aox1 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	aox1
Entrez Gene ID	100495429
Full Name	aldehyde oxidase 1
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
NM_001278747.1	NP_001265676.1	aldehyde oxidase
XM_012970229.2	XP_012825683.2	aldehyde oxidase isoform X1
XM_018097063.2	XP_017952552.2	aldehyde oxidase isoform X2
XM_012970229.1	XP_012825683.1	aldehyde oxidase isoform X1
XM_018097063.1	XP_017952552.1	aldehyde oxidase isoform X2

Pathways from BioSystems

Homologies

Bos taurus (cattle)	AOX1	NP_788841.1
Mus musculus (house mouse)	Aox1	NP_033806.2
Rattus norvegicus (Norway rat)	Aox1	NP_062236.2
Xenopus tropicalis (tropical clawed frog)	LOC100495429	XP_002937768.2
Homo sapiens (human)	AOX1	NP_001150.3
	AOX1	XP_001089327.2
Gallus gallus (chicken)	AOX1	NP_001033781.1

Gene Ontology
Bibliography

Related articles in PubMed

Structure and evolution of vertebrate aldehyde oxidases: from gene duplication to gene suppression.
Kurosaki M, Bolis M, Fratelli M, Barzago MM, Pattini L, Perretta G, Terao M, Garattini E
Cellular and molecular life sciences : CMLS70(10)1807-30(2013 May)

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

The following aox1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the aox1 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)
OXa46566	XM_018097063.1 Latest version!	Xenopus tropicalis aldehyde oxidase 1 (aox1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OXa65951	XM_012970229.2 Latest version!	Xenopus tropicalis aldehyde oxidase 1 (LOC100495429), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa65952	XM_018097063.2 Latest version!	Xenopus tropicalis aldehyde oxidase 1 (LOC100495429), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa20372	NM_001278747.1 Latest version!	Xenopus tropicalis aldehyde oxidase 1 (LOC100495429), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
OXa36287	XM_012970229.1 Latest version!	Xenopus tropicalis aldehyde oxidase 1 (aox1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00

ORF Online Only Promotion

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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)

aox1 ( XM_018097063.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017952552.1 Xenopus tropicalis aldehyde oxidase 1 (aox1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa46566
Clone ID Related Accession (Same CDS sequence)	XM_018097063.1
Accession Version	XM_018097063.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3723bp) 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	aldehyde oxidase isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030685.1) 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 :: 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##

ATGCATGGTG CAGCCGTTAC AACCATCGAG GGCATCGGAA GCACAACTAC CAAATTGCAT 
CCTGTGCAGG AGAGAATAGC TAAAGCTCAT GGTTCCCAGT GTGGTTTCTG TACTCCTGGG 
ATGGTGATGT CTGTGTATAG CTTACTAAGG AATCATCCAG AACCAACTAT GGAGCAGATA 
TATGAAAGCC TAGGAGGTAA TCTCTGTCGC TGTACTGGTT ACAGGCCAAT AGTGGATGGA 
TGCCGAACTT TCTGTAATAA AACTGATTGT TGCCAAGTCA AAGAGAATGG GATGGAAAAG 
ATTTCTACAC CTGATACAGT AGATAACATC CTCACAGGTT TGTTTAAAGA AGAACAGTTT 
TTACCTCTTG ATCCAACACA GGAATTAATA TTTCCCCCTG AATTACTGCT AATGGATAAA 
GAAAAAAAAG AAAAACTCTT TTTCCAAGGG GGGCGTATGA CTTGGATATC ACCTTCCAGT 
CTTCAGGAAC TTCTGCAACT GAAAGCAACA TATCCGAAGG CTCCACTTGT TGTGGGAAAC 
ACCATCGTCG GTCCCGAAAT GAAGTTCAGA GGAATTTTTC ATCCTGTTAT AATTTCCCCT 
TCAAGAATAC CGGAGCTCAA TTTTGTAATT CATAAGGATG ATGGAATAAC AGTAGGGGCA 
GCTTGCAGTT TAACAGTGCT GAAAGAAGCT CTAAAGGAAG TTGTCACCCA ACAACCAGAG 
GAAAAGACCA AATTATTTCA TGCCCTTCTA CAGCAACTTG AAACACTCGG AGGTCCACAG 
ATAAGGAACA CAGCATCTCT AGGAGGAAAC ATTATAAGCC GTTCTCCAAC ATCTGATCTA 
AACCCAGTTC TGGCTGCAGG CAACTGCATT CTAACTGTGG CAGCAATAGA TGGAACTAGG 
CAGATGCCAT TGGATGAGGC ATTTTTTGCT CATTCGTTGA AGGCTGAAGA GGTTTTAGTA 
TCAGTTCATT TACCTTATTC CAAGAAGGGG GATCATTACT CCGTTTTCAG ACAGGCCCAG 
AGACGAGAGA ATGCATTGCC TATTGTCACT GCTGGAATGA AAGTTCAGTT TGAAGAAAAC 
ACTGACATAA TTAAAGTCAT TCGTATCTTC TATGGTGGTG TTGGTCCAAC CACTGTTTTT 
GCAAAGACCA CATGTCAAGA TCTGATAGGA AAGCACTGGG ATGACCACAT GCTAAGTGAA 
GCCTGCAGAC TCATGGTGCA TGAGATTACC CTTTCTCCCT CAGCCCCGGG AGGCATGGTA 
GAATACCGCA GGACTCTGAC CATCAGCTTT TTTTTCAAAT TCTACCTTGA GGTGTTACAG 
AGACTTAACC ACATGGGCAC TCATTATTCA GATGTCAGTG CTCTTAACAG TTTTGAAACA 
TTATGCAATG AAAATGTCCA GCTGTACCAG GATGTATCTT CACGTCAATC AGTACAAGAT 
CCCATCGGAC GGCCTATCAT GCATTATTCT GGAATAAAAC ATGCTACTGG CGAGGCTGTA 
TACTGTGATG ACATGCCCTG TGTAGATGGC GAACTGTTTT TGTATTTTGT CACCAGTACA 
AAGGCTCATG CAAAAATTGT GTCACTGGAT TTCTCGGAGG CCTTGGCCCA GCCAGGAGTG 
GTGGATGTTG TAACAACAGA AGATTGTCCA GGCACATGCA AATCTATGTT TGAGGAAGGG 
GAGGTACCAT TGCTAGCCAA AGACAAGGTG CTTTGCGTGG GTCAGATCAT CTGTGCAGTT 
TTGGCTGACA CTCCTGCCAG AGCTAAAAAG GCAGCTGCTG CAGTTAAAGT GGTGTATGAG 
AATCTGGAGC CGGTCATTCT AACCATTCAG GAAGCCATTG AACACAATTC ATTTTTTAAG 
CCACAAAGAA AGCTGGAGAA TGGAAATGTG GAAGAAGCAT TTAAATCTGC TGATCAAATA 
CAGGAAGGTG AAATATACAT TGGAGGACAG GAGCATTTCT ACATGGAGAC CCAGAGTATC 
CGTGTTTTGC CTAAGGGAGA GGACAAAGAG ATGGATGTGT ATGTGTCTAC ACAGGATCCA 
ACATATATTC AGAATCTTAT AGCTACAATA CTGAACGTGC CATCAAACAG GATAACATGC 
CACGTGAAAA GGGTTGGAGG AGCTTTTGGA GGCAAAACCA CAAAGACAGG AAATATTGCA 
GCAATTACTG CTGTAGCAGC AAACAAGACA CGGAGGGCTG TTCGGTGTGT TTTCGAGCGT 
GGTGATGATA TGTTAATAAC AGGAGGAAGA CACCCCTTTC TTGGGAAATA TAAAGTGGGA 
TTCATGAACG ACGGGCGGAT TACAGCAGTG GATGTGGCTT ACTTCAGTAA TGCAGGGTGT 
ACCCCGGATG ACTCTGTTCT TGTTGTTGAG ATTGCACTGA TGAACATGGA TAGTGCTTAC 
AGGCTGCCCA ATGTGCGATG TACAGGGACT GCCTGCAAGA CAAACCTCCC CTCAAACACT 
GCCTTCCGAG GATTTGGCTA CCCACAGGCT GCCTTTGTCA CAGAAACTTG GATCAGTGAA 
GTGGCTATAA AGTGCAGAAT TCCACCTGAA AAGGTCAGGG AAATGAATCT GTATAAGGAT 
ATCAGCCAAA CACATTTCAG GCAGGAAATA CTAGCCAGGA CTCTGGGAAT GTGTTGGAAT 
GAATGCATGG AGAAGTCTTC CTACAACAGC AGAAGACTGG CCATTGAGAA TTTCAATAAA 
GACAATTATT GGAAGAAAAA GGGCCTTGCC ATTATTCCTA TGAAATTTCC TATTGGATCA 
CTGGCAAAGT TCTTTGGACA GGCTGCTGCT CTTGTCCACA TCTATTTGGA TGGATCAGTG 
TTGGTGACCC ATGGTGGAAT AGAGATGGGG CAAGGAGTTC ATACAAAGAT TATGCAGATT 
GCCAGTCGTG AGTTGGGCAT CCCTCTATCA TACATCCATA TTTGTGAGAC CAACACAAGT 
TCTGTTCCAA ACACTCAGGT CTCTGGAGGC TCCCTAGGGA CAGATGTCAA TGGCATGGCA 
GTGAAGAATG CATGTGAAAT CCTTATGCAA CGCCTTCTGC CAATTAGAAG TAAGAACCCT 
AAAAGTTCCT GGAAGGAATG GGTAACTGAA GCCTATATGC AGTCAGTCAG CCTCTCAGCT 
ACAGGATTCT GCAGGTCCTT TGACAGAGAA TTAAACTGGG AGACCGGAGA GGGCAACCCA 
GTTCACTACT GTGTGTACGG AGTTGCTTGC TCTGAGGTAG AAATTGACTG TCTCACTGGA 
GATCACAAGA ACCTCAGGAC AGACATTGTT ATAGATTTTG GTTGCAGCAT CAACCCAGCT 
GTGGATATTG GACAGATTGA AGGTGCATTT GTGCAAGGTC TTGGACTATT TACGATTGAA 
GAACTCAAGT TTTCTCCAAA CGGAGTGCTC TATACCCGTG GCCCAGCTCA ATATAAGATC 
CCTTCTGTCC GTGATATCCC TGAACAATTT AATGTGTCAC TGCTTTCCAA TGTTCCCAAC 
AGCTGTGCCA TATACTCTTC AAAGGGAGTT GGAGAGCCAG CTCTGTTTTT GGGGTCCTCA 
ATCTATTTTG CTATAAAAGA TGCAGTGTTA TCAGCCCGAA GAGAAAGAGG GATGTCTGAG 
CTCTTTACGC TAAACAGTCC AGCAACTCCA GAGAAAATAA GAATGGCTTG TGGGGACCAG 
TTCACAGACA TGATTCCACA GAATGTCCCT GGCTCTTATG TGCCCTGGGC TGTCAATGTG 
TAA

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

RefSeq	XP_017952552.1
CDS	99..3821
Translation	MHGAAVTTIEGIGSTTTKLHPVQERIAKAHGSQCGFCTPGMVMSVYSLLRNHPEPTMEQIYESLGGNLCRCTGYRPIVDGCRTFCNKTDCCQVKENGMEKISTPDTVDNILTGLFKEEQFLPLDPTQELIFPPELLLMDKEKKEKLFFQGGRMTWISPSSLQELLQLKATYPKAPLVVGNTIVGPEMKFRGIFHPVIISPSRIPELNFVIHKDDGITVGAACSLTVLKEALKEVVTQQPEEKTKLFHALLQQLETLGGPQIRNTASLGGNIISRSPTSDLNPVLAAGNCILTVAAIDGTRQMPLDEAFFAHSLKAEEVLVSVHLPYSKKGDHYSVFRQAQRRENALPIVTAGMKVQFEENTDIIKVIRIFYGGVGPTTVFAKTTCQDLIGKHWDDHMLSEACRLMVHEITLSPSAPGGMVEYRRTLTISFFFKFYLEVLQRLNHMGTHYSDVSALNSFETLCNENVQLYQDVSSRQSVQDPIGRPIMHYSGIKHATGEAVYCDDMPCVDGELFLYFVTSTKAHAKIVSLDFSEALAQPGVVDVVTTEDCPGTCKSMFEEGEVPLLAKDKVLCVGQIICAVLADTPARAKKAAAAVKVVYENLEPVILTIQEAIEHNSFFKPQRKLENGNVEEAFKSADQIQEGEIYIGGQEHFYMETQSIRVLPKGEDKEMDVYVSTQDPTYIQNLIATILNVPSNRITCHVKRVGGAFGGKTTKTGNIAAITAVAANKTRRAVRCVFERGDDMLITGGRHPFLGKYKVGFMNDGRITAVDVAYFSNAGCTPDDSVLVVEIALMNMDSAYRLPNVRCTGTACKTNLPSNTAFRGFGYPQAAFVTETWISEVAIKCRIPPEKVREMNLYKDISQTHFRQEILARTLGMCWNECMEKSSYNSRRLAIENFNKDNYWKKKGLAIIPMKFPIGSLAKFFGQAAALVHIYLDGSVLVTHGGIEMGQGVHTKIMQIASRELGIPLSYIHICETNTSSVPNTQVSGGSLGTDVNGMAVKNACEILMQRLLPIRSKNPKSSWKEWVTEAYMQSVSLSATGFCRSFDRELNWETGEGNPVHYCVYGVACSEVEIDCLTGDHKNLRTDIVIDFGCSINPAVDIGQIEGAFVQGLGLFTIEELKFSPNGVLYTRGPAQYKIPSVRDIPEQFNVSLLSNVPNSCAIYSSKGVGEPALFLGSSIYFAIKDAVLSARRERGMSELFTLNSPATPEKIRMACGDQFTDMIPQNVPGSYVPWAVNV

Target ORF information:

RefSeq Version	XM_018097063.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis aldehyde oxidase 1 (aox1), transcript variant X2, mRNA.

