trichome
trichome是什么意思、trichome怎么读
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trichome 基本解释
网络 毛状体; 藻丝; 毛茸; 表皮毛; 腺毛
trichome 词性变化
trichome 词组短语
trichome 双语例句
- 1、
Effects of Shaded Treatment on Density of Central trichome and Content of Glandular Secretions in Tobacco
遮荫对烟草中部叶片腺毛密度及其分泌物含量的影响 - 2、
Tobacco aroma synthesis of the main places is glandular trichome, have the vital role in the leaf aroma, therefore their research have the vital significance in tobacco field.
烟叶腺毛作为烟草香气物合成的主要场所，对烟叶的香气品质有重要贡献。 - 3、
Effects of N, P, K, Mg Deficiency on Plant Growth and Leaf Glandular trichome Development of Flue-cured Tobacco
氮、磷、钾、镁亏缺对烤烟生长和叶片腺毛发育的影响 - 4、
The collective trichome cover of a plant surface is called pubescence.
植物表面聚集的毛状物称为柔毛。 - 5、
The distribution of trichome and stomata in the leaf was not even.
表皮毛和气孔器在叶面上分布不规则； - 6、
Cloning and Functional Analysis of Promoter Specially Expressed in trichome in Arabidopsis; Epithelial regeneration takes place principally from the epithelial lining of the sweat glands and hair follicles.
拟南芥表皮毛特异表达启动子的克隆及功能分析表皮再生主要依靠汗腺和毛囊的表皮被复。 - 7、
The epidermal characteristics are as follows: no stomata in upper epidermis, cells from irregularity to pentagon in shape, cell anticlinal walls slightly curved, venation cancellate, no trichome base;
其特征主要为：上表皮无气孔器，表皮细胞为不规则形五边形，垂周壁微弯曲，脉络为网格状，无毛基； - 8、
The prothallium has no trichome but thick midvein, large antherid and archegonium. However, O.
原叶体无毛状体，中脉厚，精子器和颈卵器较大； - 9、
METHODS Alcoholic liver disease model in rats was established by gavage. Masson trichome was used to detect the expression of collagen.
方法应用灌胃的方法制备大鼠酒精性肝病的动物模型，肝组织作HE染色及Masson三色胶原染色，Masson染色结果用病理图象分析仪分析，测定胶原纤维面积百分比。 - 10、
The relation of leaf trichome and trichome secretion is extremely close with leaf fragrant makings and fragrant spirit formation in tobacco.
烟叶腺毛和腺毛分泌物与烟叶香气质和香气量的形成关系非常密切。 - 11、
Plant trichome is a specialized unicellular structure that develops on surface of organs.
植物表皮毛是一种特化的单细胞表皮结构。 - 12、
Progress in the main genetic complex for the control of Arabidopsis trichome developing and its molecular modulation mechanism was reviewed.
对拟南芥表皮毛发育的主要基因调控复合物及其分子调控机制等研究进展进行了综述。 - 13、
Study on trichome Density of Various Flue-cured Tobacco Leaves The end of the trichome is in variety of shspes.
不同烤烟品种烟叶腺毛密度的差异性藻丝体末端形态多样。 - 14、
Molecular Control of Plant trichome Development
植物表皮毛发育的分子遗传控制 - 15、
Observation of trichome types and development in three species nightshade
3种龙葵表皮毛类型及发育过程观察研究 - 16、
There had significant differences of the leaf trichome density among different cucumber strains, and there had a significant correlation between the leaf trichome density and the quantity of adults and their eggs.
不同黄瓜品种的叶毛密度差异显著，而且叶毛密度与烟粉虱成虫数量和产卵量呈显著正相关。 - 17、
The density of trichome was stable in two years, and largely determined by genes.
腺毛密度年际间比较稳定，受基因影响大。 - 18、
The primary structure of its stem: There are trichome and glandular scale on the epidermis and not amylum grain in the endodermis.
长白忍冬初生茎表皮有毛状体和腺体的存在。 - 19、
Therefore, the understanding of Arabidopsis trichome and root hair differentiation has shed light on cotton fiber development mechanisms.
因此，拟南芥中关于表皮毛和根毛分化的研究结果为揭示棉纤维发育的分子机制提供了借鉴。 - 20、
The main results are as follows: 1. trichome development related MYB genes in Arabidopsis and cotton were constructed for over-expression and RNAi suppression.
主要结果如下：1.根据拟南芥和棉花中已知的与表皮毛发育相关的MYB基因分别构建了超量表达载体和RNAi载体。 - 21、
Primary observation to T2-generation showed that double mutant plant had obvious dwarf phenotype, but had no defect in leaf trichome and vasculature.
对T2代双突变体植株表型初步观察显示，植株有明显矮化现象，但维管束和叶毛的发育基本正常。 - 22、
In the field of plant molecular biology, the trichome is a useful cell type for studying regulation of plant cell differentiation.
在植物分子生物学领域，表皮毛是研究植物细胞分化调控的一种非常有用的模式，其形态发生与其周围的表皮细胞明显不同，而且，起源和发育也由于具有特殊性而易于观察。 - 23、
Micro-morphology of leave surface and fruits were observed by SEM, and leaf epidermal trichome characteristics and structure density showed some variation. 3.
用扫描电镜对构树叶和果实表面微形态进行观察发现，构树叶表皮非腺毛特性及密度产生了一定的变异。 - 24、
So far, many genes which participate in the regulation of trichome development in Arabidopsis has already been cloned, the molecular mechanism of Arabidopsis trichome development has been illustrated too.
目前，在拟南芥中已经克隆到了多个与表皮毛发育相关的基因，其表皮毛发育的分子遗传控制机制也已经有很多研究。