From: Alternative splicing is frequent during early embryonic development in mouse
Gene symbol | Proposed functions (GO) | P-value of changes of gene expression | P-value of changes of alternative splicing |
---|---|---|---|
Slc6a1 | Neurotransmitter transport | 3.74 e-11 | 3.19 e-08 |
Dnajc6 | Heat shock protein binding | 2.35 e-10 | 1.27 e-04 |
Igf2bp1 | mRNA stability | 2.13 e-09 | 6.04 e-05 |
Enox1 | Transport | 6.26 e-09 | 1.53 e-04 |
Krr1 | Ribosome biogenesis | 6.38 e-09 | N/A |
Rbm13 (Mak16) | Ribosome biogenesis (yeast) | 6.45 e-09 | N/A |
Ddx39 | RNA splicing, RNA helicase | 6.89 e-09 | 1.74 e-04 |
Nol9 | Unknown | 8.02 e-09 | 6.76 e-05 |
Zfp462 | Transcription regulator (during development) | 8.98 e-09 | 7.13 e-04 |
Nup37 | Transport | 1.86 e-08 | N/A |
Rbm9 (Fox-2) | RNA splicing | 2.02 e-08 | 5.96 e-06 |
Pprc1 | Transcription regulation | 2.24 e-08 | 5.81 e-05 |
Pcbp3 | Unknown | 3.13 e-08 | 5.54 e-04 |
Elavl3 | Cell differentiation, development | 3.29 e-08 | 4.25 e-06 |
Mki67ip (Nifk) | Unknown | 4.05 e-08 | 1.57 e-06 |
Rbms3 | Unknown | 7.05 e-08 | N/A |
Nup43 | Transport | 8.34 e-08 | N/A |
Rbm19 | rRNA processing, ribosome biogenesis | 8.34 e-08 | N/A |
Brunol4 (Celf4) | Splicing regulator | 1.79 e-07 | 2.80 e-08 |
Eif3d | Translation initiation | 2.28 e-07 | 7.34 e-04 |