ISSR analysis with 18 primers to 12 wax apple(Syzygium samarangense Merr. et Perry)germplasm and 2 closely related species produced 459 unambiguous bands, out of them 435(94.77%) were polymorphic.
对12份莲雾资源和2个莲雾近缘种进行了ISSR分析，18条引物共扩增出459个位点，其中多态性位点435个（94.77%）。
For 12 species, ISSR markers had higher marker utility than that of SSR markers. But SSR markers were fit to related species analysis.
在12个种间，ISSR标记表现出更高的标记效率，SSR标记则更适于近亲缘物种分析。
Constrasted with previous studies and this study, found that ISSR marker can be used a more efficient analysis tool.
通过与前人研究结果对比，ISSR标记可以作为一种更有效、更准确的遗传分析工具。
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