GSL10 cDNA ORF clone, Arabidopsis thaliana(thale cress)

Gene
Clones
gRNAs

Summary

Gene Symbol	GSL10
Entrez Gene ID	819903
Full Name	glucan synthase-like 10
Synonyms	ATGSL10,CALS9,glucan synthase-like 10,gsl10
Gene Type	protein-coding
Organism	Arabidopsis thaliana(thale cress)

mRNA and Protein(s)

mRNA	Protein	Name
NM_001337694.1	NP_001326713.1	glucan synthase-like 10
NM_001337693.1	NP_001326712.1	glucan synthase-like 10
NM_111596.6	NP_187372.5	glucan synthase-like 10

Pathways from BioSystems

Homologies

Schizosaccharomyces pombe (fission yeast)	bgs3	NP_594766.1
Arabidopsis thaliana (thale cress)	GSL07	NP_172136.2
Arabidopsis thaliana (thale cress)	CALS5	NP_849953.2
Arabidopsis thaliana (thale cress)	GSL8	NP_850271.5
Arabidopsis thaliana (thale cress)	GSL04	NP_188075.2
Arabidopsis thaliana (thale cress)	GSL12	NP_196804.6
Arabidopsis thaliana (thale cress)	GSL03	NP_001189653.1
Arabidopsis thaliana (thale cress)	GSL10	NP_187372.5
Arabidopsis thaliana (thale cress)	GSL11	NP_191469.3
Arabidopsis thaliana (thale cress)	CALS1	NP_563743.2
Arabidopsis thaliana (thale cress)	GSL09	NP_198503.3
Oryza sativa (rice)	Os02g0832500	NP_001048628.1

Gene Ontology
Bibliography

Related articles in PubMed

Sequence and analysis of chromosome 3 of the plant Arabidopsis thaliana.
Salanoubat M, Lemcke K, Rieger M, Ansorge W, Unseld M, Fartmann B, Valle G, Bl?cker H, Perez-Alonso M, Obermaier B, Delseny M, Boutry M, Grivell LA, Mache R, Puigdom?nech P, De Simone V, Choisne N, Artiguenave F, Robert C, Brottier P, Wincker P, Cattolico L, Weissenbach J, Saurin W, Qu?tier F, Sch?fer M, M?ller-Auer S, Gabel C, Fuchs M, Benes V, Wurmbach E, Drzonek H, Erfle H, Jordan N, Bangert S, Wiedelmann R, Kranz H, Voss H, Holland R, Brandt P, Nyakatura G, Vezzi A, D'Angelo M, Pallavicini A, Toppo S, Simionati B, Conrad A, Hornischer K, Kauer G, L?hnert TH, Nordsiek G, Reichelt J, Scharfe M, Sch?n O, Bargues M, Terol J, Climent J, Navarro P, Collado C, Perez-Perez A, Ottenw?lder B, Duchemin D, Cooke R, Laudie M, Berger-Llauro C, Purnelle B, Masuy D, de Haan M, Maarse AC, Alcaraz JP, Cottet A, Casacuberta E, Monfort A, Argiriou A, flores M, Liguori R, Vitale D, Mannhaupt G, Haase D, Schoof H, Rudd S, Zaccaria P, Mewes HW, Mayer KF, Kaul S, Town CD, Koo HL, Tallon LJ, Jenkins J, Rooney T, Rizzo M, Walts A, Utterback T, Fujii CY, Shea TP, Creasy TH, Haas B, Maiti R, Wu D, Peterson J, Van Aken S, Pai G, Militscher J, Sellers P, Gill JE, Feldblyum TV, Preuss D, Lin X, Nierman WC, Salzberg SL, White O, Venter JC, Fraser CM, Kaneko T, Nakamura Y, Sato S, Kato T, Asamizu E, Sasamoto S, Kimura T, Idesawa K, Kawashima K, Kishida Y, Kiyokawa C, Kohara M, Matsumoto M, Matsuno A, Muraki A, Nakayama S, Nakazaki N, Shinpo S, Takeuchi C, Wada T, Watanabe A, Yamada M, Yasuda M, Tabata S, , ,
Nature408(6814)820-2(2000 Dec)

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

GSL10 involves an independent process of pollen development at the mitotic division stage.
Title: Arabidopsis glucan synthase-like 10 functions in male gametogenesis.

The following GSL10 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the GSL10 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)
OAb37191	NM_001337693.1 Latest version!	Arabidopsis thaliana glucan synthase-like 10 (GSL10), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OAb37191	NM_001337694.1 Latest version!	Arabidopsis thaliana glucan synthase-like 10 (GSL10), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OAb10477	NM_111596.6 Latest version!	Arabidopsis thaliana glucan synthase-like 10 (GSL10), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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)

GSL10 ( NM_001337694.1 ) cDNA ORF clone, Arabidopsis thaliana(thale cress) -> NP_001326713.1 Arabidopsis thaliana glucan synthase-like 10 (GSL10), mRNA.

Price & Availability↑

CloneID	OAb37191
Clone ID Related Accession (Same CDS sequence)	NM_001337694.1 , NM_001337693.1
Accession Version	NM_001337694.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5679bp) 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	glucan synthase-like 10
Comment	Comment: REVIEWED REFSEQ: This record has been curated by TAIR and Araport. This record is derived from an annotated genomic sequence (NC_003074).

ATGTCTCGAG CTGAGTCATC TTGGGAGAGG CTGGTGAATG CTGCTTTACG GAGAGATAGA 
ACAGGAGGAG TTGCTGGTGG TAATCAAAGC AGTATTGTTG GTTATGTCCC TTCCTCACTA 
TCCAACAATA GGGACATCGA TGCAATTCTT AGAGCTGCCG ATGAGATTCA GGATGAGGAT 
CCCAACATTG CAAGAATCTT ATGTGAGCAT GGTTACTCAC TTGCACAAAA TCTCGATCCT 
AATAGTGAAG GCAGAGGTGT TTTACAGTTC AAAACTGGAT TGATGTCTGT TATTAAGCAA 
AAATTAGCAA AAAGAGAGGT TGGGACCATA GACAGAAGTC AGGATATTCT TCGACTACAA 
GAATTTTACA GGCTATACAG AGAAAAGAAC AATGTTGACA CGTTGAAGGA GGAAGAGAAA 
CAGCTCCGTG AGTCGGGGGC TTTCACTGAC GAGCTGGAAC GGAAAACAGT AAAAAGGAAA 
AGAGTTTTTG CCACCCTGAA AGTTCTGGGA AGTGTGTTGG AGCAGTTGGC AAAAGAGATT 
CCTGAAGAGC TTAAGCATGT TATTGATTCA GACGCTGCAA TGAGTGAAGA CACAATTGCT 
TATAACATTA TTCCTCTTGA TGCTCCTGTC ACGACAAATG CCACTACAAC TTTCCCTGAG 
GTTCAAGCGG CAGTTGCAGC ATTGAAGTAT TTTCCAGGCT TGCCTAAATT GCCTCCTGAT 
TTCCCCATTC CCGCTACAAG GACTGCTGAT ATGCTTGATT TTCTCCACTA TATTTTTGGG 
TTTCAGAAAG ACAGTGTCTC GAATCAGCGT GAACATATAG TTCTTCTTCT GGCTAATGAG 
CAATCCCGTC TTAATATTCC AGAAGAAACA GAACCTAAAC TGGATGACGC TGCAGTGCGT 
AAGGTGTTCT TGAAGTCCCT GGAAAACTAC ATCAAGTGGT GTGATTACCT TTGTATTCAA 
CCTGCGTGGA GCAATTTAGA AGCCATCAAT GGAGATAAGA AACTGCTATT CCTCTCTTTG 
TACTTCCTGA TTTGGGGAGA AGCTGCCAAC ATACGGTTTC TTCCAGAATG TTTGTGCTAC 
ATATTCCACC ATATGGTTAG AGAAATGGAT GAGATCTTAC GCCAGCAGGT TGCTCGCCCA 
GCTGAGAGTT GTATGCCAGT CGATAGTCGT GGCTCTGATG ATGGTGTATC ATTCCTTGAT 
CATGTCATTG CTCCGCTGTA TGGAGTGGTT TCAGCGGAAG CTTTTAACAA TGACAATGGC 
CGAGCACCTC ATTCAGCTTG GAGAAACTAT GATGATTTCA ATGAATATTT TTGGTCTCTT 
CACTCCTTTG AGCTTGGTTG GCCGTGGCGT ACCAGTTCAT CTTTTTTTCA GAAACCTATA 
CCGAGAAAAA AGTATGAGCT CAAAACCGGC AGGGCAAAAC ATCGAGGAAA AACTTCCTTT 
GTTGAGCACC GGACATTTTT GCATCTGTAC CACAGTTTCC ATCGGTTATG GATATTTCTT 
GCTATGATGT TTCAGGCATT AGCCATAATT GCGTTCAATA AAGATGACCT TACTTCCAGA 
AAGACTTTAC TTCAAATTCT CAGCCTGGGT CCGACTTTTG TAGTGATGAA GTTTTCTGAG 
AGTGTTTTGG AAGTTATCAT GATGTACGGT GCCTATTCTA CAACAAGACG TCTGGCTGTT 
TCTCGCATTT TTCTTCGTTT CATTTGGTTT GGCCTTGCTT CCGTCTTCAT CTCTTTCCTC 
TATGTGAAAT CACTTAAAGC ACCAAATTCT GATTCACCTA TAGTTCAGCT TTATTTGATC 
GTCATAGCCA TCTATGGAGG TGTTCAGTTC TTTTTTAGTA TCCTGATGCG TATCCCAACT 
TGTCACAACA TTGCTAATAA ATGTGATCGG TGGCCTGTGA TTCGATTCTT TAAGTGGATG 
CGCCAGGAGA GACACTATGT TGGCCGTGGC ATGTATGAAA GGACATCTGA TTTTATAAAG 
TACTTGCTAT TTTGGCTTGT CGTTCTGTCT GCAAAGTTTT CGTTTGCGTA CTTTCTTCAG 
ATTAAGCCGC TCGTTGGCCC CACAAGGATG ATAGTGAAAC AGAACAATAT TCCGTACTCC 
TGGCATGATT TTGTGTCGAG AAAAAACTAC AATGCTCTGA CTGTTGCCAG TTTATGGGCT 
CCTGTGGTAG CTATATACCT GTTAGACATC CATATATTCT ACACCATTTT CTCTGCTTTT 
TTGGGGTTCT TGCTTGGTGC AAGAGATCGT TTGGGGGAGA TAAGATCTTT GGAAGCGATT 
CATAAACTCT TTGAGGAGTT TCCAGGGGCT TTTATGAGGG CTCTTCATGT TCCTCTTACC 
AATCGGACGT CTGATACTTC TCATCAGACT GTGGATAAGA AGAACAAAGT AGATGCAGCA 
CACTTTGCTC CATTTTGGAA CCAAATAATA AAAAGTTTAC GAGAGGAAGA CTACATCACT 
GATTTTGAGA TGGAATTGCT CCTGATGCCC AAGAATTCTG GTAGGCTCGA ATTGGTTCAG 
TGGCCACTTT TTCTTCTTTC CAGCAAGATA TTATTGGCCA AAGAGATTGC AGCTGAGAGT 
AATTCGCAAG AGGAGATTCT GGAGAGGATT GAAAGGGATG ACTATATGAA GTATGCTGTT 
GAGGAAGTCT ATCACACTCT CAAACTTGTC CTAACAGAAA CTCTGGAAGC CGAAGGAAGG 
CTGTGGGTGG AGAGAATCTA TGAAGATATC CAAACCAGCT TAAAGGAGAG AAATATACAT 
CATGATTTTC AGTTGAACAA GCTCTCCCTT GTTATCACGA GAGTGACTGC ACTCTTGGGA 
ATCCTGAAAG AAAATGAAAC ACCGGAGCAT GCAAAAGGGG CTATCAAAGC ACTTCAGGAT 
CTCTACGATG TTATGCGGCT TGACATATTG ACTTTTAATA TGAGGGGTCA TTATGAAACG 
TGGAACCTGT TAACTCAAGC CTGGAATGAA GGTCGGCTTT TTACAAAGTT GAAATGGCCT 
AAAGACCCTG AGCTGAAAGC ACTCGTCAAA AGATTGTACT CTCTATTTAC TATCAAAGAT 
TCTGCAGCGC ATGTTCCTAG AAATCTTGAG GCCAGACGTA GACTTCAATT CTTCACCAAT 
TCTCTTTTCA TGGATGTGCC ACCACCTAAG TCTGTCCGCA AGATGTTATC CTTCAGTGTC 
TTCACTCCAT ACTATTCCGA GGTTGTGCTA TACAGCATGG CTGAACTCAC CAAGAGAAAT 
GAGGATGGAA TATCAATACT GTTTTATCTT CAGAAAATAT ATCCAGATGA GTGGAAAAAT 
TTTCTTGCAC GCATAGGACG AGACGAAAAT GCGTTAGAAG GCGATCTAGA TAATGAAAGA 
GACATACTTG AACTTCGATT TTGGGCCTCT TACCGTGGAC AAACGTTAGC TAGAACAGTT 
CGTGGGATGA TGTATTATAG GAAAGCCCTC ATGCTTCAGT CTTATCTGGA AAGAAAAGCT 
GGCAATGACG CTACAGACGC TGAAGGATTT GAGTTATCTC CAGAAGCAAG GGCCCAAGCA 
GATCTCAAGT TCACATATGT TGTCACATGC CAGATATATG GAAGACAAAA AGAAGATCAA 
AAACCTGAAG CTGTTGACAT TGCATTGCTA ATGCAAAGAA ATGAAGCCCT TCGCATTGCT 
TATATTGATG TTGTTGATAG TCCAAAAGAG GGTAAATCTC ATACGGAATA TTATTCAAAA 
CTTGTGAAGG CCGACATCAG TGGAAAGGAT AAGGAAATTT ACTCCATAAA GTTGCCTGGG 
GACCCGAAAC TTGGCGAAGG CAAACCTGAG AATCAAAACC ACGCCATTGT GTTTACTCGC 
GGAAATGCTA TCCAAACTAT TGATATGAAT CAGGATAATT ATTTTGAAGA AGCCTTAAAG 
ATGAGAAATC TTTTGGAGGA ATTTGACCGG GACCATGGAA TTCGACCACC TACTATTCTT 
GGAGTTAGGG AACATGTCTT TACTGGAAGT GTCTCCTCCT TGGCATCTTT CATGTCCAAT 
CAAGAAACCA GCTTTGTAAC TCTAGGTCAA CGAGTATTGG CAAAACCCTT AAAGATCCGC 
ATGCATTATG GTCATCCAGA TGTCTTTGAC AGAGTATTTC ATATTACACG TGGTGGTATC 
AGCAAGGCCT CTCGGGTCAT CAATATTAGT GAAGATATAT TTGCTGGTTT CAACACAACT 
CTACGTCAAG GGAATGTTAC TCATCATGAG TATATTCAGG TGGGCAAAGG GCGAGATGTT 
GGGCTCAATC AAATAGCTCT GTTTGAAGGG AAGGTTGCTG GTGGGAATGG TGAACAGGTT 
CTTAGTCGAG ATGTATACAG ACTTGGCCAG CTCCTTGATT TCTTCCGTAT GATGTCATTC 
TTCTTTACAA CCGTTGGCTT CTATCTATGT ACAATGTTGA CGGTGCTTAC TGTGTATATT 
TTCTTATATG GGAGGGCATA TCTGGCACTT TCTGGAGTTG GAGCTACTAT TCGAGAAAGA 
GCTATTCTTC TGGACGATAC TGCACTTAGC GCCGCCTTGA ATGCTCAGTT TCTGTTTCAG 
ATTGGTGTCT TCACTGCTGT GCCAATGGTT TTGGGATTTA TTTTGGAACA GGGTTTTCTC 
CAGGCCATCG TCAGTTTCAT AACAATGCAA TTTCAGCTAT GTACTGTCTT CTTCACATTT 
TCCCTTGGTA CAAGAACCCA TTATTTTGGA CGGACAATTC TCCATGGTGG TGCAAGGTAC 
CAAGCCACTG GAAGAGGCTT CGTCGTGAAG CATATCAAAT TTTCTGAAAA CTACCGTCTT 
TATTCCAGAA GTCATTTTGT CAAAGCAATG GAAGTTATTC TTTTATTGGT TGTGTACCTT 
GCGTATGGCA ATGATGAAGC TGGTGCGGTT TCCTACATCC TGCTGACAGT TAGCAGCTGG 
TTTTTGGCTG TTTCTTGGCT GTTTGCTCCG TACCTATTCA ACCCTGCCGG ATTTGAGTGG 
CAGAAAGTCG TGGAGGACTT CAAAGAATGG ACAAATTGGC TCTTTTACAG AGGTGGAATT 
GGTGTGAAAG GAGCTGAAAG CTGGGAAGCA TGGTGGGAAG AAGAACTGTC TCACATTCGG 
ACCTTGAGCG GGAGGATAAT GGAGACTATT TTAAGTCTAC GATTCTTTAT CTTCCAGTAT 
GGTATTGTCT ACAAACTGAA GCTACAAGGA TCAGATACAT CATTTGCGGT GTACGGTTGG 
TCATGGGTTG CATTTGCAAT GATTATAGTT CTTTTCAAGG TCTTTACCTT CAGCCAGAAG 
ATTTCTGTCA ATTTCCAGCT TTTACTGAGG TTTATACAAG GTCTATCCTT ATTGATGGCT 
CTAGCTGGCA TAATCGTAGC AGTTGTGCTC ACACCCTTGT CAGTGACAGA CATATTTGCA 
TGCGTATTGG CTTTTATACC GACAGGATGG GGAATTCTTT CTATTGCGTG TGCTTGGAAG 
CCAGTCCTAA AGCGAATGGG GATGTGGAAA TCGATTCGTT CCCTAGCAAG GCTATATGAT 
GCGTTAATGG GAATGCTCAT ATTTCTTCCC GTTGCTCTCT GCTCCTGGTT CCCTTTTGTG 
TCGACCTTCC AGACACGTAT GATGTTTAAC CAAGCCTTCA GCCGCGGTCT CGAGATCTCT 
CTTATTCTTG CAGGAGACAA TCCCAATTCT GGTCTTTAA

