1) adventitious buds proliferation
不定芽增殖
1.
The plant high active agent ,which is prepared by Zhanjiang Normal College, is applied to adventitious buds proliferation in tissue culture of oncidium.
应用不同浓度的植物高活性制剂对文心兰不定芽增殖进行实验研究,结果表明:(1)1mg/L、2 mg/L、5 mg/L、10 mg/L2、0 mg/L高活性成分单纯制剂5、mg/L+生长素、CK1、CK2(6-BA+生长素)的不定芽增殖倍数分别是3。
2.
By orthogonal experiment the tender green leaves were used as explants to study the effect of different medium on adventitious buds induction,adventitious buds proliferation and rooting experiment of Tripterygium wilfordii superior clone.
以雷公藤绿色嫩叶诱导产生的愈伤组织为外植体,通过正交试验设计,研究了不同培养基对雷公藤优良无性系不定芽诱导、不定芽增殖和生根的影响。
2) Bud proliferation
芽增殖
1.
Effects of different hormone combinations on bud proliferation of Oriental lily bulb in tissue culture;
不同激素组合对东方百合鳞茎组培芽增殖的影响
2.
2 % active carbon in culture media on bud proliferation in the subculture of test-tube shoots from stem apexes of Gypsophila paniculata were studied.
探讨了满天星试管苗继代培养过程中,不同生长调节剂、碳源、水质、活性碳对芽增殖效果的影响。
3) bud multiplication
芽增殖
1.
The results showed that these hormones conduced to Gladiolus bud multiplication.
结果表明:植物生长调节剂对继代芽的增殖有较大的影响,多效唑(PP333)和烯效唑(S3307)分别单独使用时,能显著促进芽增殖的浓度均为2。
2.
The new semi-ligneous stem nodes of Toona sinensis with axillary buds was taken as explant cultured in vitro to induce axillary bud sprouting and bud multiplications.
结果表明,香椿萌芽诱导中,M S基本培养基效果优于1/2M S;芽增殖阶段,适宜的培养基是M S+6-BA 0。
4) Shoot proliferation
芽增殖
1.
Establishment of high shoot proliferation system of edible cactus;
食用仙人掌芽增殖体系的建立
2.
0) was most suitable for shoot proliferation.
芽增殖培养基采用ＭＳ＋６ＢＡ１。
5) shoot proliferation
茎芽增殖
1.
6 mg·L~(-1)) accelerated shoot proliferation.
研究了植物生长调节物质6-BA、NAA、GA3在离体培养条件下,对栓皮栎茎芽增殖和生长的影响。
6) proliferation
[英][prə,lɪfə'reɪʃn] [美][prə'lɪfə'reʃən]
芽苗增殖
1.
A study on establishment of aseptic system by shoot tip culture and proliferation in Musa spp.cv.Caijiao(ABB group);
柴蕉茎尖培养无菌株系建立与芽苗增殖
补充资料：不定芽
分子式：
CAS号：
性质：从非正常出芽的位置上经诱导而形成的芽(即从非天然状态下成芽的部位，如从根、叶和愈伤组织中诱导的芽)，该芽可与定芽和腋芽培养时一样，经过一定的生长而成为可以用于诱导生根的无根苗(不定苗)。
CAS号：
性质：从非正常出芽的位置上经诱导而形成的芽(即从非天然状态下成芽的部位，如从根、叶和愈伤组织中诱导的芽)，该芽可与定芽和腋芽培养时一样，经过一定的生长而成为可以用于诱导生根的无根苗(不定苗)。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条