原生质进入植物组织后产生了浮肿，或者说是肿瘤。
The plasmids enter the plant tissue and produce a swelling, or tumor.
一个名为“抵制破坏原生态土地环境”的组织这种风力发电机是在美国最北面。
The group called Resisting Environmental Destruction on Indigenous Lands claims this wind turbine is the farthest north in America.
大豆因其愈伤组织难以分化、原生质体再生困难等因素，其再生体系一直不够完善。
The regeneration system of soybean is not perfect because the differentiation of callus tissue and the protoplast regeneration are difficult.
西藏高原生物研究所组织的每次野外考察，仓决卓玛都参加。
She participated in all the field surveys organized by the institute.
原生树木和一片大草坪促成了建筑的精确定位，低层根据周围的树木组织空间，将284棵树木全部保留了下来。
Pre-existing trees, and a large lawn, prompted the exact positioning of the built form, the lower level, weaves Spaces around trees, retaining all 284 of them.
本文着重对产业集群生成的组织结构原生形态——“蜂巢型结构”进行实证分析。
This paper mainly analyzes the "hive structure" which is the organizational structures original modality of the create of industry cluster.
这些新增加的酶活性，主要来自寄主对病原生物侵染的反应，其中包括侵染所引起的寄主组织的“老化”反应。
The enhanced enzyme activity is due to the reaction of host to the infection, including the aging phenomenon of host tissues caused by the infections of parasite.
小孢子技术、体细胞原生质体融合技术等组织培养手段已广泛应用于油菜育种及基础性研究。
Tissue culture, such as microspore culture and embryo technique was widely developed in rapeseed breeding and fundamental studies.
据所培养的对象，组织培养可分为器官、细胞悬浮和原生质培养。
According to the target culture, tissue culture can be divided into organ, cell suspension and protoplast culture.
伸向子叶的子叶迹，直接由原生木质部极外面的一群薄壁组织细胞分化形成。
The extending cotyledon traces differentiate directly from the parenchymatous cells which locate on the outside of the poles of primary xylem.
通过愈伤组织培养、悬浮细胞培养和原生质体培养方法对草坪草的一些种已建立较为完善的植株再生体系。
The plant regeneration systems of some turfgrass species have been established perfectly through callus culture, cell suspension culture, and protoplast suspension culture.
马铃薯叶肉细胞原生质体培养后，再生细胞形成细胞团和愈伤组织。
The mesophyll cell protoplasts of potato could divide from cell colonies and callus after cultured.
通过愈伤组织培养、悬浮细胞培养、原生质体培养等手段，对早熟禾属、黑麦草属、结缕草属和剪股颖属的一些物种已建立了较为完善的植株再生体系。
Plant regeneration system of the species of genus Lolium, Poa, Zoysia, Agrostis and Festuca were established by means of solid medium culture, suspension culture, and protoplast suspension culture.
原生质体在培养基中诱导出小愈伤组织。
预分化实验表明：ABA能有效地提高原生质体愈伤组织的再生能力。
Predifferentiation showed that ABA was effective to increase the frequency of regeneration of protoplast-derived calli.
指出以叶片、愈伤组织、悬浮细胞作为分离原生质体的材料较适宜。
The isolation of protoplast, being the first step in protoplast technique, was restricted by several factors such as the resource materials, enzyme combination and osmotic condition.
用较高渗透压的培养基培养原生质体再生的细胞团及愈伤组织，可提高植株再生频率。
Using media with relatively high osmotic pressure in cul-turing protoplast-derived calli increased their plant regeneration frequency on subsequent differentiation media.
原生分生组织是甘蔗地上部分一切组织形态发生中心，因此，研究原生分生组织的结构和生长分化对于阐明甘蔗的增粗机理具有重要意义。
It is very meaningful to study the thickening mechanism by studying on the structure of protomerism, growth and differentiation, which formed at the time histomorpho I ogy.
不同部位的木质化的程度不同，原生木质部中只有轻微的加厚，而在厚壁组织和一些木质部导管中则进一步加厚，平均含25%-30%的木质素和50%的纤维素。
The degree of lignification varies from slight in protoxylem to heavy in sclerenchyma and some xylem vessels, but values of 25-30% lignin and 50% cellulose are average.
该培养基适于培养大豆等豆科植物未成熟子叶原生质体，通过胚性愈伤组织，经胚胎发生途径。
This callus can differentiate somatic embryo and regenerate plant on the culture medium somatic embryo differentiation.
原生物核原生物王国的组织，它组成细菌和藻青菌，其特点是缺乏一个核细胞膜以及没有组织成染色体的脱氧核糖核酸酸。
An organism of the kingdom Prokaryotae, constituting the bacteria and cyanobacteria, characterized by the absence of a nuclear membrane and by DNA that is not organized into chromosomes.
主要研究结果如下：1。研究了小青杨单芽茎段培养和愈伤组织再生技术，为进一步开展离体叶片细胞染色体加倍以及原生质体培养奠定了基础。
Results are as follows: 1. Axillary buds culture and callus differentiation were studied in this paper, which provide experience for in vitro chromosome doubling and protoplast culture techniques.
还研究了两种植物愈伤组织的继代天数和不同的酶组合对原生质体游离的影响。
The effects of subculture days of 2 species and of different enzyme combinations on this dissociation process were also studied.
较低的2,4 - d浓度有利于原生质体愈伤组织的形成和分化，过高的2,4 - d浓度对愈伤组织的形成和分化有不利的影响。
Lower concentrations of 2, 4-d were favourable for callus formation and differentiation, while high concentrations of 2, 4-d reduced the capacity of the callus growth and differentiation.
较低的2,4 - d浓度有利于原生质体愈伤组织的形成和分化，过高的2,4 - d浓度对愈伤组织的形成和分化有不利的影响。
Lower concentrations of 2, 4-d were favourable for callus formation and differentiation, while high concentrations of 2, 4-d reduced the capacity of the callus growth and differentiation.
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