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

RefSeq	NP_001326713.1
CDS	59..5737
Translation	MSRAESSWERLVNAALRRDRTGGVAGGNQSSIVGYVPSSLSNNRDIDAILRAADEIQDEDPNIARILCEHGYSLAQNLDPNSEGRGVLQFKTGLMSVIKQKLAKREVGTIDRSQDILRLQEFYRLYREKNNVDTLKEEEKQLRESGAFTDELERKTVKRKRVFATLKVLGSVLEQLAKEIPEELKHVIDSDAAMSEDTIAYNIIPLDAPVTTNATTTFPEVQAAVAALKYFPGLPKLPPDFPIPATRTADMLDFLHYIFGFQKDSVSNQREHIVLLLANEQSRLNIPEETEPKLDDAAVRKVFLKSLENYIKWCDYLCIQPAWSNLEAINGDKKLLFLSLYFLIWGEAANIRFLPECLCYIFHHMVREMDEILRQQVARPAESCMPVDSRGSDDGVSFLDHVIAPLYGVVSAEAFNNDNGRAPHSAWRNYDDFNEYFWSLHSFELGWPWRTSSSFFQKPIPRKKYELKTGRAKHRGKTSFVEHRTFLHLYHSFHRLWIFLAMMFQALAIIAFNKDDLTSRKTLLQILSLGPTFVVMKFSESVLEVIMMYGAYSTTRRLAVSRIFLRFIWFGLASVFISFLYVKSLKAPNSDSPIVQLYLIVIAIYGGVQFFFSILMRIPTCHNIANKCDRWPVIRFFKWMRQERHYVGRGMYERTSDFIKYLLFWLVVLSAKFSFAYFLQIKPLVGPTRMIVKQNNIPYSWHDFVSRKNYNALTVASLWAPVVAIYLLDIHIFYTIFSAFLGFLLGARDRLGEIRSLEAIHKLFEEFPGAFMRALHVPLTNRTSDTSHQTVDKKNKVDAAHFAPFWNQIIKSLREEDYITDFEMELLLMPKNSGRLELVQWPLFLLSSKILLAKEIAAESNSQEEILERIERDDYMKYAVEEVYHTLKLVLTETLEAEGRLWVERIYEDIQTSLKERNIHHDFQLNKLSLVITRVTALLGILKENETPEHAKGAIKALQDLYDVMRLDILTFNMRGHYETWNLLTQAWNEGRLFTKLKWPKDPELKALVKRLYSLFTIKDSAAHVPRNLEARRRLQFFTNSLFMDVPPPKSVRKMLSFSVFTPYYSEVVLYSMAELTKRNEDGISILFYLQKIYPDEWKNFLARIGRDENALEGDLDNERDILELRFWASYRGQTLARTVRGMMYYRKALMLQSYLERKAGNDATDAEGFELSPEARAQADLKFTYVVTCQIYGRQKEDQKPEAVDIALLMQRNEALRIAYIDVVDSPKEGKSHTEYYSKLVKADISGKDKEIYSIKLPGDPKLGEGKPENQNHAIVFTRGNAIQTIDMNQDNYFEEALKMRNLLEEFDRDHGIRPPTILGVREHVFTGSVSSLASFMSNQETSFVTLGQRVLAKPLKIRMHYGHPDVFDRVFHITRGGISKASRVINISEDIFAGFNTTLRQGNVTHHEYIQVGKGRDVGLNQIALFEGKVAGGNGEQVLSRDVYRLGQLLDFFRMMSFFFTTVGFYLCTMLTVLTVYIFLYGRAYLALSGVGATIRERAILLDDTALSAALNAQFLFQIGVFTAVPMVLGFILEQGFLQAIVSFITMQFQLCTVFFTFSLGTRTHYFGRTILHGGARYQATGRGFVVKHIKFSENYRLYSRSHFVKAMEVILLLVVYLAYGNDEAGAVSYILLTVSSWFLAVSWLFAPYLFNPAGFEWQKVVEDFKEWTNWLFYRGGIGVKGAESWEAWWEEELSHIRTLSGRIMETILSLRFFIFQYGIVYKLKLQGSDTSFAVYGWSWVAFAMIIVLFKVFTFSQKISVNFQLLLRFIQGLSLLMALAGIIVAVVLTPLSVTDIFACVLAFIPTGWGILSIACAWKPVLKRMGMWKSIRSLARLYDALMGMLIFLPVALCSWFPFVSTFQTRMMFNQAFSRGLEISLILAGDNPNSGL

Target ORF information:

RefSeq Version	NM_001337694.1
Organism	Arabidopsis thaliana(thale cress)
Definition	Arabidopsis thaliana glucan synthase-like 10 (GSL10), mRNA.

Target ORF information:

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

NM_001337694.1

ORF Insert Sequence:

ATGTCTCGAG CTGAGTCATC TTGGGAGAGG CTGGTGAATG CTGCTTTACG GAGAGATAGA 
ACAGGAGGAG TTGCTGGTGG TAATCAAAGC AGTATTGTTG GTTATGTCCC TTCCTCACTA 
TCCAACAATA GGGACATCGA TGCAATTCTT AGAGCTGCCG ATGAGATTCA GGATGAGGAT 
CCCAACATTG CAAGAATCTT ATGTGAGCAT GGTTACTCAC TTGCACAAAA TCTCGATCCT 
AATAGTGAAG GCAGAGGTGT TTTACAGTTC AAAACTGGAT TGATGTCTGT TATTAAGCAA 
AAATTAGCAA AAAGAGAGGT TGGGACCATA GACAGAAGTC AGGATATTCT TCGACTACAA 
GAATTTTACA GGCTATACAG AGAAAAGAAC AATGTTGACA CGTTGAAGGA GGAAGAGAAA 
CAGCTCCGTG AGTCGGGGGC TTTCACTGAC GAGCTGGAAC GGAAAACAGT AAAAAGGAAA 
AGAGTTTTTG CCACCCTGAA AGTTCTGGGA AGTGTGTTGG AGCAGTTGGC AAAAGAGATT 
CCTGAAGAGC TTAAGCATGT TATTGATTCA GACGCTGCAA TGAGTGAAGA CACAATTGCT 
TATAACATTA TTCCTCTTGA TGCTCCTGTC ACGACAAATG CCACTACAAC TTTCCCTGAG 
GTTCAAGCGG CAGTTGCAGC ATTGAAGTAT TTTCCAGGCT TGCCTAAATT GCCTCCTGAT 
TTCCCCATTC CCGCTACAAG GACTGCTGAT ATGCTTGATT TTCTCCACTA TATTTTTGGG 
TTTCAGAAAG ACAGTGTCTC GAATCAGCGT GAACATATAG TTCTTCTTCT GGCTAATGAG 
CAATCCCGTC TTAATATTCC AGAAGAAACA GAACCTAAAC TGGATGACGC TGCAGTGCGT 
AAGGTGTTCT TGAAGTCCCT GGAAAACTAC ATCAAGTGGT GTGATTACCT TTGTATTCAA 
CCTGCGTGGA GCAATTTAGA AGCCATCAAT GGAGATAAGA AACTGCTATT CCTCTCTTTG 
TACTTCCTGA TTTGGGGAGA AGCTGCCAAC ATACGGTTTC TTCCAGAATG TTTGTGCTAC 
ATATTCCACC ATATGGTTAG AGAAATGGAT GAGATCTTAC GCCAGCAGGT TGCTCGCCCA 
GCTGAGAGTT GTATGCCAGT CGATAGTCGT GGCTCTGATG ATGGTGTATC ATTCCTTGAT 
CATGTCATTG CTCCGCTGTA TGGAGTGGTT TCAGCGGAAG CTTTTAACAA TGACAATGGC 
CGAGCACCTC ATTCAGCTTG GAGAAACTAT GATGATTTCA ATGAATATTT TTGGTCTCTT 
CACTCCTTTG AGCTTGGTTG GCCGTGGCGT ACCAGTTCAT CTTTTTTTCA GAAACCTATA 
CCGAGAAAAA AGTATGAGCT CAAAACCGGC AGGGCAAAAC ATCGAGGAAA AACTTCCTTT 
GTTGAGCACC GGACATTTTT GCATCTGTAC CACAGTTTCC ATCGGTTATG GATATTTCTT 
GCTATGATGT TTCAGGCATT AGCCATAATT GCGTTCAATA AAGATGACCT TACTTCCAGA 
AAGACTTTAC TTCAAATTCT CAGCCTGGGT CCGACTTTTG TAGTGATGAA GTTTTCTGAG 
AGTGTTTTGG AAGTTATCAT GATGTACGGT GCCTATTCTA CAACAAGACG TCTGGCTGTT 
TCTCGCATTT TTCTTCGTTT CATTTGGTTT GGCCTTGCTT CCGTCTTCAT CTCTTTCCTC 
TATGTGAAAT CACTTAAAGC ACCAAATTCT GATTCACCTA TAGTTCAGCT TTATTTGATC 
GTCATAGCCA TCTATGGAGG TGTTCAGTTC TTTTTTAGTA TCCTGATGCG TATCCCAACT 
TGTCACAACA TTGCTAATAA ATGTGATCGG TGGCCTGTGA TTCGATTCTT TAAGTGGATG 
CGCCAGGAGA GACACTATGT TGGCCGTGGC ATGTATGAAA GGACATCTGA TTTTATAAAG 
TACTTGCTAT TTTGGCTTGT CGTTCTGTCT GCAAAGTTTT CGTTTGCGTA CTTTCTTCAG 
ATTAAGCCGC TCGTTGGCCC CACAAGGATG ATAGTGAAAC AGAACAATAT TCCGTACTCC 
TGGCATGATT TTGTGTCGAG AAAAAACTAC AATGCTCTGA CTGTTGCCAG TTTATGGGCT 
CCTGTGGTAG CTATATACCT GTTAGACATC CATATATTCT ACACCATTTT CTCTGCTTTT 
TTGGGGTTCT TGCTTGGTGC AAGAGATCGT TTGGGGGAGA TAAGATCTTT GGAAGCGATT 
CATAAACTCT TTGAGGAGTT TCCAGGGGCT TTTATGAGGG CTCTTCATGT TCCTCTTACC 
AATCGGACGT CTGATACTTC TCATCAGACT GTGGATAAGA AGAACAAAGT AGATGCAGCA 
CACTTTGCTC CATTTTGGAA CCAAATAATA AAAAGTTTAC GAGAGGAAGA CTACATCACT 
GATTTTGAGA TGGAATTGCT CCTGATGCCC AAGAATTCTG GTAGGCTCGA ATTGGTTCAG 
TGGCCACTTT TTCTTCTTTC CAGCAAGATA TTATTGGCCA AAGAGATTGC AGCTGAGAGT 
AATTCGCAAG AGGAGATTCT GGAGAGGATT GAAAGGGATG ACTATATGAA GTATGCTGTT 
GAGGAAGTCT ATCACACTCT CAAACTTGTC CTAACAGAAA CTCTGGAAGC CGAAGGAAGG 
CTGTGGGTGG AGAGAATCTA TGAAGATATC CAAACCAGCT TAAAGGAGAG AAATATACAT 
CATGATTTTC AGTTGAACAA GCTCTCCCTT GTTATCACGA GAGTGACTGC ACTCTTGGGA 
ATCCTGAAAG AAAATGAAAC ACCGGAGCAT GCAAAAGGGG CTATCAAAGC ACTTCAGGAT 
CTCTACGATG TTATGCGGCT TGACATATTG ACTTTTAATA TGAGGGGTCA TTATGAAACG 
TGGAACCTGT TAACTCAAGC CTGGAATGAA GGTCGGCTTT TTACAAAGTT GAAATGGCCT 
AAAGACCCTG AGCTGAAAGC ACTCGTCAAA AGATTGTACT CTCTATTTAC TATCAAAGAT 
TCTGCAGCGC ATGTTCCTAG AAATCTTGAG GCCAGACGTA GACTTCAATT CTTCACCAAT 
TCTCTTTTCA TGGATGTGCC ACCACCTAAG TCTGTCCGCA AGATGTTATC CTTCAGTGTC 
TTCACTCCAT ACTATTCCGA GGTTGTGCTA TACAGCATGG CTGAACTCAC CAAGAGAAAT 
GAGGATGGAA TATCAATACT GTTTTATCTT CAGAAAATAT ATCCAGATGA GTGGAAAAAT 
TTTCTTGCAC GCATAGGACG AGACGAAAAT GCGTTAGAAG GCGATCTAGA TAATGAAAGA 
GACATACTTG AACTTCGATT TTGGGCCTCT TACCGTGGAC AAACGTTAGC TAGAACAGTT 
CGTGGGATGA TGTATTATAG GAAAGCCCTC ATGCTTCAGT CTTATCTGGA AAGAAAAGCT 
GGCAATGACG CTACAGACGC TGAAGGATTT GAGTTATCTC CAGAAGCAAG GGCCCAAGCA 
GATCTCAAGT TCACATATGT TGTCACATGC CAGATATATG GAAGACAAAA AGAAGATCAA 
AAACCTGAAG CTGTTGACAT TGCATTGCTA ATGCAAAGAA ATGAAGCCCT TCGCATTGCT 
TATATTGATG TTGTTGATAG TCCAAAAGAG GGTAAATCTC ATACGGAATA TTATTCAAAA 
CTTGTGAAGG CCGACATCAG TGGAAAGGAT AAGGAAATTT ACTCCATAAA GTTGCCTGGG 
GACCCGAAAC TTGGCGAAGG CAAACCTGAG AATCAAAACC ACGCCATTGT GTTTACTCGC 
GGAAATGCTA TCCAAACTAT TGATATGAAT CAGGATAATT ATTTTGAAGA AGCCTTAAAG 
ATGAGAAATC TTTTGGAGGA ATTTGACCGG GACCATGGAA TTCGACCACC TACTATTCTT 
GGAGTTAGGG AACATGTCTT TACTGGAAGT GTCTCCTCCT TGGCATCTTT CATGTCCAAT 
CAAGAAACCA GCTTTGTAAC TCTAGGTCAA CGAGTATTGG CAAAACCCTT AAAGATCCGC 
ATGCATTATG GTCATCCAGA TGTCTTTGAC AGAGTATTTC ATATTACACG TGGTGGTATC 
AGCAAGGCCT CTCGGGTCAT CAATATTAGT GAAGATATAT TTGCTGGTTT CAACACAACT 
CTACGTCAAG GGAATGTTAC TCATCATGAG TATATTCAGG TGGGCAAAGG GCGAGATGTT 
GGGCTCAATC AAATAGCTCT GTTTGAAGGG AAGGTTGCTG GTGGGAATGG TGAACAGGTT 
CTTAGTCGAG ATGTATACAG ACTTGGCCAG CTCCTTGATT TCTTCCGTAT GATGTCATTC 
TTCTTTACAA CCGTTGGCTT CTATCTATGT ACAATGTTGA CGGTGCTTAC TGTGTATATT 
TTCTTATATG GGAGGGCATA TCTGGCACTT TCTGGAGTTG GAGCTACTAT TCGAGAAAGA 
GCTATTCTTC TGGACGATAC TGCACTTAGC GCCGCCTTGA ATGCTCAGTT TCTGTTTCAG 
ATTGGTGTCT TCACTGCTGT GCCAATGGTT TTGGGATTTA TTTTGGAACA GGGTTTTCTC 
CAGGCCATCG TCAGTTTCAT AACAATGCAA TTTCAGCTAT GTACTGTCTT CTTCACATTT 
TCCCTTGGTA CAAGAACCCA TTATTTTGGA CGGACAATTC TCCATGGTGG TGCAAGGTAC 
CAAGCCACTG GAAGAGGCTT CGTCGTGAAG CATATCAAAT TTTCTGAAAA CTACCGTCTT 
TATTCCAGAA GTCATTTTGT CAAAGCAATG GAAGTTATTC TTTTATTGGT TGTGTACCTT 
GCGTATGGCA ATGATGAAGC TGGTGCGGTT TCCTACATCC TGCTGACAGT TAGCAGCTGG 
TTTTTGGCTG TTTCTTGGCT GTTTGCTCCG TACCTATTCA ACCCTGCCGG ATTTGAGTGG 
CAGAAAGTCG TGGAGGACTT CAAAGAATGG ACAAATTGGC TCTTTTACAG AGGTGGAATT 
GGTGTGAAAG GAGCTGAAAG CTGGGAAGCA TGGTGGGAAG AAGAACTGTC TCACATTCGG 
ACCTTGAGCG GGAGGATAAT GGAGACTATT TTAAGTCTAC GATTCTTTAT CTTCCAGTAT 
GGTATTGTCT ACAAACTGAA GCTACAAGGA TCAGATACAT CATTTGCGGT GTACGGTTGG 
TCATGGGTTG CATTTGCAAT GATTATAGTT CTTTTCAAGG TCTTTACCTT CAGCCAGAAG 
ATTTCTGTCA ATTTCCAGCT TTTACTGAGG TTTATACAAG GTCTATCCTT ATTGATGGCT 
CTAGCTGGCA TAATCGTAGC AGTTGTGCTC ACACCCTTGT CAGTGACAGA CATATTTGCA 
TGCGTATTGG CTTTTATACC GACAGGATGG GGAATTCTTT CTATTGCGTG TGCTTGGAAG 
CCAGTCCTAA AGCGAATGGG GATGTGGAAA TCGATTCGTT CCCTAGCAAG GCTATATGAT 
GCGTTAATGG GAATGCTCAT ATTTCTTCCC GTTGCTCTCT GCTCCTGGTT CCCTTTTGTG 
TCGACCTTCC AGACACGTAT GATGTTTAAC CAAGCCTTCA GCCGCGGTCT CGAGATCTCT 
CTTATTCTTG CAGGAGACAA TCCCAATTCT GGTCTTTAA

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

GSL10 ( NM_001337693.1 ) cDNA ORF clone, Arabidopsis thaliana(thale cress) -> NP_001326712.1 Arabidopsis thaliana glucan synthase-like 10 (GSL10), mRNA.

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CloneID	OAb37191
Clone ID Related Accession (Same CDS sequence)	NM_001337694.1 , NM_001337693.1
Accession Version	NM_001337693.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5679bp) 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	glucan synthase-like 10
Comment	Comment: REVIEWED REFSEQ: This record has been curated by TAIR and Araport. This record is derived from an annotated genomic sequence (NC_003074).

