辉石最常见的次生变化是蛇纹石化和纤闪石化。
The most common secondary changes of pyroxene are the petrochemistry and the petrochemistry.
并且比较了高等植物和低等植物胞间连丝的发生和次生变化。
Plasmodesmal origin and secondary modification are compared between higher plant and lower plant also.
许多研究者认为这种所谓的次生变化在控制细胞功能及最终控制个体健康方面与基因组的变化同样重要。
Many researchers say these so-called epigenetic changes are as important as genomic variation to controlling cell function and, ultimately, an individual's health.
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