Horticultural and Viticultural Research

This study examines how water deficit affects grapevine berry ripening by analyzing sixteen Vitis vinifera genotypes under varying water conditions, revealing genotype-specific responses in growth and metabolite content.

The paper identifies molecular signatures associated with russet skin formation in Niagara grapevine by analyzing transcriptomic and histological differences between somatic variants.

The paper identifies NAC61 as a key regulator of late- and post-ripening processes in grapevines, showing its role in stress responses and interacting with NAC60 in a regulatory network.

The paper improves the grapevine genome reference PN40024.v4 using long-read sequencing, enhancing continuity, haplotype resolution, and gene annotation.

The paper presents a fully phased genome sequence of the phylloxera-resistant grapevine rootstock Borner and identifies candidate resistance genes in the Rdv1 locus.

The paper compares SNP variation in QTL regions for mildew resistance between two grape cultivars to identify candidate genes.

This paper establishes a DNA extraction workflow for Vitis vinifera L. suitable for MinION third-generation sequencing, showing that fresh tissue and optimized nuclei purification conditions yield high-quality long DNA fragments.

The paper analyzes genetic diversity in Malbec grapevines to show how clonal propagation history influences genetic variation across different clones.