Igfn1 (NM_177642) Mouse Untagged Clone

CAT#: MC229762

Igfn1 (untagged) - Mouse immunoglobulin-like and fibronectin type III domain containing 1 (Igfn1)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Igfn1
• Synonyms: 9830123M21Rik
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC229762 representing NM_177642
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGAATGAGATGCGAACACAAGTTAGAATTGAGTTTCATGCTTTGGCAACTCAAAGGAAGCCTTCAGCAT
  CACCTCCTACCATTGAGGAGGACATGGGCCAAGGTTGTACTCTAGAAGCTCTGGTCATCCCTAGCAGAAG
  AGCTGAGCAATCAACTCAGCACCCAGACAGCTCATTCATGGCCACGGTCAGAGGTGCTAAATCTGTAGTA
  GTCAGTCAATGGCAGCTGCTACAGGCCGGATCCGCAGGCTCTGCCGCCAGACCAGACGGCTCCGGCTCTG
  AGTCCCTGGCAGCCAGCAGCAGCTGGAAACCAAGAAGGAGGCTGGAAGCTGGTGGGCCATGCAGATCATG
  GCTGGTGTTTCTGGTGTCACGGGAAGGATGGAGTGATAGCAACCCGGGCTATCGTAAACAATTCATCTGT
  CGCCCTCAGGAGATCGGTTTCCACTCAGAGGAGCACAGAGAAGCTGGGACTATGGCTGCAAAGCCCCCTA
  AGAAGTCCTCCATCCCAGGAGTGAGCATCAGGCAGCTGGTGGACGAGATCCCAGAAGGCTGCAGCACACC
  AGATTTCAAGCAGAAGCCTGTTACCTTGGCTCTACCAGAGGGGAAAAACGCCATCTTTCGGGCGGTGGTC
  TGTGGGGAACCCAGACCTGAAGTGCACTGGCAGAGCAGCAAAGGAGACCTCAGCAACTCCGCCAAGTACC
  AGATATCCTCTGCTCCCGGTAGAGAGGAGCACGTGCTTCAGATCAACAAGCTGACTGGAGAGGATTCGGA
  TCTGTACCGCTGCACTGCACTAAATGCCTATGGAGAAGCCACATGCTCAGTGAGGCTTACGGTCATTGAA
  GTGGGTTTTCGGAAGAACCGAAAAAGGCAAAAGGAACCTCAGGAGGACCTCAGGAAGGAGCTGATGGACT
  TTCGGAAGATGCTGAAAAAACGGGCCCCACCCCCAACCCCTGAAAAAAAGATGGAGTCTGAGCAGGTGTG
  GCAGCTTTTGGTGACTGCAGACCGTAAGGACTACGAGAAGATCTGTATGCAGTATGGTATCGTCGACTTC
  CGGGGCATGCTGCGCAAGTTGCAGGAGATGAAAAAGGAACAGGAGGACAGAATGGCCCAGTATGTCAGTG
  CCATTGCCAACTTGAGACACATCAAGGTCACCAAGGAAGGGGTCGCTACGTTTGACCTGGAGCTGGATCT
  CAAGAACCTCGAGAGCAAGATTTACTTGTACAAGGATGGTGAGATGATTCCCTACGGTGTTGATAACCAG
  ACCAAGCACTGTCTGAGACGGCTGGGGAAGCGCTACCACTTCCAGATCCAGGACCTGCGGCCTGAGGATG
  CTGGCCTTTACCAGGTCATGGTGGAGGATGCTGTGGTCTTCTCTACAGAGCTAGAATCCAGAACCATCCC
  CCCCAGAGTGGTGGTCCCATTGGCAGAGACCCGCTGTGAGGAACGGGGTGATGCAGTCTTTGAATGTACC
  CTCTCCAATCCCTGTCCCAGTGCGACCTGGCATTTCCAGCACCGACCACTGCGGCTCAGTGACAAATATG
  AAGTATTTGTGTCCCCTGATGGGCTAACCCACCGACTGGTTGTGAAGGGGGCCAGTAGCTCAGACATGGG
