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. 2013 Dec 26;8:47. doi: 10.1186/1750-1326-8-47

Table 2.

Top canonical pathways associated with TrkB deletion in mouse striatal MSNs

Canonical pathway: -log (p-value): Ratio: Molecules:
Thrombin signaling
2.69E + 00
5.34E-02
ARHGEF10, MPRIP, GATA1, RHOT2, ADCY1, GNB5, CAMK1G, HRAS, PRKCH, GNG7, PRKCB
Protein kinase A signaling
2.63E + 00
4.28E-02
SHH, PTPN7, PTPRE, SMAD3, DUSP6, GNB5, PTPN5, TCF7, GNG7, PTEN, ADD3, ADCY1, SMAD4, RYR1, PRKCH, CDC16, PRKCB
Galpha(i) signaling
2.44E + 00
6.06E-02
GRM8, NPY1R, ADCY1, GNB5, HRAS, ADRA2C, STAT3, GNG7
Prolactin signaling
2.39E + 00
7.50E-02
HRAS, PRKCH, STAT3, SOCS5, TCF7, PRKCB
CXCR4 signaling
2.36E + 00
5.36E-02
EGR1, RHOT2, ADCY1, GNB5, HRAS, PRKCH, ELMO1, GNG7, PRKCB
Glutamate receptor signaling
2.18E + 00
7.25E-02
GRM8, SLC1A1, HOMER1, GNG7, GRIK1
Galpha(s) signaling
2.11E + 00
5.79E-02
RGS2, ADD3, ADCY1, GNB5, RYR1, HTR6, GNG7
Cell cycle: G1/S checkpoint regulation
2.06E + 00
7.58E-02
PA2G4, HDAC8, SMAD3, SMAD4, CDKN1B
Beta-adrenergic signaling
2.04E + 00
5.71E-02
ADCY1, GNB5, HRAS, PRKCH, GNG7, PRKCB
Phospholipase C signaling
2.04E + 00
4.23E-02
ARHGEF10, MPRIP, HDAC8, RHOT2, ADCY1, GNB5, ITGA5, HRAS, PRKCH, GNG7, PRKCB
Neuregulin signaling
2.00E + 00
5.88E-02
ITGA5, HRAS, PRKCH, CDKN1B, PTEN, PRKCB
G Beta gamma signaling
2.00E + 00
5.13E-02
ADCY1, GNB5, HRAS, PRKCH, GNG7, PRKCB
RAR activation
1.98E + 00
4.76E-02
SMAD3, ADCY1, SMAD4, PRKCH, ERCC2, PTEN, PPARGC1A, RBP4, PRKCB
Virus entry via endocytic pathways
1.97E + 00
6.06E-02
ITGA5, TFRC, HRAS, PRKCH, CXADR, PRKCB
Chronic myeloid leukemia signaling
1.86E + 00
5.71E-02
PA2G4, HDAC8, SMAD3, SMAD4, HRAS, CDKN1B
Glioma signaling
1.84E + 00
5.36E-02
PA2G4, CAMK1G, HRAS, PRKCH, PTEN, PRKCB
Axonal guidance signaling
1.77E + 00
3.42E-02
SHH, GNB5, HRAS, SEMA6B, ITGA5, FZD1, SLIT2, GIT1, GNG7, NTNG1, SEMA3A, SUFU, BAIAP2, ABLIM2, PRKCH, PRKCB
Breast cancer regulation by stathmin1
1.73E + 00
4.35E-02
ARHGEF10, ADCY1, GNB5, CAMK1G, HRAS, PRKCH, CDKN1B, GNG7, PRKCB
Molecular mechanisms of cancer
1.60E + 00
3.44E-02
SHH, PA2G4, SMAD3, RHOT2, HRAS, FZD1, ARHGEF10, SUFU, ADCY1, SMAD4, PRKCH, CDKN1B, PRKCB
Renin-angiotensin signaling
1.60E + 00
4.80E-02
ADCY1, HRAS, SHC3, PRKCH, STAT3, PRKCB
CREB signaling in neurons
1.56E + 00
3.94E-02
GRM8, ADCY1, GNB5, HRAS, PRKCH, GNG7, GRIK1, PRKCB
Androgen signaling
1.55E + 00
4.17E-02
SMAD3, GNB5, PRKCH, ERCC2, GNG7, PRKCB
ErbB2-ErbB3 signaling
1.51E + 00
6.67E-02
HRAS, STAT3, CDKN1B, PTEN
Calcium signaling
1.48E + 00
3.79E-02
TNNT1, HDAC8, CAMK1G, TPM2, RYR1, TRPC4, CASQ2, GRIK1
14-3-3-mediated signaling
1.45E + 00
4.96E-02
STK11, TSC2, HRAS, PRKCH, CDKN1B, PRKCB
P2Y purigenic receptor signaling pathway
1.42E + 00
4.35E-02
ADCY1, GNB5, HRAS, PRKCH, GNG7, PRKCB
PTEN signaling
1.42E + 00
4.44E-02
INPP5F, FLT1, ITGA5, HRAS, CDKN1B, PTEN
IL-8 signaling
1.41E + 00
3.90E-02
FLT1, RHOT2, GNB5, HRAS, PRKCH, IRAK3, GNG7, PRKCB
cAMP-mediated signaling 1.41E + 00 4.02E-02 RGS2, GRM8, NPY1R, DUSP6, ADCY1, CAMK1G, ADRA2C, HTR6, STAT3

Microarray data were analyzed through the use of IPA (Ingenuity® Systems, http://www.ingenuity.com).

The p-value was calculated using the right-tailed Fisher Exact Test, considering the number of molecules participating in a given pathway and the total number of molecules associated with that pathway in Ingenuity’s knowledge base.