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ABCA13 (NM_152701) Human Untagged Clone
CAT＃: SC309169
ABCA13 (untagged)-Human ATP-binding cassette, sub-family A (ABC1), member 13 (ABCA13)
CNY 97,380.00
货期*
16周
规格
Product images
经常一起买 (4)
Specifications
| Product Data | |
| Type | Human Untagged Clone |
| Tag | Tag Free |
| Vector | pCMV6 series |
| Sequence Data |
>NCBI ORF sequence for NM_152701, the custom clone sequence may differ by one or more nucleotides
ATGGGGCATGCCGGGTGCCAGTTCAAAGCCCTGCTGTGGAAGAATTGGCTCTGCAGACTC AGGAACCCGGTCCTTTTCCTTGCTGAATTCTTCTGGCCTTGTATCCTGTTTGTAATTCTG ACAGTTCTTCGTTTTCAAGAACCTCCCAGATACAGAGACATTTGTTATTTGCAGCCCCGA GATCTACCCAGCTGTGGTGTTATCCCCTTTGTTCAAAGCCTTCTTTGTAACACTGGATCA AGGTGTAGGAACTTCAGCTATGAAGGGTCAATGGAGCATCATTTTCGTTTGTCTAGGTTC CAAACTGCAGCTGACCCCAAGAAAGTCAACAACCTGGCCTTTTTAAAAGAGATACAAGAC CTGGCAGAGGAAATTCATGGAATGATGGACAAGGCAAAAAACTTAAAAAGACTTTGGGTA GAACGATCCAACACTCCAGATTCTTCTTATGGTTCCAGTTTTTTTACAATGGATCTCAAT AAGACCGAGGAGGTAATATTGAAACTGGAAAGCCTCCATCAGCAGCCTCATATCTGGGAT TTTCTACTTTTACTGCCGAGACTACACACAAGCCATGATCATGTGGAAGATGGCATGGAT GTTGCAGTGAACCTTCTCCAGACCATTTTGAATTCCTTAATATCCCTAGAAGATTTAGAT TGGCTTCCACTCAACCAAACTTTTTCCCAGGTTTCTGAACTTGTACTGAATGTGACCATT TCGACACTGACATTTCTGCAGCAACATGGAGTAGCAGTCACCGAGCCAGTTTACCACCTG TCCATGCAGAATATAGTGTGGGATCCACAGAAAGTCCAGTATGATCTCAAATCCCAGTTT GGCTTTGATGATCTTCACACGGAACAGATCCTGAACTCTTCAGCTGAACTGAAGGAGATT CCCACAGACACTTCCTTGGAGAAGATGGTGTGTTCAGTCTTGTCTAGCACATCAGAGGAT GAAGCTGAGAAATGGGGCCACGTTGGAGGCTGCCACCCTAAGTGGTCAGAAGCCAAAAAC TATCTTGTCCATGCAGTCAGCTGGCTGCGAGTCTACCAACAGGTGTTTGTTCAGTGGCAA CAGGGTAGCCTGCTTCAGAAGACACTCACAGGCATGGGCCATAGTCTGGAGGCTCTCAGG AATCAGTTTGAAGAAGAGAGCAAGCCCTGGAAGGTGGTGGAAGCTCTGCACACTGCACTG CTCCTGCTGAATGACAGCTTGTCAGCAGATGGCCCAAAAGATAATCATACATTTCCAAAG ATATTACAGCATCTGTGGAAATTGCAAAGCTTGCTGCAAAACCTGCCCCAGTGGCCGGCA CTGAAGAGATTTCTTCAGCTTGATGGAGCTCTCAGAAATGCGATAGCTCAGAATTTACAT TTTGTCCAAGAAGTCCTCATTTGCCTGGAGACATCAGCTAATGATTTTAAATGGTTTGAA CTTAACCAATTGAAACTGGAAAAGGATGTGTTCTTTTGGGAGCTGAAACAGATGTTGGCG AAGAATGCTGTCTGCCCGAATGGTCGTTTCTCTGAGAAGGAGGTCTTTTTGCCGCCTGGA AACTCCAGCATATGGGGTGGTCTCCAGGGACTGTTGTGCTATTGTAACTCCTCTGAGACG AGTGTTTTAAACAAGCTACTTGGTTCAGTAGAGGATGCTGATCGTATTTTGCAAGAGGTC