Nav3 (NM_001081035) Mouse Tagged ORF Clone

CAT#: MG216569

Nav3 (GFP-tagged) - Mouse neuron navigator 3 (Nav3), (10ug)

Specifications

Product Data

• Type: Mouse Tagged ORF Clone
• Tag: TurboGFP
• Symbol: Nav3
• Synonyms: 4732483H20Rik; 9630020C08Rik; mKIAA0938; POMFIL1; Pomfil1p; unc53H3
• Vector: pCMV6-AC-GFP
• E. coli Selection: Ampicillin (100 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  ORF Nucleotide Sequence

  >MG216569 representing NM_001081035
  Red=Cloning site Blue=ORF Green=Tags(s)
  
  GACGTTGTATACGACTCCTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGGCGCGCCC
  
  ATGCCTGTCCTTGGGGTTGCCTCAAAACTGAGACAGCCAGCTGTTGGGCCAAAGCCTGTTCACGCTGCTC
  TTCCGATACCGAATCTTGGCATCAGTGTGTCACGGCGCTGTTCCTCGAGACCTCTGGAATTTGCTACACC
  GGAGCGCTCAATGCTTTCGTGCCAGCTCACATTAAAATCAACCTGTGAGTTTGGAGAGAAGAAAGCCCTG
  CAGGGAACAGCCAAGGAGATCGAAGACAGCAAGATTTACACTGACTGGGCCAACCACTACCTGGCAAAAT
  CCGGCCACAAGCGGCTGATCAAGGACTTGCAGCAGGACATTGCGGACGGGGTCCTTCTGGCAGACATCAT
  CCAGATCATTGCAAATGAGAAAGTCGAAGATATCAATGGATGTCCGAGAAGTCAGTCTCAGATGATTGAA
  AATGTCGATGTCTGCCTTAGCTTTCTGGCAGCCCGAGGAGTAAACGTTCAAGGCCTATCTGCTGAAGAGA
  TAAGAAATGGAAACCTAAAAGCCATCCTAGGGCTCTTTTTTAGCTTGTCTCGCTACAAGCAACAGCAGCA
  TCATCAACAGCAGTATTACCAGTCCTTGGTGGAGCTTCAGCAGCGAGTGACTCATACCGCCCCTCAGTCC
  GAAGCCAGCCAGGCCAAAACCCAGCAAGATATGCAGTCCAGTCTGACAGCCAGATATGCAGCTCAGTCTA
  AACACAGTGGAATTGCAACCAGTCAGAAAAAGCCTACTAGGCTTCCAGGGCCCTCTAGGGTGCCAGCTGC
  GAGCAGCAGCAACAAGGCTCAGGGAGCCTCCAATCTCAATAGGAGAAGTCAGAGCTTTAACAGCATTGAC
  AAAAACAAGCCTCCAAATTATGCAAATGGAAATGAAAAAGATTCCCCCAAAGGACCTCAACCATCTTCAG
  GTATAAATGGAAACACACAGCCTCCCAGCACTTCTGGGCAACCCCCAGCCTCAGCCATCCCTTCCCCGAG
  TGCCAGCAAGCCCTGGCGCAGCAAGTCCATGAATGTCAAGCACAGTGCCACCTCTACCATGCTGACAGTG
  AAGCAGCCAAGCCCAGCCACTTCTCCCACACCATCTTCAGACAGACTGAAGCCCCCTGTCACAGAAGGGG
  TCAAAAGCGCTCCTTCGGGACAGAAATCTATGCTTGAAAAATTCAAGCTGGTTAATGCCCGGACAGCACT
  ACGCCCCCCTCAGGCTCCCAGTTCTGGACCTAACGATGGTGGAAGAGAAGATGATGCCTTTTCTGAATCA
  GGGGAAATGGAAGGTTTTAACAGTGGTCTGAATAGTGGCGGCTCGACAAACAGCAGCCCCAAAGTGTCAC
