AT1G72250 cDNA ORF clone, Arabidopsis thaliana(thale cress)

Gene
Clones
gRNAs

Summary

Gene Symbol	AT1G72250
Entrez Gene ID	843557
Full Name	Di-glucose binding protein with Kinesin motor domain-containing protein
Synonyms	T9N14.6,T9N14_6
Gene Type	protein-coding
Organism	Arabidopsis thaliana(thale cress)

mRNA and Protein(s)

mRNA	Protein	Name
NM_001334521.1	NP_001320540.1	Di-glucose binding protein with Kinesin motor domain-containing protein
NM_105884.2	NP_177370.1	Di-glucose binding protein with Kinesin motor domain-containing protein
NM_001334519.1	NP_001319365.1	Di-glucose binding protein with Kinesin motor domain-containing protein
NM_001334520.1	NP_001320541.1	Di-glucose binding protein with Kinesin motor domain-containing protein

Pathways from BioSystems

Homologies

Arabidopsis thaliana (thale cress)	AT2G22610	NP_001189577.1
Arabidopsis thaliana (thale cress)	AT1G72250	NP_001185378.1
Oryza sativa (rice)	Os03g0114000	NP_001048740.1

Gene Ontology
Bibliography

Related articles in PubMed

Sequence and analysis of chromosome 1 of the plant Arabidopsis thaliana.
Theologis A, Ecker JR, Palm CJ, Federspiel NA, Kaul S, White O, Alonso J, Altafi H, Araujo R, Bowman CL, Brooks SY, Buehler E, Chan A, Chao Q, Chen H, Cheuk RF, Chin CW, Chung MK, Conn L, Conway AB, Conway AR, Creasy TH, Dewar K, Dunn P, Etgu P, Feldblyum TV, Feng J, Fong B, Fujii CY, Gill JE, Goldsmith AD, Haas B, Hansen NF, Hughes B, Huizar L, Hunter JL, Jenkins J, Johnson-Hopson C, Khan S, Khaykin E, Kim CJ, Koo HL, Kremenetskaia I, Kurtz DB, Kwan A, Lam B, Langin-Hooper S, Lee A, Lee JM, Lenz CA, Li JH, Li Y, Lin X, Liu SX, Liu ZA, Luros JS, Maiti R, Marziali A, Militscher J, Miranda M, Nguyen M, Nierman WC, Osborne BI, Pai G, Peterson J, Pham PK, Rizzo M, Rooney T, Rowley D, Sakano H, Salzberg SL, Schwartz JR, Shinn P, Southwick AM, Sun H, Tallon LJ, Tambunga G, Toriumi MJ, Town CD, Utterback T, Van Aken S, Vaysberg M, Vysotskaia VS, Walker M, Wu D, Yu G, Fraser CM, Venter JC, Davis RW
Nature408(6814)816-20(2000 Dec)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following AT1G72250 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the AT1G72250 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.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OAb27733	NM_105884.2 Latest version!	Arabidopsis thaliana Di-glucose binding protein with Kinesin motor domain-containing protein (AT1G72250), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	15-17	$713.30 $1019.00
OAb32734	NM_001334519.1 Latest version!	Arabidopsis thaliana Di-glucose binding protein with Kinesin motor domain-containing protein (AT1G72250), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OAb34628	NM_001334521.1 Latest version!	Arabidopsis thaliana Di-glucose binding protein with Kinesin motor domain-containing protein (AT1G72250), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OAb34629	NM_001334520.1 Latest version!	Arabidopsis thaliana Di-glucose binding protein with Kinesin motor domain-containing protein (AT1G72250), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** 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)

AT1G72250 ( NM_105884.2 ) cDNA ORF clone, Arabidopsis thaliana(thale cress) -> NP_177370.1 Arabidopsis thaliana Di-glucose binding protein with Kinesin motor domain-containing protein (AT1G72250), partial mRNA.

Price & Availability↑

CloneID	OAb27733
Clone ID Related Accession (Same CDS sequence)	NM_105884.2
Accession Version	NM_105884.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3588bp) 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	Di-glucose binding protein with Kinesin motor domain-containing protein
Comment	Comment: REVIEWED REFSEQ: This record has been curated by TAIR and Araport. This record is derived from an annotated genomic sequence (NC_003070). On May 14, 2003 this sequence version replaced NM_105884.1. COMPLETENESS: incomplete on the 5' end.

ATGGAGGATT GTTGTGATCC ACTTCTCGCA ACTGATGCTT CTCCGCGACC TGAAAGCTTC 
TCTCGCTCTG AAAAGGATAT AGCATCGCGC TCAAGGACTG TGGCAATGGC AGATCTGGAT 
TCAAATTGCG AATTGAGTAA CGATGTTGAT ATGGAACAAT CAAGCCCAGA TTTGATGAAA 
TTGGAACAAT CTAGTGATCC CGTAGCGTTA GATGGAAAAG TTGTATTAGG GTTTTCATTA 
GCATCTCCAG ATCTAGTAAA TTGTGGCGCT TCACCTGATT TACCTAGAGG TAGCTATGAA 
GATTCACCAG AATTTTCTAA GAAAAGAAGA TTTTCTACTG AGCTTTCTCT AGAGAATGGA 
ATTGATGGTT CTACTACTAC TACAAGACTT GGCCGTAAAA GCCAAGTTGT GAAATTCTCA 
GCAATCTGTC AGACATTTGG CTATGAGTTG TCTCCTGAGT CTTCTTTTGA GTTACCTTCT 
CCACCTGGAG ACTTTCGGGA GAGTATGACT CCTGTTATAA GTATCAACTC TGGTTCTATA 
AGCACGGATG TGACTGTGGA GGATGTAACT TTCTTGAAGG ATGAGTTTTT TAGTGGAGGT 
GAAAGTATTA CAACTGATGC TGTTGTTGGC AATGAAGATG AGATTTTGTT GTATCAAACA 
GCTCGTCTTG GTAATTTCGC TTACAAGTTT CAGTCACTGG ATCCTGGGGA CTACTTCATC 
GATTTGCATT TTGCTGAAAT CGAGTTCACT AAGGGTCCAC CGGGAGTCAT ATCCGGCCTT 
GATTTGTTTT CGCAAGTAGG AGCAAATACA CCTCTTGTGA TAGAGGATCT AAGGATGCTC 
GTAGGTAGGG AAGGAGAGTT ATCTATACGA TTAGAAGGAG TGACAGGAGC TGCAATTCTA 
TGTGGCATTT CTATTAGGAA AGAGACAACG GCTACCTATG TTGAAGAAAC TGGAATGCTA 
GCGGTGAAAG GTTCAACTGA CACTGTTCTG TCCCAGCAAA CTCAAGAAAA TCTTGTCTGC 
AGGGCAGAAG AAGAGGCTGA AGGGATGAGA AGTGACTGTG AGCAGCAGAG GAAAGAGATG 
GAGGATATGA AGAGAATGGT TGAGGAACTT AAACTGGAGA ACCAACAAAA GACTAGAGAA 
TGCGAAGAAG CATTGAATTC TCTCAGTGAG ATTCAAAATG AACTAATGCG CAAGTCGATG 
CATGTTGGTT CTTTGGGGAC AAGTCAAAGA GAAGAGCAGA TGGTTCTCTT CATTAAGAGA 
TTTGACAAGA AAATTGAAGT GGAGCAAATT AAGCTGTTGG AGGAGGCAAC AACATACAAA 
CACCTAGTCC AAGATATCAA CGAGTTCAGT TCTCACATCC AGTCTAGAGT GAAGCAGGAC 
GCAGAATTGC ATGAAAATCT CAAAGTCAAA TTTGTAGCAG GAGAAAAAGA GAGGAAAGAA 
CTATATAACA AGATACTAGA ACTAAAAGGT AACATCAGGG TCTTTTGCAG GTGTCGACCA 
CTAAACTTTG AAGAAACTGA AGCAGGAGTA TCAATGGGAA TTGATGTTGA GTCAACCAAA 
AATGGAGAGG TCATAGTGAT GTCAAATGGT TTTCCCAAAA AAAGCTTCAA GTTCGATTCT 
GTTTTTGGTC CTAACGCTTC CCAAGCTGAT GTTTTTGAAG ATACTGCTCC CTTTGCTACG 
TCAGTCATTG ATGGATACAA CGTTTGCATC TTCGCCTATG GCCAGACTGG TACTGGGAAA 
ACTTTTACCA TGGAGGGAAC TCAACATGAC CGTGGTGTAA ACTATAGAAC ACTGGAAAAT 
CTGTTTCGAA TAATCAAAGC ACGAGAACAC CGCTACAATT ATGAGATCTC GGTCAGTGTA 
TTGGAAGTTT ACAATGAGCA GATAAGAGAT TTGTTGGTTC CAGCTTCACA GAGTGCATCT 
GCACCCAAAA GATTTGAGAT AAGGCAACTG AGTGAAGGAA ACCACCACGT ACCAGGATTG 
GTTGAAGCAC CTGTGAAAAG CATAGAAGAG GTTTGGGATG TGTTGAAAAC AGGAAGTAAT 
GCAAGGGCTG TTGGGAAAAC GACGGCTAAT GAGCACAGTA GCCGATCTCA CTGCATTCAC 
TGCGTGATGG TAAAAGGTGA GAATTTGTTG AATGGTGAAT GCACAAAGAG CAAACTATGG 
TTAGTTGATT TAGCAGGAAG CGAACGGGTT GCTAAGACAG AAGTACAAGG AGAACGGCTG 
AAGGAGACTC AAAACATCAA CAAATCATTA TCTGCTCTTG GTGATGTCAT ATTCGCTCTT 
GCCAACAAAA GCTCTCACAT TCCTTTCAGA AACTCAAAAC TCACGCACTT GCTTCAGGAT 
TCTCTAGGAG GAGATTCAAA AACCCTCATG TTTGTACAAA TCAGTCCTAA CGAGAATGAT 
CAAAGTGAGA CACTATGCTC ACTGAATTTT GCTAGCAGAG TGAGAGGGAT AGAGTTGGGA 
CCTGCAAAGA AGCAGCTAGA CAATACTGAA CTCTTGAAAT ACAAGCAAAT GGTTGAGAAA 
TGGAAGCAAG ATATGAAAGG AAAAGACGAA CAGATTAGGA AAATGGAGGA AACGATGTAT 
GGTTTAGAAG CAAAGATTAA GGAACGAGAC ACTAAGAACA AAACCCTCCA AGACAAGGTT 
AAAGAACTTG AATCACAACT ACTGGTGGAG AGGAAGCTTG CTCGTCAACA TGTAGACACC 
AAGATTGCTG AACAGCAGAC AAAACAGCAG ACTGAAGATG AAAACAACAC ATCAAAGAGG 
CCGCCACTGA CAAATATACT GTTGGGATCA GCTTCGAAAG AAATGGTGAA TCTAACACGT 
CCATCACTCT TGGAGAGCAC GACCAGCTAT GATCTAGCTC CTTTACCTAG TGGTGTCCCC 
AAGTATAATG ATCTCTCTGA GAAGGAGAAC AATCCAGAAA TGGCTGATCA AGTGCATCTA 
CCTAATAAAA CAGGAAGATT CTCTATCTGT GCAAAACGTA TTCCATCAGC TCCAGCTCCA 
AGAAGGAGTT CTCTTGCCCC AACCACATCA ACTTCGAGAG AAATGGTATA TCTAACCCGA 
CCACCACTCT CAGAGAGCAC GACCAGCTAT GATCTACCTC CTTTACCCAA TGGTGGCCTC 
AAGTACAGTG ACCTCATTGA GAAGGTGAAC AATCAAGAAA TGGCTGAGCA AGTGCAAATT 
CCCAAGAGAA TAGGAGCAGG AAGATCCTCC ATCTGCGCAA AACGTATTCC ACCAGCTCCA 
AGAAGGAAGA GTTTTGCGCC AATGCCATTC ATTCCAATCA CATCAACATT AACTTCTCCT 
GATGAAAAGA GTGGCGCTAA CCAAGTGCTC TGCACCAGTC CTAAGCTACA TAGAAGTAAT 
GGGAAGACGT TGACCAGCAT ACTGAGACGA AGCATACAAA AGAGAATGCA AATGAAACCT 
TCCCCGAGGC AGCAACCAAT GAGAAGAGGT GGCGGCATTA ATGTAGGGAT GGAGAGAGTT 
AGGCTGTCTA TAGGAAACAG AGGAAGGTTA GCTCATAGAG TTCTGCTAAC CAATGCTCGT 
AAGGCAGGTC TGAAGGAGAC ACCGCAGAAA CAAGAGCGAT GGATCTGA

