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Abca13 (NM_001106020) Rat Tagged ORF Clone
CAT＃: RR201631
- TrueORF®
Abca13 (Myc-DDK-tagged ORF) - Rat ATP-binding cassette, sub-family A (ABC1), member 13 (Abca13), (10 ug)
"NM_001106020" in other vectors (1)
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CNY 97,090.00
货期*
14周
规格
Product images
经常一起买 (4)
DDK Rabbit monoclonal antibody, recognizing both N- and C-terminal tags
CNY 300.00
Specifications
| Product Data | |
| Type | Rat Tagged ORF Clone |
| Tag | Myc-DDK |
| Vector | pCMV6-Entry |
| E. coli Selection | Kanamycin (25 ug/mL) |
| Mammalian Cell Selection | Neomycin |
| Sequence Data |
>RR201631 representing NM_001106020
Red=Cloning site Blue=ORF Green=Tags(s) TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC GCCGCGATCGCC ATGGGGCATGCTGGGCGCCAGTTCCAAGCCCTGCTCTGGAAGAACTGGCTTTGCCGGCTCCGACACCCAG TCCTCTCCCTGGCTGAGTTCTTCTGGCCGTGCATCCTGTTTATGATTCTGACAGTGCTTCGTTTTCAAGA ACCCCCCAGACACAGAGAGAATTGTTACTTGCAAGCCCGGGATCTGCCCAGCCGGGGTGTTCTTCCTTTT GTTCAAGGACTTCTTTGTAACACTGGCTCACGCTGTAGAAACATCAGCTTTGAGAGTTCCATGGATCACC GTTTTCGTTTGCCTAGGTTCCAAACTGCATCTGATGACAGAAAAGTCAGTAGCTTGGCCTTTTTGAATGA GATTCAGGACCTGGCTGAGGAAATTTTGGAAACGATGGACAAGGCAAAGAACTTACAAAAACTCTGGCTA AAAAGATCGGAGACCCCAGGTTCCTCTTATGGCTCCAGTTTTCTAACAACGGATCTCAATAAAACTGAGG ATGTGATATCAAAATTGGAGAGCCTTCACCAGCAGCCTCATATTTGGGATTTTCTACGTTCACTGCCCAG ACTGCACACGTCCAGTGTTCACTTGGAAGATAGCATGGGTGCTGTGACACACTTTCTCCAGGCGGGTTTG AATTCATTAGCATCTCTGGGAGATTTGGATTGGCTGCCACTGCACCAGACCATCCCCCAGGTTTCTAGAC ATGTTCTGAATGTGACCGTCTCCACCCTGAGGTTTCTGCAGCAGCACGGAGCAGCTGTCAATGAGACAGT TTACCACCTGTCCCTGAAGAATATGTTGTGGGATCCCCAGAAAGTCCAGTCTGATCTCAGATACCAGTTT GGTTTCAATGACCTTCAAGTGCAACACATCCTGAATTATTCAGCCAAGCGGGAGGAGATTCCTACACACA GCTTCCTAGAGAGGATGGTATGTTCCATCTTGTCCAATACTTCTGAGGACGAAGCACAGAGCAGGAGCTA CCAGGCAGACTGTCATCCCAAGTGGTCAGCAGTCAAGAACTACATCATCCATGCCGTCAGTTGGCCGAAA CTCTATGGACAGGTGTTTGACCAGTGGCAGCAAGGTAGTCTGCGGCAGAACCTGCTTGCGGGTACCAGCC ACAGTCTGGCAGCCCTTAGGGACCAGTTTAAACAGCAGAGCGAGTCATGGAAGGTGGTGGAGGCCCTGCA CACGGCCCTGCTCATCTTGAATGACAGCTTGGCAGTGGATGGCCCTGGAGACAACCATCTGTTTCCACAG ATATTCCAGGATCTGGACAAGTTGCAGCATGCATTGTCAGAACTGTCCCCATGGCCATCTCTGAAGAGAT TGCCCCTGCTGGATACTGTTCTCAGGAACGTGGTCTCCCAGGACTTGCAATTTGTTCAAGAAGTCCTCAG TTACCTGGAGAGGTCAGCAAGGGATTTTATACCTGCTGGGTCTGAAGGATGGAGACTAGAAAAGGATGTG TTCTTTCAGGGTCTAAACCAGCTGTTGACAAAGAATGCTTCTACCTTTTGCCTGAATGGACATTTGTCTC AGGAGGCTCCCCTCCCCACCTGGAACGCCAGCCTCTGGAGGAGTGTCTGGGGAGTGCTATGCCATACCCC CTCCTTCAATGAGACCAGCATTTTAAATAAGCTGCTCCGAGCAGTGAAGGGTGCTGGTCGTAGTTTGCAA GCTGTCATTGCAGGACACACAAATAGGTCAGTTTCAGAACACGGTGGGCATTTCGGCTGGCAGGATCTTG GGGCACAGCTGTCAGAAGTGAGCTTTGCCTGTTCTCGGGTCTTCCAGTTTCCAAGAGCTGCTGCCTCAGC TGAGAATAATGTCTCTCCTGGCAGCTGTGAGAACCAGCTTGTCTCCACCGTGGTATCACACATACTTGGA GAAGTACAAATGTCCATGCAGCAAATGTCCTACTGGGAAATCATCTCAGGGATCATCAGGAAGACGTGTG