2MY7, 2MY8, 4LJM, 4LMZ, 4TLQ1065914007ENSG00000048740ENSMUSG00000002107O95319Q9Z0H4NM_001326318NM_001326319NM_001326320NM_001326321NM_001326323NM_001326324NM_001326325NM_001326326NM_001326327NM_001326328NM_001326329NM_001326330NM_001326331NM_001326332NM_001326333NM_001326334NM_001326335NM_001326336NM_001326337NM_001326338NM_001326339NM_001326340NM_001326341NM_001326342NM_001326343NM_001326344NM_001326345NM_001326346NM_001326347NM_001326348NM_001326349NM_001394502NM_001394513NM_001394517NM_001394518NM_001394519NM_001160292NM_001160293NM_010160NM_183219NM_001310447NM_001347094NP_001313248NP_001313249NP_001313250NP_001313252NP_001313253NP_001313254NP_001313255NP_001313256NP_001313257NP_001313258NP_001313259NP_001313260NP_001313261NP_001313262NP_001313263NP_001313264NP_001313265NP_001313266NP_001313267NP_001313268NP_001313269NP_001313270NP_001313271NP_001313272NP_001313273NP_001313274NP_001313275NP_001313276NP_001313277NP_001313278NP_006552NP_001153764NP_001153765NP_001297376NP_001334023NP_034290NP_001393762NP_001393763NP_001393764NP_001393770NP_001393771NP_001393772NP_001393773NP_001393774NP_001393775NP_001393776NP_001393777NP_001393778NP_001393779NP_001393780NP_001393781NP_001393783NP_001393784NP_001393787NP_001393846NP_001393847NP_001393848NP_001393849NP_001393850NP_001393851NP_001393852NP_001393853NP_001393854NP_001393855NP_001393856NP_001393857NP_001393858NP_001393859NP_001393860NP_001393861NP_001393862NP_001393863NP_001393871NP_001393872NP_001393873NP_001393874NP_001393875NP_001393876NP_001393877NP_001393878NP_001393879NP_001393880NP_001393881NP_001393882NP_001393883NP_001393884NP_001393885NP_001393886NP_001393887NP_001393888NP_001393889NP_001393890NP_001393891NP_001393892NP_001393893NP_001393894NP_001393895NP_001393896NP_001393897NP_001393898NP_001393899NP_001393900NP_001393901NP_001393902NP_001393903NP_001393904NP_001393905NP_001393906NP_001393907NP_001393908NP_001393909NP_001393910NP_001393911CUGBP, Elav-like family member 2, also known as Etr-3 is a protein that in humans is encoded by the CELF2 gene.

[5][6][7] Members of the CELF/BRUNOL protein family are RNA-binding proteins and contain two N-terminal RNA recognition motif (RRM) domains, one C-terminal RRM domain, and a divergent segment of 160-230 aa between the second and third RRM domains.

Members of this protein family regulate pre-mRNA alternative splicing and may also be involved in mRNA editing, and translation.

Alternative splicing results in multiple transcript variants encoding different isoforms.

This article on a gene on human chromosome 10 is a stub.