FRY (NM_023037) Human Tagged ORF Clone

CAT#: RG220587

FRY (GFP-tagged) - Human furry homolog (Drosophila) (FRY)

Specifications

Product Data

• Type: Human Tagged ORF Clone
• Tag: TurboGFP
• Symbol: FRY
• Synonyms: 13CDNA73; 214K23.2; bA37E23.1; bA207N4.2; C13orf14; CG003
• Vector: pCMV6-AC-GFP
• E. coli Selection: Ampicillin (100 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  ORF Nucleotide Sequence

  >RG220587 representing NM_023037
  Red=Cloning site Blue=ORF Green=Tags(s)
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGCCAGCCAGCAGGATTCGGGCTTCTTTGAGATCAGTATCAAATATTTACTGAAATCCTGGAGTAATA
  CTTCTCCCGTTGGCAACGGTTACATCAAGCCTCCGGTTCCACCTGCTTCTGGCACGCACAGGGAGAAAGG
  GCCGCCAACCATGCTACCCATCAATGTGGACCCAGACAGTAAACCAGGAGAATATGTCCTCAAAAGTTTA
  TTTGTCAACTTCACCACTCAGGCTGAACGCAAGATTCGTATCATTATGGCAGAGCCCCTGGAAAAGCCAT
  TGACAAAATCTCTGCAACGTGGAGAAGACCCCCAATTTGATCAGGTCATCAGCTCAATGAGCTCCCTTTC
  TGAGTACTGCCTGCCTTCCATTCTACGTACATTATTTGACTGGTATAAAAGGCAAAATGGCATTGAGGAT
  GAATCACATGAATACAGACCAAGAACAAGCAATAAATCAAAAAGCGATGAACAACAGCGAGATTATTTAA
  TGGAAAGACGGGACCTCGCCATTGATTTTATTTTTTCTTTAGTATTAATAGAAGTTTTGAAACAGATTCC
  ACTTCATCCTGTAATAGACAGTTTAATACATGATGTTATTAACTTGGCTTTCAAGCACTTTAAATACAAA
  GAAGGGTACCTTGGTCCCAACACTGGCAATATGCATATTGTGGCAGACCTGTATGCAGAAGTCATTGGAG
  TGTTGGCACAAGCCAAATTCCCTGCTGTAAAGAAGAAATTTATGGCGGAGCTAAAAGAATTACGGCACAA
  AGAGCAGAACCCATATGTGGTTCAAAGCATTATCAGCTTAATAATGGGCATGAAATTCTTTCGAATTAAG
  ATGTATCCAGTGGAGGATTTTGAGGCCTCTCTTCAGTTTATGCAGGAATGTGCACATTACTTCCTCGAGG
  TCAAAGACAAAGATATCAAGCATGCCTTGGCTGGGCTTTTTGTTGAAATACTTGTTCCAGTTGCTGCTGC
  TGTTAAAAATGAAGTAAATGTTCCCTGCCTTAGAAATTTTGTGGAAAGCCTGTATGACACCACGCTGGAA
  CTTTCTTCTCGAAAGAAGCATTCCTTGGCCTTGTACCCCCTGGTGACCTGTTTGCTCTGTGTCAGTCAGA
  AGCAGCTGTTCCTGAACAGGTGGCACATTTTCCTCAACAACTGCTTGTCCAACCTTAAAAACAAAGATCC
  CAAGATGGCTCGAGTTGCACTGGAATCTCTCTACAGATTACTTTGGGTTTACATGATTCGAATTAAATGT
  GAAAGCAACACAGCTACTCAGAGCCGACTTATAACCATCATCACAACACTTTTCCCCAAAGGGTCCCGCG
