arap3 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	arap3
Entrez Gene ID	100492779
Full Name	ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 3
General protein information	Preferred Names ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 3 Names arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 3
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_031898783.1	XP_031754643.1	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 3 isoform X1
XM_002933637.2	XP_002933683.2	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 3
XM_031898784.1	XP_031754644.1	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 3 isoform X2
XM_002933637.3	XP_002933683.3	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 3 isoform X1

Pathways from BioSystems

Homologies

	ARAP3	XP_001089691.2
Canis lupus familiaris (dog)	ARAP3	XP_544316.2
Bos taurus (cattle)	ARAP3	XP_003586355.2
Homo sapiens (human)	ARAP3	NP_071926.4
Gallus gallus (chicken)	ARAP3	XP_004944816.1
Mus musculus (house mouse)	Arap3	NP_631945.2
Danio rerio (zebrafish)	arap3	XP_005173238.1
Pan troglodytes (chimpanzee)	ARAP3	XP_518000.4
Rattus norvegicus (Norway rat)	Arap3	XP_006254710.1
Xenopus tropicalis (tropical clawed frog)	arap3	XP_002933683.2

Gene Ontology

The following arap3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the arap3 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OXa54443	XM_031898783.1 Latest version!	Xenopus tropicalis ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 3 (arap3), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OXa54443	XM_002933637.3 Latest version!	Xenopus tropicalis ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 3 (arap3), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OXa54444	XM_031898784.1 Latest version!	Xenopus tropicalis ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 3 (arap3), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OXa07537	XM_002933637.2 Latest version!	Xenopus tropicalis ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 3 (arap3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

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

Reference Sequences (Refseq)

arap3 ( XM_031898783.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031754643.1 Xenopus tropicalis ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 3 (arap3), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa54443
Clone ID Related Accession (Same CDS sequence)	XM_031898783.1 , XM_002933637.3
Accession Version	XM_031898783.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5418bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 3 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) 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 Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTTCTG TTGAACAAGC AAACTTGGAC ATTGCTGACT GGCTATGTGC AATCCATCTT 
GAGAGATACC AGGACAGTTT CAAGCGACAT GGTTATAAAA AGGTGAGAGA TATTCTCACA 
CTTGATAATA AAGAGCTTCA GCAAATTGGC ATTGCTGCCA CAGGCCACAG GAAAAGAATT 
ATGAGTCGCT TGAGACACCC TTCTGGAGAA GCCTGGCCAC AGTCTAATGC AGGTAGCTTG 
GAGAGGGCAG AGTCTCAGGA GATTTTCTTT AGAGATGATA AAGATGATGA AATGGTTCAA 
AGAAACATAG AAAAAAGGAT TATGGAAGAA ATTGCTAATC GGGACAATAC AGAAAATGCC 
AATGAAAAAA AGACTAGTTG TGAACCTACT GTAAAACCAG TTCCGAAACC TAGAACAGTG 
TTTAATAAGA TTACAACTGC AATACACAAA CCTCATCTTA TATCTCCATA TACAATATCG 
CCAGCTACAT CATCTACTTA TCTAGAAAAC CATACAAATG CTGCTGGAAA CATTTTTCAA 
CAGGAAGCTT TTGTTTTCAG AGGAAGCAGC TTGGATTTAG AGGAATATAA CTCATTAACA 
GGGCAGCAGC CAGAAAGGGT GGACCTGGAG GTTGGGACTC AGAAGTATTC ATCCGCTGGG 
GCTGGAAAAC CTTTTCATCC CTTTCCATCC CTCCCTGTGC GACAGAACAA AAGGGCTTCT 
CTGCCTGGCT CCTTAGACCA CAGAATCTTT GTACAGATGG AAGCTGATAC GACTCCATGT 
TCTGCTCTAT CAGCTTTGCC TTCCTTTGCT GGAAACGAAG AGGAAGTCAC CTCTTTCTCA 
ACCAGCCCTC TTTCTCCCCA GGAAACGCTA ACAATGATAT CCAATGAAAT CTATTCTGGG 
TTTGATCGGA GAGCTGCTAC TGTCAATTGG ACTCCAGACA TTGACACATC AAGGAACAAT 
CTAAGTTTAA AACCTCCTGA CATTAAAAAG CATGAAGCTA CTTCAGCACC AGAAAGATTA 
AGCTGTTCGG GGGTTTCAGA ACTAGAATTG CCTGTTGTTC CTGAGAGACC CAGCTCTACA 
ATAGAAGAAA TTAATCCCTA CTGTGAGGCA GTCTTCAATC GGAACCCTCA AGCACAGGAT 
CCAAAGGATG GCAAAAACAC CAAATTCCGC ACATGTACCG CCACCATGCC TATGTTTACA 
CCGGGGGAGG AGAAGGGCCA AGCCAGGAAT TCCAGTGATG CAGTCATTGA TAGAAAGGGT 
GAGGGAGAAG AAGGAAAGAC GCACAGAATC AATCAAATAG CCCAAAATGA CCAGGAAGGC 
TACTCAACTG TCGATGCACC TCCAGCCAAC AACAGGTTCA GCCTTCCTTC TGACTTGTAC 
AAGGATGAGA TCTTAGATGA CCTGACTATC TCGCCATATG CCAGCTTTAC GTCTCTGTCA 
GAACGTTCCC GGCCAGTGCT GAGTACATGG CTGGACAAAC TTTCGCCTCA AGGTAATTAT 
GTCTTTCAGA GACGATATGT AAAGTTTGAT GGACAGAATC TCATGTATTT CAGCAATGAC 
AAGGAGCTGT ACCCAAAAGG AGTCATCCCT CTCTCCTCCA TCGAAATGGC TCGCTCAACC 
AAAGAAAATA AATTTGAAGT TGTCACAAAA CACAGGACGT TTGTGTTCAG AGCAGAGAAT 
GAAGTACAAA GGAACGAGTG GTGTGCCACG ATCCAGAATA GGGTTAAAGA ACATCGAATG 
GTCTTCCCAC GTCTGCGCCT TGGCTGCAGC TCATCATGTC AGAGATCCGG CTACCTGGAG 
CTAAAAGGCT ATAAATCCAA GATCTTTGCT GTTCTTACAA CAGATGAATT GTGGATTCAC 
AAAAATGAGC AGCTTTTCAA AATGGGGATA GGAATGTTTG TGATTGGAAT GCATGGCTGC 
ACCATAAGAG ACGTACGGAA CAAGAACTTT GAACTTGTCA CCATGCAAAA AATCTTCAGT 
TTCACTGCAG AATCTGAGAG GGAGAAGAAA GAGTGGATGG AGGCCCTGCT AGAGTGCATC 
TCAGAGTCGC TGTCTGACTA TGAAGTAGCT GAAAAGATCT GGTCCAATAA ATCGAATAAG 
ATATGTGCAG ACTGCAGAGC TTCTAACCCA GACTGGGCTT CTATTAACCT GTGTGTTGTG 
ATATGTAAAC AGTGTGCAGG TGTGCACAGA AGTCTTGGTA CCAATATTTC CAAAGTGCAA 
AGTCTGAAAC TAGACACTAG CATCTGGAGC AATGAAATTG TGCAGCTTTT CATCATCTTG 
GGAAATGACA AAGCAAACCG CTTCTGGGCA GCAAAACTTC TACCCTCAGA GATGCTACAT 
ACTGATGATC CTGTGGAAAG AAGAAGGAAC TTTATCACGC AGAAATACCG GGAAGGCAAA 
TACAGAGGGT TTCACCCTCA GCTAAACACA CAGGAGGAGA TACTTAAGGT GCTCTGTGCA 
GCCGTCGCTG GACCCAATTT GCTGAATTCT GTAATGCAGT TATTCTCAGA CGCAGAATGT 
GTCGCTGATG CAGTGGGACA GGACAATGCC ATGCTGGTTG TACAGTCCTC CGACACCTGG 
AGAGCAAGCA CCAACAGTAT AAATGCTGAT AGTCTAGGTT TCGATGAAGC CAACCAAGCT 
AGAGTGTACG ATGAGATCCT CCAGCCCGTG GTGCACTCTG GGTACCTAAA CAAAACAGCT 
GCATTGACCA AACTTTTCAC AGCAAGGAAA TCTAAAGATG AATTCCACAA ACACTGGTGC 
GTTCTGGAAA GATCCCTCAC ATTCTATGAT AGCGACAAGG CCTCTGAACC CCTTGGAAAG 
ATTGACCCGT CAGAAGTGGT GTGTATGGGA GTGACCAGGC AGGACGTGTT GTGCAGCCCA 
TCTCCAGTGG AAAGGTTTCG CTACATGTTT GAGATATACT TAGCTACAGA GAAAGTTCAC 
CAGTTTGGGA CTGATGCAGC TGAAACACTT CAGACTTGGA CAAGTGCAAT TGGAAAGTGG 
TTCACTCCAG TGAGCTGTCA CTGTTTGGTG GCTCATGAAT TTCAGCGAGT GGGGAGAATG 
CGTTACAAGG CGATGCTGAA CCCAGATCAC TGGATGGAAG GCTTTTTCCT GCTGAAAAAA 
TGCCATCTTT TTATCTGTCC TGGAGATCAG AATGCAGCAG AAGACAGTGT CAATCTACGC 
CAGCTTCAAG AACTCACTGT ATCACTAGGA TCAGAAAACA CAGAGAAGAA AGATATGCTG 
ATTCTTGTCG AGAAAGGGCG GACTCTTTAC CTTCAGGGGG TTACAAAGGC AGATTTCCTT 
GCCTGGAGCA CTGATATTCA AGCTGCAGCA TGTAGCAGTG GCAATGTTCT ACGGGAGCAA 
CAGCTTAGCA GGAATGACAT TCCGATCATC GTAGATAGCT GCATCGCTTT TCTAACCCAA 
TATGGTCTGC GGCACGAGGG GATCTACCGT AAAAATGGGG CCAAATCGCG AATAAAACTG 
CTCATGGATG AGTTCCGCAA GGATGCGCGC AATGTCAAGC TCCGCATCAG TGATAACTTT 
ATCGAGGATG TAACCGATGT GCTAAAAAGG TTTTTTAGGG AACTTGATGA CCCAATATTT 
ACTACAGAGC TTCATCCACA ATGGAAAGAG GCTGCAGACA ACCCAGAAAA ATCAAAACGA 
CTGGAAAAAT ATATGGAGCT AATTAACCAC CTTCCAAGAG TTAACAGAGC TACACTGGCT 
GCTCTTATTG GTCACCTTTA CCGGGTTCAA AAATGTGCTG ATCTCAACCA AATGTGCACA 
AAAAATCTTG CACTCTTGTT TGCCCCAAGT CTGTTTCAGA CAGATGGGAA AGGGGAACAC 
GAGGTGAAGG TTATGGAGGA TATTATAGAT AACTACGCTT CTGTATTTGA AATCGATGAA 
GAGCAGGTTA CACAAATGGA TTTGGAAAAC AGCCTGATTA CAACCTGGAA AGATGTTCAG 
CTATCACAGG CTGGGGATCT AATTATTGAG GTTTACTTGG AAAAGAAATT GCCAGACTGC 
TGCGTCACTT TAAAGGTTTC TCCAGTAATG ACAGCAGAAG AACTGACCAA TCAGGTTCTG 
GATATGAGAA ACATATCAGC GAGCATGGAT GTTTGGCTTA CATTTGAAGT GTTTGAAAAT 
GGAGAACTTG AGCGCCCTTT GCACCCAAAA GAGAAAGTCT TGGAGCAAGC TCTGCAGTGG 
TGCAAGTTGG CCGAGCCGAG TTCCGCTTTT CTGCTTGTAA AGAAAATCCC AATTGGTGAA 
GGAAGTTGTC TATTTACAGG CACAAAGAGA GAGACTCCAA AATGTGGGCT ATTGAAATGC 
AGAGAGGAAA CGCCTAAGCT TCTAGGAAGC AAATTTCAAG AGAGATATTT TGTCATCAGA 
GATCGCAAGC TTCTGCTGCT TAAAGAGAAA AAGAGTGCAA AGCCAGAAAG GGAGTGGCCC 
CTTGATACAG CCAAAGTTTA CATGGGCATT AGGAAAAAGA TGAAGGCTCC ATCCCAATGG 
GGTTTTACCA TCTACTTGGA TAAACAGCAG CTGTGCCTGT GTTGTTCAGG TCAACCAGAA 
ATGTGGGACT GGATAACCAG TATTCTGAAG GCTCAGCATG ACGATCTCCG ACCGGTGATT 
TTAAGGCGCC ACTCATCCTC CGATGTGACT AAACAAAAGT TTGGCACAAT GCCATTGGTT 
CCAATCCGTG GAGATGACAC CAATTCTACT ATGGTTACAG CAAATCAGAC ACTGCGCCGA 
CTTCATACAA GAAGGACCCT ATCAATGTTC TTTCCAATGA AAATGCATCA AGATTCACTT 
GAGGAACTGC AGGAAAAACA AAGTGAAGAA TATGATGAGG CTGTATATGA GGAAGTGGGA 
AATTTTCAGA GTCTACCACA GTCAGAGTTA GACTTTGCAT CAGAAAAACA ACTTGTTCCT 
CCACCTTTGG ATCGAACCAA AAAACCTGCT CTCACGCAGG ATCTAAAAAA ACTAACAGTT 
CCCGCAACTT TAGACCAAAG AAAGAGCTGT TCCCCAGAAA GGCCAGAAAG GGACAGCTAC 
AGAAAATCTC ACTCTCTAGA CAGAAATGTG TGTGTGGACA GTTCTGTGAC AGGCCTTAGT 
GAAAATTTTA AACCTTCAAG GACAGAAAGA GGCATTACTT CTAGCCTTCT AAAAACTGGC 
TCTCTTGAAC GAACAGTGGA AACAAGTCGT CTACAGGCAG TGGCTACAAG AAGCCAGGGG 
GCAAAGAGCA CATTGGACTT AAGTTCTCTG CCTCCGTTGT TTTTTGAGCC AGTTCCTCCA 
TCAGACACAG CAAAGAATCC AGCGTGGAAG AAAAATTCAG GAGTTCCCAA CCAAATACAA 
GATAAACTTG TCCAGGAACT CAGTGCTATC ATTCTTAAGA AAAATGATGC CGCATCAACA 
GGGCAACAAG TCACGTGA

