Skip to main content

Table 3 The S. elaeagnifolium putative orthologs of tomato genes involved in the MVA, MEP pathways, the prenyl phosphate metabolism and the biosynthesis of polyisoprenoids

From: Use of the de novo transcriptome analysis of silver-leaf nightshade (Solanum elaeagnifolium) to identify gene expression changes associated with wounding and terpene biosynthesis

Tomato/Potato Gene ID

Leaf

Flower

S.elaeagnifolium putative ortholog

FPKM

AACT Solyc05g017760

19.5

22.7

cl7898.contig1 + 2

11.3

AACT Solyc07g045350

3.3

13.4

cl7898.contig3

53.2

cl7898.contig4

14.4

HMGS Solyc08g007790

18.5

14.2

cl4122.contig2 + unigene12243

5.2

+unigene15765 + unigene15766

HMGS Solyc08g080170

25.3

33.3

cl4122.contig3

41.7

HMGR1 Solyc02g082260

11.8

86.6

cl1634.contig1

25.6

cl1634.contig2

58.1

cl1634.contig4

38.1

HMGR2 Solyc02g038740 (HMG2)/PGSC0003DMP400006164

1.1

49.8

cl1634.contig3 (90 %)

285.8

HMGR Solyc03g032010

15.3

44.9

unigene23036 + unigene23038

16.4

MVK Solyc01g098840

12.7

9.6

unigene21441

31.8

PMK Solyc08g076140

6.7

10.9

cl9083.contig2 + unigene25409

7.4

MVD Solyc11g007020

14.7

25.9

cl9530.contig2

40.4

MVD Solyc04g009650

5.6

13.5

unigene12676 + unigene32872

1.8

IDI Solyc04g056390

61.5

193.5

cl5610.contig1

98.5

IDI Solyc05g055760

16.0

21.7

unigene22921

37.5

FPS1 Solyc12g015860

51.0

51.9

cl2768.contig1 (91 %)

117.9

unigene28826 (88 %)

24.9

FPS Solyc10g005810

3.5

4.7

unigene6739

51.5

DXS Solyc01g067890

142.3

116.4

unigene22809 (96.7 %)

91.1

DXS2 Solyc11g010850

27.6

459.2

unigene2314 (92 %)

146.6

DXR Solyc03g114340

126.2

382.9

unigene24922

107.5

MCT Solyc01g102820 (CMS)

19.3

31.9

cl4081.contig1

0.8

cl4081.contig2

1.3

cl4081.contig3

0

cl4081.contig4

20.4

CMK Solyc01g009010 (ISPE)

25.5

38.9

cl7176.contig1

19.0

MDS Solyc08g081570

56.6

30.5

unigene15434

63.2

HDS Solyc11g069380 (GcpE)

135.3

541.6

unigene21842

220.3

HDR Solyc01g109300

218.8

204.9

unigene23731

386.2

GGPS Solyc02g085700

61.3

163.4

unigene9264

284.8

GGPS Solyc09g008920

80.3

124.6

unigene20920

48.9

GGPS2 Solyc04g079960

18.3

69.9

unigene23673

18.2

GGPS Solyc09g008920

80.3

124.6

unigene20920

48.9

GPS Solyc08g023470

23.9

20.7

unigene17628

2.6

CPT3 Solyc03g025560

8.5

8.6

cl6749.contig1

8.0

CPT4 Solyc10g085150

5.4

5.9

cl6054.contig2

10.7

CPT5 Solyc10g085140

24.1

120.9

cl6054.contig4

159.7

CPT7 Solyc06g076920

15.8

2.2

unigene38545

0.3

  1. The tomato leaf and flower RPKMs are provided by tomato functional genomics database (TFGD) (http://ted.bti.cornell.edu/) based on cv. “Heinz” RNA-sequencing (RNA-seq) data. S. elaeagnifolium unigenes in bold have full length similarity (%) to tomato genes. FPKM values by RSEM software