共查询到20条相似文献,搜索用时 125 毫秒
1.
报道荨麻科楼梯草属7种1变种植物在我国6个省区分布的新记录,其中广西分布新记录的有算盘楼梯草和多歧楼梯草,贵州分布新记录的有曲毛楼梯草,海南分布新记录的有锐齿楼梯草和深绿楼梯草,湖南分布新记录的有短毛楼梯草,四川分布新记录的有丝梗楼梯草,云南分布新记录的有细角楼梯草。 相似文献
2.
3.
4.
报道了檀香科、云实科、蝶形花科、You牛儿苗科、芸香科、梧酮科、瑞香科和伞形科共20种植物在我国11个省区中的分布新记录,其中山西分布新记录的有苏木蓝,陕西分布新记录的有刺序木蓝和臭节草,宁夏分布新记录的有米面蓊,甘肃分布新记录的有刺序木蓝和紫茎小芹,江苏分布新记录的有长叶胡枝子和宽叶胡枝子,浙江分布新记录的有花木蓝,东西分布新记录的有翅荚香槐和多花木蓝,湖南分布新记录的独活,广西分布新记录的有全缘刺果藤,贵州分布新记录的五叶老颧草、长序山芝麻和多毛荛花,西藏分布新记录的有鞍叶羊蹄甲、圆锥丝瓣芹、丽江丝瓣芹、糙独活和长前胡。 相似文献
5.
湖南植物区系新记录(三) 总被引:9,自引:0,他引:9
报道了湖南新记录植物.计有 2 个新记录属(茅瓜属、叉喙兰属),17 个新记录种(华西小檗、假蚝猪刺、短序十大功劳、茅瓜、长叶柞木、打铁树、闽粤千里光、莲叶点地梅、琴叶过路黄、三花莸、长叶香茶菜、红茎黄芩、阿穆尔莎草、矮扁莎、菱叶菝葜、弯梗菝葜、叉喙兰),1个新记录变种(绉叶繁缕)⒚ 相似文献
6.
首次报道了中国毛缘小蜂属Lasiochalcidia Masi种类,描述了该属细角毛 缘小蜂L. gracilantenna sp. Nov.和赤亮毛缘小蜂L. rufipolita sp. Nov.2个新 种,并记述1新记录种披绒毛缘小蜂L. pilosella。文中提供了毛缘小蜂属中国已知种 检索表。 相似文献
7.
首次报道角顶叶蝉亚科缘毛叶蝉属Phlogothamnus Ishihara,1961在中国分布,并记述1新纪录种,双斑缘毛叶蝉 P.maculiceps Ishihara,1961和1新种,多斑缘毛叶蝉 P.polymaculatus sp.nov..新种模式标本保存在贵州大学昆虫研究所. 相似文献
8.
9.
10.
记述采自新疆的中国牙甲科2新记录种——边界毛腿牙甲Anacaena limbata(Fabricius)和黄毛腿牙甲Anacaena lutescens(Stephens)。首次报道该2种在中亚附近地区的分布。 相似文献
11.
12.
13.
江西省及九连山地区维管植物新记录 总被引:1,自引:0,他引:1
报道了江西九连山地区植物分布新记录15种,其中江西省分布新记录6种,包括黄松盆距兰Gastrochilus japonicus (Makino) Schlechter、广东异型兰Chiloschista guangdongensis Z H Tsi、密花石斛Dendrobium densiflorum Wallich、多枝霉草Sciaphila ramosa Fukuyama & T Suzuki、宽翅水玉簪Burmannia nepalensis (Miers) J D Hooker、白肋翻唇兰Hetaeria cristata Blume。 相似文献
14.
15.
A Scleroderma species collected on sandy soil under trees of Lithocarpus edulis in Saitama Prefecture, central Japan, is identified as Scleroderma laeve, a new record for Japan. Macroscopic and microscopic features are given.
Received: May 24, 2002 / Accepted: September 9, 2002
Acknowledgments We thank Ms. Ryoko Onuma, who offered some useful literature on Scleroderma. We are also grateful to Dr. Toshimitsu Fukiharu (Natural History Museum and Institute, Chiba) for his help with preserving
the specimens. For collecting specimens, we are grateful to Ms. Ayano Kimura, Mr. Tomoya Matsuyama, and Mr. Takahiro Uchida.
Correspondence to:T. Kasuya 相似文献
16.
兰属中若干分类群的订正 总被引:10,自引:0,他引:10
基于对许多活植物的观察,对兰科中兰属的若干种类进行了分类学考订,结果承认菅草兰Cymbidium tortisepalum与峨眉春蕙C. omeiense为独立的种,将春剑C. longibracteatum移至菅草兰之下作为变种,送春C. szechuanicum移至莎叶兰C. cyperifolium之下作为变种。由于春剑、峨眉春蕙和送春的模式标本及引证标本已在30多年前全部丢失,本文指定了新模式。 相似文献
17.
18.
Proteolysis by plasmin inactivates bovine ADP-ribosyltransferase; therefore, enzymatic activity depends exclusively on the intact enzyme molecule. The transferase was hydrolyzed by plasmin to four major polypeptides, which were characterized by affinity chromatography and N-terminal sequencing. Based on the cDNA sequence for human ADP-ribosyltransferase enzyme [Uchida, K., Morita, T., Sato, T., Ogura, T., Yamashita, R., Noguchi, S., Suzuki, H., Nyunoya, H., Miwa, M., & Sugimura, T. (1987) Biochem. Biophys. Res. Commun. 148, 617-622], a polypeptide map of the bovine enzyme was constructed by superposing the experimentally determined N-terminal sequences of the isolated polypeptides on the human sequence deduced from its cDNA. Two polypeptides, the N-terminal peptide (Mr 29,000) and the polypeptide adjacent to it (Mr 36,000), exhibited binding affinities toward DNA, whereas the C-terminal peptide (Mr 56,000), which accounts for the rest of the transferase protein, bound to the benzamide-Sepharose affinity matrix, indicating that it contains the NAD+-binding site. The fourth polypeptide (Mr 42,000) represents the C-terminal end of the larger C-terminal fragment (Mr 56,000) and was formed by a single enzymatic cut by plasmin of the polypeptide of Mr 56,000. The polypeptide of Mr 42,000 still retained the NAD+-binding site. The plasmin-catalyzed cleavage of the polypeptide of Mr 56,000-42,000 was greatly accelerated by the specific ligand NAD+. Out of a total of 96 amino acid residues sequenced here, there were only 6 conservative replacements between human and bovine ADP-ribosyltransferase. 相似文献
19.
20.
Simulium (Simulium) liubaense, sp. nov. is described based on the female specimens collected from Liuba, Shaanxi Province, China. This species is assigned to the variegotum-group of the subgenus Simulium, and is closely related to S. (S.) jingfui Cai and An, 2008, S. (S.) taiwanicum Takaoka, 1979, S. (S.) hackeri Edwards 1928, S. (S.) chamlongi Takaoka and Suzuki, 1984. However it is clearly differentiated from them by the structure of cibarium, genital fork, genital plate, paraproct and cercus of the female. All the specimens are kept in the Medical Entomology Collection Gallery, Academy of Military Medical Sciences, Beijing. 相似文献