USP24 (NM_015306) Human Untagged Clone

CAT#: SC316459

USP24 (untagged)-Human ubiquitin specific peptidase 24 (USP24)

Specifications

Product Data

• Type: Human Untagged Clone
• Tag: Tag Free
• Symbol: USP24
• Synonyms: FLJ31309; KIAA1057
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >NCBI ORF sequence for NM_015306, the custom clone sequence may differ by one or more nucleotides
  
  
  ATGGAATCGGAGGAGGAGCAGCACATGACCACGCTGCTGTGCATGGGCTTCTCAGACCCCGCCACCATCC
  GCAAGGCCCTGCGCCTGGCCAAGAACGACATTAACGAGGCCGTGGCACTGCTCACCAACGAGCGGCCGGG
  CCTCGACTACGGCGGCTACGAGCCCATGGACAGCGGCGGTGGCCCCAGCCCCGGGCCCGGCGGGGGCCCG
  CGGGGCGACGGCGGAGGTGACGGCGGCGGCGGCGGCCCCTCCCGCGGCGGGAGCACCGGAGGCGGGGGCG
  GCTTCGACCCCCCGCCCGCCTACCACGAGGTGGTGGACGCGGAGAAGAATGATGAGAATGGAAACTGCTC
  AGGGGAAGGAATTGAATTCCCTACAACAAATTTATATGAACTGGAAAGCCGTGTTTTGACTGATCATTGG
  TCCATCCCTTACAAGCGAGAAGAATCACTAGGCAAATGCCTGTTGGCATCTACCTACCTAGCAAGACTTG
  GTCTTTCCGAGTCTGATGAGAATTGTAGAAGGTTTATGGACAGGTGTATGCCTGAAGCATTTAAAAAGCT
  CCTGACATCAAGTGCTGTTCACAAGTGGGGTACTGAAATTCATGAAGGAATTTACAACATGTTGATGCTA
  TTAATAGAACTGGTCGCAGAGAGAATAAAACAAGATCCAATTCCCACTGGTCTCCTGGGTGTGCTTACAA
  TGGCTTTCAATCCTGATAATGAATACCATTTTAAAAACAGAATGAAAGTGTCTCAAAGGAATTGGGCAGA
  AGTGTTTGGAGAGGGAAATATGTTTGCTGTTTCACCTGTATCGACTTTCCAAAAGGAGCCTCATGGATGG
  GTTGTGGATTTGGTAAATAAGTTTGGAGAATTAGGTGGATTTGCAGCAATCCAAGCCAAGCTCCATTCAG
  AAGATATAGAACTTGGGGCTGTCTCAGCACTGATTCAGCCCTTAGGAGTGTGTGCAGAGTACCTCAATTC
  CTCCGTGGTACAGCCCATGCTAGACCCAGTCATTCTTACTACAATCCAGGATGTACGGAGTGTAGAAGAG
  AAAGACCTCAAAGACAAGAGATTGGTTAGCATCCCTGAGCTCTTGTCTGCCGTTAAGTTACTTTGCATGC
  GCTTCCAACCGGATCTGGTGACAATTGTGGATGACCTTCGACTAGATATTCTATTGCGCATGCTGAAATC
  ACCACATTTCAGTGCTAAGATGAATTCTCTCAAAGAAGTAACCAAACTAATAGAAGATAGCACTTTATCC
  AAATCTGTGAAGAATGCTATAGATACAGACAGATTATTAGATTGGCTAGTTGAAAACTCAGTTCTGTCGA
  TTGCACTGGAAGGCAACATAGACCAAGCACAATACTGTGACCGTATAAAGGGAATTATTGAACTCTTGGG
  TAGTAAATTGTCGTTAGATGAACTCACTAAAATTTGGAAGATACAGTCAGGACAATCATCTACTGTGATT
  GAGAACATTCATACTATTATTGCTGCAGCGGCTGTGAAATTTAATTCAGATCAGCTTAATCATTTGTTTG
