Celsr2 (NM_017392) Mouse Untagged Clone

CAT#: MC225432

Celsr2 (untagged) - Mouse cadherin, EGF LAG seven-pass G-type receptor 2 (flamingo homolog, Drosophila) (Celsr2), transcript variant 1, (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Celsr2
• Synonyms: Adgrc2; EGFL2; flamingo; Flamingo1; mfmi1; mKIAA0279
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC225432 representing NM_017392
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGCGGAGCCGGGCTGCCAGCGCCCCCCTCCCAACGCCGCTGCTGCCGCTGCTACTGCTGTTGCTGCTGC
  TGCCACCGTCGCCACTACTGGGAGATCAAGTGGGGCCCTGTCGTTCTCTGGGATCCGGGGGACGCAGCTC
  CTCTGGGGCCTGCGCCCCCGTGGGCTGGCTCTGCCCAGCCTCTGCTTCGAACCTCTGGCTCTACACCAGC
  CGCTGCAGAGAATCGGGCATTGAGCTGACCGGCCACCTGGTGCCCCACCACGATGGCCTGAGGGTTTGGT
  GTCCAGAATCAGGGGCTCATATCCCTCTTCCGCCATCCTCTGAAGGCTGCCCCTGGAGCTGTCGTCTCCT
  GGGTATCGGAGGACACCTTTCTCCACAAGGCACGCTGACCCTGCCTGAAGAGCACCCTTGCTTAAAGGCC
  CCACGGCTCAGATGCCAGTCTTGCAAGCTGGCACAGGCCCCAGGGCTCAGGGCTGGGGAAGGCTCACCAG
  AGGAATCTCTGGGTGGGCGCAGGAAAAGGAATGTGAATACAGCTCCCCAGTTCCAGCCTCCCAGCTACCA
  GGCCACAGTGCCTGAGAACCAGCCTGCTGGTACCTCTGTTGCATCCTTAAGAGCCATTGATCCAGATGAG
  GGTGAGGCGGGTCGACTTGAGTACACCATGGATGCCCTCTTTGATAGCCGCTCCAATCATTTCTTCTCCT
  TGGACCCAATCACCGGTGTTGTCACCACAGCTGAGGAGCTGGATCGGGAGACCAAGAGCACCCACGTCTT
  CAGGGTCACTGCACAGGATCACGGTATGCCCCGACGGAGTGCCTTGGCCACGCTTACCATCTTGGTGACC
  GACACCAACGATCACGACCCTGTTTTTGAGCAGCAAGAGTACAAGGAGAGCCTCAGGGAGAACCTGGAGG
  TTGGCTATGAGGTGCTTACAGTCAGGGCCACCGACGGCGACGCCCCTCCCAATGCCAACATTCTGTACCG
  CCTGCTGGAGGGGGCCGGAGGCAGCCCCTCAGACGCCTTTGAGATCGATCCTCGCTCGGGGGTGATCCGA
  ACCCGCGGCCCTGTAGACCGGGAGGAAGTGGAATCCTACAAGTTAACAGTGGAGGCGAGTGACCAGGGCC
  GGGACCCAGGCCCGCGGAGTTCCACAGCCATTGTTTTCCTGTCGGTGGAGGATGATAATGACAACGCCCC
  CCAGTTTAGCGAGAAGCGTTATGTGGTCCAGGTGCGGGAGGATGTGACCCCAGGAGCCCCAGTTCTCCGA
  GTCACCGCCTCCGATAGAGACAAGGGCAGCAATGCCCTAGTGCACTACAGCATCATGAGTGGCAATGCTC
  GGGGCCAGTTCTATCTGGATGCTCAGACTGGAGCCCTGGATGTGGTAAGCCCACTCGACTATGAGACAAC
  CAAAGAGTATACGCTTCGGATCCGGGCTCAGGACGGTGGCCGTCCTCCACTCTCCAATGTCTCTGGCCTA
