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Breeding insights

机译:育种见解

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Public and private breeders of commodity crops such as maize and soybeans have long used sophisticated bioinformatics, statistical tools and "big data" to guide their breeding programs. These tools increasingly leverage detailed DNA sequence information to predict the performance of each crop’s breeding lines — and ultimately help breeders release improved varieties more quickly.But these sophisticated, expensive breeding tools have not been available to breeders of smaller-scale specialty crops. So, specialty crop breeding has relied heavily upon field observations (phenotyping) and the breeder's individual knowledge and experience in making crosses and selecting (or discarding) progeny. Specialty crop breeding has been as much of an art as a science.
机译:玉米和大豆等商品作物的公共和私人育种者长期以来一直使用复杂的生物信息学、统计工具和“大数据”来指导他们的育种计划。这些工具越来越多地利用详细的DNA序列信息来预测每种作物育种系的性能,并最终帮助育种者更快地发布改良品种。但是,这些复杂、昂贵的育种工具还没有提供给小规模特种作物的育种者。因此,特种作物育种在很大程度上依赖于田间观察(表型)以及育种者在杂交和选择(或丢弃)后代方面的个人知识和经验。特种作物育种既是一门科学,也是一门艺术。

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