ARL13B (Vector pENTR223.1, Accession No. BC104035)

Length: 1287 Sequence: ATGTTCAGTC TGATGGCCAG TTGCTGCGGC TGGTTCAAGC GGTGGCGGGA GCCTGTCAGA AAGGTGACTC TTTTGATGGT GGGACTTGAT AATGCTGGTA AAACCGCAAC AGCAAAGGGA ATCCAAGGAG AATACCCTGA AGATGTAGCT CCTACTGTTG GATTTTCAAA AATTAACCTT AGACAAGGAA AGTTTGAAGT CACCATCTTT GACTTGGGAG GTGGAATAAG AATTCGGGGA ATCTGGAAGA ATTACTATGC TGAATCCTAT GGGGTAATAT TTGTTGTGGA TTCCAGTGAT GAAGAGAGAA TGGAAGAGAC AAAAGAGGCT ATGTCAGAAA TGCTAAGACA TCCTAGGATA TCGGGAAAGC CTATATTGGT GTTGGCAAAT AAACAAGATA AAGAAGGAGC TTTAGGAGAA GCTGATGTCA TTGAATGTCT ATCTCTGGAA AAATTGGTCA ATGAGCACAA GTGCCTGTGT CAGATAGAAC CATGTTCAGC AATCTCGGGG TATGGAAAGA AAATTGACAA GTCCATTAAA AAAGGCCTTT ATTGGCTGCT ACATGTTATT GCAAGAGACT TTGATGCCTT AAATGAACGC ATCCAAAAAG AGACAACAGA GCAGCGTGCT CTTGAGGAAC AAGAGAAACA AGAAAGAGCT GAACGAGTGC GAAAATTACG AGAAGAAAGA AAACAAAATG AACAGGAGCA GGCTGAACTC GATGGAACCA GTGGTCTGGC TGAGTTGGAC CCAGAACCAA CGAATCCTTT CCAGCCAATA GCATCTGTAA TCATTGAGAA TGAAGGAAAA CTTGAAAGAG AGAAAAAAAA CCAAAAAATG GAGAAAGACA GTGATGGCTG CCACCTGAAA CATAAAATGG AGCATGAGCA AATAGAGACA CAAGGCCAGG TTAATCACAA TGGCCAAAAA AATAATGAAT TTGGACTAGT AGAAAATTAT AAGGAGGCAT TAACACAGCA GTTAAAGAAT GAAGATGAGA CAGACCGGCC ATCATTGGAA TCAGCTAATG GTAAAAAGAA AACTAAGAAA CTAAGAATGA AAAGGAACCA CCGGGTAGAA CCACTTAATA TAGATGACTG TGCTCCTGAG AGTCCAACGC CACCCCCACC CCCTCCTCCT GTTGGCTGGG GAACCCCTAA AGTCACTAGA CTTCCAAAAC TTGAGCCTCT TGGTGAAACA CATCATAATG ATTTCTATAG GAAGCCACTG CCTCCCCTGG CTGTGCCACA GCGACCTAAC AGTGATGCTC ATGATGTGAT Protein function: Cilium-specific protein required to control the microtubule- based, ciliary axoneme structure. May act by maintaining the association between IFT subcomplexes A and B. Binds GTP but is not able to hydrolyze it, the GTPase activity remains unclear. Required to pattern the neural tube. Involved in cerebral cortex development: required for the initial formation of a polarized radial glial scaffold, the first step in the construction of the cerebral cortex, by regulating ciliary signaling. Regulates the migration and placement of postmitotic interneurons in the developing cerebral cortex. May regulate endocytic recycling traffic, however, additional evidence is required to confirm these data. [The UniProt Consortium]