FER1L5 (NM_001113382) Human Untagged Clone

CAT#: SC319044

FER1L5 (untagged)-Human fer-1-like 5 (C. elegans) (FER1L5)

Specifications

Product Data

• Type: Human Untagged Clone
• Tag: Tag Free
• Symbol: FER1L5
• Synonyms: fer-1-like 5; fer-1-like 5 (C. elegans)
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >NCBI ORF sequence for NM_001113382, the custom clone sequence may differ by one or more nucleotides
  
  
  ATGCTGCGGCTTGTGGTGCAGTCGGCCAAGATTGACCCACCACTAGCCCCACTACCCAGGCCCTGCATGT
  CCATCGACTTCAGAGATATCAAGAAAAGAACTCGTGTGGTGGAAGGGAATGATCCCGTGTGGAATGAGAC
  CCTAATCTGGCACCTCTGGAACCGCCCCCTGGAAAATGACTCCTTCCTGCAAGTCACCCTTCAGGACATG
  GGCTCACAAAAGAAAGAAAGATTCATTGGCCTGGCCACAGTACTGCTCAAGCCATTGTTGAAACAACCAA
  GTGAGGTCCTTTTTGTGAAGGACTTGACCCTGCTCAACCATTCCATGAAGCCCACAGATTGTACTGTCAC
  CCTACAGGTGGCCCACATGAGCAACCAGGATATTGAGAAGACAGGAGCTGAAGACCACCTGGGCATAACG
  GCAAGAGAGGCAGCCAGTCAGAAACTGATGGTCCCTGGCTCCACTGCGCACAGGGCTCTGTCCTCAAAGC
  CTCAGCACTTTCAGGTTCGAGTGAAGGTGTTTGAAGCCCGACAGCTCATGGGCAACAACATCAAACCAGT
  GGTGAAGGTGTCCATCGCAGGCCAGCAGCACCAGACACGCATCAAGATGGGAAACAACCCTTTCTTTAAT
  GAGATCTTCTTCCAGAATTTTCATGAGGTTCCTGCAAAGTTCTTTGATGAGACCATCTTAATCCAGACAG
  ATATTGGGTTTATCTACCATTCTCCAGGTCACACACTCCTAAGGAAATGGCTAGGCCTCTGCCAGCCAAA
  TAACCCTGGCAGTGGTGTGACAGGCTACCTGAAAGTCACCATCTATGCCCTCGGTGTGGGAGACCAGGCC
  CTGATAGATCAAAAGCTGCTCTATGGCACCGATGACACCGATATTCAGATCTTCAAGTCAGCGGTAGTCC
  CGATCAACATGGCTTACTTACAGCTCTTCATCTACTGCGCAGAGGACCTTCACCTCAAGAAACACCAGTC
  AGTGAATCCTCAGTTGGAGGTGGAACTAATTGGGGAAAAGCTCAGGACACACATGCAGACCCAAACCGAC
  AACCCGATATGGAACCAGATCCTGACCTTCCGGATTCAGCTACCCTGCCTCTCCAGCTACATCAAGTTCA
  GAGTCTTGGACTGCCGCAAGAAGGACTGCCCGGATGAGATTGGGACTGCCAGCCTGTCCCTCAACCAGAT
  CTCGTCCACCGGAGAAGAGATAGAAGGCAAGCAAAGCCTCGAGCCCACTTCCTACACCCCTCGAGTGTAC
  TCCGGCTTCCTGCCCTGCTTTGGCCCCAGCTTCCTGACTCTGCATGGGGGTAAAAAGGCCCCTTTCAGGA
  TCCAGGAAGAAGGCGCTTGTATTCCCGACTCTGTTAGGGATGGTTTAGCTTATCGAGGCCGAGTCTTCCT
