Molecular physiology and genetic studies have increased our knowledge on the regulation of grapevine reproductive development, including flowering [ 37], berry growth [ 38, 39], organic acid pathways [ 40], tannin [ 41] or anthocyanin accumulation [ 42, 43] and sugar uploading [ 44].
To our knowledge, this is the first detailed proteome study of grapevine apoplastic fluid providing a comprehensive overview of the most abundant proteins present in the apoplast of grapevine leaf that could be further characterized in order to elucidate their physiological function.
BIOWINE is a knowledge base implementing a set of bioinformatics tools for the analysis of grapevine genomes.
However, to the best of our knowledge, no data are yet available on the kinase/phosphatase targets and on PTMs of grapevine proteins in response to pathogens, and specifically to phytoplasma infection and recovery.
A preliminary study based on a good knowledge of the general ecology of wild grapevines, known locations, vegetation surveys and maps [33] [36] targeted areas with high potential.
In this section we present our main contribution to the knowledge of gene regulation during berry ripening in grapevine.
"She showed that women can compete," said Kelly Hearn of Grapevine, Tex.
Offering a solution is Dr. Thomas J. Laughlin, of Grapevine, Texas, with his "system for coating the human skin".
In this study, a further elucidation of utilization of grapevine related compounds was conducted to gain insight on the intricate interaction occurring between the strain and the grapevine.
RT-PCRs, designed for the specific detection of molecular variants of Grapevine virus A (GVA), were applied to analysis of the virus from various grapevines and isolates recovered from these grapevines in Nicotiana benthamiana.
