LRBA (NM_006726) Human Tagged ORF Clone

CAT#: RG217204

LRBA (GFP-tagged) - Human LPS-responsive vesicle trafficking, beach and anchor containing (LRBA), transcript variant 2

Specifications

Product Data

• Type: Human Tagged ORF Clone
• Tag: TurboGFP
• Symbol: LRBA
• Synonyms: BGL; CDC4L; CVID8; LAB300; LBA
• Vector: pCMV6-AC-GFP
• E. coli Selection: Ampicillin (100 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  ORF Nucleotide Sequence

  >RG217204 representing NM_006726
  Red=Cloning site Blue=ORF Green=Tags(s)
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGCTAGCGAAGACAATCGTGTCCCTTCCCCGCCACCAACAGGTGATGACGGGGGAGGTGGAGGGAGAG
  AAGAAACCCCTACTGAAGGGGGTGCATTGTCTCTGAAACCAGGGCTCCCCATCAGGGGCATCAGAATGAA
  ATTTGCCGTGTTGACCGGTTTGGTTGAAGTTGGAGAAGTATCCAATAGGGATATTGTAGAAACTGTCTTT
  AACCTGTTGGTAGGAGGACAGTTTGATCTGGAAATGAATTTCATTATCCAAGAAGGTGAGAGTATTAACT
  GCATGGTGGACCTACTGGAAAAATGTGACATTACGTGCCAAGCAGAAGTCTGGAGCATGTTTACAGCCAT
  TCTGAAGAAAAGCATACGGAATCTTCAAGTCTGCACTGAAGTAGGCCTTGTTGAAAAAGTGCTTGGGAAA
  ATTGAAAAAGTTGACAATATGATAGCAGATCTTTTGGTTGACATGTTGGGAGTGCTGGCTAGCTATAATT
  TGACAGTTCGCGAGCTAAAGCTTTTCTTCAGTAAACTTCAAGGAGATAAAGGACGATGGCCTCCACATGC
  TGGGAAGTTGCTGTCTGTGTTAAAGCATATGCCTCAGAAGTATGGTCCTGATGCCTTTTTTAACTTTCCA
  GGAAAGAGTGCTGCAGCTATTGCATTACCTCCTATAGCCAAATGGCCATACCAGAATGGTTTTACATTTC
  ATACATGGCTTAGAATGGATCCTGTAAATAACATCAATGTAGATAAGGATAAACCATATTTGTATTGTTT
  CAGAACCAGCAAAGGTCTTGGCTATTCTGCTCATTTTGTTGGAGGCTGTTTGATTGTAACATCAATAAAG
  TCAAAAGGAAAAGGCTTTCAACACTGTGTGAAATTTGATTTCAAGCCACAAAAGTGGTATATGGTTACCA
  TAGTACACATCTATAACCGATGGAAGAATAGTGAACTTCGATGTTATGTGAATGGTGAGCTGGCTTCCTA
  TGGAGAGATAACATGGTTTGTCAACACTAGCGATACCTTTGACAAATGTTTCCTGGGCTCATCAGAAACA
  GCAGATGCTAATAGAGTATTCTGTGGTCAGATGACTGCAGTTTACCTTTTCAGTGAAGCTCTAAATGCAG
  CTCAGATATTTGCTATTTATCAGTTGGGCCTGGGATACAAGGGTACATTTAAATTCAAAGCAGAAAGCGA
  CCTTTTCCTTGCTGAGCATCACAAACTTTTATTGTACGATGGGAAACTCTCTAGTGCCATTGCATTCACG
  TACAATCCACGGGCTACAGATGCCCAGCTTTGTCTTGAATCATCTCCTAAGGACAACCCTTCAATTTTTG
  TTCATTCACCACATGCACTCATGCTCCAGGATGTAAAGGCAGTTTTAACACATTCCATCCAAAGTGCAAT