  GTGTGGTACCAAGGGACATGCCTCTGAACATCTTTGTGAAAATCATCCAGTTCATTGCCCAGGAACGTTT
  AGATTTTGCAATGAAAGAAATCATTTTCGATTTTCTTTGTGTGGGAAAACCAGCAAAAGCATTCAGTCTC
  AACCCAGAGAGAATGAACATTGGTTTACGGGCATTCTTGGTCATAGCTGATAGCTTGCAGCAGAAAGATG
  GGGAACCTCCCATGCCGGTTACAGGAGCCGTTCTTCCTTCAGGAAACACGTTAAGAGTAAAGAAAACATA
  TTTGAGTAAAACACTAACTGAAGAGGAAGCCAAAATGATAGGCATGTCCTTATATTACTCTCAAGTACGA
  AAAGCTGTAGACAACATTTTAAGGCACCTTGATAAAGAAGTAGGAAGGTGTATGATGCTGACTAATGTAC
  AGATGTTAAACAAAGAACCGGAAGACATGATCACGGGTGAGAGAAAGCCAAAAATAGATCTTTTCAGGAC
  CTGTGTTGCTGCTATTCCTCGACTGCTTCCTGATGGGATGTCAAAACTTGAACTTATTGACTTACTGGCT
  AGGCTCTCTATTCATATGGATGATGAATTGCGACATATTGCACAAAATTCTCTTCAGGGTTTACTTGTTG
  ACTTCTCAGATTGGAGGGAAGATGTACTATTTGGCTTTACCAACTTCCTGCTCCGGGAAGTAAATGATAT
  GCATCACACACTCCTTGATTCGTCCCTGAAGTTGCTGCTGCAGCTGCTCACCCAGTGGAAACTAGTCATC
  CAGACACAAGGAAAAGTCTATGAACAAGCCAACAAAATCAGAAATTCAGAGCTCATCGCAAATGGCTCCA
  GTCACAGAATTCAGTCGGAACGAGGTCCCCACTGCAGTGTACTCCACGCTGTAGAAGGTTTTGCTCTGGT
  TTTACTCTGCAGTTTCCAGGTGGCCACACGCAAACTGTCCGTTTTAATACTCAAGGAAATTCGAGCGTTG
  TTTATTGCCCTGGGGCAGCCTGAGGATGACGACAGGCCGATGATTGATGTCATGGATCAGCTAAGTTCTT
  CCATTCTAGAAAGTTTTATTCATGTAGCAGTTTCGGATTCAGCAACATTACCACTCACCCACAATGTGGA
  TCTGCAGTGGTTGGTGGAATGGAACGCAGTCCTGGTCAATAGCCATTATGATGTGAAAAGCCCTTCCCAT
  GTCTGGATATTTGCACAGTCTGTCAAAGACCCCTGGGTCCTCTGCCTCTTCAGCTTCCTCCGGCAGGAGA
  ACTTACCCAAGCACTGCCCCACAGCCCTCAGCTATGCCTGGCCTTATGCCTTCACTCGGCTCCAGTCGGT
  GATGCCTCTGGTGGACCCAAATAGCCCAATTAATGCCAAGAAAACCAGCACTGCCGGCAGCGGAGACAAC
  TATGTTACTTTGTGGAGAAATTACCTAATTCTTTGTTTTGGAGTTGCAAAACCCAGTATTATGAGCCCAG
  GACACTTAAGAGCTTCCACTCCAGAAATAATGGCGACCACACCTGATGGTACAGTGAGCTACGATAACAA
  GGCCATAGGCACCCCATCGGTGGGAGTTCTGTTAAAGCAGTTGGTGCCTTTGATGAGACTAGAGAGCATT
  GAGATCACAGAGTCCTTAGTTTTAGGATTTGGAAGAACAAATTCCCTTGTTTTCAGAGAATTGGTAGAAG
  AACTTCATCCATTAATGAAAGAAGCTCTGGAAAGAAGACCAGAGAACAAGAAACGCCGAGAACGGCGAGA
  CTTGTTAAGGCTACAACTACTTCGAATTTTTGAACTTTTGGCTGATGCTGGTGTAATAAGTGACAGCACA
  AATGGAGCCCTAGAGCGGGATACTTTAGCCCTGGGAGCTTTGTTCTTAGAATATGTGGACTTGACCCGCA