AATTGGCTCGATATGTGAACATGCATGGAAGTTTCCAGAACAGTCTGATATCTTTCTCTGAGGACTCTCC TTGTGATACACAAAACATGGATTGGAAAGTCATCGTTGATAATTATTTTGTATTTTTCAATAACTTTAAG AAGTCTCCAATCACTTCCATAACCAGGGCATTCAATTTCACAAAGCACCTTTTAGTGGTGGACAAGAAGT TGGACATTCTTGAAAGTGGACAGATGAACATTCTTTTGTCATTTGTGGAGTTTTTGGAGAAATTATTATC TAATCCTTCTGGCTCATTCACTCCTCCTGAATTTCATAATCTTTCTTCTTTCAGTGAGCTTGTTCTGAAT AGAAGTGTTTCATGGAAAAATCATTTTAAAAGTTTAAAGGCAGACTCTGCTGCTGCTGCTGCTGCCCAGA AACTTCTGGAATTTGATAAAATGGTCATTGAAAAAATTCAAAGGTTTAAAAATCATTGGATGGGTCAGGA ATCCAAAAACACGTTGAGATTCATAGAATTAATAATTCTTGAAATTAATTCAGAACTGCAAGAATTCTGG CTCAATGGCATTTCTCAAGAAGAAAGAGCTAACATTGAAATCTTGTCCAGACTTGTAAATTTTTCTGTTG CAGACTATGAAAAAAATTTTTTCAAAAGCTTTAATTTCTCTCAGTTGTTCCATTCCAATTGGCCCAGATC ACCAGCCAGGAATGCAGACTTTATACATTTAAGTGAGACTATAATACACAGTCTCTATGAACTTAGCTTT CTGACACAGGAGCAAGTCTCAATAGCTCTGAACACCATCTATGCTCTGCAGAACACATCTGAGTTTTTCT CAGCCCTCTCTGAGCCACAAAAACAAGAACTGGATAACCTTTTGACTCATACATACATAAATGTCTTCAA GGACAAAGACATTGCTCTATTTCTGAAAACCTTTTCTTCATTCTATCAATATCTTCATAAATTCCTCAAC ATTCAAAATAGGGAGCCTCTGATAACTTATCTTACTCAAGTCTCCAGACACATTTTGGACCTCATAAAGC AGTTTAATATCCAAAACCTCAGACGAGCATTTTTGTTTTTATCGGAGGCAACAGAGGCTCTCGGGACAAT ACCTGAAGTATCTTACTGTCGGCAGTTGCTTTCAATTTTTAGCCTCTTAGAACTTGAAGCCCAGTCCCTG ATGGCGAGAGGAGGACCAGCGGAAGCAGTGATTCATGCTAGCTTGACAGGTCTCAAGCAGCTGTTCTCAG CGGATGAAGGCTTTCGTGTTTCTTTACTTCAGTATGTCGCTCAGTTTTTAAATGGTTCAGCGGAAACCCT GTTGGCGAATGAATGCTTCATTCTGAAAAATGCCACCATTTCTTCTGTGAATTATTCAGGAAATGAGGGG TCTTCCCTTCCTTTTCCATGGACACAATTTTTTTCCAACCTCTCAGTAAATGGCAGTGAGATCAGTGAGT TTACAGCCATTCACTGTACACTTTCATGGATTCAGACATGGACTGAGATCTGGGGAAGCATTTCTCAAAT ATTTAAACTTGACCAGAGTATTTTTACTCCTTTGCATGTTGGTATCACTCAGCTTTTGGATGACCTGGGA AATGGCAGGGACATTTCTAAAGACTGCCAAGGGATAGTTCCCACATATCATACTGCTAGGCTCATATTAA ATTTGTTTAAAAATGTAACTCAAGAGAATGGCTTTCATGACTGGGATGACCTTCAGAACCTAAGGGATCT TTGGGTAACATTTGATAATGAATTAACTGCAGTACAATCACTTAACCTGGACCAAGTAGAGAAGTCTTTT ATCACCATGGAAACCTCCCTGCACCAGCTGAAGACATTTCCAATGAAAATAAATGCAAGCAGGGAGTTCT TATATCCTCTGTTTGATGTTTTCCTTGAGTTAAGCAAAGCCTCAGACTATGTGGATAGAGATGTGGAGTT GATCAATAACTTCCTTTCAACTAACCTCACTGATCATCGAGCCGAATTTGCAAGTGTCATCACTGAGCTA AGAGAAACAATATTACTTCTTAGGAATGTGTCACAGGGTAGAGCTTTATCATCATGTGCTGATATTTTCC AGAGAGTCACTGAGTTGATTTTCGAAGATAGCTTGTTACCTGCGAACACTTCTAATAAGCCAGCACATAT TCTGGCCATGTTAAGCTCTGTATTTTCATCAAAGAACACAAGTAGCAGCCTGGAAGGGTGCATCGCATGG ACAGATATCATAAACCGTCTGTGTATAATGTGTAACTCAAGTTCCTTACCCAGACATAGTCATAGCCTAT TGGGAAACTTTAAGGATATAGGGAACAAAATGAGCTATGTATTGAAAATTTTAACTTGGATGCTAAATAA GAAGGTACCCACTTGTCCATGGAATGAGTCAAACATACATTGTATAAATATTTACCTGAAAGACATAACT GATTTTCTAAATATTATACTTGCCACAGGCTTGGAAAAGGAGAACGTGCCCAATGTTGAGATTTTATTAG CTCTTTTCAATGATTCCACAAAGCAGGTAGGTATGATCATCACCAACTTAACCAAAGAGCTCAACGTTGC CTCCCAGTCCAACTGGAAGCACTTCAAAGATTTACTTCTAAGACCCATAGAAATGTCAGATGACATTCCT