Human, ABCB1 cDNA ORF Clone in Cloning Vector

Gene

P-gp, CD243, GP170, ABC20

3843

ORF Clone of Homo sapiens ATP-binding cassette, sub-family B (MDR/TAP), member 1 DNA.

ATGGATCTTG AAGGGGACCG CAATGGAGGA GCAAAGAAGA AGAACTTTTT TAAACTGAAC AATAAAAGTG AAAAAGATAA GAAGGAAAAG AAACCAACTG TCAGTGTATT TTCAATGTTT CGCTATTCAA ATTGGCTTGA CAAGTTGTAT ATGGTGGTGG GAACTTTGGC TGCCATCATC CATGGGGCTG GACTTCCTCT CATGATGCTG GTGTTTGGAG AAATGACAGA TATCTTTGCA AATGCAGGAA ATTTAGAAGA TCTGATGTCA AACATCACTA ATAGAAGTGA TATCAATGAT ACAGGGTTCT TCATGAATCT GGAGGAAGAC ATGACCAGGT ATGCCTATTA TTACAGTGGA ATTGGTGCTG GGGTGCTGGT TGCTGCTTAC ATTCAGGTTT CATTTTGGTG CCTGGCAGCT GGAAGACAAA TACACAAAAT TAGAAAACAG TTTTTTCATG CTATAATGCG ACAGGAGATA GGCTGGTTTG ATGTGCACGA TGTTGGGGAG CTTAACACCC GACTTACAGA TGATGTCTCC AAGATTAATG AAGGAATTGG TGACAAAATT GGAATGTTCT TTCAGTCAAT GGCAACATTT TTCACTGGGT TTATAGTAGG ATTTACACGT GGTTGGAAGC TAACCCTTGT GATTTTGGCC ATCAGTCCTG TTCTTGGACT GTCAGCTGCT GTCTGGGCAA AGATACTATC TTCATTTACT GATAAAGAAC TCTTAGCGTA TGCAAAAGCT GGAGCAGTAG CTGAAGAGGT CTTGGCAGCA ATTAGAACTG TGATTGCATT TGGAGGACAA AAGAAAGAAC TTGAAAGGTA CAACAAAAAT TTAGAAGAAG CTAAAAGAAT TGGGATAAAG AAAGCTATTA CAGCCAATAT TTCTATAGGT GCTGCTTTCC TGCTGATCTA TGCATCTTAT GCTCTGGCCT TCTGGTATGG GACCACCTTG GTCCTCTCAG GGGAATATTC TATTGGACAA GTACTCACTG TATTCTTTTC TGTATTAATT GGGGCTTTTA GTGTTGGACA GGCATCTCCA AGCATTGAAG CATTTGCAAA TGCAAGAGGA GCAGCTTATG AAATCTTCAA GATAATTGAT AATAAGCCAA GTATTGACAG CTATTCGAAG AGTGGGCACA AACCAGATAA TATTAAGGGA AATTTGGAAT TCAGAAATGT TCACTTCAGT TACCCATCTC GAAAAGAAGT TAAGATCTTG AAGGGTCTGA ACCTGAAGGT GCAGAGTGGG CAGACGGTGG CCCTGGTTGG AAACAGTGGC TGTGGGAAGA GCACAACAGT CCAGCTGATG CAGAGGCTCT ATGACCCCAC AGAGGGGATG GTCAGTGTTG ATGGACAGGA TATTAGGACC ATAAATGTAA GGTTTCTACG GGAAATCATT GGTGTGGTGA GTCAGGAACC TGTATTGTTT GCCACCACGA TAGCTGAAAA CATTCGCTAT GGCCGTGAAA ATGTCACCAT GGATGAGATT GAGAAAGCTG TCAAGGAAGC CAATGCCTAT GACTTTATCA TGAAACTGCC TCATAAATTT GACACCCTGG TTGGAGAGAG AGGGGCCCAG TTGAGTGGTG GGCAGAAGCA GAGGATCGCC ATTGCACGTG CCCTGGCTCG CAACCCCAAG ATCCTCCTGC TGGATGAGGC CACGTCAGCC TTGGACACAG AAAGCGAAGC AGTGGTTCAG GTGGCTCTGG ATAAGGCCAG AAAAGGTCGG ACCACCATTG TGATAGCTCA TCGTTTGTCT ACAGTTCGTA ATGCTGACGT CATCGCTGGT TTCGATGATG GAGTCATTGT GGAGAAAGGA AATCATGATG