上述的这种能力使RNAi具有一种针对包括癌症在内的许多疾病的潜在修复能力，而这些疾病常常是由病变细胞产生过量的日常蛋白质所致。
That ability makes RNAi a potential fix for many diseases, including cancer, that arise when abnormal cells produce excessive amounts of everyday proteins.
这提示，非折叠蛋白质应答可能通过抑制应激细胞的迁移为应激细胞的功能修复赢得了时间，在器官发生过程中发挥作用。
We infer that UPR could win more time for the stressed cells for repairing their functions in the process of migration to their destination in organogenesis.
分析了用于港机部件表面保护和修复的涂层中通常存在的内应力的产生过程，认为它是导致涂层早期破坏的主要原因之一。
It is analyzed of the residual stress generating procedure in adhesive coating layer on the surface of port crane parts for the purpose of surface protection or repairing.
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