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| 1 | Resource diversity of Chinese macrofungi:edible,medicinal and poisonous species显示文摘The huge land areas in China provide highly diverse habitats for macrofungi.Of these macrofungi,many are directly related to people’s daily life and have been utilized by ancient Chinese for at least 6800 years.In this study,we evaluate the current known resource diversity of Chinese macrofungi.A total of 1662 taxa are summarized,and all species names and their authorities have been checked and corrected according to authentic mycological databases.Among the 1662 taxa,1020,692,and 480 are considered to be edible,medicinal and poisonous mushrooms,respectively.A few of edible macrofungi in China are commonly used for commercial production.All known medicinal functions are labeled for medicinal species.The most common medicinal functions possessed by Chinese macrofungi are antitumor or anticancer,followed by antioxidant and antimicrobial.A total of 277 Chinese macrofungi are edible simultaneously with certain medicinal functions and without known toxicity.These species could be treated as“Gold Mushrooms”.Contrarily,193 edible and/or medicinal species are also recognized as poisonous mushrooms.To avoid poisoning caused by these species,ingestion either in a proper way or in small amounts is important.However,the mycotoxins metabolized by these poisonous species could be a huge wealth of natural products yet to be explored.How to utilize these Chinese macrofungal resources is a critical to benefit humans worldwide. | Fang Wu Li-Wei Zhou Zhu-Liang Yang Tolgor Bau Tai-Hui Li Yu-Cheng Dai | 2019 | Fungal Diversity2019，，5： | 81 |
| 2 | Stropharia jilinensis, a new species (Strophariacea~,Agaricales) from China显示文摘 | Tian Enjing Bau Tolgor | 2014 | Nova Hedwigia2014，，99： | 1 |
| 3 | New species and distinctive geographical divergences of the genus Sparassis (Basidiomycota): evidence from morphological and molecular data显示文摘 | Qi Zhao Bang Feng Zhu L. Yang Yu-Cheng Dai Zheng Wang B. Tolgor | 2013 | Mycological Progress2013，，2： | 1 |
| 4 | Phylogenetic,biogeographic relationships of Chroogomphus species as inferred from molecular,morphological data显示文摘 | Li Y C Yang Z L Tolgor B | 2009 | Fungal Diversity2009，38，： | 1 |
| 5 | Phylogenetic and biogeographic relationships of Chroogomphus species as inferred from molecular and morphological data显示文摘 | Li Y C Yang Z L Tolgor B | 2009 | Fungal Divers2009，38，： | 1 |
| 6 | Antitumor components from Naematoloma fasciculare显示文摘 | DING Yan BAO Haiying BAU Tolgor | 2009 | Microbiol Biotechnol2009，19，10： | 1 |
| 7 | Systematic arrangement within the family Clitocybaceae (Tricholomatineae, Agaricales): phylogenetic and phylogenomic evidence, morphological data and muscarine-producing innovation显示文摘The Clitocybaceae is a recently established family.Currently,the infrafamilial divisions and relationships within the family are vague due to limited sampling and genes employed for phylogenetic analysis.Some mushrooms of the family contain the neurotoxic muscarine,which has caused many severe and even deadly poisonings worldwide.However,the taxonomic distribution and evolution of the toxin within the family is largely unknown.In this study,phylogenetic analyses based on nucleotide sequences of ITS and of six molecular loci(ITS,LSU,TEF1,RPB1,RPB2 and ATP6),plus a phylogenomic analysis based on 485 single-copy orthologous genes,were performed to reconstruct the framework of Clitocybaceae.BEAST analysis was used to estimate the divergence times within the family.Additionally,biochemical analysis for muscarine was conducted of 32 representative species.Based on these analyses,an updated classification of Clitocybaceae into six genera(Clitocybe,Collybia,Dendrocollybia,Lepista,Pseudolyophyllum,and Singerocybe)is proposed.The genus Collybia is emended to accommodate four subgenera(Collybia,Crassicybe,Leucocalocybe,and Macrosporocybe).Seventeen new Chinese species and 15 new combinations are proposed.Keys to the genera of Clitocybaceae and the subgenera of Collybia,as well as to the known species of Clitocybe and Collybia subgen.Collybia in China,are presented.In addition,muscarine was detected in 18 species,and these muscarine-containing species formed a major monophyletic clade within Collybia subgen.Collybia.Finally,our phylogenetic,phylogenomic,chemotaxonomic and molecular dating results indicate that the Clitocybaceae is a natural group estimated to have arisen some 60 million years ago,and in this family,muscarine has evolved only once circa 20 million years ago without later losses. | Zheng-Mi He Zuo-Hong Chen Tolgor Bau Geng-Shen Wang Zhu L.Yang | 2023 | Fungal Diversity2023，，6： | 0 |
| 8 | The genus Phylloporus (Boletaceae, Boletales) from China: morphological and multilocus DNA sequence analyses显示文摘Species of the genus Phylloporus in China were investigated based on morphology and molecular phylogenetic analysis of a three-locus(nrLSU,ITS and tef-1a)DNA sequence dataset.Twenty-one phylogenetic species were recognized among the studied collections.Seven of them are described as new:P.brunneiceps,P.imbricatus,P.maculatus,P.pachycystidiatus,P.rubeolus,P.rubrosquamosus,and P.yunnanensis.In addition,four of them correspond with the previous morphology-based taxa:P.bellus,P.luxiensis,P.parvisporus,and P.rufescens.The remaining ten phylogenetic species were not described due to the paucity of the materials.A key to the Chinese morphologically recognizable taxa was provided.A preliminary biogeographical analysis showed that(1)Pylloporus species in East Asia and Southeast Asia are mostly closely related,(2)species pairs or closely related species of Phylloporus between East Asia and North/Central America are relatively common,and(3)the biogeographic relationship of Phylloporus between East Asia and Europe was supported by only a single species pair.Unexpectedly,no taxa common either to both Europe and East Asia,or to both East Asia and North/Central America,were uncovered.Clades look to have taxa from both sides of the Pacific and Europe/Asia though. | Nian-Kai Zeng Li-Ping Tang Yan-Chun Li Bau Tolgor Xue-Tai Zhu Qi Zhao Zhu L.Yang | 2013 | Fungal Diversity2013，，1： | 0 |
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