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Clinical

Differentially expressed microRNAs revealed by molecular signatures of Preeclampsia and IUGR in human placenta - GSE35574

Purpose

The placenta plays an important role as a regulator of fetal nutrition and growth throughout development and placental factors contribute to gestational abnormalities such as preeclampsia. This study describes the genome-wide gene expression profiles of a large (n=94) set of human placentas in order to uncover gene expression patterns (or molecular signatures) associated with preeclampsia and IUGR. Besides modulated modularity clustering and pathway analysis, a set of candidate miRNAs were predicted by Gene Set Enrichment Analysis (GSEA) based on differentially expressed genes. A case-control study was conducted to examine the expression patterns of these candidate miRNAs in human placentas

Hypothesis

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Experimental Design

35 IUGR (including 8 technical repeats for batch effect), 19 preeclamptic and 40 control placentas included in this study were collected during the years of 2004-2008 and hybridized in two batches to microarrays. Samples were randomized across arrays to control for array and batch variability.

Experimental Variables

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Controls

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Methods

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Additional Information

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Microarray
Illumina HumanWG-6 v2
94 Samples Loaded: 94
Human (Homo sapiens)
placenta
IUGR, pre-eclampsia
Sample Set Spreadsheet
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Samples Preview
Sample ID !Sample_title tissue gestational age gender batch
GSM871046 Human.Placenta.003 placenta 38 m A
GSM871047 Human.Placenta.006 placenta 36 f A
GSM871048 Human.Placenta.008 placenta 37 f A
GSM871049 Human.Placenta.012 placenta 37 m A
GSM871050 Human.Placenta.013 placenta 34 m A
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Sample ID !Sample Title Tissue Gestational age Gender Batch Classification Induction of labor
GSM871046
Human.Placenta.003
placenta
38
m
A
IUGR
spontaneous
GSM871047
Human.Placenta.006
placenta
36
f
A
PE
spontaneous
GSM871048
Human.Placenta.008
placenta
37
f
A
IUGR
induced
GSM871049
Human.Placenta.012
placenta
37
m
A
PE
induced
GSM871050
Human.Placenta.013
placenta
34
m
A
PE
induced
GSM871051
Human.Placenta.623
placenta
39
m
A
CONTROL
spontaneous
GSM871052
Human.Placenta.624
placenta
39
m
A
CONTROL
spontaneous
GSM871053
Human.Placenta.654
placenta
37
f
A
IUGR
spontaneous
GSM871054
Human.Placenta.657
placenta
39
f
A
CONTROL
spontaneous
GSM871055
Human.Placenta.660
placenta
37
f
A
IUGR
induced
GSM871056
Human.Placenta.668
placenta
37
m
A
CONTROL
spontaneous
GSM871057
Human.Placenta.694
placenta
39
f
A
IUGR
spontaneous
GSM871058
Human.Placenta.695
placenta
35
m
A
CONTROL
spontaneous
GSM871059
Human.Placenta.701
placenta
37
f
A
CONTROL
induced
GSM871060
Human.Placenta.705
placenta
38
m
A
CONTROL
spontaneous
GSM871061
Human.Placenta.734
placenta
37
m
A
IUGR
induced
GSM871062
Human.Placenta.740
placenta
37
f
A
IUGR
spontaneous
GSM871063
Human.Placenta.741
placenta
38
f
A
IUGR
spontaneous
GSM871064
Human.Placenta.748
placenta
38
m
A
CONTROL
induced
GSM871065
Human.Placenta.757
placenta
37
f
A
IUGR
spontaneous
GSM871066
Human.Placenta.777
placenta
38
f
A
CONTROL
spontaneous
GSM871067
Human.Placenta.779
placenta
37
f
A
CONTROL
spontaneous
GSM871068
Human.Placenta.784
placenta
38
f
A
CONTROL
spontaneous
GSM871069
Human.Placenta.654.rep
placenta
37
f
B
IUGR
spontaneous
GSM871070
Human.Placenta.017
placenta
38
m
B
PE
induced
GSM871071
Human.Placenta.703
placenta
37
f
B
CONTROL
spontaneous
GSM871072
Human.Placenta.769
placenta
35
f
B
IUGR
induced
GSM871073
Human.Placenta.034
placenta
39
m
B
IUGR
induced
GSM871074
Human.Placenta.710
placenta
37
f
B
CONTROL
spontaneous
GSM871075
Human.Placenta.758
placenta
39
