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Table 5 Top 20 gene expression candidates in RNA binding proteins.

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