0000000000359277

AUTHOR

Jean-marie Sablayrolles

showing 2 related works from this author

Adaptation to climate change of the French wine industry: a systemic approach – Main outcomes of the project LACCAVE

2018

Présenté au 12. Congreso Internacional Terroir; Taking into account the major economical role and specificities of the French wine industry, adaptation to climate change is a very challenging issue. In 2011, 23 research teams launched a systemic and multidisciplinary program to analyze the impacts from the vine to the region, to define adaptation strategies combining technical, spatial and organizational options and to evaluate the perception by the actors and consumers of climate change issues. Thermal variability was studied at local scale to develop high resolution atmospheric models which better simulate future climate trends. Impacts on growth/developmental conditions and vine response…

0106 biological sciencesmodèle atmosphérique010504 meteorology & atmospheric sciencesmedia_common.quotation_subjectTempérature élevee[SDE.MCG]Environmental Sciences/Global ChangesClimate changethermal behaviorfilière vitivinicole01 natural sciencesMultidisciplinary approachtempérature eleveePerceptionatmosphere modelstratégie d'adaptation[SDV.BV]Life Sciences [q-bio]/Vegetal BiologySystemic approachAdaptation (computer science)Milieux et Changements globauxEnvironmental planninglcsh:Environmental sciences0105 earth and related environmental sciencesmedia_commonStrategic planninglcsh:GE1-350étude prospectiveFutures studiesindice climatique13. Climate actionBusinessadaptation au changement climatiquecomportement thermiqueclimatic index010606 plant biology & botanyWine industry
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Engineering a Saccharomyces cerevisiae Wine Yeast That Exhibits Reduced Ethanol Production during Fermentation under Controlled Microoxygenation Cond…

2006

ABSTRACTWe recently showed that expressing an H2O-NADH oxidase inSaccharomyces cerevisiaedrastically reduces the intracellular NADH concentration and substantially alters the distribution of metabolic fluxes in the cell. Although the engineered strain produces a reduced amount of ethanol, a high level of acetaldehyde accumulates early in the process (1 g/liter), impairing growth and fermentation performance. To overcome these undesirable effects, we carried out a comprehensive analysis of the impact of oxygen on the metabolic network of the same NADH oxidase-expressing strain. While reducing the oxygen transfer rate led to a gradual recovery of the growth and fermentation performance, its i…

[SDV]Life Sciences [q-bio]Saccharomyces cerevisiaeWineMICROOXYGENATIONEthanol fermentationBiologyApplied Microbiology and Biotechnology03 medical and health scienceschemistry.chemical_compoundOxygen ConsumptionMultienzyme ComplexesETHANOLNADPHEthanol fuelNADH NADPH Oxidoreductases030304 developmental biologySACCHAROMYCES CEREVISIAE0303 health sciencesEcology030306 microbiologyAcetaldehydebiology.organism_classificationPhysiology and BiotechnologyMicrooxygenationYeastRecombinant ProteinsLactococcus lactisYeast in winemakingKineticsGlucosechemistryBiochemistryGenes BacterialFermentationWINE YEASTFermentationGenetic EngineeringFood ScienceBiotechnology
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