  CTAAATTAACCCCTCCGAAAGCGGGAAGCAAAAATTTCAGCAATAAAAAGTCTTTGCTGCAGCCAAAAGA
  AAAAGAGGAAAAGACCAGGGACAAGAATAAAGCCTGCGCTGAGAAGTCGGGAAAAGAAGAGAAGGACCAG
  GTGACGACGGAGGCAGCTCCGAAAAAGACTTCTAAAATTGCAAGCTTGATCCCAAAGGGCAGCAAGACTG
  CAGCGGCCAAGAAAGAAAGCTTAATTCCATCGTCCAGTGGAATTCCAAAGCCAGGCTCAAAGGTGCCCAC
  GCCAAAGCAAACTATTTCACCTGGCAGCGCAGCAAGTAAAGAGTCTGAGAAATTCAGGACTAGCAAGGGA
  AGCTCTTCTCAGGCCTTCCCAAAGGCCATCACAGCGGAGAAAGCAAGCACGCCCAGCCTCTCTACCCCTC
  TGGATGGGCGGGAAGCTGGGCAAGCGTCTCCCTCCAGCTCCTGTGTTATGCAGGTCACACACAGCAGTGG
  ACAGAGCCCTGGCAATGGAGCTGTCCAGCTTCCTCAGCAGCAGCAGCATAGCCATCCCAACACAGCCACG
  GTGGCTCCGTTCATTTATAGGGCACATTCAGAAAATGAAGGCACCTCTTTACCACCTGCTGACTCCTGTA
  CCAGTCCCACAAAGATGGATTCTTCCTACAGTAAGACGGCTAAGCAATGCCTAGAAGAGATATCTGGGGA
  GGACCCTGAAGCTCGGAGAATGCGCACAGTCAAGAACATAGCAGATCTGAGGCAGAACTTGGAAGAGACA
  ATGTCCAGTCTTCGAGGGACCCAGATAAGCCACAGCACCCTGGAGACAACCTTTGATACGACTGTGACAA
  CTGAAGTGAATGGAAGGGCCATCCCCAACCTGACAAGCCGACCTTCCCCCATGACCTGGAGACTGGGTCA
  AGCGTGCCCTCGTCTACAGGCTGGAGATGCCCCCTCCATGGGCGCTGGATATTCTCGAAGCGGTACCAGC
  CGATTCATCCACACGGATCCCTCCAGGTTTATGTATACCACGCCTCTCCGCCGAGCTGCTGTCTCGCGTC
  TGGGAAACATGTCACAAATAGATATGAGCGAGAAAGCAAGCAGTGACCTGGATGTGTCTTCTGAAGTGGA
  TGTTGGTGGATACATGAGCGATGGTGATATCCTTGGGAAGAGTCTGAGAGCGGATGATATCAACAGTGGG
  TACATGACAGATGGTGGGCTCAACCTATATACCAGAAGTCTTAACCGAGTCCCGGACACAGCAACTTCCA
  GAGATGTCATACAGAGAGGCGTTCACGATGTGACAGTGGACGCAGACAGCTGGGATGACAGCAGTTCTGT
  GAGCAGTGGCCTCAGTGACACACTTGATAACATTAGCACAGATGACCTCAACACCACGTCCTCCATCAGT
  TCTTACTCCAACATCACTGTCCCCTCCAGGAAGAACACTCAGCTGAAAACAGATGCGGAGAAACGTTCGA
  CAACAGATGAGACCTGGGATAGTCCTGAGGAGCTGAAGAAAGCCGAGGGAGATTGTGACAGCCATGGTGA
  CGGAGCCGCCAAGTGGAAGGGTGCTACTTCTGGACTTGCTGAAGACTCGGAGAAGACAGGGCAGAAAGCC
  AGCCTGTCTGTGTCTCAGACAGGCTCCTGGAGGAGAGGCATGTCTGCCCAGGGAGGAACTCCAGCTACAG
  CTAGGCAGAAAACCAGCACAAGTGCACTCAAGACCCCTGGGAAGACAGATGATGCCAAAGCTTCCGAGAA
  AGGGAAAACTCCTCTCAAAGGATCATCCTTGCAAAGGTCTCCTTCAGATGCAGGGAAAAGCAGCGGGGAT
  GAAGGGAAAAAGCCACCGTCAGGCATTGGAAGATCGACAGCCAGCAGTTCTTTTGGATACAAGAAGCCAA
  GTGGTGTAGGGGCTTCCACTATGATTACCAGCAGCGGTGCCACCATCACAAGCGGTTCAGCTACACTGGG
