Centre de Genetique Moleculaire du CNRS, Gif Sur Yvette, 91190 France.
Genetics. 1984 Dec;108(4):927-39. doi: 10.1093/genetics/108.4.927.
Three allelic, dominant and germline-dependent female-sterile mutations (ovo(D) mutations) can be classified according to the severity of the ovarian abnormalities that they produce. The size and frequency of +/+ germline clones, induced in ovo(D)/+ females, were compared with K10/K10 germline clones induced in K10/+ control females. The frequency of germline clones induced by irradiation of first instar larvae is similar for the three dominant alleles and K10 ; however, the clone size increased with the strength of the allele tested, compared with K10 clones. When clones were induced later in development, the clone frequencies decreased with the strength of the alleles. These results are discussed in the context of the antimorphic nature of these mutations and the characteristics of germline development. The use of these alleles as tools in the genetic analysis of development is discussed.
三种等位、显性和种系依赖性的雌性不育突变(ovo(D)突变)可以根据它们产生的卵巢异常的严重程度进行分类。比较了在 ovo(D)/+ 雌性中诱导的 +/+ 种系克隆的大小和频率与在 K10/+ 对照雌性中诱导的 K10 种系克隆的大小和频率。对于三种显性等位基因和 K10,第一龄幼虫照射诱导的种系克隆的频率相似;然而,与 K10 克隆相比,克隆的大小随所测试的等位基因的强度而增加。当在发育后期诱导克隆时,克隆频率随等位基因的强度而降低。这些结果在这些突变的反型性质和种系发育的特征的背景下进行了讨论。讨论了这些等位基因作为发育遗传分析工具的用途。