ATGTCTCGAG CTGAGTCATC TTGGGAGAGG CTGGTGAATG CTGCTTTACG GAGAGATAGA 
ACAGGAGGAG TTGCTGGTGG TAATCAAAGC AGTATTGTTG GTTATGTCCC TTCCTCACTA 
TCCAACAATA GGGACATCGA TGCAATTCTT AGAGCTGCCG ATGAGATTCA GGATGAGGAT 
CCCAACATTG CAAGAATCTT ATGTGAGCAT GGTTACTCAC TTGCACAAAA TCTCGATCCT 
AATAGTGAAG GCAGAGGTGT TTTACAGTTC AAAACTGGAT TGATGTCTGT TATTAAGCAA 
AAATTAGCAA AAAGAGAGGT TGGGACCATA GACAGAAGTC AGGATATTCT TCGACTACAA 
GAATTTTACA GGCTATACAG AGAAAAGAAC AATGTTGACA CGTTGAAGGA GGAAGAGAAA 
CAGCTCCGTG AGTCGGGGGC TTTCACTGAC GAGCTGGAAC GGAAAACAGT AAAAAGGAAA 
AGAGTTTTTG CCACCCTGAA AGTTCTGGGA AGTGTGTTGG AGCAGTTGGC AAAAGAGATT 
CCTGAAGAGC TTAAGCATGT TATTGATTCA GACGCTGCAA TGAGTGAAGA CACAATTGCT 
TATAACATTA TTCCTCTTGA TGCTCCTGTC ACGACAAATG CCACTACAAC TTTCCCTGAG 
GTTCAAGCGG CAGTTGCAGC ATTGAAGTAT TTTCCAGGCT TGCCTAAATT GCCTCCTGAT 
TTCCCCATTC CCGCTACAAG GACTGCTGAT ATGCTTGATT TTCTCCACTA TATTTTTGGG 
TTTCAGAAAG ACAGTGTCTC GAATCAGCGT GAACATATAG TTCTTCTTCT GGCTAATGAG 
CAATCCCGTC TTAATATTCC AGAAGAAACA GAACCTAAAC TGGATGACGC TGCAGTGCGT 
AAGGTGTTCT TGAAGTCCCT GGAAAACTAC ATCAAGTGGT GTGATTACCT TTGTATTCAA 
CCTGCGTGGA GCAATTTAGA AGCCATCAAT GGAGATAAGA AACTGCTATT CCTCTCTTTG 
TACTTCCTGA TTTGGGGAGA AGCTGCCAAC ATACGGTTTC TTCCAGAATG TTTGTGCTAC 
ATATTCCACC ATATGGTTAG AGAAATGGAT GAGATCTTAC GCCAGCAGGT TGCTCGCCCA 
GCTGAGAGTT GTATGCCAGT CGATAGTCGT GGCTCTGATG ATGGTGTATC ATTCCTTGAT 
CATGTCATTG CTCCGCTGTA TGGAGTGGTT TCAGCGGAAG CTTTTAACAA TGACAATGGC 
CGAGCACCTC ATTCAGCTTG GAGAAACTAT GATGATTTCA ATGAATATTT TTGGTCTCTT 
CACTCCTTTG AGCTTGGTTG GCCGTGGCGT ACCAGTTCAT CTTTTTTTCA GAAACCTATA 
CCGAGAAAAA AGTATGAGCT CAAAACCGGC AGGGCAAAAC ATCGAGGAAA AACTTCCTTT 
GTTGAGCACC GGACATTTTT GCATCTGTAC CACAGTTTCC ATCGGTTATG GATATTTCTT 
GCTATGATGT TTCAGGCATT AGCCATAATT GCGTTCAATA AAGATGACCT TACTTCCAGA 
AAGACTTTAC TTCAAATTCT CAGCCTGGGT CCGACTTTTG TAGTGATGAA GTTTTCTGAG 
AGTGTTTTGG AAGTTATCAT GATGTACGGT GCCTATTCTA CAACAAGACG TCTGGCTGTT 
TCTCGCATTT TTCTTCGTTT CATTTGGTTT GGCCTTGCTT CCGTCTTCAT CTCTTTCCTC 
TATGTGAAAT CACTTAAAGC ACCAAATTCT GATTCACCTA TAGTTCAGCT TTATTTGATC 
GTCATAGCCA TCTATGGAGG TGTTCAGTTC TTTTTTAGTA TCCTGATGCG TATCCCAACT 
TGTCACAACA TTGCTAATAA ATGTGATCGG TGGCCTGTGA TTCGATTCTT TAAGTGGATG 
CGCCAGGAGA GACACTATGT TGGCCGTGGC ATGTATGAAA GGACATCTGA TTTTATAAAG 
TACTTGCTAT TTTGGCTTGT CGTTCTGTCT GCAAAGTTTT CGTTTGCGTA CTTTCTTCAG 
ATTAAGCCGC TCGTTGGCCC CACAAGGATG ATAGTGAAAC AGAACAATAT TCCGTACTCC 
TGGCATGATT TTGTGTCGAG AAAAAACTAC AATGCTCTGA CTGTTGCCAG TTTATGGGCT 
CCTGTGGTAG CTATATACCT GTTAGACATC CATATATTCT ACACCATTTT CTCTGCTTTT 
TTGGGGTTCT TGCTTGGTGC AAGAGATCGT TTGGGGGAGA TAAGATCTTT GGAAGCGATT 
CATAAACTCT TTGAGGAGTT TCCAGGGGCT TTTATGAGGG CTCTTCATGT TCCTCTTACC 
AATCGGACGT CTGATACTTC TCATCAGACT GTGGATAAGA AGAACAAAGT AGATGCAGCA 
CACTTTGCTC CATTTTGGAA CCAAATAATA AAAAGTTTAC GAGAGGAAGA CTACATCACT 
GATTTTGAGA TGGAATTGCT CCTGATGCCC AAGAATTCTG GTAGGCTCGA ATTGGTTCAG 
TGGCCACTTT TTCTTCTTTC CAGCAAGATA TTATTGGCCA AAGAGATTGC AGCTGAGAGT 
AATTCGCAAG AGGAGATTCT GGAGAGGATT GAAAGGGATG ACTATATGAA GTATGCTGTT 
GAGGAAGTCT ATCACACTCT CAAACTTGTC CTAACAGAAA CTCTGGAAGC CGAAGGAAGG 
CTGTGGGTGG AGAGAATCTA TGAAGATATC CAAACCAGCT TAAAGGAGAG AAATATACAT 
CATGATTTTC AGTTGAACAA GCTCTCCCTT GTTATCACGA GAGTGACTGC ACTCTTGGGA 
ATCCTGAAAG AAAATGAAAC ACCGGAGCAT GCAAAAGGGG CTATCAAAGC ACTTCAGGAT 
CTCTACGATG TTATGCGGCT TGACATATTG ACTTTTAATA TGAGGGGTCA TTATGAAACG 
TGGAACCTGT TAACTCAAGC CTGGAATGAA GGTCGGCTTT TTACAAAGTT GAAATGGCCT 
AAAGACCCTG AGCTGAAAGC ACTCGTCAAA AGATTGTACT CTCTATTTAC TATCAAAGAT 
TCTGCAGCGC ATGTTCCTAG AAATCTTGAG GCCAGACGTA GACTTCAATT CTTCACCAAT 
TCTCTTTTCA TGGATGTGCC ACCACCTAAG TCTGTCCGCA AGATGTTATC CTTCAGTGTC 
TTCACTCCAT ACTATTCCGA GGTTGTGCTA TACAGCATGG CTGAACTCAC CAAGAGAAAT 
GAGGATGGAA TATCAATACT GTTTTATCTT CAGAAAATAT ATCCAGATGA GTGGAAAAAT 
TTTCTTGCAC GCATAGGACG AGACGAAAAT GCGTTAGAAG GCGATCTAGA TAATGAAAGA 
GACATACTTG AACTTCGATT TTGGGCCTCT TACCGTGGAC AAACGTTAGC TAGAACAGTT 
CGTGGGATGA TGTATTATAG GAAAGCCCTC ATGCTTCAGT CTTATCTGGA AAGAAAAGCT 
GGCAATGACG CTACAGACGC TGAAGGATTT GAGTTATCTC CAGAAGCAAG GGCCCAAGCA 
GATCTCAAGT TCACATATGT TGTCACATGC CAGATATATG GAAGACAAAA AGAAGATCAA 
AAACCTGAAG CTGTTGACAT TGCATTGCTA ATGCAAAGAA ATGAAGCCCT TCGCATTGCT 
TATATTGATG TTGTTGATAG TCCAAAAGAG GGTAAATCTC ATACGGAATA TTATTCAAAA 
CTTGTGAAGG CCGACATCAG TGGAAAGGAT AAGGAAATTT ACTCCATAAA GTTGCCTGGG 
GACCCGAAAC TTGGCGAAGG CAAACCTGAG AATCAAAACC ACGCCATTGT GTTTACTCGC 
GGAAATGCTA TCCAAACTAT TGATATGAAT CAGGATAATT ATTTTGAAGA AGCCTTAAAG 
ATGAGAAATC TTTTGGAGGA ATTTGACCGG GACCATGGAA TTCGACCACC TACTATTCTT 
GGAGTTAGGG AACATGTCTT TACTGGAAGT GTCTCCTCCT TGGCATCTTT CATGTCCAAT 
CAAGAAACCA GCTTTGTAAC TCTAGGTCAA CGAGTATTGG CAAAACCCTT AAAGATCCGC 
ATGCATTATG GTCATCCAGA TGTCTTTGAC AGAGTATTTC ATATTACACG TGGTGGTATC 
AGCAAGGCCT CTCGGGTCAT CAATATTAGT GAAGATATAT TTGCTGGTTT CAACACAACT 
CTACGTCAAG GGAATGTTAC TCATCATGAG TATATTCAGG TGGGCAAAGG GCGAGATGTT 
GGGCTCAATC AAATAGCTCT GTTTGAAGGG AAGGTTGCTG GTGGGAATGG TGAACAGGTT 
CTTAGTCGAG ATGTATACAG ACTTGGCCAG CTCCTTGATT TCTTCCGTAT GATGTCATTC 
TTCTTTACAA CCGTTGGCTT CTATCTATGT ACAATGTTGA CGGTGCTTAC TGTGTATATT 
TTCTTATATG GGAGGGCATA TCTGGCACTT TCTGGAGTTG GAGCTACTAT TCGAGAAAGA 
GCTATTCTTC TGGACGATAC TGCACTTAGC GCCGCCTTGA ATGCTCAGTT TCTGTTTCAG 
ATTGGTGTCT TCACTGCTGT GCCAATGGTT TTGGGATTTA TTTTGGAACA GGGTTTTCTC 
CAGGCCATCG TCAGTTTCAT AACAATGCAA TTTCAGCTAT GTACTGTCTT CTTCACATTT 
TCCCTTGGTA CAAGAACCCA TTATTTTGGA CGGACAATTC TCCATGGTGG TGCAAGGTAC 
CAAGCCACTG GAAGAGGCTT CGTCGTGAAG CATATCAAAT TTTCTGAAAA CTACCGTCTT 
TATTCCAGAA GTCATTTTGT CAAAGCAATG GAAGTTATTC TTTTATTGGT TGTGTACCTT 
GCGTATGGCA ATGATGAAGC TGGTGCGGTT TCCTACATCC TGCTGACAGT TAGCAGCTGG 
TTTTTGGCTG TTTCTTGGCT GTTTGCTCCG TACCTATTCA ACCCTGCCGG ATTTGAGTGG 
CAGAAAGTCG TGGAGGACTT CAAAGAATGG ACAAATTGGC TCTTTTACAG AGGTGGAATT 
GGTGTGAAAG GAGCTGAAAG CTGGGAAGCA TGGTGGGAAG AAGAACTGTC TCACATTCGG 
ACCTTGAGCG GGAGGATAAT GGAGACTATT TTAAGTCTAC GATTCTTTAT CTTCCAGTAT 
GGTATTGTCT ACAAACTGAA GCTACAAGGA TCAGATACAT CATTTGCGGT GTACGGTTGG 
TCATGGGTTG CATTTGCAAT GATTATAGTT CTTTTCAAGG TCTTTACCTT CAGCCAGAAG 
ATTTCTGTCA ATTTCCAGCT TTTACTGAGG TTTATACAAG GTCTATCCTT ATTGATGGCT 
CTAGCTGGCA TAATCGTAGC AGTTGTGCTC ACACCCTTGT CAGTGACAGA CATATTTGCA 
TGCGTATTGG CTTTTATACC GACAGGATGG GGAATTCTTT CTATTGCGTG TGCTTGGAAG 
CCAGTCCTAA AGCGAATGGG GATGTGGAAA TCGATTCGTT CCCTAGCAAG GCTATATGAT 
GCGTTAATGG GAATGCTCAT ATTTCTTCCC GTTGCTCTCT GCTCCTGGTT CCCTTTTGTG 
TCGACCTTCC AGACACGTAT GATGTTTAAC CAAGCCTTCA GCCGCGGTCT CGAGATCTCT 
CTTATTCTTG CAGGAGACAA TCCCAATTCT GGTCTTTAA