  GAAAATCCCCAAATCCGCTGCCATTGGTGGGAAGTCCAATGCAGGAAGGAAAACCAGCCTGGACGGGTCC
  CAGAATCAAGATGATGTTGTCCTGCACGTGAGCTCGAAGACCACCCTCCAGTACCGTAGTTTGCCCCGCC
  CTTCTAAGTCCAGCACCAGCGGAATCCCTGGGAGAGGTGGCCACAGGTCGAGCACCAGCAGCATTGATTC
  CAATGTCAGCAGCAAGTCAGCTGGGGCCACCACCTCCAAACTGAGAGAACCGACTAAGATCGGCTCAGGG
  CGCTCGAGTCCAGTCACTGTCAACCAAACAGACAAAGAGAAGGAGAAAGTAGCAGTGTCAGATTCAGAGA
  GCGTTTCCTTGTCAGGTTCCCCCAAATCCAGCCCCACCTCTGCCAGTGCCTGTGGGACTCAAGGGCTCAG
  ACAGCCAGGGTCCAAATATCCAGATATTGCCTCGCCCACATTTCGAAGGTTGTTCGGTGCCAAGGCAGGC
  GGCAAATCTGCCTCCGCACCTAATACTGAGGGGGCGAAGTCCTCCTCAGTAGTGCTCAGCCCTAGTACCT
  CTTTAGCCCGACAAGGCAGTCTGGAGTCACCGTCGTCCGGTACGGGAAGCATGGGCAGTGCTGGTGGGCT
  GAGTGGCAGCAGCAGCCCTCTCTTCAATAAACCCTCAGACCTAACTACAGATGTTATAAGCTTAAGTCAC
  TCCTTGGCTTCCAGCCCAGCGTCGGTTCACTCTTTCACATCCGGTGGGCTTGTGTGGGCTGCCAATCTGA
  GCAGTTCCTCTGCCGGCAGCAAGGACACTCCAAGTTACCAGTCCATGACTAGTCTCCATACGAGCTCTGA
  GTCCATTGACCTGCCCCTCAGCCATCATGGCTCCCTGTCTGGACTGACCACAGGCACTCACGAGGTGCAG
  AGCCTGCTCATGAGAACGGGTAGTGTGAGATCTACTCTCTCAGAAAGCATGCAGCTTGACAGAAATACAC
  TACCCAAAAAGGGACTAAGATACACCCCATCATCTCGGCAGGCCAACCAAGAAGAAGGCAAAGAGTGGCT
  GCGATCGCATTCCACTGGCGGGCTGCAGGATACTGGCAACCAGTCTCCCTTGGTCTCCCCTTCTGCCATG
  TCATCGTCAGCCACCGGAAAATATCACTTTTCCAACTTGGTGAGTCCCACCAACCTCTCCCAGTTTAACC
  TGCCTGCACCCAGTATGATGCGCTCCAGCAGTATCCCCGCCCAGGACTCCTCCTTCGACCTCTATGATGA
  TGCCCAGCTTTGCGGTAGTGCAACTTCCCTGGAGGAAAGGCCACGGGCCGTTAGCCACTCCGGCTCATTC
  AGAGACAGCATGGAGGAAGTTCATGGCTCTTCACTGTCATTGGTCTCCAGCACATCATCCCTTTACTCTA
  CGGCTGAAGAGAAGGCTCATTCAGAGCAAATCCATAAGCTACGGAGAGAACTGGTTGCCTCCCAGGAGAA
  AGTCGCTACCCTCACGTCTCAGCTGTCAGCAAATGCTCACCTTGTAGCAGCTTTTGAAAAGAGTTTAGGG
  AATATGACTGGCCGTTTGCAAAGTCTAACCATGACAGCGGAACAAAAGGAATCTGAGCTTATCGAACTGC
  GGGAAACCATTGAAATGTTGAAGGCCCAGAACTCTGCTGCCCAAGCAGCCATTCAGGGAGCACTGAATGG
  CCCAGACCACCCTCCCAAAGATCTCCGCATCAGAAGACAGCACTCCTCTGAAAGTGTTTCTAGTATCAAC
  AGCGCAACGAGCCATTCCAGCATTGGCAGTGGTAATGATGCTGACTCCAAGAAAAAGAAGAAGAAAAACT
  GGGTGAACTCTAGAGGAAGTGAGCTGAGAAGTTCTTTCAAGCAAGCCTTTGGCAAGAAAAAGTCCACCAA
