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. 2022 Sep 13;23(18):10635. doi: 10.3390/ijms231810635

Table 4.

MicroRNA expression profiles in peripheral blood leukocytes in early stages of gestation in pregnancies destinated to develop GDM with respect to the treatment strategies and normal term pregnancies.

Kruskal–Wallis Test Results
GDM Managed by Diet Only (n = 101) vs. Normal Term Pregnancies (n = 80)
GDM Managed by Diet and Therapy (n = 20) vs. Normal Term Pregnancies (n = 80)
Median (IQR) Mean (SD) p-Value
miR-1-3p 0.141 (0.075–0.274) vs. 0.075 (0.033–0.198)
0.099 (0.071–0.175) vs. 0.075 (0.033–0.198)
0.278 (0.568) vs. 0.176 (0.303)
0.162 (0.190) vs. 0.176 (0.303)
p = 0.0045 *
p = 1.000
miR-16-5p 1.216 (0.981–1. 785) vs. 1.411 (0.890–1.980)
1.268 (0.923–2.007) vs. 1.411 (0.890–1.980)
1.469 (0.976) vs. 1.646 (1.129)
1.626 (1.019) vs. 1.646 (1.129)
p = 1.000
p = 1.000
miR-17-5p 1.480 (1.166–2.267) vs. 1.384 (0.971–1.923)
1.893 (1.346–2.362) vs. 1.384 (0.971–1.923)
1.950 (1.553) vs. 1.748 (1.312)
2.085 (0.996) vs. 1.748 (1.312)
p = 0.3822
p = 0.1019
miR-20a-5p 2.144 (1.486–3.398) vs. 1.576 (0.991–2.413)
2.598 (1.787–3.384) vs. 1.576 (0.991–2.413)
3.019 (3.220) vs. 1.909 (1.370)
3.130 (2.204) vs. 1.909 (1.370)
p = 0.0015 **
p = 0.0098 *
miR-20b-5p 2.577 (1.784–3.719) vs. 1.976 (1.111–2.675)
3.072 (2.085–5.484) vs. 1.976 (1.111–2.675)
3.678 (4.112) vs. 2.377 (2.291)
3.850 (2.439) vs. 2.377 (2.291)
p < 0.001 ***
p = 0.0054 **
miR-21-5p 0.339 (0.222–0.460) vs. 0.320 (0.167–0.538)
0.352 (0.260–0.464) vs. 0.320 (0.167–0.538)
0.426 (0.436) vs. 0.394 (0.219)
0.472 (0.332) vs. 0.394 (0.219)
p = 1.000
p = 0.4483
miR-23a-3p 0.229 (0.160–0.444) vs. 0.185 (0.103–0.376)
0.299 (0.219–0.344) vs. 0.185 (0.103–0.376)
0.364 (0.346) vs. 0.296 (0.329)
0.383 (0.293) vs. 0.296 (0.329)
p = 0.0627
p = 0.0371
miR-24-3p 0.292 (0.222–0.370) vs. 0.326 (0.196–0.468)
0.301 (0.241–0.377) vs. 0.326 (0.196–0.468)
0.330 (0.206) vs. 0.384 (0.284)
0.339 (0.147) vs. 0.384 (0.284)
p = 1.000
p = 1.000
miR-26a-5p 0.729 (0.497–0.938) vs. 0.633 (0.410–1.066)
0.658 (0.560–0.917) vs. 0.633 (0.410–1.066)
0.841 (0.705) vs. 0.776 (0.521)
0.815 (0.462) vs. 0.776 (0.521)
p = 0.9599
p = 1.000
miR-29a-3p 0.404 (0.276–0.571) vs. 0.372 (0.221–0.545)
0.435 (0.358–0.666) vs. 0.372 (0.221–0.545)
0.486 (0.377) vs. 0.407 (0.245)
0.630 (0.471) vs. 0.407 (0.245)
p = 0.5656
p = 0.1198
miR-92a-3p 2.171 (1.604–3.036) vs. 2.327 (1.188–3.743)
2.258 (1.603–3.681) vs. 2.327 (1.188–3.743)
2.647 (2.217) vs. 2.807 (2.132)
2.979 (2.3086) vs. 2.807 (2.132)
p = 1.000
p = 1.000
miR-100-5p 0.0024 (0.0013–0.0036) vs. 0.0013 (0.0006–0.0027)
0.0014 (0.0012–0.0037) vs. 0.0013 (0.0006–0.0027)
0.0031 (0.0041) vs. 0.0018 (0.0016)
0.0028 (0.0025) vs. 0.0018 (0.0016)
p = 0.0010 **
p = 0.2898
miR-103a-3p 1.531 (0.949–2.533) vs. 1.203 (0.815–2.425)
1.618 (1.234–2.554) vs. 1.203 (0.815–2.425)
2.085 (2.294) vs. 1.770 (1.466)
2.304 (2.075) vs. 1.770 (1.466)
p = 0.7368
p = 0.4354
miR-125b-5p 0.0041 (0.0026–0.0057) vs. 0.0030 (0.0016–0.0054)
0.0038 (0.0021–0.0055) vs. 0.0030 (0.0016–0.0054)
0.0050 (0.0048) vs. 0.0036 (0.0027)
0.0045 (0.0029) vs. 0.0036 (0.0027)
p = 0.0109 *
p = 0.4855
