细胞工程和遗传工程技术将为人工合成天然活性物质开辟新的途径。
Cell engineering and genetic engineering technology will open up a new route to artificial synthesis of natural active substances.
砷的致癌症机制主要有遗传物质修饰、DNA断裂损伤及活性氧生成等。
The genotoxicity of arsenic, which includes the modification of DNA, DNA break damages and DNA repair prevention, may be the most important mechanism of arsenic carcinogenesis.
砷的致癌症机制主要有遗传物质修饰、DNA断裂损伤及活性氧生成等。
The genotoxicity of arsenic, which includes the modification of DNA, DNA break damages and DNA repair prevention, may be the most important mechanism of arsenic carcinogenesis.
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