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High ethanol accumulation capacity and high ethanol tolerance are crucial in several industrial applications (Kerr, 2010). Identification of causative genes underlying those polygenic traits have being cumbersome to perform and novel methodologies to facilitate the studies of industrial yeast strains are aspired (Mackay et al., 2009). We have screened 68 different yeast strains in very high gravity fermentations and we have identified a diploid sake strain that produces 18-19% (v/v) ethanol. This strain is able to accumulate nearly 21% (v/v) ethanol when continuous stirred fermentation is performed using YP + 35% glucose. The diploid Sake x BY4742 was sporulated and the meiotic segregants were phenotyped and genotyped on plates containing ethanol and by small scale fermentations. The determination of the genotypes was done by pooled segregant whole-genome sequencing. Applying a Hidden Markov Model approach to map the QTLs we found 8 being linked to maximal ethanol accumulation capacity and 7 QTLs involved in high ethanol tolerance. Reciprocal hemizogosity analysis in two QTLs revealed some causative genes involved in high ethanol accumulation capacity.


Autor Thiago M. Pais



GTIN 9783659475788

Idioma Inglés

Número de páginas 240

Product type Libro de bolsillo

Dimensión 220 x 150  mm

Polygenic analysis of high ethanol tolerance and production in yeast

Comparative QTL mapping in yeast

Thiago M. Pais

67,92 €

Vendedor: Dodax EU

Fecha de entrega: entre martes, 7. abril y jueves, 9. abril

Condición: Nuevo

IVA incluído - Envío GRATIS
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67,92 €
IVA incluído - Envío GRATIS