图S1-S3和表S1-S2

C. Walker
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Phylogenetic maximum likelihood phylogenetic tree of Rhizophagus species and isolates characterised for the SSU-ITS-LSU rDNA region, with Sclerocystis as outgroup. Bootstrap (BS) values below 60 % and BS values of terminal sister relations are not shown. “Rhizoglomus venetianum” (= R. irregularis) sequences are marked in red, sequence variants characterised in a Rhizophagus irregularis genome project are marked in blue. Sequences of Rhizophagus intraradices cultures derived from the ex-type culture FL 208, including the epitype (voucher W 5719 from MUCL 52327 = ATT 4-83), are shown in green and sequences of the new isolate collected from the type locality (MUCL 49410 = ATT 1102-12) in brown.Table S1. 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引用次数: 0

摘要

图S1。根食菌根内菌:该菌种的培养历史和成功的前菌种培养尝试(ATT 4)以及从大约建立的菌种位置获得的新分离物(ATT 1102)。30年后。盆栽培养(PC)和根器官培养(ROC)都显示了建立日期和样品的凭证号码,这些样品产生了保存在植物标本室的标本。太阳袋是项目B7062,西格玛奥德里奇(https://www.sigmaaldrich.com)。栽培地点:英国林业委员会北部研究站或其他地方;鲁汶天主教大学;慕尼黑大学(LMU)。凝胶是指来自母体ROC的一小部分基质,含有单个孢子、多个孢子或根碎片(通常带有附着的菌丝体)。S2。以SSU-ITS-LSU rDNA区域为特征的根噬菌物种和分离物的系统发育最大似然树,以硬囊菌为外群。60%以下的Bootstrap (BS)值和终端姊妹关系的BS值未显示。“Rhizoglomus venetianum”(= R. irregularis)序列用红色标记,在Rhizophagus irregularis基因组计划中表征的序列变体用蓝色标记。来自前型培养物FL 208的根噬菌根内培养物序列,包括表型(来自MUCL 52327 = ATT 4-83的W 5719)的序列以绿色表示,而来自类型地区(MUCL 49410 = ATT 1102-12)的新分离物序列以棕色表示。表S1。根食菌根内孢子:两株ATT 4和ATT 1102的根外孢子和根内孢子的长度和宽度(µm),具有推断统计(观察到的孢子数(n)、最小值(Min)、数据的第一个四分位数(Q1)、中位数、数据的第三个四分位数(Q3)、最大值(Max)、平均值、标准差(SD)和变异系数% (CV %))。表S2。根食菌:盆栽(PC)和根器官培养(ROC)的两株(ATT 4型和前型)和ATT 1102(类型地新培养)的孢子颜色。在可能的情况下,颜色与爱丁堡皇家植物园、蒙塞尔或梅休恩色彩手册中的图表相匹配。
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Figs S1-S3 & Tables S1-S2
Fig. S1. Rhizophagus intraradices: culturing history of the type and successful ex-type culture attempts (ATT 4) and a new isolate (ATT 1102) from the type location established approx. 30 years later. Both pot cultures (PC) and root organ cultures (ROC) are shown with dates of establishment and voucher numbers for samples that yielded specimens for preservation in herbaria. Sun bags are item B7062, Sigma Aldrich (https://www.sigmaaldrich.com). Location of cultures: Forestry Commission Northern Research Station or other localities in UK; Université catholique de Louvain (UCL); Ludwig Maximilian University of Munich (LMU). Gel refers to a small portion of substrate from a parent ROC, with a single spore, several spores, or root fragments (usually with attached mycelium).Fig. S2. Phylogenetic maximum likelihood phylogenetic tree of Rhizophagus species and isolates characterised for the SSU-ITS-LSU rDNA region, with Sclerocystis as outgroup. Bootstrap (BS) values below 60 % and BS values of terminal sister relations are not shown. “Rhizoglomus venetianum” (= R. irregularis) sequences are marked in red, sequence variants characterised in a Rhizophagus irregularis genome project are marked in blue. Sequences of Rhizophagus intraradices cultures derived from the ex-type culture FL 208, including the epitype (voucher W 5719 from MUCL 52327 = ATT 4-83), are shown in green and sequences of the new isolate collected from the type locality (MUCL 49410 = ATT 1102-12) in brown.Table S1. Rhizophagus intraradices: lengths and widths (µm) of extra- and intraradical spores from two strains, ATT 4 and ATT 1102 spores with inferential statistics (number of spores observed (n), minimum value (Min), first quartile of the data (Q1), median, third quartile of data (Q3), maximum value (Max), mean, standard deviation (SD) and % coefficient of variation (CV %)). Table S2. Rhizophagus intraradices: spore colours from two strains (ATT 4 – type and ex-type) and ATT 1102 (new culture from type locality) from pot cultures (PC) and root organ cultures (ROC). Where possible, colours were matched with charts from Royal Botanic Garden Edinburgh, Munsell, or Methuen Handbook of Colour.
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