  TTCTCATTCAGAAGAGCTGGGAGACTGAGAGTGATAGAGTAAGACAGAAGCTTTTGAGCCTGATTGGACG
  AATAGGCCGGGAAGCTCGCTTTGAGACCACTTCTGGAAAGGTTTTAGACGTACTCTGGGAACTGGCTCAC
  CTTCCAACCCTGCCCAGTAGCCTTATTCAGCAGGCCTTGGAGGAGCACCTGACAATCCTTAGTGATGCAT
  ATGCAGTGAAAGAAGCAATCAAGAGGAGCTACATCATCAAGTGCATAGAAGATATTAAGAGGCCTGGAGA
  ATGGTCAGGTTTGGAAAAAAACAAGAAGGATGGATTCAAGTCATCTCAGCTTAATAATCCCCAGTTTGTA
  TGGGTGGTACCAGCTTTGCGTCAGCTCCATGAAATTACTCGCTCATTCATAAAACAAACCTATCAAAAGC
  AAGACAAGAGCATTATTCAAGACTTGAAGAAGAATTTTGAAATAGTGAAATTGGTAACGGGAAGTTTGAT
  CGCTTGTCATCGGCTTGCAGCTGCTGTGGCCGGGCCTGGAGGCTTAAGTGGCTCGACACTAGTGGATGGC
  CGGTACACTTACCGGGAGTATTTAGAGGCACATCTAAAATTTCTAGCGTTTTTCTTGCAAGAAGCTACTC
  TGTATCTGGGCTGGAATCGTGCCAAGGAGATCTGGGAGTGTCTTGTAACTGGCCAGGATGTTTGTGAATT
  AGATAGAGAGATGTGTTTTGAATGGTTTACAAAAGGACAGCATGATCTTGAGAGTGATGTTCAGCAGCAG
  CTCTTCAAGGAGAAAATTCTTAAATTGGAGTCATATGAAATCACTATGAATGGTTTTAACTTATTTAAAA
  CTTTTTTTGAAAATGTGAATCTTTGTGATCATCGATTGAAAAGACAAGGAGCTCAGTTGTATGTAGAAAA
  GCTGGAATTGATAGGAATGGATTTCATTTGGAAAATAGCCATGGAATCACCTGATGAAGAAATTGCTAAT
  GAAGCTATTCAGCTAATCATAAACTATAGTTACATTAATCTAAATCCTAGATTAAAGAAGGATTCAGTAT
  CTTTACATAAGAAATTCATTGCTGATTGCTACACAAGATTAGAAGCAGCCAGTTCAGCACTTGGTGGCCC
  CACTCTAACACATGCTGTGACCAGAGCAACAAAAATGCTTACAGCAACTGCCATGCCAACTGTAGCAACC
  TCAGTTCAGTCTCCTTATAGATCTACTAAACTTGTAATAATTGAGAGATTGCTGCTTCTGGCAGAGCGCT
  ATGTGATCACTATAGAGGATTTTTACTCTGTTCCACGAACTATTCTACCTCATGGTGCCTCATTTCATGG
  ACATCTTTTAACCCTTAATGTTACCTATGAGTCTACCAAAGATACCTTCACTGTCGAGGCTCACAGTAAT
  GAAACCATAGGGAGTGTCCGGTGGAAAATAGCCAAGCAGTTGTGCTCTCCTGTGGATAATATACAGATAT
  TTACAAATGATAGCCTGCTGACAGTGAATAAAGATCAAAAGCTACTCCACCAACTGGGCTTTTCTGATGA
  ACAAATCCTTACAGTGAAGACTTCTGGCAGTGGGACCCCATCTGGGAGTTCAGCAGATTCTTCAACCAGC
  TCCAGCAGCAGCAGCAGTGGGGTTTTTAGTTCTTCATATGCCATGGAGCAGGAGAAATCCCTCCCTGGTG
  TAGTGATGGCTCTCGTATGTAACGTATTTGACATGCTTTATCAGCTCGCCAATCTGGAAGAGCCAAGGAT
  AACTCTACGAGTACGGAAGCTTCTGCTCTTGATACCCACTGATCCAGCCATTCAGGAAGCCCTTGATCAA
  CTTGATTCTTTAGGAAGAAAGAAAACATTGCTGTCTGAATCAAGTTCTCAGTCCTCAAAATCTCCATCCC
  TGTCATCAAAGCAACAGCACCAGCCAAGTGCCAGTTCAATTTTAGAAAGTCTGTTTCGATCTTTTGCCCC