  CCTCTACTCGCTGAACACTGGGCTCCATGCCTCCAGTGCCTGGCTGGTGGTTGAAGGTGGGAAGGATAAA
  GGCCCTCAGACCACAGATACTGACCACCGGCTGCAGACTCCAGAAGCTCTGGCCTCCGAAGCAGAAGACG
  CTGGAGGCATCAGCATCAAGGGAGGGCAATCCAGAGAGCGGGGTTCCCTCAAAGAGATTAGTGGGGCACA
  GCTCACAGCAGGCCCAGACAGGGGTGCCTTTGGCAAACATGGCTATCCCTTGGTGGTGGATGAAGACATA
  GTTAATTCTACTTGGGGACCTGGGCAGGACAAAAAGAGCTTTCTGGAAGGAGGACAACTCAGGGTCACTC
  TTCCAGGGGATAGTCAGTCCCAAAGAGAGGGAGACTGTGGTAGAAGCCTCCCCAGAAGGTCTCATCTCCA
  GGGAGAGGATACAGAATCAGATTTGGGCTTCCTGGAGAGAGGACAACAAGGGCCTGGTAGAGTTGACAGT
  GAGAATGGCAGATGGGAGACAGCAGGAGGCCAGAGTGCTGGCTCCAGCCATCCTCGGGACAGAAGGCTTG
  AGAGCAGAGGAGAAGGACAGGAACACAGTGAGGGCCATGGCAGTGAACTGGACAGATATGGCCAGGGACA
  ATGCCATGATCCTCAGCTGGGAGCAGGGGCAGGGCAGAGGGTGCCGTGGGGATCCCAGTTTGATGCTGAG
  GGGCTTCAGCTGAAAAAGGAGGGGACAGAAATGTGGGGCGATTGTCTGGATGTGACGGAAGGTAGGGGTA
  ACCTGAGAAAGGAGAGGGGAACAGCAGCAGGGTCAAGTAACAGAGCCCGCCTCTGGGAAGCTCGAGGAGG
  CAGTGGGGCCGGAAGTCCTTGCGTCCCTGAGTTTCCTAGAGGAGGAGCTCACAGCTCCAAGGCAGGCATG
  GGCCCTGAGTGCTGGCCAGGTGGAGATGCTGGCCATGGAGAAGCTGGGGTATACTGGGGGGCAGGGGGAT
  ATCCAGGACAGACATCTGAGGGCAATGACACCCAGAAATCATCACTATCTGGAGACAGGAAACTTCTGGG
  GTGCACGAGTCCTGAGGCCAAAGCTGAGGGCTCTTTCCAGAGCGCAGATGGTCATGGGATTGTGGGGAGG
  GTCTACAAACCTGGCCCTGAAGGCCCAGAAGATCTTAGGAGTCAGAAAAGTGGCCTACAAGAGATTCAGG
  GAAGGAATGGTCAAGGCTCAGCTGGAGCCTTGGGCAGGACGGTGGAAGGTTCCAGAAGCCTCCAATTTCC
  TCAGAGCTGGACAGTGGGACAGAGGGAAGCAGGGAAGCCAGGTGGAGCAGAGTATGAAGACATAGGTCCT
  CAGGATGACACGTGGTCCAATCTCAGAGAGATGGGAGGCCACTGTGGGTCTGGAGTGCTGGCGTCTGGTG
  GGAGGGAAGGGAGCGTGGGCGGTTCCCAAGTAGCTGCCCTGATGATGTCTAGTCAGAGGGTAGATGCCAG
  AAACCACAGGCTAGTTACATCCCCAGGCCTGGGTGTCCAGGGTTCTGGCAGAACACTGGGACACATGGAA
  GGATTAAGAGACCCAGAGGCAGTGGGATCCGAAGAAGAGTTCTGGAATGGGTCAGGAAGGTCCCAAGGAA
  AAGGGTCCAGAGGTGGGATGGGCTTAGGAGGTCCAGAGTGGGCAGAGTCTAGGAATGAGGAGGGATGGGA
  GAATTCTGAAGGGATGGCTTCTAGGAATGGAGCCACTTGTCGTGATGGATCCAGGATGCAGGAAGGAACA
  GGATCTGGCCCTGATATTGGTTGCAAGGCCCCCTGTGGGGCACCTGCGGAGACAGAGTCTGGGAAGTGGG
  GTACTTACAGTCATGACTCAGGGGTGCCTGGGGGATTGTGGTCTGGAAGCAAAAGTCAGTGTAGTCCTGC
  AGGAAAGGTATCTGGAAGAGAGGCCAGCCTCAGAAATGGCTCAGCTGGCCTTCATGGAATGCCTTCTAGT