ATTACTTGGCACAAAAATATGTCAGTTTTAATACCTGAAGAATATTTGGACTGGCAGGAA CTTGAGATGCAGCTGTCAGAAGCAAGCCTTTCCTGTACTCGGCTCTTCCTGCTGCTGGGA GCTGATCCCTCTCCTGAGAATGATGTCTTTTCTAGTGACTGTAAGCACCAGCTTGTCTCC ACAGTGATATTTCATACACTTGAAAAAACACAATTTTTCCTGGAACAAGCATATTATTGG AAAGCCTTCAAAAAGTTTATCAGGAAGACTTGCGAAGTGGCCCAATATGTAAATATGCAA GAGAGTTTCCAGAACAGACTATTGGCTTTTCCTGAGGAATCTCCTTGTTTTGAAGAAAAC ATGGATTGGAAAATGATCAGTGATAATTATTTTCAATTTTTGAATAACTTACTCAAGTCT CCAACAGCTTCCATATCCAGGGCTTTAAATTTCACAAAGCACCTTCTAATGATGGAAAAG AAGTTGCACACCCTTGAGGATGAACAAATGAACTTTCTTTTATCATTTGTGGAATTTTTT GAGAAATTATTGTTGCCTAATCTTTTTGACTCCTCCATTGTTCCCAGTTTCCACAGCCTC CCATCTCTCACAGAGGATATTCTGAATATAAGTTCTCTGTGGACAAATCATTTAAAAAGT TTAAAGAGAGACCCATCTGCCACTGATGCTCAGAAACTCTTGGAATTTGGCAACGAAGTG ATTTGGAAAATGCAGACTCTCGGAAGTCACTGGATAAGGAAGGAACCAAAAAATCTTTTG AGATTCATAGAATTAATACTTTTTGAAATTAATCCCAAATTACTAGAATTATGGGCCTAT GGCATTTCAAAAGGAAAAAGAGCTAAATTGGAAAACTTCTTTACACTTTTAAATTTTTCT GTTCCAGAAAATGAGATTCTGAGTACAAGTTTTAACTTTTCCCAGTTGTTCCATTCAGAT TGGCCTAAATCACCAGCTATGAACATAGATTTTGTACGTTTAAGTGAGGCTATAATAACT AGTCTCCATGAATTTGGATTTTTGGAGCAGGAACAGATCTCAGAAGCTCTGAACACAGTC TACGCTATCAGGAATGCATCTGATCTTTTCTCAGCCCTTTCTGAACCACAAAAACAAGAA GTTGATAAAATTTTGACTCACATACACCTAAATGTCTTCCAGGACAAGGATTCAGCTTTA CTTCTGCAAATTTATTCTTCATTTTACCGATATATTTATGAATTATTGAATATTCAGAGT AGAGGCTCTTCGTTGACTTTCCTTACACAAATCTCAAAACACATTTTGGATATCATAAAA CAATTTAATTTCCAAAACATCAGTAAAGCATTTGCATTTTTATTTAAGACAGCAGAGGTT CTTGGGGGAATTTCTAATGTATCTTACTGTCAGCAATTGCTTTCAATTTTTAACTTTTTG GAGCTTCAGGCCCAATCCTTCATGTCTACAGAGGGCCAAGAACTGGAAGTGATCCACACT ACTTTGACAGGCCTCAAACAGCTGCTCATAATTGATGAAGATTTTCGTATTTCTTTATTT CAATATATGAGCCAATTCTTCAACAGTTCAGTAGAAGACCTATTGGATAATAAATGCTTG ATTTCGGACAATAAACACATTTCTTCCGTAAATTATTCAACAAGTGAGGAGTCTTCATTT GTTTTTCCATTGGCACAAATTTTTTCAAACCTCTCAGCAAATGTCAGTGTGTTCAACAAG TTTATGTCCATTCACTGTACCGTTTCATGGCTTCAAATGTGGACTGAAATCTGGGAAACC ATATCTCAATTATTTAAGTTTGACATGAATGTTTTCACATCTCTTCATCATGGTTTCACT CAGCTTTTGGATGAATTGGAAGATGATGTGAAAGTCTCTAAAAGCTGCCAGGGTATACTT CCCACCCATAATGTTGCTAGACTCATATTAAATTTGTTTAAAAATGTAACTCAAGCCAAT GACTTCCATAATTGGGAGGACTTCCTGGATCTCAGGGATTTTTTGGTAGCTTTAGGTAAT GCATTAGTTTCAGTAAAAAAACTTAACTTGGAGCAAGTGGAGAAATCCCTTTTCACCATG GAAGCTGCCCTGCATCAGTTGAAGACATTTCCATTCAACGAAAGTACAAGCAGAGAGTTT