CAJ | 학술논문

以马铃薯6个品种为材料,建立叶片再生体系.结果表明,6-BA和GA3对马铃薯叶片愈伤组织生长量和不定芽分化率均有显著影响.不同马铃薯愈伤组织生长最高的6-BA质量浓度分别是"大西洋"、"底西瑞"和"虎头"1mg/L,"费乌瑞它"和"夏坡蒂"2 mg/L,"紫花白"3 mg/L;愈伤组织生长最高的GA3质量浓度分别是"大西洋","费乌瑞它","夏坡蒂"和"紫花白"5 mg/L,"底西瑞"0.02和0.15 mg/L,"虎头"0.02,0.05和0.1 mg/L.在不同培养基中获得的最大愈伤组织生长量分别为"大西洋"0.039 5 g,"费乌瑞它"0.037 5 g,"夏坡蒂"0.041 g,"紫花白"0.0396 g,"底西瑞"0.042 5 g和"虎头"0.039 5 g.不同马铃薯不定芽分化最高的6-BA质量浓度分别是"大西洋","费乌瑞它"和"夏坡蒂"2 mg/L,"紫花白"和"底西瑞"1 mg/L,"虎头"0.1 mg/L;不定芽分化最高的GA3质量浓度分别"大西洋"0 mg/L,"费乌瑞它"2 mg/L,"夏坡蒂"1 mg/L,"紫花白"5 mg/L,"底西瑞"和"虎头"0.1 mg/L.在不同培养基中获得的最高不定芽分化率分别是"大西洋"18.18%,"费乌瑞它"13.04%,"夏坡蒂"17.86%,"紫花白"15.00%,"底西瑞"44.44%和"虎头"47.83%.诱导6个马铃薯品种生根的最佳培养基为1/2 MS+0.1 mg/LNAA,生根率分别为"大西洋"95.2%,"费乌瑞它"83.3%,"夏坡蒂"92.4%,"紫花白"94.8%,"底西瑞"96.7%和"虎头"95.6%.6个马铃薯品种的移栽成活率均为90%以上.
이마령서6개품충위재료,건립협편재생체계.결과표명,6-BA화GA3대마령서협편유상조직생장량화불정아분화솔균유현저영향.불동마령서유상조직생장최고적6-BA질량농도분별시"대서양"、"저서서"화"호두"1mg/L,"비오서타"화"하파체"2 mg/L,"자화백"3 mg/L;유상조직생장최고적GA3질량농도분별시"대서양","비오서타","하파체"화"자화백"5 mg/L,"저서서"0.02화0.15 mg/L,"호두"0.02,0.05화0.1 mg/L.재불동배양기중획득적최대유상조직생장량분별위"대서양"0.039 5 g,"비오서타"0.037 5 g,"하파체"0.041 g,"자화백"0.0396 g,"저서서"0.042 5 g화"호두"0.039 5 g.불동마령서불정아분화최고적6-BA질량농도분별시"대서양","비오서타"화"하파체"2 mg/L,"자화백"화"저서서"1 mg/L,"호두"0.1 mg/L;불정아분화최고적GA3질량농도분별"대서양"0 mg/L,"비오서타"2 mg/L,"하파체"1 mg/L,"자화백"5 mg/L,"저서서"화"호두"0.1 mg/L.재불동배양기중획득적최고불정아분화솔분별시"대서양"18.18%,"비오서타"13.04%,"하파체"17.86%,"자화백"15.00%,"저서서"44.44%화"호두"47.83%.유도6개마령서품충생근적최가배양기위1/2 MS+0.1 mg/LNAA,생근솔분별위"대서양"95.2%,"비오서타"83.3%,"하파체"92.4%,"자화백"94.8%,"저서서"96.7%화"호두"95.6%.6개마령서품충적이재성활솔균위90%이상.