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AN10079809-20230930-0001.pdf
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:application/pdf |
Download
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:1.8 MB
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:Oct 24, 2023 |
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Total downloads since Oct 24, 2023 : 124
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| Title |
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The host-pathogen association of Exobasidium in Japan inferred from molecular phylogeny of ITS and large subunit rDNA sequences
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| Other Title |
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ITS領域とrDNA D1/D2領域のシークエンスより解析した日本産もち病菌の宿主-病原菌関連性
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| Kana |
ITS リョウイキ ト rDNA D1/D2 リョウイキ ノ シークエンス ヨリ カイセキシタ ニホンサン モチビョウキン ノ シュクシュ-ビョウゲンキン カンレンセイ
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| Romanization |
ITS ryōiki to rDNA D1/D2 ryōiki no shīkuensu yori kaisekishita Nihonsan mochibyōkin no shukushu-byōgenkin kanrensei
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| Creator |
| Name |
長尾, 英幸
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| Kana |
ナガオ, ヒデユキ
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| Romanization |
Nagao, Hideyuki
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| Affiliation |
農業生物資源ジーンバンク; 神奈川県立地球博物館外来研究員; 慶應義塾大学自然科学研究教育センター訪問研究員
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| Affiliation (Translated) |
The NARO Genebank; Visiting researcher, Kanagawa Prefectural Museum of Natural History; Visiting researcher, Research and Education Center for Natural Sciences, Keio University
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糟谷, 大河
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カスヤ, タイガ
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| Romanization |
Kasuya, Taiga
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| Affiliation |
慶應義塾大学経済学部生物学教室
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Faculty of Economics, Keio University
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慶應義塾大学日吉紀要刊行委員会
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ケイオウ ギジュク ダイガク ヒヨシ キヨウ カンコウ イインカイ
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| Romanization |
Keiō gijuku daigaku Hiyoshi kiyō kankō iinkai
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2023
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慶應義塾大学日吉紀要. 自然科学
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| Name (Translated) |
The Hiyoshi review of natural science
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| Volume |
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| Issue |
70
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| Year |
2023
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| Month |
9
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| Start page |
1
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| End page |
21
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| Abstract |
Phylogenetic relationships among Exobasidium species were estimated by the concatenated ITS and LSU sequences of 72 isolates obtained from fresh material. The phylogenetic tree suggested 6 host-specific groups for Exobasidium spp. with high support values. A Rhododendron clade comprises three groups: Group 1 includes two witches' broom causal species, E. nobeyamense and E. pentasporium, that were phylogenetically distinguished, while E. nobeyamense, E. otanianum and E. cylindrosporum were unresolved. Group 2 comprised E. japonicum and three species that are pathogenic to subgenus Hymenanthes plants. Group 3 comprised species pathogenic to section Rhododendron and Tsutsusi plants that cause leaf blister. Group 4 comprised five species pathogenic to Vaccinioideae. Groups 5 and 6 are characterized by host specificity to Camellia and Symplocos, respectively. The six groups are independent of morphological characteristics for basidiospores and colony appearances. The concatenated ITS and LSU sequences could be used to predict host preference of Exobasidium isolates.
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| Table of contents |
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| Keyword |
| molecular phylogenetic analysis
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| Departmental Bulletin Paper
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| History |
| Oct 24, 2023 | | インデックス を変更 |
| Oct 24, 2023 | | Creator Name,Creator Kana,Creator Romanization,Creator Affiliation,Creator Affiliation (Translated),Creator Role,Creator Link を変更 |
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