- 更多网络例句与再生植物相关的网络例句 [注：此内容来源于网络，仅供参考]
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The plant expression vectors were constructed and two genes were transferred into A. thaliana and N. tabacum, antikanamycin plants were obtained.4. The trials of adventive bud regeneration directly and callus induction was conducted to select out the optimal explants and formula. The results revealed that double scale can produce 13~16 adventive buds per centimeter in MS medium added 10.0 mg/L 6-BA, 1.0 mg/ L NAA, 40 g/L sugar and 7.5 g/L agar. Scale, leaves, scape and different tissue of flower can be induced to produce callus in appropriate medium, but the filament with anther was the optimized explant.
构建了两个基因的pBI121和pCAMBIA1300植物表达载体，并通过农杆菌将上述基因转入烟草和拟南芥中，得到了卡那抗性的再生植株。4、以中国水仙不同部位外植体进行了不定芽直接分化和愈伤组织诱导分化试验，结果表明，双鳞片外植体在MS0+6-BA 10.0 mg/L+NAA 1.0 mg/L+蔗糖40 g/L+琼脂7.5 g/L培养基上可以大量地直接再生，再生芽数量平均可达13~16个/cm双鳞片，比传统的鳞茎盘之间分化提高30~50%；鳞片、叶片、花葶及花部不同组织在适宜的配方中均可不同程度地诱导出愈伤组织，但以带花药的花丝诱导出的愈伤组织最好。
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Various technical barriers that have to be overcome are the establishment of transformation systems in agriculturally important food crops and regeneration of fertile plants from transgenic plants.
一些必须克服的技术障碍有：在重要的农业食品种植物中转换系统的建立和从转基因种植物中优质的植物的再生。
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Here, we inserted the RRD3 fragment into the plant promoter-capture vector, pCAMBIA1391Z, and examined whether the RRD3 fragment has promoter activity in plants. Transgenic tobacco and rice calli both showed β-glucuronidase activity, indicating that RRD3 can act as a promoter in both monocot and dicot plants.
我们将RRD3片段插入到植物启动子捕获载体pCAMBIA1391Z中，检测RRD3片段是否在植物中也有启动子活性，转基因烟草再生植株和水稻愈伤组织均显示了gusA基因的表达，表明其在单子叶和双子叶植物中均可行使启动子功能。
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Soybean proteide fibre is that a kind of regenerates plant proteide fibre , regenerates and fibre similarity other , may return thick fluid by singeing, bleaches , dyes , arranges.
大豆蛋白质纤维是一种再生植物蛋白质纤维，与其他再生纤维相似，可通过烧毛、退浆、漂白、染色、整理。
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Once you're finished, place landscaping fabric down to prevent the regrowth of plants.
一旦你完成，广场美化面料下来防止再生植物。
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The results show that: comparing the contrast community(formed by enclosure management for restoring vegetation naturaly on sand-dune for 7 years),some positive aspects of the artificial communities were showed as follows: 1 The level of the species diversity was more higher;2the vertical structure was so complicated that the surface of sand-dune was covered by multiple layers of plants;3 t...
结果表明：1利用植物再生沙障治理流动沙丘可以形成具有多物种、多层片、多层次垂直结构的沙障群落，其水平结构呈网格状沙障结构与障间小群落在空间上镶嵌互补，均衡分布的格局，具有很好的防风固沙和植被恢复效果；2再生沙障建植后第5年开始，沙障群落进入了衰退时期，适时采取科学的经营管理措施对于维持沙障群落的稳定，保障其效益的长期发挥是非常重要的。
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To obtain more messages from Ardisia, some studies, such as characters of seeds germination and storage, factors influencing callus induction and growth, monitoring bergenin in callus of Ardisia spp and plant regeneration of Ardisia spp, were carried out. As a result, calli were obtained from nine species of Ardisia and bergenin, the major pharmaceutical element of Ardisia, was proved to exist in six of them when checked by HPLC. Plant regeneration systems were established from three species of Ardisia too. These works are all reported for the first time.
为更好地利用该属植物资源，本文对紫金牛属植物的种子萌发和贮藏，愈伤组织的诱导和培养，培养物中岩白菜素含量的检测，植株再生等问题进行了研究，首次成功地获得了紫金牛属9个种的愈伤组织并在其中6个种中检测到主要药用成分岩白菜素的存在，同时首次建立了该属3个种的再生体系。
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Regeneration and reproduction by establishing tissue culture system of Betula halophila may be a promising way.
植物组织培养技术发展异常迅猛，本研究旨在建立濒危植物盐桦的组织培养再生系统，并对该盐桦组织培养再生系统进行了优化筛选，该研究为盐桦的种质资源保存和无性繁殖开辟了一条行之有效的途径。
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In this research, we have studied the effects of a series of factors (genotypes, basicmedia, plant growth regulators, explants, inoculation methods, leaf ages and darkperiod) in the inducing adventitious shoot of strawberry(Fragaria ananassa Duchcv.
