ahdc1 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	ahdc1
Entrez Gene ID	100496895
Full Name	AT-hook DNA binding motif containing 1
General protein information	Preferred Names AT-hook DNA binding motif containing 1 Names AT-hook DNA-binding motif-containing protein 1
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012958334.2	XP_012813788.1	AT-hook DNA-binding motif-containing protein 1 isoform X2
XM_012958331.2	XP_012813785.1	AT-hook DNA-binding motif-containing protein 1 isoform X1
XM_012958333.2	XP_012813787.1	AT-hook DNA-binding motif-containing protein 1 isoform X1
XM_031896888.1	XP_031752748.1	AT-hook DNA-binding motif-containing protein 1
XM_012958332.2	XP_012813786.1	AT-hook DNA-binding motif-containing protein 1 isoform X1

Pathways from BioSystems

Homologies

Pan troglodytes (chimpanzee)	AHDC1	XP_003307958.1
Gallus gallus (chicken)	LOC100859023	XP_003643565.2
Canis lupus familiaris (dog)	AHDC1	XP_544468.4
Mus musculus (house mouse)	Ahdc1	NP_666267.3
Xenopus tropicalis (tropical clawed frog)	ahdc1	XP_002934704.1
Rattus norvegicus (Norway rat)	Ahdc1	NP_001128428.1
Homo sapiens (human)	AHDC1	NP_001025053.1
Macaca mulatta (Rhesus monkey)	LOC716158	XP_002808328.1
Bos taurus (cattle)	AHDC1	NP_001193338.1

Gene Ontology

The following ahdc1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ahdc1 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)
OXa05385	XM_031896888.1 Latest version!	Xenopus tropicalis AT-hook DNA binding motif containing 1 (ahdc1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OXa05385	XM_012958334.2 Latest version!	Xenopus tropicalis AT-hook DNA binding motif containing 1 (ahdc1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OXa36713	XM_012958331.2 Latest version!	Xenopus tropicalis AT-hook DNA binding motif containing 1 (ahdc1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OXa36713	XM_012958333.2 Latest version!	Xenopus tropicalis AT-hook DNA binding motif containing 1 (ahdc1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OXa36713	XM_012958332.2 Latest version!	Xenopus tropicalis AT-hook DNA binding motif containing 1 (ahdc1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

ahdc1 ( XM_012958334.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012813788.1 Xenopus tropicalis AT-hook DNA binding motif containing 1 (ahdc1), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OXa05385
Clone ID Related Accession (Same CDS sequence)	XM_012958334.2 , XM_031896888.1
Accession Version	XM_012958334.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5037bp) 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	1473177600000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	AT-hook DNA-binding motif-containing protein 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030678.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012958334.1. ##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##

ATGCTGAGCG TGACCGGAGC CGGAGCAGCC ATGAGTGGCC GAGAGGAGCA GGAGCCGGCG 
GGGAGCGATC TTAGCACTGC TGGCCTTGTA TCCCCAGGCT TGGAAAATGG AGAAGTTACT 
GCTGAAAGGC GATCCCTTCA CTCCAAGGAA ACCGAAAGAA ATCGCAGAGT GACCCTGGTC 
TGCAGACACC CACGATCAAG AGACACCAAA TACAGCGGAA GAAGTACAAA ACTGCAGAAT 
TCCTCTTTGG CCCATCCGGA ACCCAATCTC TCCTCTTCAC AAGAAGATAA TTCACGTCCT 
CCACGTAATG AGGCCTGGAG CCGTGCCAAC AAGCCACTCT GCCGCCCATC AGTAGGCCCC 
CCCAGACTGG GAGTAGATGG AATCATTGCT TTGTTGAAGA GCAAGTGCGG TAATGGACGC 
GTGAACCTAC AGCCTGTAGT GAGGTTGATG GACATCATGA AAGATCTCAG CCAACTGTCT 
AGTGATCTAC AATCTAGTGG TGTACGTTTG GATTGCACCC ATGTTGCAAG CTCCCCTTCA 
GAGTCAGAAA ATGCAGAACC AGGATTACAA TATAGTTTCT TCTCATCTCA GAGTTTGGCA 
TGTGGTCTGA GAAGCCCAGA GGAAAAGCCA TCTGAGACTG TCGAGAAAGA GCCAGTTCCT 
GTTTCTCCCA ACCCAGACTC CATGGAGTCT GCCAGTTCAG AGGTCTTGAG AGAACTAGCA 
GCTCTAGCCT GGATGGAACC TCAACAAACA GAGAGCAAAG GGGAGATAGA GGAGAGGATT 
GAAAGGAGAC TGGAAAAGGT GGAAGAAACT AGAGGCCAAA ATGAAGAGAC ATCAAAGGAA 
CTTGACCATA GTGAAATGGA AGATGTGGGG CCTAGAGAGG AAAAGATCAC TAAACAGGAA 
GATGATGAGT CAGGTGAGGA ACCAGATGAA AGTAAACATG AGGATGAATC AGGGGAGGAA 
CAAGATGGAA GTAAACAGGA AGATGATTCT GGAGAGGAGC AAGAAGACCT TAAACAAGGA 
GAGGAATCAT CGGGAGATGA TCAGGAAGAG AATAAACAAG ACGAGGACTC ATCTGAGGAA 
GATCAGGGGG AAAGTAAACA GGATGAAGAA TCATCTGAGG ATGAGCAGGA CGAAGGGGCT 
GGGGACAATG AGGCAGAAGA CCCAACAGAT GGCAAAATGA ATGAACAGGG TGATATAACA 
TTAGTCCAGG AAAATCAACT TAATTTGAAA GATATGGGGG TAGCAAGCCT AGATGCAGAT 
TTGAAAGAAC AATCATCTGA TGAGGAAAGC AGGGAAGATG AAAGCAAACA AGAAGAAGAG 
AAAACAGTAG AAAGGGAAGT ACTCATGGAG ACACAAATGG AGCAGTTGCC CTGGATGCTC 
CCGCTCTTTT CTCCTTCGGT TGATAACATC AGAAGAATCT CCTTTTCTCA CCGTGGTAGA 
TTTGGTCACA GAGGACGCAG GGGTGATAGG CCTGGTAGAG GACGGCGAAG AAGACCAGGT 
AGGCCACGAG CTTCAGAGAG CCTTTCAAGG GCATATGTGA TGCCACCCTA TCACCGAACC 
CCTGAAGAGC CAAGGGCATA TCGGCTCCAT GAGCAAAGCT TACATTTTAC ACACTCCATT 
AACAACCCCC CCTCCATGGA AACACCTAAA GAAGAAGGCC CCCCCAAAAA GCCAAAACGC 
AAGGGAGTTC GCAAGATGGT GGTTCGGATT GCAAAAATCC CCATGCCTGT GGGTAGAAGA 
AACAAAACAA GTTACAAAGT GTCTTCTTTC AGCAGTACAT TGAGTGTGGA AGGAGGAGAA 
CTGATAGGTG GGTCTGGCCC TGGTCCTACA TCACTTCTCA AAATGAAGAA TAATGGGCGC 
AATGTTGTCA TGGTGTTTCC ACCTGGTGAA CTCCCCATCA TACTTAAAAG GAGGAGAGGA 
AGGCCTCCAA AGAACCTTGT GTTAGCACGT GAAACCCCTC CAATGCTGCC CCAGCCACCC 
CCCAAAGAAC CTGCAGCACT GCCACCTCCA ACTTCCCAGC CTCCCACACC ATTACCAGAG 
GGTGAAATGG TCAAGAAGCG GCGGCGAAGG AAACAGAAAC TTCCATCTCC CCAGCCATCA 
TATGTGGCAG ATGCCAATGA CAGCAAGTCT GAATATAGTG ATGTGCTGGC AAAGCTTGCT 
TTCTTAAACA GACAAAGTCA AACAGCTGGG CGCAATTCAC CTCCCCGCTG CTGGACTCCA 
ACTTTGCCAG AATCTGTTCA CCAAGCCCCT GACACTCACA GCATTTCACA GTTTCTGCAC 
AGAGTGCAAG GTTACCGCAG GCGAGGTGGG CGTGGAGGTG GCCCAGGTCG GCGAGGAGGA 
TGTAACAGCC ATAACCCAGA GTTGTCCCGT TGTTCCTTCA GTGACTTCTT TGAGGGTATT 
GGTAAGAAGA AGACCAAAGC AAGGCCTGTT GACCCTCTAA AGCCACGGAA ACGGAGACAG 
CCGCGAGCTG AGCCAGATCC CAATGCTAAG CCCAAGCGCA AGAGGAGATC ACGTAAGAAT 
GGTGCTCTTC TTGGTGAAAT GGGTGGAGAG GGAAGTTTAG GCTATCAAGG CACATCTGAA 
TGGGGACCTG AAGGTAAAGG AACACCATGG CCGGGTCAGC TTTCTCACAG CCAGTCAGGT 
GGTAGACACT GCAGTTATCA AGGACCTGAA AACAGGGGAT TTTCTTCAAT GCACAGTGGA 
TCCCCTAACA GACCTAGTTA CTATGCAGGA GCAGGATCAG TGTCCCATGC CGAGGGTGGA 
GGGCAGGACC GCCACAGCCT CTTTACTGGG TATTTCCGCT CCCTCCTTGA CTCAGATGAC 
TCTTCTGATC TAGTAGATTT TGCCATGGCT GCCCAGAGAC AAGAAGCCCG GAAATCAGCA 
TCAGCCTTCT CTGGATCGTC ATCTTCCCCT AACACCCGAG CTCTCCAGTC CTATTCCAAC 
TCCCGGGGCA CTAAAGCTAG TGCTCAAGAA TCAGCATACC AAAGCTCAGC ACCAGCCAGG 
CAGCAATTTC CACCAAGTCG AGGGTCATCA AATTATGCAG CATTAAATCA ACAAGACTGC 
CATGGCTCTG ATGCCTTTCA GAAGCTGGTG TCTCGTTCAC CTAATTCTCA TCATACTGGG 
GGCTTTAGCC AATATAGTGG TTTCTCTGGA ACTGGTGGTC AGAGCCTTCC CAGCCATGGA 
CTTTTTGCAC CTAACAAACA GTATCCCTCT GGACCCCCAG ATTGTGCAGG CAACAAGGAC 
TGTAGTTTCT CATTCAGTGG AGGTAACAGC CTCCCTTCAT CACCTGGCAG TGCTCATAGT 
GGTACAGGTT TCAGCCATCA GCAGCAACAA CAATTGCCTG CTGTAGGATC TGGAGTTAAC 
ATGTCCAAAA ACCCCTTCTT TAATACATCA GAAGTGCCCC CTTTTCCCCC CCTTAGGAGC 
GAGAGTCGAT CAGGTACCTC CTCACCTGCC AATTACATGC TGCCTAAAGC TGCTGGATCA 
CTCTTCCCTG GGGAAAATAG CCGTACCTTT CCAGGGACTT CAAGTCAGTG GGCTTTTAGG 
CAGGGTTACA GCCAGACAGA TTGGGGTCCT GACAGTTTTG GACAGCTCTA TGGAGCTGGT 
TTTGATTGTC ACATGACAGA GTCCAATGTT ATCTTAGACA TTAGCAACTA TACTCCCCAG 
AAAGCCAAAC AGAACACAGA CAACATTTCT GAATCATCCT CTGACAGCAC ACAGTACACA 
CAGCCTGGGG CTGGCTATCG CCGGGCCAAC AGTGAGGCTT CATCTAGTGA AGGGCAATCC 
AGCTTATCAA GTCTTGAAAA ATTAATGATG GATTGGAATG AAACATCCTC TGCCCCTGGA 
TACAGCTGGA ACCAGAGTGT TCTCTTTCAC CATACTGCTA AACCTGGTCG GGGGAGAAGG 
AAGAAAGCTG ATATTTTTGA ACCCTCACAC CCACATCACC ATCACCTGGG CTTCTCCTCA 
TCCTCTCCTT CTTCCTCCTC TTCCTCAGCT GCTGCTCCTC CTACAGGCTT TCCCAGTAAA 
CGAGGAGGGG GTCCAAGAGG TCCAAGGGGT GGTCGTGGTG GGGGCTGTTC CACAAACAGG 
AAAGAGAGAG GTTCAGGAAA GGCTAAGTTT GTCCCAAAAC CACCTGCTCC ACCTCCATCA 
TCCTCTGTGA GCTCCCTGTT CCAGGAGTCC TCAGAGCTAG GATTGGACTG CTATAGTGGG 
GATAGTAGCA TGTCACCTCT GCCTTCCCAC TCACGGGCAT ATAGTGTAGG AGAGAGAGAT 
CCCCCTTGTG ACTTTTCTGG ACCTTATTCC ATGAACCCGT CTACCCCTTC TGATGGCACA 
TTTGGTTTCC AGAGTGACTC CCCGGGGCTG TGCCCTCCCA CAACAGAGCT AGAGCCTGGA 
AAACACTTTT CTCACCTCCC ACCATCCGGA AGTGCCACCT CTGGTGCCCC ACATCCTCCT 
CCACCACCTG GCCTGGGTTA CGAACATCCC ATGCAAGACT CTCCTTTTTC TCCCAACTGC 
TCCCCTACAC TTGAGCTACG GCCAGGGGAA GGAAGGAAGC TAGTACCCTC TTCTCACTCA 
TCCTGTGATC CCCTCAAACA CAGTTTGCCT CCACACTTGC CCTCTTGTCG TGAGCAACTA 
CCATCCCAAC CTTCCACCCA TCACCGCTAT GAGCCCCCCA GCTGCAAAAA TGCTGGCTAC 
TGGTACCCAC CTCGCAGTCC TCCTTATGAT GGAAAAGGGG GCTTACTTTC AGACTTTATG 
GGCAGGCGGG GGGAGGGAGC ATCCTGTCTG AGCCCCCATA TCCCCAGCCC TAAAAGGGAC 
AAAGAGACGC TGGACATGAT GAGAGGACAC CACAGAGCCC CATACCCTTG CCCATTGCTC 
AGTGATATCA CCCATTCCCC TGTGCAAAGA GACTCCATGG TGCAACTACA GGAGACCTAT 
CGCTACCCAG CCTTTCCCCC CCAGGGACCC CCAGTTCTGT CCCCTCCCAA CATGAAGGGT 
GGGTTTCTGG GACCTGAAAA TATTCCTGAA GACAACTTTA CAGTCACCTC CCTTTAG

