GEOapplication/xmlftp://ftp.ncbi.nlm.nih.gov/geo/series/GSE299nnn/GSE299692/primaryOK200TranscriptomicsVitis viniferaExpression profiling by high throughput sequencinghttps://www.ncbi.nlm.nih.gov/geo/query/acc.cgi?acc=GSE299692GEOGSEfalseChilling Accumulation Shapes Transcriptomic Responses to Warming Exposure During Grapevine DeacclimationDormancy transitions in grapevine (Vitis vinifera) buds during winter are regulated by chilling accumulation and temperature cues, but the underlying molecular mechanisms remain unclear. We conducted time-series RNA-seq on ‘Cabernet Sauvignon’ buds collected across a chilling gradient and exposed to warm temperatures. Using weighted gene co-expression network analysis, empirical modeling, and a novel approach to estimate molecular temperature, we identified distinct gene expression patterns responsive to temperature alone, chilling alone, and their interaction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 vinifera[42560337]