Igsf10 (NM_001162884) Mouse Untagged Clone

CAT#: MC225369

Igsf10 (untagged) - Mouse immunoglobulin superfamily, member 10 (Igsf10), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Igsf10
• Synonyms: 6530405F15Rik; 9030224D03; AA409708; AA536958; Adlican2; AI414626; CMF608
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC225369 representing NM_001162884
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGCAGAAGAGAGGCAGGGAAGTCAGCTGCTTGCTGATCTCCCTCACTGCCATCTGCCTGGTGGTCACCC
  CTGGGAGCAGGGTCTGTCCTCGCCGATGTGCCTGCTATGTGCCCACAGAGGTGCACTGTACATTTCGGTA
  CCTGACCTCCATCCCAGACGGCATCCCAGCCAATGTGGAACGAGTCAATTTAGGGTATAACAGCCTCACT
  AGATTGACAGAAAATGACTTTTCTGGCCTGAGCAGACTGGAGTTACTCATGCTGCACAGCAATGGCATTC
  ACAGAGTCAGTGACAAGACCTTCTCGGGCTTGCAGTCCTTGCAGGTCTTAAAAATGAGCTATAACAAAGT
  CCAAATAATTGAGAAGGATACTTTGTATGGACTCAGGAGCTTGACCCGGTTGCACCTGGATCACAACAAC
  ATTGAGTTTATCAACCCCGAGGCGTTTTACGGACTCACCTTGCTCCGCTTGGTACATCTAGAAGGAAACC
  GGCTGACAAAGCTCCATCCAGACACATTTGTCTCTTTGAGCTATCTCCAGATATTTAAAACCTCCTTCAT
  TAAGTACCTGTACTTGTCTGATAACTTCCTGACCTCCCTCCCAAAAGAAATGGTCTCCTCTATGCCAAAC
  CTAGAAAGCCTTTACTTGCATGGAAACCCATGGACCTGTGACTGCCATTTAAAGTGGTTGTCCGAGTGGA
  TGCAGGGAAACCCAGATATAATAAAATGCAAGAAGGAAAGAATCCCCTCCAGTCCTCAGCAGTGTCCCCT
  TTGCATGAACCCCAGGATCTCTAAAGGCAGATCTATTGCTATGGTTCCATCTGGCTCGTTCCTGTGTACA
  AAGCCAACCATTGATCCATCACTGAAGTCAAAAAGCCTGGGTATTCAGGAGGACAATGGATCTGCCTCCG
  TCTCACCTCAAGATTTCATAGAACCTTTTGGCTCCTTGTCTTTGAACATGACAGACCTGTCTGGAAATAA
  GGCCAATGTGATCTGTAGTATCCAAAAGCCTTCTAGGACATTACCAATTGCATTCACTGAAGAAAATGAC
  TACATCATGCTAAATATGTCATTTTCAACAAATCTTGTGTGCAGTGTCAATTATAATCACATCCAGCCAG
  TGTGGCAACTCCTGGCTTTGTACAGTGACTCTCCTCTGATATTAGAAAGGAAGCCCCAGCATACTGAGAC
  TCCACTGCTGTCTCCCAAATATCAACAGGTGGCTCTTAGGCCTGAAGACACTTTTACCAACATAGAGGCT
  GATTTCAAAGCAGATCCTTTTTGGTTCCAACAAGAAAAAATTTCCCTGCAGCTCAACAGAACTGCTACCA
  CACTTAGCACATTACAGATCCAATTTTCCACGGATGCTCAAATCACTTTACCAAAGGCAGAGATGAGACC
  GGTGAAACGCAAATGGACCATGATTCTGATGATGAACAATACCAGACTGGAACATACTGTTTTGGTTGGC
  GGCACTATTGCCCTGGACTGTCCGGGCAAAGGTGACCCTTCACCTCACTTGGAATGGGTTTTAGCTGATG
  GGAGTAAAGTGAGAGCCCCTTATGTTAGTGAGGATGGGCGAATCCTAATAGACAAAAAGGGGAAGTTGGA
  ACTCCAGATGGCTGATACCTTTGATGCAGGTCTTTACCATTGCATAAGCACCAATGATGCTGATGCAGAT