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

RefSeq	XP_031754643.1
CDS	949..6366
Translation	MSSVEQANLDIADWLCAIHLERYQDSFKRHGYKKVRDILTLDNKELQQIGIAATGHRKRIMSRLRHPSGEAWPQSNAGSLERAESQEIFFRDDKDDEMVQRNIEKRIMEEIANRDNTENANEKKTSCEPTVKPVPKPRTVFNKITTAIHKPHLISPYTISPATSSTYLENHTNAAGNIFQQEAFVFRGSSLDLEEYNSLTGQQPERVDLEVGTQKYSSAGAGKPFHPFPSLPVRQNKRASLPGSLDHRIFVQMEADTTPCSALSALPSFAGNEEEVTSFSTSPLSPQETLTMISNEIYSGFDRRAATVNWTPDIDTSRNNLSLKPPDIKKHEATSAPERLSCSGVSELELPVVPERPSSTIEEINPYCEAVFNRNPQAQDPKDGKNTKFRTCTATMPMFTPGEEKGQARNSSDAVIDRKGEGEEGKTHRINQIAQNDQEGYSTVDAPPANNRFSLPSDLYKDEILDDLTISPYASFTSLSERSRPVLSTWLDKLSPQGNYVFQRRYVKFDGQNLMYFSNDKELYPKGVIPLSSIEMARSTKENKFEVVTKHRTFVFRAENEVQRNEWCATIQNRVKEHRMVFPRLRLGCSSSCQRSGYLELKGYKSKIFAVLTTDELWIHKNEQLFKMGIGMFVIGMHGCTIRDVRNKNFELVTMQKIFSFTAESEREKKEWMEALLECISESLSDYEVAEKIWSNKSNKICADCRASNPDWASINLCVVICKQCAGVHRSLGTNISKVQSLKLDTSIWSNEIVQLFIILGNDKANRFWAAKLLPSEMLHTDDPVERRRNFITQKYREGKYRGFHPQLNTQEEILKVLCAAVAGPNLLNSVMQLFSDAECVADAVGQDNAMLVVQSSDTWRASTNSINADSLGFDEANQARVYDEILQPVVHSGYLNKTAALTKLFTARKSKDEFHKHWCVLERSLTFYDSDKASEPLGKIDPSEVVCMGVTRQDVLCSPSPVERFRYMFEIYLATEKVHQFGTDAAETLQTWTSAIGKWFTPVSCHCLVAHEFQRVGRMRYKAMLNPDHWMEGFFLLKKCHLFICPGDQNAAEDSVNLRQLQELTVSLGSENTEKKDMLILVEKGRTLYLQGVTKADFLAWSTDIQAAACSSGNVLREQQLSRNDIPIIVDSCIAFLTQYGLRHEGIYRKNGAKSRIKLLMDEFRKDARNVKLRISDNFIEDVTDVLKRFFRELDDPIFTTELHPQWKEAADNPEKSKRLEKYMELINHLPRVNRATLAALIGHLYRVQKCADLNQMCTKNLALLFAPSLFQTDGKGEHEVKVMEDIIDNYASVFEIDEEQVTQMDLENSLITTWKDVQLSQAGDLIIEVYLEKKLPDCCVTLKVSPVMTAEELTNQVLDMRNISASMDVWLTFEVFENGELERPLHPKEKVLEQALQWCKLAEPSSAFLLVKKIPIGEGSCLFTGTKRETPKCGLLKCREETPKLLGSKFQERYFVIRDRKLLLLKEKKSAKPEREWPLDTAKVYMGIRKKMKAPSQWGFTIYLDKQQLCLCCSGQPEMWDWITSILKAQHDDLRPVILRRHSSSDVTKQKFGTMPLVPIRGDDTNSTMVTANQTLRRLHTRRTLSMFFPMKMHQDSLEELQEKQSEEYDEAVYEEVGNFQSLPQSELDFASEKQLVPPPLDRTKKPALTQDLKKLTVPATLDQRKSCSPERPERDSYRKSHSLDRNVCVDSSVTGLSENFKPSRTERGITSSLLKTGSLERTVETSRLQAVATRSQGAKSTLDLSSLPPLFFEPVPPSDTAKNPAWKKNSGVPNQIQDKLVQELSAIILKKNDAASTGQQVT

Target ORF information:

RefSeq Version	XM_031898783.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 3 (arap3), transcript variant X2, mRNA.

Target ORF information:

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

XM_031898783.1

ORF Insert Sequence:

ATGTCTTCTG TTGAACAAGC AAACTTGGAC ATTGCTGACT GGCTATGTGC AATCCATCTT 
GAGAGATACC AGGACAGTTT CAAGCGACAT GGTTATAAAA AGGTGAGAGA TATTCTCACA 
CTTGATAATA AAGAGCTTCA GCAAATTGGC ATTGCTGCCA CAGGCCACAG GAAAAGAATT 
ATGAGTCGCT TGAGACACCC TTCTGGAGAA GCCTGGCCAC AGTCTAATGC AGGTAGCTTG 
GAGAGGGCAG AGTCTCAGGA GATTTTCTTT AGAGATGATA AAGATGATGA AATGGTTCAA 
AGAAACATAG AAAAAAGGAT TATGGAAGAA ATTGCTAATC GGGACAATAC AGAAAATGCC 
AATGAAAAAA AGACTAGTTG TGAACCTACT GTAAAACCAG TTCCGAAACC TAGAACAGTG 
TTTAATAAGA TTACAACTGC AATACACAAA CCTCATCTTA TATCTCCATA TACAATATCG 
CCAGCTACAT CATCTACTTA TCTAGAAAAC CATACAAATG CTGCTGGAAA CATTTTTCAA 
CAGGAAGCTT TTGTTTTCAG AGGAAGCAGC TTGGATTTAG AGGAATATAA CTCATTAACA 
GGGCAGCAGC CAGAAAGGGT GGACCTGGAG GTTGGGACTC AGAAGTATTC ATCCGCTGGG 
GCTGGAAAAC CTTTTCATCC CTTTCCATCC CTCCCTGTGC GACAGAACAA AAGGGCTTCT 
CTGCCTGGCT CCTTAGACCA CAGAATCTTT GTACAGATGG AAGCTGATAC GACTCCATGT 
TCTGCTCTAT CAGCTTTGCC TTCCTTTGCT GGAAACGAAG AGGAAGTCAC CTCTTTCTCA 
ACCAGCCCTC TTTCTCCCCA GGAAACGCTA ACAATGATAT CCAATGAAAT CTATTCTGGG 
TTTGATCGGA GAGCTGCTAC TGTCAATTGG ACTCCAGACA TTGACACATC AAGGAACAAT 
CTAAGTTTAA AACCTCCTGA CATTAAAAAG CATGAAGCTA CTTCAGCACC AGAAAGATTA 
AGCTGTTCGG GGGTTTCAGA ACTAGAATTG CCTGTTGTTC CTGAGAGACC CAGCTCTACA 
ATAGAAGAAA TTAATCCCTA CTGTGAGGCA GTCTTCAATC GGAACCCTCA AGCACAGGAT 
CCAAAGGATG GCAAAAACAC CAAATTCCGC ACATGTACCG CCACCATGCC TATGTTTACA 
CCGGGGGAGG AGAAGGGCCA AGCCAGGAAT TCCAGTGATG CAGTCATTGA TAGAAAGGGT 
GAGGGAGAAG AAGGAAAGAC GCACAGAATC AATCAAATAG CCCAAAATGA CCAGGAAGGC 
TACTCAACTG TCGATGCACC TCCAGCCAAC AACAGGTTCA GCCTTCCTTC TGACTTGTAC 
AAGGATGAGA TCTTAGATGA CCTGACTATC TCGCCATATG CCAGCTTTAC GTCTCTGTCA 
GAACGTTCCC GGCCAGTGCT GAGTACATGG CTGGACAAAC TTTCGCCTCA AGGTAATTAT 
GTCTTTCAGA GACGATATGT AAAGTTTGAT GGACAGAATC TCATGTATTT CAGCAATGAC 
AAGGAGCTGT ACCCAAAAGG AGTCATCCCT CTCTCCTCCA TCGAAATGGC TCGCTCAACC 
AAAGAAAATA AATTTGAAGT TGTCACAAAA CACAGGACGT TTGTGTTCAG AGCAGAGAAT 
GAAGTACAAA GGAACGAGTG GTGTGCCACG ATCCAGAATA GGGTTAAAGA ACATCGAATG 
GTCTTCCCAC GTCTGCGCCT TGGCTGCAGC TCATCATGTC AGAGATCCGG CTACCTGGAG 
CTAAAAGGCT ATAAATCCAA GATCTTTGCT GTTCTTACAA CAGATGAATT GTGGATTCAC 
AAAAATGAGC AGCTTTTCAA AATGGGGATA GGAATGTTTG TGATTGGAAT GCATGGCTGC 
ACCATAAGAG ACGTACGGAA CAAGAACTTT GAACTTGTCA CCATGCAAAA AATCTTCAGT 
TTCACTGCAG AATCTGAGAG GGAGAAGAAA GAGTGGATGG AGGCCCTGCT AGAGTGCATC 
TCAGAGTCGC TGTCTGACTA TGAAGTAGCT GAAAAGATCT GGTCCAATAA ATCGAATAAG 
ATATGTGCAG ACTGCAGAGC TTCTAACCCA GACTGGGCTT CTATTAACCT GTGTGTTGTG 
ATATGTAAAC AGTGTGCAGG TGTGCACAGA AGTCTTGGTA CCAATATTTC CAAAGTGCAA 
AGTCTGAAAC TAGACACTAG CATCTGGAGC AATGAAATTG TGCAGCTTTT CATCATCTTG 
GGAAATGACA AAGCAAACCG CTTCTGGGCA GCAAAACTTC TACCCTCAGA GATGCTACAT 
ACTGATGATC CTGTGGAAAG AAGAAGGAAC TTTATCACGC AGAAATACCG GGAAGGCAAA 
TACAGAGGGT TTCACCCTCA GCTAAACACA CAGGAGGAGA TACTTAAGGT GCTCTGTGCA 
GCCGTCGCTG GACCCAATTT GCTGAATTCT GTAATGCAGT TATTCTCAGA CGCAGAATGT 
GTCGCTGATG CAGTGGGACA GGACAATGCC ATGCTGGTTG TACAGTCCTC CGACACCTGG 
AGAGCAAGCA CCAACAGTAT AAATGCTGAT AGTCTAGGTT TCGATGAAGC CAACCAAGCT 
AGAGTGTACG ATGAGATCCT CCAGCCCGTG GTGCACTCTG GGTACCTAAA CAAAACAGCT 
GCATTGACCA AACTTTTCAC AGCAAGGAAA TCTAAAGATG AATTCCACAA ACACTGGTGC 
GTTCTGGAAA GATCCCTCAC ATTCTATGAT AGCGACAAGG CCTCTGAACC CCTTGGAAAG 
ATTGACCCGT CAGAAGTGGT GTGTATGGGA GTGACCAGGC AGGACGTGTT GTGCAGCCCA 
TCTCCAGTGG AAAGGTTTCG CTACATGTTT GAGATATACT TAGCTACAGA GAAAGTTCAC 
CAGTTTGGGA CTGATGCAGC TGAAACACTT CAGACTTGGA CAAGTGCAAT TGGAAAGTGG 
TTCACTCCAG TGAGCTGTCA CTGTTTGGTG GCTCATGAAT TTCAGCGAGT GGGGAGAATG 
CGTTACAAGG CGATGCTGAA CCCAGATCAC TGGATGGAAG GCTTTTTCCT GCTGAAAAAA 
TGCCATCTTT TTATCTGTCC TGGAGATCAG AATGCAGCAG AAGACAGTGT CAATCTACGC 
CAGCTTCAAG AACTCACTGT ATCACTAGGA TCAGAAAACA CAGAGAAGAA AGATATGCTG 
ATTCTTGTCG AGAAAGGGCG GACTCTTTAC CTTCAGGGGG TTACAAAGGC AGATTTCCTT 
GCCTGGAGCA CTGATATTCA AGCTGCAGCA TGTAGCAGTG GCAATGTTCT ACGGGAGCAA 
CAGCTTAGCA GGAATGACAT TCCGATCATC GTAGATAGCT GCATCGCTTT TCTAACCCAA 
TATGGTCTGC GGCACGAGGG GATCTACCGT AAAAATGGGG CCAAATCGCG AATAAAACTG 
CTCATGGATG AGTTCCGCAA GGATGCGCGC AATGTCAAGC TCCGCATCAG TGATAACTTT 
ATCGAGGATG TAACCGATGT GCTAAAAAGG TTTTTTAGGG AACTTGATGA CCCAATATTT 
ACTACAGAGC TTCATCCACA ATGGAAAGAG GCTGCAGACA ACCCAGAAAA ATCAAAACGA 
CTGGAAAAAT ATATGGAGCT AATTAACCAC CTTCCAAGAG TTAACAGAGC TACACTGGCT 
GCTCTTATTG GTCACCTTTA CCGGGTTCAA AAATGTGCTG ATCTCAACCA AATGTGCACA 
AAAAATCTTG CACTCTTGTT TGCCCCAAGT CTGTTTCAGA CAGATGGGAA AGGGGAACAC 
GAGGTGAAGG TTATGGAGGA TATTATAGAT AACTACGCTT CTGTATTTGA AATCGATGAA 
GAGCAGGTTA CACAAATGGA TTTGGAAAAC AGCCTGATTA CAACCTGGAA AGATGTTCAG 
CTATCACAGG CTGGGGATCT AATTATTGAG GTTTACTTGG AAAAGAAATT GCCAGACTGC 
TGCGTCACTT TAAAGGTTTC TCCAGTAATG ACAGCAGAAG AACTGACCAA TCAGGTTCTG 
GATATGAGAA ACATATCAGC GAGCATGGAT GTTTGGCTTA CATTTGAAGT GTTTGAAAAT 
GGAGAACTTG AGCGCCCTTT GCACCCAAAA GAGAAAGTCT TGGAGCAAGC TCTGCAGTGG 
TGCAAGTTGG CCGAGCCGAG TTCCGCTTTT CTGCTTGTAA AGAAAATCCC AATTGGTGAA 
GGAAGTTGTC TATTTACAGG CACAAAGAGA GAGACTCCAA AATGTGGGCT ATTGAAATGC 
AGAGAGGAAA CGCCTAAGCT TCTAGGAAGC AAATTTCAAG AGAGATATTT TGTCATCAGA 
GATCGCAAGC TTCTGCTGCT TAAAGAGAAA AAGAGTGCAA AGCCAGAAAG GGAGTGGCCC 
CTTGATACAG CCAAAGTTTA CATGGGCATT AGGAAAAAGA TGAAGGCTCC ATCCCAATGG 
GGTTTTACCA TCTACTTGGA TAAACAGCAG CTGTGCCTGT GTTGTTCAGG TCAACCAGAA 
ATGTGGGACT GGATAACCAG TATTCTGAAG GCTCAGCATG ACGATCTCCG ACCGGTGATT 
TTAAGGCGCC ACTCATCCTC CGATGTGACT AAACAAAAGT TTGGCACAAT GCCATTGGTT 
CCAATCCGTG GAGATGACAC CAATTCTACT ATGGTTACAG CAAATCAGAC ACTGCGCCGA 
CTTCATACAA GAAGGACCCT ATCAATGTTC TTTCCAATGA AAATGCATCA AGATTCACTT 
GAGGAACTGC AGGAAAAACA AAGTGAAGAA TATGATGAGG CTGTATATGA GGAAGTGGGA 
AATTTTCAGA GTCTACCACA GTCAGAGTTA GACTTTGCAT CAGAAAAACA ACTTGTTCCT 
CCACCTTTGG ATCGAACCAA AAAACCTGCT CTCACGCAGG ATCTAAAAAA ACTAACAGTT 
CCCGCAACTT TAGACCAAAG AAAGAGCTGT TCCCCAGAAA GGCCAGAAAG GGACAGCTAC 
AGAAAATCTC ACTCTCTAGA CAGAAATGTG TGTGTGGACA GTTCTGTGAC AGGCCTTAGT 
GAAAATTTTA AACCTTCAAG GACAGAAAGA GGCATTACTT CTAGCCTTCT AAAAACTGGC 
TCTCTTGAAC GAACAGTGGA AACAAGTCGT CTACAGGCAG TGGCTACAAG AAGCCAGGGG 
GCAAAGAGCA CATTGGACTT AAGTTCTCTG CCTCCGTTGT TTTTTGAGCC AGTTCCTCCA 
TCAGACACAG CAAAGAATCC AGCGTGGAAG AAAAATTCAG GAGTTCCCAA CCAAATACAA 
GATAAACTTG TCCAGGAACT CAGTGCTATC ATTCTTAAGA AAAATGATGC CGCATCAACA 
GGGCAACAAG TCACGTGA

