Table 1.
Pre-miRNA names | Mature miRNA names | Sequences | Targets | Main Function |
---|---|---|---|---|
mir-UL112 | miR-UL112-3p | aagugacggugagauccaggcu | UL114 [14] | escape immune elimination and induce viral latency |
BCLAF1 [15] | ||||
MICB [16] | ||||
MICA [17] | ||||
UL112/113 [18] | ||||
UL120/121 [18] | ||||
IE72 [19] | ||||
IRF1 [20] | ||||
VAMP3 [21] | ||||
RAB5C [21] | ||||
RAB11A [21] | ||||
SNAP23 [21] | ||||
CDC42 [21] | ||||
ATG5 [22] | ||||
IKKα/β [23] | ||||
IL32 [24] | ||||
TLR2 [25] | ||||
miR-UL112-5p | ccuccggaucacaugguuacuca | ERAP1 [26] | escape immune response | |
CASP3 [22] | ||||
mir-UL148D | miR-UL148D | ucguccuccccuucuucaccg | RANTES [27] | escape immune response and regulate apoptosis of host cells |
IEX-1 [28] | ||||
ACVR1B [29] | ||||
ERN1 [30] | ||||
PHAP1 [30] | ||||
mir-UL22A | miR-UL22A-3p | ucaccagaaugcuaguuuguag | CASP7 [22] | participate in cell differentiation and immunity |
SMAD3 [31] | ||||
miR-UL22A-5p | uaacuagccuucccgugaga | BMPR2 [32] | ||
CASP3 [22] | ||||
SMAD3 [31] | ||||
mir-UL36 | miR-UL36-3p | uuuccagguguuuucaacgugc | CDK6 [22] | N/A |
FAS [22] | ||||
miR-UL36-5p | ucguugaagacaccuggaaaga | UL138 [33] | contribute to HCMV replication | |
SLC25A6 (ANT3) [34] | ||||
mir-UL59 | miR-UL59 | guucucucgcucgucaugccgu | ULBP1 [35] | escape immune elimination |
mir-UL69 | miR-UL69 | ccagaggcuaagccgaaaccg | N/A | N/A |
mir-UL70 | miR-UL70-3p | ggggaugggcuggcgcgcgg | MOAP1 [29] | inhibit mitochondria-induced apoptosis and the antiviral mechanism |
ERN1 [29] | ||||
PHAP1 [29] | ||||
miR-UL70-5p | ugcgucucggccucguccaga | N/A | N/A | |
mir-US4 | miR-US4-3p | ugacagcccgcuacaccucu | ERAP 1[36] | N/A |
CASP7 [22] | ||||
CDK6 [22] | ||||
miR-US4-5p | uggacgugcagggggaugucug | PAK2 [37] | inhibit antigen presentation | |
CASP2 [22] | ||||
ERAP1 [36] | ||||
QARS [36] | ||||
mir-US5-1 | miR-US5-1 | ugacaagccugacgagagcgu | US7 [38] | escape the immune system; increase the production of infectious particles during the late phase of infection; |
VAMP3 [21] | ||||
RAB5C [21] | ||||
RAB11A [21] | ||||
SNAP23 [21] | ||||
CDC42 [21] | ||||
CDK6 [22] | ||||
FAS [22] | ||||
Gemini [39] | ||||
IKKα/β [23] | ||||
mir-US5-2 | miR-US5-2-3p | uaugauaggugugacgaugucu | US7 [38] | |
VAMP3 [21] | ||||
RAB5C [21] | ||||
RAB11A [21] | ||||
SNAP23 [21] | ||||
CDC42 [21] | ||||
CDK6 [22] | ||||
FAS [22] | ||||
NAB1 [31] | ||||
miR-US5-2-5p | cuuucgccacaccuauccugaaag | N/A | N/A | |
mir-US22 | miR-US22-3p | ucgccggccgcgcuguaaccagg | US22 [40] | N/A |
miR-US22-5p | uguuucagcguguguccgcggg | US22 [40] | regulate apoptosis of host cells | |
ATG5 [22] | ||||
EGR1 [41] | ||||
mir-US25-1 | miR-US25-1-3p | uccgaacgcuaggucgguucu | CDK6 [22] | reduce viral DNA synthesis |
miR-US25-1-5p | aaccgcucaguggcucggacc | Cyclin E2 [42] | ||
BRCC 3[42] | ||||
EID1 [42] | ||||
MAPRE2 [42] | ||||
CD147 [42] | ||||
TRIM28 [42] | ||||
mir-US25-2 | miR-US25-2-3p | auccacuuggagagcucccgcggu | CASP3 [22] | |
CDK6 [22] | ||||
eIF4A1 [43] | ||||
miR-US25-2-5p | agcggucuguucagguggauga | N/A | ||
mir-US29 | miR-US29-3p | cccacgguccgggcacaauca | N/A | N/A |
miR-US29-5p | uggaugugcucggaccgugacg | ATG5 [22] | regulate apoptosis of host cells | |
mir-US33 | miR-US33-3p | ucacgguccgagcacauccaa | US29 [44] | N/A |
miR-US33-5p | gauugugcccggaccgugggcg | STX3 [45] | decreases the number of HCMV DNA copies | |
CCND1 [22] | ||||
15 | 26 | N/A=No targets or exact function were found currently) |
List of pre-miRNAs and mature miRNAs. Previously reported 16 pre-miRNAs and 26 mature miRNAs encoded by HCMV were listed in this table, along with their potential targets and main functions