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

RefSeq	XP_012813788.1
CDS	345..5381
Translation	MLSVTGAGAAMSGREEQEPAGSDLSTAGLVSPGLENGEVTAERRSLHSKETERNRRVTLVCRHPRSRDTKYSGRSTKLQNSSLAHPEPNLSSSQEDNSRPPRNEAWSRANKPLCRPSVGPPRLGVDGIIALLKSKCGNGRVNLQPVVRLMDIMKDLSQLSSDLQSSGVRLDCTHVASSPSESENAEPGLQYSFFSSQSLACGLRSPEEKPSETVEKEPVPVSPNPDSMESASSEVLRELAALAWMEPQQTESKGEIEERIERRLEKVEETRGQNEETSKELDHSEMEDVGPREEKITKQEDDESGEEPDESKHEDESGEEQDGSKQEDDSGEEQEDLKQGEESSGDDQEENKQDEDSSEEDQGESKQDEESSEDEQDEGAGDNEAEDPTDGKMNEQGDITLVQENQLNLKDMGVASLDADLKEQSSDEESREDESKQEEEKTVEREVLMETQMEQLPWMLPLFSPSVDNIRRISFSHRGRFGHRGRRGDRPGRGRRRRPGRPRASESLSRAYVMPPYHRTPEEPRAYRLHEQSLHFTHSINNPPSMETPKEEGPPKKPKRKGVRKMVVRIAKIPMPVGRRNKTSYKVSSFSSTLSVEGGELIGGSGPGPTSLLKMKNNGRNVVMVFPPGELPIILKRRRGRPPKNLVLARETPPMLPQPPPKEPAALPPPTSQPPTPLPEGEMVKKRRRRKQKLPSPQPSYVADANDSKSEYSDVLAKLAFLNRQSQTAGRNSPPRCWTPTLPESVHQAPDTHSISQFLHRVQGYRRRGGRGGGPGRRGGCNSHNPELSRCSFSDFFEGIGKKKTKARPVDPLKPRKRRQPRAEPDPNAKPKRKRRSRKNGALLGEMGGEGSLGYQGTSEWGPEGKGTPWPGQLSHSQSGGRHCSYQGPENRGFSSMHSGSPNRPSYYAGAGSVSHAEGGGQDRHSLFTGYFRSLLDSDDSSDLVDFAMAAQRQEARKSASAFSGSSSSPNTRALQSYSNSRGTKASAQESAYQSSAPARQQFPPSRGSSNYAALNQQDCHGSDAFQKLVSRSPNSHHTGGFSQYSGFSGTGGQSLPSHGLFAPNKQYPSGPPDCAGNKDCSFSFSGGNSLPSSPGSAHSGTGFSHQQQQQLPAVGSGVNMSKNPFFNTSEVPPFPPLRSESRSGTSSPANYMLPKAAGSLFPGENSRTFPGTSSQWAFRQGYSQTDWGPDSFGQLYGAGFDCHMTESNVILDISNYTPQKAKQNTDNISESSSDSTQYTQPGAGYRRANSEASSSEGQSSLSSLEKLMMDWNETSSAPGYSWNQSVLFHHTAKPGRGRRKKADIFEPSHPHHHHLGFSSSSPSSSSSSAAAPPTGFPSKRGGGPRGPRGGRGGGCSTNRKERGSGKAKFVPKPPAPPPSSSVSSLFQESSELGLDCYSGDSSMSPLPSHSRAYSVGERDPPCDFSGPYSMNPSTPSDGTFGFQSDSPGLCPPTTELEPGKHFSHLPPSGSATSGAPHPPPPPGLGYEHPMQDSPFSPNCSPTLELRPGEGRKLVPSSHSSCDPLKHSLPPHLPSCREQLPSQPSTHHRYEPPSCKNAGYWYPPRSPPYDGKGGLLSDFMGRRGEGASCLSPHIPSPKRDKETLDMMRGHHRAPYPCPLLSDITHSPVQRDSMVQLQETYRYPAFPPQGPPVLSPPNMKGGFLGPENIPEDNFTVTSL

Target ORF information:

RefSeq Version	XM_012958334.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis AT-hook DNA binding motif containing 1 (ahdc1), transcript variant X4, mRNA.

