ANKRD17 (NM_032217) Human Untagged Clone

CAT#: SC309184

ANKRD17 (untagged)-Human ankyrin repeat domain 17 (ANKRD17), transcript variant 1

Specifications

Product Data

• Type: Human Untagged Clone
• Tag: Tag Free
• Symbol: ANKRD17
• Synonyms: GTAR; MASK2; NY-BR-16
• Vector: pCMV6 series
• Sequence Data:
  Fully Sequenced ORF

  >NCBI ORF sequence for NM_032217, the custom clone sequence may differ by one or more nucleotides
  ATGGAGAAGGCGACGGTTCCGGTGGCGGCGGCGACGGCTGCAGAAGGAGAAGGGAGCCCC
  CCGGCGGTGGCGGCTGTGGCGGGCCCCCCCGCGGCGGCGGAGGTCGGCGGCGGCGTTGGC
  GGCAGCAGCAGAGCTCGCTCGGCCTCGTCTCCTCGTGGGATGGTGCGAGTCTGCGACCTG
  CTCCTGAAGAAGAAGCCGCCGCAGCAGCAGCACCACAAGGCCAAGCGTAACCGGACTTGC
  CGACCCCCCAGCAGCAGCGAAAGCAGCAGCGACAGCGACAACAGCGGCGGCGGTGGAGGC
  GGCGGTGGAGGCGGAGGTGGCGGCGGCGGCACCAGCAGTAACAACAGCGAGGAAGAAGAG
  GACGACGACGACGAGGAAGAGGAGGTTTCTGAGGTGGAGTCTTTCATTTTGGATCAGGAT
  GATTTGGAAAATCCAATGCTGGAAACAGCTTCCAAGTTGCTCTTATCAGGTACTGCTGAT
  GGTGCAGACCTCAGGACAGTAGATCCAGAAACACAGGCTAGACTGGAAGCTTTACTAGAA
  GCTGCAGGAATAGGAAAATTGTCCACGGCTGATGGTAAAGCCTTTGCAGATCCTGAAGTA
  CTTCGGAGGTTGACATCGTCTGTTAGTTGTGCGTTGGATGAAGCTGCTGCTGCACTTACC
  CGTATGAGAGCTGAAAGCACAGCAAATGCAGGGCAGTCGGACAACCGCAGTTTGGCAGAA
  GCCTGTTCAGAAGGAGATGTAAATGCTGTGCGAAAGTTACTCATTGAAGGGCGAAGTGTA
  AATGAACACACAGAGGAAGGGGAGAGCCTCCTTTGTTTAGCTTGTTCTGCTGGATACTAT
  GAGCTTGCACAGGTTTTGTTGGCAATGCATGCAAATGTGGAAGATAGGGGAATCAAAGGT
  GACATTACACCTTTAATGGCTGCTGCTAATGGAGGACATGTCAAAATTGTGAAGTTGCTG
  CTAGCTCATAAAGCAGATGTTAATGCACAGTCTTCAACAGGCAATACAGCACTTACATAT
  GCTTGTGCTGGAGGCTATGTAGATGTTGTAAAGGTGCTCTTGGAATCCGGTGCTAGTATT
  GAGGACCATAATGAAAATGGTCATACCCCTCTTATGGAAGCTGGAAGTGCTGGACATGTG
  GAAGTAGCCAGATTGCTGCTAGAAAATGGGGCTGGCATTAATACGCATTCTAATGAATTT
  AAAGAGAGTGCCCTTACCTTAGCTTGTTACAAAGGACACTTAGAGATGGTGCGATTTCTT
  TTGGAAGCAGGCGCGGATCAAGAGCATAAAACAGATGAAATGCACACTGCTCTGATGGAG
  GCTTGCATGGATGGCCATGTTGAAGTAGCTAGGTTACTTCTTGACAGCGGTGCCCAAGTG
  AACATGCCTGCTGATTCATTTGAGTCACCATTAACTTTGGCTGCATGTGGTGGGCATGTG
  GAACTTGCGGCTTTACTTATTGAAAGAGGAGCTAGCCTGGAAGAGGTCAATGATGAAGGT
  TATACACCATTGATGGAAGCAGCTCGAGAAGGACATGAAGAAATGGTGGCATTACTTCTT
  GGTCAAGGAGCAAATATCAATGCACAGACAGAAGAAACTCAAGAAACTGCCTTGACTCTG
