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Table 2 Genes significantly up-regulated and down-regulated in 30d-chilled blueberry

From: Transcriptome analysis of postharvest blueberries (Vaccinium corymbosum ‘Duke’) in response to cold stress

NumberNameRoute and nameFC (up)/ (down)
c118333HSPA1sko3040/ko04141/ko04144 protein processing in endoplasmic reticulum3.428
c76944Synthaseko00904 diterpenoid biosynthesis3.407
c1223158′-hydroxylasko00906 carotenoid biosynthesis2.582
c1206522.501
c100356AGXT2ko00250/ko00260alanine aspartate and glutamate metabolism2.485
c122874MIOXko00053/ko00562 ascorbate and aldarate metabolism2.417
c111137GH3ko04075 plant hormone signal transduction2.404
c59127INVko00052/ko00500 galactose metabolism2.400
c127608ALDOko00010/ko00030/ko00051/ko00710/ ko01200/ko01230 glycolysis/gluconeogenesis2.321
c115136CYP85A2,BR6OX2ko00905 brassinosteroid biosynthesis2.305
c120356HIBCHko00280/ko00410/ko00640 valine leucine and isoleucine degradation−5.716
c89494CYP82G1ko00904 diterpenoid biosynthesis−5.190
c110095LARko00941 flavonoid biosynthesis−4.842
c121415INVko00052 galactose metabolism−4.740
c97853psbYko00195 photosynthesis−4.640
c111548CKXko00908 zeatin biosynthesis−4.554
c99806crtZko00906 carotenoid biosynthesis−4.201
c129827G6PDfko00480 glutathione metabolism−3.828
c127697RP-L5e,RPL5ko03010 ribsome−3.807
c111628RP-L9,MRPL9−3.787
  1. These genes were selected with an FDR adjusted P-value< 0.05