SEX1 cDNA ORF clone, Arabidopsis thaliana(thale cress)

Gene
Clones
gRNAs

Summary

Gene Symbol	SEX1
Entrez Gene ID	837619
Full Name	Pyruvate phosphate dikinase, PEP/pyruvate binding domain-containing protein
Synonyms	GWD,GWD1,SOP,SOP1,STARCH EXCESS 1,T16B5.10,T16B5_10
Gene Type	protein-coding
Organism	Arabidopsis thaliana(thale cress)

mRNA and Protein(s)

mRNA	Protein	Name
NM_001331926.1	NP_001318975.1	Pyruvate phosphate dikinase, PEP/pyruvate binding domain-containing protein
NM_100952.4	NP_563877.1	Pyruvate phosphate dikinase, PEP/pyruvate binding domain-containing protein
NM_001331927.1	NP_001320611.1	Pyruvate phosphate dikinase, PEP/pyruvate binding domain-containing protein

Pathways from BioSystems

Homologies

Arabidopsis thaliana (thale cress)	SEX1	NP_563877.1
Oryza sativa (rice)	Os06g0498400	NP_001057699.1

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?

pgm, sex1, mex1, dpe1 and dpe2 starch metabolism mutants grown in three different photoperiods display root growth patterns of all genotypes characteristic modifications in their diurnal kinetics that were also affected by the photoperiod.
Title: Mutations in leaf starch metabolism modulate the diurnal root growth profiles of Arabidopsis thaliana.

The role of alpha-glucan/water dikinase in the development of cold tolerance in conjunction with SEX1 protein is reported.
Title: Starch-related alpha-glucan/water dikinase is involved in the cold-induced development of freezing tolerance in Arabidopsis.

The following SEX1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SEX1 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)
OAb23178	NM_100952.4 Latest version!	Arabidopsis thaliana Pyruvate phosphate dikinase, PEP/pyruvate binding domain-containing protein (SEX1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00
OAb23178	NM_001331927.1 Latest version!	Arabidopsis thaliana Pyruvate phosphate dikinase, PEP/pyruvate binding domain-containing protein (SEX1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00
OAb23178	NM_001331926.1 Latest version!	Arabidopsis thaliana Pyruvate phosphate dikinase, PEP/pyruvate binding domain-containing protein (SEX1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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5 or more Clone	50% OFF
All Other ORF Clones
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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)

SEX1 ( NM_001331926.1 ) cDNA ORF clone, Arabidopsis thaliana(thale cress) -> NP_001318975.1 Arabidopsis thaliana Pyruvate phosphate dikinase, PEP/pyruvate binding domain-containing protein (SEX1), mRNA.

Price & Availability↑

CloneID	OAb23178
Clone ID Related Accession (Same CDS sequence)	NM_001331926.1 , NM_100952.4 , NM_001331927.1
Accession Version	NM_001331926.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4200bp) 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	Pyruvate phosphate dikinase, PEP/pyruvate binding 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).

ATGAGTAACT CTGTAGTGCA TAACTTACTT AACCGGGGTT TGATTCGTCC TCTTAACTTT 
GAACATCAAA ACAAGCTCAA CTCCTCTGTG TACCAAACTT CAACAGCAAA TCCGGCTCTT 
GGCAAGATTG GCAGATCAAA ACTTTACGGG AAAGGTCTTA AGCAGGCAGG ACGCAGTCTG 
GTCACTGAAA CAGGAGGAAG ACCTCTCTCA TTTGTTCCAC GAGCTGTCCT TGCCATGGAT 
CCTCAGGCAG CCGAGAAATT TAGTCTTGAC GGAAATATCG ATTTACTGGT TGAAGTCACT 
TCTACAACTG TAAGAGAAGT AAATATCCAG ATAGCTTATA CAAGTGACAC ATTGTTCCTA 
CACTGGGGTG CAATTCTTGA CAACAAAGAA AATTGGGTTC TACCTTCTCG CTCTCCGGAT 
AGAACTCAAA ACTTCAAGAA CAGTGCGCTT AGAACTCCAT TTGTGAAATC CGGTGGCAAT 
TCTCACCTTA AACTAGAGAT AGATGATCCT GCCATACACG CTATTGAGTT CCTTATATTT 
GACGAAAGTC GGAACAAATG GTATAAAAAT AATGGTCAGA ATTTTCATAT AAACTTACCA 
ACGGAAAGGA ATGTGAAACA AAATGTTTCT GTTCCTGAAG ATCTTGTACA GATCCAAGCA 
TATCTTAGAT GGGAACGTAA GGGTAAACAA ATGTACAACC CTGAGAAAGA GAAGGAGGAG 
TATGAAGCCG CCCGGACGGA GCTACGGGAG GAAATGATGC GAGGTGCTTC AGTGGAAGAT 
CTCAGAGCAA AGCTGTTGAA GAAAGATAAC AGTAATGAAT CCCCAAAATC TAATGGGACA 
TCATCCAGTG GACGGGAGGA AAAGAAAAAA GTTTCCAAGC AACCAGAGCG TAAAAAAAAT 
TATAACACTG ACAAGATCCA GCGCAAGGGA AGGGACCTGA CTAAGCTTAT CTATAAGCAT 
GTTGCTGATT TTGTTGAACC AGAATCCAAA TCCTCATCTG AACCACGGTC CTTAACAACT 
CTGGAGATAT ACGCCAAAGC AAAGGAGGAA CAAGAAACCA CTCCAGTCTT TAGCAAGAAA 
ACATTCAAGC TTGAAGGCAG TGCGATTTTG GTGTTTGTTA CTAAACTTTC CGGAAAGACG 
AAAATTCATG TGGCAACTGA TTTTAAAGAG CCGGTTACCC TTCACTGGGC TTTGTCTCAA 
AAGGGTGGAG AATGGTTGGA CCCACCTTCA GATATACTGC CACCAAACTC TTTGCCAGTA 
CGTGGTGCTG TTGATACAAA ACTGACCATC ACTTCAACAG ATCTTCCTAG TCCGGTTCAA 
ACTTTTGAGC TGGAAATAGA AGGTGACAGC TACAAGGGCA TGCCGTTTGT ACTCAATGCT 
GGTGAAAGGT GGATTAAAAA TAATGACAGT GACTTTTATG TGGACTTTGC TAAAGAAGAA 
AAACATGTTC AGAAGGATTA TGGCGATGGA AAGGGTACAG CCAAGCATTT ACTGGACAAA 
ATCGCAGATT TGGAGAGTGA GGCCCAGAAG TCTTTCATGC ATCGATTCAA CATTGCAGCA 
GATCTTGTGG ACGAGGCAAA AAGTGCTGGT CAACTGGGCT TTGCAGGGAT CCTAGTCTGG 
ATGAGGTTTA TGGCTACAAG ACAGCTTGTG TGGAACAAAA ACTATAATGT TAAGCCAAGG 
GAGATAAGCA AAGCGCAGGA TAGACTGACT GACCTTCTCC AGGACGTTTA TGCAAGTTAT 
CCAGAGTACA GAGAACTTTT GCGGATGATA ATGTCTACTG TAGGTCGAGG AGGTGAAGGA 
GATGTCGGGC AACGAATCCG TGACGAAATT CTAGTCATCC AGCGGAAAAA TGACTGCAAG 
GGTGGAATTA TGGAGGAATG GCATCAGAAG TTGCATAACA ACACTAGTCC AGATGATGTT 
GTCATCTGTC AGGCATTGAT GGATTATATC AAAAGTGACT TTGACTTAAG TGTTTACTGG 
AAGACCTTGA ACGATAATGG CATAACCAAA GAGCGACTCT TAAGTTATGA TCGTGCTATA 
CATTCTGAAC CAAATTTTAG AGGAGAACAA AAAGACGGTC TTTTGCGTGA TCTTGGACAC 
TACATGAGGA CTTTAAAGGC TGTTCATTCA GGGGCAGACC TTGAGTCGGC TATACAAAAT 
TGCATGGGCT ACCAAGATGA CGGTGAAGGT TTCATGGTTG GGGTGCAGAT AAATCCTGTA 
TCAGGATTGC CTTCTGGATA TCCAGACTTG CTTCGTTTCG TCCTAGAACA TGTTGAAGAA 
AAGAATGTAG AGCCACTTCT TGAGGGTTTG CTTGAAGCTC GTCAAGAGCT AAGGCCACTT 
CTGCTGAAGT CCCATGACCG CCTCAAGGAT CTGTTATTCT TGGACCTCGC TCTTGATTCT 
ACTGTCAGAA CAGCGATTGA AAGAGGATAT GAGCAATTGA ATGATGCTGG ACCTGAGAAA 
ATCATGTACT TCATCAGCCT AGTTCTTGAA AATCTTGCCC TCTCTTCAGA TGACAATGAA 
GACCTTATAT ACTGCTTGAA GGGATGGCAA TTTGCCCTCG ACATGTGCAA GAGCAAAAAA 
GATCACTGGG CTCTGTATGC AAAATCTGTT CTTGACAGAA GCCGACTAGC ACTGGCAAGC 
AAAGCTGAGA GGTACCTTGA AATTCTGCAA CCATCGGCTG AATATCTTGG ATCTTGTCTT 
GGAGTCGATC AGTCGGCTGT TAGTATATTT ACTGAAGAGA TCATTCGAGC TGGATCTGCA 
GCAGCATTGT CGTCACTTGT TAACCGACTT GACCCAGTTC TTAGGAAGAC TGCTAACTTG 
GGAAGTTGGC AGGTTATTAG TCCTGTAGAG GTCGTCGGAT ATGTCATTGT TGTGGACGAA 
TTGCTCACTG TACAGAATAA AACCTACGAT AGACCTACAA TTATAGTTGC AAACAGAGTG 
AGAGGAGAGG AGGAAATCCC TGATGGTGCA GTTGCGGTAC TGACACCTGA CATGCCGGAT 
GTACTATCTC ATGTTTCTGT TCGAGCAAGA AATGGAAAGA TCTGCTTTGC CACATGTTTT 
GATTCTGGTA TCTTATCTGA CCTCCAAGGA AAAGATGGAA AACTGTTGAG CCTACAACCA 
ACCTCTGCAG ATGTAGTCTA TAAAGAGGTA AACGATAGTG AGCTTTCGAG TCCAAGTTCA 
GACAACCTGG AAGATGCCCC TCCAAGTATT TCTTTGGTCA AGAAACAGTT TGCGGGTAGA 
TATGCTATAT CATCTGAGGA GTTCACAAGT GACTTGGTTG GTGCTAAATC AAGAAATATC 
GGGTATCTGA AAGGAAAAGT TCCTTCTTGG GTTGGTATCC CAACTTCAGT TGCGTTGCCA 
TTTGGTGTTT TTGAGAAGGT TATCTCCGAA AAGGCGAATC AGGCGGTGAA CGATAAATTG 
CTAGTATTGA AGAAAACTCT TGATGAGGGA GACCAAGGTG CTCTGAAGGA AATCCGGCAG 
ACACTGTTGG GGCTAGTTGC ACCCCCAGAA CTGGTTGAAG AACTGAAAAG TACTATGAAA 
AGTTCTGACA TGCCATGGCC GGGTGATGAA GGTGAACAGA GATGGGAGCA AGCTTGGGCA 
GCCATTAAAA AGGTCTGGGC TTCGAAATGG AACGAGAGAG CATACTTCAG CACGAGGAAA 
GTAAAACTGG ATCATGACTA TCTCTGCATG GCTGTTTTGG TCCAAGAAGT CATCAATGCG 
GATTACGCAT TCGTCATTCA CACAACTAAT CCATCTTCTG GAGATTCATC AGAGATTTAT 
GCCGAGGTGG TCAAAGGCCT TGGGGAAACT CTTGTAGGAG CATATCCCGG TCGGTCTCTG 
AGTTTCATCT GCAAGAAAAA CAACCTTGAT TCGCCTCTGG TGTTGGGCTA CCCAAGCAAA 
CCGATTGGGC TGTTCATAAG ACGTTCAATC ATCTTCAGAT CTGATTCCAA TGGAGAAGAT 
CTTGAAGGTT ATGCAGGTGC AGGCCTCTAC GACAGTGTAC CAATGGACGA GGAAGACCAA 
GTCGTGCTCG ATTACACAAC AGATCCTCTG ATCACTGACT TGAGCTTCCA GAAAAAGGTT 
CTCTCAGACA TTGCACGCGC TGGAGATGCC ATTGAGAAAC TCTATGGAAC TGCACAGGAC 
ATTGAAGGTG TGATCAGAGA CGGGAAGCTC TATGTCGTCC AGACACGACC ACAAGTGTGA

