ARAP2 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	ARAP2
Entrez Gene ID	116984
Full Name	ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2
Synonyms	CENTD1,PARX
General protein information	Preferred Names ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 Names arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 2 Arf and Rho GAP adapter protein 2 centaurin-delta-1
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 4 Map Location: 4p14
Summary	The protein encoded by this gene contains ARF-GAP, RHO-GAP, ankyrin repeat, RAS-associating, and pleckstrin homology domains. The protein is a phosphatidylinositol (3,4,5)-trisphosphate-dependent Arf6 GAP that binds RhoA-GTP, but it lacks the predicted catalytic arginine in the RHO-GAP domain and does not have RHO-GAP activity. The protein associates with focal adhesions and functions downstream of RhoA to regulate focal adhesion dynamics. [provided by RefSeq, Sep 2008].
Disorder MIM:	606645

mRNA and Protein(s)

mRNA	Protein	Name
XM_017007700.1	XP_016863189.1	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 2 isoform X2
XM_017007702.1	XP_016863191.1	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 2 isoform X4
NM_015230.4	NP_056045.2	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 2
XM_017007698.1	XP_016863187.1	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 2 isoform X1
XM_017007699.1	XP_016863188.1	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 2 isoform X1
NM_015230.3	NP_056045.2	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 2
XM_017007701.1	XP_016863190.1	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 2 isoform X3

Pathways from BioSystems

Homologies

Pan troglodytes (chimpanzee)	ARAP2	XP_001135477.1
Macaca mulatta (Rhesus monkey)	ARAP2	XP_001090397.1
Xenopus tropicalis (tropical clawed frog)	arap2	XP_002938697.2
Homo sapiens (human)	ARAP2	NP_056045.2
Canis lupus familiaris (dog)	ARAP2	XP_545958.3
Rattus norvegicus (Norway rat)	Arap2	NP_001100686.1
Gallus gallus (chicken)	ARAP2	XP_426346.4
Bos taurus (cattle)	ARAP2	XP_002688267.2
Danio rerio (zebrafish)	LOC559690	XP_688145.6
Mus musculus (house mouse)	Arap2	NP_848494.2

Gene Ontology
Bibliography

Related articles in PubMed

ARAP2 inhibits Akt independently of its effects on focal adhesions.
Luo R, Chen PW, Kuo JC, Jenkins L, Jian X, Waterman CM, Randazzo PA
Biology of the cell110(12)257-270(2018 Dec)

The Arf6 GTPase-activating proteins ARAP2 and ACAP1 define distinct endosomal compartments that regulate integrin α5β1 traffic.
Chen PW, Luo R, Jian X, Randazzo PA
The Journal of biological chemistry289(44)30237-48(2014 Oct)

A genome-wide search for quantitative trait loci affecting the cortical surface area and thickness of Heschl's gyrus.
Cai DC, Fonteijn H, Guadalupe T, Zwiers M, Wittfeld K, Teumer A, Hoogman M, Arias-Vásquez A, Yang Y, Buitelaar J, Fernández G, Brunner HG, van Bokhoven H, Franke B, Hegenscheid K, Homuth G, Fisher SE, Grabe HJ, Francks C, Hagoort P
Genes, brain, and behavior13(7)675-85(2014 Sep)

Genome-wide association study of chemotherapeutic agent-induced severe neutropenia/leucopenia for patients in Biobank Japan.
Low SK, Chung S, Takahashi A, Zembutsu H, Mushiroda T, Kubo M, Nakamura Y
Cancer science104(8)1074-82(2013 Aug)

ARAP2 signals through Arf6 and Rac1 to control focal adhesion morphology.
Chen PW, Jian X, Yoon HY, Randazzo PA
The Journal of biological chemistry288(8)5849-60(2013 Feb)

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

The following ARAP2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ARAP2 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

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***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHu94885	XM_017007698.1 Latest version!	Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu94886	XM_017007700.1 Latest version!	Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant X14, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu94887	XM_017007701.1 Latest version!	Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu94888	XM_017007702.1 Latest version!	Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant X21, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu10358	NM_015230.4 Latest version!	Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	5+	$923.30 $1319.00
OHu10358	XM_017007699.1 Latest version!	Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	5+	$923.30 $1319.00
View Old Accession Versions >>
OHu10358	NM_015230.3	Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	5+	$923.30 $1319.00
Hide Old Accession Versions >>

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

Reference Sequences (Refseq)

ARAP2 ( XM_017007698.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016863187.1 Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant X6, mRNA.

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CloneID	OHu94885
Clone ID Related Accession (Same CDS sequence)	XM_017007698.1
Accession Version	XM_017007698.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5133bp) 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	1465056000000
Organism	Homo sapiens(human)
Product	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000004.12) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCCTCAG TCAGTGAAGT AAATGTGGAT ATAAAAGATT TCCTAATGAG CATTAATTTG 
GAGCAGTATC TCTTACATTT CCATGAGTCT GGTTTTACTA CTGTGAAGGA CTGTGCAGCA 
ATAAATGACA GCCTGCTGCA GAAAATTGGA ATATCACCTA CAGGTCACCG TAGGAGGATA 
CTTAAACAGT TACAGATAAT CTTGTCAAAA ATGCAAGATA TTCCAATATA TGCAAATGTT 
CATAAAACTA AGAAGAATGA TGACCCTTCA AAGGATTACC ATGTTCCATC TTCTGATCAG 
AATATCTGCA TAGAACTTTC CAATTCTGGT AGTGTTCAGA CATCTAGCCC ACCGCAGTTG 
GAGACTGTTA GAAAAAATCT TGAAGACAGT GATGCAAGTG TGGAAAGAAG CCAGTATCCT 
CAATCAGATG ATAAGCTGTC TCCTCCTAAA CGCGACTTCC CCACTGCAGA GGAACCACAC 
CTGAATTTGG GTTCTTTGAA TGATTCTTTA TTTGGTAGTG ACAATATTAA AATAGAATCA 
TTGATTACAA AGAAGACTGT GGATCACACA GTTGAAGAAC AACAAACAGA AAAAGTTAAA 
TTGATCACAG AAAATCTCAG TAAGCTCCCT AATGCAGACT CTGAATGCCT TTCTTTTGTT 
GGCTGTTCAA CATCAGGAAC AAATTCTGGA AATGGAACAA ATGGTTTATT AGAAGGATCA 
CCACCATCCC CATTCTTTAA GTTTCAAGGA GAAATGATTG TAAATGACTT GTATGTTCCA 
TCATCACCAA TCCTAGCACC TGTGAGAAGT CGTAGCAAGT TGGTTTCAAG ACCATCTCGA 
TCTTTTCTGC TAAGACATCG ACCTGTACCA GAGATTCCAG GGTCAACAAA AGGAGTTTCT 
GGGAGCTATT TCCGTGAAAG AAGAAATGTT GCTACCTCAA CTGAAAAATC TGTGGCATGG 
CAAAATTCAA ATGAGGAGAA TTCATCTTCC ATCTTTCCTT ATGGAGAGAC CTTTCTCTTC 
CAGAGACTAG AAAATTCCAA GAAGCGATCT ATAAAGAATG AATTTTTGAC CCAGGGAGAA 
GCACTCAAAG GGGAAGCAGC TACTGCAACA AACTCTTTTA TCATCAAATC AAGCATATAC 
GATAACAGAA AGGAGAAAAT AAGCGAGGAC AAGGTGGAAG ATATTTGGAT ACCTCGAGAG 
GACAAAAACA ATTTTTTGAT AGACACTGCT TCTGAATCAG AATACTCAAC AGTAGAAGAA 
TGCTTTCAGA GTTTAAGAAG AAAAAATTCA AAGGCATCTA AATCTAGGAC TCAAAAAGCC 
TTGATTTTGG ACTCCGTTAA TAGGCACAGT TATCCGTTAA GCTCAACAAG TGGAAATGCT 
GATTCATCAG CCGTTTCTTC ACAGGCAATA TCTCCCTATG CCTGCTTTTA TGGAGCATCT 
GCAAAGAAGG TTAAATCAGG ATGGCTGGAT AAACTCTCTC CTCAAGGAAA ACGCATGTTT 
CAAAAGAGAT GGGTGAAATT TGATGGCCTT AGCATTTCTT ACTACAATAA TGAGAAGGAG 
ATGTATTCGA AAGGAATAAT TCCCCTTTCT GCTATATCAA CAGTACGAGT TCAAGGAGAC 
AACAAATTTG AAGTTGTTAC AACACAAAGA ACTTTTGTTT TTAGAGTAGA AAAAGAAGAG 
GAGAGAAATG ACTGGATCAG CATACTATTA AATGCACTGA AATCACAATC CCTTACCTCG 
CAGTCTCAAG CTGTTGTTAC ACCTGAGAAA TGTGGATATC TTGAATTGAG AGGCTATAAG 
GCAAAAATTT TTACTGTGTT AAGTGGAAAC AGTGTGTGGC TTTGCAAAAA CGAACAGGAT 
TTTAAGAGTG GACTTGGTAT TACCATAATT CCTATGAATG TAGCAAATGT AAAGCAAGTG 
GACCGAACTG TGAAACAATC TTTTGAAATA ATCACTCCCT ACAGGAGTTT CAGCTTTACA 
GCCGAGACTG AAAAGGAGAA ACAAGACTGG ATTGAAGCTG TGCAGCAATC AATAGCAGAA 
ACTCTCTCTG ATTATGAAGT AGCTGAGAAG ATTTGGTTCA ATGAATCCAA CAGGAGCTGT 
GCAGATTGTA AAGCCCCAGA TCCTGACTGG GCATCCATCA ATCTCTGTGT TGTCATCTGT 
AAGAAGTGTG CAGGACAGCA TAGATCTTTA GGACCAAAAG ATTCCAAGGT TAGAAGTCTA 
AAAATGGATG CTAGCATTTG GAGCAATGAA CTCATCGAGC TTTTTATTGT CATTGGAAAC 
AAAAGAGCAA ATGACTTTTG GGCTGGTAAT CTTCAAAAGG ATGAAGAATT ACATATGGAC 
TCACCAGTAG AAAAGAGAAA AAACTTTATT ACTCAGAAAT ATAAAGAAGG AAAATTCAGA 
AAAACTCTTT TGGCATCTCT CACCAAAGAA GAATTAAATA AGGCTCTATG TGCTGCTGTA 
GTGAAACCGG ATGTTCTAGA AACAATGGCT TTGCTGTTCA GTGGAGCAGA TGTCATGTGT 
GCCACCGGAG ACCCCGTGCA TAGCACCCCC TATCTGCTAG CCAAGAAAGC TGGGCAAAGT 
CTGCAAATGG AATTTCTCTA CCATAACAAA TTCTCAGATT TCCCTCAACA TGATATTCAT 
TCCGAGGGTG TATTAAGTCA AGAGTCTTCC CAGTCCACAT TCCTCTGTGA CTTTTTATAT 
CAAGCTCCTT CTGCTGCTTC TAAACTCTCT TCAGAGAAAA AACTGCTTGA AGAGACAAAT 
AAAAAATGGT GTGTTTTGGA AGGAGGCTTC TTGAGTTACT ATGAAAATGA TAAGTCTACC 
ACACCTAATG GCACCATTAA TATCAATGAA GTTATCTGCC TGGCTATACA CAAAGAGGAC 
TTCTATTTAA ATACTGGGCC CATCTTTATC TTTGAGATCT ACTTACCCTC CGAACGTGTG 
TTTTTATTTG GAGCTGAAAC ATCTCAAGCT CAAAGAAAAT GGACAGAGGC AATAGCCAAG 
CATTTTGTTC CCTTATTTGC TGAAAACTTA ACAGAAGCTG ACTATGATTT GATTGGTCAA 
CTCTTCTACA AAGACTGCCA TGCCCTGGAT CAGTGGAGAA AAGGCTGGTT TGCTATGGAC 
AAATCCAGCT TGCATTTTTG CCTTCAAATG CAAGAAGTTC AGGGAGATAG AATGCACTTA 
AGAAGACTGC AAGAGCTAAC AATCAGCACA ATGGTTCAAA ATGGGGAAAA ACTGGATGTT 
TTACTCTTGG TAGAAAAAGG GAGAACATTA TACATCCATG GGCATACCAA GTTGGATTTC 
ACAGTCTGGC ATACTGCAAT TGAAAAAGCA GCAGGTACAG ATGGTAATGC TTTACAAGAT 
CAGCAGCTCA GCAAAAATGA CGTTCCCATT ATAGTGAACA GCTGTATAGC ATTTGTTACA 
CAGTATGGTT TAGGATGCAA ATATATCTAT CAAAAGAATG GTGATCCTTT GCATATAAGT 
GAACTCCTGG AGAGTTTCAA AAAGGATGCA AGAAGCTTTA AATTGAGGGC TGGAAAACAT 
CAGCTTGAAG ATGTGACGGC TGTGTTGAAA AGTTTTCTCT CTGACATTGA TGATGCACTG 
CTTACTAAGG AGCTCTACCC ATATTGGATC TCTGCTTTAG ATACGCAAGA TGACAAGGAA 
AGAATTAAAA AATATGGAGC ATTTATACGT TCTCTTCCAG GGGTCAACCG AGCAACACTA 
GCAGCTATCA TTGAACACCT GTATAGGGTT CAGAAATGCT CAGAAATCAA TCACATGAAT 
GCCCATAATT TGGCCTTGGT CTTTTCATCC TGTTTGTTTC AAACGAAGGG ACAAACTAGT 
GAAGAAGTGA ATGTAATTGA GGACCTAATT AATAATTATG TAGAAATATT TGAGGTTAAA 
GAAGATCAAG TCAAACAAAT GGACATAGAA AATAGCTTTA TTACCAAGTG GAAAGACACC 
CAAGTTTCCC AGGCTGGAGA TTTGTTAATT GAAGTATATG TAGAAAGGAA GGAACCCGAC 
TGTAGTATTA TAATTCGGAT ATCTCCTGTG ATGGAAGCAG AAGAATTAAC TAATGATATA 
TTAGCGATAA AAAATATTAT TCCTACAAAA GGTGATATTT GGGCCACATT TGAAGTCATT 
GAAAATGAAG AGCTAGAGCG TCCTCTTCAC TACAAGGAAA ATGTACTGGA GCAGGTGCTT 
CGGTGGAGTT CATTAGCTGA ACCTGGCTCT GCTTACCTGG TGGTGAAGAG ATTCTTAACC 
GCTGACACAA TTAAACACTG CAGTGACCGG AGTACACTGG GAAGCATCAA AGAAGGAATC 
TTGAAAATCA AAGAAGAACC ATCCAAAATA CTATCTGGAA ATAAGTTTCA AGACCGGTAT 
TTTGTTTTAC GAGATGGGTT TCTCTTTCTT TACAAGGATG TGAAGAGTAG TAAACATGAC 
AAGATGTTTT CTCTCAGTTC CATGAAGTTT TATCGTGGAG TGAAAAAGAA AATGAAGCCT 
CCAACAAGCT GGGGATTGAC CGCATATTCT GAGAAACATC ACTGGCACCT GTGTTGTGAT 
AGTTCACGAA CTCAGACGGA GTGGATGACC AGTATCTTTA TTGCCCAGCA TGAATATGAT 
ATATGGCCAC CAGCTGGAAA GGAACGAAAA CGTTCAATAA CCAAAAATCC CAAAATTGGA 
GGTTTGCCTC TGATTCCTAT ACAGCATGAG GGGAATGCAA CCTTGGCCCG GAAAAATATT 
GAGAGAGACC CTTGTGAGCA TACAAGCTCT CATTTGGAAG CCTCGGGAAG CCATATGGTT 
GGAGCAGGTA TGAATTGGAA TCTTGACAGA ACATCATCAA AACTGCCCAC AACCTCAATT 
CAGCTCAGTC CCATTGGATC AGGATCATCA GCCTCCTCTT TGCCAGAAGA TGGAAAGGTG 
GGTAACAATG TGTCTCACTG TCACTGTTTT GGAGATTTTG CTGAACTTGG TGAACTTGCT 
CTACTCTGGC CTGGACAGAA AAGAAAAGAA AAGCTTACAC TTCTTGGTTT CCTTGTTCTG 
CCTTCCTATT GTGATGGGAA AAGACAACAT AGAGTAGAAA TTAACAAAGG AATCTCTGGA 
GTGAGGCATT CTGAAATTTT ACTGAAGCTC TAA

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

RefSeq	XP_016863187.1
CDS	769..5901
Translation	MSSVSEVNVDIKDFLMSINLEQYLLHFHESGFTTVKDCAAINDSLLQKIGISPTGHRRRILKQLQIILSKMQDIPIYANVHKTKKNDDPSKDYHVPSSDQNICIELSNSGSVQTSSPPQLETVRKNLEDSDASVERSQYPQSDDKLSPPKRDFPTAEEPHLNLGSLNDSLFGSDNIKIESLITKKTVDHTVEEQQTEKVKLITENLSKLPNADSECLSFVGCSTSGTNSGNGTNGLLEGSPPSPFFKFQGEMIVNDLYVPSSPILAPVRSRSKLVSRPSRSFLLRHRPVPEIPGSTKGVSGSYFRERRNVATSTEKSVAWQNSNEENSSSIFPYGETFLFQRLENSKKRSIKNEFLTQGEALKGEAATATNSFIIKSSIYDNRKEKISEDKVEDIWIPREDKNNFLIDTASESEYSTVEECFQSLRRKNSKASKSRTQKALILDSVNRHSYPLSSTSGNADSSAVSSQAISPYACFYGASAKKVKSGWLDKLSPQGKRMFQKRWVKFDGLSISYYNNEKEMYSKGIIPLSAISTVRVQGDNKFEVVTTQRTFVFRVEKEEERNDWISILLNALKSQSLTSQSQAVVTPEKCGYLELRGYKAKIFTVLSGNSVWLCKNEQDFKSGLGITIIPMNVANVKQVDRTVKQSFEIITPYRSFSFTAETEKEKQDWIEAVQQSIAETLSDYEVAEKIWFNESNRSCADCKAPDPDWASINLCVVICKKCAGQHRSLGPKDSKVRSLKMDASIWSNELIELFIVIGNKRANDFWAGNLQKDEELHMDSPVEKRKNFITQKYKEGKFRKTLLASLTKEELNKALCAAVVKPDVLETMALLFSGADVMCATGDPVHSTPYLLAKKAGQSLQMEFLYHNKFSDFPQHDIHSEGVLSQESSQSTFLCDFLYQAPSAASKLSSEKKLLEETNKKWCVLEGGFLSYYENDKSTTPNGTININEVICLAIHKEDFYLNTGPIFIFEIYLPSERVFLFGAETSQAQRKWTEAIAKHFVPLFAENLTEADYDLIGQLFYKDCHALDQWRKGWFAMDKSSLHFCLQMQEVQGDRMHLRRLQELTISTMVQNGEKLDVLLLVEKGRTLYIHGHTKLDFTVWHTAIEKAAGTDGNALQDQQLSKNDVPIIVNSCIAFVTQYGLGCKYIYQKNGDPLHISELLESFKKDARSFKLRAGKHQLEDVTAVLKSFLSDIDDALLTKELYPYWISALDTQDDKERIKKYGAFIRSLPGVNRATLAAIIEHLYRVQKCSEINHMNAHNLALVFSSCLFQTKGQTSEEVNVIEDLINNYVEIFEVKEDQVKQMDIENSFITKWKDTQVSQAGDLLIEVYVERKEPDCSIIIRISPVMEAEELTNDILAIKNIIPTKGDIWATFEVIENEELERPLHYKENVLEQVLRWSSLAEPGSAYLVVKRFLTADTIKHCSDRSTLGSIKEGILKIKEEPSKILSGNKFQDRYFVLRDGFLFLYKDVKSSKHDKMFSLSSMKFYRGVKKKMKPPTSWGLTAYSEKHHWHLCCDSSRTQTEWMTSIFIAQHEYDIWPPAGKERKRSITKNPKIGGLPLIPIQHEGNATLARKNIERDPCEHTSSHLEASGSHMVGAGMNWNLDRTSSKLPTTSIQLSPIGSGSSASSLPEDGKVGNNVSHCHCFGDFAELGELALLWPGQKRKEKLTLLGFLVLPSYCDGKRQHRVEINKGISGVRHSEILLKL

Target ORF information:

RefSeq Version	XM_017007698.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant X6, mRNA.

Target ORF information:

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

XM_017007698.1

ORF Insert Sequence:

ATGTCCTCAG TCAGTGAAGT AAATGTGGAT ATAAAAGATT TCCTAATGAG CATTAATTTG 
GAGCAGTATC TCTTACATTT CCATGAGTCT GGTTTTACTA CTGTGAAGGA CTGTGCAGCA 
ATAAATGACA GCCTGCTGCA GAAAATTGGA ATATCACCTA CAGGTCACCG TAGGAGGATA 
CTTAAACAGT TACAGATAAT CTTGTCAAAA ATGCAAGATA TTCCAATATA TGCAAATGTT 
CATAAAACTA AGAAGAATGA TGACCCTTCA AAGGATTACC ATGTTCCATC TTCTGATCAG 
AATATCTGCA TAGAACTTTC CAATTCTGGT AGTGTTCAGA CATCTAGCCC ACCGCAGTTG 
GAGACTGTTA GAAAAAATCT TGAAGACAGT GATGCAAGTG TGGAAAGAAG CCAGTATCCT 
CAATCAGATG ATAAGCTGTC TCCTCCTAAA CGCGACTTCC CCACTGCAGA GGAACCACAC 
CTGAATTTGG GTTCTTTGAA TGATTCTTTA TTTGGTAGTG ACAATATTAA AATAGAATCA 
TTGATTACAA AGAAGACTGT GGATCACACA GTTGAAGAAC AACAAACAGA AAAAGTTAAA 
TTGATCACAG AAAATCTCAG TAAGCTCCCT AATGCAGACT CTGAATGCCT TTCTTTTGTT 
GGCTGTTCAA CATCAGGAAC AAATTCTGGA AATGGAACAA ATGGTTTATT AGAAGGATCA 
CCACCATCCC CATTCTTTAA GTTTCAAGGA GAAATGATTG TAAATGACTT GTATGTTCCA 
TCATCACCAA TCCTAGCACC TGTGAGAAGT CGTAGCAAGT TGGTTTCAAG ACCATCTCGA 
TCTTTTCTGC TAAGACATCG ACCTGTACCA GAGATTCCAG GGTCAACAAA AGGAGTTTCT 
GGGAGCTATT TCCGTGAAAG AAGAAATGTT GCTACCTCAA CTGAAAAATC TGTGGCATGG 
CAAAATTCAA ATGAGGAGAA TTCATCTTCC ATCTTTCCTT ATGGAGAGAC CTTTCTCTTC 
CAGAGACTAG AAAATTCCAA GAAGCGATCT ATAAAGAATG AATTTTTGAC CCAGGGAGAA 
GCACTCAAAG GGGAAGCAGC TACTGCAACA AACTCTTTTA TCATCAAATC AAGCATATAC 
GATAACAGAA AGGAGAAAAT AAGCGAGGAC AAGGTGGAAG ATATTTGGAT ACCTCGAGAG 
GACAAAAACA ATTTTTTGAT AGACACTGCT TCTGAATCAG AATACTCAAC AGTAGAAGAA 
TGCTTTCAGA GTTTAAGAAG AAAAAATTCA AAGGCATCTA AATCTAGGAC TCAAAAAGCC 
TTGATTTTGG ACTCCGTTAA TAGGCACAGT TATCCGTTAA GCTCAACAAG TGGAAATGCT 
GATTCATCAG CCGTTTCTTC ACAGGCAATA TCTCCCTATG CCTGCTTTTA TGGAGCATCT 
GCAAAGAAGG TTAAATCAGG ATGGCTGGAT AAACTCTCTC CTCAAGGAAA ACGCATGTTT 
CAAAAGAGAT GGGTGAAATT TGATGGCCTT AGCATTTCTT ACTACAATAA TGAGAAGGAG 
ATGTATTCGA AAGGAATAAT TCCCCTTTCT GCTATATCAA CAGTACGAGT TCAAGGAGAC 
AACAAATTTG AAGTTGTTAC AACACAAAGA ACTTTTGTTT TTAGAGTAGA AAAAGAAGAG 
GAGAGAAATG ACTGGATCAG CATACTATTA AATGCACTGA AATCACAATC CCTTACCTCG 
CAGTCTCAAG CTGTTGTTAC ACCTGAGAAA TGTGGATATC TTGAATTGAG AGGCTATAAG 
GCAAAAATTT TTACTGTGTT AAGTGGAAAC AGTGTGTGGC TTTGCAAAAA CGAACAGGAT 
TTTAAGAGTG GACTTGGTAT TACCATAATT CCTATGAATG TAGCAAATGT AAAGCAAGTG 
GACCGAACTG TGAAACAATC TTTTGAAATA ATCACTCCCT ACAGGAGTTT CAGCTTTACA 
GCCGAGACTG AAAAGGAGAA ACAAGACTGG ATTGAAGCTG TGCAGCAATC AATAGCAGAA 
ACTCTCTCTG ATTATGAAGT AGCTGAGAAG ATTTGGTTCA ATGAATCCAA CAGGAGCTGT 
GCAGATTGTA AAGCCCCAGA TCCTGACTGG GCATCCATCA ATCTCTGTGT TGTCATCTGT 
AAGAAGTGTG CAGGACAGCA TAGATCTTTA GGACCAAAAG ATTCCAAGGT TAGAAGTCTA 
AAAATGGATG CTAGCATTTG GAGCAATGAA CTCATCGAGC TTTTTATTGT CATTGGAAAC 
AAAAGAGCAA ATGACTTTTG GGCTGGTAAT CTTCAAAAGG ATGAAGAATT ACATATGGAC 
TCACCAGTAG AAAAGAGAAA AAACTTTATT ACTCAGAAAT ATAAAGAAGG AAAATTCAGA 
AAAACTCTTT TGGCATCTCT CACCAAAGAA GAATTAAATA AGGCTCTATG TGCTGCTGTA 
GTGAAACCGG ATGTTCTAGA AACAATGGCT TTGCTGTTCA GTGGAGCAGA TGTCATGTGT 
GCCACCGGAG ACCCCGTGCA TAGCACCCCC TATCTGCTAG CCAAGAAAGC TGGGCAAAGT 
CTGCAAATGG AATTTCTCTA CCATAACAAA TTCTCAGATT TCCCTCAACA TGATATTCAT 
TCCGAGGGTG TATTAAGTCA AGAGTCTTCC CAGTCCACAT TCCTCTGTGA CTTTTTATAT 
CAAGCTCCTT CTGCTGCTTC TAAACTCTCT TCAGAGAAAA AACTGCTTGA AGAGACAAAT 
AAAAAATGGT GTGTTTTGGA AGGAGGCTTC TTGAGTTACT ATGAAAATGA TAAGTCTACC 
ACACCTAATG GCACCATTAA TATCAATGAA GTTATCTGCC TGGCTATACA CAAAGAGGAC 
TTCTATTTAA ATACTGGGCC CATCTTTATC TTTGAGATCT ACTTACCCTC CGAACGTGTG 
TTTTTATTTG GAGCTGAAAC ATCTCAAGCT CAAAGAAAAT GGACAGAGGC AATAGCCAAG 
CATTTTGTTC CCTTATTTGC TGAAAACTTA ACAGAAGCTG ACTATGATTT GATTGGTCAA 
CTCTTCTACA AAGACTGCCA TGCCCTGGAT CAGTGGAGAA AAGGCTGGTT TGCTATGGAC 
AAATCCAGCT TGCATTTTTG CCTTCAAATG CAAGAAGTTC AGGGAGATAG AATGCACTTA 
AGAAGACTGC AAGAGCTAAC AATCAGCACA ATGGTTCAAA ATGGGGAAAA ACTGGATGTT 
TTACTCTTGG TAGAAAAAGG GAGAACATTA TACATCCATG GGCATACCAA GTTGGATTTC 
ACAGTCTGGC ATACTGCAAT TGAAAAAGCA GCAGGTACAG ATGGTAATGC TTTACAAGAT 
CAGCAGCTCA GCAAAAATGA CGTTCCCATT ATAGTGAACA GCTGTATAGC ATTTGTTACA 
CAGTATGGTT TAGGATGCAA ATATATCTAT CAAAAGAATG GTGATCCTTT GCATATAAGT 
GAACTCCTGG AGAGTTTCAA AAAGGATGCA AGAAGCTTTA AATTGAGGGC TGGAAAACAT 
CAGCTTGAAG ATGTGACGGC TGTGTTGAAA AGTTTTCTCT CTGACATTGA TGATGCACTG 
CTTACTAAGG AGCTCTACCC ATATTGGATC TCTGCTTTAG ATACGCAAGA TGACAAGGAA 
AGAATTAAAA AATATGGAGC ATTTATACGT TCTCTTCCAG GGGTCAACCG AGCAACACTA 
GCAGCTATCA TTGAACACCT GTATAGGGTT CAGAAATGCT CAGAAATCAA TCACATGAAT 
GCCCATAATT TGGCCTTGGT CTTTTCATCC TGTTTGTTTC AAACGAAGGG ACAAACTAGT 
GAAGAAGTGA ATGTAATTGA GGACCTAATT AATAATTATG TAGAAATATT TGAGGTTAAA 
GAAGATCAAG TCAAACAAAT GGACATAGAA AATAGCTTTA TTACCAAGTG GAAAGACACC 
CAAGTTTCCC AGGCTGGAGA TTTGTTAATT GAAGTATATG TAGAAAGGAA GGAACCCGAC 
TGTAGTATTA TAATTCGGAT ATCTCCTGTG ATGGAAGCAG AAGAATTAAC TAATGATATA 
TTAGCGATAA AAAATATTAT TCCTACAAAA GGTGATATTT GGGCCACATT TGAAGTCATT 
GAAAATGAAG AGCTAGAGCG TCCTCTTCAC TACAAGGAAA ATGTACTGGA GCAGGTGCTT 
CGGTGGAGTT CATTAGCTGA ACCTGGCTCT GCTTACCTGG TGGTGAAGAG ATTCTTAACC 
GCTGACACAA TTAAACACTG CAGTGACCGG AGTACACTGG GAAGCATCAA AGAAGGAATC 
TTGAAAATCA AAGAAGAACC ATCCAAAATA CTATCTGGAA ATAAGTTTCA AGACCGGTAT 
TTTGTTTTAC GAGATGGGTT TCTCTTTCTT TACAAGGATG TGAAGAGTAG TAAACATGAC 
AAGATGTTTT CTCTCAGTTC CATGAAGTTT TATCGTGGAG TGAAAAAGAA AATGAAGCCT 
CCAACAAGCT GGGGATTGAC CGCATATTCT GAGAAACATC ACTGGCACCT GTGTTGTGAT 
AGTTCACGAA CTCAGACGGA GTGGATGACC AGTATCTTTA TTGCCCAGCA TGAATATGAT 
ATATGGCCAC CAGCTGGAAA GGAACGAAAA CGTTCAATAA CCAAAAATCC CAAAATTGGA 
GGTTTGCCTC TGATTCCTAT ACAGCATGAG GGGAATGCAA CCTTGGCCCG GAAAAATATT 
GAGAGAGACC CTTGTGAGCA TACAAGCTCT CATTTGGAAG CCTCGGGAAG CCATATGGTT 
GGAGCAGGTA TGAATTGGAA TCTTGACAGA ACATCATCAA AACTGCCCAC AACCTCAATT 
CAGCTCAGTC CCATTGGATC AGGATCATCA GCCTCCTCTT TGCCAGAAGA TGGAAAGGTG 
GGTAACAATG TGTCTCACTG TCACTGTTTT GGAGATTTTG CTGAACTTGG TGAACTTGCT 
CTACTCTGGC CTGGACAGAA AAGAAAAGAA AAGCTTACAC TTCTTGGTTT CCTTGTTCTG 
CCTTCCTATT GTGATGGGAA AAGACAACAT AGAGTAGAAA TTAACAAAGG AATCTCTGGA 
GTGAGGCATT CTGAAATTTT ACTGAAGCTC TAA

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

ARAP2 ( XM_017007700.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016863189.1 Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant X14, mRNA.

Price & Availability↑

CloneID	OHu94886
Clone ID Related Accession (Same CDS sequence)	XM_017007700.1
Accession Version	XM_017007700.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5046bp) 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	1575475200000
Organism	Homo sapiens(human)
Product	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 2 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000004.12) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCCTCAG TCAGTGAAGT AAATGTGGAT ATAAAAGATT TCCTAATGAG CATTAATTTG 
GAGCAGTATC TCTTACATTT CCATGAGTCT GGTTTTACTA CTGTGAAGGA CTGTGCAGCA 
ATAAATGACA GCCTGCTGCA GAAAATTGGA ATATCACCTA CAGGTCACCG TAGGAGGATA 
CTTAAACAGT TACAGATAAT CTTGTCAAAA ATGCAAGATA TTCCAATATA TGCAAATGTT 
CATAAAACTA AGAAGAATGA TGACCCTTCA AAGGATTACC ATGTTCCATC TTCTGATCAG 
AATATCTGCA TAGAACTTTC CAATTCTGGT AGTGTTCAGA CATCTAGCCC ACCGCAGTTG 
GAGACTGTTA GAAAAAATCT TGAAGACAGT GATGCAAGTG TGGAAAGAAG CCAGTATCCT 
CAATCAGATG ATAAGCTGTC TCCTCCTAAA CGCGACTTCC CCACTGCAGA GGAACCACAC 
CTGAATTTGG GTTCTTTGAA TGATTCTTTA TTTGGTAGTG ACAATATTAA AATAGAATCA 
TTGATTACAA AGAAGACTGT GGATCACACA GTTGAAGAAC AACAAACAGA AAAAGTTAAA 
TTGATCACAG AAAATCTCAG TAAGCTCCCT AATGCAGACT CTGAATGCCT TTCTTTTGTT 
GGCTGTTCAA CATCAGGAAC AAATTCTGGA AATGGAACAA ATGGTTTATT AGAAGGATCA 
CCACCATCCC CATTCTTTAA GTTTCAAGGA GAAATGATTG TAAATGACTT GTATGTTCCA 
TCATCACCAA TCCTAGCACC TGTGAGAAGT CGTAGCAAGT TGGTTTCAAG ACCATCTCGA 
TCTTTTCTGC TAAGACATCG ACCTGTACCA GAGATTCCAG GGTCAACAAA AGGAGTTTCT 
GGGAGCTATT TCCGTGAAAG AAGAAATGTT GCTACCTCAA CTGAAAAATC TGTGGCATGG 
CAAAATTCAA ATGAGGAGAA TTCATCTTCC ATCTTTCCTT ATGGAGAGAC CTTTCTCTTC 
CAGAGACTAG AAAATTCCAA GAAGCGATCT ATAAAGAATG AATTTTTGAC CCAGGGAGAA 
GCACTCAAAG GGGAAGCAGC TACTGCAACA AACTCTTTTA TCATCAAATC AAGCATATAC 
GATAACAGAA AGGAGAAAAT AAGCGAGGAC AAGGTGGAAG ATATTTGGAT ACCTCGAGAG 
GACAAAAACA ATTTTTTGAT AGACACTGCT TCTGAATCAG AATACTCAAC AGTAGAAGAA 
TGCTTTCAGA GTTTAAGAAG AAAAAATTCA AAGGCATCTA AATCTAGGAC TCAAAAAGCC 
TTGATTTTGG ACTCCGTTAA TAGGCACAGT TATCCGTTAA GCTCAACAAG TGGAAATGCT 
GATTCATCAG CCGTTTCTTC ACAGGCAATA TCTCCCTATG CCTGCTTTTA TGGAGCATCT 
GCAAAGAAGG TTAAATCAGG ATGGCTGGAT AAACTCTCTC CTCAAGGAAA ACGCATGTTT 
CAAAAGAGAT GGGTGAAATT TGATGGCCTT AGCATTTCTT ACTACAATAA TGAGAAGGAG 
ATGTATTCGA AAGGAATAAT TCCCCTTTCT GCTATATCAA CAGTACGAGT TCAAGGAGAC 
AACAAATTTG AAGTTGTTAC AACACAAAGA ACTTTTGTTT TTAGAGTAGA AAAAGAAGAG 
GAGAGAAATG ACTGGATCAG CATACTATTA AATGCACTGA AATCACAATC CCTTACCTCG 
CAGTCTCAAG CTGTTGTTAC ACCTGAGAAA TGTGGATATC TTGAATTGAG AGGCTATAAG 
GCAAAAATTT TTACTGTGTT AAGTGGAAAC AGTGTGTGGC TTTGCAAAAA CGAACAGGAT 
TTTAAGAGTG GACTTGGTAT TACCATAATT CCTATGAATG TAGCAAATGT AAAGCAAGTG 
GACCGAACTG TGAAACAATC TTTTGAAATA ATCACTCCCT ACAGGAGTTT CAGCTTTACA 
GCCGAGACTG AAAAGGAGAA ACAAGACTGG ATTGAAGCTG TGCAGCAATC AATAGCAGAA 
ACTCTCTCTG ATTATGAAGT AGCTGAGAAG ATTTGGTTCA ATGAATCCAA CAGGAGCTGT 
GCAGATTGTA AAGCCCCAGA TCCTGACTGG GCATCCATCA ATCTCTGTGT TGTCATCTGT 
AAGAAGTGTG CAGGACAGCA TAGATCTTTA GGACCAAAAG ATTCCAAGGT TAGAAGTCTA 
AAAATGGATG CTAGCATTTG GAGCAATGAA CTCATCGAGC TTTTTATTGT CATTGGAAAC 
AAAAGAGCAA ATGACTTTTG GGCTGGTAAT CTTCAAAAGG ATGAAGAATT ACATATGGAC 
TCACCAGTAG AAAAGAGAAA AAACTTTATT ACTCAGAAAT ATAAAGAAGG AAAATTCAGA 
AAAACTCTTT TGGCATCTCT CACCAAAGAA GAATTAAATA AGGCTCTATG TGCTGCTGTA 
GTGAAACCGG ATGTTCTAGA AACAATGGCT TTGCTGTTCA GTGGAGCAGA TGTCATGTGT 
GCCACCGGAG ACCCCGTGCA TAGCACCCCC TATCTGCTAG CCAAGAAAGC TGGGCAAAGT 
CTGCAAATGG AATTTCTCTA CCATAACAAA TTCTCAGATT TCCCTCAACA TGATATTCAT 
TCCGAGGGTG TATTAAGTCA AGAGTCTTCC CAGTCCACAT TCCTCTGTGA CTTTTTATAT 
CAAGCTCCTT CTGCTGCTTC TAAACTCTCT TCAGAGAAAA AACTGCTTGA AGAGACAAAT 
AAAAAATGGT GTGTTTTGGA AGGAGGCTTC TTGAGTTACT ATGAAAATGA TAAGTCTACC 
ACACCTAATG GCACCATTAA TATCAATGAA GTTATCTGCC TGGCTATACA CAAAGAGGAC 
TTCTATTTAA ATACTGGGCC CATCTTTATC TTTGAGATCT ACTTACCCTC CGAACGTGTG 
TTTTTATTTG GAGCTGAAAC ATCTCAAGCT CAAAGAAAAT GGACAGAGGC AATAGCCAAG 
CATTTTGTTC CCTTATTTGC TGAAAACTTA ACAGAAGCTG ACTATGATTT GATTGGTCAA 
CTCTTCTACA AAGACTGCCA TGCCCTGGAT CAGTGGAGAA AAGGCTGGTT TGCTATGGAC 
AAATCCAGCT TGCATTTTTG CCTTCAAATG CAAGAAGTTC AGGGAGATAG AATGCACTTA 
AGAAGACTGC AAGAGCTAAC AATCAGCACA ATGGTTCAAA ATGGGGAAAA ACTGGATGTT 
TTACTCTTGG TAGAAAAAGG GAGAACATTA TACATCCATG GGCATACCAA GTTGGATTTC 
ACAGTCTGGC ATACTGCAAT TGAAAAAGCA GCAGGTACAG ATGGTAATGC TTTACAAGAT 
CAGCAGCTCA GCAAAAATGA CGTTCCCATT ATAGTGAACA GCTGTATAGC ATTTGTTACA 
CAGTATGGTT TAGGATGCAA ATATATCTAT CAAAAGAATG GTGATCCTTT GCATATAAGT 
GAACTCCTGG AGAGTTTCAA AAAGGATGCA AGAAGCTTTA AATTGAGGGC TGGAAAACAT 
CAGCTTGAAG ATGTGACGGC TGTGTTGAAA AGTTTTCTCT CTGACATTGA TGATGCACTG 
CTTACTAAGG AGCTCTACCC ATATTGGATC TCTGCTTTAG ATACGCAAGA TGACAAGGAA 
AGAATTAAAA AATATGGAGC ATTTATACGT TCTCTTCCAG GGGTCAACCG AGCAACACTA 
GCAGCTATCA TTGAACACCT GTATAGGGTT CAGAAATGCT CAGAAATCAA TCACATGAAT 
GCCCATAATT TGGCCTTGGT CTTTTCATCC TGTTTGTTTC AAACGAAGGG ACAAACTAGT 
GAAGAAGTGA ATGTAATTGA GGACCTAATT AATAATTATG TAGAAATATT TGAGGTTTCC 
CAGGCTGGAG ATTTGTTAAT TGAAGTATAT GTAGAAAGGA AGGAACCCGA CTGTAGTATT 
ATAATTCGGA TATCTCCTGT GATGGAAGCA GAAGAATTAA CTAATGATAT ATTAGCGATA 
AAAAATATTA TTCCTACAAA AGGTGATATT TGGGCCACAT TTGAAGTCAT TGAAAATGAA 
GAGCTAGAGC GTCCTCTTCA CTACAAGGAA AATGTACTGG AGCAGGTGCT TCGGTGGAGT 
TCATTAGCTG AACCTGGCTC TGCTTACCTG GTGGTGAAGA GATTCTTAAC CGCTGACACA 
ATTAAACACT GCAGTGACCG GAGTACACTG GGAAGCATCA AAGAAGGAAT CTTGAAAATC 
AAAGAAGAAC CATCCAAAAT ACTATCTGGA AATAAGTTTC AAGACCGGTA TTTTGTTTTA 
CGAGATGGGT TTCTCTTTCT TTACAAGGAT GTGAAGAGTA GTAAACATGA CAAGATGTTT 
TCTCTCAGTT CCATGAAGTT TTATCGTGGA GTGAAAAAGA AAATGAAGCC TCCAACAAGC 
TGGGGATTGA CCGCATATTC TGAGAAACAT CACTGGCACC TGTGTTGTGA TAGTTCACGA 
ACTCAGACGG AGTGGATGAC CAGTATCTTT ATTGCCCAGC ATGAATATGA TATATGGCCA 
CCAGCTGGAA AGGAACGAAA ACGTTCAATA ACCAAAAATC CCAAAATTGG AGGTTTGCCT 
CTGATTCCTA TACAGCATGA GGGGAATGCA ACCTTGGCCC GGAAAAATAT TGAGAGTGCA 
AGAGCAGAAC TTGAAAGGCT GCGGCTCAGT GAAAAGTGTG ATAAAGAGTC CGTGGACTCT 
AGCTTAAAGG AGAGAGCTTC CATGGTGGCC CACTGCCTGG AGCACAAGGA CGATAAACTT 
CGAAATCGAC CCCGAAAACA TCGGAGTTTC AACTGCCTGG AGGACACAGA GCCTGAAGCC 
CCACTTGGGC AACCAAAAGG CCATAAAGGC CTAAAGACAT TGAGGAAGAC TGAGGACAGG 
AATAGCAAAG CTACTTTGGA CTCTGATCAT AAGTTACCAT CAAGGGTAAT TGAAGAACTT 
AATGTGGTTC TACAACGGTC AAGAACCCTT CCAAAAGAAT TACAGGATGA GCAGATTTTG 
AAGTAG

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

RefSeq	XP_016863189.1
CDS	769..5814
Translation	MSSVSEVNVDIKDFLMSINLEQYLLHFHESGFTTVKDCAAINDSLLQKIGISPTGHRRRILKQLQIILSKMQDIPIYANVHKTKKNDDPSKDYHVPSSDQNICIELSNSGSVQTSSPPQLETVRKNLEDSDASVERSQYPQSDDKLSPPKRDFPTAEEPHLNLGSLNDSLFGSDNIKIESLITKKTVDHTVEEQQTEKVKLITENLSKLPNADSECLSFVGCSTSGTNSGNGTNGLLEGSPPSPFFKFQGEMIVNDLYVPSSPILAPVRSRSKLVSRPSRSFLLRHRPVPEIPGSTKGVSGSYFRERRNVATSTEKSVAWQNSNEENSSSIFPYGETFLFQRLENSKKRSIKNEFLTQGEALKGEAATATNSFIIKSSIYDNRKEKISEDKVEDIWIPREDKNNFLIDTASESEYSTVEECFQSLRRKNSKASKSRTQKALILDSVNRHSYPLSSTSGNADSSAVSSQAISPYACFYGASAKKVKSGWLDKLSPQGKRMFQKRWVKFDGLSISYYNNEKEMYSKGIIPLSAISTVRVQGDNKFEVVTTQRTFVFRVEKEEERNDWISILLNALKSQSLTSQSQAVVTPEKCGYLELRGYKAKIFTVLSGNSVWLCKNEQDFKSGLGITIIPMNVANVKQVDRTVKQSFEIITPYRSFSFTAETEKEKQDWIEAVQQSIAETLSDYEVAEKIWFNESNRSCADCKAPDPDWASINLCVVICKKCAGQHRSLGPKDSKVRSLKMDASIWSNELIELFIVIGNKRANDFWAGNLQKDEELHMDSPVEKRKNFITQKYKEGKFRKTLLASLTKEELNKALCAAVVKPDVLETMALLFSGADVMCATGDPVHSTPYLLAKKAGQSLQMEFLYHNKFSDFPQHDIHSEGVLSQESSQSTFLCDFLYQAPSAASKLSSEKKLLEETNKKWCVLEGGFLSYYENDKSTTPNGTININEVICLAIHKEDFYLNTGPIFIFEIYLPSERVFLFGAETSQAQRKWTEAIAKHFVPLFAENLTEADYDLIGQLFYKDCHALDQWRKGWFAMDKSSLHFCLQMQEVQGDRMHLRRLQELTISTMVQNGEKLDVLLLVEKGRTLYIHGHTKLDFTVWHTAIEKAAGTDGNALQDQQLSKNDVPIIVNSCIAFVTQYGLGCKYIYQKNGDPLHISELLESFKKDARSFKLRAGKHQLEDVTAVLKSFLSDIDDALLTKELYPYWISALDTQDDKERIKKYGAFIRSLPGVNRATLAAIIEHLYRVQKCSEINHMNAHNLALVFSSCLFQTKGQTSEEVNVIEDLINNYVEIFEVSQAGDLLIEVYVERKEPDCSIIIRISPVMEAEELTNDILAIKNIIPTKGDIWATFEVIENEELERPLHYKENVLEQVLRWSSLAEPGSAYLVVKRFLTADTIKHCSDRSTLGSIKEGILKIKEEPSKILSGNKFQDRYFVLRDGFLFLYKDVKSSKHDKMFSLSSMKFYRGVKKKMKPPTSWGLTAYSEKHHWHLCCDSSRTQTEWMTSIFIAQHEYDIWPPAGKERKRSITKNPKIGGLPLIPIQHEGNATLARKNIESARAELERLRLSEKCDKESVDSSLKERASMVAHCLEHKDDKLRNRPRKHRSFNCLEDTEPEAPLGQPKGHKGLKTLRKTEDRNSKATLDSDHKLPSRVIEELNVVLQRSRTLPKELQDEQILK

Target ORF information:

RefSeq Version	XM_017007700.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant X14, mRNA.