Target ORF information:

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

XM_012958334.2

ORF Insert Sequence:

ATGCTGAGCG TGACCGGAGC CGGAGCAGCC ATGAGTGGCC GAGAGGAGCA GGAGCCGGCG 
GGGAGCGATC TTAGCACTGC TGGCCTTGTA TCCCCAGGCT TGGAAAATGG AGAAGTTACT 
GCTGAAAGGC GATCCCTTCA CTCCAAGGAA ACCGAAAGAA ATCGCAGAGT GACCCTGGTC 
TGCAGACACC CACGATCAAG AGACACCAAA TACAGCGGAA GAAGTACAAA ACTGCAGAAT 
TCCTCTTTGG CCCATCCGGA ACCCAATCTC TCCTCTTCAC AAGAAGATAA TTCACGTCCT 
CCACGTAATG AGGCCTGGAG CCGTGCCAAC AAGCCACTCT GCCGCCCATC AGTAGGCCCC 
CCCAGACTGG GAGTAGATGG AATCATTGCT TTGTTGAAGA GCAAGTGCGG TAATGGACGC 
GTGAACCTAC AGCCTGTAGT GAGGTTGATG GACATCATGA AAGATCTCAG CCAACTGTCT 
AGTGATCTAC AATCTAGTGG TGTACGTTTG GATTGCACCC ATGTTGCAAG CTCCCCTTCA 
GAGTCAGAAA ATGCAGAACC AGGATTACAA TATAGTTTCT TCTCATCTCA GAGTTTGGCA 
TGTGGTCTGA GAAGCCCAGA GGAAAAGCCA TCTGAGACTG TCGAGAAAGA GCCAGTTCCT 
GTTTCTCCCA ACCCAGACTC CATGGAGTCT GCCAGTTCAG AGGTCTTGAG AGAACTAGCA 
GCTCTAGCCT GGATGGAACC TCAACAAACA GAGAGCAAAG GGGAGATAGA GGAGAGGATT 
GAAAGGAGAC TGGAAAAGGT GGAAGAAACT AGAGGCCAAA ATGAAGAGAC ATCAAAGGAA 
CTTGACCATA GTGAAATGGA AGATGTGGGG CCTAGAGAGG AAAAGATCAC TAAACAGGAA 
GATGATGAGT CAGGTGAGGA ACCAGATGAA AGTAAACATG AGGATGAATC AGGGGAGGAA 
CAAGATGGAA GTAAACAGGA AGATGATTCT GGAGAGGAGC AAGAAGACCT TAAACAAGGA 
GAGGAATCAT CGGGAGATGA TCAGGAAGAG AATAAACAAG ACGAGGACTC ATCTGAGGAA 
GATCAGGGGG AAAGTAAACA GGATGAAGAA TCATCTGAGG ATGAGCAGGA CGAAGGGGCT 
GGGGACAATG AGGCAGAAGA CCCAACAGAT GGCAAAATGA ATGAACAGGG TGATATAACA 
TTAGTCCAGG AAAATCAACT TAATTTGAAA GATATGGGGG TAGCAAGCCT AGATGCAGAT 
TTGAAAGAAC AATCATCTGA TGAGGAAAGC AGGGAAGATG AAAGCAAACA AGAAGAAGAG 
AAAACAGTAG AAAGGGAAGT ACTCATGGAG ACACAAATGG AGCAGTTGCC CTGGATGCTC 
CCGCTCTTTT CTCCTTCGGT TGATAACATC AGAAGAATCT CCTTTTCTCA CCGTGGTAGA 
TTTGGTCACA GAGGACGCAG GGGTGATAGG CCTGGTAGAG GACGGCGAAG AAGACCAGGT 
AGGCCACGAG CTTCAGAGAG CCTTTCAAGG GCATATGTGA TGCCACCCTA TCACCGAACC 
CCTGAAGAGC CAAGGGCATA TCGGCTCCAT GAGCAAAGCT TACATTTTAC ACACTCCATT 
AACAACCCCC CCTCCATGGA AACACCTAAA GAAGAAGGCC CCCCCAAAAA GCCAAAACGC 
AAGGGAGTTC GCAAGATGGT GGTTCGGATT GCAAAAATCC CCATGCCTGT GGGTAGAAGA 
AACAAAACAA GTTACAAAGT GTCTTCTTTC AGCAGTACAT TGAGTGTGGA AGGAGGAGAA 
CTGATAGGTG GGTCTGGCCC TGGTCCTACA TCACTTCTCA AAATGAAGAA TAATGGGCGC 
AATGTTGTCA TGGTGTTTCC ACCTGGTGAA CTCCCCATCA TACTTAAAAG GAGGAGAGGA 
AGGCCTCCAA AGAACCTTGT GTTAGCACGT GAAACCCCTC CAATGCTGCC CCAGCCACCC 
CCCAAAGAAC CTGCAGCACT GCCACCTCCA ACTTCCCAGC CTCCCACACC ATTACCAGAG 
GGTGAAATGG TCAAGAAGCG GCGGCGAAGG AAACAGAAAC TTCCATCTCC CCAGCCATCA 
TATGTGGCAG ATGCCAATGA CAGCAAGTCT GAATATAGTG ATGTGCTGGC AAAGCTTGCT 
TTCTTAAACA GACAAAGTCA AACAGCTGGG CGCAATTCAC CTCCCCGCTG CTGGACTCCA 
ACTTTGCCAG AATCTGTTCA CCAAGCCCCT GACACTCACA GCATTTCACA GTTTCTGCAC 
AGAGTGCAAG GTTACCGCAG GCGAGGTGGG CGTGGAGGTG GCCCAGGTCG GCGAGGAGGA 
TGTAACAGCC ATAACCCAGA GTTGTCCCGT TGTTCCTTCA GTGACTTCTT TGAGGGTATT 
GGTAAGAAGA AGACCAAAGC AAGGCCTGTT GACCCTCTAA AGCCACGGAA ACGGAGACAG 
CCGCGAGCTG AGCCAGATCC CAATGCTAAG CCCAAGCGCA AGAGGAGATC ACGTAAGAAT 
GGTGCTCTTC TTGGTGAAAT GGGTGGAGAG GGAAGTTTAG GCTATCAAGG CACATCTGAA 
TGGGGACCTG AAGGTAAAGG AACACCATGG CCGGGTCAGC TTTCTCACAG CCAGTCAGGT 
GGTAGACACT GCAGTTATCA AGGACCTGAA AACAGGGGAT TTTCTTCAAT GCACAGTGGA 
TCCCCTAACA GACCTAGTTA CTATGCAGGA GCAGGATCAG TGTCCCATGC CGAGGGTGGA 
GGGCAGGACC GCCACAGCCT CTTTACTGGG TATTTCCGCT CCCTCCTTGA CTCAGATGAC 
TCTTCTGATC TAGTAGATTT TGCCATGGCT GCCCAGAGAC AAGAAGCCCG GAAATCAGCA 
TCAGCCTTCT CTGGATCGTC ATCTTCCCCT AACACCCGAG CTCTCCAGTC CTATTCCAAC 
TCCCGGGGCA CTAAAGCTAG TGCTCAAGAA TCAGCATACC AAAGCTCAGC ACCAGCCAGG 
CAGCAATTTC CACCAAGTCG AGGGTCATCA AATTATGCAG CATTAAATCA ACAAGACTGC 
CATGGCTCTG ATGCCTTTCA GAAGCTGGTG TCTCGTTCAC CTAATTCTCA TCATACTGGG 
GGCTTTAGCC AATATAGTGG TTTCTCTGGA ACTGGTGGTC AGAGCCTTCC CAGCCATGGA 
CTTTTTGCAC CTAACAAACA GTATCCCTCT GGACCCCCAG ATTGTGCAGG CAACAAGGAC 
TGTAGTTTCT CATTCAGTGG AGGTAACAGC CTCCCTTCAT CACCTGGCAG TGCTCATAGT 
GGTACAGGTT TCAGCCATCA GCAGCAACAA CAATTGCCTG CTGTAGGATC TGGAGTTAAC 
ATGTCCAAAA ACCCCTTCTT TAATACATCA GAAGTGCCCC CTTTTCCCCC CCTTAGGAGC 
GAGAGTCGAT CAGGTACCTC CTCACCTGCC AATTACATGC TGCCTAAAGC TGCTGGATCA 
CTCTTCCCTG GGGAAAATAG CCGTACCTTT CCAGGGACTT CAAGTCAGTG GGCTTTTAGG 
CAGGGTTACA GCCAGACAGA TTGGGGTCCT GACAGTTTTG GACAGCTCTA TGGAGCTGGT 
TTTGATTGTC ACATGACAGA GTCCAATGTT ATCTTAGACA TTAGCAACTA TACTCCCCAG 
AAAGCCAAAC AGAACACAGA CAACATTTCT GAATCATCCT CTGACAGCAC ACAGTACACA 
CAGCCTGGGG CTGGCTATCG CCGGGCCAAC AGTGAGGCTT CATCTAGTGA AGGGCAATCC 
AGCTTATCAA GTCTTGAAAA ATTAATGATG GATTGGAATG AAACATCCTC TGCCCCTGGA 
TACAGCTGGA ACCAGAGTGT TCTCTTTCAC CATACTGCTA AACCTGGTCG GGGGAGAAGG 
AAGAAAGCTG ATATTTTTGA ACCCTCACAC CCACATCACC ATCACCTGGG CTTCTCCTCA 
TCCTCTCCTT CTTCCTCCTC TTCCTCAGCT GCTGCTCCTC CTACAGGCTT TCCCAGTAAA 
CGAGGAGGGG GTCCAAGAGG TCCAAGGGGT GGTCGTGGTG GGGGCTGTTC CACAAACAGG 
AAAGAGAGAG GTTCAGGAAA GGCTAAGTTT GTCCCAAAAC CACCTGCTCC ACCTCCATCA 
TCCTCTGTGA GCTCCCTGTT CCAGGAGTCC TCAGAGCTAG GATTGGACTG CTATAGTGGG 
GATAGTAGCA TGTCACCTCT GCCTTCCCAC TCACGGGCAT ATAGTGTAGG AGAGAGAGAT 
CCCCCTTGTG ACTTTTCTGG ACCTTATTCC ATGAACCCGT CTACCCCTTC TGATGGCACA 
TTTGGTTTCC AGAGTGACTC CCCGGGGCTG TGCCCTCCCA CAACAGAGCT AGAGCCTGGA 
AAACACTTTT CTCACCTCCC ACCATCCGGA AGTGCCACCT CTGGTGCCCC ACATCCTCCT 
CCACCACCTG GCCTGGGTTA CGAACATCCC ATGCAAGACT CTCCTTTTTC TCCCAACTGC 
TCCCCTACAC TTGAGCTACG GCCAGGGGAA GGAAGGAAGC TAGTACCCTC TTCTCACTCA 
TCCTGTGATC CCCTCAAACA CAGTTTGCCT CCACACTTGC CCTCTTGTCG TGAGCAACTA 
CCATCCCAAC CTTCCACCCA TCACCGCTAT GAGCCCCCCA GCTGCAAAAA TGCTGGCTAC 
TGGTACCCAC CTCGCAGTCC TCCTTATGAT GGAAAAGGGG GCTTACTTTC AGACTTTATG 
GGCAGGCGGG GGGAGGGAGC ATCCTGTCTG AGCCCCCATA TCCCCAGCCC TAAAAGGGAC 
AAAGAGACGC TGGACATGAT GAGAGGACAC CACAGAGCCC CATACCCTTG CCCATTGCTC 
AGTGATATCA CCCATTCCCC TGTGCAAAGA GACTCCATGG TGCAACTACA GGAGACCTAT 
CGCTACCCAG CCTTTCCCCC CCAGGGACCC CCAGTTCTGT CCCCTCCCAA CATGAAGGGT 
GGGTTTCTGG GACCTGAAAA TATTCCTGAA GACAACTTTA CAGTCACCTC CCTTTAG

