Specc1l (NM_153406) Mouse Untagged Clone

CAT#: MC202582

Specc1l (untagged) - Mouse sperm antigen with calponin homology and coiled-coil domains 1-like (Specc1l), transcript variant 2, (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Specc1l
• Synonyms: 4930470P14Rik; 4932439K10Rik; 9530057A13Rik; AI317249; Cytsa; mKIAA0376
• Vector: PCMV6-Kan/Neo
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >BC072595 sequence for NM_153406
  GCATCACCAAGAGGCAGCCCAGAATGAAGAAAGCAAACAGGAGTGCTGGCTCAGTGCCTAAGGTGTCTGG GATAAGCAAACCGCAAACAGTAGAGAAAAGCAAGCCTGAGAACAGCTCTTCAGCACCCACAGGAGTCAAG CCTGTGAGGCCTGGGGCAGCAGCAGCCTTGTCAAAGACCAAGAGCAATGATGACCTTTTAGCTGGAATGG CTGGAGGAGTAAACGTGACTAATGGTATTAAAGCAAAGAAAAGCACCTGTTCATCTGCAGCGCCTTCAGC CCCCGCCCCTGCCATGACCATCTCGGAGAACAAGTCCAAGATCAGCACAGGCACTAGTTCCTCAGCCAAA CGGAGTACTTCGGCTGGTAATAAAGAGTCCAGTTCTACTAGAGAAAGATTACGTGAACGCACCCGGCTAA ACCAGAGCAAAAAACTGCCCTCTGTAAGTCAGGGAGCTAATGATGTGGCACTGGCTAAACGTTCACGCAG CCGCACTGCTGCAGAGGGTGATATTCGTATGAGCAAGTCTAAGTCGGACAATCAGATCAGTGACAAAGCT GCTTTGGAAGCCAAGGTGAAAGATCTCCTCACACTGGCGAAAACCAAGGATGTGGAAATTTTACATTTGA GAAATGAACTCCGAGACATGCGTGCTCAGCTGGGCATTAGTGAGGACCATTGTGAAGGTGAGGACAGGTC TGAGGTGAAGGAAACTATTATTGCTCACCAGCCTACTGACGTGGAGTCTACTCTCCTGCAGCTGCAGGAG CAGAATACAGCCATCCGCGAGGAGCTCAACCAGCTGAAGAATGAAAACAGAATGCTAAAGGACAGGCTCA ATGCTTTGGGCTTTTCCCTAGAGCAAAGGCTGGACAATTCTGAAAAACTATTTGGCTATCAGTCCCTGAG CCCAGAAATCACCCCTGGTAACCAGAGTGACGGAGGAGGAACTCTGACATCTTCGGTAGAAGGTTCTGCT CCTGGGTCGGTGGAAGATCTCCTGAGTCAGGATGAAAATACACTCATGGACCATCAGCACAGTAACTCCA TGGACAACCTGGACAGTGAGTGCAGCGAGGTGTACCAGCCCCTCACTTCCAGCGATGATGCTCTGGACGC CCCCTCCTCTTCAGAGTCAGAGGGCGTGCCAAGCATTGAGCGCTCTCGGAAGGGGAGCAGTGGGAATGCC AGTGAGGTGTCCGTCGCTTGCCTGACAGAACGGATTCACCAGATGGAAGAGAACCAGCACAGCACCAGTG AGGAGCTTCAGGCCACTCTACAGGAGCTGGCTGATCTCCAGCAGATTACCCAGGAGCTCAACAGTGAGAA CGAAAGGCTGGGAGAGGAGAAGGTCATTCTGATGGAGTCGCTGTGTCAGCAGAGTGATAAGTTGGAACAC TTTGGCCGGCAGATTGAGTATTTCCGTTCCCTTCTTGATGAGCATCACATTTCCTATGTCATAGATGAAG ACGTAAAGAGCGGGCGCTATATGGAACTAGAGCAGCGCTACATGGATTTGGCTGAGAATGCCCGTTTTGA GCGAGAGCAGCTTCTAGGTGTGCAGCAGCATTTAAGCAACACTTTGAAGATGGCAGAACAAGATAACAAA GAAGCTCAAGAAATGATAGGTGCCCTCAAAGAGCGCAGCCACCACATGGAGCGGATTATTGAGTCTGAGC AGAAGGGCAAAGCGGCCCTGGCAGCCACATTGGAGGAGTATAAAGCTACTGTGGCCAGTGACCAGATAGA