Published in FEMS Yeast Research
This minireview summarizes the latest leucine metabolism mechanism and starvation response along with identification of a gene, ilv3+, involved in leucine synthesis in the fission yeast Schizosaccharomyces .
Published in FEMS Yeast Research
Etp1 confers arsenite resistance in Saccharomyces cerevisiae by affecting ACR3 expression in a Yap8-independent fashion.
Published in FEMS yeast research
Saccharomyces cerevisiae is an exceptional genetic system, with genetic crosses facilitated by its ability to be maintained in haploid and diploid forms. Such crosses are straightforward if the mating type/ploidy of the strains are known. Several techniques can determine mating type (or ploidy), but all have limitations. Here we validate a simple, ...
Published in FEMS Yeast Research
Engineering of the oleaginous yeast Yarrowia lipolytica for high-level abscisic acid production.
Published in FEMS Yeast Research
The authors discuss the high-osmolarity glycerol pathway and stress adaptation in yeast.
Published in FEMS Yeast Research
The authors review and discuss modelling approaches that have been used to study the dynamic behaviour of signal transduction pathways with the specific emphasis on the Snf1-regulated glucose signalling and propose potential ways forward that aim at elucidating the dynamics of SNF1 pathway.
Published in FEMS Yeast Research
This minireview envisages and explores the next frontiers in wine yeast research spurred by bioinformational engineering and synthetic genomics.
Published in FEMS Yeast Research
Published in FEMS Yeast Research
Large oxygen requirements of the industrially relevant yeast O. parapolymorpha in oxygen-limited cultures were attributed to a necessity to reoxidize surplus NADH from biosynthetic reactions by mitochondrial respiration (‘Custers effect’).
Published in FEMS Yeast Research
Historical development, recent applications, current status and future directions of yeast genome-scale metabolic models.