  GGGAATGTCTACCTTCAGAGTGCTCTACAACTTAGAAGTTCTAAGCTCCAAACTCATGCCAACAGCTGAT
  GATGACATGGCCAGAAGCTGTGCCAAATCCTTCTGTGAAAACTTCCTCAAAGCTGGCGGTTTGAGTTTGG
  TTGTAAATGTCATGCAGAGAGACTCCATCCCATCAGAAGTAGACTATGAAACAAGGCAGGGTGTTTATTC
  CATCTGTCTACAGCTTGCAAGATTTTTACTTGTCGGACAAACAATGCCCACGTTATTAGATGAAGACCTC
  ACCAAAGATGGTATAGAAGCACTTTCTTCCCGCCCATTCCGAAATGTCAGCCGGCAGACAAGCAGACAGA
  TGTCCTTATGTGGTACCCCAGAAAAGTCATCCTACCGACAGTTGTCCGTGTCTGATAGGTCTTCTATTAG
  GGTTGAGGAAATCATCCCTGCTGCTCGAGTTGCAATACAAACAATGGAAGTAAGTGATTTCACTTCTACT
  GTGGCTTGCTTCATGAGATTGTCATGGGCTGCGGCTGCAGGACGGCTTGATCTTGTTGGGAGTAGCCAGC
  CAATTAAAGAAAGTAATTCCCTGTGTCCTGCTGGAATTCGAAACAGACTCAGCAGTTCAGGAAGCAATTG
  CAGCTCTGGAAGTGAAGGAGAACCAGTAGCCCTGCATGCGGGAATCTGTGTTCGACAACAGTCTGTATCC
  ACCAAAGACTCGCTGATTGCGGGAGAGGCTTTGTCTCTTCTTGTTACGTGCCTACAGCTTCGGAGCCAGC
  AACTGGCATCTTTCTATAACTTGCCCTGTGTTGCTGATTTCATCATTGATATTCTGCTCGGATCACCAAG
  TGCTGAGATTCGCCGGGTTGCCTGTGATCAGCTGTACACTCTTAGTCAGACAGACACATCAGCGCATCCA
  GATGTGCAGAAGCCAAATCAGTTTCTTCTAGGCGTAATCCTCACGGCTCAGCTGCCTCTCTGGTCTCCAA
  CTAGTATTATGAGAGGAGTCAATCAGAGACTGTTATCTCAGTGTATGGAGTATTTTGATTTGAGATGCCA
  GTTATTAGATGATCTGACAACTTCAGAAATGGAGCAGTTAAGGATCAGCCCAGCTACGATGCTTGAAGAT
  GAGATTACTTGGCTGGATAACTTTGAACCTAATCGTACAGCTGAATGTGAGACCAGTGAAGCGGACAACA
  TCTTACTGGCAGGGCACTTACGCCTCATCAAGACCCTTCTTTCACTCTGTGGGGCAGAAAAGGAAATGCT
  TGGTTCATCACTCATTAAACCATTGTTAGATGACTTCCTTTTCCGAGCTTCTAGAATTATTTTAAATAGT
  CATTCTCCAGCTGGCAGTGCCGCCATCAGTCAACAGGACTTTCATCCAAAGTGTAGTACAGCGAATAGCC
  GATTGGCAGCCTATGAAGTCCTTGTGATGTTGGCTGATAGTTCACCTTCAAATCTTCAAATTATTATAAA
  AGAACTGCTTTCTATGCATCACCAGCCTGACCCTGCTCTTACCAAGGAGTTTGATTACCTTCCCCCAGTG
  GATAGCAGGTCCAGTTCAGGGTTTGTGGGGCTGAGAAATGGTGGTGCAACTTGTTATATGAATGCAGTCT
  TCCAGCAGCTGTATATGCAACCTGGGCTCCCTGAGTCATTACTTTCAGTGGATGATGACACAGACAATCC
  AGATGATAGCGTGTTTTACCAAGTGCAGTCTCTCTTTGGACATTTAATGGAAAGCAAGCTGCAGTACTAT
  GTACCTGAGAATTTTTGGAAGATTTTCAAGATGTGGAATAAAGAACTTTATGTGAGAGAACAGCAGGATG
  CATATGAATTCTTTACTAGTCTCATTGATCAGATGGATGAATACCTCAAGAAAATGGGGAGAGACCAAAT
  TTTTAAGAATACATTTCAGGGCATCTACTCTGATCAGAAGATCTGTAAAGACTGTCCTCACAGATATGAG
