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. 2020 Feb 19;20:80. doi: 10.1186/s12870-020-2281-1

Table 2.

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

Number Name Route and name FC (up)/ (down)
c118333 HSPA1s ko3040/ko04141/ko04144 protein processing in endoplasmic reticulum 3.428
c76944 Synthase ko00904 diterpenoid biosynthesis 3.407
c122315 8′-hydroxylas ko00906 carotenoid biosynthesis 2.582
c120652 2.501
c100356 AGXT2 ko00250/ko00260alanine aspartate and glutamate metabolism 2.485
c122874 MIOX ko00053/ko00562 ascorbate and aldarate metabolism 2.417
c111137 GH3 ko04075 plant hormone signal transduction 2.404
c59127 INV ko00052/ko00500 galactose metabolism 2.400
c127608 ALDO ko00010/ko00030/ko00051/ko00710/ ko01200/ko01230 glycolysis/gluconeogenesis 2.321
c115136 CYP85A2,BR6OX2 ko00905 brassinosteroid biosynthesis 2.305
c120356 HIBCH ko00280/ko00410/ko00640 valine leucine and isoleucine degradation −5.716
c89494 CYP82G1 ko00904 diterpenoid biosynthesis −5.190
c110095 LAR ko00941 flavonoid biosynthesis −4.842
c121415 INV ko00052 galactose metabolism −4.740
c97853 psbY ko00195 photosynthesis −4.640
c111548 CKX ko00908 zeatin biosynthesis −4.554
c99806 crtZ ko00906 carotenoid biosynthesis −4.201
c129827 G6PDf ko00480 glutathione metabolism −3.828
c127697 RP-L5e,RPL5 ko03010 ribsome −3.807
c111628 RP-L9,MRPL9 −3.787

These genes were selected with an FDR adjusted P-value< 0.05