  TGCTCCTAGAAGCTGAAAATGACAAAGAAGTTGAAATTCTTAAAGATATCCGGGCACATTTTAGTGCAAT
  GGTGGCCAACTTGATTCAGTGTGTTCCAGTTCACCACCGAAGATTTCTCTTCCCCCAGCAAAGTCTGAGG
  CACCACCTTTTCATCTTATTCAGCCAGTGGGCAGGACCCTTCAGCATTATGTTCACTCCTCTGGATCGTT
  ACAGTGACAGAAATCATCAGATTACAAGATATCAGTATTGTGCATTAAAAGCAATGTCAGCAGTACTGTG
  CTGTGGCCCTGTCTTTGACAATGTGGGCCTTTCCCCAGATGGCTACCTATATAAATGGCTTGACAACATT
  CTGGCTTGTCAAGATTTACGAGTTCATCAACTTGGCTGCGAAGTTGTTGTCTTGCTACTGGAACTTAATC
  CTGACCAAATAAATCTTTTTAACTGGGCAATTGACCGATGCTACACAGGTTCCTACCAACTTGCATCTGG
  CTGCTTCAAAGCCATAGCAACTGTGTGTGGAAGCAGGAACTATCCCTTCGACATAGTGACATTGTTAAAC
  CTTGTTCTATTCAAGGCCTCTGACACCAACAGAGAGATTTATGAAATCTCCATGCAGCTCATGCAGATCC
  TTGAAGCAAAGCTTTTTGTATACTCAAAGAAAGTCGCTGAGCAAAGACCGGGAAGTATTCTCTATGGAAC
  ACACGGCCCGCTGCCACCCCTCTACAGCGTGTCACTTGCCCTCTTGTCATGTGAGCTGGCCAGGATGTAC
  CCTGAGCTCACACTCCCCCTCTTCTCAGAGGTAAGCCAGCGATTCCCCACAACACACCCCAACGGGCGCC
  AGATCATGCTTACCTACCTGCTGCCCTGGCTGCACAACATCGAGCTGGTGGACAGCAGGCTCCTCCTCCC
  GGGGTCGAGCCCCAGCAGCCCAGAGGACGAAGTCAAGGACCGGGAAGGTGACGTGACTGCTTCTCACGGG
  CTGAGAGGAAATGGCTGGGGCTCTCCAGAAGCCACGTCACTGGTCCTGAACAACCTCATGTACATGACGG
  CCAAGTATGGAGATGAAGTTCCTGGGCCAGAAATGGAAAATGCTTGGAATGCTTTAGCCAACAATGAGAA
  ATGGAGCAACAACCTGAGGATCACCTTGCAGTTCCTGATTAGCCTCTGTGGGGTCAGCAGCGACACAGTT
  CTCCTACCCTATATTAAAAAAGTGGCAATATACTTGTGCCGTAACAACACCATTCAAACCATGGAAGAGC
  TTCTCTTTGAGCTGCAGCAGACAGAGCCCGTGAACCCCATCGTCCAGCATTGTGACAACCCGCCCTTCTA
  CCGCTTCACGGCCAGTAGCAAGGCTTCCGCAGCAGCCTCAGGAACCACCTCTAGCAGCAATACAGTGGTT
  GCTGGCCAGGAAAATTTCCCAGATGCTGAGGAGAACAAGATATTGAAAGAATCTGATGAAAGGTTTAGTA
  ATGTCATCAGAGCCCACACTCGCCTCGAGTCAAGATACAGCAATAGCTCTGGAGGATCCTACGATGAAGA
  TAAAAATGATCCAATTTCTCCCTACACGGGCTGGTTGCTGACTATTACAGAGACCAAGCAGCCGCAGCCC
  TTACCGATGCCTTGTACTGGAGGATGCTGGGCCCCCCTGGTTGACTATCTCCCGGAGACCATCACTCCCC
  GGGGGCCACTCCACAGGTGCAATATTGCTGTAATTTTTATGACTGAAATGGTGGTGGATCACAGTGTACG
  AGAAGACTGGGCGCTTCATCTACCATTATTACTTCATGCTGTCTTCTTAGGTTTAGACCACTACCGGCCT