Target ORF information:

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

XM_017007700.1

ORF Insert Sequence:

ATGTCCTCAG TCAGTGAAGT AAATGTGGAT ATAAAAGATT TCCTAATGAG CATTAATTTG 
GAGCAGTATC TCTTACATTT CCATGAGTCT GGTTTTACTA CTGTGAAGGA CTGTGCAGCA 
ATAAATGACA GCCTGCTGCA GAAAATTGGA ATATCACCTA CAGGTCACCG TAGGAGGATA 
CTTAAACAGT TACAGATAAT CTTGTCAAAA ATGCAAGATA TTCCAATATA TGCAAATGTT 
CATAAAACTA AGAAGAATGA TGACCCTTCA AAGGATTACC ATGTTCCATC TTCTGATCAG 
AATATCTGCA TAGAACTTTC CAATTCTGGT AGTGTTCAGA CATCTAGCCC ACCGCAGTTG 
GAGACTGTTA GAAAAAATCT TGAAGACAGT GATGCAAGTG TGGAAAGAAG CCAGTATCCT 
CAATCAGATG ATAAGCTGTC TCCTCCTAAA CGCGACTTCC CCACTGCAGA GGAACCACAC 
CTGAATTTGG GTTCTTTGAA TGATTCTTTA TTTGGTAGTG ACAATATTAA AATAGAATCA 
TTGATTACAA AGAAGACTGT GGATCACACA GTTGAAGAAC AACAAACAGA AAAAGTTAAA 
TTGATCACAG AAAATCTCAG TAAGCTCCCT AATGCAGACT CTGAATGCCT TTCTTTTGTT 
GGCTGTTCAA CATCAGGAAC AAATTCTGGA AATGGAACAA ATGGTTTATT AGAAGGATCA 
CCACCATCCC CATTCTTTAA GTTTCAAGGA GAAATGATTG TAAATGACTT GTATGTTCCA 
TCATCACCAA TCCTAGCACC TGTGAGAAGT CGTAGCAAGT TGGTTTCAAG ACCATCTCGA 
TCTTTTCTGC TAAGACATCG ACCTGTACCA GAGATTCCAG GGTCAACAAA AGGAGTTTCT 
GGGAGCTATT TCCGTGAAAG AAGAAATGTT GCTACCTCAA CTGAAAAATC TGTGGCATGG 
CAAAATTCAA ATGAGGAGAA TTCATCTTCC ATCTTTCCTT ATGGAGAGAC CTTTCTCTTC 
CAGAGACTAG AAAATTCCAA GAAGCGATCT ATAAAGAATG AATTTTTGAC CCAGGGAGAA 
GCACTCAAAG GGGAAGCAGC TACTGCAACA AACTCTTTTA TCATCAAATC AAGCATATAC 
GATAACAGAA AGGAGAAAAT AAGCGAGGAC AAGGTGGAAG ATATTTGGAT ACCTCGAGAG 
GACAAAAACA ATTTTTTGAT AGACACTGCT TCTGAATCAG AATACTCAAC AGTAGAAGAA 
TGCTTTCAGA GTTTAAGAAG AAAAAATTCA AAGGCATCTA AATCTAGGAC TCAAAAAGCC 
TTGATTTTGG ACTCCGTTAA TAGGCACAGT TATCCGTTAA GCTCAACAAG TGGAAATGCT 
GATTCATCAG CCGTTTCTTC ACAGGCAATA TCTCCCTATG CCTGCTTTTA TGGAGCATCT 
GCAAAGAAGG TTAAATCAGG ATGGCTGGAT AAACTCTCTC CTCAAGGAAA ACGCATGTTT 
CAAAAGAGAT GGGTGAAATT TGATGGCCTT AGCATTTCTT ACTACAATAA TGAGAAGGAG 
ATGTATTCGA AAGGAATAAT TCCCCTTTCT GCTATATCAA CAGTACGAGT TCAAGGAGAC 
AACAAATTTG AAGTTGTTAC AACACAAAGA ACTTTTGTTT TTAGAGTAGA AAAAGAAGAG 
GAGAGAAATG ACTGGATCAG CATACTATTA AATGCACTGA AATCACAATC CCTTACCTCG 
CAGTCTCAAG CTGTTGTTAC ACCTGAGAAA TGTGGATATC TTGAATTGAG AGGCTATAAG 
GCAAAAATTT TTACTGTGTT AAGTGGAAAC AGTGTGTGGC TTTGCAAAAA CGAACAGGAT 
TTTAAGAGTG GACTTGGTAT TACCATAATT CCTATGAATG TAGCAAATGT AAAGCAAGTG 
GACCGAACTG TGAAACAATC TTTTGAAATA ATCACTCCCT ACAGGAGTTT CAGCTTTACA 
GCCGAGACTG AAAAGGAGAA ACAAGACTGG ATTGAAGCTG TGCAGCAATC AATAGCAGAA 
ACTCTCTCTG ATTATGAAGT AGCTGAGAAG ATTTGGTTCA ATGAATCCAA CAGGAGCTGT 
GCAGATTGTA AAGCCCCAGA TCCTGACTGG GCATCCATCA ATCTCTGTGT TGTCATCTGT 
AAGAAGTGTG CAGGACAGCA TAGATCTTTA GGACCAAAAG ATTCCAAGGT TAGAAGTCTA 
AAAATGGATG CTAGCATTTG GAGCAATGAA CTCATCGAGC TTTTTATTGT CATTGGAAAC 
AAAAGAGCAA ATGACTTTTG GGCTGGTAAT CTTCAAAAGG ATGAAGAATT ACATATGGAC 
TCACCAGTAG AAAAGAGAAA AAACTTTATT ACTCAGAAAT ATAAAGAAGG AAAATTCAGA 
AAAACTCTTT TGGCATCTCT CACCAAAGAA GAATTAAATA AGGCTCTATG TGCTGCTGTA 
GTGAAACCGG ATGTTCTAGA AACAATGGCT TTGCTGTTCA GTGGAGCAGA TGTCATGTGT 
GCCACCGGAG ACCCCGTGCA TAGCACCCCC TATCTGCTAG CCAAGAAAGC TGGGCAAAGT 
CTGCAAATGG AATTTCTCTA CCATAACAAA TTCTCAGATT TCCCTCAACA TGATATTCAT 
TCCGAGGGTG TATTAAGTCA AGAGTCTTCC CAGTCCACAT TCCTCTGTGA CTTTTTATAT 
CAAGCTCCTT CTGCTGCTTC TAAACTCTCT TCAGAGAAAA AACTGCTTGA AGAGACAAAT 
AAAAAATGGT GTGTTTTGGA AGGAGGCTTC TTGAGTTACT ATGAAAATGA TAAGTCTACC 
ACACCTAATG GCACCATTAA TATCAATGAA GTTATCTGCC TGGCTATACA CAAAGAGGAC 
TTCTATTTAA ATACTGGGCC CATCTTTATC TTTGAGATCT ACTTACCCTC CGAACGTGTG 
TTTTTATTTG GAGCTGAAAC ATCTCAAGCT CAAAGAAAAT GGACAGAGGC AATAGCCAAG 
CATTTTGTTC CCTTATTTGC TGAAAACTTA ACAGAAGCTG ACTATGATTT GATTGGTCAA 
CTCTTCTACA AAGACTGCCA TGCCCTGGAT CAGTGGAGAA AAGGCTGGTT TGCTATGGAC 
AAATCCAGCT TGCATTTTTG CCTTCAAATG CAAGAAGTTC AGGGAGATAG AATGCACTTA 
AGAAGACTGC AAGAGCTAAC AATCAGCACA ATGGTTCAAA ATGGGGAAAA ACTGGATGTT 
TTACTCTTGG TAGAAAAAGG GAGAACATTA TACATCCATG GGCATACCAA GTTGGATTTC 
ACAGTCTGGC ATACTGCAAT TGAAAAAGCA GCAGGTACAG ATGGTAATGC TTTACAAGAT 
CAGCAGCTCA GCAAAAATGA CGTTCCCATT ATAGTGAACA GCTGTATAGC ATTTGTTACA 
CAGTATGGTT TAGGATGCAA ATATATCTAT CAAAAGAATG GTGATCCTTT GCATATAAGT 
GAACTCCTGG AGAGTTTCAA AAAGGATGCA AGAAGCTTTA AATTGAGGGC TGGAAAACAT 
CAGCTTGAAG ATGTGACGGC TGTGTTGAAA AGTTTTCTCT CTGACATTGA TGATGCACTG 
CTTACTAAGG AGCTCTACCC ATATTGGATC TCTGCTTTAG ATACGCAAGA TGACAAGGAA 
AGAATTAAAA AATATGGAGC ATTTATACGT TCTCTTCCAG GGGTCAACCG AGCAACACTA 
GCAGCTATCA TTGAACACCT GTATAGGGTT CAGAAATGCT CAGAAATCAA TCACATGAAT 
GCCCATAATT TGGCCTTGGT CTTTTCATCC TGTTTGTTTC AAACGAAGGG ACAAACTAGT 
GAAGAAGTGA ATGTAATTGA GGACCTAATT AATAATTATG TAGAAATATT TGAGGTTTCC 
CAGGCTGGAG ATTTGTTAAT TGAAGTATAT GTAGAAAGGA AGGAACCCGA CTGTAGTATT 
ATAATTCGGA TATCTCCTGT GATGGAAGCA GAAGAATTAA CTAATGATAT ATTAGCGATA 
AAAAATATTA TTCCTACAAA AGGTGATATT TGGGCCACAT TTGAAGTCAT TGAAAATGAA 
GAGCTAGAGC GTCCTCTTCA CTACAAGGAA AATGTACTGG AGCAGGTGCT TCGGTGGAGT 
TCATTAGCTG AACCTGGCTC TGCTTACCTG GTGGTGAAGA GATTCTTAAC CGCTGACACA 
ATTAAACACT GCAGTGACCG GAGTACACTG GGAAGCATCA AAGAAGGAAT CTTGAAAATC 
AAAGAAGAAC CATCCAAAAT ACTATCTGGA AATAAGTTTC AAGACCGGTA TTTTGTTTTA 
CGAGATGGGT TTCTCTTTCT TTACAAGGAT GTGAAGAGTA GTAAACATGA CAAGATGTTT 
TCTCTCAGTT CCATGAAGTT TTATCGTGGA GTGAAAAAGA AAATGAAGCC TCCAACAAGC 
TGGGGATTGA CCGCATATTC TGAGAAACAT CACTGGCACC TGTGTTGTGA TAGTTCACGA 
ACTCAGACGG AGTGGATGAC CAGTATCTTT ATTGCCCAGC ATGAATATGA TATATGGCCA 
CCAGCTGGAA AGGAACGAAA ACGTTCAATA ACCAAAAATC CCAAAATTGG AGGTTTGCCT 
CTGATTCCTA TACAGCATGA GGGGAATGCA ACCTTGGCCC GGAAAAATAT TGAGAGTGCA 
AGAGCAGAAC TTGAAAGGCT GCGGCTCAGT GAAAAGTGTG ATAAAGAGTC CGTGGACTCT 
AGCTTAAAGG AGAGAGCTTC CATGGTGGCC CACTGCCTGG AGCACAAGGA CGATAAACTT 
CGAAATCGAC CCCGAAAACA TCGGAGTTTC AACTGCCTGG AGGACACAGA GCCTGAAGCC 
CCACTTGGGC AACCAAAAGG CCATAAAGGC CTAAAGACAT TGAGGAAGAC TGAGGACAGG 
AATAGCAAAG CTACTTTGGA CTCTGATCAT AAGTTACCAT CAAGGGTAAT TGAAGAACTT 
AATGTGGTTC TACAACGGTC AAGAACCCTT CCAAAAGAAT TACAGGATGA GCAGATTTTG 
AAGTAG

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

ARAP2 ( XM_017007701.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016863190.1 Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant X16, mRNA.

Price & Availability↑

CloneID	OHu94887
Clone ID Related Accession (Same CDS sequence)	XM_017007701.1
Accession Version	XM_017007701.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4980bp) 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	1575475200000
Organism	Homo sapiens(human)
Product	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 2 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000004.12) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCCTCAG TCAGTGAAGT AAATGTGGAT ATAAAAGATT TCCTAATGAG CATTAATTTG 
GAGCAGTATC TCTTACATTT CCATGAGTCT GGTTTTACTA CTGTGAAGGA CTGTGCAGCA 
ATAAATGACA GCCTGCTGCA GAAAATTGGA ATATCACCTA CAGGTCACCG TAGGAGGATA 
CTTAAACAGT TACAGATAAT CTTGTCAAAA ATGCAAGATA TTCCAATATA TGCAAATGTT 
CATAAAACTA AGAAGAATGA TGACCCTTCA AAGGATTACC ATGTTCCATC TTCTGATCAG 
AATATCTGCA TAGAACTTTC CAATTCTGGT AGTGTTCAGA CATCTAGCCC ACCGCAGTTG 
GAGACTGTTA GAAAAAATCT TGAAGACAGT GATGCAAGTG TGGAAAGAAG CCAGTATCCT 
CAATCAGATG ATAAGCTGTC TCCTCCTAAA CGCGACTTCC CCACTGCAGA GGAACCACAC 
CTGAATTTGG GTTCTTTGAA TGATTCTTTA TTTGGTAGTG ACAATATTAA AATAGAATCA 
TTGATTACAA AGAAGACTGT GGATCACACA GTTGAAGAAC AACAAACAGA AAAAGTTAAA 
TTGATCACAG AAAATCTCAG TAAGCTCCCT AATGCAGACT CTGAATGCCT TTCTTTTGTT 
GGCTGTTCAA CATCAGGAAC AAATTCTGGA AATGGAACAA ATGGTTTATT AGAAGGATCA 
CCACCATCCC CATTCTTTAA GTTTCAAGGA GAAATGATTG TAAATGACTT GTATGTTCCA 
TCATCACCAA TCCTAGCACC TGTGAGAAGT CGTAGCAAGT TGGTTTCAAG ACCATCTCGA 
TCTTTTCTGC TAAGACATCG ACCTGTACCA GAGATTCCAG GGTCAACAAA AGGAGTTTCT 
GGGAGCTATT TCCGTGAAAG AAGAAATGTT GCTACCTCAA CTGAAAAATC TGTGGCATGG 
CAAAATTCAA ATGAGGAGAA TTCATCTTCC ATCTTTCCTT ATGGAGAGAC CTTTCTCTTC 
CAGAGACTAG AAAATTCCAA GAAGCGATCT ATAAAGAATG AATTTTTGAC CCAGGGAGAA 
GCACTCAAAG GGGAAGCAGC TACTGCAACA AACTCTTTTA TCATCAAATC AAGCATATAC 
GATAACAGAA AGGAGAAAAT AAGCGAGGAC AAGGTGGAAG ATATTTGGAT ACCTCGAGAG 
GACAAAAACA ATTTTTTGAT AGACACTGCT TCTGAATCAG AATACTCAAC AGTAGAAGAA 
TGCTTTCAGA GTTTAAGAAG AAAAAATTCA AAGGCATCTA AATCTAGGAC TCAAAAAGCC 
TTGATTTTGG ACTCCGTTAA TAGGCACAGT TATCCGTTAA GCTCAACAAG TGGAAATGCT 
GATTCATCAG CCGTTTCTTC ACAGGCAATA TCTCCCTATG CCTGCTTTTA TGGAGCATCT 
GCAAAGAAGG TTAAATCAGG ATGGCTGGAT AAACTCTCTC CTCAAGGAAA ACGCATGTTT 
CAAAAGAGAT GGGTGAAATT TGATGGCCTT AGCATTTCTT ACTACAATAA TGAGAAGGAG 
ATGTATTCGA AAGGAATAAT TCCCCTTTCT GCTATATCAA CAGTACGAGT TCAAGGAGAC 
AACAAATTTG AAGTTGTTAC AACACAAAGA ACTTTTGTTT TTAGAGTAGA AAAAGAAGAG 
GAGAGAAATG ACTGGATCAG CATACTATTA AATGCACTGA AATCACAATC CCTTACCTCG 
CAGTCTCAAG CTGTTGTTAC ACCTGAGAAA TGTGGATATC TTGAATTGAG AGGCTATAAG 
GCAAAAATTT TTACTGTGTT AAGTGGAAAC AGTGTGTGGC TTTGCAAAAA CGAACAGGAT 
TTTAAGAGTG GACTTGGTAT TACCATAATT CCTATGAATG TAGCAAATGT AAAGCAAGTG 
GACCGAACTG TGAAACAATC TTTTGAAATA ATCACTCCCT ACAGGAGTTT CAGCTTTACA 
GCCGAGACTG AAAAGGAGAA ACAAGACTGG ATTGAAGCTG TGCAGCAATC AATAGCAGAA 
ACTCTCTCTG ATTATGAAGT AGCTGAGAAG ATTTGGTTCA ATGAATCCAA CAGGAGCTGT 
GCAGATTGTA AAGCCCCAGA TCCTGACTGG GCATCCATCA ATCTCTGTGT TGTCATCTGT 
AAGAAGTGTG CAGGACAGCA TAGATCTTTA GGACCAAAAG ATTCCAAGGT TAGAAGTCTA 
AAAATGGATG CTAGCATTTG GAGCAATGAA CTCATCGAGC TTTTTATTGT CATTGGAAAC 
AAAAGAGCAA ATGACTTTTG GGCTGGTAAT CTTCAAAAGG ATGAAGAATT ACATATGGAC 
TCACCAGTAG AAAAGAGAAA AAACTTTATT ACTCAGAAAT ATAAAGAAGG AAAATTCAGA 
AAAACTCTTT TGGCATCTCT CACCAAAGAA GAATTAAATA AGGCTCTATG TGCTGCTGTA 
GTGAAACCGG ATGTTCTAGA AACAATGGCT TTGCTGTTCA GTGGAGCAGA TGTCATGTGT 
GCCACCGGAG ACCCCGTGCA TAGCACCCCC TATCTGCTAG CCAAGAAAGC TGGGCAAAGT 
CTGCAAATGG AATTTCTCTA CCATAACAAA TTCTCAGATT TCCCTCAACA TGATATTCAT 
TCCGAGGGTG TATTAAGTCA AGAGTCTTCC CAGTCCACAT TCCTCTGTGA CTTTTTATAT 
CAAGCTCCTT CTGCTGCTTC TAAACTCTCT TCAGAGAAAA AACTGCTTGA AGAGACAAAT 
AAAAAATGGT GTGTTTTGGA AGGAGGCTTC TTGAGTTACT ATGAAAATGA TAAGTCTACC 
ACACCTAATG GCACCATTAA TATCAATGAA GTTATCTGCC TGGCTATACA CAAAGAGGAC 
TTCTATTTAA ATACTGGGCC CATCTTTATC TTTGAGATCT ACTTACCCTC CGAACGTGTG 
TTTTTATTTG GAGCTGAAAC ATCTCAAGCT CAAAGAAAAT GGACAGAGGC AATAGCCAAG 
CATTTTGTTC CCTTATTTGC TGAAAACTTA ACAGAAGCTG ACTATGATTT GATTGGTCAA 
CTCTTCTACA AAGACTGCCA TGCCCTGGAT CAGTGGAGAA AAGGCTGGTT TGCTATGGAC 
AAATCCAGCT TGCATTTTTG CCTTCAAATG CAAGAAGTTC AGGGAGATAG AATGCACTTA 
AGAAGACTGC AAGAGCTAAC AATCAGCACA ATGGTTCAAA ATGGGGAAAA ACTGGATGTT 
TTACTCTTGG TAGAAAAAGG GAGAACATTA TACATCCATG GGCATACCAA GTTGGATTTC 
ACAGTCTGGC ATACTGCAAT TGAAAAAGCA GCAGGTACAG ATGGTAATGC TTTACAAGAT 
CAGCAGCTCA GCAAAAATGA CGTTCCCATT ATAGTGAACA GCTGTATAGC ATTTGTTACA 
CAGTATGGTT TAGGATGCAA ATATATCTAT CAAAAGAATG GTGATCCTTT GCATATAAGT 
GAACTCCTGG AGAGTTTCAA AAAGGATGCA AGAAGCTTTA AATTGAGGGC TGGAAAACAT 
CAGCTTGAAG ATGTGACGGC TGTGTTGAAA AGTTTTCTCT CTGACATTGA TGATGCACTG 
CTTACTAAGG AGCTCTACCC ATATTGGATC TCTGCTTTAG ATACGCAAGA TGACAAGGAA 
AGAATTAAAA AATATGGAGC ATTTATACGT TCTCTTCCAG GGGTCAACCG AGCAACACTA 
GCAGCTATCA TTGAACACCT GTATAGGGTT CAGAAATGCT CAGAAATCAA TCACATGAAT 
GCCCATAATT TGGCCTTGGT CTTTTCATCC TGTTTGTTTC AAACGAAGGG ACAAACTAGT 
GAAGAAGTGA ATGTAATTGA GGACCTAATT AATAATTATG TAGAAATATT TGAGGTTAAA 
GAAGATCAAG TCAAACAAAT GGACATAGAA AATAGCTTTA TTACCAAGTG GAAAGACACC 
CAAGTTTCCC AGGCTGGAGA TTTGTTAATT GAAGTATATG TAGAAAGGAA GGAACCCGAC 
TGTAGTATTA TAATTCGGAT ATCTCCTGTG ATGGAAGCAG AAGAATTAAC TAATGATATA 
TTAGCGATAA AAAATATTAT TCCTACAAAA GGTGATATTT GGGCCACATT TGAAGTCATT 
GAAAATGAAG AGCTAGAGCG TCCTCTTCAC TACAAGGAAA ATGTACTGGA GCAGGTGCTT 
CGGTGGAGTT CATTAGCTGA ACCTGGCTCT GCTTACCTGG TGGTGAAGAG ATTCTTAACC 
GCTGACACAA TTAAACACTG CAGTGACCGG AGTACACTGG GAAGCATCAA AGAAGGAATC 
TTGAAAATCA AAGAAGAACC ATCCAAAATA CTATCTGGAA ATAAGTTTCA AGACCGGTAT 
TTTGTTTTAC GAGATGGGTT TCTCTTTCTT TACAAGGATG TGAAGAGTAG TAAACATGAC 
AAGATGTTTT CTCTCAGTTC CATGAAGTTT TATCGTGGAG TGAAAAAGAA AATGAAGCCT 
CCAACAAGCT GGGGATTGAC CGCATATTCT GAGAAACATC ACTGGCACCT GTGTTGTGAT 
AGTTCACGAA CTCAGACGGA GTGGATGACC AGTATCTTTA TTGCCCAGAG TGCAAGAGCA 
GAACTTGAAA GGCTGCGGCT CAGTGAAAAG TGTGATAAAG AGTCCGTGGA CTCTAGCTTA 
AAGGAGAGAG CTTCCATGGT GGCCCACTGC CTGGAGCACA AGGACGATAA ACTTCGAAAT 
CGACCCCGAA AACATCGGAG TTTCAACTGC CTGGAGGACA CAGAGCCTGA AGCCCCACTT 
GGGCAACCAA AAGGCCATAA AGGCCTAAAG ACATTGAGGA AGACTGAGGA CAGGAATAGC 
AAAGCTACTT TGGACTCTGA TCATAAGTTA CCATCAAGGG TAATTGAAGA ACTTAATGTG 
GTTCTACAAC GGTCAAGAAC CCTTCCAAAA GAATTACAGG ATGAGCAGAT TTTGAAGTAG

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

RefSeq	XP_016863190.1
CDS	769..5748
Translation	MSSVSEVNVDIKDFLMSINLEQYLLHFHESGFTTVKDCAAINDSLLQKIGISPTGHRRRILKQLQIILSKMQDIPIYANVHKTKKNDDPSKDYHVPSSDQNICIELSNSGSVQTSSPPQLETVRKNLEDSDASVERSQYPQSDDKLSPPKRDFPTAEEPHLNLGSLNDSLFGSDNIKIESLITKKTVDHTVEEQQTEKVKLITENLSKLPNADSECLSFVGCSTSGTNSGNGTNGLLEGSPPSPFFKFQGEMIVNDLYVPSSPILAPVRSRSKLVSRPSRSFLLRHRPVPEIPGSTKGVSGSYFRERRNVATSTEKSVAWQNSNEENSSSIFPYGETFLFQRLENSKKRSIKNEFLTQGEALKGEAATATNSFIIKSSIYDNRKEKISEDKVEDIWIPREDKNNFLIDTASESEYSTVEECFQSLRRKNSKASKSRTQKALILDSVNRHSYPLSSTSGNADSSAVSSQAISPYACFYGASAKKVKSGWLDKLSPQGKRMFQKRWVKFDGLSISYYNNEKEMYSKGIIPLSAISTVRVQGDNKFEVVTTQRTFVFRVEKEEERNDWISILLNALKSQSLTSQSQAVVTPEKCGYLELRGYKAKIFTVLSGNSVWLCKNEQDFKSGLGITIIPMNVANVKQVDRTVKQSFEIITPYRSFSFTAETEKEKQDWIEAVQQSIAETLSDYEVAEKIWFNESNRSCADCKAPDPDWASINLCVVICKKCAGQHRSLGPKDSKVRSLKMDASIWSNELIELFIVIGNKRANDFWAGNLQKDEELHMDSPVEKRKNFITQKYKEGKFRKTLLASLTKEELNKALCAAVVKPDVLETMALLFSGADVMCATGDPVHSTPYLLAKKAGQSLQMEFLYHNKFSDFPQHDIHSEGVLSQESSQSTFLCDFLYQAPSAASKLSSEKKLLEETNKKWCVLEGGFLSYYENDKSTTPNGTININEVICLAIHKEDFYLNTGPIFIFEIYLPSERVFLFGAETSQAQRKWTEAIAKHFVPLFAENLTEADYDLIGQLFYKDCHALDQWRKGWFAMDKSSLHFCLQMQEVQGDRMHLRRLQELTISTMVQNGEKLDVLLLVEKGRTLYIHGHTKLDFTVWHTAIEKAAGTDGNALQDQQLSKNDVPIIVNSCIAFVTQYGLGCKYIYQKNGDPLHISELLESFKKDARSFKLRAGKHQLEDVTAVLKSFLSDIDDALLTKELYPYWISALDTQDDKERIKKYGAFIRSLPGVNRATLAAIIEHLYRVQKCSEINHMNAHNLALVFSSCLFQTKGQTSEEVNVIEDLINNYVEIFEVKEDQVKQMDIENSFITKWKDTQVSQAGDLLIEVYVERKEPDCSIIIRISPVMEAEELTNDILAIKNIIPTKGDIWATFEVIENEELERPLHYKENVLEQVLRWSSLAEPGSAYLVVKRFLTADTIKHCSDRSTLGSIKEGILKIKEEPSKILSGNKFQDRYFVLRDGFLFLYKDVKSSKHDKMFSLSSMKFYRGVKKKMKPPTSWGLTAYSEKHHWHLCCDSSRTQTEWMTSIFIAQSARAELERLRLSEKCDKESVDSSLKERASMVAHCLEHKDDKLRNRPRKHRSFNCLEDTEPEAPLGQPKGHKGLKTLRKTEDRNSKATLDSDHKLPSRVIEELNVVLQRSRTLPKELQDEQILK

Target ORF information:

RefSeq Version	XM_017007701.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant X16, mRNA.

