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Sequencing amplifi cation fragments produced using simple-sequence repeat (SSR) primer pairs pchgms2 and UDP96008 in 'Dayezhugan' japanese apricot showed that SSRs obtained included a microsatellite locus originally identifi ed in peach. The mic- rosatellite sequence homogeneity between UDP96008 in japanese apricot in this study and UDP96008 in the peach in GenBank was 98%. Twenty-four japanese apricot genotypes originating in diverse geographic areas had been identifi ed with 14 SSR primer pairs de- veloped in different species of Prunus. In total, 129 alleles were obtained and per primer pairs detected 2.5 alleles on the average. The results from cluster analysis showed that the genetic distance between 'Nanhong' and 'Zhonghong' was the closest, and cultivars from China and from Japan could not be separated completely. Japanese apricot (Prunus mume Sieb. et Zucc.) originates in southern China and has been widely cultivated in China and Japan. It is used as fruit production and ornamental appreciation. Since most of the fresh Prunus mume fruit are sour, they are usually processed into different products, not for fresh-market sale,

Microsatellite Markers and Genetic Diversity in Japanese Apricot (Prunus mume)