GATGAATCGCTTGAAGGCCCAGCTGGAGAACGAAAAGCAGAAGGTGGCTGAGTTGTATTCTATCCATAAC TCTGGAGACAAGTCCGATATCCAGGATCTCCTGGAGAGTGTCAGGCTGGACAAGGAAAAGGCGGAGACTT TGGCCAGTAGCCTGCAGGAAGATCTGGCTCATACCCGAAATGATGCCAATCGGTTACAGGACACCATTGC TAAGGTAGAAGATGAATACCGAGCTTTCCAGGAAGAGGCCAAGAAGCAGATTGAAGATTTGAATATGACA TTAGAAAAACTAAGATCAGAGTTGGAGGAAAAGGACACGGAGAGGAGTGACATGAAGGAAACCATCTTTG AACTTGAAGATGAGGTGGAGCAGCACCGCGCCGTGAAGCTGCATGACAACCTCATTATCTCTGATCTAGA GAATACAGTTAAGAAACTCCAAGACCAAAAGCATGACATGGAAAGAGAAATCAAGACACTTCACAGGAGA CTTCGGGAAGAGTCTGCAGAATGGCGGCAATTTCAGGCTGATCTCCAGACTGCAGTGGTCATTGCCAATG ATATCAAGTCTGAAGCCCAAGAAGAGATCGGTGATCTAAAGCGACGGCTACATGAGGCCCAAGAGAAAAA TGAGAAACTCACAAAAGAATTGGAGGAAATAAAGTCACGCAAGCAAGAGGAAGAGCGTGGCCGGGTGTAT AACTACATGAATGCTGTTGAAAGAGATTTGGCAGCCTTGAGGCAAGGGATGGGACTGAGTAGAAGGTCCT CCACTTCCTCAGAACCAACTCCCACAGTAAAAACCCTCATCAAGTCTTTCGACAGTGCATCTCAAGTACC AAACGCTGCTGCAGCTGCGATCCCTCGAACACCTCTGAGTCCAAGTCCCATGAAAACCCCTCCTGCAGCT GCCGTTTCTCCCATGCAGAGACATTCCATAAGTGGTCCAATCTCAACCTCCAAGCCTCTGACAGCCTTGT CAGATAAGAGATCAAACTATGGAGAGCTTCCTGTACAAGAGCATCTACTAAGAACATCTTCAACCAGCCG GCCCGCCTCTCTCCCAAGAGTCCCTGCTATGGAAAGTGCCAAGACCATCTCAGTGTCTCGACGGAGTAGT GAAGAAATGAAACGGGACATCTCTGCATCTGAGGGCGCGTCACCAGCCTCTCTCATGGCTATGGGCACCA CGTCACCACAGCTCTCCCTCTCTTCCTCTCCCACTGCATCTGTCACTCCAAGCACCCGGAGCCGAATAAG GGAAGAAAGGAAAGACCCCCTCTCAGCATTGGCAAGAGAATATGGAGGCTCCAAGAGGAACGCCTTGTTG AAGTGGTGTCAGAAGAAAACAGAAGGCTATCAGAATATTGACATCACAAACTTCAGCAGCAGCTGGAACG ACGGGCTGGCTTTCTGCGCATTGCTTCATACCTATCTCCCAGCCCACATACCATATCAAGAACTGAACAG TCAAGATAAGAAAAGGAACTTCACCCTGGCTTTCCAGGCAGCTGAAAGTGTTGGAATCAAATCGACGCTG GACATCAATGAAATGGCGCGTACTGAACGGCCCGACTGGCAGAACGTCATGCTGTATGTTACAGCCATCT ACAAGTACTTTGAAACCTGAGCACACAGGAGCGGCTGATACCAGCTAGGGACCTCTGCAGTCACCAAGTG ACACCAACACCATTAGCTAGAACTCCTAAAGCTTTCAGTGACTCTGGGTCTCCCTGCAGGGAGTGTGCCC AGCTCTAGGCCTCTGCATTGGAACTGGAACTGCAGGCCAGGGCTCTTCCGCATGGCCGTCCTCAGGAGCA GAAGTACAGCACACCGCCAGCCTACTTCCAGAGACCGTCCGGCTCCACCAGGGCCCTGGAGTGCAAACAG CATAAAGGCTGTGCCCGGCCGGGCTTATCTTGGGAAATGGGATTAAGTTGTGGGAACCATGGGTTAGTGA AAGCTTTAGCCATCCAACTTCTTGACTATTATCCACGTGATTCCCAGTGGTGGGACAGAGCTGGCTTTGG TCCCTTCATGTGGGCCTGGGTTCTAGGAGTGTGTCAGAGGAAAGTGTCAGTACCCGTTCCATGGAGAGGA CCGTCCTAACCACTGCACTTAGCTTAGGAGTGTTAAAACCCTGCTTATAGGCCCACAGCTCGTTGAGTCT ACACTGCCACCAAGTAGGTTTTTGTCAGCAGCAAGACGCAGGTGGCACACTCAGTGGGTGCTCAGCCACT