Sall1 (NM_001107415) Rat Untagged Clone

CAT#: RN211859

Sall1 (untagged ORF) - Rat sal-like 1 (Drosophila) (Sall1), (10 ug)

Specifications

Product Data

• Type: Rat Untagged Clone
• Tag: Tag Free
• Symbol: Sall1
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >RN211859 representing NM_001107415
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGTCGCGGAGGAAGCAAGCGAAGCCTCAACATTTCCAATCCGACCCCGAAGTGGCCTCGCTCCCCCGGC
  GAGATGGGGACACAGAGAAGGGTCAACCAAGTCGCCCCACTAAGAGCAAAGATGCCCACGTCTGTGGCCG
  GTGCTGCGCTGAATTCTTTGAATTATCAGACCTTCTGCTCCACAAAAAGAGCTGCACTAAGAATCAATTA
  GTTTTGATCGTCAATGAAAGTCCAGCCTCCCCACCAAAAACCTTCCCTCCCGGCCCGCCGTCTCTCAACA
  ATCCTGATGAGCAAATGAAATTCGTGGCGAGTAAAGCAGACCAAGAAGACTGCGGCGACCTTTCAGAACA
  CAAGGGACTCGACAGGGAAGAGTCCATGGAGACGGAGGTCCCAGTTGCCACCAGCAGCAGCAGCAGCAAC
  GGTGGCACTCTGAGCAGTGTCACCAACATCGCCACCCCAAGCTGCCACAGCGGCTCTTCCACGGGTACCT
  CAGCGATCACAACCTCTCTACCTCAACTTGGGGACCTGACGACACTGGGCAACTTCTCGGTGATCAACAG
  CAACGTCATCATTGAAAATCTCCAGAGCACCAAGGTGGCGGTGGCCCAGTTCTCCCAGGAAGCGAGGTGT
  GGGGGGGCCTCTGGAGGCAAGCTGCTCATCTCGGCCCTCATGGAGCAGCTCCTAGCTCTGCAGCAGCAGC
  AGATCCACCAGCTGCAGCTCATAGAACAGATTCGTCACCAAATACTGCTGCTGGCTTCTCAGAACGCAGA
  TCTGTCAGCCTCTTCTGTTCCTTCTCAAGGTACTTTACGAACGTCTGCCAACCCCTTGACCACACTAAGT
  TCCCATTTGTCTCAGCAGCTGGCGGTGGCAGCTGGATTAGCACAGAGCCTTGCTAGCCAATCTGCCAACA
  TCAGCGGTGTGAAGCAGCTCCCCCCAGTCCAGCTACCTCAGAGCAGCTCCGGCACCATCATCCCGCCCAG
  TAGTGGCCCATCTCCCAACGTGAGCATGGTGACAGCAACAGTTCCCACCCCGTCCTCGGAAAAAGTGGCT
  TCCAATGCTGGTGCCTCCCATGTCAGCCCCCCGGCCGTCTCAGCATCATCCTCACCAGCAGCATTCGCAA
  TAAGCAGTCTGTTGAGTCCTGCATCTAACCCACTTCTACCTCAGCCGACCCCAGCTAATGCTGTTTTCCC
  TACCCCTTTGCCTAACATTGCGACAACTGCAGAAGATTTAAACGCCCTGTCTGCCTTGGCCCAGCAAAGA
  AAAAGCAAGCCACCAAATGTCACTGCCTTCGAAGCAAAGAGTACTTCAGACGAGGCATTCTTTAAACACA
  AGTGTAGGTTCTGTGCAAAGGTCTTTGGGAGTGACAGTGCCTTGCAGATCCACTTGCGCTCCCATACTGG
  AGAGAGGCCGTTCAAGTGCAACATCTGTGGGAACAGGTTCTCCACCAAGGGCAACCTGAAAGTCCACTTT
  CAGCGCCACAAAGAGAAGTACCCCCACATCCAGATGAACCCCTACCCCGTACCGGAGCACTTGGACAACG
  TCCCTACGAGCACCGGCATCCCCTACGGCATGTCCATCCCTCCAGAGAAGCCGGTCACCAGCTGGCTAGA
  CACCAAGCCGGTCCTGCCCACTCTGACCACTTCCGTCGGCCTGCCATTGCCTCCTACCCTCCCAAGCCTC
  ACGCCCTTCATCAAGACGGAAGAACCAGCTCCCATCCCAATTAGCCATTCTGCTGCCAGCCCCCAAGGCT
  CAGTCAAAAGTGACTCGGGGGCCCCCGATTTGGCCACAAGAAACCCAAGTGGGGTCCCAGAGGAAGCCGA
  AGGGTCTGCTGTGCCCCCCTTCGGTGGCAAGGGTGAAGACAGTAGCGTGGTAAGCTCCATCCCGACAGCG
