ANKRD31 (NM_001164443) Human Tagged ORF Clone

CAT#: RG228699

ANKRD31 (GFP-tagged) - Human ankyrin repeat domain 31 (ANKRD31)

Specifications

Product Data

• Type: Human Tagged ORF Clone
• Tag: TurboGFP
• Symbol: ANKRD31
• Synonyms: FLJ40191
• Vector: pCMV6-AC-GFP
• E. coli Selection: Ampicillin (100 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  ORF Nucleotide Sequence

  >RG228699 representing NM_001164443
  Red=Cloning site Blue=ORF Green=Tags(s)
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGAGGAAGGCGTCCAGGCCCCAGACTGGGACAGTGATGAAACTGTGATAGAGGGTTCAGTGACGGAGA
  GCGACCTGGAAGAAAAGGAGCTGCCCTGGAGAAGGTTGCTGTTTGATCAAGACGCATCTCTTAAATCTGA
  GTTCAGTCTGCATCCTGATACAAGAGGAATGTGCAAAGGCATGCCTTCTCCTGAGATTCAACTTGGATTT
  AAGCTCAGAGAGGATCTGCAAGAGCAAATGAATAAAAATAAGATGATGCCTGTTCTTAGCGAGGATACAA
  TATTACAGTCTCAAGATGAAACAGAACGAAATCAAGCTCTGTTACAGACTAGAAAAAACTGTTCAATGTT
  CATTGGGTCGTTTCGCCAGTCTGGACTTTCATTGAACCACCAAAATATTGAAGGGCCAGAGGCTGAAAGT
  CCTGAAGTTTTGCCACACATAGAAAAGGAACTAAGTGAAGGCAGAGATTCTCCTGAAGTTAGCCTTCTCT
  CAGGCACTGCTATTACAGTATCTGATACAGTTGCTGTAAAGGAGACATCATTAGTAGAGCCAGAGAAGAT
  TTTAGCAGCACCAAATACATTTTTTGAGCCTAGAAAGGAAGTCACAATGACCATGACTTCTGAAGAAACT
  AAGGATGAAGAAAGCTCTCTTGAAACCTTTGTGTCTGCCTTAGAAAGTTTACTTACATCACCAGAAAGCA
  CCCAGGAGGAAAGATTGTTTGAATTAGTAAGTGATTTTGATCGTAAAGAATTGATGAACCCATTGAGTGA
  CTCTCTTAGTTCCATATCAATACCTTTGAATTCCTGGTCGGCATGTCATAGAGATTTACTAGAAGATGCA
  AAAGATGATGCATTGCCAGCTGAGTTATTGGAAGCCCTGAACACATTGTCAGAAGCCAAGGTGGAAACCA
  TCTGTCACAGAAAAGAGGGAGGTAGCAGTCTCATTGCCAGAAATGAATGTTTAGAAGTGGAGTTCAATAC
  GTCTCAGACCAATGAAGATTGTACACAAATAGCAGAGACTCTGCAAGACCCAAATCCATCTGGATTGCAA
  ACTTTGGCTCATCAAAATATCACTTCTTGTGAGCCACTAAGTAATAAGAGAAATTCAAATTCAGTGACAA
  ATAGCTCTGATCAGGAAACTGCGTGTGTGTTGAGGAGATCATCCAGACTAGAAAAACTGAAAGTAAGCAG
  AGATGCAAAGTACTCAGATCACATGTATAAGATGCCAGAAAAGATTTTACCAAAAATCCTTGGCTGTGAG
  GACCTAACAAATAATAACTCTTCAGCTCAGAATTTCAGAATGCAGGATCCGGCTTTAATGATTGATGGTA
  AAGAGAAGAATATGCATTCAGCAAGGTTCAAGAATGGAAAACAGATCAGGAAAAATGAACAATTTTCAGG
  AAAAAAAGAAAAAATGAAGGTGAACAAAATATCTCTTCATAGCATTAACCGGAGAAACATTTTTGGAGAG
  AACTTAGTATATAAGGCTGCTCTACACGATGATGCTGATCTTGTTCATCATTGTATAAAAAAAGGTGGAA
