Review
Copyright ©The Author(s) 2016.
World J Gastroenterol. Aug 21, 2016; 22(31): 7017-7029
Published online Aug 21, 2016. doi: 10.3748/wjg.v22.i31.7017
Table 1 Hepatocyte nuclear factors and other transcription factors involved in hepatitis B virus transcription
FactorBinding siteEffect on viral enhancers/promotersRef.
HNF1αPreS1Activation[60]
Enh IIActivation (interaction with hB1F)[61]
Enh IISuppression (mutant HBV core promoter)[50]
Enh IIActivation[62]
Enh IIActivation (mutant HBV core promoter)[49]
HNF3βEnh IActivation (interaction with STAT3)[48]
Enh ISuppression (HepG2)/ Activation (SK-Hep1)[68]
Enh IISuppression[67]
Enh IIActivation[66]
HNF4αEnhII/PreS1Activation[73]
Enh IIActivation[130]
HNF6PreS2Suppression[78]
C/EBPEnh ISuppression[83]
Enh IIActivation[81]
Enh IIActivation[46]
Enh IIActivation[80]
FXR/RXREnh IIActivation[99]
HLFEnh IIActivation[6]
NF1PreS2Activation[101]
Enh ISuppression[102]
SP1Enh IIActivation[104,105]
PreS1Activation[106]
PreS2Activation[107]
Table 2 Upstream factors and signals involved in the regulation of hepatocyte nuclear factors and other factors related to hepatitis B virus replication
Regulating factorTarget moleculeEffect on target moleculeEffect on HBV replicationRef.
TGF-βHNF4αDecreaseDecrease[74]
ER-α-Decrease[9]
NF-κBDecreaseDecrease[119,120]
MAPKDecreaseDecrease[119,121]
TNF-α→ Hepatocystin → MAPKDecreaseDecrease[118]
TNF-α→ P22 → MAPKDecreaseDecrease[114]
IFN-γDecreaseDecrease[117]
IL-6 → MAPKDecreaseDecrease[116]
miRNA-122DecreaseDecrease[124]
IL-4C/EBPDecreaseDecrease[81]
IFN-γDecreaseDecrease[117]
IL-6HNF1αDecreaseDecrease[116]
miRNA-15bDecreaseIncrease[122]
miRNA-372, miRNA-373HNF1βDecreaseIncrease[123]
TNF-α→ P22 → MAPKHNF3βIncreaseDecrease[114]
miRNA-26bCHORDC1DecreaseDecrease[109]
miRNA-141PPARαDecreaseDecrease[125]
NF-κB → miRNA-130aDecreaseDecrease[128]
miRNA-122Cyclin G1DecreaseDecrease[90]
miRNA-501HBXIPDecreaseIncrease[128]
miRNA-155 → JAK/STATSOCS1DecreaseDecrease[129]