生根

基本解释 (translations)

root  ·  rootage  ·  radication  ·  rhizogenesis

词组短语

take root · strike root

与生根相关的网络例句 [注：此内容来源于网络，仅供参考]

As regards rooting from clumpy buds, only NAA can induce rooting and NAA 0.5 mg/L is the best hormone concentration, whereas 6-BA has negative effect, and active carbon has no effect in this study.

猜A可使康乃馨愈伤组织分化，添加适量NAA效果更好，6-BA 1.0 mg/L＋NAA 0.5 mg/L和6-BA 2.0 mg/L＋NAA 0.5 mg/L诱导的芽点最多；但6-BA对丛生芽来源的无根苗的生根起抑制作用，活性炭对生根并无帮助，而以NAA 0.5 mg/L的生根效果最佳。

Result enunciation:The different density of the nourishment liquid is Peperomia obtusifolia to take root in number and a fresh and heavy performance functions,the water、1/2 nourishment liquids distinguish to express the result best;The different density of the hormone to take root number and a density for fresh and heavyly handlin...

结果表明：用不同浓度的营养液处理豆瓣绿，以1/2营养液生根效果最好，达13.3条，根鲜重达0.093g/棵，清水次之；用不同浓度的生长激素处理豆瓣绿，以30mg/L浓度的3-IBA生根效果最好，生根数达16.5条，根鲜重达0.132g/棵，10mg/L次之；在营养液与激素的互作处理中，清水与30mg/L激素、全营养与10mg/L激素的互作处理分别对豆瓣绿的生根数与根鲜重表现较优。

But for breed Ganlenblue, the Callus-generated and motage ratio of quickset there were no significantly difference between 50 mg/L GGR treatment and contrast.

不同激素处理中，浓度为50 mg/L的GGR激素处理有利于粉蓝插条的成活和生根，其插条愈伤组织产生率和生根率分别比对照提高42.5和33.33个百分点；浓度为50 mg/L的GGR处理对园蓝插条愈伤组织产生率和生根率最佳；100 mg/L的GGR激素处理有利于品种杰兔插条的成活和生根，其插条愈伤组织产生率和生根率分别比对照提高10.83和7.5个百分点。25mg/L的GA有利于品种S13插条的成活，其愈伤组织产生率比对照提高36.66%，但是插条扦插生根率仅比对照提高10%；100mg/L的GGR对品种S13插条产生愈伤组织没有效果，其插条愈伤组织产生率与对照无显著差异，但是有利于插条生根，其插条扦插生根率比对照提高21.66个百分点。

The result indicates that the main influence factor on rootage of Photinia serrulata was hormones kind,and the next came cuttings types and cutting substrates.Hormone concentration had the least influence on cutting rootage.

结果表明：影响红叶石楠插穗生根的主导因素是激素种类，其次是插穗类型和扦插基质，激素质量浓度的影响最小；激素IBA处理的插穗生根率极显著(α=0.01)优于NAA和GRR，绿枝中部和上部插条生根率极显著(α=0.01)优于下部，扦插在基质A1和A2更易生根。

Brevicaulis was lower than that of A japonica, A. mamillata and A. crispa, when they were inoculated in the same rooting medium. The effect of NAA on shoot rooting of Ardisia was limited. The influence of NAA (0.5 mg/L) on sterile shoot rooting of A japonica, A. crispa and A. brevicaulis was poor when in comparison with IAA (0.5 mg/L) and IBA (0.3 mg/L or 0.5 mg/L), but it had no significant difference between NAA and other auxins on shoot rooting of A.

相同的根诱导培养基中，血党生根情况比虎舌红、紫金牛和百两金差；而生长素当中NAA对于诱导紫金牛属植物生根的效果不是很好，0.5 mg／L的NAA对诱导紫金牛、百两金和血党无菌苗生根的效应不如0.5 mg／L的IAA，0.3 mg／L和0.5 mg／L的IBA，对诱导虎舌红生根的效应则差别不大。

The result showed that rooting intube was better and the best medium was WPM, adding NAA 0.01 mg·L-1+IBA0.5 mg·L-1+sucrose 20 g·L-1,on which the rate of rooting was 55%.