  GCCGCCTTCCTCGCATTCGGACATTGAAGAGCTGACAGACTCATCCCTGCCAGCCTCCCCCAAGCTACCC
  CACAATGCTGGCGAGAGTGGCTCTTCATCCATGAAGCCCTCGCAGTCAGCCTCAGCGATCTGCGAGTGCA
  CTGAGGCTGAGGCCGAGATCATTCTGCAGCTGAAGAGCGAGCTCAGAGAGAAGGAATTAAAATTAACAGA
  TATAAGGCTGGAGGCCCTCAGCTCTGCTCACCATCTCGATCAGATCCGGGAAGCCATGAACCGGATGCAG
  AACGAAATTGAAATATTGAAGGCTGAAAATGATCGGCTGAAGGCAGAGACTGGAAACACAGCTAAACCTG
  CCAGGCCCCCTTCTGATTCCTCAAGCACAGCCTCTTCTTCTTCTTCACGCCAGTCCTTAGGGCTTTCACT
  CAACAACCTGAACATCACAGAGTCTGTTACCTCAGATATTTTGCTAGATGACACTGGTGATGCAACAGGA
  CATAAGGATGGCCGCAGTGTGAAAATTATAGTGTCCATCAGCAAGGGCTACGGTCGAGCCAAGGACCAGA
  AGTCTCAGGCATATTTGATAGGATCCATTGGTGTTAGTGGAAAAACTAAATGGGATGTCTTAGATGGTGT
  CATTAGGCGTCTCTTTAAGGAATATGTGTTCCGAATTGATACATCCTCTAGTCTTGGTCTGAGCTCTGAC
  TGCATTGCTAGCTACTGTATAGGAGATTTAATTAGATCTCATAACCTGGAAGTGCCTGAACTGCTACCTT
  GTGGATACCTGGTTGGAGATAATAATATCATCACTGTGAACCTGAAAGGGGTAGAAGAAAATAGTTTGGA
  CAGTTTTGTTTTTGATACACTGATTCCTAAGCCAATTACCCAAAGGTACTTTAACTTGTTGATGGAGCAC
  CACAGAATTATCCTCTCAGGACCAAGCGGGACGGGAAAGACCTATTTAGCAAACAAACTTGCTGAATATG
  TCATAACAAAATCTGGAAGGAAAAAGACAGAAGATGCCATTGCTACCTTTAATGTGGACCACAAGTCAAG
  TAAGGAACTGCAGCAGTATCTTGCCAACCTGGCTGAACAATGCAGTGCAGACAATAATGGGGTAGAGCTC
  CCTGTTGTCATAATTCTGGACAATCTTCACCATGTGGGCTCTTTGAGTGACATCTTCAATGGTTTTCTCA
  ATTGTAAATACAACAAATGCCCTTATATTATTGGAACCATGAATCAGGGAGTCTCCTCATCACCAAATTT
  AGAACTACATCACAATTTCAGGTGGGTATTATGTGCAAACCACACGGAACCCGTGAAAGGCTTTTTAGGC
  AGGTATCTTCGCAGGAAACTGATAGAGATGGAAATTGAGAGGAATATACGTAATAACGACCTGGTCAAAA
  TTATCGACTGGATTCCTAAGACATGGCATCATCTCAATAGTTTTCTGGAAACTCACAGTTCTTCTGATGT
  CACCATTGGTCCTCGGCTCTTCCTTCCTTGCCCCATGGATGTGGAAGGTTCTAGGGTGTGGTTCATGGAT
  CTTTGGAATTATTCCTTGGTACCTTATGTTCTGGAGGCAGTGAGGGAAGGCCTACAGATGTATGGGAAAC
  GTGCACCGTGGGAAGATCCCTCCAAGTGGGTCCTTGACACGTACCCATGGAGTTCTGCATCCTTGCCTCA
  GGAAGGCCCAGCTTTACTGCAGTTGCGGCCAGAAGATGTTGGCTACGAAGCCTGCACATCTACAAAGGAA
  GCCACAACGTCAAAGCACATTCCCCAGACTGATACAGAAGGGGACCCCTTGATGAATATGCTAATGAAGC
  TCCAAGAAGCCGCCAATTACCCCAGCACTCAAAGCTGTGACGGCGATAGTGTCAGCCACCGTGAAGACAT
  TTTGGATACATCTATTGAATCCACCCTC
  