GACCAGTTTCAGAAGATTTGGCAGCACATCATAGAATTGGGGAAGGAAATGCAGGCACTTCTAAAAGGTA TTTTCCCTAGTGTCCTTGGAAAGAATTCCTCTTCTGACATTGAAACAATGTTTAGTGTATTCTCTACCAG TCCAAAGGAACGAGATATAAACCATCTAGGCAAATCAATTTACAACTTAGCTAACTACTTTGCTGTCAAC TTAACTCATAATCTTCAGAATTCATCAGAAGTAGTCCCACATGAAATATTGAAAGCTGTGGATCTTGGTA TCCAGTTGACAAGGGATGTGTTCAATTCTTTAATGCCTGCTGTCCGTTTCAATATTCCTCAAAATTCAGA TCATGCTCAAGCTTTAAAGAAGGTGACATCTCTCATGCATTCTCTCAAGAAGGCAGACATAGATCTCTTA GTAGGCCAGCTTGGAGAAAACAGTGAAATCCTAATGAGTTTCTTTAAGAATCTTAGCAGATCAGGTATCA ACAGTTTAGGGATCAATACGCTTGTGGGCTTACTGGAAAAATTTGTGGACAGCTCCCATTCATGGAGTGT TAGCCAGCTGCTGCGCCTCTCCCGTCTGCTTCCCAAGGACGTGGTGGATACTGTGTTGGATGTATATTAT GCTCTTCCCCACATTGTGGGACTTCTGCAGAGAATCACAGATAAAAACATCACAGAAAGCCTCAGGGATG TCTATAACTTTACCCTTCTTCATGGAATAGCCATGTTCAATATCACCAAGGAAGACTTTGCTGATGTGGC TAAAACTCTTCGGGATACAGTTGAGTTGGTATCAGATGAGCCAACTGTCGTTCCCGAGGTTTTGATGTGC CTTAGCAGGATTTGGTGCTCAAACTACACAACTCTCAGGCTTGAGAGAAACCCTAAGGTGGAAGGCTGTA ACATCCAGAGGCACATGTCTTCTTCCTTTCTTCGCATGGTGGCCACTTTACTGGATCTTCTTCACCTGCC CCCGCCGAGTGACTCACAGTGCATAGGTGAAAAGTCTCGAGGGGAAATAACCAGGAGAGTGGTCTGTGCG GTTCATGAGCTAGCAGACTGGAATTCCATTCTCTCGGAGCTGTTGGAGATGTTCCGTGGTGAAAATTTAC TTTCGAAAATTCTGCAGGGATTTTGGCAAAGGGTATTACCCTTCATGTCATCTTTAGGGATTCAAGGCAA TGGCAGCACCCCAGAACTTTGTCCTAGTAGTACCATAAAGCAAGGTGCTTTGCAAATCATAGAAAAGCTA AAATATGGCAATTCTACAAAATTCCCACTGGGTGGAAACATTCTGGACAAGCTAGGTAAGTTAGACAAGA TTCTTAACTTCACTAAAGGCACAGAGAAATCTGTCCAAAGTAATGTTTACCTAAACTTGGAAAGGATATT CAAATTGATTTCTGCTACGTGGACTTTAAGAAATAGTACTCAATATCTACTTTCTCCATTCATGAACTTT CTGAATGTAAATCATACAAATAGGAGTTTATTTAAAAATGATAAAGCAACTTACAAATTTGAAGAACAGT GGTTAGAATTTAAACATATTTTCAAAGACCTAGCCAGTAACTTGAGTCTAGGACAATTATTTTCTGATAT TAACAAAAACATCCAAGGTGTAGGCCTTCAAAACACAACTGTGCAATTTTCTGAACTTCTGGAACTCCTG GATTCATCACCATTGAAGGCACCAGAAATTATTGAAGATTTCTTATTTCTCATAAAAGACTGGCTTCGTG GGTATGAAAATGAAGATTTCTTTAGGTTTATGCAAAGACTACTCAATGCCATGGCTAGTAAAAATTCAAC TGATGTAAGTATGTTGGCCAGGGATTTTACTATGTATTTAGGCTATCTCAGAAACCAATCTAGAGAAGGC AATTTTGATGTTGGCTTTCTCAGCCATATGCTAAATCAGGAACAGCTCACTGACCTCTCAGCTATTCAGT GGTTTCTTGAAAGCATTGTGATGAATTCAGTTAATAACTTTGCTGAGCTATCTCAGCAAGCGGCTCCCAG TTTCAGTGGCACTACCCTTCAAATAGCTGATTTCATGAATCTCATCTTGAACCACATGCAGTCCAAAAAT GATGGGGAAGCTGCAGGACGCACAGAGGATTTCCTGAAGCAGCTTCTGGAGACATTCTTCTCCTCCTTGC TAAGTGGACTGCCTGAGAATCAAATATCCCTCCTGCTAAAAGACTTCCATAGCAATGTCACTGCAGAATG TAAATTTGTTCCCAGAGATAAAATTCTTGAAAGTCTGAAACTGGATCCAGTCTTTACCTGGATGAACAAG AGCCCATCGATGAACATTTTCTCAAGTCTCAAGACAATATATTATCTGATTAAGGACTCAATTTCGTTAG GCAACAGAGAACTCTCTGGAATCCTGAAAGGTTTATCTCATGAAGATCCAAGGGAACCCATGGTGAAAAC TGACACTGAAGGCCATTTGGACTTTTTTACAGTAGTGGCTCAGTTTCTCTCCCAGGTTAATACTTCTGAG GACCTCTCCAAATTCAACCAAAATCTCAGGTCTGTTCTCCACCTGGTACAGGAAAGTTCTGCAGAAATGG CTACTATTATGGACATAGTCTTACACTCAACTACTCAGGCCTGCCCTTCCTCCTATCCTATGCTCCAACA CACCATGGTTGCTAAGCTAAGTGACTTGTTTTCTGTTGTCAACAGTTCCTTCCCCCTAAGAAACAGAGAA