以本地早橘和槾橘为母本倍性杂交创制柑橘三倍体
解凯东1(
),彭珺1,袁东亚1,强瑞瑞1,谢善鹏1,周锐1,夏强明1,伍小萌1,柯甫志2,刘高平3,GROSSER Jude W4,郭文武1()
),彭珺1,袁东亚1,强瑞瑞1,谢善鹏1,周锐1,夏强明1,伍小萌1,柯甫志2,刘高平3,GROSSER Jude W4,郭文武1()
Production of Citrus Triploids Based on Interploidy Crossing with Bendizao and Man Tangerines as Female Parents
XIE KaiDong1(),PENG Jun1,YUAN DongYa1,QIANG RuiRui1,XIE ShanPeng1,ZHOU Rui1,XIA QiangMing1,WU XiaoMeng1,KE FuZhi2,LIU GaoPing3,GROSSER Jude W4,GUO WenWu1()
),PENG Jun1,YUAN DongYa1,QIANG RuiRui1,XIE ShanPeng1,ZHOU Rui1,XIA QiangMing1,WU XiaoMeng1,KE FuZhi2,LIU GaoPing3,GROSSER Jude W4,GUO WenWu1()
图2. 槾橘×NS组合再生植株的倍性鉴定
a：流式细胞仪倍性鉴定（PK1=50,二倍体;PK2=75,三倍体）;b、c：根尖染色体计数（b：二倍体,2n=2x=18;c：三倍体,2n=3x=27）,标尺=5 μm
Fig. 2. Ploidy determination of regenerated plants from Man tangerine × NS
a: Ploidy analysis of regenerated plants and diploid control by flow cytometry (PK1=50, diploid; PK2=75, triploid); b-c: Shoot-tip chromosome counting (b: diploid, 2n=2x=18; c: triploid, 2n=3x=27), Bar=5 μm