Target ORF information:

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

XM_018097063.1

ORF Insert Sequence:

ATGCATGGTG CAGCCGTTAC AACCATCGAG GGCATCGGAA GCACAACTAC CAAATTGCAT 
CCTGTGCAGG AGAGAATAGC TAAAGCTCAT GGTTCCCAGT GTGGTTTCTG TACTCCTGGG 
ATGGTGATGT CTGTGTATAG CTTACTAAGG AATCATCCAG AACCAACTAT GGAGCAGATA 
TATGAAAGCC TAGGAGGTAA TCTCTGTCGC TGTACTGGTT ACAGGCCAAT AGTGGATGGA 
TGCCGAACTT TCTGTAATAA AACTGATTGT TGCCAAGTCA AAGAGAATGG GATGGAAAAG 
ATTTCTACAC CTGATACAGT AGATAACATC CTCACAGGTT TGTTTAAAGA AGAACAGTTT 
TTACCTCTTG ATCCAACACA GGAATTAATA TTTCCCCCTG AATTACTGCT AATGGATAAA 
GAAAAAAAAG AAAAACTCTT TTTCCAAGGG GGGCGTATGA CTTGGATATC ACCTTCCAGT 
CTTCAGGAAC TTCTGCAACT GAAAGCAACA TATCCGAAGG CTCCACTTGT TGTGGGAAAC 
ACCATCGTCG GTCCCGAAAT GAAGTTCAGA GGAATTTTTC ATCCTGTTAT AATTTCCCCT 
TCAAGAATAC CGGAGCTCAA TTTTGTAATT CATAAGGATG ATGGAATAAC AGTAGGGGCA 
GCTTGCAGTT TAACAGTGCT GAAAGAAGCT CTAAAGGAAG TTGTCACCCA ACAACCAGAG 
GAAAAGACCA AATTATTTCA TGCCCTTCTA CAGCAACTTG AAACACTCGG AGGTCCACAG 
ATAAGGAACA CAGCATCTCT AGGAGGAAAC ATTATAAGCC GTTCTCCAAC ATCTGATCTA 
AACCCAGTTC TGGCTGCAGG CAACTGCATT CTAACTGTGG CAGCAATAGA TGGAACTAGG 
CAGATGCCAT TGGATGAGGC ATTTTTTGCT CATTCGTTGA AGGCTGAAGA GGTTTTAGTA 
TCAGTTCATT TACCTTATTC CAAGAAGGGG GATCATTACT CCGTTTTCAG ACAGGCCCAG 
AGACGAGAGA ATGCATTGCC TATTGTCACT GCTGGAATGA AAGTTCAGTT TGAAGAAAAC 
ACTGACATAA TTAAAGTCAT TCGTATCTTC TATGGTGGTG TTGGTCCAAC CACTGTTTTT 
GCAAAGACCA CATGTCAAGA TCTGATAGGA AAGCACTGGG ATGACCACAT GCTAAGTGAA 
GCCTGCAGAC TCATGGTGCA TGAGATTACC CTTTCTCCCT CAGCCCCGGG AGGCATGGTA 
GAATACCGCA GGACTCTGAC CATCAGCTTT TTTTTCAAAT TCTACCTTGA GGTGTTACAG 
AGACTTAACC ACATGGGCAC TCATTATTCA GATGTCAGTG CTCTTAACAG TTTTGAAACA 
TTATGCAATG AAAATGTCCA GCTGTACCAG GATGTATCTT CACGTCAATC AGTACAAGAT 
CCCATCGGAC GGCCTATCAT GCATTATTCT GGAATAAAAC ATGCTACTGG CGAGGCTGTA 
TACTGTGATG ACATGCCCTG TGTAGATGGC GAACTGTTTT TGTATTTTGT CACCAGTACA 
AAGGCTCATG CAAAAATTGT GTCACTGGAT TTCTCGGAGG CCTTGGCCCA GCCAGGAGTG 
GTGGATGTTG TAACAACAGA AGATTGTCCA GGCACATGCA AATCTATGTT TGAGGAAGGG 
GAGGTACCAT TGCTAGCCAA AGACAAGGTG CTTTGCGTGG GTCAGATCAT CTGTGCAGTT 
TTGGCTGACA CTCCTGCCAG AGCTAAAAAG GCAGCTGCTG CAGTTAAAGT GGTGTATGAG 
AATCTGGAGC CGGTCATTCT AACCATTCAG GAAGCCATTG AACACAATTC ATTTTTTAAG 
CCACAAAGAA AGCTGGAGAA TGGAAATGTG GAAGAAGCAT TTAAATCTGC TGATCAAATA 
CAGGAAGGTG AAATATACAT TGGAGGACAG GAGCATTTCT ACATGGAGAC CCAGAGTATC 
CGTGTTTTGC CTAAGGGAGA GGACAAAGAG ATGGATGTGT ATGTGTCTAC ACAGGATCCA 
ACATATATTC AGAATCTTAT AGCTACAATA CTGAACGTGC CATCAAACAG GATAACATGC 
CACGTGAAAA GGGTTGGAGG AGCTTTTGGA GGCAAAACCA CAAAGACAGG AAATATTGCA 
GCAATTACTG CTGTAGCAGC AAACAAGACA CGGAGGGCTG TTCGGTGTGT TTTCGAGCGT 
GGTGATGATA TGTTAATAAC AGGAGGAAGA CACCCCTTTC TTGGGAAATA TAAAGTGGGA 
TTCATGAACG ACGGGCGGAT TACAGCAGTG GATGTGGCTT ACTTCAGTAA TGCAGGGTGT 
ACCCCGGATG ACTCTGTTCT TGTTGTTGAG ATTGCACTGA TGAACATGGA TAGTGCTTAC 
AGGCTGCCCA ATGTGCGATG TACAGGGACT GCCTGCAAGA CAAACCTCCC CTCAAACACT 
GCCTTCCGAG GATTTGGCTA CCCACAGGCT GCCTTTGTCA CAGAAACTTG GATCAGTGAA 
GTGGCTATAA AGTGCAGAAT TCCACCTGAA AAGGTCAGGG AAATGAATCT GTATAAGGAT 
ATCAGCCAAA CACATTTCAG GCAGGAAATA CTAGCCAGGA CTCTGGGAAT GTGTTGGAAT 
GAATGCATGG AGAAGTCTTC CTACAACAGC AGAAGACTGG CCATTGAGAA TTTCAATAAA 
GACAATTATT GGAAGAAAAA GGGCCTTGCC ATTATTCCTA TGAAATTTCC TATTGGATCA 
CTGGCAAAGT TCTTTGGACA GGCTGCTGCT CTTGTCCACA TCTATTTGGA TGGATCAGTG 
TTGGTGACCC ATGGTGGAAT AGAGATGGGG CAAGGAGTTC ATACAAAGAT TATGCAGATT 
GCCAGTCGTG AGTTGGGCAT CCCTCTATCA TACATCCATA TTTGTGAGAC CAACACAAGT 
TCTGTTCCAA ACACTCAGGT CTCTGGAGGC TCCCTAGGGA CAGATGTCAA TGGCATGGCA 
GTGAAGAATG CATGTGAAAT CCTTATGCAA CGCCTTCTGC CAATTAGAAG TAAGAACCCT 
AAAAGTTCCT GGAAGGAATG GGTAACTGAA GCCTATATGC AGTCAGTCAG CCTCTCAGCT 
ACAGGATTCT GCAGGTCCTT TGACAGAGAA TTAAACTGGG AGACCGGAGA GGGCAACCCA 
GTTCACTACT GTGTGTACGG AGTTGCTTGC TCTGAGGTAG AAATTGACTG TCTCACTGGA 
GATCACAAGA ACCTCAGGAC AGACATTGTT ATAGATTTTG GTTGCAGCAT CAACCCAGCT 
GTGGATATTG GACAGATTGA AGGTGCATTT GTGCAAGGTC TTGGACTATT TACGATTGAA 
GAACTCAAGT TTTCTCCAAA CGGAGTGCTC TATACCCGTG GCCCAGCTCA ATATAAGATC 
CCTTCTGTCC GTGATATCCC TGAACAATTT AATGTGTCAC TGCTTTCCAA TGTTCCCAAC 
AGCTGTGCCA TATACTCTTC AAAGGGAGTT GGAGAGCCAG CTCTGTTTTT GGGGTCCTCA 
ATCTATTTTG CTATAAAAGA TGCAGTGTTA TCAGCCCGAA GAGAAAGAGG GATGTCTGAG 
CTCTTTACGC TAAACAGTCC AGCAACTCCA GAGAAAATAA GAATGGCTTG TGGGGACCAG 
TTCACAGACA TGATTCCACA GAATGTCCCT GGCTCTTATG TGCCCTGGGC TGTCAATGTG 
TAA

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

aox1 ( XM_012970229.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012825683.2 Xenopus tropicalis aldehyde oxidase 1 (LOC100495429), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa65951
Clone ID Related Accession (Same CDS sequence)	XM_012970229.2
Accession Version	XM_012970229.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3972bp) 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	aldehyde oxidase isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030685.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012970229.1. ##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##