  GCTTGCTGTGGAGGCTTTCTGGAAGTGGCAGACTTTCTAATTAAGGCAGGAGCCGATATA
  GAACTAGGGTGTTCTACCCCTTTAATGGAAGCTGCTCAAGAGGGTCATTTGGAGTTAGTT
  AAATACTTATTAGCTGCAGGAGCTAACGTTCATGCAACAACAGCAACAGGGGATACAGCA
  CTAACATATGCCTGTGAAAATGGTCATACTGATGTAGCAGATGTCTTACTTCAGGCAGGC
  GCAGATCTGGAACATGAATCTGAAGGTGGAAGAACTCCTTTAATGAAAGCTGCAAGAGCT
  GGTCATGTTTGTACTGTTCAGTTCTTAATTAGTAAAGGAGCGAATGTGAATAGAACCACA
  GCTAATAATGACCATACTGTACTGTCCCTGGCTTGTGCAGGGGGTCATCTGGCAGTGGTG
  GAACTACTTTTGGCTCATGGGGCAGATCCTACTCACCGTTTGAAAGATGGCTCAACTATG
  TTGATAGAAGCAGCAAAAGGTGGCCATACAAGTGTTGTTTGCTATCTCTTGGATTATCCT
  AATAACTTGCTTTCAGCCCCTCCACCAGATGTCACTCAGTTAACTCCCCCATCCCACGAT
  TTAAATAGGGCTCCTCGTGTACCAGTTCAAGCACTGCCCATGGTTGTTCCACCTCAGGAG
  CCTGACAAACCACCTGCCAATGTTGCCACCACTCTTCCCATCAGGAATAAAGCTGCTTCT
  AAACAAAAGTCCAGCAGCCATTTGCCAGCAAACAGCCAGGATGTACAGGGTTACATCACC
  AATCAGTCTCCAGAGAGCATTGTAGAAGAGGCTCAGGGAAAGTTAACAGAACTGGAACAG
  AGGATAAAAGAAGCCATAGAAAAGAATGCACAGCTGCAGTCCTTGGAACTGGCTCATGCT
  GACCAACTTACCAAGGAGAAGATCGAGGAGCTCAACAAAACAAGGGAGGAACAAATTCAG
  AAGAAACAAAAGATTTTGGAGGAACTACAGAAAGTAGAACGAGAGTTACAACTGAAAACT
  CAGCAGCAGCTAAAAAAGCAGTATCTAGAGGTTAAAGCTCAAAGAATTCAACTTCAGCAA
  CAGCAGCAACAGTCTTGCCAACACCTGGGATTACTAACTCCTGTTGGAGTTGGAGAGCAG
  CTTTCTGAGGGAGACTATGCACGGTTACAGCAAGTGGATCCTGTTTTACTTAAAGATGAA
  CCCCAGCAGACTGCTGCTCAGATGGGTTTTGCGCCAATCCAGCCTCTGGCGATGCCTCAA
  GCTTTGCCTCTGGCGGCAGGTCCCTTGCCTCCAGGGTCCATCGCAAATCTTACAGAACTG
  CAAGGAGTGATAGTTGGACAGCCAGTACTGGGCCAAGCACAGTTGGCAGGGCTGGGGCAA
  GGAATTCTGACAGAAACACAACAAGGGTTAATGGTAGCCAGCCCTGCTCAGACCCTCAAT
  GACACGCTGGATGACATCATGGCAGCAGTCAGTGGAAGAGCATCTGCAATGTCAAACACT
  CCTACCCACAGTATTGCTGCATCCATTTCCCAACCTCAGACTCCAACTCCAAGTCCTATC
  ATCTCTCCTTCAGCCATGCTTCCTATCTACCCTGCCATTGATATTGATGCACAGACTGAG
  AGTAATCATGACACGGCGCTAACACTTGCCTGTGCTGGTGGCCACGAGGAACTGGTACAA
  ACACTGCTAGAGAGAGGAGCTAGTATAGAGCACCGAGACAAGAAAGGTTTTACTCCACTC
  ATCTTGGCTGCCACAGCTGGTCATGTTGGTGTTGTGGAAATATTGCTGGACAATGGTGCA
  GACATTGAAGCCCAGTCTGAAAGAACCAAGGACACACCACTCTCCTTGGCTTGTTCTGGG
  GGAAGACAGGAGGTGGTGGAGCTATTGTTAGCTCGAGGGGCAAATAAAGAGCACAGGAAT
  GTTTCTGATTACACACCTCTAAGTCTGGCTGCTTCTGGTGGCTATGTGAACATCATCAAA
  ATATTACTAAATGCAGGAGCTGAGATTAACTCTAGAACTGGTAGCAAATTGGGCATCTCT
  CCTCTGATGTTAGCAGCTATGAATGGGCATACAGCTGCTGTTAAGCTCCTGTTAGACATG
