Towards the definition of a detailed transcriptomic map of grape berry development
In the last years the application of genomic tools to the analysis of gene expression during grape berry development generated a huge amount of transcriptomic data
In the last years the application of genomic tools to the analysis of gene expression during grape berry development generated a huge amount of transcriptomic data
Many fleshy fruit, including the grape berry, exhibit a double‐sigmoid growth (DSG) pattern. Identification of the curious DSG habit has long been attributed to Connors’ (1919) work with peaches
Wineries may randomly reject fruit from vineyards near wild fires exposed to smoke. It is difficult to determine if fruit has been compromised in quality when exposed to smoke
Temperatures are increasing due to climate change leading to advances in grapevine phenology and sugar accumulation in grape berries.
Recent wine-like reconstitution sensory studies confirmed that several monoterpenes were the key aroma compounds in the perception of an ‘apricot’ aroma attribute in Viognier wine.