ACACTAGAATCAACTATGAGGTTATTTGCAACCATTTCCCGAGTTGGTGAAGAAAGTCACGTCTTGGAGT CAGCCTTAGAAATATCTAGAACTCTGACTATGCTGGTGAATAGCACCACTGAACTAGGCAGTCTTGCCTC ATCAGTGGACTCCATAGTGAGACTTCTCAGCCTAGCTAAAAAAGTTTCAAGAAAGATGGCTACGATGTTG AGAACCCTCTCCATCTTTAGTAGAGAGGACTCTGGGAAATTCTTTGACACTTTGTATTCCATTGTGCTGC AAAATGTTCAACGTCATGTGAAACAGACGTTGAAAAAAGTAGATCCTTCCATACTTGAAAAGACAAAGGA ATTGTTGATACCATTTCTTGACTTGGTCTTTGGAATGATTGGAATAACACCTAATGTATCACAGGACTCT GATGTTTTCAGCATATCATCTAACATGCTTTCCTATGTCAACCAGTCCAGAGACTTTTCTGAGATTTTGG AAGAACTGGCTGGAAACTTAACTTCTATAAAAATCAGCTCGAGAGATTGGGAGCATCTGGTGGTGATGAT TAAAAACAGGACTCAAAATTTCTCTAATGATGCTGGTGACTTATGGGAAGGAATTCTAGATTGTTTAGTG CCTATAAGTAACATCACAAACCAAATGGACTTCCTGAAGCTTCATGAGCTCTCTTCTACCAGGCATCCTC AGGTCCTGAAACAGGAGAGAAGTCATGATATAATCCGCTTTTTGGATGGAATGTTAACAGATAACAGCAC AGAAAGAGAAACTTTCTTGAAAATGGTGATTGACCTCACATTACAAGCTCTTTGGAATGGCTTAAAGGAA GATAACTGGGATATTTTTAATCTTCTGTTGACATTTGCCCGGAATCCAAATGACCTTTTAAAGACCATAG AATCAGTTGTAGAGGCTTCTAGTGAAATTCCCAGCAGCTCTCTAAATGATTTCAACCAAGATTCATTTTC CGATTTGTCACTGATTCAAAACACCACTCGCTATCAGCTTGCAAAGGCAGTCTTGATTGGTCTCAGCAGA ACGGGCTTCTCAAGGGGAGGGCTGCCCTTAAACAACACTCAGTGGACACATTTCACACATAGTTTGTTTC ATCCAGATTACAACAGTTTTTCTAATTCAGCCCCTCACCAGAATGTCACACTAGCAGAGGATGGGAGGAC CAAGGAAGAAATGATGGCAATTCCTCATGGCTTTGGACCAGTGTCATCCCTCCAGAAATTCCTGAAGGCA TTATTTGTATCGATTGAACAGTGGCAGAAAGTCCCACAAGCTGAGCAAAGTGTTTTTGAGATGTGTCAAG TTTTCCGGCAGCTGCAGAAGCCCATGGAAGCTGTGGAGATGCTGCACAGAGTGGAGATGATGACTCTGCG GGTGTTCATAATCCTTGCAGGAAACCCTTCCCTGACTAAGGATATTCTCTGTTCTATGCTGAGTTGCAAG CAAGGTGGGATGAGACACCTTATTTTGTCTGCTTTGCAAGGAGTCACCTTAGTCCATCGCCACTACCAGG AAATTGGAAAGATATGGTCCTCGCCCGATCAACTGGACTGTGAACGTCTTAGCAGAAATCTTTCCAGCGC CTTGGAAGGCTTTAAAAGCATCTTGGAAAATACTTCCAGCCATGGCTGTACATGCCAGCCTCCGGTGGGA ACGGTTCAGCAGCACATGCACAGGTTGACCAAAAGTCTCGAGGAGGCTTGGATGTCAAAGGTTCCTGTTA TAAAATTCCTTAGCAATCTCACCGTCACAGAGGATGTAACAATAAAGGATTTGGTGAAGAACACCACCAG ATTAACTGAAGACCTTCGCACCTTCTTCCACATCTCTGAGGAAACCATCCACAGCGTCTTAGAAGCCAAC ATTTCCCATTCAAAGGTTCTCTCCAGTGTCCTCACAATAGCTTTGTCTGGAAAATGTGACGAAGAAATTC TTCATCTTCTGCTAACGTTTCCTGAGACTGAAAAATCCTGGTTTGCCACAAGGGAACTCTGCAGCCTGCC TGGGTCTCAAGTCTTCTCTCTGCTCGTGATGATGGGCCAGAACCTGAATCTAAGGAGCCTCATTTACAAA ACTCTGATACCCTCTGAAGCAAATGGCTTGCTGAAGTCTCTTTTGGATGTCATTGCGAGCCTCAGCTCTA TCGTGGCCCGAGCCCGGCACACTCTTGAGTACCTCCCTGAGTTTCTTCACACATTTAAAATCACCACCTT GCTGGGCATGTCAGACTTCCAACAGGTTTCAACGAATGGACCAGCCAGAAGTTCAGCTTTCAGCTCTTTC CAATCTGTGATGAAGCTTCTCTGTAAGGACCAAGAGTCTTTTCTCAGCAATTCTAACATGTTCATTAATT TACCCAGAGTTAATGAGCTCTTGGAAGATGACAAAGAGAAGTTCAACATTCCTCAGGACTCAACACCCTT TTGTTTGAAGCTTTATCAGGAAATTCTACAGTCCCCAAATGGTGCCCTGGTATGGTCTTTCCTAAAACCT GTATTACATGGAAAAATATTGTATACACCAAACTCTCCAGAGATTAATGAGGTCATTCAAAAGGCTAATT ATACGTTTTACTTTGTGGATAAGATAAAAATTTTATCGGAAACATTTCTGAAGATGTCCAGCCTTTTCCA GGAAAGTGGAAATGGCCAAATGTTCAAACAGTTGCAGGATGCCCTGAGAAACAAATTTATAAGAAACTTT