ATGTTAAACC CTGTAGATTC ACATACTCTC ATATTTTTTG TGAATGGACG GAAGATTGTT 
GAGGAAAATG CAGATCCTGA AGAGTTGCTT CTACCCTACT TAAGGAAGAA ACTTCTTCTC 
ACGGGAACAA AATATGGATG TGGAGGTGGT GGATGTGGTG CTTGCACAGT AATGGTATCA 
ACCATCCATC CTGTTTCCAA GAAGATTCTA CATTTCTCAG CCAATGCCTG CCTACTGCCA 
ATATGCTCCA TGCATGGTGC AGCCGTCACA ACCATCGAGG GCATCGGAAG CACAACTACC 
AAATTGCATC CTGTGCAGGA GAGAATAGCT AAAGCTCATG GTTCCCAGTG TGGTTTCTGT 
ACTCCTGGGA TGGTGATGTC TGTGTATAGC TTACTAAGGA ATCATCCAGA ACCAACTATG 
GAGCAGATAT ATGAAAGCCT AGGAGGTAAT CTCTGTCGCT GTACTGGTTA CAGGCCAATA 
GTGGATGGAT GCCGAACTTT CTGTAATAAA ACTGATTGTT GCCAAGTCAA AGAGAATGGG 
ATGGAAAAGA TTTCTACACC TGATACAGTA GATAACATCC TCACAGGTTT GTTTAAAGAA 
GAACAGTTTT TACCTCTTGA TCCAACACAG GAATTAATAT TTCCCCCTGA ATTACTGCTA 
ATGGATAAAG AAAAAAAAGA AAAACTCATT TTCCAAGGGG GGCGTATGAC TTGGATATCA 
CCTTCCAGTC TTCAGGAACT TCTGCAACTG AAAGCAACAT ATCCGAAGGC TCCACTTGTT 
GTGGGAAACA CCATCGTCGG TCCCGAAATG AAGTTCAGAG GAATTTTTCA TCCTGTTATA 
ATTTCCCCTT CAAGAATACC GGAGCTCAAT TTTGTAATTC ATAAGGATGA TGGAATAACA 
GTAGGGGCAG CTTGCAGTTT AACAGTGCTG AAAGAAGCTC TAAAGGAAGT TGTCACCCAA 
CAACCAGAGG AAAAGACCAA ATTATTTCAT GCCCTTCTAC AGCAACTTGA AACACTCGGA 
GGTCCACAGA TAAGGAACAC AGCATCTCTA GGAGGAAACA TTATAAGCCG TTCTCCAACA 
TCTGATCTAA ACCCAGTTCT GGCTGCAGGC AACTGCATTC TAACTGTGGC AGCAATAGAT 
GGAACTAGGC AGATGCCATT GGATGAGGCA TTTTTTGCTC ATTCGTTGAA GGCTGAAGAG 
GTTTTAGTAT CAGTTCATTT ACCTTATTCC AAGAAGGGGG ATCATTACTC CGTTTTCAGA 
CAGGCCCAGA GACGAGAGAA TGCATTGCCT ATTGTCACTG CTGGAATGAA AGTTCAGTTT 
GAAGAAAACA CTGACATAAT TAAAGTCATT CGTATCTTCT ATGGTGGTGT TGGTCCAACC 
ACTGTTTTTG CAAAGACCAC ATGTCAAGAT CTGATAGGAA AGCACTGGGA TGACCACATG 
CTAAGTGAAG CCTGCAGACT CATGGTGCAT GAGATTACCC TTTCTCCCTC AGCCCCGGGA 
GGCATGGTAG AATACCGCAG TACTCTGACC ATCAGCTTTT TTTTCAAATT CTACCTTGAG 
GTGTTACAGA GACTTAACCA CATGGGCACT CATTATTCAG ATGTCAGTGC TCTTAACAGT 
TTTGAAACAT TATGCAATGA AAATGTCCAG CTGTACCAGG ATGTATCTTC ACGTCAATCA 
GTACAAGATC CCATCGGACG GCCTATCATG CATTATTCTG GAATAAAACA TGCTACTGGC 
GAGGCTGTAT ACTGTGATGA CATGCCCTGT GTAGATGGCG AACTGTTTTT GTATTTTGTC 
ACCAGTACAA AGGCTCATGC AAAAATTGTG TCACTGGATT TCTCGGAGGC CTTGGCCCAG 
CCAGGAGTGG TGGATGTTGT AACAACAGAA GATTGTCCAG GCACATGCAA ATCTATGTTT 
GAGGAAGGGG AGGTACCATT GCTAGCCAAA GACAAGGTGC TTTGCGTGGG TCAGATCATC 
TGTGCAGTTT TGGCTGACAC TCCTGCCAGA GCTAAAAAGG CAGCTGCTGC AGTTAAAGTG 
GTGTATGAGA ATCTGGAGCC GGTCATTCTA ACCATTCAGG AAGCCATTGA ACACAATTCA 
TTTTTTAAGC CACAAAGAAA GCTGGAGAAT GGAAATGTGG AAGAAGCATT TAAATCTGCT 
GATCAAATAC AGGAAGGTGA AATATACATT GGAGGACAGG AGCATTTCTA CATGGAGACC 
CAGAGTATCC GTGTTTTGCC TAAGGGAGAG GACAAAGAGA TGGATGTGTA TGTGTCTACA 
CAGGATCCAA CATATATTCA GAATCTTATA GCTACAATAC TGAACGTGCC ATCAAACAGG 
ATAACATGCC ACGTGAAAAG GGTTGGAGGA GCTTTTGGAG GCAAAACCAC AAAGACAGGA 
AATATTGCAG CAATTACTGC TGTAGCAGCA AACAAGACAC GGAGGGCTGT TCGGTGTGTT 
TTCGAGCGTG GTGATGATAT GTTAATAACA GGAGGAAGAC ACCCCTTTCT TGGGAAATAT 
AAAGTGGGAT TCATGAACGA CGGGCATATT ACAGCAGTGG ATGTGGCTTA CTTCAGTAAT 
GCCGGGTGTA CCCCGGATGA CTCTGTTCTT GTTGTTGAGA TTGCACTGAT GAACATGGAT 
AGTGCTTACA GGCTGCCCAA TGTGCGATGT ACAGGGACTG CCTGCAAGAC AAACCTCCCC 
TCAAACACTG CCTTCCGAGG ATTTGGCTAC CCACAGGCTG CCTTTGTCAC AGAAACATGG 
ATCAGTGAAG TGGCTATAAA GTGCAGAATT CCACCTGAAA AGGTCAGGGA AATGAATCTG 
TATAAGGATA TCAGCCAAAC ACATTTCAGG CAGGAAATAC TAGCCAGGAC TCTGGGAATG 
TGTTGGAATG AATGCATGGA GAAGTCTTCC TACAACAGCA GAAGACTGGC CATTGAGAAT 
TTCAATAAAG ACAATTATTG GAAGAAAAAG GGCCTTGCCA TTATTCCTAT GAAATTTCCT 
ATTGGATCAC TGGCAAAGTT CTTTGGACAG GCTGCTGCTC TTGTCCACAT CTATTTGGAT 
GGATCAGTGT TGGTGACCCA TGGTGGAATA GAGATGGGGC AAGGAGTTCA TACAAAGATT 
ATGCAGATTG CCAGTCGTGA GTTGGGCATC CCTCTATCAT ACATCCATAT TTGTGAGACC 
AACACAAGTT CTGTTCCAAA CACTCAGGTC TCTGGAGGCT CCCTAGGGAC AGATGTCAAT 
GGCATGGCAG TGAAGAATGC ATGTGAAATC CTTATGCAAC GCCTTCTGCC AATTAGAAGT 
AAGAACCCTA AAAGTTCCTG GAAGGAATGG GTAACTGAAG CCTATATGCA GTCAGTCAGC 
CTCTCAGCTA CAGGATTCTG CAGGTCCTTT GACAGAGAAT TAAACTGGGA GACCGGAGAG 
GGCAACCCAG TTCACTACTG TGTGTATGGA GTTGCTTGCT CTGAGGTAGA AATTGACTGT 
CTCACTGGAG ATCACAAGAA CCTCAGGACA GACATCGTTA TAGATTTTGG TTGCAGCATC 
AACCCAGCTG TGGATATTGG ACAGATTGAA GGTGCATTTG TGCAAGGTCT TGGACTATTT 
ACGATTGAAG AACTCAAGTT TTCTCCAAAC GGAGTGCTCT ATACCCGTGG CCCAGCTCAA 
TATAAGATCC CTTCTGTCCG TGATATCCCT GAACAATTTA ATGTGTCACT GCTTTCCAAT 
GTTCCCAACA GCTGCGCCAT ATACTCTTCA AAGGGAGTTG GAGAGCCAGC TCTGTTTTTG 
GGGTCCTCAA TCTATTTTGC TATAAAAGAT GCAGTGTTAT CAGCCCGAAG AGAAAGAGGG 
ATGTCTGAGC TCTTTACGCT AAACAGTCCA GCAACTCCAG AGAAGATAAG AATGGCTTGT 
GGTGACCAGT TCACAGATAT GATTCCACAG AATGTCCCTG GCTCTTATGT GCCCTGGGCT 
GTCAATGTGT AA

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

RefSeq	XP_012825683.2
CDS	51..4022
Translation	MLNPVDSHTLIFFVNGRKIVEENADPEELLLPYLRKKLLLTGTKYGCGGGGCGACTVMVSTIHPVSKKILHFSANACLLPICSMHGAAVTTIEGIGSTTTKLHPVQERIAKAHGSQCGFCTPGMVMSVYSLLRNHPEPTMEQIYESLGGNLCRCTGYRPIVDGCRTFCNKTDCCQVKENGMEKISTPDTVDNILTGLFKEEQFLPLDPTQELIFPPELLLMDKEKKEKLIFQGGRMTWISPSSLQELLQLKATYPKAPLVVGNTIVGPEMKFRGIFHPVIISPSRIPELNFVIHKDDGITVGAACSLTVLKEALKEVVTQQPEEKTKLFHALLQQLETLGGPQIRNTASLGGNIISRSPTSDLNPVLAAGNCILTVAAIDGTRQMPLDEAFFAHSLKAEEVLVSVHLPYSKKGDHYSVFRQAQRRENALPIVTAGMKVQFEENTDIIKVIRIFYGGVGPTTVFAKTTCQDLIGKHWDDHMLSEACRLMVHEITLSPSAPGGMVEYRSTLTISFFFKFYLEVLQRLNHMGTHYSDVSALNSFETLCNENVQLYQDVSSRQSVQDPIGRPIMHYSGIKHATGEAVYCDDMPCVDGELFLYFVTSTKAHAKIVSLDFSEALAQPGVVDVVTTEDCPGTCKSMFEEGEVPLLAKDKVLCVGQIICAVLADTPARAKKAAAAVKVVYENLEPVILTIQEAIEHNSFFKPQRKLENGNVEEAFKSADQIQEGEIYIGGQEHFYMETQSIRVLPKGEDKEMDVYVSTQDPTYIQNLIATILNVPSNRITCHVKRVGGAFGGKTTKTGNIAAITAVAANKTRRAVRCVFERGDDMLITGGRHPFLGKYKVGFMNDGHITAVDVAYFSNAGCTPDDSVLVVEIALMNMDSAYRLPNVRCTGTACKTNLPSNTAFRGFGYPQAAFVTETWISEVAIKCRIPPEKVREMNLYKDISQTHFRQEILARTLGMCWNECMEKSSYNSRRLAIENFNKDNYWKKKGLAIIPMKFPIGSLAKFFGQAAALVHIYLDGSVLVTHGGIEMGQGVHTKIMQIASRELGIPLSYIHICETNTSSVPNTQVSGGSLGTDVNGMAVKNACEILMQRLLPIRSKNPKSSWKEWVTEAYMQSVSLSATGFCRSFDRELNWETGEGNPVHYCVYGVACSEVEIDCLTGDHKNLRTDIVIDFGCSINPAVDIGQIEGAFVQGLGLFTIEELKFSPNGVLYTRGPAQYKIPSVRDIPEQFNVSLLSNVPNSCAIYSSKGVGEPALFLGSSIYFAIKDAVLSARRERGMSELFTLNSPATPEKIRMACGDQFTDMIPQNVPGSYVPWAVNV

Target ORF information:

RefSeq Version	XM_012970229.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis aldehyde oxidase 1 (LOC100495429), transcript variant X1, mRNA.

Target ORF information:

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

XM_012970229.2

ORF Insert Sequence:

ATGTTAAACC CTGTAGATTC ACATACTCTC ATATTTTTTG TGAATGGACG GAAGATTGTT 
GAGGAAAATG CAGATCCTGA AGAGTTGCTT CTACCCTACT TAAGGAAGAA ACTTCTTCTC 
ACGGGAACAA AATATGGATG TGGAGGTGGT GGATGTGGTG CTTGCACAGT AATGGTATCA 
ACCATCCATC CTGTTTCCAA GAAGATTCTA CATTTCTCAG CCAATGCCTG CCTACTGCCA 
ATATGCTCCA TGCATGGTGC AGCCGTCACA ACCATCGAGG GCATCGGAAG CACAACTACC 
AAATTGCATC CTGTGCAGGA GAGAATAGCT AAAGCTCATG GTTCCCAGTG TGGTTTCTGT 
ACTCCTGGGA TGGTGATGTC TGTGTATAGC TTACTAAGGA ATCATCCAGA ACCAACTATG 
GAGCAGATAT ATGAAAGCCT AGGAGGTAAT CTCTGTCGCT GTACTGGTTA CAGGCCAATA 
GTGGATGGAT GCCGAACTTT CTGTAATAAA ACTGATTGTT GCCAAGTCAA AGAGAATGGG 
ATGGAAAAGA TTTCTACACC TGATACAGTA GATAACATCC TCACAGGTTT GTTTAAAGAA 
GAACAGTTTT TACCTCTTGA TCCAACACAG GAATTAATAT TTCCCCCTGA ATTACTGCTA 
ATGGATAAAG AAAAAAAAGA AAAACTCATT TTCCAAGGGG GGCGTATGAC TTGGATATCA 
CCTTCCAGTC TTCAGGAACT TCTGCAACTG AAAGCAACAT ATCCGAAGGC TCCACTTGTT 
GTGGGAAACA CCATCGTCGG TCCCGAAATG AAGTTCAGAG GAATTTTTCA TCCTGTTATA 
ATTTCCCCTT CAAGAATACC GGAGCTCAAT TTTGTAATTC ATAAGGATGA TGGAATAACA 
GTAGGGGCAG CTTGCAGTTT AACAGTGCTG AAAGAAGCTC TAAAGGAAGT TGTCACCCAA 
CAACCAGAGG AAAAGACCAA ATTATTTCAT GCCCTTCTAC AGCAACTTGA AACACTCGGA 
GGTCCACAGA TAAGGAACAC AGCATCTCTA GGAGGAAACA TTATAAGCCG TTCTCCAACA 
TCTGATCTAA ACCCAGTTCT GGCTGCAGGC AACTGCATTC TAACTGTGGC AGCAATAGAT 
GGAACTAGGC AGATGCCATT GGATGAGGCA TTTTTTGCTC ATTCGTTGAA GGCTGAAGAG 
GTTTTAGTAT CAGTTCATTT ACCTTATTCC AAGAAGGGGG ATCATTACTC CGTTTTCAGA 
CAGGCCCAGA GACGAGAGAA TGCATTGCCT ATTGTCACTG CTGGAATGAA AGTTCAGTTT 
GAAGAAAACA CTGACATAAT TAAAGTCATT CGTATCTTCT ATGGTGGTGT TGGTCCAACC 
ACTGTTTTTG CAAAGACCAC ATGTCAAGAT CTGATAGGAA AGCACTGGGA TGACCACATG 
CTAAGTGAAG CCTGCAGACT CATGGTGCAT GAGATTACCC TTTCTCCCTC AGCCCCGGGA 
GGCATGGTAG AATACCGCAG TACTCTGACC ATCAGCTTTT TTTTCAAATT CTACCTTGAG 
GTGTTACAGA GACTTAACCA CATGGGCACT CATTATTCAG ATGTCAGTGC TCTTAACAGT 
TTTGAAACAT TATGCAATGA AAATGTCCAG CTGTACCAGG ATGTATCTTC ACGTCAATCA 
GTACAAGATC CCATCGGACG GCCTATCATG CATTATTCTG GAATAAAACA TGCTACTGGC 
GAGGCTGTAT ACTGTGATGA CATGCCCTGT GTAGATGGCG AACTGTTTTT GTATTTTGTC 
ACCAGTACAA AGGCTCATGC AAAAATTGTG TCACTGGATT TCTCGGAGGC CTTGGCCCAG 
CCAGGAGTGG TGGATGTTGT AACAACAGAA GATTGTCCAG GCACATGCAA ATCTATGTTT 
GAGGAAGGGG AGGTACCATT GCTAGCCAAA GACAAGGTGC TTTGCGTGGG TCAGATCATC 
TGTGCAGTTT TGGCTGACAC TCCTGCCAGA GCTAAAAAGG CAGCTGCTGC AGTTAAAGTG 
GTGTATGAGA ATCTGGAGCC GGTCATTCTA ACCATTCAGG AAGCCATTGA ACACAATTCA 
TTTTTTAAGC CACAAAGAAA GCTGGAGAAT GGAAATGTGG AAGAAGCATT TAAATCTGCT 
GATCAAATAC AGGAAGGTGA AATATACATT GGAGGACAGG AGCATTTCTA CATGGAGACC 
CAGAGTATCC GTGTTTTGCC TAAGGGAGAG GACAAAGAGA TGGATGTGTA TGTGTCTACA 
CAGGATCCAA CATATATTCA GAATCTTATA GCTACAATAC TGAACGTGCC ATCAAACAGG 
ATAACATGCC ACGTGAAAAG GGTTGGAGGA GCTTTTGGAG GCAAAACCAC AAAGACAGGA 
AATATTGCAG CAATTACTGC TGTAGCAGCA AACAAGACAC GGAGGGCTGT TCGGTGTGTT 
TTCGAGCGTG GTGATGATAT GTTAATAACA GGAGGAAGAC ACCCCTTTCT TGGGAAATAT 
AAAGTGGGAT TCATGAACGA CGGGCATATT ACAGCAGTGG ATGTGGCTTA CTTCAGTAAT 
GCCGGGTGTA CCCCGGATGA CTCTGTTCTT GTTGTTGAGA TTGCACTGAT GAACATGGAT 
AGTGCTTACA GGCTGCCCAA TGTGCGATGT ACAGGGACTG CCTGCAAGAC AAACCTCCCC 
TCAAACACTG CCTTCCGAGG ATTTGGCTAC CCACAGGCTG CCTTTGTCAC AGAAACATGG 
ATCAGTGAAG TGGCTATAAA GTGCAGAATT CCACCTGAAA AGGTCAGGGA AATGAATCTG 
TATAAGGATA TCAGCCAAAC ACATTTCAGG CAGGAAATAC TAGCCAGGAC TCTGGGAATG 
TGTTGGAATG AATGCATGGA GAAGTCTTCC TACAACAGCA GAAGACTGGC CATTGAGAAT 
TTCAATAAAG ACAATTATTG GAAGAAAAAG GGCCTTGCCA TTATTCCTAT GAAATTTCCT 
ATTGGATCAC TGGCAAAGTT CTTTGGACAG GCTGCTGCTC TTGTCCACAT CTATTTGGAT 
GGATCAGTGT TGGTGACCCA TGGTGGAATA GAGATGGGGC AAGGAGTTCA TACAAAGATT 
ATGCAGATTG CCAGTCGTGA GTTGGGCATC CCTCTATCAT ACATCCATAT TTGTGAGACC 
AACACAAGTT CTGTTCCAAA CACTCAGGTC TCTGGAGGCT CCCTAGGGAC AGATGTCAAT 
GGCATGGCAG TGAAGAATGC ATGTGAAATC CTTATGCAAC GCCTTCTGCC AATTAGAAGT 
AAGAACCCTA AAAGTTCCTG GAAGGAATGG GTAACTGAAG CCTATATGCA GTCAGTCAGC 
CTCTCAGCTA CAGGATTCTG CAGGTCCTTT GACAGAGAAT TAAACTGGGA GACCGGAGAG 
GGCAACCCAG TTCACTACTG TGTGTATGGA GTTGCTTGCT CTGAGGTAGA AATTGACTGT 
CTCACTGGAG ATCACAAGAA CCTCAGGACA GACATCGTTA TAGATTTTGG TTGCAGCATC 
AACCCAGCTG TGGATATTGG ACAGATTGAA GGTGCATTTG TGCAAGGTCT TGGACTATTT 
ACGATTGAAG AACTCAAGTT TTCTCCAAAC GGAGTGCTCT ATACCCGTGG CCCAGCTCAA 
TATAAGATCC CTTCTGTCCG TGATATCCCT GAACAATTTA ATGTGTCACT GCTTTCCAAT 
GTTCCCAACA GCTGCGCCAT ATACTCTTCA AAGGGAGTTG GAGAGCCAGC TCTGTTTTTG 
GGGTCCTCAA TCTATTTTGC TATAAAAGAT GCAGTGTTAT CAGCCCGAAG AGAAAGAGGG 
ATGTCTGAGC TCTTTACGCT AAACAGTCCA GCAACTCCAG AGAAGATAAG AATGGCTTGT 
GGTGACCAGT TCACAGATAT GATTCCACAG AATGTCCCTG GCTCTTATGT GCCCTGGGCT 
GTCAATGTGT AA