TTAAATTCTCTGCTTGAAGTTTTCATTGAGTTTAGCAGTACCTCAGAATATATAGTCAGA AATCTAGATTCAATAAATGACTTTCTTTCAAATAATCTCACAAATTATGGAGAAAAATTT GAAAATATCATCACTGAGCTAAGAGAAGCAATAGTATTTCTTAGAAATGTATCACATGAT CGAGATTTGTTTTCCTGTGCTGATATTTTCCAAAATGTTACTGAGTGTATTTTAGAAGAT GGCTTTTTATATGTAAATACCTCACAGAGGATGTTACGTATTCTAGACACGTTAAATTCC ACATTTTCCTCTGAGAACACAATTAGCAGTCTGAAAGGATGCATTGTATGGTTAGATGTC ATAAACCATTTGTATTTGTTGTCTAACTCCAGTTTTTCACAAGGTCATCTTCAAAATATT TTGGGGAATTTCAGAGATATAGAAAACAAAATGAACTCTATATTAAAAATTGTAACTTGG GTGTTAAATATAAAAAAACCTCTTTGTTCATCAAATGGCTCACATATAAATTGTGTCAAT ATTTACTTGAAAGATGTAACTGACTTTCTAAATATTGTACTTACTACAGTCTTTGAAAAA GAGAAGAAACCTAAATTTGAGATTTTATTAGCTCTTTTAAATGATTCCACAAAGCAAGTA AGGATGAGTATCAACAACTTAACAACAGACTTTGATTTTGCATCTCAGTCCAATTGGAGA TATTTTACTGAATTAATTCTAAGACCAATAGAAATGTCAGATGAAATTCCTAATCAGTTT CAAAATATTTGGCTTCATTTAATAACACTGGGGAAGGAATTTCAGAAGCTTGTAAAAGGT ATTTACTTTAACATCCTGGAAAATAATTCCTCTTCTAAAACTGAAAACTTGTTAAACATA TTTGCCACCAGTCCAAAAGAAAAGGATGTAAACAGTGTAGGCAATTCCATTTATCACTTA GCTAGTTACCTTGCCTTCAGCTTATCTCATGACCTCCAAAATTCACCAAAAATAATAATT TCACCTGAAATAATGAAAGCTACAGGTCTTGGTATTCAACTGATAAGGGATGTGTTCAAC TCCTTAATGCCTGTAGTTCATCACACTAGTCCACAAAATGCAGGTTATATGCAAGCTTTG AAGAAGGTAACTTCTGTCATGCGTACCCTTAAGAAGGCAGACATAGACCTTTTAGTGGAT CAGCTTGAACAAGTTAGTGTAAACCTAATGGATTTCTTTAAGAATATCAGTAGTGTGGGA ACTGGCAATTTAGTGGTCAATTTGCTTGTTGGCTTGATGGAAAAATTTGCAGACAGCTCA CATTCTTGGAATGTTAATCATCTGCTGCAGCTCTCACGCCTGTTTCCTAAAGATGTTGTG GATGCTGTGATAGATGTGTACTATGTGCTTCCTCATGCTGTAAGGCTCCTGCAGGGAGTA CCTGGTAAAAACATCACTGAAGGCCTCAAGGATGTCTACAGCTTCACACTCCTTCATGGC ATAACCATTTCAAATATCACCAAGGAAGACTTCGCAATTGTGATAAAAATTCTTTTGGAT ACAATTGAATTAGTATCAGATAAGCCAGATATTATTTCAGAGGCTTTAGCTTGTTTTCCT GTGGTTTGGTGCTGGAATCACACAAATTCTGGATTTCGGCAGAATTCAAAGATAGACCCC TGCAATGTCCATGGGCTCATGTCTTCTTCCTTTTATGGCAAAGTGGCCAGTATACTTGAT CATTTCCACCTGTCTCCCCAAGGTGAAGATTCACCATGTTCAAATGAAAGCTCCCGAATG GAAATAACTAGGAAAGTGGTCTGCATAATTCATGAATTAGTGGACTGGAATTCTATTCTT CTGGAGCTCTCTGAAGTCTTCCATGTTAACATTTCTCTTGTGAAAACTGTGCAGAAATTT TGGCATAAGATATTACCGTTTGTCCCACCTTCAATAAATCAAACTAGGGATAGCATCTCT GAACTCTGTCCTAGTGGTTCCATAAAGCAAGTTGCTTTGCAAATCATAGAAAAACTTAAA AATGTCAACTTTACAAAAGTTACATCAGGTGAAAATATTCTTGACAAACTAAGTAGTTTA AACAAGATCCTTAACATTAATGAAGACACAGAGACATCTGTTCAAAATATTATTTCCTCA