ARALYDRAFT_473583 cDNA ORF clone, Arabidopsis lyrata subsp. lyrata

Gene
Clones
gRNAs

Summary

Gene Symbol	ARALYDRAFT_473583
Entrez Gene ID	9329881
Full Name	putative 1-phosphatidylinositol-3-phosphate 5-kinase FAB1D
Gene Type	protein-coding
Organism	Arabidopsis lyrata subsp. lyrata

mRNA and Protein(s)

mRNA	Protein	Name
XM_002891047.2	XP_002891093.1	putative 1-phosphatidylinositol-3-phosphate 5-kinase FAB1D
XM_002891047.1	XP_002891093.1	phosphatidylinositol-4-phosphate 5-kinase family protein

Pathways from BioSystems
Gene Ontology

The following ARALYDRAFT_473583 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ARALYDRAFT_473583 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)
OAa29787	XM_002891047.2 Latest version!	Arabidopsis lyrata subsp. lyrata putative 1-phosphatidylinositol-3-phosphate 5-kinase FAB1D (LOC9329881), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
View Old Accession Versions >>
OAa29787	XM_002891047.1	Arabidopsis lyrata subsp. lyrata phosphatidylinositol-4-phosphate 5-kinase family protein, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
Hide Old Accession Versions >>

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
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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)

ARALYDRAFT_473583 ( XM_002891047.2 ) cDNA ORF clone, Arabidopsis lyrata subsp. lyrata -> XP_002891093.1 Arabidopsis lyrata subsp. lyrata putative 1-phosphatidylinositol-3-phosphate 5-kinase FAB1D (LOC9329881), mRNA.