  ACGCGTACGCGGCCGCTCGAG - GFP Tag - GTTTAA
  Protein Sequence

  >MG216569 representing NM_001081035
  Red=Cloning site Green=Tags(s)
  
  MPVLGVASKLRQPAVGPKPVHAALPIPNLGISVSRRCSSRPLEFATPERSMLSCQLTLKSTCEFGEKKAL
  QGTAKEIEDSKIYTDWANHYLAKSGHKRLIKDLQQDIADGVLLADIIQIIANEKVEDINGCPRSQSQMIE
  NVDVCLSFLAARGVNVQGLSAEEIRNGNLKAILGLFFSLSRYKQQQHHQQQYYQSLVELQQRVTHTAPQS
  EASQAKTQQDMQSSLTARYAAQSKHSGIATSQKKPTRLPGPSRVPAASSSNKAQGASNLNRRSQSFNSID
  KNKPPNYANGNEKDSPKGPQPSSGINGNTQPPSTSGQPPASAIPSPSASKPWRSKSMNVKHSATSTMLTV
  KQPSPATSPTPSSDRLKPPVTEGVKSAPSGQKSMLEKFKLVNARTALRPPQAPSSGPNDGGREDDAFSES
  GEMEGFNSGLNSGGSTNSSPKVSPKLTPPKAGSKNFSNKKSLLQPKEKEEKTRDKNKACAEKSGKEEKDQ
  VTTEAAPKKTSKIASLIPKGSKTAAAKKESLIPSSSGIPKPGSKVPTPKQTISPGSAASKESEKFRTSKG
  SSSQAFPKAITAEKASTPSLSTPLDGREAGQASPSSSCVMQVTHSSGQSPGNGAVQLPQQQQHSHPNTAT
  VAPFIYRAHSENEGTSLPPADSCTSPTKMDSSYSKTAKQCLEEISGEDPEARRMRTVKNIADLRQNLEET
  MSSLRGTQISHSTLETTFDTTVTTEVNGRAIPNLTSRPSPMTWRLGQACPRLQAGDAPSMGAGYSRSGTS
  RFIHTDPSRFMYTTPLRRAAVSRLGNMSQIDMSEKASSDLDVSSEVDVGGYMSDGDILGKSLRADDINSG
  YMTDGGLNLYTRSLNRVPDTATSRDVIQRGVHDVTVDADSWDDSSSVSSGLSDTLDNISTDDLNTTSSIS
  SYSNITVPSRKNTQLKTDAEKRSTTDETWDSPEELKKAEGDCDSHGDGAAKWKGATSGLAEDSEKTGQKA
  SLSVSQTGSWRRGMSAQGGTPATARQKTSTSALKTPGKTDDAKASEKGKTPLKGSSLQRSPSDAGKSSGD
  EGKKPPSGIGRSTASSSFGYKKPSGVGASTMITSSGATITSGSATLGKIPKSAAIGGKSNAGRKTSLDGS
  QNQDDVVLHVSSKTTLQYRSLPRPSKSSTSGIPGRGGHRSSTSSIDSNVSSKSAGATTSKLREPTKIGSG
  RSSPVTVNQTDKEKEKVAVSDSESVSLSGSPKSSPTSASACGTQGLRQPGSKYPDIASPTFRRLFGAKAG
  GKSASAPNTEGAKSSSVVLSPSTSLARQGSLESPSSGTGSMGSAGGLSGSSSPLFNKPSDLTTDVISLSH
  SLASSPASVHSFTSGGLVWAANLSSSSAGSKDTPSYQSMTSLHTSSESIDLPLSHHGSLSGLTTGTHEVQ
  SLLMRTGSVRSTLSESMQLDRNTLPKKGLRYTPSSRQANQEEGKEWLRSHSTGGLQDTGNQSPLVSPSAM
  SSSATGKYHFSNLVSPTNLSQFNLPAPSMMRSSSIPAQDSSFDLYDDAQLCGSATSLEERPRAVSHSGSF