  ATGTTAATCAGCCAAGTTATGCTGGTTGGACAGCACTTCATGAAGCTAGTGTAGGAGGATTTTATCGGAC
  AGCAAGTGAACTATTAAAAGGTGGAGCAGATGTAAATATCAAAGGATTATACCAGATTACTCCCCTACAT
  GATGCAGTGATGAATGGACATTATAAGGTGGCAGAGTTACTTCTTCTGAATGGAGCTGATCCATTATTTA
  GAAATGATGATGGAAAATGTGCTTTGGATGAGGCCAAGGATTTATGTATGAAGCGTCTCCTTGAGAGATA
  TATCCCTAAACATCAAAAATGCCTTACATCAGCTCAAAGGAGTAGCATTGACCCACTAGACATAGAGGAT
  GTGTACCAACACAAGAAACCAAAGTTCAGTTCTAAAAGTCACATTTGGCATGTTTATAATGAAAATTCCA
  ACAGACAGAAGCTGGAACATGTAAAAGTCAATAAAGGAAGCAAAGCGAGTTTATTTATAAATAAAGAAGA
  TGTATATGAATATTACCAAAAAGATCCCAAAAACACAAAATTTGGTAAATCCAAGCATAAACAATCAACT
  CTTGACCAGATATACTCTACAGGACTCAGAAAGGGCAATCTCCATAACGTCAAAGATCCCAACACAAACG
  TACCAAAAGGTATAGGAAGAAGAAAAACACAACATAAAAGGACCCAAGTAGATGATGTAGACTGTAATCC
  AAGAAAGATACTAGCTGTCTCTCCTTCCAGGAGAATAAACAGATTGGTTACCTATCAGCAGCATATTCCA
  GAAACTCATAATGACCTTCCAGAAGAATTGTGTGAACCTTCCAGCTTAACTCTGTCAAGCCTGAGAAATG
  GATTAGATAGCAGTACTGAGGCTTGTTCAGTTTCCAAAGAGAAACACATCCAGAACCTGGATTTATCAGA
  TAGTCAAGAAGTTCAATGCTTGGAATTAGAATCTGTTGACCAAACTGAAGCTGTTTCTTTCCCAGGGCTT
  TTATTACATAAAGAAATCAAGTTACCAGTTGTTACTACAGATAAGCAGCCTCACACTCTCCAGGAACAAC
  ACCATGTACTTTATAAATCTCATGAAAACAGTAACTTGGTCCCAAAAGATGAGAGATTTAACAAATGGGA
  AAATTCTTTCCTATCCTTTGTAAAGGAAAATTCTGATAATGATGATGATGATGATTGCTCTACCTCTGAG
  AAGGCTATAACATCTAAAAAGGTGTTGTGTTCTACAGGTGGCAAAAAACACTATAATTTTAAGGAGAATT
  TAACAAATAAAAAAGAAATGGGTTTCCAACAGTTTTTACTTTCTGAAGATCATCTTTCACAGGAAAATGA
  GTTAAAAGCAGTCAGCCTAACCACACTTCCAGAACAGGAAGCTGTTAATTTTTCTTATTCAGATAATGCA
  GTTATTTCTGAACATGTTGCAAATTATGAACAATGCATATTTGGACCTTCTTTTGATCACTCAAATGGCA
  ATCCTGAGCAAAATTCCCTGGCTTGTATGAGAACACTTTTGACACATGAGGCTTCAAAGTTGACTAATCA
  TGTGGAGCTATTCAAAAAGCCACAGGATTATATTCCCAGAGCACCAACTTTTTTAATGAATCAAACAGAT
  ACACATATTGTGGAAAAGATGGCAAAGAATTGTGACACTGAGAGGAATTACATTGACAGAGACCAAAAAA
  TAATTTATTCAAATGAGCCTTTATCCATAGTTGCTCATTCTCAAGTAATAGAAACAACTAAAGTTGAAAA
  AAGGAGACAAAACCATCTAGAAAGTGAGACTATACACAATATAGATTCTCATTCCACTGACAATATGAGT
  AAAGAATTGGCCAACATCTCAAAACTTAGTCAAAGAGAAAAGAAGGAAATTTCTCACAAACCAGGAATGA
  AAGCAGGTAGGATCAACAAGAGGAATGCCAGAGGGGAAAGCCAGCTTCATTTAGCTGTCAGAAGAGGAAA
  TCTGCCCCTAGTGAAAGCCCTGATAGAATCTGGAGCAGATGTGAATCTAAATGATAATGCAGGTTGGACA
