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Interspecific crossing was artificially carried out between    Chlamys   farreri    (Jones &amp; Preston, 1904) ♀ and    Argopecten   irradians   irradians    (Lamarck, 1819) ♂, two of the dominant cultivated scallop species in China. Genomic  in situ  hybridization (GISH) was used to examine the chromosome constitution and variation in hybrids at early embryonic stage. The number of chromosomes in 66.38% of the metaphases was 2n = 35 and the karyotype was 2n = 3 m + 5 sm + 16 st + 11 t. After GISH, two parental genomes were clearly distinguished in hybrids, most of which comprised 19 chromosomes derived from their female parent (   C.   farreri   ) and 16 chromosomes from their male parent (   A.   i.   irradians   ). Some chromosome elimination and fragmentation was also observed in the hybrids.

comparative cytogenetics

Genomic  in situ  hybridization identifies parental chromosomes in hybrid scallop (  Bivalvia  ,   Pectinoida  ,   Pectinidae  ) between female    Chlamys   farreri    and male    Argopecten   irradians   irradians