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

RefSeq	NP_001318975.1
CDS	461..4660
Translation	MSNSVVHNLLNRGLIRPLNFEHQNKLNSSVYQTSTANPALGKIGRSKLYGKGLKQAGRSLVTETGGRPLSFVPRAVLAMDPQAAEKFSLDGNIDLLVEVTSTTVREVNIQIAYTSDTLFLHWGAILDNKENWVLPSRSPDRTQNFKNSALRTPFVKSGGNSHLKLEIDDPAIHAIEFLIFDESRNKWYKNNGQNFHINLPTERNVKQNVSVPEDLVQIQAYLRWERKGKQMYNPEKEKEEYEAARTELREEMMRGASVEDLRAKLLKKDNSNESPKSNGTSSSGREEKKKVSKQPERKKNYNTDKIQRKGRDLTKLIYKHVADFVEPESKSSSEPRSLTTLEIYAKAKEEQETTPVFSKKTFKLEGSAILVFVTKLSGKTKIHVATDFKEPVTLHWALSQKGGEWLDPPSDILPPNSLPVRGAVDTKLTITSTDLPSPVQTFELEIEGDSYKGMPFVLNAGERWIKNNDSDFYVDFAKEEKHVQKDYGDGKGTAKHLLDKIADLESEAQKSFMHRFNIAADLVDEAKSAGQLGFAGILVWMRFMATRQLVWNKNYNVKPREISKAQDRLTDLLQDVYASYPEYRELLRMIMSTVGRGGEGDVGQRIRDEILVIQRKNDCKGGIMEEWHQKLHNNTSPDDVVICQALMDYIKSDFDLSVYWKTLNDNGITKERLLSYDRAIHSEPNFRGEQKDGLLRDLGHYMRTLKAVHSGADLESAIQNCMGYQDDGEGFMVGVQINPVSGLPSGYPDLLRFVLEHVEEKNVEPLLEGLLEARQELRPLLLKSHDRLKDLLFLDLALDSTVRTAIERGYEQLNDAGPEKIMYFISLVLENLALSSDDNEDLIYCLKGWQFALDMCKSKKDHWALYAKSVLDRSRLALASKAERYLEILQPSAEYLGSCLGVDQSAVSIFTEEIIRAGSAAALSSLVNRLDPVLRKTANLGSWQVISPVEVVGYVIVVDELLTVQNKTYDRPTIIVANRVRGEEEIPDGAVAVLTPDMPDVLSHVSVRARNGKICFATCFDSGILSDLQGKDGKLLSLQPTSADVVYKEVNDSELSSPSSDNLEDAPPSISLVKKQFAGRYAISSEEFTSDLVGAKSRNIGYLKGKVPSWVGIPTSVALPFGVFEKVISEKANQAVNDKLLVLKKTLDEGDQGALKEIRQTLLGLVAPPELVEELKSTMKSSDMPWPGDEGEQRWEQAWAAIKKVWASKWNERAYFSTRKVKLDHDYLCMAVLVQEVINADYAFVIHTTNPSSGDSSEIYAEVVKGLGETLVGAYPGRSLSFICKKNNLDSPLVLGYPSKPIGLFIRRSIIFRSDSNGEDLEGYAGAGLYDSVPMDEEDQVVLDYTTDPLITDLSFQKKVLSDIARAGDAIEKLYGTAQDIEGVIRDGKLYVVQTRPQV

Target ORF information:

RefSeq Version	NM_001331926.1
Organism	Arabidopsis thaliana(thale cress)
Definition	Arabidopsis thaliana Pyruvate phosphate dikinase, PEP/pyruvate binding domain-containing protein (SEX1), mRNA.

Target ORF information:

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

NM_001331926.1

ORF Insert Sequence:

ATGAGTAACT CTGTAGTGCA TAACTTACTT AACCGGGGTT TGATTCGTCC TCTTAACTTT 
GAACATCAAA ACAAGCTCAA CTCCTCTGTG TACCAAACTT CAACAGCAAA TCCGGCTCTT 
GGCAAGATTG GCAGATCAAA ACTTTACGGG AAAGGTCTTA AGCAGGCAGG ACGCAGTCTG 
GTCACTGAAA CAGGAGGAAG ACCTCTCTCA TTTGTTCCAC GAGCTGTCCT TGCCATGGAT 
CCTCAGGCAG CCGAGAAATT TAGTCTTGAC GGAAATATCG ATTTACTGGT TGAAGTCACT 
TCTACAACTG TAAGAGAAGT AAATATCCAG ATAGCTTATA CAAGTGACAC ATTGTTCCTA 
CACTGGGGTG CAATTCTTGA CAACAAAGAA AATTGGGTTC TACCTTCTCG CTCTCCGGAT 
AGAACTCAAA ACTTCAAGAA CAGTGCGCTT AGAACTCCAT TTGTGAAATC CGGTGGCAAT 
TCTCACCTTA AACTAGAGAT AGATGATCCT GCCATACACG CTATTGAGTT CCTTATATTT 
GACGAAAGTC GGAACAAATG GTATAAAAAT AATGGTCAGA ATTTTCATAT AAACTTACCA 
ACGGAAAGGA ATGTGAAACA AAATGTTTCT GTTCCTGAAG ATCTTGTACA GATCCAAGCA 
TATCTTAGAT GGGAACGTAA GGGTAAACAA ATGTACAACC CTGAGAAAGA GAAGGAGGAG 
TATGAAGCCG CCCGGACGGA GCTACGGGAG GAAATGATGC GAGGTGCTTC AGTGGAAGAT 
CTCAGAGCAA AGCTGTTGAA GAAAGATAAC AGTAATGAAT CCCCAAAATC TAATGGGACA 
TCATCCAGTG GACGGGAGGA AAAGAAAAAA GTTTCCAAGC AACCAGAGCG TAAAAAAAAT 
TATAACACTG ACAAGATCCA GCGCAAGGGA AGGGACCTGA CTAAGCTTAT CTATAAGCAT 
GTTGCTGATT TTGTTGAACC AGAATCCAAA TCCTCATCTG AACCACGGTC CTTAACAACT 
CTGGAGATAT ACGCCAAAGC AAAGGAGGAA CAAGAAACCA CTCCAGTCTT TAGCAAGAAA 
ACATTCAAGC TTGAAGGCAG TGCGATTTTG GTGTTTGTTA CTAAACTTTC CGGAAAGACG 
AAAATTCATG TGGCAACTGA TTTTAAAGAG CCGGTTACCC TTCACTGGGC TTTGTCTCAA 
AAGGGTGGAG AATGGTTGGA CCCACCTTCA GATATACTGC CACCAAACTC TTTGCCAGTA 
CGTGGTGCTG TTGATACAAA ACTGACCATC ACTTCAACAG ATCTTCCTAG TCCGGTTCAA 
ACTTTTGAGC TGGAAATAGA AGGTGACAGC TACAAGGGCA TGCCGTTTGT ACTCAATGCT 
GGTGAAAGGT GGATTAAAAA TAATGACAGT GACTTTTATG TGGACTTTGC TAAAGAAGAA 
AAACATGTTC AGAAGGATTA TGGCGATGGA AAGGGTACAG CCAAGCATTT ACTGGACAAA 
ATCGCAGATT TGGAGAGTGA GGCCCAGAAG TCTTTCATGC ATCGATTCAA CATTGCAGCA 
GATCTTGTGG ACGAGGCAAA AAGTGCTGGT CAACTGGGCT TTGCAGGGAT CCTAGTCTGG 
ATGAGGTTTA TGGCTACAAG ACAGCTTGTG TGGAACAAAA ACTATAATGT TAAGCCAAGG 
GAGATAAGCA AAGCGCAGGA TAGACTGACT GACCTTCTCC AGGACGTTTA TGCAAGTTAT 
CCAGAGTACA GAGAACTTTT GCGGATGATA ATGTCTACTG TAGGTCGAGG AGGTGAAGGA 
GATGTCGGGC AACGAATCCG TGACGAAATT CTAGTCATCC AGCGGAAAAA TGACTGCAAG 
GGTGGAATTA TGGAGGAATG GCATCAGAAG TTGCATAACA ACACTAGTCC AGATGATGTT 
GTCATCTGTC AGGCATTGAT GGATTATATC AAAAGTGACT TTGACTTAAG TGTTTACTGG 
AAGACCTTGA ACGATAATGG CATAACCAAA GAGCGACTCT TAAGTTATGA TCGTGCTATA 
CATTCTGAAC CAAATTTTAG AGGAGAACAA AAAGACGGTC TTTTGCGTGA TCTTGGACAC 
TACATGAGGA CTTTAAAGGC TGTTCATTCA GGGGCAGACC TTGAGTCGGC TATACAAAAT 
TGCATGGGCT ACCAAGATGA CGGTGAAGGT TTCATGGTTG GGGTGCAGAT AAATCCTGTA 
TCAGGATTGC CTTCTGGATA TCCAGACTTG CTTCGTTTCG TCCTAGAACA TGTTGAAGAA 
AAGAATGTAG AGCCACTTCT TGAGGGTTTG CTTGAAGCTC GTCAAGAGCT AAGGCCACTT 
CTGCTGAAGT CCCATGACCG CCTCAAGGAT CTGTTATTCT TGGACCTCGC TCTTGATTCT 
ACTGTCAGAA CAGCGATTGA AAGAGGATAT GAGCAATTGA ATGATGCTGG ACCTGAGAAA 
ATCATGTACT TCATCAGCCT AGTTCTTGAA AATCTTGCCC TCTCTTCAGA TGACAATGAA 
GACCTTATAT ACTGCTTGAA GGGATGGCAA TTTGCCCTCG ACATGTGCAA GAGCAAAAAA 
GATCACTGGG CTCTGTATGC AAAATCTGTT CTTGACAGAA GCCGACTAGC ACTGGCAAGC 
AAAGCTGAGA GGTACCTTGA AATTCTGCAA CCATCGGCTG AATATCTTGG ATCTTGTCTT 
GGAGTCGATC AGTCGGCTGT TAGTATATTT ACTGAAGAGA TCATTCGAGC TGGATCTGCA 
GCAGCATTGT CGTCACTTGT TAACCGACTT GACCCAGTTC TTAGGAAGAC TGCTAACTTG 
GGAAGTTGGC AGGTTATTAG TCCTGTAGAG GTCGTCGGAT ATGTCATTGT TGTGGACGAA 
TTGCTCACTG TACAGAATAA AACCTACGAT AGACCTACAA TTATAGTTGC AAACAGAGTG 
AGAGGAGAGG AGGAAATCCC TGATGGTGCA GTTGCGGTAC TGACACCTGA CATGCCGGAT 
GTACTATCTC ATGTTTCTGT TCGAGCAAGA AATGGAAAGA TCTGCTTTGC CACATGTTTT 
GATTCTGGTA TCTTATCTGA CCTCCAAGGA AAAGATGGAA AACTGTTGAG CCTACAACCA 
ACCTCTGCAG ATGTAGTCTA TAAAGAGGTA AACGATAGTG AGCTTTCGAG TCCAAGTTCA 
GACAACCTGG AAGATGCCCC TCCAAGTATT TCTTTGGTCA AGAAACAGTT TGCGGGTAGA 
TATGCTATAT CATCTGAGGA GTTCACAAGT GACTTGGTTG GTGCTAAATC AAGAAATATC 
GGGTATCTGA AAGGAAAAGT TCCTTCTTGG GTTGGTATCC CAACTTCAGT TGCGTTGCCA 
TTTGGTGTTT TTGAGAAGGT TATCTCCGAA AAGGCGAATC AGGCGGTGAA CGATAAATTG 
CTAGTATTGA AGAAAACTCT TGATGAGGGA GACCAAGGTG CTCTGAAGGA AATCCGGCAG 
ACACTGTTGG GGCTAGTTGC ACCCCCAGAA CTGGTTGAAG AACTGAAAAG TACTATGAAA 
AGTTCTGACA TGCCATGGCC GGGTGATGAA GGTGAACAGA GATGGGAGCA AGCTTGGGCA 
GCCATTAAAA AGGTCTGGGC TTCGAAATGG AACGAGAGAG CATACTTCAG CACGAGGAAA 
GTAAAACTGG ATCATGACTA TCTCTGCATG GCTGTTTTGG TCCAAGAAGT CATCAATGCG 
GATTACGCAT TCGTCATTCA CACAACTAAT CCATCTTCTG GAGATTCATC AGAGATTTAT 
GCCGAGGTGG TCAAAGGCCT TGGGGAAACT CTTGTAGGAG CATATCCCGG TCGGTCTCTG 
AGTTTCATCT GCAAGAAAAA CAACCTTGAT TCGCCTCTGG TGTTGGGCTA CCCAAGCAAA 
CCGATTGGGC TGTTCATAAG ACGTTCAATC ATCTTCAGAT CTGATTCCAA TGGAGAAGAT 
CTTGAAGGTT ATGCAGGTGC AGGCCTCTAC GACAGTGTAC CAATGGACGA GGAAGACCAA 
GTCGTGCTCG ATTACACAAC AGATCCTCTG ATCACTGACT TGAGCTTCCA GAAAAAGGTT 
CTCTCAGACA TTGCACGCGC TGGAGATGCC ATTGAGAAAC TCTATGGAAC TGCACAGGAC 
ATTGAAGGTG TGATCAGAGA CGGGAAGCTC TATGTCGTCC AGACACGACC ACAAGTGTGA

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

SEX1 ( NM_100952.4 ) cDNA ORF clone, Arabidopsis thaliana(thale cress) -> NP_563877.1 Arabidopsis thaliana Pyruvate phosphate dikinase, PEP/pyruvate binding domain-containing protein (SEX1), mRNA.

Price & Availability↑

CloneID	OAb23178
Clone ID Related Accession (Same CDS sequence)	NM_001331926.1 , NM_100952.4 , NM_001331927.1
Accession Version	NM_100952.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4200bp) 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	Pyruvate phosphate dikinase, PEP/pyruvate binding 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 26, 2011 this sequence version replaced NM_100952.3.

