类成虫

基本解释 (translations)

adultoid

与类成虫相关的网络例句 [注：此内容来源于网络，仅供参考]

The antiparasitic effect of caprylic acid against several fish parasites, i.e., the ciliate Cryptocaryon irritans, monogenean Benedenia seriolae, copepod Pseudocaligus fugu and myxosporean Kudoa shiomitsui, was examined by in vitro trials.Caprylic acid at a concentration of 1 mM had a parasiticidal effect against C. irritans theronts, B. seriolae oncomiracidia and K. shiomitsui spores and a contractile effect against B. seriolae adults, but had no clear effect against P. fugu copepodids and adults.

在体外实验中研究了辛酸对多种鱼类寄生虫的抗虫效果，如纤毛虫刺激隐核虫、单殖吸虫鰤贝尼登虫、桡足类Pseudocaligus fugu和微孢子虫库道虫。1mM的辛酸对刺激隐核虫滋养体、鰤贝尼登虫纤毛幼虫和库道虫孢子具有杀虫效果，对鰤贝尼登虫成虫有收缩效果，但对Pseudocaligus fugu的桡足幼体和成虫无明显效果。

The antiparasitic effect of caprylic acid against seeral fish parasites, i.e., the ciliate Cryptocaryon irritans, monogenean Benedenia seriolae, copepod Pseudocaligus fugu and myxosporean Kudoa shiomitsui, was examined by in itro trials.Caprylic acid at a concentration of 1 mM had a parasiticidal effect against C. irritans theronts, B. seriolae oncomiracidia and K. shiomitsui spores and a contractile effect against B. seriolae adults, but had no clear effect against P. fugu copepodids and adults.

在体外实验中研究了辛酸对多种鱼类寄生虫的抗虫效果，如纤毛虫刺激隐核虫、单殖吸虫鰤贝尼登虫、桡足类Pseudocaligus fugu和微孢子虫库道虫。1mM的辛酸对刺激隐核虫滋养体、鰤贝尼登虫纤毛幼虫和库道虫孢子具有杀虫效果，对鰤贝尼登虫成虫有收缩效果，但对Pseudocaligus fugu的桡足幼体和成虫无明显效果。

The generic noctuid attractant being a hi-tech bionic product was developed according to insect olfactional principle. It has been granted state invention patent (ZL200410010395.X), and our university owns the whole intellect property.

项目简介：夜蛾类成虫广谱引诱剂是依据昆虫的嗅觉原理研制的仿生高新技术产品，已获得国家发明专利，专利号为ZL200410010395.X，本单位拥有全部知识产权。

And all images included in the photos with ecology (insects still alive when the photos), the total number of sheets in the more than 1500, of which even include larvae and adults, male and female worms look different, etc., so that players are free to go over the image to see their point of difference with the characteristics of Where.

而且收录的图像全部都是用生态照片（昆虫还活着的时候所拍的照片），总计张数在1500张以上，其中甚至还包括幼虫与成虫、雌雄外型相异虫类等等，让玩家可以自由去比对图像，看牠们的差异点跟特性到底在哪里。

In this paper,the behavioral,physiological, ecological adaption mechanism of H.armigera and H.assulta to their common host plant tobacco were studied comparatively,and the main results were summarized as follows:Electroantennogram response of adult to tobacco volatiles:(1) H.armigera and H.assulta elicited similar EAG responses to the tested 20 tobacco volatiles;both of them elicited significantly more sensitive to green leaf volatiles,aliphatic and aromatic compounds, than to monoterpene,sesquiterpene,heterocyclic compounds under lower concentration; while the similar EAG responses under higher concentration were detected,but most of them were not significantly different with each other.

本文从行为、生理和生态适应三个方面，对棉铃虫和烟夜蛾与烟草间的互作进行了比较研究，主要结果如下：成虫对烟草挥发物的EAG反应：(1)两种夜蛾对测试的20种烟草挥发物均可产生EAG反应；低浓度下对绿叶气味、脂肪族、芳香族化合物的EAG反应显著高于单萜类、倍半萜类和杂环化合物；高浓度下的EAG反应也表现出相似的总体反应趋势，但多数反应值间的差异未达显著水平。

The large-scale soil animal sorts were gathered by hand, while the medium and the small soil animals were separated by the funnel law and the funnel law, totally 314 soil animals were caught, which subordinated separately in the mollusk gate ,the annulate gate and 3 phyla 4 class 12 order results showed that the ball tail phyla and the hymenoptera prospect, tubing up 57.54% of the total phyla ,are the dominant class groups and main part of soil animals in this area; The hymenoptera ant class, the coleoptera larva, the arachnids, man kind of, the gastropoda is the common class group the hymenoptera are the common class groups .these result indicate that the community multiple of soil animal's degreases progressively basically among different soil strata sing soil depth and has an obvious aggregation .

结果表明：弹尾目和鞘翅目成虫为优势类群，占全捕量的57.54%，是该区土壤动物的主体。膜翅目蚁类、鞘翅目幼虫、蜘蛛类、螨类、腹足类等为常见类群。上述结果显示土壤动物群落的多样性在不同土层中基本上是随土层深度的增加而递减，并且表聚性明显。关键词：枣园；土壤动物；群落多样性；陕西榆林

Result shows that the Apriona germari adult insect prefer to eat Broussonetia papyrfera and reject to eat other tree species which result in difference in natural life and fecundity. Total sugar and dissolvable protein content in the bark is not the cause of rejection. Difference of dissolvable sugar and amino acid may be the reason of preference while difference of dissolvable phenolics and tannin content may explain the rejection.