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

ahdc1 ( XM_031896888.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031752748.1 Xenopus tropicalis AT-hook DNA binding motif containing 1 (ahdc1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa05385
Clone ID Related Accession (Same CDS sequence)	XM_012958334.2 , XM_031896888.1
Accession Version	XM_031896888.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5037bp) 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	1576512000000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	AT-hook DNA-binding motif-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030678.2) 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##

ATGCTGAGCG TGACCGGAGC CGGAGCAGCC ATGAGTGGCC GAGAGGAGCA GGAGCCGGCG 
GGGAGCGATC TTAGCACTGC TGGCCTTGTA TCCCCAGGCT TGGAAAATGG AGAAGTTACT 
GCTGAAAGGC GATCCCTTCA CTCCAAGGAA ACCGAAAGAA ATCGCAGAGT GACCCTGGTC 
TGCAGACACC CACGATCAAG AGACACCAAA TACAGCGGAA GAAGTACAAA ACTGCAGAAT 
TCCTCTTTGG CCCATCCGGA ACCCAATCTC TCCTCTTCAC AAGAAGATAA TTCACGTCCT 
CCACGTAATG AGGCCTGGAG CCGTGCCAAC AAGCCACTCT GCCGCCCATC AGTAGGCCCC 
CCCAGACTGG GAGTAGATGG AATCATTGCT TTGTTGAAGA GCAAGTGCGG TAATGGACGC 
GTGAACCTAC AGCCTGTAGT GAGGTTGATG GACATCATGA AAGATCTCAG CCAACTGTCT 
AGTGATCTAC AATCTAGTGG TGTACGTTTG GATTGCACCC ATGTTGCAAG CTCCCCTTCA 
GAGTCAGAAA ATGCAGAACC AGGATTACAA TATAGTTTCT TCTCATCTCA GAGTTTGGCA 
TGTGGTCTGA GAAGCCCAGA GGAAAAGCCA TCTGAGACTG TCGAGAAAGA GCCAGTTCCT 
GTTTCTCCCA ACCCAGACTC CATGGAGTCT GCCAGTTCAG AGGTCTTGAG AGAACTAGCA 
GCTCTAGCCT GGATGGAACC TCAACAAACA GAGAGCAAAG GGGAGATAGA GGAGAGGATT 
GAAAGGAGAC TGGAAAAGGT GGAAGAAACT AGAGGCCAAA ATGAAGAGAC ATCAAAGGAA 
CTTGACCATA GTGAAATGGA AGATGTGGGG CCTAGAGAGG AAAAGATCAC TAAACAGGAA 
GATGATGAGT CAGGTGAGGA ACCAGATGAA AGTAAACATG AGGATGAATC AGGGGAGGAA 
CAAGATGGAA GTAAACAGGA AGATGATTCT GGAGAGGAGC AAGAAGACCT TAAACAAGGA 
GAGGAATCAT CGGGAGATGA TCAGGAAGAG AATAAACAAG ACGAGGACTC ATCTGAGGAA 
GATCAGGGGG AAAGTAAACA GGATGAAGAA TCATCTGAGG ATGAGCAGGA CGAAGGGGCT 
GGGGACAATG AGGCAGAAGA CCCAACAGAT GGCAAAATGA ATGAACAGGG TGATATAACA 
TTAGTCCAGG AAAATCAACT TAATTTGAAA GATATGGGGG TAGCAAGCCT AGATGCAGAT 
TTGAAAGAAC AATCATCTGA TGAGGAAAGC AGGGAAGATG AAAGCAAACA AGAAGAAGAG 
AAAACAGTAG AAAGGGAAGT ACTCATGGAG ACACAAATGG AGCAGTTGCC CTGGATGCTC 
CCGCTCTTTT CTCCTTCGGT TGATAACATC AGAAGAATCT CCTTTTCTCA CCGTGGTAGA 
TTTGGTCACA GAGGACGCAG GGGTGATAGG CCTGGTAGAG GACGGCGAAG AAGACCAGGT 
AGGCCACGAG CTTCAGAGAG CCTTTCAAGG GCATATGTGA TGCCACCCTA TCACCGAACC 
CCTGAAGAGC CAAGGGCATA TCGGCTCCAT GAGCAAAGCT TACATTTTAC ACACTCCATT 
AACAACCCCC CCTCCATGGA AACACCTAAA GAAGAAGGCC CCCCCAAAAA GCCAAAACGC 
AAGGGAGTTC GCAAGATGGT GGTTCGGATT GCAAAAATCC CCATGCCTGT GGGTAGAAGA 
AACAAAACAA GTTACAAAGT GTCTTCTTTC AGCAGTACAT TGAGTGTGGA AGGAGGAGAA 
CTGATAGGTG GGTCTGGCCC TGGTCCTACA TCACTTCTCA AAATGAAGAA TAATGGGCGC 
AATGTTGTCA TGGTGTTTCC ACCTGGTGAA CTCCCCATCA TACTTAAAAG GAGGAGAGGA 
AGGCCTCCAA AGAACCTTGT GTTAGCACGT GAAACCCCTC CAATGCTGCC CCAGCCACCC 
CCCAAAGAAC CTGCAGCACT GCCACCTCCA ACTTCCCAGC CTCCCACACC ATTACCAGAG 
GGTGAAATGG TCAAGAAGCG GCGGCGAAGG AAACAGAAAC TTCCATCTCC CCAGCCATCA 
TATGTGGCAG ATGCCAATGA CAGCAAGTCT GAATATAGTG ATGTGCTGGC AAAGCTTGCT 
TTCTTAAACA GACAAAGTCA AACAGCTGGG CGCAATTCAC CTCCCCGCTG CTGGACTCCA 
ACTTTGCCAG AATCTGTTCA CCAAGCCCCT GACACTCACA GCATTTCACA GTTTCTGCAC 
AGAGTGCAAG GTTACCGCAG GCGAGGTGGG CGTGGAGGTG GCCCAGGTCG GCGAGGAGGA 
TGTAACAGCC ATAACCCAGA GTTGTCCCGT TGTTCCTTCA GTGACTTCTT TGAGGGTATT 
GGTAAGAAGA AGACCAAAGC AAGGCCTGTT GACCCTCTAA AGCCACGGAA ACGGAGACAG 
CCGCGAGCTG AGCCAGATCC CAATGCTAAG CCCAAGCGCA AGAGGAGATC ACGTAAGAAT 
GGTGCTCTTC TTGGTGAAAT GGGTGGAGAG GGAAGTTTAG GCTATCAAGG CACATCTGAA 
TGGGGACCTG AAGGTAAAGG AACACCATGG CCGGGTCAGC TTTCTCACAG CCAGTCAGGT 
GGTAGACACT GCAGTTATCA AGGACCTGAA AACAGGGGAT TTTCTTCAAT GCACAGTGGA 
TCCCCTAACA GACCTAGTTA CTATGCAGGA GCAGGATCAG TGTCCCATGC CGAGGGTGGA 
GGGCAGGACC GCCACAGCCT CTTTACTGGG TATTTCCGCT CCCTCCTTGA CTCAGATGAC 
TCTTCTGATC TAGTAGATTT TGCCATGGCT GCCCAGAGAC AAGAAGCCCG GAAATCAGCA 
TCAGCCTTCT CTGGATCGTC ATCTTCCCCT AACACCCGAG CTCTCCAGTC CTATTCCAAC 
TCCCGGGGCA CTAAAGCTAG TGCTCAAGAA TCAGCATACC AAAGCTCAGC ACCAGCCAGG 
CAGCAATTTC CACCAAGTCG AGGGTCATCA AATTATGCAG CATTAAATCA ACAAGACTGC 
CATGGCTCTG ATGCCTTTCA GAAGCTGGTG TCTCGTTCAC CTAATTCTCA TCATACTGGG 
GGCTTTAGCC AATATAGTGG TTTCTCTGGA ACTGGTGGTC AGAGCCTTCC CAGCCATGGA 
CTTTTTGCAC CTAACAAACA GTATCCCTCT GGACCCCCAG ATTGTGCAGG CAACAAGGAC 
TGTAGTTTCT CATTCAGTGG AGGTAACAGC CTCCCTTCAT CACCTGGCAG TGCTCATAGT 
GGTACAGGTT TCAGCCATCA GCAGCAACAA CAATTGCCTG CTGTAGGATC TGGAGTTAAC 
ATGTCCAAAA ACCCCTTCTT TAATACATCA GAAGTGCCCC CTTTTCCCCC CCTTAGGAGC 
GAGAGTCGAT CAGGTACCTC CTCACCTGCC AATTACATGC TGCCTAAAGC TGCTGGATCA 
CTCTTCCCTG GGGAAAATAG CCGTACCTTT CCAGGGACTT CAAGTCAGTG GGCTTTTAGG 
CAGGGTTACA GCCAGACAGA TTGGGGTCCT GACAGTTTTG GACAGCTCTA TGGAGCTGGT 
TTTGATTGTC ACATGACAGA GTCCAATGTT ATCTTAGACA TTAGCAACTA TACTCCCCAG 
AAAGCCAAAC AGAACACAGA CAACATTTCT GAATCATCCT CTGACAGCAC ACAGTACACA 
CAGCCTGGGG CTGGCTATCG CCGGGCCAAC AGTGAGGCTT CATCTAGTGA AGGGCAATCC 
AGCTTATCAA GTCTTGAAAA ATTAATGATG GATTGGAATG AAACATCCTC TGCCCCTGGA 
TACAGCTGGA ACCAGAGTGT TCTCTTTCAC CATACTGCTA AACCTGGTCG GGGGAGAAGG 
AAGAAAGCTG ATATTTTTGA ACCCTCACAC CCACATCACC ATCACCTGGG CTTCTCCTCA 
TCCTCTCCTT CTTCCTCCTC TTCCTCAGCT GCTGCTCCTC CTACAGGCTT TCCCAGTAAA 
CGAGGAGGGG GTCCAAGAGG TCCAAGGGGT GGTCGTGGTG GGGGCTGTTC CACAAACAGG 
AAAGAGAGAG GTTCAGGAAA GGCTAAGTTT GTCCCAAAAC CACCTGCTCC ACCTCCATCA 
TCCTCTGTGA GCTCCCTGTT CCAGGAGTCC TCAGAGCTAG GATTGGACTG CTATAGTGGG 
GATAGTAGCA TGTCACCTCT GCCTTCCCAC TCACGGGCAT ATAGTGTAGG AGAGAGAGAT 
CCCCCTTGTG ACTTTTCTGG ACCTTATTCC ATGAACCCGT CTACCCCTTC TGATGGCACA 
TTTGGTTTCC AGAGTGACTC CCCGGGGCTG TGCCCTCCCA CAACAGAGCT AGAGCCTGGA 
AAACACTTTT CTCACCTCCC ACCATCCGGA AGTGCCACCT CTGGTGCCCC ACATCCTCCT 
CCACCACCTG GCCTGGGTTA CGAACATCCC ATGCAAGACT CTCCTTTTTC TCCCAACTGC 
TCCCCTACAC TTGAGCTACG GCCAGGGGAA GGAAGGAAGC TAGTACCCTC TTCTCACTCA 
TCCTGTGATC CCCTCAAACA CAGTTTGCCT CCACACTTGC CCTCTTGTCG TGAGCAACTA 
CCATCCCAAC CTTCCACCCA TCACCGCTAT GAGCCCCCCA GCTGCAAAAA TGCTGGCTAC 
TGGTACCCAC CTCGCAGTCC TCCTTATGAT GGAAAAGGGG GCTTACTTTC AGACTTTATG 
GGCAGGCGGG GGGAGGGAGC ATCCTGTCTG AGCCCCCATA TCCCCAGCCC TAAAAGGGAC 
AAAGAGACGC TGGACATGAT GAGAGGACAC CACAGAGCCC CATACCCTTG CCCATTGCTC 
AGTGATATCA CCCATTCCCC TGTGCAAAGA GACTCCATGG TGCAACTACA GGAGACCTAT 
CGCTACCCAG CCTTTCCCCC CCAGGGACCC CCAGTTCTGT CCCCTCCCAA CATGAAGGGT 
GGGTTTCTGG GACCTGAAAA TATTCCTGAA GACAACTTTA CAGTCACCTC CCTTTAG