  GCATTCAATTGGAGGAGTACAAGTACTATTTCCACTTTTTGCACAGTTGGATTACAGGCAATATTTGTCT
  GATGAGATTGATTTGACTATATGTTCAACCTTGCTGGCCTTTATCATGGAATTGTTGAAGAACTCAATTG
  CTATGCAGGAACAGATGCTTGCCTGTAAGGGCTTCTTGGTAATAGGATATAGCCTTGAAAAGTCTTCCAA
  ATCTCATGTTAGCAGAGCAGTACTTGAACTTTGCCTTGCATTTTCAAAATATCTGAGTAATCTGCAGAAT
  GGGATGCCCCTGCTCAAGCAATTGTGTGATCACGTTCTTCTTAATCCTGCCATATGGATTCATACCCCAG
  CCAAGGTTCAACTGATGCTCTATACTTATCTGTCCACGGAATTCATTGGTACAGTCAACATATATAACAC
  CATTCGGAGAGTTGGAACAGTGCTTCTCATCATGCACACGCTGAAGTACTACTACTGGGCAGTGAATCCT
  CAGGATCGAAGTGGTATCACCCCAAAAGGATTAGATGGACCGCGACCTAATCAAAAAGAAATGCTTTCTC
  TACGAGCATTCTTGTTGATGTTCATTAAGCAATTAGTGATGAAGGATTCTGGAGTAAAGGAAGATGAATT
  ACAGGCCATTCTTAATTACCTACTGACTATGCATGAGGATGACAATCTAATGGATGTCCTACAGCTGCTT
  GTTGCATTAATGTCAGAACACCCTAACTCTATGATTCCTGCTTTTGACCAAAGGAATGGGTTACGTGTTA
  TCTACAAACTTCTGGCATCGAAAAGTGAAGGAATCAGGGTACAAGCTCTTAAGGCAATGGGTTATTTTTT
  AAAACATCGGCCCCCAAAGAGGAAAGCAGAAGTCATGCTTGGACATGGATTGTTTTCATTGCTAGCTGAA
  AGGCTCATGCTTCAGACAAATTTAATCACAATGACCACATATAATGTGCTGTTTGAGATTCTTATAGAAC
  AGATTGGTACTCAGGTGATACATAAACAGCATCCAGATCCTGATTCTTCAGTGAAGATACAAAACCCTCA
  GATACTAAAAGTAATTGCGACCCTACTTCGAAATTCTCCCCAGTGCCCAGAGAGCATGGAGGTTCGCAGA
  GCCTTTCTTTCTGACATGATTAAACTTTTTAATAACAGTAGAGAAAACAGGAGGAGCTTGCTACAATGCT
  CTGTGTGGCAAGAATGGATGCTTTCTCTCTGCTATTTTAATCCTAAGAATTCAGATGAGCAAAAGATAAC
  AGAAATGGTATACGCCATATTCAGAATCCTGCTTTACCATGCAGTCAAATATGAGTGGGGTGGCTGGCGT
  GTATGGGTAGACACTTTATCAATCACTCATTCAAAGGTCACTTTTGAAATACACAAAGAAAACCTTGCCA
  ATATATTTAGGGAACAGCAAGGAAAAGTTGATGAAGAAATAGGGCTGTGTTCTTCAACTTCAGTTCAAGC
  AGCCTCTGGCATTAGAAGGGATATTAATGTTTCAGTAGGATCCCAGCAACCAGATACGAAGGATTCTCCT
  GTCTGTCCTCATTTCACCACAAATGGTAATGAAAATTCAAGTATAGAGAAGACAAGTTCACTAGAATCTG
  CATCTAATATTGAACTGCAAACTACTAATACATCTTATGAAGAAATGAAAGCTGAGCAAGAAAATCAGGA
  GTTACCAGATGAAGGCACTTTGGAAGAAACACTGACAAATGAGACAAGGAATGCAGATGATTTAGAAGTA
  TCTTCTGACATAATAGAAGCTGTGGCTATTTCCTCTAATTCTTTTATAACAACTGGCAAAGATTCAATGA
  CTGTCAGTGAAGTAACTGCTTCTATAAGTTCTCCTTCAGAAGAGGATGCCTCAGAGATGCCAGAATTCTT
  GGATAAATCTATAGTAGAGGAAGAGGAAGATGATGATTATGTGGAACTGAAAGTAGAAGGCAGTCCTACT
