多子叶的

基本解释 (translations)

polycotyledonous

与多子叶的相关的网络例句 [注：此内容来源于网络，仅供参考]

Many of the embryoids were abnormal , such as monocotyledon and polycotyledon.

部分体胚有畸形的表现，单子叶、多子叶、子叶联合。

The morphology of M2 and M3 was observed in hothouse and mutants on cotyledon and root of seedling, or embryo of seed were identified. The result showed that there were 8 types of mutative treats on cotyledon, including light-yellow cotyledon, yellowish cotyledon, trump-shaped cotyledon, multilobed cotyledon, non-cotyledon, single-cotyledon, tricotyledon and quadrcotyledon.

M_2和M_3的水培和形态学观察的结果发现，子叶性状出现浅色、黄化、喇叭形、多耳突、无子叶、单子叶、三子叶、四子叶等8种变异类型；根系性状出现短小根、发达根、无侧根和弱向地性等4种变异类型；种胚性状中发现了多胚变异。

Seeds with bony tegument; endosperm thin; cotyledons oblate, rounded; radicle short.

种子有多骨的皮；胚乳薄；子叶扁球形，绕行；胚根短。

DNA C-values might be one of important indices in the evaluation of angiospermous invasiveness. To test this viewpoint, we compared DNA 1C-values and basic genome sizes in 3,676 angiosperms. The results suggest that:(1) the two nuclear values vary greatly among different groups, e.g., significantly higher in herbs than in trees, in monocots than in dicots, in perennials than in non-perennials;(2) the two nuclear values both have significant effects on plant invasiveness, especially in herbs, dicots, monocots, perennials, non-perennials, diploids, polyploids, Compositae, and Poaceae, while not significant in trees and Fabaceae.

DNA C值与被子植物入侵性密切相关，为考察应用DNA C值评估被子植物入侵性的可靠性和局限性，我们统计分析了全世界范围内3676种被子植物的DNA 1C值（配子未发生DNA复制时的染色体DNA含量）及基因组大小（单个染色体组的DNA 含量），结果表明：1）DNA 1C值和基因组大小在被子植物不同类群中差异极大，例如在草本植物中显著高于木本植物，单子叶植物显著高于双子叶植物，多年生植物显著高于非多年生植物；2）两项指标都与被子植物入侵性显著负相关，尤其是在草本植物、双子叶植物、单子叶植物、多年生植物、非多年生植物、二倍体、多倍体、菊科和禾本科中，然而在木本植物、豆科植物中其与植物入侵性无显著关系。

Plantlet regeneration from cotyledon of Citrullus lanatus cv. Zhangkang No. 4 was studied. The results showed that aseptic seedlings should be cultured in dark for 3d, then exposed to a photoperiod of 16/8h/d for 3d. The callus induction rate was higher in cotyledons placed facing downwards to the medium than in those facing upwards. The highest induction rate occurred in MS medium containing 6-BA (2.0mg/L), kinetin (1.0mg/L)and GA3 (1.0mg/L). The induction initiated in dark and took 7 days, while callus growth and differentiation proceeding for 7 days under 16/8h light-dark cycles. A highest rate of embryogenic callus was obtained after 3 successive subcultures.

以无子西瓜郑抗4号无菌苗子叶为外植体，进行了体细胞胚发生及植株再生的研究，结果表明，无菌苗应先进行3d暗培养，然后采取光照16h/d和黑暗8h/d培养3d；将子叶的叶面朝下放置于培养基上的愈伤组织诱导率高于叶面朝上的培养方式；子叶诱导胚性愈伤组织的最适培养基配方为MS+6-BA2.0mg/L+KT1.0mg/L+GA31.0mg/L；诱导需要在黑暗条件下启动，进行7d暗培养，而生长分化于光照16h/d和黑暗8h/d条件下培养7d；继代3次得到的胚性愈伤组织最多；最适生根培养基配方为1/2MS+IBA0.3mg/L。

As time of accelerated aging increased,abscisic acidcontent of cotyledons andaxes was increased dramatically.ABA contentwas 4 times more in seed axes aged for 5 daysthan in unaged ones and 1 time more in cotyledons.

随着人工加速老化，菜用大豆种子胚轴、子叶内ABA含量都呈增加的趋势，老化5天种子胚轴内ABA含量为未老化的5倍多，子叶内则为2倍多。

The coconut tree has many uses: Coconut tree Shui Fuhan the protein, the fat and the multivitamins, the promotion cell grows again, may drink, the sweet solution hot weather, the mesophyll and massive can sober up including 35.5% fat, be helpful the zinc which synthesizes in the human body protein and fortifies yang, may eat may also make the shredded coconut stuffing, the cream, the coconut shell may burn makes the activated charcoal; The coconut tree root boils water may treat the inflammation; But "the coconut tree mat "as early as in the Han Dynasty was royal government's high quality goods, more than 2000 year ago Han Dynasty:"Qiongzhou multi-coconut tree seed leaf, past when Seoul emperor, Zhao Feiyan stands, the base younger sister gathers the person to offer Zhu Zhenzhong to have the coconut tree mat, sees again in the world."