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

RefSeq	XP_031752748.1
CDS	370..5406
Translation	MLSVTGAGAAMSGREEQEPAGSDLSTAGLVSPGLENGEVTAERRSLHSKETERNRRVTLVCRHPRSRDTKYSGRSTKLQNSSLAHPEPNLSSSQEDNSRPPRNEAWSRANKPLCRPSVGPPRLGVDGIIALLKSKCGNGRVNLQPVVRLMDIMKDLSQLSSDLQSSGVRLDCTHVASSPSESENAEPGLQYSFFSSQSLACGLRSPEEKPSETVEKEPVPVSPNPDSMESASSEVLRELAALAWMEPQQTESKGEIEERIERRLEKVEETRGQNEETSKELDHSEMEDVGPREEKITKQEDDESGEEPDESKHEDESGEEQDGSKQEDDSGEEQEDLKQGEESSGDDQEENKQDEDSSEEDQGESKQDEESSEDEQDEGAGDNEAEDPTDGKMNEQGDITLVQENQLNLKDMGVASLDADLKEQSSDEESREDESKQEEEKTVEREVLMETQMEQLPWMLPLFSPSVDNIRRISFSHRGRFGHRGRRGDRPGRGRRRRPGRPRASESLSRAYVMPPYHRTPEEPRAYRLHEQSLHFTHSINNPPSMETPKEEGPPKKPKRKGVRKMVVRIAKIPMPVGRRNKTSYKVSSFSSTLSVEGGELIGGSGPGPTSLLKMKNNGRNVVMVFPPGELPIILKRRRGRPPKNLVLARETPPMLPQPPPKEPAALPPPTSQPPTPLPEGEMVKKRRRRKQKLPSPQPSYVADANDSKSEYSDVLAKLAFLNRQSQTAGRNSPPRCWTPTLPESVHQAPDTHSISQFLHRVQGYRRRGGRGGGPGRRGGCNSHNPELSRCSFSDFFEGIGKKKTKARPVDPLKPRKRRQPRAEPDPNAKPKRKRRSRKNGALLGEMGGEGSLGYQGTSEWGPEGKGTPWPGQLSHSQSGGRHCSYQGPENRGFSSMHSGSPNRPSYYAGAGSVSHAEGGGQDRHSLFTGYFRSLLDSDDSSDLVDFAMAAQRQEARKSASAFSGSSSSPNTRALQSYSNSRGTKASAQESAYQSSAPARQQFPPSRGSSNYAALNQQDCHGSDAFQKLVSRSPNSHHTGGFSQYSGFSGTGGQSLPSHGLFAPNKQYPSGPPDCAGNKDCSFSFSGGNSLPSSPGSAHSGTGFSHQQQQQLPAVGSGVNMSKNPFFNTSEVPPFPPLRSESRSGTSSPANYMLPKAAGSLFPGENSRTFPGTSSQWAFRQGYSQTDWGPDSFGQLYGAGFDCHMTESNVILDISNYTPQKAKQNTDNISESSSDSTQYTQPGAGYRRANSEASSSEGQSSLSSLEKLMMDWNETSSAPGYSWNQSVLFHHTAKPGRGRRKKADIFEPSHPHHHHLGFSSSSPSSSSSSAAAPPTGFPSKRGGGPRGPRGGRGGGCSTNRKERGSGKAKFVPKPPAPPPSSSVSSLFQESSELGLDCYSGDSSMSPLPSHSRAYSVGERDPPCDFSGPYSMNPSTPSDGTFGFQSDSPGLCPPTTELEPGKHFSHLPPSGSATSGAPHPPPPPGLGYEHPMQDSPFSPNCSPTLELRPGEGRKLVPSSHSSCDPLKHSLPPHLPSCREQLPSQPSTHHRYEPPSCKNAGYWYPPRSPPYDGKGGLLSDFMGRRGEGASCLSPHIPSPKRDKETLDMMRGHHRAPYPCPLLSDITHSPVQRDSMVQLQETYRYPAFPPQGPPVLSPPNMKGGFLGPENIPEDNFTVTSL

Target ORF information:

RefSeq Version	XM_031896888.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis AT-hook DNA binding motif containing 1 (ahdc1), transcript variant X2, mRNA.