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

RefSeq	NP_001326712.1
CDS	191..5869
Translation	MSRAESSWERLVNAALRRDRTGGVAGGNQSSIVGYVPSSLSNNRDIDAILRAADEIQDEDPNIARILCEHGYSLAQNLDPNSEGRGVLQFKTGLMSVIKQKLAKREVGTIDRSQDILRLQEFYRLYREKNNVDTLKEEEKQLRESGAFTDELERKTVKRKRVFATLKVLGSVLEQLAKEIPEELKHVIDSDAAMSEDTIAYNIIPLDAPVTTNATTTFPEVQAAVAALKYFPGLPKLPPDFPIPATRTADMLDFLHYIFGFQKDSVSNQREHIVLLLANEQSRLNIPEETEPKLDDAAVRKVFLKSLENYIKWCDYLCIQPAWSNLEAINGDKKLLFLSLYFLIWGEAANIRFLPECLCYIFHHMVREMDEILRQQVARPAESCMPVDSRGSDDGVSFLDHVIAPLYGVVSAEAFNNDNGRAPHSAWRNYDDFNEYFWSLHSFELGWPWRTSSSFFQKPIPRKKYELKTGRAKHRGKTSFVEHRTFLHLYHSFHRLWIFLAMMFQALAIIAFNKDDLTSRKTLLQILSLGPTFVVMKFSESVLEVIMMYGAYSTTRRLAVSRIFLRFIWFGLASVFISFLYVKSLKAPNSDSPIVQLYLIVIAIYGGVQFFFSILMRIPTCHNIANKCDRWPVIRFFKWMRQERHYVGRGMYERTSDFIKYLLFWLVVLSAKFSFAYFLQIKPLVGPTRMIVKQNNIPYSWHDFVSRKNYNALTVASLWAPVVAIYLLDIHIFYTIFSAFLGFLLGARDRLGEIRSLEAIHKLFEEFPGAFMRALHVPLTNRTSDTSHQTVDKKNKVDAAHFAPFWNQIIKSLREEDYITDFEMELLLMPKNSGRLELVQWPLFLLSSKILLAKEIAAESNSQEEILERIERDDYMKYAVEEVYHTLKLVLTETLEAEGRLWVERIYEDIQTSLKERNIHHDFQLNKLSLVITRVTALLGILKENETPEHAKGAIKALQDLYDVMRLDILTFNMRGHYETWNLLTQAWNEGRLFTKLKWPKDPELKALVKRLYSLFTIKDSAAHVPRNLEARRRLQFFTNSLFMDVPPPKSVRKMLSFSVFTPYYSEVVLYSMAELTKRNEDGISILFYLQKIYPDEWKNFLARIGRDENALEGDLDNERDILELRFWASYRGQTLARTVRGMMYYRKALMLQSYLERKAGNDATDAEGFELSPEARAQADLKFTYVVTCQIYGRQKEDQKPEAVDIALLMQRNEALRIAYIDVVDSPKEGKSHTEYYSKLVKADISGKDKEIYSIKLPGDPKLGEGKPENQNHAIVFTRGNAIQTIDMNQDNYFEEALKMRNLLEEFDRDHGIRPPTILGVREHVFTGSVSSLASFMSNQETSFVTLGQRVLAKPLKIRMHYGHPDVFDRVFHITRGGISKASRVINISEDIFAGFNTTLRQGNVTHHEYIQVGKGRDVGLNQIALFEGKVAGGNGEQVLSRDVYRLGQLLDFFRMMSFFFTTVGFYLCTMLTVLTVYIFLYGRAYLALSGVGATIRERAILLDDTALSAALNAQFLFQIGVFTAVPMVLGFILEQGFLQAIVSFITMQFQLCTVFFTFSLGTRTHYFGRTILHGGARYQATGRGFVVKHIKFSENYRLYSRSHFVKAMEVILLLVVYLAYGNDEAGAVSYILLTVSSWFLAVSWLFAPYLFNPAGFEWQKVVEDFKEWTNWLFYRGGIGVKGAESWEAWWEEELSHIRTLSGRIMETILSLRFFIFQYGIVYKLKLQGSDTSFAVYGWSWVAFAMIIVLFKVFTFSQKISVNFQLLLRFIQGLSLLMALAGIIVAVVLTPLSVTDIFACVLAFIPTGWGILSIACAWKPVLKRMGMWKSIRSLARLYDALMGMLIFLPVALCSWFPFVSTFQTRMMFNQAFSRGLEISLILAGDNPNSGL

Target ORF information:

RefSeq Version	NM_001337693.1
Organism	Arabidopsis thaliana(thale cress)
Definition	Arabidopsis thaliana glucan synthase-like 10 (GSL10), mRNA.

Target ORF information:

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

NM_001337693.1

ORF Insert Sequence:

ATGTCTCGAG CTGAGTCATC TTGGGAGAGG CTGGTGAATG CTGCTTTACG GAGAGATAGA 
ACAGGAGGAG TTGCTGGTGG TAATCAAAGC AGTATTGTTG GTTATGTCCC TTCCTCACTA 
TCCAACAATA GGGACATCGA TGCAATTCTT AGAGCTGCCG ATGAGATTCA GGATGAGGAT 
CCCAACATTG CAAGAATCTT ATGTGAGCAT GGTTACTCAC TTGCACAAAA TCTCGATCCT 
AATAGTGAAG GCAGAGGTGT TTTACAGTTC AAAACTGGAT TGATGTCTGT TATTAAGCAA 
AAATTAGCAA AAAGAGAGGT TGGGACCATA GACAGAAGTC AGGATATTCT TCGACTACAA 
GAATTTTACA GGCTATACAG AGAAAAGAAC AATGTTGACA CGTTGAAGGA GGAAGAGAAA 
CAGCTCCGTG AGTCGGGGGC TTTCACTGAC GAGCTGGAAC GGAAAACAGT AAAAAGGAAA 
AGAGTTTTTG CCACCCTGAA AGTTCTGGGA AGTGTGTTGG AGCAGTTGGC AAAAGAGATT 
CCTGAAGAGC TTAAGCATGT TATTGATTCA GACGCTGCAA TGAGTGAAGA CACAATTGCT 
TATAACATTA TTCCTCTTGA TGCTCCTGTC ACGACAAATG CCACTACAAC TTTCCCTGAG 
GTTCAAGCGG CAGTTGCAGC ATTGAAGTAT TTTCCAGGCT TGCCTAAATT GCCTCCTGAT 
TTCCCCATTC CCGCTACAAG GACTGCTGAT ATGCTTGATT TTCTCCACTA TATTTTTGGG 
TTTCAGAAAG ACAGTGTCTC GAATCAGCGT GAACATATAG TTCTTCTTCT GGCTAATGAG 
CAATCCCGTC TTAATATTCC AGAAGAAACA GAACCTAAAC TGGATGACGC TGCAGTGCGT 
AAGGTGTTCT TGAAGTCCCT GGAAAACTAC ATCAAGTGGT GTGATTACCT TTGTATTCAA 
CCTGCGTGGA GCAATTTAGA AGCCATCAAT GGAGATAAGA AACTGCTATT CCTCTCTTTG 
TACTTCCTGA TTTGGGGAGA AGCTGCCAAC ATACGGTTTC TTCCAGAATG TTTGTGCTAC 
ATATTCCACC ATATGGTTAG AGAAATGGAT GAGATCTTAC GCCAGCAGGT TGCTCGCCCA 
GCTGAGAGTT GTATGCCAGT CGATAGTCGT GGCTCTGATG ATGGTGTATC ATTCCTTGAT 
CATGTCATTG CTCCGCTGTA TGGAGTGGTT TCAGCGGAAG CTTTTAACAA TGACAATGGC 
CGAGCACCTC ATTCAGCTTG GAGAAACTAT GATGATTTCA ATGAATATTT TTGGTCTCTT 
CACTCCTTTG AGCTTGGTTG GCCGTGGCGT ACCAGTTCAT CTTTTTTTCA GAAACCTATA 
CCGAGAAAAA AGTATGAGCT CAAAACCGGC AGGGCAAAAC ATCGAGGAAA AACTTCCTTT 
GTTGAGCACC GGACATTTTT GCATCTGTAC CACAGTTTCC ATCGGTTATG GATATTTCTT 
GCTATGATGT TTCAGGCATT AGCCATAATT GCGTTCAATA AAGATGACCT TACTTCCAGA 
AAGACTTTAC TTCAAATTCT CAGCCTGGGT CCGACTTTTG TAGTGATGAA GTTTTCTGAG 
AGTGTTTTGG AAGTTATCAT GATGTACGGT GCCTATTCTA CAACAAGACG TCTGGCTGTT 
TCTCGCATTT TTCTTCGTTT CATTTGGTTT GGCCTTGCTT CCGTCTTCAT CTCTTTCCTC 
TATGTGAAAT CACTTAAAGC ACCAAATTCT GATTCACCTA TAGTTCAGCT TTATTTGATC 
GTCATAGCCA TCTATGGAGG TGTTCAGTTC TTTTTTAGTA TCCTGATGCG TATCCCAACT 
TGTCACAACA TTGCTAATAA ATGTGATCGG TGGCCTGTGA TTCGATTCTT TAAGTGGATG 
CGCCAGGAGA GACACTATGT TGGCCGTGGC ATGTATGAAA GGACATCTGA TTTTATAAAG 
TACTTGCTAT TTTGGCTTGT CGTTCTGTCT GCAAAGTTTT CGTTTGCGTA CTTTCTTCAG 
ATTAAGCCGC TCGTTGGCCC CACAAGGATG ATAGTGAAAC AGAACAATAT TCCGTACTCC 
TGGCATGATT TTGTGTCGAG AAAAAACTAC AATGCTCTGA CTGTTGCCAG TTTATGGGCT 
CCTGTGGTAG CTATATACCT GTTAGACATC CATATATTCT ACACCATTTT CTCTGCTTTT 
TTGGGGTTCT TGCTTGGTGC AAGAGATCGT TTGGGGGAGA TAAGATCTTT GGAAGCGATT 
CATAAACTCT TTGAGGAGTT TCCAGGGGCT TTTATGAGGG CTCTTCATGT TCCTCTTACC 
AATCGGACGT CTGATACTTC TCATCAGACT GTGGATAAGA AGAACAAAGT AGATGCAGCA 
CACTTTGCTC CATTTTGGAA CCAAATAATA AAAAGTTTAC GAGAGGAAGA CTACATCACT 
GATTTTGAGA TGGAATTGCT CCTGATGCCC AAGAATTCTG GTAGGCTCGA ATTGGTTCAG 
TGGCCACTTT TTCTTCTTTC CAGCAAGATA TTATTGGCCA AAGAGATTGC AGCTGAGAGT 
AATTCGCAAG AGGAGATTCT GGAGAGGATT GAAAGGGATG ACTATATGAA GTATGCTGTT 
GAGGAAGTCT ATCACACTCT CAAACTTGTC CTAACAGAAA CTCTGGAAGC CGAAGGAAGG 
CTGTGGGTGG AGAGAATCTA TGAAGATATC CAAACCAGCT TAAAGGAGAG AAATATACAT 
CATGATTTTC AGTTGAACAA GCTCTCCCTT GTTATCACGA GAGTGACTGC ACTCTTGGGA 
ATCCTGAAAG AAAATGAAAC ACCGGAGCAT GCAAAAGGGG CTATCAAAGC ACTTCAGGAT 
CTCTACGATG TTATGCGGCT TGACATATTG ACTTTTAATA TGAGGGGTCA TTATGAAACG 
TGGAACCTGT TAACTCAAGC CTGGAATGAA GGTCGGCTTT TTACAAAGTT GAAATGGCCT 
AAAGACCCTG AGCTGAAAGC ACTCGTCAAA AGATTGTACT CTCTATTTAC TATCAAAGAT 
TCTGCAGCGC ATGTTCCTAG AAATCTTGAG GCCAGACGTA GACTTCAATT CTTCACCAAT 
TCTCTTTTCA TGGATGTGCC ACCACCTAAG TCTGTCCGCA AGATGTTATC CTTCAGTGTC 
TTCACTCCAT ACTATTCCGA GGTTGTGCTA TACAGCATGG CTGAACTCAC CAAGAGAAAT 
GAGGATGGAA TATCAATACT GTTTTATCTT CAGAAAATAT ATCCAGATGA GTGGAAAAAT 
TTTCTTGCAC GCATAGGACG AGACGAAAAT GCGTTAGAAG GCGATCTAGA TAATGAAAGA 
GACATACTTG AACTTCGATT TTGGGCCTCT TACCGTGGAC AAACGTTAGC TAGAACAGTT 
CGTGGGATGA TGTATTATAG GAAAGCCCTC ATGCTTCAGT CTTATCTGGA AAGAAAAGCT 
GGCAATGACG CTACAGACGC TGAAGGATTT GAGTTATCTC CAGAAGCAAG GGCCCAAGCA 
GATCTCAAGT TCACATATGT TGTCACATGC CAGATATATG GAAGACAAAA AGAAGATCAA 
AAACCTGAAG CTGTTGACAT TGCATTGCTA ATGCAAAGAA ATGAAGCCCT TCGCATTGCT 
TATATTGATG TTGTTGATAG TCCAAAAGAG GGTAAATCTC ATACGGAATA TTATTCAAAA 
CTTGTGAAGG CCGACATCAG TGGAAAGGAT AAGGAAATTT ACTCCATAAA GTTGCCTGGG 
GACCCGAAAC TTGGCGAAGG CAAACCTGAG AATCAAAACC ACGCCATTGT GTTTACTCGC 
GGAAATGCTA TCCAAACTAT TGATATGAAT CAGGATAATT ATTTTGAAGA AGCCTTAAAG 
ATGAGAAATC TTTTGGAGGA ATTTGACCGG GACCATGGAA TTCGACCACC TACTATTCTT 
GGAGTTAGGG AACATGTCTT TACTGGAAGT GTCTCCTCCT TGGCATCTTT CATGTCCAAT 
CAAGAAACCA GCTTTGTAAC TCTAGGTCAA CGAGTATTGG CAAAACCCTT AAAGATCCGC 
ATGCATTATG GTCATCCAGA TGTCTTTGAC AGAGTATTTC ATATTACACG TGGTGGTATC 
AGCAAGGCCT CTCGGGTCAT CAATATTAGT GAAGATATAT TTGCTGGTTT CAACACAACT 
CTACGTCAAG GGAATGTTAC TCATCATGAG TATATTCAGG TGGGCAAAGG GCGAGATGTT 
GGGCTCAATC AAATAGCTCT GTTTGAAGGG AAGGTTGCTG GTGGGAATGG TGAACAGGTT 
CTTAGTCGAG ATGTATACAG ACTTGGCCAG CTCCTTGATT TCTTCCGTAT GATGTCATTC 
TTCTTTACAA CCGTTGGCTT CTATCTATGT ACAATGTTGA CGGTGCTTAC TGTGTATATT 
TTCTTATATG GGAGGGCATA TCTGGCACTT TCTGGAGTTG GAGCTACTAT TCGAGAAAGA 
GCTATTCTTC TGGACGATAC TGCACTTAGC GCCGCCTTGA ATGCTCAGTT TCTGTTTCAG 
ATTGGTGTCT TCACTGCTGT GCCAATGGTT TTGGGATTTA TTTTGGAACA GGGTTTTCTC 
CAGGCCATCG TCAGTTTCAT AACAATGCAA TTTCAGCTAT GTACTGTCTT CTTCACATTT 
TCCCTTGGTA CAAGAACCCA TTATTTTGGA CGGACAATTC TCCATGGTGG TGCAAGGTAC 
CAAGCCACTG GAAGAGGCTT CGTCGTGAAG CATATCAAAT TTTCTGAAAA CTACCGTCTT 
TATTCCAGAA GTCATTTTGT CAAAGCAATG GAAGTTATTC TTTTATTGGT TGTGTACCTT 
GCGTATGGCA ATGATGAAGC TGGTGCGGTT TCCTACATCC TGCTGACAGT TAGCAGCTGG 
TTTTTGGCTG TTTCTTGGCT GTTTGCTCCG TACCTATTCA ACCCTGCCGG ATTTGAGTGG 
CAGAAAGTCG TGGAGGACTT CAAAGAATGG ACAAATTGGC TCTTTTACAG AGGTGGAATT 
GGTGTGAAAG GAGCTGAAAG CTGGGAAGCA TGGTGGGAAG AAGAACTGTC TCACATTCGG 
ACCTTGAGCG GGAGGATAAT GGAGACTATT TTAAGTCTAC GATTCTTTAT CTTCCAGTAT 
GGTATTGTCT ACAAACTGAA GCTACAAGGA TCAGATACAT CATTTGCGGT GTACGGTTGG 
TCATGGGTTG CATTTGCAAT GATTATAGTT CTTTTCAAGG TCTTTACCTT CAGCCAGAAG 
ATTTCTGTCA ATTTCCAGCT TTTACTGAGG TTTATACAAG GTCTATCCTT ATTGATGGCT 
CTAGCTGGCA TAATCGTAGC AGTTGTGCTC ACACCCTTGT CAGTGACAGA CATATTTGCA 
TGCGTATTGG CTTTTATACC GACAGGATGG GGAATTCTTT CTATTGCGTG TGCTTGGAAG 
CCAGTCCTAA AGCGAATGGG GATGTGGAAA TCGATTCGTT CCCTAGCAAG GCTATATGAT 
GCGTTAATGG GAATGCTCAT ATTTCTTCCC GTTGCTCTCT GCTCCTGGTT CCCTTTTGTG 
TCGACCTTCC AGACACGTAT GATGTTTAAC CAAGCCTTCA GCCGCGGTCT CGAGATCTCT 
CTTATTCTTG CAGGAGACAA TCCCAATTCT GGTCTTTAA

