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. 2016 May 25;11(5):e0153102. doi: 10.1371/journal.pone.0153102

Table 3. Within-experiment enrichment analysis.

Data CONSOL REC EXTNOR
Expression set C200mso C200aso R200mso R200aso E200ext E200nor
Memory state Consolidation Impaired consolidation “Reconsolidation” Impaired “reconsolidation” Extinction No extinction
CA1 expression More highly expressed More highly expressed More highly expressed More highly expressed More highly expressed More highly expressed
Combined genes1 64 9 93 0 120 0
Ontology clusters2 Organismal development (5T, 51G), Synaptic transmission (4T, 9G) Response to bacterium (6T, 17G) NS Organismal development (6T, 66G) NS
Carboxylic acid metabolism (4T, 16G) Response to stress (4T, 14G) Regulation of developmental process (3T, 32G)
Inflammatory response (3T, 35G) Positive regulation of cell development (4T, 20G)
Positive immune system regulation (5T, 20G) Regulation of cell motion (4T, 10G)
Immune system development (3T, 13G) Vasculature development (3T, 15G)
Immune-cell motion (13T, 27G) Tube morphogenesis (11T, 17G)
Positive regulation of metabolic process (3T, 36G) Cell adhesion (3T, 14G)
Signal transducer activity (3T, 31G) Hormone response (5T, 36G)
Peptidase inhibitor activity (3T, 9G) Nutrient response (3T, 14G)
Cytokine activity (3T, 10G) Plasma membrane (5T, 77G)
Signal transducer activity (5T, 41G)
Tyrosine protein kinase receptor (5T, 13G)

Clusters of enriched ontology terms in the 200 probes for six expression sets (C200mso, C200aso, R200mso, R200aso E200ext and E200nor), representing the top 200 up-regulated and down-regulated expressed genes in the Affymetrix datasets associated with consolidation (CONSOL; up-regulated, C200mso and down-regulated, C200aso), recall (REC; up-regulated, R200mso and down-regulated, R200aso) and extinction (EXTNOR; (up-regulated, E200ext and down-regulated, E200nor).

1 Combined number of genes with unique identities.

2 Enrichment analysis using the array as reference (EASE < 0.01, kappa threshold = 0.7). Cluster classifications are followed by number of ontology terms in cluster and number of unique genes (T, G). NS is non-significant for cut-offs.