ATGAGTAACT CTGTAGTGCA TAACTTACTT AACCGGGGTT TGATTCGTCC TCTTAACTTT 
GAACATCAAA ACAAGCTCAA CTCCTCTGTG TACCAAACTT CAACAGCAAA TCCGGCTCTT 
GGCAAGATTG GCAGATCAAA ACTTTACGGG AAAGGTCTTA AGCAGGCAGG ACGCAGTCTG 
GTCACTGAAA CAGGAGGAAG ACCTCTCTCA TTTGTTCCAC GAGCTGTCCT TGCCATGGAT 
CCTCAGGCAG CCGAGAAATT TAGTCTTGAC GGAAATATCG ATTTACTGGT TGAAGTCACT 
TCTACAACTG TAAGAGAAGT AAATATCCAG ATAGCTTATA CAAGTGACAC ATTGTTCCTA 
CACTGGGGTG CAATTCTTGA CAACAAAGAA AATTGGGTTC TACCTTCTCG CTCTCCGGAT 
AGAACTCAAA ACTTCAAGAA CAGTGCGCTT AGAACTCCAT TTGTGAAATC CGGTGGCAAT 
TCTCACCTTA AACTAGAGAT AGATGATCCT GCCATACACG CTATTGAGTT CCTTATATTT 
GACGAAAGTC GGAACAAATG GTATAAAAAT AATGGTCAGA ATTTTCATAT AAACTTACCA 
ACGGAAAGGA ATGTGAAACA AAATGTTTCT GTTCCTGAAG ATCTTGTACA GATCCAAGCA 
TATCTTAGAT GGGAACGTAA GGGTAAACAA ATGTACAACC CTGAGAAAGA GAAGGAGGAG 
TATGAAGCCG CCCGGACGGA GCTACGGGAG GAAATGATGC GAGGTGCTTC AGTGGAAGAT 
CTCAGAGCAA AGCTGTTGAA GAAAGATAAC AGTAATGAAT CCCCAAAATC TAATGGGACA 
TCATCCAGTG GACGGGAGGA AAAGAAAAAA GTTTCCAAGC AACCAGAGCG TAAAAAAAAT 
TATAACACTG ACAAGATCCA GCGCAAGGGA AGGGACCTGA CTAAGCTTAT CTATAAGCAT 
GTTGCTGATT TTGTTGAACC AGAATCCAAA TCCTCATCTG AACCACGGTC CTTAACAACT 
CTGGAGATAT ACGCCAAAGC AAAGGAGGAA CAAGAAACCA CTCCAGTCTT TAGCAAGAAA 
ACATTCAAGC TTGAAGGCAG TGCGATTTTG GTGTTTGTTA CTAAACTTTC CGGAAAGACG 
AAAATTCATG TGGCAACTGA TTTTAAAGAG CCGGTTACCC TTCACTGGGC TTTGTCTCAA 
AAGGGTGGAG AATGGTTGGA CCCACCTTCA GATATACTGC CACCAAACTC TTTGCCAGTA 
CGTGGTGCTG TTGATACAAA ACTGACCATC ACTTCAACAG ATCTTCCTAG TCCGGTTCAA 
ACTTTTGAGC TGGAAATAGA AGGTGACAGC TACAAGGGCA TGCCGTTTGT ACTCAATGCT 
GGTGAAAGGT GGATTAAAAA TAATGACAGT GACTTTTATG TGGACTTTGC TAAAGAAGAA 
AAACATGTTC AGAAGGATTA TGGCGATGGA AAGGGTACAG CCAAGCATTT ACTGGACAAA 
ATCGCAGATT TGGAGAGTGA GGCCCAGAAG TCTTTCATGC ATCGATTCAA CATTGCAGCA 
GATCTTGTGG ACGAGGCAAA AAGTGCTGGT CAACTGGGCT TTGCAGGGAT CCTAGTCTGG 
ATGAGGTTTA TGGCTACAAG ACAGCTTGTG TGGAACAAAA ACTATAATGT TAAGCCAAGG 
GAGATAAGCA AAGCGCAGGA TAGACTGACT GACCTTCTCC AGGACGTTTA TGCAAGTTAT 
CCAGAGTACA GAGAACTTTT GCGGATGATA ATGTCTACTG TAGGTCGAGG AGGTGAAGGA 
GATGTCGGGC AACGAATCCG TGACGAAATT CTAGTCATCC AGCGGAAAAA TGACTGCAAG 
GGTGGAATTA TGGAGGAATG GCATCAGAAG TTGCATAACA ACACTAGTCC AGATGATGTT 
GTCATCTGTC AGGCATTGAT GGATTATATC AAAAGTGACT TTGACTTAAG TGTTTACTGG 
AAGACCTTGA ACGATAATGG CATAACCAAA GAGCGACTCT TAAGTTATGA TCGTGCTATA 
CATTCTGAAC CAAATTTTAG AGGAGAACAA AAAGACGGTC TTTTGCGTGA TCTTGGACAC 
TACATGAGGA CTTTAAAGGC TGTTCATTCA GGGGCAGACC TTGAGTCGGC TATACAAAAT 
TGCATGGGCT ACCAAGATGA CGGTGAAGGT TTCATGGTTG GGGTGCAGAT AAATCCTGTA 
TCAGGATTGC CTTCTGGATA TCCAGACTTG CTTCGTTTCG TCCTAGAACA TGTTGAAGAA 
AAGAATGTAG AGCCACTTCT TGAGGGTTTG CTTGAAGCTC GTCAAGAGCT AAGGCCACTT 
CTGCTGAAGT CCCATGACCG CCTCAAGGAT CTGTTATTCT TGGACCTCGC TCTTGATTCT 
ACTGTCAGAA CAGCGATTGA AAGAGGATAT GAGCAATTGA ATGATGCTGG ACCTGAGAAA 
ATCATGTACT TCATCAGCCT AGTTCTTGAA AATCTTGCCC TCTCTTCAGA TGACAATGAA 
GACCTTATAT ACTGCTTGAA GGGATGGCAA TTTGCCCTCG ACATGTGCAA GAGCAAAAAA 
GATCACTGGG CTCTGTATGC AAAATCTGTT CTTGACAGAA GCCGACTAGC ACTGGCAAGC 
AAAGCTGAGA GGTACCTTGA AATTCTGCAA CCATCGGCTG AATATCTTGG ATCTTGTCTT 
GGAGTCGATC AGTCGGCTGT TAGTATATTT ACTGAAGAGA TCATTCGAGC TGGATCTGCA 
GCAGCATTGT CGTCACTTGT TAACCGACTT GACCCAGTTC TTAGGAAGAC TGCTAACTTG 
GGAAGTTGGC AGGTTATTAG TCCTGTAGAG GTCGTCGGAT ATGTCATTGT TGTGGACGAA 
TTGCTCACTG TACAGAATAA AACCTACGAT AGACCTACAA TTATAGTTGC AAACAGAGTG 
AGAGGAGAGG AGGAAATCCC TGATGGTGCA GTTGCGGTAC TGACACCTGA CATGCCGGAT 
GTACTATCTC ATGTTTCTGT TCGAGCAAGA AATGGAAAGA TCTGCTTTGC CACATGTTTT 
GATTCTGGTA TCTTATCTGA CCTCCAAGGA AAAGATGGAA AACTGTTGAG CCTACAACCA 
ACCTCTGCAG ATGTAGTCTA TAAAGAGGTA AACGATAGTG AGCTTTCGAG TCCAAGTTCA 
GACAACCTGG AAGATGCCCC TCCAAGTATT TCTTTGGTCA AGAAACAGTT TGCGGGTAGA 
TATGCTATAT CATCTGAGGA GTTCACAAGT GACTTGGTTG GTGCTAAATC AAGAAATATC 
GGGTATCTGA AAGGAAAAGT TCCTTCTTGG GTTGGTATCC CAACTTCAGT TGCGTTGCCA 
TTTGGTGTTT TTGAGAAGGT TATCTCCGAA AAGGCGAATC AGGCGGTGAA CGATAAATTG 
CTAGTATTGA AGAAAACTCT TGATGAGGGA GACCAAGGTG CTCTGAAGGA AATCCGGCAG 
ACACTGTTGG GGCTAGTTGC ACCCCCAGAA CTGGTTGAAG AACTGAAAAG TACTATGAAA 
AGTTCTGACA TGCCATGGCC GGGTGATGAA GGTGAACAGA GATGGGAGCA AGCTTGGGCA 
GCCATTAAAA AGGTCTGGGC TTCGAAATGG AACGAGAGAG CATACTTCAG CACGAGGAAA 
GTAAAACTGG ATCATGACTA TCTCTGCATG GCTGTTTTGG TCCAAGAAGT CATCAATGCG 
GATTACGCAT TCGTCATTCA CACAACTAAT CCATCTTCTG GAGATTCATC AGAGATTTAT 
GCCGAGGTGG TCAAAGGCCT TGGGGAAACT CTTGTAGGAG CATATCCCGG TCGGTCTCTG 
AGTTTCATCT GCAAGAAAAA CAACCTTGAT TCGCCTCTGG TGTTGGGCTA CCCAAGCAAA 
CCGATTGGGC TGTTCATAAG ACGTTCAATC ATCTTCAGAT CTGATTCCAA TGGAGAAGAT 
CTTGAAGGTT ATGCAGGTGC AGGCCTCTAC GACAGTGTAC CAATGGACGA GGAAGACCAA 
GTCGTGCTCG ATTACACAAC AGATCCTCTG ATCACTGACT TGAGCTTCCA GAAAAAGGTT 
CTCTCAGACA TTGCACGCGC TGGAGATGCC ATTGAGAAAC TCTATGGAAC TGCACAGGAC 
ATTGAAGGTG TGATCAGAGA CGGGAAGCTC TATGTCGTCC AGACACGACC ACAAGTGTGA