  GGCAGCAGTGCCCTGAACTCCCCAGTGGCTGATGGTGGTGCAGGAGGGACCACCTTCACCAACCCTCTGT
  TGCCCCTCATGTCTGAGCAGTTCAAGGCCAAGTTTCCTTTTGGGGGACTCTTAGATTCAGCCCAGGCCTC
  AGAGACATCCAAGCTGCAGCAACTGGTAGAAAACATTGACAAGAAGGCCACCGACCCCAACGAGTGTGTC
  ATCTGCCATCGGGTTCTGAGCTGTCAGAGCGCTTTGAAAATGCACTACCGAACACACACCGGGGAGAGGC
  CCTTCAAGTGTAAGATCTGCGGCCGGGCTTTTACCACGAAAGGGAACCTCAAGACCCACTACAGCGTCCA
  TCGGGCTATGCCCCCACTCAGAGTCCAGCATTCCTGCCCCATCTGTCAGAAGAAGTTCACAAACGCAGTG
  GTCCTCCAGCAGCACATCCGTATGCACATGGGAGGCCAGATCCCGAACACCCCGGTCCCTGACAACTACC
  CCGAGTCCATGGAGTCTGACACAGGCTCCTTCGATGAGAAGAATTTCGATGACTTAGACAACTTCTCAGA
  TGAGAACATGGAAGAGTGTCCTGAGGGCAGCATCCCGGATACGCCCAAGTCAGCTGACGCTTCCCAAGAC
  AGCCTGTCGTCTTCACCTCTGCCACTCGAGATGTCCAGCATCGCCGCTTTGGAAAATCAGATGAAGATGA
  TCAACGCTGGCCTGGCCGAGCAGCTGCAGGCCAGCCTGAAGTCGGTGGAGAACGGGTCAGTGGAAGGAGA
  TGTACTGACCAATGACTCATCCTCAGTGGGTGGGGATGTGGAGAGCCAGAGTTCGGGCAGCCCAGCCATC
  TCAGAGTCTACCTCTTCTATGCAGGCTCTGTCCCCATCCAACAGCACCCAAGAGTTCCACAAGTCACCCA
  ATGTTGAGGAAAAGCCACAGAGAGTGGGGCCAGGCGAGTTTGCCAATGGCCTGTCTCCCACCCCAGTGAA
  CGGAGGTGCTTTGGACTTGACCTCTAGTCATGCAGAGAAAATCATCAAAGAAGATTCCCTGGGAATCCTC
  TTCCCTTTCAGAGACCGGGGTAAATTTAAAAACACTGCTTGTGACATTTGTGGCAAAACCTTTGCTTGTC
  AGAGTGCCTTGGACATTCATTACAGAAGTCATACCAAAGAGAGACCGTTCATTTGCACAGTTTGCAGTCG
  TGGCTTTTCCACAAAGGGGAATTTGAAGCAGCACATGTTGACACATCAGATGCGAGATCTGCCATCGCAG
  CTCTTTGAGCCCAGTTCCAACCTCGGCCCCAATCAGAACTCTGCGATGATTCCCGCCAGCTCGTTGTCAT
  CTCTCATCAAAACAGAGGTCAACGGCTTTGTGCACGTTTCTCCTCAGGACAGTAAGGATGCCCCCACTAG
  TCATGTCCCTTCGGGGCCTCTGTCATCCTCTGCGACATCCCCGGTTCTGCTCCCAGCTCTGCCCCGGAGA
  ACCCCCAAACAGCACTATTGTAACACATGTGGTAAAACCTTCTCTTCCTCGAGTGCCCTGCAGATCCACG
  AGAGAACTCACACTGGAGAGAAGCCCTTTGCTTGCACTATCTGTGGAAGAGCATTCACAACGAAAGGCAA
  TCTGAAGGTCCACATGGGCACTCATATGTGGAACAGTACCCCTGCACGCCGGGGCCGCCGGCTCTCAGTG
  GATGGCCCCATGACATTTCTAGGAGGGAATCCTGTCAAGTTCCCAGAAATGTTCCAGAAGGATCTGGCGG
  CGAGGTCAGGAAGCGGGGATCCGTCCAGCTTTTGGAACCAGTATACAGCAGCACTGTCCAACGGGCTGGC
  CATGAAGGCCAACGAGATCTCTGTCATTCAGAATGGTGGCATCCCTCCAATTCCTGGAAGCCTGGGCAAC
  GGGAGCAGCTCACCTATCAGCGGGCTGACAGGGAACGTGGAAAAGCTGGGGAATTCGGAACCCAGTGCTC
  CCCTGGCTGGTCTGGAGAAAATGGCGAGCAGCGAGAACGGAACCAACTTCCGTTTCACCCGCTTCGTGGA
  GGACAGCAAAGAGATCGTCACGAGCTAA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_001107415
• ORF Size: 3948 bp
• Insert Size: 3948
• 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_001107415.2, NP_001100885.2
• RefSeq Size: 5124
• RefSeq ORF: 3948
• Locus ID: 307740