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

aox1 ( XM_018097063.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017952552.2 Xenopus tropicalis aldehyde oxidase 1 (LOC100495429), transcript variant X2, mRNA.

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CloneID	OXa65952
Clone ID Related Accession (Same CDS sequence)	XM_018097063.2
Accession Version	XM_018097063.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3723bp) 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	aldehyde oxidase isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030685.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_018097063.1. ##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##

ATGCATGGTG CAGCCGTCAC AACCATCGAG GGCATCGGAA GCACAACTAC CAAATTGCAT 
CCTGTGCAGG AGAGAATAGC TAAAGCTCAT GGTTCCCAGT GTGGTTTCTG TACTCCTGGG 
ATGGTGATGT CTGTGTATAG CTTACTAAGG AATCATCCAG AACCAACTAT GGAGCAGATA 
TATGAAAGCC TAGGAGGTAA TCTCTGTCGC TGTACTGGTT ACAGGCCAAT AGTGGATGGA 
TGCCGAACTT TCTGTAATAA AACTGATTGT TGCCAAGTCA AAGAGAATGG GATGGAAAAG 
ATTTCTACAC CTGATACAGT AGATAACATC CTCACAGGTT TGTTTAAAGA AGAACAGTTT 
TTACCTCTTG ATCCAACACA GGAATTAATA TTTCCCCCTG AATTACTGCT AATGGATAAA 
GAAAAAAAAG AAAAACTCAT TTTCCAAGGG GGGCGTATGA CTTGGATATC ACCTTCCAGT 
CTTCAGGAAC TTCTGCAACT GAAAGCAACA TATCCGAAGG CTCCACTTGT TGTGGGAAAC 
ACCATCGTCG GTCCCGAAAT GAAGTTCAGA GGAATTTTTC ATCCTGTTAT AATTTCCCCT 
TCAAGAATAC CGGAGCTCAA TTTTGTAATT CATAAGGATG ATGGAATAAC AGTAGGGGCA 
GCTTGCAGTT TAACAGTGCT GAAAGAAGCT CTAAAGGAAG TTGTCACCCA ACAACCAGAG 
GAAAAGACCA AATTATTTCA TGCCCTTCTA CAGCAACTTG AAACACTCGG AGGTCCACAG 
ATAAGGAACA CAGCATCTCT AGGAGGAAAC ATTATAAGCC GTTCTCCAAC ATCTGATCTA 
AACCCAGTTC TGGCTGCAGG CAACTGCATT CTAACTGTGG CAGCAATAGA TGGAACTAGG 
CAGATGCCAT TGGATGAGGC ATTTTTTGCT CATTCGTTGA AGGCTGAAGA GGTTTTAGTA 
TCAGTTCATT TACCTTATTC CAAGAAGGGG GATCATTACT CCGTTTTCAG ACAGGCCCAG 
AGACGAGAGA ATGCATTGCC TATTGTCACT GCTGGAATGA AAGTTCAGTT TGAAGAAAAC 
ACTGACATAA TTAAAGTCAT TCGTATCTTC TATGGTGGTG TTGGTCCAAC CACTGTTTTT 
GCAAAGACCA CATGTCAAGA TCTGATAGGA AAGCACTGGG ATGACCACAT GCTAAGTGAA 
GCCTGCAGAC TCATGGTGCA TGAGATTACC CTTTCTCCCT CAGCCCCGGG AGGCATGGTA 
GAATACCGCA GTACTCTGAC CATCAGCTTT TTTTTCAAAT TCTACCTTGA GGTGTTACAG 
AGACTTAACC ACATGGGCAC TCATTATTCA GATGTCAGTG CTCTTAACAG TTTTGAAACA 
TTATGCAATG AAAATGTCCA GCTGTACCAG GATGTATCTT CACGTCAATC AGTACAAGAT 
CCCATCGGAC GGCCTATCAT GCATTATTCT GGAATAAAAC ATGCTACTGG CGAGGCTGTA 
TACTGTGATG ACATGCCCTG TGTAGATGGC GAACTGTTTT TGTATTTTGT CACCAGTACA 
AAGGCTCATG CAAAAATTGT GTCACTGGAT TTCTCGGAGG CCTTGGCCCA GCCAGGAGTG 
GTGGATGTTG TAACAACAGA AGATTGTCCA GGCACATGCA AATCTATGTT TGAGGAAGGG 
GAGGTACCAT TGCTAGCCAA AGACAAGGTG CTTTGCGTGG GTCAGATCAT CTGTGCAGTT 
TTGGCTGACA CTCCTGCCAG AGCTAAAAAG GCAGCTGCTG CAGTTAAAGT GGTGTATGAG 
AATCTGGAGC CGGTCATTCT AACCATTCAG GAAGCCATTG AACACAATTC ATTTTTTAAG 
CCACAAAGAA AGCTGGAGAA TGGAAATGTG GAAGAAGCAT TTAAATCTGC TGATCAAATA 
CAGGAAGGTG AAATATACAT TGGAGGACAG GAGCATTTCT ACATGGAGAC CCAGAGTATC 
CGTGTTTTGC CTAAGGGAGA GGACAAAGAG ATGGATGTGT ATGTGTCTAC ACAGGATCCA 
ACATATATTC AGAATCTTAT AGCTACAATA CTGAACGTGC CATCAAACAG GATAACATGC 
CACGTGAAAA GGGTTGGAGG AGCTTTTGGA GGCAAAACCA CAAAGACAGG AAATATTGCA 
GCAATTACTG CTGTAGCAGC AAACAAGACA CGGAGGGCTG TTCGGTGTGT TTTCGAGCGT 
GGTGATGATA TGTTAATAAC AGGAGGAAGA CACCCCTTTC TTGGGAAATA TAAAGTGGGA 
TTCATGAACG ACGGGCATAT TACAGCAGTG GATGTGGCTT ACTTCAGTAA TGCCGGGTGT 
ACCCCGGATG ACTCTGTTCT TGTTGTTGAG ATTGCACTGA TGAACATGGA TAGTGCTTAC 
AGGCTGCCCA ATGTGCGATG TACAGGGACT GCCTGCAAGA CAAACCTCCC CTCAAACACT 
GCCTTCCGAG GATTTGGCTA CCCACAGGCT GCCTTTGTCA CAGAAACATG GATCAGTGAA 
GTGGCTATAA AGTGCAGAAT TCCACCTGAA AAGGTCAGGG AAATGAATCT GTATAAGGAT 
ATCAGCCAAA CACATTTCAG GCAGGAAATA CTAGCCAGGA CTCTGGGAAT GTGTTGGAAT 
GAATGCATGG AGAAGTCTTC CTACAACAGC AGAAGACTGG CCATTGAGAA TTTCAATAAA 
GACAATTATT GGAAGAAAAA GGGCCTTGCC ATTATTCCTA TGAAATTTCC TATTGGATCA 
CTGGCAAAGT TCTTTGGACA GGCTGCTGCT CTTGTCCACA TCTATTTGGA TGGATCAGTG 
TTGGTGACCC ATGGTGGAAT AGAGATGGGG CAAGGAGTTC ATACAAAGAT TATGCAGATT 
GCCAGTCGTG AGTTGGGCAT CCCTCTATCA TACATCCATA TTTGTGAGAC CAACACAAGT 
TCTGTTCCAA ACACTCAGGT CTCTGGAGGC TCCCTAGGGA CAGATGTCAA TGGCATGGCA 
GTGAAGAATG CATGTGAAAT CCTTATGCAA CGCCTTCTGC CAATTAGAAG TAAGAACCCT 
AAAAGTTCCT GGAAGGAATG GGTAACTGAA GCCTATATGC AGTCAGTCAG CCTCTCAGCT 
ACAGGATTCT GCAGGTCCTT TGACAGAGAA TTAAACTGGG AGACCGGAGA GGGCAACCCA 
GTTCACTACT GTGTGTATGG AGTTGCTTGC TCTGAGGTAG AAATTGACTG TCTCACTGGA 
GATCACAAGA ACCTCAGGAC AGACATCGTT ATAGATTTTG GTTGCAGCAT CAACCCAGCT 
GTGGATATTG GACAGATTGA AGGTGCATTT GTGCAAGGTC TTGGACTATT TACGATTGAA 
GAACTCAAGT TTTCTCCAAA CGGAGTGCTC TATACCCGTG GCCCAGCTCA ATATAAGATC 
CCTTCTGTCC GTGATATCCC TGAACAATTT AATGTGTCAC TGCTTTCCAA TGTTCCCAAC 
AGCTGCGCCA TATACTCTTC AAAGGGAGTT GGAGAGCCAG CTCTGTTTTT GGGGTCCTCA 
ATCTATTTTG CTATAAAAGA TGCAGTGTTA TCAGCCCGAA GAGAAAGAGG GATGTCTGAG 
CTCTTTACGC TAAACAGTCC AGCAACTCCA GAGAAGATAA GAATGGCTTG TGGTGACCAG 
TTCACAGATA TGATTCCACA GAATGTCCCT GGCTCTTATG TGCCCTGGGC TGTCAATGTG 
TAA

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

RefSeq	XP_017952552.2
CDS	99..3821
Translation	MHGAAVTTIEGIGSTTTKLHPVQERIAKAHGSQCGFCTPGMVMSVYSLLRNHPEPTMEQIYESLGGNLCRCTGYRPIVDGCRTFCNKTDCCQVKENGMEKISTPDTVDNILTGLFKEEQFLPLDPTQELIFPPELLLMDKEKKEKLIFQGGRMTWISPSSLQELLQLKATYPKAPLVVGNTIVGPEMKFRGIFHPVIISPSRIPELNFVIHKDDGITVGAACSLTVLKEALKEVVTQQPEEKTKLFHALLQQLETLGGPQIRNTASLGGNIISRSPTSDLNPVLAAGNCILTVAAIDGTRQMPLDEAFFAHSLKAEEVLVSVHLPYSKKGDHYSVFRQAQRRENALPIVTAGMKVQFEENTDIIKVIRIFYGGVGPTTVFAKTTCQDLIGKHWDDHMLSEACRLMVHEITLSPSAPGGMVEYRSTLTISFFFKFYLEVLQRLNHMGTHYSDVSALNSFETLCNENVQLYQDVSSRQSVQDPIGRPIMHYSGIKHATGEAVYCDDMPCVDGELFLYFVTSTKAHAKIVSLDFSEALAQPGVVDVVTTEDCPGTCKSMFEEGEVPLLAKDKVLCVGQIICAVLADTPARAKKAAAAVKVVYENLEPVILTIQEAIEHNSFFKPQRKLENGNVEEAFKSADQIQEGEIYIGGQEHFYMETQSIRVLPKGEDKEMDVYVSTQDPTYIQNLIATILNVPSNRITCHVKRVGGAFGGKTTKTGNIAAITAVAANKTRRAVRCVFERGDDMLITGGRHPFLGKYKVGFMNDGHITAVDVAYFSNAGCTPDDSVLVVEIALMNMDSAYRLPNVRCTGTACKTNLPSNTAFRGFGYPQAAFVTETWISEVAIKCRIPPEKVREMNLYKDISQTHFRQEILARTLGMCWNECMEKSSYNSRRLAIENFNKDNYWKKKGLAIIPMKFPIGSLAKFFGQAAALVHIYLDGSVLVTHGGIEMGQGVHTKIMQIASRELGIPLSYIHICETNTSSVPNTQVSGGSLGTDVNGMAVKNACEILMQRLLPIRSKNPKSSWKEWVTEAYMQSVSLSATGFCRSFDRELNWETGEGNPVHYCVYGVACSEVEIDCLTGDHKNLRTDIVIDFGCSINPAVDIGQIEGAFVQGLGLFTIEELKFSPNGVLYTRGPAQYKIPSVRDIPEQFNVSLLSNVPNSCAIYSSKGVGEPALFLGSSIYFAIKDAVLSARRERGMSELFTLNSPATPEKIRMACGDQFTDMIPQNVPGSYVPWAVNV

Target ORF information:

RefSeq Version	XM_018097063.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis aldehyde oxidase 1 (LOC100495429), transcript variant X2, mRNA.