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

RefSeq	NP_563877.1
CDS	295..4494
Translation	MSNSVVHNLLNRGLIRPLNFEHQNKLNSSVYQTSTANPALGKIGRSKLYGKGLKQAGRSLVTETGGRPLSFVPRAVLAMDPQAAEKFSLDGNIDLLVEVTSTTVREVNIQIAYTSDTLFLHWGAILDNKENWVLPSRSPDRTQNFKNSALRTPFVKSGGNSHLKLEIDDPAIHAIEFLIFDESRNKWYKNNGQNFHINLPTERNVKQNVSVPEDLVQIQAYLRWERKGKQMYNPEKEKEEYEAARTELREEMMRGASVEDLRAKLLKKDNSNESPKSNGTSSSGREEKKKVSKQPERKKNYNTDKIQRKGRDLTKLIYKHVADFVEPESKSSSEPRSLTTLEIYAKAKEEQETTPVFSKKTFKLEGSAILVFVTKLSGKTKIHVATDFKEPVTLHWALSQKGGEWLDPPSDILPPNSLPVRGAVDTKLTITSTDLPSPVQTFELEIEGDSYKGMPFVLNAGERWIKNNDSDFYVDFAKEEKHVQKDYGDGKGTAKHLLDKIADLESEAQKSFMHRFNIAADLVDEAKSAGQLGFAGILVWMRFMATRQLVWNKNYNVKPREISKAQDRLTDLLQDVYASYPEYRELLRMIMSTVGRGGEGDVGQRIRDEILVIQRKNDCKGGIMEEWHQKLHNNTSPDDVVICQALMDYIKSDFDLSVYWKTLNDNGITKERLLSYDRAIHSEPNFRGEQKDGLLRDLGHYMRTLKAVHSGADLESAIQNCMGYQDDGEGFMVGVQINPVSGLPSGYPDLLRFVLEHVEEKNVEPLLEGLLEARQELRPLLLKSHDRLKDLLFLDLALDSTVRTAIERGYEQLNDAGPEKIMYFISLVLENLALSSDDNEDLIYCLKGWQFALDMCKSKKDHWALYAKSVLDRSRLALASKAERYLEILQPSAEYLGSCLGVDQSAVSIFTEEIIRAGSAAALSSLVNRLDPVLRKTANLGSWQVISPVEVVGYVIVVDELLTVQNKTYDRPTIIVANRVRGEEEIPDGAVAVLTPDMPDVLSHVSVRARNGKICFATCFDSGILSDLQGKDGKLLSLQPTSADVVYKEVNDSELSSPSSDNLEDAPPSISLVKKQFAGRYAISSEEFTSDLVGAKSRNIGYLKGKVPSWVGIPTSVALPFGVFEKVISEKANQAVNDKLLVLKKTLDEGDQGALKEIRQTLLGLVAPPELVEELKSTMKSSDMPWPGDEGEQRWEQAWAAIKKVWASKWNERAYFSTRKVKLDHDYLCMAVLVQEVINADYAFVIHTTNPSSGDSSEIYAEVVKGLGETLVGAYPGRSLSFICKKNNLDSPLVLGYPSKPIGLFIRRSIIFRSDSNGEDLEGYAGAGLYDSVPMDEEDQVVLDYTTDPLITDLSFQKKVLSDIARAGDAIEKLYGTAQDIEGVIRDGKLYVVQTRPQV

Target ORF information:

RefSeq Version	NM_100952.4
Organism	Arabidopsis thaliana(thale cress)
Definition	Arabidopsis thaliana Pyruvate phosphate dikinase, PEP/pyruvate binding domain-containing protein (SEX1), mRNA.

Target ORF information:

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

NM_100952.4

ORF Insert Sequence:

ATGAGTAACT CTGTAGTGCA TAACTTACTT AACCGGGGTT TGATTCGTCC TCTTAACTTT 
GAACATCAAA ACAAGCTCAA CTCCTCTGTG TACCAAACTT CAACAGCAAA TCCGGCTCTT 
GGCAAGATTG GCAGATCAAA ACTTTACGGG AAAGGTCTTA AGCAGGCAGG ACGCAGTCTG 
GTCACTGAAA CAGGAGGAAG ACCTCTCTCA TTTGTTCCAC GAGCTGTCCT TGCCATGGAT 
CCTCAGGCAG CCGAGAAATT TAGTCTTGAC GGAAATATCG ATTTACTGGT TGAAGTCACT 
TCTACAACTG TAAGAGAAGT AAATATCCAG ATAGCTTATA CAAGTGACAC ATTGTTCCTA 
CACTGGGGTG CAATTCTTGA CAACAAAGAA AATTGGGTTC TACCTTCTCG CTCTCCGGAT 
AGAACTCAAA ACTTCAAGAA CAGTGCGCTT AGAACTCCAT TTGTGAAATC CGGTGGCAAT 
TCTCACCTTA AACTAGAGAT AGATGATCCT GCCATACACG CTATTGAGTT CCTTATATTT 
GACGAAAGTC GGAACAAATG GTATAAAAAT AATGGTCAGA ATTTTCATAT AAACTTACCA 
ACGGAAAGGA ATGTGAAACA AAATGTTTCT GTTCCTGAAG ATCTTGTACA GATCCAAGCA 
TATCTTAGAT GGGAACGTAA GGGTAAACAA ATGTACAACC CTGAGAAAGA GAAGGAGGAG 
TATGAAGCCG CCCGGACGGA GCTACGGGAG GAAATGATGC GAGGTGCTTC AGTGGAAGAT 
CTCAGAGCAA AGCTGTTGAA GAAAGATAAC AGTAATGAAT CCCCAAAATC TAATGGGACA 
TCATCCAGTG GACGGGAGGA AAAGAAAAAA GTTTCCAAGC AACCAGAGCG TAAAAAAAAT 
TATAACACTG ACAAGATCCA GCGCAAGGGA AGGGACCTGA CTAAGCTTAT CTATAAGCAT 
GTTGCTGATT TTGTTGAACC AGAATCCAAA TCCTCATCTG AACCACGGTC CTTAACAACT 
CTGGAGATAT ACGCCAAAGC AAAGGAGGAA CAAGAAACCA CTCCAGTCTT TAGCAAGAAA 
ACATTCAAGC TTGAAGGCAG TGCGATTTTG GTGTTTGTTA CTAAACTTTC CGGAAAGACG 
AAAATTCATG TGGCAACTGA TTTTAAAGAG CCGGTTACCC TTCACTGGGC TTTGTCTCAA 
AAGGGTGGAG AATGGTTGGA CCCACCTTCA GATATACTGC CACCAAACTC TTTGCCAGTA 
CGTGGTGCTG TTGATACAAA ACTGACCATC ACTTCAACAG ATCTTCCTAG TCCGGTTCAA 
ACTTTTGAGC TGGAAATAGA AGGTGACAGC TACAAGGGCA TGCCGTTTGT ACTCAATGCT 
GGTGAAAGGT GGATTAAAAA TAATGACAGT GACTTTTATG TGGACTTTGC TAAAGAAGAA 
AAACATGTTC AGAAGGATTA TGGCGATGGA AAGGGTACAG CCAAGCATTT ACTGGACAAA 
ATCGCAGATT TGGAGAGTGA GGCCCAGAAG TCTTTCATGC ATCGATTCAA CATTGCAGCA 
GATCTTGTGG ACGAGGCAAA AAGTGCTGGT CAACTGGGCT TTGCAGGGAT CCTAGTCTGG 
ATGAGGTTTA TGGCTACAAG ACAGCTTGTG TGGAACAAAA ACTATAATGT TAAGCCAAGG 
GAGATAAGCA AAGCGCAGGA TAGACTGACT GACCTTCTCC AGGACGTTTA TGCAAGTTAT 
CCAGAGTACA GAGAACTTTT GCGGATGATA ATGTCTACTG TAGGTCGAGG AGGTGAAGGA 
GATGTCGGGC AACGAATCCG TGACGAAATT CTAGTCATCC AGCGGAAAAA TGACTGCAAG 
GGTGGAATTA TGGAGGAATG GCATCAGAAG TTGCATAACA ACACTAGTCC AGATGATGTT 
GTCATCTGTC AGGCATTGAT GGATTATATC AAAAGTGACT TTGACTTAAG TGTTTACTGG 
AAGACCTTGA ACGATAATGG CATAACCAAA GAGCGACTCT TAAGTTATGA TCGTGCTATA 
CATTCTGAAC CAAATTTTAG AGGAGAACAA AAAGACGGTC TTTTGCGTGA TCTTGGACAC 
TACATGAGGA CTTTAAAGGC TGTTCATTCA GGGGCAGACC TTGAGTCGGC TATACAAAAT 
TGCATGGGCT ACCAAGATGA CGGTGAAGGT TTCATGGTTG GGGTGCAGAT AAATCCTGTA 
TCAGGATTGC CTTCTGGATA TCCAGACTTG CTTCGTTTCG TCCTAGAACA TGTTGAAGAA 
AAGAATGTAG AGCCACTTCT TGAGGGTTTG CTTGAAGCTC GTCAAGAGCT AAGGCCACTT 
CTGCTGAAGT CCCATGACCG CCTCAAGGAT CTGTTATTCT TGGACCTCGC TCTTGATTCT 
ACTGTCAGAA CAGCGATTGA AAGAGGATAT GAGCAATTGA ATGATGCTGG ACCTGAGAAA 
ATCATGTACT TCATCAGCCT AGTTCTTGAA AATCTTGCCC TCTCTTCAGA TGACAATGAA 
GACCTTATAT ACTGCTTGAA GGGATGGCAA TTTGCCCTCG ACATGTGCAA GAGCAAAAAA 
GATCACTGGG CTCTGTATGC AAAATCTGTT CTTGACAGAA GCCGACTAGC ACTGGCAAGC 
AAAGCTGAGA GGTACCTTGA AATTCTGCAA CCATCGGCTG AATATCTTGG ATCTTGTCTT 
GGAGTCGATC AGTCGGCTGT TAGTATATTT ACTGAAGAGA TCATTCGAGC TGGATCTGCA 
GCAGCATTGT CGTCACTTGT TAACCGACTT GACCCAGTTC TTAGGAAGAC TGCTAACTTG 
GGAAGTTGGC AGGTTATTAG TCCTGTAGAG GTCGTCGGAT ATGTCATTGT TGTGGACGAA 
TTGCTCACTG TACAGAATAA AACCTACGAT AGACCTACAA TTATAGTTGC AAACAGAGTG 
AGAGGAGAGG AGGAAATCCC TGATGGTGCA GTTGCGGTAC TGACACCTGA CATGCCGGAT 
GTACTATCTC ATGTTTCTGT TCGAGCAAGA AATGGAAAGA TCTGCTTTGC CACATGTTTT 
GATTCTGGTA TCTTATCTGA CCTCCAAGGA AAAGATGGAA AACTGTTGAG CCTACAACCA 
ACCTCTGCAG ATGTAGTCTA TAAAGAGGTA AACGATAGTG AGCTTTCGAG TCCAAGTTCA 
GACAACCTGG AAGATGCCCC TCCAAGTATT TCTTTGGTCA AGAAACAGTT TGCGGGTAGA 
TATGCTATAT CATCTGAGGA GTTCACAAGT GACTTGGTTG GTGCTAAATC AAGAAATATC 
GGGTATCTGA AAGGAAAAGT TCCTTCTTGG GTTGGTATCC CAACTTCAGT TGCGTTGCCA 
TTTGGTGTTT TTGAGAAGGT TATCTCCGAA AAGGCGAATC AGGCGGTGAA CGATAAATTG 
CTAGTATTGA AGAAAACTCT TGATGAGGGA GACCAAGGTG CTCTGAAGGA AATCCGGCAG 
ACACTGTTGG GGCTAGTTGC ACCCCCAGAA CTGGTTGAAG AACTGAAAAG TACTATGAAA 
AGTTCTGACA TGCCATGGCC GGGTGATGAA GGTGAACAGA GATGGGAGCA AGCTTGGGCA 
GCCATTAAAA AGGTCTGGGC TTCGAAATGG AACGAGAGAG CATACTTCAG CACGAGGAAA 
GTAAAACTGG ATCATGACTA TCTCTGCATG GCTGTTTTGG TCCAAGAAGT CATCAATGCG 
GATTACGCAT TCGTCATTCA CACAACTAAT CCATCTTCTG GAGATTCATC AGAGATTTAT 
GCCGAGGTGG TCAAAGGCCT TGGGGAAACT CTTGTAGGAG CATATCCCGG TCGGTCTCTG 
AGTTTCATCT GCAAGAAAAA CAACCTTGAT TCGCCTCTGG TGTTGGGCTA CCCAAGCAAA 
CCGATTGGGC TGTTCATAAG ACGTTCAATC ATCTTCAGAT CTGATTCCAA TGGAGAAGAT 
CTTGAAGGTT ATGCAGGTGC AGGCCTCTAC GACAGTGTAC CAATGGACGA GGAAGACCAA 
GTCGTGCTCG ATTACACAAC AGATCCTCTG ATCACTGACT TGAGCTTCCA GAAAAAGGTT 
CTCTCAGACA TTGCACGCGC TGGAGATGCC ATTGAGAAAC TCTATGGAAC TGCACAGGAC 
ATTGAAGGTG TGATCAGAGA CGGGAAGCTC TATGTCGTCC AGACACGACC ACAAGTGTGA

