在交联密度较低的材料中，在橡胶颗粒附近叠加的应力场诱发下发生纵深度较大的断裂过程。
In the material with relatively low cross-linking density, extensive fracture process stripe is formed which is induced by the combined stress field near the rubber particles.
由NEU所诱发的染色体初级断裂不能为连接酶所修复。
Thus, the NEU-induced primary chromosome breakage may not be repaired by the ligase.
结果表明：DCAP是一种染色体损伤剂，诱发的畸变主要为染色单体断裂和交换；
Results showed that DCAP was clastogen and the aberrations were mainly chromatid breaks and exchanges.
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