Molecular Patterns of Neurodevelopmental Preconditioning: A Study of the Effects of Antenatal Steroid Therapy in a Protein-Restriction Mouse Model
Table 2
Ontological review of biologic processes.
(a) Comparison of gene ontology slim terms of biological processes involved for the total number of genes on the microarray as compared to the combined significantly regulated genes and the genes uniquely regulated per treatment
Biological process
Gene count (frequency)
Total number of genes
Significant genes
C-D/S only
PR-D/S only
C-S only
PR-S only
Cell adhesion
460 (0.04202)
21 (0.06325301)
0 (0.00000)
5 (0.08621)
0 (0.00000)
3 (0.06818)
Cell-cell signaling
403 (0.03682)
22 (0.06626506)
2 (0.11765)
5 (0.08621)
2 (0.15385)
0 (0.00000)
Cell cycle and proliferation
1329 (0.12141)
35 (0.10542169)
0 (0.00000)
6 (0.10345)
2 (0.15385)
0 (0.00000)
Death
946 (0.08642)
29 (0.08734940)
2 (0.11765)
5 (0.08621)
0 (0.00000)
2 (0.04545)
Cell organization and biogenesis
2327 (0.21259)
96 (0.28915663)
6 (0.35294)
14 (0.24138)
4 (0.30769)
11 (0.25000)
Protein metabolism
2199 (0.20090)
61 (0.18373494)
3 (0.17647)
13 (0.22414)
2 (0.15385)
7 (0.15909)
DNA metabolism
438 (0.04001)
20 (0.06024096)
0 (0.00000)
2 (0.03448)
0 (0.00000)
0 (0.00000)
RNA metabolism
2020 (0.18454)
65 (0.19578313)
7 (0.41176)
14 (0.24138)
3 (0.23077)
7 (0.15909)
Other metabolic processes
1657 (0.15138)
57 (0.17168675)
4 (0.23529)
10 (0.17241)
2 (0.15385)
9 (0.20455)
Stress response
1156 (0.10561)
29 (0.08734940)
2 (0.11765)
6 (0.10345)
0 (0.00000)
0 (0.00000)
Transport
1929 (0.17623)
72 (0.21686747)
4 (0.23529)
13 (0.22414)
4 (0.30769)
5 (0.11364)
Developmental processes
2000 (0.18272)
83 (0.25000000)
5 (0.29412)
13 (0.22414)
5 (0.38462)
10 (0.22727)
Signal transduction
2111 (0.19286)
59 (0.17771084)
0 (0.00000)
10 (0.17241)
2 (0.15385)
3 (0.06818)
Unknown biological processes
0 (0.00000)
0 (0.00000000)
0 (0.00000)
0 (0.00000)
0 (0.00000)
0 (0.00000)
Other biological processes
10946 (1.00000)
331 (0.99698795)
16 (0.94118)
57 (0.98276)
12 (0.92308)
43 (0.97727)
All biological processes
10946 (1.00000)
332 (1.00000000)
17 (1.00000)
58 (1.00000)
13 (1.00000)
44 (1.00000)
Only genes without any absent calls were included in the analysis from 23,522 transcripts on the microarray. Genes determined by up or down regulation within the 1.5 fold change threshold. Cell adhesion genes: PR-D/S only (Col1a1, Atp1b2, Ctnnd1, Rpsa, and Fat4); PR-S only (Cdh2, Edil3, and Astn1). DNA metabolism: PR-D/S only (Tcf3, Mapk8). Stress response genes: C-D/S only (Brsk1, Rarres2); PR-D/S only (Klk8, Myo6, Ndufa6, Col1a1, Mapk8, and Phlda3).
(b) Top 25 biological processes among the significantly regulated genes based on values
GO ID
GO term
Frequency
Genome frequency
value
Corrected value
GO:0009987
Cellular process
0.68072
0.39346
GO:0071841
Cellular component organization or biogenesis at cellular level
0.27108
0.08456
GO:0071842
Cellular component organization at cellular level
0.25904
0.08100
GO:0071840
Cellular component organization or biogenesis
0.30120
0.10864
GO:0016043
Cellular component organization
0.28916
0.10476
GO:0008152
Metabolic process
0.50301
0.26565
GO:0044237
Cellular metabolic process
0.45181
0.22384
GO:0044238
Primary metabolic process
0.43976
0.22525
GO:0007399
Nervous system development
0.15060
0.04143
GO:0043170
Macromolecule metabolic process
0.37048
0.18900
GO:0051179
Localization
0.26807
0.11543
GO:0048699
Generation of neurons
0.11747
0.02708
GO:0030182
Neuron differentiation
0.11145
0.02443
GO:0044260
Cellular macromolecule metabolic process
0.33434
0.16512
GO:0022008
Neurogenesis
0.12048
0.02896
GO:0007275
Multicellular organismal development
0.25000
0.10479
GO:0006996
Organelle organization
0.16867
0.05448
GO:0048666
Neuron development
0.09639
0.01882
GO:0065007
Biological regulation
0.45783
0.27182
GO:0034641
Cellular nitrogen compound metabolic process
0.28614
0.13631
GO:0009058
Biosynthetic process
0.27108
0.12543
GO:0032502
Developmental process
0.25904
0.11705
GO:0006807
Nitrogen compound metabolic process
0.28916
0.13916
GO:0006139
Nucleobase, nucleoside, nucleotide, and nucleic acid metabolic process