GTAGAGAGCCAGTTGCATATTGACATGGACAAGCTCACTGAAGATCTGCAGACATATGGACAGAAGCTAG ACAAGATGTTTAACCATATGGAGGCTGGAAACTTCCAGTTCTTGGGTGGTATCTTGGCCAATCTCTCTTC CTGTGTGCTGTTGGACCGATTCCAGGCAGTGGAGACCGTTGATACTCTGGAGACCAAGGCACATGAACTC ATGCAACAGAATAGTTTCTTGGCCAGTATTATATTCAACAGTTCCTTGGGACACAGGCACATTAGATCAG CACCTCACAAATTGCCACCCCACGTCACATATACAATCCGGACCAATATCTTATACAGCATGAGGACAGA CATGATAAAAAATCCTTCCTGGAAGTTTCATCCTCAGAACCTACCAGCCAGCGGGTTCAAATATAACTAC ATTTTTGTCCCACTACAAGACATGATCGAGAGAGCCATCATTGTGGTACAGACTGGGCAGGAATCCCTGG AACCAACTGCACAGGCACAGGCAGCTCCCTACCCATGCCATACCAGTGACTTGTTCCTGAACAATGTTGG CTTCTTTTTCCCACTGATTATGATGTTGACTTGGATGGTGTCTGTGGCCAGCATGGTCCGGAAGCTGGTT TATGAGCGAGAGATCCAGATAGAAGAGTACATGCGAATAATGGGGCTGCATCCGGTCATCCACTTCCTGT CCTGGTTCCTGGAGAACATGGCCACCCTGGCTCTGAGCAGTGCTGCCCTCGCTCTCATTCTGAAGATGAG TGGCATCTTCATGCACAGTGATGCCTTTATCATTTTCCTTTACTTGCTGAATTTTGGGGTGTCAGCTGTC ATGCTGAGCTACTTCCTAAGTGTGTTTTTCAACAAAGCTAATACAGCAGCCCTGTGTACCAGCCTGGGGT ACATGATCAGCTTCCTGCCCTATGTGGTCTTGTTGGTCCTACATAACCAACTCAGTTTTGCTCTTCAGAC CCTTCTGTGCTTACTTTCAACCACAGCCTTCGGACAAGGAGTCTTTTTCATTACATTTCTGGAAGGACAG GAAGAAGGGATCCAGTGGGGTAACATGTACCGAGCTCCAGAGCCAGGGGGCATGACATTTGGCTGGGTCT GCTGGATGATTCTGTTTGATTCAATCCTTTATTTTTTGGGTGGATGGTATTTCAGCAACTTGGTCCCTGG AACTTTTGGTTTAGGGAAACCATGGTATTTCCCCTTCACTGCATCCTATTGGAAAAGTATATGTGGTCTG ATGGAAAGGAGGCGGTGCTCTCTGAGTTCTGGTCTGTTCTTCTTCAATGAGGACTTTGGCAACAAAGGGC TCTCACAGCAAAATGGCCCAGGAGAGATGGAAGGAGGGAGCCCAGGAGTGGCTCTGATATCTGTGACCAA GGAGTATGAAGACCACAAGGTGGCTGTCCAGGAACTCACTCTCACCTTCCACAGAGACCAGATCACAGCC CTGCTGGGGACCAATGGCGCAGGGAAAACCACCATCATATCCATGTTGATGGGCCTCTTTCCTCCTACTT CTGGAACCATCATCGTAAATGGCAAGAACCTGCAGACAGACTTCTCTAAGGTCAGAGAGGAGCTGGGGGT GTGTCCACAGCACGATGTTCTCCTGGACAATCTCACTGTGAGGGAGCACCTAATGCTCTTTGCCTCCATA AAAGCACCTTGGTGGACCAACAAGGAGCTACGGCAGCAAGTCAACAAAACTCTTGAAGAAGTAGAGCTAA CTCAGCATCAGCACAAGCCAGCTCGAGTTCTCTCTGGAGGCATGAAGAGGAAACTCTCCATTGGCATTGC TTTCATGGGCATGTCAAAGACAGTGGTTCTGGATGAGCCAAGCAGTGGGGTGGACCCTTGTTCCCGTCGT AGCCTCTGGAACATTCTACTCAAGTACCGAAAAGGGCGCACAATTATCTTCACAACCCACCACCTGGATG AAGCTGAGGTGCTCAGTGACCATGTGGCTGTTCTCCAGCAGGGGAGGCTCAGATGCTATGCTCCCCCTGC AGGCCTCAAGGAGACCTATGGCCAAGGACTCACCTTGACACTCAGCAAACAACCCTCTGTTTTAGAGAGC CAGGAGCCCAAGGATGTGGCTCGTGTTACATCCCTGATACAGGTCTACATTCCACAAGCATTCCTCAAAG ATAGTAATGGAGGTGAGCTGACCTATACCATCCCCAAGGATGCAGACAAGACCTGCTTCAAGGGGCTCTG CCAGGCTCTGGATCAGAACTTACAGCACCTGCACCTGACGGGATATGGGATCTCAGACACCACCTTGGAA GAGGTATTTTTGATGCTGCTGCAAGATACCAACAAAAAGTCTTACATCACTCCAGACAACAAATTAGAGT CTCAGAATGAGAAACCTGTAGGACCATGTCTTCGCCACTGTGGCTCTCTTATGAGAACTCTACCAGATTC CCTGCCTGAGCCAATGGGTGGCTGTCAGCTTCTTCTGGGACAAGCAGGGGCACTCCTGAGAAAGCGGCTA CTGCATACACTCCGAGCTTGGAAAAGCACCACCTCAGATCTGTTCCTACCTGTGCTCTTTGTGGCCTTGG CCATGGGCTTGTTCATGGTGCAGCCTCTGGCCATTACATACCCTCCACTCAAACTTACACCTGGCCATTA TGAGACTGCAGAAGCTTACTTCTTCAGCAGTGGGAACCATGACCCGGACCTCACCCACGTGCTTCTGCGC