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

RefSeq	NP_177370.1
CDS	1..3588
Translation	MEDCCDPLLATDASPRPESFSRSEKDIASRSRTVAMADLDSNCELSNDVDMEQSSPDLMKLEQSSDPVALDGKVVLGFSLASPDLVNCGASPDLPRGSYEDSPEFSKKRRFSTELSLENGIDGSTTTTRLGRKSQVVKFSAICQTFGYELSPESSFELPSPPGDFRESMTPVISINSGSISTDVTVEDVTFLKDEFFSGGESITTDAVVGNEDEILLYQTARLGNFAYKFQSLDPGDYFIDLHFAEIEFTKGPPGVISGLDLFSQVGANTPLVIEDLRMLVGREGELSIRLEGVTGAAILCGISIRKETTATYVEETGMLAVKGSTDTVLSQQTQENLVCRAEEEAEGMRSDCEQQRKEMEDMKRMVEELKLENQQKTRECEEALNSLSEIQNELMRKSMHVGSLGTSQREEQMVLFIKRFDKKIEVEQIKLLEEATTYKHLVQDINEFSSHIQSRVKQDAELHENLKVKFVAGEKERKELYNKILELKGNIRVFCRCRPLNFEETEAGVSMGIDVESTKNGEVIVMSNGFPKKSFKFDSVFGPNASQADVFEDTAPFATSVIDGYNVCIFAYGQTGTGKTFTMEGTQHDRGVNYRTLENLFRIIKAREHRYNYEISVSVLEVYNEQIRDLLVPASQSASAPKRFEIRQLSEGNHHVPGLVEAPVKSIEEVWDVLKTGSNARAVGKTTANEHSSRSHCIHCVMVKGENLLNGECTKSKLWLVDLAGSERVAKTEVQGERLKETQNINKSLSALGDVIFALANKSSHIPFRNSKLTHLLQDSLGGDSKTLMFVQISPNENDQSETLCSLNFASRVRGIELGPAKKQLDNTELLKYKQMVEKWKQDMKGKDEQIRKMEETMYGLEAKIKERDTKNKTLQDKVKELESQLLVERKLARQHVDTKIAEQQTKQQTEDENNTSKRPPLTNILLGSASKEMVNLTRPSLLESTTSYDLAPLPSGVPKYNDLSEKENNPEMADQVHLPNKTGRFSICAKRIPSAPAPRRSSLAPTTSTSREMVYLTRPPLSESTTSYDLPPLPNGGLKYSDLIEKVNNQEMAEQVQIPKRIGAGRSSICAKRIPPAPRRKSFAPMPFIPITSTLTSPDEKSGANQVLCTSPKLHRSNGKTLTSILRRSIQKRMQMKPSPRQQPMRRGGGINVGMERVRLSIGNRGRLAHRVLLTNARKAGLKETPQKQERWI

Target ORF information:

RefSeq Version	NM_105884.2
Organism	Arabidopsis thaliana(thale cress)
Definition	Arabidopsis thaliana Di-glucose binding protein with Kinesin motor domain-containing protein (AT1G72250), partial mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_105884.2

ORF Insert Sequence:

ATGGAGGATT GTTGTGATCC ACTTCTCGCA ACTGATGCTT CTCCGCGACC TGAAAGCTTC 
TCTCGCTCTG AAAAGGATAT AGCATCGCGC TCAAGGACTG TGGCAATGGC AGATCTGGAT 
TCAAATTGCG AATTGAGTAA CGATGTTGAT ATGGAACAAT CAAGCCCAGA TTTGATGAAA 
TTGGAACAAT CTAGTGATCC CGTAGCGTTA GATGGAAAAG TTGTATTAGG GTTTTCATTA 
GCATCTCCAG ATCTAGTAAA TTGTGGCGCT TCACCTGATT TACCTAGAGG TAGCTATGAA 
GATTCACCAG AATTTTCTAA GAAAAGAAGA TTTTCTACTG AGCTTTCTCT AGAGAATGGA 
ATTGATGGTT CTACTACTAC TACAAGACTT GGCCGTAAAA GCCAAGTTGT GAAATTCTCA 
GCAATCTGTC AGACATTTGG CTATGAGTTG TCTCCTGAGT CTTCTTTTGA GTTACCTTCT 
CCACCTGGAG ACTTTCGGGA GAGTATGACT CCTGTTATAA GTATCAACTC TGGTTCTATA 
AGCACGGATG TGACTGTGGA GGATGTAACT TTCTTGAAGG ATGAGTTTTT TAGTGGAGGT 
GAAAGTATTA CAACTGATGC TGTTGTTGGC AATGAAGATG AGATTTTGTT GTATCAAACA 
GCTCGTCTTG GTAATTTCGC TTACAAGTTT CAGTCACTGG ATCCTGGGGA CTACTTCATC 
GATTTGCATT TTGCTGAAAT CGAGTTCACT AAGGGTCCAC CGGGAGTCAT ATCCGGCCTT 
GATTTGTTTT CGCAAGTAGG AGCAAATACA CCTCTTGTGA TAGAGGATCT AAGGATGCTC 
GTAGGTAGGG AAGGAGAGTT ATCTATACGA TTAGAAGGAG TGACAGGAGC TGCAATTCTA 
TGTGGCATTT CTATTAGGAA AGAGACAACG GCTACCTATG TTGAAGAAAC TGGAATGCTA 
GCGGTGAAAG GTTCAACTGA CACTGTTCTG TCCCAGCAAA CTCAAGAAAA TCTTGTCTGC 
AGGGCAGAAG AAGAGGCTGA AGGGATGAGA AGTGACTGTG AGCAGCAGAG GAAAGAGATG 
GAGGATATGA AGAGAATGGT TGAGGAACTT AAACTGGAGA ACCAACAAAA GACTAGAGAA 
TGCGAAGAAG CATTGAATTC TCTCAGTGAG ATTCAAAATG AACTAATGCG CAAGTCGATG 
CATGTTGGTT CTTTGGGGAC AAGTCAAAGA GAAGAGCAGA TGGTTCTCTT CATTAAGAGA 
TTTGACAAGA AAATTGAAGT GGAGCAAATT AAGCTGTTGG AGGAGGCAAC AACATACAAA 
CACCTAGTCC AAGATATCAA CGAGTTCAGT TCTCACATCC AGTCTAGAGT GAAGCAGGAC 
GCAGAATTGC ATGAAAATCT CAAAGTCAAA TTTGTAGCAG GAGAAAAAGA GAGGAAAGAA 
CTATATAACA AGATACTAGA ACTAAAAGGT AACATCAGGG TCTTTTGCAG GTGTCGACCA 
CTAAACTTTG AAGAAACTGA AGCAGGAGTA TCAATGGGAA TTGATGTTGA GTCAACCAAA 
AATGGAGAGG TCATAGTGAT GTCAAATGGT TTTCCCAAAA AAAGCTTCAA GTTCGATTCT 
GTTTTTGGTC CTAACGCTTC CCAAGCTGAT GTTTTTGAAG ATACTGCTCC CTTTGCTACG 
TCAGTCATTG ATGGATACAA CGTTTGCATC TTCGCCTATG GCCAGACTGG TACTGGGAAA 
ACTTTTACCA TGGAGGGAAC TCAACATGAC CGTGGTGTAA ACTATAGAAC ACTGGAAAAT 
CTGTTTCGAA TAATCAAAGC ACGAGAACAC CGCTACAATT ATGAGATCTC GGTCAGTGTA 
TTGGAAGTTT ACAATGAGCA GATAAGAGAT TTGTTGGTTC CAGCTTCACA GAGTGCATCT 
GCACCCAAAA GATTTGAGAT AAGGCAACTG AGTGAAGGAA ACCACCACGT ACCAGGATTG 
GTTGAAGCAC CTGTGAAAAG CATAGAAGAG GTTTGGGATG TGTTGAAAAC AGGAAGTAAT 
GCAAGGGCTG TTGGGAAAAC GACGGCTAAT GAGCACAGTA GCCGATCTCA CTGCATTCAC 
TGCGTGATGG TAAAAGGTGA GAATTTGTTG AATGGTGAAT GCACAAAGAG CAAACTATGG 
TTAGTTGATT TAGCAGGAAG CGAACGGGTT GCTAAGACAG AAGTACAAGG AGAACGGCTG 
AAGGAGACTC AAAACATCAA CAAATCATTA TCTGCTCTTG GTGATGTCAT ATTCGCTCTT 
GCCAACAAAA GCTCTCACAT TCCTTTCAGA AACTCAAAAC TCACGCACTT GCTTCAGGAT 
TCTCTAGGAG GAGATTCAAA AACCCTCATG TTTGTACAAA TCAGTCCTAA CGAGAATGAT 
CAAAGTGAGA CACTATGCTC ACTGAATTTT GCTAGCAGAG TGAGAGGGAT AGAGTTGGGA 
CCTGCAAAGA AGCAGCTAGA CAATACTGAA CTCTTGAAAT ACAAGCAAAT GGTTGAGAAA 
TGGAAGCAAG ATATGAAAGG AAAAGACGAA CAGATTAGGA AAATGGAGGA AACGATGTAT 
GGTTTAGAAG CAAAGATTAA GGAACGAGAC ACTAAGAACA AAACCCTCCA AGACAAGGTT 
AAAGAACTTG AATCACAACT ACTGGTGGAG AGGAAGCTTG CTCGTCAACA TGTAGACACC 
AAGATTGCTG AACAGCAGAC AAAACAGCAG ACTGAAGATG AAAACAACAC ATCAAAGAGG 
CCGCCACTGA CAAATATACT GTTGGGATCA GCTTCGAAAG AAATGGTGAA TCTAACACGT 
CCATCACTCT TGGAGAGCAC GACCAGCTAT GATCTAGCTC CTTTACCTAG TGGTGTCCCC 
AAGTATAATG ATCTCTCTGA GAAGGAGAAC AATCCAGAAA TGGCTGATCA AGTGCATCTA 
CCTAATAAAA CAGGAAGATT CTCTATCTGT GCAAAACGTA TTCCATCAGC TCCAGCTCCA 
AGAAGGAGTT CTCTTGCCCC AACCACATCA ACTTCGAGAG AAATGGTATA TCTAACCCGA 
CCACCACTCT CAGAGAGCAC GACCAGCTAT GATCTACCTC CTTTACCCAA TGGTGGCCTC 
AAGTACAGTG ACCTCATTGA GAAGGTGAAC AATCAAGAAA TGGCTGAGCA AGTGCAAATT 
CCCAAGAGAA TAGGAGCAGG AAGATCCTCC ATCTGCGCAA AACGTATTCC ACCAGCTCCA 
AGAAGGAAGA GTTTTGCGCC AATGCCATTC ATTCCAATCA CATCAACATT AACTTCTCCT 
GATGAAAAGA GTGGCGCTAA CCAAGTGCTC TGCACCAGTC CTAAGCTACA TAGAAGTAAT 
GGGAAGACGT TGACCAGCAT ACTGAGACGA AGCATACAAA AGAGAATGCA AATGAAACCT 
TCCCCGAGGC AGCAACCAAT GAGAAGAGGT GGCGGCATTA ATGTAGGGAT GGAGAGAGTT 
AGGCTGTCTA TAGGAAACAG AGGAAGGTTA GCTCATAGAG TTCTGCTAAC CAATGCTCGT 
AAGGCAGGTC TGAAGGAGAC ACCGCAGAAA CAAGAGCGAT GGATCTGA

