(AL833558) Human Untagged Clone

CAT#: SC106120

(untagged)-Human mRNA, cDNA DKFZp686F1844 (from clone DKFZp686F1844)

SDS

Reconstitution Protocol

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Size
    • 10 ug
Bulk Requests & Clone Modifications

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Specifications

Product Data
Type Human Untagged Clone
Tag Tag Free
Synonyms Fuc-TIX
Vector pCMV6-XL4
E. coli Selection Ampicillin (100 ug/mL)
Mammalian Cell Selection None
Sequence Data
>NCBI ORF sequence for AL833558, the custom clone sequence may differ by one or more nucleotides


TTGGAGGTTAAATATTAAAAGAATAGGAAACTATGCCTCTGATATTTTTTTGTCAGCCTATTTTTAAACT
AGATTCCATGAGTGTTAAGGTAATATCCTAGAATTTTTTTTTTTGCGTGAATTAAAGTTACCACAAATTT
CAGGTCCTTACCTTATGACTGTGTTTGATCATATCTTTGAGTTCCCTTGAACTCTGATCTCATTTTGAGA
AACATTTTGAGAAACTTCTTAACAATTACAATCGAGCTGTTAAATATAACAAACATCAGAATCTAAAGGA
TAAGCACAGTGCCTAATGTACAGGAGGGTCATATCAAATACTTGTTGAATAAATACATGAATGTGATAAG
TGGTCCTGTAAAATATTTTTTAAGAGTAGTGACAATGTTTATTGGCACCAATTGGAGATGATATTTTATA
TTTATTTTGTTAGTTTGTCACCTGGATGCAAAAGGAAGGCATTTTAATTCCTTTCTATCTTACAACATTG
TAAAGCATCAAAAGAAGTAACATCTCAAGAAAGATTAGAAAGGATTTGGATCACGTTAACATTCTATGCA
AATATTAGTAACATATCAACTGTTTCTAAAAGGAAAGAAAATTAGTATTTAAGGAGAGTATAAAGTGCGA
GCACTGTGAAGGGCAGATATCTATTACCAAACCACATGGAGAGAAATATAGTCTCTCTCCTAACTTCATT
CCATTGTATTGCAATCAGTCAAGTAAGGTGATTTTTTTTTTTTCTGGATGTCTCAATCTAGAGATTTTGT
AGCATTTTGCAAATGGGTATGCTTCACTACTATCCACAGTGTTCTCCCCTTTAGTAATTCATATTGAATA
TATCCATATTCATATGCATTTTATAAAACAGTTAACAGAATCTAAATAAGATATAGCCGGCTAAATCTGG
AATGTGAGTGCTACCCTAGGTTATTAGTTCAACAAACTAATTTTGAGAGAGCCACTTAACCTCTCTGGAC
CTTGTTTGTAAGCTTTCTTCTAGCACTATTACTCTTATCTAAGATCGAAATTGATATATGCATGAAATTC
CTAATGGAATTTCAATGTCCATCTCAAAGTAATTTTTTAGGATATTCCATACAGATTTCCTTCTCATTTC
TCTGTGTAGATATTTAAAGTATGAAATTGATTATTTAAACTAATATGTGGAAAGAACCTAATCCAGAGCT
TGGAATATAGAAAGTGCTCAATTAACTGACATTCCTCCTGTATTTCCTCCCTCCCCTTAGTTGTCTATGA
CTTTTGAACTCACTGCTCACTGACACCTTAATTGCCTATAGAAAAATCAATCATATTTTAGGCATTATTT
TGAAATATTTTAGAGTTTTCTGTACTATTCAAACTCTTATTACAAAAATCTAAAGATATTTATTGATGCA