AGGTTCGGAGATCAGGACCCTGTTTGTTCTGATCTGGATCCGAGGCTGGTGAATTCTTCAAGCTGGCATA GGGACCCTTATTCCGGCCCAGAATTCCAGGACTCATGTGGCTGCCTGAAGTGTCCAAATAAAAGTGCTGG CGCTCCCTATCTGACCAACTGCTTGGGACACACACTGCTCAACCTCTCGGGCTACGATGTGGAAGAATAC TTGCTGGTGCCATCTGCAAAACCAAGGTTGGGTGGGTGGGAGGGGGGGAGAAAGCTAAAGCCTGAAGGAG TGAGTGGAGAGATGGCCAAGTCACTCTTTCTTTCCTGCGTGTGGTACAACCAGAAGGGTTTCCATTCTCT ACCCTCCTACCTAAATCATCTCAACAACCTGATTTTATGGCAGAACTTACCTGCCCACGCTGCAGACTGG AGACAATATGGGATCACACTATACAGCCATCCATATGGAGGGGCCTTGCTGAATGAAGACAGAATCCTGG AAAGTATCCGCCAGTGTGGTGTTGCCCTCTGCATTGTCCTGGGATTCTCCATCTTGTCAGCATCGATTGG TAGCTCTGTGGTGAAGGACAGAGTGACCGGAGCTAAAAGGTTGCAACATATAAGTGGCCTTGGCTACAGG ACATATTGGCTGATTAACTTCCTGTATGATATGCTCTTTTACTTGGTTTCCGTCTGCCTGTGTGTCGCCA TTATAGCAGCCTTCCAGTTAACAGCTTTCACATTTCGGGAGAACTTGGCGGCCACAGCCCTCCTGCTAGC ACTTTTCGGATATGCAATGATTCCATGGATGTATCTGATATCCAGAATCTTTTCTAGTTCAGATGTGGCC TTCATCTCCTACATCTCCTTGAACTTCATCTTTGGCCTGTGCACCATGTTGATGACCACCATGCCCCGGC TCTTGGCTATCATTTCCAAAGCTCAGAGTTTGCAGAAAATCTATGATGTCCTCAAGTGGGTTTTTACTAT TTTTCCTCAATTCTGCCTGGGTCAAGGGCTCATAGAACTCTGTTATAATCAGATCAAGTATGATCTGACT CACAACTTTGGCATTGATTCTTATGTGAGTCCCTTTGAGATAAATTTCTTGGGCTGGATCTTCGTGGAGT TGACATTGCAGGGCACGTTTCTGCTCCTCTTAAGGATCCTGTTACACGGAGACTGCCTAAGATGGCCAAG GGGCCACTCTGCCCTGCAGGACATAGTCAAGCCTGTTAAGGACATCGATGTTGAAAAGGAGCAAATGAGG GTGCTTGAAGGAAGAACTGGAGGAGACATGTTGGTGTTGTGTAACCTCAGTAAAAGTTACAGAGGTGTTT GCAGGGGGAAGACGACGGCTGTGCATGGCATTAGTCTGGGCATATCACGTGGCGAGTGCTTCGGGCTCCT TGGGGTGAATGGTGCTGGGAAGAGCACAACATTCAAAATTCTGAATGGCGAAACTCCACCAAGTTCAGGC TATGCCACGATCAGGACTCCTCAGGGAGATATGGTGGATCTGGCTTCTGCTGGCAAAGTGGGCGTGCTTA TTGGCTACTGTCCACAGCAGGATGCCCTGGATGAGCTCCTGACTGGCTGGGAACATCTTCAATACTACTG CAGACTCCGTGGTATTCCAAAGCAGAACATTCCAGAGGTGGCTGCAGATCTGGTGAGGCGCCTGCACCTT GAACTTCATGTGGATAAACCTGTGGCCACTTACAGTGGAGGCACTAGAAGGAAGCTCTCCACAGCCCTGG CCCTAGTGGGCAAGCCTGATATTCTTTTATTGGATGAACCCAGCTCTGGGATGGACCCCTGTTCTAAGCG GTACCTCTGGCAAACAATAACACAAGAGGTTCGGGATGGCTGTGCAGCGGTGCTAACCTCTCACAGCATG GAAGAATGCGAGGCTCTGTGTACCCGGCTGGCCATAATGGTGGATGGCAGCTTCAGGTGTCTCGGGTCCC CTCAGCACATCAAGAACAGGTTTGGTGATGGTTACACAGTCAAAGTTTGGCTCCATAAGGAAGGAAGTCA ACCTAGCGCAGTTTCTGACTGTTTGAAGCTCCATTTCCCCGGGATCCAGTTTAAGGGACAACGCCTTAAT TTATTGGAATATCATGTACAAAAGAGTTGGGAGTGCTTGCCTGATTTGTTCAGAGTTCTGGAGACCAACA AGAGCCTCCTGAAGATCGAGCATTACTCCATCAGCCAGACCGCTCTGGAACAGGTCTTTGTTAATTTTGC CACTGAGCAAACTCCACACTTTCCTGTTGATCCTCCATCCACCAATGCTCAGCATACGTGCCACGCACAC ATC ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT ACAAGGATGACGACGATAAGGTTTAA >RR201631 representing NM_001106020