  GAAGTCTTTGAACACAGCAAAAAACTGCTTCTTCACCTCTTGATTGCCCTCTCTTGCAACAGCAATTTCC
  ATTCCATTGCTTCCGTGCTCCTGCAGACCCGAGAGATGGGTGAAGCTAAGACTCTAACCGTGCAGCCAGC
  CTACCAACCTGAATATCTCTATACAGGTGGCTTTGACTTCCTGAGAGAGGACCAGTCATCCCCGGTGCCT
  GACTCAGGGCTTAGTTCAAGCTCCACCTCCTCTAGCATCAGTCTGGGAGGCAGCAGTGGAAACCTCCCAC
  AGATGACCCAGGAGGTAGAAGATGTGGACACAGCTGCTGAAACAGATGAGAAGGCAAACAAGCTCATTGA
  GTTTCTCACGACCAGGGCATTTGGTCCACTTTGGTGCCATGAAGACATCACACCTAAAAATCAAAATTCA
  AAGAGTGCTGAACAGCTCACTAATTTTCTACGTCACGTTGTATCTGTATTTAAAGATTCCAAATCAGGCT
  TCCATCTGGAGCACCAGTTGAGTGAAGTTGCATTGCAGACAGCCCTCGCAAGCTCTTCAAGGCACTATGC
  TGGTCGGTCCTTCCAGATATTCCGGGCCCTCAAGCAACCTCTGTCAGCACATGCCTTATCTGACCTTCTC
  TCAAGATTGGTGGAGGTGATAGGAGAACATGGAGATGAGATTCAGGGTTATGTAATGGAAGCGCTCCTAA
  CCTTGGAGGCGGCTGTGGATAACTTGTCTGACTGCTTGAAGAACAGTGACCTCCTAACTGTATTGTCCCG
  CTCTTCCTCACCAGATTTAAGCTCCAGCAGTAAACTAACAGCAAGCAGAAAGAGCACAGGACAACTAAAC
  ATGAACCCGGGAACCACCAGCGGCAACACCGCAACTGCCGAACGGAGCCGGCATCAACGAAGCTTCTCTG
  TGCCCAAGAAGTTTGGTGTCATCGACCGATCCTCTGACCCACCTCGAAGTGCCACACTGGACAGAATTCA
  GGCTTGTACCCAACAAGGCCTCTCCTCAAAAACCAGAAGCTCATCCTCCTTGAAGGACAGTCTCACGGAC
  CCATCCCACATAAACCATCCCACCAACCTGCTGGCCACCATATTCTGGGTCACAGTGGCCTTGATGGAGT
  CTGATTTTGAGTTTGAATACTTAATGGCCTTAAGGCTGTTGAGCAGACTACTGGCACATATGCCACTCGA
  TAAGGCTGAGAACCGAGAAAAGCTTGAGAAACTCCAGGCACAGCTGAAGTGGGCCGACTTCTCCGGGCTG
  CAGCAGCTGCTGCTGAAAGGATTCACATCCCTCACCACCACAGACCTGACCCTGCAGCTCTTCAGTCTGC
  TGACACCAGTGTCCAAAATATCCATGGTGGATGCATCCCACGCTATTGGGTTTCCACTGAATGTCTTGTG
  TCTCCTGCCTCAGCTGATTCAGCATTTTGAAAATCCCAATCAGTTCTGTAAGGATATAGCCGAAAGGATT
  GCTCAGGTTTGTTTAGAAGAGAAGAACCCCAAACTTTCAAATCTTGCACATGTCATGACTCTTTATAAAA
  CGCACAGCTACACGAGGGACTGTGCCACGTGGGTCAATGTGGTCTGTCGATACCTTCATGAAGCATATGC
  TGACATTACCTTGAATATGGTTACCTACCTGGCAGAGCTGCTGGAGAAGGGCCTCCCTAGTGTGCAGCAG
  CCCCTGCTCCAGGTGATCTACAGTCTTCTCAGCTACATGGACCTTTCTGTCGTTCCTGTCAAACAGTTCA
  ATGTGGAAGTTCTGAAGACAATTGAAAAATATGTGCAAAGTGTTCACTGGAGAGAAGCTCTGAATATCTT