  GAAGCTCAGCAGAGGGATGTATTTCAAGGCCACGGTCAGACAGGCCACATTGGAGAGCACCACTGTGCCC
  GTGGCTTAGGGAGTTCTGAGACAGTGGGATCTGTGGGTGGACATGGTAGGAAAGACTCTGGAACAGCGGG
  CAAGGTTGGAGAGGGATACACAGAAGCAGAACCAGGGCACTCTGGAGGGTTGAGTTCTTGGGGTCACACT
  GGAGATTATGAGGACTTCCGAGTCCTGGGGGCCTTTAGGGAAGGAGACTTTGGCAATGGCACTGGGGTTC
  CATTATCCATGGGACCAAGGTCTCTGGAGAGAGGGGACAAGGAAGGAGATGGAGAAAGGATCAGTTTTCT
  TGGTGCCAGGACCTCTACAGTTGGAACTGGGAATTGGGACAAAGCCAGGCACCCTGGGGCACCATCTCCT
  CATGAGGCCGGTTCAGAGGGCCACTGGGCTCAAGTGTCTGGCAATGCATTAGGTTGTAGAGATGGGTCTG
  GAATTCCAGAGCCTTGGAGTGCTGGCGACAAAACAGCTTATGGAGAAGAATCAAAGGGTCTTGGGCCTGA
  AAGAACAGGACCAGATGGTGAGGTGGCATTTAGAGGTAGCTCTTCGAGCCTCAGAGGAATGGGACCAGCA
  AGTGAGGCAAGTTATAAAAGTGGAACTTGGGGCCCTGGGGCTGTGGGTTCAGGGTTTAAGGTAGATTGTA
  GGAATGATCTTGGGTGTTCTGGAAGTATGGGGTCAGAGAGTAAAGCAGGTTATAAGAACAAAATTGAGAG
  TCATGGGGTCAGGGAGTTAGGGGACCTGACAGGCTATAAAAATGATTTAGGACCTTCTGAACTTATTTCA
  TCAAGGAATGAGGCACGTGGTTTAGAACATTCTGGAGACATTTTGTCATGGAATAAGGCAGGTTTAAGGG
  ATGGCTTGGGAGAAACAGGAAGAATGGAGTCCAAGAATGGGGTTGGTTATAGGGGAAGCTCAGTGGGTCC
  TGGGGAAATGGGGTCAGAGAGGAAAATGCACCTTGCAGATGGTTCAGGGAGGCTAGGAGGACCAGGGTCA
  CTGGCTGCGCCCAAAGAACATGAATCTGTGGGTCTTGGGTCAGTTTATGAGGGAGCAGCAGAGATTGGCT
  CCAAATATAATAGGGAGAAAGTCAGAGGAATGGGGTTTAGAGATGCAACAGGGCCTGAGGTGGGCTCTGG
  GGTAGCTGGAATGCTGGATATTACAGGTGGCATAGCACACGGGGACAGTGCTATGGGCACAGAGAAGCTG
  GGGACACCAGATAGGCCTTATATCTTGTCAGGTGGGCAGGGTACCAAGAACAGTCTTGGGGGCTGTGTGT
  CCTTGGGAATCCCTGACGCCTTGGGGGCTGTTGGCTCTGTGGGGAAACCAGGTATCAGAGAATGGAAAGA
  TGATTCTGGGTTCCAAGGGTCTCTCAGGGACAGAGGGACTCCGAGTGAGGAGATCAGATCTGTAGACCAA
  GCAGGAGCTATAGGGACATCTCGGCTTCTTGATAGTAGGGGGGCAGTGGAGGATGGGAGTGGGTCAGAAA
  ATGACTTTGACTTTAATAAATCAGGCTTGGAGACAACAGGAAGATGTAGAGTTGCTGACCAGCAGGGAGT
  GACACCACAGGGATGTGGAGGCTCATTGCTCAATGGCAGGAGGAAGGGAACAAGTTCTGGAAGCTTGTCA
  GGGGTAGGGCAGGAGGTAGACAGAAGTTCTACACCTGGGAGGGAGACCAAGGTAATGTCAGGACCTGGCA
  GTGGGCGAGCCACAAGCCACACTCGGGCTGCAGACTGGGAAGACGGGGTTCAATGCAGCTTCGGGGCTTC
  TAGCTCACTGCCTGATACTGATGCCATTTTCAGAGAAACCCATGCGGGACAAGGAGCCTTCAAGGGCAGG
  GGCTGTGAAACCGGCCAAGGGGCTGCTGGAGAGTGTCAAGGACCACGCTCCTTGGGGAGCAGAGGCTCAG
  AGTTTGTAGGGGGCAGGGCTGGATTTACAGGGAGCTCAAGTGTTCCAGGCAGAAGGGATTCCACTATCTA