本试验以草莓品种&丰香&和&章姬&为试材，研究了草莓离体再生过程中基因型、基本培养基、植物生长调节剂配比、不同外植体、接种方式、苗龄和暗处理对草莓离体再生不定芽的影响，获得了草莓高效的离体再生体系。
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We observed the changes of the proprioceptors in the partly injuried ACL and the xenogeneic graft/artificial graft being used to reconstructing the injuried ACL with gold chlorid staining method and laser copolymerization electron micrography method to observe the morphological changes of the neuromechanism in the ligament tissue,with RT-PCR method to evaluate the proportion and the regeneration of the nerve component and with HRP retrograde tracking technology and electrophysiologic study to judge the functional changes of the neuromechanism in the ligament tissue,respectively.
本研究分别制作兔ACL部分损伤动物模型、异种肌腱移植物重建损伤ACL动物模型和LARS人工韧带重建损伤ACL动物模型，分别于术后不同时间点对损伤ACL/移植物进行氯化金染色光学显微镜检查和PGP9.5免疫荧光染色后激光共聚焦电子显微镜检查观察韧带内神经结构形态学变化，用RT-PCR法检测韧带中GAP-43和PGP 9.5的mRNA表达情况以评价损伤ACL/移植物内神经成分比例及神经再生情况，通过HRP逆行追踪技术和电生理检查(包括体感诱发电位和腘绳肌肌电图)评价损伤ACL/移植物内神经结构的功能情况。
- 更多网络解释与再生植物相关的网络解释 [注：此内容来源于网络，仅供参考]
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aftergrowth：再生植物
aftergrass | 割后再生的草 | aftergrowth | 再生植物 | afterheat cooling | 导出衰变热[余热]
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atavist：显现隔代遗传之动物或植物
atavism | 隔代遗传, 返祖现象 | atavist | 显现隔代遗传之动物或植物 | atavistic regeneration | 返祖性再生
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Lime Extract：莱姆树萃取 含丰富的植物氨基酸,能活化细胞组织及再生能力
Lily Extract 百合萃取 镇静、抗炎 | Lime Extract 莱姆树萃取 含丰富的植物氨基酸,能活化细胞组织及再生能力 | Lime Fruit Extract 莱姆萃取 平衡油脂分泌
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Lime Extract：莱姆树萃取含丰富的植物氨基酸,能活化细胞组织及再生
Lily Extract 百合萃取 镇静、抗炎 | Lime Extract 莱姆树萃取含丰富的植物氨基酸,能活化细胞组织及再生 | Lime Fruit Extract 莱姆萃取 平衡油脂分泌
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Lime Extract：莱姆树萃取 含丰富的植物氨基酸,活化细胞组织及再生能力
Lily Extract 百合萃取 镇静、抗炎 | Lime Extract莱姆树萃取 含丰富的植物氨基酸,活化细胞组织及再生能力 | Lime Fruit Extract 莱姆萃取 平衡油脂分泌
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Mallow Extract：锦葵萃取 含丰富的植物氨基酸,能活化肌肤细胞组织及再生能力
Malic Acid 苹果酸 由频果中萃取出来,为果酸的一种,可加速皮肤代谢老废... | Mallow Extract 锦葵萃取 含丰富的植物氨基酸,能活化肌肤细胞组织及再生能力 | Marigold Oil 金盏花油 抗发炎、清洁、收敛、活血散瘀,增加皮肤...
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renewable：可再生资源
有害物质的种类:农药、炸药、多氯联苯(PCB)多环沼气发酵:其生化本质是一种由产甲烷细菌进行的甲烷形成(methanogenesis)过程. 产甲烷菌是自然界碳素循环中厌氧生物链的最后一个成员. 植物秸杆和其它动植物残体是含量最高的生物量,是一类可再生资源(renewable)或永续资源.
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phytochemical：植物化学
目前已经有多种植物成分被运用在泛红酒糟性肌肤的保养,在皮肤生理学与植物化学(phytochemical)的研究证明,有效保养"泛红"肌肤的成分,具备以下特点:(1)提升肌肤的修复与再生能力(2)促进血液循环与血管健全(3)抗发炎红肿的效果(4)抗氧化的防御.
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regenerated：再生
1967年Dugdale和Goering提出"新生产量"(NewProductive)概念,他们将总初级产量划分为新生和再生(regenerated)两部分. 真光层中2)海草的生产力海洋中还有一类统称海草的植物,多数生活在中潮区至水深50~60m的柔软底质中,以根吸收底质中的营养物质.
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afterheat cooling：导出衰变热[余热]
aftergrowth || 再生植物 | afterheat cooling || 导出衰变热[余热] | afterheat || 核子反应炉所产生的残热