Synj1 (NM_001045515) Mouse Untagged Clone

CAT#: MC224206

Synj1 (untagged) - Mouse synaptojanin 1 (Synj1), transcript variant 2, (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Synj1
• Synonyms: A930006D20Rik; AA675315; mKIAA0910
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC224206 representing NM_001045515
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGCGTTCAGCAAAGGATTTCGAATCTACCACAAATTGGATCCCCCACCGTTCAGCCTCATAGTGGAAA
  CTAGGCATAAGGAAGAATGTCTCATGTTCGAGTCTGGGGCTGTGGCTGTGCTCTCATCTGCAGAAAAGGA
  GGCTATTAAAGGCACATATGCCAAAGTACTGGATGCATACGGACTTTTGGGAGTTTTACGATTAAATCTT
  GGTGATACCATGCTGCACTATCTGGTCCTAGTCACTGGATGCATGTCTGTGGGGAAAATCCAAGAATCTG
  AAGTTTTCCGAGTTACTTCCACTGAGTTTATATCATTGCGAGTTGATGCTTCAGATGAGGACCGCATTTC
  GGAAGTACGAAAAGTTTTGAACTCGGGAAACTTTTATTTTGCATGGTCTGCATCTGGAGTCAGCTTAGAT
  CTGAGTCTGAATGCACATCGAAGCATGCAAGAGCACACAACCGACAATAGGTTTTTCTGGAATCAGTCTC
  TGCATTTGCATCTCAAGCACTATGGTGTGAACTGCGATGACTGGTTATTACGGCTCATGTGTGGGGGAGT
  AGAGATTAGAACCATTTATGCTGCCCATAAACAGGCAAAAGCTTGCCTCATCTCAAGACTAAGCTGTGAA
  CGAGCTGGGACAAGGTTCAATGTCCGGGGAACCAACGATGATGGTCATGTTGCCAACTTTGTAGAGACAG
  AGCAGGTTATATACTTAGATGACTGTGTCTCTTCCTTCATACAAATCCGAGGATCTGTTCCATTGTTCTG
  GGAGCAACCAGGGTTGCAAGTGGGATCCCATCGTGTTCGTATGTCAAGGGGATTTGAAGCCAATGCGCCT
  GCCTTTGACAGGCATTTCCGAACACTTAAGGACTTATATGGTAAACAGATAGTAGTGAATCTGCTTGGGT
  CTAAGGAAGGCGAGCATATGCTGAGCAAGGCTTTCCAGAGTCATTTAAAAGCCTCTGAACACGCTTCTGA
  TATCCACATGGTGTCTTTTGACTATCATCAAATGGTTAAAGGAGGAAAGGCAGAAAAACTACACAGTATT
  CTCAAACCACAAGTCCAGAAGTTTCTAGATTATGGATTTTTTTATTTCGATGGCAGTGAAGTTCAAAGGT
  GCCAGAGTGGTACAGTTCGAACAAACTGCTTGGATTGTCTGGATAGAACAAATAGTGTGCAGGCATTCCT
  TGGCTTAGAGATGCTCGCTAAGCAGCTGGAAGCTCTGGGCTTGGCTGAGAAGCCTCAGCTGGTGACCCGC
  TTCCAAGAAGTTTTCCGGTCCATGTGGTCTGTGAATGGCGACTCAATCAGTAAAATATATGCAGGCACCG
  GGGCCCTGGAAGGGAAGGCCAAGTTAAAAGATGGTGCGCGATCTGTCACCAGAACCATCCAGAATAACTT
  CTTCGACAGCTCCAAGCAGGAAGCCATTGATGTCCTGCTCCTGGGAAATACTCTCAACAGCGATTTAGCT
  GACAAAGCCCGAGCGCTTCTAACTACTGGAAGTTTGCGTGTTTCTGAACAGACATTACAGTCAGCATCTT
  CCAAAGTCTTAAAGAACATGTGTGAGAACTTCTACAAATACTCAAAGCCCAAGAAGATCCGAGTGTGTGT
  TGGCACCTGGAATGTGAACGGCGGGAAGCAGTTCCGCAGCATAGCGTTCAAGAACCAGACGCTCACAGAC
  TGGCTTCTGGACGCTCCCAAGTTAGCCGGCATCCAGGAGTTTCAAGATAAGAGAAGTAAGCCAACTGATA
  TATTTGCAATTGGCTTTGAAGAAATGGTGGAGCTGAATGCTGGGAACATTGTGAATGCAAGCACAACCAA
  CCAGAAGCTGTGGGCAGTGGAGCTGCAGAAGACCATCTCCAGGGACAACAAGTATGTCCTGCTGGCCTCG
