FISH技术能用于解释微核的形成机理、功能及微核的超微结构，并可用于辐射损伤的遗传学评价。
FISH can be used to interpret the formation mechanism, the function and the ultrastructure of the micronucleus, as well as the genetic evaluation of radiation damage.
通过观察小鼠骨髓细胞染色体畸变和骨髓嗜多染红细胞微核率，研究对小鼠细胞遗传学的影响。
To study the cytogenetic changes, we observed the mice bone marrow cellular chromosome aberration and bone marrow polychromatic erythrocyte micronuclei ratio of mice marrow.
再者，自噬作为生物机体抗衰老的效应因子的遗传学证据已在低等真核生物中发现。
Furthermore, genetic evidence of autophagy as an anti-age effector has been provided in lower eukaryotes.
再者，自噬作为生物机体抗衰老的效应因子的遗传学证据已在低等真核生物中发现。
Furthermore, genetic evidence of autophagy as an anti-age effector has been provided in lower eukaryotes.
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