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

GSL10 ( NM_111596.6 ) cDNA ORF clone, Arabidopsis thaliana(thale cress) -> NP_187372.5 Arabidopsis thaliana glucan synthase-like 10 (GSL10), partial mRNA.

Price & Availability↑

CloneID	OAb10477
Clone ID Related Accession (Same CDS sequence)	NM_111596.6
Accession Version	NM_111596.6 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5673bp) 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	glucan synthase-like 10
Comment	Comment: REVIEWED REFSEQ: This record has been curated by TAIR and Araport. This record is derived from an annotated genomic sequence (NC_003074). On May 26, 2011 this sequence version replaced NM_111596.5. COMPLETENESS: incomplete on the 5' end.

ATGTCTCGAG CTGAGTCATC TTGGGAGAGG CTGGTGAATG CTGCTTTACG GAGAGATAGA 
ACAGGAGGAG TTGCTGGTGG TAATCAAAGC AGTATTGTTG GTTATGTCCC TTCCTCACTA 
TCCAACAATA GGGACATCGA TGCAATTCTT AGAGCTGCCG ATGAGATTCA GGATGAGGAT 
CCCAACATTG CAAGAATCTT ATGTGAGCAT GGTTACTCAC TTGCACAAAA TCTCGATCCT 
AATAGTGAAG GCAGAGGTGT TTTACAGTTC AAAACTGGAT TGATGTCTGT TATTAAGCAA 
AAATTAGCAA AAAGAGAGGT TGGGACCATA GACAGAAGTC AGGATATTCT TCGACTACAA 
GAATTTTACA GGCTATACAG AGAAAAGAAC AATGTTGACA CGTTGAAGGA GGAAGAGAAA 
CAGCTCCGTG AGTCGGGGGC TTTCACTGAC GAGCTGGAAC GGAAAACAGT AAAAAGGAAA 
AGAGTTTTTG CCACCCTGAA AGTTCTGGGA AGTGTGTTGG AGCAGTTGGC AAAAGAGATT 
CCTGAAGAGC TTAAGCATGT TATTGATTCA GACGCTGCAA TGAGTGAAGA CACAATTGCT 
TATAACATTA TTCCTCTTGA TGCTCCTGTC ACGACAAATG CCACTACAAC TTTCCCTGAG 
GTTCAAGCGG CAGTTGCAGC ATTGAAGTAT TTTCCAGGCT TGCCTAAATT GCCTCCTGAT 
TTCCCCATTC CCGCTACAAG GACTGCTGAT ATGCTTGATT TTCTCCACTA TATTTTTGGG 
TTTCAGAAAG ACAGTGTCTC GAATCAGCGT GAACATATAG TTCTTCTTCT GGCTAATGAG 
CAATCCCGTC TTAATATTCC AGAAGAAACA GAACCTAAAC TGGATGACGC TGCAGTGCGT 
AAGGTGTTCT TGAAGTCCCT GGAAAACTAC ATCAAGTGGT GTGATTACCT TTGTATTCAA 
CCTGCGTGGA GCAATTTAGA AGCCATCAAT GGAGATAAGA AACTGCTATT CCTCTCTTTG 
TACTTCCTGA TTTGGGGAGA AGCTGCCAAC ATACGGTTTC TTCCAGAATG TTTGTGCTAC 
ATATTCCACC ATATGGTTAG AGAAATGGAT GAGATCTTAC GCCAGCAGGT TGCTCGCCCA 
GCTGAGAGTT GTATGCCAGT CGATAGTCGT GGCTCTGATG ATGGTGTATC ATTCCTTGAT 
CATGTCATTG CTCCGCTGTA TGGAGTGGTT TCAGCGGAAG CTTTTAACAA TGACAATGGC 
CGAGCACCTC ATTCAGCTTG GAGAAACTAT GATGATTTCA ATGAATATTT TTGGTCTCTT 
CACTCCTTTG AGCTTGGTTG GCCGTGGCGT ACCAGTTCAT CTTTTTTTCA GAAACCTATA 
CCGAGAAAAA AGCTCAAAAC CGGCAGGGCA AAACATCGAG GAAAAACTTC CTTTGTTGAG 
CACCGGACAT TTTTGCATCT GTACCACAGT TTCCATCGGT TATGGATATT TCTTGCTATG 
ATGTTTCAGG CATTAGCCAT AATTGCGTTC AATAAAGATG ACCTTACTTC CAGAAAGACT 
TTACTTCAAA TTCTCAGCCT GGGTCCGACT TTTGTAGTGA TGAAGTTTTC TGAGAGTGTT 
TTGGAAGTTA TCATGATGTA CGGTGCCTAT TCTACAACAA GACGTCTGGC TGTTTCTCGC 
ATTTTTCTTC GTTTCATTTG GTTTGGCCTT GCTTCCGTCT TCATCTCTTT CCTCTATGTG 
AAATCACTTA AAGCACCAAA TTCTGATTCA CCTATAGTTC AGCTTTATTT GATCGTCATA 
GCCATCTATG GAGGTGTTCA GTTCTTTTTT AGTATCCTGA TGCGTATCCC AACTTGTCAC 
AACATTGCTA ATAAATGTGA TCGGTGGCCT GTGATTCGAT TCTTTAAGTG GATGCGCCAG 
GAGAGACACT ATGTTGGCCG TGGCATGTAT GAAAGGACAT CTGATTTTAT AAAGTACTTG 
CTATTTTGGC TTGTCGTTCT GTCTGCAAAG TTTTCGTTTG CGTACTTTCT TCAGATTAAG 
CCGCTCGTTG GCCCCACAAG GATGATAGTG AAACAGAACA ATATTCCGTA CTCCTGGCAT 
GATTTTGTGT CGAGAAAAAA CTACAATGCT CTGACTGTTG CCAGTTTATG GGCTCCTGTG 
GTAGCTATAT ACCTGTTAGA CATCCATATA TTCTACACCA TTTTCTCTGC TTTTTTGGGG 
TTCTTGCTTG GTGCAAGAGA TCGTTTGGGG GAGATAAGAT CTTTGGAAGC GATTCATAAA 
CTCTTTGAGG AGTTTCCAGG GGCTTTTATG AGGGCTCTTC ATGTTCCTCT TACCAATCGG 
ACGTCTGATA CTTCTCATCA GACTGTGGAT AAGAAGAACA AAGTAGATGC AGCACACTTT 
GCTCCATTTT GGAACCAAAT AATAAAAAGT TTACGAGAGG AAGACTACAT CACTGATTTT 
GAGATGGAAT TGCTCCTGAT GCCCAAGAAT TCTGGTAGGC TCGAATTGGT TCAGTGGCCA 
CTTTTTCTTC TTTCCAGCAA GATATTATTG GCCAAAGAGA TTGCAGCTGA GAGTAATTCG 
CAAGAGGAGA TTCTGGAGAG GATTGAAAGG GATGACTATA TGAAGTATGC TGTTGAGGAA 
GTCTATCACA CTCTCAAACT TGTCCTAACA GAAACTCTGG AAGCCGAAGG AAGGCTGTGG 
GTGGAGAGAA TCTATGAAGA TATCCAAACC AGCTTAAAGG AGAGAAATAT ACATCATGAT 
TTTCAGTTGA ACAAGCTCTC CCTTGTTATC ACGAGAGTGA CTGCACTCTT GGGAATCCTG 
AAAGAAAATG AAACACCGGA GCATGCAAAA GGGGCTATCA AAGCACTTCA GGATCTCTAC 
GATGTTATGC GGCTTGACAT ATTGACTTTT AATATGAGGG GTCATTATGA AACGTGGAAC 
CTGTTAACTC AAGCCTGGAA TGAAGGTCGG CTTTTTACAA AGTTGAAATG GCCTAAAGAC 
CCTGAGCTGA AAGCACTCGT CAAAAGATTG TACTCTCTAT TTACTATCAA AGATTCTGCA 
GCGCATGTTC CTAGAAATCT TGAGGCCAGA CGTAGACTTC AATTCTTCAC CAATTCTCTT 
TTCATGGATG TGCCACCACC TAAGTCTGTC CGCAAGATGT TATCCTTCAG TGTCTTCACT 
CCATACTATT CCGAGGTTGT GCTATACAGC ATGGCTGAAC TCACCAAGAG AAATGAGGAT 
GGAATATCAA TACTGTTTTA TCTTCAGAAA ATATATCCAG ATGAGTGGAA AAATTTTCTT 
GCACGCATAG GACGAGACGA AAATGCGTTA GAAGGCGATC TAGATAATGA AAGAGACATA 
CTTGAACTTC GATTTTGGGC CTCTTACCGT GGACAAACGT TAGCTAGAAC AGTTCGTGGG 
ATGATGTATT ATAGGAAAGC CCTCATGCTT CAGTCTTATC TGGAAAGAAA AGCTGGCAAT 
