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黑龙江省七份黑绿豆地方品种品质性状的鉴定与评价

Identification and Evaluation of Quality Traits of Seven Local Black Mung Bean Cultivars in Heilongjiang Province

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【作者】 艾燕; 张翼飞; 贾瑞坤; 王赫; 孙鹤溪; 候丕新; 王志坤;

【Author】 AI Yan;ZHANG Yifei;JIA Ruikun;WANG He;SUN Hexi;HOU Pixin;WANG Zhikun;Harbin No.6 High School;Heilongjiang Experimental High School;Harbin No.3 High School;Agricultural College, Northeast Agricultural University;

【通讯作者】 王志坤;

【机构】 哈尔滨市第六中学; 黑龙江省实验中学; 哈尔滨市第三中学; 东北农业大学农学院;

【摘要】 为鉴定及筛选适宜黑龙江地区种植的优良黑绿豆地方品种,并为当地绿豆育种改良提供优异亲本。本研究对黑龙江省7份黑绿豆地方品种的外观品质、营养品质及芽用加工品质进行了系统鉴定。结果表明:望奎黑绿豆BB-3的粒长以及粒宽最大,分别为0.55 cm和0.39 cm;肇东黑绿豆BB-5的百粒重最大,为5.54 g;黑绿豆的豆芽生物产量在106.33~113.44 g之间;黑绿豆的蛋白含量在25.13%~28.48%之间;黑绿豆BB-4、BB-5及BB-6缺失66 kD亚基。综上分析,黑绿豆的营养及外观品质优于普通绿豆对照品种。其中望奎黑绿豆BB-3,肇东黑绿豆BB-6和BB-7综合农艺性状优良、商品性好,具有良好芽用特性,可作为现代工厂化豆芽产业应用的首选原料,也可作为优良亲本参与黑绿豆育种工作。SDS-PAGE分析结果表明,黑绿豆和普通绿豆种子贮藏蛋白的电泳图谱基本一致,66 kD功能蛋白亚基组成在黑绿豆品种间有显著差异。

【Abstract】 In order to screen the excellent local varieties of black mung bean suitable for planting in Heilongjiang Province,and provide excellent parents for local mung bean breeding and improvement.Here,we identified the appearance quality trait and edible bud processing quality of 7landraces collected from Heilongjiang Province and the protein components of black mung bean were analyzed for the first time.The results showed that the seed length and width of BB-3of Wangkui black mung bean were the largest,0.55cm and 0.39cm,respectively.The 100seed weight of Zhaodong black mung bean BB-5was the largest(5.54g).The biological yield of black mung bean ranged from 106.33g to 113.44g.The protein content of black mung bean ranged from 25.13%to28.48%.Black mung bean BB-4,BB-5and BB-6were missing 66kD subunits.By comprehensive analysis,the nutrition and appearance quality of black mung bean was better than that of ordinary mung bean.Among them,Wangkui black mung bean BB-3,Zhaodong black mung bean BB-6and BB-7were black mung bean varieties with excellent comprehensive agronomic traits,good commerciality,and good sprouting characteristics,which can be used as the preferred raw material for modern factory bean sprouting industry applications.The results of SDS-PAGE analysis showed that the electrophoretic profiles of black mung bean and common mung bean seed storage proteins were basically the same,and the composition of the 66kD functional protein subunit was significantly different between black mung bean varieties.

【基金】 黑龙江省教育厅青年创新人才项目(UNPYSCT-2018158)
  • 【文献出处】 黑龙江农业科学 ,Heilongjiang Agricultural Sciences , 编辑部邮箱 ,2023年09期
  • 【分类号】S522
  • 【下载频次】9
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