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

arap3 ( XM_002933637.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002933683.3 Xenopus tropicalis ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 3 (arap3), transcript variant X1, mRNA.

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CloneID	OXa54443
Clone ID Related Accession (Same CDS sequence)	XM_031898783.1 , XM_002933637.3
Accession Version	XM_002933637.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5418bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 3 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_002933637.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTTCTG TTGAACAAGC AAACTTGGAC ATTGCTGACT GGCTATGTGC AATCCATCTT 
GAGAGATACC AGGACAGTTT CAAGCGACAT GGTTATAAAA AGGTGAGAGA TATTCTCACA 
CTTGATAATA AAGAGCTTCA GCAAATTGGC ATTGCTGCCA CAGGCCACAG GAAAAGAATT 
ATGAGTCGCT TGAGACACCC TTCTGGAGAA GCCTGGCCAC AGTCTAATGC AGGTAGCTTG 
GAGAGGGCAG AGTCTCAGGA GATTTTCTTT AGAGATGATA AAGATGATGA AATGGTTCAA 
AGAAACATAG AAAAAAGGAT TATGGAAGAA ATTGCTAATC GGGACAATAC AGAAAATGCC 
AATGAAAAAA AGACTAGTTG TGAACCTACT GTAAAACCAG TTCCGAAACC TAGAACAGTG 
TTTAATAAGA TTACAACTGC AATACACAAA CCTCATCTTA TATCTCCATA TACAATATCG 
CCAGCTACAT CATCTACTTA TCTAGAAAAC CATACAAATG CTGCTGGAAA CATTTTTCAA 
CAGGAAGCTT TTGTTTTCAG AGGAAGCAGC TTGGATTTAG AGGAATATAA CTCATTAACA 
GGGCAGCAGC CAGAAAGGGT GGACCTGGAG GTTGGGACTC AGAAGTATTC ATCCGCTGGG 
GCTGGAAAAC CTTTTCATCC CTTTCCATCC CTCCCTGTGC GACAGAACAA AAGGGCTTCT 
CTGCCTGGCT CCTTAGACCA CAGAATCTTT GTACAGATGG AAGCTGATAC GACTCCATGT 
TCTGCTCTAT CAGCTTTGCC TTCCTTTGCT GGAAACGAAG AGGAAGTCAC CTCTTTCTCA 
ACCAGCCCTC TTTCTCCCCA GGAAACGCTA ACAATGATAT CCAATGAAAT CTATTCTGGG 
TTTGATCGGA GAGCTGCTAC TGTCAATTGG ACTCCAGACA TTGACACATC AAGGAACAAT 
CTAAGTTTAA AACCTCCTGA CATTAAAAAG CATGAAGCTA CTTCAGCACC AGAAAGATTA 
AGCTGTTCGG GGGTTTCAGA ACTAGAATTG CCTGTTGTTC CTGAGAGACC CAGCTCTACA 
ATAGAAGAAA TTAATCCCTA CTGTGAGGCA GTCTTCAATC GGAACCCTCA AGCACAGGAT 
CCAAAGGATG GCAAAAACAC CAAATTCCGC ACATGTACCG CCACCATGCC TATGTTTACA 
CCGGGGGAGG AGAAGGGCCA AGCCAGGAAT TCCAGTGATG CAGTCATTGA TAGAAAGGGT 
GAGGGAGAAG AAGGAAAGAC GCACAGAATC AATCAAATAG CCCAAAATGA CCAGGAAGGC 
TACTCAACTG TCGATGCACC TCCAGCCAAC AACAGGTTCA GCCTTCCTTC TGACTTGTAC 
AAGGATGAGA TCTTAGATGA CCTGACTATC TCGCCATATG CCAGCTTTAC GTCTCTGTCA 
GAACGTTCCC GGCCAGTGCT GAGTACATGG CTGGACAAAC TTTCGCCTCA AGGTAATTAT 
GTCTTTCAGA GACGATATGT AAAGTTTGAT GGACAGAATC TCATGTATTT CAGCAATGAC 
AAGGAGCTGT ACCCAAAAGG AGTCATCCCT CTCTCCTCCA TCGAAATGGC TCGCTCAACC 
AAAGAAAATA AATTTGAAGT TGTCACAAAA CACAGGACGT TTGTGTTCAG AGCAGAGAAT 
GAAGTACAAA GGAACGAGTG GTGTGCCACG ATCCAGAATA GGGTTAAAGA ACATCGAATG 
GTCTTCCCAC GTCTGCGCCT TGGCTGCAGC TCATCATGTC AGAGATCCGG CTACCTGGAG 
CTAAAAGGCT ATAAATCCAA GATCTTTGCT GTTCTTACAA CAGATGAATT GTGGATTCAC 
AAAAATGAGC AGCTTTTCAA AATGGGGATA GGAATGTTTG TGATTGGAAT GCATGGCTGC 
ACCATAAGAG ACGTACGGAA CAAGAACTTT GAACTTGTCA CCATGCAAAA AATCTTCAGT 
TTCACTGCAG AATCTGAGAG GGAGAAGAAA GAGTGGATGG AGGCCCTGCT AGAGTGCATC 
TCAGAGTCGC TGTCTGACTA TGAAGTAGCT GAAAAGATCT GGTCCAATAA ATCGAATAAG 
ATATGTGCAG ACTGCAGAGC TTCTAACCCA GACTGGGCTT CTATTAACCT GTGTGTTGTG 
ATATGTAAAC AGTGTGCAGG TGTGCACAGA AGTCTTGGTA CCAATATTTC CAAAGTGCAA 
AGTCTGAAAC TAGACACTAG CATCTGGAGC AATGAAATTG TGCAGCTTTT CATCATCTTG 
GGAAATGACA AAGCAAACCG CTTCTGGGCA GCAAAACTTC TACCCTCAGA GATGCTACAT 
ACTGATGATC CTGTGGAAAG AAGAAGGAAC TTTATCACGC AGAAATACCG GGAAGGCAAA 
TACAGAGGGT TTCACCCTCA GCTAAACACA CAGGAGGAGA TACTTAAGGT GCTCTGTGCA 
GCCGTCGCTG GACCCAATTT GCTGAATTCT GTAATGCAGT TATTCTCAGA CGCAGAATGT 
GTCGCTGATG CAGTGGGACA GGACAATGCC ATGCTGGTTG TACAGTCCTC CGACACCTGG 
AGAGCAAGCA CCAACAGTAT AAATGCTGAT AGTCTAGGTT TCGATGAAGC CAACCAAGCT 
AGAGTGTACG ATGAGATCCT CCAGCCCGTG GTGCACTCTG GGTACCTAAA CAAAACAGCT 
GCATTGACCA AACTTTTCAC AGCAAGGAAA TCTAAAGATG AATTCCACAA ACACTGGTGC 
GTTCTGGAAA GATCCCTCAC ATTCTATGAT AGCGACAAGG CCTCTGAACC CCTTGGAAAG 
ATTGACCCGT CAGAAGTGGT GTGTATGGGA GTGACCAGGC AGGACGTGTT GTGCAGCCCA 
TCTCCAGTGG AAAGGTTTCG CTACATGTTT GAGATATACT TAGCTACAGA GAAAGTTCAC 
CAGTTTGGGA CTGATGCAGC TGAAACACTT CAGACTTGGA CAAGTGCAAT TGGAAAGTGG 
TTCACTCCAG TGAGCTGTCA CTGTTTGGTG GCTCATGAAT TTCAGCGAGT GGGGAGAATG 
CGTTACAAGG CGATGCTGAA CCCAGATCAC TGGATGGAAG GCTTTTTCCT GCTGAAAAAA 
TGCCATCTTT TTATCTGTCC TGGAGATCAG AATGCAGCAG AAGACAGTGT CAATCTACGC 
CAGCTTCAAG AACTCACTGT ATCACTAGGA TCAGAAAACA CAGAGAAGAA AGATATGCTG 
ATTCTTGTCG AGAAAGGGCG GACTCTTTAC CTTCAGGGGG TTACAAAGGC AGATTTCCTT 
GCCTGGAGCA CTGATATTCA AGCTGCAGCA TGTAGCAGTG GCAATGTTCT ACGGGAGCAA 
CAGCTTAGCA GGAATGACAT TCCGATCATC GTAGATAGCT GCATCGCTTT TCTAACCCAA 
TATGGTCTGC GGCACGAGGG GATCTACCGT AAAAATGGGG CCAAATCGCG AATAAAACTG 
CTCATGGATG AGTTCCGCAA GGATGCGCGC AATGTCAAGC TCCGCATCAG TGATAACTTT 
ATCGAGGATG TAACCGATGT GCTAAAAAGG TTTTTTAGGG AACTTGATGA CCCAATATTT 
ACTACAGAGC TTCATCCACA ATGGAAAGAG GCTGCAGACA ACCCAGAAAA ATCAAAACGA 
CTGGAAAAAT ATATGGAGCT AATTAACCAC CTTCCAAGAG TTAACAGAGC TACACTGGCT 
GCTCTTATTG GTCACCTTTA CCGGGTTCAA AAATGTGCTG ATCTCAACCA AATGTGCACA 
AAAAATCTTG CACTCTTGTT TGCCCCAAGT CTGTTTCAGA CAGATGGGAA AGGGGAACAC 
GAGGTGAAGG TTATGGAGGA TATTATAGAT AACTACGCTT CTGTATTTGA AATCGATGAA 
GAGCAGGTTA CACAAATGGA TTTGGAAAAC AGCCTGATTA CAACCTGGAA AGATGTTCAG 
CTATCACAGG CTGGGGATCT AATTATTGAG GTTTACTTGG AAAAGAAATT GCCAGACTGC 
TGCGTCACTT TAAAGGTTTC TCCAGTAATG ACAGCAGAAG AACTGACCAA TCAGGTTCTG 
GATATGAGAA ACATATCAGC GAGCATGGAT GTTTGGCTTA CATTTGAAGT GTTTGAAAAT 
GGAGAACTTG AGCGCCCTTT GCACCCAAAA GAGAAAGTCT TGGAGCAAGC TCTGCAGTGG 
TGCAAGTTGG CCGAGCCGAG TTCCGCTTTT CTGCTTGTAA AGAAAATCCC AATTGGTGAA 
GGAAGTTGTC TATTTACAGG CACAAAGAGA GAGACTCCAA AATGTGGGCT ATTGAAATGC 
AGAGAGGAAA CGCCTAAGCT TCTAGGAAGC AAATTTCAAG AGAGATATTT TGTCATCAGA 
GATCGCAAGC TTCTGCTGCT TAAAGAGAAA AAGAGTGCAA AGCCAGAAAG GGAGTGGCCC 
CTTGATACAG CCAAAGTTTA CATGGGCATT AGGAAAAAGA TGAAGGCTCC ATCCCAATGG 
GGTTTTACCA TCTACTTGGA TAAACAGCAG CTGTGCCTGT GTTGTTCAGG TCAACCAGAA 
ATGTGGGACT GGATAACCAG TATTCTGAAG GCTCAGCATG ACGATCTCCG ACCGGTGATT 
TTAAGGCGCC ACTCATCCTC CGATGTGACT AAACAAAAGT TTGGCACAAT GCCATTGGTT 
CCAATCCGTG GAGATGACAC CAATTCTACT ATGGTTACAG CAAATCAGAC ACTGCGCCGA 
CTTCATACAA GAAGGACCCT ATCAATGTTC TTTCCAATGA AAATGCATCA AGATTCACTT 
GAGGAACTGC AGGAAAAACA AAGTGAAGAA TATGATGAGG CTGTATATGA GGAAGTGGGA 
AATTTTCAGA GTCTACCACA GTCAGAGTTA GACTTTGCAT CAGAAAAACA ACTTGTTCCT 
CCACCTTTGG ATCGAACCAA AAAACCTGCT CTCACGCAGG ATCTAAAAAA ACTAACAGTT 
CCCGCAACTT TAGACCAAAG AAAGAGCTGT TCCCCAGAAA GGCCAGAAAG GGACAGCTAC 
AGAAAATCTC ACTCTCTAGA CAGAAATGTG TGTGTGGACA GTTCTGTGAC AGGCCTTAGT 
GAAAATTTTA AACCTTCAAG GACAGAAAGA GGCATTACTT CTAGCCTTCT AAAAACTGGC 
TCTCTTGAAC GAACAGTGGA AACAAGTCGT CTACAGGCAG TGGCTACAAG AAGCCAGGGG 
GCAAAGAGCA CATTGGACTT AAGTTCTCTG CCTCCGTTGT TTTTTGAGCC AGTTCCTCCA 
TCAGACACAG CAAAGAATCC AGCGTGGAAG AAAAATTCAG GAGTTCCCAA CCAAATACAA 
GATAAACTTG TCCAGGAACT CAGTGCTATC ATTCTTAAGA AAAATGATGC CGCATCAACA 
GGGCAACAAG TCACGTGA

