器官芽

词组短语

imaginal bud · imaginal disc · imaginal germ

与器官芽相关的网络例句 [注：此内容来源于网络，仅供参考]

The content of soluble protein rapidly increased with the embryo development after pollination for 16 days, while BiP markedly increased from 22nd day after pollination. The BiP failed to respond to heat shock. Immunohistochemical localization showed that BiP localized in plumule, primary vascular tissue and aleurone layer during embryo development.

组织化学免疫定位表明，在玉米胚发育的不同时期，BiP主要定位在胚芽端、初生维管组织和糊粉层中，提示胚在构建器官的同时，也为其功能执行准备了条件；热激不影响其定位。

The nerve need not be present throughout the entire period of regeneration; once the limb has begun to grow and tissues are sufficiently differentiated, the nerve may be removed without impariment of the morphegenetic potency acquired by these tissues during their earliest stage of formation. Singer (1974) has shown that it does not matter for regeneration what type of nerve, whether motor, sensory, or autonomic, is present in the blastema.

但是再生的肋骨市是「不完全发育」，神经不会在整个再生过程中呈现出来；一旦，肋骨开始生长，而且组织得到足够的养分，神经就可以从器官器官再生的部位移除，力量，是细胞在早期形成的时间得到的Singer，则证明了：任何细胞组织，对再生来说，是不相关的，不管是运动、感觉、自动的，都在胚芽中呈现。

A fungal infection caused by a blastomycete and characterized by multiple inflammatory lesions of the skin, mucous membranes, or internal organs.

芽生菌病由芽生菌引起的一种真菌传染病，其特点为皮肤、粘膜或内部器官多样的发炎损害

This research aimed to optimize the organogenesis of epicotyl segments and to efficiently obtain transgenic plants of 'Bingtang' sweet orange (Citrus sinensis L. Osb.), an elite citrus cultivar in China.

本研究的目的是对冰糖橙上胚轴再生芽的器官发生条件进行优化并且有效地获得转基因柑橘植株。

The traits of dedifferentiation and redifferentiation of the explants form H. sampsonii show that the calli the stem and leaf usually form buds at its parietal cells. In the presence of auxin, the parenchyma of the leaf gap at the node is initiated firstly, then, develops blastemata that form buds in a cluster on the node without callus. These show that the various parts ofthe herb differ greatly in cell initiation and organ differentiation.

研究元宝草外植体的脱分化和再分化的特点结果表明，茎段和叶片启动形成愈伤组织，其不定芽通常发生在愈伤组织的周边区，茎节叶腋的叶隙薄壁组织在激素的诱导下启动、分裂，不形成愈伤组织而直接器官分化成芽原基，并在节结处产生一圈成簇的不定芽，表明元宝草不同部位的细胞启动及器官分化调控存在差异。

Some observations were made on the egg maturation in the normal female locustswhen paired with males deprived of external copulatory organs.

本试验系将五龄雄蝗蝻的外生殖器器官芽摘除，经手术后雄蝻照常羽化，性成熟后，并能抱持雌蝗，但缺少交配动作。

Furthermore, a genetic screen was carried out to identify modifiers of the phenotypes associated with the constitutive expression of a dominant negative kuz transgene in developing imaginal discs.

另外，根据能否改变突变型kuz基因在器官芽中过量表达引起的表型，我们对覆盖了果蝇25％必须基因的2383个P因子插入突变进行了遗传筛选。

Weeks: fetal grow to 0.85 centimeters, fetal head, brain vesicle, the amount of facial organs, respiratory, digestive, nervous and other organ differentiation, B-sac is clearly visible, and see fetal bud and fetal heartbeat.

6周：胎儿长到0.85厘米，胎儿头部、脑泡、额面器官、呼吸、消化、神经等器官分化，B超胎囊清晰可见，并见胎芽及胎心跳。

METHODSMice with swelling of the earflaps induced by xylene, proliferation of granulation tissue induced by cotton pellets were treated with ethanol extract of the walnut leaf, and the weight of immune organ was weighed.