Price & Availability↑

CloneID	OAa29787
Clone ID Related Accession (Same CDS sequence)	XM_002891047.2 , XM_002891047.1
Accession Version	XM_002891047.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4353bp) 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	1494345600000
Organism	Arabidopsis lyrata subsp. lyrata
Product	putative 1-phosphatidylinositol-3-phosphate 5-kinase FAB1D
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003302555.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On May 11, 2017 this sequence version replaced XM_002891047.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Arabidopsis lyrata subsp. lyrata Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACGCCTA CTGAGTCTTT GTCTAGTAGT GAACGCTCTC TTTCTGGTGA GTGTTCGGTT 
GATGGAAATG ATAGGGGTAA TGAAGATGAA TGTTCAAGTC ATAGTAGTCA AGATGATATG 
GAGCATAAGG TAGATCGGTT AGAGCGTAAG TCCAAGAGCA TGCCGAGTGA TATTCTAGAT 
ATTTTGGATG AAAAATCGAA AGGAAATGGT GTTGAGAATG TGCAGTTTTT ATCTGATCGT 
GAAGATGATA GTGATGATGT TCCAGTTTGG GAGCCTCCGG AACCGGAAAA TCCAGAAGAT 
GAAGTAGATG GTGTTTTTGC CGATGATGAT GATGATTGCT GTGATGGCTC TAAGTGGAAC 
AAAGCAAGTT TATTAGGGGA ATTGAGTGAG GAAAGTAGTG AAAAGAGAAA GGTTTATGAA 
GAAAATCGAA GAGTGATGCT TGAGGAGGCA AATTCAAAGT TTAAGTTCAT TGTTAGTCAC 
CTTATTAAGT CGGCTGGGTT GTCTATAGAA GAAAGTGGAT ATTGGATAGA GATTGTTGCT 
AGGTTATGCT GGGAGGCTGC TTCAATGTTG AAGCCAGCTA TTGACGGCAA ATCTGTTGAT 
CCTACTGAGT ACATCAAAGT GAAATGCATA GCAACTGGTT CTTGCATTGA CAGTGAAGTT 
TTCAAAGGCC TTGTTTTCAA GAAACATGCC GCTCTTAAAC ACATGGCAAC TAAGTACGAG 
CATCCTCGAA TAATGTTAGT CGAAGGAGTA CTGGGTCATC CGATAAGTGG GTTTTCGTCT 
CTCCAATCAG TGAATCAGGA CAATGATTAT CAACTGAAGT ATGTGAAGCC TGTTGTTGAT 
ATCATAGAAG CTTCCAAGCC GGACGTCATG CTGGTGGAAA AATCTGTTTC ACGTGATATC 
CAAAAGTCTA TTCTTGATAA AGGGGTCACT CTGGTGTTTG ACATGAAGCT CCACCGTCTA 
CAGAGAATTT CTCGATGCAT TGGTTCACCA ATTTTGTCAG TTGACTCTCT GTCTAGTCAG 
AAGTTAAAGC ATTGTGATTC CTTTCGCATC GAGAAAATAG TTGAGGAGCA TAACGCTGTG 
GGCGAATCCG AGAAGAAGCC AACTAAAACA CTGATGTTTT TAGAGGGTTG CCCTACCCGC 
CTTGGCTGCA CGATTTTACT TAAAGGATGC CACAGTGATA GGTTGAAAAA GGTCAAAGAA 
GTAGTACAAT ATTCATTTAT CATGGCATAT CATCTAATGC TTGAGGCTTC TTTCCTTGCT 
GATCGGCATA CAATGTTCTC AACCATCTTT ACAAAGGAAT CTACATCATG TGTTGTGGAT 
GTGGAAATTG AAAAACTTCC ACTATCTCCT TCTCCTCGTG TATCTGCCTC TGAAGCAGTT 
GATATTCCAG TGTATAATGG ATTCGATGAA CAATCTATTC AGATAAATGG GGAAGCAGAT 
GGTGAGAAAG TTGGAACTTG GGAATCAGAT GGAGATCATG TGTTCTCTCA CGAGCCATAT 
AATCCAGTTA TTTTCACTGG GTTCTCATCT TTATCTGCCA GATTAAGTAA ATATTTAGGC 
TTTGTTCAAA ATCCGGAGTC AGTTCCAGTT TCTGTGGATA AAGATGTATC GAATGTCAGC 
AATCTTGATT CGATAAGGGA ATCTGCGGAA GATACTGAAG AAAAGAATGA GGATAAACAA 
CCAATGTTAT TTGATCCTGA GATTCCAGTA AACTCGAGTT CAGAAGATGG AGACAAGTCG 
CAAACGGAGA ATGATATTGA GAGCACCTTG GAGTCTCAGA GTATATTGGT CTTAGTGTCA 
AAGAGGAATA CCCTTAGGGG GATAATGTGT GACCAAAGGC ATTTTTCACA CATTAAGTTT 
