SBF2 (NM_030962) Human Untagged Clone

CAT#: SC309252

SBF2 (untagged)-Human SET binding factor 2 (SBF2)

Specifications

Product Data

• Type: Human Untagged Clone
• Tag: Tag Free
• Symbol: SBF2
• Synonyms: CMT4B2; DENND7B; MTMR13
• Vector: pCMV6-XL4
• E. coli Selection: Ampicillin (100 ug/mL)
• Mammalian Cell Selection: None
• Sequence Data:
  Fully Sequenced ORF

  >OriGene sequence for NM_030962 edited
  CATGGCTGAAGCGCTGCCGCTGCCGCTACTGCCGCTGCAGGGAAAATGCTGAGCCCTCCC
  GGGCCGGGTGGGCGGCGGCGGCGAGGGCGGCGACGGGGACCCGCTTCCCGAGCGCGGCGG
  CGGCGGCCATGGCCCGGCTGGCTGACTACTTCATCGTGGTAGGCTATGACCACGAGAAGC
  CAGGATCAGGAGAAGGTCTGGGGAAAATAATCCAGAGATTTCCACAGAAGGACTGGGATG
  ATACACCTTTTCCACAGGGAATTGAGTTGTTTTGTCAGCCTGGCGGGTGGCAGCTGTCCA
  GAGAGAGGAAGCAGCCAACGTTCTTTGTGGTTGTCCTGACAGACATTGACTCAGATCGAC
  ATTACTGCTCATGCCTAACCTTCTATGAGGCAGAGATCAATCTTCAGGGAACAAAGAAGG
  AAGAGATTGAAGGTGAAGCAAAAGTGTCTGGTTTAATTCAGCCTGCAGAAGTGTTTGCTC
  CCAAAAGCCTGGTGTTGGTATCCAGATTATATTATCCAGAAATTTTTAGGGCTTGCCTGG
  GTTTGATCTATACCGTGTATGTGGACAGCCTGAATGTCTCCTTGGAAAGTCTAATTGCAA
  ACCTTTGTGCCTGCCTTGTCCCAGCGGCTGGAGGGTCTCAGAAGCTGTTTTCTTTGGGTG
  CAGGAGATAGACAGTTGATCCAGACTCCTTTACATGATAGTCTTCCTATCACGGGCACTA
  GTGTGGCTCTCCTGTTCCAGCAATTGGGAATTCAAAATGTCCTCAGCCTCTTTTGTGCAG
  TCCTCACAGAAAATAAGGTTCTCTTCCATTCTGCAAGTTTCCAGAGACTTAGTGATGCTT
  GTAGAGCCCTGGAATCTTTAATGTTTCCTCTTAAATATAGTTATCCTTATATCCCTATTC
  TCCCGGCTCAGCTACTGGAAGTTCTAAGTTCCCCAACGCCTTTCATTATTGGAGTACATT
  CTGTCTTTAAAACTGATGTCCATGAACTTTTAGATGTAATCATAGCAGATTTGGATGGAG
  GCACTATTAAAATTCCCGAATGTATTCACCTCTCTTCCCTCCCAGAACCACTTCTACATC
  AGACTCAATCAGCTCTTTCTTTGATTTTACACCCAGATTTGGAAGTAGCAGATCATGCTT
  TTCCTCCTCCACGAACAGCTTTATCCCACTCAAAAATGCTGGATAAAGAGGTGCGAGCCG
  TTTTCCTTAGATTATTTGCACAACTCTTCCAAGGATATAGATCCTGCCTGCAACTTATAA
  GAATTCATGCAGAGCCAGTAATACATTTCCACAAGACAGCATTCTTGGGGCAGCGTGGTT
  TGGTCGAGAATGATTTCCTCACTAAAGTACTCAGTGGAATGGCATTTGCAGGTTTTGTTT
  CAGAAAGAGGTCCTCCTTATAGATCTTGTGATCTCTTTGATGAGTTGGTAGCCTTTGAAG
  TAGAGAGAATTAAAGTTGAAGAAAATAACCCAGTGAAGATGATAAAGCATGTCAGGGAAC
  TTGCTGAGCAACTATTCAAAAATGAGAATCCAAATCCTCATATGGCATTCCAGAAAGTTC
  CACGGCCAACAGAAGGATCCCATTTGCGAGTTCATATTCTTCCTTTCCCAGAGATTAATG
  AAGCCCGGGTTCAGGAATTAATACAGGAAAATGTTGCTAAGAACCAGAATGCACCTCCTG