Target ORF information:

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

XM_017007701.1

ORF Insert Sequence:

ATGTCCTCAG TCAGTGAAGT AAATGTGGAT ATAAAAGATT TCCTAATGAG CATTAATTTG 
GAGCAGTATC TCTTACATTT CCATGAGTCT GGTTTTACTA CTGTGAAGGA CTGTGCAGCA 
ATAAATGACA GCCTGCTGCA GAAAATTGGA ATATCACCTA CAGGTCACCG TAGGAGGATA 
CTTAAACAGT TACAGATAAT CTTGTCAAAA ATGCAAGATA TTCCAATATA TGCAAATGTT 
CATAAAACTA AGAAGAATGA TGACCCTTCA AAGGATTACC ATGTTCCATC TTCTGATCAG 
AATATCTGCA TAGAACTTTC CAATTCTGGT AGTGTTCAGA CATCTAGCCC ACCGCAGTTG 
GAGACTGTTA GAAAAAATCT TGAAGACAGT GATGCAAGTG TGGAAAGAAG CCAGTATCCT 
CAATCAGATG ATAAGCTGTC TCCTCCTAAA CGCGACTTCC CCACTGCAGA GGAACCACAC 
CTGAATTTGG GTTCTTTGAA TGATTCTTTA TTTGGTAGTG ACAATATTAA AATAGAATCA 
TTGATTACAA AGAAGACTGT GGATCACACA GTTGAAGAAC AACAAACAGA AAAAGTTAAA 
TTGATCACAG AAAATCTCAG TAAGCTCCCT AATGCAGACT CTGAATGCCT TTCTTTTGTT 
GGCTGTTCAA CATCAGGAAC AAATTCTGGA AATGGAACAA ATGGTTTATT AGAAGGATCA 
CCACCATCCC CATTCTTTAA GTTTCAAGGA GAAATGATTG TAAATGACTT GTATGTTCCA 
TCATCACCAA TCCTAGCACC TGTGAGAAGT CGTAGCAAGT TGGTTTCAAG ACCATCTCGA 
TCTTTTCTGC TAAGACATCG ACCTGTACCA GAGATTCCAG GGTCAACAAA AGGAGTTTCT 
GGGAGCTATT TCCGTGAAAG AAGAAATGTT GCTACCTCAA CTGAAAAATC TGTGGCATGG 
CAAAATTCAA ATGAGGAGAA TTCATCTTCC ATCTTTCCTT ATGGAGAGAC CTTTCTCTTC 
CAGAGACTAG AAAATTCCAA GAAGCGATCT ATAAAGAATG AATTTTTGAC CCAGGGAGAA 
GCACTCAAAG GGGAAGCAGC TACTGCAACA AACTCTTTTA TCATCAAATC AAGCATATAC 
GATAACAGAA AGGAGAAAAT AAGCGAGGAC AAGGTGGAAG ATATTTGGAT ACCTCGAGAG 
GACAAAAACA ATTTTTTGAT AGACACTGCT TCTGAATCAG AATACTCAAC AGTAGAAGAA 
TGCTTTCAGA GTTTAAGAAG AAAAAATTCA AAGGCATCTA AATCTAGGAC TCAAAAAGCC 
TTGATTTTGG ACTCCGTTAA TAGGCACAGT TATCCGTTAA GCTCAACAAG TGGAAATGCT 
GATTCATCAG CCGTTTCTTC ACAGGCAATA TCTCCCTATG CCTGCTTTTA TGGAGCATCT 
GCAAAGAAGG TTAAATCAGG ATGGCTGGAT AAACTCTCTC CTCAAGGAAA ACGCATGTTT 
CAAAAGAGAT GGGTGAAATT TGATGGCCTT AGCATTTCTT ACTACAATAA TGAGAAGGAG 
ATGTATTCGA AAGGAATAAT TCCCCTTTCT GCTATATCAA CAGTACGAGT TCAAGGAGAC 
AACAAATTTG AAGTTGTTAC AACACAAAGA ACTTTTGTTT TTAGAGTAGA AAAAGAAGAG 
GAGAGAAATG ACTGGATCAG CATACTATTA AATGCACTGA AATCACAATC CCTTACCTCG 
CAGTCTCAAG CTGTTGTTAC ACCTGAGAAA TGTGGATATC TTGAATTGAG AGGCTATAAG 
GCAAAAATTT TTACTGTGTT AAGTGGAAAC AGTGTGTGGC TTTGCAAAAA CGAACAGGAT 
TTTAAGAGTG GACTTGGTAT TACCATAATT CCTATGAATG TAGCAAATGT AAAGCAAGTG 
GACCGAACTG TGAAACAATC TTTTGAAATA ATCACTCCCT ACAGGAGTTT CAGCTTTACA 
GCCGAGACTG AAAAGGAGAA ACAAGACTGG ATTGAAGCTG TGCAGCAATC AATAGCAGAA 
ACTCTCTCTG ATTATGAAGT AGCTGAGAAG ATTTGGTTCA ATGAATCCAA CAGGAGCTGT 
GCAGATTGTA AAGCCCCAGA TCCTGACTGG GCATCCATCA ATCTCTGTGT TGTCATCTGT 
AAGAAGTGTG CAGGACAGCA TAGATCTTTA GGACCAAAAG ATTCCAAGGT TAGAAGTCTA 
AAAATGGATG CTAGCATTTG GAGCAATGAA CTCATCGAGC TTTTTATTGT CATTGGAAAC 
AAAAGAGCAA ATGACTTTTG GGCTGGTAAT CTTCAAAAGG ATGAAGAATT ACATATGGAC 
TCACCAGTAG AAAAGAGAAA AAACTTTATT ACTCAGAAAT ATAAAGAAGG AAAATTCAGA 
AAAACTCTTT TGGCATCTCT CACCAAAGAA GAATTAAATA AGGCTCTATG TGCTGCTGTA 
GTGAAACCGG ATGTTCTAGA AACAATGGCT TTGCTGTTCA GTGGAGCAGA TGTCATGTGT 
GCCACCGGAG ACCCCGTGCA TAGCACCCCC TATCTGCTAG CCAAGAAAGC TGGGCAAAGT 
CTGCAAATGG AATTTCTCTA CCATAACAAA TTCTCAGATT TCCCTCAACA TGATATTCAT 
TCCGAGGGTG TATTAAGTCA AGAGTCTTCC CAGTCCACAT TCCTCTGTGA CTTTTTATAT 
CAAGCTCCTT CTGCTGCTTC TAAACTCTCT TCAGAGAAAA AACTGCTTGA AGAGACAAAT 
AAAAAATGGT GTGTTTTGGA AGGAGGCTTC TTGAGTTACT ATGAAAATGA TAAGTCTACC 
ACACCTAATG GCACCATTAA TATCAATGAA GTTATCTGCC TGGCTATACA CAAAGAGGAC 
TTCTATTTAA ATACTGGGCC CATCTTTATC TTTGAGATCT ACTTACCCTC CGAACGTGTG 
TTTTTATTTG GAGCTGAAAC ATCTCAAGCT CAAAGAAAAT GGACAGAGGC AATAGCCAAG 
CATTTTGTTC CCTTATTTGC TGAAAACTTA ACAGAAGCTG ACTATGATTT GATTGGTCAA 
CTCTTCTACA AAGACTGCCA TGCCCTGGAT CAGTGGAGAA AAGGCTGGTT TGCTATGGAC 
AAATCCAGCT TGCATTTTTG CCTTCAAATG CAAGAAGTTC AGGGAGATAG AATGCACTTA 
AGAAGACTGC AAGAGCTAAC AATCAGCACA ATGGTTCAAA ATGGGGAAAA ACTGGATGTT 
TTACTCTTGG TAGAAAAAGG GAGAACATTA TACATCCATG GGCATACCAA GTTGGATTTC 
ACAGTCTGGC ATACTGCAAT TGAAAAAGCA GCAGGTACAG ATGGTAATGC TTTACAAGAT 
CAGCAGCTCA GCAAAAATGA CGTTCCCATT ATAGTGAACA GCTGTATAGC ATTTGTTACA 
CAGTATGGTT TAGGATGCAA ATATATCTAT CAAAAGAATG GTGATCCTTT GCATATAAGT 
GAACTCCTGG AGAGTTTCAA AAAGGATGCA AGAAGCTTTA AATTGAGGGC TGGAAAACAT 
CAGCTTGAAG ATGTGACGGC TGTGTTGAAA AGTTTTCTCT CTGACATTGA TGATGCACTG 
CTTACTAAGG AGCTCTACCC ATATTGGATC TCTGCTTTAG ATACGCAAGA TGACAAGGAA 
AGAATTAAAA AATATGGAGC ATTTATACGT TCTCTTCCAG GGGTCAACCG AGCAACACTA 
GCAGCTATCA TTGAACACCT GTATAGGGTT CAGAAATGCT CAGAAATCAA TCACATGAAT 
GCCCATAATT TGGCCTTGGT CTTTTCATCC TGTTTGTTTC AAACGAAGGG ACAAACTAGT 
GAAGAAGTGA ATGTAATTGA GGACCTAATT AATAATTATG TAGAAATATT TGAGGTTAAA 
GAAGATCAAG TCAAACAAAT GGACATAGAA AATAGCTTTA TTACCAAGTG GAAAGACACC 
CAAGTTTCCC AGGCTGGAGA TTTGTTAATT GAAGTATATG TAGAAAGGAA GGAACCCGAC 
TGTAGTATTA TAATTCGGAT ATCTCCTGTG ATGGAAGCAG AAGAATTAAC TAATGATATA 
TTAGCGATAA AAAATATTAT TCCTACAAAA GGTGATATTT GGGCCACATT TGAAGTCATT 
GAAAATGAAG AGCTAGAGCG TCCTCTTCAC TACAAGGAAA ATGTACTGGA GCAGGTGCTT 
CGGTGGAGTT CATTAGCTGA ACCTGGCTCT GCTTACCTGG TGGTGAAGAG ATTCTTAACC 
GCTGACACAA TTAAACACTG CAGTGACCGG AGTACACTGG GAAGCATCAA AGAAGGAATC 
TTGAAAATCA AAGAAGAACC ATCCAAAATA CTATCTGGAA ATAAGTTTCA AGACCGGTAT 
TTTGTTTTAC GAGATGGGTT TCTCTTTCTT TACAAGGATG TGAAGAGTAG TAAACATGAC 
AAGATGTTTT CTCTCAGTTC CATGAAGTTT TATCGTGGAG TGAAAAAGAA AATGAAGCCT 
CCAACAAGCT GGGGATTGAC CGCATATTCT GAGAAACATC ACTGGCACCT GTGTTGTGAT 
AGTTCACGAA CTCAGACGGA GTGGATGACC AGTATCTTTA TTGCCCAGAG TGCAAGAGCA 
GAACTTGAAA GGCTGCGGCT CAGTGAAAAG TGTGATAAAG AGTCCGTGGA CTCTAGCTTA 
AAGGAGAGAG CTTCCATGGT GGCCCACTGC CTGGAGCACA AGGACGATAA ACTTCGAAAT 
CGACCCCGAA AACATCGGAG TTTCAACTGC CTGGAGGACA CAGAGCCTGA AGCCCCACTT 
GGGCAACCAA AAGGCCATAA AGGCCTAAAG ACATTGAGGA AGACTGAGGA CAGGAATAGC 
AAAGCTACTT TGGACTCTGA TCATAAGTTA CCATCAAGGG TAATTGAAGA ACTTAATGTG 
GTTCTACAAC GGTCAAGAAC CCTTCCAAAA GAATTACAGG ATGAGCAGAT TTTGAAGTAG

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

ARAP2 ( XM_017007702.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016863191.1 Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant X21, mRNA.

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CloneID	OHu94888
Clone ID Related Accession (Same CDS sequence)	XM_017007702.1
Accession Version	XM_017007702.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4911bp) 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	1575475200000
Organism	Homo sapiens(human)
Product	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 2 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000004.12) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCCTCAG TCAGTGAAGT AAATGTGGAT ATAAAAGATT TCCTAATGAG CATTAATTTG 
GAGCAGTATC TCTTACATTT CCATGAGTCT GGTTTTACTA CTGTGAAGGA CTGTGCAGCA 
ATAAATGACA GCCTGCTGCA GAAAATTGGA ATATCACCTA CAGGTCACCG TAGGAGGATA 
CTTAAACAGT TACAGATAAT CTTGTCAAAA ATGCAAGATA TTCCAATATA TGCAAATGTT 
CATAAAACTA AGAAGAATGA TGACCCTTCA AAGGATTACC ATGTTCCATC TTCTGATCAG 
AATATCTGCA TAGAACTTTC CAATTCTGGT AGTGTTCAGA CATCTAGCCC ACCGCAGTTG 
GAGACTGTTA GAAAAAATCT TGAAGACAGT GATGCAAGTG TGGAAAGAAG CCAGTATCCT 
CAATCAGATG ATAAGCTGTC TCCTCCTAAA CGCGACTTCC CCACTGCAGA GGAACCACAC 
CTGAATTTGG GTTCTTTGAA TGATTCTTTA TTTGGTAGTG ACAATATTAA AATAGAATCA 
TTGATTACAA AGAAGACTGT GGATCACACA GTTGAAGAAC AACAAACAGA AAAAGTTAAA 
TTGATCACAG AAAATCTCAG TAAGCTCCCT AATGCAGACT CTGAATGCCT TTCTTTTGTT 
GGCTGTTCAA CATCAGGAAC AAATTCTGGA AATGGAACAA ATGGTTTATT AGAAGGATCA 
CCACCATCCC CATTCTTTAA GTTTCAAGGA GAAATGATTG TAAATGACTT GTATGTTCCA 
TCATCACCAA TCCTAGCACC TGTGAGAAGT CGTAGCAAGT TGGTTTCAAG ACCATCTCGA 
TCTTTTCTGC TAAGACATCG ACCTGTACCA GAGATTCCAG GGTCAACAAA AGGAGTTTCT 
GGGAGCTATT TCCGTGAAAG AAGAAATGTT GCTACCTCAA CTGAAAAATC TGTGGCATGG 
CAAAATTCAA ATGAGGAGAA TTCATCTTCC ATCTTTCCTT ATGGAGAGAC CTTTCTCTTC 
CAGAGACTAG AAAATTCCAA GAAGCGATCT ATAAAGAATG AATTTTTGAC CCAGGGAGAA 
GCACTCAAAG GGGAAGCAGC TACTGCAACA AACTCTTTTA TCATCAAATC AAGCATATAC 
GATAACAGAA AGGAGAAAAT AAGCGAGGAC AAGGTGGAAG ATATTTGGAT ACCTCGAGAG 
GACAAAAACA ATTTTTTGAT AGACACTGCT TCTGAATCAG AATACTCAAC AGTAGAAGAA 
TGCTTTCAGA GTTTAAGAAG AAAAAATTCA AAGGCATCTA AATCTAGGAC TCAAAAAGCC 
TTGATTTTGG ACTCCGTTAA TAGGCACAGT TATCCGTTAA GCTCAACAAG TGGAAATGCT 
GATTCATCAG CCGTTTCTTC ACAGGCAATA TCTCCCTATG CCTGCTTTTA TGGAGCATCT 
GCAAAGAAGG TTAAATCAGG ATGGCTGGAT AAACTCTCTC CTCAAGGAAA ACGCATGTTT 
CAAAAGAGAT GGGTGAAATT TGATGGCCTT AGCATTTCTT ACTACAATAA TGAGAAGGAG 
ATGTATTCGA AAGGAATAAT TCCCCTTTCT GCTATATCAA CAGTACGAGT TCAAGGAGAC 
AACAAATTTG AAGTTGTTAC AACACAAAGA ACTTTTGTTT TTAGAGTAGA AAAAGAAGAG 
GAGAGAAATG ACTGGATCAG CATACTATTA AATGCACTGA AATCACAATC CCTTACCTCG 
CAGTCTCAAG CTGTTGTTAC ACCTGAGAAA TGTGGATATC TTGAATTGAG AGGCTATAAG 
GCAAAAATTT TTACTGTGTT AAGTGGAAAC AGTGTGTGGC TTTGCAAAAA CGAACAGGAT 
TTTAAGAGTG GACTTGGTAT TACCATAATT CCTATGAATG TAGCAAATGT AAAGCAAGTG 
GACCGAACTG TGAAACAATC TTTTGAAATA ATCACTCCCT ACAGGAGTTT CAGCTTTACA 
GCCGAGACTG AAAAGGAGAA ACAAGACTGG ATTGAAGCTG TGCAGCAATC AATAGCAGAA 
ACTCTCTCTG ATTATGAAGT AGCTGAGAAG ATTTGGTTCA ATGAATCCAA CAGGAGCTGT 
GCAGATTGTA AAGCCCCAGA TCCTGACTGG GCATCCATCA ATCTCTGTGT TGTCATCTGT 
AAGAAGTGTG CAGGACAGCA TAGATCTTTA GGACCAAAAG ATTCCAAGGT TAGAAGTCTA 
AAAATGGATG CTAGCATTTG GAGCAATGAA CTCATCGAGC TTTTTATTGT CATTGGAAAC 
AAAAGAGCAA ATGACTTTTG GGCTGGTAAT CTTCAAAAGG ATGAAGAATT ACATATGGAC 
TCACCAGTAG AAAAGAGAAA AAACTTTATT ACTCAGAAAT ATAAAGAAGG AAAATTCAGA 
AAAACTCTTT TGGCATCTCT CACCAAAGAA GAATTAAATA AGGCTCTATG TGCTGCTGTA 
GTGAAACCGG ATGTTCTAGA AACAATGGCT TTGCTGTTCA GTGGAGCAGA TGTCATGTGT 
GCCACCGGAG ACCCCGTGCA TAGCACCCCC TATCTGCTAG CCAAGAAAGC TGGGCAAAGT 
CTGCAAATGG AATTTCTCTA CCATAACAAA TTCTCAGATT TCCCTCAACA TGATATTCAT 
TCCGAGGGTG TATTAAGTCA AGAGTCTTCC CAGTCCACAT TCCTCTGTGA CTTTTTATAT 
CAAGCTCCTT CTGCTGCTTC TAAACTCTCT TCAGAGAAAA AACTGCTTGA AGAGACAAAT 
AAAAAATGGT GTGTTTTGGA AGGAGGCTTC TTGAGTTACT ATGAAAATGA TAAGTCTACC 
ACACCTAATG GCACCATTAA TATCAATGAA GTTATCTGCC TGGCTATACA CAAAGAGGAC 
TTCTATTTAA ATACTGGGCC CATCTTTATC TTTGAGATCT ACTTACCCTC CGAACGTGTG 
TTTTTATTTG GAGCTGAAAC ATCTCAAGCT CAAAGAAAAT GGACAGAGGC AATAGCCAAG 
CATTTTGTTC CCTTATTTGC TGAAAACTTA ACAGAAGCTG ACTATGATTT GATTGGTCAA 
CTCTTCTACA AAGACTGCCA TGCCCTGGAT CAGTGGAGAA AAGGCTGGTT TGCTATGGAC 
AAATCCAGCT TGCATTTTTG CCTTCAAATG CAAGAAGTTC AGGGAGATAG AATGCACTTA 
AGAAGACTGC AAGAGCTAAC AATCAGCACA ATGGTTCAAA ATGGGGAAAA ACTGGATGTT 
TTACTCTTGG TAGAAAAAGG GAGAACATTA TACATCCATG GGCATACCAA GTTGGATTTC 
ACAGTCTGGC ATACTGCAAT TGAAAAAGCA GCAGGTACAG ATGGTAATGC TTTACAAGAT 
CAGCAGCTCA GCAAAAATGA CGTTCCCATT ATAGTGAACA GCTGTATAGC ATTTGTTACA 
CAGTATGGTT TAGGATGCAA ATATATCTAT CAAAAGAATG GTGATCCTTT GCATATAAGT 
GAACTCCTGG AGAGTTTCAA AAAGGATGCA AGAAGCTTTA AATTGAGGGC TGGAAAACAT 
CAGCTTGAAG ATGTGACGGC TGTGTTGAAA AGTTTTCTCT CTGACATTGA TGATGCACTG 
CTTACTAAGG AGCTCTACCC ATATTGGATC TCTGCTTTAG ATACGCAAGA TGACAAGGAA 
AGAATTAAAA AATATGGAGC ATTTATACGT TCTCTTCCAG GGGTCAACCG AGCAACACTA 
GCAGCTATCA TTGAACACCT GTATAGGGTT CAGAAATGCT CAGAAATCAA TCACATGAAT 
GCCCATAATT TGGCCTTGGT CTTTTCATCC TGTTTGTTTC AAACGAAGGG ACAAACTAGT 
GAAGAAGTGA ATGTAATTGA GGACCTAATT AATAATTATG TAGAAATATT TGAGGTTTCC 
CAGGCTGGAG ATTTGTTAAT TGAAGTATAT GTAGAAAGGA AGGAACCCGA CTGTAGTATT 
ATAATTCGGA TATCTCCTGT GATGGAAGCA GAAGAATTAA CTAATGATAT ATTAGCGATA 
AAAAATATTA TTCCTACAAA AGGTGATATT TGGGCCACAT TTGAAGTCAT TGAAAATGAA 
GAGCTAGAGC GTCCTCTTCA CTACAAGGAA AATGTACTGG AGCAGGTGCT TCGGTGGAGT 
TCATTAGCTG AACCTGGCTC TGCTTACCTG GTGGTGAAGA GATTCTTAAC CGCTGACACA 
ATTAAACACT GCAGTGACCG GAGTACACTG GGAAGCATCA AAGAAGGAAT CTTGAAAATC 
AAAGAAGAAC CATCCAAAAT ACTATCTGGA AATAAGTTTC AAGACCGGTA TTTTGTTTTA 
CGAGATGGGT TTCTCTTTCT TTACAAGGAT GTGAAGAGTA GTAAACATGA CAAGATGTTT 
TCTCTCAGTT CCATGAAGTT TTATCGTGGA GTGAAAAAGA AAATGAAGCC TCCAACAAGC 
TGGGGATTGA CCGCATATTC TGAGAAACAT CACTGGCACC TGTGTTGTGA TAGTTCACGA 
ACTCAGACGG AGTGGATGAC CAGTATCTTT ATTGCCCAGA GTGCAAGAGC AGAACTTGAA 
AGGCTGCGGC TCAGTGAAAA GTGTGATAAA GAGTCCGTGG ACTCTAGCTT AAAGGAGAGA 
GCTTCCATGG TGGCCCACTG CCTGGAGCAC AAGGACGATA AACTTCGAAA TCGACCCCGA 
AAACATCGGA GTTTCAACTG CCTGGAGGAC ACAGAGCCTG AAGCCCCACT TGGGCAACCA 
AAAGGCCATA AAGGCCTAAA GACATTGAGG AAGACTGAGG ACAGGAATAG CAAAGCTACT 
TTGGACTCTG ATCATAAGTT ACCATCAAGG GTAATTGAAG AACTTAATGT GGTTCTACAA 
CGGTCAAGAA CCCTTCCAAA AGAATTACAG GATGAGCAGA TTTTGAAGTA G

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

RefSeq	XP_016863191.1
CDS	769..5679
Translation	MSSVSEVNVDIKDFLMSINLEQYLLHFHESGFTTVKDCAAINDSLLQKIGISPTGHRRRILKQLQIILSKMQDIPIYANVHKTKKNDDPSKDYHVPSSDQNICIELSNSGSVQTSSPPQLETVRKNLEDSDASVERSQYPQSDDKLSPPKRDFPTAEEPHLNLGSLNDSLFGSDNIKIESLITKKTVDHTVEEQQTEKVKLITENLSKLPNADSECLSFVGCSTSGTNSGNGTNGLLEGSPPSPFFKFQGEMIVNDLYVPSSPILAPVRSRSKLVSRPSRSFLLRHRPVPEIPGSTKGVSGSYFRERRNVATSTEKSVAWQNSNEENSSSIFPYGETFLFQRLENSKKRSIKNEFLTQGEALKGEAATATNSFIIKSSIYDNRKEKISEDKVEDIWIPREDKNNFLIDTASESEYSTVEECFQSLRRKNSKASKSRTQKALILDSVNRHSYPLSSTSGNADSSAVSSQAISPYACFYGASAKKVKSGWLDKLSPQGKRMFQKRWVKFDGLSISYYNNEKEMYSKGIIPLSAISTVRVQGDNKFEVVTTQRTFVFRVEKEEERNDWISILLNALKSQSLTSQSQAVVTPEKCGYLELRGYKAKIFTVLSGNSVWLCKNEQDFKSGLGITIIPMNVANVKQVDRTVKQSFEIITPYRSFSFTAETEKEKQDWIEAVQQSIAETLSDYEVAEKIWFNESNRSCADCKAPDPDWASINLCVVICKKCAGQHRSLGPKDSKVRSLKMDASIWSNELIELFIVIGNKRANDFWAGNLQKDEELHMDSPVEKRKNFITQKYKEGKFRKTLLASLTKEELNKALCAAVVKPDVLETMALLFSGADVMCATGDPVHSTPYLLAKKAGQSLQMEFLYHNKFSDFPQHDIHSEGVLSQESSQSTFLCDFLYQAPSAASKLSSEKKLLEETNKKWCVLEGGFLSYYENDKSTTPNGTININEVICLAIHKEDFYLNTGPIFIFEIYLPSERVFLFGAETSQAQRKWTEAIAKHFVPLFAENLTEADYDLIGQLFYKDCHALDQWRKGWFAMDKSSLHFCLQMQEVQGDRMHLRRLQELTISTMVQNGEKLDVLLLVEKGRTLYIHGHTKLDFTVWHTAIEKAAGTDGNALQDQQLSKNDVPIIVNSCIAFVTQYGLGCKYIYQKNGDPLHISELLESFKKDARSFKLRAGKHQLEDVTAVLKSFLSDIDDALLTKELYPYWISALDTQDDKERIKKYGAFIRSLPGVNRATLAAIIEHLYRVQKCSEINHMNAHNLALVFSSCLFQTKGQTSEEVNVIEDLINNYVEIFEVSQAGDLLIEVYVERKEPDCSIIIRISPVMEAEELTNDILAIKNIIPTKGDIWATFEVIENEELERPLHYKENVLEQVLRWSSLAEPGSAYLVVKRFLTADTIKHCSDRSTLGSIKEGILKIKEEPSKILSGNKFQDRYFVLRDGFLFLYKDVKSSKHDKMFSLSSMKFYRGVKKKMKPPTSWGLTAYSEKHHWHLCCDSSRTQTEWMTSIFIAQSARAELERLRLSEKCDKESVDSSLKERASMVAHCLEHKDDKLRNRPRKHRSFNCLEDTEPEAPLGQPKGHKGLKTLRKTEDRNSKATLDSDHKLPSRVIEELNVVLQRSRTLPKELQDEQILK

Target ORF information:

RefSeq Version	XM_017007702.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant X21, mRNA.