AAAAATTTAGGGAGTCATTGGAAATACCTGAGGCAATCCCAGGCTAACAATAAAATAGCATAATTTTAAG
TAAGCTAGATTGAGTTCATTTGAACATTTAGTTATTTTTTAGCTCATAGTTAACATATATCCATGCATTT
GATTTACTTTAAAAATATTTTATTTAAAAATAACCTCTCAAACACCAGTTGCTTTCTGTCAGTTTTACTC
AAAGCATGCTTCCTAGGTCACCTGACCTAGAATCACCAGAAGTGTTAACAATACCGATTTCTGGGCTTTG
AGCCATGAAATTAGAATTTCTTCAAATAATCCATGCCCCCCCGTCACCCAAAAAAAGAGCATGCTTTTAA
TACATTTCCAAAATTATCCTGTTTCTGCTATAACTGGTGAACCATCCTGTCCTAAACTAGCAGTTCTCAA
ACATGCATATGCCTTTGAAACTTCCTAGATCATCTACATAAAAATCATTTGAAATATTGTTAATAATACA
CAGCTTCTGAATCTCTGGGTGTGAGATGGGACCAGGAATCTTATTTTAAAAATCTCCCCAGATGGTTCTG
GTGTCCTGCTAGTTTTGAGGTTTTCATCCCACCTGTTTAGATGGGTAGTATTCTATTAAATATGAGGTAT
TACCTTTCTTTAGTTCACCTGGAATCTTCTTAAATATATCGGTAAAGTATTCTACTTCAAAATCCAAGAC
ATTTTGTATGCCTAATTATTTCACACAAGAGCGTGGAACTCACCAGTCTTGTGACTTGGGGCAGGTTATT
TATAGTCTCCAGACACTTTTTCCAGTTGCGAGTTGCTTATAGTAGTTGGAGAACCTGAATGCACATTAGA
ACCATCTGGAGAGGCTTTAAAATTGCAGATGCCCAAACCCCACCTCCAGAGAGCTGATCTATTTAGTTTG
AGGAAGAGCCCAGAAGTCTAACAGGTGTAAATGTTCCACAGGTAATACTAATGCAGGCATACCTCAGGAA
ATCACCAGTTCTTGTCTTGGAGGAACTATTAGGAAAATAAAAGATTATATATCTTGAAAAAAATCTCTAA
TTTGCTTTCTAGGTTCTAACTGCATGTTTATATTTTGCAACAGGAAAGACTGGTCTAGACAATTACTAGG
ATATATGCTTCTGTGATCTGCTTTTCTATTGTATGTGTTTAAGAGACCACATTCTTGGGTTCCAAAGTCT
CCTTGCCTGATAGGTAATTTGCAATTGAGATATGGCACAGAATTGTAGCATCCAAATTTTTGACAACTAC
AGATTTAGAATTGAATCCAAGGTCTGCCATTCACTAGCTATGTGCAAGTTACTCAACTTCTCTTATCCTC
AGATTTTGCAGCTGTAAAGCAGAGGTAGCATATTTCTGAGAAATTATATTCAGGTGACTAGATATGTGTT
CAAGTGTTATCTTTTATTCTTATAAAAGATAATTGTGAGGAATCCAGTGCTATTTTCACAATTTTAATTC
TAAAACTCTGAAGACATTAAACAGGCAGTTTGTAGGAATCATTGAAATTTTATACAAGCCGAAGGAACAA
CATTCAGCAAAACGGAAACAAATAAATACAGCATGGAAGCATATATTCATGTTTCCCATAATTACTAAGT
TACGGAAGGGGTGTGAGGAGCTGGCAGTGGTGGTGAATAGGCATTGTTTGCATTACTAAATATATATACC
ATTTCTTAAGATAATTGGAACTCAAGCAGTCCTAATTTTCTCTCCCTGTTATGAGCAATCAGTAAATTAG
TAGTCAATTTAACTTATTATCAGTTGGTATAGCGCATGTCACAGAATAGGATAGCAAGAAGATTCTCAGA
GATCATTTTCTGGTAAAGAAAAAGGCCTAGCAATATTTAACAGTTTGACTTAATCCATCACTTCAGCTGG
TCCACTAGTTTTGACACAGGACTAGTTAATGATTTGTTAGGAAGTCTCCATCTACTCTTAAACTAATTTA
AAAAAAAGCTAAAAGTTGCTTTTAATATGTTAGGGTATAACTTCAATAAACAGGAGTATTTATCTAGTGG
