Results 201 to 210 of about 155,638 (244)
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Antonie van Leeuwenhoek, 2008
In a taxonomic study on the ascomycetous yeasts isolated from plant materials collected in tropical forests in Yunnan and Hainan Provinces, southern China, four strains isolated from tree sap (YJ2E(T)) and flowers (YF9E(T), YWZH3C(T) and YYF2A(T)) were revealed to represent four undescribed yeast species.
Shi-An, Wang +2 more
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In a taxonomic study on the ascomycetous yeasts isolated from plant materials collected in tropical forests in Yunnan and Hainan Provinces, southern China, four strains isolated from tree sap (YJ2E(T)) and flowers (YF9E(T), YWZH3C(T) and YYF2A(T)) were revealed to represent four undescribed yeast species.
Shi-An, Wang +2 more
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Antonie van Leeuwenhoek, 1978
A new yeast species with basidiomycetous affinities is described as Candida sonckii Hopsu-Havu et al. It differs from C. fujisanensis and C. maris by growing with KNO3 as nitrogen source, from C. vanderwaltii by its lower mol% G + C, lower maximum temperature for growth and failure to grow on D-arabinose and citrate.
V K, Hopsu-Havu, E, Tunnela, D, Yarrow
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A new yeast species with basidiomycetous affinities is described as Candida sonckii Hopsu-Havu et al. It differs from C. fujisanensis and C. maris by growing with KNO3 as nitrogen source, from C. vanderwaltii by its lower mol% G + C, lower maximum temperature for growth and failure to grow on D-arabinose and citrate.
V K, Hopsu-Havu, E, Tunnela, D, Yarrow
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Zeitschrift für allgemeine Mikrobiologie, 1980
AbstractA new yeast, Candida ethanolica, isolated from industrial fodder yeast cultivated on synthetic ethanol as the only source of carbon, originally designated III‐5 and III‐6, is described. This species differs from all recently accepted Candida species in not assimilating nitrate, not producing urease and not fermenting sugars.
J, Rybárová +2 more
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AbstractA new yeast, Candida ethanolica, isolated from industrial fodder yeast cultivated on synthetic ethanol as the only source of carbon, originally designated III‐5 and III‐6, is described. This species differs from all recently accepted Candida species in not assimilating nitrate, not producing urease and not fermenting sugars.
J, Rybárová +2 more
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International Journal of Systematic and Evolutionary Microbiology, 2011
On the basis of nucleotide divergences in the D1/D2 domain of the 26S rRNA gene and the internal transcribed spacers (ITS) domain of the rRNA gene, five novel yeast species, Wickerhamomyces chaumierensis sp. nov. (CBS 8565T = JCM 17246T), Candida pseudoflosculorum sp. nov. (CBS 8584T = JCM 17242T), Candida danieliae sp. nov. (CBS 8533T = JCM 17247T),
Groenewald, Marizeth +2 more
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On the basis of nucleotide divergences in the D1/D2 domain of the 26S rRNA gene and the internal transcribed spacers (ITS) domain of the rRNA gene, five novel yeast species, Wickerhamomyces chaumierensis sp. nov. (CBS 8565T = JCM 17246T), Candida pseudoflosculorum sp. nov. (CBS 8584T = JCM 17242T), Candida danieliae sp. nov. (CBS 8533T = JCM 17247T),
Groenewald, Marizeth +2 more
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Antonie van Leeuwenhoek, 1969
A new yeast species is described,C. steatolytica, which strongly hydrolizes fat and grows withi-inositol as the sole source of carbon. OtherCandida species capable of usingi-inositol are compared and their classification discussed.C. nivalis andC. frigida are considered to be synonymous withC. curiosa andC. curvata withC. humicola. C.
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A new yeast species is described,C. steatolytica, which strongly hydrolizes fat and grows withi-inositol as the sole source of carbon. OtherCandida species capable of usingi-inositol are compared and their classification discussed.C. nivalis andC. frigida are considered to be synonymous withC. curiosa andC. curvata withC. humicola. C.
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Antonie van Leeuwenhoek, 2007
Three new species of Candida and a new species of Trigonopsis are described based on their recognition from phylogenetic analysis of gene sequences from large subunit ribosomal RNA, ITS1/ITS2 rRNA, mitochondrial small subunit rRNA and cytochrome oxidase II. Candida infanticola sp. nov.
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Three new species of Candida and a new species of Trigonopsis are described based on their recognition from phylogenetic analysis of gene sequences from large subunit ribosomal RNA, ITS1/ITS2 rRNA, mitochondrial small subunit rRNA and cytochrome oxidase II. Candida infanticola sp. nov.
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