  CCACACGAATAGAAAAGAAATGTGTTGTGCCAGCAGGTCCACCTGTTGTTTCGATAATGG
  ACAAGGTGACGACAGTTTTCAACAGTGCACAAAGACTAGAAGTTGTCAGAAACTGTATCT
  CATTCATATTTGAAAATAAAATTTTGGAAACTGAAAAGACCCTTCCTGCTGCACTCAGAG
  CCCTTAAAGGAAAGGCAGCAAGACAGTGTCTCACTGATGAATTGGGTTTGCATGTCCAGC
  AAAACCGGGCAATATTAGACCATCAACAGTTTGACTACATAATAAGGATGATGAATTGTA
  CTCTACAGGATTGTTCAAGTTTAGAAGAATACAACATTGCCGCAGCATTACTCCCTTTGA
  CCAGTGCTTTCTATAGGAAACTTGCCCCTGGAGTCAGCCAGTTTGCTTACACGTGTGTAC
  AAGACCACCCCATTTGGACAAATCAGCAATTTTGGGAGACAACCTTTTACAATGCAGTGC
  AGGAACAGGTTCGCTCCCTTTATCTCTCAGCCAAGGAAGACAATCATGCCCCGCATCTGA
  AGCAAAAGGATAAGCTTCCTGATGACCATTATCAGGAGAAGACAGCAATGGACCTGGCAG
  CTGAGCAACTACGCCTTTGGCCTACCCTGAGCAAGTCAACTCAGCAAGAGCTAGTGCAAC
  ATGAGGAAAGCACTGTCTTTAGTCAGGCCATTCACTTTGCAAACCTCATGGTGAACCTGC
  TAGTTCCACTCGACACAAGTAAAAACAAGCTCCTAAGAACATCAGCGCCAGGTGACTGGG
  AGAGCGGAAGCAACAGCATTGTCACAAACAGTATTGCAGGAAGTGTAGCTGAGAGCTATG
  ATACAGAGAGTGGGTTTGAAGATTCAGAGAATACTGACATTGCCAATTCTGTTGTGCGGT
  TCATTACCCGATTTATTGACAAAGTTTGTACAGAGAGTGGAGTTACTCAGGATCACATCA
  AGAGCCTTCATTGCATGATACCAGGAATTGTAGCTATGCACATTGAGACCCTAGAAGCAG
  TACATCGAGAAAGCAGAAGACTTCCGCCTATTCAGAAGCCCAAGATTCTTAGACCTGCTC
  TGCTGCCAGGAGAAGAAATTGTCTGTGAGGGTCTTCGAGTCTTGCTGGATCCTGATGGAA
  GAGAAGAAGCTACTGGAGGTCTTCTTGGAGGCCCTCAGCTCCTGCCAGCAGAAGGAGCCT
  TGTTCCTCACCACATACAGAATTCTCTTCAGAGGAACACCCCATGATCAGTTAGTGGGTG
  AGCAGACAGTTGTGCGGAGCTTTCCCATTGCCTCCATCACCAAGGAGAAGAAGATTACAA
  TGCAGAACCAGCTACAGCAGAACATGCAAGAAGGACTGCAGATCACATCAGCATCTTTTC
  AGTTGATTAAGGTAGCATTTGATGAAGAAGTCAGTCCAGAAGTAGTAGAGATCTTTAAGA
  AACAGCTGATGAAGTTCCGTTATCCTCAGTCCATTTTCAGTACCTTTGCTTTTGCTGCTG
  GACAAACTACCCCACAAATAATTTTACCAAAACAGAAGGAAAAGAACACTTCTTTTCGTA
  CCTTCTCAAAAACAATTGTGAAAGGTGCCAAAAGGGCAGGGAAAATGACAATTGGGCGGC
  AATATTTACTGAAGAAGAAGACAGGGACAATTGTGGAAGAAAGAGTAAATCGTCCTGGAT
  GGAATGAAGATGATGATGTATCTGTTTCAGATGAGAGTGAGCTCCCCACAAGTACCACCC
  TGAAGGCCTCCGAGAAGTCTACAATGGAACAGTTGGTGGAAAAAGCTTGTTTCAGAGACT
  ATCAGCGTTTAGGTTTAGGAACCATAAGTGGCAGCTCTTCCCGTTCAAGACCCGAGTATT
  TTAGAATTACTGCCTCCAACAGGATGTATTCACTCTGCCGGAGCTATCCTGGCCTTTTAG
  TCGTACCTCAAGCTGTACAGGACAGTAGTTTACCAAGAGTAGCTCGCTGCTATCGACACA
  ATCGCCTGCCTGTTGTATGTTGGAAGAACTCAAGAAGTGGTACTCTGCTCCTCCGATCTG
  GAGGATTCCATGGGAAGGGAGTCGTTGGTCTTTTCAAATCTCAGAACTCCCCTCAGGCCG
