1) floral bud's differentiation

果芽分化
2) flower bud differentiation

花芽分化
1.
The changes of three endogenous hormones during flower bud differentiation of Schisandga chinensis;
五味子花芽分化过程中3种内源激素的消长
2.
Study on the changes of ABA and IAA contents at the flower bud differentiation stage of Ficus carica L.;
无花果花芽分化期芽ABA和IAA含量的变化
3.
Observation and research on flower bud differentiation of tulip in Lanzhou;

郁金香花芽分化的观察与研究
3) bud differentiation

芽分化
1.
Callus induction and bud differentiation of Lolium perenne;

多年生黑麦草愈伤组织诱导与芽分化的研究
2.
Taking stem segment of a ctindia deliciosa tube seedling as experimental matterials,the paper discussed the effect of hormone combination of different concentration on the callus induction and bud differentiation of kiwifruit.
本实验以美味猕猴桃试管苗为材料,外植体选用离体茎段,研究了不同浓度的激素组合对猕猴桃愈伤组织诱导及芽分化的影响。
3.
Plant source especially genotype played no role in bud differentiation of long-term culture; Different hormones (NAA, 2ip and ZT etc.
结果表明:在芽 诱导和继代培养基中添加NAA、2ip有利于兔眼越橘芽的诱导,2ip对再生能力具有保持作用;外植体基因型 对长期培养的芽再生能力的影响不大;不同的外源激素(NAA,2ip,ZT等)影响芽分化频率,其中2ip可明显提 高芽分化频率;4。
4) bud differentiation

花芽分化
1.
Morphological observation of flower bud differentiation was done with GBN-08 and GBN-09 by paraffin section.
同时对GBN-08和GBN-09的花芽分化进行显微切片观察,其花芽大小为0。
2.
Under field condition, effects of AnM cultivate technique on bud differentiation and gynophore elongation of peanut were studied.
在田间栽培条件下,研究了花生控制下针(AnM)栽培法对幼苗花芽分化及果针生长的影响。
3.
Based on the years of experience in Lichi and Longan production, study is made on the relations between the bud differentiation and development of the plants and the corresponding meteorological factors such as light, temperature and water.
根据多年荔枝龙眼生产和实践,分析影响荔枝龙眼花芽分化和花穗发育与相应的气象因子之间的关系,提出适合荔枝龙眼花芽分化发育的温度、降雨量、日照时数和关键时段,提醒人们在促进花芽分化和发育期间应注意的事项和采取的有效措施。
5) floral bud differentiation

花芽分化
1.
Relationship between ovary locule formation and content of related metabolites of stem apices during floral bud differentiation stages in tomato(Lycopersicon esculentum Mill.) seedling;
番茄子房心室形成与花芽分化期幼苗茎尖相关代谢物质含量的关系
2.
Developments in studies on floral bud differentiation and its chemical control in Longan;

龙眼花芽分化及其化学调控研究进展
3.
Effects of low temperature pretreatment of germinated seeds on floral bud differentiation and plant growth in radish (Raphanus sativus L);
萌动种子低温处理对萝卜花芽分化及植株生长的影响
6) buds differentiation

芽苗分化
1.
Studies on buds differentiation ability of regeneration and transformation via Agrobacterium-mediated rapeseed in different genotypes;
甘蓝型油菜再生与农杆菌介导转化芽苗分化差异
补充资料:昆明神衰果素 ,豆腐果甙 ,豆腐果苷
药物名称:豆腐果甙
英文名:Helicid
别名: 昆明神衰果素 ,豆腐果甙 ,豆腐果苷
外文名: Helicid
药理作用:具有较强的止痛、镇静、安眠作用,对神经衰弱综合征效果显著,对血管性头痛有十分显著疗效,对于中枢神经紧张具有明显镇静催眠作用,同时对记忆力、思维力具有较好改善和调节作用。
适应症:
用于神经衰弱,神经衰弱综合征,血管性头痛,三叉神经痛。特别对神衰引起的头痛、头昏、睡眠障碍显效较快。
用量用法:
口服:每日75~100mg,3~7日后显效。饭后服,重病者可饭前加服1片。一般1个月为1疗程。
注意事项: 常有口干、嗜睡等,但不影响治疗。 应饭后服药。
规格: 片剂:每片25mg。
类别:镇痛药
英文名:Helicid
别名: 昆明神衰果素 ,豆腐果甙 ,豆腐果苷
外文名: Helicid
药理作用:具有较强的止痛、镇静、安眠作用,对神经衰弱综合征效果显著,对血管性头痛有十分显著疗效,对于中枢神经紧张具有明显镇静催眠作用,同时对记忆力、思维力具有较好改善和调节作用。
适应症:
用于神经衰弱,神经衰弱综合征,血管性头痛,三叉神经痛。特别对神衰引起的头痛、头昏、睡眠障碍显效较快。
用量用法:
口服:每日75~100mg,3~7日后显效。饭后服,重病者可饭前加服1片。一般1个月为1疗程。
注意事项: 常有口干、嗜睡等,但不影响治疗。 应饭后服药。
规格: 片剂:每片25mg。
类别:镇痛药
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