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Single nucleotide polymorphisms (SNPs) are widely acknowledged as the marker of choice for many genetic and\udgenomic applications because they show co-dominant inheritance, are highly abundant across genomes and are\udsuitable for high-throughput genotyping. Here we evaluated the applicability of SNP markers developed from\udCrassostrea gigas and C. virginica expressed sequence tags (ESTs) in closely related Crassostrea and Ostrea species. A total of 213 putative interspecific level SNPs were identified from re-sequencing data in six amplicons,\udyielding on average of one interspecific level SNP per seven bp. High polymorphism levels were observed and the\udhigh success rate of transferability show that genic EST-derived SNP markers provide an efficient method for rapid\udmarker development and SNP discovery in closely related oyster species. The six EST-SNP markers identified here will provide useful molecular tools for addressing questions in molecular ecology and evolution studies\udincluding for stock analysis (pedigree monitoring) in related oyster taxa

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Transferability of Cupped Oyster EST (Expressed Sequence Tag)-Derived SNP (Single Nucleotide Polymorphism) Markers to Related Crassostrea and Ostrea Species