  ATTCTCACATACAGGATAACTGTGGTAGAGCCCTATGTAGAAAACAAGCATGAAAATGGAGCTCTGCACA
  CAGTAATTATGGGTGAGATACTCGATCTTCCATGCCTTTCCACTGGTATTCCAGATGCTTCTATTAGCTG
  GATTCTTCCCCGGAACACTGTGTTCTCTCAGTCATCAAGAGACATGCAAATTCTTAACAATGGGACCTTA
  AGAATATTACAGGCTACACCAAAAGATCAAGGCCATTACCGATGTGTAGCAGCCAACCCATCAGGGGCTG
  ATTTTTCCAGTTTTCAAGTTTCAGTCCAAATGAAAGGTCAAAGGACAATTGAGCATGACAGGGACATAGA
  TGGATCTGGACTTGAAGAACCCAAGCCCAGTGTTCTCCTTAAGCAGCCACCATCTTTGAAACTCCCTGCA
  TCATCTTTGACAGGGACAGAGGCTGGAAAACAAGTCTCTGGGATACATAAGAAAAACAAACATAGAGACT
  TAACACATCGACGGCGTGGGGATTCCACTCTCCGGAGATTCAGGGAACACAGGAGGCAGCTCCCTCTCTC
  TGCTCGGAGAATTGACCCCCAACACTGGGCAGCACTTTTAGAAAAAGCAAAGAAGAATTCTGTTCTAAGG
  AAGCAAGAAAATACCACAGTAAAGCCAACGCCACTGGCTATTCCACTTGTGGAACTCGCTGGGGAGGAAA
  AAGACGCCTCCGGCCTGACTCCTCCAGATGAAGAATTCACGGTTCTGAAAACTAAGGCTTTTGGTGTCCC
  AGAAAGGTCACCAACTGCTGACTCTAGACCAGTAAATCATGGCTTTGTGACAAGTTCAGCTTCTGGCACA
  GAAGTCTCCTCCACCGTGAATCCGCAAACACTACTACCCACGCACCTTCCTGATTTCAAATTATTTAATG
  TTGTGGACAGTGCAGCTGTGTCAAAGAGTATGAACCGACCTGTAACAAGCAAGATAGAAGATACAACACA
  TCAAAACCCAATCATTATCTTTCCATCAGTAGCTGAAATTCAAGATTCTGCTCAGGTGGGGAGAACGTCT
  TCCCAAAGTGCACACCCCGCAACAGGGGGAGCCATGGCTACCTATGGCTATACCACCATGCTTAGTAGCT
  TCACCAACAAAGCCAATACAGTCCTGCAGTCAGCAAATCCAACAGAAAGTTATGGACCTCAGATACCTTT
  AACAGAAGTAAGTAGAGTTAGCAGTAATAACTCCTTGGCTCACACTACTAAAGATCCAGGCTTCTCCAAG
  CGCCCTTCAGATTCCCACACCACTGCCCCTTCTTTATTTCAAACTCCTAGAAACAACAGTACAGGTAACG
  TGGGAAGAGAGAGGACAATTTGGAGCAGAGGGCGAGCTATAAGTCCATATAGAACTCCAGTTCTCCGTCG
  GCATAGACACAGGATTGTGAGGCCAGCACTCAAGGGACCTGCTAACAGAAATATAAGTCAAGTTTCAGCC
  ACGGAGCCCCCTGGGATGTGCCGAACCTGTTCTTCCACAGAAAGGCTCACCATGGCTACGGCAGCACTGT
  CAGTTACAGGCTCATCCCACACTACCCTCCCCAAAGCTAACAATGTTGGGATTATTTCAGAAGAGTCTAC
  CACTGTGGTCAAGAAGCCATCTTTACTATTGAAGAACAAACAAGATGTAGATATAGAGACAATAACAACC
  ACTATAAACTATTTCAGAAGTGAAAGTACCCACATGACTCCCACTGAAGCAAGCATGATTTCTGCTCCAA
  CATCCATATCCCTGGGAAAAACTCCTATAGACACTAGTGGTCACCTGAGCATGCCTAGGACCATCCAAGC
  TGGAACAGATTTAGTGGTGACACCACCACTTTCCAGTCCACTTAGCCAACCCTCAATACCAACAAAAGCA
  ACAAGCACAAAACTCTCAAGAAGAAAAATTCCCTGGCACCCAATCTTTGCAAATAACCATAACAAAGAGG
  GGATGCTAAAGAATCTGCATCAGTTTGGTTTACAAAAGAACACAGCCACTAAGCCTCCTGAAAAAGCTCC
  TCTTTTACCCACAGATCATGGTTCCTCCTCACCTTCTACAACACTCTTGGCAAGTCTGACGCCAGCTCAG
  TCTGCAACAATGGCTGCCACTCGGCGCAATGGCACTGAAGTGCAAGGTGCCAGAAGTCTCTCTGCAGGGA
