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Table 4 KAAS (KEGG Automatic Annotation Server) analysis of super pathways involving SNP-containing transcripts

From: Transcriptome-enabled marker discovery and mapping of plastochron-related genes in Petunia spp.

Super pathwaysa

Annotation entriesb

Number of genes

Number of SNPs

Metabolism

 Amino acid metabolism

422

322

1530

 Biosynthesis of other secondary metabolites

157

117

449

 Carbohydrate metabolism

702

449

2451

 Energy metabolism

287

265

1136

 Glycan biosynthesis and metabolism

129

95

470

 Lipid metabolism

340

242

285

 Metabolism of cofactors and vitamins

185

185

748

 Metabolism of other amino acids

135

122

547

 Metabolism of terpenoids and polyketides

135

134

630

 Nucleotide metabolism

193

139

719

 Xenobiotics biodegradation and metabolism

79

44

199

Genetic Information Processing

 Folding, sorting and degradation

455

418

2289

 Replication and repair

240

139

914

 Transcription

212

212

1289

 Translation

492

458

2432

Environmental Information Processing

 Membrane transport

23

23

189

 Signal transduction

970

504

2719

 Signaling molecules and interaction

3

3

35

Cellular Processes

 Cellular community

118

63

373

 Cell growth and death

351

204

1202

 Cell motility

60

60

339

 Transport and catabolism

288

266

1535

Organismal System

 Development

72

36

135

 Immune system

324

158

811

 Environmental adaptation

183

179

971

  1. aOnly pathways relevant to plants are reported in the table
  2. bAnnotation entry is the unique record of the transcript (gene) name and gene Ko number; multiple genes may have the same Ko number