  GTAACAGTGCAAGTCCTAGACATCAACGATAACGCCCCCATCTTTGTCAGCACCCCTTTCCAGGCCACCG
  TCCTAGAGAGTGTCCCTTTAGGCTACCTTGTTCTGCACGTCCAGGCAATTGATGCTGACGCTGGTGATAA
  CGCCCGCCTCGAGTATAGCCTGGCAGGGGTTGGGCACGACTTTCCCTTCACCATTAACAATGGCACAGGC
  TGGATCTCTGTGGCCGCAGAGTTGGATCGGGAAGAGGTTGATTTCTACAGCTTTGGTGTAGAGGCCCGGG
  ACCATGGCACCCCAGCGCTCACGGCCTCAGCCAGTGTCAGTGTAACCATCCTGGACGTCAATGACAACAA
  CCCAACCTTCACGCAGCCAGAGTACACCGTTCGGCTCAACGAGGACGCCGCCGTGGGCACCAGTGTGGTG
  ACCGTGTCAGCCGTGGATCGAGACGCTCACAGTGTCATTACCTACCAGATCACCAGCGGCAACACCCGCA
  ACCGCTTCTCTATCACCAGCCAAAGTGGTGGTGGACTGGTCTCCCTTGCCTTACCGCTAGACTACAAACT
  CGAGCGGCAGTATGTGCTGGCAGTGACTGCCTCAGATGGCACAAGGCAGGACACAGCTCAGATAGTAGTG
  AATGTCACCGATGCCAACACCCACCGTCCCGTCTTCCAGAGCTCCCACTACACAGTCAACGTTAATGAAG
  ACCGGCCAGCAGGCACCACAGTGGTGCTGATCAGCGCCACGGATGAGGACACGGGGGAGAATGCCCGAAT
  CACCTACTTTATGGAGGATAGCATCCCCCAGTTCCGAATCGACGCGGACACTGGGGCTGTCACCACCCAG
  GCTGAGCTGGACTACGAGGACCAGGTGTCTTATACCCTGGCCATCACTGCTCGGGACAATGGCATTCCCC
  AGAAGTCTGACACCACCTATTTGGAGATCCTGGTGAATGACGTGAACGACAACGCCCCCCAGTTCCTCAG
  AGATTCCTACCAGGGCAGCGTCTACGAGGACGTGCCGCCCTTCACCAGCGTCCTGCAGATCTCAGCCACG
  GATCGAGACTCCGGTCTGAATGGCAGGGTTTTCTACACCTTCCAAGGAGGAGATGATGGGGACGGTGACT
  TTATTGTAGAGTCGACATCGGGCATTGTGCGCACACTGCGGAGGCTGGATCGTGAGAACGTGGCCCAGTA
  CGTCCTGCGGGCCTATGCGGTGGACAAGGGCATGCCACCAGCCCGCACACCCATGGAAGTGACAGTTACT
  GTCCTGGATGTGAATGACAACCCCCCTGTCTTTGAACAGGATGAGTTTGACGTATTTGTGGAAGAGAACA
  GCCCCATCGGGCTGGCCGTGGCCCGGGTCACAGCCACTGACCCAGATGAAGGGACCAACGCACAGATCAT
  GTACCAGATTGTGGAGGGCAATATCCCTGAGGTCTTTCAGTTGGATATATTCTCTGGCGAGCTAACTGCC
  CTGGTAGATTTGGACTATGAGGACCGGCCTGAATATGTCCTGGTCATCCAGGCTACGTCTGCTCCCTTGG
  TGAGCAGGGCTACTGTCCATGTCCGCCTCCTTGACCGCAATGATAACCCGCCCGTGCTGGGCAACTTTGA
  GATTCTCTTTAACAACTATGTCACCAACCGCTCCAGCAGCTTCCCCGGTGGTGCCATAGGCCGTGTGCCT
  GCCCACGACCCCGATATCTCAGACAGCCTGACGTACAGCTTCGAGCGAGGAAATGAACTCAGCTTGGTCC
  TGCTCAATGCCTCCACCGGTGAGCTGAGACTGAGCCGGGCACTGGACAACAACCGGCCCCTGGAAGCCAT
  CATGAGTGTGCTGGTGTCAGATGGTGTCCACAGTGTGACAGCCCAGTGCTCGCTACGTGTCACCATCATC
