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Copyright ©The Author(s) 2025.
World J Stem Cells. Jul 26, 2025; 17(7): 107688
Published online Jul 26, 2025. doi: 10.4252/wjsc.v17.i7.107688
Table 1 Summary of long non-coding RNAs and their functions in stem cell differentiation
LncRNAs
Germ layer or tissue
Localization (N, C)
Specific mechanism(s)
Ref.
DEANR1Endoderm; pancreasNInteraction with transcriptional factors[7]
GATA6-AS1EndodermNInteraction with transcriptional factors[8]
RP11-380D23.2LungNInteraction with transcriptional factors[9]
Linc-YY1MuscleNInteraction with transcriptional factors[10]
XISTESCsNInteraction with chromatin modifiers[11-13]
T-UCstem1ESCsN, CInteraction with chromatin modifiers; mRNA turnover: MiRNA sponge[14]
MEG3Central nervous system; enteric nervous systemN, CInteraction with chromatin modifiers; mRNA turnover: MiRNA sponge[15-17,48,49]
FendrrHeart; body wallNInteraction with chromatin modifiers[20]
CARMENHeartNInteraction with chromatin modifiers[21]
PRESS1ESCsNInteraction with chromatin modifiers[22]
CAT7/cat7lCentral nervous systemNInteraction with chromatin modifiers[23,24]
UC.291EpidermisNInteraction with chromatin modifiers[25]
yylncTMesodermNInteraction with chromatin modifiers[26]
MALAT1LiverN, CInteraction with splicing factors; functioning in PTMs[27-31]
PnkyCentral nervous systemNInteraction with splicing factors[32-34]
NEAT1ESCsNScaffold membrane-less organelles[35-38]
HBL1HeartCmRNA turnover: MiRNA sponge[43]
Linc-RORESCsCmRNA turnover: MiRNA sponge[44,45]
H19EpidermisCmRNA turnover: MiRNA sponge; modulate mRNA stability[46,47]
TINCREpidermisCmRNA turnover: Modulate mRNA stability[50]
ANCREndodermCmRNA turnover: Modulate mRNA stability[51]
UCA1BloodCmRNA turnover: Modulate mRNA stability[52]
LncMyoDMuscleCmRNA turnover: Regulate mRNA translation[53]
Lnc-DCBloodCFunctioning in PTMs[54]