TACAAACACT TTGATGTTCC CTTGGAAAAA TTCCTGCGCG ATATGTTTAA TCAGAGAAAC 
CTATGCCAAA CGTGCAATGA ATTTCCGGAG GCACATCTTT ACTATTATGC TCATCAAAAT 
AAGCAACTAA CAATCCAAAT CAAGCGAATT CCGGTAGCAA AAGGTTTGTC AGGTGAGGCA 
AAAGGAAAAA TCTGGATGTG GAGTCGTTGT GGAAAGTGTA AAACAAAGAA TTCGTCCCGG 
AAATCAACAA AACGAGTGCT AATATCAACT GCTGCTCGTA GCTTGTCATT TGGAAAGTTT 
TTGGAGCTCA GCTTTTCTCA GCACACTTTT CTGAATAGAT CGTCTAGCTG TGGGCACTCT 
TTCGACAGTG ACTTCCTTCA CTTCTTTGGA TTAGGCTCCA TGGTTGCTAT GCTCAGTTAC 
TCCCAAGTCA CATCCTACAC AGTGTCTCTG CCACCCATGA AGCTGGAATC TAGCATTTTA 
ATAAAAGCTG GTTGGCTTGA GAAAGAATTC CAAATAGTAT TCACTAAAGG GATCTCTTTG 
TTCGGAGACG CTACTGGTTT TCTTAAGAGA CTAAGATCAC AATTCAATTC AGATCTCAGA 
TATCAGCGTG CACACAAACT CCTTTCTAAC ATTGAGGAGT TGCTGAAGCA CGAGCGTCAC 
GTATTTGAGG AAAACATCAA GAACTCGTTT GACAAGGCTA AAACCATAGA TGATGTTTCA 
CACAGACTGC TCCGCTTAAA CCGCATGAGG TGGGAACTTC TGCTTCAAGC TCTCATCTGG 
AACTATCGGT TACAGTCGCT GGTTTTATCT GATCGTTTGC TACCTTCAAA TGATGAGACG 
GAGATAAATG AACAAGGTTT GAAGACTGTT TCCGAGGCTG GAATGACCAG ATATGAAAAT 
GATGACAAAG TTTCTGATTC TGGTAGCAAT GGAGTCATGG ACACTCCAGT TGTTGAAGAC 
AAAGATATAC CAATCGCTGG AGCGTCTGTT GGGGACAATG ATCAGATGGA AGAATCGTAT 
GTGCCTGAAG ACAATGAATC ACAAACTTTG CGCAGCTCCA GTCCCGATTC AACCTCTCCC 
ATCAACAATC ATTTCGACAC TCATTTGGCT GTTAATGTCC ATTCAACCAA TGGAAAAGAA 
GCGGACAAAT CAATTCCAGT TACTGGAGAT TCATTGGATG ATGAGGTTGC TGCCTCTAAT 
GGGCCATACA TCTTAGGTTG GGATGAGTGG TTTTGGCTGC CATTTGAAGA GCTACGTTCG 
AAGCGGATTG TCGATATTGA GAAGGAATAC TTGTTGAAAT TTGAGTATGT TAACAACTTT 
ACCCAAGAAA ACCTACAGAC GGTGAACCAG ATAATCACTG AGGAAAGTTC TCGTCTGCGC 
ATCTCTTTGA AGGATGATGA TTTCATTGTG TCAGACTATG AAGATGAGCT GTCCAGCCTA 
ATTGCTTGCG CGCTTGCCCA CCTGAACAAT GATGAGAACA GAAAGCCTCT TTCAAGGTGT 
ATACATGGAT CTCTTCAAGG GTTCTTAGAT AATAATCAAG ATTCTAAGCA AACTGACTGT 
GAGGTTTCCC GTTTCTCGAG TGAGAGTACA AATCGGTTGG AAACACTACC CCCTCCAGAG 
GTCCTTGTTA CTTTTGGGTC ACTCAAATCA ATTGGAAAAC CCAAATACTC TATCGTGTCC 
CTATATGCAG ATGATTTCCG CGAGCTCAGA AAACACTGTT GTTCATCAGA GCTTGATTAT 
ATAGCTTCAC TAAGCCGTTG TAAGCCATGG GATGCTAAGG GTGGGAAGAG CAAATCCGTG 
TTCGCTAAGA CTTTGGATGA TAGGTTCATC GTAAAAGAGA TCAAGAAGAC AGAGTATGAA 
TCATTTGTGA CATTTGCTCC GGAGTATTTC AAATACATGA AGGACTCGTA TGATCTAGGC 
AACCAGACTT GTCTTGCCAA AGTTCTTGGG ATCCATCAGG TAACTGTAAG GCAGCCAAAG 
GGTGGTGGGA AAGAGATACG GCACGACCTG ATGGTGATGG AGAATCTCAG TTTTGGCAGA 
AAAGTTACTC GCCAGTATGA TCTCAAAGGC GCTCTGCATG CTCGGTTTAC AGCCACTTCT 
GCTAATGGCG CAGAAGATGT TCTATTGGAT CAGAACTTTG TCAATGACAT GAACAAATCC 
CCACTTTACG TTAGCAAAAC ATCAAAGCAA AATCTCCAAA GAGCGGTTTA TAATGACACC 
AGCTTCCTAA CCAGCATAAA CGTGATGGAC TACTCGCTGC TGGTTGGAGT TGATGATGAG 
AATCATGAGC TAGTGTGTGG GATCATCGAT TATCTGAGAC AATACACATG GGACAAGCAG 
TTAGAGACAT GGGTGAAATC GTCTTTGGTG GTGCCAAAGA ATGTGCAGCC GACAGTGATC 
AGCCCGATTG ATTACAAGAC GAGGTTCAGG AAATTCATGA AGACACATTT CTTGTGCGTC 
CCTGACCAGT GGTGCGATCA AGGGGACTTT TAA