GACGCTACAG ACGCTGAAGG ATTTGAGTTA TCTCCAGAAG CAAGGGCCCA AGCAGATCTC 
AAGTTCACAT ATGTTGTCAC ATGCCAGATA TATGGAAGAC AAAAAGAAGA TCAAAAACCT 
GAAGCTGTTG ACATTGCATT GCTAATGCAA AGAAATGAAG CCCTTCGCAT TGCTTATATT 
GATGTTGTTG ATAGTCCAAA AGAGGGTAAA TCTCATACGG AATATTATTC AAAACTTGTG 
AAGGCCGACA TCAGTGGAAA GGATAAGGAA ATTTACTCCA TAAAGTTGCC TGGGGACCCG 
AAACTTGGCG AAGGCAAACC TGAGAATCAA AACCACGCCA TTGTGTTTAC TCGCGGAAAT 
GCTATCCAAA CTATTGATAT GAATCAGGAT AATTATTTTG AAGAAGCCTT AAAGATGAGA 
AATCTTTTGG AGGAATTTGA CCGGGACCAT GGAATTCGAC CACCTACTAT TCTTGGAGTT 
AGGGAACATG TCTTTACTGG AAGTGTCTCC TCCTTGGCAT CTTTCATGTC CAATCAAGAA 
ACCAGCTTTG TAACTCTAGG TCAACGAGTA TTGGCAAAAC CCTTAAAGAT CCGCATGCAT 
TATGGTCATC CAGATGTCTT TGACAGAGTA TTTCATATTA CACGTGGTGG TATCAGCAAG 
GCCTCTCGGG TCATCAATAT TAGTGAAGAT ATATTTGCTG GTTTCAACAC AACTCTACGT 
CAAGGGAATG TTACTCATCA TGAGTATATT CAGGTGGGCA AAGGGCGAGA TGTTGGGCTC 
AATCAAATAG CTCTGTTTGA AGGGAAGGTT GCTGGTGGGA ATGGTGAACA GGTTCTTAGT 
CGAGATGTAT ACAGACTTGG CCAGCTCCTT GATTTCTTCC GTATGATGTC ATTCTTCTTT 
ACAACCGTTG GCTTCTATCT ATGTACAATG TTGACGGTGC TTACTGTGTA TATTTTCTTA 
TATGGGAGGG CATATCTGGC ACTTTCTGGA GTTGGAGCTA CTATTCGAGA AAGAGCTATT 
CTTCTGGACG ATACTGCACT TAGCGCCGCC TTGAATGCTC AGTTTCTGTT TCAGATTGGT 
GTCTTCACTG CTGTGCCAAT GGTTTTGGGA TTTATTTTGG AACAGGGTTT TCTCCAGGCC 
ATCGTCAGTT TCATAACAAT GCAATTTCAG CTATGTACTG TCTTCTTCAC ATTTTCCCTT 
GGTACAAGAA CCCATTATTT TGGACGGACA ATTCTCCATG GTGGTGCAAG GTACCAAGCC 
ACTGGAAGAG GCTTCGTCGT GAAGCATATC AAATTTTCTG AAAACTACCG TCTTTATTCC 
AGAAGTCATT TTGTCAAAGC AATGGAAGTT ATTCTTTTAT TGGTTGTGTA CCTTGCGTAT 
GGCAATGATG AAGCTGGTGC GGTTTCCTAC ATCCTGCTGA CAGTTAGCAG CTGGTTTTTG 
GCTGTTTCTT GGCTGTTTGC TCCGTACCTA TTCAACCCTG CCGGATTTGA GTGGCAGAAA 
GTCGTGGAGG ACTTCAAAGA ATGGACAAAT TGGCTCTTTT ACAGAGGTGG AATTGGTGTG 
AAAGGAGCTG AAAGCTGGGA AGCATGGTGG GAAGAAGAAC TGTCTCACAT TCGGACCTTG 
AGCGGGAGGA TAATGGAGAC TATTTTAAGT CTACGATTCT TTATCTTCCA GTATGGTATT 
GTCTACAAAC TGAAGCTACA AGGATCAGAT ACATCATTTG CGGTGTACGG TTGGTCATGG 
GTTGCATTTG CAATGATTAT AGTTCTTTTC AAGGTCTTTA CCTTCAGCCA GAAGATTTCT 
GTCAATTTCC AGCTTTTACT GAGGTTTATA CAAGGTCTAT CCTTATTGAT GGCTCTAGCT 
GGCATAATCG TAGCAGTTGT GCTCACACCC TTGTCAGTGA CAGACATATT TGCATGCGTA 
TTGGCTTTTA TACCGACAGG ATGGGGAATT CTTTCTATTG CGTGTGCTTG GAAGCCAGTC 
CTAAAGCGAA TGGGGATGTG GAAATCGATT CGTTCCCTAG CAAGGCTATA TGATGCGTTA 
ATGGGAATGC TCATATTTCT TCCCGTTGCT CTCTGCTCCT GGTTCCCTTT TGTGTCGACC 
TTCCAGACAC GTATGATGTT TAACCAAGCC TTCAGCCGCG GTCTCGAGAT CTCTCTTATT 
CTTGCAGGAG ACAATCCCAA TTCTGGTCTT TAA

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

RefSeq	NP_187372.5
CDS	1..5673
Translation	MSRAESSWERLVNAALRRDRTGGVAGGNQSSIVGYVPSSLSNNRDIDAILRAADEIQDEDPNIARILCEHGYSLAQNLDPNSEGRGVLQFKTGLMSVIKQKLAKREVGTIDRSQDILRLQEFYRLYREKNNVDTLKEEEKQLRESGAFTDELERKTVKRKRVFATLKVLGSVLEQLAKEIPEELKHVIDSDAAMSEDTIAYNIIPLDAPVTTNATTTFPEVQAAVAALKYFPGLPKLPPDFPIPATRTADMLDFLHYIFGFQKDSVSNQREHIVLLLANEQSRLNIPEETEPKLDDAAVRKVFLKSLENYIKWCDYLCIQPAWSNLEAINGDKKLLFLSLYFLIWGEAANIRFLPECLCYIFHHMVREMDEILRQQVARPAESCMPVDSRGSDDGVSFLDHVIAPLYGVVSAEAFNNDNGRAPHSAWRNYDDFNEYFWSLHSFELGWPWRTSSSFFQKPIPRKKLKTGRAKHRGKTSFVEHRTFLHLYHSFHRLWIFLAMMFQALAIIAFNKDDLTSRKTLLQILSLGPTFVVMKFSESVLEVIMMYGAYSTTRRLAVSRIFLRFIWFGLASVFISFLYVKSLKAPNSDSPIVQLYLIVIAIYGGVQFFFSILMRIPTCHNIANKCDRWPVIRFFKWMRQERHYVGRGMYERTSDFIKYLLFWLVVLSAKFSFAYFLQIKPLVGPTRMIVKQNNIPYSWHDFVSRKNYNALTVASLWAPVVAIYLLDIHIFYTIFSAFLGFLLGARDRLGEIRSLEAIHKLFEEFPGAFMRALHVPLTNRTSDTSHQTVDKKNKVDAAHFAPFWNQIIKSLREEDYITDFEMELLLMPKNSGRLELVQWPLFLLSSKILLAKEIAAESNSQEEILERIERDDYMKYAVEEVYHTLKLVLTETLEAEGRLWVERIYEDIQTSLKERNIHHDFQLNKLSLVITRVTALLGILKENETPEHAKGAIKALQDLYDVMRLDILTFNMRGHYETWNLLTQAWNEGRLFTKLKWPKDPELKALVKRLYSLFTIKDSAAHVPRNLEARRRLQFFTNSLFMDVPPPKSVRKMLSFSVFTPYYSEVVLYSMAELTKRNEDGISILFYLQKIYPDEWKNFLARIGRDENALEGDLDNERDILELRFWASYRGQTLARTVRGMMYYRKALMLQSYLERKAGNDATDAEGFELSPEARAQADLKFTYVVTCQIYGRQKEDQKPEAVDIALLMQRNEALRIAYIDVVDSPKEGKSHTEYYSKLVKADISGKDKEIYSIKLPGDPKLGEGKPENQNHAIVFTRGNAIQTIDMNQDNYFEEALKMRNLLEEFDRDHGIRPPTILGVREHVFTGSVSSLASFMSNQETSFVTLGQRVLAKPLKIRMHYGHPDVFDRVFHITRGGISKASRVINISEDIFAGFNTTLRQGNVTHHEYIQVGKGRDVGLNQIALFEGKVAGGNGEQVLSRDVYRLGQLLDFFRMMSFFFTTVGFYLCTMLTVLTVYIFLYGRAYLALSGVGATIRERAILLDDTALSAALNAQFLFQIGVFTAVPMVLGFILEQGFLQAIVSFITMQFQLCTVFFTFSLGTRTHYFGRTILHGGARYQATGRGFVVKHIKFSENYRLYSRSHFVKAMEVILLLVVYLAYGNDEAGAVSYILLTVSSWFLAVSWLFAPYLFNPAGFEWQKVVEDFKEWTNWLFYRGGIGVKGAESWEAWWEEELSHIRTLSGRIMETILSLRFFIFQYGIVYKLKLQGSDTSFAVYGWSWVAFAMIIVLFKVFTFSQKISVNFQLLLRFIQGLSLLMALAGIIVAVVLTPLSVTDIFACVLAFIPTGWGILSIACAWKPVLKRMGMWKSIRSLARLYDALMGMLIFLPVALCSWFPFVSTFQTRMMFNQAFSRGLEISLILAGDNPNSGL

Target ORF information:

RefSeq Version	NM_111596.6
Organism	Arabidopsis thaliana(thale cress)
Definition	Arabidopsis thaliana glucan synthase-like 10 (GSL10), partial mRNA.

