Table II.
Enrichment of GO terms in GCs and M cells of G. gynandra and T. hassleriana

Within each category, the number of genes showing preferential expression in each cell type, as well as the P value and the enrichment factor calculated by AtCOECIS, are presented (Vandepoele et al., 2009).

GO CategoryEnrichmentAdjusted PNo. of Genes
fold
GC in both species
 Cyclic nucleotide binding10.515.34E-044
 Cation channel activity9.836.94E-044
 Response to UV light9.144.78E-056
 Pectate lyase activity8.794.66E-033
 Carbon-oxygen lyase8.794.66E-033
 Response to UV-B light8.794.66E-033
 Response to cadmium ion8.283.34E-045
 Voltage-gated ion channel activity7.627.00E-033
 Stomatal movement7.148.39E-033
 Response to metal ion7.026.36E-057
 Potassium ion transport6.633.08E-034
ABA-mediated signaling6.579.81E-045
M in both species
 Light-harvesting complex19.445.01E-054
 Photosystem19.051.04E-099
 PSII18.318.77E-076
 Sulfur amino acid biosynthesis15.758.86E-043
 Porphyrin biosynthesis14.582.33E-055
 Chlorophyll metabolism14.581.59E-044
 Starch metabolism14.581.11E-033
 Thylakoid lumen13.131.08E-067
GO CategoryEnrichmentAdjusted PNo. of Genes
fold
GC in both species
 Cyclic nucleotide binding10.515.34E-044
 Cation channel activity9.836.94E-044
 Response to UV light9.144.78E-056
 Pectate lyase activity8.794.66E-033
 Carbon-oxygen lyase8.794.66E-033
 Response to UV-B light8.794.66E-033
 Response to cadmium ion8.283.34E-045
 Voltage-gated ion channel activity7.627.00E-033
 Stomatal movement7.148.39E-033
 Response to metal ion7.026.36E-057
 Potassium ion transport6.633.08E-034
ABA-mediated signaling6.579.81E-045
M in both species
 Light-harvesting complex19.445.01E-054
 Photosystem19.051.04E-099
 PSII18.318.77E-076
 Sulfur amino acid biosynthesis15.758.86E-043
 Porphyrin biosynthesis14.582.33E-055
 Chlorophyll metabolism14.581.59E-044
 Starch metabolism14.581.11E-033
 Thylakoid lumen13.131.08E-067
Table II.
Enrichment of GO terms in GCs and M cells of G. gynandra and T. hassleriana

Within each category, the number of genes showing preferential expression in each cell type, as well as the P value and the enrichment factor calculated by AtCOECIS, are presented (Vandepoele et al., 2009).

GO CategoryEnrichmentAdjusted PNo. of Genes
fold
GC in both species
 Cyclic nucleotide binding10.515.34E-044
 Cation channel activity9.836.94E-044
 Response to UV light9.144.78E-056
 Pectate lyase activity8.794.66E-033
 Carbon-oxygen lyase8.794.66E-033
 Response to UV-B light8.794.66E-033
 Response to cadmium ion8.283.34E-045
 Voltage-gated ion channel activity7.627.00E-033
 Stomatal movement7.148.39E-033
 Response to metal ion7.026.36E-057
 Potassium ion transport6.633.08E-034
ABA-mediated signaling6.579.81E-045
M in both species
 Light-harvesting complex19.445.01E-054
 Photosystem19.051.04E-099
 PSII18.318.77E-076
 Sulfur amino acid biosynthesis15.758.86E-043
 Porphyrin biosynthesis14.582.33E-055
 Chlorophyll metabolism14.581.59E-044
 Starch metabolism14.581.11E-033
 Thylakoid lumen13.131.08E-067
GO CategoryEnrichmentAdjusted PNo. of Genes
fold
GC in both species
 Cyclic nucleotide binding10.515.34E-044
 Cation channel activity9.836.94E-044
 Response to UV light9.144.78E-056
 Pectate lyase activity8.794.66E-033
 Carbon-oxygen lyase8.794.66E-033
 Response to UV-B light8.794.66E-033
 Response to cadmium ion8.283.34E-045
 Voltage-gated ion channel activity7.627.00E-033
 Stomatal movement7.148.39E-033
 Response to metal ion7.026.36E-057
 Potassium ion transport6.633.08E-034
ABA-mediated signaling6.579.81E-045
M in both species
 Light-harvesting complex19.445.01E-054
 Photosystem19.051.04E-099
 PSII18.318.77E-076
 Sulfur amino acid biosynthesis15.758.86E-043
 Porphyrin biosynthesis14.582.33E-055
 Chlorophyll metabolism14.581.59E-044
 Starch metabolism14.581.11E-033
 Thylakoid lumen13.131.08E-067
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