  CGTGAAGAAGCTTTCATGGCTCTCAATCTAGGAGTGACTTCTTGTCAGAGTTTGGAAATTTCTTTGGACC
  AATTTGTTAGAGGAGAAGTTCTAGAAGGAAGTAATGCGTACTACTGTGAAAAGTGTAAAGAAAAGAGAAT
  AACAGTGAAAAGGACCTGTATTAAATCTTTACCTAGCGTCTTGGTAATTCACCTAATGAGATTTGGGTTT
  GACTGGGAAAGCGGACGCTCCATTAAATATGATGAACAAATAAGGTTTCCCTGGATGCTAAACATGGAGC
  CTTACACAGTTTCAGGAATGGCTCGCCAAGATTCTTCTTCTGAAGTTGGGGAAAATGGGCGAAGTGTGGA
  TCAGGGCGGTGGAGGATCCCCACGAAAAAAGGTTGCCCTCACAGAAAACTATGAACTTGTCGGTGTCATC
  GTACACAGTGGGCAGGCACACGCAGGCCACTACTATTCCTTCATTAAGGACAGGCGAGGGTGTGGAAAAG
  GAAAGTGGTATAAATTTAATGACACAGTTATAGAAGAATTTGACCTAAATGACGAGACCCTGGAGTATGA
  ATGCTTTGGAGGAGAATATAGACCAAAAGTTTATGATCAAACAAACCCATACACTGATGTGCGCCGAAGA
  TACTGGAATGCCTATATGCTTTTCTACCAAAGGGTGTCTGATCAGAACTCCCCAGTATTACCAAAGAAAA
  GTCGAGTCAGCGTTGTACGGCAGGAAGCTGAGGATCTCTCTCTGTCAGCTCCATCTTCACCAGAAATTTC
  ACCTCAGTCATCCCCTCGGCCCCATAGGCCGAACAATGACCGGCTGTCTATTCTTACCAAGCTGGTTAAA
  AAAGGCGAGAAGAAAGGACTGTTTGTGGAGAAAATGCCTGCTCGAATATACCAGATGGTGAGAGATGAGA
  ACCTCAAGTTTATGAAGAATAGAGATGTATACAGTAGTGATTATTTCAGTTTTGTTTTGTCTTTAGCTTC
  ATTGAATGCTACTAAATTAAAGCATCCATATTATCCTTGCATGGCAAAGGTGAGCTTACAGCTTGCTATT
  CAATTCCTTTTTCAAACTTATCTACGGACAAAGAAGAAACTCAGGGTTGATACTGAAGAATGGATTGCTA
  CCATTGAAGCATTGCTTTCAAAAAGTTTTGATGCTTGTCAGTGGTTAGTTGAATATTTTATTAGTTCTGA
  AGGACGAGAATTGATAAAGATTTTCTTACTGGAGTGCAATGTGAGAGAAGTACGAGTTGCTGTGGCCACC
  ATTCTGGAGAAAACCCTAGACAGTGCCTTGTTTTATCAGGATAAGTTAAAAAGCCTTCATCAGTTACTGG
  AGGTACTACTTGCTCTGTTGGACAAAGACGTCCCAGAAAATTGTAAAAACTGTGCTCAGTACTTTTTCCT
  GTTCAACACTTTTGTACAAAAGCAAGGAATTAGGGCTGGAGATCTTCTTCTGAGGCATTCAGCTCTGCGG
  CACATGATCAGCTTCCTCCTAGGGGCCAGTCGGCAAAACAATCAGATACGTCGATGGAGTTCAGCACAAG
  CACGAGAATTTGGGAATCTTCACAATACAGTGGCGTTACTTGTTTTGCATTCAGATGTCTCATCCCAAAG
  GAATGTTGCTCCTGGCATATTTAAGCAACGACCACCCATTAGCATTGCTCCCTCAAGCCCTCTGTTGCCC
  CTCCATGAGGAGGTAGAAGCCTTGTTGTTCATGTCTGAAGGGAAACCTTACCTGTTAGAGGTAATGTTTG
  CTTTGCGGGAGCTGACAGGCTCGCTCTTGGCACTCATTGAGATGGTAGTGTACTGCTGTTTCTGTAATGA
  GCATTTTTCCTTCACAATGCTGCATTTCATTAAGAACCAACTAGAAACGGCTCCACCTCATGAGTTAAAG
  AATACGTTCCAACTACTTCATGAAATATTGGTTATTGAAGATCCTATACAAGTAGAGCGAGTCAAATTTG
