Figure S3. Heritability is correlated to the number of QTLs detected. The data represented are the number of QTLs identified according by cross and by trait according to the average heritability by cross and by trait among the three conditions. (PDF 21 kb
Genomic background of parent strains. Location of the S. cerevisiae strains used in this study, MTF2...
Additional file 6: Table S4. The correlation matrix showing the concentrations of 45 volatiles in 2...
Additional file 2: Fig. S2. Histograms of volatile concentrations of the hybrid population (Pop AC) ...
Figure S5. Variation of QTL effect according to condition. For each QTL, the values shown are the di...
Table S3. LM1 model for the 11 phenotypes with 189 strains and three conditions of fermentation (XLS...
Figure S7. Impact of QTL XV_M2xF15_26284 on V50_80. Panel A. The norm of reaction of the segregants ...
Figure S4. Linkage between translocation markers in M2xF15 and SBxGN crosses. The data represented a...
Primers information and reaction condition for microsatellite genotyping. (XLSX 12 kb
Figure S2. Clustering of Norm of reaction for each trait. Norm of reaction of each individual is sho...
Figure S1. Meiosis emphases phenotypic novelty. Panel A. PCA of winemaking properties of M2xF15 and ...
Table S4. Phenotypic plasticity at the population level. The first line indicates M15_Sk average phe...
Background The ability of a genotype to produce different phenotypes according to its surrounding en...
Additional file 3: Fig. S3. Box plot showing the volatiles concentrations for the genotypes of SSR m...
Additional phenotypic information. Concentrations of determined secondary metabolites produced by th...
Figure S6. Distribution of genetic interactions. (A) Empirical cumulative distribution of the number...
Genomic background of parent strains. Location of the S. cerevisiae strains used in this study, MTF2...
Additional file 6: Table S4. The correlation matrix showing the concentrations of 45 volatiles in 2...
Additional file 2: Fig. S2. Histograms of volatile concentrations of the hybrid population (Pop AC) ...
Figure S5. Variation of QTL effect according to condition. For each QTL, the values shown are the di...
Table S3. LM1 model for the 11 phenotypes with 189 strains and three conditions of fermentation (XLS...
Figure S7. Impact of QTL XV_M2xF15_26284 on V50_80. Panel A. The norm of reaction of the segregants ...
Figure S4. Linkage between translocation markers in M2xF15 and SBxGN crosses. The data represented a...
Primers information and reaction condition for microsatellite genotyping. (XLSX 12 kb
Figure S2. Clustering of Norm of reaction for each trait. Norm of reaction of each individual is sho...
Figure S1. Meiosis emphases phenotypic novelty. Panel A. PCA of winemaking properties of M2xF15 and ...
Table S4. Phenotypic plasticity at the population level. The first line indicates M15_Sk average phe...
Background The ability of a genotype to produce different phenotypes according to its surrounding en...
Additional file 3: Fig. S3. Box plot showing the volatiles concentrations for the genotypes of SSR m...
Additional phenotypic information. Concentrations of determined secondary metabolites produced by th...
Figure S6. Distribution of genetic interactions. (A) Empirical cumulative distribution of the number...
Genomic background of parent strains. Location of the S. cerevisiae strains used in this study, MTF2...
Additional file 6: Table S4. The correlation matrix showing the concentrations of 45 volatiles in 2...
Additional file 2: Fig. S2. Histograms of volatile concentrations of the hybrid population (Pop AC) ...