  AAGAGCAGCCCTTCATCAACTCCTTCCTAGTGCTTCCTAGCACCACAAGAAAGAGATCTAGTACATTAAG
  CTTCCTGTCAGTGGAAACCCCCACAGTGACAACTCCTCCTGTTATTGCATCTGCCATTATCTCTGAAACC
  CAAGAAGTACGATCCAAAAAAGCAAAAGACCAAACAAAGGGGTCTCTGAAGAACAGGAAAGGCCCAACCA
  TCACCCCCAGGCAGATTTCTGGCTATAGCACATACTCAGTTCCAACAACAACTGATACTCCCTTGGCTTT
  CAGTCATTCCCCGGGAAAAGTCACTGGTAGGACTGTAAGTACAGCTGCTCCTCACTCAGCAGCTTCTCTC
  CTGGGCATAACTGAACTGCCCCAGAAATGCACTCATACTTCGGGAAATATAACAGCTTCGGAAACAACTC
  TGTTGAGCAAATCACAGGAGAGCACCGCAATGAAAAGAGCCTCCGCCACACCACCACTCCTCAGCAGTGG
  GGCACCCCGAATGCCTACTCCTTCCCCTCCTCCCTTCACTAAGGTTGTGGTTACAGACAGTGAGGTCCCA
  GCAGTTTTCAAGATGATGTCAAATAGGATGGTCACCATATATGAATCTTCAAGGCACGATATAGATCTGC
  AGCAACCCTCAGCAGAGGCTAGCCCCAATCCTGAGATCTTAACTGGATCCACTGACTTTCCCCTCTCTAG
  TCTGTTGACCTCCACTCCTATGCCAGCACCAAGAGTGGATAAACCACAGGATTCTCAATGGAAGCCTTCT
  CCCTGGCCAGAAAACAAATTTCAGCTCAGGTCATACTCAGAAACCATTGAAAAGGGCAAAAGGCCAGAAA
  TAAGCCTGTCACCCCACCTCAGCTTTCCAGAGGCCAGCACTCATGCCTTGCATTGGAATGCACAGAGGCA
  TGCAGAAAAGAGTGTCTTTGATAAGAAACCTGCTCAAAACCCAACTTCCAAACACCTGCCCTATGACTCT
  CTGCCTAAGACTATATTGAAGAAACCAAGAATAATTGGAGGAAAGGCTGCAAGCTTTACTGTTCCAACTA
  ATTCAGATGTCCTTCTTCCTTGCGAGGCTGTTGGAGACCCAAAGCCCACCATCCACTGGACCAGAGTCTC
  ATCAGGACGTGAAATATCCCGAGGGATACAGAAAACCCGGTTTCATGTGCTTCCCAATGGCACCTTGTCC
  ATCCAGAGGGTCAGCATTCAGGACCGTGGACAGTACCTGTGCGCTGCCTCTAATCCACTAGGTGTAGACC
  ACCTTCATGTCACTCTGTCTGTGGTCTCCTACCCTGCTAGGATTCTGGAGAGTCATGTCAAGGAGATCAC
  AGCTCATTCCGGAAGTACTGTGAAACTTAAGTGTAGAGTAGAAGGTATGCCAAGACCTACAATTTCCTGG
  ATACTCGCAAACCAAACAGTGGTCTCGGAAACACCCGAGGGAAGCCGGAAGGTCTGGGTGACACCCGATG
  GAACGTTGATCATCCATAATTTGAGTCTTTATGACCGTGGTTTTTACAAGTGTGTAGCCAACAACCCATC
  TGGCCAGGATTCACTGTTGGTTAAGATACAAGTCATCACAGCTCCCCCTGTTATTATAGAGCAAAAGAGA
  CAAGCCATCGTTGGCGTTTTAGGTGAAAGTTTGAAACTGCCCTGCACTGCAAAGGGAACTCCCCAGCCCA
  GTGTTCATTGGGTCCTCTATGATGGGACTGAACTAAAACCACTGCAGTTGACTCATTCCAGGTTTTTCTT
  GTATCCAAATGGGACCCTGTATATAAGAAACATCGTTTCTTCAGTCAGGGGCACTTATGAATGCATTGCT
  ACCAGCTCCTCGGGCTCAGAGAGAAGGGTAGTGATTCTAAGAGTAGAAGAGCAAGAGACAGTTCCCAGGA
  TAGAAACTGCCTCGCAGAAATGGACAGAGGTGAATTTGGGTGAGAAATTACTACTGAACTGCTCAGCTAC
  TGGGGATCCGAAACCTACAATAATCTGGAAGTTACCATCCAAGGTTGTCATTGACCAGTGGCACAGAATG
  GGCAGCCGGATCCATGTCTACCCAAATGGCTCCTTGGTTATTGGATCGGTGACAGAAAAGGATGGTGGTG