AATTTGGAAAGGACAGTACAATTGATTTCTGAAGACTGGAGCCTAGAAAAAAGTACGCAT AATCTACTCTCTTTATTCATGATGCTCCAGAATGCAAATGTCACAGGTAGCAGTTTAGAA GCATTATCAAGTTTTATTGAAAAAAGTGAAACACCTTACAACTTTGAAGAACTATGGCCC AAGTTTCAACAAATCATGAAAGACCTAACCCAAGATTTTAGAATCAGACACCTGCTTTCT GAAATGAACAAAGGAATCAAAAGTATAAATTCAATGGCTCTTCAAAAGATAACTTTGCAG TTTGCCCATTTCCTGGAAATCCTGGATTCACCGTCATTGAAGACATTAGAAATTATTGAA GATTTTCTATTGGTCACAAAAAACTGGCTTCAGGAATATGCAAATGAGGATTACTCCAGA ATGATAGAAACATTATTCATTCCTGTGACCAATGAGAGTTCAACTGAAGATATAGCTTTG TTAGCCAAAGCTATTGCTACTTTTTGGGGCTCTTTAAAAAATATATCTAGAGCAGGCAAT TTTGATGTTGCCTTTCTTACCCATCTGCTAAATCAAGAACAGCTGACTAATTTCTCAGTT GTTCAGCTGCTTTTTGAAAACATCCTAATTAATTTGATCAATAACTTAGCTGGGAATTCT CAGGAAGCAGCTTGGAACTTAAATGATACTGACCTTCAAATAATGAATTTCATTAACCTT ATCTTGAACCATATGCAGTCAGAAACTAGTAGGAAAACAGTTCTCTCTCTGAGAAGCATA GTAGATTTCACAGAACAGTTTTTGAAAACATTCTTCTCCCTTTTTCTAAAGGAAGATTCT GAGAACAAAATATCTCTTCTGCTGAAATATTTCCACAAAGATGTTATTGCAGAGATGAGT TTTGTCCCAAAAGATAAAATTCTAGAAATTCTGAAACTGGATCAATTTCTTACCCTGATG ATACAAGACAGATTGATGAACATTTTTTCAAGTTTAAAGGAGACTATATATCACCTAATG AAAAGTTCATTTATATTAGACAATGGAGAATTTTATTTTGATACTCATCAAGGACTGAAG TTCATGCAAGATTTATTTAATGCCCTTCTCAGGGAAACTTCAATGAAAAATAAGACTGAA AATAATATAGACTTTTTCACAGTGGTGAGTCAGTTGTTTTTCCATGTGAATAAGTCTGAG GACCTCTTCAAACTCAATCAAGATCTTGGGTCAGCTCTTCACCTTGTAAGAGAATGTTCA ACAGAGATGGCAAGACTTCTGGATACAATTTTACACTCTCCTAATAAGGACTTCTATGCT TTGTATCCTACCCTCCAAGAAGTTATACTTGCTAATCTAACGGATTTGCTTTTCTTTATA AATAATTCATTCCCTCTAAGAAACAGAGCAACATTAGAAATTACTAAGAGATTAGTTGGT GCTATTTCAAGAGCAAGTGAAGAAAGTCACGTCCTGAAACCCCTCTTAGAAATGTCTGGG ACTCTGGTCATGCTGTTGAATGACAGTGCTGACCTGAGAGATCTTGCCACATCAATGGAC TCCATTGTGAAACTTCTTAAGCTGGTCAAGAAAGTTTCGGGGAAGATGTCCACAGTTTTT AAAACTCATTTTATCTCCAATACCAAGGACAGTGTGAAATTCTTTGACACTCTGTATTCC ATCATGCAACAAAGTGTTCAAAATCTTGTGAAAGAAATAGCTACTTTAAAAAAAATAGAT CATTTCACATTTGAAAAGATAAATGATTTGTTGGTGCCATTTCTTGACTTGGCCTTTGAA ATGATTGGGGTAGAACCTTATATATCATCAAACTCTGATATTTTCAGTATGTCACCTAGC ATACTCTCATATATGAACCAATCTAAGGACTTTTCTGATATTTTGGAAGAAATTGCTGAA TTTTTAACATCTGTGAAAATGAACTTGGAAGATATGAGGAGTCTTGCGGTAGCATTTAAC AATGAGACTCAAACATTTTCTATGGATTCTGTCAACTTACGGGAAGAAATTCTGGGTTGC TTAGTTCCTATAAATAACATCACCAACCAAATGGACTTCTTATACCCTAATCCAATTTCC ACTCATAGTGGCCCTCAAGATATAAAATGGGAAATAATTCATGAAGTGATCCCTTTTTTG GATAAAATATTATCACAAAACAGCACAGAAATAGGATCTTTCTTGAAAATGGTGATCTGT