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

AT1G72250 ( NM_001334519.1 ) cDNA ORF clone, Arabidopsis thaliana(thale cress) -> NP_001319365.1 Arabidopsis thaliana Di-glucose binding protein with Kinesin motor domain-containing protein (AT1G72250), mRNA.

Price & Availability↑

CloneID	OAb32734
Clone ID Related Accession (Same CDS sequence)	NM_001334519.1
Accession Version	NM_001334519.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3615bp) 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	Di-glucose binding protein with Kinesin motor domain-containing protein
Comment	Comment: REVIEWED REFSEQ: This record has been curated by TAIR and Araport. This record is derived from an annotated genomic sequence (NC_003070).

ATGGAGGATT GTTGTGATCC ACTTCTCGCA ACTGATGCTT CTCCGCGACC TGAAAGCTTC 
TCTCGCTCAG CTGAAAAGGA TATAGCATCG CGCTCAAGGA CTGTGGCAAT GGCAGATCTG 
GATTCAAATT GCGAATTGAG TAACGATGTT GATATGGAAC AATCAAGCCC AGATTTGATG 
AAATTGGAAC AATCTAGTGA TCCCGTAGCG TTAGATGGAA AAGTTGTATT AGGGTTTTCA 
TTAGCATCTC CAGATCTAGT AAATTGTGGC GCTTCACCTG ATTTACCTAG AGGTAGCTAT 
GAAGATTCAC CAGAATTTTC TAAGAAAAGA AGATTTTCTA CTGAGCTTTC TCTAGAGAAT 
GGAATTGATG GTTCTACTAC TACTACAAGA CTTGGCCGTA AAAGCCAAGT TGTGAAATTC 
TCAGCAATCT GTCAGACATT TGGCTATGAG TTGTCTCCTG AGTCTTCTTT TGAGTTACCT 
TCTCCACCTG GAGACTTTCG GGAGAGTATG ACTCCTGTTA TAAGTATCAA CTCTGGTTCT 
ATAAGCACGG ATGTGACTGT GGAGGATGTA ACTTTCTTGA AGGATGAGTT TTTTAGTGGA 
GGTGAAAGTA TTACAACTGA TGCTGTTGTT GGCAATGAAG ATGAGATTTT GTTGTATCAA 
ACAGCTCGTC TTGGTAATTT CGCTTACAAG TTTCAGTCAC TGGATCCTGG GGACTACTTC 
ATCGATTTGC ATTTTGCTGA AATCGAGTTC ACTAAGGGTC CACCGGGAGT CATATCCGGC 
CTTGATTTGT TTTCGCAAGT AGGAGCAAAT ACACCTCTTG TGATAGAGGA TCTAAGGATG 
CTCGTAGGTA GGGAAGGAGA GTTATCTATA CGATTAGAAG GAGTGACAGG AGCTGCAATT 
CTATGTGGCA TTTCTATTAG GAAAGAGACA ACGGCTACCT ATGTTGAAGA AACTGGAATG 
CTAGCGGTGA AAGGTTCAAC TGACACTGTT CTGTCCCAGC AAACTCAAGA AAATCTTGTC 
TGCAGGGCAG AAGAAGAGGC TGAAGGGATG AGAAGTGACT GTGAGCAGCA GAGGAAAGAG 
ATGGAGGATA TGAAGAGAAT GGTTGAGGAA CTTAAACTGG AGAACCAACA AAAGACTAGA 
GAATGCGAAG AAGCATTGAA TTCTCTCAGT GAGATTCAAA ATGAACTAAT GCGCAAGTCG 
ATGCATGTTG GTTCTTTGGC GTTTGCTGTC GAGGGACAAG TCAAAGAGAA GAGCAGATGG 
TTCTCTTCAT TAAGAGATTT GACAAGAAAA TTGAAGATCA TGAAAGTGGA GCAAATTAAG 
CTGTTGGAGG AGGCAACAAC ATACAAACAC CTAGTCCAAG ATATCAACGA GTTCAGTTCT 
CACATCCAGT CTAGAGTGAA GCAGGACGCA GAATTGCATG AAAATCTCAA AGTCAAATTT 
GTAGCAGGAG AAAAAGAGAG GAAAGAACTA TATAACAAGA TACTAGAACT AAAAGGTAAC 
ATCAGGGTCT TTTGCAGGTG TCGACCACTA AACTTTGAAG AAACTGAAGC AGGAGTATCA 
ATGGGAATTG ATGTTGAGTC AACCAAAAAT GGAGAGGTCA TAGTGATGTC AAATGGTTTT 
CCCAAAAAAA GCTTCAAGTT CGATTCTGTT TTTGGTCCTA ACGCTTCCCA AGCTGATGTT 
TTTGAAGATA CTGCTCCCTT TGCTACGTCA GTCATTGATG GATACAACGT TTGCATCTTC 
GCCTATGGCC AGACTGGTAC TGGGAAAACT TTTACCATGG AGGGAACTCA ACATGACCGT 
GGTGTAAACT ATAGAACACT GGAAAATCTG TTTCGAATAA TCAAAGCACG AGAACACCGC 
TACAATTATG AGATCTCGGT CAGTGTATTG GAAGTTTACA ATGAGCAGAT AAGAGATTTG 
TTGGTTCCAG CTTCACAGAG TGCATCTGCA CCCAAAAGAT TTGAGATAAG GCAACTGAGT 
GAAGGAAACC ACCACGTACC AGGATTGGTT GAAGCACCTG TGAAAAGCAT AGAAGAGGTT 
TGGGATGTGT TGAAAACAGG AAGTAATGCA AGGGCTGTTG GGAAAACGAC GGCTAATGAG 
CACAGTAGCC GATCTCACTG CATTCACTGC GTGATGGTAA AAGGTGAGAA TTTGTTGAAT 
GGTGAATGCA CAAAGAGCAA ACTATGGTTA GTTGATTTAG CAGGAAGCGA ACGGGTTGCT 
AAGACAGAAG TACAAGGAGA ACGGCTGAAG GAGACTCAAA ACATCAACAA ATCATTATCT 
GCTCTTGGTG ATGTCATATT CGCTCTTGCC AACAAAAGCT CTCACATTCC TTTCAGAAAC 
TCAAAACTCA CGCACTTGCT TCAGGATTCT CTAGGAGGAG ATTCAAAAAC CCTCATGTTT 
GTACAAATCA GTCCTAACGA GAATGATCAA AGTGAGACAC TATGCTCACT GAATTTTGCT 
AGCAGAGTGA GAGGGATAGA GTTGGGACCT GCAAAGAAGC AGCTAGACAA TACTGAACTC 
TTGAAATACA AGCAAATGGT TGAGAAATGG AAGCAAGATA TGAAAGGAAA AGACGAACAG 
ATTAGGAAAA TGGAGGAAAC GATGTATGGT TTAGAAGCAA AGATTAAGGA ACGAGACACT 
AAGAACAAAA CCCTCCAAGA CAAGGTTAAA GAACTTGAAT CACAACTACT GGTGGAGAGG 
AAGCTTGCTC GTCAACATGT AGACACCAAG ATTGCTGAAC AGCAGACAAA ACAGCAGACT 
GAAGATGAAA ACAACACATC AAAGAGGCCG CCACTGACAA ATATACTGTT GGGATCAGCT 
TCGAAAGAAA TGGTGAATCT AACACGTCCA TCACTCTTGG AGAGCACGAC CAGCTATGAT 
CTAGCTCCTT TACCTAGTGG TGTCCCCAAG TATAATGATC TCTCTGAGAA GGAGAACAAT 
CCAGAAATGG CTGATCAAGT GCATCTACCT AATAAAACAG GAAGATTCTC TATCTGTGCA 
AAACGTATTC CATCAGCTCC AGCTCCAAGA AGGAGTTCTC TTGCCCCAAC CACATCAACT 
TCGAGAGAAA TGGTATATCT AACCCGACCA CCACTCTCAG AGAGCACGAC CAGCTATGAT 
CTACCTCCTT TACCCAATGG TGGCCTCAAG TACAGTGACC TCATTGAGAA GGTGAACAAT 
CAAGAAATGG CTGAGCAAGT GCAAATTCCC AAGAGAATAG GAGCAGGAAG ATCCTCCATC 
TGCGCAAAAC GTATTCCACC AGCTCCAAGA AGGAAGAGTT TTGCGCCAAT GCCATTCATT 
CCAATCACAT CAACATTAAC TTCTCCTGAT GAAAAGAGTG GCGCTAACCA AGTGCTCTGC 
ACCAGTCCTA AGCTACATAG AAGTAATGGG AAGACGTTGA CCAGCATACT GAGACGAAGC 
ATACAAAAGA GAATGCAAAT GAAACCTTCC CCGAGGCAGC AACCAATGAG AAGAGGTGGC 
GGCATTAATG TAGGGATGGA GAGAGTTAGG CTGTCTATAG GAAACAGAGG AAGGTTAGCT 
CATAGAGTTC TGCTAACCAA TGCTCGTAAG GCAGGTCTGA AGGAGACACC GCAGAAACAA 
GAGCGATGGA TCTGA