  CTCCTACCTCCTCTTTAGAATCTTCCAGTAGCATAGAACAAGAGAAATACTTGCAAGCCT
  TACTGAATGCTGTTTCTGTCCATCAGAAACTCAGAGGCAACAGCACTCTTACTGTCAGGC
  CAGCCTTTGCTCTATCTCCAGTGCATGGGTACAGAGATAAATGTTTTACTCAGTCAAATC
  CCAAATCTTCAGCTAAGGGAAGAGTCCATAATCAAGGTGTGTGGGCAAGTCTTCGCTCTA
  GCACTCGCTTGATCAGCTCTCCAACATCCTTCATTGATGTTGGCGCCCGGCTGGCAGGCA
  AGGATCACTCGGCCTCCTTCAGTAACAGCAGCTACCTACAAAACCAGCTCTTGAAACGGC
  AAGCAGCCCTTTACATATTTGGTGAAAAGTCGCAACTAAGGAACTTCAAGGTAGAATTTG
  CTTTAAATTGTGAGTTTGTTCCTGTTGAATTTCATGAAATCCGGCAAGTGAAAGCCAGTT
  TTAAGAAGCTGATGAGGGCTTGTATCCCAAGCACCATCCCTACTGACTCAGAAGTGACCT
  TCCTGAAAGCGCTGGGAGATTCTGAGTGGTTCCCACAGCTTCACAGGATAATGCAGCTGG
  CTGTGGTTGTATCAGAAGTACTTGAGAATGGTTCCTCAGTTTTGGTCTGTTTGGAGGAAG
  GCTGGGACATCACTGCACAAGTGACATCCCTGGTTCAGTTACTCAGTGATCCCTTTTATA
  GGACACTTGAAGGCTTCCAGATGTTGGTTGAAAAAGAGTGGCTCTCTTTTGGTCACAAAT
  TCAGTCAGAGGAGCAGCTTGACCCTCAACTGTCAGGGGAGTGGTTTTGCTCCAGTCTTCT
  TACAGTTCTTAGACTGTGTACACCAGGTTCACAACCAGTATCCAACTGAGTTTGAATTCA
  ATCTCTATTACTTAAAGTTCTTGGCTTTCCACTATGTGTCTAATCGCTTTAAAACATTTC
  TCCTGGATTCAGACTATGAAAGATTAGAGCACGGAACTTTATTTGATGATAAAGGAGAAA
  AGCATGCCAAAAAAGGAGTCTGTATTTGGGAATGTATTGACAGAATGCACAAGAGGAGTC
  CCATTTTCTTTAATTATTTATATTCACCATTGGAAATAGAGGCTCTAAAGCCCAATGTAA
  ACGTCTCTAGCCTCAAGAAGTGGGATTACTACATAGAAGAGACCCTGTCCACAGGCCCTT
  CCTATGACTGGATGATGCTAACCCCCAAGCACTTCCCCTCCGAAGACTCTGACCTGGCTG
  GAGAAGCTGGGCCACGGAGCCAGAGGAGAACAGTGTGGCCATGCTATGATGATGTCAGCT
  GTACTCAGCCTGATGCTCTCACCAGCCTTTTCAGTGAAATTGAAAAATTGGAGCACAAAT
  TGAACCAAGCCCCTGAGAAGTGGCAGCAGCTGTGGGAAAGGGTAACCGTGGACCTTAAAG
  AAGAACCAAGAACAGATCGCTCCCAAAGACACCTGTCGAGATCCCCAGGAATTGTGTCTA
  CCAACCTACCTTCCTATCAGAAGAGGTCTCTGCTACATCTCCCAGACAGCAGCATGGGGG
  AGGAACAGAATTCCAGCATCTCCCCATCCAATGGAGTGGAGCGAAGAGCAGCCACGCTCT
  ATAGCCAGTATACATCCAAGAATGATGAAAACAGGTCCTTTGAGGGAACACTTTATAAAA
  GAGGGGCTTTGCTGAAAGGTTGGAAGCCCCGTTGGTTTGTTTTGGATGTAACAAAACATC
  AGCTGCGCTACTATGACTCAGGTGAGGACACAAGCTGTAAAGGCCACATTGATCTGGCTG
  AAGTAGAAATGGTCATCCCTGCTGGCCCCAGCATGGGAGCCCCAAAGCACACAAGTGACA
  AGGCTTTCTTTGATCTCAAGACCAGCAAACGTGTGTATAACTTCTGCGCCCAGGATGGAC
  AGAGTGCCCAGCAATGGATGGACAAGATCCAGAGTTGTATCTCTGATGCCTGATGCCCAT
  GGTCAACCCACGCAGAAGAAACAGAAGAACTCATGCTGCCAGATAGATAGAAAAAGAAGC
  ATGGATCCTTGAGGAGCTGACAACAAGTTATCCCAGGGCCTGAGGTTCTCCTGCCCAGTC