  GAAGCTGGTAGTTTCTCGGTCAGCCAGCCTTGTTTTACCTTCATACCAGCACAGTGACCTCTCAAAAATA
  GAAATACATCGAGTGTGGACTAGTGCTTCCAAGGAATTACCTGGGAAAACCCTGGACTTCCACTTCGATA
  TTTCGGAGACTCCAATCATCGGGAGGCGGTATGATGAGCTGCAGAATTCTTCTGGGCGTGATGGGAAGCC
  CAGGGCCATGGCCGTCACCCGGAGCACATCTTCCACTTCCTCAGGCTCCAACTCCAACGTCCTTGTTCCA
  GTGAGCTGGAAAAGGCCCCAGTATTCTCAGAAGAGAACAAAAGAGAAGTTGGTACATGTCCTTTCTCTGT
  GTGGCCAAGAAGTAGGATTGAGCAAAAATCCATCAGTGATTTTTTCATCGTGTGGGGATCTGGATCTGCT
  TGAGCACCAGACAAGCTTGGTATCTTCTGAGGACGGTGCCCGAGAGCAGGAGAACATGGATGACACAAAC
  AGCGAGCAGCAGTTTAGAGTCTTCAGAGACTTCGACTTCCTAGATGTGGAGCTGGAGGATGGAGAGGGTG
  AGAGTATGGACAATTTCAACTGGGGAGTGCGCAGACGTTCTCTGGACAGCCTGGATAAGTGTGATATGCA
  GATTCTGGAGGAGCGCCAACTGTCAGGAAGCACTCCTAGCCTGAATAAAATGCACCATGAGGACTCCGAT
  GAATCATCCGAGGAGGAGGACCTCACAGCCAGCCAGATCCTGGAGCACTCAGACCTAATCATGACTCTCT
  CCCCCTCTGAAGAGACGAATCCCATGGAGCTGCTCACCACAGCCTGTGACTCGACCCCTGCAGAACCTCA
  TTCCTTTAACACCAGAATGTCCAGCTTTGATGCTTCCTTGCCTGATATGAATAATCTGCAGATTTCTGAG
  GGTTCAAAGGCTGAAGCTGTTCGTGAGGAGGAGGACACCACCGTGCATGAGGATGATCTTTCTAGTTCCA
  TCAATGAACTCCCAGCAGCTTTTGAATGCAGCGACAGCTTTAGCCTGGACATGACTGAGGGGGAAGAAAA
  AGGCAATCGGGCACTGGACCAGTTTACCCTGGCGAGCTTTGGAGAAGGTGACAGGGGAGTCTCTCCCCCT
  CCCTCGCCCTTCTTCTCAGCCATCCTTGCCGCCTTTCAGCCCGCAGCCTGTGACGATGCCGAGGAGGCCT
  GGCGCAGCCACATCAACCAGCTTATGTGTGACTCAGATGGCTCCTGTGCTGTGTATACATTTCATGTGTT
  CTCCTCCTTGTTTAAGAATATTCAGAAAAGGTTCTGCTTCCTAACCTGTGATGCAGCCAGTTACCTTGGA
  GATAACCTCCGGGGAATCGGATCCAAATTTGTCAGCTCTTCCCAGATGCTCACCTCCTGCTCTGAATGTC
  CTACACTTTTTGTGGATGCCGAGACTCTCCTTTCATGTGGACTTCTGGACAAGCTCAAGTTCAGTGTGTT
  AGAACTGCAAGAATATTTGGATACCTACAACAACAGGAAAGAGGCCACACTCTCTTGGCTTGCAAATTGT
  AAGGCAACATTTGCAGGGGGATCAAGAGATGGAGTAATTACCTGTCAACCAGGGGACTCCGAAGAAAAGC
  AATTGGAACTGTGTCAGAGATTATATAAGCTACACTTCCAGCTGCTATTGCTTTTTCAGTCCTACTGTAA
  GCTCATCGGCCAGGTGCACGAAGTTAGCTCCATGCCAGAGCTGCTGAATATGTCCAGGGAACTGAGTGAC
  CTAAAGAAACACCTGAAGGAAGCCAGTGCAGTCATTGCAGCTGACCCTCTCTATTCAGACGGCGCGTGGT
  CCGAGCCCACCTTCACGTCCACTGAAGCAGCCATCCAGTCCATGCTGGAGTGCCTGAAGAACAACGAACT