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

RefSeq	NP_001319365.1
CDS	112..3726
Translation	MEDCCDPLLATDASPRPESFSRSAEKDIASRSRTVAMADLDSNCELSNDVDMEQSSPDLMKLEQSSDPVALDGKVVLGFSLASPDLVNCGASPDLPRGSYEDSPEFSKKRRFSTELSLENGIDGSTTTTRLGRKSQVVKFSAICQTFGYELSPESSFELPSPPGDFRESMTPVISINSGSISTDVTVEDVTFLKDEFFSGGESITTDAVVGNEDEILLYQTARLGNFAYKFQSLDPGDYFIDLHFAEIEFTKGPPGVISGLDLFSQVGANTPLVIEDLRMLVGREGELSIRLEGVTGAAILCGISIRKETTATYVEETGMLAVKGSTDTVLSQQTQENLVCRAEEEAEGMRSDCEQQRKEMEDMKRMVEELKLENQQKTRECEEALNSLSEIQNELMRKSMHVGSLAFAVEGQVKEKSRWFSSLRDLTRKLKIMKVEQIKLLEEATTYKHLVQDINEFSSHIQSRVKQDAELHENLKVKFVAGEKERKELYNKILELKGNIRVFCRCRPLNFEETEAGVSMGIDVESTKNGEVIVMSNGFPKKSFKFDSVFGPNASQADVFEDTAPFATSVIDGYNVCIFAYGQTGTGKTFTMEGTQHDRGVNYRTLENLFRIIKAREHRYNYEISVSVLEVYNEQIRDLLVPASQSASAPKRFEIRQLSEGNHHVPGLVEAPVKSIEEVWDVLKTGSNARAVGKTTANEHSSRSHCIHCVMVKGENLLNGECTKSKLWLVDLAGSERVAKTEVQGERLKETQNINKSLSALGDVIFALANKSSHIPFRNSKLTHLLQDSLGGDSKTLMFVQISPNENDQSETLCSLNFASRVRGIELGPAKKQLDNTELLKYKQMVEKWKQDMKGKDEQIRKMEETMYGLEAKIKERDTKNKTLQDKVKELESQLLVERKLARQHVDTKIAEQQTKQQTEDENNTSKRPPLTNILLGSASKEMVNLTRPSLLESTTSYDLAPLPSGVPKYNDLSEKENNPEMADQVHLPNKTGRFSICAKRIPSAPAPRRSSLAPTTSTSREMVYLTRPPLSESTTSYDLPPLPNGGLKYSDLIEKVNNQEMAEQVQIPKRIGAGRSSICAKRIPPAPRRKSFAPMPFIPITSTLTSPDEKSGANQVLCTSPKLHRSNGKTLTSILRRSIQKRMQMKPSPRQQPMRRGGGINVGMERVRLSIGNRGRLAHRVLLTNARKAGLKETPQKQERWI

Target ORF information:

RefSeq Version	NM_001334519.1
Organism	Arabidopsis thaliana(thale cress)
Definition	Arabidopsis thaliana Di-glucose binding protein with Kinesin motor domain-containing protein (AT1G72250), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001334519.1

ORF Insert Sequence:

ATGGAGGATT GTTGTGATCC ACTTCTCGCA ACTGATGCTT CTCCGCGACC TGAAAGCTTC 
TCTCGCTCAG CTGAAAAGGA TATAGCATCG CGCTCAAGGA CTGTGGCAAT GGCAGATCTG 
GATTCAAATT GCGAATTGAG TAACGATGTT GATATGGAAC AATCAAGCCC AGATTTGATG 
AAATTGGAAC AATCTAGTGA TCCCGTAGCG TTAGATGGAA AAGTTGTATT AGGGTTTTCA 
TTAGCATCTC CAGATCTAGT AAATTGTGGC GCTTCACCTG ATTTACCTAG AGGTAGCTAT 
GAAGATTCAC CAGAATTTTC TAAGAAAAGA AGATTTTCTA CTGAGCTTTC TCTAGAGAAT 
GGAATTGATG GTTCTACTAC TACTACAAGA CTTGGCCGTA AAAGCCAAGT TGTGAAATTC 
TCAGCAATCT GTCAGACATT TGGCTATGAG TTGTCTCCTG AGTCTTCTTT TGAGTTACCT 
TCTCCACCTG GAGACTTTCG GGAGAGTATG ACTCCTGTTA TAAGTATCAA CTCTGGTTCT 
ATAAGCACGG ATGTGACTGT GGAGGATGTA ACTTTCTTGA AGGATGAGTT TTTTAGTGGA 
GGTGAAAGTA TTACAACTGA TGCTGTTGTT GGCAATGAAG ATGAGATTTT GTTGTATCAA 
ACAGCTCGTC TTGGTAATTT CGCTTACAAG TTTCAGTCAC TGGATCCTGG GGACTACTTC 
ATCGATTTGC ATTTTGCTGA AATCGAGTTC ACTAAGGGTC CACCGGGAGT CATATCCGGC 
CTTGATTTGT TTTCGCAAGT AGGAGCAAAT ACACCTCTTG TGATAGAGGA TCTAAGGATG 
CTCGTAGGTA GGGAAGGAGA GTTATCTATA CGATTAGAAG GAGTGACAGG AGCTGCAATT 
CTATGTGGCA TTTCTATTAG GAAAGAGACA ACGGCTACCT ATGTTGAAGA AACTGGAATG 
CTAGCGGTGA AAGGTTCAAC TGACACTGTT CTGTCCCAGC AAACTCAAGA AAATCTTGTC 
TGCAGGGCAG AAGAAGAGGC TGAAGGGATG AGAAGTGACT GTGAGCAGCA GAGGAAAGAG 
ATGGAGGATA TGAAGAGAAT GGTTGAGGAA CTTAAACTGG AGAACCAACA AAAGACTAGA 
GAATGCGAAG AAGCATTGAA TTCTCTCAGT GAGATTCAAA ATGAACTAAT GCGCAAGTCG 
ATGCATGTTG GTTCTTTGGC GTTTGCTGTC GAGGGACAAG TCAAAGAGAA GAGCAGATGG 
TTCTCTTCAT TAAGAGATTT GACAAGAAAA TTGAAGATCA TGAAAGTGGA GCAAATTAAG 
CTGTTGGAGG AGGCAACAAC ATACAAACAC CTAGTCCAAG ATATCAACGA GTTCAGTTCT 
CACATCCAGT CTAGAGTGAA GCAGGACGCA GAATTGCATG AAAATCTCAA AGTCAAATTT 
GTAGCAGGAG AAAAAGAGAG GAAAGAACTA TATAACAAGA TACTAGAACT AAAAGGTAAC 
ATCAGGGTCT TTTGCAGGTG TCGACCACTA AACTTTGAAG AAACTGAAGC AGGAGTATCA 
ATGGGAATTG ATGTTGAGTC AACCAAAAAT GGAGAGGTCA TAGTGATGTC AAATGGTTTT 
CCCAAAAAAA GCTTCAAGTT CGATTCTGTT TTTGGTCCTA ACGCTTCCCA AGCTGATGTT 
TTTGAAGATA CTGCTCCCTT TGCTACGTCA GTCATTGATG GATACAACGT TTGCATCTTC 
GCCTATGGCC AGACTGGTAC TGGGAAAACT TTTACCATGG AGGGAACTCA ACATGACCGT 
GGTGTAAACT ATAGAACACT GGAAAATCTG TTTCGAATAA TCAAAGCACG AGAACACCGC 
TACAATTATG AGATCTCGGT CAGTGTATTG GAAGTTTACA ATGAGCAGAT AAGAGATTTG 
TTGGTTCCAG CTTCACAGAG TGCATCTGCA CCCAAAAGAT TTGAGATAAG GCAACTGAGT 
GAAGGAAACC ACCACGTACC AGGATTGGTT GAAGCACCTG TGAAAAGCAT AGAAGAGGTT 
TGGGATGTGT TGAAAACAGG AAGTAATGCA AGGGCTGTTG GGAAAACGAC GGCTAATGAG 
CACAGTAGCC GATCTCACTG CATTCACTGC GTGATGGTAA AAGGTGAGAA TTTGTTGAAT 
GGTGAATGCA CAAAGAGCAA ACTATGGTTA GTTGATTTAG CAGGAAGCGA ACGGGTTGCT 
AAGACAGAAG TACAAGGAGA ACGGCTGAAG GAGACTCAAA ACATCAACAA ATCATTATCT 
GCTCTTGGTG ATGTCATATT CGCTCTTGCC AACAAAAGCT CTCACATTCC TTTCAGAAAC 
TCAAAACTCA CGCACTTGCT TCAGGATTCT CTAGGAGGAG ATTCAAAAAC CCTCATGTTT 
GTACAAATCA GTCCTAACGA GAATGATCAA AGTGAGACAC TATGCTCACT GAATTTTGCT 
AGCAGAGTGA GAGGGATAGA GTTGGGACCT GCAAAGAAGC AGCTAGACAA TACTGAACTC 
TTGAAATACA AGCAAATGGT TGAGAAATGG AAGCAAGATA TGAAAGGAAA AGACGAACAG 
ATTAGGAAAA TGGAGGAAAC GATGTATGGT TTAGAAGCAA AGATTAAGGA ACGAGACACT 
AAGAACAAAA CCCTCCAAGA CAAGGTTAAA GAACTTGAAT CACAACTACT GGTGGAGAGG 
AAGCTTGCTC GTCAACATGT AGACACCAAG ATTGCTGAAC AGCAGACAAA ACAGCAGACT 
GAAGATGAAA ACAACACATC AAAGAGGCCG CCACTGACAA ATATACTGTT GGGATCAGCT 
TCGAAAGAAA TGGTGAATCT AACACGTCCA TCACTCTTGG AGAGCACGAC CAGCTATGAT 
CTAGCTCCTT TACCTAGTGG TGTCCCCAAG TATAATGATC TCTCTGAGAA GGAGAACAAT 
CCAGAAATGG CTGATCAAGT GCATCTACCT AATAAAACAG GAAGATTCTC TATCTGTGCA 
AAACGTATTC CATCAGCTCC AGCTCCAAGA AGGAGTTCTC TTGCCCCAAC CACATCAACT 
TCGAGAGAAA TGGTATATCT AACCCGACCA CCACTCTCAG AGAGCACGAC CAGCTATGAT 
CTACCTCCTT TACCCAATGG TGGCCTCAAG TACAGTGACC TCATTGAGAA GGTGAACAAT 
CAAGAAATGG CTGAGCAAGT GCAAATTCCC AAGAGAATAG GAGCAGGAAG ATCCTCCATC 
TGCGCAAAAC GTATTCCACC AGCTCCAAGA AGGAAGAGTT TTGCGCCAAT GCCATTCATT 
CCAATCACAT CAACATTAAC TTCTCCTGAT GAAAAGAGTG GCGCTAACCA AGTGCTCTGC 
ACCAGTCCTA AGCTACATAG AAGTAATGGG AAGACGTTGA CCAGCATACT GAGACGAAGC 
ATACAAAAGA GAATGCAAAT GAAACCTTCC CCGAGGCAGC AACCAATGAG AAGAGGTGGC 
GGCATTAATG TAGGGATGGA GAGAGTTAGG CTGTCTATAG GAAACAGAGG AAGGTTAGCT 
CATAGAGTTC TGCTAACCAA TGCTCGTAAG GCAGGTCTGA AGGAGACACC GCAGAAACAA 
GAGCGATGGA TCTGA

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

AT1G72250 ( NM_001334521.1 ) cDNA ORF clone, Arabidopsis thaliana(thale cress) -> NP_001320540.1 Arabidopsis thaliana Di-glucose binding protein with Kinesin motor domain-containing protein (AT1G72250), mRNA.

