First Reports of Unrecorded Mortierellomycetes and Umbelopsidomycetes Fungi from Freshwater Ecosystems in Korea

In this study, we isolated several fungal strains from filtered water and sediment collected from rivers and streams. The strains were identified by molecular phylogenetic analyses of rDNA sequences (internal transcribed spacer [ITS], large subunit of ribosomal DNA [LSU]). The morphological characte...

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Main Authors: Jaeduk Goh, Yoosun Oh, Hye Yeon Mun
Format: Article
Language:English
Published: The Korean Society of Mycology 2023-09-01
Series:한국균학회지
Subjects:
Online Access:http://www.kjmycology.or.kr/browse/all-issues/kjmycology-2023-vol-51-no-3/pdf?num=N0320510301
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author Jaeduk Goh
Yoosun Oh
Hye Yeon Mun
author_facet Jaeduk Goh
Yoosun Oh
Hye Yeon Mun
author_sort Jaeduk Goh
collection DOAJ
description In this study, we isolated several fungal strains from filtered water and sediment collected from rivers and streams. The strains were identified by molecular phylogenetic analyses of rDNA sequences (internal transcribed spacer [ITS], large subunit of ribosomal DNA [LSU]). The morphological characteristics of the fungi were investigated using microscopy, and the culture characteristics of fungi grown on several media were examined. We identified four species previously unknown in South Korea, namely, Dissophora globulifera, Linnemannia exigua, Mortierella rishikesha and Umbelopsis autotrophica.
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spelling doaj.art-2fb9275a37014e049c815664eddde3752023-10-30T07:12:44ZengThe Korean Society of Mycology한국균학회지0253-651X2383-52492023-09-0151315516510.4489/kjm.20230018First Reports of Unrecorded Mortierellomycetes and Umbelopsidomycetes Fungi from Freshwater Ecosystems in KoreaJaeduk Goh0Yoosun Oh1Hye Yeon Mun2Fungi Research Team, Nakdonggang National Institute of Biological ResourcesFungi Research Team, Nakdonggang National Institute of Biological ResourcesFungi Research Team, Nakdonggang National Institute of Biological ResourcesIn this study, we isolated several fungal strains from filtered water and sediment collected from rivers and streams. The strains were identified by molecular phylogenetic analyses of rDNA sequences (internal transcribed spacer [ITS], large subunit of ribosomal DNA [LSU]). The morphological characteristics of the fungi were investigated using microscopy, and the culture characteristics of fungi grown on several media were examined. We identified four species previously unknown in South Korea, namely, Dissophora globulifera, Linnemannia exigua, Mortierella rishikesha and Umbelopsis autotrophica.http://www.kjmycology.or.kr/browse/all-issues/kjmycology-2023-vol-51-no-3/pdf?num=N0320510301dissophoralinnemanniamortierellaumbelopsis
spellingShingle Jaeduk Goh
Yoosun Oh
Hye Yeon Mun
First Reports of Unrecorded Mortierellomycetes and Umbelopsidomycetes Fungi from Freshwater Ecosystems in Korea
한국균학회지
dissophora
linnemannia
mortierella
umbelopsis
title First Reports of Unrecorded Mortierellomycetes and Umbelopsidomycetes Fungi from Freshwater Ecosystems in Korea
title_full First Reports of Unrecorded Mortierellomycetes and Umbelopsidomycetes Fungi from Freshwater Ecosystems in Korea
title_fullStr First Reports of Unrecorded Mortierellomycetes and Umbelopsidomycetes Fungi from Freshwater Ecosystems in Korea
title_full_unstemmed First Reports of Unrecorded Mortierellomycetes and Umbelopsidomycetes Fungi from Freshwater Ecosystems in Korea
title_short First Reports of Unrecorded Mortierellomycetes and Umbelopsidomycetes Fungi from Freshwater Ecosystems in Korea
title_sort first reports of unrecorded mortierellomycetes and umbelopsidomycetes fungi from freshwater ecosystems in korea
topic dissophora
linnemannia
mortierella
umbelopsis
url http://www.kjmycology.or.kr/browse/all-issues/kjmycology-2023-vol-51-no-3/pdf?num=N0320510301
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