  GAGGAAGCTAATCTACCCACAGAGCTCCAAGATAACAGTTTGTCTCCAGCTGCATCTGAAGCCGGTGAAA
  AACTGGACATGTTTGGTAATGATGACAAATTAATATTTCAAGAAGGAAAACCTGTTACTGAAAAGCAAAC
  TGATACTGAAACTCAAGATTCTAAAGATTCTGGAATTCAGACTATGACAGCATCAGGGTCTTCAGCTATG
  TCACCAGAAACTACTGTTTCCCAAATAGCTGTAGAATCAGACCTTGGTCAGATGCTGGAGGAAGGGAAGA
  AAGCAACTAACCTCACTAGAGAAACCAAATTAATTAATGATTGTCATGGTAGTGTCTCTGAGGCTTCTTC
  TGAGCAAAAGATTGCGAAGTTGGATGTTTCCAATGTTGCTACAGATACTGAGAGGCTGGAGTTGAAGGCC
  AGTCCCAACGTGGAAGCACCTCAACCTCATCGACATGTGCTTGAGATATCAAGGCAACATGAGCAGCCAG
  GGCAAGGAATAGCACCAGATGCAGTTAATGGACAAAGGAGGGATTCCAGATCTACTGTGTTTCGTATTCC
  TGAGTTCAACTGGTCTCAGATGCATCAACGTTTGCTCACTGATCTATTATTTTCAATAGAAACAGATATA
  CAGATGTGGAGAAGCCATTCAACAAAGACAGTTATGGACTTCGTGAATAGCAGTGATAATGTCATCTTTG
  TACACAACACAATTCATCTCATCTCTCAAGTGATGGACAATATGGTCATGGCTTGTGGGGGTATACTGCC
  ATTGCTTTCAGCTGCTACATCGGCTACACATGAACTGGAAAATATTGAACCTACTCAAGGCCTTTCAATA
  GAAGCCTCTGTGACATTTTTGCAGAGGCTAATTAGCCTTGTGGATGTGCTTATATTTGCAAGTTCTCTTG
  GCTTTACTGAAATTGAAGCTGAAAAAAGTATGTCATCTGGAGGAATTTTGCGGCAGTGTCTCCGACTAGT
  TTGTGCAGTCGCAGTAAGGAATTGCTTGGAGTGTCAACAGCATTCACAACTGAAAACTAGGGGAGATAAA
  GCCTTGAAACCAATGCATAGCCTTATTCCTTTAGGGAAATCTGCAGCGAAGAGCCCAGTGGACATTGTGA
  CTGGCGGTATATCTCCAGTAAGAGATCTTGACAGGCTTCTACAGGACATGGATATTAATCGGCTTAGGGC
  AGTTGTTTTCAGAGACATAGAGGATAGCAAACAAGCTCAATTTTTAGCCTTGGCAGTAGTATACTTTATC
  TCTGTTCTTATGGTCTCCAAGTACAGAGACATTTTGGAACCCCAAAATGAAAGGCATAGCCAGTCATGTA
  CAGAAACTGGCAGTGAAAATGAGAATGTATCACTCTCTGAAATCACACCAGCAGCATTCAGCACTTTAAC
  TACGGCATCAGTGGAAGAATCTGAAAGCACATCATCTGCTCGAAGGAGGGACTCAGGCATTGGGGAAGAA
  ACAGCCACTGGTTTAGGAAGCCATGTGGAAGTAACTCCTCACACAGCACCTCCTGGTGTCAGTGCAGGCC
  CAGATGCAATCAGCGAGGTGCTATCTACTCTTTCTTTAGAAGTCAATAAGTCTCCGGAAACCAAAAATGA
  TAGAGGAAATGACTTGGACACTAAGGCTACACCGTCAGTTTCAGTTTCAAAAAACGTCAATGTGAAAGAC
  ATTCTCCGAAGCTTGGTTAACATACCAGCAGATGGAGTCACAGTGGATCCTGCCCTTCTGCCACCAGCCT
  GCCTTGGAGCCCTTGGTGATCTATCTGTGGAACAACCCGTGCAGTTCAGATCTTTTGACAGAAGTGTCAT
  TGTTGCAGCAAAAAAGTCAGCAGTCTCACCTTCCACCTTTAATACAAGCATACCTACCAATGCTGTCAGT
  GTGGTTTCCTCAGTAGATTCAGCCCAAGCCTCAGATATGGGAGGAGAATCACCAGGCAGTAGATCATCTA
