1) Organ differentiation
器官分化
1.
tomentosa] and Fuji apple (Malus pumila) were cultured in vitro on MS media containing various concentrations of BA, NAA or 2,4 D to induce organ differentiation, callus formation and plantlet regeneration.
在试管内培养时，杨比苹果培养物易于幼化，因而器官分化、愈伤组织形成和分化、再生完整植株较容易，在ＭＳ 培养基中添加的外源ＢＡ、ＮＡＡ 和２ ，４Ｄ 的浓度也较低。
2.
The paper studied the effects of factors such as different organs,media,temperature,AgNO_3 and plant hormine on Brassica napas organ differentiation,The ideal condition for Brassiea re-generation was investigated.
本文研究了器官、培养基、温度、硝酸银和植物激素等因素对甘蓝型油菜器官分化的影响，摸索出油菜再生的理想条件，并且从油菜苗期真叶、子叶、下胚轴、根和带子叶叶柄成功地再生出油菜植株。
2) organogenesis
[英][,ɔ:gənəu'dʒenisis] [美][,ɔrgəno'dʒɛnəsɪs]
器官分化
1.
The influence of phytohormone on organogenesis of Hypericum perforatum L.;
激素对贯叶连翘器官分化的影响
2.
The result showed that,Kt/NAA=20/3 had highest inducement of callus,6-BA/NAA=25/3,Kt/NAA=25/3,Kt/NAA=20/3 had highest organ differentiation,2,4-D connected with 6-BA,KT had not lead to organogenesis.
以B5为基本培养基,选用KT/NAA、KT/2,4-D、6-BA/NAA、6-BA/2,4-D 4种生长调节剂组合;每种组合设20/3、25/3、50/3、80/35、0/18、0/1 6种比例,研究对万寿菊花药愈伤组织诱导和器官分化的影响。
3.
In the tissue culture and rapid propagation of the plant, the outside source hormone has very important function towards the organogenesis of the plantlets.
在植物的组织培养和快速繁殖过程中,外源激素对植株的器官分化有着非常重要的作用。
4) Organ differentiation in vitro
试管中器官分化
5) Flower organ differentiation phase
花器官分化期
6) Organ distribution
器官分布
补充资料：听觉器官和前庭器官的进化5 脊椎动物平衡器官―半规管的比较
李瑞端绘
[图]
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