Reexamination of Zoogeography in Southeast Asian by Protozoa

原生动物对东南亚动物地理学的重新审视

• 批准号: 09041162
• 负责人: HOSHIDE Kazumi
• 金额: $ 9.34万
• 依托单位: Yamaguchi University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (A).
• 财政年份: 1997
• 资助国家: 日本
• 起止时间: 1997 至 1999
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-09041162/
• 关键词: Gregarina; Paramecium; Fauna; Parasitic-protozoa; Southeast Asia; Host; syngen; Wallace's line; グレガリナ類; ファウナ調査; フィリピン; マレーシア; 直翅類; グレグリナ; インドネシア; ウヲレスライン; 寄生虫; 原生動物; 分布; 東洋区; オーストラリア区; バリ島; ロンボック島; タイ; 寄生

In 1997 the investigation was done in Thailand (Bangkok) and the southern part of Indonesia (Yogyakarta, Surabaya, Denpasar, Mataram). In 1998 the investigation was done in northern part of Indonesia (Banjarbarn, Maros, Jayapura) and Australia (Brisbane). In 1999 the investigation was done in Philippine (Manila, Losbanos, Legasipi) and Thailand (Chenmai). In the rainforests, the fauna of the insects was poor and we mainly corrected the insects around the forests and open fields. Very few species of Oligochaeta was corrected. The Odanata, Crocothemis servilia servilia (Drury), Ischnura senegalensis (Rambur), Pantala flavescens (Fabricius), Diplacodes trivialis (Rambur), Orthetrun sabina sabina (Drury) and Orthoptera, Oxya sp. Atractomoropha sp. Acrida turrita, Trilophidia sp. Conocephalus sp were widely distributed in this area. The corrected gregarines belonged to the genus, Ancyrophora, Leidyana and Coronoepimeritus. The lots of new species were found in this investigation. The fauna of Insects and Gregarines in Southeast Asia had much similarity but not in Ilianjaya and Australia. Compare to the Japanese fauna some similarity exist.Dr. Fujishima et al corrected Paramesium in the field of Southeast Asia and found some new syngen in Australia. The new syngen did not response with stocked Type syngen.

1997年在泰国(曼谷)和印度尼西亚南部(日惹、泗水、登巴萨、马塔拉姆)进行了调查。1998年，在印度尼西亚北部(Banjarbarn、Maros、Jayapura)和澳大利亚(布里斯班)进行了调查。1999年，在菲律宾(马尼拉、洛斯巴诺斯、莱加西皮)和泰国(清迈)进行了调查。在热带雨林中，昆虫区系较差，我们主要纠正森林周围和开阔地带的昆虫。只有极少数的寡毛纲物种被更正。Odanata，Crocohemis Servilia Servilia(Drury)，IschNura senegalens(Rambur)，Pantala Figescens(Fabricius)，Diplacodes trivialis(Rambur)，Orthetrun Sabina Sabina(Drury)和直翅目Oxya sp.白僵菌Atracomopa sp.Acrida Turrita、天牛属Trilophidia sp.该地区有广泛分布的尖头吸虫。校正后的Gregines属于Ancyrophora属、Leidana属和Coronoepimertes属。在本次调查中发现了许多新种。东南亚的昆虫区系和Gregines区系有许多相似之处，但在伊连贾亚和澳大利亚则不同。与日本的动物群相比，有一些相似之处。Fujishima等人修正了东南亚领域中的副毒藻，并在澳大利亚发现了一些新的SynGen。新的SynGen没有使用STOCKED类型SynGen响应。

项目成果

藤島政博: "ゾウリムシとホロスポラの共生における宿主-共生生物間相互作用"原生動物学雑誌(総説). 13 (1997)

Masahiro Fujishima：“草履虫和全孢菌共生中的宿主-共生体相互作用”《原生动物学杂志》（评论）13（1997）。

H.Dohra: "Effects of antibiotics on early infection process of a macronuclear endosymbiotic bacterium Holospora obtusa of Paramecium caudatum"FEMS letter. 179. 473-477 (1999)

H.Dohra：“抗生素对尾草履虫大核内共生细菌 Holospora obtusa 早期感染过程的影响”FEMS 信件。

H.Dohra, M.Fujishima and H.Ishikawa: "Structure and expression of a groE operon homolog of the macronucleus-specific Holospora obtusa of the ciliate Paramecium caudatum." J.Euk.Microbiology.,. (in press). (1998)

H.Dohra、M.Fujishima 和 H.Ishikawa：“纤毛草履虫大核特异性 Holospora obtusa 的 groE 操纵子同源物的结构和表达。”

M.Fujishima: "Quantitative changes in periplasmic pretins of the macromuclear-specific bactetium Holospora obtusa in the infection process of the ciliate Parastecium caudatum"J.Euk.Microbiol.. 44. 636-642 (1997)

M.Fujishima：“纤毛虫 Parastecium caudatum 感染过程中大粘膜特异性细菌 Holospora obtusa 周质 pretin 的定量变化”J.Euk.Microbiol.. 44. 636-642 (1997)

H. Dohra: "Cloning and sequencing of aperiplasmic 5.4 kDa peptide gene of the macronucleus-specific symbiont Holospora obtusa of the ciliate Paramecium caudatum."Zool. Sci.,. 14. 69-75 (1997)

H. Dohra：“纤毛草履虫尾部大核特异性共生体 Holospora obtusa 的周质 5.4 kDa 肽基因的克隆和测序。”Zool。