  CGGAGATGCTGTCACATCAAAGCCACAGGAACCCCAGAATGAATTATATAGTCCTTTAGGCAGAAGGGAC
  TTCAAAAGTGTATCGGGAGGAATCCAGGAGCCAGGTTTTCAACGAGGAACAGGACAGGGAGAAGGAAAAG
  AATCCTTCCAGGAGTCAGGGTCCTGGGAGGCTGAGCTTGACGAGGTCCAAGGATCCAGGGCCTCAGCAAA
  GTTTGAAAACCAGGGAGGGAAAGACCCTGGCTGGTCAGGCCAGAAGCCTGGTCCCTGTGGAAGCAGGCAT
  CAGGTGCAGTCTGGGACTGAAGTTGGATCAGCAAAGAGAGCAACCCCACAGGGGGCCGGAGGGCTGGAGC
  CTTGGGCTGGCAGTGAGGATAGAGGGTCTCTGAGAGAACCTTGGAGTGAAGACAGGAGGCAAGGCCCCCA
  CAGGCACCTTGGCAGCAGGAGAGATACCCAAGAGGGCAGGTCAGATGTCTGTGGCCAGGCACAAGATGCT
  ACCCAGAGCCCCAGATCCAGATACCAGCCTGGCACTGGCCGCTCTTCTTCAGAGGCCCGAGGCTCCATGG
  ACCACTTCTCTCAGGGTCTGACTGATACAGAGGTGCAACTGGGGGAAGCCGCCATAGTCTCCTGTACTCT
  TGCCAGTGACCTGGGACCTGGCACGTGGTTCAAGGATGGAGTCAAGCTCACTGCCCAAGATGGAGTCATC
  TTTGAGCAAGATGGGCTCACGCACAGACTGATTCTCACCCACGTGGAGGGGACCCAGGCTGGGAAATACA
  CTTTTGTAGCCGGCTGCCAGCACAGCGAGGCCAGCCTGACCGTGCAGGATCCCCCCACCATTGCTCCAGA
  TGTGACAGAGACACTGAGAGAGCCACTGGTGTTCAAGGCTGGGAAGCCAGTCACCGTGAAAATCCCTTTC
  CAGAGCCGCCTCCCTGTTCAGGCTGCCTGGAGGAAAGATGGGAACGAGGTGGTGGGCGGCGACCACAAGG
  GCATCCAACTGGCTCTGGCAGATGGCTACACATGGCTGTGCCTCCCCAGCGTGTGCAGGAAGGACAGTGG
  CCGGTACAGCGTGACGCTGAGGAGCGAGGGAGGCTGTGTGCAGGCTGAGTTCACCCTGCAAGTTATAGAC
  AAGCCTCAGCCCCCACAAGGACCCCTGGAGGTTCAGGATTGCCACAGAGCAGGTGTCTGCCTCCGCTGGC
  TACCCCCGAGGGACAACGGGGGCCAGGTCATACAACACTATGTGGTGGAGAGGCGACAGGCTGGAAGGAG
  CACTTGGTTGAAGGTGGGCGAGCCCCCATCAGACAGTACCAGCTTCACCGACACCAGCGTGGAGCAGGGA
  AAGAAATATGCCTTCCGTGTGCGGGCTGTGACCTCAGTGGGAGCCGGAGATGCCCTGGAGTCAGAGGAGG
  TGTTGGTGGCTCCTGAGGCTCTCCCGGGGCCCCCTTCTGCCCCAGCCATCCTGTCAGCCTCCAGTCAGAG
  CATCACTCTCACATGGGGGGCACCACAGGGCCCTGGCAGTAACCACATCCTGGGCTACCTGATCGAGAAG
  CACAAGAAGGGGAGCAACACCTGGATGGCTGTGAATGAGCAGCCCGTGTCTGAAAGAAGGTACACTGTGG
  TGGGTCTGCGACAGGGCTGCCAGTATGAGTTCCGGGTCACGGCCGTGACTCTGTCGGGCCCTGGAGATCC
  TGGGCCTCCATCGGATGCTGTCTTTGCTAGAGACCCTATGAGACCCCCAGGGCCTGTGCGGGATCTACAG
  GTTACAGACACATCAAACACTAGCATCACCGTGAGCTGGATGGTGCCGGATGCCCGGGATGCTGATGAAG
  CCCAGGGATATATTGTGGAGTTGTGTGGTTCAGACAGCCATCAATGGAGCCCATGTCACGTGGGAACTGT
  GCCGGGCACCACCTTCACAGCCAAGGGGCTTCGGCCGCAAGAAGGCTACTTTGTGCGGGTGACAGCAGTT