  CCACTTCATGAGGCATCTAATGAAGGATCTATTGATATAATTGTAGAGTTATTAAAAGCTGGTGCTAAGG
  TTAATTGTGAAAATATAGATGGAATTCTGCCCTTACATGATGCTGTTGCAAACAATCATTTAAAGGCAGC
  TGAGATTCTACTACAAAATGGAGCAAACCCTAATCAAAAAGATCAAAAACAGAAGAGTGCTTTGGATGAA
  GCAGATGATGAAAAAATGAAAGAATTACTAAGATCTTATGGTGCTATTGAGACTGTTAATAGAGATGAGA
  GTGATGCTATAGTCAATGAAAAAATTCCTGCTGTCCGGTCTAAAAGACATAAACAGTGTTTTTGTGATGA
  TGGCAAAACTATTGACTCATCTTCCCTTTCACACCAAGAAAGATCAAGAGAAAGCCTTTCTGTGCATCAG
  ACCCTCAGTGCCATTCTACAAGATATAGAAGAAAAACAAGAATATTTATTAGAGTTTGAAATAAGAAACC
  CTGAAGATGCAGAACAATACATTGAAAAGATGTTAAAGATAAAAAAGATTATGGATAATGTGCTTGCCAA
  GCAGAAAGCAGAAAGGGATGATCTGGCTAAAAAATACAGGGTATCCATAGAGTCATTTAAGCATGGAGCC
  CTGAGAGAACAATTGGCCAACTTGGCTGCAAGACAGAAGAGCCTTTTAGTTGTGGCAAAAAAACAGAAAA
  AAATAAGCCTGAAAATTCAAAACTGTAGGAATGTTACATCATTGCCTTGTCTTAGTTTAAGGAAGCTCCC
  ACCCAGATCAGAAATCTCTAGTGAAAAAGACAGCCAAGAGCTCACTAGTCTGGAAAATTTAGAGCATCCC
  CAATCAGGTTCACTTTCTCCTGTTTCTGGAAGCATGCAGGAAACACAATTGTCTCTGGAAACTTGGAACT
  ACAGCCAAAATACCAACATTTGTCTAAATTCAGAGGCAGTGAGAAGGGGAGAATTTTCTGGAAATGATAT
  GAATTCTAAACAAAATGGCAGTGATTGTACCTTGGATGGTTTTCCAAAATCCAGACATTCAGATGGCACA
  GAGAAGAATAAATTACCATCCCAACCTGTTGCTTTTATTGGTCAAACAGAATATTCACAGAAAGAGAATG
  ATCTTACAGAAGCTACAGACAAAGACCATGAATTCTATGTTTCTTCCCCAGTAATCGGCAAATTAAATAT
  TTCAGAAACTGCAAGTGTCCTTGCCGAAAATGCTGCCCATCCATCAAATATTATTTGTGATCAGGACCTT
  TCCAATTATGATCCCAAAAGAGGAAACAGAAAAACAAGTTCCCAGCAATCACCTACAGGGGCATCAGAAT
  CTCTGGCACATCAAGGGATTGCTGTCTTAGGCAGTGATACAGTGCATCAGATGAAACCATATCTTAAAAA
  ATCAGTTTCTGTTGTTCCATGTGCAGATGACAGTCAGATCTCCTCTTCCTCTGGATCTGGGCAACAAGAT
  ACAATAAAAAAGGCTTTAAACTACAGTACAGCTCCTAAAAAGAAATGTATTCAGATAAAAGATTTGATAT
  TACTAGGAAGAATTAACCCAGGAAATAACATTCTGGAATTCAAAACACAGGAGACTACCCACAAAGCCAG
  TATTTTATTGAATGGTAAACTTAAGGTAGAAAGTGGTCAGATTTATAAAAACCCAGTCACCTGGCTCAAG
  GATCTTCTGGGAGGCAACAGTTATGTGACCTGGAATTATGCTTGGAGTAAGGTAACGTATCTTGGGAAGG
  AGCTTTTAAGGTATGTTTCTGAGGATGCACCCATACTTCCAGAACCAAACTCAGTACCTCAGCAATATCA
  ACCTTGTCTTCCAGAAGTTGCTTGTTTAGATGACCCAGTACAGGAACCAAACAAATCAATGTTTGAGAAA
  ACAAAATTTGGACAAGGAACTTCCAGAGAGTCAATGCAAAGCAGCCCACGTTATCTACAAATAAATGAAA
  TACTATTAATCAGTGATCAAGAATTTCTCCCATGCCACATAATGGATCAGCATTGGAAGTTTTGTGTGGA
  ATGTGAGGAACTAACACCC
  