CTCACCTTAGAAGCTCTTTGGAAAAACTTAAAGAAAGATAATTGGAATGTTTCTAATGTG TTGATGACATTTACTCAGCATCCAAATAACCTTTTGAAAACCATAGAAACAGTTTTAGAG GCCTCCAGTGGAATTAAAAGTGACTATGAAGGTGATTTGAATAAAAGTTTATATTTTGAC ACACCTTTGAGTCAGAATATAACTCATCATCAACTTGAAAAAGCAATCCATAATGTTTTA AGTAGAATAGCTCTCTGGAGGAAAGGACTTCTGTTTAACAACTCTGAATGGATAACTTCC ACAAGAACTTTGTTTCAGCCACTTTTTGAGATTTTCATTAAAGCAACCACCGGAAAGAAT GTCACATCAGAAAAAGAAGAGAGAACCAAGAAAGAGATGATTGACTTTCCTTATAGTTTC AAACCATTTTTCTGTTTGGAGAAATACCTGGGAGGATTATTTGTATTGACTAAATACTGG CAACAAATCCCACTAACAGATCAAAGTGTTGTTGAGATTTGTGAAGTTTTCCAGCAGACT GTGAAGCCCTCAGAAGCCATGGAGATGCTGCAGAAAGTGAAGATGATGGTCGTACGTGTG CTCACCATCGTTGCAGAAAACCCTTCCTGGACCAAGGACATTTTGTGTGCTACTCTGAGT TGCAAGCAAAATGGGATAAGGCATCTCATTTTATCTGCTATACAAGGGGTCACTTTGGCG CAGGACCACTTCCAGGAAATTGAAAAGATATGGTCCTCGCCGAATCAGCTAAATTGTGAA AGTCTTAGCAAGAATCTTTCTAGCACCTTGGAGAGCTTCAAGAGCAGCTTGGAAAATGCC ACTGGCCAGGACTGCACAAGCCAGCCGAGGCTGGAGACGGTGCAGCAGCACTTGTACATG TTGGCCAAAAGCCTCGAGGAAACTTGGTCATCAGGGAATCCCATCATGACTTTTCTCAGC AATTTCACAGTAACTGAGGATGTAAAAATAAAAGATTTGATGAAGAATATCACCAAGTTG ACTGAGGAGCTTCGCTCTTCCATCCAAATCTCGAATGAGACTATCCATAGCATTCTAGAA GCAAATATTTCCCACTCCAAGGTTCTCTTCAGTGCCCTCACCGTAGCTCTGTCTGGAAAG TGTGATCAGGAAATCCTTCATCTCCTGCTGACATTTCCCAAAGGGGAAAAATCTTGGATC GCAGCGGAGGAACTCTGTAGCCTGCCAGGGTCAAAAGTGTATTCTCTGATTGTGTTGCTG AGTCGAAACTTGGATGTGCGAGCTTTCATTTACAAGACTCTGATGCCTTCTGAAGCAAAT GGCTTGCTCAACTCCTTGCTGGATATAGTTTCCAGCCTCAGCGCCTTGCTTGCCAAAGCC CAGCACGTCTTTGAGTATCTTCCTGAGTTTCTTCACACATTTAAAATCACTGCCTTGCTA GAAACCCTGGACTTTCAACAGGTTTCACAAAATGTCCAGGCCAGAAGTTCAGCTTTTGGT TCTTTCCAGTTTGTGATGAAGATGGTTTGCAAGGACCAAGCATCATTCCTTAGCGATTCT AATATGTTTATTAATTTGCCCAGAGTTAAGGAACTCTTGGAAGATGACAAAGAAAAATTC AACATTCCTGAAGATTCAACACCGTTTTGCTTGAAGCTTTATCAGGAAATTCTACAATTG CCAAATGGTGCTTTGGTGTGGACCTTCCTAAAACCCATATTGCATGGAAAAATACTATAC ACACCAAACACTCCAGAAATTAACAAGGTCATTCAAAAGGCTAATTACACCTTTTATATT GTGGACAAACTAAAAACTTTATCAGAAACACTGCTGGAAATGTCCAGCCTTTTCCAGAGA AGTGGAAGTGGCCAGATGTTCAACCAGCTGCAGGAGGCCCTGAGAAACAAATTTGTAAGA AACTTTGTAGAAAACCAGTTGCACATTGATGTAGACAAACTTACTGAAAAACTCCAGACA TACGGAGGGCTGCTGGATGAGATGTTTAACCATGCAGGCGCTGGACGCTTCCGTTTCTTG GGCAGCATCTTGGTCAATCTCTCTTCCTGCGTGGCACTGAACCGTTTCCAGGCTCTGCAG TCTGTCGACATCCTGGAGACTAAAGCACATGAACTCTTGCAGCAGAACAGCTTCTTGGCC