同时，结合基因表达序列标签进行基因表达分析，对于发现组织特异表达基因具有重要指导作用。
In addition, expression sequence tag data suggests a new way for finding tissue specific expression genes.
表达序列标签）测序分析技术广泛应用于基因功能和表达模式的分析研究。
The technology of expressed sequence tags (ESTs) was broadly applied in analysis of gene function and expression pattern.
方法利用表达序列标签克隆策略选择了1个可能与遗传性骨性反颌畸形相关的候选基因——OT X1。
Methods a candidate gene associated with hereditary bone crossbite deformity-OTX1 was chosen by expressed sequence tags cloning strategy.
结论表达序列标签法、步移法测序和生物信息学技术有利于发现日本血吸虫新基因。
Conclusion It is a feasible method to discover and acquire novel genes of S. japonicum by ESTs, combination of primer-walking sequncing and bioinformatics technique.
EST -SSR是基于表达序列标签开发微卫星的一种新型分子标记，与基因组ssr相比，EST - SSR具有在植物物种之间可转移性的优点。
Compared with genomic SSRs, EST-SSRs are a new kind of molecular makers derived from expression sequence tags with remarkable advantages in high transferability across plant species.
EST -SSR是基于表达序列标签开发微卫星的一种新型分子标记，与基因组ssr相比，EST - SSR具有在植物物种之间可转移性的优点。
Compared with genomic SSRs, EST-SSRs are a new kind of molecular makers derived from expression sequence tags with remarkable advantages in high transferability across plant species.
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