ORF » Species Summary » Arabidopsis thaliana » ALA1 cDNA ORF clone

ALA1 cDNA ORF clone, Arabidopsis thaliana(thale cress)

The following ALA1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ALA1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1+/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

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OAb17626 NM_120575.3
Latest version!		 Arabidopsis thaliana aminophospholipid ATPase 1 (ALA1), mRNA. pcDNA3.1-C-(k)DYK or customized vector 20 $629.30
$899.00

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** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

  • Reference Sequences (Refseq)
    ALA1 ( NM_120575.3 ) cDNA ORF clone, Arabidopsis thaliana(thale cress) -> NP_568146.1 Arabidopsis thaliana aminophospholipid ATPase 1 (ALA1), mRNA.
    Price & Availability↑
    CloneID OAb17626
    Clone ID Related Accession (Same CDS sequence) NM_120575.3
    Accession Version NM_120575.3 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 3477bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-02-13
    Organism Arabidopsis thaliana(thale cress)
    Product aminophospholipid ATPase 1
    Comment Comment: REVIEWED REFSEQ: This record has been curated by TAIR and Araport. This record is derived from an annotated genomic sequence (NC_003076). On Sep 12, 2016 this sequence version replaced NM_120575.2. 

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    ATGGATCCCA GGAAATCAAT TGATAAGCCG CCTCATCACG ATCCAATTCT GGGTGTATCT 
    TCAAGATGGA GCGTTTCTTC TAAAGACAAC AAAGAAGTTA CTTTCGGTGA TTTGGGATCT 
    AAGCGTATCC GTCATGGTTC AGCTGGAGCT GATTCTGAGA TGCTAAGCAT GTCTCAGAAA 
    GAGATCAAAG ACGAAGATGC TCGTTTGATT TATATTAACG ATCCTGACAG AACTAACGAA 
    CGGTTTGAGT TCACTGGGAA TTCTATCAAG ACTGCTAAAT ACTCTGTCTT CACCTTCTTG 
    CCTAGGAACT TGTTTGAACA GTTCCATAGA GTTGCTTACA TTTACTTCCT TGTTATCGCT 
    GTTCTCAATC AGCTTCCTCA GCTTGCAGTT TTTGGCAGAG GTGCATCCAT CATGCCCCTT 
    GCCTTTGTTC TCTTGGTCTC TGCTATCAAA GATGCTTACG AGGATTTCCG GAGACATAGG 
    TCAGATAGAG TTGAGAACAA TAGGTTGGCT TTAGTCTTTG AGGATCATCA GTTTCGAGAG 
    AAGAAGTGGA AGCATATCCG GGTTGGGGAA GTCATTAAAG TCCAATCCAA TCAGACTCTT 
    CCCTGTGACA TGGTGCTCTT GGCTACTAGT GATCCTACTG GGGTTGTCTA CGTGCAGACG 
    ACTAATTTGG ATGGTGAGTC GAATTTGAAG ACCAGGTATG CCAAGCAGGA AACTCTTCTG 
    AAAGCTGCTG ATATGGAGTC GTTTAATGGA TTTATCAAGT GTGAGAAACC TAACAGGAAC 
    ATTTATGGGT TTCAAGCCAA CATGGAGATT GATGGTAGAA GGCTCTCCCT TGGACCTTCT 
    AATATTATTC TAAGAGGGTG TGAGCTTAAG AACACTGCTT GGGCTTTAGG GGTTGTTGTG 
    TATGCTGGTG GTGAGACGAA AGCTATGCTC AACAACTCTG GAGCACCATC AAAGAGGAGT 
    AGGCTAGAGA CTCGAATGAA TTTGGAGATC ATTCTACTCT CTTTGTTTCT GATCGTCTTG 
    TGTACAATCG CAGCCGCGAC CGCTGCTGTG TGGTTGAGAA CGCACAGGGA TGACTTGGAC 
    ACTATTCTCT TTTATAGAAG AAAGGACTAC TCTGAGAGGC CAGGAGGGAA GAACTATAAA 