  GGCTCTGACATAAATGCTCAGATAGAAACCAATCGGAACACTGCCCTTACTTTAGCCTGC
  TTCCAAGGAAGAACTGAAGTGGTTAGTCTTCTGCTTGATAGAAAAGCAAATGTTGAACAC
  AGAGCTAAGACTGGTCTCACACCACTAATGGAAGCTGCCTCTGGTGGATATGCGGAGGTG
  GGCCGAGTTCTTTTGGATAAAGGTGCTGATGTTAATGCCCCTCCAGTTCCCTCCTCAAGA
  GATACAGCTTTAACCATAGCAGCAGATAAAGGGCATTACAAATTCTGTGAGCTTCTTATT
  GGCAGGGGAGCTCATATTGATGTACGTAACAAGAAGGGGAACACTCCATTGTGGCTAGCA
  GCAAATGGTGGACACCTCGATGTGGTTCAGTTACTGGTGCAAGCAGGTGCAGATGTGGAT
  GCAGCAGATAACCGCAAGATAACTCCTCTTATGGCAGCATTTAGAAAGGGTCATGTGAAG
  GTGGTGCGCTACTTAGTCAAAGAAGTCAATCAGTTTCCATCAGATTCTGAATGTATGAGA
  TACATAGCAACCATCACTGATAAGGAGATGCTGAAGAAGTGTCATCTTTGTATGGAGTCA
  ATAGTACAAGCCAAAGATAGACAGGCTGCTGAAGCAAACAAAAACGCCAGCATTTTGTTA
  GAGGAGTTAGACTTGGAAAAGTTAAGGGAAGAAAGTCGGAGGCTGGCTTTGGCTGCGAAA
  AGAGAAAAAAGAAAAGAGAAGAGAAGGAAGAAAAAGGAAGAACAAAGAAGGAAACTAGAA
  GAAATTGAAGCCAAAAATAAAGAGAACTTTGAACTCCAAGCTGCTCAAGAAAAAGAAAAG
  CTTAAAGTTGAAGATGAGCCTGAAGTCTTGACAGAACCTCCAAGTGCCACAACCACTACT
  ACCATAGGTATATCTGCAACCTGGACAACTTTGGCAGGTTCTCATGGTAAAAGAAATAAT
  ACCATAACTACAACCAGTTCAAAGAGGAAAAACAGGAAAAATAAAATTACTCCAGAAAAC
  GTTCAAATTATATTTGATGATCCACTACCAATTTCATACAGTCAGCCAGAGAAGGTGAAT
  GGAGAGTCCAAGAGCAGCAGTACCAGCGAGAGTGGGGACAGTGATAACATGAGGATTTCC
  AGCTGCAGCGATGAAAGTAGTAACAGCAACAGCAGTCGTAAGAGTGACAATCATTCACCA
  GCTGTGGTCACTACCACTGTGAGCAGCAAAAAGCAGCCATCAGTTCTTGTTACATTTCCA
  AAGGAAGAGAGAAAATCTGTTTCTGGCAAGGCTTCAATAAAATTGTCAGAAACTATCAGT
  GAAGGGACCAGTAATTCTCTATCTACTTGTACAAAATCTGGTCCATCTCCCCTTTCTTCT
  CCAAATGGGAAGTTAACAGTAGCAAGTCCTAAGCGTGGGCAAAAGAGGGAAGAAGGATGG
  AAAGAAGTTGTAAGAAGGTCAAAGAAAGTATCTGTTCCATCAACTGTGATATCCAGAGTG
  ATTGGAAGAGGAGGCTGTAATATCAATGCTATTCGGGAGTTTACTGGTGCACACATAGAT
  ATTGATAAACAGAAAGACAAGACTGGAGACCGGATAATCACTATAAGGGGTGGCACTGAA
  TCAACAAGACAAGCAACTCAATTGATTAATGCTTTGATCAAGGATCCAGACAAAGAAATT
  GATGAACTTATTCCAAAGAATCGTTTGAAAAGCTCCTCAGCAAATTCCAAAATAGGGTCA
  TCAGCACCTACCACCACTGCTGCTAACACTTCCTTAATGGGAATTAAAATGACAACTGTA
  GCTCTGTCATCAACATCTCAAACTGCCACAGCACTCACTGTGCCTGCAATTTCTTCTGCA
  TCCACTCACAAAACCATTAAGAACCCAGTGAATAATGTGAGGCCTGGTTTTCCAGTTTCT
  CTTCCATTAGCATATCCTCCTCCACAGTTTGCACATGCTTTGCTTGCTGCTCAGACTTTC
  CAGCAGATCCGTCCACCAAGGTTGCCCATGACCCACTTTGGAGGTACTTTTCCACCAGCT
