Struhl K
Nature. 1983;305(5933):391-7. doi: 10.1038/305391a0.
Gene cloning and yeast DNA transformation techniques have greatly enhanced the power of classical yeast genetics. It is now possible to isolate any classically defined gene, to alter the yeast genome at will by replacing normal chromosomal sequences with mutated derivatives produced in vitro, and to create DNA molecules that behave as autonomous replicons or minichromosomes. These unique features of the new yeast genetics have been used to study many problems in eukaryotic molecular biology.
基因克隆和酵母DNA转化技术极大地增强了经典酵母遗传学的能力。现在有可能分离出任何经典定义的基因,通过用体外产生的突变衍生物取代正常染色体序列来随意改变酵母基因组,并创建表现为自主复制子或微型染色体的DNA分子。新酵母遗传学的这些独特特性已被用于研究真核分子生物学中的许多问题。