INHERITANCE OF A SOYBEAN FLOWERING RESPONSE TO FLUORESCENT-DAYLENGTH CONDITIONS
INHERITANCE OF A SOYBEAN FLOWERING RESPONSE TO FLUORESCENT-DAYLENGTH CONDITIONS
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DOI：
10.1139/g71-100
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发表时间：
1971-01-01
期刊：
影响因子：
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通讯作者：
BUZZELL, RI
中科院分区：
文献类型：
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作者：
BUZZELL, RI
以短日照大豆Glycine max（L.）我的天，在长日照条件下，在温室内使用自然日长延长至20小时的冷白光荧光灯。一个单一的，主基因与两个等位基因被发现控制开花反应。显性等位基因，使荧光敏感的反应延迟开花也导致较晚的领域成熟，而隐性等位基因，使一个不敏感的反应导致早熟。提出了这些等位基因的成熟度符号E3和de3。已开发出等值线。
The inheritance of flowering time was studied in the short-day soybean,Glycine max(L.) Merr., under long-day conditions in the greenhouse using natural day length extended to 20 hours with cool-white fluorescent light. A single, major gene with two alleles was found to control the flowering response. The dominant allele which gave a fluorescent-sensitive response of delayed flowering also resulted in later field maturity whereas the recessive allele which gave an insensitive response resulted in earlier maturity. The maturity symbolsE3ande3are proposed for these alleles. Isolines have been developed.