    TACTATGGTT GGGGGTGGGA GATATTCTTC ACCTTCTTTA TGGCAGTCAT TGTGTACCAG 
    ATCATGATAC CCATTTCTCT CTACATATCG ATGGAGCTCG TCCGTATTGG TCAAGCATAC 
    TTCATGACCA ATGATGATCA GATGTATGAC GAGTCTTCAG ATTCAAGTTT TCAATGCAGG 
    GCTTTAAATA TAAATGAAGA TTTAGGGCAG ATTAAGTATT TATTCTCTGA TAAGACGGGT 
    ACACTCACGG ACAACAAGAT GGAGTTTCAA TGTGCCTGCA TCGAAGGCGT AGATTACTCT 
    GACAGGGAAC CTGCTGATAG CGAGCATCCT GGATACTCCA TTGAAGTTGA TGGAATTATT 
    TTGAAGCCAA AGATGAGGGT GAGAGTTGAT CCTGTGCTTC TTCAGTTAAC GAAAACTGGC 
    AAGGCAACAG AAGAAGCAAA ACGTGCAAAT GAGTTTTTCC TCTCACTGGC AGCTTGCAAT 
    ACAATTGTGC CAATTGTTAG CAATACATCT GATCCCAATG TGAAACTGGT AGATTATCAA 
    GGGGAGTCCC CTGATGAACA AGCATTGGTC TATGCAGCAG CTGCATATGG TTTCTTGCTC 
    ATAGAGAGAA CCTCTGGTCA TATAGTTATT AATGTGCGAG GAGAAACGCA AAGATTTAAT 
    GTTTTGGGAT TGCATGAGTT CGATAGTGAC CGAAAAAGAA TGTCAGTGAT ACTGGGATGC 
    CCCGACATGT CGGTGAAACT CTTTGTAAAA GGTGCAGACT CATCCATGTT TGGTGTCATG 
    GATGAATCCT ACGGTGGCGT CATACATGAG ACCAAGATAC AACTTCATGC TTACTCATCT 
    GATGGTTTGA GAACACTTGT TGTTGGGATG AGAGAGCTGA ACGATTCAGA GTTTGAGCAA 
    TGGCATTCTT CATTTGAGGC GGCAAGCACC GCCTTGATTG GTCGGGCTGG ATTGCTAAGA 
    AAAGTTGCTG GAAACATTGA GACTAACCTT AGGATAGTAG GAGCCACCGC AATTGAAGAC 
    AAATTGCAGC GTGGTGTCCC TGAAGCAATA GAATCTTTGA GGATTGCAGG GATAAAAGTC 
    TGGGTCTTGA CTGGTGACAA GCAAGAAACT GCCATATCCA TTGGCTTCTC ATCGAGGCTT 
    CTGACAAGAA ACATGAGGCA AATTGTAATA AATAGCAACT CGTTGGATTC ATGTCGGAGG 
    AGCTTAGAAG AAGCAAATGC CAGTATTGCA AGTAATGACG AAAGTGATAA TGTGGCCTTG 
    ATTATTGACG GTACCAGCCT CATATATGTA CTCGACAATG ATCTTGAAGA TGTGCTGTTC 
    CAGGTGGCAT GTAAGTGCTC TGCGATACTC TGCTGCCGGG TTGCTCCTTT CCAGAAAGCT 
    GGAATCGTTG CACTTGTAAA GAACCGGACT TCTGACATGA CTCTTGCCAT TGGTGATGGT 
    GCCAATGATG TCTCCATGAT TCAAATGGCT GATGTTGGGG TAGGGATAAG CGGACAAGAA 
    GGTCGCCAAG CTGTGATGGC ATCTGATTTC GCAATGGGAC AGTTCAGATT TTTAGTTCCG 
    TTATTGCTCG TCCATGGACA CTGGAATTAC CAAAGGATGG GTTACATGAT ACTATATAAT 
    TTCTATAGAA ATGCAGTTTT TGTTCTAATT TTATTTTGGT ACGTTTTGTT TACTTGCTAC 
    ACCTTGACAA CTGCCATCAC AGAATGGAGC AGTGTTTTGT ACTCAGTCAT ATACACAGCA 
    ATCCCTACAA TAATTATCGG TATTCTTGAC AAAGACCTTG GAAGGCAGAC TCTTCTTGAT 
    CATCCTCAGC TCTACGGTGT TGGCCAGAGG GCAGAGGGAT ATTCCACTAC GCTCTTCTGG 
    TATACAATGA TTGACACAAT CTGGCAAAGT GCAGCCATCT TCTTCATTCC TATGTTTGCT 
    TATTGGGGCA GTACAATTGA CACGTCGAGC CTAGGAGACC TATGGACGAT AGCTGCAGTT 
    GTGGTGGTTA ATCTTCACTT GGCCATGGAT GTGATCAGAT GGAACTGGAT CACACACGCC 
    GCCATATGGG GATCCATTGT TGCAGCTTGT ATATGTGTCA TTGTGATTGA TGTTATACCC 
    ACACTCCCTG GTTACTGGGC AATTTTCCAA GTGGGCAAGA CATGGATGTT CTGGTTCTGC 
    TTGCTAGCAA TAGTTGTGAC ATCATTGCTT CCTAGATTCG CCATCAAGTT TCTAGTGGAG 
    TATTACAGAC CTTCCGATGT TCGGATAGCT AGGGAGGCTG AAAAGCTTGG AACTTTCAGA 
    GAATCCCAAC CCGTGGGAGT TGAAATGAAC CTGATTCAGG ATCCTCCACG GAGATGA