  ACGGACGAGATGCTCACACACAGCATCACGCTGCGCTTGGAAGACATGTCTCCAGAACGCTTTCTCTCAC
  CACTGCTGGGACTCTTCATTCAGGCCGTGGCAGCCACGTTGGCCACACCCCCGGATCATGTGGTGGTCTT
  CAATGTGCAAAGGGATACTGATGCCCCAGGCGGCCATATCCTCAACGTAAGCCTGTCGGTGGGCCAGCCT
  CCAGGACCCGGGGGTGGGCCACCCTTTCTGCCTTCAGAGGATCTCCAGGAGCGCCTGTACCTCAACCGCA
  GCCTGCTCACCGCCATCTCGGCGCAGCGCGTGCTCCCCTTCGACGACAACATTTGCCTGCGGGAGCCCTG
  CGAGAATTACATGCGATGTGTGTCTGTGCTGCGGTTCGACTCCTCTGCGCCCTTCATCGCTTCCTCTTCG
  GTGCTCTTCCGGCCCATCCACCCTGTCGGGGGTCTGCGCTGTCGCTGCCCACCAGGCTTCACAGGCGACT
  ACTGCGAGACCGAGGTGGACCTCTGTTACTCAAGACCTTGTGGACCCCATGGGCGCTGCCGCAGCCGAGA
  GGGTGGCTATACCTGCCTCTGTCTGGATGGCTACACGGGCGAGCACTGTGAAGCGAGTACCCACTCAGGC
  CGTTGTACTCCAGGTGTCTGCAAGAACGGGGGTACCTGTGTCAACCTGTTGGTGGGAGGTTTCAAATGTG
  ACTGCCCCTCCGGGGACTTTGAGAAACCCTTCTGCCAGGTGACCACACGCAGCTTCCCTGCCCGCTCCTT
  CATCACCTTCCGTGGCCTGCGCCAGCGCTTCCACTTCACCCTGGCCCTCTCGTTTGCTACCAAGGAGCGT
  AACGGGCTACTGCTGTACAATGGGCGCTTCAATGAGAAGCACGACTTTGTGGCTCTCGAGGTGATCCAGG
  AACAGGTGCAGCTCACCTTCTCTGCAGGGGAATCGACCACCACCGTGTCTCCGTTTGTGCCGGGAGGGGT
  CAGTGATGGCCAGTGGCACACAGTGCAGCTGAAGTACTATAACAAGCCACTGTTGGGTCAGACAGGGCTT
  CCCCAAGGTCCATCTGAGCAGAAGGTAGCCGTGGTGTCCGTGGATGGCTGTGACACAGGGGTGGCTCTGC
  GCTTTGGAGCTATGCTGGGCAACTACTCCTGTGCTGCCCAGGGCACCCAAGGAGGCAGCAAGAAGTCTCT
  GGACCTGACAGGGCCCTTGTTGCTGGGTGGGGTGCCGGATCTGCCCGAGAGCTTCCCCGTCCGAATGCGG
  CACTTTGTGGGCTGCATGAAGGACCTCCAGGTGGATAGCCGGCACATCGACATGGCCGACTTCATTGCCA
  ACAATGGCACTGTGCCTGGCTGCCCCACCAAGAAGATCGTGTGCGACAGCAGCATTTGCCACAACGGTGG
  CACCTGTGTGAACCAGTGGAATGCGTTCAGCTGCGAGTGTCCACTAGGCTTCGGGGGCAAGAGCTGCGCC
  CAGGAAATGGCCAACCCCCAGCGTTTCCTGGGCAGCAGCCTTGTGGCCTGGCATGGCCTCTCTCTGCCCA
  TCTCTCAGCCCTGGCACCTCAGCCTCATGTTCCGCACACGCCAGGCAGATGGCGTCCTGCTGCAGGCCGT
  CACCAGGGGGCGCAGCACCATCACCCTGCAGCTTCGGGCAGGCCACGTAGTGCTAAGTGTGGAGGGCACA
  GGGCTCCAGGCGTCATCTCTGCGTCTTGAGCCAGGCCGAGCCAATGATGGTGACTGGCATCATGCACAGC
  TGGCACTGGGAGCCAGCGGGGGCCCTGGCCATGCCATTCTGTCCTTTGACTATGGGCAACAGAAGGCAGA
  GGGTAATCTGGGCCCTCGGCTGCATGGACTGCACCTGAGCAATATTACAGTCGGGGGAGTTCCTGGGCCA
