2) Multipl ication of axillary buds
叶腋增殖
3) 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。
4) 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。
5) 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。
6) 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。
补充资料：腋芽
1.指植物叶与茎之间生出的侧芽。
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