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

SEX1 ( NM_001331927.1 ) cDNA ORF clone, Arabidopsis thaliana(thale cress) -> NP_001320611.1 Arabidopsis thaliana Pyruvate phosphate dikinase, PEP/pyruvate binding domain-containing protein (SEX1), mRNA.

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CloneID	OAb23178
Clone ID Related Accession (Same CDS sequence)	NM_001331926.1 , NM_100952.4 , NM_001331927.1
Accession Version	NM_001331927.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4200bp) 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	Pyruvate phosphate dikinase, PEP/pyruvate binding 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).

ATGAGTAACT CTGTAGTGCA TAACTTACTT AACCGGGGTT TGATTCGTCC TCTTAACTTT 
GAACATCAAA ACAAGCTCAA CTCCTCTGTG TACCAAACTT CAACAGCAAA TCCGGCTCTT 
GGCAAGATTG GCAGATCAAA ACTTTACGGG AAAGGTCTTA AGCAGGCAGG ACGCAGTCTG 
GTCACTGAAA CAGGAGGAAG ACCTCTCTCA TTTGTTCCAC GAGCTGTCCT TGCCATGGAT 
CCTCAGGCAG CCGAGAAATT TAGTCTTGAC GGAAATATCG ATTTACTGGT TGAAGTCACT 
TCTACAACTG TAAGAGAAGT AAATATCCAG ATAGCTTATA CAAGTGACAC ATTGTTCCTA 
CACTGGGGTG CAATTCTTGA CAACAAAGAA AATTGGGTTC TACCTTCTCG CTCTCCGGAT 
AGAACTCAAA ACTTCAAGAA CAGTGCGCTT AGAACTCCAT TTGTGAAATC CGGTGGCAAT 
TCTCACCTTA AACTAGAGAT AGATGATCCT GCCATACACG CTATTGAGTT CCTTATATTT 
GACGAAAGTC GGAACAAATG GTATAAAAAT AATGGTCAGA ATTTTCATAT AAACTTACCA 
ACGGAAAGGA ATGTGAAACA AAATGTTTCT GTTCCTGAAG ATCTTGTACA GATCCAAGCA 
TATCTTAGAT GGGAACGTAA GGGTAAACAA ATGTACAACC CTGAGAAAGA GAAGGAGGAG 
TATGAAGCCG CCCGGACGGA GCTACGGGAG GAAATGATGC GAGGTGCTTC AGTGGAAGAT 
CTCAGAGCAA AGCTGTTGAA GAAAGATAAC AGTAATGAAT CCCCAAAATC TAATGGGACA 
TCATCCAGTG GACGGGAGGA AAAGAAAAAA GTTTCCAAGC AACCAGAGCG TAAAAAAAAT 
TATAACACTG ACAAGATCCA GCGCAAGGGA AGGGACCTGA CTAAGCTTAT CTATAAGCAT 
GTTGCTGATT TTGTTGAACC AGAATCCAAA TCCTCATCTG AACCACGGTC CTTAACAACT 
CTGGAGATAT ACGCCAAAGC AAAGGAGGAA CAAGAAACCA CTCCAGTCTT TAGCAAGAAA 
ACATTCAAGC TTGAAGGCAG TGCGATTTTG GTGTTTGTTA CTAAACTTTC CGGAAAGACG 
AAAATTCATG TGGCAACTGA TTTTAAAGAG CCGGTTACCC TTCACTGGGC TTTGTCTCAA 
AAGGGTGGAG AATGGTTGGA CCCACCTTCA GATATACTGC CACCAAACTC TTTGCCAGTA 
CGTGGTGCTG TTGATACAAA ACTGACCATC ACTTCAACAG ATCTTCCTAG TCCGGTTCAA 
ACTTTTGAGC TGGAAATAGA AGGTGACAGC TACAAGGGCA TGCCGTTTGT ACTCAATGCT 
GGTGAAAGGT GGATTAAAAA TAATGACAGT GACTTTTATG TGGACTTTGC TAAAGAAGAA 
AAACATGTTC AGAAGGATTA TGGCGATGGA AAGGGTACAG CCAAGCATTT ACTGGACAAA 
ATCGCAGATT TGGAGAGTGA GGCCCAGAAG TCTTTCATGC ATCGATTCAA CATTGCAGCA 
GATCTTGTGG ACGAGGCAAA AAGTGCTGGT CAACTGGGCT TTGCAGGGAT CCTAGTCTGG 
ATGAGGTTTA TGGCTACAAG ACAGCTTGTG TGGAACAAAA ACTATAATGT TAAGCCAAGG 
GAGATAAGCA AAGCGCAGGA TAGACTGACT GACCTTCTCC AGGACGTTTA TGCAAGTTAT 
CCAGAGTACA GAGAACTTTT GCGGATGATA ATGTCTACTG TAGGTCGAGG AGGTGAAGGA 
GATGTCGGGC AACGAATCCG TGACGAAATT CTAGTCATCC AGCGGAAAAA TGACTGCAAG 
GGTGGAATTA TGGAGGAATG GCATCAGAAG TTGCATAACA ACACTAGTCC AGATGATGTT 
GTCATCTGTC AGGCATTGAT GGATTATATC AAAAGTGACT TTGACTTAAG TGTTTACTGG 
AAGACCTTGA ACGATAATGG CATAACCAAA GAGCGACTCT TAAGTTATGA TCGTGCTATA 
CATTCTGAAC CAAATTTTAG AGGAGAACAA AAAGACGGTC TTTTGCGTGA TCTTGGACAC 
TACATGAGGA CTTTAAAGGC TGTTCATTCA GGGGCAGACC TTGAGTCGGC TATACAAAAT 
TGCATGGGCT ACCAAGATGA CGGTGAAGGT TTCATGGTTG GGGTGCAGAT AAATCCTGTA 
TCAGGATTGC CTTCTGGATA TCCAGACTTG CTTCGTTTCG TCCTAGAACA TGTTGAAGAA 
AAGAATGTAG AGCCACTTCT TGAGGGTTTG CTTGAAGCTC GTCAAGAGCT AAGGCCACTT 
CTGCTGAAGT CCCATGACCG CCTCAAGGAT CTGTTATTCT TGGACCTCGC TCTTGATTCT 
ACTGTCAGAA CAGCGATTGA AAGAGGATAT GAGCAATTGA ATGATGCTGG ACCTGAGAAA 
ATCATGTACT TCATCAGCCT AGTTCTTGAA AATCTTGCCC TCTCTTCAGA TGACAATGAA 
GACCTTATAT ACTGCTTGAA GGGATGGCAA TTTGCCCTCG ACATGTGCAA GAGCAAAAAA 
