在DB 2数据库中使用静态SQL早已被公认为可以提高性能、稳定性和安全性，但是在过去需要专门化的编程才能利用它。
Static SQL against a DB2 database has long been recognized for its ability to improve performance, stability, and security, but has historically required specialized coding to utilize it.
其实有些测试产品已经被科学纪录数据所证实，比如在囊性纤维化病中，人们找到了存在于已知突变中的稳定关联关系。
But some tests already have proven scientific track records, such as those that look for an established mutation with firm correlations as in the case of cystic fibrosis.
对同步化错误执行根原因分析，以改进同步化规则进而解决数据值的不稳定性。
Always perform root cause analysis on synchronization errors to improve synchronization rules and resolve data value inconsistency.
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