|
DNA replication, transcription, and repair |
MYC [59]; APE1/Ref-1 [60]; NFKB1 [61]; AR [62]; MIZ1 [63]; AP2 [64]; HEXIM1 [65]; YY1 [66]; CBF-A [67]; IRF1 [68]; |
MNDA [69]; GCN5 [70]; Histones [37]; C/EBP [71]; Tpt1 [72]; DOT1L [73] |
|
Cell cycle control |
p53 [74]; ARF [75]; MDM2 [76]; pRB [77]; p21 [78]; GADD45A [79] |
|
Ribosome biogenesis |
EBP1 [80]; SENP3 and SENP5 [81]; RPL5 [43]; RPS9 [82]; RPL23 [63]; Nucleolin [83]; p120 [50]; NPM3 [25]; USP36 [84]; |
Nucleostemin [85]; PES1 [86]; TTF1 [87]; FRGY2a/YB1 [88]; NSUN2 [89] |
|
Viral replication |
Human T-cell lymphotropic virus Rex [48] |
HIV Rev and Tat proteins [47] |
Hepatitis delta virus antigens [90] |
Hepatitis B virus core protein [91] |
Mouse mammary tumor virus p14 env-related protein [92] |
Hepatitis C virus core [93] |
Japanese encephalitis virus core protein [94] |
Adenovirus basic core protein [95] |
|
Apoptosis |
Bax [96]; PARP-1 and PARP-2 [97]; PIP3 [98]; GAGE [99] |
|
Stability and splicing of mRNA |
hnRNPU [100]; hnRNPA1 [100]; NSP 5a3a [101] |
|
Protein modification, synthesis, and degradation |
PKR [102]; BRCA1-BARD1 [103]; AKT [104]; Fbw7γ [105]; HLJ1 [106] |
|
Mitotic spindle, cytoskeleton, and centromeres |
CRM1 [44]; RPGR and RPGRIP1 [107]; Eg5 [108]; Plk2 [109]; CTCF [110] |
|