m
B
CONTROL
spontaneous
GSM871076
Human.Placenta.037
placenta
27
f
B
PE
induced
GSM871077
Human.Placenta.761
placenta
38
m
B
CONTROL
spontaneous
GSM871078
Human.Placenta.018
placenta
37
f
B
IUGR
induced
GSM871079
Human.Placenta.734.rep
placenta
37
m
B
IUGR
induced
GSM871080
Human.Placenta.032
placenta
38
f
B
PE
spontaneous
GSM871081
Human.Placenta.009
placenta
34
m
B
PE
induced
GSM871082
Human.Placenta.653
placenta
37
m
B
IUGR
induced
GSM871083
Human.Placenta.646
placenta
39
f
B
CONTROL
spontaneous
GSM871084
Human.Placenta.766
placenta
29
m
B
IUGR
induced
GSM871085
Human.Placenta.003.rep
placenta
38
m
B
IUGR
spontaneous
GSM871086
Human.Placenta.726
placenta
37
f
B
CONTROL
spontaneous
GSM871087
Human.Placenta.738
placenta
33
m
B
IUGR
induced
GSM871088
Human.Placenta.660.rep
placenta
37
f
B
IUGR
induced
GSM871089
Human.Placenta.730
placenta
38
f
B
CONTROL
spontaneous
GSM871090
Human.Placenta.743
placenta
39
m
B
CONTROL
induced
GSM871091
Human.Placenta.021
placenta
35
f
B
PE
induced
GSM871092
Human.Placenta.011
placenta
32
f
B
IUGR
spontaneous
GSM871093
Human.Placenta.744
placenta
37
m
B
CONTROL
spontaneous
GSM871094
Human.Placenta.015
placenta
32
f
B
PE
induced
GSM871095
Human.Placenta.694.rep
placenta
39
f
B
IUGR
spontaneous
GSM871096
Human.Placenta.024
placenta
34
m
B
PE
induced
GSM871097
Human.Placenta.746
placenta
38
m
B
CONTROL
spontaneous
GSM871098
Human.Placenta.740.rep
placenta
37
f
B
IUGR
spontaneous
GSM871099
Human.Placenta.763
placenta
37
m
B
CONTROL
spontaneous
GSM871100
Human.Placenta.036
placenta
36
m
B
PE
induced
GSM871101
Human.Placenta.774
placenta
40
f
B
CONTROL
induced
GSM871102
Human.Placenta.775
placenta
38
m
B
CONTROL
spontaneous
GSM871103
Human.Placenta.022
placenta
37
m
B
IUGR
induced
GSM871104
Human.Placenta.776
placenta
39
m
B
CONTROL
induced
GSM871105
Human.Placenta.741.rep
placenta
38
f
B
IUGR
spontaneous
GSM871106
Human.Placenta.735
placenta
26
f
B
IUGR
spontaneous
GSM871107
Human.Placenta.041
placenta
37
f
B
PE
induced
GSM871108
Human.Placenta.787
placenta
34
f
B
CONTROL
spontaneous
GSM871109
Human.Placenta.757.rep
placenta
37
f
B
IUGR
spontaneous
GSM871110
Human.Placenta.659
placenta
32
f
B
IUGR
spontaneous
GSM871111
Human.Placenta.652
placenta
36
m
B
CONTROL
spontaneous
GSM871112
Human.Placenta.010
placenta
38
f
B
PE
spontaneous
GSM871113
Human.Placenta.678
placenta
37
f
B
IUGR
spontaneous
GSM871114
Human.Placenta.662
placenta
39
m
B
CONTROL
spontaneous
GSM871115
Human.Placenta.674
placenta
38
m
B
CONTROL
spontaneous
GSM871116
Human.Placenta.682
placenta
35
f
B
CONTROL
spontaneous
GSM871117
Human.Placenta.014
placenta
29
m
B
PE
induced
GSM871118
Human.Placenta.687
placenta
36
m
B
CONTROL
spontaneous
GSM871119
Human.Placenta.693
placenta
39
m
B
CONTROL
spontaneous
GSM871120
Human.Placenta.767
placenta
28
m
B
IUGR
spontaneous
GSM871121
Human.Placenta.698
placenta
37
f
B
IUGR
induced
GSM871122
Human.Placenta.020
placenta
28
f
B
PE
induced
GSM871123
Human.Placenta.749
placenta
39
m
B
CONTROL
induced
GSM871124
Human.Placenta.016
placenta
33
m
B
IUGR
induced
GSM871125
Human.Placenta.751
placenta
38
f
B
CONTROL
spontaneous
GSM871126
Human.Placenta.031
placenta
32
f
B
PE
spontaneous
GSM871127
Human.Placenta.756
placenta
39
f
B
CONTROL
spontaneous
GSM871128
Human.Placenta.045
placenta
34
m
B
PE
spontaneous
GSM871129
Human.Placenta.038
placenta
37
f
B
IUGR
spontaneous
GSM871130
Human.Placenta.798
placenta
38
m
B
CONTROL
spontaneous
GSM871131
Human.Placenta.047
placenta
33
f
B
PE
induced
GSM871132
Human.Placenta.039
placenta
37
m
B
IUGR
induced
GSM871133
Human.Placenta.801
placenta
29
m
B
CONTROL
spontaneous
GSM871134
Human.Placenta.617
placenta
40
f
B
CONTROL
induced
GSM871135
Human.Placenta.636
placenta
37
m
B
IUGR
spontaneous
GSM871136
Human.Placenta.625
placenta
39
f
B
CONTROL
spontaneous
GSM871137
Human.Placenta.005
placenta
27
f
B
PE
induced
GSM871138
Human.Placenta.626
placenta
38
m
B
CONTROL
spontaneous
GSM871139
Human.Placenta.764
placenta
25
f
B
IUGR
spontaneous

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