AGTATCATTTTCAGCAATTCCTTATTCGACAAGAACTTCAGATCAGAGTCTGTCAAACTG CCACCCCATGTCTCATACACAATCCGGACCAATGTGTTATACAGCGTGCGAACAGATGTG GTAAAAAACCCTTCTTGGAAGTTCCACCCTCAGAATCTACCAGCTGATGGGTTCAAATAT AACTACGTCTTTGCCCCACTGCAAGACATGATCGAAAGAGCCATCATTTTGGTGCAGACT GGGCAGGAAGCCCTGGAACCAGCAGCACAGACTCAGGCGGCCCCTTACCCCTGCCATACC AGCGACCTATTCCTGAACAACGTTGGTTTCTTTTTTCCACTGATAATGATGCTGACGTGG ATGGTGTCTGTGGCCAGCATGGTCAGAAAGTTGGTGTATGAGCAGGAGATACAGATAGAA GAGTATATGCGGATGATGGGAGTGCATCCAGTGATCCATTTCCTGGCCTGGTTCCTGGAG AACATGGCTGTGTTGACCATAAGCAGTGCTACTCTGGCCATCGTTCTGAAAACAAGTGGC ATCTTTGCACACAGCAATACCTTTATTGTTTTCCTCTTTCTCTTGGATTTTGGGATGTCA GTCGTCATGCTGAGCTACCTCTTGAGTGCATTTTTCAGCCAAGCTAATACAGCGGCCCTT TGTACCAGCCTGGTGTACATGATCAGCTTTCTGCCCTACATAGTTCTATTGGTTCTACAT AACCAATTAAGTTTTGTTAATCAGACATTTCTGTGCCTTCTTTCGACAACCGCCTTTGGA CAAGGGGTATTTTTTATTACATTCCTGGAAGGACAAGAGACAGGGATTCAATGGAATAAT ATGTACCAGGCTCTGGAACAAGGGGGCATGACATTTGGCTGGGTTTGCTGGATGATTCTT TTTGATTCAAGCCTTTATTTTTTGTGTGGATGGTACTTGAGCAACTTGATTCCTGGAACA TTTGGTTTACGGAAACCATGGTATTTCCCCTTTACTGCCTCATATTGGAAGAGTGTGGGT TTCTTGGTGGAGAAAAGGCAATACTTTCTAAGTTCTAGTCTGTTCTTCTTCAATGAGAAC TTTGACAATAAAGGGTCATCACTGCAAAACAGGGAAGGAGAGCTTGAAGGAAGTGCCCCG GGAGTCACCCTGGTGTCTGTGACCAAGGAATATGAGGGCCACAAGGCTGTGGTCCAAGAC CTCAGCCTGACCTTCTACAGAGACCAAATCACCGCCCTGCTGGGGACAAACGGTGCCGGG AAAACCACTATCATATCCATGTTGACGGGGCTCCACCCTCCCACTTCTGGAACCATCATC ATCAATGGCAAGAACCTACAGACAGACCTGTCGAGGGTCAGAATGGAGCTTGGTGTGTGT CCGCAGCAGGACATCCTGTTGGACAACCTCACCGTCCGGGAACATTTGCTGCTCTTTGCT TCCATAAAGGCGCCTCAGTGGACCAAGAAGGAGCTGCATCAGCAAGTCAATCAAACTCTT CAGGATGTGGACTTAACTCAGCATCAGCACAAACAGACCCGAGCTCTGTCTGGAGGCCTG AAGAGGAAGCTCTCCCTTGGCATTGCTTTCATGGGCATGTCGAGGACCGTGGTTCTGGAT GAGCCCACCAGTGGGGTGGACCCTTGCTCCCGGCATAGCCTGTGGGACATTCTGCTCAAG TACCGAGAAGGTCGTACGATCATCTTCACAACCCACCACCTGGATGAAGCTGAAGCGCTG AGTGACCGCGTGGCCGTCCTCCAGCATGGGAGGCTCAGGTGCTGCGGTCCTCCCTTCTGC CTGAAGGAGGCATATGGCCAGGGGCTCCGCCTGACACTCACGAGGCAGCCTTCTGTTCTG GAGGCCCATGATCTGAAAGACATGGCTTGTGTTACATCCCTGATAAAGATCTATATTCCA CAAGCATTTCTCAAAGACAGCAGTGGAAGTGAGCTGACCTACACCATTCCAAAGGACACA GACAAGGCCTGCTTGAAAGGGCTCTTCCAGGCCCTGGATGAGAACCTGCATCAGCTGCAC CTGACGGGCTATGGGATCTCAGACACCACCTTAGAAGAGGTGTTTTTGATGCTTTTGCAA GATTCCAACAAGAAATCTCACATTGCCCTGGGGACTGAGTCAGAGCTGCAGAACCACAGG