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

RefSeq	XP_002933683.3
CDS	790..6207
Translation	MSSVEQANLDIADWLCAIHLERYQDSFKRHGYKKVRDILTLDNKELQQIGIAATGHRKRIMSRLRHPSGEAWPQSNAGSLERAESQEIFFRDDKDDEMVQRNIEKRIMEEIANRDNTENANEKKTSCEPTVKPVPKPRTVFNKITTAIHKPHLISPYTISPATSSTYLENHTNAAGNIFQQEAFVFRGSSLDLEEYNSLTGQQPERVDLEVGTQKYSSAGAGKPFHPFPSLPVRQNKRASLPGSLDHRIFVQMEADTTPCSALSALPSFAGNEEEVTSFSTSPLSPQETLTMISNEIYSGFDRRAATVNWTPDIDTSRNNLSLKPPDIKKHEATSAPERLSCSGVSELELPVVPERPSSTIEEINPYCEAVFNRNPQAQDPKDGKNTKFRTCTATMPMFTPGEEKGQARNSSDAVIDRKGEGEEGKTHRINQIAQNDQEGYSTVDAPPANNRFSLPSDLYKDEILDDLTISPYASFTSLSERSRPVLSTWLDKLSPQGNYVFQRRYVKFDGQNLMYFSNDKELYPKGVIPLSSIEMARSTKENKFEVVTKHRTFVFRAENEVQRNEWCATIQNRVKEHRMVFPRLRLGCSSSCQRSGYLELKGYKSKIFAVLTTDELWIHKNEQLFKMGIGMFVIGMHGCTIRDVRNKNFELVTMQKIFSFTAESEREKKEWMEALLECISESLSDYEVAEKIWSNKSNKICADCRASNPDWASINLCVVICKQCAGVHRSLGTNISKVQSLKLDTSIWSNEIVQLFIILGNDKANRFWAAKLLPSEMLHTDDPVERRRNFITQKYREGKYRGFHPQLNTQEEILKVLCAAVAGPNLLNSVMQLFSDAECVADAVGQDNAMLVVQSSDTWRASTNSINADSLGFDEANQARVYDEILQPVVHSGYLNKTAALTKLFTARKSKDEFHKHWCVLERSLTFYDSDKASEPLGKIDPSEVVCMGVTRQDVLCSPSPVERFRYMFEIYLATEKVHQFGTDAAETLQTWTSAIGKWFTPVSCHCLVAHEFQRVGRMRYKAMLNPDHWMEGFFLLKKCHLFICPGDQNAAEDSVNLRQLQELTVSLGSENTEKKDMLILVEKGRTLYLQGVTKADFLAWSTDIQAAACSSGNVLREQQLSRNDIPIIVDSCIAFLTQYGLRHEGIYRKNGAKSRIKLLMDEFRKDARNVKLRISDNFIEDVTDVLKRFFRELDDPIFTTELHPQWKEAADNPEKSKRLEKYMELINHLPRVNRATLAALIGHLYRVQKCADLNQMCTKNLALLFAPSLFQTDGKGEHEVKVMEDIIDNYASVFEIDEEQVTQMDLENSLITTWKDVQLSQAGDLIIEVYLEKKLPDCCVTLKVSPVMTAEELTNQVLDMRNISASMDVWLTFEVFENGELERPLHPKEKVLEQALQWCKLAEPSSAFLLVKKIPIGEGSCLFTGTKRETPKCGLLKCREETPKLLGSKFQERYFVIRDRKLLLLKEKKSAKPEREWPLDTAKVYMGIRKKMKAPSQWGFTIYLDKQQLCLCCSGQPEMWDWITSILKAQHDDLRPVILRRHSSSDVTKQKFGTMPLVPIRGDDTNSTMVTANQTLRRLHTRRTLSMFFPMKMHQDSLEELQEKQSEEYDEAVYEEVGNFQSLPQSELDFASEKQLVPPPLDRTKKPALTQDLKKLTVPATLDQRKSCSPERPERDSYRKSHSLDRNVCVDSSVTGLSENFKPSRTERGITSSLLKTGSLERTVETSRLQAVATRSQGAKSTLDLSSLPPLFFEPVPPSDTAKNPAWKKNSGVPNQIQDKLVQELSAIILKKNDAASTGQQVT

Target ORF information:

RefSeq Version	XM_002933637.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 3 (arap3), transcript variant X1, mRNA.

Target ORF information:

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

XM_002933637.3

ORF Insert Sequence:

ATGTCTTCTG TTGAACAAGC AAACTTGGAC ATTGCTGACT GGCTATGTGC AATCCATCTT 
GAGAGATACC AGGACAGTTT CAAGCGACAT GGTTATAAAA AGGTGAGAGA TATTCTCACA 
CTTGATAATA AAGAGCTTCA GCAAATTGGC ATTGCTGCCA CAGGCCACAG GAAAAGAATT 
ATGAGTCGCT TGAGACACCC TTCTGGAGAA GCCTGGCCAC AGTCTAATGC AGGTAGCTTG 
GAGAGGGCAG AGTCTCAGGA GATTTTCTTT AGAGATGATA AAGATGATGA AATGGTTCAA 
AGAAACATAG AAAAAAGGAT TATGGAAGAA ATTGCTAATC GGGACAATAC AGAAAATGCC 
AATGAAAAAA AGACTAGTTG TGAACCTACT GTAAAACCAG TTCCGAAACC TAGAACAGTG 
TTTAATAAGA TTACAACTGC AATACACAAA CCTCATCTTA TATCTCCATA TACAATATCG 
CCAGCTACAT CATCTACTTA TCTAGAAAAC CATACAAATG CTGCTGGAAA CATTTTTCAA 
CAGGAAGCTT TTGTTTTCAG AGGAAGCAGC TTGGATTTAG AGGAATATAA CTCATTAACA 
GGGCAGCAGC CAGAAAGGGT GGACCTGGAG GTTGGGACTC AGAAGTATTC ATCCGCTGGG 
GCTGGAAAAC CTTTTCATCC CTTTCCATCC CTCCCTGTGC GACAGAACAA AAGGGCTTCT 
CTGCCTGGCT CCTTAGACCA CAGAATCTTT GTACAGATGG AAGCTGATAC GACTCCATGT 
TCTGCTCTAT CAGCTTTGCC TTCCTTTGCT GGAAACGAAG AGGAAGTCAC CTCTTTCTCA 
ACCAGCCCTC TTTCTCCCCA GGAAACGCTA ACAATGATAT CCAATGAAAT CTATTCTGGG 
TTTGATCGGA GAGCTGCTAC TGTCAATTGG ACTCCAGACA TTGACACATC AAGGAACAAT 
CTAAGTTTAA AACCTCCTGA CATTAAAAAG CATGAAGCTA CTTCAGCACC AGAAAGATTA 
AGCTGTTCGG GGGTTTCAGA ACTAGAATTG CCTGTTGTTC CTGAGAGACC CAGCTCTACA 
ATAGAAGAAA TTAATCCCTA CTGTGAGGCA GTCTTCAATC GGAACCCTCA AGCACAGGAT 
CCAAAGGATG GCAAAAACAC CAAATTCCGC ACATGTACCG CCACCATGCC TATGTTTACA 
CCGGGGGAGG AGAAGGGCCA AGCCAGGAAT TCCAGTGATG CAGTCATTGA TAGAAAGGGT 
GAGGGAGAAG AAGGAAAGAC GCACAGAATC AATCAAATAG CCCAAAATGA CCAGGAAGGC 
TACTCAACTG TCGATGCACC TCCAGCCAAC AACAGGTTCA GCCTTCCTTC TGACTTGTAC 
AAGGATGAGA TCTTAGATGA CCTGACTATC TCGCCATATG CCAGCTTTAC GTCTCTGTCA 
GAACGTTCCC GGCCAGTGCT GAGTACATGG CTGGACAAAC TTTCGCCTCA AGGTAATTAT 
GTCTTTCAGA GACGATATGT AAAGTTTGAT GGACAGAATC TCATGTATTT CAGCAATGAC 
AAGGAGCTGT ACCCAAAAGG AGTCATCCCT CTCTCCTCCA TCGAAATGGC TCGCTCAACC 
AAAGAAAATA AATTTGAAGT TGTCACAAAA CACAGGACGT TTGTGTTCAG AGCAGAGAAT 
GAAGTACAAA GGAACGAGTG GTGTGCCACG ATCCAGAATA GGGTTAAAGA ACATCGAATG 
GTCTTCCCAC GTCTGCGCCT TGGCTGCAGC TCATCATGTC AGAGATCCGG CTACCTGGAG 
CTAAAAGGCT ATAAATCCAA GATCTTTGCT GTTCTTACAA CAGATGAATT GTGGATTCAC 
AAAAATGAGC AGCTTTTCAA AATGGGGATA GGAATGTTTG TGATTGGAAT GCATGGCTGC 
ACCATAAGAG ACGTACGGAA CAAGAACTTT GAACTTGTCA CCATGCAAAA AATCTTCAGT 
TTCACTGCAG AATCTGAGAG GGAGAAGAAA GAGTGGATGG AGGCCCTGCT AGAGTGCATC 
TCAGAGTCGC TGTCTGACTA TGAAGTAGCT GAAAAGATCT GGTCCAATAA ATCGAATAAG 
ATATGTGCAG ACTGCAGAGC TTCTAACCCA GACTGGGCTT CTATTAACCT GTGTGTTGTG 
ATATGTAAAC AGTGTGCAGG TGTGCACAGA AGTCTTGGTA CCAATATTTC CAAAGTGCAA 
AGTCTGAAAC TAGACACTAG CATCTGGAGC AATGAAATTG TGCAGCTTTT CATCATCTTG 
GGAAATGACA AAGCAAACCG CTTCTGGGCA GCAAAACTTC TACCCTCAGA GATGCTACAT 
ACTGATGATC CTGTGGAAAG AAGAAGGAAC TTTATCACGC AGAAATACCG GGAAGGCAAA 
TACAGAGGGT TTCACCCTCA GCTAAACACA CAGGAGGAGA TACTTAAGGT GCTCTGTGCA 
GCCGTCGCTG GACCCAATTT GCTGAATTCT GTAATGCAGT TATTCTCAGA CGCAGAATGT 
GTCGCTGATG CAGTGGGACA GGACAATGCC ATGCTGGTTG TACAGTCCTC CGACACCTGG 
AGAGCAAGCA CCAACAGTAT AAATGCTGAT AGTCTAGGTT TCGATGAAGC CAACCAAGCT 
AGAGTGTACG ATGAGATCCT CCAGCCCGTG GTGCACTCTG GGTACCTAAA CAAAACAGCT 
GCATTGACCA AACTTTTCAC AGCAAGGAAA TCTAAAGATG AATTCCACAA ACACTGGTGC 
GTTCTGGAAA GATCCCTCAC ATTCTATGAT AGCGACAAGG CCTCTGAACC CCTTGGAAAG 
ATTGACCCGT CAGAAGTGGT GTGTATGGGA GTGACCAGGC AGGACGTGTT GTGCAGCCCA 
TCTCCAGTGG AAAGGTTTCG CTACATGTTT GAGATATACT TAGCTACAGA GAAAGTTCAC 
CAGTTTGGGA CTGATGCAGC TGAAACACTT CAGACTTGGA CAAGTGCAAT TGGAAAGTGG 
TTCACTCCAG TGAGCTGTCA CTGTTTGGTG GCTCATGAAT TTCAGCGAGT GGGGAGAATG 
CGTTACAAGG CGATGCTGAA CCCAGATCAC TGGATGGAAG GCTTTTTCCT GCTGAAAAAA 
TGCCATCTTT TTATCTGTCC TGGAGATCAG AATGCAGCAG AAGACAGTGT CAATCTACGC 
CAGCTTCAAG AACTCACTGT ATCACTAGGA TCAGAAAACA CAGAGAAGAA AGATATGCTG 
ATTCTTGTCG AGAAAGGGCG GACTCTTTAC CTTCAGGGGG TTACAAAGGC AGATTTCCTT 
GCCTGGAGCA CTGATATTCA AGCTGCAGCA TGTAGCAGTG GCAATGTTCT ACGGGAGCAA 
CAGCTTAGCA GGAATGACAT TCCGATCATC GTAGATAGCT GCATCGCTTT TCTAACCCAA 
TATGGTCTGC GGCACGAGGG GATCTACCGT AAAAATGGGG CCAAATCGCG AATAAAACTG 
CTCATGGATG AGTTCCGCAA GGATGCGCGC AATGTCAAGC TCCGCATCAG TGATAACTTT 
ATCGAGGATG TAACCGATGT GCTAAAAAGG TTTTTTAGGG AACTTGATGA CCCAATATTT 
ACTACAGAGC TTCATCCACA ATGGAAAGAG GCTGCAGACA ACCCAGAAAA ATCAAAACGA 
CTGGAAAAAT ATATGGAGCT AATTAACCAC CTTCCAAGAG TTAACAGAGC TACACTGGCT 
GCTCTTATTG GTCACCTTTA CCGGGTTCAA AAATGTGCTG ATCTCAACCA AATGTGCACA 
AAAAATCTTG CACTCTTGTT TGCCCCAAGT CTGTTTCAGA CAGATGGGAA AGGGGAACAC 
GAGGTGAAGG TTATGGAGGA TATTATAGAT AACTACGCTT CTGTATTTGA AATCGATGAA 
GAGCAGGTTA CACAAATGGA TTTGGAAAAC AGCCTGATTA CAACCTGGAA AGATGTTCAG 
CTATCACAGG CTGGGGATCT AATTATTGAG GTTTACTTGG AAAAGAAATT GCCAGACTGC 
TGCGTCACTT TAAAGGTTTC TCCAGTAATG ACAGCAGAAG AACTGACCAA TCAGGTTCTG 
GATATGAGAA ACATATCAGC GAGCATGGAT GTTTGGCTTA CATTTGAAGT GTTTGAAAAT 
GGAGAACTTG AGCGCCCTTT GCACCCAAAA GAGAAAGTCT TGGAGCAAGC TCTGCAGTGG 
TGCAAGTTGG CCGAGCCGAG TTCCGCTTTT CTGCTTGTAA AGAAAATCCC AATTGGTGAA 
GGAAGTTGTC TATTTACAGG CACAAAGAGA GAGACTCCAA AATGTGGGCT ATTGAAATGC 
AGAGAGGAAA CGCCTAAGCT TCTAGGAAGC AAATTTCAAG AGAGATATTT TGTCATCAGA 
GATCGCAAGC TTCTGCTGCT TAAAGAGAAA AAGAGTGCAA AGCCAGAAAG GGAGTGGCCC 
CTTGATACAG CCAAAGTTTA CATGGGCATT AGGAAAAAGA TGAAGGCTCC ATCCCAATGG 
GGTTTTACCA TCTACTTGGA TAAACAGCAG CTGTGCCTGT GTTGTTCAGG TCAACCAGAA 
ATGTGGGACT GGATAACCAG TATTCTGAAG GCTCAGCATG ACGATCTCCG ACCGGTGATT 
TTAAGGCGCC ACTCATCCTC CGATGTGACT AAACAAAAGT TTGGCACAAT GCCATTGGTT 
CCAATCCGTG GAGATGACAC CAATTCTACT ATGGTTACAG CAAATCAGAC ACTGCGCCGA 
CTTCATACAA GAAGGACCCT ATCAATGTTC TTTCCAATGA AAATGCATCA AGATTCACTT 
GAGGAACTGC AGGAAAAACA AAGTGAAGAA TATGATGAGG CTGTATATGA GGAAGTGGGA 
AATTTTCAGA GTCTACCACA GTCAGAGTTA GACTTTGCAT CAGAAAAACA ACTTGTTCCT 
CCACCTTTGG ATCGAACCAA AAAACCTGCT CTCACGCAGG ATCTAAAAAA ACTAACAGTT 
CCCGCAACTT TAGACCAAAG AAAGAGCTGT TCCCCAGAAA GGCCAGAAAG GGACAGCTAC 
AGAAAATCTC ACTCTCTAGA CAGAAATGTG TGTGTGGACA GTTCTGTGAC AGGCCTTAGT 
GAAAATTTTA AACCTTCAAG GACAGAAAGA GGCATTACTT CTAGCCTTCT AAAAACTGGC 
TCTCTTGAAC GAACAGTGGA AACAAGTCGT CTACAGGCAG TGGCTACAAG AAGCCAGGGG 
GCAAAGAGCA CATTGGACTT AAGTTCTCTG CCTCCGTTGT TTTTTGAGCC AGTTCCTCCA 
TCAGACACAG CAAAGAATCC AGCGTGGAAG AAAAATTCAG GAGTTCCCAA CCAAATACAA 
GATAAACTTG TCCAGGAACT CAGTGCTATC ATTCTTAAGA AAAATGATGC CGCATCAACA 
GGGCAACAAG TCACGTGA