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CloneID	OAb34628
Clone ID Related Accession (Same CDS sequence)	NM_001334521.1
Accession Version	NM_001334521.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3648bp) 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	Di-glucose binding protein with Kinesin motor domain-containing protein
Comment	Comment: REVIEWED REFSEQ: This record has been curated by TAIR and Araport. This record is derived from an annotated genomic sequence (NC_003070).

ATGGAGGATT GTTGTGATCC ACTTCTCGCA ACTGATGCTT CTCCGCGACC TGAAAGCTTC 
TCTCGCTCTG AAAAGGATAT AGCATCGCGC TCAAGGACTG TGGCAATGGC AGATCTGGAT 
TCAAATTGCG AATTGAGTAA CGATGTTGAT ATGGAACAAT CAAGCCCAGA TTTGATGAAA 
TTGGAACAAT CTAGTGATCC CGTAGCGTTA GATGGAAAAG TTGTATTAGG GTTTTCATTA 
GCATCTCCAG ATCTAGTAAA TTGTGGCGCT TCACCTGATT TACCTAGAGG TAGCTATGAA 
GATTCACCAG AATTTTCTAA GAAAAGAAGA TTTTCTACTG AGCTTTCTCT AGAGAATGGA 
ATTGATGGTT CTACTACTAC TACAAGACTT GGCCGTAAAA GCCAAGTTGT GAAATTCTCA 
GCAATCTGTC AGACATTTGG CTATGAGTTG TCTCCTGAGT CTTCTTTTGA GTTACCTTCT 
CCACCTGGAG ACTTTCGGGA GAGTATGACT CCTGTTATAA GTATCAACTC TGGTTCTATA 
AGCACGGATG TGACTGTGGA GGATGTAACT TTCTTGAAGG ATGAGTTTTT TAGTGGAGGT 
GAAAGTATTA CAACTGATGC TGTTGTTGGC AATGAAGATG AGATTTTGTT GTATCAAACA 
GCTCGTCTTG GTAATTTCGC TTACAAGTTT CAGTCACTGG ATCCTGGGGA CTACTTCATC 
GATTTGCATT TTGCTGAAAT CGAGTTCACT AAGGGTCCAC CGGGAGTTAG AGTTTTTGAT 
ATATTCATTC AAGGAGCAAA GGTCATATCC GGCCTTGATT TGTTTTCGCA AGTAGGAGCA 
AATACACCTC TTGTGATAGA GGATCTAAGG ATGCTCGTAG GTAGGGAAGG AGAGTTATCT 
ATACGATTAG AAGGAGTGAC AGGAGCTGCA ATTCTATGTG GCATTTCTAT TAGGAAAGAG 
ACAACGGCTA CCTATGTTGA AGAAACTGGA ATGCTAGCGG TGAAAGGTTC AACTGACACT 
GTTCTGTCCC AGCAAACTCA AGAAAATCTT GTCTGCAGGG CAGAAGAAGA GGCTGAAGGG 
ATGAGAAGTG ACTGTGAGCA GCAGAGGAAA GAGATGGAGG ATATGAAGAG AATGGTTGAG 
GAACTTAAAC TGGAGAACCA ACAAAAGACT AGAGAATGCG AAGAAGCATT GAATTCTCTC 
AGTGAGATTC AAAATGAACT AATGCGCAAG TCGATGCATG TTGGTTCTTT GGCGTTTGCT 
GTCGAGGGAC AAGTCAAAGA GAAGAGCAGA TGGTTCTCTT CATTAAGAGA TTTGACAAGA 
AAATTGAAGA TCATGAAAGT GGAGCAAATT AAGCTGTTGG AGGAGGCAAC AACATACAAA 
CACCTAGTCC AAGATATCAA CGAGTTCAGT TCTCACATCC AGTCTAGAGT GAAGCAGGAC 
GCAGAATTGC ATGAAAATCT CAAAGTCAAA TTTGTAGCAG GAGAAAAAGA GAGGAAAGAA 
CTATATAACA AGATACTAGA ACTAAAAGGT AACATCAGGG TCTTTTGCAG GTGTCGACCA 
CTAAACTTTG AAGAAACTGA AGCAGGAGTA TCAATGGGAA TTGATGTTGA GTCAACCAAA 
AATGGAGAGG TCATAGTGAT GTCAAATGGT TTTCCCAAAA AAAGCTTCAA GTTCGATTCT 
GTTTTTGGTC CTAACGCTTC CCAAGCTGAT GTTTTTGAAG ATACTGCTCC CTTTGCTACG 
TCAGTCATTG ATGGATACAA CGTTTGCATC TTCGCCTATG GCCAGACTGG TACTGGGAAA 
ACTTTTACCA TGGAGGGAAC TCAACATGAC CGTGGTGTAA ACTATAGAAC ACTGGAAAAT 
CTGTTTCGAA TAATCAAAGC ACGAGAACAC CGCTACAATT ATGAGATCTC GGTCAGTGTA 
TTGGAAGTTT ACAATGAGCA GATAAGAGAT TTGTTGGTTC CAGCTTCACA GAGTGCATCT 
GCACCCAAAA GATTTGAGAT AAGGCAACTG AGTGAAGGAA ACCACCACGT ACCAGGATTG 
GTTGAAGCAC CTGTGAAAAG CATAGAAGAG GTTTGGGATG TGTTGAAAAC AGGAAGTAAT 
GCAAGGGCTG TTGGGAAAAC GACGGCTAAT GAGCACAGTA GCCGATCTCA CTGCATTCAC 
TGCGTGATGG TAAAAGGTGA GAATTTGTTG AATGGTGAAT GCACAAAGAG CAAACTATGG 
TTAGTTGATT TAGCAGGAAG CGAACGGGTT GCTAAGACAG AAGTACAAGG AGAACGGCTG 
AAGGAGACTC AAAACATCAA CAAATCATTA TCTGCTCTTG GTGATGTCAT ATTCGCTCTT 
GCCAACAAAA GCTCTCACAT TCCTTTCAGA AACTCAAAAC TCACGCACTT GCTTCAGGAT 
TCTCTAGGAG GAGATTCAAA AACCCTCATG TTTGTACAAA TCAGTCCTAA CGAGAATGAT 
CAAAGTGAGA CACTATGCTC ACTGAATTTT GCTAGCAGAG TGAGAGGGAT AGAGTTGGGA 
CCTGCAAAGA AGCAGCTAGA CAATACTGAA CTCTTGAAAT ACAAGCAAAT GGTTGAGAAA 
TGGAAGCAAG ATATGAAAGG AAAAGACGAA CAGATTAGGA AAATGGAGGA AACGATGTAT 
GGTTTAGAAG CAAAGATTAA GGAACGAGAC ACTAAGAACA AAACCCTCCA AGACAAGGTT 
AAAGAACTTG AATCACAACT ACTGGTGGAG AGGAAGCTTG CTCGTCAACA TGTAGACACC 
AAGATTGCTG AACAGCAGAC AAAACAGCAG ACTGAAGATG AAAACAACAC ATCAAAGAGG 
CCGCCACTGA CAAATATACT GTTGGGATCA GCTTCGAAAG AAATGGTGAA TCTAACACGT 
CCATCACTCT TGGAGAGCAC GACCAGCTAT GATCTAGCTC CTTTACCTAG TGGTGTCCCC 
AAGTATAATG ATCTCTCTGA GAAGGAGAAC AATCCAGAAA TGGCTGATCA AGTGCATCTA 
CCTAATAAAA CAGGAAGATT CTCTATCTGT GCAAAACGTA TTCCATCAGC TCCAGCTCCA 
AGAAGGAGTT CTCTTGCCCC AACCACATCA ACTTCGAGAG AAATGGTATA TCTAACCCGA 
CCACCACTCT CAGAGAGCAC GACCAGCTAT GATCTACCTC CTTTACCCAA TGGTGGCCTC 
AAGTACAGTG ACCTCATTGA GAAGGTGAAC AATCAAGAAA TGGCTGAGCA AGTGCAAATT 
CCCAAGAGAA TAGGAGCAGG AAGATCCTCC ATCTGCGCAA AACGTATTCC ACCAGCTCCA 
AGAAGGAAGA GTTTTGCGCC AATGCCATTC ATTCCAATCA CATCAACATT AACTTCTCCT 
GATGAAAAGA GTGGCGCTAA CCAAGTGCTC TGCACCAGTC CTAAGCTACA TAGAAGTAAT 
GGGAAGACGT TGACCAGCAT ACTGAGACGA AGCATACAAA AGAGAATGCA AATGAAACCT 
TCCCCGAGGC AGCAACCAAT GAGAAGAGGT GGCGGCATTA ATGTAGGGAT GGAGAGAGTT 
AGGCTGTCTA TAGGAAACAG AGGAAGGTTA GCTCATAGAG TTCTGCTAAC CAATGCTCGT 
AAGGCAGGTC TGAAGGAGAC ACCGCAGAAA CAAGAGCGAT GGATCTGA