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

RefSeq	XP_002891093.1
CDS	250..4602
Translation	MTPTESLSSSERSLSGECSVDGNDRGNEDECSSHSSQDDMEHKVDRLERKSKSMPSDILDILDEKSKGNGVENVQFLSDREDDSDDVPVWEPPEPENPEDEVDGVFADDDDDCCDGSKWNKASLLGELSEESSEKRKVYEENRRVMLEEANSKFKFIVSHLIKSAGLSIEESGYWIEIVARLCWEAASMLKPAIDGKSVDPTEYIKVKCIATGSCIDSEVFKGLVFKKHAALKHMATKYEHPRIMLVEGVLGHPISGFSSLQSVNQDNDYQLKYVKPVVDIIEASKPDVMLVEKSVSRDIQKSILDKGVTLVFDMKLHRLQRISRCIGSPILSVDSLSSQKLKHCDSFRIEKIVEEHNAVGESEKKPTKTLMFLEGCPTRLGCTILLKGCHSDRLKKVKEVVQYSFIMAYHLMLEASFLADRHTMFSTIFTKESTSCVVDVEIEKLPLSPSPRVSASEAVDIPVYNGFDEQSIQINGEADGEKVGTWESDGDHVFSHEPYNPVIFTGFSSLSARLSKYLGFVQNPESVPVSVDKDVSNVSNLDSIRESAEDTEEKNEDKQPMLFDPEIPVNSSSEDGDKSQTENDIESTLESQSILVLVSKRNTLRGIMCDQRHFSHIKFYKHFDVPLEKFLRDMFNQRNLCQTCNEFPEAHLYYYAHQNKQLTIQIKRIPVAKGLSGEAKGKIWMWSRCGKCKTKNSSRKSTKRVLISTAARSLSFGKFLELSFSQHTFLNRSSSCGHSFDSDFLHFFGLGSMVAMLSYSQVTSYTVSLPPMKLESSILIKAGWLEKEFQIVFTKGISLFGDATGFLKRLRSQFNSDLRYQRAHKLLSNIEELLKHERHVFEENIKNSFDKAKTIDDVSHRLLRLNRMRWELLLQALIWNYRLQSLVLSDRLLPSNDETEINEQGLKTVSEAGMTRYENDDKVSDSGSNGVMDTPVVEDKDIPIAGASVGDNDQMEESYVPEDNESQTLRSSSPDSTSPINNHFDTHLAVNVHSTNGKEADKSIPVTGDSLDDEVAASNGPYILGWDEWFWLPFEELRSKRIVDIEKEYLLKFEYVNNFTQENLQTVNQIITEESSRLRISLKDDDFIVSDYEDELSSLIACALAHLNNDENRKPLSRCIHGSLQGFLDNNQDSKQTDCEVSRFSSESTNRLETLPPPEVLVTFGSLKSIGKPKYSIVSLYADDFRELRKHCCSSELDYIASLSRCKPWDAKGGKSKSVFAKTLDDRFIVKEIKKTEYESFVTFAPEYFKYMKDSYDLGNQTCLAKVLGIHQVTVRQPKGGGKEIRHDLMVMENLSFGRKVTRQYDLKGALHARFTATSANGAEDVLLDQNFVNDMNKSPLYVSKTSKQNLQRAVYNDTSFLTSINVMDYSLLVGVDDENHELVCGIIDYLRQYTWDKQLETWVKSSLVVPKNVQPTVISPIDYKTRFRKFMKTHFLCVPDQWCDQGDF

Target ORF information:

RefSeq Version	XM_002891047.2
Organism	Arabidopsis lyrata subsp. lyrata
Definition	Arabidopsis lyrata subsp. lyrata putative 1-phosphatidylinositol-3-phosphate 5-kinase FAB1D (LOC9329881), mRNA.

Target ORF information:

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

XM_002891047.2

ORF Insert Sequence:

ATGACGCCTA CTGAGTCTTT GTCTAGTAGT GAACGCTCTC TTTCTGGTGA GTGTTCGGTT 
GATGGAAATG ATAGGGGTAA TGAAGATGAA TGTTCAAGTC ATAGTAGTCA AGATGATATG 
GAGCATAAGG TAGATCGGTT AGAGCGTAAG TCCAAGAGCA TGCCGAGTGA TATTCTAGAT 
ATTTTGGATG AAAAATCGAA AGGAAATGGT GTTGAGAATG TGCAGTTTTT ATCTGATCGT 
GAAGATGATA GTGATGATGT TCCAGTTTGG GAGCCTCCGG AACCGGAAAA TCCAGAAGAT 
GAAGTAGATG GTGTTTTTGC CGATGATGAT GATGATTGCT GTGATGGCTC TAAGTGGAAC 
AAAGCAAGTT TATTAGGGGA ATTGAGTGAG GAAAGTAGTG AAAAGAGAAA GGTTTATGAA 
GAAAATCGAA GAGTGATGCT TGAGGAGGCA AATTCAAAGT TTAAGTTCAT TGTTAGTCAC 
CTTATTAAGT CGGCTGGGTT GTCTATAGAA GAAAGTGGAT ATTGGATAGA GATTGTTGCT 
AGGTTATGCT GGGAGGCTGC TTCAATGTTG AAGCCAGCTA TTGACGGCAA ATCTGTTGAT 
CCTACTGAGT ACATCAAAGT GAAATGCATA GCAACTGGTT CTTGCATTGA CAGTGAAGTT 
TTCAAAGGCC TTGTTTTCAA GAAACATGCC GCTCTTAAAC ACATGGCAAC TAAGTACGAG 
CATCCTCGAA TAATGTTAGT CGAAGGAGTA CTGGGTCATC CGATAAGTGG GTTTTCGTCT 
CTCCAATCAG TGAATCAGGA CAATGATTAT CAACTGAAGT ATGTGAAGCC TGTTGTTGAT 
ATCATAGAAG CTTCCAAGCC GGACGTCATG CTGGTGGAAA AATCTGTTTC ACGTGATATC 
CAAAAGTCTA TTCTTGATAA AGGGGTCACT CTGGTGTTTG ACATGAAGCT CCACCGTCTA 
CAGAGAATTT CTCGATGCAT TGGTTCACCA ATTTTGTCAG TTGACTCTCT GTCTAGTCAG 
AAGTTAAAGC ATTGTGATTC CTTTCGCATC GAGAAAATAG TTGAGGAGCA TAACGCTGTG 
GGCGAATCCG AGAAGAAGCC AACTAAAACA CTGATGTTTT TAGAGGGTTG CCCTACCCGC 
CTTGGCTGCA CGATTTTACT TAAAGGATGC CACAGTGATA GGTTGAAAAA GGTCAAAGAA 
GTAGTACAAT ATTCATTTAT CATGGCATAT CATCTAATGC TTGAGGCTTC TTTCCTTGCT 
GATCGGCATA CAATGTTCTC AACCATCTTT ACAAAGGAAT CTACATCATG TGTTGTGGAT 
GTGGAAATTG AAAAACTTCC ACTATCTCCT TCTCCTCGTG TATCTGCCTC TGAAGCAGTT 
GATATTCCAG TGTATAATGG ATTCGATGAA CAATCTATTC AGATAAATGG GGAAGCAGAT 
GGTGAGAAAG TTGGAACTTG GGAATCAGAT GGAGATCATG TGTTCTCTCA CGAGCCATAT 
AATCCAGTTA TTTTCACTGG GTTCTCATCT TTATCTGCCA GATTAAGTAA ATATTTAGGC 
TTTGTTCAAA ATCCGGAGTC AGTTCCAGTT TCTGTGGATA AAGATGTATC GAATGTCAGC 
AATCTTGATT CGATAAGGGA ATCTGCGGAA GATACTGAAG AAAAGAATGA GGATAAACAA 
CCAATGTTAT TTGATCCTGA GATTCCAGTA AACTCGAGTT CAGAAGATGG AGACAAGTCG 
CAAACGGAGA ATGATATTGA GAGCACCTTG GAGTCTCAGA GTATATTGGT CTTAGTGTCA 
AAGAGGAATA CCCTTAGGGG GATAATGTGT GACCAAAGGC ATTTTTCACA CATTAAGTTT 
TACAAACACT TTGATGTTCC CTTGGAAAAA TTCCTGCGCG ATATGTTTAA TCAGAGAAAC 
CTATGCCAAA CGTGCAATGA ATTTCCGGAG GCACATCTTT ACTATTATGC TCATCAAAAT 
AAGCAACTAA CAATCCAAAT CAAGCGAATT CCGGTAGCAA AAGGTTTGTC AGGTGAGGCA 
AAAGGAAAAA TCTGGATGTG GAGTCGTTGT GGAAAGTGTA AAACAAAGAA TTCGTCCCGG 
AAATCAACAA AACGAGTGCT AATATCAACT GCTGCTCGTA GCTTGTCATT TGGAAAGTTT 
TTGGAGCTCA GCTTTTCTCA GCACACTTTT CTGAATAGAT CGTCTAGCTG TGGGCACTCT 
TTCGACAGTG ACTTCCTTCA CTTCTTTGGA TTAGGCTCCA TGGTTGCTAT GCTCAGTTAC 
TCCCAAGTCA CATCCTACAC AGTGTCTCTG CCACCCATGA AGCTGGAATC TAGCATTTTA 
ATAAAAGCTG GTTGGCTTGA GAAAGAATTC CAAATAGTAT TCACTAAAGG GATCTCTTTG 
TTCGGAGACG CTACTGGTTT TCTTAAGAGA CTAAGATCAC AATTCAATTC AGATCTCAGA 
TATCAGCGTG CACACAAACT CCTTTCTAAC ATTGAGGAGT TGCTGAAGCA CGAGCGTCAC 
GTATTTGAGG AAAACATCAA GAACTCGTTT GACAAGGCTA AAACCATAGA TGATGTTTCA 
CACAGACTGC TCCGCTTAAA CCGCATGAGG TGGGAACTTC TGCTTCAAGC TCTCATCTGG 
AACTATCGGT TACAGTCGCT GGTTTTATCT GATCGTTTGC TACCTTCAAA TGATGAGACG 
GAGATAAATG AACAAGGTTT GAAGACTGTT TCCGAGGCTG GAATGACCAG ATATGAAAAT 
GATGACAAAG TTTCTGATTC TGGTAGCAAT GGAGTCATGG ACACTCCAGT TGTTGAAGAC 
AAAGATATAC CAATCGCTGG AGCGTCTGTT GGGGACAATG ATCAGATGGA AGAATCGTAT 
GTGCCTGAAG ACAATGAATC ACAAACTTTG CGCAGCTCCA GTCCCGATTC AACCTCTCCC 
ATCAACAATC ATTTCGACAC TCATTTGGCT GTTAATGTCC ATTCAACCAA TGGAAAAGAA 
GCGGACAAAT CAATTCCAGT TACTGGAGAT TCATTGGATG ATGAGGTTGC TGCCTCTAAT 
GGGCCATACA TCTTAGGTTG GGATGAGTGG TTTTGGCTGC CATTTGAAGA GCTACGTTCG 
AAGCGGATTG TCGATATTGA GAAGGAATAC TTGTTGAAAT TTGAGTATGT TAACAACTTT 
ACCCAAGAAA ACCTACAGAC GGTGAACCAG ATAATCACTG AGGAAAGTTC TCGTCTGCGC 
ATCTCTTTGA AGGATGATGA TTTCATTGTG TCAGACTATG AAGATGAGCT GTCCAGCCTA 
ATTGCTTGCG CGCTTGCCCA CCTGAACAAT GATGAGAACA GAAAGCCTCT TTCAAGGTGT 
ATACATGGAT CTCTTCAAGG GTTCTTAGAT AATAATCAAG ATTCTAAGCA AACTGACTGT 
GAGGTTTCCC GTTTCTCGAG TGAGAGTACA AATCGGTTGG AAACACTACC CCCTCCAGAG 
GTCCTTGTTA CTTTTGGGTC ACTCAAATCA ATTGGAAAAC CCAAATACTC TATCGTGTCC 
CTATATGCAG ATGATTTCCG CGAGCTCAGA AAACACTGTT GTTCATCAGA GCTTGATTAT 
ATAGCTTCAC TAAGCCGTTG TAAGCCATGG GATGCTAAGG GTGGGAAGAG CAAATCCGTG 
TTCGCTAAGA CTTTGGATGA TAGGTTCATC GTAAAAGAGA TCAAGAAGAC AGAGTATGAA 
TCATTTGTGA CATTTGCTCC GGAGTATTTC AAATACATGA AGGACTCGTA TGATCTAGGC 
AACCAGACTT GTCTTGCCAA AGTTCTTGGG ATCCATCAGG TAACTGTAAG GCAGCCAAAG 
GGTGGTGGGA AAGAGATACG GCACGACCTG ATGGTGATGG AGAATCTCAG TTTTGGCAGA 
AAAGTTACTC GCCAGTATGA TCTCAAAGGC GCTCTGCATG CTCGGTTTAC AGCCACTTCT 
GCTAATGGCG CAGAAGATGT TCTATTGGAT CAGAACTTTG TCAATGACAT GAACAAATCC 
CCACTTTACG TTAGCAAAAC ATCAAAGCAA AATCTCCAAA GAGCGGTTTA TAATGACACC 
AGCTTCCTAA CCAGCATAAA CGTGATGGAC TACTCGCTGC TGGTTGGAGT TGATGATGAG 
AATCATGAGC TAGTGTGTGG GATCATCGAT TATCTGAGAC AATACACATG GGACAAGCAG 
TTAGAGACAT GGGTGAAATC GTCTTTGGTG GTGCCAAAGA ATGTGCAGCC GACAGTGATC 
AGCCCGATTG ATTACAAGAC GAGGTTCAGG AAATTCATGA AGACACATTT CTTGTGCGTC 
CCTGACCAGT GGTGCGATCA AGGGGACTTT TAA

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

ARALYDRAFT_473583 ( XM_002891047.1 ) cDNA ORF clone, Arabidopsis lyrata subsp. lyrata -> XP_002891093.1 Arabidopsis lyrata subsp. lyrata phosphatidylinositol-4-phosphate 5-kinase family protein, mRNA.

