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The chromosomes of  Chlamys farreri ,  Patinopecten yessoensis,  and  Argopecten irradians  were studied by FISH using  C. farreri C 0 t -1 DNA probes. The results showed that  C 0 t -1 DNA signals spread on all chromosomes in the three scallops, whereas signal density and intensity were different strikingly. Clustering brighter signals presented in the centromeric and telomeric regions of most  C. farreri  chromosomes, and in the centromeric or pericentromeric regions of several  P. yessoensis  chromosomes. Comparative analysis of the mapping indicated a relatively higher homology in the repetitive DNA sequences of the genome between  C. farreri  and  P. yessoensis  than that between  C. farreri  and  A. irradians . In addition, FISH showed that the distribution of  C 0 t -1 DNA clustering signals in  C. farreri  displayed completely similar signal bands between homologous chromosomes. Based on the  C 0 t -1 DNA fluorescent bands, a more exact  karyotype  of  C. farreri  has been obtained. In this study, the comparative analysis based on  C 0 t -1 DNA provides a new insight into  the chromosomal reconstructions during the evolution process, and  it is helpful for understanding an important source of genomic  diversity, species relationships, and genome  evolution.

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Comparative Cytogenetics Analysis ofChlamys farreri,Patinopecten yessoensis,andArgopecten irradianswithC0t-1 DNA by FluorescenceIn SituHybridization