取食构树的桑天牛成虫取食量大，存活时间长，产卵量大，遗卵量少，其他3个树种则相反。4树种树皮内总糖和可溶性蛋白含量与桑天牛抗性无关，树皮内可溶性糖含量、总氨基酸和必需氨基酸含量对抗性有一定影响。4树种树皮内水溶性总酚含量和单宁含量差异对成虫取食有较大影响，酚类和单宁等次生物质对桑天牛成虫的忌避作用是导致抗性的主要原因。

Acaribs and thrips are regarded as low-risk quarantining pests. Pests of Anastrepha spp. and Ceratitis capitat lay eggs in pericarp. Larva eats fruit which causes rot and great economic damage.

实蝇类有害生物成虫产卵于果皮的皮下，卵孵化后，幼虫在果实中蛀食，使果实腐烂，失去经济价值，从而给鳄梨生产带来重大损失。

Pest trapping effect and maxium attraction distance of sex pheromone on Dendroctonus valens were studied. The results showed that the attractant was strongly attractive to the adults of D.

应用中国科学院动物研究所提供的大小蠹类植物性引诱剂对红脂大小蠹Dendroctonus valens LeConte成虫进行诱杀效果和最大引诱距离试验。

Coughing, shortness of breath, wheezing, and sometimes abnormal heart or lung sounds may indicate the presence of heartworm infestation.

随着蚊子叮咬而进入血管的寄生虫卵大约经过八个月的时间会到达犬类的心脏和肺部，并在那里孵化为成虫。

与类成虫相关的网络解释 [注：此内容来源于网络，仅供参考]

adultness：成熟, 老成

adultment | (石油)代用品 | adultness | 成熟, 老成 | adultoid | 未成熟体, 类成虫

cetacean：鲸类

关於肠道寄生虫感染,常被认为与其食物种类有关2,前胃的海兽胃线虫(Anisakis spp.)9是本次实验中最常见之线虫类,以第五期larvae(即成虫)型态居多 ,於宿主发生紧迫现象时造成危害,而绦虫(Cestodes)感染於本次研究发现,仅见於幼豚,在鲸类(cetacean)中寄生部位以小肠为

incomplete metamorphosis：不全变态

2.不全变态(incomplete metamorphosis) 这类昆虫幼虫的形态特征和生活习性与成虫有所不同,因其程度不同又可分为渐变态、半变态和过渐变态. 渐变态幼虫与成虫之形态和生活习性相似,但体积小,性器官尚未发育,经数次蜕皮后,性器官逐渐发育成熟,

Acanthocephala：棘头动物门

棘头动物门(Acanthocephala)无脊椎动物,约600种. 吻上有钩. 世界性分布,体长从不足1公分(0.4吋)到50公分(约20吋)以上. 均为寄生,成虫寄生在脊椎动物(通常为鱼),幼虫寄生在节肢动物(昆虫、蛛形类、甲壳类),称棘头蚴. 穿过肠壁进入血腔,

adultoid：未成熟体, 类成虫

adultness | 成熟, 老成 | adultoid | 未成熟体, 类成虫 | adumbral | 遮阳的, 成荫的

adumbral：遮阳的, 成荫的

adultoid | 未成熟体, 类成虫 | adumbral | 遮阳的, 成荫的 | adumbrant | 略显相似轮廓的, 预示的

exopterygota：外生翅类

①不完全变态 为外生翅类(Exopterygota)所有. 如东亚飞蝗的幼虫期为若虫 通常称为跳蝻 生活方式与成虫相同 虫体具有较坚韧的外骨骼 必须经过蜕皮才能生长发育. 其两次蜕皮的间期称为龄期. 处于龄期中的若虫可称为龄虫.

Insecta：昆虫纲

昆虫病 正文 由节肢动物门(Arthropoda) 昆虫纲(Insecta)的某些昆虫寄生于家畜体内或体表所引起的疾病. 多数昆虫在成虫期为害,方式有骚扰、刺螫和吸血等,有的还可传播疾病. 有的蝇类则以幼虫寄生于家畜体内而引起疾病,如蝇类引起的蝇蛆病.

paurometaboly：渐变态

半变态昆虫通常更进一步分为渐变态(paurometaboly)和不完全变态(heterometaboly)两类. 渐变态昆虫的若虫和成虫生活在相同的环境(水、空气或土壤等)中,例如直翅目的蝗虫和蟋蟀,以及一些半翅目的昆虫. 不完全变态昆虫的若虫和成虫生活的环境则不同,

Pleuroceridae：黑贝科

第一中间宿主为淡水螺类蜷科(Thiaridae)和黑贝科(Pleuroceridae)中的某些螺,如川卷螺,第二中间宿主为甲壳纲的淡水蟹或蝲蛄成虫寄生于肺,因所形成虫囊与支气管相通,虫卵可经气管排出或随痰吞咽后随粪便排出.