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摘要

植物育种家通常面临的问题是如何预测具有未经测试的基因组合的新个体的表现。因此,采用分子工具、分子定位和MAS相结合的综合育种方法十分重要。它还需要开发工具建模和仿真分析,利用所有现有的和新生成的数据。一些软件工具已经开发集成育种模拟和表型预测模型使用基因组信息。根据实际的基因型和表型数据构建了可靠的表型预测模型。这种基于模拟的基因组辅助育种方法将有助于优化所有重要农作物的植物育种。软件工具也被开发用于设计目标位点或评估基因组/基因编辑系统的结果。本章概述了主要的软件支持工具,这些工具将帮助植物育种者在进行各种育种计划的过程中做出决策。
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Software Tools to Assist Breeding Decisions
Plant breeders are usually faced with the problem of predicting the performance of new individuals with untested gene combinations. Therefore, it is important to follow an integrated breeding approach by combining molecular tools, molecular mapping, and MAS. It is also required to develop tools for modeling and simulation analysis by utilizing all pre-existing and newly generated data. Several software tools have been developed that integrates breeding simulations and phenotype prediction models using genomic information. Reliable phenotype prediction models for the simulation were constructed from actual genotype and phenotype data. Such simulation-based genome-assisted approach to breeding will help optimize plant breeding in all important agricultural crops. Software tools have also been developed for designing target sites or evaluating the outcome of genome/gene editing system. This chapter provides an overview of the key software support tools that will assist the plant breeders in decision making during the process of conducting various breeding program.
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