2011
DOI: 10.2174/1874136301105010020
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Recognition of Yeast Species from Gene Sequence Comparisons

Abstract: This review discusses recognition of yeast species from gene sequence comparisons, which have been responsible for doubling the number of known yeasts over the past decade. The resolution provided by various single gene sequences is examined for both ascomycetous and basidiomycetous species, and the greater resolution of species provided by multigene analyses is discussed. Various methods are presented for rapid species identification using gene sequences.

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Cited by 11 publications
(10 citation statements)
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“…In addition to phenotypic differentiation, the characterization of mutant strain at molecular level is essential to detect genotypic changes at nucleotide base pair level. The whole genome sequences of S. johnsonii have not been reported so far and only few sequences of rRNA gene are available in the databases which are used for molecular identification and phylogenetic inference [50,51]. In the present study, mutant UF16 was characterized based on rRNA gene sequences and investigations of mutations on these sequences were carried out.…”
Section: Morphological and Physiological Characterization Of Mutant Uf16mentioning
confidence: 99%
See 1 more Smart Citation
“…In addition to phenotypic differentiation, the characterization of mutant strain at molecular level is essential to detect genotypic changes at nucleotide base pair level. The whole genome sequences of S. johnsonii have not been reported so far and only few sequences of rRNA gene are available in the databases which are used for molecular identification and phylogenetic inference [50,51]. In the present study, mutant UF16 was characterized based on rRNA gene sequences and investigations of mutations on these sequences were carried out.…”
Section: Morphological and Physiological Characterization Of Mutant Uf16mentioning
confidence: 99%
“…RAPD is proved to be a rapid molecular method for generating whole genomic DNA fingerprints which are species or even strain specific [29,51,52]. In this study, the RAPD analysis was conducted for differentiating mutant UF16 from wild type strain, taking account of its whole genome.…”
Section: Molecular Characterization Of Mutant Uf16 Based On Rapd Analmentioning
confidence: 99%
“…In the era of molecular diagnosis, new techniques have been developed and used for accurate identification of fungi (26). However, the conventional methods are still employed in combination with the new advanced molecular techniques (27)…”
Section: Laboratory Diagnosis Of Candidiasismentioning
confidence: 99%
“…İnsan sağlığına etkilerini bilenler %17-98, çevreye ve diğer canlılara olan etkilerini bilenler %17-87 olarak bildirilmiştir (26,28,(30)(31)(32)(33). Zararlı (23,25,27,29,32,(37)(38)(39). Türkiye'deki çalışmalarda bildirilen kullanım sıklıkları insektisitler için %29 ile %65 arasında, herbisitler %32, fungusitler %18 ile %29 arasında, akarisitler %12 ile %15 arasındadır (20,34,35).…”
Section: Bilgi Düzeyi Ve Genel Yaklaşımunclassified