Red=Cloning site Green=Tags(s) MGHAGRQFQALLWKNWLCRLRHPVLSLAEFFWPCILFMILTVLRFQEPPRHRENCYLQARDLPSRGVLPF VQGLLCNTGSRCRNISFESSMDHRFRLPRFQTASDDRKVSSLAFLNEIQDLAEEILETMDKAKNLQKLWL KRSETPGSSYGSSFLTTDLNKTEDVISKLESLHQQPHIWDFLRSLPRLHTSSVHLEDSMGAVTHFLQAGL NSLASLGDLDWLPLHQTIPQVSRHVLNVTVSTLRFLQQHGAAVNETVYHLSLKNMLWDPQKVQSDLRYQF GFNDLQVQHILNYSAKREEIPTHSFLERMVCSILSNTSEDEAQSRSYQADCHPKWSAVKNYIIHAVSWPK LYGQVFDQWQQGSLRQNLLAGTSHSLAALRDQFKQQSESWKVVEALHTALLILNDSLAVDGPGDNHLFPQ IFQDLDKLQHALSELSPWPSLKRLPLLDTVLRNVVSQDLQFVQEVLSYLERSARDFIPAGSEGWRLEKDV FFQGLNQLLTKNASTFCLNGHLSQEAPLPTWNASLWRSVWGVLCHTPSFNETSILNKLLRAVKGAGRSLQ AVIAGHTNRSVSEHGGHFGWQDLGAQLSEVSFACSRVFQFPRAAASAENNVSPGSCENQLVSTVVSHILG EVQMSMQQMSYWEIISGIIRKTCELARYVNMHGSFQNSLISFSEDSPCDTQNMDWKVIVDNYFVFFNNFK KSPITSITRAFNFTKHLLVVDKKLDILESGQMNILLSFVEFLEKLLSNPSGSFTPPEFHNLSSFSELVLN RSVSWKNHFKSLKADSAAAAAAQKLLEFDKMVIEKIQRFKNHWMGQESKNTLRFIELIILEINSELQEFW LNGISQEERANIEILSRLVNFSVADYEKNFFKSFNFSQLFHSNWPRSPARNADFIHLSETIIHSLYELSF LTQEQVSIALNTIYALQNTSEFFSALSEPQKQELDNLLTHTYINVFKDKDIALFLKTFSSFYQYLHKFLN IQNREPLITYLTQVSRHILDLIKQFNIQNLRRAFLFLSEATEALGTIPEVSYCRQLLSIFSLLELEAQSL MARGGPAEAVIHASLTGLKQLFSADEGFRVSLLQYVAQFLNGSAETLLANECFILKNATISSVNYSGNEG SSLPFPWTQFFSNLSVNGSEISEFTAIHCTLSWIQTWTEIWGSISQIFKLDQSIFTPLHVGITQLLDDLG NGRDISKDCQGIVPTYHTARLILNLFKNVTQENGFHDWDDLQNLRDLWVTFDNELTAVQSLNLDQVEKSF ITMETSLHQLKTFPMKINASREFLYPLFDVFLELSKASDYVDRDVELINNFLSTNLTDHRAEFASVITEL RETILLLRNVSQGRALSSCADIFQRVTELIFEDSLLPANTSNKPAHILAMLSSVFSSKNTSSSLEGCIAW TDIINRLCIMCNSSSLPRHSHSLLGNFKDIGNKMSYVLKILTWMLNKKVPTCPWNESNIHCINIYLKDIT DFLNIILATGLEKENVPNVEILLALFNDSTKQVGMIITNLTKELNVASQSNWKHFKDLLLRPIEMSDDIP DQFQKIWQHIIELGKEMQALLKGIFPSVLGKNSSSDIETMFSVFSTSPKERDINHLGKSIYNLANYFAVN LTHNLQNSSEVVPHEILKAVDLGIQLTRDVFNSLMPAVRFNIPQNSDHAQALKKVTSLMHSLKKADIDLL VGQLGENSEILMSFFKNLSRSGINSLGINTLVGLLEKFVDSSHSWSVSQLLRLSRLLPKDVVDTVLDVYY ALPHIVGLLQRITDKNITESLRDVYNFTLLHGIAMFNITKEDFADVAKTLRDTVELVSDEPTVVPEVLMC LSRIWCSNYTTLRLERNPKVEGCNIQRHMSSSFLRMVATLLDLLHLPPPSDSQCIGEKSRGEITRRVVCA VHELADWNSILSELLEMFRGENLLSKILQGFWQRVLPFMSSLGIQGNGSTPELCPSSTIKQGALQIIEKL KYGNSTKFPLGGNILDKLGKLDKILNFTKGTEKSVQSNVYLNLERIFKLISATWTLRNSTQYLLSPFMNF LNVNHTNRSLFKNDKATYKFEEQWLEFKHIFKDLASNLSLGQLFSDINKNIQGVGLQNTTVQFSELLELL DSSPLKAPEIIEDFLFLIKDWLRGYENEDFFRFMQRLLNAMASKNSTDVSMLARDFTMYLGYLRNQSREG NFDVGFLSHMLNQEQLTDLSAIQWFLESIVMNSVNNFAELSQQAAPSFSGTTLQIADFMNLILNHMQSKN DGEAAGRTEDFLKQLLETFFSSLLSGLPENQISLLLKDFHSNVTAECKFVPRDKILESLKLDPVFTWMNK SPSMNIFSSLKTIYYLIKDSISLGNRELSGILKGLSHEDPREPMVKTDTEGHLDFFTVVAQFLSQVNTSE DLSKFNQNLRSVLHLVQESSAEMATIMDIVLHSTTQACPSSYPMLQHTMVAKLSDLFSVVNSSFPLRNRE TLESTMRLFATISRVGEESHVLESALEISRTLTMLVNSTTELGSLASSVDSIVRLLSLAKKVSRKMATML RTLSIFSREDSGKFFDTLYSIVLQNVQRHVKQTLKKVDPSILEKTKELLIPFLDLVFGMIGITPNVSQDS DVFSISSNMLSYVNQSRDFSEILEELAGNLTSIKISSRDWEHLVVMIKNRTQNFSNDAGDLWEGILDCLV PISNITNQMDFLKLHELSSTRHPQVLKQERSHDIIRFLDGMLTDNSTERETFLKMVIDLTLQALWNGLKE DNWDIFNLLLTFARNPNDLLKTIESVVEASSEIPSSSLNDFNQDSFSDLSLIQNTTRYQLAKAVLIGLSR TGFSRGGLPLNNTQWTHFTHSLFHPDYNSFSNSAPHQNVTLAEDGRTKEEMMAIPHGFGPVSSLQKFLKA LFVSIEQWQKVPQAEQSVFEMCQVFRQLQKPMEAVEMLHRVEMMTLRVFIILAGNPSLTKDILCSMLSCK QGGMRHLILSALQGVTLVHRHYQEIGKIWSSPDQLDCERLSRNLSSALEGFKSILENTSSHGCTCQPPVG