玉米是粮食兼优质饲料和工业原料作物，利用单倍体诱导技术与常规育种技术相

玉米是粮食兼优质饲料和工业原料作物，利用单倍体诱导技术与常规育种技术相结合，开展高产优质多抗宜机收玉米新种质研究，研究结果创制出一批综合农艺性状优良、高产、优质、多抗、宜机收的玉米骨干自交系材料85份（KF001-KF085），加速了玉米新品种选育进程；借助分子标记和转基因技术，提高单倍体诱导成功率；熟练掌握了利用单倍体诱导技术与常规育种技术相结合的手段进行玉米育种。

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结果 (英语) 1: [复制]

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Maize is a crop with high-quality feed and industrial raw materials. The haploid induction technology is combined with conventional breeding techniques to carry out research on high-yield, high-quality, multi-resistant and suitable machine-harvested maize germplasm. The research results have created a batch of comprehensive agronomic traits with excellent and high yield 85 copies of maize backbone inbred line materials (KF001-KF085) of high quality, multi-resistant and suitable for machine harvest, speeding up the selection and breeding of new maize varieties; using molecular markers and transgenic technology to improve the success rate of haploid induction; The use of haploid induction technology combined with conventional breeding technology for maize breeding.

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结果 (英语) 2:[复制]

复制成功！

Corn is a crop of grain and high-quality feed and industrial raw materials, using the combination of hemliosomal induction technology and conventional breeding technology to carry out high-yield, high-quality multi-resistance machine corn new species research, the results of the study created a number of comprehensive agro-artistic traits excellent, high-yield, high-quality 85 copies (KF001-KF085) of corn backbone self-intersecting materials (KF001-KF085), which are multi-resistant and suitable for machine harvesting, accelerate the process of selection and breeding of new varieties of corn, and improve the success rate of monopite induction with the help of molecular markers and genetically modified technology Master the use of henrogen induction technology and conventional breeding technology combined means for corn breeding.

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结果 (英语) 3:[复制]

复制成功！

Maize is a grain, high-quality feed and industrial raw material crop. Haploid induction technology combined with conventional breeding technology was used to carry out research on New Maize Germplasm with high yield, high quality, multi resistance and suitable for machine harvest. The results showed that a batch of 85 Maize Backbone Inbred Lines (kf001-kf085) with excellent comprehensive agronomic traits, high yield, high quality, multi resistance and suitable for machine harvest were created, which accelerated the progress of New Maize Variety breeding By means of molecular markers and transgenic technology, we can improve the success rate of haploid induction, and master the means of combining haploid induction technology with conventional breeding technology for maize breeding.<br>

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