{"title":"从纳杰夫省 Al-Barakia 废水处理厂分离的一些真菌在伊拉克和阿拉伯国家的新记录","authors":"Nihad Mutlag, D. Hussain","doi":"10.21931/rb/2023.08.04.61","DOIUrl":null,"url":null,"abstract":"This study was conducted in 2020 in the wastewater treatment plant in Al-Barakia Najaf, where samples were taken in November from the Bioshft unit and the compact unit from the plant to know the efficiency of the plant in treatment. The process of isolation and purification was Microbiology Laboratory_ Ecology and Pollution Department - College of Science - University of Kufa. Its diagnosis was carried out at the Plant Virus Laboratory - College of Agriculture - the University of Karbala, and (19) fungal isolates isolated from wastewater treatment plants were diagnosed. These isolates were analyzed using the PCR technique and determination of the nucleotide sequences of the polymerase chain reaction products that were amplified from those isolates using ITS4 and ITS1 primers. It belonged to the fungus A. caespitosus. and isolated A flavus (7,8), T. asperellum (9-11) A.tubingensis (12), A.terrus(13), A.niger (14,15), A. alternata (16), C.sphaerospermum (17), A.oryzae (18), Acremonium sp (19), similarity rate of 100% with isolates registered with the NCBI. The results show that all the isolated fungi diagnosed in this study are recorded globally. However, they are not recorded in Iraq, and (5) isolates are not recorded in the Arab nation and Iraq, including A. tubingensis, C.sphaerospermum, A. alternate, and A.oryzae, while the isolate Acremonium sp. According to the National Center for Biotechnology Information NCBI, it is registered only in Germany under the number (AJ557731), and the similarity rate is 100% with the isolate diagnosed in this study. \n \nKeywords: wastewater; Molecular Identification; fungi; Polymerase chain reaction (PCR); DNA sequence analysis.","PeriodicalId":9036,"journal":{"name":"Bionatura","volume":"113 6","pages":""},"PeriodicalIF":0.0000,"publicationDate":"2023-12-15","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":"{\"title\":\"New Records in Iraq and Arab Nations for some Fungi Isolated from Al-Barakia wastewater treatment plant in Al-Najaf Province\",\"authors\":\"Nihad Mutlag, D. 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It belonged to the fungus A. caespitosus. and isolated A flavus (7,8), T. asperellum (9-11) A.tubingensis (12), A.terrus(13), A.niger (14,15), A. alternata (16), C.sphaerospermum (17), A.oryzae (18), Acremonium sp (19), similarity rate of 100% with isolates registered with the NCBI. The results show that all the isolated fungi diagnosed in this study are recorded globally. However, they are not recorded in Iraq, and (5) isolates are not recorded in the Arab nation and Iraq, including A. tubingensis, C.sphaerospermum, A. alternate, and A.oryzae, while the isolate Acremonium sp. 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引用次数: 0
摘要
这项研究于 2020 年在 Al-Barakia Najaf 的废水处理厂进行,11 月从该厂的 Bioshft 单元和紧凑单元采集了样本,以了解该厂的处理效率。库法大学理学院生态与污染系微生物实验室进行了分离和净化。诊断工作在卡尔巴拉大学农学院植物病毒实验室进行,并对从废水处理厂分离出来的(19 个)真菌进行了诊断。使用 PCR 技术对这些分离物进行了分析,并确定了使用 ITS4 和 ITS1 引物从这些分离物中扩增出的聚合酶链反应产物的核苷酸序列。分离出的 A flavus (7,8)、T. asperellum (9-11)、A.tubingensis (12)、A.terrus (13)、A.niger (14,15)、A.alternata (16)、C.sphaerospermum (17)、A.oryzae (18)、Acremonium sp (19),与 NCBI 登记的分离物相似率达 100%。结果表明,本研究中诊断出的所有分离真菌在全球都有记录。根据美国国家生物技术信息中心(National Center for Biotechnology Information NCBI)的数据,该分离物仅在德国注册,注册号为(AJ557731),与本研究中诊断出的分离物相似度为 100%。 关键词:废水;分子鉴定;真菌;聚合酶链式反应(PCR);DNA 序列分析。
New Records in Iraq and Arab Nations for some Fungi Isolated from Al-Barakia wastewater treatment plant in Al-Najaf Province
This study was conducted in 2020 in the wastewater treatment plant in Al-Barakia Najaf, where samples were taken in November from the Bioshft unit and the compact unit from the plant to know the efficiency of the plant in treatment. The process of isolation and purification was Microbiology Laboratory_ Ecology and Pollution Department - College of Science - University of Kufa. Its diagnosis was carried out at the Plant Virus Laboratory - College of Agriculture - the University of Karbala, and (19) fungal isolates isolated from wastewater treatment plants were diagnosed. These isolates were analyzed using the PCR technique and determination of the nucleotide sequences of the polymerase chain reaction products that were amplified from those isolates using ITS4 and ITS1 primers. It belonged to the fungus A. caespitosus. and isolated A flavus (7,8), T. asperellum (9-11) A.tubingensis (12), A.terrus(13), A.niger (14,15), A. alternata (16), C.sphaerospermum (17), A.oryzae (18), Acremonium sp (19), similarity rate of 100% with isolates registered with the NCBI. The results show that all the isolated fungi diagnosed in this study are recorded globally. However, they are not recorded in Iraq, and (5) isolates are not recorded in the Arab nation and Iraq, including A. tubingensis, C.sphaerospermum, A. alternate, and A.oryzae, while the isolate Acremonium sp. According to the National Center for Biotechnology Information NCBI, it is registered only in Germany under the number (AJ557731), and the similarity rate is 100% with the isolate diagnosed in this study.
Keywords: wastewater; Molecular Identification; fungi; Polymerase chain reaction (PCR); DNA sequence analysis.