TVQQHMHRLTKSLEEAWMSKVPVIKFLSNLTVTEDVTIKDLVKNTTRLTEDLRTFFHISEETIHSVLEAN ISHSKVLSSVLTIALSGKCDEEILHLLLTFPETEKSWFATRELCSLPGSQVFSLLVMMGQNLNLRSLIYK TLIPSEANGLLKSLLDVIASLSSIVARARHTLEYLPEFLHTFKITTLLGMSDFQQVSTNGPARSSAFSSF QSVMKLLCKDQESFLSNSNMFINLPRVNELLEDDKEKFNIPQDSTPFCLKLYQEILQSPNGALVWSFLKP VLHGKILYTPNSPEINEVIQKANYTFYFVDKIKILSETFLKMSSLFQESGNGQMFKQLQDALRNKFIRNF VESQLHIDMDKLTEDLQTYGQKLDKMFNHMEAGNFQFLGGILANLSSCVLLDRFQAVETVDTLETKAHEL MQQNSFLASIIFNSSLGHRHIRSAPHKLPPHVTYTIRTNILYSMRTDMIKNPSWKFHPQNLPASGFKYNY IFVPLQDMIERAIIVVQTGQESLEPTAQAQAAPYPCHTSDLFLNNVGFFFPLIMMLTWMVSVASMVRKLV YEREIQIEEYMRIMGLHPVIHFLSWFLENMATLALSSAALALILKMSGIFMHSDAFIIFLYLLNFGVSAV MLSYFLSVFFNKANTAALCTSLGYMISFLPYVVLLVLHNQLSFALQTLLCLLSTTAFGQGVFFITFLEGQ EEGIQWGNMYRAPEPGGMTFGWVCWMILFDSILYFLGGWYFSNLVPGTFGLGKPWYFPFTASYWKSICGL MERRRCSLSSGLFFFNEDFGNKGLSQQNGPGEMEGGSPGVALISVTKEYEDHKVAVQELTLTFHRDQITA LLGTNGAGKTTIISMLMGLFPPTSGTIIVNGKNLQTDFSKVREELGVCPQHDVLLDNLTVREHLMLFASI KAPWWTNKELRQQVNKTLEEVELTQHQHKPARVLSGGMKRKLSIGIAFMGMSKTVVLDEPSSGVDPCSRR SLWNILLKYRKGRTIIFTTHHLDEAEVLSDHVAVLQQGRLRCYAPPAGLKETYGQGLTLTLSKQPSVLES QEPKDVARVTSLIQVYIPQAFLKDSNGGELTYTIPKDADKTCFKGLCQALDQNLQHLHLTGYGISDTTLE EVFLMLLQDTNKKSYITPDNKLESQNEKPVGPCLRHCGSLMRTLPDSLPEPMGGCQLLLGQAGALLRKRL LHTLRAWKSTTSDLFLPVLFVALAMGLFMVQPLAITYPPLKLTPGHYETAEAYFFSSGNHDPDLTHVLLR RFGDQDPVCSDLDPRLVNSSSWHRDPYSGPEFQDSCGCLKCPNKSAGAPYLTNCLGHTLLNLSGYDVEEY LLVPSAKPRLGGWEGGRKLKPEGVSGEMAKSLFLSCVWYNQKGFHSLPSYLNHLNNLILWQNLPAHAADW RQYGITLYSHPYGGALLNEDRILESIRQCGVALCIVLGFSILSASIGSSVVKDRVTGAKRLQHISGLGYR TYWLINFLYDMLFYLVSVCLCVAIIAAFQLTAFTFRENLAATALLLALFGYAMIPWMYLISRIFSSSDVA FISYISLNFIFGLCTMLMTTMPRLLAIISKAQSLQKIYDVLKWVFTIFPQFCLGQGLIELCYNQIKYDLT HNFGIDSYVSPFEINFLGWIFVELTLQGTFLLLLRILLHGDCLRWPRGHSALQDIVKPVKDIDVEKEQMR VLEGRTGGDMLVLCNLSKSYRGVCRGKTTAVHGISLGISRGECFGLLGVNGAGKSTTFKILNGETPPSSG YATIRTPQGDMVDLASAGKVGVLIGYCPQQDALDELLTGWEHLQYYCRLRGIPKQNIPEVAADLVRRLHL ELHVDKPVATYSGGTRRKLSTALALVGKPDILLLDEPSSGMDPCSKRYLWQTITQEVRDGCAAVLTSHSM EECEALCTRLAIMVDGSFRCLGSPQHIKNRFGDGYTVKVWLHKEGSQPSAVSDCLKLHFPGIQFKGQRLN LLEYHVQKSWECLPDLFRVLETNKSLLKIEHYSISQTALEQVFVNFATEQTPHFPVDPPSTNAQHTCHAH I TRTRPLEQKLISEEDLAANDILDYKDDDDKV |
| Restriction Sites |
SgfI-MluI
Cloning Scheme for this gene
Plasmid Map
|
| ACCN | NM_001106020 |
| ORF Size | 15123 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 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 | NM_001106020.2, NP_001099490.2 |
| RefSeq Size | 15126 bp |
| RefSeq ORF | 15126 bp |
| Locus ID | 289797 |
| MW | 569.8 kDa |
Documents
| Product Manuals |
| FAQs |
| SDS |
Resources
Other Versions
| SKU | Description | Size | Price |
|---|---|---|---|
| RN201631 | Abca13 (untagged ORF) - Rat ATP-binding cassette, sub-family A (ABC1), member 13 (Abca13), (10 ug) |
CNY 97,090.00 |
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