摘要
Quadratic regressive factorial experiment was used to optimize concentrations of 6_BA and NAA added in MS midum for shoot multiplication of miniature rose (Rosa cv.Sonnen Kind).The most amount of shoots was achieved by combining 6-BA 1.93 mg·L -1, NAA 0.33 mg·L -1 into MS midum. The 6-BA and NAA concentrations were in a range of 1.68～2.75 mg·L -1 and 0.07～0.54 mg·L -1, respectively, and each 10 explants (stems with one auxiliary bud) cultured on the midum for 40 days, then 50 shoots occurred. The probability of the event was 95%.
Quadratic regressive factorial experiment was used to optimize concentrations of 6_BA and NAA added in MS midum for shoot multiplication of miniature rose (Rosa cv.Sonnen Kind).The most amount of shoots was achieved by combining 6-BA 1.93 mg·L -1, NAA 0.33 mg·L -1 into MS midum. The 6-BA and NAA concentrations were in a range of 1.68～2.75 mg·L -1 and 0.07～0.54 mg·L -1, respectively, and each 10 explants (stems with one auxiliary bud) cultured on the midum for 40 days, then 50 shoots occurred. The probability of the event was 95%.
出处
《林业科学》
EI
CAS
CSCD
北大核心
2004年第4期189-192,共4页
Scientia Silvae Sinicae
基金
原林业部重点资助课题 ( 96 12
2 0 0 0 13 )
国家重点推广项目 ( 2 0 0 2EC0 0 0 0 0 9
2 0 0 2EC0 0 0 0 10 )
北京林业大学研究生基金资助项目
