FUT9 (AL833558) Human Untagged Clone

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	Fully Sequenced ORF (showhide) >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 5' Read Nucleotide Sequence (showhide) >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
Insert Size	4500 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).
Product Components	The ORF clone is ion-exchange column purified and shipped in a 2D barcoded Matrix tube containing 10ug of transfection-ready, dried plasmid DNA (reconstitute with 100 ul of water).
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	AL833558.1
RefSeq Size	7463 bp
RefSeq ORF	7463 bp
Locus ID	10690
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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