摘要
In order to improve the resistance of Euonymus japonicus , its ability of adventitious shoots regenerating from inter_node stem_segment were researched on MS medium in vitro . The effect of both plant growth regulators and carbon resources in media on adventitious shoots differentiating was studied. Regenerating system of E. japonicus was established successfully. Adventitious shoots were highly obtained from inter_node explants inoculated on MS media supplemented with 6_BA 1 7 mg\5L -1 + IBA 0 005 mg\5L -1 or 6_BA 1 9 mg\5L -1 + IBA 0 03 mg\5L -1 . The regenerating ratio reached to 52 4% and 46 7% respectively. Media for inducing adventitious roots were 1/2MS+ IAA 0 5 mg·L -1 . Adventitious shoots originated from surface tissue of inter_node stem_segment.
In order to improve the resistance of Euonymus japonicus , its ability of adventitious shoots regenerating from inter_node stem_segment were researched on MS medium in vitro . The effect of both plant growth regulators and carbon resources in media on adventitious shoots differentiating was studied. Regenerating system of E. japonicus was established successfully. Adventitious shoots were highly obtained from inter_node explants inoculated on MS media supplemented with 6_BA 1 7 mg\5L -1 + IBA 0 005 mg\5L -1 or 6_BA 1 9 mg\5L -1 + IBA 0 03 mg\5L -1 . The regenerating ratio reached to 52 4% and 46 7% respectively. Media for inducing adventitious roots were 1/2MS+ IAA 0 5 mg·L -1 . Adventitious shoots originated from surface tissue of inter_node stem_segment.
出处
《林业科学》
EI
CAS
CSCD
北大核心
2005年第3期179-181,i001,共4页
Scientia Silvae Sinicae
基金
北京市科技计划项目 (H0 2 0 6 2 0 1 1 0 1 30 )
关键词
大叶黄杨
无芽茎段
不定芽诱导
不定芽起源
Euonymus japonicus
inter_node stem_segment
induction of adventitious shoots
origin of adventitious shoots