  CGGCAAAGCTTTGCGGCAGATCAGGGAGTGCAGAAGTCTGTGGCCCAATGACATCTTTGGAAGCAGTTCT
  GATGATGAGGTCCAGACACTACTGAATATTTATTTCCGTCACCAAACTCTGGGACAGACGGGTACTTATG
  CCCTGGTGGGGTCTAACCAGAGCCTGACCGAGATCTGCACCAAGCTGATGGAGCTGAACATGGAGATCCG
  GGACATGATCCGCAGGGCCCAGAGTTACCGAGTCCTCACTACTTTTCTTCCAGACTCCAGTGTTTCTGGC
  ACTAGTCTC
  
  ACGCGTACGCGGCCGCTCGAG - GFP Tag - GTTTAA
  Protein Sequence

  >RG220587 representing NM_023037
  Red=Cloning site Green=Tags(s)
  
  MASQQDSGFFEISIKYLLKSWSNTSPVGNGYIKPPVPPASGTHREKGPPTMLPINVDPDSKPGEYVLKSL
  FVNFTTQAERKIRIIMAEPLEKPLTKSLQRGEDPQFDQVISSMSSLSEYCLPSILRTLFDWYKRQNGIED
  ESHEYRPRTSNKSKSDEQQRDYLMERRDLAIDFIFSLVLIEVLKQIPLHPVIDSLIHDVINLAFKHFKYK
  EGYLGPNTGNMHIVADLYAEVIGVLAQAKFPAVKKKFMAELKELRHKEQNPYVVQSIISLIMGMKFFRIK
  MYPVEDFEASLQFMQECAHYFLEVKDKDIKHALAGLFVEILVPVAAAVKNEVNVPCLRNFVESLYDTTLE
  LSSRKKHSLALYPLVTCLLCVSQKQLFLNRWHIFLNNCLSNLKNKDPKMARVALESLYRLLWVYMIRIKC
  ESNTATQSRLITIITTLFPKGSRGVVPRDMPLNIFVKIIQFIAQERLDFAMKEIIFDFLCVGKPAKAFSL
  NPERMNIGLRAFLVIADSLQQKDGEPPMPVTGAVLPSGNTLRVKKTYLSKTLTEEEAKMIGMSLYYSQVR
  KAVDNILRHLDKEVGRCMMLTNVQMLNKEPEDMITGERKPKIDLFRTCVAAIPRLLPDGMSKLELIDLLA
  RLSIHMDDELRHIAQNSLQGLLVDFSDWREDVLFGFTNFLLREVNDMHHTLLDSSLKLLLQLLTQWKLVI
  QTQGKVYEQANKIRNSELIANGSSHRIQSERGPHCSVLHAVEGFALVLLCSFQVATRKLSVLILKEIRAL
  FIALGQPEDDDRPMIDVMDQLSSSILESFIHVAVSDSATLPLTHNVDLQWLVEWNAVLVNSHYDVKSPSH
  VWIFAQSVKDPWVLCLFSFLRQENLPKHCPTALSYAWPYAFTRLQSVMPLVDPNSPINAKKTSTAGSGDN
  YVTLWRNYLILCFGVAKPSIMSPGHLRASTPEIMATTPDGTVSYDNKAIGTPSVGVLLKQLVPLMRLESI
  EITESLVLGFGRTNSLVFRELVEELHPLMKEALERRPENKKRRERRDLLRLQLLRIFELLADAGVISDST
  NGALERDTLALGALFLEYVDLTRMLLEAENDKEVEILKDIRAHFSAMVANLIQCVPVHHRRFLFPQQSLR
  HHLFILFSQWAGPFSIMFTPLDRYSDRNHQITRYQYCALKAMSAVLCCGPVFDNVGLSPDGYLYKWLDNI
  LACQDLRVHQLGCEVVVLLLELNPDQINLFNWAIDRCYTGSYQLASGCFKAIATVCGSRNYPFDIVTLLN
  LVLFKASDTNREIYEISMQLMQILEAKLFVYSKKVAEQRPGSILYGTHGPLPPLYSVSLALLSCELARMY
  PELTLPLFSEVSQRFPTTHPNGRQIMLTYLLPWLHNIELVDSRLLLPGSSPSSPEDEVKDREGDVTASHG
