Abstract
Members of the genus Hanseniaspora represent a significant proportion of the normal flora of grape berries and play a significant role in wine fermentation. Here, we present genome sequences for three species of Hanseniaspora, H. opuntiae, H. osmophila, and H. uvarum, which were isolated from spontaneous Chardonnay wine fermentation.
Highlights
Members of the genus Hanseniaspora represent a significant proportion of the normal flora of grape berries and play a significant role in wine fermentation
We present genome sequences for three species of Hanseniaspora, H. opuntiae, H. osmophila, and H. uvarum, which were isolated from spontaneous Chardonnay wine fermentation
Each isolate was identified to the species level by sequence identity analysis of a fragment of the rDNA internal transcribed spacer (ITS) region [8] against the QIIME UNITE database, with results corroborated against the NCBI nr database using Blast (AWRI3579, 99% identity with H. osmophila CBS 313T; AWRI3578, 98% identity with H. opuntiae CBS 8873T; AWRI3580, 100% identity with H. uvarum CBS 314T)
Summary
We present genome sequences for three species of Hanseniaspora, H. opuntiae, H. osmophila, and H. uvarum, which were isolated from spontaneous Chardonnay wine fermentation. Members of the genus Hanseniaspora represent a significant proportion of the normal flora of grape berries and play a significant role in wine fermentation [1].
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