Fig. 1
From: CsINV5, a tea vacuolar invertase gene enhances cold tolerance in transgenic Arabidopsis
Phylogenetic analysis of CsINV5 and known SAIs. CsINV5 (KP053402, Camellia sinensis), GhVIN1 (ACQ82802, Gossypium hirsutum), INV5 (X97642, Tulipa gesneriana), INV7 (Y11230, Allium cepa), VfVCINV (Z49831, Vicia faba var. minor), DcVIN2 (Y18706, Daucus carota), EjVIN (KF938903, Eriobotrya japonica), AtVIN1 (At1g62660, Arabidopsis thaliana), AtVIN2 (At1g12240, Arabidopsis thaliana), Ivr2 (U31451, Zea mays), ZmVIN1 (U16123, Zea mays), OsINV2 (AF276703, Oryza sativa), TVI (NM_001247914, Solanum lycopersicum), INVA (D10265, Vigna radiata var. radiata), AtCWINV1 (At3G13790, Arabidopsis thaliana), AtCWINV2 (At3G52600, Arabidopsis thaliana), AtCWINV5 (At3G13784, Arabidopsis thaliana), CINV1 (X81792, Oxybasis rubra), INV (AF000520, Fragaria x ananassa), Lin7 (X91391, Solanum lycopersicum), Lin5 (X91389, Solanum lycopersicum), Nin88 (AF376773, Nicotiana tabacum), IVR1 (AF030420, Triticum aestivum), Incw1 (AF050129, Zea mays), Incw2 (AF050128, Zea mays), Incw3 (AF043346, Zea mays), Inva1 (X69321, Daucus carota), VfCWINV2 (Q43856, Vicia faba var. minor). CsINV5 is highlighted with a red dot