| candida friedrichii sp. n., a melibiose-fermenting yeast. | | 1968 | 5305781 |
| candida asparagi sp. nov., candida diospyri sp. nov. and candida qinlingensis sp. nov., novel anamorphic, ascomycetous yeast species. | among ascomycetous yeasts that were isolated from several nature reserve areas in china, three anamorphic strains isolated from soil (ql 5-5t) and fruit (ql 21-2t and sn 15-1t) were revealed, by conventional characterization and molecular phylogenetic analysis based on internal transcribed spacer and large subunit (26s) rrna gene d1/d2 region sequencing, to represent three novel species in the genus candida. candida qinlingensis sp. nov. (type strain, ql 5-5t=as 2.2524t=cbs 9768t) was related cl ... | 2004 | 15280322 |
| two new ascomycetous anamorphic yeast species related to candida friedrichii--candida jaroonii sp. nov., and candida songkhlaensis sp. nov.--isolated in thailand. | in a study of yeast diversity in thailand, eight strains of hitherto undescribed anamorphic yeasts were isolated: four from insect frass, two from marasmius sp. fruiting bodies, one from a flower, and one from jackfruit exudates. phylogenetic analysis of the d1/d2 domain of 26s ribosomal dna nucleotide sequences indicated that the eight strains represented two new species related to candida friedrichii. genetic separation of the two new species was further supported by dna-dna hybridization anal ... | 2008 | 18425597 |
| candida tumulicola sp. nov. and candida takamatsuzukensis sp. nov., novel yeast species assignable to the candida membranifaciens clade, isolated from the stone chamber of the takamatsu-zuka tumulus. | during a survey of the mycobiota in the stone chamber of the takamatsu-zuka tumulus in the village of asuka, nara prefecture, japan, we isolated 19 yeast strains assigned to the genus candida from various samples, taken mainly from mouldy spots where the colour of the murals had changed to black, white or another tone, and from viscous gels (biofilms) on plaster walls. the 26s rdna d1/d2 domain sequence-based phylogeny clearly indicates two groups of isolates. polyphasic characterization, includ ... | 2009 | 19126745 |