Percorrer por autor "McAndrew, B. J."
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- Genomic resources for the aquaculture of European sea bassPublication . Volckaert, F.; Batargias, C.; Bonhomme, F.; Canario, Adelino V. M.; Chistiakov, D.; Choudhuri, J. V.; Galibert, F.; Georgoudis, A.; Haley, Chris; Hellemans, Bart; Kuhl, H.; Kotoulas, Georgios; Law, A.; Libertini, A.; Magoulas, A.; McAndrew, B. J.; Reinhardt, Richard; Senger, Fabrice; Souche, E.; Tsigenopoulos, C.; Whitaker, H. A.The BASSMAP consortium, funded by the European Union, has been set up to improve the understanding of the genome of European sea bass (Dicentrarchus labrax). The specific aim is to locate genes of known function on the physical map and to compare specific regions among perciforms. We have produced an F1 cross of outbred sea bass as mapping panel and a Bacterial Artificial Chromosome library (7× redundancy and 165 kb average insert size). End sequencing of the BAC library is in progress and a radiation hybrid panel is under construction.
- Has time come for the genetic management of sea bass?Publication . Volckaert, F.; Alvarez, M. C.; Argenton, F.; Bonhomme, F.; Chatain, B.; Colombo, L.; Castilho, Rita; Chevassus, B.; Gorshkova, G.; Kohler, M.; Magoulas, A.; Martinez, G.; McAndrew, B. J.; Piferrer, F.; Vandeputte, M.; Zanuy, S.Since 1980 the industrial production of European sea bass has risen considerably up to at least 18,000 MT in 1996 ( see also Josupeit, Aquaculture Europe 20(2):-12, 1995). This growth is remarkable since few were able to culture the species in the seventies. Several "classical" stages of development can be observed; they are typical of a rapidly expanding bioindustry.
- More polymorphic microsatellite markers in the European sea bass (Dicentrarchus labrax L.)Publication . Ciftci, Y.; Castilho, Rita; McAndrew, B. J.We provide details of five microsatellite loci screened in 163 individual sea bass. Large numbers of alleles were observed at three loci (20–25) and heterozygosities ranged from 0.52 to 0.86. These loci should prove useful for population genetic studies and for the pedigree analysis and genetic management of this species in aquaculture.
- Population structure of seabass in Portugal: evidence from allozymesPublication . Castilho, Rita; McAndrew, B. J.Starch-gel electrophoresis was used to assess the level and distribution of genetic variation in juvenile European seabass sampled from five different nursery grounds along the coast of Portugal between November 1992 and February 1994. Thirty-eight loci were examined, of which six (AAT-3*, ADA*, GPI-1*, GPI-2*, G3PDH-2*, SOD*) were polymorphic at the 99% level and were used in population surveys. Low but statistically significant multilocus FST values suggest that population structuring exists along the Portuguese coast. There is some restriction in gene flow between the population at Faro and all other sites to the north.
- Two polymorphic microsatellite markers in the European seabass Dicentrarchus labrax (L.)Publication . Castilho, Rita; McAndrew, B. J.A size-selected genomic library (300±600 bp) was created by partially digesting DNA isolated from seabass muscle withSau3AI.