  ATGCAAAATTGCCCTCAGTTCCAACAGTTGATTCAGTTTCACAAGATCCGGTTTCAAATATGAGTATTAC
  AGAGAGGCTTGAACACGCTTTGGAAAAGGCAGCTCCTCTCCTTCGTGAGATTTTTGTGGATTTTGCACCT
  TTTCTTTCTCGGACACTTTTGGGTAGCCATGGACAAGAACTGCTTATAGAAGGAACAAGTCTGGTTTGCA
  TGAAGTCGAGTAGTTCAGTTGTGGAATTGGTTATGCTACTGTGTTCTCAGGAGTGGCAAAATTCTATTCA
  GAAGAATGCAGGCCTTGCTTTTATCGAACTTGTCAATGAAGGAAGGTTGCTTAGCCAGACAATGAAGGAT
  CATCTAGTAAGAGTAGCAAATGAAGCTGAATTTATCCTGAGCAGGCAGAGAGCAGAAGATATTCACAGAC
  ATGCGGAATTTGAGTCACTGTGTGCCCAGTATTCTGCAGACAAACGAGAAGATGAGAAGATGTGTGATCA
  TTTGATAAGAGCAGCAAAATATCGTGACCACGTGACAGCAACTCAACTAATCCAGAAAATTATCAACATT
  CTCACAGACAAGCATGGAGCCTGGGGAAATTCTGCAGTGAGTCGTCCTCTTGAGTTCTGGCGCCTTGACT
  ACTGGGAAGATGACTTGCGGCGCCGGCGACGATTTGTGCGTAACCCTCTAGGATCGACACATCCTGAAGC
  GACACTAAAAACAGCCGTGGAACATGTGTGCATTTTTAAATTGAGAGAGAACAGCAAAGCCACAGATGAA
  GATATCCTTGCTAAAGGAAAACAGTCCATCAGGAGTCAGGCTTTAGGAAATCAGAACTCAGAAAACGAGA
  TCCTCCTGGAAGGCGATGATGATACTCTGTCATCCGTGGATGAGAAAGATTTAGAGAATCTTGCCGGTCC
  TGTTAGCCTGAGCACACCAGCTCAGCTTGTGGCCCCCTCTGTTGTAGTAAAGGGCACTCTTTCTGTCACC
  TCCTCCGAACTCTATTTTGAGGTGGATGAAGAGGATCCTAACTTCAAAAAAATCGACCCCAAGATCTTGG
  CATATACAGAAGGGCTGCATGGAAAATGGCTGTTCACAGAGATACGATCAATCTTTTCTCGTCGTTATCT
  TTTGCAAAATACAGCCCTGGAGATCTTTATGGCAAACAGAGTTGCTGTGATGTTCAACTTCCCAGACCCT
  GCAACAGTAAAGAAAGTGGTTAACTTTCTACCTCGTGTTGGCGTTGGAACAAGTTTTGGATTGCCTCAAA
  CCAGACGTATTTCATTAGCTAGTCCACGTCAGCTTTTTAAGGCTTCTAATATGACCCAGCGATGGCAACA
  CAGAGAGATATCTAATTTTGAGTACTTGATGTTTCTCAACACGATAGCAGGACGGAGTTATAATGACTTA
  AATCAGTATCCAGTGTTTCCTTGGGTCATCACTAATTATGAATCAGAAGAACTGGATCTTACCTTGCCCA
  CCAACTTCAGAGATTTGTCCAAGCCAATAGGAGCTCTGAACCCAAAAAGAGCAGCATTCTTCGCTGAGCG
  TTATGAATCATGGGAAGATGATCAAGTTCCAAAGTTTCACTATGGTACTCATTACTCAACTGCAAGTTTT
  GTTCTTGCATGGCTGCTAAGAATAGAACCCTTTACAACTTATTTCCTAAATTTGCAAGGAGGCAAATTTG
  ATCATGCAGATCGAACTTTTTCATCAATTTCCAGAGCTTGGCGAAACAGTCAGCGTGATACCTCTGATAT
  TAAGGAGTTGATCCCTGAATTTTATTATCTCCCTGAGATGTTTGTCAACTTCAATAATTATAATCTTGGA
  GTGATGGATGATGGGACAGTAGTGTCTGATGTCGAACTTCCTCCTTGGGCCAAAACCTCAGAAGAATTTG
  TTCACATAAACAGATTGGCCCTGGAGAGTGAATTTGTTTCCTGCCAGCTTCACCAATGGATTGATCTCAT
  TTTTGGCTATAAACAGCAAGGACCAGAAGCTGTCCGAGCCCTCAATGTGTTCTATTACTTGACCTATGAA