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

RefSeq	NP_001320540.1
CDS	153..3800
Translation	MEDCCDPLLATDASPRPESFSRSEKDIASRSRTVAMADLDSNCELSNDVDMEQSSPDLMKLEQSSDPVALDGKVVLGFSLASPDLVNCGASPDLPRGSYEDSPEFSKKRRFSTELSLENGIDGSTTTTRLGRKSQVVKFSAICQTFGYELSPESSFELPSPPGDFRESMTPVISINSGSISTDVTVEDVTFLKDEFFSGGESITTDAVVGNEDEILLYQTARLGNFAYKFQSLDPGDYFIDLHFAEIEFTKGPPGVRVFDIFIQGAKVISGLDLFSQVGANTPLVIEDLRMLVGREGELSIRLEGVTGAAILCGISIRKETTATYVEETGMLAVKGSTDTVLSQQTQENLVCRAEEEAEGMRSDCEQQRKEMEDMKRMVEELKLENQQKTRECEEALNSLSEIQNELMRKSMHVGSLAFAVEGQVKEKSRWFSSLRDLTRKLKIMKVEQIKLLEEATTYKHLVQDINEFSSHIQSRVKQDAELHENLKVKFVAGEKERKELYNKILELKGNIRVFCRCRPLNFEETEAGVSMGIDVESTKNGEVIVMSNGFPKKSFKFDSVFGPNASQADVFEDTAPFATSVIDGYNVCIFAYGQTGTGKTFTMEGTQHDRGVNYRTLENLFRIIKAREHRYNYEISVSVLEVYNEQIRDLLVPASQSASAPKRFEIRQLSEGNHHVPGLVEAPVKSIEEVWDVLKTGSNARAVGKTTANEHSSRSHCIHCVMVKGENLLNGECTKSKLWLVDLAGSERVAKTEVQGERLKETQNINKSLSALGDVIFALANKSSHIPFRNSKLTHLLQDSLGGDSKTLMFVQISPNENDQSETLCSLNFASRVRGIELGPAKKQLDNTELLKYKQMVEKWKQDMKGKDEQIRKMEETMYGLEAKIKERDTKNKTLQDKVKELESQLLVERKLARQHVDTKIAEQQTKQQTEDENNTSKRPPLTNILLGSASKEMVNLTRPSLLESTTSYDLAPLPSGVPKYNDLSEKENNPEMADQVHLPNKTGRFSICAKRIPSAPAPRRSSLAPTTSTSREMVYLTRPPLSESTTSYDLPPLPNGGLKYSDLIEKVNNQEMAEQVQIPKRIGAGRSSICAKRIPPAPRRKSFAPMPFIPITSTLTSPDEKSGANQVLCTSPKLHRSNGKTLTSILRRSIQKRMQMKPSPRQQPMRRGGGINVGMERVRLSIGNRGRLAHRVLLTNARKAGLKETPQKQERWI

Target ORF information:

RefSeq Version	NM_001334521.1
Organism	Arabidopsis thaliana(thale cress)
Definition	Arabidopsis thaliana Di-glucose binding protein with Kinesin motor domain-containing protein (AT1G72250), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001334521.1

ORF Insert Sequence:

ATGGAGGATT GTTGTGATCC ACTTCTCGCA ACTGATGCTT CTCCGCGACC TGAAAGCTTC 
TCTCGCTCTG AAAAGGATAT AGCATCGCGC TCAAGGACTG TGGCAATGGC AGATCTGGAT 
TCAAATTGCG AATTGAGTAA CGATGTTGAT ATGGAACAAT CAAGCCCAGA TTTGATGAAA 
TTGGAACAAT CTAGTGATCC CGTAGCGTTA GATGGAAAAG TTGTATTAGG GTTTTCATTA 
GCATCTCCAG ATCTAGTAAA TTGTGGCGCT TCACCTGATT TACCTAGAGG TAGCTATGAA 
GATTCACCAG AATTTTCTAA GAAAAGAAGA TTTTCTACTG AGCTTTCTCT AGAGAATGGA 
ATTGATGGTT CTACTACTAC TACAAGACTT GGCCGTAAAA GCCAAGTTGT GAAATTCTCA 
GCAATCTGTC AGACATTTGG CTATGAGTTG TCTCCTGAGT CTTCTTTTGA GTTACCTTCT 
CCACCTGGAG ACTTTCGGGA GAGTATGACT CCTGTTATAA GTATCAACTC TGGTTCTATA 
AGCACGGATG TGACTGTGGA GGATGTAACT TTCTTGAAGG ATGAGTTTTT TAGTGGAGGT 
GAAAGTATTA CAACTGATGC TGTTGTTGGC AATGAAGATG AGATTTTGTT GTATCAAACA 
GCTCGTCTTG GTAATTTCGC TTACAAGTTT CAGTCACTGG ATCCTGGGGA CTACTTCATC 
GATTTGCATT TTGCTGAAAT CGAGTTCACT AAGGGTCCAC CGGGAGTTAG AGTTTTTGAT 
ATATTCATTC AAGGAGCAAA GGTCATATCC GGCCTTGATT TGTTTTCGCA AGTAGGAGCA 
AATACACCTC TTGTGATAGA GGATCTAAGG ATGCTCGTAG GTAGGGAAGG AGAGTTATCT 
ATACGATTAG AAGGAGTGAC AGGAGCTGCA ATTCTATGTG GCATTTCTAT TAGGAAAGAG 
ACAACGGCTA CCTATGTTGA AGAAACTGGA ATGCTAGCGG TGAAAGGTTC AACTGACACT 
GTTCTGTCCC AGCAAACTCA AGAAAATCTT GTCTGCAGGG CAGAAGAAGA GGCTGAAGGG 
ATGAGAAGTG ACTGTGAGCA GCAGAGGAAA GAGATGGAGG ATATGAAGAG AATGGTTGAG 
GAACTTAAAC TGGAGAACCA ACAAAAGACT AGAGAATGCG AAGAAGCATT GAATTCTCTC 
AGTGAGATTC AAAATGAACT AATGCGCAAG TCGATGCATG TTGGTTCTTT GGCGTTTGCT 
GTCGAGGGAC AAGTCAAAGA GAAGAGCAGA TGGTTCTCTT CATTAAGAGA TTTGACAAGA 
AAATTGAAGA TCATGAAAGT GGAGCAAATT AAGCTGTTGG AGGAGGCAAC AACATACAAA 
CACCTAGTCC AAGATATCAA CGAGTTCAGT TCTCACATCC AGTCTAGAGT GAAGCAGGAC 
GCAGAATTGC ATGAAAATCT CAAAGTCAAA TTTGTAGCAG GAGAAAAAGA GAGGAAAGAA 
CTATATAACA AGATACTAGA ACTAAAAGGT AACATCAGGG TCTTTTGCAG GTGTCGACCA 
CTAAACTTTG AAGAAACTGA AGCAGGAGTA TCAATGGGAA TTGATGTTGA GTCAACCAAA 
AATGGAGAGG TCATAGTGAT GTCAAATGGT TTTCCCAAAA AAAGCTTCAA GTTCGATTCT 
GTTTTTGGTC CTAACGCTTC CCAAGCTGAT GTTTTTGAAG ATACTGCTCC CTTTGCTACG 
TCAGTCATTG ATGGATACAA CGTTTGCATC TTCGCCTATG GCCAGACTGG TACTGGGAAA 
ACTTTTACCA TGGAGGGAAC TCAACATGAC CGTGGTGTAA ACTATAGAAC ACTGGAAAAT 
CTGTTTCGAA TAATCAAAGC ACGAGAACAC CGCTACAATT ATGAGATCTC GGTCAGTGTA 
TTGGAAGTTT ACAATGAGCA GATAAGAGAT TTGTTGGTTC CAGCTTCACA GAGTGCATCT 
GCACCCAAAA GATTTGAGAT AAGGCAACTG AGTGAAGGAA ACCACCACGT ACCAGGATTG 
GTTGAAGCAC CTGTGAAAAG CATAGAAGAG GTTTGGGATG TGTTGAAAAC AGGAAGTAAT 
GCAAGGGCTG TTGGGAAAAC GACGGCTAAT GAGCACAGTA GCCGATCTCA CTGCATTCAC 
TGCGTGATGG TAAAAGGTGA GAATTTGTTG AATGGTGAAT GCACAAAGAG CAAACTATGG 
TTAGTTGATT TAGCAGGAAG CGAACGGGTT GCTAAGACAG AAGTACAAGG AGAACGGCTG 
AAGGAGACTC AAAACATCAA CAAATCATTA TCTGCTCTTG GTGATGTCAT ATTCGCTCTT 
GCCAACAAAA GCTCTCACAT TCCTTTCAGA AACTCAAAAC TCACGCACTT GCTTCAGGAT 
TCTCTAGGAG GAGATTCAAA AACCCTCATG TTTGTACAAA TCAGTCCTAA CGAGAATGAT 
CAAAGTGAGA CACTATGCTC ACTGAATTTT GCTAGCAGAG TGAGAGGGAT AGAGTTGGGA 
CCTGCAAAGA AGCAGCTAGA CAATACTGAA CTCTTGAAAT ACAAGCAAAT GGTTGAGAAA 
TGGAAGCAAG ATATGAAAGG AAAAGACGAA CAGATTAGGA AAATGGAGGA AACGATGTAT 
GGTTTAGAAG CAAAGATTAA GGAACGAGAC ACTAAGAACA AAACCCTCCA AGACAAGGTT 
AAAGAACTTG AATCACAACT ACTGGTGGAG AGGAAGCTTG CTCGTCAACA TGTAGACACC 
AAGATTGCTG AACAGCAGAC AAAACAGCAG ACTGAAGATG AAAACAACAC ATCAAAGAGG 
CCGCCACTGA CAAATATACT GTTGGGATCA GCTTCGAAAG AAATGGTGAA TCTAACACGT 
CCATCACTCT TGGAGAGCAC GACCAGCTAT GATCTAGCTC CTTTACCTAG TGGTGTCCCC 
AAGTATAATG ATCTCTCTGA GAAGGAGAAC AATCCAGAAA TGGCTGATCA AGTGCATCTA 
CCTAATAAAA CAGGAAGATT CTCTATCTGT GCAAAACGTA TTCCATCAGC TCCAGCTCCA 
AGAAGGAGTT CTCTTGCCCC AACCACATCA ACTTCGAGAG AAATGGTATA TCTAACCCGA 
CCACCACTCT CAGAGAGCAC GACCAGCTAT GATCTACCTC CTTTACCCAA TGGTGGCCTC 
AAGTACAGTG ACCTCATTGA GAAGGTGAAC AATCAAGAAA TGGCTGAGCA AGTGCAAATT 
CCCAAGAGAA TAGGAGCAGG AAGATCCTCC ATCTGCGCAA AACGTATTCC ACCAGCTCCA 
AGAAGGAAGA GTTTTGCGCC AATGCCATTC ATTCCAATCA CATCAACATT AACTTCTCCT 
GATGAAAAGA GTGGCGCTAA CCAAGTGCTC TGCACCAGTC CTAAGCTACA TAGAAGTAAT 
GGGAAGACGT TGACCAGCAT ACTGAGACGA AGCATACAAA AGAGAATGCA AATGAAACCT 
TCCCCGAGGC AGCAACCAAT GAGAAGAGGT GGCGGCATTA ATGTAGGGAT GGAGAGAGTT 
AGGCTGTCTA TAGGAAACAG AGGAAGGTTA GCTCATAGAG TTCTGCTAAC CAATGCTCGT 
AAGGCAGGTC TGAAGGAGAC ACCGCAGAAA CAAGAGCGAT GGATCTGA

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

AT1G72250 ( NM_001334520.1 ) cDNA ORF clone, Arabidopsis thaliana(thale cress) -> NP_001320541.1 Arabidopsis thaliana Di-glucose binding protein with Kinesin motor domain-containing protein (AT1G72250), mRNA.