  GCCAGCGGAGTGGCCCGTGGCTTCCGGGGCTGTTTGCAGGGTGTCAGGGTAAGCGAGACACCTGAGGGTA
  TCAGCAGTCTAGATCCCAGCCGCGGGGAGAGCATCAATGTGGAGCCAGGCTGTAGCTGGCCAGATCCCTG
  TGACTCGAATCCATGCCCTACCAACAGCTACTGCAGCAATGACTGGGACAGCTATTCTTGTAGCTGTGTT
  CTAGGTTACTATGGTGACAACTGTACAAATGTGTGTGACCTGAACCCATGCGAGCACCAGTCCGTGTGTA
  CCCGAAAACCCAATACACCCCACGGCTACATCTGCGAGTGTTTACCAAATTACCTTGGGCCATATTGTGA
  GACCAGGATTGACCAACCTTGCCCCCGTGGCTGGTGGGGACACCCCACATGTGGTCCATGCAACTGTGAT
  GTCAGCAAAGGCTTTGACCCAGATTGCAACAAGACAAGTGGGGAGTGCCACTGCAAGGAGAATCACTACC
  GGCCCCCCGGCAGCCCCACTTGTCTCTTGTGTGACTGTTACCCCACTGGTTCTTTGTCCCGAGTCTGTGA
  CCCCGAGGACGGCCAGTGTCCGTGCAAGCCTGGAGTCATTGGGCGTCAGTGTGACCGCTGTGACAACCCT
  TTTGCTGAGGTCACCACCAATGGCTGTGAAGTGAATTACGACAGCTGCCCACGGGCCATAGAGGCTGGGA
  TCTGGTGGCCCCGCACGCGGTTCGGGCTACCTGCTGCTGCCCCCTGCCCCAAAGGCTCCTTTGGGACTGC
  TGTGCGCCACTGTGATGAGCACAGGGGTTGGCTCCCCCCAAACCTCTTCAACTGCACGTCAGTCACCTTC
  TCAGAGCTAAAGGGCTTCGCTGAGCGGCTGCAGAGGAACGAATCAGGCCTGGACTCAGGACGCTCCCAGA
  GGCTAGCCCTGCTCCTGCGCAATGCCACCCAGCACACCTCTGGCTACTTCGGCAGTGATGTCAAGGTGGC
  CTACCAGCTGGCCACACGGCTCTTGGCTCATGAGAGTGCCCAGCGGGGCTTTGGGCTATCCGCCACACAG
  GATGTACACTTCACGGAGAATCTGCTGAGGGTGGGCAGCGCCCTCCTGGATGCAGCCAACAAGAGGCACT
  GGGAACTGATCCAGCAGACAGAGGGTGGCACCGCCTGGCTGCTCCAGCACTATGAGGCTTACGCCAGCGC
  CCTTGCCCAGAATATGCGGCACACCTACCTAAGCCCCTTCACCATCGTCACACCCAACATTGTCATCTCT
  GTAGTGCGCCTGGATAAGGGGAACTTTGCTGGGACCAAGCTGCCCCGTTATGAGGCATTACGTGGGGAGC
  GCCCCCCAGATCTTGAGACCACAGTCATTTTGCCAGAATCTGTCTTCAGAGAGATGCCCTCCATGGTGAG
  GTCTGCAGGACCTGGTGAAGCCCAGGAGACGGAGGAGCTGGCCCGGCGGCAGCGGAGGCACCCAGAACTG
  AGTCAGGGAGAGGCAGTGGCCAGTGTCATCATCTACCACACCCTGGCTGGACTGCTGCCCCACAACTATG
  ACCCCGATAAGCGTAGCCTGAGAGTCCCCAAGCGCCCCGTCATCAACACCCCTGTGGTGAGCATCAGCGT
  TCACGACGACGAGGAACTCCTGCCGCGGGCTCTGGACAAGCCAGTCACCGTGCAGTTCCGGCTGCTGGAG
  ACCGAGGAGCGGACCAAGCCCATCTGTGTCTTCTGGAACCATTCAATCCTGGTCAGTGGCACTGGCGGCT
  GGTCCGCCCGAGGCTGCGAAGTCGTCTTCCGTAACGAGAGCCACGTCAGCTGCCAGTGCAACCATATGAC