  GGAGTTAATCACCCAAATCAAGTCCTATCAAGACTCCACGATAAAGGATCTCTCCCATGAAGTGACCAGG
  ATAGAGAAGCACCAGAACCGCCAAAAGTATGGGCTGTGCGTCATCTTCCTTTCCTGTACCATGATGCCCA
  ACTTTAAAGAGCTGATCCATTTCGAGGTCAGCATCGGTCACTATGGGAACAAGATGGACCTGAATTACAA
  GCCTCTAGTCTCAAGCACACCGTACAGCCCAGTGATATATGATGGGAACATCTACCATTATGTGCCCTGG
  TACAACACCAAGCCTGTCGTGGCCGTGACCTCCAACTGGGAGGACGTCAGCTTCCGCATGAACTGCCTCA
  ACCTCCTCCACTTCACTCGGGACCGCCTGAAAGCCAACCTGGACACCCTGAAATCCACGCGGAATCCGAA
  GGATCCAGCTCTCCTCTACCAGTGGGAGAAACTGCTGAGGGAGCTGGCAGAGGACTGCAAGCGCCCTCTG
  CCCTGCATGACCTATCAGCCCAAAGCCACCAGCCTGGACAGGAAGAGGTGGCAGCTCCGCAGCCTCCTCC
  TGCAGGAACTGGCCCAAAAGGCCAAGCAAGCCAAGCCCAAGGACATGGTGGCCACAGCGGAGGACTGGCT
  GTACCGCCTCAACACCGTGCTCCCTGAGCCCCAGATGGGCCTCCCTGACGTGATGATTTGGCTGGTGGCC
  AAGGAGCAGCGAGTGGCCTATGCACAGGTGCCTGCCCACTCCGTCCTCTTCTCCCCGGCAGGGGCTCTGC
  ACTCCGGCAGGCTCTGTGGGAAGATACAGACACTCTTCCTACAGTACCCAGAGGGTGAAGGACAGAAGGA
  TGTGCTCCCAGCTCACCTCCGGGTCTGCATGTGGCTTGGCAATGTCACAGACAGCAAGGACCTGCAGCTG
  CTCCGCCAGGGTGACACAGCGGTGTACGCCGAGATGTATGAGAATCAGGCCAAGTATAAAGACCAGTGGG
  GGCAGCAGGGGCTGTATCACTGCCCCAACTTCTCGGATGTCATGGGGAACAAGACCCTCCCCATGACGGA
  TTTCCAACCACCCCTGGGATGGCACTGGCAGGACAGCTGGACAGTGGAACCTCAGAGAAGGCTCCTCCTG
  GACATAGACATCAACAAGAGCCAGGTGCTGGAGGAGGTATATGAGAACCAGGGCCGTGACACCAGAGGGG
  CCTGGGGGCCTGCCGCCATCCCAAACACAGACGTGAATGGACAGCCCATGGAGGCCCGGGAGAACGTGAA
  GTGCCCCCAAGGCTGGCACTTTAAGAAGGACTGGGTGGTGGAGCTGAACCACGCAGTGGACAGCTGGGAG
  TATGGAGTGGGGATCCCACCGTCGGGCCTGCCCCAGGTCTGGAGCCCGGTGGAGAAGACCTACCACTCGT
  GCCGCCGCCGGCGCTGGGCGCGTGTGCGCTTCAGGAACCATGGGGAGCTGAGCCACGAGCAGGAGACCCT
  CTCCTTCCTGCAGCTGGGCCTGGCCAAGGGCGAGGAGGAGGGCTGGGAGTATGACACCTTCGGCTCCAAG
  TTCCACCTCAACCCTCAGCCCCAGAGCCGGTTCCGCCGCCGCTGCTGGCGCCGCAGGCTGGCCCCCAACA
  AGGACAAGGGCATCGCGCCCATATTCCTCCTGGAGGGGTCCTTGGCTTGCGAGGGTGGCAGTGTGAGGGA
  GGAGGGTGACTGGGCCTGGGCTAGAGGAAACAGGAGCAGCACCCAAGAGCCTCAGGGGAGACTGTCCTGG
  GTACAGGCTATGGATCTGAAATACCACGCTGGGAAGGAAGAGGACAGCAAGACATGGCCATGGGGTCTGG