AACTCATGAA AGAGAAAGGC ATTTACTTCA AACTTGTCAC AATGCAGACA GCAGGAAATG AAGTTGAATT AGAAAATGCA GCTGATGAAT CCAAAAGTGA AATTGATGCC TTGGAAATGT CTTCAAATGA TTCAAGATCC AGTCTAATAA GAAAAAGATC AACTCGTAGG AGTGTCCGTG GATCACAAGC CCAAGACAGA AAGCTTAGTA CCAAAGAGGC TCTGGATGAA AGTATACCTC CAGTTTCCTT TTGGAGGATT ATGAAGCTAA ATTTAACTGA ATGGCCTTAT TTTGTTGTTG GTGTATTTTG TGCCATTATA AATGGAGGCC TGCAACCAGC ATTTGCAATA ATATTTTCAA AGATTATAGG GGTTTTTACA AGAATTGATG ATCCTGAAAC AAAACGACAG AATAGTAACT TGTTTTCACT ATTGTTTCTA GCCCTTGGAA TTATTTCTTT TATTACATTT TTCCTTCAGG GTTTCACATT TGGCAAAGCT GGAGAGATCC TCACCAAGCG GCTCCGATAC ATGGTTTTCC GATCCATGCT CAGACAGGAT GTGAGTTGGT TTGATGACCC TAAAAACACC ACTGGAGCAT TGACTACCAG GCTCGCCAAT GATGCTGCTC AAGTTAAAGG GGCTATAGGT TCCAGGCTTG CTGTAATTAC CCAGAATATA GCAAATCTTG GGACAGGAAT AATTATATCC TTCATCTATG GTTGGCAACT AACACTGTTA CTCTTAGCAA TTGTACCCAT CATTGCAATA GCAGGAGTTG TTGAAATGAA AATGTTGTCT GGACAAGCAC TGAAAGATAA GAAAGAACTA GAAGGTGCTG GGAAGATCGC TACTGAAGCA ATAGAAAACT TCCGAACCGT TGTTTCTTTG ACTCAGGAGC AGAAGTTTGA ACATATGTAT GCTCAGAGTT TGCAGGTACC ATACAGAAAC TCTTTGAGGA AAGCACACAT CTTTGGAATT ACATTTTCCT TCACCCAGGC AATGATGTAT TTTTCCTATG CTGGATGTTT CCGGTTTGGA GCCTACTTGG TGGCACATAA ACTCATGAGC TTTGAGGATG TTCTGTTAGT ATTTTCAGCT GTTGTCTTTG GTGCCATGGC CGTGGGGCAA GTCAGTTCAT TTGCTCCTGA CTATGCCAAA GCCAAAATAT CAGCAGCCCA CATCATCATG ATCATTGAAA AAACCCCTTT GATTGACAGC TACAGCACGG AAGGCCTAAT GCCGAACACA TTGGAAGGAA ATGTCACATT TGGTGAAGTT GTATTCAACT ATCCCACCCG ACCGGACATC CCAGTGCTTC AGGGACTGAG CCTGGAGGTG AAGAAGGGCC AGACGCTGGC TCTGGTGGGC AGCAGTGGCT GTGGGAAGAG CACAGTGGTC CAGCTCCTGG AGCGGTTCTA CGACCCCTTG GCAGGGAAAG TGCTGCTTGA TGGCAAAGAA ATAAAGCGAC TGAATGTTCA GTGGCTCCGA GCACACCTGG GCATCGTGTC CCAGGAGCCC ATCCTGTTTG ACTGCAGCAT TGCTGAGAAC ATTGCCTATG GAGACAACAG CCGGGTGGTG TCACAGGAAG AGATCGTGAG GGCAGCAAAG GAGGCCAACA TACATGCCTT CATCGAGTCA CTGCCTAATA AATATAGCAC TAAAGTAGGA GACAAAGGAA CTCAGCTCTC TGGTGGCCAG AAACAACGCA TTGCCATAGC TCGTGCCCTT GTTAGACAGC CTCATATTTT GCTTTTGGAT GAAGCCACGT CAGCTCTGGA TACAGAAAGT GAAAAGGTTG TCCAAGAAGC CCTGGACAAA GCCAGAGAAG GCCGCACCTG CATTGTGATT GCTCACCGCC TGTCCACCAT CCAGAATGCA GACTTAATAG TGGTGTTTCA GAATGGCAGA GTCAAGGAGC ATGGCACGCA TCAGCAGCTG CTGGCACAGA AAGGCATCTA TTTTTCAATG GTCAGTGTCC AGGCTGGAAC AAAGCGCCAG TGA