  GAGCAGCTGGTGGGTGTCTGCCTGTTTGTCTTTATCAGACCACAGCACGCTCCTTTTATCAGGGATGTTG
  CAGTTGATACTGTGAAAACTGGCATGGGAGGTGCAACTGGAAACAAGGGCGCCGTTGCAATTCGGATGCT
  CTTCCACACCACCAGCCTTTGCTTCGTCTGCAGCCACTTTGCTGCAGGGCAGTCCCAAGTCAAAGAGAGA
  AATGAAGATTTTGTAGAAATAGCACGAAAACTGAGTTTCCCCATGGGACGAATGCTCTTCTCCCATGACT
  ATGTATTTTGGTGTGGTGATTTCAACTATCGAATTGACCTTCCGAATGAAGAGGTTAAAGAGCTCATAAG
  ACAACAAAACTGGGATTCTCTGATCGCTGGGGATCAGCTCATCAACCAGAAAAATGCAGGACAGATCTTT
  AGAGGATTCTTAGAGGGAAAAGTAACGTTTGCTCCAACCTATAAATATGACTTGTTTTCTGAAGACTATG
  ACACCAGTGAGAAGTGTCGCACCCCTGCTTGGACAGACCGTGTCCTCTGGAGAAGGAGGAAGTGGCCTTT
  TGACAGATCAGCTGAAGATTTAGATCTCCTGAATGCTAGTTTCCAAGATGAAAGTAAAATTCTTTATACA
  TGGACCCCTGGCACCTTGCTGCACTATGGAAGAGCCGAGCTGAAGACTTCTGACCATAGGCCCGTCGTTG
  CCTTGATTGACATAGATATATTTGAAGTTGAAGCTGAAGAGAGACAAAAAATTTATAAAGAAGTTATTGC
  CGTCCAGGGCCCACCAGATGGCACAGTGCTGGTCTCAATCAAAAGTTCTGCACAAGAAAGTACTTTTTTT
  GATGATGCTTTGATTGATGAGCTTCTGCGGCAGTTTGCACACTTTGGTGAAGTTATACTCATAAGATTTG
  TAGAAGATAAAATGTGGGTTACATTTTTGGAGGGAAGCTCTGCCTTGAATGCTCTGAGCCTAAATGGGAA
  AGAGCTATTAAATCGGACTATAACAATTACTTTAAAAAGTCCAGACTGGATCAAACATTTGGAAGAAGAG
  ATGAGTTTAGAGAAAATCAGTGTCACGTTGCCCTCATCAGCAAGCTCCACCCTGCTTGGTGAAGACGCAG
  AGGTCGCAGCAGACTTTGACATGGAAGGTGACGTCGATGACTACAGCGCTGAAGTAGAGGAGCTTCTTCC
  TCAGCATCTGCAGCCGTCCTCAAGTTCTGGCCTGGGCACTTCTCCAAGTTCTTCACCCCGGACCAGTCCC
  TGCCAGTCCCCCACAGTACCAGAGTACTCCGCCCCTTCTCTTCCCATCAGACCTAGCCGAGCACCGTCAA
  GAACTCCAGGACCTCCAAGTTCGCAGGGCTCTCCAGTTGACACTCAGCCAGCGGCCCAGAAGGATTCTTC
  CCAGACTCTAGAGCCCAAGAGACCACCCCCTCCCCGCCCAGTCGCTCCTCCGGCACGTCCTGCCCCACCA
  CAGAGACCACCTCCACCTTCAGGGGCTAGGAGTCCTGCGCCTGCTAGAAAAGAATTTGGAGGTGTTGGAG
  CCCCTCCCAGTCCCGGGGTTGCTAGGAGAGAGATAGAAGCACCCAAAAGCCCTGGAACAGCACGGAAAGA
  TAATATAGGGCGTAATCAGCCTTCCCCTCAAGCCGGACTTGCAGGCCCAGGACCCGCTGGATACGGTGCG
  GCTAGACCGACAATTCCAGCTCGTGCTGGAGTGATCAGCGCCCCTCAGAGCCAGGCTCGGGTATGTGCTG
  GAAGGCCGACTCCTGACAGCCAAAGCAAGCCCTCGGAGACATTGAAAGGTCCTGCTGTCCTTCCAGAACC
  ACTGAAGCCTCAGGCTGCATTTCCTCAGCAGCCTTCTCTGCCCACACCTGCTCAAAAGTTACAGGACCCG
  CTTGTCCCCATAGCAGCACCTACTATGCCTCCCTCTGGCCCCCAACCAAATTTGGAAACCCCCCCACAGC
  CCCCACCTCGGAGCAGGTCATCTCAAAGCTTGCCTTCAGACTCCTCACCACAGCTGCAGCAGGAGCAACC
  AACAGGGTAA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_001045515
• ORF Size: 3930 bp
• Insert Size: 3930
• 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_001045515.1, NP_001038980.1
• RefSeq Size: 7012
• RefSeq ORF: 3930
• Locus ID: 104015