Table 1. Summary of lncRNAs that regulate radiosensitivity in radiation therapy.
LncRNA | Radiosensitivity | Types of tumor | Mechanism | Molecular target | Reference |
---|---|---|---|---|---|
LINP1 | Down | Cervical cancer | DNA damage repair | N/A | [13] |
MALAT1 | Down | Cervical cancer | DNA damage repair | miR-145 | [15] |
Down | ESCC | DNA damage repair | CKS1 | [16] | |
Down | NPC | CSC | miR-1/slug | [54] | |
HOTAIR | Down | Cervical caner | DNA damage repair | p21 protein | [19] |
Down | Pancreatic ductal cancer | Wnt/β-catenin pathway | WIF-1 | [25] | |
Down | Pancreatic cancer | Autophagy | Atg7 | [69] | |
CRNDE | Down | Lung cancer | DNA damage repair | p21 protein | [20] |
BOKAS | Down | ESCC | Wnt/β-catenin pathway | WISP1 | [28] |
LincRNA-p21 | Up | Colorectal cancer | Wnt/β-catenin pathway | N/A | [31] |
Up | Gastric cancer | Wnt/β-catenin pathway | N/A | [32] | |
Down | Hepatoma and glioma cancer | Autophagy | N/A | [71] | |
UCA1 | Down | Prostate cancer | P13k/Akt pathway | N/A | [35] |
ANCR | Down | NPC | P13k/Akt pathway | N/A | [36] |
LincRNA-ROR | Down | Colorectal cancer | Apoptosis | p53/miR-145 | [39] |
ANRIL | Down | NPC | Apoptosis | miR-125a | [40] |
CCAT1 | Down | Breast cancer | Apoptosis | miR-148b | [41] |
OIP5-AS1 | Up | Colorectal cancer | Apoptosis | DYRK1Y/miR-369-3p | [43] |
PVT1 | Down | Lung cancer | Apoptosis | miR-195 | [44] |
DGCR5 | Down | Laryngeal cancer | Apoptosis | miR-195 | [45] |
CYTOR | Down | Lung cancer | Apoptosis | miR-195 | [46] |
NEAT1 | UP | NPC | Apoptosis | miR-101-3b | [47] |
Down | NPC | EMT | miR-204/ZEB1 | [61] | |
GAS5 | Up | Cervical cancer | Apoptosis | miR-106b | [48] |
TALNEC2 | Down | Glioma | CSC | N/A | [56] |
TUG1 | Down | Bladder cancer | EMT | miR-145/ZEB2 | [60] |
Down | Bladder cancer | N/A | HMGB | [74] | |
HULC | Down | Prostate cancer | Autophagy | N/A | [71] |
SNHG18 | Down | Glioma | N/A | Semaphorin 5A | [73] |
SUMO1P3 | Down | Hepatocellular cancer | N/A | N/A | [75] |
GACAT3 | Up | Lung cancer | N/A | TIMP2 | [76] |
N/A: The corresponding mechanisms and targets are not yet clear, and need further exploration.