Target ORF information:

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

XM_018097063.2

ORF Insert Sequence:

ATGCATGGTG CAGCCGTCAC AACCATCGAG GGCATCGGAA GCACAACTAC CAAATTGCAT 
CCTGTGCAGG AGAGAATAGC TAAAGCTCAT GGTTCCCAGT GTGGTTTCTG TACTCCTGGG 
ATGGTGATGT CTGTGTATAG CTTACTAAGG AATCATCCAG AACCAACTAT GGAGCAGATA 
TATGAAAGCC TAGGAGGTAA TCTCTGTCGC TGTACTGGTT ACAGGCCAAT AGTGGATGGA 
TGCCGAACTT TCTGTAATAA AACTGATTGT TGCCAAGTCA AAGAGAATGG GATGGAAAAG 
ATTTCTACAC CTGATACAGT AGATAACATC CTCACAGGTT TGTTTAAAGA AGAACAGTTT 
TTACCTCTTG ATCCAACACA GGAATTAATA TTTCCCCCTG AATTACTGCT AATGGATAAA 
GAAAAAAAAG AAAAACTCAT TTTCCAAGGG GGGCGTATGA CTTGGATATC ACCTTCCAGT 
CTTCAGGAAC TTCTGCAACT GAAAGCAACA TATCCGAAGG CTCCACTTGT TGTGGGAAAC 
ACCATCGTCG GTCCCGAAAT GAAGTTCAGA GGAATTTTTC ATCCTGTTAT AATTTCCCCT 
TCAAGAATAC CGGAGCTCAA TTTTGTAATT CATAAGGATG ATGGAATAAC AGTAGGGGCA 
GCTTGCAGTT TAACAGTGCT GAAAGAAGCT CTAAAGGAAG TTGTCACCCA ACAACCAGAG 
GAAAAGACCA AATTATTTCA TGCCCTTCTA CAGCAACTTG AAACACTCGG AGGTCCACAG 
ATAAGGAACA CAGCATCTCT AGGAGGAAAC ATTATAAGCC GTTCTCCAAC ATCTGATCTA 
AACCCAGTTC TGGCTGCAGG CAACTGCATT CTAACTGTGG CAGCAATAGA TGGAACTAGG 
CAGATGCCAT TGGATGAGGC ATTTTTTGCT CATTCGTTGA AGGCTGAAGA GGTTTTAGTA 
TCAGTTCATT TACCTTATTC CAAGAAGGGG GATCATTACT CCGTTTTCAG ACAGGCCCAG 
AGACGAGAGA ATGCATTGCC TATTGTCACT GCTGGAATGA AAGTTCAGTT TGAAGAAAAC 
ACTGACATAA TTAAAGTCAT TCGTATCTTC TATGGTGGTG TTGGTCCAAC CACTGTTTTT 
GCAAAGACCA CATGTCAAGA TCTGATAGGA AAGCACTGGG ATGACCACAT GCTAAGTGAA 
GCCTGCAGAC TCATGGTGCA TGAGATTACC CTTTCTCCCT CAGCCCCGGG AGGCATGGTA 
GAATACCGCA GTACTCTGAC CATCAGCTTT TTTTTCAAAT TCTACCTTGA GGTGTTACAG 
AGACTTAACC ACATGGGCAC TCATTATTCA GATGTCAGTG CTCTTAACAG TTTTGAAACA 
TTATGCAATG AAAATGTCCA GCTGTACCAG GATGTATCTT CACGTCAATC AGTACAAGAT 
CCCATCGGAC GGCCTATCAT GCATTATTCT GGAATAAAAC ATGCTACTGG CGAGGCTGTA 
TACTGTGATG ACATGCCCTG TGTAGATGGC GAACTGTTTT TGTATTTTGT CACCAGTACA 
AAGGCTCATG CAAAAATTGT GTCACTGGAT TTCTCGGAGG CCTTGGCCCA GCCAGGAGTG 
GTGGATGTTG TAACAACAGA AGATTGTCCA GGCACATGCA AATCTATGTT TGAGGAAGGG 
GAGGTACCAT TGCTAGCCAA AGACAAGGTG CTTTGCGTGG GTCAGATCAT CTGTGCAGTT 
TTGGCTGACA CTCCTGCCAG AGCTAAAAAG GCAGCTGCTG CAGTTAAAGT GGTGTATGAG 
AATCTGGAGC CGGTCATTCT AACCATTCAG GAAGCCATTG AACACAATTC ATTTTTTAAG 
CCACAAAGAA AGCTGGAGAA TGGAAATGTG GAAGAAGCAT TTAAATCTGC TGATCAAATA 
CAGGAAGGTG AAATATACAT TGGAGGACAG GAGCATTTCT ACATGGAGAC CCAGAGTATC 
CGTGTTTTGC CTAAGGGAGA GGACAAAGAG ATGGATGTGT ATGTGTCTAC ACAGGATCCA 
ACATATATTC AGAATCTTAT AGCTACAATA CTGAACGTGC CATCAAACAG GATAACATGC 
CACGTGAAAA GGGTTGGAGG AGCTTTTGGA GGCAAAACCA CAAAGACAGG AAATATTGCA 
GCAATTACTG CTGTAGCAGC AAACAAGACA CGGAGGGCTG TTCGGTGTGT TTTCGAGCGT 
GGTGATGATA TGTTAATAAC AGGAGGAAGA CACCCCTTTC TTGGGAAATA TAAAGTGGGA 
TTCATGAACG ACGGGCATAT TACAGCAGTG GATGTGGCTT ACTTCAGTAA TGCCGGGTGT 
ACCCCGGATG ACTCTGTTCT TGTTGTTGAG ATTGCACTGA TGAACATGGA TAGTGCTTAC 
AGGCTGCCCA ATGTGCGATG TACAGGGACT GCCTGCAAGA CAAACCTCCC CTCAAACACT 
GCCTTCCGAG GATTTGGCTA CCCACAGGCT GCCTTTGTCA CAGAAACATG GATCAGTGAA 
GTGGCTATAA AGTGCAGAAT TCCACCTGAA AAGGTCAGGG AAATGAATCT GTATAAGGAT 
ATCAGCCAAA CACATTTCAG GCAGGAAATA CTAGCCAGGA CTCTGGGAAT GTGTTGGAAT 
GAATGCATGG AGAAGTCTTC CTACAACAGC AGAAGACTGG CCATTGAGAA TTTCAATAAA 
GACAATTATT GGAAGAAAAA GGGCCTTGCC ATTATTCCTA TGAAATTTCC TATTGGATCA 
CTGGCAAAGT TCTTTGGACA GGCTGCTGCT CTTGTCCACA TCTATTTGGA TGGATCAGTG 
TTGGTGACCC ATGGTGGAAT AGAGATGGGG CAAGGAGTTC ATACAAAGAT TATGCAGATT 
GCCAGTCGTG AGTTGGGCAT CCCTCTATCA TACATCCATA TTTGTGAGAC CAACACAAGT 
TCTGTTCCAA ACACTCAGGT CTCTGGAGGC TCCCTAGGGA CAGATGTCAA TGGCATGGCA 
GTGAAGAATG CATGTGAAAT CCTTATGCAA CGCCTTCTGC CAATTAGAAG TAAGAACCCT 
AAAAGTTCCT GGAAGGAATG GGTAACTGAA GCCTATATGC AGTCAGTCAG CCTCTCAGCT 
ACAGGATTCT GCAGGTCCTT TGACAGAGAA TTAAACTGGG AGACCGGAGA GGGCAACCCA 
GTTCACTACT GTGTGTATGG AGTTGCTTGC TCTGAGGTAG AAATTGACTG TCTCACTGGA 
GATCACAAGA ACCTCAGGAC AGACATCGTT ATAGATTTTG GTTGCAGCAT CAACCCAGCT 
GTGGATATTG GACAGATTGA AGGTGCATTT GTGCAAGGTC TTGGACTATT TACGATTGAA 
GAACTCAAGT TTTCTCCAAA CGGAGTGCTC TATACCCGTG GCCCAGCTCA ATATAAGATC 
CCTTCTGTCC GTGATATCCC TGAACAATTT AATGTGTCAC TGCTTTCCAA TGTTCCCAAC 
AGCTGCGCCA TATACTCTTC AAAGGGAGTT GGAGAGCCAG CTCTGTTTTT GGGGTCCTCA 
ATCTATTTTG CTATAAAAGA TGCAGTGTTA TCAGCCCGAA GAGAAAGAGG GATGTCTGAG 
CTCTTTACGC TAAACAGTCC AGCAACTCCA GAGAAGATAA GAATGGCTTG TGGTGACCAG 
TTCACAGATA TGATTCCACA GAATGTCCCT GGCTCTTATG TGCCCTGGGC TGTCAATGTG 
TAA

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

aox1 ( NM_001278747.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> NP_001265676.1 Xenopus tropicalis aldehyde oxidase 1 (LOC100495429), mRNA.

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CloneID	OXa20372
Clone ID Related Accession (Same CDS sequence)	NM_001278747.1
Accession Version	NM_001278747.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3966bp) 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	2019-12-21
Organism	Xenopus tropicalis(tropical clawed frog)
Product	aldehyde oxidase
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from BK008717.1. On or before Jul 15, 2013 this sequence version replaced XM_002937722.2, XM_004917765.1. ##Evidence-Data-START## Transcript exon combination :: BK008717.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMD00028303, SAMD00028307 [ECO:0000350] ##Evidence-Data-END##