  AATGATGGGGGCCGGAGCCAGGCCACTTCCCTGGACACATTGGTTCATGCCATGCCGGCCACTGTCTGTC
  CCAGGTTCCTCATGGACTCCGGCACAAAGGATACCCTGATGGTCAGGGTTGGGGACAGTATTCGCGTTCC
  TCTCTCCTTTGAAGCTGCCCCCATGCCTGAGGTGACCTGGCTGAAGGACGGCTTGCCCTTGCCCAAAAGA
  AGTGTGACCACTGTGAAGGCTGGCCTCACGCAGCTTCTGATCCCTGCAGCTAGCCTCTCGGACTGTGGCC
  GATACACCGTGATGCTGAGGAACCTACAGGGGAAGGAAGCTACCCACAGCTTCTTCATCAATGTAGCAGC
  ATGCCCACAGGCACCAGGTTCTATCTACCTACAGGAGAATGTGCCTGGGACAGTGACGGTCCAGTGGGAA
  CCCTCTCCGGATGAGGCTCAGGGCATCCCCTTGCATTACACAGTGCTGATGCGGTCCTCATCTCACCGAT
  CCTGGCACGAGGTGGCCGACCATGTCCGTACCAACCGCTTTACCCTCCTAGGGGTCCTCCCTGGCCATGA
  GTACCACTTTCGGGTGCTGGCCAAGAATGAGCTGGGGGTCAGCAAACCTTCAGACACCAGCCAACCCTGG
  TGTATCCCCAGGCAGAGAGACAGGTTCACAGTGAAGTCTCCGACATACCAGGATCCTGACCTGAGCCAGA
  AGCCCCGCTTCCTGGTGGGTCTGCGGGCTCACCTTCTGCCCCAGGGCTGTGAGTGCCGCATGACGTGTGC
  CGTGCAGGGCTCACCCCAGCCTCATGTCACCTGGTTCAAGAATGACCAAAGCTTGGACAGAAACCCTGCG
  GTGTACAGTACTGACTTGCTGGGTGTGTGCTCCCTCGTCATCCCCAGCGTGTCCCTTAAGGACAGTGGTG
  AATACAAGGCTGTGGCCAAGAACCCACTGGGACAAGCTGTCAGCACAGCCACCCTCATTGTCACAGAATA
  CGACTCCTAG
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_177642
• Insert Size: 8550 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: Clone contains native stop codon, and expresses the complete ORF without any c-terminal tag.
• Product Components: The ORF clone is ion-exchange column purified and shipped in a 2D barcoded Matrix tube containing 10ug of transfection-ready, dried plasmid DNA (reconstitute with 100 ul of water).
• Reconstitution: 1. Centrifuge at 5,000xg for 5min.
  2. Carefully open the tube and add 100ul of sterile water to dissolve the DNA.
  3. Close the tube and incubate for 10 minutes at room temperature.
  4. Briefly vortex the tube and then do a quick spin (less than 5000xg) to concentrate the liquid at the bottom.
  5. Store the suspended plasmid at -20°C. The DNA is stable for at least one year from date of shipping when stored at -20°C.

Reference Data

• RefSeq: NM_177642.3, NP_808310.2
• RefSeq Size: 8996 bp
• RefSeq ORF: 8550 bp
• Locus ID: 226438
• UniProt ID: Q3KNY0
• Cytogenetics: 1 E4