CCTACAGGACATCTGTCTGGCTACTGTGGCTCCCTAGCACGGCCCGCAACTGTGCAGGGC GTCCAGCTGCTCCGCGCACAAGTGGCCGCGATCCTGGCCCGGAGGCTCCGCCGCACGCTG CGCGCCGGGAAGAGCACCCTCGCCGACCTGCTGCTGCCAGTCCTCTTCGTGGCCTTGGCC ATGGGCTTGTTCATGGTGAGACCCCTGGCCACCGAGTACCCTCCCCTCAGACTCACACCT GGACATTACCAGCGGGCCGAGACCTACTTTTTCAGCAGTGGGGGCGACAACTTGGACCTC ACCCGTGTGCTTCTGCGGAAGTTTAGAGATCAAGATTTGCCCTGTGCAGATTTAAACCCA CGCCAGAAGAATTCTTCATGCTGGCGCACAGATCCCTTTTCTCACCCAGAATTCCAGGAT TCATGTGGCTGCCTGAAGTGTCCAAATAGAAGTGCTAGTGCTCCCTACCTGACCAACCAC CTGGGCCACACACTGTTGAATCTCTCAGGCTTCAATATGGAGGAGTACTTGCTGGCACCA TCTGAAAAACCAAGGCTTGGAGGTTGGTCTTTTGGATTAAAAATCCCCAGTGAAGCTGGA GGTGCAAATGGAAACATATCAAAACCCCCAACTCTGGCAAAGGTGTGGTATAATCAGAAG GGTTTTCATTCCCTACCTTCCTACTTAAATCATCTAAACAACCTTATTTTGTGGCAGCAC CTACCCCCTACTGTGGACTGGAGACAATACGGAATAACACTCTACAGCCACCCATATGGA GGGGCCTTGCTGAACAAGGACAAGATCCTGGAGAGCATCCGTCAGTGTGGAGTGGCCCTC TGCATCGTGCTGGGATTCTCCATCCTGTCTGCATCCATCGGCAGCTCTGTGGTGAGGGAC AGGGTGATTGGAGCCAAAAGGTTGCAGCACATAAGTGGCCTTGGCTACAGGATGTACTGG TTCACAAACTTCCTATATGACATGCTCTTTTACTTGGTTTCCGTCTGCCTGTGTGTTGCC GTTATTGTCGCCTTCCAGTTAACAGCTTTTACTTTCCGCAAGAACTTGGCAGCCACGGCC CTCCTGCTGTCACTTTTCGGATATGCAACTCTTCCATGGATGTACCTGATGTCCAGAATC TTTTCCAGTTCGGACGTGGCTTTCATTTCCTATGTCTCACTAAACTTCATCTTTGGCCTT TGTACCATGCTCATAACCATTATGCCCCGGTTGCTAGCCATCATCTCCAAAGCTAAGAAT TTACAGAATATCTATGATGTCCTCAAGTGGGTCTTTACTATTTTTCCTCAATTCTGTCTT GGTCAAGGACTGGTAGAACTCTGCTATAATCAGATCAAATATGACCTGACCCACAACTTC GGCATTGATTCCTATGTGAGTCCCTTTGAGATGAACTTTCTGGGCTGGATCTTCGTGCAA CTGGCCTCGCAGGGCACAGTACTTCTCCTCTTGAGGGTTCTGCTACACTGGGACCTTCTG CGATGGCCAAGGGGTCATTCTACTCTCCAAGGCACAGTCAAATCTTCTAAGGATACAGAT GTTGAAAAAGAGGAAAAGAGAGTGTTTGAAGGAAGGACCAATGGAGACATTCTTGTGTTA TACAACCTTAGTAAACATTATCGACGCTTTTTCCAGAATATTATTGCTGTGCAAGATATT AGTTTGGGCATACCAAAAGGAGAGTGCTTTGGACTTCTAGGGGTGAATGGAGCTGGGAAG AGCACGACTTTCAAAATGCTGAATGGTGAAGTTTCTCTAACTTCAGGACATGCTATCATC AGGACTCCCATGGGAGACGCCGTGGACCTGTCTTCTGCTGGCACGGCAGGCGTGCTCATT GGCTACTGTCCCCAGCAGGATGCCCTGGACGAGCTTCTGACTGGTTGGGAACATCTCTAT TATTACTGTAGCTTACGCGGGATTCCAAGGCAGTGCATCCCTGAGGTTGCTGGAGACCTC ATCAGGCGCTTACACCTCGAAGCCCACGCGGACAAACCTGTGGCCACCTACAGTGGGGGA ACCAAGCGGAAACTCTCTACAGCCCTGGCCCTGGTGGGGAAACCTGACATTCTTTTATTG GATGAGCCCAGCTCTGGGATGGATCCCTGCTCTAAGCGGTACCTGTGGCAAACAATAATG