ATGTTAAACC CTGTAGATTC ACATACTCTC ATATTTTTTG TGAATGGACG GAAGATTGTT 
GAGGAAAATG CCGATCCTGA AGAGTTGCTT CTACCCTACT TAAGGAAGAA ACTTCTTCTC 
ACGGGAACAA AATATGGATG TGGAGGTGGT GGATGTGGTG CTTGCACAGT AATGGTATCA 
ACCATCCATC CTGTTTCCAA GAAGATTCTA CATTTCTCAG CCAATGCCTG CCTACTGCCA 
ATATGCTCCA TGCATGGTGC AGCCGTTACA ACCATCGAGG GCATCGGAAG CACAACTACC 
AAATTGCATC CTGTGCAGGA GAGAATAGCT AAAGCTCATG GTTCCCAGTG TGGTTTCTGT 
ACTCCTGGGA TGGTGATGTC TGTGTATAGC TTACTAAGGA ATCATCCAGA ACCAACTATG 
GAGCAGATAT ATGAAAGCCT AGGAGGTAAT CTCTGTCGCT GTACTGGTTA CAGGCCAATA 
GTGGATGGAT GCCGAACTTT CTGTAATAAA ACTGATTGTT GCCAAGTCAA AGAGAATGGG 
ATGGAAAAGA TTTCTACACC TGATACAGTA GATAACATCC TCACAGGTTT GTTTAAAGAA 
GAACAGTTTT TACCTCTTGA TCCAACACAG GAATTAATAT TTCCCCCTGA ATTACTGCTA 
ATGGATAAAG AAAAAAAAGA AAAACTCTTT TTCCAAGGGG GGCGTATGAC TTGGATATCA 
CCTTCCAGTC TTCAGGAACT TCTGCAACTG AAAGCAACAT ATCCGAAGGC TCCACTTGTT 
GTGGGAAACA CCATCGTCGG TAGGTGTCCC GAAATGAAGT TCAGAGGAAT TTTTCATCCT 
GTTATAATTT CCCCTTCAAG AATACCGGAG CTCAATTTTG TAATTCATAA GGATGATGGA 
ATAACAGTAG GGGCAGCTTG CAGTTTAACA GTGCTGAAAG AAGCTCTAAA GGAAGTTGTC 
ACCCAACAAC CAGAGGAAAA GACCAAATTA TTTCATGCCC TTCTACAGCA ACTTGAAACA 
CTCGGAGGTC CACAGATAAG GAACACAGCA TCTCTAGGAG GAAACATTAT AAGCCGTTCT 
CCAACATCTG ATCTAAACCC AGTTCTGGCT GCAGGCAACT GCATTCTAAC TGTGGCAGCA 
ATAGATGGAA CTAGGCAGAT GCCATTGGAT GAGGCATTTT TTGCTCATTC GTTGAAGGCT 
GAAGAGGTTT TAGTATCAGT TCATTTACCT TATTCCAAGA AGGGGGATCA TTACTCCGTT 
TTCAGACAGG CCCAGAGACG AGAGAATGCA TTGCCTATTG TCACTGCTGG AATGAAAGTT 
CAGTTTGAAG AAAACACTGA CATAATTAAA GTCATTCGTA TCTTCTATGG TGGTGTTGGT 
CCAACCACTG TTTTTGCAAA GACCACATGT CAAGATCTGA TAGGAAAGCA CTGGGATGAC 
CACATGCTAA GTGAAGCCTG CAGACTCATG GTGCATGAGA TTACCCTTTC TCCCTCAGCC 
CCGGGAGGCA TGGTAGAATA CCGCAGGACT CTGACCATCA GCTTTTTTTT CAAATTCTAC 
CTTGAGGTGT TACAGAGACT TAACCACATG GGCACTCATT ATTCAGATGT CAGTGCTCTT 
AACAGTTTTG AAACATTATG CAATGAAAAT GTCCAGCTGT ACCAGGATGT ATCTTCACGT 
CAATCAGTAC AAGATCCCAT CGGACGGCCT ATCATGCATT ATTCTGGAAT AAAACATGCT 
ACTGGCGAGG CTGTATACTG TGATGACATG CCCTGTGTAG ATGGCGAACT GTTTTTGTAT 
TTTGTCACCA GTACAAAGGC TCATGCAAAA ATTGTGTCAC TGGATTTCTC GGAGGCCTTG 
GCCCAGCCAG GAGTGGTGGA TGTTGTAACA ACAGAAGATT GTCCAGGCAC ATGCAAATCT 
ATGTTTGAGG AAGGGGAGGT GCTTTGCGTG GGTCAGATCA TCTGTGCAGT TTTGGCTGAC 
ACTCCTGCCA GAGCTAAAAA GGCAGCTGCT GCAGTTAAAG TGGTGTATGA GAATCTGGAG 
CCGGTCATTC TAACCATTCA GGAAGCCATT GAACACAATT CATTTTTTAA GCCACAAAGA 
AAGCTGGAGA ATGGAAATGT GGAAGAAGCA TTTAAATCTG CTGATCAAAT ACAGGAAGGT 
GAAATATACA TTGGAGGACA GGAGCATTTC TACATGGAGA CCCAGAGTAT CCGTGTTTTG 
CCTAAGGGAG AGGACAAAGA GATGGATGTG TATGTGTCTA CACAGGATCC AACATATATT 
CAGAATCTTA TAGCTACAAT ACTGAACGTG CCATCAAACA GGATAACATG CCACGTGAAA 
AGGGTTGGAG GAGCTTTTGG AGGCAAAACC ACAAAGACAG GAAATATTGC AGCAATTACT 
GCTGTAGCAG CAAACAAGTA TGTCTTATTT AAATCTCATT CTAAAGTAAG CGAGACACGG 
AGGGCTGTTC GGTGTGTTTT CGAGCGTGGT GATGATATGT TAATAACAGG AGGAAGACAC 
CCCTTTCTTG GGAAATATAA AGTGGGATTC ATGAACGACG GGCGGATTAC AGCAGTGGAT 
GTGGCTTACT TCAGTAATGC AGGGTGTACC CCGGATGACT CTGTTCTTGT TGTTGAGATT 
GCACTGATGA ACATGGATAG TGCTTACAGG CTGCCCAATG TGCGATGTAC AGGGACTGCC 
TGCAAGACAA ACCTCCCCTC AAACACTGCC TTCCGAGGAT TTGGCTACCC ACAGGCTGCC 
TTTGTCACAG AAACTTGGAT CAGTGAAGTG GCTATAAAGT GCAGAATTCC ACCTGAAAAG 
GTCAGGGAAA TGAATCTGTA TAAGGATATC AGCCAAACAC ATTTCAGGCA GGAAATACTA 
GCCAGGACTC TGGGAATGTG TTGGAATGAA TGCATGGAGA AGTCTTCCTA CAACAGCAGA 
AGACTGGCCA TTGAGAATTT CAATAAAGAC AATTATTGGA AGAAAAAGGG CCTTGCCATT 
ATTCCTATGA AATTTCCTAT TGGATCACTG GCAAAGTTCT TTGGACAGGC TGCTGCTCTT 
GTCCACATCT ATTTGGATGG ATCAGTGTTG GTGACCCATG GTGGAATAGA GATGGGGCAA 
GGAGTTCATA CAAAGATTAT GCAGATTGCC AGTCGTGAGT TGGGCATCCC TCTATCATAC 
ATCCATATTT GTGAGACCAA CACAAGTTCT GTTCCAAACA CTCAGGTCTC TGGAGGCTCC 
CTAGGGACAG ATGTCAATGG CATGGCAGTG AAGAATGCAT GTGAAATCCT TATGCAACGC 
CTTCTGCCAA TTAGAAGTAA GAACCCTAAA AGTTCCTGGA AGGAATGGGT AACTGAAGCC 
TATATGCAGT CAGTCAGCCT CTCAGCTACA GGATTCTGCA GGTCTACCGG AGAGGGCAAC 
CCAGTTCACT ACTGTGTGTA CGGAGTTGCT TGCTCTGAGG TAGAAATTGA CTGTCTCACT 
GGAGATCACA AGAACCTCAG GACAGACATT GTTATAGATT TTGGTTGCAG CATCAACCCA 
GCTGTGGATA TTGGACAGAT TGAAGGTGCA TTTGTGCAAG GTCTTGGACT ATTTACGATT 
GAAGAACTCA AGTTTTCTCC AAACGGAGTG CTCTATACCC GTGGCCCAGC TCAATATAAG 
ATCCCTTCTG TCCGTGATAT CCCTGAACAA TTTAATGTGT CACTGCTTTC CAATGTTCCC 
AACAGCTGTG CCATATACTC TTCAAAGGGA GTTGGAGAGC CAGCTCTGTT TTTGGGGTCC 
TCAATCTATT TTGCTATAAA AGATGCAGTG TTATCAGCCC GAAGAGAAAG AGGGATGTCT 
GAGCTCTTTA CGCTAAACAG TCCAGCAACT CCAGAGAAAA TAAGAATGGC TTGTGGGGAC 
CAGTTCACAG ACATGATTCC ACAGAATGTC CCTGGCTCTT ATGTGCCCTG GGCTGTCAAT 
GTGTAA

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

RefSeq	NP_001265676.1
CDS	1..3966
Translation	MLNPVDSHTLIFFVNGRKIVEENADPEELLLPYLRKKLLLTGTKYGCGGGGCGACTVMVSTIHPVSKKILHFSANACLLPICSMHGAAVTTIEGIGSTTTKLHPVQERIAKAHGSQCGFCTPGMVMSVYSLLRNHPEPTMEQIYESLGGNLCRCTGYRPIVDGCRTFCNKTDCCQVKENGMEKISTPDTVDNILTGLFKEEQFLPLDPTQELIFPPELLLMDKEKKEKLFFQGGRMTWISPSSLQELLQLKATYPKAPLVVGNTIVGRCPEMKFRGIFHPVIISPSRIPELNFVIHKDDGITVGAACSLTVLKEALKEVVTQQPEEKTKLFHALLQQLETLGGPQIRNTASLGGNIISRSPTSDLNPVLAAGNCILTVAAIDGTRQMPLDEAFFAHSLKAEEVLVSVHLPYSKKGDHYSVFRQAQRRENALPIVTAGMKVQFEENTDIIKVIRIFYGGVGPTTVFAKTTCQDLIGKHWDDHMLSEACRLMVHEITLSPSAPGGMVEYRRTLTISFFFKFYLEVLQRLNHMGTHYSDVSALNSFETLCNENVQLYQDVSSRQSVQDPIGRPIMHYSGIKHATGEAVYCDDMPCVDGELFLYFVTSTKAHAKIVSLDFSEALAQPGVVDVVTTEDCPGTCKSMFEEGEVLCVGQIICAVLADTPARAKKAAAAVKVVYENLEPVILTIQEAIEHNSFFKPQRKLENGNVEEAFKSADQIQEGEIYIGGQEHFYMETQSIRVLPKGEDKEMDVYVSTQDPTYIQNLIATILNVPSNRITCHVKRVGGAFGGKTTKTGNIAAITAVAANKYVLFKSHSKVSETRRAVRCVFERGDDMLITGGRHPFLGKYKVGFMNDGRITAVDVAYFSNAGCTPDDSVLVVEIALMNMDSAYRLPNVRCTGTACKTNLPSNTAFRGFGYPQAAFVTETWISEVAIKCRIPPEKVREMNLYKDISQTHFRQEILARTLGMCWNECMEKSSYNSRRLAIENFNKDNYWKKKGLAIIPMKFPIGSLAKFFGQAAALVHIYLDGSVLVTHGGIEMGQGVHTKIMQIASRELGIPLSYIHICETNTSSVPNTQVSGGSLGTDVNGMAVKNACEILMQRLLPIRSKNPKSSWKEWVTEAYMQSVSLSATGFCRSTGEGNPVHYCVYGVACSEVEIDCLTGDHKNLRTDIVIDFGCSINPAVDIGQIEGAFVQGLGLFTIEELKFSPNGVLYTRGPAQYKIPSVRDIPEQFNVSLLSNVPNSCAIYSSKGVGEPALFLGSSIYFAIKDAVLSARRERGMSELFTLNSPATPEKIRMACGDQFTDMIPQNVPGSYVPWAVNV

Target ORF information:

RefSeq Version	NM_001278747.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis aldehyde oxidase 1 (LOC100495429), mRNA.

Target ORF information:

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

NM_001278747.1

ORF Insert Sequence:

ATGTTAAACC CTGTAGATTC ACATACTCTC ATATTTTTTG TGAATGGACG GAAGATTGTT 
GAGGAAAATG CCGATCCTGA AGAGTTGCTT CTACCCTACT TAAGGAAGAA ACTTCTTCTC 
ACGGGAACAA AATATGGATG TGGAGGTGGT GGATGTGGTG CTTGCACAGT AATGGTATCA 
ACCATCCATC CTGTTTCCAA GAAGATTCTA CATTTCTCAG CCAATGCCTG CCTACTGCCA 
ATATGCTCCA TGCATGGTGC AGCCGTTACA ACCATCGAGG GCATCGGAAG CACAACTACC 
AAATTGCATC CTGTGCAGGA GAGAATAGCT AAAGCTCATG GTTCCCAGTG TGGTTTCTGT 
ACTCCTGGGA TGGTGATGTC TGTGTATAGC TTACTAAGGA ATCATCCAGA ACCAACTATG 
GAGCAGATAT ATGAAAGCCT AGGAGGTAAT CTCTGTCGCT GTACTGGTTA CAGGCCAATA 
GTGGATGGAT GCCGAACTTT CTGTAATAAA ACTGATTGTT GCCAAGTCAA AGAGAATGGG 
ATGGAAAAGA TTTCTACACC TGATACAGTA GATAACATCC TCACAGGTTT GTTTAAAGAA 
GAACAGTTTT TACCTCTTGA TCCAACACAG GAATTAATAT TTCCCCCTGA ATTACTGCTA 
ATGGATAAAG AAAAAAAAGA AAAACTCTTT TTCCAAGGGG GGCGTATGAC TTGGATATCA 
CCTTCCAGTC TTCAGGAACT TCTGCAACTG AAAGCAACAT ATCCGAAGGC TCCACTTGTT 
GTGGGAAACA CCATCGTCGG TAGGTGTCCC GAAATGAAGT TCAGAGGAAT TTTTCATCCT 
GTTATAATTT CCCCTTCAAG AATACCGGAG CTCAATTTTG TAATTCATAA GGATGATGGA 
ATAACAGTAG GGGCAGCTTG CAGTTTAACA GTGCTGAAAG AAGCTCTAAA GGAAGTTGTC 
ACCCAACAAC CAGAGGAAAA GACCAAATTA TTTCATGCCC TTCTACAGCA ACTTGAAACA 
CTCGGAGGTC CACAGATAAG GAACACAGCA TCTCTAGGAG GAAACATTAT AAGCCGTTCT 
CCAACATCTG ATCTAAACCC AGTTCTGGCT GCAGGCAACT GCATTCTAAC TGTGGCAGCA 
ATAGATGGAA CTAGGCAGAT GCCATTGGAT GAGGCATTTT TTGCTCATTC GTTGAAGGCT 
GAAGAGGTTT TAGTATCAGT TCATTTACCT TATTCCAAGA AGGGGGATCA TTACTCCGTT 
TTCAGACAGG CCCAGAGACG AGAGAATGCA TTGCCTATTG TCACTGCTGG AATGAAAGTT 
CAGTTTGAAG AAAACACTGA CATAATTAAA GTCATTCGTA TCTTCTATGG TGGTGTTGGT 
CCAACCACTG TTTTTGCAAA GACCACATGT CAAGATCTGA TAGGAAAGCA CTGGGATGAC 
CACATGCTAA GTGAAGCCTG CAGACTCATG GTGCATGAGA TTACCCTTTC TCCCTCAGCC 
CCGGGAGGCA TGGTAGAATA CCGCAGGACT CTGACCATCA GCTTTTTTTT CAAATTCTAC 
CTTGAGGTGT TACAGAGACT TAACCACATG GGCACTCATT ATTCAGATGT CAGTGCTCTT 
AACAGTTTTG AAACATTATG CAATGAAAAT GTCCAGCTGT ACCAGGATGT ATCTTCACGT 
CAATCAGTAC AAGATCCCAT CGGACGGCCT ATCATGCATT ATTCTGGAAT AAAACATGCT 
ACTGGCGAGG CTGTATACTG TGATGACATG CCCTGTGTAG ATGGCGAACT GTTTTTGTAT 
TTTGTCACCA GTACAAAGGC TCATGCAAAA ATTGTGTCAC TGGATTTCTC GGAGGCCTTG 
GCCCAGCCAG GAGTGGTGGA TGTTGTAACA ACAGAAGATT GTCCAGGCAC ATGCAAATCT 
ATGTTTGAGG AAGGGGAGGT GCTTTGCGTG GGTCAGATCA TCTGTGCAGT TTTGGCTGAC 
ACTCCTGCCA GAGCTAAAAA GGCAGCTGCT GCAGTTAAAG TGGTGTATGA GAATCTGGAG 
CCGGTCATTC TAACCATTCA GGAAGCCATT GAACACAATT CATTTTTTAA GCCACAAAGA 
AAGCTGGAGA ATGGAAATGT GGAAGAAGCA TTTAAATCTG CTGATCAAAT ACAGGAAGGT 
GAAATATACA TTGGAGGACA GGAGCATTTC TACATGGAGA CCCAGAGTAT CCGTGTTTTG 
CCTAAGGGAG AGGACAAAGA GATGGATGTG TATGTGTCTA CACAGGATCC AACATATATT 
CAGAATCTTA TAGCTACAAT ACTGAACGTG CCATCAAACA GGATAACATG CCACGTGAAA 
AGGGTTGGAG GAGCTTTTGG AGGCAAAACC ACAAAGACAG GAAATATTGC AGCAATTACT 
GCTGTAGCAG CAAACAAGTA TGTCTTATTT AAATCTCATT CTAAAGTAAG CGAGACACGG 
AGGGCTGTTC GGTGTGTTTT CGAGCGTGGT GATGATATGT TAATAACAGG AGGAAGACAC 
CCCTTTCTTG GGAAATATAA AGTGGGATTC ATGAACGACG GGCGGATTAC AGCAGTGGAT 
GTGGCTTACT TCAGTAATGC AGGGTGTACC CCGGATGACT CTGTTCTTGT TGTTGAGATT 
GCACTGATGA ACATGGATAG TGCTTACAGG CTGCCCAATG TGCGATGTAC AGGGACTGCC 
TGCAAGACAA ACCTCCCCTC AAACACTGCC TTCCGAGGAT TTGGCTACCC ACAGGCTGCC 
TTTGTCACAG AAACTTGGAT CAGTGAAGTG GCTATAAAGT GCAGAATTCC ACCTGAAAAG 
GTCAGGGAAA TGAATCTGTA TAAGGATATC AGCCAAACAC ATTTCAGGCA GGAAATACTA 
GCCAGGACTC TGGGAATGTG TTGGAATGAA TGCATGGAGA AGTCTTCCTA CAACAGCAGA 
AGACTGGCCA TTGAGAATTT CAATAAAGAC AATTATTGGA AGAAAAAGGG CCTTGCCATT 
ATTCCTATGA AATTTCCTAT TGGATCACTG GCAAAGTTCT TTGGACAGGC TGCTGCTCTT 
GTCCACATCT ATTTGGATGG ATCAGTGTTG GTGACCCATG GTGGAATAGA GATGGGGCAA 
GGAGTTCATA CAAAGATTAT GCAGATTGCC AGTCGTGAGT TGGGCATCCC TCTATCATAC 
ATCCATATTT GTGAGACCAA CACAAGTTCT GTTCCAAACA CTCAGGTCTC TGGAGGCTCC 
CTAGGGACAG ATGTCAATGG CATGGCAGTG AAGAATGCAT GTGAAATCCT TATGCAACGC 
CTTCTGCCAA TTAGAAGTAA GAACCCTAAA AGTTCCTGGA AGGAATGGGT AACTGAAGCC 
TATATGCAGT CAGTCAGCCT CTCAGCTACA GGATTCTGCA GGTCTACCGG AGAGGGCAAC 
CCAGTTCACT ACTGTGTGTA CGGAGTTGCT TGCTCTGAGG TAGAAATTGA CTGTCTCACT 
GGAGATCACA AGAACCTCAG GACAGACATT GTTATAGATT TTGGTTGCAG CATCAACCCA 
GCTGTGGATA TTGGACAGAT TGAAGGTGCA TTTGTGCAAG GTCTTGGACT ATTTACGATT 
GAAGAACTCA AGTTTTCTCC AAACGGAGTG CTCTATACCC GTGGCCCAGC TCAATATAAG 
ATCCCTTCTG TCCGTGATAT CCCTGAACAA TTTAATGTGT CACTGCTTTC CAATGTTCCC 
AACAGCTGTG CCATATACTC TTCAAAGGGA GTTGGAGAGC CAGCTCTGTT TTTGGGGTCC 
TCAATCTATT TTGCTATAAA AGATGCAGTG TTATCAGCCC GAAGAGAAAG AGGGATGTCT 
GAGCTCTTTA CGCTAAACAG TCCAGCAACT CCAGAGAAAA TAAGAATGGC TTGTGGGGAC 
CAGTTCACAG ACATGATTCC ACAGAATGTC CCTGGCTCTT ATGTGCCCTG GGCTGTCAAT 
GTGTAA

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

aox1 ( XM_012970229.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012825683.1 Xenopus tropicalis aldehyde oxidase 1 (aox1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa36287
Clone ID Related Accession (Same CDS sequence)	XM_012970229.1
Accession Version	XM_012970229.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3972bp) 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	aldehyde oxidase isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030685.1) 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 :: 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##

ATGTTAAACC CTGTAGATTC ACATACTCTC ATATTTTTTG TGAATGGACG GAAGATTGTT 
GAGGAAAATG CCGATCCTGA AGAGTTGCTT CTACCCTACT TAAGGAAGAA ACTTCTTCTC 
ACGGGAACAA AATATGGATG TGGAGGTGGT GGATGTGGTG CTTGCACAGT AATGGTATCA 
ACCATCCATC CTGTTTCCAA GAAGATTCTA CATTTCTCAG CCAATGCCTG CCTACTGCCA 
ATATGCTCCA TGCATGGTGC AGCCGTTACA ACCATCGAGG GCATCGGAAG CACAACTACC 
AAATTGCATC CTGTGCAGGA GAGAATAGCT AAAGCTCATG GTTCCCAGTG TGGTTTCTGT 
ACTCCTGGGA TGGTGATGTC TGTGTATAGC TTACTAAGGA ATCATCCAGA ACCAACTATG 
GAGCAGATAT ATGAAAGCCT AGGAGGTAAT CTCTGTCGCT GTACTGGTTA CAGGCCAATA 
GTGGATGGAT GCCGAACTTT CTGTAATAAA ACTGATTGTT GCCAAGTCAA AGAGAATGGG 
ATGGAAAAGA TTTCTACACC TGATACAGTA GATAACATCC TCACAGGTTT GTTTAAAGAA 
GAACAGTTTT TACCTCTTGA TCCAACACAG GAATTAATAT TTCCCCCTGA ATTACTGCTA 
ATGGATAAAG AAAAAAAAGA AAAACTCTTT TTCCAAGGGG GGCGTATGAC TTGGATATCA 
CCTTCCAGTC TTCAGGAACT TCTGCAACTG AAAGCAACAT ATCCGAAGGC TCCACTTGTT 
GTGGGAAACA CCATCGTCGG TCCCGAAATG AAGTTCAGAG GAATTTTTCA TCCTGTTATA 
ATTTCCCCTT CAAGAATACC GGAGCTCAAT TTTGTAATTC ATAAGGATGA TGGAATAACA 
GTAGGGGCAG CTTGCAGTTT AACAGTGCTG AAAGAAGCTC TAAAGGAAGT TGTCACCCAA 
CAACCAGAGG AAAAGACCAA ATTATTTCAT GCCCTTCTAC AGCAACTTGA AACACTCGGA 
GGTCCACAGA TAAGGAACAC AGCATCTCTA GGAGGAAACA TTATAAGCCG TTCTCCAACA 
TCTGATCTAA ACCCAGTTCT GGCTGCAGGC AACTGCATTC TAACTGTGGC AGCAATAGAT 
GGAACTAGGC AGATGCCATT GGATGAGGCA TTTTTTGCTC ATTCGTTGAA GGCTGAAGAG 
GTTTTAGTAT CAGTTCATTT ACCTTATTCC AAGAAGGGGG ATCATTACTC CGTTTTCAGA 
CAGGCCCAGA GACGAGAGAA TGCATTGCCT ATTGTCACTG CTGGAATGAA AGTTCAGTTT 
GAAGAAAACA CTGACATAAT TAAAGTCATT CGTATCTTCT ATGGTGGTGT TGGTCCAACC 
ACTGTTTTTG CAAAGACCAC ATGTCAAGAT CTGATAGGAA AGCACTGGGA TGACCACATG 
CTAAGTGAAG CCTGCAGACT CATGGTGCAT GAGATTACCC TTTCTCCCTC AGCCCCGGGA 
GGCATGGTAG AATACCGCAG GACTCTGACC ATCAGCTTTT TTTTCAAATT CTACCTTGAG 
GTGTTACAGA GACTTAACCA CATGGGCACT CATTATTCAG ATGTCAGTGC TCTTAACAGT 
TTTGAAACAT TATGCAATGA AAATGTCCAG CTGTACCAGG ATGTATCTTC ACGTCAATCA 
GTACAAGATC CCATCGGACG GCCTATCATG CATTATTCTG GAATAAAACA TGCTACTGGC 
GAGGCTGTAT ACTGTGATGA CATGCCCTGT GTAGATGGCG AACTGTTTTT GTATTTTGTC 
ACCAGTACAA AGGCTCATGC AAAAATTGTG TCACTGGATT TCTCGGAGGC CTTGGCCCAG 
CCAGGAGTGG TGGATGTTGT AACAACAGAA GATTGTCCAG GCACATGCAA ATCTATGTTT 
GAGGAAGGGG AGGTACCATT GCTAGCCAAA GACAAGGTGC TTTGCGTGGG TCAGATCATC 
TGTGCAGTTT TGGCTGACAC TCCTGCCAGA GCTAAAAAGG CAGCTGCTGC AGTTAAAGTG 
GTGTATGAGA ATCTGGAGCC GGTCATTCTA ACCATTCAGG AAGCCATTGA ACACAATTCA 
TTTTTTAAGC CACAAAGAAA GCTGGAGAAT GGAAATGTGG AAGAAGCATT TAAATCTGCT 
GATCAAATAC AGGAAGGTGA AATATACATT GGAGGACAGG AGCATTTCTA CATGGAGACC 
CAGAGTATCC GTGTTTTGCC TAAGGGAGAG GACAAAGAGA TGGATGTGTA TGTGTCTACA 
CAGGATCCAA CATATATTCA GAATCTTATA GCTACAATAC TGAACGTGCC ATCAAACAGG 
ATAACATGCC ACGTGAAAAG GGTTGGAGGA GCTTTTGGAG GCAAAACCAC AAAGACAGGA 
AATATTGCAG CAATTACTGC TGTAGCAGCA AACAAGACAC GGAGGGCTGT TCGGTGTGTT 
TTCGAGCGTG GTGATGATAT GTTAATAACA GGAGGAAGAC ACCCCTTTCT TGGGAAATAT 
AAAGTGGGAT TCATGAACGA CGGGCGGATT ACAGCAGTGG ATGTGGCTTA CTTCAGTAAT 
GCAGGGTGTA CCCCGGATGA CTCTGTTCTT GTTGTTGAGA TTGCACTGAT GAACATGGAT 
AGTGCTTACA GGCTGCCCAA TGTGCGATGT ACAGGGACTG CCTGCAAGAC AAACCTCCCC 
TCAAACACTG CCTTCCGAGG ATTTGGCTAC CCACAGGCTG CCTTTGTCAC AGAAACTTGG 
ATCAGTGAAG TGGCTATAAA GTGCAGAATT CCACCTGAAA AGGTCAGGGA AATGAATCTG 
TATAAGGATA TCAGCCAAAC ACATTTCAGG CAGGAAATAC TAGCCAGGAC TCTGGGAATG 
TGTTGGAATG AATGCATGGA GAAGTCTTCC TACAACAGCA GAAGACTGGC CATTGAGAAT 
TTCAATAAAG ACAATTATTG GAAGAAAAAG GGCCTTGCCA TTATTCCTAT GAAATTTCCT 
ATTGGATCAC TGGCAAAGTT CTTTGGACAG GCTGCTGCTC TTGTCCACAT CTATTTGGAT 
GGATCAGTGT TGGTGACCCA TGGTGGAATA GAGATGGGGC AAGGAGTTCA TACAAAGATT 
ATGCAGATTG CCAGTCGTGA GTTGGGCATC CCTCTATCAT ACATCCATAT TTGTGAGACC 
AACACAAGTT CTGTTCCAAA CACTCAGGTC TCTGGAGGCT CCCTAGGGAC AGATGTCAAT 
GGCATGGCAG TGAAGAATGC ATGTGAAATC CTTATGCAAC GCCTTCTGCC AATTAGAAGT 
AAGAACCCTA AAAGTTCCTG GAAGGAATGG GTAACTGAAG CCTATATGCA GTCAGTCAGC 
CTCTCAGCTA CAGGATTCTG CAGGTCCTTT GACAGAGAAT TAAACTGGGA GACCGGAGAG 
GGCAACCCAG TTCACTACTG TGTGTACGGA GTTGCTTGCT CTGAGGTAGA AATTGACTGT 
CTCACTGGAG ATCACAAGAA CCTCAGGACA GACATTGTTA TAGATTTTGG TTGCAGCATC 
AACCCAGCTG TGGATATTGG ACAGATTGAA GGTGCATTTG TGCAAGGTCT TGGACTATTT 
ACGATTGAAG AACTCAAGTT TTCTCCAAAC GGAGTGCTCT ATACCCGTGG CCCAGCTCAA 
TATAAGATCC CTTCTGTCCG TGATATCCCT GAACAATTTA ATGTGTCACT GCTTTCCAAT 
GTTCCCAACA GCTGTGCCAT ATACTCTTCA AAGGGAGTTG GAGAGCCAGC TCTGTTTTTG 
GGGTCCTCAA TCTATTTTGC TATAAAAGAT GCAGTGTTAT CAGCCCGAAG AGAAAGAGGG 
ATGTCTGAGC TCTTTACGCT AAACAGTCCA GCAACTCCAG AGAAAATAAG AATGGCTTGT 
GGGGACCAGT TCACAGACAT GATTCCACAG AATGTCCCTG GCTCTTATGT GCCCTGGGCT 
GTCAATGTGT AA