Target ORF information:

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

XM_017007702.1

ORF Insert Sequence:

ATGTCCTCAG TCAGTGAAGT AAATGTGGAT ATAAAAGATT TCCTAATGAG CATTAATTTG 
GAGCAGTATC TCTTACATTT CCATGAGTCT GGTTTTACTA CTGTGAAGGA CTGTGCAGCA 
ATAAATGACA GCCTGCTGCA GAAAATTGGA ATATCACCTA CAGGTCACCG TAGGAGGATA 
CTTAAACAGT TACAGATAAT CTTGTCAAAA ATGCAAGATA TTCCAATATA TGCAAATGTT 
CATAAAACTA AGAAGAATGA TGACCCTTCA AAGGATTACC ATGTTCCATC TTCTGATCAG 
AATATCTGCA TAGAACTTTC CAATTCTGGT AGTGTTCAGA CATCTAGCCC ACCGCAGTTG 
GAGACTGTTA GAAAAAATCT TGAAGACAGT GATGCAAGTG TGGAAAGAAG CCAGTATCCT 
CAATCAGATG ATAAGCTGTC TCCTCCTAAA CGCGACTTCC CCACTGCAGA GGAACCACAC 
CTGAATTTGG GTTCTTTGAA TGATTCTTTA TTTGGTAGTG ACAATATTAA AATAGAATCA 
TTGATTACAA AGAAGACTGT GGATCACACA GTTGAAGAAC AACAAACAGA AAAAGTTAAA 
TTGATCACAG AAAATCTCAG TAAGCTCCCT AATGCAGACT CTGAATGCCT TTCTTTTGTT 
GGCTGTTCAA CATCAGGAAC AAATTCTGGA AATGGAACAA ATGGTTTATT AGAAGGATCA 
CCACCATCCC CATTCTTTAA GTTTCAAGGA GAAATGATTG TAAATGACTT GTATGTTCCA 
TCATCACCAA TCCTAGCACC TGTGAGAAGT CGTAGCAAGT TGGTTTCAAG ACCATCTCGA 
TCTTTTCTGC TAAGACATCG ACCTGTACCA GAGATTCCAG GGTCAACAAA AGGAGTTTCT 
GGGAGCTATT TCCGTGAAAG AAGAAATGTT GCTACCTCAA CTGAAAAATC TGTGGCATGG 
CAAAATTCAA ATGAGGAGAA TTCATCTTCC ATCTTTCCTT ATGGAGAGAC CTTTCTCTTC 
CAGAGACTAG AAAATTCCAA GAAGCGATCT ATAAAGAATG AATTTTTGAC CCAGGGAGAA 
GCACTCAAAG GGGAAGCAGC TACTGCAACA AACTCTTTTA TCATCAAATC AAGCATATAC 
GATAACAGAA AGGAGAAAAT AAGCGAGGAC AAGGTGGAAG ATATTTGGAT ACCTCGAGAG 
GACAAAAACA ATTTTTTGAT AGACACTGCT TCTGAATCAG AATACTCAAC AGTAGAAGAA 
TGCTTTCAGA GTTTAAGAAG AAAAAATTCA AAGGCATCTA AATCTAGGAC TCAAAAAGCC 
TTGATTTTGG ACTCCGTTAA TAGGCACAGT TATCCGTTAA GCTCAACAAG TGGAAATGCT 
GATTCATCAG CCGTTTCTTC ACAGGCAATA TCTCCCTATG CCTGCTTTTA TGGAGCATCT 
GCAAAGAAGG TTAAATCAGG ATGGCTGGAT AAACTCTCTC CTCAAGGAAA ACGCATGTTT 
CAAAAGAGAT GGGTGAAATT TGATGGCCTT AGCATTTCTT ACTACAATAA TGAGAAGGAG 
ATGTATTCGA AAGGAATAAT TCCCCTTTCT GCTATATCAA CAGTACGAGT TCAAGGAGAC 
AACAAATTTG AAGTTGTTAC AACACAAAGA ACTTTTGTTT TTAGAGTAGA AAAAGAAGAG 
GAGAGAAATG ACTGGATCAG CATACTATTA AATGCACTGA AATCACAATC CCTTACCTCG 
CAGTCTCAAG CTGTTGTTAC ACCTGAGAAA TGTGGATATC TTGAATTGAG AGGCTATAAG 
GCAAAAATTT TTACTGTGTT AAGTGGAAAC AGTGTGTGGC TTTGCAAAAA CGAACAGGAT 
TTTAAGAGTG GACTTGGTAT TACCATAATT CCTATGAATG TAGCAAATGT AAAGCAAGTG 
GACCGAACTG TGAAACAATC TTTTGAAATA ATCACTCCCT ACAGGAGTTT CAGCTTTACA 
GCCGAGACTG AAAAGGAGAA ACAAGACTGG ATTGAAGCTG TGCAGCAATC AATAGCAGAA 
ACTCTCTCTG ATTATGAAGT AGCTGAGAAG ATTTGGTTCA ATGAATCCAA CAGGAGCTGT 
GCAGATTGTA AAGCCCCAGA TCCTGACTGG GCATCCATCA ATCTCTGTGT TGTCATCTGT 
AAGAAGTGTG CAGGACAGCA TAGATCTTTA GGACCAAAAG ATTCCAAGGT TAGAAGTCTA 
AAAATGGATG CTAGCATTTG GAGCAATGAA CTCATCGAGC TTTTTATTGT CATTGGAAAC 
AAAAGAGCAA ATGACTTTTG GGCTGGTAAT CTTCAAAAGG ATGAAGAATT ACATATGGAC 
TCACCAGTAG AAAAGAGAAA AAACTTTATT ACTCAGAAAT ATAAAGAAGG AAAATTCAGA 
AAAACTCTTT TGGCATCTCT CACCAAAGAA GAATTAAATA AGGCTCTATG TGCTGCTGTA 
GTGAAACCGG ATGTTCTAGA AACAATGGCT TTGCTGTTCA GTGGAGCAGA TGTCATGTGT 
GCCACCGGAG ACCCCGTGCA TAGCACCCCC TATCTGCTAG CCAAGAAAGC TGGGCAAAGT 
CTGCAAATGG AATTTCTCTA CCATAACAAA TTCTCAGATT TCCCTCAACA TGATATTCAT 
TCCGAGGGTG TATTAAGTCA AGAGTCTTCC CAGTCCACAT TCCTCTGTGA CTTTTTATAT 
CAAGCTCCTT CTGCTGCTTC TAAACTCTCT TCAGAGAAAA AACTGCTTGA AGAGACAAAT 
AAAAAATGGT GTGTTTTGGA AGGAGGCTTC TTGAGTTACT ATGAAAATGA TAAGTCTACC 
ACACCTAATG GCACCATTAA TATCAATGAA GTTATCTGCC TGGCTATACA CAAAGAGGAC 
TTCTATTTAA ATACTGGGCC CATCTTTATC TTTGAGATCT ACTTACCCTC CGAACGTGTG 
TTTTTATTTG GAGCTGAAAC ATCTCAAGCT CAAAGAAAAT GGACAGAGGC AATAGCCAAG 
CATTTTGTTC CCTTATTTGC TGAAAACTTA ACAGAAGCTG ACTATGATTT GATTGGTCAA 
CTCTTCTACA AAGACTGCCA TGCCCTGGAT CAGTGGAGAA AAGGCTGGTT TGCTATGGAC 
AAATCCAGCT TGCATTTTTG CCTTCAAATG CAAGAAGTTC AGGGAGATAG AATGCACTTA 
AGAAGACTGC AAGAGCTAAC AATCAGCACA ATGGTTCAAA ATGGGGAAAA ACTGGATGTT 
TTACTCTTGG TAGAAAAAGG GAGAACATTA TACATCCATG GGCATACCAA GTTGGATTTC 
ACAGTCTGGC ATACTGCAAT TGAAAAAGCA GCAGGTACAG ATGGTAATGC TTTACAAGAT 
CAGCAGCTCA GCAAAAATGA CGTTCCCATT ATAGTGAACA GCTGTATAGC ATTTGTTACA 
CAGTATGGTT TAGGATGCAA ATATATCTAT CAAAAGAATG GTGATCCTTT GCATATAAGT 
GAACTCCTGG AGAGTTTCAA AAAGGATGCA AGAAGCTTTA AATTGAGGGC TGGAAAACAT 
CAGCTTGAAG ATGTGACGGC TGTGTTGAAA AGTTTTCTCT CTGACATTGA TGATGCACTG 
CTTACTAAGG AGCTCTACCC ATATTGGATC TCTGCTTTAG ATACGCAAGA TGACAAGGAA 
AGAATTAAAA AATATGGAGC ATTTATACGT TCTCTTCCAG GGGTCAACCG AGCAACACTA 
GCAGCTATCA TTGAACACCT GTATAGGGTT CAGAAATGCT CAGAAATCAA TCACATGAAT 
GCCCATAATT TGGCCTTGGT CTTTTCATCC TGTTTGTTTC AAACGAAGGG ACAAACTAGT 
GAAGAAGTGA ATGTAATTGA GGACCTAATT AATAATTATG TAGAAATATT TGAGGTTTCC 
CAGGCTGGAG ATTTGTTAAT TGAAGTATAT GTAGAAAGGA AGGAACCCGA CTGTAGTATT 
ATAATTCGGA TATCTCCTGT GATGGAAGCA GAAGAATTAA CTAATGATAT ATTAGCGATA 
AAAAATATTA TTCCTACAAA AGGTGATATT TGGGCCACAT TTGAAGTCAT TGAAAATGAA 
GAGCTAGAGC GTCCTCTTCA CTACAAGGAA AATGTACTGG AGCAGGTGCT TCGGTGGAGT 
TCATTAGCTG AACCTGGCTC TGCTTACCTG GTGGTGAAGA GATTCTTAAC CGCTGACACA 
ATTAAACACT GCAGTGACCG GAGTACACTG GGAAGCATCA AAGAAGGAAT CTTGAAAATC 
AAAGAAGAAC CATCCAAAAT ACTATCTGGA AATAAGTTTC AAGACCGGTA TTTTGTTTTA 
CGAGATGGGT TTCTCTTTCT TTACAAGGAT GTGAAGAGTA GTAAACATGA CAAGATGTTT 
TCTCTCAGTT CCATGAAGTT TTATCGTGGA GTGAAAAAGA AAATGAAGCC TCCAACAAGC 
TGGGGATTGA CCGCATATTC TGAGAAACAT CACTGGCACC TGTGTTGTGA TAGTTCACGA 
ACTCAGACGG AGTGGATGAC CAGTATCTTT ATTGCCCAGA GTGCAAGAGC AGAACTTGAA 
AGGCTGCGGC TCAGTGAAAA GTGTGATAAA GAGTCCGTGG ACTCTAGCTT AAAGGAGAGA 
GCTTCCATGG TGGCCCACTG CCTGGAGCAC AAGGACGATA AACTTCGAAA TCGACCCCGA 
AAACATCGGA GTTTCAACTG CCTGGAGGAC ACAGAGCCTG AAGCCCCACT TGGGCAACCA 
AAAGGCCATA AAGGCCTAAA GACATTGAGG AAGACTGAGG ACAGGAATAG CAAAGCTACT 
TTGGACTCTG ATCATAAGTT ACCATCAAGG GTAATTGAAG AACTTAATGT GGTTCTACAA 
CGGTCAAGAA CCCTTCCAAA AGAATTACAG GATGAGCAGA TTTTGAAGTA G

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

ARAP2 ( NM_015230.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_056045.2 Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant 1, mRNA.

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CloneID	OHu10358
Clone ID Related Accession (Same CDS sequence)	NM_015230.4 , XM_017007699.1 , NM_015230.3
Accession Version	NM_015230.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5115bp) 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	1577635200000
Organism	Homo sapiens(human)
Product	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AC104078.3, AY049733.1, AC098827.3 and BX104334.1. On Nov 22, 2018 this sequence version replaced NM_015230.3. Transcript Variant: This variant (1) represents the protein-coding transcript and encodes the supported protein. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AY049733.1, SRR1803613.268897.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000303965.9/ ENSP00000302895.4 RefSeq Select criteria :: based on conservation, expression, longest protein ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGTCCTCAG TCAGTGAAGT AAATGTGGAT ATAAAAGATT TCCTAATGAG CATTAATTTG 
GAGCAGTATC TCTTACATTT CCATGAGTCT GGTTTTACTA CTGTGAAGGA CTGTGCAGCA 
ATAAATGACA GCCTGCTGCA GAAAATTGGA ATATCACCTA CAGGTCACCG TAGGAGGATA 
CTTAAACAGT TACAGATAAT CTTGTCAAAA ATGCAAGATA TTCCAATATA TGCAAATGTT 
CATAAAACTA AGAAGAATGA TGACCCTTCA AAGGATTACC ATGTTCCATC TTCTGATCAG 
AATATCTGCA TAGAACTTTC CAATTCTGGT AGTGTTCAGA CATCTAGCCC ACCGCAGTTG 
GAGACTGTTA GAAAAAATCT TGAAGACAGT GATGCAAGTG TGGAAAGAAG CCAGTATCCT 
CAATCAGATG ATAAGCTGTC TCCTCCTAAA CGCGACTTCC CCACTGCAGA GGAACCACAC 
CTGAATTTGG GTTCTTTGAA TGATTCTTTA TTTGGTAGTG ACAATATTAA AATAGAATCA 
TTGATTACAA AGAAGACTGT GGATCACACA GTTGAAGAAC AACAAACAGA AAAAGTTAAA 
TTGATCACAG AAAATCTCAG TAAGCTCCCT AATGCAGACT CTGAATGCCT TTCTTTTGTT 
GGCTGTTCAA CATCAGGAAC AAATTCTGGA AATGGAACAA ATGGTTTATT AGAAGGATCA 
CCACCATCCC CATTCTTTAA GTTTCAAGGA GAAATGATTG TAAATGACTT GTATGTTCCA 
TCATCACCAA TCCTAGCACC TGTGAGAAGT CGTAGCAAGT TGGTTTCAAG ACCATCTCGA 
TCTTTTCTGC TAAGACATCG ACCTGTACCA GAGATTCCAG GGTCAACAAA AGGAGTTTCT 
GGGAGCTATT TCCGTGAAAG AAGAAATGTT GCTACCTCAA CTGAAAAATC TGTGGCATGG 
CAAAATTCAA ATGAGGAGAA TTCATCTTCC ATCTTTCCTT ATGGAGAGAC CTTTCTCTTC 
CAGAGACTAG AAAATTCCAA GAAGCGATCT ATAAAGAATG AATTTTTGAC CCAGGGAGAA 
GCACTCAAAG GGGAAGCAGC TACTGCAACA AACTCTTTTA TCATCAAATC AAGCATATAC 
GATAACAGAA AGGAGAAAAT AAGCGAGGAC AAGGTGGAAG ATATTTGGAT ACCTCGAGAG 
GACAAAAACA ATTTTTTGAT AGACACTGCT TCTGAATCAG AATACTCAAC AGTAGAAGAA 
TGCTTTCAGA GTTTAAGAAG AAAAAATTCA AAGGCATCTA AATCTAGGAC TCAAAAAGCC 
TTGATTTTGG ACTCCGTTAA TAGGCACAGT TATCCGTTAA GCTCAACAAG TGGAAATGCT 
GATTCATCAG CCGTTTCTTC ACAGGCAATA TCTCCCTATG CCTGCTTTTA TGGAGCATCT 
GCAAAGAAGG TTAAATCAGG ATGGCTGGAT AAACTCTCTC CTCAAGGAAA ACGCATGTTT 
CAAAAGAGAT GGGTGAAATT TGATGGCCTT AGCATTTCTT ACTACAATAA TGAGAAGGAG 
ATGTATTCGA AAGGAATAAT TCCCCTTTCT GCTATATCAA CAGTACGAGT TCAAGGAGAC 
AACAAATTTG AAGTTGTTAC AACACAAAGA ACTTTTGTTT TTAGAGTAGA AAAAGAAGAG 
GAGAGAAATG ACTGGATCAG CATACTATTA AATGCACTGA AATCACAATC CCTTACCTCG 
CAGTCTCAAG CTGTTGTTAC ACCTGAGAAA TGTGGATATC TTGAATTGAG AGGCTATAAG 
GCAAAAATTT TTACTGTGTT AAGTGGAAAC AGTGTGTGGC TTTGCAAAAA CGAACAGGAT 
TTTAAGAGTG GACTTGGTAT TACCATAATT CCTATGAATG TAGCAAATGT AAAGCAAGTG 
GACCGAACTG TGAAACAATC TTTTGAAATA ATCACTCCCT ACAGGAGTTT CAGCTTTACA 
GCCGAGACTG AAAAGGAGAA ACAAGACTGG ATTGAAGCTG TGCAGCAATC AATAGCAGAA 
ACTCTCTCTG ATTATGAAGT AGCTGAGAAG ATTTGGTTCA ATGAATCCAA CAGGAGCTGT 
GCAGATTGTA AAGCCCCAGA TCCTGACTGG GCATCCATCA ATCTCTGTGT TGTCATCTGT 
AAGAAGTGTG CAGGACAGCA TAGATCTTTA GGACCAAAAG ATTCCAAGGT TAGAAGTCTA 
AAAATGGATG CTAGCATTTG GAGCAATGAA CTCATCGAGC TTTTTATTGT CATTGGAAAC 
AAAAGAGCAA ATGACTTTTG GGCTGGTAAT CTTCAAAAGG ATGAAGAATT ACATATGGAC 
TCACCAGTAG AAAAGAGAAA AAACTTTATT ACTCAGAAAT ATAAAGAAGG AAAATTCAGA 
AAAACTCTTT TGGCATCTCT CACCAAAGAA GAATTAAATA AGGCTCTATG TGCTGCTGTA 
GTGAAACCGG ATGTTCTAGA AACAATGGCT TTGCTGTTCA GTGGAGCAGA TGTCATGTGT 
GCCACCGGAG ACCCCGTGCA TAGCACCCCC TATCTGCTAG CCAAGAAAGC TGGGCAAAGT 
CTGCAAATGG AATTTCTCTA CCATAACAAA TTCTCAGATT TCCCTCAACA TGATATTCAT 
TCCGAGGGTG TATTAAGTCA AGAGTCTTCC CAGTCCACAT TCCTCTGTGA CTTTTTATAT 
CAAGCTCCTT CTGCTGCTTC TAAACTCTCT TCAGAGAAAA AACTGCTTGA AGAGACAAAT 
AAAAAATGGT GTGTTTTGGA AGGAGGCTTC TTGAGTTACT ATGAAAATGA TAAGTCTACC 
ACACCTAATG GCACCATTAA TATCAATGAA GTTATCTGCC TGGCTATACA CAAAGAGGAC 
TTCTATTTAA ATACTGGGCC CATCTTTATC TTTGAGATCT ACTTACCCTC CGAACGTGTG 
TTTTTATTTG GAGCTGAAAC ATCTCAAGCT CAAAGAAAAT GGACAGAGGC AATAGCCAAG 
CATTTTGTTC CCTTATTTGC TGAAAACTTA ACAGAAGCTG ACTATGATTT GATTGGTCAA 
CTCTTCTACA AAGACTGCCA TGCCCTGGAT CAGTGGAGAA AAGGCTGGTT TGCTATGGAC 
AAATCCAGCT TGCATTTTTG CCTTCAAATG CAAGAAGTTC AGGGAGATAG AATGCACTTA 
AGAAGACTGC AAGAGCTAAC AATCAGCACA ATGGTTCAAA ATGGGGAAAA ACTGGATGTT 
TTACTCTTGG TAGAAAAAGG GAGAACATTA TACATCCATG GGCATACCAA GTTGGATTTC 
ACAGTCTGGC ATACTGCAAT TGAAAAAGCA GCAGGTACAG ATGGTAATGC TTTACAAGAT 
CAGCAGCTCA GCAAAAATGA CGTTCCCATT ATAGTGAACA GCTGTATAGC ATTTGTTACA 
CAGTATGGTT TAGGATGCAA ATATATCTAT CAAAAGAATG GTGATCCTTT GCATATAAGT 
GAACTCCTGG AGAGTTTCAA AAAGGATGCA AGAAGCTTTA AATTGAGGGC TGGAAAACAT 
CAGCTTGAAG ATGTGACGGC TGTGTTGAAA AGTTTTCTCT CTGACATTGA TGATGCACTG 
CTTACTAAGG AGCTCTACCC ATATTGGATC TCTGCTTTAG ATACGCAAGA TGACAAGGAA 
AGAATTAAAA AATATGGAGC ATTTATACGT TCTCTTCCAG GGGTCAACCG AGCAACACTA 
GCAGCTATCA TTGAACACCT GTATAGGGTT CAGAAATGCT CAGAAATCAA TCACATGAAT 
GCCCATAATT TGGCCTTGGT CTTTTCATCC TGTTTGTTTC AAACGAAGGG ACAAACTAGT 
GAAGAAGTGA ATGTAATTGA GGACCTAATT AATAATTATG TAGAAATATT TGAGGTTAAA 
GAAGATCAAG TCAAACAAAT GGACATAGAA AATAGCTTTA TTACCAAGTG GAAAGACACC 
CAAGTTTCCC AGGCTGGAGA TTTGTTAATT GAAGTATATG TAGAAAGGAA GGAACCCGAC 
TGTAGTATTA TAATTCGGAT ATCTCCTGTG ATGGAAGCAG AAGAATTAAC TAATGATATA 
TTAGCGATAA AAAATATTAT TCCTACAAAA GGTGATATTT GGGCCACATT TGAAGTCATT 
GAAAATGAAG AGCTAGAGCG TCCTCTTCAC TACAAGGAAA ATGTACTGGA GCAGGTGCTT 
CGGTGGAGTT CATTAGCTGA ACCTGGCTCT GCTTACCTGG TGGTGAAGAG ATTCTTAACC 
GCTGACACAA TTAAACACTG CAGTGACCGG AGTACACTGG GAAGCATCAA AGAAGGAATC 
TTGAAAATCA AAGAAGAACC ATCCAAAATA CTATCTGGAA ATAAGTTTCA AGACCGGTAT 
TTTGTTTTAC GAGATGGGTT TCTCTTTCTT TACAAGGATG TGAAGAGTAG TAAACATGAC 
AAGATGTTTT CTCTCAGTTC CATGAAGTTT TATCGTGGAG TGAAAAAGAA AATGAAGCCT 
CCAACAAGCT GGGGATTGAC CGCATATTCT GAGAAACATC ACTGGCACCT GTGTTGTGAT 
AGTTCACGAA CTCAGACGGA GTGGATGACC AGTATCTTTA TTGCCCAGCA TGAATATGAT 
ATATGGCCAC CAGCTGGAAA GGAACGAAAA CGTTCAATAA CCAAAAATCC CAAAATTGGA 
GGTTTGCCTC TGATTCCTAT ACAGCATGAG GGGAATGCAA CCTTGGCCCG GAAAAATATT 
GAGAGTGCAA GAGCAGAACT TGAAAGGCTG CGGCTCAGTG AAAAGTGTGA TAAAGAGTCC 
GTGGACTCTA GCTTAAAGGA GAGAGCTTCC ATGGTGGCCC ACTGCCTGGA GCACAAGGAC 
GATAAACTTC GAAATCGACC CCGAAAACAT CGGAGTTTCA ACTGCCTGGA GGACACAGAG 
CCTGAAGCCC CACTTGGGCA ACCAAAAGGC CATAAAGGCC TAAAGACATT GAGGAAGACT 
GAGGACAGGA ATAGCAAAGC TACTTTGGAC TCTGATCATA AGTTACCATC AAGGGTAATT 
GAAGAACTTA ATGTGGTTCT ACAACGGTCA AGAACCCTTC CAAAAGAATT ACAGGATGAG 
CAGATTTTGA AGTAG