结果表明试管内生根优于试管外生根，试管内生根的最佳培养基为WPM，并添加NAA0.02 mg·L-1+IBA0.5 mg·L-1+20 g·L-1蔗糖，；其生根率为55%。

The method according to claim 6, for manufacturing a blade wherein a part external to the shell comprises a blade rooting part having at least one attachment bar, in which an end portion for linkage to a hub of said rotor is fitted with a laminate attachment, also comprising thermoplastic composite, and extending said at least one spar bar housed in the shell, the method further comprising the step of producing the elementary piece comprising the at least one spar by producing each attachment bar and the spar bar in the form of a strip of continuous and unidirectional reinforcing fibres which are agglomerated by said thermoplastic matrix, obtained by pultrusion at a melting temperature of the matrix, of several plies of continuous and unidirectional fibres which are agglomerated by said matrix, and, if said rooting part comprises at least two attachment bars, each one of which respectively extends one spar bar, in superimposing parts of corresponding strips forming the spar part housed in the shell, with interposition of at least one ply of continuous and unidirectional fibres which are agglomerated by said matrix between the adjacent superimposed strip parts, and fitting a removable tool, in the shape of a wedge, between parts held spaced from each other of two neighbouring strips, to form two attachment bars of the rooting part, then arranging the strips in a mould, and inserting each linkage end portion of a pultruded strip between two laminate elements of the attachment, to superimpose all the laminate elements of the attachment, closing the mould and compacting its contents under pressure and at a melting temperature of said thermoplastic matrix, and solidifying the matrix by cooling to rigidify the spar thus obtained with the laminate attachment solidly attached to its rooting part.

该方法根据索赔六，制造业刀片其中的一部分，罐壳外部包括一个叶片生根的一部分，拥有至少一个实习酒吧，在其中一结束部分为联系枢纽的说，转子是带有附件的层压板，也包括热塑性复合材料，并延长说，至少有一石酒吧住在蚬壳公司，进一步组成的方法步骤，生产初级一块组成的至少有一个SPAR公司生产每个附件的酒吧和酒吧在SPAR公司的形式，带不断加强和单向纤维是由烧结说，热塑性矩阵，得到的拉挤在熔化温度矩阵，数层的连续和单向纤维是由烧结说，矩阵，如果说，生根部分组成，至少有两个实习酒吧，每个人都分别延长一石酒吧，在叠加部分，相应的带形成的SPAR公司的一部分，居住在蚬壳公司，与干预的至少有一单层连续和单向纤维是由烧结说，矩阵之间的毗邻叠加条形零件，及装修一个可移动的工具，在形状，离间，部分之间举行的间隔从对方的两个邻国带，形成两个附件酒吧的生根部分，然后安排带在一个模具，并插入每个联系年底部分一拉挤带之间的二板的要素扣押，叠加所有层压板的要素扣押，关闭模具和压缩其内容的压力下和在熔化温度说，热塑性矩阵，并巩固矩阵冷却 rigidify该SPAR公司，从而获得与层压板的附着牢固重视其生根的一部分。

Especially,in the medium of 1/2MS ＋ NAA 0.1 mg/L, the regrown shoots without roots of＂ Baltimore oriole ＂induction rate and the number of the roots both are the best, roots induction rate reached to 100% in 17 days.

红运&在0.1mg／L NAA的培养基上，生根数量和生根率都最好，17天生根率达到了100％；而&奶油卷在0.05mg／LNAA的培养基上，21天生根率达到100％。

The results showed that there was most distinct difference in rooting rate among seedling varieties, rooting substrates, among them, substrate mixed with cultivate soil and peat soil in proportion of 7-3 was the best one , 500mg/l NAA and IBA solutions had no distinct effect on enhance rooting, covered with plastic membrane had most distinct excelled to which covered none.

