Lecanicillium and Verticillium species from Indonesia and Japan including three new species

Sukarno, Nampiah; Kurihara, Yuko; Ilyas, Muhammad; Mangunwardoyo, Wibowo; Yuniarti, Erny; Sjamsuridzal, Wellyzar; Park, Ju Young; Saraswati, Rasti; Inaba, Shigeki; Widyastuti, Yantyati; Ando, Katsuhiko; Harayama, Shigeaki

doi:10.1007/s10267-009-0493-1

Cited by 32 publications

(24 citation statements)

References 15 publications

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“…Thus, morphological characters suggest that strain GZU1031Lea is a new species in the genus Lecanicillium, and it is described here as L. araneogenum. Phylogenetic analyses of Lecanicillium have previously been based on the ITS region of ribosomal RNA , Sukarno et al 2009, SSU rRNA (Zare & Gams 2008, Kaifuchi et al 2013, and combinations of SSU rRNA, LSU rRNA, TEF, RPB1 and RPB2 (Park et al 2015, Chiriví-Salomón et al 2015. In the present study, concatenated analyses of SSU rRNA, LSU rRNA, TEF, RPB1 and RPB2 produced ML and Bayesian trees that were largely congruent.…”

Section: Discussionsupporting

confidence: 61%

“…Sequences of TEF, LSU rRNA, RPB1, RPB2 and SSU rRNA from 22 taxa (21 Lecanicillium isolates and one Simplicillium lanosoniveum strain as outgroup), based on , Sukarno et al (2009), Kaifuchi et al (2013), Park et al (2015), and Chiriví-Salomón et al (2015) were downloaded from GenBank. Multiple sequence alignments for TEF, LSU rRNA, RPB1, RPB2, and SSU rRNA were constructed and carried out using MAFFT (Katoh & Standley 2013) with the default settings.…”

Section: Sequence Alignment and Phylogenetic Analysesmentioning

confidence: 99%

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Lecanicillium araneogenum sp. nov., a new araneogenous fungus

et al. 2017

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During a survey of araneogenous fungi from Guiyang, Guizhou, China, a new species, Lecanicillium araneogenum, was isolated from a spider. It differs from other Lecanicillium species by its spider host, and cylindrical conidia. Multi-locus (TEF, RPB1, RPB2, LSU and SSU rRNA) phylogenetic analysis confirmed that L. araneogenum is distinct from other species. The new species is formally described and illustrated, and compared to similar species.

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Section: Discussionsupporting

confidence: 61%

Section: Sequence Alignment and Phylogenetic Analysesmentioning

confidence: 99%

Lecanicillium araneogenum sp. nov., a new araneogenous fungus

et al. 2017

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“…Our current phylogenies suggest that L. saksenae might not belong to Akanthomyces , and it cannot yet be placed in any suggested genus of Cordycipitaceae due to insufficient mitogenome data. Our results are also consistent with the previous conclusion that Lecanicillium does not form a single monophyletic clade (Sukarno et al ., ; Kepler et al ., ).…”

Section: Resultsmentioning

confidence: 97%

The complete mitochondrial genome of the Chan‐hua fungus Isaria cicadae: a tale of intron evolution in Cordycipitaceae

Fan

Zhang

2019

Environmental Microbiology

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Summary Isaria cicadae is an entomogenous fungus of great medicinal value. Its nuclear genome has been reported, while its mitogenome remains unknown. Herein, we first described its mitogenome and then inferred intron evolution from both intraspecific and interspecific perspectives. The fungus represented the largest mitogenome (56.6 kb in strain CCAD02) known in Cordycipitaceae due to the presence of 25 introns interrupting nine genes. Comparison of three I. cicadae strains revealed intron presence/absence dynamics at six intron loci plus a few indels and single nucleotide polymorphisms. Phylogenetic analyses confirmed the placement of I. cicadae in Cordycipitaceae. Comparison of 10 Cordycipitaceae species revealed a high degree of synteny and conserved genetic content. They, however, varied in intron numbers (1–25 per species) with overall 34 intron loci identified, which resulted in more than twofold variations in mitogenome sizes (24.5–56.6 kb). An rnl intron encoding ribosomal protein S3 was present in all species, suggesting its early invasion in Cordycipitaceae, while further divergence occurred for this intron. The other introns identified in this study were present in some, but not all of the species and have undergone multiple gains and losses in Cordycipitaceae. This study greatly enhanced our understanding of intron evolution in Cordycipitaceae.

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“…(Baldrian et al, 2011), etc. Several identified species are entomopathogenic according to the literature: Beauveria geodes, Tolypocladium geodes (Santos et al, 2011), Metarhizium anisopliae (Leger et al, 1992), Paecilomyces carneus, P. marquandii (Sevim et al, 2010), Isaria fumosorosea (Ayala-Zermeño et al, 2011), Lecanicillium kalimantanense (Sukarno et al, 2009). Bionectria ochroleuca is associated with soil mites (Renker et al, 2005).…”

Section: Taxonomic Analysis Of Soil Fungal Populationsmentioning

confidence: 99%

Comparison of soil microorganism abundance and diversity in stands of European aspen (Populus tremulaL.) and hybrid aspen (Populus tremuloidesMichx. ×P. tremulaL.)

Grantina-Ievina¹,

Saulite²,

Zeps³

et al. 2011

Estonian J. Ecol.

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The use of short rotation forest tree species is increasing worldwide. The hybrid aspen (Populus tremuloides Michx. × P. tremula L.) is one of the suitable tree species under the climatic conditions of the Baltic region. The cultivation of these trees on former agricultural soils differs from agricultural practices with reduced soil tillage and is characterized by increased demand of nutrients, which in long term can cause changes in the soil microbial populations. The aim of our investigation was to compare soil microbial populations in hybrid aspen and European aspen (P. tremula L.) stands in four sampling plots with aspen age ranging from 10 to 46 years. The abundance and diversity of soil microbial populations were estimated by enumeration of microorganisms (plate counts on three microbiological media) and by molecular methods (PCR, ARDRA, molecular identification of fungal isolates). Results showed that during long cultivation periods hybrid aspens reduced the number of culturable bacteria. The number of culturable filamentous fungi was statistically significantly increased only in one sampling plot in soil samples from hybrid aspen clones at a depth of 16-30 cm and only on one microbiological cultivation medium. The same was detected also with molecular methods in the case of fungal diversity estimated by Shannon-Weaver diversity indices in this sampling plot. None of the other characteristics of soil microbial populations, such as the number of yeasts and maltose utilizing bacteria on MEA, the number of yeasts and filamentous fungi on RBA, the total amount of soil DNA, fungal and bacterial diversity estimated by molecular biology methods, and species composition of filamentous fungi, was significantly affected by hybrid aspen. The identified filamentous fungi represented the following genera: Acremonium, and others. The main conclusion was that cultivation of hybrid aspen as a short rotation forest tree in the Baltic region would not significantly affect the abundance and diversity of saprophytic soil microorganisms.

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Lecanicillium and Verticillium species from Indonesia and Japan including three new species

Cited by 32 publications

References 15 publications

Lecanicillium araneogenum sp. nov., a new araneogenous fungus

Lecanicillium araneogenum sp. nov., a new araneogenous fungus

The complete mitochondrial genome of the Chan‐hua fungus Isaria cicadae: a tale of intron evolution in Cordycipitaceae

Comparison of soil microorganism abundance and diversity in stands of European aspen (Populus tremulaL.) and hybrid aspen (Populus tremuloidesMichx. ×P. tremulaL.)

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