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

RefSeq	NP_056045.2
CDS	496..5610
Translation	MSSVSEVNVDIKDFLMSINLEQYLLHFHESGFTTVKDCAAINDSLLQKIGISPTGHRRRILKQLQIILSKMQDIPIYANVHKTKKNDDPSKDYHVPSSDQNICIELSNSGSVQTSSPPQLETVRKNLEDSDASVERSQYPQSDDKLSPPKRDFPTAEEPHLNLGSLNDSLFGSDNIKIESLITKKTVDHTVEEQQTEKVKLITENLSKLPNADSECLSFVGCSTSGTNSGNGTNGLLEGSPPSPFFKFQGEMIVNDLYVPSSPILAPVRSRSKLVSRPSRSFLLRHRPVPEIPGSTKGVSGSYFRERRNVATSTEKSVAWQNSNEENSSSIFPYGETFLFQRLENSKKRSIKNEFLTQGEALKGEAATATNSFIIKSSIYDNRKEKISEDKVEDIWIPREDKNNFLIDTASESEYSTVEECFQSLRRKNSKASKSRTQKALILDSVNRHSYPLSSTSGNADSSAVSSQAISPYACFYGASAKKVKSGWLDKLSPQGKRMFQKRWVKFDGLSISYYNNEKEMYSKGIIPLSAISTVRVQGDNKFEVVTTQRTFVFRVEKEEERNDWISILLNALKSQSLTSQSQAVVTPEKCGYLELRGYKAKIFTVLSGNSVWLCKNEQDFKSGLGITIIPMNVANVKQVDRTVKQSFEIITPYRSFSFTAETEKEKQDWIEAVQQSIAETLSDYEVAEKIWFNESNRSCADCKAPDPDWASINLCVVICKKCAGQHRSLGPKDSKVRSLKMDASIWSNELIELFIVIGNKRANDFWAGNLQKDEELHMDSPVEKRKNFITQKYKEGKFRKTLLASLTKEELNKALCAAVVKPDVLETMALLFSGADVMCATGDPVHSTPYLLAKKAGQSLQMEFLYHNKFSDFPQHDIHSEGVLSQESSQSTFLCDFLYQAPSAASKLSSEKKLLEETNKKWCVLEGGFLSYYENDKSTTPNGTININEVICLAIHKEDFYLNTGPIFIFEIYLPSERVFLFGAETSQAQRKWTEAIAKHFVPLFAENLTEADYDLIGQLFYKDCHALDQWRKGWFAMDKSSLHFCLQMQEVQGDRMHLRRLQELTISTMVQNGEKLDVLLLVEKGRTLYIHGHTKLDFTVWHTAIEKAAGTDGNALQDQQLSKNDVPIIVNSCIAFVTQYGLGCKYIYQKNGDPLHISELLESFKKDARSFKLRAGKHQLEDVTAVLKSFLSDIDDALLTKELYPYWISALDTQDDKERIKKYGAFIRSLPGVNRATLAAIIEHLYRVQKCSEINHMNAHNLALVFSSCLFQTKGQTSEEVNVIEDLINNYVEIFEVKEDQVKQMDIENSFITKWKDTQVSQAGDLLIEVYVERKEPDCSIIIRISPVMEAEELTNDILAIKNIIPTKGDIWATFEVIENEELERPLHYKENVLEQVLRWSSLAEPGSAYLVVKRFLTADTIKHCSDRSTLGSIKEGILKIKEEPSKILSGNKFQDRYFVLRDGFLFLYKDVKSSKHDKMFSLSSMKFYRGVKKKMKPPTSWGLTAYSEKHHWHLCCDSSRTQTEWMTSIFIAQHEYDIWPPAGKERKRSITKNPKIGGLPLIPIQHEGNATLARKNIESARAELERLRLSEKCDKESVDSSLKERASMVAHCLEHKDDKLRNRPRKHRSFNCLEDTEPEAPLGQPKGHKGLKTLRKTEDRNSKATLDSDHKLPSRVIEELNVVLQRSRTLPKELQDEQILK

Target ORF information:

RefSeq Version	NM_015230.4
Organism	Homo sapiens(human)
Definition	Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant 1, mRNA.

Target ORF information:

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

NM_015230.4

ORF Insert Sequence:

ATGTCCTCAG TCAGTGAAGT AAATGTGGAT ATAAAAGATT TCCTAATGAG CATTAATTTG 
GAGCAGTATC TCTTACATTT CCATGAGTCT GGTTTTACTA CTGTGAAGGA CTGTGCAGCA 
ATAAATGACA GCCTGCTGCA GAAAATTGGA ATATCACCTA CAGGTCACCG TAGGAGGATA 
CTTAAACAGT TACAGATAAT CTTGTCAAAA ATGCAAGATA TTCCAATATA TGCAAATGTT 
CATAAAACTA AGAAGAATGA TGACCCTTCA AAGGATTACC ATGTTCCATC TTCTGATCAG 
AATATCTGCA TAGAACTTTC CAATTCTGGT AGTGTTCAGA CATCTAGCCC ACCGCAGTTG 
GAGACTGTTA GAAAAAATCT TGAAGACAGT GATGCAAGTG TGGAAAGAAG CCAGTATCCT 
CAATCAGATG ATAAGCTGTC TCCTCCTAAA CGCGACTTCC CCACTGCAGA GGAACCACAC 
CTGAATTTGG GTTCTTTGAA TGATTCTTTA TTTGGTAGTG ACAATATTAA AATAGAATCA 
TTGATTACAA AGAAGACTGT GGATCACACA GTTGAAGAAC AACAAACAGA AAAAGTTAAA 
TTGATCACAG AAAATCTCAG TAAGCTCCCT AATGCAGACT CTGAATGCCT TTCTTTTGTT 
GGCTGTTCAA CATCAGGAAC AAATTCTGGA AATGGAACAA ATGGTTTATT AGAAGGATCA 
CCACCATCCC CATTCTTTAA GTTTCAAGGA GAAATGATTG TAAATGACTT GTATGTTCCA 
TCATCACCAA TCCTAGCACC TGTGAGAAGT CGTAGCAAGT TGGTTTCAAG ACCATCTCGA 
TCTTTTCTGC TAAGACATCG ACCTGTACCA GAGATTCCAG GGTCAACAAA AGGAGTTTCT 
GGGAGCTATT TCCGTGAAAG AAGAAATGTT GCTACCTCAA CTGAAAAATC TGTGGCATGG 
CAAAATTCAA ATGAGGAGAA TTCATCTTCC ATCTTTCCTT ATGGAGAGAC CTTTCTCTTC 
CAGAGACTAG AAAATTCCAA GAAGCGATCT ATAAAGAATG AATTTTTGAC CCAGGGAGAA 
GCACTCAAAG GGGAAGCAGC TACTGCAACA AACTCTTTTA TCATCAAATC AAGCATATAC 
GATAACAGAA AGGAGAAAAT AAGCGAGGAC AAGGTGGAAG ATATTTGGAT ACCTCGAGAG 
GACAAAAACA ATTTTTTGAT AGACACTGCT TCTGAATCAG AATACTCAAC AGTAGAAGAA 
TGCTTTCAGA GTTTAAGAAG AAAAAATTCA AAGGCATCTA AATCTAGGAC TCAAAAAGCC 
TTGATTTTGG ACTCCGTTAA TAGGCACAGT TATCCGTTAA GCTCAACAAG TGGAAATGCT 
GATTCATCAG CCGTTTCTTC ACAGGCAATA TCTCCCTATG CCTGCTTTTA TGGAGCATCT 
GCAAAGAAGG TTAAATCAGG ATGGCTGGAT AAACTCTCTC CTCAAGGAAA ACGCATGTTT 
CAAAAGAGAT GGGTGAAATT TGATGGCCTT AGCATTTCTT ACTACAATAA TGAGAAGGAG 
ATGTATTCGA AAGGAATAAT TCCCCTTTCT GCTATATCAA CAGTACGAGT TCAAGGAGAC 
AACAAATTTG AAGTTGTTAC AACACAAAGA ACTTTTGTTT TTAGAGTAGA AAAAGAAGAG 
GAGAGAAATG ACTGGATCAG CATACTATTA AATGCACTGA AATCACAATC CCTTACCTCG 
CAGTCTCAAG CTGTTGTTAC ACCTGAGAAA TGTGGATATC TTGAATTGAG AGGCTATAAG 
GCAAAAATTT TTACTGTGTT AAGTGGAAAC AGTGTGTGGC TTTGCAAAAA CGAACAGGAT 
TTTAAGAGTG GACTTGGTAT TACCATAATT CCTATGAATG TAGCAAATGT AAAGCAAGTG 
GACCGAACTG TGAAACAATC TTTTGAAATA ATCACTCCCT ACAGGAGTTT CAGCTTTACA 
GCCGAGACTG AAAAGGAGAA ACAAGACTGG ATTGAAGCTG TGCAGCAATC AATAGCAGAA 
ACTCTCTCTG ATTATGAAGT AGCTGAGAAG ATTTGGTTCA ATGAATCCAA CAGGAGCTGT 
GCAGATTGTA AAGCCCCAGA TCCTGACTGG GCATCCATCA ATCTCTGTGT TGTCATCTGT 
AAGAAGTGTG CAGGACAGCA TAGATCTTTA GGACCAAAAG ATTCCAAGGT TAGAAGTCTA 
AAAATGGATG CTAGCATTTG GAGCAATGAA CTCATCGAGC TTTTTATTGT CATTGGAAAC 
AAAAGAGCAA ATGACTTTTG GGCTGGTAAT CTTCAAAAGG ATGAAGAATT ACATATGGAC 
TCACCAGTAG AAAAGAGAAA AAACTTTATT ACTCAGAAAT ATAAAGAAGG AAAATTCAGA 
AAAACTCTTT TGGCATCTCT CACCAAAGAA GAATTAAATA AGGCTCTATG TGCTGCTGTA 
GTGAAACCGG ATGTTCTAGA AACAATGGCT TTGCTGTTCA GTGGAGCAGA TGTCATGTGT 
GCCACCGGAG ACCCCGTGCA TAGCACCCCC TATCTGCTAG CCAAGAAAGC TGGGCAAAGT 
CTGCAAATGG AATTTCTCTA CCATAACAAA TTCTCAGATT TCCCTCAACA TGATATTCAT 
TCCGAGGGTG TATTAAGTCA AGAGTCTTCC CAGTCCACAT TCCTCTGTGA CTTTTTATAT 
CAAGCTCCTT CTGCTGCTTC TAAACTCTCT TCAGAGAAAA AACTGCTTGA AGAGACAAAT 
AAAAAATGGT GTGTTTTGGA AGGAGGCTTC TTGAGTTACT ATGAAAATGA TAAGTCTACC 
ACACCTAATG GCACCATTAA TATCAATGAA GTTATCTGCC TGGCTATACA CAAAGAGGAC 
TTCTATTTAA ATACTGGGCC CATCTTTATC TTTGAGATCT ACTTACCCTC CGAACGTGTG 
TTTTTATTTG GAGCTGAAAC ATCTCAAGCT CAAAGAAAAT GGACAGAGGC AATAGCCAAG 
CATTTTGTTC CCTTATTTGC TGAAAACTTA ACAGAAGCTG ACTATGATTT GATTGGTCAA 
CTCTTCTACA AAGACTGCCA TGCCCTGGAT CAGTGGAGAA AAGGCTGGTT TGCTATGGAC 
AAATCCAGCT TGCATTTTTG CCTTCAAATG CAAGAAGTTC AGGGAGATAG AATGCACTTA 
AGAAGACTGC AAGAGCTAAC AATCAGCACA ATGGTTCAAA ATGGGGAAAA ACTGGATGTT 
TTACTCTTGG TAGAAAAAGG GAGAACATTA TACATCCATG GGCATACCAA GTTGGATTTC 
ACAGTCTGGC ATACTGCAAT TGAAAAAGCA GCAGGTACAG ATGGTAATGC TTTACAAGAT 
CAGCAGCTCA GCAAAAATGA CGTTCCCATT ATAGTGAACA GCTGTATAGC ATTTGTTACA 
CAGTATGGTT TAGGATGCAA ATATATCTAT CAAAAGAATG GTGATCCTTT GCATATAAGT 
GAACTCCTGG AGAGTTTCAA AAAGGATGCA AGAAGCTTTA AATTGAGGGC TGGAAAACAT 
CAGCTTGAAG ATGTGACGGC TGTGTTGAAA AGTTTTCTCT CTGACATTGA TGATGCACTG 
CTTACTAAGG AGCTCTACCC ATATTGGATC TCTGCTTTAG ATACGCAAGA TGACAAGGAA 
AGAATTAAAA AATATGGAGC ATTTATACGT TCTCTTCCAG GGGTCAACCG AGCAACACTA 
GCAGCTATCA TTGAACACCT GTATAGGGTT CAGAAATGCT CAGAAATCAA TCACATGAAT 
GCCCATAATT TGGCCTTGGT CTTTTCATCC TGTTTGTTTC AAACGAAGGG ACAAACTAGT 
GAAGAAGTGA ATGTAATTGA GGACCTAATT AATAATTATG TAGAAATATT TGAGGTTAAA 
GAAGATCAAG TCAAACAAAT GGACATAGAA AATAGCTTTA TTACCAAGTG GAAAGACACC 
CAAGTTTCCC AGGCTGGAGA TTTGTTAATT GAAGTATATG TAGAAAGGAA GGAACCCGAC 
TGTAGTATTA TAATTCGGAT ATCTCCTGTG ATGGAAGCAG AAGAATTAAC TAATGATATA 
TTAGCGATAA AAAATATTAT TCCTACAAAA GGTGATATTT GGGCCACATT TGAAGTCATT 
GAAAATGAAG AGCTAGAGCG TCCTCTTCAC TACAAGGAAA ATGTACTGGA GCAGGTGCTT 
CGGTGGAGTT CATTAGCTGA ACCTGGCTCT GCTTACCTGG TGGTGAAGAG ATTCTTAACC 
GCTGACACAA TTAAACACTG CAGTGACCGG AGTACACTGG GAAGCATCAA AGAAGGAATC 
TTGAAAATCA AAGAAGAACC ATCCAAAATA CTATCTGGAA ATAAGTTTCA AGACCGGTAT 
TTTGTTTTAC GAGATGGGTT TCTCTTTCTT TACAAGGATG TGAAGAGTAG TAAACATGAC 
AAGATGTTTT CTCTCAGTTC CATGAAGTTT TATCGTGGAG TGAAAAAGAA AATGAAGCCT 
CCAACAAGCT GGGGATTGAC CGCATATTCT GAGAAACATC ACTGGCACCT GTGTTGTGAT 
AGTTCACGAA CTCAGACGGA GTGGATGACC AGTATCTTTA TTGCCCAGCA TGAATATGAT 
ATATGGCCAC CAGCTGGAAA GGAACGAAAA CGTTCAATAA CCAAAAATCC CAAAATTGGA 
GGTTTGCCTC TGATTCCTAT ACAGCATGAG GGGAATGCAA CCTTGGCCCG GAAAAATATT 
GAGAGTGCAA GAGCAGAACT TGAAAGGCTG CGGCTCAGTG AAAAGTGTGA TAAAGAGTCC 
GTGGACTCTA GCTTAAAGGA GAGAGCTTCC ATGGTGGCCC ACTGCCTGGA GCACAAGGAC 
GATAAACTTC GAAATCGACC CCGAAAACAT CGGAGTTTCA ACTGCCTGGA GGACACAGAG 
CCTGAAGCCC CACTTGGGCA ACCAAAAGGC CATAAAGGCC TAAAGACATT GAGGAAGACT 
GAGGACAGGA ATAGCAAAGC TACTTTGGAC TCTGATCATA AGTTACCATC AAGGGTAATT 
GAAGAACTTA ATGTGGTTCT ACAACGGTCA AGAACCCTTC CAAAAGAATT ACAGGATGAG 
CAGATTTTGA AGTAG

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

ARAP2 ( NM_015230.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_056045.2 Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant 1, mRNA.

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CloneID	OHu10358
Clone ID Related Accession (Same CDS sequence)	NM_015230.4 , XM_017007699.1 , NM_015230.3
Accession Version	NM_015230.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5115bp) 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	1506787200000
Organism	Homo sapiens(human)
Product	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AC104078.3, AY049733.1, AC098827.3, BX104334.1 and BC150258.1. On Feb 25, 2011 this sequence version replaced NM_015230.2. Transcript Variant: This variant (1) represents the protein-coding transcript and encodes the supported protein. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AY049733.1, SRR1803613.268897.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGTCCTCAG TCAGTGAAGT AAATGTGGAT ATAAAAGATT TCCTAATGAG CATTAATTTG 
GAGCAGTATC TCTTACATTT CCATGAGTCT GGTTTTACTA CTGTGAAGGA CTGTGCAGCA 
ATAAATGACA GCCTGCTGCA GAAAATTGGA ATATCACCTA CAGGTCACCG TAGGAGGATA 
CTTAAACAGT TACAGATAAT CTTGTCAAAA ATGCAAGATA TTCCAATATA TGCAAATGTT 
CATAAAACTA AGAAGAATGA TGACCCTTCA AAGGATTACC ATGTTCCATC TTCTGATCAG 
AATATCTGCA TAGAACTTTC CAATTCTGGT AGTGTTCAGA CATCTAGCCC ACCGCAGTTG 
GAGACTGTTA GAAAAAATCT TGAAGACAGT GATGCAAGTG TGGAAAGAAG CCAGTATCCT 
CAATCAGATG ATAAGCTGTC TCCTCCTAAA CGCGACTTCC CCACTGCAGA GGAACCACAC 
CTGAATTTGG GTTCTTTGAA TGATTCTTTA TTTGGTAGTG ACAATATTAA AATAGAATCA 
TTGATTACAA AGAAGACTGT GGATCACACA GTTGAAGAAC AACAAACAGA AAAAGTTAAA 
TTGATCACAG AAAATCTCAG TAAGCTCCCT AATGCAGACT CTGAATGCCT TTCTTTTGTT 
GGCTGTTCAA CATCAGGAAC AAATTCTGGA AATGGAACAA ATGGTTTATT AGAAGGATCA 
CCACCATCCC CATTCTTTAA GTTTCAAGGA GAAATGATTG TAAATGACTT GTATGTTCCA 
TCATCACCAA TCCTAGCACC TGTGAGAAGT CGTAGCAAGT TGGTTTCAAG ACCATCTCGA 
TCTTTTCTGC TAAGACATCG ACCTGTACCA GAGATTCCAG GGTCAACAAA AGGAGTTTCT 
GGGAGCTATT TCCGTGAAAG AAGAAATGTT GCTACCTCAA CTGAAAAATC TGTGGCATGG 
CAAAATTCAA ATGAGGAGAA TTCATCTTCC ATCTTTCCTT ATGGAGAGAC CTTTCTCTTC 
CAGAGACTAG AAAATTCCAA GAAGCGATCT ATAAAGAATG AATTTTTGAC CCAGGGAGAA 
GCACTCAAAG GGGAAGCAGC TACTGCAACA AACTCTTTTA TCATCAAATC AAGCATATAC 
GATAACAGAA AGGAGAAAAT AAGCGAGGAC AAGGTGGAAG ATATTTGGAT ACCTCGAGAG 
GACAAAAACA ATTTTTTGAT AGACACTGCT TCTGAATCAG AATACTCAAC AGTAGAAGAA 
TGCTTTCAGA GTTTAAGAAG AAAAAATTCA AAGGCATCTA AATCTAGGAC TCAAAAAGCC 
TTGATTTTGG ACTCCGTTAA TAGGCACAGT TATCCGTTAA GCTCAACAAG TGGAAATGCT 
GATTCATCAG CCGTTTCTTC ACAGGCAATA TCTCCCTATG CCTGCTTTTA TGGAGCATCT 
GCAAAGAAGG TTAAATCAGG ATGGCTGGAT AAACTCTCTC CTCAAGGAAA ACGCATGTTT 
CAAAAGAGAT GGGTGAAATT TGATGGCCTT AGCATTTCTT ACTACAATAA TGAGAAGGAG 
ATGTATTCGA AAGGAATAAT TCCCCTTTCT GCTATATCAA CAGTACGAGT TCAAGGAGAC 
AACAAATTTG AAGTTGTTAC AACACAAAGA ACTTTTGTTT TTAGAGTAGA AAAAGAAGAG 
GAGAGAAATG ACTGGATCAG CATACTATTA AATGCACTGA AATCACAATC CCTTACCTCG 
CAGTCTCAAG CTGTTGTTAC ACCTGAGAAA TGTGGATATC TTGAATTGAG AGGCTATAAG 
GCAAAAATTT TTACTGTGTT AAGTGGAAAC AGTGTGTGGC TTTGCAAAAA CGAACAGGAT 
TTTAAGAGTG GACTTGGTAT TACCATAATT CCTATGAATG TAGCAAATGT AAAGCAAGTG 
GACCGAACTG TGAAACAATC TTTTGAAATA ATCACTCCCT ACAGGAGTTT CAGCTTTACA 
GCCGAGACTG AAAAGGAGAA ACAAGACTGG ATTGAAGCTG TGCAGCAATC AATAGCAGAA 
ACTCTCTCTG ATTATGAAGT AGCTGAGAAG ATTTGGTTCA ATGAATCCAA CAGGAGCTGT 
GCAGATTGTA AAGCCCCAGA TCCTGACTGG GCATCCATCA ATCTCTGTGT TGTCATCTGT 
AAGAAGTGTG CAGGACAGCA TAGATCTTTA GGACCAAAAG ATTCCAAGGT TAGAAGTCTA 
AAAATGGATG CTAGCATTTG GAGCAATGAA CTCATCGAGC TTTTTATTGT CATTGGAAAC 
AAAAGAGCAA ATGACTTTTG GGCTGGTAAT CTTCAAAAGG ATGAAGAATT ACATATGGAC 
TCACCAGTAG AAAAGAGAAA AAACTTTATT ACTCAGAAAT ATAAAGAAGG AAAATTCAGA 
AAAACTCTTT TGGCATCTCT CACCAAAGAA GAATTAAATA AGGCTCTATG TGCTGCTGTA 
GTGAAACCGG ATGTTCTAGA AACAATGGCT TTGCTGTTCA GTGGAGCAGA TGTCATGTGT 
GCCACCGGAG ACCCCGTGCA TAGCACCCCC TATCTGCTAG CCAAGAAAGC TGGGCAAAGT 
CTGCAAATGG AATTTCTCTA CCATAACAAA TTCTCAGATT TCCCTCAACA TGATATTCAT 
TCCGAGGGTG TATTAAGTCA AGAGTCTTCC CAGTCCACAT TCCTCTGTGA CTTTTTATAT 
CAAGCTCCTT CTGCTGCTTC TAAACTCTCT TCAGAGAAAA AACTGCTTGA AGAGACAAAT 
AAAAAATGGT GTGTTTTGGA AGGAGGCTTC TTGAGTTACT ATGAAAATGA TAAGTCTACC 
ACACCTAATG GCACCATTAA TATCAATGAA GTTATCTGCC TGGCTATACA CAAAGAGGAC 
TTCTATTTAA ATACTGGGCC CATCTTTATC TTTGAGATCT ACTTACCCTC CGAACGTGTG 
TTTTTATTTG GAGCTGAAAC ATCTCAAGCT CAAAGAAAAT GGACAGAGGC AATAGCCAAG 
CATTTTGTTC CCTTATTTGC TGAAAACTTA ACAGAAGCTG ACTATGATTT GATTGGTCAA 
CTCTTCTACA AAGACTGCCA TGCCCTGGAT CAGTGGAGAA AAGGCTGGTT TGCTATGGAC 
AAATCCAGCT TGCATTTTTG CCTTCAAATG CAAGAAGTTC AGGGAGATAG AATGCACTTA 
AGAAGACTGC AAGAGCTAAC AATCAGCACA ATGGTTCAAA ATGGGGAAAA ACTGGATGTT 
TTACTCTTGG TAGAAAAAGG GAGAACATTA TACATCCATG GGCATACCAA GTTGGATTTC 
ACAGTCTGGC ATACTGCAAT TGAAAAAGCA GCAGGTACAG ATGGTAATGC TTTACAAGAT 
CAGCAGCTCA GCAAAAATGA CGTTCCCATT ATAGTGAACA GCTGTATAGC ATTTGTTACA 
CAGTATGGTT TAGGATGCAA ATATATCTAT CAAAAGAATG GTGATCCTTT GCATATAAGT 
GAACTCCTGG AGAGTTTCAA AAAGGATGCA AGAAGCTTTA AATTGAGGGC TGGAAAACAT 
CAGCTTGAAG ATGTGACGGC TGTGTTGAAA AGTTTTCTCT CTGACATTGA TGATGCACTG 
CTTACTAAGG AGCTCTACCC ATATTGGATC TCTGCTTTAG ATACGCAAGA TGACAAGGAA 
AGAATTAAAA AATATGGAGC ATTTATACGT TCTCTTCCAG GGGTCAACCG AGCAACACTA 
GCAGCTATCA TTGAACACCT GTATAGGGTT CAGAAATGCT CAGAAATCAA TCACATGAAT 
GCCCATAATT TGGCCTTGGT CTTTTCATCC TGTTTGTTTC AAACGAAGGG ACAAACTAGT 
GAAGAAGTGA ATGTAATTGA GGACCTAATT AATAATTATG TAGAAATATT TGAGGTTAAA 
GAAGATCAAG TCAAACAAAT GGACATAGAA AATAGCTTTA TTACCAAGTG GAAAGACACC 
CAAGTTTCCC AGGCTGGAGA TTTGTTAATT GAAGTATATG TAGAAAGGAA GGAACCCGAC 
TGTAGTATTA TAATTCGGAT ATCTCCTGTG ATGGAAGCAG AAGAATTAAC TAATGATATA 
TTAGCGATAA AAAATATTAT TCCTACAAAA GGTGATATTT GGGCCACATT TGAAGTCATT 
GAAAATGAAG AGCTAGAGCG TCCTCTTCAC TACAAGGAAA ATGTACTGGA GCAGGTGCTT 
CGGTGGAGTT CATTAGCTGA ACCTGGCTCT GCTTACCTGG TGGTGAAGAG ATTCTTAACC 
GCTGACACAA TTAAACACTG CAGTGACCGG AGTACACTGG GAAGCATCAA AGAAGGAATC 
TTGAAAATCA AAGAAGAACC ATCCAAAATA CTATCTGGAA ATAAGTTTCA AGACCGGTAT 
TTTGTTTTAC GAGATGGGTT TCTCTTTCTT TACAAGGATG TGAAGAGTAG TAAACATGAC 
AAGATGTTTT CTCTCAGTTC CATGAAGTTT TATCGTGGAG TGAAAAAGAA AATGAAGCCT 
CCAACAAGCT GGGGATTGAC CGCATATTCT GAGAAACATC ACTGGCACCT GTGTTGTGAT 
AGTTCACGAA CTCAGACGGA GTGGATGACC AGTATCTTTA TTGCCCAGCA TGAATATGAT 
ATATGGCCAC CAGCTGGAAA GGAACGAAAA CGTTCAATAA CCAAAAATCC CAAAATTGGA 
GGTTTGCCTC TGATTCCTAT ACAGCATGAG GGGAATGCAA CCTTGGCCCG GAAAAATATT 
GAGAGTGCAA GAGCAGAACT TGAAAGGCTG CGGCTCAGTG AAAAGTGTGA TAAAGAGTCC 
GTGGACTCTA GCTTAAAGGA GAGAGCTTCC ATGGTGGCCC ACTGCCTGGA GCACAAGGAC 
GATAAACTTC GAAATCGACC CCGAAAACAT CGGAGTTTCA ACTGCCTGGA GGACACAGAG 
CCTGAAGCCC CACTTGGGCA ACCAAAAGGC CATAAAGGCC TAAAGACATT GAGGAAGACT 
GAGGACAGGA ATAGCAAAGC TACTTTGGAC TCTGATCATA AGTTACCATC AAGGGTAATT 
GAAGAACTTA ATGTGGTTCT ACAACGGTCA AGAACCCTTC CAAAAGAATT ACAGGATGAG 
CAGATTTTGA AGTAG

