The available database comprises research projects in Fisheries, Aquaculture and Seafood Processing active in the time period 2003-2013.
COFASP is an ERA-NET created to directly address actions envisaged within fisheries, aquaculture and seafood. It was created under the KBBE theme in FP7, and is part of the Europe 2020 strategy, which recognises bioeconomy as an important part of the strategy.

More information on the Cofasp project and participating funding organizations is available on the Cofasp website: www.cofasp.eu

Last Update: 2018/03/29

ABFT SNP
Fisheries
Isolation and characterization of single nucleotide polymorpisms (SNPs) in Atlantic bluefin tuna (Thunnus thynnus)
FP7
FP7 - Intra-European Fellowships (IEF)
PEOPLE – Marie Curie Actions
People
European
Stylianos Kastrinakis
kastr@her.hcmr.gr
HCMR - Hellenic Centre for Marine Research (Greece)
NA - Not available (Not available)
2011
2013
€ 157,720
http://www.idimar.org/proyecto.php?Language=en&Id=447
The Atlantic bluefin tuna Thunnus thynnus (Linnaeus 1758) is a highly migratory pelagic species found in the North Atlantic and Mediterranean Sea. The high market value of bluefin tuna has led to substantial overfishing, possibly lead to stock depletion unless sustainable catch quotas are enforced. Rational fish stock management requires knowledge of population structure; currently two separate Eastern and Western Atlantic stocks are recognized, spawning in the Mediterranean and the Gulf of Mexico respectively. Analysis of DNA markers such as microsatellite DNA and hypervariable mtDNA sequences mostly support the hypothesis of the Eastern and Western stocks, but suggest a more complex population structuring and the presence of other spawning sites in the Mediterranean. Single nucleotide polymorphisms (SNPs) are the most abundant polymorphisms in genomes; as sequencing is required for their characterisation, large numbers of SNPs were previously available only for model organisms. The advent of massively parallel sequencing platforms allows isolation of large numbers of SNPs in non-model species; current high-throughput genotyping platforms allow simultaneous analysis of SNPs of the same order of magnitude. Due to these technological advances, the use of SNPs in population studies is increasing and is anticipated to complement and eventually replace current DNA-based makers. The availability of a large number of SNP markers in the bluefin tuna would allow to analyse population structure in greater detail than with the currently used markers while facilitating data standardization across labs; additionally, the genomic resources obtained from the project would significantly increase the level of genetic characterisation of ABFT and can provide the basis for future studies such as microarray development, marker validation and genetic linkage analysis.
Fish; Genetic; Tuna;
Not associated to marine areas
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