生物系统的基因组结构与形态图式发生的“基因型-表现型”复杂系统、基因组自组织化与程序化表达系统调控研究的遗传学,探讨细胞信号传导与基因调控的分子网络系统起源、进化与发育自组织化的非线性系统动力学。
遗传学: 打造一个没有现代生命精密蛋白酶也能自我复制的系统,这是该工程最困难之处,不过已取得明显进展。
THE GENETICS: Making a system that can duplicate itself without modern life’s elaborate protein enzymes is the project’s biggest hurdle, but progress has been dramatic.
波拉克列举了可能应用的领域,如环境系统、气候模式、群体遗传学、宇宙学和海洋学。
As possible fields of application, Pollack named environmental systems, weather patterns, population genetics, cosmology and oceanography.
该研究为园艺学研究提供了用孢子人工繁殖剑叶凤尾蕨的方法,也为分子生物学、遗传学和蕨类植物系统学研究提供了基础。
This study reveals not only the technique of propagation of P. ensiformis with spores for horticulture but also the proper conditions for molecular biology, genetics and systematics study.
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