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. 2023 Apr 23;13(8):2616–2631. doi: 10.7150/thno.83920

Table 1.

LncRNAs involved in the dysregulated alternative splicing events for carcinogenesis and progression

LncRNA Mechanism Target genes Patterns Biology function Related diseases or processes Refs
PXN-AS1 interacts with SF MBNL3 pre-PXN-AS1 → PXN-AS1-L ES: exon 4 (-) promotes proliferation and tumorigenesis Hepatocellular carcinoma 35
interacts with DDX17 pre-PXN-AS1 → PXN-AS1-IR3 IR: intron 3 activates MYC pathway Hepatocellular carcinoma 36
PCAT19 produces long isoform that interacts with HNRNPAB pre-PCAT19 → PCAT19-Long / activate a subset of cell-cycle genes Prostate cancer 37
NEAT1 produces two isoforms and the long has tumor-promoting effect pre-NEAT1 → NEAT1_2 / promotes cell growth and metastasis Non-small cell lung cancer, Papillary thyroid cancer 38, 39
lncRNA-PNUTS produced by hnRNPE1-mediated AS of PUNTS PNUTS pre-mRNA → lncRNA-PNUTS A3SS (exon 12) promotes tumor progression Breast cancer, Epithelial-Mesenchymal Transition 43
PD-L1-lnc produced by AS of PD-L1 PD-L1 pre-mRNA → PD-L1-lnc / enhances c-Myc transcriptional activity Lung adenocarcinoma 44
Linc01232 suppresses the degradation of HNRNPA2B1 A-Raf pre-mRNA → A-Raf FL ES (-) activates MAPK/ERK signaling pathway Pancreatic cancer 54
DGCR5 binds with SRSF1 to increase its stability Mcl pre-mRNA → Mcl-1L ES: exon 2 (-) inhibits cell apoptosis Esophageal squamous cell carcinoma 55
SNHG6 recruits and binds to hnRNPA1 PKM pre-mRNA → PKM2 MXE (exon 9,10) enhances aerobic glycolysis Colorectal cancer 56
PLANE recruits and binds to hnRNPM NCOR2 pre-mRNA → NCOR2-202 (-) A5SS (intron 45) promotes proliferation and tumorigenicity Pan-cancer 119
BC200 recruits and binds to hnRNPA2B1 BCL-X pre-mRNA → BCL-XL A5SS (exon 2) (-) promotes cell proliferation Breast cancer, Apoptosis 120
LincRNA-uc002yug.2 binds to SRSF1 and MBNL RUNX1 pre-mRNA → RUNX1a / promotes cell proliferation and tumor growth Esophageal cancer 121
PNCTR recruits RBPs PTBP1and down-regulates them CHEK2 pre-mRNA → CHEK (-) ES: exon 8 (-) promotes cell survival Pan-cancer 57
TPM1-AS combines competitively with RBM4 TPM1 pre-mRNA → TPM1 V2 and V7 (-) MXE (exons 2a,2b) inhibits cancer cell migration and formation of filopodia Esophageal cancer 122
KASRT interacts with SRSF1and down-regulates it KLF6 pre-mRNA → KLF6-SV1 IR (-) modulates P21/CCND1 pathway Osteosarcoma 123
LINC01133 combines competitively with SRSF6 / / inhibits epithelial-mesenchymal transition and metastasis Colorectal cancer 124
lncRNA AB074169 (lncAB) combines competitively with RBP KHSRP and decreases its expression p21 pre-mRNA→ p21 (CDKN1a) (-) / inhibits cell proliferation and tumor growth Papillary thyroid cancer 125
CCAT1 targets miR-490 and up-regulates hnRNPA1 expression / / promotes cell migration Gastric cancer 61
LOC90024 encodes SRSP which interacts with SRSF3 Sp4 pre-mRNA → L-Sp4 ES: exon 3 (-) promotes cancer tumorigenesis and progression Colorectal cancer 67
HOXB-AS3 encodes HOXB-AS3 peptide which competitively binds to hnRNPA1 PKM pre-mRNA → PKM2 (-) MXE (exon 9,10) regulates cancer metabolism reprogramming Colorectal cancer 68
asFGFR2 creates a chromatin environment and inhibits SF MRG15-PTB binding FGFR2 pre-mRNA → FGFR2-IIIb ES: exon IIIb (-) suppresses cell proliferation and migratory potential Hepatocellular carcinoma 69, 71
ENST00000501665.2 binds to RBPs of SWI/SNF chromatin remodeling complex OIP5 pre-mRNA →OIP5 / enhances expression of the oncogene HEK293 cell 70
Fas-AS1 forms RNA-RNA duplexes with Fas pre-mRNA and recruits SPF45 Fas pre-mRNA → sFas ES: exon 6 inhibits cell apoptosis Apoptosis 74
ZEB2 forms RNA-RNA duplexes with ZEB2 pre-mRNA ZEB2 pre-mRNA → ZEB2 IR downregulates E-cadherin expression Epithelial-Mesenchymal Transition 75
UXT-AS1 forms RNA-RNA duplexes with UXT pre-mRNA UXT pre-mRNA → UXT2 A5SS promotes cell proliferation and inhibits cell apoptosis Colorectal cancer 76

* (-) refers to down-regulated AS products of target genes or suppressed AS events.