Sgpl1 (NM_009163) Mouse Untagged Clone

CAT#: MC202842

Sgpl1 (untagged) - Mouse sphingosine phosphate lyase 1 (Sgpl1), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Sgpl1
• Synonyms: AI428538; D10Xrf456; S1PL; Spl
• Vector: PCMV6-Kan/Neo
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >BC026135 sequence for NM_009163
  CCACGCGTTCCGACCGAGGCGCGTGAGGTGGGCGGCGGCCAGCGGAGCCTCTGCGGGGAAAGAAGGAGCC GGGTCCACAGCCTGAGGAGACGCAGAGGCAGGGCAGCCCCGGGGAGGGAGCCGGCTGCAGAGGAAGATGC CCGGAACCGACCTCCTCAAGCTGAAGGACTTCGAGCCTTATTTGGAGATTTTGGAATCATATTCCACAAA AGCCAAGAATTATGTGAATGGATATTGCACCAAATATGAGCCCTGGCAGCTCATTGCGTGGAGTGTCCTG TGTACTCTGCTGATAGTCTGGGTGTATGAGCTTATCTTCCAGCCAGAGAGTTTATGGTCTCGGTTTAAAA AAAAATTATTTAAGCTTATCAGGAAGATGCCATTTATTGGACGTAAGATCGAACAACAGGTGAGCAAAGC CAAGAAGGATCTTGTCAAGAACATGCCATTCCTAAAGGTGGACAAGGATTATGTGAAAACTCTGCCTGCT CAGGGTATGGGCACAGCTGAGGTTCTGGAGAGACTCAAGGAGTACAGCTCCATGGATGGTTCCTGGCAAG AAGGGAAAGCCTCAGGAGCTGTGTACAATGGGGAACCGAAGCTCACGGAGCTGCTGGTGCAGGCTTATGG AGAATTCACGTGGAGCAATCCACTGCATCCAGATATCTTCCCTGGATTGCGGAAGTTAGAGGCAGAAATC GTTAGGATGACTTGTTCCCTCTTCAATGGGGGACCAGATTCCTGTGGATGTGTGACTTCTGGGGGAACGG AAAGCATCCTGATGGCCTGCAAAGCTTACCGGGACTTGGCGTTAGAGAAGGGGATCAAAACTCCAGAAAT TGTGGCTCCCGAGAGTGCCCATGCTGCATTCGACAAAGCAGCTCATTATTTTGGGATGAAGATTGTCCGA GTTGCACTGAAAAAGAACATGGAGGTGGATGTGCAGGCAATGAAGAGAGCCATCTCCAGGAACACAGCTA TGCTGGTCTGTTCTACCCCACAGTTTCCTCATGGTGTGATGGATCCTGTCCCCGAAGTGGCCAAGTTGGC TGTCAGATATAAAATCCCACTCCATGTGGATGCTTGTCTGGGGGGCTTCCTCATTGTCTTCATGGAGAAA GCAGGGTACCCACTGGAGAAACCATTTGATTTCCGGGTGAAAGGTGTGACCAGCATTTCAGCAGATACTC ATAAGTATGGCTATGCTCCTAAAGGTTCATCAGTGGTGATGTACTCTAACGAGAAGTACAGGACGTACCA GTTCTTTGTTGGTGCAGACTGGCAAGGTGGTGTCTACGCATCTCCAAGCATAGCTGGCTCACGGCCTGGT GGCATCATTGCAGCCTGTTGGGCCGCCTTGATGCACTTCGGTGAGAACGGCTATGTTGAAGCTACCAAAC AGATCATCAAAACTGCTCGCTTCCTGAAGTCAGAACTGGAAAACATCAAAAACATCTTCATTTTCGGTGA TCCTCAATTGTCAGTTATTGCTCTGGGATCCAACGATTTTGACATTTACCGACTATCTAATATGATGTCT GCTAAGGGGTGGAATTTTAACTACCTGCAGTTCCCAAGAAGCATTCATTTCTGCATTACGTTAGTACATA CTCGGAAGCGAGTGGCGATCCAGTTCCTAAAGGATATCCGGGAATCAGTCACACAAATCATGAAGAATCC TAAAGCTAAGACCACAGGAATGGGTGCCATCTATGGCATGGCCCAGGCAACCATTGACAGGAAGCTGGTT GCAGAAATATCCTCCGTCTTCTTGGACTGCCTTTATACTACGGACCCCGTGACTCAGGGCAACCAGATGA ACGGTTCTCCAAAGCCCCGCTGAACTTTGACCCTTGTGAGTTCCTTGGAGCTTCAGGCCTTCAGAAGGTT CTTGGCGTTTGGAACAGACTGCACACAATTTGACATCTGGACTGGCTCCGTAGAGCACAATAGGATAAAC CATAAGATAGCTTCAGCCTCAGGACTCCTTTGTTTCCTTGTGGGGCTTTTAGTTTGAAGACCCTGAAGGA