We propose to develop these key resources and tools by performing the sequencing, assembly, and annotation of a reference genome and transcriptome for the Eastern oyster C. virginica. Genome researchers and bioinformatics experts, in collaboration with the Eastern Oyster Genome Consortium, will use state-of-the-art sequencing and assembly strategies to achieve these aims. These reference genome and transcriptomes for the Eastern oysters will aid the research community in the discovery of candidate genes and markers associated with traits of commercial, biological, and ecological importance in oysters.
isolate
RU13XGHG1-28
isolation_source
Rutgers Haskin Shellfish Research Laboratory inbred lines (NJ)
collection_date
2015-03-22
geo_loc_name
USA
tissue
whole sample
biomaterial_provider
Rutgers and USDA ARS Shellfish Genetics Laboratory
BioSampleModel
Invertebrate