结果表明，不同苗木品种的生根成活率差异极显著；不同基质的生根成活率差异极显著，其中以耕作土加泥炭土按7：3混合的基质效果最好；500mg/l NAA和IBA溶液处理对生根没有显著作用，扦插后覆盖塑料薄膜的生根效果极显著优于不覆盖薄膜处理。

The twig production of different clones is different, from 5.5 twigs per month to 14.8 twigs per month. The rooting rate, root number and root length change regularly as the concentration of IBA goes up from 0.05 to 2.00 mg/L. At the concentration of 0.05 mg/L ppm IBA, rooting rate and root length are the highest. Cutting substrate also has eminent effect on rooting rate and survival rate, 50% peat plus 50% sub-top soil is the best substrate. The survival rate differs greatly among clones, from 56.7% to 90.0%. Rooting rate and survival rate change regularly as season changes. The rooting rate of May and June is middle, that of July and August is high and that of September and October drops rapidly. The survival rate is low in May, September and October and high in June, July and August.

结果表明：不同无性系的萌条数量有显著差异，高的达14.8条／月，低的5.5条／月，平均9.1条／月，从0.05~2.00 mg/L，随着IBA浓度的提离，生根率、根条数、总根长等生根指标均呈现有规律的变化；综合考虑各种生根指标，以IBA0.05 mg/L为最佳生根激素处理，扦插介质对柚木插穗生根有显著的影响，以泥炭土＋黄心土按1：1混合为最佳扦插介质；不同无性系的扦插成活率不同，从56.7%至90.0%，变动幅度大，随扦插季节变化，生根率和成活率均呈现有规律的变化，5~6月份的生根率中等，7~8月最高，9~10月份迅速下降，成活率随季节的变化也是两头低、中间高，6~8月的成活率最高，大于93%。

与生根相关的网络解释 [注：此内容来源于网络，仅供参考]

adventitious root：次生根

种子根:seminal root | 次生根:adventitious root | 根折裂:Root fractute

Bryophyllum：落地生根属

在落地生根属(Bryophyllum)等多汁植物的叶、或悬钩子类中特别多,生物能够利用的是D型. 是三羧酸循环中的一个成分. 柠檬酸在鸟头酸酶的作用下可逆地生成异柠檬酸和顺鸟头酸. 在异柠檬酸脱氢酶(EC1.1.1.41)的作用下变成a-酮戊二酸,

Bryophyllum; Kalanchoe：落地生根属

落地生根型厚葉;銀箭(園藝名) Crassula mesembryanthoides (Haw)D. Dinter | 落地生根屬 Bryophyllum; Kalanchoe | 落花;摘花 deflorating

Bryophyllum pinnatum：落地生根

常见的有一品红(Euphorbia pulcherrima)、落地生根(Bryophyllum pinnatum)、杜鹃(Rhododendron simsii)等. 其中,红、黄、橙等暖色调花卉过多,而能给气候炎热的景洪带来一丝凉意的冷色调花卉很少见. 应用方式简单,

Bryophyllum Salisb：落地生根属

景天科Crassulaceae | 落地生根属Bryophyllum Salisb. | 伽蓝菜属Kalanchoe Adans.

Bryophyllum tubiflorum Harv：棒叶落地生根

Aloe nobilis Haw.不夜城 | Bryophyllum tubiflorum Harv.棒叶落地生根 | ●Caralluma 萝藦科 水牛角属

kalanchoe laxiflora Baker;Bryophyllum crenatum Baker：阔叶落地生根(草花)

落地生根属(景天科);迦蓝菜 Kalanchoe | 锐齿尖叶落地生根 Kalanchoe daigremonfiana Hamet & Perrier;Bryophyllum daigremontiana | 阔叶落地生根(草花) kalanchoe laxiflora Baker;Bryophyllum crenatum Baker

were never able to germinate：从来就没有机会生根发芽

how many of you 你们中有多少 | were never able to germinate 从来就没有机会生根发芽 | yet how can I think you failures 然而我怎可以认定你是失败者 --

epiphytic root：附生根

腐生根 saprophytic root | 附生根 epiphytic root | 呼吸根 respiratory root

rhizogenic：生根的

rhizogenesis 生根 | rhizogenic 生根的 | rhizoid 假根