| Registro completo |
| Provedor de dados: |
OceanDocs
|
| País: |
Belgium
|
| Título: |
Genetic Characterization of Six Stocks of Litopenaeus vannamei Usedin Cuba for Aquaculture by Means of Microsatellite Loci
|
| Autores: |
Pérez-Beloborodova, A.
Artiles-Valor, A.
Pérez-Jar, L.
Hernández-Martínez, D.
Guerra-Aznay, M.
Espinosa-López, G.
|
| Data: |
2014-02-25
|
| Ano: |
2012
|
| Palavras-chave: |
Genetics
Aquaculture
Shrimp culture
|
| Resumo: |
FourmicrosatellitelociwereusedtoachievegeneticcharacterizationofsixstocksfromLitopenaeusvannamei usedforaquaculture inCuba:secondgenerationfromfirstintroduction(S2-1),firstgenerationfromthesecondone(S1-2),fromthethirdone(S1-3), andthefourthone(S1-4)andthecrossingsfromtwoparentalpopulation:firstgenerationfromthefirstwithfirstgeneration fromthethird(S1-1 × S1-3)andfirstgenerationfromthesecondwithfirstgenerationfromthethird(S1-2 × S1-3).66%(16/24) ofgeneticsystemsintotallociwereingeneticdisequilibrium.Thefourmicrosatellitelociwerepolymorphicforallsixstocks. MajorquantitiesofallelicvariantscorrespondtolocusPvan1758,whichisatthesametimethatonewherethereareprivate allelesfromfirstgenerationofthethird.AllFst comparisonsweresignificant.Thisindicatesbigdifferencesbetweenstocks.The highestvaluesarethoseinwhichthereispresenceofthesecondintroduction.Thisintroductionanditsdescendantsarealsomore consanguineous.
|
| Tipo: |
Journal Contribution
|
| Idioma: |
Inglês
|
| Identificador: |
International Journal of Zoology, 2012, p. 1-7
2231-3516
http://hdl.handle.net/1834/5347
|
| Relação: |
http://www.hindawi.com/journals/ijz/2012/352165/
[1]R.Tizol,B.Jaime,R.Lariaetal.,“IntroductionofPacificWhite Shrimp L.vannamei inCuba.QuarantineIstep(InSpanish). OceanDocs,” http://hdl.handle.net/1834/3588,2004. [2]Y.J.Borrell,G.Espinosa,E.Vazquez,J.A.S´ anchez,andG. Blanco,“Geneticvariabilityofmicrosatellitelociinthetwo firststocksofLitopenaeusvannameiintroducedtoCubafor aquaculture,” RevistadeInvestigacionesMarinas,vol.27,no.3, pp.237–244,2006(Spanish). [3]R.Machado, Assessmentofgeneticvariabilityintwolotsof whiteshrimp,Litopenaeusvannamei(Boone,1931)introduced toCuba,M.S.thesis,InternationalFisheriesManagement. DepartmentofAquaticBiosciences.NorwegianCollegeof FisheryScience.UniversityofTronso,Norway,Oslo,2006. [4]A.Artiles,I.Rodr´ ıguez,A.P´ erez,L.P´ erez,andG.Espinosa, “LowgeneticvariabilityinthefifthintroductionofLitope- naeusvannameiinCuba,asestimatedwithmicrosatellite markers,” Biotecnolog´ ıaAplicada,vol.28,pp.142–146,2011. [5]D.K.Garc´ ıa,M.A.Faggart,L.Rhoadesetal.,“Genetic diversityofcultured Penaeusvannamei shrimpusingthree moleculargenetictechniques,” MolecularMarineBiologyand Biotechnology,vol.3,no.5,pp.270–280,1994. [6]S.SundenandK.Davis,“Evaluationofgeneticvariationin