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

RefSeq	XP_012825683.1
CDS	57..4028
Translation	MLNPVDSHTLIFFVNGRKIVEENADPEELLLPYLRKKLLLTGTKYGCGGGGCGACTVMVSTIHPVSKKILHFSANACLLPICSMHGAAVTTIEGIGSTTTKLHPVQERIAKAHGSQCGFCTPGMVMSVYSLLRNHPEPTMEQIYESLGGNLCRCTGYRPIVDGCRTFCNKTDCCQVKENGMEKISTPDTVDNILTGLFKEEQFLPLDPTQELIFPPELLLMDKEKKEKLFFQGGRMTWISPSSLQELLQLKATYPKAPLVVGNTIVGPEMKFRGIFHPVIISPSRIPELNFVIHKDDGITVGAACSLTVLKEALKEVVTQQPEEKTKLFHALLQQLETLGGPQIRNTASLGGNIISRSPTSDLNPVLAAGNCILTVAAIDGTRQMPLDEAFFAHSLKAEEVLVSVHLPYSKKGDHYSVFRQAQRRENALPIVTAGMKVQFEENTDIIKVIRIFYGGVGPTTVFAKTTCQDLIGKHWDDHMLSEACRLMVHEITLSPSAPGGMVEYRRTLTISFFFKFYLEVLQRLNHMGTHYSDVSALNSFETLCNENVQLYQDVSSRQSVQDPIGRPIMHYSGIKHATGEAVYCDDMPCVDGELFLYFVTSTKAHAKIVSLDFSEALAQPGVVDVVTTEDCPGTCKSMFEEGEVPLLAKDKVLCVGQIICAVLADTPARAKKAAAAVKVVYENLEPVILTIQEAIEHNSFFKPQRKLENGNVEEAFKSADQIQEGEIYIGGQEHFYMETQSIRVLPKGEDKEMDVYVSTQDPTYIQNLIATILNVPSNRITCHVKRVGGAFGGKTTKTGNIAAITAVAANKTRRAVRCVFERGDDMLITGGRHPFLGKYKVGFMNDGRITAVDVAYFSNAGCTPDDSVLVVEIALMNMDSAYRLPNVRCTGTACKTNLPSNTAFRGFGYPQAAFVTETWISEVAIKCRIPPEKVREMNLYKDISQTHFRQEILARTLGMCWNECMEKSSYNSRRLAIENFNKDNYWKKKGLAIIPMKFPIGSLAKFFGQAAALVHIYLDGSVLVTHGGIEMGQGVHTKIMQIASRELGIPLSYIHICETNTSSVPNTQVSGGSLGTDVNGMAVKNACEILMQRLLPIRSKNPKSSWKEWVTEAYMQSVSLSATGFCRSFDRELNWETGEGNPVHYCVYGVACSEVEIDCLTGDHKNLRTDIVIDFGCSINPAVDIGQIEGAFVQGLGLFTIEELKFSPNGVLYTRGPAQYKIPSVRDIPEQFNVSLLSNVPNSCAIYSSKGVGEPALFLGSSIYFAIKDAVLSARRERGMSELFTLNSPATPEKIRMACGDQFTDMIPQNVPGSYVPWAVNV

Target ORF information:

RefSeq Version	XM_012970229.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis aldehyde oxidase 1 (aox1), transcript variant X1, mRNA.

Target ORF information:

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

XM_012970229.1

ORF Insert Sequence:

ATGTTAAACC CTGTAGATTC ACATACTCTC ATATTTTTTG TGAATGGACG GAAGATTGTT 
GAGGAAAATG CCGATCCTGA AGAGTTGCTT CTACCCTACT TAAGGAAGAA ACTTCTTCTC 
ACGGGAACAA AATATGGATG TGGAGGTGGT GGATGTGGTG CTTGCACAGT AATGGTATCA 
ACCATCCATC CTGTTTCCAA GAAGATTCTA CATTTCTCAG CCAATGCCTG CCTACTGCCA 
ATATGCTCCA TGCATGGTGC AGCCGTTACA ACCATCGAGG GCATCGGAAG CACAACTACC 
AAATTGCATC CTGTGCAGGA GAGAATAGCT AAAGCTCATG GTTCCCAGTG TGGTTTCTGT 
ACTCCTGGGA TGGTGATGTC TGTGTATAGC TTACTAAGGA ATCATCCAGA ACCAACTATG 
GAGCAGATAT ATGAAAGCCT AGGAGGTAAT CTCTGTCGCT GTACTGGTTA CAGGCCAATA 
GTGGATGGAT GCCGAACTTT CTGTAATAAA ACTGATTGTT GCCAAGTCAA AGAGAATGGG 
ATGGAAAAGA TTTCTACACC TGATACAGTA GATAACATCC TCACAGGTTT GTTTAAAGAA 
GAACAGTTTT TACCTCTTGA TCCAACACAG GAATTAATAT TTCCCCCTGA ATTACTGCTA 
ATGGATAAAG AAAAAAAAGA AAAACTCTTT TTCCAAGGGG GGCGTATGAC TTGGATATCA 
CCTTCCAGTC TTCAGGAACT TCTGCAACTG AAAGCAACAT ATCCGAAGGC TCCACTTGTT 
GTGGGAAACA CCATCGTCGG TCCCGAAATG AAGTTCAGAG GAATTTTTCA TCCTGTTATA 
ATTTCCCCTT CAAGAATACC GGAGCTCAAT TTTGTAATTC ATAAGGATGA TGGAATAACA 
GTAGGGGCAG CTTGCAGTTT AACAGTGCTG AAAGAAGCTC TAAAGGAAGT TGTCACCCAA 
CAACCAGAGG AAAAGACCAA ATTATTTCAT GCCCTTCTAC AGCAACTTGA AACACTCGGA 
GGTCCACAGA TAAGGAACAC AGCATCTCTA GGAGGAAACA TTATAAGCCG TTCTCCAACA 
TCTGATCTAA ACCCAGTTCT GGCTGCAGGC AACTGCATTC TAACTGTGGC AGCAATAGAT 
GGAACTAGGC AGATGCCATT GGATGAGGCA TTTTTTGCTC ATTCGTTGAA GGCTGAAGAG 
GTTTTAGTAT CAGTTCATTT ACCTTATTCC AAGAAGGGGG ATCATTACTC CGTTTTCAGA 
CAGGCCCAGA GACGAGAGAA TGCATTGCCT ATTGTCACTG CTGGAATGAA AGTTCAGTTT 
GAAGAAAACA CTGACATAAT TAAAGTCATT CGTATCTTCT ATGGTGGTGT TGGTCCAACC 
ACTGTTTTTG CAAAGACCAC ATGTCAAGAT CTGATAGGAA AGCACTGGGA TGACCACATG 
CTAAGTGAAG CCTGCAGACT CATGGTGCAT GAGATTACCC TTTCTCCCTC AGCCCCGGGA 
GGCATGGTAG AATACCGCAG GACTCTGACC ATCAGCTTTT TTTTCAAATT CTACCTTGAG 
GTGTTACAGA GACTTAACCA CATGGGCACT CATTATTCAG ATGTCAGTGC TCTTAACAGT 
TTTGAAACAT TATGCAATGA AAATGTCCAG CTGTACCAGG ATGTATCTTC ACGTCAATCA 
GTACAAGATC CCATCGGACG GCCTATCATG CATTATTCTG GAATAAAACA TGCTACTGGC 
GAGGCTGTAT ACTGTGATGA CATGCCCTGT GTAGATGGCG AACTGTTTTT GTATTTTGTC 
ACCAGTACAA AGGCTCATGC AAAAATTGTG TCACTGGATT TCTCGGAGGC CTTGGCCCAG 
CCAGGAGTGG TGGATGTTGT AACAACAGAA GATTGTCCAG GCACATGCAA ATCTATGTTT 
GAGGAAGGGG AGGTACCATT GCTAGCCAAA GACAAGGTGC TTTGCGTGGG TCAGATCATC 
TGTGCAGTTT TGGCTGACAC TCCTGCCAGA GCTAAAAAGG CAGCTGCTGC AGTTAAAGTG 
GTGTATGAGA ATCTGGAGCC GGTCATTCTA ACCATTCAGG AAGCCATTGA ACACAATTCA 
TTTTTTAAGC CACAAAGAAA GCTGGAGAAT GGAAATGTGG AAGAAGCATT TAAATCTGCT 
GATCAAATAC AGGAAGGTGA AATATACATT GGAGGACAGG AGCATTTCTA CATGGAGACC 
CAGAGTATCC GTGTTTTGCC TAAGGGAGAG GACAAAGAGA TGGATGTGTA TGTGTCTACA 
CAGGATCCAA CATATATTCA GAATCTTATA GCTACAATAC TGAACGTGCC ATCAAACAGG 
ATAACATGCC ACGTGAAAAG GGTTGGAGGA GCTTTTGGAG GCAAAACCAC AAAGACAGGA 
AATATTGCAG CAATTACTGC TGTAGCAGCA AACAAGACAC GGAGGGCTGT TCGGTGTGTT 
TTCGAGCGTG GTGATGATAT GTTAATAACA GGAGGAAGAC ACCCCTTTCT TGGGAAATAT 
AAAGTGGGAT TCATGAACGA CGGGCGGATT ACAGCAGTGG ATGTGGCTTA CTTCAGTAAT 
GCAGGGTGTA CCCCGGATGA CTCTGTTCTT GTTGTTGAGA TTGCACTGAT GAACATGGAT 
AGTGCTTACA GGCTGCCCAA TGTGCGATGT ACAGGGACTG CCTGCAAGAC AAACCTCCCC 
TCAAACACTG CCTTCCGAGG ATTTGGCTAC CCACAGGCTG CCTTTGTCAC AGAAACTTGG 
ATCAGTGAAG TGGCTATAAA GTGCAGAATT CCACCTGAAA AGGTCAGGGA AATGAATCTG 
TATAAGGATA TCAGCCAAAC ACATTTCAGG CAGGAAATAC TAGCCAGGAC TCTGGGAATG 
TGTTGGAATG AATGCATGGA GAAGTCTTCC TACAACAGCA GAAGACTGGC CATTGAGAAT 
TTCAATAAAG ACAATTATTG GAAGAAAAAG GGCCTTGCCA TTATTCCTAT GAAATTTCCT 
ATTGGATCAC TGGCAAAGTT CTTTGGACAG GCTGCTGCTC TTGTCCACAT CTATTTGGAT 
GGATCAGTGT TGGTGACCCA TGGTGGAATA GAGATGGGGC AAGGAGTTCA TACAAAGATT 
ATGCAGATTG CCAGTCGTGA GTTGGGCATC CCTCTATCAT ACATCCATAT TTGTGAGACC 
AACACAAGTT CTGTTCCAAA CACTCAGGTC TCTGGAGGCT CCCTAGGGAC AGATGTCAAT 
GGCATGGCAG TGAAGAATGC ATGTGAAATC CTTATGCAAC GCCTTCTGCC AATTAGAAGT 
AAGAACCCTA AAAGTTCCTG GAAGGAATGG GTAACTGAAG CCTATATGCA GTCAGTCAGC 
CTCTCAGCTA CAGGATTCTG CAGGTCCTTT GACAGAGAAT TAAACTGGGA GACCGGAGAG 
GGCAACCCAG TTCACTACTG TGTGTACGGA GTTGCTTGCT CTGAGGTAGA AATTGACTGT 
CTCACTGGAG ATCACAAGAA CCTCAGGACA GACATTGTTA TAGATTTTGG TTGCAGCATC 
AACCCAGCTG TGGATATTGG ACAGATTGAA GGTGCATTTG TGCAAGGTCT TGGACTATTT 
ACGATTGAAG AACTCAAGTT TTCTCCAAAC GGAGTGCTCT ATACCCGTGG CCCAGCTCAA 
TATAAGATCC CTTCTGTCCG TGATATCCCT GAACAATTTA ATGTGTCACT GCTTTCCAAT 
GTTCCCAACA GCTGTGCCAT ATACTCTTCA AAGGGAGTTG GAGAGCCAGC TCTGTTTTTG 
GGGTCCTCAA TCTATTTTGC TATAAAAGAT GCAGTGTTAT CAGCCCGAAG AGAAAGAGGG 
ATGTCTGAGC TCTTTACGCT AAACAGTCCA GCAACTCCAG AGAAAATAAG AATGGCTTGT 
GGGGACCAGT TCACAGACAT GATTCCACAG AATGTCCCTG GCTCTTATGT GCCCTGGGCT 
GTCAATGTGT AA

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

PubMed

Structure and evolution of vertebrate aldehyde oxidases: from gene duplication to gene suppression.
Cellular and molecular life sciences : CMLS70(10)1807-30(2013 May)
Kurosaki M,Bolis M,Fratelli M,Barzago MM,Pattini L,Perretta G,Terao M,Garattini E

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aox1 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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