HIF1AN (NM_017902) Human 3' UTR Clone

CAT#: SC222457

3`UTR clone of hypoxia inducible factor 1 alpha subunit inhibitor (HIF1AN) for miRNA target validation

Specifications

Product Data

• Vector: pMirTarget
• Species: Human
• Transfection Reporter: RFP
• Assay Reporter: Luciferase
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Symbol: HIF1AN
• Synonyms: FIH1
• ACCN: NM_017902
• Insert Size: 5804
• Sequence Data:
  Insert Sequence

  >SC222457 3'UTR clone of NM_017902
  The sequence shown below is from the reference sequence of NM_017902. The complete sequence of this clone may contain minor differences, such as SNPs. Red=Cloning site Blue=Stop Codon
  
  
  CAATTGGCAGAGCTCAGAATTCAAGCGATCGC
  
  CCTTGTTGAACACAATGATCAAGGGCCGATACAACTAGCCTGCCAGGGGTCAAGGCCTCCTGCCAGGTGA
  CTGCTATCCCGTCCACACCGCTTCATTGATGAGGACAGGAGACTCCAAGCGCTAGTATTGCACGCTGCAC
  TTAATGGACTGGACTCTTGCCATGGCCCAGGAGTCAGGTGTTTGGAGCGAGGCAGGGCAGTTGGCACTCC
  ACTCCTATTTGGAGGGACTTCATACCCTTGCCTCTTGTGCCCCAGCACCTTCTCTCTCTGCCCCCCGCCT
  AAAGTCCTGCATTCAGTGTGTGGAGTCCCAGCTTTTGGTTGTCATCATGTCTGTGTGTATGTTAGTCTGT
  CAACTTCGGAATGTGTGCGTGTGTGTGCATGCACACGCATGTATGTATCTGTTCCCTGTTCCTTCTGGGT
  CAGGCTGTCACTTCCGGCTCTCAGCCCTATCTCCTGCAACCTCAGTGCCTCAGCCTGAGAGAGAGATGAG
  ATGCTCTTGGACTCCCCACTGCATCTGGGCTGCAGGGCCAGAGCTAGTCTGACCATTAGGTCAGTCTGCC
  TCCTGACAGTTTTTGCGTAGTCAAGCTCTAGGCGGTATGGGAATGGCTACCGGGACTCTAATGGGGTGAA
  AGAGAGGGGAGGCTTGCCTTTGAGAGCCTATATAGCCTTCCTGTGAGAGAGGATTAGATAGGGTTCCAAC
  TGGGCCTACAAGCTCAAGCCATACATAAAAGGACCTTGGGACATAAGAACCAATGATTGTGCATAAGTTC
  TAAATTAGAGACACATATAGTTTCTCTCTTTCAGCACCAGCTCTTGCCCCTATGCTGGGTACCAAGGGAG
  TTCTCCTAGCTGTGGCTTCTCTAGGTTCTAGGGGTGCAAGCCTCTGTGTGTTTGTTTGTGTGTGTCTGTG
  TGTGCGTATCCACACTAGGGGTGCAAGCCTCTGGGTGTGTGTGTGTGTGTGCGTGCGTGTGTGTGTGTGT
  GTCCGTGTGTGTGTGTGTGTGTGTCCACACTGGCCAGCCTCCCTACTTACCAAGGTTCTCCACTGCTTAC
  CTTTTCCAGTGGGACAGTACAGTGTGAGCCCCCGGGAAGTACTGCCTGACCTATCCTAAGCTTTTACACT
  TGGATTTTAGCCATCATATGTTGGCCAGGTCTCACTGCAGCCTGCCCGAGGCTAACTGGCTAGAGCCTCC
  AGGCCCTATGATGCTCCCTGCCCAGGCCATATCCTTTATTCCTGCTGAGCTTCCTGGCTGAATAGATGAA
  ATGGGGTCAAGCCCAGGCAGCTCATTCACTACCTGTGATCCACCTCAGGGCACGGGCAAACACATAGGCT
  TGCGTCTTAAAGCCAGCTCCTCTGCCAGACCCCGTTGTAATGTGCCACAACACCCTCAATAGTCAGGGCA
  ACTGGTGGAGCATGGAAGTCGAATTTCCTTTTCTGTTAGGAGCTACTCCTGGGAACCCCTCTCAGGGCTG
  CAGCTTACAGGTGGGCAGCTGTGATTGCACAACTTGAAGGGCCATCATTCACATCTATTCAGTGGGAGTG
  GGGTCCCTGGGATTGGGCAGTGTGGTGGCCCTGTGTCTCCTCACCTCTGCTCCTGTCTTCATCACCTTCT
