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. 2014 Aug 27;34(35):11571–11582. doi: 10.1523/JNEUROSCI.0231-14.2014

Table 3.

Functional groups belonging to the Nervous System Development and Function category that were affected in caudal NPCs from EAEa

Functions annotation p value Activation Activation z-score No. of molecules
Myelination 6.59E-10 0.003 47
Growth of neurites 1.28E-05 Decreased −2.875 77
Morphology of nervous system 1.28E-05 134
Outgrowth of neurites 3.78E-05 Decreased −2.558 68
Regeneration of neurites 1.48E-04 −0.047 15
Quantity of neuroglia 1.80E-04 −0.213 22
Neuritogenesis 4.13E-04 Decreased −2.088 75
Quantity of Schwann cells 5.48E-04 −1.53 7
Morphology of nervous tissue 6.18E-04 92
Development of CNS 6.39E-04 −1.452 96
Regeneration of axons 1.37E-03 0.095 12
Myelination of cells 1.46E-03 17
Accumulation of neuroglia 2.09E-03 0 5
Quantity of CNS cells 2.27E-03 −0.894 27
Morphogenesis of neurites 2.48E-03 Decreased −2.326 51
Proliferation of neuroglia 3.63E-03 −0.176 23
Morphology of CNS 4.39E-03 80
Length of neurites 4.63E-03 Decreased −2.243 15
Proliferation of neuroblasts 5.72E-03 −0.915 17
Abnormal morphology of PNS glial cells 5.95E-03 8
Abnormal morphology of neuroglia 6.27E-03 19
Abnormal morphology of oligodendrocytes 7.09E-03 6
Branching of neurites 8.59E-03 Decreased −2.223 34
Axonogenesis 9.14E-03 −0.036 32
Quantity of cholinergic neurons 9.90E-03 −0.896 5
Regeneration of nervous tissue 9.90E-03 −0.728 7
Morphology of axons 9.90E-03 18
Differentiation of neurosphere cells 1.09E-02 −0.438 6
Growth of axons 1.31E-02 −0.172 24
Auditory evoked potential 1.35E-02 Decreased −2.485 16
Morphology of neuroglia 1.43E-02 22
Motor function 1.54E-02 −1.332 19
Morphology of brain 1.64E-02 70
Differentiation of neuroblasts 1.79E-02 −0.936 7
Survival of oligodendrocytes 1.79E-02 −0.068 7
Abnormal morphology of Schwann cells 1.79E-02 7
Abnormal morphology of sciatic nerve 1.79E-02 7
Development of brain 1.89E-02 −0.998 68
Abnormal morphology of axons 1.89E-02 17
Dendritic growth/branching 1.95E-02 Decreased −2.188 25
Function of excitatory synapses 1.95E-02 3

aGenes in caudal NPCs that were EAE-regulated and belonged to the Nervous System Development and Function category were annotated to functional groups using IPA. Here we show the functional groups (column 1) that have the strongest prediction rates to be either decreased or increased during EAE. The prediction rate is defined by the z-score, and the predictions with a z-score >2 or <−2 were deemed significant. A negative z-score shows a down-regulated function, whereas a positive z-score shows an up-regulated function. The last column shows the number of molecules annotated to a certain function.