  AAGCTTTGCTGTGCTTATGGATATGTCACGACGAGAGAACGGTGAGATCTTGCCACTGAAGACCCTGACA
  TACGTGGCCCTTGGAGTCACCTTGGCTGCCCTGATGCTCACCTTCCTCTTCCTCACCCTCCTCCGTGCCC
  TCCGCTCCAACCAGCACGGCATCCGACGCAACCTCACAGCTGCCCTGGGCCTGGCCCAGCTGGTCTTTCT
  CCTGGGCATCAACCAGGCTGACCTCCCTTTTGCCTGTACAGTCATCGCTATCCTGCTGCATTTCCTGTAC
  CTCTGCACCTTCTCCTGGGCTCTGCTGGAGGCCTTACACCTGTACCGCGCGCTCACAGAGGTGCGCGACG
  TCAATGCCAGTCCCATGCGTTTCTACTACATGCTGGGCTGGGGCGTCCCTGCTTTCATCACAGGCCTCGC
  TGTGGGCTTGGATCCGGAAGGCTATGGGAACCCTGACTTCTGCTGGCTCTCTGTCTATGATACCCTCATC
  TGGAGCTTTGCTGGACCAGTGGCCTTTGCTGTTTCGATGAGTGTCTTCCTGTACATCCTGTCGGCCCGAG
  CCTCCTGTGCTGCCCAACGGCAGGGCTTCGAGAAGAAAGGGCCTGTCTCGGGCCTGCGCTCCTCCTTCAC
  GGTCCTCCTGCTGCTGAGTGCCACGTGGCTGCTGGCACTGCTCTCTGTCAACAGTGACACTCTGCTCTTC
  CACTACCTCTTCGCTGCCTGCAATTGTGTCCAGGGCCCCTTCATCTTCCTCTCCTACGTGGTGCTCAGCA
  AGGAGGTCCGGAAAGCACTCAAGTTCGCCTGCAGCCGGAAGCCCAGTCCCGACCCTGCCTTGACCACTAA
  GTCTACCCTGACCTCGTCCTATAACTGCCCCAGCCCCTACGCAGACGGGAGGCTGTACCAGCCTTACGGA
  GATTCGGCTGGCTCGTTGCACAGTGCCAGCCGCTCCGGCAAGAGTCAGCCCAGCTACATCCCCTTCTTGC
  TGAGGGAGGAGTCCACGCTGAACCCTGGCCAGGTTCCCCCTGGCCTAGGGGACCCAAGCGGCCTGTTCTT
  GGAAGGCCAAGCCCAACAACATGATCCCGACACGGACTCTGACAGTGACCTGTCCCTGGAAGATGACCAG
  AGTGGTTCCTATGCCTCCACCCACTCATCAGACAGCGAGGAAGAGGAGGAGGAGGCCGCCTTCCCTGGCG
  AGCAGGGCTGGGACAGCCTGCTGGGTCCTGGAGCTGAGAGACTGCCCCTTCACAGTACCCCCAAGGATGG
  GGGTCCGGGTTCTGGGAAGGTCCCTTGGCTGGGAGACTTTGGGACCACAACAAAGGAGAATAGTGGTAGT
  GGGCCCCTTGAAGAGCGGCCACGGGAGAATGGAGATGCCCTAACTCGGGAAGGGTCTCTGGGACCCCTTC
  CGGGCCCTTCTACCCAACCTCACAAAGGCATCCTCAAGAAGAAGTGTCTGCCCACCATCAGCGAAAAGAG
  CAGCCTCCTAAGGCTGCCCCTGGAGCAGGGCACAGGGTCTTCTCGGGGCTCCTCCATCAGTGAGGGCAGT
  CGGCACGGACCTCCTCCCCGCCCACCTCCGCGCCAGTCTCTGCAGGAACAGCTGAATGGGGTCATGCCTG
  TCGCCATGAGCATCAAGGCAGGCACGGTGGATGAGGACTCCTCTGGCTCTGAATTTCTCTTCTTTAACTT
  CCTGCATTAA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_017392
• ORF Size: 8760 bp
• Insert Size: 8760
• 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_017392.3, NP_059088.2
• RefSeq Size: 10543
• RefSeq ORF: 8760
• Locus ID: 53883