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Four gall wasp(Hymenoptera:Cynipidae),including three newly recorded in China
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作者 Xiaoxue Ju Rui Guo +2 位作者 Haiyan Zhao Yiping Wang Juli Pujade-Villar 《Zoological Systematics》 2025年第2期142-149,共8页
Four cynipid gall wasps belonging to three genera are reported with descriptions of their host plants and galls,i.e.,Belizinella vicina Kovalev,1965,Cerroneuroterus folimargo(Monzen,1954),C.monseni(Dettmer,1934)and Ne... Four cynipid gall wasps belonging to three genera are reported with descriptions of their host plants and galls,i.e.,Belizinella vicina Kovalev,1965,Cerroneuroterus folimargo(Monzen,1954),C.monseni(Dettmer,1934)and Neuroterus hakonensis Ashmead,1904.The genus Belizinella and three species,B.vicina,C.monseni and N.hakonensis,are recorded in China for the first time.The species B.vicina is redescribed for the missing or incongruent features from its original description.In addition,the gall host for Ufo rufiventris Wang,Guo,Wang,Pujade-Villar&Chen is also recorded here for the first time. 展开更多
关键词 cynipini oak gall wasps taxonomy newly record
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Review of the genus Latuspina (Hymenoptera Cynipidae), with descriptions of two new species and their host galls 被引量:1
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作者 Yiping Wang Rui Guo +2 位作者 Juli Pujade-Villar Shijun Wang Xuexin Chen 《Zoological Systematics》 CSCD 2016年第1期82-88,共7页
The East Palaearctic genus Latuspina Monzen is reviewed. Four species are recognized: L. acutissima Wang, Pujade-Villar & Guo, sp. nov., L. shaanxinensis Wang, Pujade-Villar & Guo, sp. nov., L. stirps (Monzen) an... The East Palaearctic genus Latuspina Monzen is reviewed. Four species are recognized: L. acutissima Wang, Pujade-Villar & Guo, sp. nov., L. shaanxinensis Wang, Pujade-Villar & Guo, sp. nov., L. stirps (Monzen) and L. manmiaoyangae Melika & Tang. An illustrated key to Latuspina species and host information are provided. 展开更多
关键词 HYMENOPTERA cynipini Latuspina new species China.
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四种瘿蜂体内Wolbachia感染的PCR检测及感染株系的wsp基因序列分析 被引量:1
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作者 赵玲 朱道弘 +1 位作者 刘志伟 杨筱慧 《应用昆虫学报》 CAS CSCD 北大核心 2013年第4期998-1005,共8页
Wolbachia为节肢动物等的细胞质共生细菌,能对宿主的繁殖模式进行调控,包括诱导胞质不亲和、孤雌生殖、雌性化及雄性致死。本文采集了分布于美国的4种瘿蜂,利用Wolbachia的wsp基因特异性引物,对其Wolbachia的感染进行了PCR检测,证... Wolbachia为节肢动物等的细胞质共生细菌,能对宿主的繁殖模式进行调控,包括诱导胞质不亲和、孤雌生殖、雌性化及雄性致死。本文采集了分布于美国的4种瘿蜂,利用Wolbachia的wsp基因特异性引物,对其Wolbachia的感染进行了PCR检测,证实了栎结瘤瘿蜂Callirhytis punctata Bassett和摇鼓栎瘿蜂Dryocosmus palustris Osten Sacken体内具Wolbachia共生,感染率分别为60%和36%。栎结瘤瘿蜂和摇鼓栎瘿蜂Wolbachia的wsp基因序列长度分别为564 bp和561 bp。 栎结瘤瘿蜂与摇鼓栎瘿蜂Wolbachia的wsp基因序列的一致性为94%。栎结瘤瘿蜂与同为栎瘿蜂族的Andricus solitarius (strain 1)和Neuroterus macropterus,及客瘿蜂族的Synergus crassicorni的Wolbachia的wsp基因序列完全一致,与其他瘿蜂Wolbachia的wsp基因的序列一致性介于79 -99%之间。在NJ系统发育树中,栎结瘤瘿蜂与栎瘿蜂族的A. solitaries (strain 1),N. macropterus和B. pallida,以及客瘿蜂族的S. crassicornis的Wolbachia同属一分支,而摇鼓栎瘿蜂与栎瘿蜂族的麦氏安瘿蜂的Wolbachia聚集在同一分支。除客瘿蜂族的Ceroptres cerri感染的Wolbachia属于B群之外,其他瘿蜂感染的Wolbachia均属于A群。此外,本文采集的栎结瘤瘿蜂和摇鼓栎瘿蜂营有性生殖,说明Wolbachia的共生并不诱导其营产雌孤雌生殖。 展开更多
关键词 WOLBACHIA WSP基因 PCR 系统发育关系 栎瘿蜂 草瘿蜂
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