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CloneID	OAb34629
Clone ID Related Accession (Same CDS sequence)	NM_001334520.1
Accession Version	NM_001334520.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3651bp) 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	Di-glucose binding protein with Kinesin motor domain-containing protein
Comment	Comment: REVIEWED REFSEQ: This record has been curated by TAIR and Araport. This record is derived from an annotated genomic sequence (NC_003070).

ATGGAGGATT GTTGTGATCC ACTTCTCGCA ACTGATGCTT CTCCGCGACC TGAAAGCTTC 
TCTCGCTCAG CTGAAAAGGA TATAGCATCG CGCTCAAGGA CTGTGGCAAT GGCAGATCTG 
GATTCAAATT GCGAATTGAG TAACGATGTT GATATGGAAC AATCAAGCCC AGATTTGATG 
AAATTGGAAC AATCTAGTGA TCCCGTAGCG TTAGATGGAA AAGTTGTATT AGGGTTTTCA 
TTAGCATCTC CAGATCTAGT AAATTGTGGC GCTTCACCTG ATTTACCTAG AGGTAGCTAT 
GAAGATTCAC CAGAATTTTC TAAGAAAAGA AGATTTTCTA CTGAGCTTTC TCTAGAGAAT 
GGAATTGATG GTTCTACTAC TACTACAAGA CTTGGCCGTA AAAGCCAAGT TGTGAAATTC 
TCAGCAATCT GTCAGACATT TGGCTATGAG TTGTCTCCTG AGTCTTCTTT TGAGTTACCT 
TCTCCACCTG GAGACTTTCG GGAGAGTATG ACTCCTGTTA TAAGTATCAA CTCTGGTTCT 
ATAAGCACGG ATGTGACTGT GGAGGATGTA ACTTTCTTGA AGGATGAGTT TTTTAGTGGA 
GGTGAAAGTA TTACAACTGA TGCTGTTGTT GGCAATGAAG ATGAGATTTT GTTGTATCAA 
ACAGCTCGTC TTGGTAATTT CGCTTACAAG TTTCAGTCAC TGGATCCTGG GGACTACTTC 
ATCGATTTGC ATTTTGCTGA AATCGAGTTC ACTAAGGGTC CACCGGGAGT TAGAGTTTTT 
GATATATTCA TTCAAGGAGC AAAGGTCATA TCCGGCCTTG ATTTGTTTTC GCAAGTAGGA 
GCAAATACAC CTCTTGTGAT AGAGGATCTA AGGATGCTCG TAGGTAGGGA AGGAGAGTTA 
TCTATACGAT TAGAAGGAGT GACAGGAGCT GCAATTCTAT GTGGCATTTC TATTAGGAAA 
GAGACAACGG CTACCTATGT TGAAGAAACT GGAATGCTAG CGGTGAAAGG TTCAACTGAC 
ACTGTTCTGT CCCAGCAAAC TCAAGAAAAT CTTGTCTGCA GGGCAGAAGA AGAGGCTGAA 
GGGATGAGAA GTGACTGTGA GCAGCAGAGG AAAGAGATGG AGGATATGAA GAGAATGGTT 
GAGGAACTTA AACTGGAGAA CCAACAAAAG ACTAGAGAAT GCGAAGAAGC ATTGAATTCT 
CTCAGTGAGA TTCAAAATGA ACTAATGCGC AAGTCGATGC ATGTTGGTTC TTTGGCGTTT 
GCTGTCGAGG GACAAGTCAA AGAGAAGAGC AGATGGTTCT CTTCATTAAG AGATTTGACA 
AGAAAATTGA AGATCATGAA AGTGGAGCAA ATTAAGCTGT TGGAGGAGGC AACAACATAC 
AAACACCTAG TCCAAGATAT CAACGAGTTC AGTTCTCACA TCCAGTCTAG AGTGAAGCAG 
GACGCAGAAT TGCATGAAAA TCTCAAAGTC AAATTTGTAG CAGGAGAAAA AGAGAGGAAA 
GAACTATATA ACAAGATACT AGAACTAAAA GGTAACATCA GGGTCTTTTG CAGGTGTCGA 
CCACTAAACT TTGAAGAAAC TGAAGCAGGA GTATCAATGG GAATTGATGT TGAGTCAACC 
AAAAATGGAG AGGTCATAGT GATGTCAAAT GGTTTTCCCA AAAAAAGCTT CAAGTTCGAT 
TCTGTTTTTG GTCCTAACGC TTCCCAAGCT GATGTTTTTG AAGATACTGC TCCCTTTGCT 
ACGTCAGTCA TTGATGGATA CAACGTTTGC ATCTTCGCCT ATGGCCAGAC TGGTACTGGG 
AAAACTTTTA CCATGGAGGG AACTCAACAT GACCGTGGTG TAAACTATAG AACACTGGAA 
AATCTGTTTC GAATAATCAA AGCACGAGAA CACCGCTACA ATTATGAGAT CTCGGTCAGT 
GTATTGGAAG TTTACAATGA GCAGATAAGA GATTTGTTGG TTCCAGCTTC ACAGAGTGCA 
TCTGCACCCA AAAGATTTGA GATAAGGCAA CTGAGTGAAG GAAACCACCA CGTACCAGGA 
TTGGTTGAAG CACCTGTGAA AAGCATAGAA GAGGTTTGGG ATGTGTTGAA AACAGGAAGT 
AATGCAAGGG CTGTTGGGAA AACGACGGCT AATGAGCACA GTAGCCGATC TCACTGCATT 
CACTGCGTGA TGGTAAAAGG TGAGAATTTG TTGAATGGTG AATGCACAAA GAGCAAACTA 
TGGTTAGTTG ATTTAGCAGG AAGCGAACGG GTTGCTAAGA CAGAAGTACA AGGAGAACGG 
CTGAAGGAGA CTCAAAACAT CAACAAATCA TTATCTGCTC TTGGTGATGT CATATTCGCT 
CTTGCCAACA AAAGCTCTCA CATTCCTTTC AGAAACTCAA AACTCACGCA CTTGCTTCAG 
GATTCTCTAG GAGGAGATTC AAAAACCCTC ATGTTTGTAC AAATCAGTCC TAACGAGAAT 
GATCAAAGTG AGACACTATG CTCACTGAAT TTTGCTAGCA GAGTGAGAGG GATAGAGTTG 
GGACCTGCAA AGAAGCAGCT AGACAATACT GAACTCTTGA AATACAAGCA AATGGTTGAG 
AAATGGAAGC AAGATATGAA AGGAAAAGAC GAACAGATTA GGAAAATGGA GGAAACGATG 
TATGGTTTAG AAGCAAAGAT TAAGGAACGA GACACTAAGA ACAAAACCCT CCAAGACAAG 
GTTAAAGAAC TTGAATCACA ACTACTGGTG GAGAGGAAGC TTGCTCGTCA ACATGTAGAC 
ACCAAGATTG CTGAACAGCA GACAAAACAG CAGACTGAAG ATGAAAACAA CACATCAAAG 
AGGCCGCCAC TGACAAATAT ACTGTTGGGA TCAGCTTCGA AAGAAATGGT GAATCTAACA 
CGTCCATCAC TCTTGGAGAG CACGACCAGC TATGATCTAG CTCCTTTACC TAGTGGTGTC 
CCCAAGTATA ATGATCTCTC TGAGAAGGAG AACAATCCAG AAATGGCTGA TCAAGTGCAT 
CTACCTAATA AAACAGGAAG ATTCTCTATC TGTGCAAAAC GTATTCCATC AGCTCCAGCT 
CCAAGAAGGA GTTCTCTTGC CCCAACCACA TCAACTTCGA GAGAAATGGT ATATCTAACC 
CGACCACCAC TCTCAGAGAG CACGACCAGC TATGATCTAC CTCCTTTACC CAATGGTGGC 
CTCAAGTACA GTGACCTCAT TGAGAAGGTG AACAATCAAG AAATGGCTGA GCAAGTGCAA 
ATTCCCAAGA GAATAGGAGC AGGAAGATCC TCCATCTGCG CAAAACGTAT TCCACCAGCT 
CCAAGAAGGA AGAGTTTTGC GCCAATGCCA TTCATTCCAA TCACATCAAC ATTAACTTCT 
CCTGATGAAA AGAGTGGCGC TAACCAAGTG CTCTGCACCA GTCCTAAGCT ACATAGAAGT 
AATGGGAAGA CGTTGACCAG CATACTGAGA CGAAGCATAC AAAAGAGAAT GCAAATGAAA 
CCTTCCCCGA GGCAGCAACC AATGAGAAGA GGTGGCGGCA TTAATGTAGG GATGGAGAGA 
GTTAGGCTGT CTATAGGAAA CAGAGGAAGG TTAGCTCATA GAGTTCTGCT AACCAATGCT 
CGTAAGGCAG GTCTGAAGGA GACACCGCAG AAACAAGAGC GATGGATCTG A

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

RefSeq	NP_001320541.1
CDS	163..3813
Translation	MEDCCDPLLATDASPRPESFSRSAEKDIASRSRTVAMADLDSNCELSNDVDMEQSSPDLMKLEQSSDPVALDGKVVLGFSLASPDLVNCGASPDLPRGSYEDSPEFSKKRRFSTELSLENGIDGSTTTTRLGRKSQVVKFSAICQTFGYELSPESSFELPSPPGDFRESMTPVISINSGSISTDVTVEDVTFLKDEFFSGGESITTDAVVGNEDEILLYQTARLGNFAYKFQSLDPGDYFIDLHFAEIEFTKGPPGVRVFDIFIQGAKVISGLDLFSQVGANTPLVIEDLRMLVGREGELSIRLEGVTGAAILCGISIRKETTATYVEETGMLAVKGSTDTVLSQQTQENLVCRAEEEAEGMRSDCEQQRKEMEDMKRMVEELKLENQQKTRECEEALNSLSEIQNELMRKSMHVGSLAFAVEGQVKEKSRWFSSLRDLTRKLKIMKVEQIKLLEEATTYKHLVQDINEFSSHIQSRVKQDAELHENLKVKFVAGEKERKELYNKILELKGNIRVFCRCRPLNFEETEAGVSMGIDVESTKNGEVIVMSNGFPKKSFKFDSVFGPNASQADVFEDTAPFATSVIDGYNVCIFAYGQTGTGKTFTMEGTQHDRGVNYRTLENLFRIIKAREHRYNYEISVSVLEVYNEQIRDLLVPASQSASAPKRFEIRQLSEGNHHVPGLVEAPVKSIEEVWDVLKTGSNARAVGKTTANEHSSRSHCIHCVMVKGENLLNGECTKSKLWLVDLAGSERVAKTEVQGERLKETQNINKSLSALGDVIFALANKSSHIPFRNSKLTHLLQDSLGGDSKTLMFVQISPNENDQSETLCSLNFASRVRGIELGPAKKQLDNTELLKYKQMVEKWKQDMKGKDEQIRKMEETMYGLEAKIKERDTKNKTLQDKVKELESQLLVERKLARQHVDTKIAEQQTKQQTEDENNTSKRPPLTNILLGSASKEMVNLTRPSLLESTTSYDLAPLPSGVPKYNDLSEKENNPEMADQVHLPNKTGRFSICAKRIPSAPAPRRSSLAPTTSTSREMVYLTRPPLSESTTSYDLPPLPNGGLKYSDLIEKVNNQEMAEQVQIPKRIGAGRSSICAKRIPPAPRRKSFAPMPFIPITSTLTSPDEKSGANQVLCTSPKLHRSNGKTLTSILRRSIQKRMQMKPSPRQQPMRRGGGINVGMERVRLSIGNRGRLAHRVLLTNARKAGLKETPQKQERWI