  LRGNGWGSPEATSLVLNNLMYMTAKYGDEVPGPEMENAWNALANNEKWSNNLRITLQFLISLCGVSSDTV
  LLPYIKKVAIYLCRNNTIQTMEELLFELQQTEPVNPIVQHCDNPPFYRFTASSKASAAASGTTSSSNTVV
  AGQENFPDAEENKILKESDERFSNVIRAHTRLESRYSNSSGGSYDEDKNDPISPYTGWLLTITETKQPQP
  LPMPCTGGCWAPLVDYLPETITPRGPLHRCNIAVIFMTEMVVDHSVREDWALHLPLLLHAVFLGLDHYRP
  EVFEHSKKLLLHLLIALSCNSNFHSIASVLLQTREMGEAKTLTVQPAYQPEYLYTGGFDFLREDQSSPVP
  DSGLSSSSTSSSISLGGSSGNLPQMTQEVEDVDTAAETDEKANKLIEFLTTRAFGPLWCHEDITPKNQNS
  KSAEQLTNFLRHVVSVFKDSKSGFHLEHQLSEVALQTALASSSRHYAGRSFQIFRALKQPLSAHALSDLL
  SRLVEVIGEHGDEIQGYVMEALLTLEAAVDNLSDCLKNSDLLTVLSRSSSPDLSSSSKLTASRKSTGQLN
  MNPGTTSGNTATAERSRHQRSFSVPKKFGVIDRSSDPPRSATLDRIQACTQQGLSSKTRSSSSLKDSLTD
  PSHINHPTNLLATIFWVTVALMESDFEFEYLMALRLLSRLLAHMPLDKAENREKLEKLQAQLKWADFSGL
  QQLLLKGFTSLTTTDLTLQLFSLLTPVSKISMVDASHAIGFPLNVLCLLPQLIQHFENPNQFCKDIAERI
  AQVCLEEKNPKLSNLAHVMTLYKTHSYTRDCATWVNVVCRYLHEAYADITLNMVTYLAELLEKGLPSVQQ
  PLLQVIYSLLSYMDLSVVPVKQFNVEVLKTIEKYVQSVHWREALNILKLVVSRSASLVLPSYQHSDLSKI
  EIHRVWTSASKELPGKTLDFHFDISETPIIGRRYDELQNSSGRDGKPRAMAVTRSTSSTSSGSNSNVLVP
  VSWKRPQYSQKRTKEKLVHVLSLCGQEVGLSKNPSVIFSSCGDLDLLEHQTSLVSSEDGAREQENMDDTN
  SEQQFRVFRDFDFLDVELEDGEGESMDNFNWGVRRRSLDSLDKCDMQILEERQLSGSTPSLNKMHHEDSD
  ESSEEEDLTASQILEHSDLIMTLSPSEETNPMELLTTACDSTPAEPHSFNTRMSSFDASLPDMNNLQISE
  GSKAEAVREEEDTTVHEDDLSSSINELPAAFECSDSFSLDMTEGEEKGNRALDQFTLASFGEGDRGVSPP
  PSPFFSAILAAFQPAACDDAEEAWRSHINQLMCDSDGSCAVYTFHVFSSLFKNIQKRFCFLTCDAASYLG
  DNLRGIGSKFVSSSQMLTSCSECPTLFVDAETLLSCGLLDKLKFSVLELQEYLDTYNNRKEATLSWLANC
  KATFAGGSRDGVITCQPGDSEEKQLELCQRLYKLHFQLLLLFQSYCKLIGQVHEVSSMPELLNMSRELSD
  LKKHLKEASAVIAADPLYSDGAWSEPTFTSTEAAIQSMLECLKNNELGKALRQIRECRSLWPNDIFGSSS
  DDEVQTLLNIYFRHQTLGQTGTYALVGSNQSLTEICTKLMELNMEIRDMIRRAQSYRVLTTFLPDSSVSG
  TSL
  
  TRTRRLE - GFP Tag - V
• Restriction Sites: SgfI-MluI Cloning Scheme for this gene Plasmid Map
• ACCN: NM_023037
• ORF Size: 9039 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_023037.2, NP_075463.2
• RefSeq Size: 10718
• RefSeq ORF: 9042
• Locus ID: 10129