adomesticpopulationofPenaeusvannamei(Boone):acom- parisonwiththreenaturalpopulations,” Aquaculture,vol.97, no.2-3,pp.131–142,1991. [7]R.A.Dunham,K.Majumdar,E.Hallermanetal.,“Review ofthestatusofaquaculturegenetics,”in Aquacultureinthe ThirdMillennium.TechnicalProceedingsoftheConferenceon AquacultureintheThirdMillennium(February2000,Bangkok, Thailand),R.P.Subasinghe,P.Bueno,M.J.Phillips,C. Hough,S.E.McGladdery,andJ.R.Arthur,Eds.,pp.137–166, NACA/FAO,2001. [8]G.Hulata,“Geneticmanipulationsinaquaculture:areview ofstockimprovementbyclassicalandmoderntechnologies,” Genetica,vol.111,no.1-3,pp.155–173,2001. [9]Z.J.LiuandJ.F.Cordes,“DNAmarkertechnologiesandtheir applicationsinaquaculturegenetics,” Aquaculture,vol.238, no.1–4,pp.1–37,2004. [10]G.M.Wolfus,G.K.Garc´ ıa,andA.Alcivar-Warren,“Appli- cationofthemicrosatellitetechniqueforanalyzinggenetic diversityinshrimpbreedingprograms,” Aquaculture,vol.152, no.1–4,pp.35–47,1997. [11]P.Cruz,C.H.Mej´ ıa-Ruiz,R.P´ erez-Enriquez,andA.M. Ibarra,“Isolationandcharacterizationofmicrosatellitesin Pacificwhiteshrimp Penaeus (Litopenaeus) vannamei,” Molec- ularEcologyNotes,vol.2,no.3,pp.239–241,2002.[12]R.PeakallandP.E.Smouse,“GENALEX6:geneticanalysisin Excel.Populationgeneticsoftwareforteachingandresearch,” MolecularEcologyNotes,vol.6,no.1,pp.288–295,2006. [13]J.Goudet,“FSTAT,aprogramtoestimateandtestgene diversitiesandfixationindexes.(version2.9.3),” Journalof Heredity,vol.86,pp.485–486,2002. [14]S.Wright,“TheinterpretationofpopulationstructurebyF- statisticswithspecialregardstosystemsofmating,” Evolution, vol.19,pp.395–420,1965. [15]F.Rousset,Genepop4.1forWindows/Linux/MacOSX,2008. [16]B.RannalaandJ.L.Mountain,“Detectingimmigration byusingmultilocusgenotypes,” ProceedingsoftheNational AcademyofSciencesoftheUnitedStatesofAmerica,vol.94,no. 17,pp.9197–9201,1997. [17]S.Piry,A.Alapetite,J.M.Cornuet,D.Paetkau,L.Baudouin, andA.Estoup,“GeneClass2:asoftwareforgeneticassignment andfirst-generationmigrantdetection,” JournalofHeredity, vol.95,no.6,pp.536–539,2004. [18]D.C.QuelleandK.F.Goodnight,“Estimatingrelatedness usinggeneticmarkers,” Evolution,vol.43,no.2,pp.258–275, 1989. [19]GraphPadInStatversion5.04forWindows,GraphPadSoft- ware,LaJollaCaliforniaUSA, http://www.graphpad.com . [20]R.Valles-Jim´ enez,P.Cruz,andR.P´ erez-Enriquez,“Popula- tiongeneticstructureofPacificwhiteshrimp(Litopenaeus vannamei)fromMexicotoPanama:microsatelliteDNA variation,” MarineBiotechnology,vol.6,no.5,pp.475–484, 2005. [21]P.Cruz,A.M.Ibarra,H.Mejia-Ruiz,P.M.Gaffney,andR. P´ erez-Enr´ ıquez,“Geneticvariabilityassessedbymicrosatel- litesinabreedingprogramofpacificwhiteshrimp(Litope- naeusvannamei),”MarineBiotechnology,vol.6,no.2,pp.157– 164,2004. [22]R.P´ erez-Enr´ ıquez,F.Hern´ andez-Mart´ ınez,andP.Cruz, “GeneticdiversitystatusofWhiteshrimpPenaeus(Litope- naeus)vannameibroodstockinMexico,” Aquaculture,vol. 297,no.1–4,pp.44–50,2009. [23]N.Bierne,I.Beuzart,V.Vonau,F.Bonhomme,andE.Bedier,“Microsatellite—associatedheterosisinhatchery—prop- agatedstokcsofthesrimpPenaeusstylirostris,” Aquaculture, vol.184,pp.203–219,2000. [24]Z.Xu,J.H.Primavera,L.D.delaPenaetal.,“Geneticdiversity ofwhiteandculturedblacktiguershrimp(Penaeusmonodon) inthePhilippinesusingmicrosatellites,” Aquaculture,vol.199, pp.13–40,2001. [25]E.Luvesuto,P.DominguezdeFreitas,andP.M.Galetti Junior,“Geneticvariationinaclosedlineofthewhiteshrimp Litopenaeusvannamei(Penaeidae),” GeneticsandMolecular Biology,vol.30,no.4,pp.1156–1160,2007. [26]J.A.H.Benzie,“Populationgeneticstructureinpenaeid prawns,” AquacultureResearch,vol.31,no.1,pp.95–119, 2000. [27]G.EspinosaL´ opez,R.D´ ıazFern´ andez,U.BeckerZ´ u˜ nigaet al.,“PopulationanalysisofCubanwhiteshrimpLitopenaeus schmittiusingallozymesasgeneticmarkers,” Revistade InvestigacionesMarinas,vol.24,no.1,pp.11–16,2003 (Spanish). [28]J.Soto-Hern´ andezandJ.M.Grijalva-Chon,“Geneticdiffer- entiationinhatcherystrainsandwildwhiteshrimpPenaeus (Litopenaeus)vannamei(Boone,1931)fromnorthwestMex- ico,” AquacultureInternational,vol.12,no.6,pp.593–601, 2004. [29]V.Sbordoni,E.deMatthaeis,M.CobolliSbordoni,G.LaRosa, andM.Mattoccia,“Bottleneckeffectsandthedepressionof geneticvariabilityinhatcherystocksof Penaeusjaponicus (Crustacea,Decapoda),” Aquaculture,vol.57,no.1–4,pp.239– 251,1986. [30]Y.J.Borrell,J. ´ Alvarez,E.V´ azquezetal.,“Applyingmicrosatel- litestothemanagementoffarmedturbotstocks(Scophthal- musmaximusL.)inhatcheries,” Aquaculture,vol.241,no.1–4, pp.133–150,2004. [31]A.Artiles,M.Rubio,E.Gonzalez,R.Laria,andR.Silveira, “CrustaceanvirusofobligatorydeclarationbytheOIE performanceinculturedLitopenaeusvannameiinCubafrom 2003to2009,” OceanDocsDigitalRepository,vol.28,no.1,pp. 12–18,2011(Spanish). [32]R.Silveira-Coffigny,“AquaculturehealthinCuba,”in Proceed- ingsofthe1stMeetingofInteramericanOIEComit´ eforAquatic Animals,Panama,PanamaCity,January2006. [33]S.Edmands,“Heterosisandoutbreedingdepressionininter- populationcrossesspanningawiderangeofdivergence,” Evolution,vol.53,no.6,pp.1757–1768,1999. [34]M.Keller,J.Kollmann,andP.J.Edwards,“Geneticintrogres- sionfromdistantprovenancesreducesfitnessinlocalweed populations,” JournalofAppliedEcology,vol.37,no.4,pp. 647–659,2000. [35]S.Granier,C.Audet,andL.Bernatchez,“Heterosisandout- breedingdepressionbetweenstrainsofyoung-ofthe-year brooktrout(Salvelinusfontinalis),” CanadianJournalofZo- ology,vol.89,pp.190–198,2011.
10.1155/2012/352165
|
| Direitos: |
http://creativecommons.org/licenses/by-nc/3.0/
|
|