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

RefSeq	NP_056045.2
CDS	339..5453
Translation	MSSVSEVNVDIKDFLMSINLEQYLLHFHESGFTTVKDCAAINDSLLQKIGISPTGHRRRILKQLQIILSKMQDIPIYANVHKTKKNDDPSKDYHVPSSDQNICIELSNSGSVQTSSPPQLETVRKNLEDSDASVERSQYPQSDDKLSPPKRDFPTAEEPHLNLGSLNDSLFGSDNIKIESLITKKTVDHTVEEQQTEKVKLITENLSKLPNADSECLSFVGCSTSGTNSGNGTNGLLEGSPPSPFFKFQGEMIVNDLYVPSSPILAPVRSRSKLVSRPSRSFLLRHRPVPEIPGSTKGVSGSYFRERRNVATSTEKSVAWQNSNEENSSSIFPYGETFLFQRLENSKKRSIKNEFLTQGEALKGEAATATNSFIIKSSIYDNRKEKISEDKVEDIWIPREDKNNFLIDTASESEYSTVEECFQSLRRKNSKASKSRTQKALILDSVNRHSYPLSSTSGNADSSAVSSQAISPYACFYGASAKKVKSGWLDKLSPQGKRMFQKRWVKFDGLSISYYNNEKEMYSKGIIPLSAISTVRVQGDNKFEVVTTQRTFVFRVEKEEERNDWISILLNALKSQSLTSQSQAVVTPEKCGYLELRGYKAKIFTVLSGNSVWLCKNEQDFKSGLGITIIPMNVANVKQVDRTVKQSFEIITPYRSFSFTAETEKEKQDWIEAVQQSIAETLSDYEVAEKIWFNESNRSCADCKAPDPDWASINLCVVICKKCAGQHRSLGPKDSKVRSLKMDASIWSNELIELFIVIGNKRANDFWAGNLQKDEELHMDSPVEKRKNFITQKYKEGKFRKTLLASLTKEELNKALCAAVVKPDVLETMALLFSGADVMCATGDPVHSTPYLLAKKAGQSLQMEFLYHNKFSDFPQHDIHSEGVLSQESSQSTFLCDFLYQAPSAASKLSSEKKLLEETNKKWCVLEGGFLSYYENDKSTTPNGTININEVICLAIHKEDFYLNTGPIFIFEIYLPSERVFLFGAETSQAQRKWTEAIAKHFVPLFAENLTEADYDLIGQLFYKDCHALDQWRKGWFAMDKSSLHFCLQMQEVQGDRMHLRRLQELTISTMVQNGEKLDVLLLVEKGRTLYIHGHTKLDFTVWHTAIEKAAGTDGNALQDQQLSKNDVPIIVNSCIAFVTQYGLGCKYIYQKNGDPLHISELLESFKKDARSFKLRAGKHQLEDVTAVLKSFLSDIDDALLTKELYPYWISALDTQDDKERIKKYGAFIRSLPGVNRATLAAIIEHLYRVQKCSEINHMNAHNLALVFSSCLFQTKGQTSEEVNVIEDLINNYVEIFEVKEDQVKQMDIENSFITKWKDTQVSQAGDLLIEVYVERKEPDCSIIIRISPVMEAEELTNDILAIKNIIPTKGDIWATFEVIENEELERPLHYKENVLEQVLRWSSLAEPGSAYLVVKRFLTADTIKHCSDRSTLGSIKEGILKIKEEPSKILSGNKFQDRYFVLRDGFLFLYKDVKSSKHDKMFSLSSMKFYRGVKKKMKPPTSWGLTAYSEKHHWHLCCDSSRTQTEWMTSIFIAQHEYDIWPPAGKERKRSITKNPKIGGLPLIPIQHEGNATLARKNIESARAELERLRLSEKCDKESVDSSLKERASMVAHCLEHKDDKLRNRPRKHRSFNCLEDTEPEAPLGQPKGHKGLKTLRKTEDRNSKATLDSDHKLPSRVIEELNVVLQRSRTLPKELQDEQILK

Target ORF information:

RefSeq Version	NM_015230.3
Organism	Homo sapiens(human)
Definition	Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant 1, mRNA.

Target ORF information:

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

NM_015230.3

ORF Insert Sequence:

ATGTCCTCAG TCAGTGAAGT AAATGTGGAT ATAAAAGATT TCCTAATGAG CATTAATTTG 
GAGCAGTATC TCTTACATTT CCATGAGTCT GGTTTTACTA CTGTGAAGGA CTGTGCAGCA 
ATAAATGACA GCCTGCTGCA GAAAATTGGA ATATCACCTA CAGGTCACCG TAGGAGGATA 
CTTAAACAGT TACAGATAAT CTTGTCAAAA ATGCAAGATA TTCCAATATA TGCAAATGTT 
CATAAAACTA AGAAGAATGA TGACCCTTCA AAGGATTACC ATGTTCCATC TTCTGATCAG 
AATATCTGCA TAGAACTTTC CAATTCTGGT AGTGTTCAGA CATCTAGCCC ACCGCAGTTG 
GAGACTGTTA GAAAAAATCT TGAAGACAGT GATGCAAGTG TGGAAAGAAG CCAGTATCCT 
CAATCAGATG ATAAGCTGTC TCCTCCTAAA CGCGACTTCC CCACTGCAGA GGAACCACAC 
CTGAATTTGG GTTCTTTGAA TGATTCTTTA TTTGGTAGTG ACAATATTAA AATAGAATCA 
TTGATTACAA AGAAGACTGT GGATCACACA GTTGAAGAAC AACAAACAGA AAAAGTTAAA 
TTGATCACAG AAAATCTCAG TAAGCTCCCT AATGCAGACT CTGAATGCCT TTCTTTTGTT 
GGCTGTTCAA CATCAGGAAC AAATTCTGGA AATGGAACAA ATGGTTTATT AGAAGGATCA 
CCACCATCCC CATTCTTTAA GTTTCAAGGA GAAATGATTG TAAATGACTT GTATGTTCCA 
TCATCACCAA TCCTAGCACC TGTGAGAAGT CGTAGCAAGT TGGTTTCAAG ACCATCTCGA 
TCTTTTCTGC TAAGACATCG ACCTGTACCA GAGATTCCAG GGTCAACAAA AGGAGTTTCT 
GGGAGCTATT TCCGTGAAAG AAGAAATGTT GCTACCTCAA CTGAAAAATC TGTGGCATGG 
CAAAATTCAA ATGAGGAGAA TTCATCTTCC ATCTTTCCTT ATGGAGAGAC CTTTCTCTTC 
CAGAGACTAG AAAATTCCAA GAAGCGATCT ATAAAGAATG AATTTTTGAC CCAGGGAGAA 
GCACTCAAAG GGGAAGCAGC TACTGCAACA AACTCTTTTA TCATCAAATC AAGCATATAC 
GATAACAGAA AGGAGAAAAT AAGCGAGGAC AAGGTGGAAG ATATTTGGAT ACCTCGAGAG 
GACAAAAACA ATTTTTTGAT AGACACTGCT TCTGAATCAG AATACTCAAC AGTAGAAGAA 
TGCTTTCAGA GTTTAAGAAG AAAAAATTCA AAGGCATCTA AATCTAGGAC TCAAAAAGCC 
TTGATTTTGG ACTCCGTTAA TAGGCACAGT TATCCGTTAA GCTCAACAAG TGGAAATGCT 
GATTCATCAG CCGTTTCTTC ACAGGCAATA TCTCCCTATG CCTGCTTTTA TGGAGCATCT 
GCAAAGAAGG TTAAATCAGG ATGGCTGGAT AAACTCTCTC CTCAAGGAAA ACGCATGTTT 
CAAAAGAGAT GGGTGAAATT TGATGGCCTT AGCATTTCTT ACTACAATAA TGAGAAGGAG 
ATGTATTCGA AAGGAATAAT TCCCCTTTCT GCTATATCAA CAGTACGAGT TCAAGGAGAC 
AACAAATTTG AAGTTGTTAC AACACAAAGA ACTTTTGTTT TTAGAGTAGA AAAAGAAGAG 
GAGAGAAATG ACTGGATCAG CATACTATTA AATGCACTGA AATCACAATC CCTTACCTCG 
CAGTCTCAAG CTGTTGTTAC ACCTGAGAAA TGTGGATATC TTGAATTGAG AGGCTATAAG 
GCAAAAATTT TTACTGTGTT AAGTGGAAAC AGTGTGTGGC TTTGCAAAAA CGAACAGGAT 
TTTAAGAGTG GACTTGGTAT TACCATAATT CCTATGAATG TAGCAAATGT AAAGCAAGTG 
GACCGAACTG TGAAACAATC TTTTGAAATA ATCACTCCCT ACAGGAGTTT CAGCTTTACA 
GCCGAGACTG AAAAGGAGAA ACAAGACTGG ATTGAAGCTG TGCAGCAATC AATAGCAGAA 
ACTCTCTCTG ATTATGAAGT AGCTGAGAAG ATTTGGTTCA ATGAATCCAA CAGGAGCTGT 
GCAGATTGTA AAGCCCCAGA TCCTGACTGG GCATCCATCA ATCTCTGTGT TGTCATCTGT 
AAGAAGTGTG CAGGACAGCA TAGATCTTTA GGACCAAAAG ATTCCAAGGT TAGAAGTCTA 
AAAATGGATG CTAGCATTTG GAGCAATGAA CTCATCGAGC TTTTTATTGT CATTGGAAAC 
AAAAGAGCAA ATGACTTTTG GGCTGGTAAT CTTCAAAAGG ATGAAGAATT ACATATGGAC 
TCACCAGTAG AAAAGAGAAA AAACTTTATT ACTCAGAAAT ATAAAGAAGG AAAATTCAGA 
AAAACTCTTT TGGCATCTCT CACCAAAGAA GAATTAAATA AGGCTCTATG TGCTGCTGTA 
GTGAAACCGG ATGTTCTAGA AACAATGGCT TTGCTGTTCA GTGGAGCAGA TGTCATGTGT 
GCCACCGGAG ACCCCGTGCA TAGCACCCCC TATCTGCTAG CCAAGAAAGC TGGGCAAAGT 
CTGCAAATGG AATTTCTCTA CCATAACAAA TTCTCAGATT TCCCTCAACA TGATATTCAT 
TCCGAGGGTG TATTAAGTCA AGAGTCTTCC CAGTCCACAT TCCTCTGTGA CTTTTTATAT 
CAAGCTCCTT CTGCTGCTTC TAAACTCTCT TCAGAGAAAA AACTGCTTGA AGAGACAAAT 
AAAAAATGGT GTGTTTTGGA AGGAGGCTTC TTGAGTTACT ATGAAAATGA TAAGTCTACC 
ACACCTAATG GCACCATTAA TATCAATGAA GTTATCTGCC TGGCTATACA CAAAGAGGAC 
TTCTATTTAA ATACTGGGCC CATCTTTATC TTTGAGATCT ACTTACCCTC CGAACGTGTG 
TTTTTATTTG GAGCTGAAAC ATCTCAAGCT CAAAGAAAAT GGACAGAGGC AATAGCCAAG 
CATTTTGTTC CCTTATTTGC TGAAAACTTA ACAGAAGCTG ACTATGATTT GATTGGTCAA 
CTCTTCTACA AAGACTGCCA TGCCCTGGAT CAGTGGAGAA AAGGCTGGTT TGCTATGGAC 
AAATCCAGCT TGCATTTTTG CCTTCAAATG CAAGAAGTTC AGGGAGATAG AATGCACTTA 
AGAAGACTGC AAGAGCTAAC AATCAGCACA ATGGTTCAAA ATGGGGAAAA ACTGGATGTT 
TTACTCTTGG TAGAAAAAGG GAGAACATTA TACATCCATG GGCATACCAA GTTGGATTTC 
ACAGTCTGGC ATACTGCAAT TGAAAAAGCA GCAGGTACAG ATGGTAATGC TTTACAAGAT 
CAGCAGCTCA GCAAAAATGA CGTTCCCATT ATAGTGAACA GCTGTATAGC ATTTGTTACA 
CAGTATGGTT TAGGATGCAA ATATATCTAT CAAAAGAATG GTGATCCTTT GCATATAAGT 
GAACTCCTGG AGAGTTTCAA AAAGGATGCA AGAAGCTTTA AATTGAGGGC TGGAAAACAT 
CAGCTTGAAG ATGTGACGGC TGTGTTGAAA AGTTTTCTCT CTGACATTGA TGATGCACTG 
CTTACTAAGG AGCTCTACCC ATATTGGATC TCTGCTTTAG ATACGCAAGA TGACAAGGAA 
AGAATTAAAA AATATGGAGC ATTTATACGT TCTCTTCCAG GGGTCAACCG AGCAACACTA 
GCAGCTATCA TTGAACACCT GTATAGGGTT CAGAAATGCT CAGAAATCAA TCACATGAAT 
GCCCATAATT TGGCCTTGGT CTTTTCATCC TGTTTGTTTC AAACGAAGGG ACAAACTAGT 
GAAGAAGTGA ATGTAATTGA GGACCTAATT AATAATTATG TAGAAATATT TGAGGTTAAA 
GAAGATCAAG TCAAACAAAT GGACATAGAA AATAGCTTTA TTACCAAGTG GAAAGACACC 
CAAGTTTCCC AGGCTGGAGA TTTGTTAATT GAAGTATATG TAGAAAGGAA GGAACCCGAC 
TGTAGTATTA TAATTCGGAT ATCTCCTGTG ATGGAAGCAG AAGAATTAAC TAATGATATA 
TTAGCGATAA AAAATATTAT TCCTACAAAA GGTGATATTT GGGCCACATT TGAAGTCATT 
GAAAATGAAG AGCTAGAGCG TCCTCTTCAC TACAAGGAAA ATGTACTGGA GCAGGTGCTT 
CGGTGGAGTT CATTAGCTGA ACCTGGCTCT GCTTACCTGG TGGTGAAGAG ATTCTTAACC 
GCTGACACAA TTAAACACTG CAGTGACCGG AGTACACTGG GAAGCATCAA AGAAGGAATC 
TTGAAAATCA AAGAAGAACC ATCCAAAATA CTATCTGGAA ATAAGTTTCA AGACCGGTAT 
TTTGTTTTAC GAGATGGGTT TCTCTTTCTT TACAAGGATG TGAAGAGTAG TAAACATGAC 
AAGATGTTTT CTCTCAGTTC CATGAAGTTT TATCGTGGAG TGAAAAAGAA AATGAAGCCT 
CCAACAAGCT GGGGATTGAC CGCATATTCT GAGAAACATC ACTGGCACCT GTGTTGTGAT 
AGTTCACGAA CTCAGACGGA GTGGATGACC AGTATCTTTA TTGCCCAGCA TGAATATGAT 
ATATGGCCAC CAGCTGGAAA GGAACGAAAA CGTTCAATAA CCAAAAATCC CAAAATTGGA 
GGTTTGCCTC TGATTCCTAT ACAGCATGAG GGGAATGCAA CCTTGGCCCG GAAAAATATT 
GAGAGTGCAA GAGCAGAACT TGAAAGGCTG CGGCTCAGTG AAAAGTGTGA TAAAGAGTCC 
GTGGACTCTA GCTTAAAGGA GAGAGCTTCC ATGGTGGCCC ACTGCCTGGA GCACAAGGAC 
GATAAACTTC GAAATCGACC CCGAAAACAT CGGAGTTTCA ACTGCCTGGA GGACACAGAG 
CCTGAAGCCC CACTTGGGCA ACCAAAAGGC CATAAAGGCC TAAAGACATT GAGGAAGACT 
GAGGACAGGA ATAGCAAAGC TACTTTGGAC TCTGATCATA AGTTACCATC AAGGGTAATT 
GAAGAACTTA ATGTGGTTCT ACAACGGTCA AGAACCCTTC CAAAAGAATT ACAGGATGAG 
CAGATTTTGA AGTAG

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

ARAP2 ( XM_017007699.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016863188.1 Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant X11, mRNA.