  GGAGCTGTCAATCTGAATTCAATAACTGATCCTGTGTTGAGAGAGGCTGTTGAAGCTCAAATCCGAAGTT
  TTGGACAGACTCCTTCTCAACTACTCATAGAGCCCCATCCTCCCAGAGGTTCTGCCATGCAAGTGAGTCC
  ATTGATGTTCACAGACAAAGCCCAGCAGGATGTTATCATGGTCCTCAAGTTTCCCTCCAACTCCCCTGTT
  ACTCACGTGGCAGCCAACACCCAGCCTGGTTTGGCAACTCCCGCTGTGATCACAGTCACTGCTAACAGGT
  TATTTGCGGTGAACAAATGGCACAACCTTCCAGCTCATCAAGGTGCTGTACAAGACCAGCCATACCAGCT
  GCCAGTGGAAATCGATCCTCTCATAGCCAGCAATACAGGAATGCACAGGAGGCAAATCACTGACCTTTTA
  GACCAAAGTATTCAAGTGCATTCCCAGTGCTTTGTCATCACTTCAGACAACCGCTATATTCTCGTCTGTG
  GCTTCTGGGATAAAAGTTTCAGAGTCTATTCTACAGACACAGGAAGATTGATCCAAGTGGTGTTTGGCCA
  TTGGGATGTCGTCACTTGCCTTGCTCGTTCTGAGTCATATATTGGGGGAAATTGCTACATTCTCTCAGGG
  TCACGTGATGCAACTCTTTTGCTGTGGTATTGGAATGGAAAATGCAGTGGGATTGGAGATAACCCAGGCA
  GTGAGACTGCTGCTCCTCGGGCCATTTTGACCGGCCATGACTATGAGGTCACATGTGCTGCGGTGTGTGC
  GGAGCTAGGCCTGGTGTTGAGTGGTTCACAAGAAGGACCATGTCTCATACATTCCATGAATGGAGACTTG
  TTGAGGACCTTGGAGGGTCCTGAAAACTGCCTGAAACCAAAACTCATTCAGGCTTCAAGAGAGGGTCATT
  GTGTCATATTCTATGAAAACGGCCTCTTCTGTACATTCAGTGTGAATGGAAAACTCCAGGCCACGATGGA
  AACAGATGATAACATAAGAGCCATCCAGCTGAGCCGAGATGGGCAGTACCTGCTCACAGGAGGAGACAGA
  GGAGTGGTCGTGGTCCGGCAGGTGTCGGACCTCAAGCAGCTCTTTGCCTATCCAGGATGTGACGCTGGAA
  TCCGGGCCATGGCGCTGTCTTACGACCAGAGGTGCATCATTTCTGGCATGGCTTCAGGAAGCATTGTGCT
  ATTTTACAACGACTTTAACCGGTGGCATCATGAATACCAAACCCGCTAC
  
  ACGCGTACGCGGCCGCTCGAG - GFP Tag - GTTTAA
  Protein Sequence

  >RG217204 representing NM_006726
  Red=Cloning site Green=Tags(s)
  
  MASEDNRVPSPPPTGDDGGGGGREETPTEGGALSLKPGLPIRGIRMKFAVLTGLVEVGEVSNRDIVETVF
  NLLVGGQFDLEMNFIIQEGESINCMVDLLEKCDITCQAEVWSMFTAILKKSIRNLQVCTEVGLVEKVLGK
  IEKVDNMIADLLVDMLGVLASYNLTVRELKLFFSKLQGDKGRWPPHAGKLLSVLKHMPQKYGPDAFFNFP
  GKSAAAIALPPIAKWPYQNGFTFHTWLRMDPVNNINVDKDKPYLYCFRTSKGLGYSAHFVGGCLIVTSIK
  SKGKGFQHCVKFDFKPQKWYMVTIVHIYNRWKNSELRCYVNGELASYGEITWFVNTSDTFDKCFLGSSET
  ADANRVFCGQMTAVYLFSEALNAAQIFAIYQLGLGYKGTFKFKAESDLFLAEHHKLLLYDGKLSSAIAFT
  YNPRATDAQLCLESSPKDNPSIFVHSPHALMLQDVKAVLTHSIQSAMHSIGGVQVLFPLFAQLDYRQYLS
  DEIDLTICSTLLAFIMELLKNSIAMQEQMLACKGFLVIGYSLEKSSKSHVSRAVLELCLAFSKYLSNLQN