  ACAGACAGTTCAGGGACCCCCAGAGGCAGGACACCCGGCCCCCCAACTTGCCCTTCATCTACTGCACCTT
  CAATAAGCCCCACTACTACCAGCTCTTCTGCTACATCTACCAGGCCCGGAACCTGGTGTCCAATCAGATC
  CTGACATTCCAAGGGCCCTTCATTCGGGTGGTCTTCCTGAACCACAGCCAGTGCACCCAAACCCTGAGGA
  GCTCTGCAGGCCCCACATGGGCCCAGACACTCATCTTCCAGCACCTCCTTCTGTACGAGAACCCACAGGA
  CACCAAAGAGAGCCCACCGCTTGTGGTGCTGGAGCTGTGGCAGCGTGACTTCTGGGGCAAGGAGAGCTTG
  TGGGGACGGAGCGTGTGGCCCCCAATGGTCTGGCTGGATCTCCAGGACCGGATCCTGCCCCCCATGAGGT
  GGCATCCCCTTGTAAAGGAGTTGGGGAAGGAAGAGGGCGAGATCTTGGCATCCTGTGAGCTGATCCTCCA
  GACTGAGAAGCTTGGAGAGAAGCAGCTGCCTATCTTAAGCGTTCCCTGGAAGAATGGGGCATACACACTC
  CCCAAGAGCATCCAGCCCACGATAAAGAGGATGGCCATTGAGATCCTGGCCTGGGGCCTTCGGAACATGA
  AGAAGGCGAGCTCCCCCCAGCTCCTGGTGGAATTCGGGGAAGAGTCCCTGAGGACAGAACCCATCAGGGA
  CTTTCAGACCAACCCCAACTTCCCCGAGTCTGAGTCTGTCCTAGTCCTCACAGTGCTCATGCCGACGGAG
  GAGGCCTATGCACTGCCCCTCGTGGTGAAGGTGGTAGACAACTGGGCCTTCGGCCAGCAGACCGTGACGG
  GCCAGGCCAACATCGACTTCCTCCAGCCCTACTTCTGTGACCCCTGGGCTCAAGACTATATGCACCCAAA
  GCTTCCAACGCTGTCTGAGAAGAAGCACCAAGACTTCCTAGGCTACCTCTACAGAAAGTTCTGGTTCAAG
  TCCAGTAAAGCAGAGGATGAGTATGAGCATGAGGTGGACTGGTGGAGCAAGCTGTTCTGGGCCACAGATG
  AGCACAAGTCCCTGAAGTACAAGTACAAAGACTACCACACCCTCAAGGTGTATGAGTGTGAGCTGGAGGC
  CGTGCCAGCCTTCCAGGGCCTGCAGGACTTCTGCCAGACCTTCAAACTCTACCAGGAGCAGCCCAAGTTG
  GACAGCCCCGTGGTAGGGGAGTTCAAGGGCCTTTTCCGCATCTACCCCTTTCCTGAGAATCCAGAAGCCC
  CAAAGCCCCCGCTGCAGTTCTTGGTTTGGCCAGAGAGAGAGGACTTCCCCCAGCCGTGCTTGGTGCGGGT
  GTACATGGTACGAGCCATCAACCTGCAGCCCCAGGACTACAATGGCCTGTGTGACCCTTATGTGATCCTG
  AAACTGGGCAAGACAGAGCTTGGCAACCGGGACATGTACCAGCCCAACACTCTGGATCCCATCTTTGGCA
  TGATGTTTGAACTCACCTGCAACATACCCCTGGAGAAGGACCTAGAGATCCAGCTCTATGACTTCGACCT
  ATTTTCACCTGATGATAAGATAGGAACCACAGTCATCGACCTTGAAAACCGACTCCTATCTGGCTTTGGA
  GCTCATTGTGGGCTCTCCAAATCCTACTGCCAGTCAGGGCCCTTTAGATGGCGGGATCAGATGCCCCCAA
  GCTACCTCCTAGAACGCTATGCCAAGCGGAAAGGGCTACCTCCGCCTCTGTTCAGTCCTGAGGAAGATGC
  TGTTTTCTATAATGGGAAAAAGTTCAAGCTGCAAAGCTTTGAGCCCAAAACCCCTACTGTTCATGGTTTG