Target ORF information:

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

NM_111596.6

ORF Insert Sequence:

ATGTCTCGAG CTGAGTCATC TTGGGAGAGG CTGGTGAATG CTGCTTTACG GAGAGATAGA 
ACAGGAGGAG TTGCTGGTGG TAATCAAAGC AGTATTGTTG GTTATGTCCC TTCCTCACTA 
TCCAACAATA GGGACATCGA TGCAATTCTT AGAGCTGCCG ATGAGATTCA GGATGAGGAT 
CCCAACATTG CAAGAATCTT ATGTGAGCAT GGTTACTCAC TTGCACAAAA TCTCGATCCT 
AATAGTGAAG GCAGAGGTGT TTTACAGTTC AAAACTGGAT TGATGTCTGT TATTAAGCAA 
AAATTAGCAA AAAGAGAGGT TGGGACCATA GACAGAAGTC AGGATATTCT TCGACTACAA 
GAATTTTACA GGCTATACAG AGAAAAGAAC AATGTTGACA CGTTGAAGGA GGAAGAGAAA 
CAGCTCCGTG AGTCGGGGGC TTTCACTGAC GAGCTGGAAC GGAAAACAGT AAAAAGGAAA 
AGAGTTTTTG CCACCCTGAA AGTTCTGGGA AGTGTGTTGG AGCAGTTGGC AAAAGAGATT 
CCTGAAGAGC TTAAGCATGT TATTGATTCA GACGCTGCAA TGAGTGAAGA CACAATTGCT 
TATAACATTA TTCCTCTTGA TGCTCCTGTC ACGACAAATG CCACTACAAC TTTCCCTGAG 
GTTCAAGCGG CAGTTGCAGC ATTGAAGTAT TTTCCAGGCT TGCCTAAATT GCCTCCTGAT 
TTCCCCATTC CCGCTACAAG GACTGCTGAT ATGCTTGATT TTCTCCACTA TATTTTTGGG 
TTTCAGAAAG ACAGTGTCTC GAATCAGCGT GAACATATAG TTCTTCTTCT GGCTAATGAG 
CAATCCCGTC TTAATATTCC AGAAGAAACA GAACCTAAAC TGGATGACGC TGCAGTGCGT 
AAGGTGTTCT TGAAGTCCCT GGAAAACTAC ATCAAGTGGT GTGATTACCT TTGTATTCAA 
CCTGCGTGGA GCAATTTAGA AGCCATCAAT GGAGATAAGA AACTGCTATT CCTCTCTTTG 
TACTTCCTGA TTTGGGGAGA AGCTGCCAAC ATACGGTTTC TTCCAGAATG TTTGTGCTAC 
ATATTCCACC ATATGGTTAG AGAAATGGAT GAGATCTTAC GCCAGCAGGT TGCTCGCCCA 
GCTGAGAGTT GTATGCCAGT CGATAGTCGT GGCTCTGATG ATGGTGTATC ATTCCTTGAT 
CATGTCATTG CTCCGCTGTA TGGAGTGGTT TCAGCGGAAG CTTTTAACAA TGACAATGGC 
CGAGCACCTC ATTCAGCTTG GAGAAACTAT GATGATTTCA ATGAATATTT TTGGTCTCTT 
CACTCCTTTG AGCTTGGTTG GCCGTGGCGT ACCAGTTCAT CTTTTTTTCA GAAACCTATA 
CCGAGAAAAA AGCTCAAAAC CGGCAGGGCA AAACATCGAG GAAAAACTTC CTTTGTTGAG 
CACCGGACAT TTTTGCATCT GTACCACAGT TTCCATCGGT TATGGATATT TCTTGCTATG 
ATGTTTCAGG CATTAGCCAT AATTGCGTTC AATAAAGATG ACCTTACTTC CAGAAAGACT 
TTACTTCAAA TTCTCAGCCT GGGTCCGACT TTTGTAGTGA TGAAGTTTTC TGAGAGTGTT 
TTGGAAGTTA TCATGATGTA CGGTGCCTAT TCTACAACAA GACGTCTGGC TGTTTCTCGC 
ATTTTTCTTC GTTTCATTTG GTTTGGCCTT GCTTCCGTCT TCATCTCTTT CCTCTATGTG 
AAATCACTTA AAGCACCAAA TTCTGATTCA CCTATAGTTC AGCTTTATTT GATCGTCATA 
GCCATCTATG GAGGTGTTCA GTTCTTTTTT AGTATCCTGA TGCGTATCCC AACTTGTCAC 
AACATTGCTA ATAAATGTGA TCGGTGGCCT GTGATTCGAT TCTTTAAGTG GATGCGCCAG 
GAGAGACACT ATGTTGGCCG TGGCATGTAT GAAAGGACAT CTGATTTTAT AAAGTACTTG 
CTATTTTGGC TTGTCGTTCT GTCTGCAAAG TTTTCGTTTG CGTACTTTCT TCAGATTAAG 
CCGCTCGTTG GCCCCACAAG GATGATAGTG AAACAGAACA ATATTCCGTA CTCCTGGCAT 
GATTTTGTGT CGAGAAAAAA CTACAATGCT CTGACTGTTG CCAGTTTATG GGCTCCTGTG 
GTAGCTATAT ACCTGTTAGA CATCCATATA TTCTACACCA TTTTCTCTGC TTTTTTGGGG 
TTCTTGCTTG GTGCAAGAGA TCGTTTGGGG GAGATAAGAT CTTTGGAAGC GATTCATAAA 
CTCTTTGAGG AGTTTCCAGG GGCTTTTATG AGGGCTCTTC ATGTTCCTCT TACCAATCGG 
ACGTCTGATA CTTCTCATCA GACTGTGGAT AAGAAGAACA AAGTAGATGC AGCACACTTT 
GCTCCATTTT GGAACCAAAT AATAAAAAGT TTACGAGAGG AAGACTACAT CACTGATTTT 
GAGATGGAAT TGCTCCTGAT GCCCAAGAAT TCTGGTAGGC TCGAATTGGT TCAGTGGCCA 
CTTTTTCTTC TTTCCAGCAA GATATTATTG GCCAAAGAGA TTGCAGCTGA GAGTAATTCG 
CAAGAGGAGA TTCTGGAGAG GATTGAAAGG GATGACTATA TGAAGTATGC TGTTGAGGAA 
GTCTATCACA CTCTCAAACT TGTCCTAACA GAAACTCTGG AAGCCGAAGG AAGGCTGTGG 
GTGGAGAGAA TCTATGAAGA TATCCAAACC AGCTTAAAGG AGAGAAATAT ACATCATGAT 
TTTCAGTTGA ACAAGCTCTC CCTTGTTATC ACGAGAGTGA CTGCACTCTT GGGAATCCTG 
AAAGAAAATG AAACACCGGA GCATGCAAAA GGGGCTATCA AAGCACTTCA GGATCTCTAC 
GATGTTATGC GGCTTGACAT ATTGACTTTT AATATGAGGG GTCATTATGA AACGTGGAAC 
CTGTTAACTC AAGCCTGGAA TGAAGGTCGG CTTTTTACAA AGTTGAAATG GCCTAAAGAC 
CCTGAGCTGA AAGCACTCGT CAAAAGATTG TACTCTCTAT TTACTATCAA AGATTCTGCA 
GCGCATGTTC CTAGAAATCT TGAGGCCAGA CGTAGACTTC AATTCTTCAC CAATTCTCTT 
TTCATGGATG TGCCACCACC TAAGTCTGTC CGCAAGATGT TATCCTTCAG TGTCTTCACT 
CCATACTATT CCGAGGTTGT GCTATACAGC ATGGCTGAAC TCACCAAGAG AAATGAGGAT 
GGAATATCAA TACTGTTTTA TCTTCAGAAA ATATATCCAG ATGAGTGGAA AAATTTTCTT 
GCACGCATAG GACGAGACGA AAATGCGTTA GAAGGCGATC TAGATAATGA AAGAGACATA 
CTTGAACTTC GATTTTGGGC CTCTTACCGT GGACAAACGT TAGCTAGAAC AGTTCGTGGG 
ATGATGTATT ATAGGAAAGC CCTCATGCTT CAGTCTTATC TGGAAAGAAA AGCTGGCAAT 
GACGCTACAG ACGCTGAAGG ATTTGAGTTA TCTCCAGAAG CAAGGGCCCA AGCAGATCTC 
AAGTTCACAT ATGTTGTCAC ATGCCAGATA TATGGAAGAC AAAAAGAAGA TCAAAAACCT 
GAAGCTGTTG ACATTGCATT GCTAATGCAA AGAAATGAAG CCCTTCGCAT TGCTTATATT 
GATGTTGTTG ATAGTCCAAA AGAGGGTAAA TCTCATACGG AATATTATTC AAAACTTGTG 
AAGGCCGACA TCAGTGGAAA GGATAAGGAA ATTTACTCCA TAAAGTTGCC TGGGGACCCG 
AAACTTGGCG AAGGCAAACC TGAGAATCAA AACCACGCCA TTGTGTTTAC TCGCGGAAAT 
GCTATCCAAA CTATTGATAT GAATCAGGAT AATTATTTTG AAGAAGCCTT AAAGATGAGA 
AATCTTTTGG AGGAATTTGA CCGGGACCAT GGAATTCGAC CACCTACTAT TCTTGGAGTT 
AGGGAACATG TCTTTACTGG AAGTGTCTCC TCCTTGGCAT CTTTCATGTC CAATCAAGAA 
ACCAGCTTTG TAACTCTAGG TCAACGAGTA TTGGCAAAAC CCTTAAAGAT CCGCATGCAT 
TATGGTCATC CAGATGTCTT TGACAGAGTA TTTCATATTA CACGTGGTGG TATCAGCAAG 
GCCTCTCGGG TCATCAATAT TAGTGAAGAT ATATTTGCTG GTTTCAACAC AACTCTACGT 
CAAGGGAATG TTACTCATCA TGAGTATATT CAGGTGGGCA AAGGGCGAGA TGTTGGGCTC 
AATCAAATAG CTCTGTTTGA AGGGAAGGTT GCTGGTGGGA ATGGTGAACA GGTTCTTAGT 
CGAGATGTAT ACAGACTTGG CCAGCTCCTT GATTTCTTCC GTATGATGTC ATTCTTCTTT 
ACAACCGTTG GCTTCTATCT ATGTACAATG TTGACGGTGC TTACTGTGTA TATTTTCTTA 
TATGGGAGGG CATATCTGGC ACTTTCTGGA GTTGGAGCTA CTATTCGAGA AAGAGCTATT 
CTTCTGGACG ATACTGCACT TAGCGCCGCC TTGAATGCTC AGTTTCTGTT TCAGATTGGT 
GTCTTCACTG CTGTGCCAAT GGTTTTGGGA TTTATTTTGG AACAGGGTTT TCTCCAGGCC 
ATCGTCAGTT TCATAACAAT GCAATTTCAG CTATGTACTG TCTTCTTCAC ATTTTCCCTT 
GGTACAAGAA CCCATTATTT TGGACGGACA ATTCTCCATG GTGGTGCAAG GTACCAAGCC 
ACTGGAAGAG GCTTCGTCGT GAAGCATATC AAATTTTCTG AAAACTACCG TCTTTATTCC 
AGAAGTCATT TTGTCAAAGC AATGGAAGTT ATTCTTTTAT TGGTTGTGTA CCTTGCGTAT 
GGCAATGATG AAGCTGGTGC GGTTTCCTAC ATCCTGCTGA CAGTTAGCAG CTGGTTTTTG 
GCTGTTTCTT GGCTGTTTGC TCCGTACCTA TTCAACCCTG CCGGATTTGA GTGGCAGAAA 
GTCGTGGAGG ACTTCAAAGA ATGGACAAAT TGGCTCTTTT ACAGAGGTGG AATTGGTGTG 
AAAGGAGCTG AAAGCTGGGA AGCATGGTGG GAAGAAGAAC TGTCTCACAT TCGGACCTTG 
AGCGGGAGGA TAATGGAGAC TATTTTAAGT CTACGATTCT TTATCTTCCA GTATGGTATT 
GTCTACAAAC TGAAGCTACA AGGATCAGAT ACATCATTTG CGGTGTACGG TTGGTCATGG 
GTTGCATTTG CAATGATTAT AGTTCTTTTC AAGGTCTTTA CCTTCAGCCA GAAGATTTCT 
GTCAATTTCC AGCTTTTACT GAGGTTTATA CAAGGTCTAT CCTTATTGAT GGCTCTAGCT 
GGCATAATCG TAGCAGTTGT GCTCACACCC TTGTCAGTGA CAGACATATT TGCATGCGTA 
TTGGCTTTTA TACCGACAGG ATGGGGAATT CTTTCTATTG CGTGTGCTTG GAAGCCAGTC 
CTAAAGCGAA TGGGGATGTG GAAATCGATT CGTTCCCTAG CAAGGCTATA TGATGCGTTA 
ATGGGAATGC TCATATTTCT TCCCGTTGCT CTCTGCTCCT GGTTCCCTTT TGTGTCGACC 
TTCCAGACAC GTATGATGTT TAACCAAGCC TTCAGCCGCG GTCTCGAGAT CTCTCTTATT 
CTTGCAGGAG ACAATCCCAA TTCTGGTCTT TAA

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

PubMed

Sequence and analysis of chromosome 3 of the plant Arabidopsis thaliana.
Nature408(6814)820-2(2000 Dec)
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GSL10 cDNA ORF clone, Arabidopsis thaliana(thale cress)

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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