  GMPLLKQLCDHVLLNPAIWIHTPAKVQLMLYTYLSTEFIGTVNIYNTIRRVGTVLLIMHTLKYYYWAVNP
  QDRSGITPKGLDGPRPNQKEMLSLRAFLLMFIKQLVMKDSGVKEDELQAILNYLLTMHEDDNLMDVLQLL
  VALMSEHPNSMIPAFDQRNGLRVIYKLLASKSEGIRVQALKAMGYFLKHRPPKRKAEVMLGHGLFSLLAE
  RLMLQTNLITMTTYNVLFEILIEQIGTQVIHKQHPDPDSSVKIQNPQILKVIATLLRNSPQCPESMEVRR
  AFLSDMIKLFNNSRENRRSLLQCSVWQEWMLSLCYFNPKNSDEQKITEMVYAIFRILLYHAVKYEWGGWR
  VWVDTLSITHSKVTFEIHKENLANIFREQQGKVDEEIGLCSSTSVQAASGIRRDINVSVGSQQPDTKDSP
  VCPHFTTNGNENSSIEKTSSLESASNIELQTTNTSYEEMKAEQENQELPDEGTLEETLTNETRNADDLEV
  SSDIIEAVAISSNSFITTGKDSMTVSEVTASISSPSEEDASEMPEFLDKSIVEEEEDDDYVELKVEGSPT
  EEANLPTELQDNSLSPAASEAGEKLDMFGNDDKLIFQEGKPVTEKQTDTETQDSKDSGIQTMTASGSSAM
  SPETTVSQIAVESDLGQMLEEGKKATNLTRETKLINDCHGSVSEASSEQKIAKLDVSNVATDTERLELKA
  SPNVEAPQPHRHVLEISRQHEQPGQGIAPDAVNGQRRDSRSTVFRIPEFNWSQMHQRLLTDLLFSIETDI
  QMWRSHSTKTVMDFVNSSDNVIFVHNTIHLISQVMDNMVMACGGILPLLSAATSATHELENIEPTQGLSI
  EASVTFLQRLISLVDVLIFASSLGFTEIEAEKSMSSGGILRQCLRLVCAVAVRNCLECQQHSQLKTRGDK
  ALKPMHSLIPLGKSAAKSPVDIVTGGISPVRDLDRLLQDMDINRLRAVVFRDIEDSKQAQFLALAVVYFI
  SVLMVSKYRDILEPQNERHSQSCTETGSENENVSLSEITPAAFSTLTTASVEESESTSSARRRDSGIGEE
  TATGLGSHVEVTPHTAPPGVSAGPDAISEVLSTLSLEVNKSPETKNDRGNDLDTKATPSVSVSKNVNVKD
  ILRSLVNIPADGVTVDPALLPPACLGALGDLSVEQPVQFRSFDRSVIVAAKKSAVSPSTFNTSIPTNAVS
  VVSSVDSAQASDMGGESPGSRSSNAKLPSVPTVDSVSQDPVSNMSITERLEHALEKAAPLLREIFVDFAP
  FLSRTLLGSHGQELLIEGTSLVCMKSSSSVVELVMLLCSQEWQNSIQKNAGLAFIELVNEGRLLSQTMKD
  HLVRVANEAEFILSRQRAEDIHRHAEFESLCAQYSADKREDEKMCDHLIRAAKYRDHVTATQLIQKIINI
  LTDKHGAWGNSAVSRPLEFWRLDYWEDDLRRRRRFVRNPLGSTHPEATLKTAVEHVCIFKLRENSKATDE
  DILAKGKQSIRSQALGNQNSENEILLEGDDDTLSSVDEKDLENLAGPVSLSTPAQLVAPSVVVKGTLSVT
  SSELYFEVDEEDPNFKKIDPKILAYTEGLHGKWLFTEIRSIFSRRYLLQNTALEIFMANRVAVMFNFPDP
  ATVKKVVNFLPRVGVGTSFGLPQTRRISLASPRQLFKASNMTQRWQHREISNFEYLMFLNTIAGRSYNDL
  NQYPVFPWVITNYESEELDLTLPTNFRDLSKPIGALNPKRAAFFAERYESWEDDQVPKFHYGTHYSTASF
  VLAWLLRIEPFTTYFLNLQGGKFDHADRTFSSISRAWRNSQRDTSDIKELIPEFYYLPEMFVNFNNYNLG
  VMDDGTVVSDVELPPWAKTSEEFVHINRLALESEFVSCQLHQWIDLIFGYKQQGPEAVRALNVFYYLTYE
  GAVNLNSITDPVLREAVEAQIRSFGQTPSQLLIEPHPPRGSAMQVSPLMFTDKAQQDVIMVLKFPSNSPV