  TGTTTGAGACAGAAAATGGATTACTAGCTTTGATGCACCACAGTAATCATGTGGACAGTAGTCGCTGCTA
  CCAGTGTGTCAAATTTCTTGTCACTCTTGCTCAAAAGTGTCCTGCAGCTAAGGAGTACTTCAAGGAGAAT
  TCCCACCACTGGAGCTGGGCTGTGCAGTGGCTACAGAAGAAGATGTCAGAACATTACTGGACACCACAGA
  GTAATGTCTCTAATGAAACATCAACTGGAAAAACCTTTCAGCGAACCATTTCAGCTCAGGACACGTTAGC
  GTATGCCACAGCTTTGTTGAATGAAAAAGAGCAATCAGGAAGCAGTAATGGGTCGGAGAGTAGTCCTGCC
  AATGAGAACGGAGACAGGCATCTACAGCAGGGTTCAGAATCTCCCATGATGATTGGTGAGTTGAGAAGTG
  ACCTTGATGATGTTGATCCCTAG
  
  
• Restriction Sites: SgfI-MluI
• ACCN: NM_015306
• ORF Size: 7863 bp
• OTI Disclaimer: Due to the inherent nature of this plasmid, standard methods to replicate additional amounts of DNA in E. coli are highly likely to result in mutations and/or rearrangements. Therefore, OriGene does not guarantee the capability to replicate this plasmid DNA. Additional amounts of DNA can be purchased from OriGene with batch-specific, full-sequence verification at a reduced cost. Please contact our customer care team at custsupport@origene.com or by calling 301.340.3188 option 3 for pricing and delivery.
  
  The molecular sequence of this clone aligns with the gene accession number as a point of reference only. However, individual transcript sequences of the same gene can differ through naturally occurring variations (e.g. polymorphisms), each with its own valid existence. This clone is substantially in agreement with the reference, but a complete review of all prevailing variants is recommended prior to use. More info
• 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_015306.2, NP_056121.2
• RefSeq Size: 10802
• RefSeq ORF: 7863
• Locus ID: 23358
• Protein Families: Druggable Genome, Protease
• Gene Summary: Modification of cellular proteins by ubiquitin is an essential regulatory mechanism controlled by the coordinated action of multiple ubiquitin-conjugating and deubiquitinating enzymes. USP24 belongs to a large family of cysteine proteases that function as deubiquitinating enzymes (Quesada et al., 2004 [PubMed 14715245]). [supplied by OMIM, Mar 2008]