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曲霉菌属中变应原基因的基因组分析:基因组学与日常研究的相关性。

Genomic analysis of allergen genes in Aspergillus spp: the relevance of genomics to everyday research.

作者信息

Bowyer Paul, Denning David W

机构信息

Faculty of Medicine and Human Sciences, University of Manchester, Wythenshawe Hospital, Manchester, UK.

出版信息

Med Mycol. 2007 Feb;45(1):17-26. doi: 10.1080/13693780600972907.

Abstract

Full genomic sequencing of Aspergillus fumigatus and other genomes has allowed correction of Aspergillus allergen gene sequences and requires revision of Genbank and IUIS sequences of allergens. In addition allergens in other fungal species may be found in the aspergilli. We compared the published sequences of numerous allergens with recently available genome sequences. This analysis suggests that Aspf 56KD, Asp f 15 and Asp f 16 should be removed from the approved allergen list and that Asp f 17 is a larger protein than published. Additionally we propose likely gene candidates for Asp f GST (Afu6g09690) and Asp o lipase (AO090701000644). We suggest that the heat shock allergens should be re-classified: Asp f 12 should be classified as HSP90 (Asp f 12), HSP88 (Mala s 10) and HSP70 (Alt a 3, Cla h 4 and Pen c 19) according to human gene nomenclature. Comparison of fungal allergen databases with genome sequences suggests the presence of a core set of allergen - like proteins in all fungi. We also analysed allergens in the 3 sequenced aspergilli to look for internal homologies and this suggests that multi gene families may produce numerous cross-reactive allergens.

摘要

烟曲霉和其他基因组的全基因组测序已使得烟曲霉过敏原基因序列得以校正,并要求对Genbank和IUIS的过敏原序列进行修订。此外,在曲霉菌中可能会发现其他真菌物种中的过敏原。我们将众多过敏原的已发表序列与最近可得的基因组序列进行了比较。该分析表明,应将Aspf 56KD、Asp f 15和Asp f 16从批准的过敏原列表中删除,并且Asp f 17是一种比已发表的更大的蛋白质。此外,我们提出了Asp f GST(Afu6g09690)和Asp o脂肪酶(AO090701000644)可能的基因候选物。我们建议对热休克过敏原进行重新分类:根据人类基因命名法,Asp f 12应归类为HSP90(Asp f 12)、HSP88(Mala s 10)和HSP70(Alt a 3、Cla h 4和Pen c 19)。真菌过敏原数据库与基因组序列的比较表明,所有真菌中都存在一组核心的类过敏原蛋白。我们还分析了3种已测序曲霉菌中的过敏原,以寻找内部同源性,这表明多基因家族可能产生众多交叉反应性过敏原。

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