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

arap3 ( XM_031898784.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031754644.1 Xenopus tropicalis ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 3 (arap3), transcript variant X3, mRNA.

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CloneID	OXa54444
Clone ID Related Accession (Same CDS sequence)	XM_031898784.1
Accession Version	XM_031898784.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5379bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 3 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) 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 Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTTCTG TTGAACAAGC AAACTTGGAC ATTGCTGACT GGCTATGTGC AATCCATCTT 
GAGAGATACC AGGACAGTTT CAAGCGACAT GGTTATAAAA AGGTGAGAGA TATTCTCACA 
CTTGATAATA AAGAGCTTCA GCAAATTGGC ATTGCTGCCA CAGGCCACAG GAAAAGAATT 
ATGAGTCGCT TGAGACACCC TTCTGGAGAA GCCTGGCCAC AGTCTAATGC AGGTAGCTTG 
GAGAGGGCAG AGTCTCAGGA GATTTTCTTT AGAGATGATA AAGATGATGA AATGGTTCAA 
AGAAACATAG AAAAAAGGAT TATGGAAGAA ATTGCTAATC GGGACAATAC AGAAAATGCC 
AATGAAAAAA AGACTAGTTG TGAACCTACT GTAAAACCAG TTCCGAAACC TAGAACAGTG 
TTTAATAAGA TTACAACTGC AATACACAAA CCTCATCTTA TATCTCCATA TACAATATCG 
CCAGCTACAT CATCTACTTA TCTAGAAAAC CATACAAATG CTGCTGGAAA CATTTTTCAA 
CAGGAAGCTT TTGTTTTCAG AGGAAGCAGC TTGGATTTAG AGGAATATAA CTCATTAACA 
GGGCAGCAGC CAGAAAGGGT GGACCTGGAG GTTGGGACTC AGAAGTATTC ATCCGCTGGG 
GCTGGAAAAC CTTTTCATCC CTTTCCATCC CTCCCTGTGC GACAGAACAA AAGGGCTTCT 
CTGCCTGGCT CCTTAGACCA CAGAATCTTT GTACAGATGG AAGCTGATAC GACTCCATGT 
TCTGCTCTAT CAGCTTTGCC TTCCTTTGCT GGAAACGAAG AGGAAGTCAC CTCTTTCTCA 
ACCAGCCCTC TTTCTCCCCA GGAAACGCTA ACAATGATAT CCAATGAAAT CTATTCTGGG 
TTTGATCGGA GAGCTGCTAC TGTCAATTGG ACTCCAGACA TTGACACATC AAGGAACAAT 
CTAAGTTTAA AACCTCCTGA CATTAAAAAG CATGAAGCTA CTTCAGCACC AGAAAGATTA 
AGCTGTTCGG GGGTTTCAGA ACTAGAATTG CCTGTTGTTC CTGAGAGACC CAGCTCTACA 
ATAGAAGAAA TTAATCCCTA CTGTGAGGCA GTCTTCAATC GGAACCCTCA AGCACAGGAT 
CCAAAGGATG GCAAAAACAC CAAATTCCGC ACATGTACCG CCACCATGCC TATGTTTACA 
CCGGGGGAGG AGAAGGGCCA AGCCAGGAAT TCCAGTGATG CAGTCATTGA TAGAAAGGGT 
GAGGGAGAAG AAGGAAAGAC GCACAGAATC AATCAAATAG CCCAAAATGA CCAGGAAGGC 
TACTCAACTG TCGATGCACC TCCAGCCAAC AACAGGTTCA GCCTTCCTTC TGACTTGTAC 
AAGGATGAGA TCTTAGATGA CCTGACTATC TCGCCATATG CCAGCTTTAC GTCTCTGTCA 
GAACGTTCCC GGCCAGTGCT GAGTACATGG CTGGACAAAC TTTCGCCTCA AGGTAATTAT 
GTCTTTCAGA GACGATATGT AAAGTTTGAT GGACAGAATC TCATGTATTT CAGCAATGAC 
AAGGAGCTGT ACCCAAAAGG AGTCATCCCT CTCTCCTCCA TCGAAATGGC TCGCTCAACC 
AAAGAAAATA AATTTGAAGT TGTCACAAAA CACAGGACGT TTGTGTTCAG AGCAGAGAAT 
GAAGTACAAA GGAACGAGTG GTGTGCCACG ATCCAGAATA GGGTTAAAGA ACATCGAATG 
GTCTTCCCAC GTCTGCGCCT TGGCTGCAGC TCATCATGTC AGAGATCCGG CTACCTGGAG 
CTAAAAGGCT ATAAATCCAA GATCTTTGCT GTTCTTACAA CAGATGAATT GTGGATTCAC 
AAAAATGAGC AGCTTTTCAA AATGGGGATA GGAATGTTTG TGATTGGAAT GCATGGCTGC 
ACCATAAGAG ACGTACGGAA CAAGAACTTT GAACTTGTCA CCATGCAAAA AATCTTCAGT 
TTCACTGCAG AATCTGAGAG GGAGAAGAAA GAGTGGATGG AGGCCCTGCT AGAGTGCATC 
TCAGAGTCGC TGTCTGACTA TGAAGTAGCT GAAAAGATCT GGTCCAATAA ATCGAATAAG 
ATATGTGCAG ACTGCAGAGC TTCTAACCCA GACTGGGCTT CTATTAACCT GTGTGTTGTG 
ATATGTAAAC AGTGTGCAGG TGTGCACAGA AGTCTTGGTA CCAATATTTC CAAAGTGCAA 
AGTCTGAAAC TAGACACTAG CATCTGGAGC AATGAAATTG TGCAGCTTTT CATCATCTTG 
GGAAATGACA AAGCAAACCG CTTCTGGGCA GCAAAACTTC TACCCTCAGA GATGCTACAT 
ACTGATGATC CTGTGGAAAG AAGAAGGAAC TTTATCACGC AGAAATACCG GGAAGGCAAA 
TACAGAGGGT TTCACCCTCA GCTAAACACA CAGGAGGAGA TACTTAAGGT GCTCTGTGCA 
GCCGTCGCTG GACCCAATTT GCTGAATTCT GTAATGCAGT TATTCTCAGA CGCAGAATGT 
GTCGCTGATG CAGTGGGACA GGACAATGCC ATGCTGGTTG TACAGTCCTC CGACACCTGG 
AGAGCAAGCA CCAACAGTAT AAATGCTGAT AGTCTAGGTT TCGATGAAGC CAACCAAGCT 
AGAGTGTACG ATGAGATCCT CCAGCCCGTG GTGCACTCTG GGTACCTAAA CAAAACAGCT 
GCATTGACCA AACTTTTCAC AGCAAGGAAA TCTAAAGATG AATTCCACAA ACACTGGTGC 
GTTCTGGAAA GATCCCTCAC ATTCTATGAT AGCGACAAGG CCTCTGAACC CCTTGGAAAG 
ATTGACCCGT CAGAAGTGGT GTGTATGGGA GTGACCAGGC AGGACGTGTT GTGCAGCCCA 
TCTCCAGTGG AAAGGTTTCG CTACATGTTT GAGATATACT TAGCTACAGA GAAAGTTCAC 
CAGTTTGGGA CTGATGCAGC TGAAACACTT CAGACTTGGA CAAGTGCAAT TGGAAAGTGG 
TTCACTCCAG TGAGCTGTCA CTGTTTGGTG GCTCATGAAT TTCAGCGAGT GGGGAGAATG 
CGTTACAAGG CGATGCTGAA CCCAGATCAC TGGATGGAAG GCTTTTTCCT GCTGAAAAAA 
TGCCATCTTT TTATCTGTCC TGGAGATCAG AATGCAGCAG AAGACAGTGT CAATCTACGC 
CAGCTTCAAG AACTCACTGT ATCACTAGGA TCAGAAAACA CAGAGAAGAA AGATATGCTG 
ATTCTTGTCG AGAAAGGGCG GACTCTTTAC CTTCAGGGGG TTACAAAGGC AGATTTCCTT 
GCCTGGAGCA CTGATATTCA AGCTGCAGCA TGTAGCAGTG GCAATGTTCT ACGGGAGCAA 
CAGCTTAGCA GGAATGACAT TCCGATCATC GTAGATAGCT GCATCGCTTT TCTAACCCAA 
TATGGTCTGC GGCACGAGGG GATCTACCGT AAAAATGGGG CCAAATCGCG AATAAAACTG 
CTCATGGATG AGTTCCGCAA GGATGCGCGC AATGTCAAGC TCCGCATCAG TGATAACTTT 
ATCGAGGATG TAACCGATGT GCTAAAAAGG TTTTTTAGGG AACTTGATGA CCCAATATTT 
ACTACAGAGC TTCATCCACA ATGGAAAGAG GCTGCAGACA ACCCAGAAAA ATCAAAACGA 
CTGGAAAAAT ATATGGAGCT AATTAACCAC CTTCCAAGAG TTAACAGAGC TACACTGGCT 
GCTCTTATTG GTCACCTTTA CCGGGTTCAA AAATGTGCTG ATCTCAACCA AATGTGCACA 
AAAAATCTTG CACTCTTGTT TGCCCCAAGT CTGTTTCAGA CAGATGGGAA AGGGGAACAC 
GAGGTGAAGG TTATGGAGGA TATTATAGAT AACTACGCTT CTGTATTTGA AATCGATGAA 
GAGCAGGTTA CACAAATGGA TTTGGAAAAC AGCCTGATTA CAACCTGGAA AGATGTTCAG 
CTATCACAGG CTGGGGATCT AATTATTGAG GTTTACTTGG AAAAGAAATT GCCAGACTGC 
TGCGTCACTT TAAAGGTTTC TCCAGTAATG ACAGCAGAAG AACTGACCAA TCAGGTTCTG 
GATATGAGAA ACATATCAGC GAGCATGGAT GTTTGGCTTA CATTTGAAGT GTTTGAAAAT 
GGAGAACTTG AGCGCCCTTT GCACCCAAAA GAGAAAGTCT TGGAGCAAGC TCTGCAGTGG 
TGCAAGTTGG CCGAGCCGAG TTCCGCTTTT CTGCTTGTAA AGAAAATCCC AATTGGTGAA 
GGAAGTTGTC TATTTACAGG CACAAAGAGA GAGACTCCAA AATGTGGGCT ATTGAAATGC 
AGAGAGGAAA CGCCTAAGCT TCTAGGAAGC AAATTTCAAG AGAGATATTT TGTCATCAGA 
GATCGCAAGC TTCTGCTGCT TAAAGAGAAA AAGAGTGCAA AGCCAGAAAG GGAGTGGCCC 
CTTGATACAG CCAAAGTTTA CATGGGCATT AGGAAAAAGA TGAAGGCTCC ATCCCAATGG 
GGTTTTACCA TCTACTTGGA TAAACAGCAG CTGTGCCTGT GTTGTTCAGG TCAACCAGAA 
ATGTGGGACT GGATAACCAG TATTCTGAAG GCTCAGCATG ACGATCTCCG ACCGGTGATT 
TTAAGGCGCC ACTCATCCTC CGATGTGACT AAACAAAAGT TTGGCACAAT GCCATTGGTT 
CCAATCCGTG GAGATGACAC CAATTCTACT ATGGTTACAG CAAATCAGAC ACTGCCAATG 
AAAATGCATC AAGATTCACT TGAGGAACTG CAGGAAAAAC AAAGTGAAGA ATATGATGAG 
GCTGTATATG AGGAAGTGGG AAATTTTCAG AGTCTACCAC AGTCAGAGTT AGACTTTGCA 
TCAGAAAAAC AACTTGTTCC TCCACCTTTG GATCGAACCA AAAAACCTGC TCTCACGCAG 
GATCTAAAAA AACTAACAGT TCCCGCAACT TTAGACCAAA GAAAGAGCTG TTCCCCAGAA 
AGGCCAGAAA GGGACAGCTA CAGAAAATCT CACTCTCTAG ACAGAAATGT GTGTGTGGAC 
AGTTCTGTGA CAGGCCTTAG TGAAAATTTT AAACCTTCAA GGACAGAAAG AGGCATTACT 
TCTAGCCTTC TAAAAACTGG CTCTCTTGAA CGAACAGTGG AAACAAGTCG TCTACAGGCA 
GTGGCTACAA GAAGCCAGGG GGCAAAGAGC ACATTGGACT TAAGTTCTCT GCCTCCGTTG 
TTTTTTGAGC CAGTTCCTCC ATCAGACACA GCAAAGAATC CAGCGTGGAA GAAAAATTCA 
GGAGTTCCCA ACCAAATACA AGATAAACTT GTCCAGGAAC TCAGTGCTAT CATTCTTAAG 
AAAAATGATG CCGCATCAAC AGGGCAACAA GTCACGTGA