TTCAGAAATAAAATAATTGTTAGCCAGCCTGTGATTAAGGCTACCATAATTGCATAATAAATAGCTTTGA
CGTGAATAATCTCAGTTGTTCAAGTGTACAAATTTAAAGCTGTACTGTGTTAGAATAAAAAAGTTGGCTC
AAGGAAAATTTCTATTTTTCTATATGAAAAAGAGAATGATATTCAAAATAGTATTTTTAAGTAGTTTCTA
ATTGTGTTCCTTTAAAGAGTATTAGAAATGTCTGTTATGTCAGTAACATTAGAAAACTTCAAAAACTGAT
TTATTTTTCTGAGTTCTCTGGAAACCAAACAATTTTGAATTAGTTGTGTAAGTAAAGTAAGTTAAGTTAT
AGCTTGCTGGAATTTTATTGTGGAAAACAAATATAGATTTTATCTGAAAAATTTTAAGGGCCAATTCTAC
AGAAAGTTATGCTAACATGCTAACTTTCCACACATGGCTGCATTCCATTTTGATTAATGAGGGTTCAGGA
AATAGAAAGGCAGTCTCTGCAGAAGCAGTATCCAAAGGCTAAATTAACAACCCAGGACTACCACTCATTA
TGTGAGAAATATGGGCCAGAGTTACAATATCACATCTCCAGTCTCAGATTGGCCTCATTAGCCACCTTCA
GTTCCTTAAATGAGATAATCCTGAAGATGCCATCCTTGTCCAAGGTGAGATTGCCAGAGGATATGAGCTC
ATCTAGGATGGAATACATGTCTCCAGGGACTGTAATGAGATCAGGCTTTTCATTTACTGGTTTTCTGCCT
CAAGAGTCCTTAAGCAAATGAAGATTATCTGATTGTCTATGTAAACCTGGAAGTAGTCTACTTTTTAGAT
AAAAGATAATCTATCTTGAATATTTCATATGTGATTTTAAAATAATTAATCAAAAAACAAAGACTATCAT
ATTTGAGAACAAGATTTTACTTAGAAGGGAAAAAAAAGAACTTTCAGCTTAATCGGGGTTAAGGGAGTAA
TTGTGACAATATAAAATGGCATTGTTATAGAATCCCTAAAAGGTAAATAATGTATGAGATGAAGGTAGGA
AGTAATGTGTGCTTGCAGAAATGCAACTGGTCAAAATTACTTGAATGAAATTGTTGAGGTTAAACATCTT
CATTATAATAATATGTCTTATTCTGATTCCAAGACAATACGAATGTAGAGAAGAGATTTTTAAATGGAAA
AAGTAAGGAGCTAACAAGTCTGTACCTAGATTCAAGTTCACAAAGCGGCAAAAAGGAGAAAAGCGTCAAC
AAGAAACAAGAAGAGGAGTAGTAAACTAAGGATCAAAGCCCAAGTTCCAGTTTTCACAATCTGCTGTATA
ATTCACTAACATTTCTGAGCCATAGATTTTTAATCTGTAAAAGGAGTGTGATGGACTGTACATTAGAAGT
ACCTGAGAAGCTCTTAATAAATCTTGATGAATTGGTTAGAAATTCTAATTTAATTAGCCTGGCACAGTGC
ACAAACTGCCATATATTCGTGCAGATGTTTTCTTCTTTTCTTACTGCGCATTTCCATGTGGCCATGTCAC
TACAAGGGGTGGGGAAGAAGTTAGTGTGTAATTGCTTCAGGAGCTCTGATTAAAAGGTTGCTGAAGCAAA
ATACTGCAATGAAGTTCTGAAAATGAAGAGTTAGGACTTTACATGATTTCTCTTGCCTCATTCCCTCAAG
AATGCACATATAGACACACATATGCCAATATCTTTTTTATGTAGTTCAAGTATAACTTTGAATAAAATGA
CTTACATTCAAGGAAGGTCAAAACTATTATTCTGAAACAAAATGTGACAATTCTAGCCATTATGTGAATT
GTAAGGGTCAGTAATCCATAAACTATTTGGATGGTAATTGTATGTTTTATTAATGTGATGTAATTTTGCA
CTATTGTATTGTCATATTTAATCAAACTCTTAAAAATACCCTGAAACGTAATGCCAAATGTACAGTTTAT
AGGTTCGTGTTATTTCTGATAAGAATTTAATTGCATTGTGCTAATAGTTGTTTATTGCTATTAACTTTCT