Target ORF information:

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

XM_031896888.1

ORF Insert Sequence:

ATGCTGAGCG TGACCGGAGC CGGAGCAGCC ATGAGTGGCC GAGAGGAGCA GGAGCCGGCG 
GGGAGCGATC TTAGCACTGC TGGCCTTGTA TCCCCAGGCT TGGAAAATGG AGAAGTTACT 
GCTGAAAGGC GATCCCTTCA CTCCAAGGAA ACCGAAAGAA ATCGCAGAGT GACCCTGGTC 
TGCAGACACC CACGATCAAG AGACACCAAA TACAGCGGAA GAAGTACAAA ACTGCAGAAT 
TCCTCTTTGG CCCATCCGGA ACCCAATCTC TCCTCTTCAC AAGAAGATAA TTCACGTCCT 
CCACGTAATG AGGCCTGGAG CCGTGCCAAC AAGCCACTCT GCCGCCCATC AGTAGGCCCC 
CCCAGACTGG GAGTAGATGG AATCATTGCT TTGTTGAAGA GCAAGTGCGG TAATGGACGC 
GTGAACCTAC AGCCTGTAGT GAGGTTGATG GACATCATGA AAGATCTCAG CCAACTGTCT 
AGTGATCTAC AATCTAGTGG TGTACGTTTG GATTGCACCC ATGTTGCAAG CTCCCCTTCA 
GAGTCAGAAA ATGCAGAACC AGGATTACAA TATAGTTTCT TCTCATCTCA GAGTTTGGCA 
TGTGGTCTGA GAAGCCCAGA GGAAAAGCCA TCTGAGACTG TCGAGAAAGA GCCAGTTCCT 
GTTTCTCCCA ACCCAGACTC CATGGAGTCT GCCAGTTCAG AGGTCTTGAG AGAACTAGCA 
GCTCTAGCCT GGATGGAACC TCAACAAACA GAGAGCAAAG GGGAGATAGA GGAGAGGATT 
GAAAGGAGAC TGGAAAAGGT GGAAGAAACT AGAGGCCAAA ATGAAGAGAC ATCAAAGGAA 
CTTGACCATA GTGAAATGGA AGATGTGGGG CCTAGAGAGG AAAAGATCAC TAAACAGGAA 
GATGATGAGT CAGGTGAGGA ACCAGATGAA AGTAAACATG AGGATGAATC AGGGGAGGAA 
CAAGATGGAA GTAAACAGGA AGATGATTCT GGAGAGGAGC AAGAAGACCT TAAACAAGGA 
GAGGAATCAT CGGGAGATGA TCAGGAAGAG AATAAACAAG ACGAGGACTC ATCTGAGGAA 
GATCAGGGGG AAAGTAAACA GGATGAAGAA TCATCTGAGG ATGAGCAGGA CGAAGGGGCT 
GGGGACAATG AGGCAGAAGA CCCAACAGAT GGCAAAATGA ATGAACAGGG TGATATAACA 
TTAGTCCAGG AAAATCAACT TAATTTGAAA GATATGGGGG TAGCAAGCCT AGATGCAGAT 
TTGAAAGAAC AATCATCTGA TGAGGAAAGC AGGGAAGATG AAAGCAAACA AGAAGAAGAG 
AAAACAGTAG AAAGGGAAGT ACTCATGGAG ACACAAATGG AGCAGTTGCC CTGGATGCTC 
CCGCTCTTTT CTCCTTCGGT TGATAACATC AGAAGAATCT CCTTTTCTCA CCGTGGTAGA 
TTTGGTCACA GAGGACGCAG GGGTGATAGG CCTGGTAGAG GACGGCGAAG AAGACCAGGT 
AGGCCACGAG CTTCAGAGAG CCTTTCAAGG GCATATGTGA TGCCACCCTA TCACCGAACC 
CCTGAAGAGC CAAGGGCATA TCGGCTCCAT GAGCAAAGCT TACATTTTAC ACACTCCATT 
AACAACCCCC CCTCCATGGA AACACCTAAA GAAGAAGGCC CCCCCAAAAA GCCAAAACGC 
AAGGGAGTTC GCAAGATGGT GGTTCGGATT GCAAAAATCC CCATGCCTGT GGGTAGAAGA 
AACAAAACAA GTTACAAAGT GTCTTCTTTC AGCAGTACAT TGAGTGTGGA AGGAGGAGAA 
CTGATAGGTG GGTCTGGCCC TGGTCCTACA TCACTTCTCA AAATGAAGAA TAATGGGCGC 
AATGTTGTCA TGGTGTTTCC ACCTGGTGAA CTCCCCATCA TACTTAAAAG GAGGAGAGGA 
AGGCCTCCAA AGAACCTTGT GTTAGCACGT GAAACCCCTC CAATGCTGCC CCAGCCACCC 
CCCAAAGAAC CTGCAGCACT GCCACCTCCA ACTTCCCAGC CTCCCACACC ATTACCAGAG 
GGTGAAATGG TCAAGAAGCG GCGGCGAAGG AAACAGAAAC TTCCATCTCC CCAGCCATCA 
TATGTGGCAG ATGCCAATGA CAGCAAGTCT GAATATAGTG ATGTGCTGGC AAAGCTTGCT 
TTCTTAAACA GACAAAGTCA AACAGCTGGG CGCAATTCAC CTCCCCGCTG CTGGACTCCA 
ACTTTGCCAG AATCTGTTCA CCAAGCCCCT GACACTCACA GCATTTCACA GTTTCTGCAC 
AGAGTGCAAG GTTACCGCAG GCGAGGTGGG CGTGGAGGTG GCCCAGGTCG GCGAGGAGGA 
TGTAACAGCC ATAACCCAGA GTTGTCCCGT TGTTCCTTCA GTGACTTCTT TGAGGGTATT 
GGTAAGAAGA AGACCAAAGC AAGGCCTGTT GACCCTCTAA AGCCACGGAA ACGGAGACAG 
CCGCGAGCTG AGCCAGATCC CAATGCTAAG CCCAAGCGCA AGAGGAGATC ACGTAAGAAT 
GGTGCTCTTC TTGGTGAAAT GGGTGGAGAG GGAAGTTTAG GCTATCAAGG CACATCTGAA 
TGGGGACCTG AAGGTAAAGG AACACCATGG CCGGGTCAGC TTTCTCACAG CCAGTCAGGT 
GGTAGACACT GCAGTTATCA AGGACCTGAA AACAGGGGAT TTTCTTCAAT GCACAGTGGA 
TCCCCTAACA GACCTAGTTA CTATGCAGGA GCAGGATCAG TGTCCCATGC CGAGGGTGGA 
GGGCAGGACC GCCACAGCCT CTTTACTGGG TATTTCCGCT CCCTCCTTGA CTCAGATGAC 
TCTTCTGATC TAGTAGATTT TGCCATGGCT GCCCAGAGAC AAGAAGCCCG GAAATCAGCA 
TCAGCCTTCT CTGGATCGTC ATCTTCCCCT AACACCCGAG CTCTCCAGTC CTATTCCAAC 
TCCCGGGGCA CTAAAGCTAG TGCTCAAGAA TCAGCATACC AAAGCTCAGC ACCAGCCAGG 
CAGCAATTTC CACCAAGTCG AGGGTCATCA AATTATGCAG CATTAAATCA ACAAGACTGC 
CATGGCTCTG ATGCCTTTCA GAAGCTGGTG TCTCGTTCAC CTAATTCTCA TCATACTGGG 
GGCTTTAGCC AATATAGTGG TTTCTCTGGA ACTGGTGGTC AGAGCCTTCC CAGCCATGGA 
CTTTTTGCAC CTAACAAACA GTATCCCTCT GGACCCCCAG ATTGTGCAGG CAACAAGGAC 
TGTAGTTTCT CATTCAGTGG AGGTAACAGC CTCCCTTCAT CACCTGGCAG TGCTCATAGT 
GGTACAGGTT TCAGCCATCA GCAGCAACAA CAATTGCCTG CTGTAGGATC TGGAGTTAAC 
ATGTCCAAAA ACCCCTTCTT TAATACATCA GAAGTGCCCC CTTTTCCCCC CCTTAGGAGC 
GAGAGTCGAT CAGGTACCTC CTCACCTGCC AATTACATGC TGCCTAAAGC TGCTGGATCA 
CTCTTCCCTG GGGAAAATAG CCGTACCTTT CCAGGGACTT CAAGTCAGTG GGCTTTTAGG 
CAGGGTTACA GCCAGACAGA TTGGGGTCCT GACAGTTTTG GACAGCTCTA TGGAGCTGGT 
TTTGATTGTC ACATGACAGA GTCCAATGTT ATCTTAGACA TTAGCAACTA TACTCCCCAG 
AAAGCCAAAC AGAACACAGA CAACATTTCT GAATCATCCT CTGACAGCAC ACAGTACACA 
CAGCCTGGGG CTGGCTATCG CCGGGCCAAC AGTGAGGCTT CATCTAGTGA AGGGCAATCC 
AGCTTATCAA GTCTTGAAAA ATTAATGATG GATTGGAATG AAACATCCTC TGCCCCTGGA 
TACAGCTGGA ACCAGAGTGT TCTCTTTCAC CATACTGCTA AACCTGGTCG GGGGAGAAGG 
AAGAAAGCTG ATATTTTTGA ACCCTCACAC CCACATCACC ATCACCTGGG CTTCTCCTCA 
TCCTCTCCTT CTTCCTCCTC TTCCTCAGCT GCTGCTCCTC CTACAGGCTT TCCCAGTAAA 
CGAGGAGGGG GTCCAAGAGG TCCAAGGGGT GGTCGTGGTG GGGGCTGTTC CACAAACAGG 
AAAGAGAGAG GTTCAGGAAA GGCTAAGTTT GTCCCAAAAC CACCTGCTCC ACCTCCATCA 
TCCTCTGTGA GCTCCCTGTT CCAGGAGTCC TCAGAGCTAG GATTGGACTG CTATAGTGGG 
GATAGTAGCA TGTCACCTCT GCCTTCCCAC TCACGGGCAT ATAGTGTAGG AGAGAGAGAT 
CCCCCTTGTG ACTTTTCTGG ACCTTATTCC ATGAACCCGT CTACCCCTTC TGATGGCACA 
TTTGGTTTCC AGAGTGACTC CCCGGGGCTG TGCCCTCCCA CAACAGAGCT AGAGCCTGGA 
AAACACTTTT CTCACCTCCC ACCATCCGGA AGTGCCACCT CTGGTGCCCC ACATCCTCCT 
CCACCACCTG GCCTGGGTTA CGAACATCCC ATGCAAGACT CTCCTTTTTC TCCCAACTGC 
TCCCCTACAC TTGAGCTACG GCCAGGGGAA GGAAGGAAGC TAGTACCCTC TTCTCACTCA 
TCCTGTGATC CCCTCAAACA CAGTTTGCCT CCACACTTGC CCTCTTGTCG TGAGCAACTA 
CCATCCCAAC CTTCCACCCA TCACCGCTAT GAGCCCCCCA GCTGCAAAAA TGCTGGCTAC 
TGGTACCCAC CTCGCAGTCC TCCTTATGAT GGAAAAGGGG GCTTACTTTC AGACTTTATG 
GGCAGGCGGG GGGAGGGAGC ATCCTGTCTG AGCCCCCATA TCCCCAGCCC TAAAAGGGAC 
AAAGAGACGC TGGACATGAT GAGAGGACAC CACAGAGCCC CATACCCTTG CCCATTGCTC 
AGTGATATCA CCCATTCCCC TGTGCAAAGA GACTCCATGG TGCAACTACA GGAGACCTAT 
CGCTACCCAG CCTTTCCCCC CCAGGGACCC CCAGTTCTGT CCCCTCCCAA CATGAAGGGT 
GGGTTTCTGG GACCTGAAAA TATTCCTGAA GACAACTTTA CAGTCACCTC CCTTTAG

