NRBP1 (Vector pENTR223.1, Accession No. BC001221)

Length: 1608 Sequence: atgtcggagg gggagtccca gacagtactt agcagtggct cagacccaaa ggtagaatcc tcatcttcag ctcctggcct gacatcagtg tcacctcctg tgacctccac aacctcagct gcttccccag aggaagaaga agaaagtgaa gatgagtctg agattttgga agagtcgccc tgtgggcgct ggcagaagag gcgagaagag gtgaatcaac ggaatgtacc aggtattgac agtgcatacc tggccatgga tacagaggaa ggtgtagagg ttgtgtggaa tgaggtacag ttctctgaac gcaagaacta caagctgcag gaggaaaagg ttcgtgctgt gtttgataat ctgattcaat tggagcatct taacattgtt aagtttcaca aatattgggc tgacattaaa gagaacaagg ccagggtcat ttttatcaca gaatacatgt catctgggag tctgaagcaa tttctgaaga agaccaaaaa gaaccacaag acgatgaatg aaaaggcatg gaagcgttgg tgcacacaaa tcctctctgc cctaagctac ctgcactcct gtgacccccc catcatccat gggaacctga cctgtgacac catcttcatc cagcacaacg gactcatcaa gattggctct gtggctcctg acactatcaa caatcatgtg aagacttgtc gagaagagca gaagaatcta cacttctttg caccagagta tggagaagtc actaatgtga caacagcagt ggacatctac tcctttggca tgtgtgcact ggagatggca gtgctggaga ttcagggcaa tggagagtcc tcatatgtgc cacaggaagc catcagcagt gccatccagc ttctagaaga cccattacag agggagttca ttcaaaagtg cctgcagtct gagcctgctc gcagaccaac agccagagaa cttctgttcc acccagcatt gtttgaagtg ccctcgctca aactccttgc ggcccactgc attgtgggac accaacacat gatcccagag aacgctctag aggagatcac caaaaacatg gatactagtg ccgtactggc tgaaatccct gcaggaccag gaagagaacc agttcagact ttgtactctc agtcaccagc tctggaatta gataaattcc ttgaagatgt caggaatggg atctatcctc tgacagcctt tgggctgcct cggccccagc agccacagca ggaggaggtg acatcacctg tcgtgccccc ctctgtcaag actccgacac ctgaaccagc tgaggtggag actcgcaagg tggtgctgat gcagtgcaac attgagtcgg tggaggaggg agtcaaacac cacctgacac ttctgctgaa gttggaggac aaactgaacc ggcacctgag ctgtgacctg atgccaaatg agaatatccc cgagttggcg gctgagctgg tgcagctggg cttcattagt gaggctgacc agagccggtt gacttctctg ctagaagaga ccttgaacaa gttcaatttt gccaggaaca gtaccctcaa ctcagccgct gtcaccgtct Protein function: May play a role in subcellular trafficking between the endoplasmic reticulum and Golgi apparatus through interactions with the Rho-type GTPases. Binding to the NS3 protein of dengue virus type 2 appears to subvert this activity into the alteration of the intracellular membrane structure associated with flaviviral replication. [The UniProt Consortium]