方法］采用二甲苯致小鼠耳壳肿胀，植入棉球致小鼠肉芽组织增生及称取免疫器官质量等方法，观察核桃叶乙醇提取物对小鼠抗炎作用及对免疫器官质量的影响。

Based on the revised system,the vine life form spectrum analysis shows that the phanerophyte lianes are absolutely dominant,accounted for 72.7% of all vines,followed by the geocryptophyte vines(17.5%),the hemicryptophyte vines(6.2%),the therophyte vines(2.7%)and the chamaephyte vines(1.5%).

对本区生活型分析的结果表明，中国亚热带东部藤本植物的生活型谱是以高位芽藤本占绝对优势( 72 。7%)其次为地下芽藤本( 1 7.5%)、地面芽藤本( 6.2 %)、1年生藤本( 2 。7%)和地上芽藤本( 1 。5%)，除地下芽藤本比例略高外，与亚热带常绿阔叶林生活型谱十分接近，具有比较明确的生态学意义；地下芽藤本比例略高的原因可能是由于该类藤本具有地下贮藏器官，因此有利于次年春天迅速的抽生攀援枝，较其他草质藤本更优先占领光合空间，这是对区域小生境长期适应的结果。

与器官芽相关的网络解释 [注：此内容来源于网络，仅供参考]

organogenesis：器官发生

自李玉龙等以来,以器官发生(organogenesis)为基础的组织培养不时有报道,P.suffruticosa "Papaveracea",继代培养周期分别为3,4和5周时, 丛生芽增加一倍的时间分别是21.7、24.8和27.0d,即用以生根处理的丛生芽的培养周期决定其生根反应,

ichthulin：鱼卵白

鱼卵白 Ichthulin | 器官芽 Imaginal bud,imaginal cell,Imaginal disc,Imaginal germ | 器官芽 Imaginal cell,Imaginal bud,Imaginal disc,Imaginal germ

imaginal disc：器官芽

04.0274 原基 primodium, rudiment, anlage | 04.0275 器官芽 imaginal disc | 04.0276 头部形成 cephalization

imaginal disc：器官芽,成虫原基

image-forming eye 成象眼 | imaginal disc 器官芽,成虫原基 | imago 成虫

imaginal bud：器官芽

鱼卵白 Ichthulin | 器官芽 Imaginal bud,imaginal cell,Imaginal disc,Imaginal germ | 器官芽 Imaginal cell,Imaginal bud,Imaginal disc,Imaginal germ

mesoblastic organ：中层器官

中胚层,中层 Mesoblast,Mesendoderm | 中层器官 Mesoblastic organ | 中层芽 Mesoblastic organ

Imaginal bud,imaginal cell,Imaginal disc,Imaginal germ：器官芽

鱼卵白 Ichthulin | 器官芽 Imaginal bud,imaginal cell,Imaginal disc,Imaginal germ | 器官芽 Imaginal cell,Imaginal bud,Imaginal disc,Imaginal germ

Imaginal disc,Imaginal bud,Imaginal cell,Imaginal disc：器官芽

器官芽 Imaginal cell,Imaginal bud,Imaginal disc,Imaginal germ | 器官芽 Imaginal disc,Imaginal bud,Imaginal cell,Imaginal disc | 器官芽 Imaginal germ,Imaginal bud,Imaginal cell,Imaginal disc

Imaginal cell,Imaginal bud,Imaginal disc,Imaginal germ：器官芽

器官芽 Imaginal bud,imaginal cell,Imaginal disc,Imaginal germ | 器官芽 Imaginal cell,Imaginal bud,Imaginal disc,Imaginal germ | 器官芽 Imaginal disc,Imaginal bud,Imaginal cell,Imaginal disc

Imaginal germ,Imaginal bud,Imaginal cell,Imaginal disc：器官芽

器官芽 Imaginal disc,Imaginal bud,Imaginal cell,Imaginal disc | 器官芽 Imaginal germ,Imaginal bud,Imaginal cell,Imaginal disc | 芽环 Imaginal ring