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

RefSeq	XP_031754644.1
CDS	789..6167
Translation	MSSVEQANLDIADWLCAIHLERYQDSFKRHGYKKVRDILTLDNKELQQIGIAATGHRKRIMSRLRHPSGEAWPQSNAGSLERAESQEIFFRDDKDDEMVQRNIEKRIMEEIANRDNTENANEKKTSCEPTVKPVPKPRTVFNKITTAIHKPHLISPYTISPATSSTYLENHTNAAGNIFQQEAFVFRGSSLDLEEYNSLTGQQPERVDLEVGTQKYSSAGAGKPFHPFPSLPVRQNKRASLPGSLDHRIFVQMEADTTPCSALSALPSFAGNEEEVTSFSTSPLSPQETLTMISNEIYSGFDRRAATVNWTPDIDTSRNNLSLKPPDIKKHEATSAPERLSCSGVSELELPVVPERPSSTIEEINPYCEAVFNRNPQAQDPKDGKNTKFRTCTATMPMFTPGEEKGQARNSSDAVIDRKGEGEEGKTHRINQIAQNDQEGYSTVDAPPANNRFSLPSDLYKDEILDDLTISPYASFTSLSERSRPVLSTWLDKLSPQGNYVFQRRYVKFDGQNLMYFSNDKELYPKGVIPLSSIEMARSTKENKFEVVTKHRTFVFRAENEVQRNEWCATIQNRVKEHRMVFPRLRLGCSSSCQRSGYLELKGYKSKIFAVLTTDELWIHKNEQLFKMGIGMFVIGMHGCTIRDVRNKNFELVTMQKIFSFTAESEREKKEWMEALLECISESLSDYEVAEKIWSNKSNKICADCRASNPDWASINLCVVICKQCAGVHRSLGTNISKVQSLKLDTSIWSNEIVQLFIILGNDKANRFWAAKLLPSEMLHTDDPVERRRNFITQKYREGKYRGFHPQLNTQEEILKVLCAAVAGPNLLNSVMQLFSDAECVADAVGQDNAMLVVQSSDTWRASTNSINADSLGFDEANQARVYDEILQPVVHSGYLNKTAALTKLFTARKSKDEFHKHWCVLERSLTFYDSDKASEPLGKIDPSEVVCMGVTRQDVLCSPSPVERFRYMFEIYLATEKVHQFGTDAAETLQTWTSAIGKWFTPVSCHCLVAHEFQRVGRMRYKAMLNPDHWMEGFFLLKKCHLFICPGDQNAAEDSVNLRQLQELTVSLGSENTEKKDMLILVEKGRTLYLQGVTKADFLAWSTDIQAAACSSGNVLREQQLSRNDIPIIVDSCIAFLTQYGLRHEGIYRKNGAKSRIKLLMDEFRKDARNVKLRISDNFIEDVTDVLKRFFRELDDPIFTTELHPQWKEAADNPEKSKRLEKYMELINHLPRVNRATLAALIGHLYRVQKCADLNQMCTKNLALLFAPSLFQTDGKGEHEVKVMEDIIDNYASVFEIDEEQVTQMDLENSLITTWKDVQLSQAGDLIIEVYLEKKLPDCCVTLKVSPVMTAEELTNQVLDMRNISASMDVWLTFEVFENGELERPLHPKEKVLEQALQWCKLAEPSSAFLLVKKIPIGEGSCLFTGTKRETPKCGLLKCREETPKLLGSKFQERYFVIRDRKLLLLKEKKSAKPEREWPLDTAKVYMGIRKKMKAPSQWGFTIYLDKQQLCLCCSGQPEMWDWITSILKAQHDDLRPVILRRHSSSDVTKQKFGTMPLVPIRGDDTNSTMVTANQTLPMKMHQDSLEELQEKQSEEYDEAVYEEVGNFQSLPQSELDFASEKQLVPPPLDRTKKPALTQDLKKLTVPATLDQRKSCSPERPERDSYRKSHSLDRNVCVDSSVTGLSENFKPSRTERGITSSLLKTGSLERTVETSRLQAVATRSQGAKSTLDLSSLPPLFFEPVPPSDTAKNPAWKKNSGVPNQIQDKLVQELSAIILKKNDAASTGQQVT

Target ORF information:

RefSeq Version	XM_031898784.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 3 (arap3), transcript variant X3, mRNA.

Target ORF information:

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

XM_031898784.1

ORF Insert Sequence:

ATGTCTTCTG TTGAACAAGC AAACTTGGAC ATTGCTGACT GGCTATGTGC AATCCATCTT 
GAGAGATACC AGGACAGTTT CAAGCGACAT GGTTATAAAA AGGTGAGAGA TATTCTCACA 
CTTGATAATA AAGAGCTTCA GCAAATTGGC ATTGCTGCCA CAGGCCACAG GAAAAGAATT 
ATGAGTCGCT TGAGACACCC TTCTGGAGAA GCCTGGCCAC AGTCTAATGC AGGTAGCTTG 
GAGAGGGCAG AGTCTCAGGA GATTTTCTTT AGAGATGATA AAGATGATGA AATGGTTCAA 
AGAAACATAG AAAAAAGGAT TATGGAAGAA ATTGCTAATC GGGACAATAC AGAAAATGCC 
AATGAAAAAA AGACTAGTTG TGAACCTACT GTAAAACCAG TTCCGAAACC TAGAACAGTG 
TTTAATAAGA TTACAACTGC AATACACAAA CCTCATCTTA TATCTCCATA TACAATATCG 
CCAGCTACAT CATCTACTTA TCTAGAAAAC CATACAAATG CTGCTGGAAA CATTTTTCAA 
CAGGAAGCTT TTGTTTTCAG AGGAAGCAGC TTGGATTTAG AGGAATATAA CTCATTAACA 
GGGCAGCAGC CAGAAAGGGT GGACCTGGAG GTTGGGACTC AGAAGTATTC ATCCGCTGGG 
GCTGGAAAAC CTTTTCATCC CTTTCCATCC CTCCCTGTGC GACAGAACAA AAGGGCTTCT 
CTGCCTGGCT CCTTAGACCA CAGAATCTTT GTACAGATGG AAGCTGATAC GACTCCATGT 
TCTGCTCTAT CAGCTTTGCC TTCCTTTGCT GGAAACGAAG AGGAAGTCAC CTCTTTCTCA 
ACCAGCCCTC TTTCTCCCCA GGAAACGCTA ACAATGATAT CCAATGAAAT CTATTCTGGG 
TTTGATCGGA GAGCTGCTAC TGTCAATTGG ACTCCAGACA TTGACACATC AAGGAACAAT 
CTAAGTTTAA AACCTCCTGA CATTAAAAAG CATGAAGCTA CTTCAGCACC AGAAAGATTA 
AGCTGTTCGG GGGTTTCAGA ACTAGAATTG CCTGTTGTTC CTGAGAGACC CAGCTCTACA 
ATAGAAGAAA TTAATCCCTA CTGTGAGGCA GTCTTCAATC GGAACCCTCA AGCACAGGAT 
CCAAAGGATG GCAAAAACAC CAAATTCCGC ACATGTACCG CCACCATGCC TATGTTTACA 
CCGGGGGAGG AGAAGGGCCA AGCCAGGAAT TCCAGTGATG CAGTCATTGA TAGAAAGGGT 
GAGGGAGAAG AAGGAAAGAC GCACAGAATC AATCAAATAG CCCAAAATGA CCAGGAAGGC 
TACTCAACTG TCGATGCACC TCCAGCCAAC AACAGGTTCA GCCTTCCTTC TGACTTGTAC 
AAGGATGAGA TCTTAGATGA CCTGACTATC TCGCCATATG CCAGCTTTAC GTCTCTGTCA 
GAACGTTCCC GGCCAGTGCT GAGTACATGG CTGGACAAAC TTTCGCCTCA AGGTAATTAT 
GTCTTTCAGA GACGATATGT AAAGTTTGAT GGACAGAATC TCATGTATTT CAGCAATGAC 
AAGGAGCTGT ACCCAAAAGG AGTCATCCCT CTCTCCTCCA TCGAAATGGC TCGCTCAACC 
AAAGAAAATA AATTTGAAGT TGTCACAAAA CACAGGACGT TTGTGTTCAG AGCAGAGAAT 
GAAGTACAAA GGAACGAGTG GTGTGCCACG ATCCAGAATA GGGTTAAAGA ACATCGAATG 
GTCTTCCCAC GTCTGCGCCT TGGCTGCAGC TCATCATGTC AGAGATCCGG CTACCTGGAG 
CTAAAAGGCT ATAAATCCAA GATCTTTGCT GTTCTTACAA CAGATGAATT GTGGATTCAC 
AAAAATGAGC AGCTTTTCAA AATGGGGATA GGAATGTTTG TGATTGGAAT GCATGGCTGC 
ACCATAAGAG ACGTACGGAA CAAGAACTTT GAACTTGTCA CCATGCAAAA AATCTTCAGT 
TTCACTGCAG AATCTGAGAG GGAGAAGAAA GAGTGGATGG AGGCCCTGCT AGAGTGCATC 
TCAGAGTCGC TGTCTGACTA TGAAGTAGCT GAAAAGATCT GGTCCAATAA ATCGAATAAG 
ATATGTGCAG ACTGCAGAGC TTCTAACCCA GACTGGGCTT CTATTAACCT GTGTGTTGTG 
ATATGTAAAC AGTGTGCAGG TGTGCACAGA AGTCTTGGTA CCAATATTTC CAAAGTGCAA 
AGTCTGAAAC TAGACACTAG CATCTGGAGC AATGAAATTG TGCAGCTTTT CATCATCTTG 
GGAAATGACA AAGCAAACCG CTTCTGGGCA GCAAAACTTC TACCCTCAGA GATGCTACAT 
ACTGATGATC CTGTGGAAAG AAGAAGGAAC TTTATCACGC AGAAATACCG GGAAGGCAAA 
TACAGAGGGT TTCACCCTCA GCTAAACACA CAGGAGGAGA TACTTAAGGT GCTCTGTGCA 
GCCGTCGCTG GACCCAATTT GCTGAATTCT GTAATGCAGT TATTCTCAGA CGCAGAATGT 
GTCGCTGATG CAGTGGGACA GGACAATGCC ATGCTGGTTG TACAGTCCTC CGACACCTGG 
AGAGCAAGCA CCAACAGTAT AAATGCTGAT AGTCTAGGTT TCGATGAAGC CAACCAAGCT 
AGAGTGTACG ATGAGATCCT CCAGCCCGTG GTGCACTCTG GGTACCTAAA CAAAACAGCT 
GCATTGACCA AACTTTTCAC AGCAAGGAAA TCTAAAGATG AATTCCACAA ACACTGGTGC 
GTTCTGGAAA GATCCCTCAC ATTCTATGAT AGCGACAAGG CCTCTGAACC CCTTGGAAAG 
ATTGACCCGT CAGAAGTGGT GTGTATGGGA GTGACCAGGC AGGACGTGTT GTGCAGCCCA 
TCTCCAGTGG AAAGGTTTCG CTACATGTTT GAGATATACT TAGCTACAGA GAAAGTTCAC 
CAGTTTGGGA CTGATGCAGC TGAAACACTT CAGACTTGGA CAAGTGCAAT TGGAAAGTGG 
TTCACTCCAG TGAGCTGTCA CTGTTTGGTG GCTCATGAAT TTCAGCGAGT GGGGAGAATG 
CGTTACAAGG CGATGCTGAA CCCAGATCAC TGGATGGAAG GCTTTTTCCT GCTGAAAAAA 
TGCCATCTTT TTATCTGTCC TGGAGATCAG AATGCAGCAG AAGACAGTGT CAATCTACGC 
CAGCTTCAAG AACTCACTGT ATCACTAGGA TCAGAAAACA CAGAGAAGAA AGATATGCTG 
ATTCTTGTCG AGAAAGGGCG GACTCTTTAC CTTCAGGGGG TTACAAAGGC AGATTTCCTT 
GCCTGGAGCA CTGATATTCA AGCTGCAGCA TGTAGCAGTG GCAATGTTCT ACGGGAGCAA 
CAGCTTAGCA GGAATGACAT TCCGATCATC GTAGATAGCT GCATCGCTTT TCTAACCCAA 
TATGGTCTGC GGCACGAGGG GATCTACCGT AAAAATGGGG CCAAATCGCG AATAAAACTG 
CTCATGGATG AGTTCCGCAA GGATGCGCGC AATGTCAAGC TCCGCATCAG TGATAACTTT 
ATCGAGGATG TAACCGATGT GCTAAAAAGG TTTTTTAGGG AACTTGATGA CCCAATATTT 
ACTACAGAGC TTCATCCACA ATGGAAAGAG GCTGCAGACA ACCCAGAAAA ATCAAAACGA 
CTGGAAAAAT ATATGGAGCT AATTAACCAC CTTCCAAGAG TTAACAGAGC TACACTGGCT 
GCTCTTATTG GTCACCTTTA CCGGGTTCAA AAATGTGCTG ATCTCAACCA AATGTGCACA 
AAAAATCTTG CACTCTTGTT TGCCCCAAGT CTGTTTCAGA CAGATGGGAA AGGGGAACAC 
GAGGTGAAGG TTATGGAGGA TATTATAGAT AACTACGCTT CTGTATTTGA AATCGATGAA 
GAGCAGGTTA CACAAATGGA TTTGGAAAAC AGCCTGATTA CAACCTGGAA AGATGTTCAG 
CTATCACAGG CTGGGGATCT AATTATTGAG GTTTACTTGG AAAAGAAATT GCCAGACTGC 
TGCGTCACTT TAAAGGTTTC TCCAGTAATG ACAGCAGAAG AACTGACCAA TCAGGTTCTG 
GATATGAGAA ACATATCAGC GAGCATGGAT GTTTGGCTTA CATTTGAAGT GTTTGAAAAT 
GGAGAACTTG AGCGCCCTTT GCACCCAAAA GAGAAAGTCT TGGAGCAAGC TCTGCAGTGG 
TGCAAGTTGG CCGAGCCGAG TTCCGCTTTT CTGCTTGTAA AGAAAATCCC AATTGGTGAA 
GGAAGTTGTC TATTTACAGG CACAAAGAGA GAGACTCCAA AATGTGGGCT ATTGAAATGC 
AGAGAGGAAA CGCCTAAGCT TCTAGGAAGC AAATTTCAAG AGAGATATTT TGTCATCAGA 
GATCGCAAGC TTCTGCTGCT TAAAGAGAAA AAGAGTGCAA AGCCAGAAAG GGAGTGGCCC 
CTTGATACAG CCAAAGTTTA CATGGGCATT AGGAAAAAGA TGAAGGCTCC ATCCCAATGG 
GGTTTTACCA TCTACTTGGA TAAACAGCAG CTGTGCCTGT GTTGTTCAGG TCAACCAGAA 
ATGTGGGACT GGATAACCAG TATTCTGAAG GCTCAGCATG ACGATCTCCG ACCGGTGATT 
TTAAGGCGCC ACTCATCCTC CGATGTGACT AAACAAAAGT TTGGCACAAT GCCATTGGTT 
CCAATCCGTG GAGATGACAC CAATTCTACT ATGGTTACAG CAAATCAGAC ACTGCCAATG 
AAAATGCATC AAGATTCACT TGAGGAACTG CAGGAAAAAC AAAGTGAAGA ATATGATGAG 
GCTGTATATG AGGAAGTGGG AAATTTTCAG AGTCTACCAC AGTCAGAGTT AGACTTTGCA 
TCAGAAAAAC AACTTGTTCC TCCACCTTTG GATCGAACCA AAAAACCTGC TCTCACGCAG 
GATCTAAAAA AACTAACAGT TCCCGCAACT TTAGACCAAA GAAAGAGCTG TTCCCCAGAA 
AGGCCAGAAA GGGACAGCTA CAGAAAATCT CACTCTCTAG ACAGAAATGT GTGTGTGGAC 
AGTTCTGTGA CAGGCCTTAG TGAAAATTTT AAACCTTCAA GGACAGAAAG AGGCATTACT 
TCTAGCCTTC TAAAAACTGG CTCTCTTGAA CGAACAGTGG AAACAAGTCG TCTACAGGCA 
GTGGCTACAA GAAGCCAGGG GGCAAAGAGC ACATTGGACT TAAGTTCTCT GCCTCCGTTG 
TTTTTTGAGC CAGTTCCTCC ATCAGACACA GCAAAGAATC CAGCGTGGAA GAAAAATTCA 
GGAGTTCCCA ACCAAATACA AGATAAACTT GTCCAGGAAC TCAGTGCTAT CATTCTTAAG 
AAAAATGATG CCGCATCAAC AGGGCAACAA GTCACGTGA