miR-126-3p 0.332 (0.219–0.500) vs. 0.272 (0.140–0.432)
0.324 (0.280–0.546) vs. 0.272 (0.140–0.432)
0.470 (0.595) vs. 0.336 (0.270)
0.418 (0.228) vs. 0.336 (0.270)
p = 0.0842
p = 0.1516
miR-130b-3p 0.707 (0.453–1.315) vs. 0.702 (0.407–1.157)
1.087 (0.577–1.481) vs. 0.702 (0.407–1.157)
1.051 (0.995) vs. 1.163 (2.425)
1.194 (0.769) vs. 1.163 (2.425)
p = 1.000
p = 0.1983
miR-133a-3p 0.118 (0.066–0.228) vs. 0.110 (0.550–0.233)
0.071 (0.055–0.105) vs. 0.110 (0.550–0.233)
0.209 (0.283) vs. 0.232 (0.483)
0.113 (0.109) vs. 0.232 (0.483)
p = 1.000
p = 0.4015
miR-143-3p 0.048 (0.029–0.087) vs. 0.038 (0.016–0.089)
0.049 (0.033–0.090) vs. 0.038 (0.016–0.089)
0.072 (0.088) vs. 0.058 (0.057)
0.078 (0.077) vs. 0.058 (0.057)
p = 0.1327
p = 0.2766
miR-145-5p 0.176 (0.122–0.235) vs. 0.161 (0.980–0.243)
0.171 (0.131–0.242) vs. 0.161 (0.980–0.243)
0.210 (0.162) vs. 0.195 (0.143)
0.200 (0.100) vs. 0.195 (0.143)
p = 0.6997
p = 1.000
miR-146a-5p 1.116 (0.800–1.798) vs. 1.225 (0.578–1.765)
1.451 (1.167–2.129) vs. 1.225 (0.578–1.765)
1.634 (1.621) vs. 1.388 (1.096)
1.780 (1.068) vs. 1.388 (1.096)
p = 0.8676
p = 0.1619
miR-155-5p 0.624 (0.432–0.820) vs. 0.607 (0.361–1.614)
0.566 (0.448–0.695) vs. 0.607 (0.361–1.614)
0.701 (0.516) vs. 1.247 (1.439)
0.710 (0.573) vs. 1.247 (1.439)
p = 1.000
p = 1.000
miR-181a-5p 0.246 (0.175–0.375) vs. 0.181 (0.141–0.330)
0.260 (0.190–0.393) vs. 0.181 (0.141–0.330)
0.331 (0.336) vs. 0.246 (0.184)
0.326 (0.208) vs. 0.246 (0.184)
p = 0.0399
p = 0.1367
miR-195-5p 0.269 (0.154–0.487) vs. 0.106 (0.048–0.271)
0.246 (0.210–0.522) vs. 0.106 (0.048–0.271)
0.460 (0.707) vs. 0.227 (0.364)
0.520 (0.609) vs. 0.227 (0.364)
p < 0.001 ***
p < 0.001 ***
miR-199a-5p 0.073 (0.033–0.139) vs. 0.058 (0.023–0.111)
0.088 (0.052–0.163) vs. 0.058 (0.023–0.111)
0.134 (0.233) vs. 0.096 (0.131)
0.148 (0.165) vs. 0.096 (0.131)
p = 0.1575
p = 0.1701
miR-210-3p 0.102 (0.074–0.154) vs. 0.138 (0.075–0.224)
0.099 (0.075–0.155) vs. 0.138 (0.075–0.224)
0.134 (0.109) vs. 0.186 (0.180)
0.131 (0.080) vs. 0.186 (0.180)
p = 0.2982
p = 1.000
miR-221-3p 0.644 (0.448–0.948) vs. 0.548 (0.293–0.906)
0.616 (0.459–1.032) vs. 0.548 (0.293–0.906)
0.819 (0.776) vs. 0.693 (0.561)
0.796 (0.503) vs. 0.693 (0.561)
p = 0.3698
p = 0.7241
miR-342-3p 3.093 (2.070–3.955) vs. 2.542 (1.551–4.206)
2.884 (2.159–4.844) vs. 2.542 (1.551–4.206)
3.555 (2.756) vs. 3.307 (2.383)
3.858 (2.610) vs. 3.307 (2.383)
p = 0.6912
p = 1.000
miR-499a-5p 0.459 (0.218–0.881) vs. 0.269 (0.089–0.587)
0.472 (0.285–0.611) vs. 0.269 (0.089–0.587)
0.771 (1.104) vs. 0.477 (0.566)
0.692 (0.902) vs. 0.477 (0.566)
p= 0.0043 *
p = 0.1765
miR-574-3p 0.275 (0.182–0.392) vs. 0.181 (0.117–0.292)
0.279 (0.178–0.485) vs. 0.181 (0.117–0.292)
0.350 (0.339) vs. 0.222 (0.156)
0.375 (0.301) vs. 0.222 (0.156)
p < 0.001 ***
p = 0.0356

MicroRNA gene expression is compared between individual groups using Kruskal–Wallis test. Statistically significant results are marked in bold. Median (interquartile range, IQR) and mean (standard deviation, SD) values of relative fold gene expression of samples (2−∆∆Ct) are presented. Statistical significant data after Benjamini–Hochberg correction are marked by * for α = 0.05, ** for α = 0.01, and *** for α = 0.001.