为选育高油酸、高产花生新品种，以高油酸亲本CTWE为父本、高蔗糖亲本06-I8B4为母本搭配杂交组合，结合近红外分析技术与分子标记辅助选择技术育成FAD2B/FAD2A双突变高油酸小花生新品种花育662。该品种油酸含量80.8%，油亚比29.92，出米率高达79.7%。在2012年山东省花生研究所莱西试验农场产量试验中，子仁产量5 132.4 kg·hm-2，略低于对照品种花育33号5 224.5 kg·hm-2的产量水平，2014年通过安徽省品种鉴定。本研究为加速高油酸花生育种进程提供了良好的技术方法。
To breed new peanut variety with high-oleic and high-yield, a hybridized combination was made between 06 －I8B4 (high sucrose, female parent) and CTWE (high-oleic, male parent). Using molecular marker technology coupled with NIRS (Near infrared reflectance spectroscopy) assisted selection, Huayu 662, a new high-oleic peanut variety with FAD2B/FAD2A double mutation was finally developed. The seed of Huayu 662 contained 80.8% oleic acid in its total fatty acids. The oleate /linoleate ratio of the cultivar was as high as 29.92. The shelling outturn was 79.7%. In 2012, Huayu 662 produced a kernel yield of 5 132.42 kg·hm -2, comparable to the control Huayu 33 output of 5224.5 kg·hm-2 in yield test on the SPRI Experimental Farm in Laixi, Qingdao, China. The cultivar was approved for release in Anhui province for commercial production in 2014. The research provided a good technical solution to speed up the breeding process of new high-oleic peanuts.