GTGTATGTATTATTGCGATGCAGACCCAATAGGGTTATTTTAAGCACACTAATTAGTCATCTGGATTTTT
ATAGATAAAATCACATGTTGATCAGAAATCATTTTTCTACTTATTTTTTTGTAGAGTATTTTTCCACACT
TGAAAAAAACATGATTATTTTATATCAAACATCAACTTTTCTTTAAATCTTATTTTAGTAGCTAATGCAT
GTTTGAAATAAGATGTGTTAGAAATTATATGACTATATTAAGGTTGTGTTTATATTAGGTGAAAAATTGC
ATGCAATTGGTGAATCATGCAGCTTTGGGGACATTTACACTGCCACTCACACACAGGCTCTGTCTCAATC
CGTATGCATGATTCACGTCCTTTCAAAAGTCCCTTTTCAACATTTGGTAAAGTGAAAATGTTATTCATAG
TGCTAATGAGCCAATAAACAATGCTGCGTTTCTTTTTTCTAACTGCAGCATATTGTGGTAAATTTTCTCC
CAAAACTTTATTTTTGGAGTTATTGTTGGCAATAAATACAACAAATTATTTGTTGGCAAGTGATACAATT
TACTGTATAACAACTTAATAGTACAAAGCATGAAGATGTGAAAATATCATCTTAACCAGTTTCATTCTAT
GAACATAATATTCTGGCAGCTTTTTCTATAACTGAGAATGGTATATCTTTTTATACACTGCCTAAATCAG
TACTACTGCCAGTCACCTGAGGTCAGGTCTGCACAACACTAAATTGGGCAATAACATAGAACATCTAGGC
AGTCTTGACAGTCAACCAGTGTAATCACTAGGGGAAGAAAAAGTAGGCCTACCCTTTTACTTATTAACTT
AAGTAATAAAAATTGTATAAAAATATGAATGTTGGCTGCAGAGGAGCCTTTACATGCAGATAATTTGAAG
CAGTCTTTGAAAATAACAAAAATTATTCCATTTAATGAAGGGTTTGTTTTGTTTAGCTTTTCTCTTTTAT
TCAGAAAACATACCTGTGCTTTTGAAAGGGCTTAATCCCAAACAGGTAATATGTGTGGATCAATCATCTC
TCCTCCCATGAAATTAATCATTCATGGTAATATATTAAGGCTGGAACGTAGCTCTTAGTGACTTAAAACA
TGACAGTAAGCATTTACACTGTTGGAAGGTAATTTCATTGCTATGTTATTAAAATGATGGGAATCCTATT
TATACATTTATTTATTTATTTATTTACAGAAGATTGGTTCCTTCCAGTTCAATTTAACAGCTTCAGTGAA
GTTAGTATAATGATAAGAAAAATTGACTGTAGCTATTATTCCAAGTGAAAATCATGCAGCTGAGTCCTGC
TGCATCCTGGGAGCAAAGCATTAATTCAAATGAGGAGTAGTCAGTCCTAGCACTGTAGACGCCGACTTTA
CCAACCAAGATATTGTATGTGTGTGACATTCAGCTAACATTGATCTAGGCACTTAGTTTGCTACCACATT
GTTCCCTTCATTGATTGAAACTGTAAATAACATAACACTTTAAGGCAGCTAAGCAAATATTTTAATAAGC
CATGAAAGGCAAGATGCCAGAGAAAATCTGTATATTCAGCTATTTGGAGAACTCGTGTTTTCCACAAATT
AAACTGGAGATGTCATTTGAAATTTTCTTCCCTTAAACATGCTGTCACAACATGGATTCCTTCTCATGGA
TGTCTTTCTAGGCTTATAAATATATGGTGTGATTGCTATAATTTTGTGAAATTTTATTCAGCAATTAATA
GTGATTTCAGCAATATGTACTAAGATTCCAAGGCAGAAATAAATGTATAAAGGATTTGAGCCTGTATGTG
TAAGAAGAAACTCTCTCTTCAGTCATATTTCCTAAATTCAGTGTAAGTACCTCGCTGATTTAGCACTGGA
GTTATTCCTTGAATGCGTAAATAATGATGTTCTATTCTGACCTAATGAATTCCTGTAATGTGAATATTTA
AAATAAAAGAATTCAATTTAAATGAAAAAAAAAAAAAAAAAAA