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CloneID	OHu10358
Clone ID Related Accession (Same CDS sequence)	NM_015230.4 , XM_017007699.1 , NM_015230.3
Accession Version	XM_017007699.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5115bp) 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	1575475200000
Organism	Homo sapiens(human)
Product	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000004.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCCTCAG TCAGTGAAGT AAATGTGGAT ATAAAAGATT TCCTAATGAG CATTAATTTG 
GAGCAGTATC TCTTACATTT CCATGAGTCT GGTTTTACTA CTGTGAAGGA CTGTGCAGCA 
ATAAATGACA GCCTGCTGCA GAAAATTGGA ATATCACCTA CAGGTCACCG TAGGAGGATA 
CTTAAACAGT TACAGATAAT CTTGTCAAAA ATGCAAGATA TTCCAATATA TGCAAATGTT 
CATAAAACTA AGAAGAATGA TGACCCTTCA AAGGATTACC ATGTTCCATC TTCTGATCAG 
AATATCTGCA TAGAACTTTC CAATTCTGGT AGTGTTCAGA CATCTAGCCC ACCGCAGTTG 
GAGACTGTTA GAAAAAATCT TGAAGACAGT GATGCAAGTG TGGAAAGAAG CCAGTATCCT 
CAATCAGATG ATAAGCTGTC TCCTCCTAAA CGCGACTTCC CCACTGCAGA GGAACCACAC 
CTGAATTTGG GTTCTTTGAA TGATTCTTTA TTTGGTAGTG ACAATATTAA AATAGAATCA 
TTGATTACAA AGAAGACTGT GGATCACACA GTTGAAGAAC AACAAACAGA AAAAGTTAAA 
TTGATCACAG AAAATCTCAG TAAGCTCCCT AATGCAGACT CTGAATGCCT TTCTTTTGTT 
GGCTGTTCAA CATCAGGAAC AAATTCTGGA AATGGAACAA ATGGTTTATT AGAAGGATCA 
CCACCATCCC CATTCTTTAA GTTTCAAGGA GAAATGATTG TAAATGACTT GTATGTTCCA 
TCATCACCAA TCCTAGCACC TGTGAGAAGT CGTAGCAAGT TGGTTTCAAG ACCATCTCGA 
TCTTTTCTGC TAAGACATCG ACCTGTACCA GAGATTCCAG GGTCAACAAA AGGAGTTTCT 
GGGAGCTATT TCCGTGAAAG AAGAAATGTT GCTACCTCAA CTGAAAAATC TGTGGCATGG 
CAAAATTCAA ATGAGGAGAA TTCATCTTCC ATCTTTCCTT ATGGAGAGAC CTTTCTCTTC 
CAGAGACTAG AAAATTCCAA GAAGCGATCT ATAAAGAATG AATTTTTGAC CCAGGGAGAA 
GCACTCAAAG GGGAAGCAGC TACTGCAACA AACTCTTTTA TCATCAAATC AAGCATATAC 
GATAACAGAA AGGAGAAAAT AAGCGAGGAC AAGGTGGAAG ATATTTGGAT ACCTCGAGAG 
GACAAAAACA ATTTTTTGAT AGACACTGCT TCTGAATCAG AATACTCAAC AGTAGAAGAA 
TGCTTTCAGA GTTTAAGAAG AAAAAATTCA AAGGCATCTA AATCTAGGAC TCAAAAAGCC 
TTGATTTTGG ACTCCGTTAA TAGGCACAGT TATCCGTTAA GCTCAACAAG TGGAAATGCT 
GATTCATCAG CCGTTTCTTC ACAGGCAATA TCTCCCTATG CCTGCTTTTA TGGAGCATCT 
GCAAAGAAGG TTAAATCAGG ATGGCTGGAT AAACTCTCTC CTCAAGGAAA ACGCATGTTT 
CAAAAGAGAT GGGTGAAATT TGATGGCCTT AGCATTTCTT ACTACAATAA TGAGAAGGAG 
ATGTATTCGA AAGGAATAAT TCCCCTTTCT GCTATATCAA CAGTACGAGT TCAAGGAGAC 
AACAAATTTG AAGTTGTTAC AACACAAAGA ACTTTTGTTT TTAGAGTAGA AAAAGAAGAG 
GAGAGAAATG ACTGGATCAG CATACTATTA AATGCACTGA AATCACAATC CCTTACCTCG 
CAGTCTCAAG CTGTTGTTAC ACCTGAGAAA TGTGGATATC TTGAATTGAG AGGCTATAAG 
GCAAAAATTT TTACTGTGTT AAGTGGAAAC AGTGTGTGGC TTTGCAAAAA CGAACAGGAT 
TTTAAGAGTG GACTTGGTAT TACCATAATT CCTATGAATG TAGCAAATGT AAAGCAAGTG 
GACCGAACTG TGAAACAATC TTTTGAAATA ATCACTCCCT ACAGGAGTTT CAGCTTTACA 
GCCGAGACTG AAAAGGAGAA ACAAGACTGG ATTGAAGCTG TGCAGCAATC AATAGCAGAA 
ACTCTCTCTG ATTATGAAGT AGCTGAGAAG ATTTGGTTCA ATGAATCCAA CAGGAGCTGT 
GCAGATTGTA AAGCCCCAGA TCCTGACTGG GCATCCATCA ATCTCTGTGT TGTCATCTGT 
AAGAAGTGTG CAGGACAGCA TAGATCTTTA GGACCAAAAG ATTCCAAGGT TAGAAGTCTA 
AAAATGGATG CTAGCATTTG GAGCAATGAA CTCATCGAGC TTTTTATTGT CATTGGAAAC 
AAAAGAGCAA ATGACTTTTG GGCTGGTAAT CTTCAAAAGG ATGAAGAATT ACATATGGAC 
TCACCAGTAG AAAAGAGAAA AAACTTTATT ACTCAGAAAT ATAAAGAAGG AAAATTCAGA 
AAAACTCTTT TGGCATCTCT CACCAAAGAA GAATTAAATA AGGCTCTATG TGCTGCTGTA 
GTGAAACCGG ATGTTCTAGA AACAATGGCT TTGCTGTTCA GTGGAGCAGA TGTCATGTGT 
GCCACCGGAG ACCCCGTGCA TAGCACCCCC TATCTGCTAG CCAAGAAAGC TGGGCAAAGT 
CTGCAAATGG AATTTCTCTA CCATAACAAA TTCTCAGATT TCCCTCAACA TGATATTCAT 
TCCGAGGGTG TATTAAGTCA AGAGTCTTCC CAGTCCACAT TCCTCTGTGA CTTTTTATAT 
CAAGCTCCTT CTGCTGCTTC TAAACTCTCT TCAGAGAAAA AACTGCTTGA AGAGACAAAT 
AAAAAATGGT GTGTTTTGGA AGGAGGCTTC TTGAGTTACT ATGAAAATGA TAAGTCTACC 
ACACCTAATG GCACCATTAA TATCAATGAA GTTATCTGCC TGGCTATACA CAAAGAGGAC 
TTCTATTTAA ATACTGGGCC CATCTTTATC TTTGAGATCT ACTTACCCTC CGAACGTGTG 
TTTTTATTTG GAGCTGAAAC ATCTCAAGCT CAAAGAAAAT GGACAGAGGC AATAGCCAAG 
CATTTTGTTC CCTTATTTGC TGAAAACTTA ACAGAAGCTG ACTATGATTT GATTGGTCAA 
CTCTTCTACA AAGACTGCCA TGCCCTGGAT CAGTGGAGAA AAGGCTGGTT TGCTATGGAC 
AAATCCAGCT TGCATTTTTG CCTTCAAATG CAAGAAGTTC AGGGAGATAG AATGCACTTA 
AGAAGACTGC AAGAGCTAAC AATCAGCACA ATGGTTCAAA ATGGGGAAAA ACTGGATGTT 
TTACTCTTGG TAGAAAAAGG GAGAACATTA TACATCCATG GGCATACCAA GTTGGATTTC 
ACAGTCTGGC ATACTGCAAT TGAAAAAGCA GCAGGTACAG ATGGTAATGC TTTACAAGAT 
CAGCAGCTCA GCAAAAATGA CGTTCCCATT ATAGTGAACA GCTGTATAGC ATTTGTTACA 
CAGTATGGTT TAGGATGCAA ATATATCTAT CAAAAGAATG GTGATCCTTT GCATATAAGT 
GAACTCCTGG AGAGTTTCAA AAAGGATGCA AGAAGCTTTA AATTGAGGGC TGGAAAACAT 
CAGCTTGAAG ATGTGACGGC TGTGTTGAAA AGTTTTCTCT CTGACATTGA TGATGCACTG 
CTTACTAAGG AGCTCTACCC ATATTGGATC TCTGCTTTAG ATACGCAAGA TGACAAGGAA 
AGAATTAAAA AATATGGAGC ATTTATACGT TCTCTTCCAG GGGTCAACCG AGCAACACTA 
GCAGCTATCA TTGAACACCT GTATAGGGTT CAGAAATGCT CAGAAATCAA TCACATGAAT 
GCCCATAATT TGGCCTTGGT CTTTTCATCC TGTTTGTTTC AAACGAAGGG ACAAACTAGT 
GAAGAAGTGA ATGTAATTGA GGACCTAATT AATAATTATG TAGAAATATT TGAGGTTAAA 
GAAGATCAAG TCAAACAAAT GGACATAGAA AATAGCTTTA TTACCAAGTG GAAAGACACC 
CAAGTTTCCC AGGCTGGAGA TTTGTTAATT GAAGTATATG TAGAAAGGAA GGAACCCGAC 
TGTAGTATTA TAATTCGGAT ATCTCCTGTG ATGGAAGCAG AAGAATTAAC TAATGATATA 
TTAGCGATAA AAAATATTAT TCCTACAAAA GGTGATATTT GGGCCACATT TGAAGTCATT 
GAAAATGAAG AGCTAGAGCG TCCTCTTCAC TACAAGGAAA ATGTACTGGA GCAGGTGCTT 
CGGTGGAGTT CATTAGCTGA ACCTGGCTCT GCTTACCTGG TGGTGAAGAG ATTCTTAACC 
GCTGACACAA TTAAACACTG CAGTGACCGG AGTACACTGG GAAGCATCAA AGAAGGAATC 
TTGAAAATCA AAGAAGAACC ATCCAAAATA CTATCTGGAA ATAAGTTTCA AGACCGGTAT 
TTTGTTTTAC GAGATGGGTT TCTCTTTCTT TACAAGGATG TGAAGAGTAG TAAACATGAC 
AAGATGTTTT CTCTCAGTTC CATGAAGTTT TATCGTGGAG TGAAAAAGAA AATGAAGCCT 
CCAACAAGCT GGGGATTGAC CGCATATTCT GAGAAACATC ACTGGCACCT GTGTTGTGAT 
AGTTCACGAA CTCAGACGGA GTGGATGACC AGTATCTTTA TTGCCCAGCA TGAATATGAT 
ATATGGCCAC CAGCTGGAAA GGAACGAAAA CGTTCAATAA CCAAAAATCC CAAAATTGGA 
GGTTTGCCTC TGATTCCTAT ACAGCATGAG GGGAATGCAA CCTTGGCCCG GAAAAATATT 
GAGAGTGCAA GAGCAGAACT TGAAAGGCTG CGGCTCAGTG AAAAGTGTGA TAAAGAGTCC 
GTGGACTCTA GCTTAAAGGA GAGAGCTTCC ATGGTGGCCC ACTGCCTGGA GCACAAGGAC 
GATAAACTTC GAAATCGACC CCGAAAACAT CGGAGTTTCA ACTGCCTGGA GGACACAGAG 
CCTGAAGCCC CACTTGGGCA ACCAAAAGGC CATAAAGGCC TAAAGACATT GAGGAAGACT 
GAGGACAGGA ATAGCAAAGC TACTTTGGAC TCTGATCATA AGTTACCATC AAGGGTAATT 
GAAGAACTTA ATGTGGTTCT ACAACGGTCA AGAACCCTTC CAAAAGAATT ACAGGATGAG 
CAGATTTTGA AGTAG

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

RefSeq	XP_016863188.1
CDS	224..5338
Translation	MSSVSEVNVDIKDFLMSINLEQYLLHFHESGFTTVKDCAAINDSLLQKIGISPTGHRRRILKQLQIILSKMQDIPIYANVHKTKKNDDPSKDYHVPSSDQNICIELSNSGSVQTSSPPQLETVRKNLEDSDASVERSQYPQSDDKLSPPKRDFPTAEEPHLNLGSLNDSLFGSDNIKIESLITKKTVDHTVEEQQTEKVKLITENLSKLPNADSECLSFVGCSTSGTNSGNGTNGLLEGSPPSPFFKFQGEMIVNDLYVPSSPILAPVRSRSKLVSRPSRSFLLRHRPVPEIPGSTKGVSGSYFRERRNVATSTEKSVAWQNSNEENSSSIFPYGETFLFQRLENSKKRSIKNEFLTQGEALKGEAATATNSFIIKSSIYDNRKEKISEDKVEDIWIPREDKNNFLIDTASESEYSTVEECFQSLRRKNSKASKSRTQKALILDSVNRHSYPLSSTSGNADSSAVSSQAISPYACFYGASAKKVKSGWLDKLSPQGKRMFQKRWVKFDGLSISYYNNEKEMYSKGIIPLSAISTVRVQGDNKFEVVTTQRTFVFRVEKEEERNDWISILLNALKSQSLTSQSQAVVTPEKCGYLELRGYKAKIFTVLSGNSVWLCKNEQDFKSGLGITIIPMNVANVKQVDRTVKQSFEIITPYRSFSFTAETEKEKQDWIEAVQQSIAETLSDYEVAEKIWFNESNRSCADCKAPDPDWASINLCVVICKKCAGQHRSLGPKDSKVRSLKMDASIWSNELIELFIVIGNKRANDFWAGNLQKDEELHMDSPVEKRKNFITQKYKEGKFRKTLLASLTKEELNKALCAAVVKPDVLETMALLFSGADVMCATGDPVHSTPYLLAKKAGQSLQMEFLYHNKFSDFPQHDIHSEGVLSQESSQSTFLCDFLYQAPSAASKLSSEKKLLEETNKKWCVLEGGFLSYYENDKSTTPNGTININEVICLAIHKEDFYLNTGPIFIFEIYLPSERVFLFGAETSQAQRKWTEAIAKHFVPLFAENLTEADYDLIGQLFYKDCHALDQWRKGWFAMDKSSLHFCLQMQEVQGDRMHLRRLQELTISTMVQNGEKLDVLLLVEKGRTLYIHGHTKLDFTVWHTAIEKAAGTDGNALQDQQLSKNDVPIIVNSCIAFVTQYGLGCKYIYQKNGDPLHISELLESFKKDARSFKLRAGKHQLEDVTAVLKSFLSDIDDALLTKELYPYWISALDTQDDKERIKKYGAFIRSLPGVNRATLAAIIEHLYRVQKCSEINHMNAHNLALVFSSCLFQTKGQTSEEVNVIEDLINNYVEIFEVKEDQVKQMDIENSFITKWKDTQVSQAGDLLIEVYVERKEPDCSIIIRISPVMEAEELTNDILAIKNIIPTKGDIWATFEVIENEELERPLHYKENVLEQVLRWSSLAEPGSAYLVVKRFLTADTIKHCSDRSTLGSIKEGILKIKEEPSKILSGNKFQDRYFVLRDGFLFLYKDVKSSKHDKMFSLSSMKFYRGVKKKMKPPTSWGLTAYSEKHHWHLCCDSSRTQTEWMTSIFIAQHEYDIWPPAGKERKRSITKNPKIGGLPLIPIQHEGNATLARKNIESARAELERLRLSEKCDKESVDSSLKERASMVAHCLEHKDDKLRNRPRKHRSFNCLEDTEPEAPLGQPKGHKGLKTLRKTEDRNSKATLDSDHKLPSRVIEELNVVLQRSRTLPKELQDEQILK

Target ORF information:

RefSeq Version	XM_017007699.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2 (ARAP2), transcript variant X11, mRNA.

Target ORF information:

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

XM_017007699.1

ORF Insert Sequence:

ATGTCCTCAG TCAGTGAAGT AAATGTGGAT ATAAAAGATT TCCTAATGAG CATTAATTTG 
GAGCAGTATC TCTTACATTT CCATGAGTCT GGTTTTACTA CTGTGAAGGA CTGTGCAGCA 
ATAAATGACA GCCTGCTGCA GAAAATTGGA ATATCACCTA CAGGTCACCG TAGGAGGATA 
CTTAAACAGT TACAGATAAT CTTGTCAAAA ATGCAAGATA TTCCAATATA TGCAAATGTT 
CATAAAACTA AGAAGAATGA TGACCCTTCA AAGGATTACC ATGTTCCATC TTCTGATCAG 
AATATCTGCA TAGAACTTTC CAATTCTGGT AGTGTTCAGA CATCTAGCCC ACCGCAGTTG 
GAGACTGTTA GAAAAAATCT TGAAGACAGT GATGCAAGTG TGGAAAGAAG CCAGTATCCT 
CAATCAGATG ATAAGCTGTC TCCTCCTAAA CGCGACTTCC CCACTGCAGA GGAACCACAC 
CTGAATTTGG GTTCTTTGAA TGATTCTTTA TTTGGTAGTG ACAATATTAA AATAGAATCA 
TTGATTACAA AGAAGACTGT GGATCACACA GTTGAAGAAC AACAAACAGA AAAAGTTAAA 
TTGATCACAG AAAATCTCAG TAAGCTCCCT AATGCAGACT CTGAATGCCT TTCTTTTGTT 
GGCTGTTCAA CATCAGGAAC AAATTCTGGA AATGGAACAA ATGGTTTATT AGAAGGATCA 
CCACCATCCC CATTCTTTAA GTTTCAAGGA GAAATGATTG TAAATGACTT GTATGTTCCA 
TCATCACCAA TCCTAGCACC TGTGAGAAGT CGTAGCAAGT TGGTTTCAAG ACCATCTCGA 
TCTTTTCTGC TAAGACATCG ACCTGTACCA GAGATTCCAG GGTCAACAAA AGGAGTTTCT 
GGGAGCTATT TCCGTGAAAG AAGAAATGTT GCTACCTCAA CTGAAAAATC TGTGGCATGG 
CAAAATTCAA ATGAGGAGAA TTCATCTTCC ATCTTTCCTT ATGGAGAGAC CTTTCTCTTC 
CAGAGACTAG AAAATTCCAA GAAGCGATCT ATAAAGAATG AATTTTTGAC CCAGGGAGAA 
GCACTCAAAG GGGAAGCAGC TACTGCAACA AACTCTTTTA TCATCAAATC AAGCATATAC 
GATAACAGAA AGGAGAAAAT AAGCGAGGAC AAGGTGGAAG ATATTTGGAT ACCTCGAGAG 
GACAAAAACA ATTTTTTGAT AGACACTGCT TCTGAATCAG AATACTCAAC AGTAGAAGAA 
TGCTTTCAGA GTTTAAGAAG AAAAAATTCA AAGGCATCTA AATCTAGGAC TCAAAAAGCC 
TTGATTTTGG ACTCCGTTAA TAGGCACAGT TATCCGTTAA GCTCAACAAG TGGAAATGCT 
GATTCATCAG CCGTTTCTTC ACAGGCAATA TCTCCCTATG CCTGCTTTTA TGGAGCATCT 
GCAAAGAAGG TTAAATCAGG ATGGCTGGAT AAACTCTCTC CTCAAGGAAA ACGCATGTTT 
CAAAAGAGAT GGGTGAAATT TGATGGCCTT AGCATTTCTT ACTACAATAA TGAGAAGGAG 
ATGTATTCGA AAGGAATAAT TCCCCTTTCT GCTATATCAA CAGTACGAGT TCAAGGAGAC 
AACAAATTTG AAGTTGTTAC AACACAAAGA ACTTTTGTTT TTAGAGTAGA AAAAGAAGAG 
GAGAGAAATG ACTGGATCAG CATACTATTA AATGCACTGA AATCACAATC CCTTACCTCG 
CAGTCTCAAG CTGTTGTTAC ACCTGAGAAA TGTGGATATC TTGAATTGAG AGGCTATAAG 
GCAAAAATTT TTACTGTGTT AAGTGGAAAC AGTGTGTGGC TTTGCAAAAA CGAACAGGAT 
TTTAAGAGTG GACTTGGTAT TACCATAATT CCTATGAATG TAGCAAATGT AAAGCAAGTG 
GACCGAACTG TGAAACAATC TTTTGAAATA ATCACTCCCT ACAGGAGTTT CAGCTTTACA 
GCCGAGACTG AAAAGGAGAA ACAAGACTGG ATTGAAGCTG TGCAGCAATC AATAGCAGAA 
ACTCTCTCTG ATTATGAAGT AGCTGAGAAG ATTTGGTTCA ATGAATCCAA CAGGAGCTGT 
GCAGATTGTA AAGCCCCAGA TCCTGACTGG GCATCCATCA ATCTCTGTGT TGTCATCTGT 
AAGAAGTGTG CAGGACAGCA TAGATCTTTA GGACCAAAAG ATTCCAAGGT TAGAAGTCTA 
AAAATGGATG CTAGCATTTG GAGCAATGAA CTCATCGAGC TTTTTATTGT CATTGGAAAC 
AAAAGAGCAA ATGACTTTTG GGCTGGTAAT CTTCAAAAGG ATGAAGAATT ACATATGGAC 
TCACCAGTAG AAAAGAGAAA AAACTTTATT ACTCAGAAAT ATAAAGAAGG AAAATTCAGA 
AAAACTCTTT TGGCATCTCT CACCAAAGAA GAATTAAATA AGGCTCTATG TGCTGCTGTA 
GTGAAACCGG ATGTTCTAGA AACAATGGCT TTGCTGTTCA GTGGAGCAGA TGTCATGTGT 
GCCACCGGAG ACCCCGTGCA TAGCACCCCC TATCTGCTAG CCAAGAAAGC TGGGCAAAGT 
CTGCAAATGG AATTTCTCTA CCATAACAAA TTCTCAGATT TCCCTCAACA TGATATTCAT 
TCCGAGGGTG TATTAAGTCA AGAGTCTTCC CAGTCCACAT TCCTCTGTGA CTTTTTATAT 
CAAGCTCCTT CTGCTGCTTC TAAACTCTCT TCAGAGAAAA AACTGCTTGA AGAGACAAAT 
AAAAAATGGT GTGTTTTGGA AGGAGGCTTC TTGAGTTACT ATGAAAATGA TAAGTCTACC 
ACACCTAATG GCACCATTAA TATCAATGAA GTTATCTGCC TGGCTATACA CAAAGAGGAC 
TTCTATTTAA ATACTGGGCC CATCTTTATC TTTGAGATCT ACTTACCCTC CGAACGTGTG 
TTTTTATTTG GAGCTGAAAC ATCTCAAGCT CAAAGAAAAT GGACAGAGGC AATAGCCAAG 
CATTTTGTTC CCTTATTTGC TGAAAACTTA ACAGAAGCTG ACTATGATTT GATTGGTCAA 
CTCTTCTACA AAGACTGCCA TGCCCTGGAT CAGTGGAGAA AAGGCTGGTT TGCTATGGAC 
AAATCCAGCT TGCATTTTTG CCTTCAAATG CAAGAAGTTC AGGGAGATAG AATGCACTTA 
AGAAGACTGC AAGAGCTAAC AATCAGCACA ATGGTTCAAA ATGGGGAAAA ACTGGATGTT 
TTACTCTTGG TAGAAAAAGG GAGAACATTA TACATCCATG GGCATACCAA GTTGGATTTC 
ACAGTCTGGC ATACTGCAAT TGAAAAAGCA GCAGGTACAG ATGGTAATGC TTTACAAGAT 
CAGCAGCTCA GCAAAAATGA CGTTCCCATT ATAGTGAACA GCTGTATAGC ATTTGTTACA 
CAGTATGGTT TAGGATGCAA ATATATCTAT CAAAAGAATG GTGATCCTTT GCATATAAGT 
GAACTCCTGG AGAGTTTCAA AAAGGATGCA AGAAGCTTTA AATTGAGGGC TGGAAAACAT 
CAGCTTGAAG ATGTGACGGC TGTGTTGAAA AGTTTTCTCT CTGACATTGA TGATGCACTG 
CTTACTAAGG AGCTCTACCC ATATTGGATC TCTGCTTTAG ATACGCAAGA TGACAAGGAA 
AGAATTAAAA AATATGGAGC ATTTATACGT TCTCTTCCAG GGGTCAACCG AGCAACACTA 
GCAGCTATCA TTGAACACCT GTATAGGGTT CAGAAATGCT CAGAAATCAA TCACATGAAT 
GCCCATAATT TGGCCTTGGT CTTTTCATCC TGTTTGTTTC AAACGAAGGG ACAAACTAGT 
GAAGAAGTGA ATGTAATTGA GGACCTAATT AATAATTATG TAGAAATATT TGAGGTTAAA 
GAAGATCAAG TCAAACAAAT GGACATAGAA AATAGCTTTA TTACCAAGTG GAAAGACACC 
CAAGTTTCCC AGGCTGGAGA TTTGTTAATT GAAGTATATG TAGAAAGGAA GGAACCCGAC 
TGTAGTATTA TAATTCGGAT ATCTCCTGTG ATGGAAGCAG AAGAATTAAC TAATGATATA 
TTAGCGATAA AAAATATTAT TCCTACAAAA GGTGATATTT GGGCCACATT TGAAGTCATT 
GAAAATGAAG AGCTAGAGCG TCCTCTTCAC TACAAGGAAA ATGTACTGGA GCAGGTGCTT 
CGGTGGAGTT CATTAGCTGA ACCTGGCTCT GCTTACCTGG TGGTGAAGAG ATTCTTAACC 
GCTGACACAA TTAAACACTG CAGTGACCGG AGTACACTGG GAAGCATCAA AGAAGGAATC 
TTGAAAATCA AAGAAGAACC ATCCAAAATA CTATCTGGAA ATAAGTTTCA AGACCGGTAT 
TTTGTTTTAC GAGATGGGTT TCTCTTTCTT TACAAGGATG TGAAGAGTAG TAAACATGAC 
AAGATGTTTT CTCTCAGTTC CATGAAGTTT TATCGTGGAG TGAAAAAGAA AATGAAGCCT 
CCAACAAGCT GGGGATTGAC CGCATATTCT GAGAAACATC ACTGGCACCT GTGTTGTGAT 
AGTTCACGAA CTCAGACGGA GTGGATGACC AGTATCTTTA TTGCCCAGCA TGAATATGAT 
ATATGGCCAC CAGCTGGAAA GGAACGAAAA CGTTCAATAA CCAAAAATCC CAAAATTGGA 
GGTTTGCCTC TGATTCCTAT ACAGCATGAG GGGAATGCAA CCTTGGCCCG GAAAAATATT 
GAGAGTGCAA GAGCAGAACT TGAAAGGCTG CGGCTCAGTG AAAAGTGTGA TAAAGAGTCC 
GTGGACTCTA GCTTAAAGGA GAGAGCTTCC ATGGTGGCCC ACTGCCTGGA GCACAAGGAC 
GATAAACTTC GAAATCGACC CCGAAAACAT CGGAGTTTCA ACTGCCTGGA GGACACAGAG 
CCTGAAGCCC CACTTGGGCA ACCAAAAGGC CATAAAGGCC TAAAGACATT GAGGAAGACT 
GAGGACAGGA ATAGCAAAGC TACTTTGGAC TCTGATCATA AGTTACCATC AAGGGTAATT 
GAAGAACTTA ATGTGGTTCT ACAACGGTCA AGAACCCTTC CAAAAGAATT ACAGGATGAG 
CAGATTTTGA AGTAG

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

PubMed

ARAP2 inhibits Akt independently of its effects on focal adhesions.
Biology of the cell110(12)257-270(2018 Dec)
Luo R,Chen PW,Kuo JC,Jenkins L,Jian X,Waterman CM,Randazzo PA

The Arf6 GTPase-activating proteins ARAP2 and ACAP1 define distinct endosomal compartments that regulate integrin α5β1 traffic.
The Journal of biological chemistry289(44)30237-48(2014 Oct)
Chen PW,Luo R,Jian X,Randazzo PA

A genome-wide search for quantitative trait loci affecting the cortical surface area and thickness of Heschl's gyrus.
Genes, brain, and behavior13(7)675-85(2014 Sep)
Cai DC,Fonteijn H,Guadalupe T,Zwiers M,Wittfeld K,Teumer A,Hoogman M,Arias-Vásquez A,Yang Y,Buitelaar J,Fernández G,Brunner HG,van Bokhoven H,Franke B,Hegenscheid K,Homuth G,Fisher SE,Grabe HJ,Francks C,Hagoort P

Genome-wide association study of chemotherapeutic agent-induced severe neutropenia/leucopenia for patients in Biobank Japan.
Cancer science104(8)1074-82(2013 Aug)
Low SK,Chung S,Takahashi A,Zembutsu H,Mushiroda T,Kubo M,Nakamura Y

ARAP2 signals through Arf6 and Rac1 to control focal adhesion morphology.
The Journal of biological chemistry288(8)5849-60(2013 Feb)
Chen PW,Jian X,Yoon HY,Randazzo PA

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ARAP2 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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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