Myriapoda

Myriapoda的基本解释

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多足纲

与Myriapoda相关的网络例句 [注：此内容来源于网络，仅供参考]

Traditional morphological studies have resulted in few solid conclusions regarding the monophyly and systematic position of Myriapoda within Arthropoda; the origin and evolutionary history of Myriapoda are also veiled by the sparsity of the group's fossil record.

基于表型性状的系统学研究中，多足动物亚门在节肢动物门中的系统分类和单系性等问题一直存在争议；化石记录的稀少又使多足动物的起源及演化历史变得迷雾重重。

This paper reviews recent advances in myriapod phylogenetics and presents a preliminary phylochronologic scheme of the evolutionary events in early my-riapods with the following observations: 1） Myriapoda might have diverged from its sister group during late Cambrian or earlier.

精确的多足动物亚门谱系发生关系以及谱系年代学细节还有待于进一步综合系统学、多基因和多重化石参照点的合理分析加以深入和完善，进而为早期陆地复杂生态系统的建立提供新的证据。

There are a total of 34,782 individuals belonging to 15 orders, 102 families were found in this study. And the dominant groups among them were Myriapoda、Lycosidae、Miridae、Delphacidae、Cicadellidae、Aphidoidea、Margarodidae、Geometridae、Noctuidae、Olethreutidae、Braconidae、Chrysopidae、Coccinellidae.

调查共发现节肢动物个体34782个，分属3纲、15目、102科，其中优势类群主要是多足纲、蛛形纲狼蛛科、半翅目异翅亚目的盲蝽科，同翅目的飞虱科、叶蝉科、蚜科、蚧科，鳞翅目的尺蛾科、夜蛾科、小卷蛾科，膜翅目的小茧蜂科、小蜂总科，脉翅目草蛉科、鞘翅目瓢虫科。

Evolutionary Biology of Centipedes (Myriapoda: Chilopoda)［J］.

蜈蚣油性提取液对肝癌细胞增殖的影响［J］。

The results of the analysis to complete 18S rDNA and partial 28S rDNA D 6-7 domain sequences of 30 collembolan species supported the monophyly of Poduromorpha and Symphypleona, Entomobryoidea is not a monophyly, familia Neelidae should be separated from Symphypleona. The situation about the superfamilia of Tomoceroidea and the familia Neelidae need further studies. The results of the further analysis to complete 18S rDNA and nearlly completely 28S sequences of 4 Protura, 6Collembola, 5 Diplura, 5 Insecta, 10 Crustacean, using 1 Myriapoda and 1 Chelicerata as outgroups indicated that Protura, Collembola and Diplura are monophy, respectively, Protura and Diplura have the nearest realationship, they make sister groups with Collembola and all of them assemble with Insecta to make a monophy cluster of Hexapod; The results support the monophy of Pancrusracea, Crustacean is not a monophy cluster and the realationships between them with Hexapod need further reseachers.

对我国的14科27属30种跳虫的18S rDNA全序列和28S rDNA部分序列(D6-D7)的基因信息数据进行分析，结果支持原目、愈腹目的单系性，长角目不形成单系群，支持短角科从愈腹目中分出，但鳞总科和短角目的分类地位有待于深入分析探讨；进一步比对4种原尾虫、6种跳虫、5种双尾虫、5种昆虫和10种甲壳动物的18S rDNA全序列和28S rDNA全序列，以1种多足动物和1种螯肢动物为外群，进行系统关系分析，结果显示：原尾纲、弹尾纲、双尾纲分别为单系群，原尾纲和双尾纲优先聚为一支，然后和弹尾纲构成姐妹群，以上三类又和昆虫聚为一支，支持六足动物的单系性，支持泛甲壳动物，但甲壳动物并未形成单系，其各类群和六足动物之间的亲缘关系尚须进一步确定。3。

与Myriapoda相关的网络解释 [注：此内容来源于网络，仅供参考]

Myriapoda：多足纲

(5)多足纲(Myriapoda)体分头部和躯干部. 头部有3一4对附肢,即一对触角、一对大颚,和1~2对小颚. 躯干部有多对步足,每一体节l一2对. 用气管呼吸. 如蜈蚣等. (6)昆虫纲(Insecta)体分头、胸、腹三部、头部有4对附肢,包括一对触角、一对大颚,

Myriapoda：多足类

表明在发生过程中2体节融合为一. 在躯干节侧面各有一对臭腺开口. 在消化管腹面有1对生殖腺,开口于第二脚后方,第三第四体节之间. 在孵化时只有3对步足,随生长而步足增多. 本类与唇足类合称多足类(Myriapoda);但这只是通称,并非系统上的分类.

Myriapoda：多足超綱

Myriangium 多腔菌屬 | Myriapoda 多足超綱 | Myrica 楊梅屬

Myriapoda disease：多足类昆虫病

Myriapedes poisoning 蜈蚣中毒 | Myriapoda disease 多足类昆虫病 | Myxedema heart; Myxedematous cardiac hypertrophy 黏液水肿心肥大

多足类Myriapoda多足畸形：polypodia

polypneiccenter 呼吸加速中枢 | polypodia 多足类Myriapoda多足畸形 | polypofbladder 膀胱息肉