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Search Results: 1 - 10 of 323597 matches for " <br>郭良栋 "
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ENDOPHYTIC FUNGI II.NEW RECORDS FROM PINE IN CHINA
内生真菌Ⅱ.中国油松内生真菌四个新记录种

Abstract,<br>王宇,
菌物学报 , 2004,
Abstract: Four species, Pestalotiopsis citrina, Phomopsis archeri, Seimatosporium lonicerae, and Sporormiella minimoides are reported as new records. The characteristics of the four species are described and illustrated.
ADVANCES OF RESEARCHES ON ENDOPHYTIC FUNGI
内生真菌研究进展*

GUO Liang-Dong,<br>
菌物学报 , 2001,
Abstract: 1内生真菌研究历史 内生菌(Endophyte)一词由 De Bary(1866)首先提出,是指生活在植物组织内的微生物用以区分完那些生活在植物表面的表生菌(Epiphyte)。按此定义植物的致病菌、菌根菌也归属于内生菌的概念范畴。Carroll(1986)将内生菌定义为生活在地上部分、活的植物组织内并不引起明显病害症状的真菌,突出强调内生菌与植物的互惠共生关系,因此,在这个内生菌概念的范畴内不包含植物致病菌和菌根菌。Petrini(1991)把Carroll的概念范畴进一步扩展,将内生菌定义为那…
Progress of the function of mycorrhizal fungi in the cycle of carbon and nitrogen
菌根真菌的碳氮循环功能研究进展

GUO Liang-Dong,TIAN Chun-Jie,<br>,田春杰
微生物学通报 , 2013,
Abstract: Mycorrhiza is a symbiotic association formed between soil fungi and plant roots. Mycorrhizal fungi exchange soil-derived nutrients for carbohydrates from host plants, and therefore play an important role in the cycle of carbon and nitrogen in ecosystems. Research results indicated that mycorrhizal fungi can obtain ca. 4%?26% of total net primary production of host plants, and biomass and secretion (glomalin) of mycorrhizal fungi are important soil carbon-pool. Simultaneously, mycorrhizal fungi may decompose the complex soil organic compounds. Nitrogen is transported from extraradical to intraradical hyphae by a transferring procedure from inorganic to organic and inorganic nitrogen in mycorrhizae. Advances of recent mycorrhizal researches on the metabolic function and mechanism of carbon and nitrogen were summarized and related fields in future studies were also mentioned in this review paper.
Endophytic fungi III. Three new records from oak in China
内生真菌 III. 中国栎树内生真菌三个新记录种

SUN Xiang,GUO Liang-Dong,<br>孙翔,
菌物学报 , 2006,
Abstract: 内生真菌Camarosporiumeucalypti,Conostromadidymum和Pleuroplaconemasambuci是从辽东栎组织中分离到的我国3个新纪录种。对它们进行了重新描述与图解。这3个种的标本存放在中国科学院微生物研究所菌物标本馆。
TWO NEW RECORDS OF ARBUSCULAR MYCORRHIZAL FUNGI IN CHINA
中国丛枝菌根真菌两新纪录种

ZHANG Ying,GUO Liang-Dong,<br>张英,
菌物学报 , 2005,
Abstract: A survey of arbuscular mycorrhizal (AM) fungal diversity in Dujiangyan, southwest China has been carried out, and a total of 44 AM fungi including six new records were reported (Zhang et al., 2003 a, b). Another two new records of AM fungi, i.e. Acaulospora koskei J. Blaszkowski and Glomus luteum L.J. Kenn., J.C. Stutz & J.B. Morton, were isolated in the same region and were described in this paper.
Progress of fungal DNA barcode
真菌DNA条形码研究进展

ZHANG Yu,GUO Liang-Dong,<br>张宇,
菌物学报 , 2012,
Abstract: DNA barcode uses a short gene sequence taken from standardized portions of the genome to identify species. Cytochrome oxidase I (COI), as an animal DNA barcode, has been successfully employed in the species identification. In plants a combination of chloroplast rbcL and matK genes has been accepted as basic DNA barcode. In fungi more genes have being screened and evaluated in all major lineages of fungi by mycologists all over the world. Recently, the internal transcribed spacer (ITS) has been recommended as primary DNA barcode of fungi in the Fourth International Barcode of Life Conference. This review summarized the recent progress of fungal DNA barcode, and pointed out the prospect of DNA barcode in future fungal studies.
PESTALOTIOPSIS BESSEYI, A NEW RECORD OF ENDOPHYTIC FUNGI FROM PINE IN CHINA
中国油松内生真菌一新记录种


菌物学报 , 2002,
Abstract: In a survery of endfophytic fungi from Pinus in China ,Prstalotiopsis besseyi a Chinese new recory was isolated from plant tissue of Pinus tabulaeformis Carr.
真菌DNA条形码研究进展
张宇,
菌物学报 , 2012,
Abstract: DNA条形码(DNAbarcode)是通过一段短的标准DNA片段实现物种的快速、准确和标准化鉴定。线粒体细胞色素C氧化酶亚基I(COI)基因作为动物的DNA条形码已广泛应用于物种鉴定中,在植物上已选定叶绿体rbcL和matK基因作为基本的DNA条形码。目前世界各国真菌学家正对不同的真菌类群进行不同基因片段的筛选与评价,并在第四届国际生命条形码大会上正式推荐了ITS作为真菌的首选DNA条形码。对国内外真菌DNA条形码的研究进展进行总结与分析,并展望真菌DNA条形码的应用前景。
中国油松内生真菌一新记录种

菌物学报 , 2002,
Abstract:
中国丛枝菌根真菌两新纪录种
张英,
菌物学报 , 2005,
Abstract:
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