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

ahdc1 ( XM_012958331.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012813785.1 Xenopus tropicalis AT-hook DNA binding motif containing 1 (ahdc1), transcript variant X1, mRNA.

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CloneID	OXa36713
Clone ID Related Accession (Same CDS sequence)	XM_012958331.2 , XM_012958333.2 , XM_012958332.2
Accession Version	XM_012958331.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5091bp) 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	1473177600000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	AT-hook DNA-binding motif-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030678.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012958331.1. ##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##

ATGTTTTCGC ATGTTTCCAC AGCGGATTTC ATGTGTCTGC GCACATGCCG ACACAGTGCC 
TGTCAGTGCA GTTACATAAA GGAGTGGATC AGTTGCTTCT CTATCTTAGG AGGAGAAACA 
GATCTTAGCA CTGCTGGCCT TGTATCCCCA GGCTTGGAAA ATGGAGAAGT TACTGCTGAA 
AGGCGATCCC TTCACTCCAA GGAAACCGAA AGAAATCGCA GAGTGACCCT GGTCTGCAGA 
CACCCACGAT CAAGAGACAC CAAATACAGC GGAAGAAGTA CAAAACTGCA GAATTCCTCT 
TTGGCCCATC CGGAACCCAA TCTCTCCTCT TCACAAGAAG ATAATTCACG TCCTCCACGT 
AATGAGGCCT GGAGCCGTGC CAACAAGCCA CTCTGCCGCC CATCAGTAGG CCCCCCCAGA 
CTGGGAGTAG ATGGAATCAT TGCTTTGTTG AAGAGCAAGT GCGGTAATGG ACGCGTGAAC 
CTACAGCCTG TAGTGAGGTT GATGGACATC ATGAAAGATC TCAGCCAACT GTCTAGTGAT 
CTACAATCTA GTGGTGTACG TTTGGATTGC ACCCATGTTG CAAGCTCCCC TTCAGAGTCA 
GAAAATGCAG AACCAGGATT ACAATATAGT TTCTTCTCAT CTCAGAGTTT GGCATGTGGT 
CTGAGAAGCC CAGAGGAAAA GCCATCTGAG ACTGTCGAGA AAGAGCCAGT TCCTGTTTCT 
CCCAACCCAG ACTCCATGGA GTCTGCCAGT TCAGAGGTCT TGAGAGAACT AGCAGCTCTA 
GCCTGGATGG AACCTCAACA AACAGAGAGC AAAGGGGAGA TAGAGGAGAG GATTGAAAGG 
AGACTGGAAA AGGTGGAAGA AACTAGAGGC CAAAATGAAG AGACATCAAA GGAACTTGAC 
CATAGTGAAA TGGAAGATGT GGGGCCTAGA GAGGAAAAGA TCACTAAACA GGAAGATGAT 
GAGTCAGGTG AGGAACCAGA TGAAAGTAAA CATGAGGATG AATCAGGGGA GGAACAAGAT 
GGAAGTAAAC AGGAAGATGA TTCTGGAGAG GAGCAAGAAG ACCTTAAACA AGGAGAGGAA 
TCATCGGGAG ATGATCAGGA AGAGAATAAA CAAGACGAGG ACTCATCTGA GGAAGATCAG 
GGGGAAAGTA AACAGGATGA AGAATCATCT GAGGATGAGC AGGACGAAGG GGCTGGGGAC 
AATGAGGCAG AAGACCCAAC AGATGGCAAA ATGAATGAAC AGGGTGATAT AACATTAGTC 
CAGGAAAATC AACTTAATTT GAAAGATATG GGGGTAGCAA GCCTAGATGC AGATTTGAAA 
GAACAATCAT CTGATGAGGA AAGCAGGGAA GATGAAAGCA AACAAGAAGA AGAGAAAACA 
GTAGAAAGGG AAGTACTCAT GGAGACACAA ATGGAGCAGT TGCCCTGGAT GCTCCCGCTC 
TTTTCTCCTT CGGTTGATAA CATCAGAAGA ATCTCCTTTT CTCACCGTGG TAGATTTGGT 
CACAGAGGAC GCAGGGGTGA TAGGCCTGGT AGAGGACGGC GAAGAAGACC AGGTAGGCCA 
CGAGCTTCAG AGAGCCTTTC AAGGGCATAT GTGATGCCAC CCTATCACCG AACCCCTGAA 
GAGCCAAGGG CATATCGGCT CCATGAGCAA AGCTTACATT TTACACACTC CATTAACAAC 
CCCCCCTCCA TGGAAACACC TAAAGAAGAA GGCCCCCCCA AAAAGCCAAA ACGCAAGGGA 
GTTCGCAAGA TGGTGGTTCG GATTGCAAAA ATCCCCATGC CTGTGGGTAG AAGAAACAAA 
ACAAGTTACA AAGTGTCTTC TTTCAGCAGT ACATTGAGTG TGGAAGGAGG AGAACTGATA 
GGTGGGTCTG GCCCTGGTCC TACATCACTT CTCAAAATGA AGAATAATGG GCGCAATGTT 
GTCATGGTGT TTCCACCTGG TGAACTCCCC ATCATACTTA AAAGGAGGAG AGGAAGGCCT 
CCAAAGAACC TTGTGTTAGC ACGTGAAACC CCTCCAATGC TGCCCCAGCC ACCCCCCAAA 
GAACCTGCAG CACTGCCACC TCCAACTTCC CAGCCTCCCA CACCATTACC AGAGGGTGAA 
ATGGTCAAGA AGCGGCGGCG AAGGAAACAG AAACTTCCAT CTCCCCAGCC ATCATATGTG 
GCAGATGCCA ATGACAGCAA GTCTGAATAT AGTGATGTGC TGGCAAAGCT TGCTTTCTTA 
AACAGACAAA GTCAAACAGC TGGGCGCAAT TCACCTCCCC GCTGCTGGAC TCCAACTTTG 
CCAGAATCTG TTCACCAAGC CCCTGACACT CACAGCATTT CACAGTTTCT GCACAGAGTG 
CAAGGTTACC GCAGGCGAGG TGGGCGTGGA GGTGGCCCAG GTCGGCGAGG AGGATGTAAC 
AGCCATAACC CAGAGTTGTC CCGTTGTTCC TTCAGTGACT TCTTTGAGGG TATTGGTAAG 
AAGAAGACCA AAGCAAGGCC TGTTGACCCT CTAAAGCCAC GGAAACGGAG ACAGCCGCGA 
GCTGAGCCAG ATCCCAATGC TAAGCCCAAG CGCAAGAGGA GATCACGTAA GAATGGTGCT 
CTTCTTGGTG AAATGGGTGG AGAGGGAAGT TTAGGCTATC AAGGCACATC TGAATGGGGA 
CCTGAAGGTA AAGGAACACC ATGGCCGGGT CAGCTTTCTC ACAGCCAGTC AGGTGGTAGA 
CACTGCAGTT ATCAAGGACC TGAAAACAGG GGATTTTCTT CAATGCACAG TGGATCCCCT 
AACAGACCTA GTTACTATGC AGGAGCAGGA TCAGTGTCCC ATGCCGAGGG TGGAGGGCAG 
GACCGCCACA GCCTCTTTAC TGGGTATTTC CGCTCCCTCC TTGACTCAGA TGACTCTTCT 
GATCTAGTAG ATTTTGCCAT GGCTGCCCAG AGACAAGAAG CCCGGAAATC AGCATCAGCC 
TTCTCTGGAT CGTCATCTTC CCCTAACACC CGAGCTCTCC AGTCCTATTC CAACTCCCGG 
GGCACTAAAG CTAGTGCTCA AGAATCAGCA TACCAAAGCT CAGCACCAGC CAGGCAGCAA 
TTTCCACCAA GTCGAGGGTC ATCAAATTAT GCAGCATTAA ATCAACAAGA CTGCCATGGC 
TCTGATGCCT TTCAGAAGCT GGTGTCTCGT TCACCTAATT CTCATCATAC TGGGGGCTTT 
AGCCAATATA GTGGTTTCTC TGGAACTGGT GGTCAGAGCC TTCCCAGCCA TGGACTTTTT 
GCACCTAACA AACAGTATCC CTCTGGACCC CCAGATTGTG CAGGCAACAA GGACTGTAGT 
TTCTCATTCA GTGGAGGTAA CAGCCTCCCT TCATCACCTG GCAGTGCTCA TAGTGGTACA 
GGTTTCAGCC ATCAGCAGCA ACAACAATTG CCTGCTGTAG GATCTGGAGT TAACATGTCC 
AAAAACCCCT TCTTTAATAC ATCAGAAGTG CCCCCTTTTC CCCCCCTTAG GAGCGAGAGT 
CGATCAGGTA CCTCCTCACC TGCCAATTAC ATGCTGCCTA AAGCTGCTGG ATCACTCTTC 
CCTGGGGAAA ATAGCCGTAC CTTTCCAGGG ACTTCAAGTC AGTGGGCTTT TAGGCAGGGT 
TACAGCCAGA CAGATTGGGG TCCTGACAGT TTTGGACAGC TCTATGGAGC TGGTTTTGAT 
TGTCACATGA CAGAGTCCAA TGTTATCTTA GACATTAGCA ACTATACTCC CCAGAAAGCC 
AAACAGAACA CAGACAACAT TTCTGAATCA TCCTCTGACA GCACACAGTA CACACAGCCT 
GGGGCTGGCT ATCGCCGGGC CAACAGTGAG GCTTCATCTA GTGAAGGGCA ATCCAGCTTA 
TCAAGTCTTG AAAAATTAAT GATGGATTGG AATGAAACAT CCTCTGCCCC TGGATACAGC 
TGGAACCAGA GTGTTCTCTT TCACCATACT GCTAAACCTG GTCGGGGGAG AAGGAAGAAA 
GCTGATATTT TTGAACCCTC ACACCCACAT CACCATCACC TGGGCTTCTC CTCATCCTCT 
CCTTCTTCCT CCTCTTCCTC AGCTGCTGCT CCTCCTACAG GCTTTCCCAG TAAACGAGGA 
GGGGGTCCAA GAGGTCCAAG GGGTGGTCGT GGTGGGGGCT GTTCCACAAA CAGGAAAGAG 
AGAGGTTCAG GAAAGGCTAA GTTTGTCCCA AAACCACCTG CTCCACCTCC ATCATCCTCT 
GTGAGCTCCC TGTTCCAGGA GTCCTCAGAG CTAGGATTGG ACTGCTATAG TGGGGATAGT 
AGCATGTCAC CTCTGCCTTC CCACTCACGG GCATATAGTG TAGGAGAGAG AGATCCCCCT 
TGTGACTTTT CTGGACCTTA TTCCATGAAC CCGTCTACCC CTTCTGATGG CACATTTGGT 
TTCCAGAGTG ACTCCCCGGG GCTGTGCCCT CCCACAACAG AGCTAGAGCC TGGAAAACAC 
TTTTCTCACC TCCCACCATC CGGAAGTGCC ACCTCTGGTG CCCCACATCC TCCTCCACCA 
CCTGGCCTGG GTTACGAACA TCCCATGCAA GACTCTCCTT TTTCTCCCAA CTGCTCCCCT 
ACACTTGAGC TACGGCCAGG GGAAGGAAGG AAGCTAGTAC CCTCTTCTCA CTCATCCTGT 
GATCCCCTCA AACACAGTTT GCCTCCACAC TTGCCCTCTT GTCGTGAGCA ACTACCATCC 
CAACCTTCCA CCCATCACCG CTATGAGCCC CCCAGCTGCA AAAATGCTGG CTACTGGTAC 
CCACCTCGCA GTCCTCCTTA TGATGGAAAA GGGGGCTTAC TTTCAGACTT TATGGGCAGG 
CGGGGGGAGG GAGCATCCTG TCTGAGCCCC CATATCCCCA GCCCTAAAAG GGACAAAGAG 
ACGCTGGACA TGATGAGAGG ACACCACAGA GCCCCATACC CTTGCCCATT GCTCAGTGAT 
ATCACCCATT CCCCTGTGCA AAGAGACTCC ATGGTGCAAC TACAGGAGAC CTATCGCTAC 
CCAGCCTTTC CCCCCCAGGG ACCCCCAGTT CTGTCCCCTC CCAACATGAA GGGTGGGTTT 
CTGGGACCTG AAAATATTCC TGAAGACAAC TTTACAGTCA CCTCCCTTTA G