AAGGAGGTTCGGGAAGGCTGTGCTGCGGTGCTGACCTCCCACAGCATGGAGGAGTGTGAG GCTCTTTGCACAAGACTGGCCATAATGGTTAACGGCAGCTTCAAATGTCTTGGTTCTCCT CAGCACATCAAAAATAGGTTTGGTGATGGTTATACAGTCAAAGTTTGGCTCTGTAAGGAA GCAAATCAACATTGCACTGTTTCTGACCACTTGAAGCTTTATTTTCCAGGAATTCAGTTC AAGGGACAGCACCTGAATTTATTAGAATATCATGTGCCAAAAAGATGGGGATGCCTAGCT GACTTGTTCAAAGTTATAGAGAACAATAAAACCTTCTTGAATATTAAGCATTATTCCATT AACCAAACCACTTTGGAGCAGGTATTTATTAATTTTGCTTCTGAGCAGCAGCAAACTCTA CAATCTACTCTTGATCCATCCACTGACAGTCACCACACACATCACTTGCCCATCTGA |
| Restriction Sites | Please inquire |
| ACCN | NM_152701 |
| 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. 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). |
| OTI Annotation | This TrueClone is provided through our Custom Cloning Process that includes sub-cloning into OriGene's pCMV6 vector and full sequencing to provide a non-variant match to the expected reference without frameshifts, and is delivered as lyophilized plasmid DNA. |
| 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. |
| Note | Plasmids are not sterile. For experiments where strict sterility is required, filtration with 0.22um filter is required. |
| Reference Data | |
| RefSeq | NM_152701.2, NP_689914.2 |
| RefSeq Size | 17208 bp |
| RefSeq ORF | 15177 bp |
| Locus ID | 154664 |
| UniProt ID | Q86UQ4 |
| Domains | ABC_tran |
| Protein Families | Transmembrane |
| Protein Pathways | ABC transporters |
| Gene Summary | In human, the ATP-binding cassette (ABC) family of transmembrane transporters has at least 48 genes and 7 gene subfamilies. This gene is a member of ABC gene subfamily A (ABCA). Genes within the ABCA family typically encode several thousand amino acids. Like other ABC transmembrane transporter proteins, this protein has 12 or more transmembrane alpha-helix domains that likely arrange to form a single central chamber with multiple substrate binding sites. It is also predicted to have two large extracellular domains and two nucleotide binding domains as is typical for ABCA proteins. Alternative splice variants have been described but their biological validity has not been demonstrated.[provided by RefSeq, Mar 2009] |
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