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

arap3 ( XM_002933637.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002933683.2 Xenopus tropicalis ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 3 (arap3), mRNA.

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CloneID	OXa07537
Clone ID Related Accession (Same CDS sequence)	XM_002933637.2
Accession Version	XM_002933637.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4215bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 18, 2013 this sequence version replaced XM_002933637.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCTATGT TTACACCGGG GGAGGAGAAG GGCCAAGCCA GGAATTCCAG TGATGCAGTC 
ATTGATAGAA AGGGTGAGGG AGAAGAAGGA AAGACGCACA GAATCAATCA AATAGCCCAA 
AATGACCAGG AAGGCTACTC AACTGTCGAT GCACCTCCAG CCAACAACAG GTTCAGCCTT 
CCTTCTGACT TGTACAAGGA TGAGATCTTA GATGACCTGA CTATCTCGCC ATATGCCAGC 
TTTACGTCTC TGTCAGAACG TTCCCGGCCA GTGCTGAGTA CATGGCTGGA CAAACTTTCG 
CCTCAAGGTA ATTATGTCTT TCAGAGACGA TATGTAAAGT TTGATGGACA GAATCTCATG 
TATTTCAGCA ATGACAAGGA GCTGTACCCA AAAGGAGTCA TCCCTCTCTC CTCCATCGAA 
ATGGCTCGCT CAACCAAAGA AAATAAATTT GAAGTTGTCA CAAAACACAG GACGTTTGTG 
TTCAGAGCAG AGAATGAAGT ACAAAGGAAC GAGTGGTGTG CCACGATCCA GAATAGGGTT 
AAAGAACATC GAATGGTCTT CCCACGTCTG CGCCTTGGCT GCAGCTCATC ATGTCAGAGA 
TCCGGCTACC TGGAGCTAAA AGGCTATAAA TCCAAGATCT TTGCTGTTCT TACAACAGAT 
GAATTGTGGA TTCACAAAAA TGAGCAGCTT TTCAAAATGG GGATAGGAAT GTTTGTGATT 
GGAATGCATG GCTGCACCAT AAGAGACGTA CGGAACAAGA ACTTTGAACT TGTCACCATG 
CAAAAAATCT TCAGTTTCAC TGCAGAATCT GAGAGGGAGA AGAAAGAGTG GATGGAGGCC 
CTGCTAGAGT GCATCTCAGA GTCGCTGTCT GACTATGAAG TAGCTGAAAA GATCTGGTCC 
AATAAATCGA ATAAGATATG TGCAGACTGC AGAGCTTCTA TTAACCTGTG TGTTGTGATA 
TGTAAACAGT GTGCAGGTGT GCACAGAAGT CTTGGTACCA ATATTTCCAA AGTGCAAAGT 
CTGAAACTAG ACACTAGCAT CTGGAGCAAT GAAATTGTGC AGCTTTTCAT CATCTTGGGA 
AATGACAAAG CAAACCGCTT CTGGGCAGCA AAACTTCTAC CCTCAGAGAT GCTACATACT 
GATGATCCTG TGGAAAGAAG AAGGAACTTT ATCACGCAGA AATACCGGGA AGGCAAATAC 
AGAGGGTTTC ACCCTCAGCT AAACACACAG GAGGAGATAC TTAAGGTGCT CTGTGCAGCC 
GTCGCTGGAC CCAATTTGCT GAATTCTGTA ATGCAGTTAT TCTCAGACGC AGAATGTGTC 
GCTGATGCAG TGGGACAGGA CAATGCCATG CTGGTTGTAC AGTCCTCCGA CACCTGGAGA 
GCAAGCACCA ACAGTATAAA TGCTGATAGT CTAGGTTTCG ATGAAGCCAA CCAAGCTAGA 
GTGTACGATG AGATCCTCCA GCCCGTGGTG CACTCTGGGT ACCTAAACAA AACAGCTGCA 
TTGACCAAAC TTTTCACAGC AAGGAAATCT AAAGATGAAT TCCACAAACA CTGGTGCGTT 
CTGGAAAGAT CCCTCACATT CTATGATAAC GACAAGACCT CTGAACCCCT TGGAAAGATT 
GACCCGTCAG AAGTGGTGTG TATGGGAGTG ACCAGGCAGG ACGTGTTGTG CAGCCCATCT 
CCAGTGGAAA GGTTTCGCTA CATGTTTGAG ATATACTTAG TTACAGAGAA AGTTCACCAG 
TTTGGGACTG ATGCAGCTGA AACACTTCAG ACTTGGACAA GTGCAATTGG AAAGTGGTTC 
ACTCCAGTGA GCTGTCACTG TTTGGTGGCT CATGAATTTC AGCGAGTGGG GAGAATGCGT 
TACAAGGCGA TGCTGAACCC AGATCACTGG ATGGAAGGCT TTTTCCTGCT GAAAAAATGC 
CATCTTTTTA TCTGTCCTGG AGATCAGAAT GCAGCAGAAG ACAGTGTCAA TCTACGCCAG 
CTTCAAGAAC TCACTGTATC ACTAGGATCA GAAAACACAG AGAAGAAAGA TATGCTGATT 
CTTGTCGAGA AAGGGCGGAC TCTTTACCTT CAGGGGGTTA CAAAGGCAGA TTTCCTTGCC 
TGGAGCACTG ATATTCAAGC TGCAGCATGT AGCAGTGGCA ATGTTCTACG GGAGCAACAG 
CTTAGCAGGA ATGACATTCC GATCATCGTA GATAGCTGCA TCGCTTTTCT AACCCAATAT 
GGTCTGCGGC ACGAGGGGAT CTACCGTAAA AATGGGGCCA AATCGAGAAT AAAACTGCTC 
ATGGATGAGT TCCGCAAGGA TGCGCGCAAT GTCAAGCTCC GCATCAGTGA TAACTTTATC 
GAGGATGTAA CCGATGTGCT AAAAAGGTTT TTTAGGGAAC TTGATGACCC AATATTTACT 
ACAGAGCTTC ATCCACAATG GAAAGAGGCT GCAGACAACC CAGAAAAATC AAAACGACTG 
GAAAAATATA TGGAGCTAAT TAACCACCTT CCAAGAGTTA ACAGAGCTAC ACTGGCTGCT 
CTTATTGGTC ACCTTTACCG GGTTCAAAAA TGTGCTGATC TCAACCAAAT GTGCACAAAA 
AATCTTGCAC TCTTGTTTGC CCCAAGTCTG TTTCAGACAG ATGGGAAAGG GGAACACGAG 
GTGAAGGTTA TGGAGGATAT TATAGATAAC TACGCTTCTG TATTTGAAAT CGATGAAGAG 
CAGGTTACAC AAATGGATTT GGAAAACAGC CTGATTACAA CCTGGAAAGA TGTTCAGCTA 
TCACAGGCTG GGGATCTAAT TATTGAGGTT TACTTGGAAA AGAAATTGCC AGACTGCTGC 
GTCACTTTAA AGGTTTCTCC AGTAATGACA GCAGAAGAAC TGACCAATCA GGTTCTGGAT 
ATGAGAAACA TATCAGCGAG CATGGATGTT TGGCTTACAT TTGAAGTGTT TGAAAATGGA 
GAACTTGAAC GCCCTTTGCA CCCAAAAGAG AAAGTCTTGG AGCAAGCTCT GCAGTGGTGC 
AAGTTGGCCG AGCCGAGTTC CGCTTTTCTG CTTGTAAAGA AAATCCCAAT TGGTGAAGGA 
AGTTGTCTAT TTACAGGCAC AAAGAGAGAG ACTCCAAAAT GCGGGCTATT GAAATGCAGA 
GAGGAGACGC CTAAGCTTCT AGGAAGCAAA TTTCAAGAGA GATATTTTGT CATCAGAGAC 
CGCAAGCTTC TGCTGCTTAA AGAGAAAAAG AGTGCAAAGC CAGAAAGAGA GTGGCCCCTT 
GATACAGCCA AAGTTTACAT GGGCATTAGG AAAAAGATGA AGGCTCCATC CCAATGGGGT 
TTTACCATCT ACTTGGATAA ACAGCAGCTG TGCCTGTGTT GTTCAGGTCA ACCAGAAATG 
TGGGACTGGA TAACCAGTAT TCTGAAGGCT CAGCATGACG ATCTCCGACC GGTGATTTTA 
AGGCGCCACT CATCCTCCGA TGTGACTAAA CAAAAGTTTG GCACAATGCC ATTGGTTCCA 
ATCCGTGGAG ATGACACCAA TTCTACTATG GTTACTGCAA ATCAGACACT GCGCCGACTT 
CATACAAGAA GGACCCTATC AATGTTCTTT CCAATGAAAA TGCATCAAGA TTCACTTGAG 
GAACTGCAGG AAAAACAAAG TGAAGAATAT GATGAGGCTG TATATGAGGA AGTGGGAAAT 
TTTCAGAGTC TACCACAGTC AGAGTTAGAA TTTGCATCAG AAAAACAACT TGTTCCTCCA 
CCTTTGGATC GAACCAAAAA ACCTGCTCTC ACCCAGGATC TAAAAAAACT AACAGTTCCC 
GCAACTTTAG ACCAAAGAAA GAGCTGTTCC CCAGAAAGGC CAGAAAGGGA CAGCTACAGA 
AAATCTCACT CTCTAGACAG AAATGTGTGC GTGGAAAGTT CTGTGACAGG CCATAGTGAA 
AATTTTAAAC CTTCATGGAC AGAAAGAGGC ATTACTTCTA GCCTTCTAAA AACTGGCTCT 
CTTGAACGAA CAGTGGAAAC AAGTCGTCTA CAGGCAGTGG CCACAAGAAG CCAGGGGGCA 
AAGAGCACAT TGGACTTAAG TTCTCTGCCT CCGTTGTTTT TTGAGCCAGT TCCTCCATCA 
GACACAGCAA AGAATCCAGC ATGGAAGAAA AATTCAGGAG TTCCCAACCA AATACAAGAT 
AAACTTGTCC AGGAACTCAG TGCTATCATT CTTAAGAAAA ATGATGCCGC ATCAACAGGG 
CAACAAGTCA CGTGA