  CTCTGGAAGGGAAGAGGAGTTGGAAGGTCTCTGGTTTTCTTTTCTTTTTTTTTTTTTTTGCCAAAGGTTT
  ACTTCCAGCATCTGAGCTCTGGCTCTCACCCCTGAAGCTCAGTTATAGTGCACTGATGAACTGAGAGGAT
  GCGTGTGGATGTGTGTGCATGCCTGAGTGCGTTTTTTGGGGAGGGGTGTTTATTTTTAGTACCCCATTCT
  GGGGTTCTCTGATGCAGTGTGGATGTGAAGATATGGTACCTTCTCAAGTGTAGCTCTTTCAAATATAGTC
  AATGCTGGGAAATGTGATTGCAGTGATCTCTATCTCTCCACTTCTTTTGGGAAAGAGGAGCACAGGAGCG
  GAGGAAAAACTTGGCCACAGTCACACTTGGAAAGATAGTAGATTATTTTCGTTCTCCTCAGCAGGTCTGC
  TGTATTCCTCGCTCAGCGCTCAAAGATGTGGGTGATGTGTCAAGGAGGCATGCACTCAGCTGGTCCTTGC
  TGAGTTATTTGCTGACACAGGTCTCACTAAGGTGGCTGAGGGGTGGGAGGGAGAAGGCTAATCTTGGAAC
  CTTCACAGGATTGGCCTTGATCCTTGGGTAACACAAGAGTGATTCCTGATTTTTAGACACCTAATATGTG
  CCTAGTGCTTTTCTCTTTGTTCCTCACTATCCTGCAAGGTAGGTATTCTCACTTACAGATGAATAAATGG
  GCTCAGAGAGATTAGGTGATTAGTGACAATCAGTTGTAACTTAGCACTGTTAGGCTGCAAACCCCTTGCT
  CCTTCCTTTCCACCAAACTATGTTGATTTTCCTTCCTTACCTCCCTCCTTGTACCACAGGTTCTGTCCTC
  AAGATATCACCCCACTGGGCAGTATCTGAAGGCAGACCCAGCCCAAGATGGTGCAGAATATACAGCTCAG
  GGTGAAAGTTCTTCTGGGCTCCTGCTAACAAAGTCTTGGAAAAACTGCCTGGGAAGCCATATTATGAATT
  AGTGCTAGAAGAAGCTGTGGGGGGAACTGAGTTCTGTGTCTAATTGCATTACTTATGTGTCCTTGAATAG
  GACCCATAACTCCTCCCGGCATGCTTTTGCATCTATAGAACTGAAGCTGTAGTTCTAGATGGCACTAAGG
  GTCTTGGTTCATATTCAGCTGCTGCTTCCCCCCAAGGAAAAGATGAGGTTTTTCCCCTTCGATTACCTTT
  TGAGGGATGTTTAGGCTCAAATTCTGCTTGCCACAGAGGAAACATTTCTGCTGTAGTTGTTTACCTCCAT
  CCTAGCTGGCAGTGTGGGACACACACATACAGCAAGTGAAGGTGGGGGTTTGGGCCTGTATAGAGGTCAG
  CTACGCTGCAGGCTCATCTATTCACACCAGCAGGTACAGAGAAAACTAGTGTTTTGTAAAGTCAAATATT
  TGTTGGGGGTTGGAGTTCTGGGGTTGGAGGAGGGGCTGTTCTGGGCATCAGTTGAGCAGATGCCCAGGAT
  GCCTGGGGGAGACCAGCTTCCCCTACAAATCAGAGCTCTAAATTACAAGGTTTTTACCAACGTGAACAGT
  TGGGGGAAGTCGTCTGCTCTCATTTGCGTAATGGTTTCTGTCACTGGTGATTAGACACAGGATGAAGGAA
  AAGAAATTTGACAATTAGGAATGAGCGATCATTAATCTGAATCTGTTAGGAGACAGAGAGGGGAAGGATC
  CTTATCAGTGGGCCAGCCCAGTATGGGGAGACACTCCCTCCCTCTGCCCCCAGAGACTCCTGGGCTACAT
  CCTCTTTCAGTATTGCCACAAGTGGGCAGAGCTTGTATTTCTTAACAAAGATTAGGGACCCAGTTGCCAG
  CCTGAGATGGATATAGGAACAGACATCTTTGGGCATGAGCCAACAAAGATAGAAATAGATGAGTGTCAGG
  TACAAGCTATAAGGCAAAGAATAACAGTGGAAAAGTTTTGACATGTGTTTGCCATTTGTGGAAAATGTTT
  TTGTAATAGTCAACACCCCTCATAGCCCACCTGTGACAAGTACTTGTTACATTCCAGCACTGTAGGGCGT
  GAGGAAAATCTGGTCCTTATCAAATCCCAGGAGCTTCTGCTTAGTTGGGGAAGAAATTACATGAAGCAAC
  CAGAGGTTATAAGGCCACACTTGTATATCGTGCACCCTGTGTGGACAAGATTAGGGACTGTTGAGAGAGG
  AGGAAACCAGTAGAGAGCAAAGCTCTACCCAGGCTCCTTGTAAGCCTCTGGGCTCCCCCGAGAGGGCCTC
  GCTACTCTACGCTTCCTAGCAACGTTGATGTCCCCACAACCCCACATCAGTGCAGCTGTGGCTGTGTGGA