Price & Availability↑

CloneID	OAa29787
Clone ID Related Accession (Same CDS sequence)	XM_002891047.2 , XM_002891047.1
Accession Version	XM_002891047.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4353bp) 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	1276099200000
Organism	Arabidopsis lyrata subsp. lyrata
Product	phosphatidylinositol-4-phosphate 5-kinase family protein
Comment	PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_003302555). COMPLETENESS: incomplete on the 5' end.

ATGACGCCTA CTGAGTCTTT GTCTAGTAGT GAACGCTCTC TTTCTGGTGA GTGTTCGGTT 
GATGGAAATG ATAGGGGTAA TGAAGATGAA TGTTCAAGTC ATAGTAGTCA AGATGATATG 
GAGCATAAGG TAGATCGGTT AGAGCGTAAG TCCAAGAGCA TGCCGAGTGA TATTCTAGAT 
ATTTTGGATG AAAAATCGAA AGGAAATGGT GTTGAGAATG TGCAGTTTTT ATCTGATCGT 
GAAGATGATA GTGATGATGT TCCAGTTTGG GAGCCTCCGG AACCGGAAAA TCCAGAAGAT 
GAAGTAGATG GTGTTTTTGC CGATGATGAT GATGATTGCT GTGATGGCTC TAAGTGGAAC 
AAAGCAAGTT TATTAGGGGA ATTGAGTGAG GAAAGTAGTG AAAAGAGAAA GGTTTATGAA 
GAAAATCGAA GAGTGATGCT TGAGGAGGCA AATTCAAAGT TTAAGTTCAT TGTTAGTCAC 
CTTATTAAGT CGGCTGGGTT GTCTATAGAA GAAAGTGGAT ATTGGATAGA GATTGTTGCT 
AGGTTATGCT GGGAGGCTGC TTCAATGTTG AAGCCAGCTA TTGACGGCAA ATCTGTTGAT 
CCTACTGAGT ACATCAAAGT GAAATGCATA GCAACTGGTT CTTGCATTGA CAGTGAAGTT 
TTCAAAGGCC TTGTTTTCAA GAAACATGCC GCTCTTAAAC ACATGGCAAC TAAGTACGAG 
CATCCTCGAA TAATGTTAGT CGAAGGAGTA CTGGGTCATC CGATAAGTGG GTTTTCGTCT 
CTCCAATCAG TGAATCAGGA CAATGATTAT CAACTGAAGT ATGTGAAGCC TGTTGTTGAT 
ATCATAGAAG CTTCCAAGCC GGACGTCATG CTGGTGGAAA AATCTGTTTC ACGTGATATC 
CAAAAGTCTA TTCTTGATAA AGGGGTCACT CTGGTGTTTG ACATGAAGCT CCACCGTCTA 
CAGAGAATTT CTCGATGCAT TGGTTCACCA ATTTTGTCAG TTGACTCTCT GTCTAGTCAG 
AAGTTAAAGC ATTGTGATTC CTTTCGCATC GAGAAAATAG TTGAGGAGCA TAACGCTGTG 
GGCGAATCCG AGAAGAAGCC AACTAAAACA CTGATGTTTT TAGAGGGTTG CCCTACCCGC 
CTTGGCTGCA CGATTTTACT TAAAGGATGC CACAGTGATA GGTTGAAAAA GGTCAAAGAA 
GTAGTACAAT ATTCATTTAT CATGGCATAT CATCTAATGC TTGAGGCTTC TTTCCTTGCT 
GATCGGCATA CAATGTTCTC AACCATCTTT ACAAAGGAAT CTACATCATG TGTTGTGGAT 
GTGGAAATTG AAAAACTTCC ACTATCTCCT TCTCCTCGTG TATCTGCCTC TGAAGCAGTT 
GATATTCCAG TGTATAATGG ATTCGATGAA CAATCTATTC AGATAAATGG GGAAGCAGAT 
GGTGAGAAAG TTGGAACTTG GGAATCAGAT GGAGATCATG TGTTCTCTCA CGAGCCATAT 
AATCCAGTTA TTTTCACTGG GTTCTCATCT TTATCTGCCA GATTAAGTAA ATATTTAGGC 
TTTGTTCAAA ATCCGGAGTC AGTTCCAGTT TCTGTGGATA AAGATGTATC GAATGTCAGC 
AATCTTGATT CGATAAGGGA ATCTGCGGAA GATACTGAAG AAAAGAATGA GGATAAACAA 
CCAATGTTAT TTGATCCTGA GATTCCAGTA AACTCGAGTT CAGAAGATGG AGACAAGTCG 
CAAACGGAGA ATGATATTGA GAGCACCTTG GAGTCTCAGA GTATATTGGT CTTAGTGTCA 
AAGAGGAATA CCCTTAGGGG GATAATGTGT GACCAAAGGC ATTTTTCACA CATTAAGTTT 
TACAAACACT TTGATGTTCC CTTGGAAAAA TTCCTGCGCG ATATGTTTAA TCAGAGAAAC 
CTATGCCAAA CGTGCAATGA ATTTCCGGAG GCACATCTTT ACTATTATGC TCATCAAAAT 
AAGCAACTAA CAATCCAAAT CAAGCGAATT CCGGTAGCAA AAGGTTTGTC AGGTGAGGCA 
AAAGGAAAAA TCTGGATGTG GAGTCGTTGT GGAAAGTGTA AAACAAAGAA TTCGTCCCGG 
AAATCAACAA AACGAGTGCT AATATCAACT GCTGCTCGTA GCTTGTCATT TGGAAAGTTT 
TTGGAGCTCA GCTTTTCTCA GCACACTTTT CTGAATAGAT CGTCTAGCTG TGGGCACTCT 
TTCGACAGTG ACTTCCTTCA CTTCTTTGGA TTAGGCTCCA TGGTTGCTAT GCTCAGTTAC 
TCCCAAGTCA CATCCTACAC AGTGTCTCTG CCACCCATGA AGCTGGAATC TAGCATTTTA 
ATAAAAGCTG GTTGGCTTGA GAAAGAATTC CAAATAGTAT TCACTAAAGG GATCTCTTTG 
TTCGGAGACG CTACTGGTTT TCTTAAGAGA CTAAGATCAC AATTCAATTC AGATCTCAGA 
TATCAGCGTG CACACAAACT CCTTTCTAAC ATTGAGGAGT TGCTGAAGCA CGAGCGTCAC 
GTATTTGAGG AAAACATCAA GAACTCGTTT GACAAGGCTA AAACCATAGA TGATGTTTCA 
CACAGACTGC TCCGCTTAAA CCGCATGAGG TGGGAACTTC TGCTTCAAGC TCTCATCTGG 
AACTATCGGT TACAGTCGCT GGTTTTATCT GATCGTTTGC TACCTTCAAA TGATGAGACG 
GAGATAAATG AACAAGGTTT GAAGACTGTT TCCGAGGCTG GAATGACCAG ATATGAAAAT 
GATGACAAAG TTTCTGATTC TGGTAGCAAT GGAGTCATGG ACACTCCAGT TGTTGAAGAC 
AAAGATATAC CAATCGCTGG AGCGTCTGTT GGGGACAATG ATCAGATGGA AGAATCGTAT 
GTGCCTGAAG ACAATGAATC ACAAACTTTG CGCAGCTCCA GTCCCGATTC AACCTCTCCC 
ATCAACAATC ATTTCGACAC TCATTTGGCT GTTAATGTCC ATTCAACCAA TGGAAAAGAA 
GCGGACAAAT CAATTCCAGT TACTGGAGAT TCATTGGATG ATGAGGTTGC TGCCTCTAAT 
GGGCCATACA TCTTAGGTTG GGATGAGTGG TTTTGGCTGC CATTTGAAGA GCTACGTTCG 
AAGCGGATTG TCGATATTGA GAAGGAATAC TTGTTGAAAT TTGAGTATGT TAACAACTTT 
ACCCAAGAAA ACCTACAGAC GGTGAACCAG ATAATCACTG AGGAAAGTTC TCGTCTGCGC 
ATCTCTTTGA AGGATGATGA TTTCATTGTG TCAGACTATG AAGATGAGCT GTCCAGCCTA 
ATTGCTTGCG CGCTTGCCCA CCTGAACAAT GATGAGAACA GAAAGCCTCT TTCAAGGTGT 
ATACATGGAT CTCTTCAAGG GTTCTTAGAT AATAATCAAG ATTCTAAGCA AACTGACTGT 
GAGGTTTCCC GTTTCTCGAG TGAGAGTACA AATCGGTTGG AAACACTACC CCCTCCAGAG 
GTCCTTGTTA CTTTTGGGTC ACTCAAATCA ATTGGAAAAC CCAAATACTC TATCGTGTCC 
CTATATGCAG ATGATTTCCG CGAGCTCAGA AAACACTGTT GTTCATCAGA GCTTGATTAT 
ATAGCTTCAC TAAGCCGTTG TAAGCCATGG GATGCTAAGG GTGGGAAGAG CAAATCCGTG 
TTCGCTAAGA CTTTGGATGA TAGGTTCATC GTAAAAGAGA TCAAGAAGAC AGAGTATGAA 
TCATTTGTGA CATTTGCTCC GGAGTATTTC AAATACATGA AGGACTCGTA TGATCTAGGC 
AACCAGACTT GTCTTGCCAA AGTTCTTGGG ATCCATCAGG TAACTGTAAG GCAGCCAAAG 
GGTGGTGGGA AAGAGATACG GCACGACCTG ATGGTGATGG AGAATCTCAG TTTTGGCAGA 
AAAGTTACTC GCCAGTATGA TCTCAAAGGC GCTCTGCATG CTCGGTTTAC AGCCACTTCT 
GCTAATGGCG CAGAAGATGT TCTATTGGAT CAGAACTTTG TCAATGACAT GAACAAATCC 
CCACTTTACG TTAGCAAAAC ATCAAAGCAA AATCTCCAAA GAGCGGTTTA TAATGACACC 
AGCTTCCTAA CCAGCATAAA CGTGATGGAC TACTCGCTGC TGGTTGGAGT TGATGATGAG 
AATCATGAGC TAGTGTGTGG GATCATCGAT TATCTGAGAC AATACACATG GGACAAGCAG 
TTAGAGACAT GGGTGAAATC GTCTTTGGTG GTGCCAAAGA ATGTGCAGCC GACAGTGATC 
AGCCCGATTG ATTACAAGAC GAGGTTCAGG AAATTCATGA AGACACATTT CTTGTGCGTC 
CCTGACCAGT GGTGCGATCA AGGGGACTTT TAA