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

RefSeq	XP_002933683.2
CDS	222..4436
Translation	MPMFTPGEEKGQARNSSDAVIDRKGEGEEGKTHRINQIAQNDQEGYSTVDAPPANNRFSLPSDLYKDEILDDLTISPYASFTSLSERSRPVLSTWLDKLSPQGNYVFQRRYVKFDGQNLMYFSNDKELYPKGVIPLSSIEMARSTKENKFEVVTKHRTFVFRAENEVQRNEWCATIQNRVKEHRMVFPRLRLGCSSSCQRSGYLELKGYKSKIFAVLTTDELWIHKNEQLFKMGIGMFVIGMHGCTIRDVRNKNFELVTMQKIFSFTAESEREKKEWMEALLECISESLSDYEVAEKIWSNKSNKICADCRASINLCVVICKQCAGVHRSLGTNISKVQSLKLDTSIWSNEIVQLFIILGNDKANRFWAAKLLPSEMLHTDDPVERRRNFITQKYREGKYRGFHPQLNTQEEILKVLCAAVAGPNLLNSVMQLFSDAECVADAVGQDNAMLVVQSSDTWRASTNSINADSLGFDEANQARVYDEILQPVVHSGYLNKTAALTKLFTARKSKDEFHKHWCVLERSLTFYDNDKTSEPLGKIDPSEVVCMGVTRQDVLCSPSPVERFRYMFEIYLVTEKVHQFGTDAAETLQTWTSAIGKWFTPVSCHCLVAHEFQRVGRMRYKAMLNPDHWMEGFFLLKKCHLFICPGDQNAAEDSVNLRQLQELTVSLGSENTEKKDMLILVEKGRTLYLQGVTKADFLAWSTDIQAAACSSGNVLREQQLSRNDIPIIVDSCIAFLTQYGLRHEGIYRKNGAKSRIKLLMDEFRKDARNVKLRISDNFIEDVTDVLKRFFRELDDPIFTTELHPQWKEAADNPEKSKRLEKYMELINHLPRVNRATLAALIGHLYRVQKCADLNQMCTKNLALLFAPSLFQTDGKGEHEVKVMEDIIDNYASVFEIDEEQVTQMDLENSLITTWKDVQLSQAGDLIIEVYLEKKLPDCCVTLKVSPVMTAEELTNQVLDMRNISASMDVWLTFEVFENGELERPLHPKEKVLEQALQWCKLAEPSSAFLLVKKIPIGEGSCLFTGTKRETPKCGLLKCREETPKLLGSKFQERYFVIRDRKLLLLKEKKSAKPEREWPLDTAKVYMGIRKKMKAPSQWGFTIYLDKQQLCLCCSGQPEMWDWITSILKAQHDDLRPVILRRHSSSDVTKQKFGTMPLVPIRGDDTNSTMVTANQTLRRLHTRRTLSMFFPMKMHQDSLEELQEKQSEEYDEAVYEEVGNFQSLPQSELEFASEKQLVPPPLDRTKKPALTQDLKKLTVPATLDQRKSCSPERPERDSYRKSHSLDRNVCVESSVTGHSENFKPSWTERGITSSLLKTGSLERTVETSRLQAVATRSQGAKSTLDLSSLPPLFFEPVPPSDTAKNPAWKKNSGVPNQIQDKLVQELSAIILKKNDAASTGQQVT

Target ORF information:

RefSeq Version	XM_002933637.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 3 (arap3), mRNA.

Target ORF information:

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

XM_002933637.2

ORF Insert Sequence:

ATGCCTATGT TTACACCGGG GGAGGAGAAG GGCCAAGCCA GGAATTCCAG TGATGCAGTC 
ATTGATAGAA AGGGTGAGGG AGAAGAAGGA AAGACGCACA GAATCAATCA AATAGCCCAA 
AATGACCAGG AAGGCTACTC AACTGTCGAT GCACCTCCAG CCAACAACAG GTTCAGCCTT 
CCTTCTGACT TGTACAAGGA TGAGATCTTA GATGACCTGA CTATCTCGCC ATATGCCAGC 
TTTACGTCTC TGTCAGAACG TTCCCGGCCA GTGCTGAGTA CATGGCTGGA CAAACTTTCG 
CCTCAAGGTA ATTATGTCTT TCAGAGACGA TATGTAAAGT TTGATGGACA GAATCTCATG 
TATTTCAGCA ATGACAAGGA GCTGTACCCA AAAGGAGTCA TCCCTCTCTC CTCCATCGAA 
ATGGCTCGCT CAACCAAAGA AAATAAATTT GAAGTTGTCA CAAAACACAG GACGTTTGTG 
TTCAGAGCAG AGAATGAAGT ACAAAGGAAC GAGTGGTGTG CCACGATCCA GAATAGGGTT 
AAAGAACATC GAATGGTCTT CCCACGTCTG CGCCTTGGCT GCAGCTCATC ATGTCAGAGA 
TCCGGCTACC TGGAGCTAAA AGGCTATAAA TCCAAGATCT TTGCTGTTCT TACAACAGAT 
GAATTGTGGA TTCACAAAAA TGAGCAGCTT TTCAAAATGG GGATAGGAAT GTTTGTGATT 
GGAATGCATG GCTGCACCAT AAGAGACGTA CGGAACAAGA ACTTTGAACT TGTCACCATG 
CAAAAAATCT TCAGTTTCAC TGCAGAATCT GAGAGGGAGA AGAAAGAGTG GATGGAGGCC 
CTGCTAGAGT GCATCTCAGA GTCGCTGTCT GACTATGAAG TAGCTGAAAA GATCTGGTCC 
AATAAATCGA ATAAGATATG TGCAGACTGC AGAGCTTCTA TTAACCTGTG TGTTGTGATA 
TGTAAACAGT GTGCAGGTGT GCACAGAAGT CTTGGTACCA ATATTTCCAA AGTGCAAAGT 
CTGAAACTAG ACACTAGCAT CTGGAGCAAT GAAATTGTGC AGCTTTTCAT CATCTTGGGA 
AATGACAAAG CAAACCGCTT CTGGGCAGCA AAACTTCTAC CCTCAGAGAT GCTACATACT 
GATGATCCTG TGGAAAGAAG AAGGAACTTT ATCACGCAGA AATACCGGGA AGGCAAATAC 
AGAGGGTTTC ACCCTCAGCT AAACACACAG GAGGAGATAC TTAAGGTGCT CTGTGCAGCC 
GTCGCTGGAC CCAATTTGCT GAATTCTGTA ATGCAGTTAT TCTCAGACGC AGAATGTGTC 
GCTGATGCAG TGGGACAGGA CAATGCCATG CTGGTTGTAC AGTCCTCCGA CACCTGGAGA 
GCAAGCACCA ACAGTATAAA TGCTGATAGT CTAGGTTTCG ATGAAGCCAA CCAAGCTAGA 
GTGTACGATG AGATCCTCCA GCCCGTGGTG CACTCTGGGT ACCTAAACAA AACAGCTGCA 
TTGACCAAAC TTTTCACAGC AAGGAAATCT AAAGATGAAT TCCACAAACA CTGGTGCGTT 
CTGGAAAGAT CCCTCACATT CTATGATAAC GACAAGACCT CTGAACCCCT TGGAAAGATT 
GACCCGTCAG AAGTGGTGTG TATGGGAGTG ACCAGGCAGG ACGTGTTGTG CAGCCCATCT 
CCAGTGGAAA GGTTTCGCTA CATGTTTGAG ATATACTTAG TTACAGAGAA AGTTCACCAG 
TTTGGGACTG ATGCAGCTGA AACACTTCAG ACTTGGACAA GTGCAATTGG AAAGTGGTTC 
ACTCCAGTGA GCTGTCACTG TTTGGTGGCT CATGAATTTC AGCGAGTGGG GAGAATGCGT 
TACAAGGCGA TGCTGAACCC AGATCACTGG ATGGAAGGCT TTTTCCTGCT GAAAAAATGC 
CATCTTTTTA TCTGTCCTGG AGATCAGAAT GCAGCAGAAG ACAGTGTCAA TCTACGCCAG 
CTTCAAGAAC TCACTGTATC ACTAGGATCA GAAAACACAG AGAAGAAAGA TATGCTGATT 
CTTGTCGAGA AAGGGCGGAC TCTTTACCTT CAGGGGGTTA CAAAGGCAGA TTTCCTTGCC 
TGGAGCACTG ATATTCAAGC TGCAGCATGT AGCAGTGGCA ATGTTCTACG GGAGCAACAG 
CTTAGCAGGA ATGACATTCC GATCATCGTA GATAGCTGCA TCGCTTTTCT AACCCAATAT 
GGTCTGCGGC ACGAGGGGAT CTACCGTAAA AATGGGGCCA AATCGAGAAT AAAACTGCTC 
ATGGATGAGT TCCGCAAGGA TGCGCGCAAT GTCAAGCTCC GCATCAGTGA TAACTTTATC 
GAGGATGTAA CCGATGTGCT AAAAAGGTTT TTTAGGGAAC TTGATGACCC AATATTTACT 
ACAGAGCTTC ATCCACAATG GAAAGAGGCT GCAGACAACC CAGAAAAATC AAAACGACTG 
GAAAAATATA TGGAGCTAAT TAACCACCTT CCAAGAGTTA ACAGAGCTAC ACTGGCTGCT 
CTTATTGGTC ACCTTTACCG GGTTCAAAAA TGTGCTGATC TCAACCAAAT GTGCACAAAA 
AATCTTGCAC TCTTGTTTGC CCCAAGTCTG TTTCAGACAG ATGGGAAAGG GGAACACGAG 
GTGAAGGTTA TGGAGGATAT TATAGATAAC TACGCTTCTG TATTTGAAAT CGATGAAGAG 
CAGGTTACAC AAATGGATTT GGAAAACAGC CTGATTACAA CCTGGAAAGA TGTTCAGCTA 
TCACAGGCTG GGGATCTAAT TATTGAGGTT TACTTGGAAA AGAAATTGCC AGACTGCTGC 
GTCACTTTAA AGGTTTCTCC AGTAATGACA GCAGAAGAAC TGACCAATCA GGTTCTGGAT 
ATGAGAAACA TATCAGCGAG CATGGATGTT TGGCTTACAT TTGAAGTGTT TGAAAATGGA 
GAACTTGAAC GCCCTTTGCA CCCAAAAGAG AAAGTCTTGG AGCAAGCTCT GCAGTGGTGC 
AAGTTGGCCG AGCCGAGTTC CGCTTTTCTG CTTGTAAAGA AAATCCCAAT TGGTGAAGGA 
AGTTGTCTAT TTACAGGCAC AAAGAGAGAG ACTCCAAAAT GCGGGCTATT GAAATGCAGA 
GAGGAGACGC CTAAGCTTCT AGGAAGCAAA TTTCAAGAGA GATATTTTGT CATCAGAGAC 
CGCAAGCTTC TGCTGCTTAA AGAGAAAAAG AGTGCAAAGC CAGAAAGAGA GTGGCCCCTT 
GATACAGCCA AAGTTTACAT GGGCATTAGG AAAAAGATGA AGGCTCCATC CCAATGGGGT 
TTTACCATCT ACTTGGATAA ACAGCAGCTG TGCCTGTGTT GTTCAGGTCA ACCAGAAATG 
TGGGACTGGA TAACCAGTAT TCTGAAGGCT CAGCATGACG ATCTCCGACC GGTGATTTTA 
AGGCGCCACT CATCCTCCGA TGTGACTAAA CAAAAGTTTG GCACAATGCC ATTGGTTCCA 
ATCCGTGGAG ATGACACCAA TTCTACTATG GTTACTGCAA ATCAGACACT GCGCCGACTT 
CATACAAGAA GGACCCTATC AATGTTCTTT CCAATGAAAA TGCATCAAGA TTCACTTGAG 
GAACTGCAGG AAAAACAAAG TGAAGAATAT GATGAGGCTG TATATGAGGA AGTGGGAAAT 
TTTCAGAGTC TACCACAGTC AGAGTTAGAA TTTGCATCAG AAAAACAACT TGTTCCTCCA 
CCTTTGGATC GAACCAAAAA ACCTGCTCTC ACCCAGGATC TAAAAAAACT AACAGTTCCC 
GCAACTTTAG ACCAAAGAAA GAGCTGTTCC CCAGAAAGGC CAGAAAGGGA CAGCTACAGA 
AAATCTCACT CTCTAGACAG AAATGTGTGC GTGGAAAGTT CTGTGACAGG CCATAGTGAA 
AATTTTAAAC CTTCATGGAC AGAAAGAGGC ATTACTTCTA GCCTTCTAAA AACTGGCTCT 
CTTGAACGAA CAGTGGAAAC AAGTCGTCTA CAGGCAGTGG CCACAAGAAG CCAGGGGGCA 
AAGAGCACAT TGGACTTAAG TTCTCTGCCT CCGTTGTTTT TTGAGCCAGT TCCTCCATCA 
GACACAGCAA AGAATCCAGC ATGGAAGAAA AATTCAGGAG TTCCCAACCA AATACAAGAT 
AAACTTGTCC AGGAACTCAG TGCTATCATT CTTAAGAAAA ATGATGCCGC ATCAACAGGG 
CAACAAGTCA CGTGA

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

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arap3 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene

Clones

gRNAs

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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