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. 2023 Feb 10;15(4):1150. doi: 10.3390/cancers15041150

Table 1.

The hnRNP family presented by their structural and functional characteristics, and its interacting lncRNAs.

hnRNP- Molecular Weight (kDa) RBD Binding Sequence Functions References
A1 34 2 of RRM,
RGG box,
Gly-enrich domain
UAGGGA/U Splicing
Translational regulation
Influence of mRNA stability
[111,116,118]
A2/B1 36/38 2 of RRM,
RGG box,
Gly-enrich domain
UUAGGG Splicing
Influence of mRNA stability
[124,125,129]
C1/C2 41/43 RRM Poly U Splicing
Translational regulation
Transcriptional regulation
[111,113]
D 44~48 2 of RRM AU-rich domain Translational regulation
Telomere maintenance
[113]
E 39 3 of KH Poly C Splicing
Translational regulation
Transcriptional regulation
Influence of mRNA stability
[119]
F 53 3 of quasi -RRM
2 of Gly-enrich domain
UUAGG Splicing
Telomere maintenance
[131,132]
K 62 3 of KH Poly C Splicing
Translational regulation
Transcriptional regulation
Influence of mRNA stability
[117,133,134,135]
L 68 4 of RRM,
Gly-enrich domain
CA-repeat sequence Splicing
Influence of mRNA stability
[127,136]
M 77 3 of RRM Poly G/C Splicing [121]
R 31 3 of RRM,
RGG box
UCUAUC Translational regulation
Transcriptional regulation
[113]
U 120 RGG,
Gly-enrich domain
GGACUGCR-RUCGC Splicing
Transcriptional regulation
[115]