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

RefSeq	XP_002891093.1
CDS	1..4353
Translation	MTPTESLSSSERSLSGECSVDGNDRGNEDECSSHSSQDDMEHKVDRLERKSKSMPSDILDILDEKSKGNGVENVQFLSDREDDSDDVPVWEPPEPENPEDEVDGVFADDDDDCCDGSKWNKASLLGELSEESSEKRKVYEENRRVMLEEANSKFKFIVSHLIKSAGLSIEESGYWIEIVARLCWEAASMLKPAIDGKSVDPTEYIKVKCIATGSCIDSEVFKGLVFKKHAALKHMATKYEHPRIMLVEGVLGHPISGFSSLQSVNQDNDYQLKYVKPVVDIIEASKPDVMLVEKSVSRDIQKSILDKGVTLVFDMKLHRLQRISRCIGSPILSVDSLSSQKLKHCDSFRIEKIVEEHNAVGESEKKPTKTLMFLEGCPTRLGCTILLKGCHSDRLKKVKEVVQYSFIMAYHLMLEASFLADRHTMFSTIFTKESTSCVVDVEIEKLPLSPSPRVSASEAVDIPVYNGFDEQSIQINGEADGEKVGTWESDGDHVFSHEPYNPVIFTGFSSLSARLSKYLGFVQNPESVPVSVDKDVSNVSNLDSIRESAEDTEEKNEDKQPMLFDPEIPVNSSSEDGDKSQTENDIESTLESQSILVLVSKRNTLRGIMCDQRHFSHIKFYKHFDVPLEKFLRDMFNQRNLCQTCNEFPEAHLYYYAHQNKQLTIQIKRIPVAKGLSGEAKGKIWMWSRCGKCKTKNSSRKSTKRVLISTAARSLSFGKFLELSFSQHTFLNRSSSCGHSFDSDFLHFFGLGSMVAMLSYSQVTSYTVSLPPMKLESSILIKAGWLEKEFQIVFTKGISLFGDATGFLKRLRSQFNSDLRYQRAHKLLSNIEELLKHERHVFEENIKNSFDKAKTIDDVSHRLLRLNRMRWELLLQALIWNYRLQSLVLSDRLLPSNDETEINEQGLKTVSEAGMTRYENDDKVSDSGSNGVMDTPVVEDKDIPIAGASVGDNDQMEESYVPEDNESQTLRSSSPDSTSPINNHFDTHLAVNVHSTNGKEADKSIPVTGDSLDDEVAASNGPYILGWDEWFWLPFEELRSKRIVDIEKEYLLKFEYVNNFTQENLQTVNQIITEESSRLRISLKDDDFIVSDYEDELSSLIACALAHLNNDENRKPLSRCIHGSLQGFLDNNQDSKQTDCEVSRFSSESTNRLETLPPPEVLVTFGSLKSIGKPKYSIVSLYADDFRELRKHCCSSELDYIASLSRCKPWDAKGGKSKSVFAKTLDDRFIVKEIKKTEYESFVTFAPEYFKYMKDSYDLGNQTCLAKVLGIHQVTVRQPKGGGKEIRHDLMVMENLSFGRKVTRQYDLKGALHARFTATSANGAEDVLLDQNFVNDMNKSPLYVSKTSKQNLQRAVYNDTSFLTSINVMDYSLLVGVDDENHELVCGIIDYLRQYTWDKQLETWVKSSLVVPKNVQPTVISPIDYKTRFRKFMKTHFLCVPDQWCDQGDF

Target ORF information:

RefSeq Version	XM_002891047.1
Organism	Arabidopsis lyrata subsp. lyrata
Definition	Arabidopsis lyrata subsp. lyrata phosphatidylinositol-4-phosphate 5-kinase family protein, mRNA.

Target ORF information:

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

XM_002891047.1

ORF Insert Sequence:

ATGACGCCTA CTGAGTCTTT GTCTAGTAGT GAACGCTCTC TTTCTGGTGA GTGTTCGGTT 
GATGGAAATG ATAGGGGTAA TGAAGATGAA TGTTCAAGTC ATAGTAGTCA AGATGATATG 
GAGCATAAGG TAGATCGGTT AGAGCGTAAG TCCAAGAGCA TGCCGAGTGA TATTCTAGAT 
ATTTTGGATG AAAAATCGAA AGGAAATGGT GTTGAGAATG TGCAGTTTTT ATCTGATCGT 
GAAGATGATA GTGATGATGT TCCAGTTTGG GAGCCTCCGG AACCGGAAAA TCCAGAAGAT 
GAAGTAGATG GTGTTTTTGC CGATGATGAT GATGATTGCT GTGATGGCTC TAAGTGGAAC 
AAAGCAAGTT TATTAGGGGA ATTGAGTGAG GAAAGTAGTG AAAAGAGAAA GGTTTATGAA 
GAAAATCGAA GAGTGATGCT TGAGGAGGCA AATTCAAAGT TTAAGTTCAT TGTTAGTCAC 
CTTATTAAGT CGGCTGGGTT GTCTATAGAA GAAAGTGGAT ATTGGATAGA GATTGTTGCT 
AGGTTATGCT GGGAGGCTGC TTCAATGTTG AAGCCAGCTA TTGACGGCAA ATCTGTTGAT 
CCTACTGAGT ACATCAAAGT GAAATGCATA GCAACTGGTT CTTGCATTGA CAGTGAAGTT 
TTCAAAGGCC TTGTTTTCAA GAAACATGCC GCTCTTAAAC ACATGGCAAC TAAGTACGAG 
CATCCTCGAA TAATGTTAGT CGAAGGAGTA CTGGGTCATC CGATAAGTGG GTTTTCGTCT 
CTCCAATCAG TGAATCAGGA CAATGATTAT CAACTGAAGT ATGTGAAGCC TGTTGTTGAT 
ATCATAGAAG CTTCCAAGCC GGACGTCATG CTGGTGGAAA AATCTGTTTC ACGTGATATC 
CAAAAGTCTA TTCTTGATAA AGGGGTCACT CTGGTGTTTG ACATGAAGCT CCACCGTCTA 
CAGAGAATTT CTCGATGCAT TGGTTCACCA ATTTTGTCAG TTGACTCTCT GTCTAGTCAG 
AAGTTAAAGC ATTGTGATTC CTTTCGCATC GAGAAAATAG TTGAGGAGCA TAACGCTGTG 
GGCGAATCCG AGAAGAAGCC AACTAAAACA CTGATGTTTT TAGAGGGTTG CCCTACCCGC 
CTTGGCTGCA CGATTTTACT TAAAGGATGC CACAGTGATA GGTTGAAAAA GGTCAAAGAA 
GTAGTACAAT ATTCATTTAT CATGGCATAT CATCTAATGC TTGAGGCTTC TTTCCTTGCT 
GATCGGCATA CAATGTTCTC AACCATCTTT ACAAAGGAAT CTACATCATG TGTTGTGGAT 
GTGGAAATTG AAAAACTTCC ACTATCTCCT TCTCCTCGTG TATCTGCCTC TGAAGCAGTT 
GATATTCCAG TGTATAATGG ATTCGATGAA CAATCTATTC AGATAAATGG GGAAGCAGAT 
GGTGAGAAAG TTGGAACTTG GGAATCAGAT GGAGATCATG TGTTCTCTCA CGAGCCATAT 
AATCCAGTTA TTTTCACTGG GTTCTCATCT TTATCTGCCA GATTAAGTAA ATATTTAGGC 
TTTGTTCAAA ATCCGGAGTC AGTTCCAGTT TCTGTGGATA AAGATGTATC GAATGTCAGC 
AATCTTGATT CGATAAGGGA ATCTGCGGAA GATACTGAAG AAAAGAATGA GGATAAACAA 
CCAATGTTAT TTGATCCTGA GATTCCAGTA AACTCGAGTT CAGAAGATGG AGACAAGTCG 
CAAACGGAGA ATGATATTGA GAGCACCTTG GAGTCTCAGA GTATATTGGT CTTAGTGTCA 
AAGAGGAATA CCCTTAGGGG GATAATGTGT GACCAAAGGC ATTTTTCACA CATTAAGTTT 
TACAAACACT TTGATGTTCC CTTGGAAAAA TTCCTGCGCG ATATGTTTAA TCAGAGAAAC 
CTATGCCAAA CGTGCAATGA ATTTCCGGAG GCACATCTTT ACTATTATGC TCATCAAAAT 
AAGCAACTAA CAATCCAAAT CAAGCGAATT CCGGTAGCAA AAGGTTTGTC AGGTGAGGCA 
AAAGGAAAAA TCTGGATGTG GAGTCGTTGT GGAAAGTGTA AAACAAAGAA TTCGTCCCGG 
AAATCAACAA AACGAGTGCT AATATCAACT GCTGCTCGTA GCTTGTCATT TGGAAAGTTT 
TTGGAGCTCA GCTTTTCTCA GCACACTTTT CTGAATAGAT CGTCTAGCTG TGGGCACTCT 
TTCGACAGTG ACTTCCTTCA CTTCTTTGGA TTAGGCTCCA TGGTTGCTAT GCTCAGTTAC 
TCCCAAGTCA CATCCTACAC AGTGTCTCTG CCACCCATGA AGCTGGAATC TAGCATTTTA 
ATAAAAGCTG GTTGGCTTGA GAAAGAATTC CAAATAGTAT TCACTAAAGG GATCTCTTTG 
TTCGGAGACG CTACTGGTTT TCTTAAGAGA CTAAGATCAC AATTCAATTC AGATCTCAGA 
TATCAGCGTG CACACAAACT CCTTTCTAAC ATTGAGGAGT TGCTGAAGCA CGAGCGTCAC 
GTATTTGAGG AAAACATCAA GAACTCGTTT GACAAGGCTA AAACCATAGA TGATGTTTCA 
CACAGACTGC TCCGCTTAAA CCGCATGAGG TGGGAACTTC TGCTTCAAGC TCTCATCTGG 
AACTATCGGT TACAGTCGCT GGTTTTATCT GATCGTTTGC TACCTTCAAA TGATGAGACG 
GAGATAAATG AACAAGGTTT GAAGACTGTT TCCGAGGCTG GAATGACCAG ATATGAAAAT 
GATGACAAAG TTTCTGATTC TGGTAGCAAT GGAGTCATGG ACACTCCAGT TGTTGAAGAC 
AAAGATATAC CAATCGCTGG AGCGTCTGTT GGGGACAATG ATCAGATGGA AGAATCGTAT 
GTGCCTGAAG ACAATGAATC ACAAACTTTG CGCAGCTCCA GTCCCGATTC AACCTCTCCC 
ATCAACAATC ATTTCGACAC TCATTTGGCT GTTAATGTCC ATTCAACCAA TGGAAAAGAA 
GCGGACAAAT CAATTCCAGT TACTGGAGAT TCATTGGATG ATGAGGTTGC TGCCTCTAAT 
GGGCCATACA TCTTAGGTTG GGATGAGTGG TTTTGGCTGC CATTTGAAGA GCTACGTTCG 
AAGCGGATTG TCGATATTGA GAAGGAATAC TTGTTGAAAT TTGAGTATGT TAACAACTTT 
ACCCAAGAAA ACCTACAGAC GGTGAACCAG ATAATCACTG AGGAAAGTTC TCGTCTGCGC 
ATCTCTTTGA AGGATGATGA TTTCATTGTG TCAGACTATG AAGATGAGCT GTCCAGCCTA 
ATTGCTTGCG CGCTTGCCCA CCTGAACAAT GATGAGAACA GAAAGCCTCT TTCAAGGTGT 
ATACATGGAT CTCTTCAAGG GTTCTTAGAT AATAATCAAG ATTCTAAGCA AACTGACTGT 
GAGGTTTCCC GTTTCTCGAG TGAGAGTACA AATCGGTTGG AAACACTACC CCCTCCAGAG 
GTCCTTGTTA CTTTTGGGTC ACTCAAATCA ATTGGAAAAC CCAAATACTC TATCGTGTCC 
CTATATGCAG ATGATTTCCG CGAGCTCAGA AAACACTGTT GTTCATCAGA GCTTGATTAT 
ATAGCTTCAC TAAGCCGTTG TAAGCCATGG GATGCTAAGG GTGGGAAGAG CAAATCCGTG 
TTCGCTAAGA CTTTGGATGA TAGGTTCATC GTAAAAGAGA TCAAGAAGAC AGAGTATGAA 
TCATTTGTGA CATTTGCTCC GGAGTATTTC AAATACATGA AGGACTCGTA TGATCTAGGC 
AACCAGACTT GTCTTGCCAA AGTTCTTGGG ATCCATCAGG TAACTGTAAG GCAGCCAAAG 
GGTGGTGGGA AAGAGATACG GCACGACCTG ATGGTGATGG AGAATCTCAG TTTTGGCAGA 
AAAGTTACTC GCCAGTATGA TCTCAAAGGC GCTCTGCATG CTCGGTTTAC AGCCACTTCT 
GCTAATGGCG CAGAAGATGT TCTATTGGAT CAGAACTTTG TCAATGACAT GAACAAATCC 
CCACTTTACG TTAGCAAAAC ATCAAAGCAA AATCTCCAAA GAGCGGTTTA TAATGACACC 
AGCTTCCTAA CCAGCATAAA CGTGATGGAC TACTCGCTGC TGGTTGGAGT TGATGATGAG 
AATCATGAGC TAGTGTGTGG GATCATCGAT TATCTGAGAC AATACACATG GGACAAGCAG 
TTAGAGACAT GGGTGAAATC GTCTTTGGTG GTGCCAAAGA ATGTGCAGCC GACAGTGATC 
AGCCCGATTG ATTACAAGAC GAGGTTCAGG AAATTCATGA AGACACATTT CTTGTGCGTC 
CCTGACCAGT GGTGCGATCA AGGGGACTTT TAA

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

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ARALYDRAFT_473583 cDNA ORF clone, Arabidopsis lyrata subsp. lyrata

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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