  CAATCCACTTGGGGTCCGTTTCCTGTCAGGCCTTTGAGCCCTGCCAGAGCTACTAACTCG
  CCTAAGCCTCACATGGTGCCTCGCCATAGCAATCAGAATAGCAGTGGTTCTCAGGTGAAT
  TCAGCAGGTTCTTTAACTTCAAGCCCAACAACTACAACCAGTTCATCAGCTTCAACGGTG
  CCTGGTACATCTACAAATGGCAGTCCAAGTTCACCTTCTGTCCGAAGGCAGCTTTTTGTC
  ACAGTTGTGAAGACATCCAATGCCACCACAACAACAGTCACAACCACGGCAAGCAACAAC
  AACACTGCACCCACAAATGCCACATATCCTATGCCTACTGCCAAAGAACACTATCCAGTA
  TCATCCCCATCTTCCCCATCACCACCAGCCCAGCCAGGAGGGGTTTCTAGAAACAGCCCT
  TTGGATTGTGGATCAGCATCTCCAAATAAAGTGGCATCTTCCTCCGAACAGGAAGCAGGT
  AGTCCACCAGTAGTAGAAACAACAAACACTAGACCTCCAAACAGCAGCAGTTCTTCTGGG
  AGTTCATCAGCTCATTCTAATCAGCAACAACCTCCGGGATCTGTTTCTCAGGAACCAAGA
  CCACCTCTTCAGCAGTCTCAGGTTCCTCCCCCGGAAGTTAGAATGACTGTTCCTCCTTTA
  GCAACAAGTTCTGCTCCAGTGGCGGTGCCTTCTACTGCCCCAGTGACTTACCCTATGCCT
  CAGACACCAATGGGATGCCCCCAGCCTACTCCTAAAATGGAAACCCCTGCTATTAGACCA
  CCCCCTCATGGCACAACTGCCCCTCACAAGAATTCAGCTTCAGTGCAAAATTCATCTGTT
  GCAGTCCTCAGTGTCAATCACATTAAAAGACCTCACAGTGTTCCCTCTTCTGTCCAGCTA
  CCTTCGACCTTAAGTACACAAAGTGCTTGTCAGAATTCAGTACATCCAGCAAATAAGCCT
  ATTGCTCCCAATTTCAGTGCCCCCTTACCATTTGGGCCCTTTAGCACATTGTTTGAAAAC
  AGCCCTACTTCTGCTCATGCCTTCTGGGGAGGATCTGTTGTTTCATCTCAGTCAACACCA
  GAATCTATGCTATCAGGAAAATCCTCATATTTGCCAAATTCAGATCCTTTACATCAGTCT
  GATACTTCCAAAGCTCCAGGTTTTAGACCACCATTACAGAGACCTGCTCCAAGTCCCTCA
  GGTATTGTCAATATGGACTCGCCATATGGTTCTGTAACACCTTCTTCAACACATTTGGGA
  AACTTTGCTTCAAACATTTCAGGAGGTCAGATGTACGGACCTGGGGCACCCCTTGGAGGA
  GCACCCGCAGCTGCTAACTTTAACAGACAACATTTTTCCCCGCTTAGTTTGTTGACTCCG
  TGTTCATCAGCATCAAATGATTCTTCTGCACAGTCAGTATCCTCGGGAGTTCGTGCACCA
  TCTCCTGCCCCATCATCAGTACCGTTAGGGTCAGAAAAGCCCAGCAATGTGTCTCAGGAC
  AGGAAAGTTCCAGTCCCTATTGGGACTGAACGTTCTGCACGTATCAGGCAAACTGGAACG
  TCAGCTCCATCTGTTATTGGGAGCAATTTGTCTACATCAGTAGGACATAGTGGCATCTGG
  TCCTTTGAAGGGATTGGTGGCAATCAAGACAAAGTAGACTGGTGTAACCCTGGGATGGGA
  AATCCTATGATCCACAGACCGATGTCTGACCCAGGAGTATTTTCACAACATCAAGCAATG
  GAGCGAGATAGTACAGGAATTGTAACTCCTTCTGGTACATTCCATCAGCATGTTCCTGCA
  GGCTACATGGACTTTCCTAAAGTTGGGGGTATGCCTTTTTCTGTGTATGGGAATGCAATG
  ATTCCTCCAGTAGCACCTATCCCTGATGGTGCTGGAGGACCCATATTTAATGGCCCTCAT
  GCTGCAGACCCTTCTTGGAACTCACTGATAAAGATGGTTTCCAGCTCCACGGAAAATAAT
  GGCCCTCAAACGGTGTGGACTGGACCCTGGGCACCTCACATGAACAGTGTGCATATGAAC
  CAGCTTGGCTGA
  