椰子具有很多用途：椰子水富含蛋白质、脂肪和多种维生素，促进细胞再生长，可以饮用，甘甜解暑，叶肉含35.5%的脂肪和大量能醒酒、有助于人体蛋白质合成和壮阳的锌，可吃也可做椰蓉、奶油，椰壳可烧做活性炭；椰根煮水可治疗炎症；而&椰席&早在汉代就是朝廷的贡品了，2000多年前的汉朝：&琼州多椰子叶，昔在汉城帝时，赵飞燕立为后，基妹合徒献诸珍中有椰子席，见重于世。&

According to mistuned blade design for the asymmetry stator, the wake force on rotor changed from single frequency and higher amplitude to multi-frequency and lower amplitude.

不对称静子叶片分布非谐设计下，转子所受到的激振力由静子叶片均布情况下的单频率高幅值激振力转变为多频率成分低幅值激振力。

To reduce the dynamic stress of rotor blades under the wake of front stator vane,an asymmetry stator mistuned design was conducted.

不对称静子叶片分布非谐设计下，转子所受到的激振力由静子叶片均布情况下的单频率高幅值激振力转变为多频率成分低幅值激振力。

Somatic embryos can be produced both from the surface and the inner of the calli. Embryogenic cell has normal shape, dense cytoplasm , clear nucleolus, hearty metabolize; Plantlet regenerations were developed from global embryo, heart-shaped embryo, torpedo-shaped embryo and cotyledon embryo, in which the V-shaped vessel vascular bundles and shoot tip meristem and root tip meristem were observed.

胚性细胞多为椭圆形，细胞质浓厚，核仁明显，代谢旺盛；体细胞胚经过球形胚、心形胚、鱼雷形胚和子叶胚而发育成再生植株，子叶期体细胞胚可观察到明显的V型维管束、茎尖分生组织以及根尖分生组织。

与多子叶的相关的网络解释 [注：此内容来源于网络，仅供参考]

aleurone layer：糊粉层

如蓖麻;也有的贮藏在子叶部分,如落花生,油菜等.蛋白质也是种子内 贮藏养料的一种,大豆子叶内含蛋白质较多.小麦种子胚乳的最外层组织,称为糊粉层 (aleurone layer),含有较多蛋白质颗粒和结晶.不同植物的种子所含养料的种类不同,

epicotyl：上胚轴

胚轴由胚芽(Plumule)、上胚轴(epicotyl)、下胚轴(hypocotyl)、和胚根(radicle)所组成. 下胚轴与胚根的分界点通常不易区别. 子叶附著在下胚轴. 子叶的数目因植物种类而异. 大多数的双子叶植物皆有两片子叶. 裸子植物中除conifer 有较多的子叶之外,

hypocotyl：下胚轴

胚轴由胚芽(Plumule)、上胚轴(epicotyl)、下胚轴(hypocotyl)、和胚根(radicle)所组成. 下胚轴与胚根的分界点通常不易区别. 子叶附著在下胚轴. 子叶的数目因植物种类而异. 大多数的双子叶植物皆有两片子叶. 裸子植物中除conifer 有较多的子叶之外,

ovary：子房

b.子房(Ovary)子房是由一个或多个大胞子叶(Megasporophylls)向内包围而成. 在子房中,大胞子叶就叫做心皮. 以橘子为例,橘子的每一瓣就是由一个心皮发育而成,其每一瓣可以独立分开,称为离生心皮. 心皮相互愈合者,则为合生心皮.

polycotyledon：多子叶植物

polycormic 多干的 | polycotyledon 多子叶植物 | polycrystal 多晶

sporophyll：孢子叶

特征:孢子体多为二叉分枝,小型叶延生起源又称为拟叶,常螺旋状排列,有时对生或为轮生,有或无叶舌,孢子囊有厚壁,单生于孢子叶(sporophyll) 腋的基部,或聚生于枝端或孢子叶球(strobile),或称为孢子叶穗(sporophyll spike).

Tegmen：种皮

内种皮(Tegmen)由内珠被形成,经常是一层薄软或脆弱的皮. 胚是包藏在种子内呈休眠状态的幼嫩植物,由胚根(Radicle)、子叶和胚芽 (Plumule)三部份组成. 依据子叶的数目分为多子叶胚(3至许多子叶),例如松属 植物.

Lycopsida：石松类

楔叶植物门 Sphenopsida 由D.H.Scott从石松类(Lycopsida)分出来的一个蕨类植物的独立群. 植物体有节,节上生有数多的轮生叶. 茎一般中空,节部充实. 在茎顶端的孢子叶形成球果状的孢子叶穗. 羽叶蕨类和石松类虽是不同的群,

polycormic：多干的

polycondensation 缩聚作用 | polycormic 多干的 | polycotyledon 多子叶植物

filaments：花丝

为植物之雄性生殖器官,包括花丝(Filaments)及花药(anther)两部份,花粉(Pollen)则存在花药中. 子房是由一个或多个大胞子叶(Megasporophylls)向内包围而成. 在子房中,大胞子叶就叫做心皮. 以橘子为例,橘子的每一瓣就是由一个心皮发育而成,