>OriGene 5' read for AL833558 unedited
ATTTGTATACGACTCACTATAGGCGGCCGCGAATTCGCACGAGGGGTGGGTTCAGNAAAT
AAAATAATTGTTAGCCAGCCTGTGATTAAGGCTACCATAATTGCATAATAAATAGCTTTG
ACGTGAATAATCTCAGTTGTTCAAGTGTACAAATTTAAAGCTGTACTGTGTTAGAATAAA
AAAGTAGGCTCAAGGAAAATTTCTATTTTTCTATATGAAAAAGAGAATGATATTCAAAAT
AGTATTTTTAAGTAGTTTCTAATTGTGTTCCTTTAAAGAGTATTAGAAATGTCTGTTATG
TCAGTAACATTAGAAAACTTCAAAAACTGATTTATTTTTCTGAGTTCTCTGGAAACCAAA
CAATTTTGAATTAGTTGTGTAAGTAAAGTAAGTTAAGTTATAGCTTGCTGGAATTTTATT
GTGGAAAACAAATATAGATTTTATCTGAAAAATTTTAAGGGCCAATTCTACAGAAAGTTA
TGCTAACATGCTAACTTTCCACACATGGCTGCATTCCATTTTGATTAATGAGGGTTCAGG
AAATAGAAAGGCAGTCTCTGCAGAAGCAGTATCCAAAGGCTAAATTAACAACCCAGGACT
ACCACTCATTATGTGAGAAATATGGGCCAGAGTTACAATATCACATCTCCAGTCTCAGAT
TGGCCTCATTAGCCACCTTCAGTTCCTTAAATGAGATAATCCTGAAGATGCCATCCTTGT
CCAAGGTGAGATTGCCAGAGGATATGAGCTCATCTANGATGGAATACATGTCTCCAGGGA
CTGNTATGAGATCAAGCTTTTCATTTACTGGNNTTTCTGCCTCAAGAGTCCTTAAGCAAT
GAAGATATCTGANTGTCTATGTAACCTGGAAGTAGTCTACTTTTTAGATANAGATATCTA
TCTA
Restriction Sites NotI-NotI     
ACCN AL833558
ORF Size 7463 bp
Insert Size 4500
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 AL833558.1
RefSeq Size 7463
RefSeq ORF 7463
Protein Families Transmembrane
Protein Pathways Glycosphingolipid biosynthesis - globo series, Glycosphingolipid biosynthesis - lacto and neolacto series, Metabolic pathways
Gene Summary The protein encoded by this gene belongs to the glycosyltransferase family. It is localized to the golgi, and catalyzes the last step in the biosynthesis of Lewis X (LeX) antigen, the addition of a fucose to precursor polysaccharides. This protein is one of the few fucosyltransferases that synthesizes the LeX oligosaccharide (CD15) expressed in the organ buds progressing in mesenchyma during embryogenesis. It is also responsible for the expression of CD15 in mature granulocytes. A common haplotype of this gene has also been associated with susceptibility to placental malaria infection. [provided by RefSeq, Nov 2011]

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