• Restriction Sites: Please inquire
• ACCN: NM_032217
• ORF Size: 7812 bp
• OTI Disclaimer: Our molecular clone sequence data has been matched to the reference identifier above as a point of reference. Note that the complete sequence of our molecular clones may differ from the sequence published for this corresponding reference, e.g., by representing an alternative RNA splicing form or single nucleotide polymorphism (SNP).
• OTI Annotation: This TrueClone is provided through our Custom Cloning Process that includes sub-cloning into OriGene's pCMV6 vector and full sequencing to provide a non-variant match to the expected reference without frameshifts, and is delivered as lyophilized plasmid DNA.

Reference Data

• RefSeq: NM_032217.3, NP_115593.3
• RefSeq Size: 9390
• RefSeq ORF: 7812
• Locus ID: 26057
• Domains: ANK, KH
• Gene Summary: The protein encoded by this gene belongs to the family of ankyrin repeat-containing proteins, and contains two distinct arrays of ankyrin repeats in its amino-terminal region, one with 15 ankyrin repeats, and the other with 10 ankyrin repeats. It also contains a nuclear export signal, nuclear localization signal, and a cyclin-binding RXL motif. Localization of this protein to the nucleus has been shown experimentally, and interactions between this protein and cyclin-dependent kinase 2 have been observed. It has been suggested that this protein plays a role in both DNA replication and in both anti-viral and anti-bacterial innate immune pathways. Alternative splicing results in multiple transcript variants encoding different isoforms. [provided by RefSeq, Dec 2015]
  Transcript Variant: This variant (1) represents the longest transcript and encodes the longest isoform (a).