研究结果多应用于昆虫系统分类和进化的探讨，揭示昆虫遗传与变异规律。
Moreover, these results were mainly used to explore insect systematics and evolution, regulation of insect heredity and variation, and so on.
蜜蜂所使用的交流系统是昆虫中最复杂的之一。
Honeybees use one of the most sophisticated communication systems of any insect.
研究总体表明，昆虫可以为食物或饲养系统做出有价值的经济和营养贡献。
Studies overall show that insects could make valuable economic and nutritional contributions to the food or feed systems.
他希望建立一套系统能够跟踪任何尺寸的鸟类，甚至大一点的昆虫。
He wants to build a system that can follow birds of almost any size-and large insects, too.
在农场和花圃中通常使用的化学物质会破坏昆虫的中枢神经系统，使蜜蜂群对疾病和害虫的免疫力下降。
The chemicals, which are routinely used on farms and garden centres, attack the central systems of insects and make bee colonies more vulnerable to disease and pests.
今天，人们最关注的一类农药是有机磷杀虫剂，这类杀虫剂可以攻击昆虫神经系统中的分子。
Today, some of the biggest concerns surround a class of pesticides called organophosphates, which are designed to attack molecules in the nervous systems of insects.
昆虫和病原体是森林生态系统的固有成分，通常其密度相对较低，所造成的损害较小，对树木生长及其活力的影响微乎其微。
Insects and pathogens are integral components of forest ecosystems and normally are present at a relatively low density, causing little damage, and having negligible impact on tree growth and vigour.
这只小昆虫由外部提供电力和控制，但他计划开发一个板载的电源的传感器，进一步完成机器人的控制系统。
It is powered and controlled externally, but he plans to develop an onboard power source and sensors, and to refine the robot's control systems.
如今科学家提出了一个更加切实可行的系统，用于杀灭昆虫，而非摧毁核弹头。
Scientists now propose a more modest system, aimed at insects rather than nuclear warheads.
DEET不仅会对昆虫的脑部和神经系统起作用，甚至还会使得昆虫窒息而造成神经麻痹直至死亡。
DEET also ACTS on the brains and nervous systems of insects and, in extreme cases, can cause paralysis and eventual death by asphyxiation in the insects.
它们就是昆虫，虽然渺小却是我们地球生态系统的重要居民。
They are insects, tiny yet very important inhabitants of our planet ecosystem.
当鸟类迁移，它们所捕食的昆虫，或是作为食物的各类植物却仍留在原处，这就有可能会扰乱当地数千年未曾改变的生态系统。
When birds move, the insects or plants they eat often do not, possibly upsetting ecosystems unchanged for thousands of years.
等式的两端并不能精确地开解；它们同属一个系统：蜥蜴／镜子、植物／昆虫、岩石／生命，以及当代的人类／机器系统。
The two sides of this equation cannot be mathematically unraveled; they are one system: lizard-mirror, plant/insect, rock-life, and now in modern times, human/machine.
该病毒作为载体，应用在杆状病毒-昆虫真核生物表达系统。
It is applied as a carrier in expression system of granulosis virus insect eucaryotic biology.
昆虫在它们进化的过程中很早就已楔入在相近植物物种间的化学关系的系统之中。
Insects keyed into this system of chemical relationships between related plant species very early in their evolution.
科学家们还研究了真正的竹节虫的议案，了解昆虫的神经系统的控制机制，使之成为可行的计算机模型。
The scientists also studied the motion of real stick insects to understand the control mechanisms in the insect's nervous system and turn them into viable computer models.
如果应用程序语言发生改变，屏幕上出现前后颠倒、奇怪的昆虫开始吃桌面…那么也可能是系统感染了病毒。
If apply program language to produce a change, the insect with appear preposterous, strange on screen begins to take a top of a table... also may be the system contracted virus so.
论文的主要研究内容及成果如下：(1)鳞翅目昆虫识别系统的设计。
The main content and achievement as follow: (1) Design of Lepidopter Identify System.
昆虫运动的跟踪对跟踪系统提出了特殊的要求。
Motion tracking system have some special performances to track free flying insects.
昆虫脑内胆碱能系统在中枢神经系统中起着重要作用，其与昆虫的复杂行为密切相关。
The cholinergic system plays an important role in the central nervous system of insects and is closely related to the complex behavior of insects.
自1991年在动物中发现嗅觉受体基因以来，关于昆虫感受化学信息的周缘神经系统的分子和细胞机制方面的进展十分迅速。
Since the olfactory receptor genes identified in 1991, great achievements have been obtained on the molecular and cellular olfaction mechanism of insect.
集合全世界的专家，这本书提出声音的功能和行为的概述，昆虫感官的检查各方面和感觉系统操作。
Bringing together worldwide experts, this book presents an overview of acoustic function and behavior, examining all aspects of insect sense organ and sensory system operation.
细胞免疫是昆虫天生免疫系统中很重要的部分，包括了由血细胞介导的一系列吞噬、集结和包囊等作用。
Cellular immunity that includes phagocytosis, nodulation and encapsulation mediated by hemocytes is a very important part of the innate immune system in insects.
昆虫触角拥有灵敏的嗅觉系统，用以感知环境中对其生存繁衍至关重要的气味信息。
Insects possess fairly sophisticated olfactory system in their antennae to detect the odorants essential for their survival and reproduction.
昆虫触角拥有灵敏的嗅觉系统，用以感知环境中对其生存繁衍至关重要的气味信息。
Insects possess fairly sophisticated olfactory system in their antennae to detect the odorants essential for their survival and reproduction.
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