GEOapplication/xmlftp://ftp.ncbi.nlm.nih.gov/geo/series/GSE337nnn/GSE337151/primaryOK200TranscriptomicsVitis viniferaExpression profiling by high throughput sequencinghttps://www.ncbi.nlm.nih.gov/geo/query/acc.cgi?acc=GSE337151GEOGSEfalseDiurnal temperature fluctuation impact on transcriptomic profile in V. vinifera L. 'Reisling' and 'Cabernet Franc'The influence of temperatures on dormant bud gene expression was analyzed during an eighteen-day period in January 2016 (January 14th to 31st) when daily temperatures ranged between 13 ºC and -15 ºC. This study collection period captured three different natural consecutive temperature events that fluctuated above and below 0 ºC or remained constantly below 0 ºC. Dormant buds were collected from two different wine grapevine cultivars, Cabernet Franc’ and ‘Riesling’. The buds were collected from Ravines Wine Cellar vineyards in Geneva, New York (42.843898, -77.003488. There were two 84-hour diurnal cycles (DC) that included temperatures fluctuating above and below 0 ºC (DC1: Jan 14 to Jan 17; DC2: Jan 24 to Jan 27) (Figure 1, Table 1). In DC1 and DC2, samples were collected 3 times/day, during the dark periods (6:00 and 18:00) and once in the light at warmest part of the day (14:00). The DC1 and DC2 periods bracketed four days (96 h) of constant daily temperatures below 0 ºC (Jan 18 to Jan 22). This constant below 0 ºC period was sampled in the light period only (14:00) (Figure 2, Table 1). Three replicate bud samples, each consisting of 3 buds per replicate were collected, each replicate from a separate vine for Reisling and Cabernet franc. Bud samples were immediately plunged into liquid nitrogen and stored at -80 ºC until RNA extraction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 vinifera