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. 2009 Jun 3;4(6):e5775. doi: 10.1371/journal.pone.0005775

Table 2. Biological functions identified by Ingenuity Pathway Analysis of significant differentially expressed genes (log2 ratio>±0.3) identified by SAM analysis (FDR = 13.5%).

Category Function Annotation p-value* Molecules
Endocrine System Development and Function biosynthesis of androgen/steroidogenesis 4.89E-05 SCARB1, SRD5A1
proliferation of pancreatic duct cells 3.69E-03 CXCR4
quantity of 4-androstene-3,17-dione 1.29E-02 SRD5A1
Small Molecule Biochemistry endocytosis of cholesterol 1.85E-03 SCARB1
breakdown of progesterone 1.85E-03 SRD5A1
biosynthesis of norepinephrine 5.53E-03 GATA3
synthesis of ganglioside GM3 7.37E-03 CD9
uptake of taurocholic acid 1.83E-02 PRKCZ
Nervous System Development and Function morphology of neurons 5.49E-04 CD9, GATA3
morphology of Purkinje cells 1.85E-03 ATP2B2
morphology of serotonergic neurons 1.85E-03 GATA3
fusion of vagus cranial nerve ganglion 1.85E-03 LMO4
polarization of astrocytes 1.85E-03 PRKCZ
development of cerebellum 1.98E-03 ATP2B2, CXCR4
branching of sympathetic neuron 3.69E-03 LIFR
differentiation/quantity of central nervous system cells 5.43E-03 ATP2B2, LIFR
morphology of central nervous system 5.53E-03 ATRN
development of Purkinje cells 1.10E-02 CXCR4
migration of motor neurons 1.83E-02 GATA3
biogenesis of synapse 2.74E-02 ATP2B2
guidance of motor axons 2.74E-02 CXCR4
*

Significance calculated for each function is an indicator of the likelihood of that function being associated with the dataset by random chance. The range of p-values was calculated using the right-tailed Fisher's Exact Test, which compares the number of user-specified genes to the total number of occurrences of these genes in the respective functional/pathway annotations stored in the Ingenuity Pathways Knowledge Base.