  ACTACTTATGTGTGGCAAGAAACAAAATGGGAGATGACCTGGTCCTGATGCATGTCCGCCTAAGACTGAC
  ACCTGCCAAAATTGAACACAAGCAGCATTTTAAGAAGCAAGTACTCCATGGGAAAGATTTCCAAGTTGAC
  TGCAAGGCTTCTGGCTCCCCTGTGCCTGAGGTATCCTGGAGTTTGCCTGATGGAACAGTGGTGAACAATG
  TAGCACAAGCTGATGACAGTGGCTACAGGACCAAGAGGTACACCCTCTTCCACAACGGAACCTTGTATTT
  CAACAAAGTTGGGATGGCAGAGGAAGGAGATTATATTTGCTCTGCTCAGAACACCTTAGGGAAAGATGAA
  ATGAAAGTTCACCTAACAGTTCTAACAGCCATCCCACGGATAAGGCAAAACTACAGGAGCAATGTAAGGA
  TCAAGGCTGGAGACACAGCTGTCCTGGACTGTGAGGTCACTGGGGAACCCAAGCCAAATGTATTTTGGTT
  GCTGCCTTCCAACAATGTCATTTCATTCTCCAATGACAGGTTCATATTTCATGCCAATGGAACTTTGTCC
  ATCAATAAAGTGAAACCGCTTGACTCTGGGAAGTATGTGTGTGTAGCTCAAAATCCTAGTGGGGATGACA
  CTAAGACATACAAACTGGATATTGTCTCTAGGCCTCCATTAATCAATGGTTTGTATGCAAACAAAACTGT
  TATTAAAGCCACAGCCATTCAGCACTCCAAAAAACACTTGGACTGCAGAGCAGATGGGGTCCCACCACCC
  CAGATCACATGGATTATGCCAGACAATATTTTCCTCACGGCTCCATACTACGGAGGCAGAATCACCGTGC
  ATCAAAATGGAACCTTGGAAATTCGGAACATAAGGCTTTCTGATTCTGCGGATTTCACCTGTGTGGTTCG
  GAGCGAAGGAGGAGAGAGTGTGTTGGTGGTGCAGTTAAAAGTACTGGAAATGCTGAGAAGACCAACATTC
  AGAAACCCATTCAATGAAAAAGTAGTTGCCCAGGTTGGCAAGCCTGTAGCAATGAACTGCTCTGTGGATG
  GGAACCCAACACCTGAAATTATCTGGATCTTACCTGATGGCACACAATTTGCTAATGGGCCACAAAATTC
  CCCATATCTGATGGCAAGCAATGGTTCTCTCATTGTTTACAAAGCAACTCGGAACAAGTCAGGAAAGTAT
  CGCTGTACAGCAAGAAATAAGGTTGGCTACATCGAGAAACTCATCCTGTTAGAAATTGGACAGAAGCCAG
  TCATTCTGACATACGAACCGGGGATGATAAAGAGCGCCGGTGGGGAATCGCTATCCCTGCATTGTGTGTC
  TGATGGAATCCCTAAGCCAAATGTCAAATGGACTACGCCAGGTGGCCTTGTAATCGACAGACCTCAAGTC
  GGTGGAAAATACATATTGCATGAAAATGGCACGTTGGTCATCAAAGAAACAACAGCTCATGACAGAGGAA
  ATTATATCTGTAAGGCTCAAAACAGCGTTGGCCAGGCAGTTATTAGTGTTCCCGTGACGATTGTGGCCTA
  CCCTCCCCGAATTATAAACTACCTTCCCAGGAGCATGCTCAGGAGGACAGGAGAGGCAATGCAGCTCCAC
  TGTGTGGCCTTGGGAGTCCCCAAGCCACAAATCACCTGGGAGACGCCGGGATACTCCCTGCTCTCAACGG
  CGACAGAAAGAAGGCCCCACAGAAGTGAGATGCTTCCCCTACAAGGTACGCTGGTCATTCAGAATCTACG
  AGCCTCAGATTCTGGCGTCTATAAATGCAGAGCACAGAACGTGCTTGGTGCCGATTATGCAACAACTTAC
  ATCCAGGTCCTCTGA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_001162884
• ORF Size: 7785 bp
• Insert Size: 7785
• 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).

Reference Data

• RefSeq: NM_001162884.1, NP_001156356.1
• RefSeq Size: 10084
• RefSeq ORF: 7785
• Locus ID: 242050