TGCCTGTAACACCAGGGAAAAGACTGGTCACAAGGAGTTCTCCTCATTGAAGTTGTTGTTTTATTATAAG CAATATTGGTGAAATAGCTCCTGTTAGTACCAAAGTTAATCGTTTCAGTAAGCATAGAACTAAAACACAG ACTGGGCATTAGCATGTGAGAGGGAGGGTTCGTGCAGTAGGGAAAGGGGGGTGCTTTAGGGAGCCAGAGA TTCAAGTTGTACTGGTGGCTGCCCCTCCAGGGCAGGAGTTAAGACAGTGCCTTAGCCCTGCACCAGGACA GCTGAGCCTACACCCACATGAGGATCCTGTGTGCTGATTGGGACTCCAGGAGAAGTGGCTCTACGCTGTG CCTGGGCTGTGGGGCCTATATCACGAGCCAAGGCCTTACCCGGTTTGTTGATTTCTGGCTGGAATTTAGC AGCCTCTTTTCGAGAATAGGAAGCCCTTATTTCATGTGCCTGACACAGAAGCTGTTGTTTGAACAATGTC AAGACCTGTTGCTCCGGGATACACTTGTTTGTCACCTGCAAGGCACCATGTGGAAGACTGGCCATCAATA AAAATGGGGCCACAGCTTCAGTAACAAGATGGATGGTGGGAATGTCTCCCAGGAGGCATGCCAGGCCAAA CATGGACTGAGTGAGGTTCTGTATTCAAGCATAATGCTACAGACTAGGAATCTGTTGTATCTATGGAACG TAGAGAAGGAAGCAATTTGAAAGTAGTTATTGGGAAGTGGGCCGTGTCTGTTTGTGTTGCCATCAGATGG CCAGTCCCACCCCTCCACCCTGCTTAAATGTCCCAATCTGGCAGCTTATGCTGCAGAGTGTACCAGGAGA CCCTATTATTCTGTCTGCCCAGTGCCTCTCTGGCCCTCCTTGGCCCAGTTCTGTTCTTGTTCTTGTTCTG CTGATGAACTCCGTTGGGGTGACCATTGTGTGAAAATGACTGTTTCCAAATGAGTCTCCACTGAACTCCT CTGAGCTTCCAGCCTCTGCTGTATTTGCCTTCACTGAGGCCTTCCACTGTGCACCAAGGTGGTGGATCTG AGGCCAGGTTTTATTTATTATCATGAAAAGGGGTTGTCTTGTTAGAGACTTTCCTGGGCTTGCAGTTCAC ACCTTCTGTCCCCTGCTGGCTATGTGATCCTCATGGCAGTGTGGAAGTTGCCCGAGTTTTCTGAAAGGAT TTGGAGTAAGTCAGCTGCTGCTGAACGAGTATGTCCATGTAGAGGTAACATTCTGTTTTGGAATCTGTGG GCCTGGGCTAGGCCTGGAGCCAGTGCAGGGACAGACAGATGGTGGGCTAGACCCTCTCACATGCACACAC AGACTGGGTGTCTCACAGCCAGGGCCAGGCTGCCCACATTTGTGTGAGGGTCCACAGTCAAGTGCTGTCT TCAGACCACTGCTTTTTGCCTTCTCTAATAGGCCACTAAAGAGCACTGTTGACCCTCTGGGCATGCTTGT AGATGGCCATGTGCTATTAAAAGTAGTATTTGGGAGTTCTTAGAGTGCCTGTCTACAATGCACGAAGCCC TGGGTTGATCCCTACCACCACATACACTGAGTGTGGTGCATACCTGTCATTCTAGTACTTGGGGAAACGG AGGCAGGAGGATCATGAGTTCAGTGTTACTGTTGATTACACGGTGAGTTTGATGTCAGCCCTGGCATGTG AGACCCTGTCCGCCAAAAGGTGATATTTGGAGGTTTTCTTGTTCTGGGGCTGTTTCCTGGGAAGCTCTAA GATGTAAGCTCGCCTCTTCCTAAAGCACAAGCTTCGCTACAAAAGGGCCAGCTACCTTTCTACTGTTGTC AGTCACAGGCTTCTGCCGATGAATGACACTTTGTCATTTTGTTCTAGTAAATACTCTTGAATGTAATAAA CTGTCATGCGTCGAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
• Restriction Sites: AscI-NotI
• ACCN: NM_153406
• ORF Size: 3087 bp
• Insert Size: 3087
• 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: BC072595, AAH72595
• RefSeq Size: 5923
• RefSeq ORF: 3087
• Locus ID: 74392