  RDSMEEVHGSSLSLVSSTSSLYSTAEEKAHSEQIHKLRRELVASQEKVATLTSQLSANAHLVAAFEKSLG
  NMTGRLQSLTMTAEQKESELIELRETIEMLKAQNSAAQAAIQGALNGPDHPPKDLRIRRQHSSESVSSIN
  SATSHSSIGSGNDADSKKKKKKNWVNSRGSELRSSFKQAFGKKKSTKPPSSHSDIEELTDSSLPASPKLP
  HNAGESGSSSMKPSQSASAICECTEAEAEIILQLKSELREKELKLTDIRLEALSSAHHLDQIREAMNRMQ
  NEIEILKAENDRLKAETGNTAKPARPPSDSSSTASSSSSRQSLGLSLNNLNITESVTSDILLDDTGDATG
  HKDGRSVKIIVSISKGYGRAKDQKSQAYLIGSIGVSGKTKWDVLDGVIRRLFKEYVFRIDTSSSLGLSSD
  CIASYCIGDLIRSHNLEVPELLPCGYLVGDNNIITVNLKGVEENSLDSFVFDTLIPKPITQRYFNLLMEH
  HRIILSGPSGTGKTYLANKLAEYVITKSGRKKTEDAIATFNVDHKSSKELQQYLANLAEQCSADNNGVEL
  PVVIILDNLHHVGSLSDIFNGFLNCKYNKCPYIIGTMNQGVSSSPNLELHHNFRWVLCANHTEPVKGFLG
  RYLRRKLIEMEIERNIRNNDLVKIIDWIPKTWHHLNSFLETHSSSDVTIGPRLFLPCPMDVEGSRVWFMD
  LWNYSLVPYVLEAVREGLQMYGKRAPWEDPSKWVLDTYPWSSASLPQEGPALLQLRPEDVGYEACTSTKE
  ATTSKHIPQTDTEGDPLMNMLMKLQEAANYPSTQSCDGDSVSHREDILDTSIESTL
  
  TRTRPLE - GFP Tag - V
• Restriction Sites: AscI-MluI Cloning Scheme for this gene Plasmid Map
• ACCN: NM_001081035
• ORF Size: 7098 bp
• OTI Disclaimer: The molecular sequence of this clone aligns with the gene accession number as a point of reference only. However, individual transcript sequences of the same gene can differ through naturally occurring variations (e.g. polymorphisms), each with its own valid existence. This clone is substantially in agreement with the reference, but a complete review of all prevailing variants is recommended prior to use. More info
• OTI Annotation: This clone was engineered to express the complete ORF with an expression tag. Expression varies depending on the nature of the gene.

Reference Data

• RefSeq: NM_001081035.1, NP_001074504.1
• RefSeq Size: 7782
• RefSeq ORF: 7101
• Locus ID: 260315