    The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

    RefSeq NP_568146.1
    CDS872..4348
    Translation

    Target ORF information:

    RefSeq Version NM_120575.3
    Organism Arabidopsis thaliana(thale cress)
    Definition Arabidopsis thaliana aminophospholipid ATPase 1 (ALA1), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 NM_120575.3

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    ATGGATCCCA GGAAATCAAT TGATAAGCCG CCTCATCACG ATCCAATTCT GGGTGTATCT 
    TCAAGATGGA GCGTTTCTTC TAAAGACAAC AAAGAAGTTA CTTTCGGTGA TTTGGGATCT 
    AAGCGTATCC GTCATGGTTC AGCTGGAGCT GATTCTGAGA TGCTAAGCAT GTCTCAGAAA 
    GAGATCAAAG ACGAAGATGC TCGTTTGATT TATATTAACG ATCCTGACAG AACTAACGAA 
    CGGTTTGAGT TCACTGGGAA TTCTATCAAG ACTGCTAAAT ACTCTGTCTT CACCTTCTTG 
    CCTAGGAACT TGTTTGAACA GTTCCATAGA GTTGCTTACA TTTACTTCCT TGTTATCGCT 
    GTTCTCAATC AGCTTCCTCA GCTTGCAGTT TTTGGCAGAG GTGCATCCAT CATGCCCCTT 
    GCCTTTGTTC TCTTGGTCTC TGCTATCAAA GATGCTTACG AGGATTTCCG GAGACATAGG 
    TCAGATAGAG TTGAGAACAA TAGGTTGGCT TTAGTCTTTG AGGATCATCA GTTTCGAGAG 
    AAGAAGTGGA AGCATATCCG GGTTGGGGAA GTCATTAAAG TCCAATCCAA TCAGACTCTT 
    CCCTGTGACA TGGTGCTCTT GGCTACTAGT GATCCTACTG GGGTTGTCTA CGTGCAGACG 
    ACTAATTTGG ATGGTGAGTC GAATTTGAAG ACCAGGTATG CCAAGCAGGA AACTCTTCTG 
    AAAGCTGCTG ATATGGAGTC GTTTAATGGA TTTATCAAGT GTGAGAAACC TAACAGGAAC 
    ATTTATGGGT TTCAAGCCAA CATGGAGATT GATGGTAGAA GGCTCTCCCT TGGACCTTCT 
    AATATTATTC TAAGAGGGTG TGAGCTTAAG AACACTGCTT GGGCTTTAGG GGTTGTTGTG 
    TATGCTGGTG GTGAGACGAA AGCTATGCTC AACAACTCTG GAGCACCATC AAAGAGGAGT 
    AGGCTAGAGA CTCGAATGAA TTTGGAGATC ATTCTACTCT CTTTGTTTCT GATCGTCTTG 
    TGTACAATCG CAGCCGCGAC CGCTGCTGTG TGGTTGAGAA CGCACAGGGA TGACTTGGAC 
    ACTATTCTCT TTTATAGAAG AAAGGACTAC TCTGAGAGGC CAGGAGGGAA GAACTATAAA 
    TACTATGGTT GGGGGTGGGA GATATTCTTC ACCTTCTTTA TGGCAGTCAT TGTGTACCAG 
    ATCATGATAC CCATTTCTCT CTACATATCG ATGGAGCTCG TCCGTATTGG TCAAGCATAC 
    TTCATGACCA ATGATGATCA GATGTATGAC GAGTCTTCAG ATTCAAGTTT TCAATGCAGG 
    GCTTTAAATA TAAATGAAGA TTTAGGGCAG ATTAAGTATT TATTCTCTGA TAAGACGGGT 
    ACACTCACGG ACAACAAGAT GGAGTTTCAA TGTGCCTGCA TCGAAGGCGT AGATTACTCT 
    GACAGGGAAC CTGCTGATAG CGAGCATCCT GGATACTCCA TTGAAGTTGA TGGAATTATT 
    TTGAAGCCAA AGATGAGGGT GAGAGTTGAT CCTGTGCTTC TTCAGTTAAC GAAAACTGGC 