TCCCACTGCATAGTGAGTCTGTCCTGGTTATTAATGTTACCCTAGAAATTGCTTTAACCTTATTTTTCTC TAACGTCTTTAGCATCGTCTTTACTTAATCATTGTGTGGTGGCTCCGACCTGTCCTGATTATTTAGGGAA AGTGTGAGATAGCAAGAGGGTGTCTCTGCTGCCTCAGTGGGGTGTTCTGGCCATCAGGCAGGAAGCAGTT ATGTACCGTGTTCCCTCAGGTGGGTGTCTGTCTGTCCCACGCAGGGGGAGGTTCAGCCTCTGCTTCAGGA GATGCCTCTTGTCCTCAGGATCACTGTCATTACAGCTTGCTTTACTTTTCCAAGCACACGTCGGCCAGAC TACTGGCCTCTTTTTTTGTTTTATTTTTAAATAACTGGAGTATATTCCCTTGGCAGGGTTTGAAGTGCTC CTTTGTCTTGTGCATGACCATGGCTGCTGCCATCTTTGGAGATGCCTGTTGGCAGTCATATACTTGTTTG TTCTTATTACTGTAGGGTAAGAAATGAACATGTTTTTCAGAGAATCTAGGGCTTTCTGGCTGTTGGCACT GCCTCTCTGGATGGAGTAGGGGTAGATCACTCCTGAGCCCTCTCCTGGGCCAGAGGAGCCACAACCAGAC CCTTTCCCACATTTTCGTGAATAGCCACATAGGTAAGCGCCTACATCCTGCACATGTGGGCAGTAGTCTT CCCCTTGGACATTGCCTTAAGCCTTCATGTAATGAGAATCTGCTTTTATTGAAGAAAACACTCCACAAGT GTCCTTGACTTCCTCATTGGGTGTGAAGATGTGCAGAGGACACTTGCTCCATCAGTGTGTGTTCTTCCTG CCCCTTCCCCCCTTATTCAGCTTCCAAAGGTACGACAGCATTTTAGCTTCAGGTACTGGACGTTCCTCAG GCCCCGCTAAAAGGAAGCAGACATTTTGGAGTAGAAAGGGATGGCTACAGCCATTACACTTGGGGCCTGG GGTTCCTTCTTAAGACTGATTGCCCAGGGCTATACAGGGACAGGACCAATCCCTGGCCAATTTCCCATTT GCTTCTCCCTTTTAGGGATTGGGGGCTCTGAAGTAGGCAGAGCCCCGTTCAGCTCTGATGACCGTACCAT GTGCCTTTCTACCCATTCAGTGAGTGACAACCCTCGTCCTCACCCAGGCCCTGGCAGAAGTAGACCACTC TTTGAGGTGTGTCTGCTTATAGGAGAGAACTTGGGACAGATCACCAGAAGCCATGCTCTGTTCCTTCCCC TTCTCAGGGATTCCTGAGTATTCAGCCTGGGCATTGCTCGCTGGGAGAGCCAGACCACCAGGCTCTTCCT CACCCTCCTTAGGAAGTGGTCTTCAGCACTGTTCTGACCCCAGGTGTTACCAGCTGGTTCATCACAGGGC ATGTGTATATGTCCACTTCCCTCCTGTATGCTCTACAGTGCATTATGAGGCTCAGGGATGGTTGGTGTGT CAGAGAGAGGCTGAATTCCTGAGTGTACACATTAACAGTGGTTAGACTGTTGGACTCCTCTGGGCCTCCT CTCTGGCTTACAAGTGGCTAAAATGGAGAAGCATCCTTTATAGTCTCAGCAGAGCCAGGGACCAAGCCGC TCCCTTCCTTTGTGGTAGCACTAGCATGGGGTGCTGGTGTTTTTCAGAGGGACCCGCTGCAGCCATTTTA ATTCATGATTAGGAACCTTAGTGTGACTTAAGAGTTTCATTGTGTGTTTATGTGTGCATGACATGCCTAG TCAGTGACAGGGGTGGGTAGGGTGTCTAGTATCATGGTATCACGTGGCTTAGTAGATGCCACAGTAGCTT CTGCAAACACTGTACTGTCTTGTTTCTGTATTAGATGTCGGTAATCATGTGAATATACTGCCATGTCACT TTTAATATTACCAGTTTTATACTTGGAAAATGGTACTTGCCTCTTTGAAATCTATTTTGTCTCTAATGTC CCTACCATCTCTATGTTCTTTCCTAACTGCAGCAATAACCCTTCAAAAGCAATTGAATAATAAATGTCCC AAACTGTAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
• Restriction Sites: RsrII-NotI
• ACCN: NM_009163
• ORF Size: 1707 bp
• Insert Size: 1707
• 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: BC026135, AAH26135
• RefSeq Size: 4108
• RefSeq ORF: 1707
• Locus ID: 20397