Transcriptome profiling of the spl5 mutant reveals that SPL5 has a negative role in the biosynthesis of serotonin for rice disease resistance

Rice

Table 2 Differentially expressed genes that are likely to be associated with the spl5 phenotype according to the microarray analysis

Function type	^a Accession	^b Annotation	^c *spl5* -FL/WT	^d *spl5* -ML/WT
Defense response	Os07g0251200	Harpin-induced 1 domain containing protein	22.04	25.34
	Os10g0464000	Hypersensitive-induced response protein	17.80	44.48
	Os11g0514500	Leucine-rich repeat-containing extracellular glycoprotein precursor	11.75	13.44
	Os01g0944900	Beta-1,3-glucanase precursor	8.75	15.88
	Os01g0687400	Chitinase	8.50	11.16
	Os12g0127200	Harpin-induced 1 domain containing protein	8.23	9.83
	Os04g0349700	Leucine-rich repeat, typical subtype containing protein	7.80	4.08
	Os03g0207400	Protein phosphatase 2C-like	5.67	6.58
	Os06g0136000	Hypersensitive-induced reaction protein 4	3.38	6.28
ROS metabolism	Os07g0665200	Superoxide dismutase [Cu-Zn] 2	7.33	7.76
	Os04g0434800	Aseorbate peroxidase 7	4.67	7.71
	Os01g0962700	Peroxidase 12 precursor	4.58	4.21
Transcription factor	Os01g0730700	WRKY transcription factor 14	11.77	18.74
	Os03g0335200	WRKY transcription factor 17	5.66	7.45
	Os03g0321700	WRKY transcription factor 55	5.67	10.10
Amino acid metabolism	Os09g0255400	Indole-3-glycerol phosphate synthase	13.76	8.79
	Os08g0140500	Tryptophan decarboxylase	10.19	9.25
	Os07g0182100	Tryptophan synthase alpha chain	5.22	4.49
	Os03g0718000	Anthranilate synthase beta chain	3.64	5.10

^aGenBank Accession (http://www.ncbi.nlm.nih.gov/); ^bFunction annotation; Fold change of gene expression between spl5-FL^c or spl5-ML^d to WT using the average normalized intensity of microarray.