    AAGGCAACAG AAGAAGCAAA ACGTGCAAAT GAGTTTTTCC TCTCACTGGC AGCTTGCAAT 
    ACAATTGTGC CAATTGTTAG CAATACATCT GATCCCAATG TGAAACTGGT AGATTATCAA 
    GGGGAGTCCC CTGATGAACA AGCATTGGTC TATGCAGCAG CTGCATATGG TTTCTTGCTC 
    ATAGAGAGAA CCTCTGGTCA TATAGTTATT AATGTGCGAG GAGAAACGCA AAGATTTAAT 
    GTTTTGGGAT TGCATGAGTT CGATAGTGAC CGAAAAAGAA TGTCAGTGAT ACTGGGATGC 
    CCCGACATGT CGGTGAAACT CTTTGTAAAA GGTGCAGACT CATCCATGTT TGGTGTCATG 
    GATGAATCCT ACGGTGGCGT CATACATGAG ACCAAGATAC AACTTCATGC TTACTCATCT 
    GATGGTTTGA GAACACTTGT TGTTGGGATG AGAGAGCTGA ACGATTCAGA GTTTGAGCAA 
    TGGCATTCTT CATTTGAGGC GGCAAGCACC GCCTTGATTG GTCGGGCTGG ATTGCTAAGA 
    AAAGTTGCTG GAAACATTGA GACTAACCTT AGGATAGTAG GAGCCACCGC AATTGAAGAC 
    AAATTGCAGC GTGGTGTCCC TGAAGCAATA GAATCTTTGA GGATTGCAGG GATAAAAGTC 
    TGGGTCTTGA CTGGTGACAA GCAAGAAACT GCCATATCCA TTGGCTTCTC ATCGAGGCTT 
    CTGACAAGAA ACATGAGGCA AATTGTAATA AATAGCAACT CGTTGGATTC ATGTCGGAGG 
    AGCTTAGAAG AAGCAAATGC CAGTATTGCA AGTAATGACG AAAGTGATAA TGTGGCCTTG 
    ATTATTGACG GTACCAGCCT CATATATGTA CTCGACAATG ATCTTGAAGA TGTGCTGTTC 
    CAGGTGGCAT GTAAGTGCTC TGCGATACTC TGCTGCCGGG TTGCTCCTTT CCAGAAAGCT 
    GGAATCGTTG CACTTGTAAA GAACCGGACT TCTGACATGA CTCTTGCCAT TGGTGATGGT 
    GCCAATGATG TCTCCATGAT TCAAATGGCT GATGTTGGGG TAGGGATAAG CGGACAAGAA 
    GGTCGCCAAG CTGTGATGGC ATCTGATTTC GCAATGGGAC AGTTCAGATT TTTAGTTCCG 
    TTATTGCTCG TCCATGGACA CTGGAATTAC CAAAGGATGG GTTACATGAT ACTATATAAT 
    TTCTATAGAA ATGCAGTTTT TGTTCTAATT TTATTTTGGT ACGTTTTGTT TACTTGCTAC 
    ACCTTGACAA CTGCCATCAC AGAATGGAGC AGTGTTTTGT ACTCAGTCAT ATACACAGCA 
    ATCCCTACAA TAATTATCGG TATTCTTGAC AAAGACCTTG GAAGGCAGAC TCTTCTTGAT 
    CATCCTCAGC TCTACGGTGT TGGCCAGAGG GCAGAGGGAT ATTCCACTAC GCTCTTCTGG 
    TATACAATGA TTGACACAAT CTGGCAAAGT GCAGCCATCT TCTTCATTCC TATGTTTGCT 
    TATTGGGGCA GTACAATTGA CACGTCGAGC CTAGGAGACC TATGGACGAT AGCTGCAGTT 
    GTGGTGGTTA ATCTTCACTT GGCCATGGAT GTGATCAGAT GGAACTGGAT CACACACGCC 
    GCCATATGGG GATCCATTGT TGCAGCTTGT ATATGTGTCA TTGTGATTGA TGTTATACCC 
    ACACTCCCTG GTTACTGGGC AATTTTCCAA GTGGGCAAGA CATGGATGTT CTGGTTCTGC 
    TTGCTAGCAA TAGTTGTGAC ATCATTGCTT CCTAGATTCG CCATCAAGTT TCTAGTGGAG 
    TATTACAGAC CTTCCGATGT TCGGATAGCT AGGGAGGCTG AAAAGCTTGG AACTTTCAGA 
    GAATCCCAAC CCGTGGGAGT TGAAATGAAC CTGATTCAGG ATCCTCCACG GAGATGA