  GGACCCAAGAAGGAACGCCTTGCACTGTACCTCCTGCACACCCAGGGGCTGGTACCTGAGCACGTGGAGA
  CCCGCACACTGTACAGCCACAGCCAGCCAGGCATCGACCAGGGAAAGGTGCAAATGTGGGTGGACATCTT
  CCCCAAGAAGCTGGGGCCTCCTGGCCCCCAAGTCAACATCAACCCCAGAAAGCCTAAACGCAAAGCCTCA
  GAGCACAGTGGCCACAGGTATGAGCTGCGATGCATCATCTGGAAGACTGCCAATGTGGACCTGGTGGATG
  ACAATTTAAGTAGAGAGAAGACGAGCGACATCTACATCAAAGGGTGGTTATACGGGCTGGAGAAGGACAT
  GCAGAAGACAGACATCCACTACCACTCGCTGACTGGGGAGGCCGACTTCAACTGGCGGTTCATCTTTACC
  ATGGACTACCTGGCGGCGGAGCGCACGTGTGTCCAGAGCCAGAAGGATTACATATGGAGCCTGGATGCCA
  CGTCCATGAAGTTCCCAGCCCGACTTATCATCCAGGTCTGGGACAATGACATCTTCTCCCCCGACGACTT
  CCTAGGGGTCCTGGAGCTGGATTTGTCTGACATGCCCCTCCCGGCTCGGCACGCCAAGCAGTGCTCCATC
  AGGATGATGGACGCCGACCCCAAGTGGCCCTATTTCATCCAATACAAGCACTTCTCCCTCTTTAAGAAGA
  AGACTGTGACTGGCTGGTGGCCTTGCCAGGTCCTCGATGGTGGCAAATGGCGCTTGTCGGGCAAGGTGAA
  GATGAGCCTGGAGATTCTGTCAGAGAAGGAAGCCTTAATCAAGCCAGCCGGGCGAGGCCAGTCGGAACCC
  AACCAGTACCCCACACTTCATCCTCCCCTACGCACCAACACCTCTTTCACGTGGCTGCGGTCACCAGTTC
  AAAACTTCTGCTATATTTTCTGGAAACGCTATCGCTTCAAACTCATAGCCTTTATGGTCATATCGATTAT
  AGCACTTATGCTGTTTAACTTCATCTATTCAGCTCCGCACTATTTGGCCATGAGCTGGATCAAACCTCAA
  CTTCAGCTGTATCCTCCCATTAAAATATTCAATATCATCAATTCACTAAACACCAGCAACGCCAGCTCTT
  CCATCCTTCCCACCCAGGATCCAAACCTAAAGCCTACAATAGACCATGAGTGGAAACTCCACCCAGGACC
  CACAAATCACCTGAGTGATATTTTCCCAGAACTTCCAGCCCCAGGAGACTAA
  
  
• Restriction Sites: SgfI-MluI
• ACCN: NM_001113382
• ORF Size: 6282 bp
• 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).
• OTI Annotation: This TrueClone is provided through our Custom Cloning Process that includes sub-cloning into OriGene's pCMV6 vector and full sequencing to provide a non-variant match to the expected reference without frameshifts, and is delivered as lyophilized plasmid DNA.

Reference Data

• RefSeq: NM_001113382.1, NP_001106853.1
• RefSeq Size: 6477
• RefSeq ORF: 6282
• Locus ID: 90342
• Protein Families: Transmembrane