- 更多网络例句与两栖类的相关的网络例句 [注：此内容来源于网络，仅供参考]
-
Here is a present for surviving the fish age. it is the body of an amphibian.
这里有奖励你从鱼类时代生存下来的一件礼物——两栖类的身体。
-
Chapter 2: The phylogeographic researches on Anuran amphibians in the world including China are reviewed.
第二章：对国内外的无尾两栖类的系统地理学研究进行了综述。
-
In recent years, many toxicology studies have been carried out with anuran tadpoles in China, since they are believed to be perfect indicator species for aquatic pollution.
中文摘要：无尾两栖类的幼体蝌蚪是很好的水体污染指示物种，近年来，国内这方面的研究也越来越多。
-
The presence of a mosaic of salientian and caudatan characters in this small fossil makes it a key taxon close to the batrachian divergence.
在这具小化石中兼具无尾目及有尾目两栖类的特征，因此它是接近于蛙形两栖类分歧的关键类群。
-
Phylogenetic analysis suggests that the batrachian divergence occurred in the Middle Permian, rather than the late Carboniferous as recently estimated using molecular clocks18, 22, but the divergence with caecilians corresponds to the deep split between temnospondyls and lepospondyls, which is congruent with the molecular estimates.
谱系分析认为蛙形两栖类的分歧应发生于二叠纪中期，而不是石炭纪末。然而，与离片椎类和壳椎类这一意义深远的分歧密切相关的事件——蛙形两栖类与无足目的分歧的时间却与分子钟所估计的相符。
-
Silurian'.'' and before the Mississippian or Carboniferous Period, and characterized by the appearance of forests and amphibians.
处于志留记之后，密西西比纪或石炭纪之前，森林和两栖类的出现是其特征
-
Metaphase chromosomes showing multiple banding pattern were easily reproducible using BrdUrd-Hoechst-Giemsa technique in Amphibia.
BrdUrd-Hoechst-Giemsa技术在两栖类的中期染色体上能显示可复重的复合带型。
-
Along with the economy development, human activities not only straightly threatened the ecological environment but decreased the population number of Anura.
随着经济的发展，人类活动直接威胁着无尾两栖类的生存环境，也造成其种群数量大幅度减少。
-
It indicated that protection and improvement of the diverse habitats was an important measure to protect local amphibians.
研究结果表明，保护和改善多样性生境是保护当地两栖类的重要措施之一。
-
The answer was that the former could be far sensitive than the latter, but the former needed complex instruments. The latter could help us to directly judge the order of severity by colors.On the other hand, we took advantage of polymerase chain reactionto amplify the MCP genome of the virus and compare it with other nine published MCP genomes of viruses including CzIV, TIV, CIV, LCDV-1, LCDV-K1, BIV, FV3, GIV, RSIV. The sequencing data showed that the MCP of Cobia iridoviruswas more homologous to the MCP of LCDV-1（89﹪similarity）than that from FV3（47﹪similarity）.
另一方面，为了了解引起海鲡病变之病毒究竟属於何种病毒，我们透过聚合酶链锁反应增幅其主要鞘蛋白基因并加以定序，与其他九种已发表的虹彩病毒之 MCP 核酸及胺基酸序列，包括：CzIV、TIV、CIV、LCDV-1、LCDV-K1、BIV、FV3、GIV、RSIV 之 MCP 进行分析比对，显示 Cobia iridovirus亲缘性和感染大多数硬骨鱼类的 Lymphocystivirus 属的 LCDV-1 最为接近（89﹪相似度），和感染两栖类的 Ranavirus 属的 FV3 亲缘性较低（47﹪相似度）。
- 更多网络解释与两栖类的相关的网络解释 [注：此内容来源于网络，仅供参考]
-
amphibian：两栖类
什么能够在理论上阻止古代有蹄类(ungulate )进化成鲸,又有什么能阻止古代鱼类进化成两栖类(amphibian)呢?以后还要提到,化石记录提供了更多的大结构变化的证据,既有骨骼形态的,也有软组织形态的. 然而,
-
amphibiology：两栖动物学
amphibian 两栖类的 | amphibiology 两栖动物学 | amphibiotic 长于水中
-
apteryx：无尾无翼的走禽
无尾两栖类的batrachian | 无尾无翼的走禽apteryx | 无尾熊koala
-
batrachian：无尾两栖类的
无尾两栖动物batrachian | 无尾两栖类的batrachian | 无尾无翼的走禽apteryx
-
batrachian：蛙类的, 无尾两栖类的 无尾两栖动物
Batrachia | 蛙类 | batrachian | 蛙类的, 无尾两栖类的 无尾两栖动物 | batrachiolin | 蛙卵磷蛋白
-
reptilian：爬虫类动物
Amphiboids - 有两栖类动物(amphibian)的特徵的人种, 水陆两栖Reptileoids - 有爬虫类动物(reptilian)特徵的人种, 皮肤盖满鳞片Insectoids - 有昆虫(insects)特徵的人种, 皮肤有蟹壳质Sauroids - 有蜥脚类动物(sauropod)特徵的人种,
-
Batrachia：无尾两栖类,蛙类
65. reptile 爬行动物;卑鄙的人 | 66. batrachia 无尾两栖类,蛙类 | 67. lizard 蜥蜴
-
intercentrum：间椎体
两栖类的椎体形态有两种类型,一种叫壳椎(husk vertebra),古生代许多小的两栖类和现代两栖类具有这种椎体形态,这种椎体是单一的一块,常中空;另一种叫弓椎(arch vertebra),这种椎体由间椎体(intercentrum)和侧椎体(Pleurocentrum)两种骨骼要素所组成,
-
pleurocentrum：侧椎体
两栖类的椎体形态有两种类型,一种叫壳椎(husk vertebra),古生代许多小的两栖类和现代两栖类具有这种椎体形态,这种椎体是单一的一块,常中空;另一种叫弓椎(arch vertebra),这种椎体由间椎体(intercentrum)和侧椎体(Pleurocentrum)两种骨骼要素所组成,
-
lymph heart：淋巴心
具有二对能搏动的淋巴心(lymph heart)以推动淋巴液回心. 两栖类不具淋巴结. 脑的5部分分化不高,仍处于同一平面上,但两栖类的大脑半球(cerebral hemisphere)分化较鱼类明显,但神经物质开始向大脑顶部转移,顶壁出现一些零散的神经细胞,