  THVAANTQPGLATPAVITVTANRLFAVNKWHNLPAHQGAVQDQPYQLPVEIDPLIASNTGMHRRQITDLL
  DQSIQVHSQCFVITSDNRYILVCGFWDKSFRVYSTDTGRLIQVVFGHWDVVTCLARSESYIGGNCYILSG
  SRDATLLLWYWNGKCSGIGDNPGSETAAPRAILTGHDYEVTCAAVCAELGLVLSGSQEGPCLIHSMNGDL
  LRTLEGPENCLKPKLIQASREGHCVIFYENGLFCTFSVNGKLQATMETDDNIRAIQLSRDGQYLLTGGDR
  GVVVVRQVSDLKQLFAYPGCDAGIRAMALSYDQRCIISGMASGSIVLFYNDFNRWHHEYQTRY
  
  TRTRPLE - GFP Tag - V
• Restriction Sites: SgfI-MluI Cloning Scheme for this gene Plasmid Map
• ACCN: NM_006726
• ORF Size: 8589 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 clone was engineered to express the complete ORF with an expression tag. Expression varies depending on the nature of the gene.
• Product Components: The ORF clone is ion-exchange column purified, transfection-ready dried plasmid DNA, and shipped with 2 vector sequencing primers.
• Reconstitution: 1. Centrifuge at 5,000xg for 5min.
  2. Carefully open the tube and add 100ul of sterile water to dissolve the DNA.
  3. Close the tube and incubate for 10 minutes at room temperature.
  4. Briefly vortex the tube and then do a quick spin (less than 5000xg) to concentrate the liquid at the bottom.
  5. Store the suspended plasmid at -20°C. The DNA is stable for at least one year from date of shipping when stored at -20°C.

Reference Data

• RefSeq: NM_006726.1, NP_006717.1
• RefSeq Size: 9909 bp
• RefSeq ORF: 8592 bp
• Locus ID: 987
• Cytogenetics: 4q31.3
• Domains: Beach, WD40
• Gene Summary: 'The protein encoded by this gene is a member of the WDL-BEACH-WD (WBW) gene family. Its expression is induced in B cells and macrophages by bacterial lipopolysaccharides (LPS). The encoded protein associates with protein kinase A and may be involved in leading intracellular vesicles to activated receptor complexes, which aids in the secretion and/or membrane deposition of immune effector molecules. Defects in this gene are associated with the disorder common variable immunodeficiency-8 with autoimmunity. Two transcript variants encoding different isoforms have been found for this gene. [provided by RefSeq, Dec 2012]'