    The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

  • PubMed

    Sequence and analysis of chromosome 5 of the plant Arabidopsis thaliana.
    Nature408(6814)823-6(2000 Dec)
    Tabata S,Kaneko T,Nakamura Y,Kotani H,Kato T,Asamizu E,Miyajima N,Sasamoto S,Kimura T,Hosouchi T,Kawashima K,Kohara M,Matsumoto M,Matsuno A,Muraki A,Nakayama S,Nakazaki N,Naruo K,Okumura S,Shinpo S,Takeuchi C,Wada T,Watanabe A,Yamada M,Yasuda M,Sato S,de la Bastide M,Huang E,Spiegel L,Gnoj L,O'Shaughnessy A,Preston R,Habermann K,Murray J,Johnson D,Rohlfing T,Nelson J,Stoneking T,Pepin K,Spieth J,Sekhon M,Armstrong J,Becker M,Belter E,Cordum H,Cordes M,Courtney L,Courtney W,Dante M,Du H,Edwards J,Fryman J,Haakensen B,Lamar E,Latreille P,Leonard S,Meyer R,Mulvaney E,Ozersky P,Riley A,Strowmatt C,Wagner-McPherson C,Wollam A,Yoakum M,Bell M,Dedhia N,Parnell L,Shah R,Rodriguez M,See LH,Vil D,Baker J,Kirchoff K,Toth K,King L,Bahret A,Miller B,Marra M,Martienssen R,McCombie WR,Wilson RK,Murphy G,Bancroft I,Volckaert G,Wambutt R,D?sterh?ft A,Stiekema W,Pohl T,Entian KD,Terryn N,Hartley N,Bent E,Johnson S,Langham SA,McCullagh B,Robben J,Grymonprez B,Zimmermann W,Ramsperger U,Wedler H,Balke K,Wedler E,Peters S,van Staveren M,Dirkse W,Mooijman P,Lankhorst RK,Weitzenegger T,Bothe G,Rose M,Hauf J,Berneiser S,Hempel S,Feldpausch M,Lamberth S,Villarroel R,Gielen J,Ardiles W,Bents O,Lemcke K,Kolesov G,Mayer K,Rudd S,Schoof H,Schueller C,Zaccaria P,Mewes HW,Bevan M,Fransz P,,,


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