Mol Cell.Mol Cell Sep 9. pii: S RNA-Seq Identifies an Extensive Network of Conserved Neural- Enriched Exons Regulated by nSR100 △ PSI: displaying an absolute percent spliced in change doxycycline
Mol Cell.Mol Cell Sep 9. pii: S RNA-Seq Identifies an Extensive Network of Conserved Neural- Enriched Exons Regulated by nSR100
Mol Cell.Mol Cell Sep 9. pii: S UGC-Containing Motifs Are Enriched Adjacent to Target Exons and Are Directly Bound by nSR100 In Vivo
Mol Cell.Mol Cell Sep 9. pii: S UGC-Containing Motifs Are Enriched Adjacent to Target Exons and Are Directly Bound by nSR100 In Vivo PAR-iCLIP IP
Mol Cell.Mol Cell Sep 9. pii: S nSR100 Binds Directly Upstream of Suboptimal 30 Splice Sites to Promote Neural Exon Inclusion Polypyrimidine tract Branch point
Mol Cell.Mol Cell Sep 9. pii: S nSR100 Binds Directly Upstream of Suboptimal 30 Splice Sites to Promote Neural Exon Inclusion Polypyrimidine tract
Mol Cell.Mol Cell Sep 9. pii: S nSR100 Interaction Partners Are Enriched in Early-Acting Splicing Complex Proteins
Mol Cell.Mol Cell Sep 9. pii: S nSR100 Interaction Partners Are Enriched in Early-Acting Splicing Complex Proteins g/ml
Mol Cell.Mol Cell Sep 9. pii: S Opposing Regulation of Neural Exons by PTBP1 and nSR100 Mouse cortex tissues development E,embryonic; P, postnatal
Mol Cell.Mol Cell Sep 9. pii: S Opposing Regulation of Neural Exons by PTBP1 and nSR100 ESC: embryonic stem cells NESC: neuroepithelial stem cells Radial NP:radial neural progenitors DIV: days in vitro
Mol Cell.Mol Cell Sep 9. pii: S nSR100 Directly Overcomes PTBP1-Mediated Repression to Promote Exon Inclusion
Mol Cell.Mol Cell Sep 9. pii: S nSR100 Directly Overcomes PTBP1-Mediated Repression to Promote Exon Inclusion
Mol Cell.Mol Cell Sep 9. pii: S nSR100 Directly Overcomes PTBP1-Mediated Repression to Promote Exon Inclusion 50,100,200 ng 100,200 ng ,100,200 ng