首页> 外文期刊>Journal of Nematology >Description of Parasitorhabditis frontali n. sp. (Nemata: Rhabditida) from Dendroctonus frontalis Zimmermann (Coleoptera: Scolytidae)
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Description of Parasitorhabditis frontali n. sp. (Nemata: Rhabditida) from Dendroctonus frontalis Zimmermann (Coleoptera: Scolytidae)

机译:前额副肌炎的描述sp。 (Nemata:Rhabditida),来自Dendroctonus frontalis Zimmermann(鞘翅目:Scolytidae)

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A new Parasitorhabditis species with males and females was discovered from the southern pine beetle Dendroctonus frontalis and its galleries in loblolly pine, Pinus taeda, growing in Mississippi.Females of the new species have a cupola-shaped tail with a small spike; males possess a 2 + (3+2) + 3 ray pattern on the tail fan with ray 10 reaching the margin, and a distinctive stomatal tooth.Parasitorhabditis frontali n.sp.has some similarities to P.hylurgi Massey, 1974 from Hylurgops pinifex in New York, USA, P.terebranus Massey, 1974 fromD.terebrans (Olivier,1795) in Texas USA,P.ligniperdae Fuchs,1915 fromHylergops ligniperda (Fabricius,1787)and P.dendroctoni Ru ¨hm,1956 from D.micans (Kugelann, 1794)in Europe,P.ateri Fuchs, 1915 isolatedfrom the beetle Hylastes ater (Paykull, 1800) in Germany, and P.malii Devdariani and Kakulia,1970 from Scolytus mali (Bechstein, 1805) within the republic of Georgia.Morphometrics for 44 species of Parasitorhabditis are provided to update older keys.Parasitorhabditis frontali n.sp.was initially grown on Malt Extract (ME) agar with its own microbial contaminants that included a bacterium and fungus.The nematode also grew and reproduced after slices of ME agar with nematodes and microbial contaminants were transferred to water agar.It was killed by E.coli on NGM agar plates commonly used to raise other Rhabditida.Drawings of diagnostic anatomy and low-temperature SEM images of bodies, heads, and tails are provided for cultured specimens from pine beetle frass.
机译:在密西西比州的南部松树甲虫Dendroctonus frontalis及其lo形松中生长的一种新的雄性和雌性副寄生虫物种中,新物种的雌性具有圆屋顶形的尾巴,上面有一个小尖刺。雄性在尾扇上具有2 +(3 + 2)+ 3射线模式,射线10到达边缘,并具有独特的气孔牙齿。额副寄生虫与1974年Hylurgops pinifex的P.hylurgi Massey有一些相似之处1974年从美国得克萨斯州的D.terebrans(Olivier,1795)在美国纽约的P.terebranus Massey,1915年的Hylergops ligniperda(Fabricius,1787)的P.ligniperdae Fuchs和1956年的D.micans的P.dendroctoni Ru?hm。 (Kugelann,1794)在欧洲,P.ateri Fuchs,1915从德国的甲虫Hylastes ater(Paykull,1800),以及P.malii Devdariani和Kakulia,从1970年从佐治亚共和国的马尾Scolytus mali(Bechstein,1805)分离。提供了44种副寄生虫的形态计量学以更新较旧的密钥。副寄生虫最初在麦芽提取物(ME)琼脂上生长,该琼脂具有自己的微生物污染物,包括细菌和真菌,切成薄片后也生长并繁殖了线虫。转移了带有线虫和微生物污染物的ME琼脂在常用于饲养其他Rhabditida的NGM琼脂板上用大肠杆菌将其杀死。提供了用于诊断松树甲虫的标本的诊断解剖学图和人体,头部和尾部的低温SEM图像。

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