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. 2018 Jun 15;315(4):H847–H854. doi: 10.1152/ajpheart.00057.2018

Table 2.

MicroRNAs with significant differences between control and shunt RVs

Target Fold Change (Relative to Control) P Value
miR-378a-3p 0.38* 0.024*
miR-208a-3p 0.41* 0.016*
miR-101-3p 0.44* 0.008*
miR-199b-5p 0.60* 0.042*
miR-28-5p 1.43 0.024
miR-25-3p 1.44 0.033
miR-152-3p 1.56 0.012
let-7e-5p 1.61 0.042
miR-23a-3p 1.76 0.043
miR-22-3p 1.80 0.018
miR-143-3p 1.83 0.029
miR-379-5p 1.88 0.044
miR-99b-5p 1.91 0.018
miR-106b-5p 1.92 0.048
miR-92a-3p 2.12 0.009
miR-27b-3p 2.18 0.016
miR-7-5p 2.33 0.018
miR-374a-5p 2.47 0.006
miR-191-5p 2.58 0.003
miR-221-3p 2.58 0.036
miR-208b-3p 2.59 0.004
miR-15a-5p 2.69 0.035
miR-128-3p 2.78 0.001
miR-99a-5p 2.85 0.041
miR-185-5p 2.95 0.002
miR-543 3.32 0.012
miR-222-3p 3.47 0.009
miR-379-3p 3.50 0.042
let-7f-5p 5.52 0.037
miR-18a-5p 7.33 0.027
miR-338-3p 7.46 0.045
miR-212-5p 9.23 0.033
miR-29a-3p 10.98 0.016
miR-664a-3p 15.72 0.016
miR-382-5p 19.19 0.008
miR-1248 20.93 0.015
miR-191-3p 103.10 0.010
miR-200b-3p 133.40 0.007
miR-34c-5p 461.97 0.004

A total of 40 (of 93 tested) microRNA (miRNA) targets were significantly different (P < 0.05) between control and shunt right ventricular (RV) tissue. *Downregulated compared with control. ΔΔCT (where CT is threshold cycle) was calculated using let-7a-5p as a reference and normalized to compare relative miRNA expression between shunt and control tissue (n = 5); UniSp6 was used as a loading control per protocol.