  ACGCGTACGCGGCCGCTCGAG - GFP Tag - GTTTAA
  Protein Sequence

  >RG228699 representing NM_001164443
  Red=Cloning site Green=Tags(s)
  
  MEEGVQAPDWDSDETVIEGSVTESDLEEKELPWRRLLFDQDASLKSEFSLHPDTRGMCKGMPSPEIQLGF
  KLREDLQEQMNKNKMMPVLSEDTILQSQDETERNQALLQTRKNCSMFIGSFRQSGLSLNHQNIEGPEAES
  PEVLPHIEKELSEGRDSPEVSLLSGTAITVSDTVAVKETSLVEPEKILAAPNTFFEPRKEVTMTMTSEET
  KDEESSLETFVSALESLLTSPESTQEERLFELVSDFDRKELMNPLSDSLSSISIPLNSWSACHRDLLEDA
  KDDALPAELLEALNTLSEAKVETICHRKEGGSSLIARNECLEVEFNTSQTNEDCTQIAETLQDPNPSGLQ
  TLAHQNITSCEPLSNKRNSNSVTNSSDQETACVLRRSSRLEKLKVSRDAKYSDHMYKMPEKILPKILGCE
  DLTNNNSSAQNFRMQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGE
  NLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLH
  DAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIED
  VYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQST
  LDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIP
  ETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGL
  LLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSE
  KAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNA
  VISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTD
  THIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMS
  KELANISKLSQREKKEISHKPGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWT
  PLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDE
  ADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVHQ
  TLSAILQDIEEKQEYLLEFEIRNPEDAEQYIEKMLKIKKIMDNVLAKQKAERDDLAKKYRVSIESFKHGA
  LREQLANLAARQKSLLVVAKKQKKISLKIQNCRNVTSLPCLSLRKLPPRSEISSEKDSQELTSLENLEHP
  QSGSLSPVSGSMQETQLSLETWNYSQNTNICLNSEAVRRGEFSGNDMNSKQNGSDCTLDGFPKSRHSDGT
  EKNKLPSQPVAFIGQTEYSQKENDLTEATDKDHEFYVSSPVIGKLNISETASVLAENAAHPSNIICDQDL
  SNYDPKRGNRKTSSQQSPTGASESLAHQGIAVLGSDTVHQMKPYLKKSVSVVPCADDSQISSSSGSGQQD
  TIKKALNYSTAPKKKCIQIKDLILLGRINPGNNILEFKTQETTHKASILLNGKLKVESGQIYKNPVTWLK
  DLLGGNSYVTWNYAWSKVTYLGKELLRYVSEDAPILPEPNSVPQQYQPCLPEVACLDDPVQEPNKSMFEK
  TKFGQGTSRESMQSSPRYLQINEILLISDQEFLPCHIMDQHWKFCVECEELTP
  
  TRTRRLE - GFP Tag - V
• Restriction Sites: SgfI-MluI Cloning Scheme for this gene Plasmid Map
• ACCN: NM_001164443
• ORF Size: 5619 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_001164443.1, NP_001157915.1
• RefSeq Size: 6036
• RefSeq ORF: 5622
• Locus ID: 256006
• Gene Summary: This gene encodes a protein containing multiple ankyrin repeats. Ankyrin domains function in protein-protein interactions in a variety of cellular processes. Mutations in this gene are associated with a Rett syndrome (RTT)-like phenotype. [provided by RefSeq, Apr 2017]