GATCACTGGG CTCTGTATGC AAAATCTGTT CTTGACAGAA GCCGACTAGC ACTGGCAAGC 
AAAGCTGAGA GGTACCTTGA AATTCTGCAA CCATCGGCTG AATATCTTGG ATCTTGTCTT 
GGAGTCGATC AGTCGGCTGT TAGTATATTT ACTGAAGAGA TCATTCGAGC TGGATCTGCA 
GCAGCATTGT CGTCACTTGT TAACCGACTT GACCCAGTTC TTAGGAAGAC TGCTAACTTG 
GGAAGTTGGC AGGTTATTAG TCCTGTAGAG GTCGTCGGAT ATGTCATTGT TGTGGACGAA 
TTGCTCACTG TACAGAATAA AACCTACGAT AGACCTACAA TTATAGTTGC AAACAGAGTG 
AGAGGAGAGG AGGAAATCCC TGATGGTGCA GTTGCGGTAC TGACACCTGA CATGCCGGAT 
GTACTATCTC ATGTTTCTGT TCGAGCAAGA AATGGAAAGA TCTGCTTTGC CACATGTTTT 
GATTCTGGTA TCTTATCTGA CCTCCAAGGA AAAGATGGAA AACTGTTGAG CCTACAACCA 
ACCTCTGCAG ATGTAGTCTA TAAAGAGGTA AACGATAGTG AGCTTTCGAG TCCAAGTTCA 
GACAACCTGG AAGATGCCCC TCCAAGTATT TCTTTGGTCA AGAAACAGTT TGCGGGTAGA 
TATGCTATAT CATCTGAGGA GTTCACAAGT GACTTGGTTG GTGCTAAATC AAGAAATATC 
GGGTATCTGA AAGGAAAAGT TCCTTCTTGG GTTGGTATCC CAACTTCAGT TGCGTTGCCA 
TTTGGTGTTT TTGAGAAGGT TATCTCCGAA AAGGCGAATC AGGCGGTGAA CGATAAATTG 
CTAGTATTGA AGAAAACTCT TGATGAGGGA GACCAAGGTG CTCTGAAGGA AATCCGGCAG 
ACACTGTTGG GGCTAGTTGC ACCCCCAGAA CTGGTTGAAG AACTGAAAAG TACTATGAAA 
AGTTCTGACA TGCCATGGCC GGGTGATGAA GGTGAACAGA GATGGGAGCA AGCTTGGGCA 
GCCATTAAAA AGGTCTGGGC TTCGAAATGG AACGAGAGAG CATACTTCAG CACGAGGAAA 
GTAAAACTGG ATCATGACTA TCTCTGCATG GCTGTTTTGG TCCAAGAAGT CATCAATGCG 
GATTACGCAT TCGTCATTCA CACAACTAAT CCATCTTCTG GAGATTCATC AGAGATTTAT 
GCCGAGGTGG TCAAAGGCCT TGGGGAAACT CTTGTAGGAG CATATCCCGG TCGGTCTCTG 
AGTTTCATCT GCAAGAAAAA CAACCTTGAT TCGCCTCTGG TGTTGGGCTA CCCAAGCAAA 
CCGATTGGGC TGTTCATAAG ACGTTCAATC ATCTTCAGAT CTGATTCCAA TGGAGAAGAT 
CTTGAAGGTT ATGCAGGTGC AGGCCTCTAC GACAGTGTAC CAATGGACGA GGAAGACCAA 
GTCGTGCTCG ATTACACAAC AGATCCTCTG ATCACTGACT TGAGCTTCCA GAAAAAGGTT 
CTCTCAGACA TTGCACGCGC TGGAGATGCC ATTGAGAAAC TCTATGGAAC TGCACAGGAC 
ATTGAAGGTG TGATCAGAGA CGGGAAGCTC TATGTCGTCC AGACACGACC ACAAGTGTGA

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

RefSeq	NP_001320611.1
CDS	310..4509
Translation	MSNSVVHNLLNRGLIRPLNFEHQNKLNSSVYQTSTANPALGKIGRSKLYGKGLKQAGRSLVTETGGRPLSFVPRAVLAMDPQAAEKFSLDGNIDLLVEVTSTTVREVNIQIAYTSDTLFLHWGAILDNKENWVLPSRSPDRTQNFKNSALRTPFVKSGGNSHLKLEIDDPAIHAIEFLIFDESRNKWYKNNGQNFHINLPTERNVKQNVSVPEDLVQIQAYLRWERKGKQMYNPEKEKEEYEAARTELREEMMRGASVEDLRAKLLKKDNSNESPKSNGTSSSGREEKKKVSKQPERKKNYNTDKIQRKGRDLTKLIYKHVADFVEPESKSSSEPRSLTTLEIYAKAKEEQETTPVFSKKTFKLEGSAILVFVTKLSGKTKIHVATDFKEPVTLHWALSQKGGEWLDPPSDILPPNSLPVRGAVDTKLTITSTDLPSPVQTFELEIEGDSYKGMPFVLNAGERWIKNNDSDFYVDFAKEEKHVQKDYGDGKGTAKHLLDKIADLESEAQKSFMHRFNIAADLVDEAKSAGQLGFAGILVWMRFMATRQLVWNKNYNVKPREISKAQDRLTDLLQDVYASYPEYRELLRMIMSTVGRGGEGDVGQRIRDEILVIQRKNDCKGGIMEEWHQKLHNNTSPDDVVICQALMDYIKSDFDLSVYWKTLNDNGITKERLLSYDRAIHSEPNFRGEQKDGLLRDLGHYMRTLKAVHSGADLESAIQNCMGYQDDGEGFMVGVQINPVSGLPSGYPDLLRFVLEHVEEKNVEPLLEGLLEARQELRPLLLKSHDRLKDLLFLDLALDSTVRTAIERGYEQLNDAGPEKIMYFISLVLENLALSSDDNEDLIYCLKGWQFALDMCKSKKDHWALYAKSVLDRSRLALASKAERYLEILQPSAEYLGSCLGVDQSAVSIFTEEIIRAGSAAALSSLVNRLDPVLRKTANLGSWQVISPVEVVGYVIVVDELLTVQNKTYDRPTIIVANRVRGEEEIPDGAVAVLTPDMPDVLSHVSVRARNGKICFATCFDSGILSDLQGKDGKLLSLQPTSADVVYKEVNDSELSSPSSDNLEDAPPSISLVKKQFAGRYAISSEEFTSDLVGAKSRNIGYLKGKVPSWVGIPTSVALPFGVFEKVISEKANQAVNDKLLVLKKTLDEGDQGALKEIRQTLLGLVAPPELVEELKSTMKSSDMPWPGDEGEQRWEQAWAAIKKVWASKWNERAYFSTRKVKLDHDYLCMAVLVQEVINADYAFVIHTTNPSSGDSSEIYAEVVKGLGETLVGAYPGRSLSFICKKNNLDSPLVLGYPSKPIGLFIRRSIIFRSDSNGEDLEGYAGAGLYDSVPMDEEDQVVLDYTTDPLITDLSFQKKVLSDIARAGDAIEKLYGTAQDIEGVIRDGKLYVVQTRPQV

Target ORF information:

RefSeq Version	NM_001331927.1
Organism	Arabidopsis thaliana(thale cress)
Definition	Arabidopsis thaliana Pyruvate phosphate dikinase, PEP/pyruvate binding domain-containing protein (SEX1), mRNA.