  GGGGCTCTGAGGCCTCTGAGGCCAGATGTGTAAACAGTGCTGAGGTTCAGTAATAGGATGAGTCTTCAGG
  TGTGGAGCAGCCCACCTTGGCTCTTCCCATGTCTCTGTGTTACTTCTCATATTCTGCTGTCCTTTCAAAC
  TTCAAGGACAGTATTAATTTATACTAGTATTTCTTCCTCAGTTTTGTGACTTGAATGCAGTGAGTGCCTT
  AGAGGATCCAAGGATGAAGGAATGCGGGTTGGTGGTTCTCTCTTTCAGAATGGGAACTTCCCAAAAATGG
  GGCTGCGTCTCGCCTCTCAGTAGGTTCCCTACCTCTGGGTCTTCCACCCTTCAAAATCTGGTACAGAATT
  TAGCAGGGGCTGCAGGGAATGACCCTCAGGGACCAGTTTCACCCAGATGGGGTAGATGATGAGGTATACC
  TAGAAGTAGCTCAGGGCTCCAGAGTCTGGCCTTTCAGCTGGTGTCTTACTCCCCTTTGAGACCTTCAGCT
  GCTTGTCTTCCACTGCCTGCATACTTCTCTGATGTCTTCTCAAACTGTTGGCTCTAAAGGGATGTTCCAG
  CCTCCCTCTCCAGAGCTGCCTGCAGTTTCCCTTATTCAGCTGTCTCCTGCCTAGTCTCTCCAGCGGCCTC
  CTTACCAAGACCCTTTTTCCTAAACAGTTGTCCTTCCCTCAGAAACTCCATGGCTGCAAGTGTGAATAGA
  CTTGTCTTTAGGATCCCTCTCTCTGGTCATCCCTGATCATCTTAGGGCCGTCTCCCTTTTCTGATTTTTG
  ACAGCTCTGTTTATTTTGCCCATGGCTAGTCCTCTTGTTTTGTGTCTGCTGTGTGTTCTTGCCCTTCCAT
  TGTCAGTTCTGTACATCCTGGTTCAGCTTGTCTCACTGTGGTAGCCCCTTCTGCTTGTCTTCAGCCATCT
  TGGTTTAATCCTCATAGGTCATGGATGAATGGAGCCTTGCTGAGCACTTTGAGGGCATTTCTGTTGGGCA
  CAACCTCAGAAACGGGAAGTCTTGAGGCCTGGGGGCGTGTGGTCAGTGAGGCCTCCAGAGGTGGGTTAGG
  GGTGGGCACCTACAAGGGCCAGTTGAGGGGAGAGGTGCAGGGATTGCTGAGGAGACTTTGTGAGAATGAT
  GTCAGGCCCGGGAAGCTGGTGTGGAAGAACTGAGCTGTCAGAAGGAGATACCAATATCCCCTTTGCAGGG
  TGGTGATGGGCATCAAACATGACGTGGAACATGTCCCCTTCATGGAGGGTTTCCATCTAAATGCATCTGT
  GTGCCTTAGGGATCAGTAGTTCAGGGGTGGTGGACTTTTTTGAGTGTCTCCTAATTTCTCTGAGGTGTCT
  TTGGCTCTGTGTCACCAAATGTGCCTGACCTCTGCATCCCAGTGGTTGCTGAAAGGGAAACAGTATATTG
  CGTAGTCAGATGTCAGGAGTAGAGATCTTAATGAGAAAGGCCCTGGCAGCTGGAGAGATGAGAGGACCTA
  GTGGTCAGCTTATACCCAGACTATCTCTCCACTCCTCCAAGAGTTTGAGTCCCATAGCTGATGAAAGAAT
  TTACATATGGGCTCCCCCCTGCTTTCCCACTGAAAATCTATTCTCATATTTTGGGAAGGAGCATATGTCC
  TTTAACTTTCAATGGTAAACAATCTAGGATAGTGTTTAAAGGCATGGATTTTGGAGTCACATATAGTTGG
  TTTGAATTTCTAGCTTCACTACTTACCAGCTGGGTTTGACCTTGGTTGATTTACTTAACCTCTCTGAGCC
  TCAGTTTCCTCAACTATAATAACATGGGTGGAGGGAGGCATGTTGAAAATATCTACCTCAGGGTTGTTGG
  AATAACTGAAACAATGTTTGTAAAGCTTTAGCACAGTGCCTGGCAAGCACTTAATAAATGGCTG
  
  ACGCGTAAGCGGCCGCGGCATCTAGATTCGAAGAAAATGACCG
• Restriction Sites: SgfI-MluI
• OTI Disclaimer: Our molecular clone sequence data has been matched to the sequence identifier above as a point of reference. Note that the complete sequence of this clone is largely the same as the reference sequence but may contain minor differences , e.g., single nucleotide polymorphisms (SNPs).

Reference Data

• RefSeq: NM_017902.2
• Locus ID: 55662