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核心技术专利：CN118964589B侵权必究

核心技术专利：CN118964589B侵权必究

Br Poult Sci. 1987 Dec;28(4):753-4. doi: 10.1080/00071668708417013.

An investigation was conducted among the progeny from crosses between Exchequer Leghorn and Ancona bantams into the relationship between two plumage phenotypes, pied and mottled, both of which are arrangements of non-pigmentation expressed on a background of eumelanin. 2. Both the pied and mottled phenotypes had previously shown to be caused by recessive genes, denoted pi and mo respectively. 3. The progeny consisted entirely of intermediaries between the two parental phenotypes, indicating that pi and mo are one and the same gene for which I retain the symbol mo.

对艾克彻短角鸡和安科纳矮脚鸡杂交后代中两种羽色表型——花斑和斑驳之间的关系进行了研究，这两种表型都是在真黑素背景上表达的无色素排列。2. 之前已表明花斑和斑驳表型均由隐性基因引起，分别用pi和mo表示。3. 后代完全由两种亲本表型之间的中间类型组成，这表明pi和mo是同一个基因，我保留mo这个符号。

Br Poult Sci. 1987 Dec;28(4):753-4. doi: 10.1080/00071668708417013.

An investigation was conducted among the progeny from crosses between Exchequer Leghorn and Ancona bantams into the relationship between two plumage phenotypes, pied and mottled, both of which are arrangements of non-pigmentation expressed on a background of eumelanin. 2. Both the pied and mottled phenotypes had previously shown to be caused by recessive genes, denoted pi and mo respectively. 3. The progeny consisted entirely of intermediaries between the two parental phenotypes, indicating that pi and mo are one and the same gene for which I retain the symbol mo.

对艾克彻短角鸡和安科纳矮脚鸡杂交后代中两种羽色表型——花斑和斑驳之间的关系进行了研究，这两种表型都是在真黑素背景上表达的无色素排列。2. 之前已表明花斑和斑驳表型均由隐性基因引起，分别用pi和mo表示。3. 后代完全由两种亲本表型之间的中间类型组成，这表明pi和mo是同一个基因，我保留mo这个符号。