复叶槭,Acer negundo英语短句,例句大全

复叶槭,Acer negundo
1)Acer negundo复叶槭
1.Supercritical CO_2 Fluid Extraction of the Volatiles of Ash-leaf Maple (Acer negundo) and Their Analysis by TCT/GC-MS;复叶槭挥发物的超临界CO_2萃取及其TCT/GC-MS分析
2.RAPD Analysis on Relationship among six Acer negundo Varieties;6个复叶槭品种间亲缘关系的RAPD分析
3.Biochemical Characters and Activity Changes of Lipoxygenase in Damaged Acer negundo;受损复叶槭中酯氧合酶的生化特征及其活性变化

英文短句/例句

1.The Present Applied Situation and Developing Foreground Synthetic Estimate of Acer Negundo复叶槭（糖槭）的应用现状及发展前景的综合评价
2.Study on Selection and Characteristics of the Acer Negundo L.'Qingzhu'复叶槭优良无性系——青竹复叶槭选育及其特性研究
3.The main contents and results are listed as follows:1. The establishment of regeneration system by the route of adventitious buds of Acer negundo(1) A regeneration protocol through axillary buds has been developed for Acer negundo.1.复叶槭不定芽途径再生体系的建立
4.Studies on Physiological Change of Acer Negundo L. Qingzhu under Chilling Stress and Waterlogging Stress;青竹复叶槭耐水淹与耐低温生理研究
5.Anatomical Observation of Acer negundo L. Callus Induced from Stem Section复叶槭茎段诱导的愈伤组织解剖学观察
6.The induced signal transduction in Acer negundo after feeding-damaged by Anoplophora glabripennis光肩星天牛咬食复叶槭后植物体内诱导的信号传导
7.4. The primary study on genetic transformation of Acer negundo(1) The concentration of kanamycin was confirmed for screening out transformed explants from different explants.(1) 筛选了适合复叶槭不同转化体的卡那霉素浓度。
8.Olfactory Response of Anoplophora glabripennis to Volatile Compounds from Ash-leaf Maple(Acer negundo) Under Drought Stress光肩星天牛对干旱胁迫下复叶槭挥发物的嗅觉反应(英文)
9.Temporal Pattern of Volatile Emission in Acer negundo after Mechical Damage复叶槭机械损伤后不同时间挥发物释放规律的研究
10.Plant Regeneration in Vitro and Primary Study on Genetic Transformation of Acer Negundo L.;复叶槭组织培养再生体系建立及其遗传转化初步研究
11.Cloning of FtsZ Gene Fragments from Acer negundo,Constructing of RNAi Vectors and Its Transient Expression in Tobacco复叶槭FtsZ基因的克隆、RNA干扰载体的构建及其在烟草中瞬时表达
12.Leaf Volatiles from Host Tree Acer negundo : Diurnal Rhythm and Behavior Responses of Anoplophora glabripennis to Volatiles in Field复叶槭挥发性物质的日释放节律及对光肩星天牛引起的行为反应(英文)
13.Clematis acerifolia var. elobata, a new variety of the Ranunculaceae from Henan, China河南槭叶铁线莲(毛茛科)一新变种——无裂槭叶铁线莲
14.Is there a maple leaf in Canada's national flag?加拿大国旗上是不是有片槭树叶?
15.Influence of Cadmium on Photosynthesis and Chlorophyll Fluorescence Characteristics in Acer ginnala and Acer mono镉对茶条槭和五角槭光合作用和叶绿素荧光特性的影响
16.Effects of Pruning by Different Intensity on Production of Leaves of Non-timber Product Forest of Acer ginnald Maxim不同强度的修枝对茶条槭经济林产叶量的影响
17.A new record subsection of the genus Clematis L. from Henan of China--Subsect. Acerifoliae W.T.Wang河南铁线莲属一新记录亚组──槭叶铁线莲亚组
18.An Experiment and Model of Interception by Broad_Leaved Tree: a Case Study of Acer mono阔叶树截留降雨试验与模型——以色木槭为例

相关短句/例句

Acer negundo L复叶槭
1.Stablishment of Plantlet Regeneration System for Apical Bud of Acer negundo L. in Vitro;复叶槭顶芽组织培养再生体系的建立
2.Cloning of FtsZ gene cDNA fragment of Acer negundo L.and constructon of RNAi vectors;复叶槭FtsZ基因cDNA片段的克隆及RNA干扰载体的构建
3.This research investigated the growth response and Na~+ and K~+ absorption and transportation in roots,stems and leaves ofAmelanchier alnifolia and Acer negundo L.以唐棣(Amelanchier alnifolia)和复叶槭(Acer negundo L。
3)ashleaf maple复叶槭
1.Behavior response of Anoplophora glabripennis to the mechanical-wounded and herbivore-fed ashleaf maples.;光肩星天牛对损伤后复叶槭植株的行为反应
2.Emission mechanism of volatile compounds from ashleaf maple feeding-damaged by Anoplophora glabripennis (Motsch.).;光肩星天牛取食后复叶槭挥发物的释放机制
4)Acer negundo cv. Auratum黄叶复叶槭
5)Acer negundo L. Qingzhu青竹复叶槭
1.A physiological response of Acer negundo L. qingzhu to NaCl stress;NaCl胁迫下青竹复叶槭的生理反应
2.By fatal waterlogging stress,the change of some physiological traits of Acer negundo L.通过致死性水淹胁迫处理,对青竹复叶槭叶片的部分生理指标进行了研究。
3.The polyethylene glycol-6000(PEG-6000) simulates the varying degree by the polyethylene glycol the moisture content to force to the leaf of Acer negundo L.以PEG-6000(聚乙二醇)模拟不同程度的水分胁迫对青竹复叶槭幼苗进行处理,结果表明,随着胁迫浓度的增加和时间的延长,青竹复叶槭的质膜透性与MDA的含量增幅较缓;保护酶的活性明显增强,SOD活性表现为"双峰"变化曲线,CAT与SOD协同反应,呈现"N"字型的变化趋势,POD的活性则随着胁迫时间的延长经历了先降后升的变化趋势,3种保护酶协同作用,有效清除自由基,减轻干旱胁迫对细胞膜的伤害,增加了青竹复叶槭的抗旱性。
6)ash-leaf maple复叶槭枝条