Research Article

MicroRNAs Modulate Oxidative Stress in Hypertension through PARP-1 Regulation

Table 1

Summary of HAEC pathway analysis.

MicroRNAII. Top canonical pathways in HAECs valueDIANA or IPA-predicted pathway targets repressed ≥ 1.5-fold in HAECs & differentially expressed in PBMCsIII. Top molecular and cellular functions and physiological systems in HAECs valueDIANA or IPA-predicted pathway targets repressed ≥ 1.5-fold in HAECs & differentially expressed in PBMCs

miR-103a-2-5pEIF2 signaling1.4 × 10−10N/ACell death and survival1.6 × 10−3–4.3 × 10–22ATF6, BMI1, BNIP3L, HIF1A, HSPA5, LMO4, PARP1, PTPN11, RAD21, RAD23B, TFRC
Protein ubiquitination3.2 × 10–8HSPA5Cell cycle1.8 × 10−3–1.1 × 10–20BMI1, HIF1A, RAD21, TFRC
Interferon signaling4.5 × 10−8N/ACellular assembly and organization1.5 × 10−3–1.1 × 10−20PARP1, RAD21
Mitotic roles of polo-like kinase7.9 × 10−8RAD21DNA replication, recombination, and repair1.6 × 10−3–1.1 × 10−20BMI1, PARP1, RAD23B, PARP1
Cell cycle control of chromosomal replication1.6 × 10–7N/ACellular growth and proliferation1.8 × 10−3–9.1 × 10−19ACAT1, AMD1, BMI1, HIF1A, HSPA5, PARP1, PROS1, RAD21, TFRC, TPN11
Cardiovascular system development and function1.3 × 10−3–4.1 × 10–7HSPA5, PROS1
miR-585-5pEIF2 signaling2.3 × 10–15N/ACell death and survival6.9 × 10−4–2.1 × 10–22PARP1
Mitotic roles of polo-like kinase6.6 × 10–9N/ACell cycle7.7 × 10−4–5.2 × 10–21N/A
Cell cycle control of chromosomal replication9.2 × 10–9N/ACellular assembly and organization7.6 × 10−4–1.1 × 10−19PARP1
Regulation of eIF4 and p70S6K signaling3.3 × 10–8N/ADNA replication, recombination, and repair5.4 × 10−4–1.1 × 10−19PARP1
mTOR signaling7.5 × 10–8N/ACellular growth and proliferation5.3 × 10−4–9.1 × 10−17N/A
Cardiovascular system development and function6.8 × 10−4–1.2 × 10–10PARP1