Target ORF information:

RefSeq Version	NM_001334520.1
Organism	Arabidopsis thaliana(thale cress)
Definition	Arabidopsis thaliana Di-glucose binding protein with Kinesin motor domain-containing protein (AT1G72250), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001334520.1

ORF Insert Sequence:

ATGGAGGATT GTTGTGATCC ACTTCTCGCA ACTGATGCTT CTCCGCGACC TGAAAGCTTC 
TCTCGCTCAG CTGAAAAGGA TATAGCATCG CGCTCAAGGA CTGTGGCAAT GGCAGATCTG 
GATTCAAATT GCGAATTGAG TAACGATGTT GATATGGAAC AATCAAGCCC AGATTTGATG 
AAATTGGAAC AATCTAGTGA TCCCGTAGCG TTAGATGGAA AAGTTGTATT AGGGTTTTCA 
TTAGCATCTC CAGATCTAGT AAATTGTGGC GCTTCACCTG ATTTACCTAG AGGTAGCTAT 
GAAGATTCAC CAGAATTTTC TAAGAAAAGA AGATTTTCTA CTGAGCTTTC TCTAGAGAAT 
GGAATTGATG GTTCTACTAC TACTACAAGA CTTGGCCGTA AAAGCCAAGT TGTGAAATTC 
TCAGCAATCT GTCAGACATT TGGCTATGAG TTGTCTCCTG AGTCTTCTTT TGAGTTACCT 
TCTCCACCTG GAGACTTTCG GGAGAGTATG ACTCCTGTTA TAAGTATCAA CTCTGGTTCT 
ATAAGCACGG ATGTGACTGT GGAGGATGTA ACTTTCTTGA AGGATGAGTT TTTTAGTGGA 
GGTGAAAGTA TTACAACTGA TGCTGTTGTT GGCAATGAAG ATGAGATTTT GTTGTATCAA 
ACAGCTCGTC TTGGTAATTT CGCTTACAAG TTTCAGTCAC TGGATCCTGG GGACTACTTC 
ATCGATTTGC ATTTTGCTGA AATCGAGTTC ACTAAGGGTC CACCGGGAGT TAGAGTTTTT 
GATATATTCA TTCAAGGAGC AAAGGTCATA TCCGGCCTTG ATTTGTTTTC GCAAGTAGGA 
GCAAATACAC CTCTTGTGAT AGAGGATCTA AGGATGCTCG TAGGTAGGGA AGGAGAGTTA 
TCTATACGAT TAGAAGGAGT GACAGGAGCT GCAATTCTAT GTGGCATTTC TATTAGGAAA 
GAGACAACGG CTACCTATGT TGAAGAAACT GGAATGCTAG CGGTGAAAGG TTCAACTGAC 
ACTGTTCTGT CCCAGCAAAC TCAAGAAAAT CTTGTCTGCA GGGCAGAAGA AGAGGCTGAA 
GGGATGAGAA GTGACTGTGA GCAGCAGAGG AAAGAGATGG AGGATATGAA GAGAATGGTT 
GAGGAACTTA AACTGGAGAA CCAACAAAAG ACTAGAGAAT GCGAAGAAGC ATTGAATTCT 
CTCAGTGAGA TTCAAAATGA ACTAATGCGC AAGTCGATGC ATGTTGGTTC TTTGGCGTTT 
GCTGTCGAGG GACAAGTCAA AGAGAAGAGC AGATGGTTCT CTTCATTAAG AGATTTGACA 
AGAAAATTGA AGATCATGAA AGTGGAGCAA ATTAAGCTGT TGGAGGAGGC AACAACATAC 
AAACACCTAG TCCAAGATAT CAACGAGTTC AGTTCTCACA TCCAGTCTAG AGTGAAGCAG 
GACGCAGAAT TGCATGAAAA TCTCAAAGTC AAATTTGTAG CAGGAGAAAA AGAGAGGAAA 
GAACTATATA ACAAGATACT AGAACTAAAA GGTAACATCA GGGTCTTTTG CAGGTGTCGA 
CCACTAAACT TTGAAGAAAC TGAAGCAGGA GTATCAATGG GAATTGATGT TGAGTCAACC 
AAAAATGGAG AGGTCATAGT GATGTCAAAT GGTTTTCCCA AAAAAAGCTT CAAGTTCGAT 
TCTGTTTTTG GTCCTAACGC TTCCCAAGCT GATGTTTTTG AAGATACTGC TCCCTTTGCT 
ACGTCAGTCA TTGATGGATA CAACGTTTGC ATCTTCGCCT ATGGCCAGAC TGGTACTGGG 
AAAACTTTTA CCATGGAGGG AACTCAACAT GACCGTGGTG TAAACTATAG AACACTGGAA 
AATCTGTTTC GAATAATCAA AGCACGAGAA CACCGCTACA ATTATGAGAT CTCGGTCAGT 
GTATTGGAAG TTTACAATGA GCAGATAAGA GATTTGTTGG TTCCAGCTTC ACAGAGTGCA 
TCTGCACCCA AAAGATTTGA GATAAGGCAA CTGAGTGAAG GAAACCACCA CGTACCAGGA 
TTGGTTGAAG CACCTGTGAA AAGCATAGAA GAGGTTTGGG ATGTGTTGAA AACAGGAAGT 
AATGCAAGGG CTGTTGGGAA AACGACGGCT AATGAGCACA GTAGCCGATC TCACTGCATT 
CACTGCGTGA TGGTAAAAGG TGAGAATTTG TTGAATGGTG AATGCACAAA GAGCAAACTA 
TGGTTAGTTG ATTTAGCAGG AAGCGAACGG GTTGCTAAGA CAGAAGTACA AGGAGAACGG 
CTGAAGGAGA CTCAAAACAT CAACAAATCA TTATCTGCTC TTGGTGATGT CATATTCGCT 
CTTGCCAACA AAAGCTCTCA CATTCCTTTC AGAAACTCAA AACTCACGCA CTTGCTTCAG 
GATTCTCTAG GAGGAGATTC AAAAACCCTC ATGTTTGTAC AAATCAGTCC TAACGAGAAT 
GATCAAAGTG AGACACTATG CTCACTGAAT TTTGCTAGCA GAGTGAGAGG GATAGAGTTG 
GGACCTGCAA AGAAGCAGCT AGACAATACT GAACTCTTGA AATACAAGCA AATGGTTGAG 
AAATGGAAGC AAGATATGAA AGGAAAAGAC GAACAGATTA GGAAAATGGA GGAAACGATG 
TATGGTTTAG AAGCAAAGAT TAAGGAACGA GACACTAAGA ACAAAACCCT CCAAGACAAG 
GTTAAAGAAC TTGAATCACA ACTACTGGTG GAGAGGAAGC TTGCTCGTCA ACATGTAGAC 
ACCAAGATTG CTGAACAGCA GACAAAACAG CAGACTGAAG ATGAAAACAA CACATCAAAG 
AGGCCGCCAC TGACAAATAT ACTGTTGGGA TCAGCTTCGA AAGAAATGGT GAATCTAACA 
CGTCCATCAC TCTTGGAGAG CACGACCAGC TATGATCTAG CTCCTTTACC TAGTGGTGTC 
CCCAAGTATA ATGATCTCTC TGAGAAGGAG AACAATCCAG AAATGGCTGA TCAAGTGCAT 
CTACCTAATA AAACAGGAAG ATTCTCTATC TGTGCAAAAC GTATTCCATC AGCTCCAGCT 
CCAAGAAGGA GTTCTCTTGC CCCAACCACA TCAACTTCGA GAGAAATGGT ATATCTAACC 
CGACCACCAC TCTCAGAGAG CACGACCAGC TATGATCTAC CTCCTTTACC CAATGGTGGC 
CTCAAGTACA GTGACCTCAT TGAGAAGGTG AACAATCAAG AAATGGCTGA GCAAGTGCAA 
ATTCCCAAGA GAATAGGAGC AGGAAGATCC TCCATCTGCG CAAAACGTAT TCCACCAGCT 
CCAAGAAGGA AGAGTTTTGC GCCAATGCCA TTCATTCCAA TCACATCAAC ATTAACTTCT 
CCTGATGAAA AGAGTGGCGC TAACCAAGTG CTCTGCACCA GTCCTAAGCT ACATAGAAGT 
AATGGGAAGA CGTTGACCAG CATACTGAGA CGAAGCATAC AAAAGAGAAT GCAAATGAAA 
CCTTCCCCGA GGCAGCAACC AATGAGAAGA GGTGGCGGCA TTAATGTAGG GATGGAGAGA 
GTTAGGCTGT CTATAGGAAA CAGAGGAAGG TTAGCTCATA GAGTTCTGCT AACCAATGCT 
CGTAAGGCAG GTCTGAAGGA GACACCGCAG AAACAAGAGC GATGGATCTG A

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

PubMed

Sequence and analysis of chromosome 1 of the plant Arabidopsis thaliana.
Nature408(6814)816-20(2000 Dec)
Theologis A,Ecker JR,Palm CJ,Federspiel NA,Kaul S,White O,Alonso J,Altafi H,Araujo R,Bowman CL,Brooks SY,Buehler E,Chan A,Chao Q,Chen H,Cheuk RF,Chin CW,Chung MK,Conn L,Conway AB,Conway AR,Creasy TH,Dewar K,Dunn P,Etgu P,Feldblyum TV,Feng J,Fong B,Fujii CY,Gill JE,Goldsmith AD,Haas B,Hansen NF,Hughes B,Huizar L,Hunter JL,Jenkins J,Johnson-Hopson C,Khan S,Khaykin E,Kim CJ,Koo HL,Kremenetskaia I,Kurtz DB,Kwan A,Lam B,Langin-Hooper S,Lee A,Lee JM,Lenz CA,Li JH,Li Y,Lin X,Liu SX,Liu ZA,Luros JS,Maiti R,Marziali A,Militscher J,Miranda M,Nguyen M,Nierman WC,Osborne BI,Pai G,Peterson J,Pham PK,Rizzo M,Rooney T,Rowley D,Sakano H,Salzberg SL,Schwartz JR,Shinn P,Southwick AM,Sun H,Tallon LJ,Tambunga G,Toriumi MJ,Town CD,Utterback T,Van Aken S,Vaysberg M,Vysotskaia VS,Walker M,Wu D,Yu G,Fraser CM,Venter JC,Davis RW

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AT1G72250 cDNA ORF clone, Arabidopsis thaliana(thale cress)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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