Cryptic Diversity and Host Specificity in Giant Xenos Strepsipterans Parasitic in Large Vespa Hornets

Nakase Yuta; Kato Makoto

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Cryptic Diversity and Host Specificity in Giant Xenos Strepsipterans Parasitic in Large Vespa Hornets

机译：大黄蜂大黄蜂中寄生的大型Xenos Strepsipterans的隐性多样性和寄主特异性。

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Xenos is a strepsipteran genus whose members are parasitic to eusocial wasps, including the hornet genus Vespa. We undertook an extensive sampling of strepsipterans in Xenos from hornets collected in East Asia and performed molecular phylogenetic analyses based on mitochondrial cytochrome c oxidase subunit I gene sequences (652 bp) to investigate the cryptic diversity among 21 individuals of strepsipterans. The analyses, accompanied by morphological examination, revealed that these strepsipterans represent two distinct species, X. moutoni du Buysson, 1903 and X. oxyodontes sp. nov. The two species differed in their host-utilization pattern: the latter was almost specific to Vespa analis and V. simillima, whereas the former was associated with other species in Vespa.

机译：Xenos是一种链霉菌属，其成员寄生于包括大黄蜂类Vespa在内的常社会黄蜂。我们对来自东亚的黄蜂的Xenos中的链霉菌属进行了广泛采样，并基于线粒体细胞色素C氧化酶亚基I基因序列（652 bp）进行了分子系统发育分析，以调查21例链霉菌属个体之间的密码学多样性。分析，伴随形态学检查，揭示了这些链霉菌属代表两个不同的物种，X。moutoni du Buysson，1903年和X. oxyodontes sp。十一月两种物种的寄主利用模式不同：后者几乎是针对Vespa analis和V. simillima的，而前者与Vespa中的其他物种相关。

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《Zoological Science》 |2013年第4期|共6页
作者
Nakase Yuta; Kato Makoto;
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正文语种 eng
中图分类动物学;
关键词
cryptic diversity; molecular phylogeny; Strepsiptera; taxonomy; vespid wasp;

机译：隐性多样性;分子系统发育;链霉菌;分类学;黄蜂;

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专利

1. Cryptic Diversity and Host Specificity in Giant Xenos Strepsipterans Parasitic in Large Vespa Hornets [J] . Nakase Yuta, Kato Makoto Zoological Science . 2013,第4期

机译：大黄蜂大黄蜂中寄生的大型Xenos Strepsipterans的隐性多样性和寄主特异性。
2. Smaller nests of the hornet Vespa analis (Hymenoptera, Vespidae) are more severely affected by the strepsipteran parasite Xenos moutoni (Strepsiptera, Stylopidae) than are larger nests [J] . S. Makino, Y. Yamaura, H. Yamauchi Insectes Sociaux . 2010,第1期

机译：与较大的巢相比，较小的大黄蜂大黄蜂（Hymenoptera，Vespidae）的巢更容易受到链球菌寄生虫异种异种Xenos moutoni（Strepsiptera，Stylopidae）的影响。
3. The strepsipteran endoparasite Xenos vesparum alters the immunocompetence of its host, the paper wasp Polistes dominulus. [J] . Manfredini F., Benati D., Beani L. Journal of Insect Physiology . 2010,第3期

机译：链霉菌内寄生虫 Xenos vesparum 改变了宿主的免疫能力，黄蜂 Polistes dominulus 。
4. RECENT ADVANCES IN THE BIOLOGY OF THE PARASITIC COPEPOD PSEUDOCALIGUS FUGU (SIPHONOSTOMATOIDA, CALIGIDAE), HOST SPECIFIC TO PUFFERFISHES OF THE GENUS TAKIFUGU (ACTINOPTERYGII, TETRAODONTIDAE) [C] . B. A. VENMATHIMARAN, SUSUMU OHTSUKA, IKUO TAKAMI, TCS Summer Meeting . 2011

机译：寄生蛋白酶蛋白酶的生物学进展Fugu（SiphonostomaToida，Caligidae），特异于Takifugu属的脑鱼（Actinopterygii，Tetraodontidae）特异性宿主
5. DNA barcoding reveals cryptic species diversity of Posthodiplostomum minimum (Trematoda, Diplostomatidae) in centrarchid hosts from Spring Lake, Macomb, IL [D] . McCarrel, Samantha L. 2016

机译：DNA条码揭示了伊利诺伊州马科姆市斯普林湖的中心蠕虫宿主中的最小斑节后目（Trematoda，Diplostomatidae）的隐性物种多样性
6. Ocular Injury Caused by the Sprayed Venom of the Asian Giant Hornet (Vespa mandarinia) [O] . Koji Hirano, Atsuhiro Tanikawa 2020

机译：由亚洲巨型大黄蜂（Vespa Mandarinia）喷涂的毒液引起的眼损伤
7. A scientific note on hive entrance smearing in Japanese Apis cerana induced by pre-mass attack scouting by the Asian giant hornet Vespa mandarinia [O] . Ayumi Fujiwara, Masami Sasaki, Izumi Washitani 2016

机译：关于亚洲巨型大黄蜂vespa普通话的群众袭击侦察宣传的日本API CERANA造型的科学票据

Cryptic Diversity and Host Specificity in Giant Xenos Strepsipterans Parasitic in Large Vespa Hornets

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