Daniela Delneri

The paper identifies Saccharomyces cerevisiae and Saccharomyces jurei hybrids with improved oenological traits for wine fermentation.

BRIDGE enables broad-host interkingdom DNA delivery, allowing genetic modification of diverse yeasts by transferring synthetic pathways and facilitating rapid plasmid recovery.

This study identifies tRNA-mediated proteostasis as a mechanism by which SWR1C loss extends longevity in yeast.

The paper constructs a reference genome for Starmerella batistae and annotates 29 Starmerella species, revealing a close evolutionary relationship with Schizosaccharomyces pombe and suggesting alternative sophorolipid production pathways.

The paper investigates transcriptional and morphological changes in three strains of Maudiozyma bulderi at low pH, identifying genes involved in acidophilic adaptation.

This study shows that varying the initial yeast ratio in co-fermentations affects aroma compound production, with a 50/50 ratio producing a balanced profile and a 10/90 ratio generating stronger floral aromas.

This study investigates cold adaptation routes in Saccharomyces species by analyzing gene expression and allelic variation across multiple strains.

This study investigates how hybridisation in Saccharomyces species affects antifungal drug resistance by identifying QTLs and potential causal genes involved in resistance to fluconazole, micafungin, and flucytosine.

The paper develops a genome-scale metabolic model for S. pastorianus to predict metabolic pathway evolution and aid industrial strain optimization.

The paper presents a high-quality genome assembly of Kazachstania bulderi, a non-conventional yeast, using long-read sequencing to support biotechnological applications.

This study shows that gene copy number correlates with expression levels of orthologous genes in Saccharomyces pastorianus strains during fermentation, influencing fermentation properties through differential contributions of S. cerevisiae and S. eubayanus alleles.

The paper presents full-length telomere-to-telomere genome assemblies for two Aspergillus fumigatus strains using long-read sequencing technologies.

The paper analyzes ncRNA synthetic genetic networks in yeast, revealing environmental-dependent roles for U3 snoRNA paralogs and network plasticity.

This study restores fertility in yeast hybrids through tetraploid intermediates, enabling genetic analysis of beneficial traits and identifying QTLs for environmental tolerance.

The paper identifies functional non-coding RNAs in yeast that act in trans to regulate protein-coding genes and cellular phenotypes across different environmental conditions.

HybridMine annotates hybrid aneuploid genomes by predicting parental alleles, enabling functional analysis of complex yeast hybrids.

The paper investigates how mitochondrial DNA retention in yeast hybrids affects nuclear gene transcription and fitness across different environments.

This paper presents the whole genome sequencing, de novo assembly, and phenotypic profiling of the newly discovered Saccharomyces jurei, revealing its evolutionary relationships and phenotypic characteristics.

This study identifies and validates novel intronic non-coding RNAs in yeast that contribute to phenotype maintenance and stress response.