Anura
英
美
网络 无尾目; 無尾目; 蛙形目; 两栖纲; 无尾类
双语例句
- A comparative study of the controlling vocalization nuclei, neural pathway in songbird and Anura Amphibia
鸣禽和无尾两栖类控制发声核团及神经通路的比较研究 - The study progress on the structure of mitochondrial genomes in Anura
无尾目动物线粒体基因组结构研究最新进展 - Anura Ranidae Rana maoershanensis new species China.
无尾类蛙科猫儿山林蛙新种中国。 - Molecular Phylogenetic Studies on Spinosae Group ( Genus Paa) in China ( Amphibian, Anura, Ranidae);
中国棘蛙属分子系统学研究（两栖纲：蛙科） - In this article, the author has researched the natural infectious-state of the Polystoma ( Monogenea) parasitic in the urinary bladders of14 species of Anura.
文章调查研究了云南14种无尾两栖类体内寄生多盘吸虫的自然感染情况。 - A Review on the Toxicity of Heavy Metal Pollution to Anura
重金属污染对蛙蟾类毒性的研究进展 - In Gansu, there are 32 species belonging to 16 genera, 6 families of Anura, which are dominant in numbers.
甘肃无尾两栖类动物共有6科、16属、32种和亚种，在两栖动物中占绝对优势。 - And MP tree favored Caudata and Anura as a sister group.
结果显示，NJ树和ML树以较高的自引导值支持有尾目和蚓螈目为姐妹群，而MP树则支持无尾目和有尾目为姐妹群。 - Preliminary Research on Resources and Protection of Anura in Gansu Province
甘肃无尾两栖动物的资源与保护 - Early Development of Anura Embryo with Particular Reference to the Formation of the Roof of Archenteron
蛙类的早期胚胎发育，特别着重于原肠背壁形成中的某些问题 - In concordant with the conclusion of the morphology, chromosomal and mitochondrial DNA studies, our results provide a new evidence of the systematic evolution of the three families of Anura at DNA molecular level.
这与形态学、染色体和线粒体DNA多态性研究的分析结果一致，从而进一步从分子水平上为无尾目这3科的系统演化提供了新的证据。 - Observation of digestive tube argentaffine cell of three Anura Amphibians
三种无尾两栖类动物消化道嗜银细胞的观察 - The First Mesozoic Fossil Frog from China ( Amphibia: Anura)
中国首次发现的中生代蛙类化石（两栖纲：无尾目） - The effect of fluoride on the development of anura larvae were investigated using morphological measurement, histological and molecular method.
通过对蝌蚪的外部形态测量，组织学及分子学方法，来阐明氟化钠对无尾目幼体发育的影响。 - Finally, Anura animal mitochondrial gene rearrangements and phylogenetic relationships are discussed.
最后，本文对无尾目动物线粒体基因重排与系统发生的关系进行了探讨。 - The olfactory organ and vomeronasal organ are the most important chemistry sense organs in anura. They play important roles in feeding, reproduction, predator avoidance and so on.
嗅器和犁鼻器是无尾两栖类最重要的嗅化学感受器，对觅食、繁殖及逃避敌害等方面有着重要的作用。