  CCCTCTTGCAGGGGTTGCTATATCTACTTAACCTGAATAGGTGTTTCACACAGGTCTGGT
  CAACAGCCCCATGCACTCCCTGTATCTTGCACTAAATTTTTCTAACAGGGTCTTAGTGGT
  TAATGATCAGAAGATGTCTCCTGAGCCAACTGTGAACCTCACCCAGGCAAAATGGCTACC
  ACCTACTTGGGTCCTTCTTCATGAAAGCTATAGATCCTTTTTTGTTCTCTGAGGTCATAA
  TTTCCTCGGAGACCTGTTTAACAAGCAAAAATCAAAACCCTCCAAGATTGTCTCATATTC
  TACCTGGACTAGGTTTCCTATGAGAGACATCTACTTGTAATGCCTGACCTTTGAGATGCT
  CAGTTCTCTGGTGCTGCCAAAAGATGCTTCCATGGTCCGTGCTCTGCCAGTGGGGTTCAC
  AACAAGAGACGTCATTGTTCAGTAGCAGGCAAAGAGGGAGCACACAGCATTATTCTGATG
  GAAAAAGATTATCCAGGGAATGGTACAACAATGACCAGCCCAATGCAGGAAAACACTACT
  TCCAAAACACTGAATTCTCTAGACCAGAGGTGCTCTGAGGATCCAGGGCCTTGTGTTCTT
  ATGTATCTTCTGCTTCCTGACAGCTTCTTTTTCAAAATAACATGCAAAAAAAGCTGAATG
  CACTAACTCACAAAACAAACACTTGCACTGAATTCCCAATGAAGTGAAGATGTTGGAAAG
  ACAGAGGCCAGCTATTTAGGACCATACGCACCTGTGACAAGGGCTGTGTTGACCACAGTC
  ACACTGTGGCATGACTGGATACCCAAACTACACTTCTACACATGAAAAGTAAGAACTGTC
  TTTAGATTTTCTTTACTTTGATAACTTGTGATTGTTTAGCTTAAGACCCAAGAAATGCTG
  TTTGCTCATGGTAAACAGAAACAGCATCTTCGCTACAACCACTGACACCAGCTGGCGTCA
  TAGGTAGCTAGATCATTGCATTTGTTTTGAAATGTTAATATGTTAAATACTAAACTAATA
  TTTCAAAAATGTGTATATATGATTTCTATATCCTTGTTTTTCAGATAGCCTGCTTATAAT
  TTAATATAAATTAACTGATGCATTCATAAGATTTCAATAATGAAATGGTTCCCTTTTAAA
  AAATAAAAATACTTTGTAGATTAAAAATAAATCAGAATTTCAAATTTAAAATTGTCCACA
  CACTAGGAAATAGAACTGTGTTAATATATAAGAAATCTGGGGATAATTAAGAATGAAGGA
  CTTTTCTATCATTTCCATTTTATAAATTGCCACCTGTGAAAATGGTTTTTGCACATTATT
  TGTATTTTTCTTTGTATATGAAATAATTTTTTGTACTTTGTAAAATATGGAGCCCATTGT
  ACCTTCAGCTATTTGAGACTATACACAGTGCTTCTTTTGTAACTGGATTACTTTAACTTT
  CGTGAAGGCATTACATTGCCTCACATTCACTAACCACCTTGAATTAAATTTATTTCTTAA
  GAAAAAAAAAAAAAAAAAAAA
  
• Restriction Sites: Please inquire
• ACCN: NM_030962
• ORF Size: 5550 bp
• Insert Size: 7400
• 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: The ORF of this clone is found to be a perfect match to NM_030962.1.

Reference Data

• RefSeq: NM_030962.1, NP_112224.1
• RefSeq Size: 7405
• RefSeq ORF: 5550
• Locus ID: 81846
• Gene Summary: This gene encodes a pseudophosphatase and member of the myotubularin-related protein family. This gene maps within the CMT4B2 candidate region of chromosome 11p15 and mutations in this gene have been associated with Charcot-Marie-Tooth Disease, type 4B2. [provided by RefSeq, Jul 2008]