Target ORF information:

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

NM_001331927.1

ORF Insert Sequence:

ATGAGTAACT CTGTAGTGCA TAACTTACTT AACCGGGGTT TGATTCGTCC TCTTAACTTT 
GAACATCAAA ACAAGCTCAA CTCCTCTGTG TACCAAACTT CAACAGCAAA TCCGGCTCTT 
GGCAAGATTG GCAGATCAAA ACTTTACGGG AAAGGTCTTA AGCAGGCAGG ACGCAGTCTG 
GTCACTGAAA CAGGAGGAAG ACCTCTCTCA TTTGTTCCAC GAGCTGTCCT TGCCATGGAT 
CCTCAGGCAG CCGAGAAATT TAGTCTTGAC GGAAATATCG ATTTACTGGT TGAAGTCACT 
TCTACAACTG TAAGAGAAGT AAATATCCAG ATAGCTTATA CAAGTGACAC ATTGTTCCTA 
CACTGGGGTG CAATTCTTGA CAACAAAGAA AATTGGGTTC TACCTTCTCG CTCTCCGGAT 
AGAACTCAAA ACTTCAAGAA CAGTGCGCTT AGAACTCCAT TTGTGAAATC CGGTGGCAAT 
TCTCACCTTA AACTAGAGAT AGATGATCCT GCCATACACG CTATTGAGTT CCTTATATTT 
GACGAAAGTC GGAACAAATG GTATAAAAAT AATGGTCAGA ATTTTCATAT AAACTTACCA 
ACGGAAAGGA ATGTGAAACA AAATGTTTCT GTTCCTGAAG ATCTTGTACA GATCCAAGCA 
TATCTTAGAT GGGAACGTAA GGGTAAACAA ATGTACAACC CTGAGAAAGA GAAGGAGGAG 
TATGAAGCCG CCCGGACGGA GCTACGGGAG GAAATGATGC GAGGTGCTTC AGTGGAAGAT 
CTCAGAGCAA AGCTGTTGAA GAAAGATAAC AGTAATGAAT CCCCAAAATC TAATGGGACA 
TCATCCAGTG GACGGGAGGA AAAGAAAAAA GTTTCCAAGC AACCAGAGCG TAAAAAAAAT 
TATAACACTG ACAAGATCCA GCGCAAGGGA AGGGACCTGA CTAAGCTTAT CTATAAGCAT 
GTTGCTGATT TTGTTGAACC AGAATCCAAA TCCTCATCTG AACCACGGTC CTTAACAACT 
CTGGAGATAT ACGCCAAAGC AAAGGAGGAA CAAGAAACCA CTCCAGTCTT TAGCAAGAAA 
ACATTCAAGC TTGAAGGCAG TGCGATTTTG GTGTTTGTTA CTAAACTTTC CGGAAAGACG 
AAAATTCATG TGGCAACTGA TTTTAAAGAG CCGGTTACCC TTCACTGGGC TTTGTCTCAA 
AAGGGTGGAG AATGGTTGGA CCCACCTTCA GATATACTGC CACCAAACTC TTTGCCAGTA 
CGTGGTGCTG TTGATACAAA ACTGACCATC ACTTCAACAG ATCTTCCTAG TCCGGTTCAA 
ACTTTTGAGC TGGAAATAGA AGGTGACAGC TACAAGGGCA TGCCGTTTGT ACTCAATGCT 
GGTGAAAGGT GGATTAAAAA TAATGACAGT GACTTTTATG TGGACTTTGC TAAAGAAGAA 
AAACATGTTC AGAAGGATTA TGGCGATGGA AAGGGTACAG CCAAGCATTT ACTGGACAAA 
ATCGCAGATT TGGAGAGTGA GGCCCAGAAG TCTTTCATGC ATCGATTCAA CATTGCAGCA 
GATCTTGTGG ACGAGGCAAA AAGTGCTGGT CAACTGGGCT TTGCAGGGAT CCTAGTCTGG 
ATGAGGTTTA TGGCTACAAG ACAGCTTGTG TGGAACAAAA ACTATAATGT TAAGCCAAGG 
GAGATAAGCA AAGCGCAGGA TAGACTGACT GACCTTCTCC AGGACGTTTA TGCAAGTTAT 
CCAGAGTACA GAGAACTTTT GCGGATGATA ATGTCTACTG TAGGTCGAGG AGGTGAAGGA 
GATGTCGGGC AACGAATCCG TGACGAAATT CTAGTCATCC AGCGGAAAAA TGACTGCAAG 
GGTGGAATTA TGGAGGAATG GCATCAGAAG TTGCATAACA ACACTAGTCC AGATGATGTT 
GTCATCTGTC AGGCATTGAT GGATTATATC AAAAGTGACT TTGACTTAAG TGTTTACTGG 
AAGACCTTGA ACGATAATGG CATAACCAAA GAGCGACTCT TAAGTTATGA TCGTGCTATA 
CATTCTGAAC CAAATTTTAG AGGAGAACAA AAAGACGGTC TTTTGCGTGA TCTTGGACAC 
TACATGAGGA CTTTAAAGGC TGTTCATTCA GGGGCAGACC TTGAGTCGGC TATACAAAAT 
TGCATGGGCT ACCAAGATGA CGGTGAAGGT TTCATGGTTG GGGTGCAGAT AAATCCTGTA 
TCAGGATTGC CTTCTGGATA TCCAGACTTG CTTCGTTTCG TCCTAGAACA TGTTGAAGAA 
AAGAATGTAG AGCCACTTCT TGAGGGTTTG CTTGAAGCTC GTCAAGAGCT AAGGCCACTT 
CTGCTGAAGT CCCATGACCG CCTCAAGGAT CTGTTATTCT TGGACCTCGC TCTTGATTCT 
ACTGTCAGAA CAGCGATTGA AAGAGGATAT GAGCAATTGA ATGATGCTGG ACCTGAGAAA 
ATCATGTACT TCATCAGCCT AGTTCTTGAA AATCTTGCCC TCTCTTCAGA TGACAATGAA 
GACCTTATAT ACTGCTTGAA GGGATGGCAA TTTGCCCTCG ACATGTGCAA GAGCAAAAAA 
GATCACTGGG CTCTGTATGC AAAATCTGTT CTTGACAGAA GCCGACTAGC ACTGGCAAGC 
AAAGCTGAGA GGTACCTTGA AATTCTGCAA CCATCGGCTG AATATCTTGG ATCTTGTCTT 
GGAGTCGATC AGTCGGCTGT TAGTATATTT ACTGAAGAGA TCATTCGAGC TGGATCTGCA 
GCAGCATTGT CGTCACTTGT TAACCGACTT GACCCAGTTC TTAGGAAGAC TGCTAACTTG 
GGAAGTTGGC AGGTTATTAG TCCTGTAGAG GTCGTCGGAT ATGTCATTGT TGTGGACGAA 
TTGCTCACTG TACAGAATAA AACCTACGAT AGACCTACAA TTATAGTTGC AAACAGAGTG 
AGAGGAGAGG AGGAAATCCC TGATGGTGCA GTTGCGGTAC TGACACCTGA CATGCCGGAT 
GTACTATCTC ATGTTTCTGT TCGAGCAAGA AATGGAAAGA TCTGCTTTGC CACATGTTTT 
GATTCTGGTA TCTTATCTGA CCTCCAAGGA AAAGATGGAA AACTGTTGAG CCTACAACCA 
ACCTCTGCAG ATGTAGTCTA TAAAGAGGTA AACGATAGTG AGCTTTCGAG TCCAAGTTCA 
GACAACCTGG AAGATGCCCC TCCAAGTATT TCTTTGGTCA AGAAACAGTT TGCGGGTAGA 
TATGCTATAT CATCTGAGGA GTTCACAAGT GACTTGGTTG GTGCTAAATC AAGAAATATC 
GGGTATCTGA AAGGAAAAGT TCCTTCTTGG GTTGGTATCC CAACTTCAGT TGCGTTGCCA 
TTTGGTGTTT TTGAGAAGGT TATCTCCGAA AAGGCGAATC AGGCGGTGAA CGATAAATTG 
CTAGTATTGA AGAAAACTCT TGATGAGGGA GACCAAGGTG CTCTGAAGGA AATCCGGCAG 
ACACTGTTGG GGCTAGTTGC ACCCCCAGAA CTGGTTGAAG AACTGAAAAG TACTATGAAA 
AGTTCTGACA TGCCATGGCC GGGTGATGAA GGTGAACAGA GATGGGAGCA AGCTTGGGCA 
GCCATTAAAA AGGTCTGGGC TTCGAAATGG AACGAGAGAG CATACTTCAG CACGAGGAAA 
GTAAAACTGG ATCATGACTA TCTCTGCATG GCTGTTTTGG TCCAAGAAGT CATCAATGCG 
GATTACGCAT TCGTCATTCA CACAACTAAT CCATCTTCTG GAGATTCATC AGAGATTTAT 
GCCGAGGTGG TCAAAGGCCT TGGGGAAACT CTTGTAGGAG CATATCCCGG TCGGTCTCTG 
AGTTTCATCT GCAAGAAAAA CAACCTTGAT TCGCCTCTGG TGTTGGGCTA CCCAAGCAAA 
CCGATTGGGC TGTTCATAAG ACGTTCAATC ATCTTCAGAT CTGATTCCAA TGGAGAAGAT 
CTTGAAGGTT ATGCAGGTGC AGGCCTCTAC GACAGTGTAC CAATGGACGA GGAAGACCAA 
GTCGTGCTCG ATTACACAAC AGATCCTCTG ATCACTGACT TGAGCTTCCA GAAAAAGGTT 
CTCTCAGACA TTGCACGCGC TGGAGATGCC ATTGAGAAAC TCTATGGAAC TGCACAGGAC 
ATTGAAGGTG TGATCAGAGA CGGGAAGCTC TATGTCGTCC AGACACGACC ACAAGTGTGA

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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SEX1 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:

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