MSQ-C-type end-Grinder series is my plant development.
型端面磨刀机系列是我厂开发。
Auxin influx carriers are involved in auxin transport and plant development.
生长素内流载体参与生长素的运输和植物发育。
The length of root is an important index that stands for the plant development level.
而根的长度是根发育水平的一个重要的指标。
Molecular Genetics of Plant Development. Stephen Howell, Cambridge University Press, 1998.
《植物发育的份子机理》许智宏、刘春明，科学出书社，1998。
Boron gave stronger root system than calcium, but calcium was better for whole plant development.
硼对苹果苗根系影响明显强于钙，而对整株发育则小于钙的作用。
Both plant development and height were influenced neither by synchronous leaf pruning nor by plant density.
同步叶片修剪与植株密度并不影响植株的发育，对植株高度也没有显著影响。
Light signal transduction pathways are central components of the mechanisms that regulate plant development.
光信号转导途径是植物发育调控机制的中心组成部分。
Our results suggested that PPF1 gene might regulate plant development by controlling chloroplast development.
我们的结果提示P PF 1基因可能通过控制叶绿体的发育状况来调节植物的发育。
Starch biosynthesis is important for plant development and is a critical factor in crop quality and nutrition.
淀粉合成对植物发育有重要作用，对谷类的品质和营养成分也是至关重要的因素。
This causes buds to the side, called lateral buds, to wake up and start growing. The result: better plant development.
这将导致侧芽苏醒并开始生长。结果是，植株生长的更加茂盛。
Transtription factors have a central regulating role in plant development, differentiation and response to environmental stresses.
植物转录因子在植物的生长发育及其对外界环境的反应中起着重要的作用。
We also focus on the nitric oxide emission from mangrove wetland and the physiological roles of nitric oxide in plant development.
我们也关注红树林湿地一氧化氮的释放规律和一氧化氮的生理作用及其作用机理研究。
The experiment analyzed gravity's effect on plant development, trying to solve the riddle of how a plant determines which way is "up."
实验主要就重力对植物生长的影响进行研究，以便解开植物以怎样的方式“生长”之谜。
Plant homeotic genes and homeobox genes are two types of the important genes encoding transcription factors involved in plant development.
植物同源异型基因及同源异型盒基因是涉及植物个体发育调节的两类重要转录因子编码基因。
Programmed cell death (PCD) is a natural cell death controlled by certain genes, occurring commonly at certain stages of plant development.
细胞程序性死亡是在植物体的一定发育阶段普遍发生的受特定基因调控的自然的细胞死亡过程。
Lightperiod as one of the most important environment signals generate endogenous circadian rhythm and affect many aspects of plant development.
光周期作为植物最为重要的环境信号之一，能够诱导植物内源性生物节律的产生并影响植物生长发育的各个阶段。
In rice (Oryza sativa), the shoot-borne crown roots are the major root type and are initiated at lower stem nodes as part of normal plant development.
水稻地上部形成的冠状根主要是在低位茎节上长出的根，是植物正常发育一部分。
By analyzing the effect of environment on the plant in nature, the paper puts forward the model of plant development based on the environment sensitivity.
本文正是通过对自然界生态系统中植物在生长过程中所受到的环境因素影响作用的研究，提出了基于环境敏感的植物动态生长模型。
The research of rice functional genomes is not only related about people's food, but also a great impulse on the realization of plant development mechanisms.
因此对水稻功能基因组的研究不仅关乎人们的吃饭问题，还能揭示植物发育的机理。
The basic principles and methods of the gene network for plant development were introduced, and the existing problems and applying prospects were also analyzed.
介绍了植物发育基因网络研究的基本原理、方法以及存在的问题与应用前景。
Carbon, hydrogen, and oxygen are usually abundantly present in air and water. As a result they do not ordinarily represent limiting factors for plant development.
在空气和水中常常存在大量的碳、氢、氧，因此，一般情况下它们对植物发育不是限制因素。
The more middle components were isolated and identified of GAs signal transduction, the more clear about the molecular mechanism of GA controlling plant development.
随着GA信号转导途径中越来越多的中间组分的分离和鉴定，GA调控植物发育的分子机理也越来越清楚。
Temperature is a key environmental signal regulating plant development, but the mechanisms by which plants sense small changes in ambient temperature have remained elusive.
温度是调控植物发育的一个关键环境信号，但是植物通过哪种机制感觉环境温度的微小变化仍然难以捉摸。
To some extent, the treatment of applying chitosan to roots all increase tip number, area, length, average diameter and the vigor of fine roots and improve plant development.
根施壳聚糖不同程度的提高了细根的根尖数、面积、长度、平均直径和根系活力，改善了植株发育。
PCD is important in processes of plant development such as cell and tissue homeostasis and specialization, tissue differentiation and organ sculpting, and reactions to pathogens.
PCD在细胞和组织的平衡、特化，以及组织分化、器官建成和对病原体的反应等植物发育过程中起著重要作用。
Positional information is one of the important mechanisms underlying plant development because it is involved in pattern formation, cell differentiation and cell fate determination.
位置信息是植物发育的重要机制之一，它在植物体的模式建成、细胞的分化及细胞命运的抉择过程中起重要作用。
Programmed cell death (PCD) is a hot research topic recently, since it has significance in plant development and it correlates with adaptation of plant to environment stress as well.
细胞程序性死亡是近年来生命科学的研究热点之一，它不仅在植物生长发育中起重要作用，而且与植物适应逆境也密切相关。
Plant organ regeneration has an important role in plant reproduction and genetic engineering, and also provides an experimental system to study molecular mechanism of plant development.
植物离体器官发生不仅是获得大量无性繁殖植物和进行基因转化的重要途径，而且亦是研究植物发育问题的主要实验系统之一。
The results showed that the materials and environmental conditions both could affect plant height, and the effects of environment on plant height were decreased gradually with plant development.
供试材料和环境均会影响水稻株高表现，且环境对株高的影响随发育进程的推进不断减小。
The results showed that the materials and environmental conditions both could affect plant height, and the effects of environment on plant height were decreased gradually with plant development.
供试材料和环境均会影响水稻株高表现，且环境对株高的影响随发育进程的推进不断减小。
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