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

RefSeq	XP_012813785.1
CDS	1196..6286
Translation	MFSHVSTADFMCLRTCRHSACQCSYIKEWISCFSILGGETDLSTAGLVSPGLENGEVTAERRSLHSKETERNRRVTLVCRHPRSRDTKYSGRSTKLQNSSLAHPEPNLSSSQEDNSRPPRNEAWSRANKPLCRPSVGPPRLGVDGIIALLKSKCGNGRVNLQPVVRLMDIMKDLSQLSSDLQSSGVRLDCTHVASSPSESENAEPGLQYSFFSSQSLACGLRSPEEKPSETVEKEPVPVSPNPDSMESASSEVLRELAALAWMEPQQTESKGEIEERIERRLEKVEETRGQNEETSKELDHSEMEDVGPREEKITKQEDDESGEEPDESKHEDESGEEQDGSKQEDDSGEEQEDLKQGEESSGDDQEENKQDEDSSEEDQGESKQDEESSEDEQDEGAGDNEAEDPTDGKMNEQGDITLVQENQLNLKDMGVASLDADLKEQSSDEESREDESKQEEEKTVEREVLMETQMEQLPWMLPLFSPSVDNIRRISFSHRGRFGHRGRRGDRPGRGRRRRPGRPRASESLSRAYVMPPYHRTPEEPRAYRLHEQSLHFTHSINNPPSMETPKEEGPPKKPKRKGVRKMVVRIAKIPMPVGRRNKTSYKVSSFSSTLSVEGGELIGGSGPGPTSLLKMKNNGRNVVMVFPPGELPIILKRRRGRPPKNLVLARETPPMLPQPPPKEPAALPPPTSQPPTPLPEGEMVKKRRRRKQKLPSPQPSYVADANDSKSEYSDVLAKLAFLNRQSQTAGRNSPPRCWTPTLPESVHQAPDTHSISQFLHRVQGYRRRGGRGGGPGRRGGCNSHNPELSRCSFSDFFEGIGKKKTKARPVDPLKPRKRRQPRAEPDPNAKPKRKRRSRKNGALLGEMGGEGSLGYQGTSEWGPEGKGTPWPGQLSHSQSGGRHCSYQGPENRGFSSMHSGSPNRPSYYAGAGSVSHAEGGGQDRHSLFTGYFRSLLDSDDSSDLVDFAMAAQRQEARKSASAFSGSSSSPNTRALQSYSNSRGTKASAQESAYQSSAPARQQFPPSRGSSNYAALNQQDCHGSDAFQKLVSRSPNSHHTGGFSQYSGFSGTGGQSLPSHGLFAPNKQYPSGPPDCAGNKDCSFSFSGGNSLPSSPGSAHSGTGFSHQQQQQLPAVGSGVNMSKNPFFNTSEVPPFPPLRSESRSGTSSPANYMLPKAAGSLFPGENSRTFPGTSSQWAFRQGYSQTDWGPDSFGQLYGAGFDCHMTESNVILDISNYTPQKAKQNTDNISESSSDSTQYTQPGAGYRRANSEASSSEGQSSLSSLEKLMMDWNETSSAPGYSWNQSVLFHHTAKPGRGRRKKADIFEPSHPHHHHLGFSSSSPSSSSSSAAAPPTGFPSKRGGGPRGPRGGRGGGCSTNRKERGSGKAKFVPKPPAPPPSSSVSSLFQESSELGLDCYSGDSSMSPLPSHSRAYSVGERDPPCDFSGPYSMNPSTPSDGTFGFQSDSPGLCPPTTELEPGKHFSHLPPSGSATSGAPHPPPPPGLGYEHPMQDSPFSPNCSPTLELRPGEGRKLVPSSHSSCDPLKHSLPPHLPSCREQLPSQPSTHHRYEPPSCKNAGYWYPPRSPPYDGKGGLLSDFMGRRGEGASCLSPHIPSPKRDKETLDMMRGHHRAPYPCPLLSDITHSPVQRDSMVQLQETYRYPAFPPQGPPVLSPPNMKGGFLGPENIPEDNFTVTSL

Target ORF information:

RefSeq Version	XM_012958331.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis AT-hook DNA binding motif containing 1 (ahdc1), transcript variant X1, mRNA.

Target ORF information:

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

XM_012958331.2

ORF Insert Sequence:

ATGTTTTCGC ATGTTTCCAC AGCGGATTTC ATGTGTCTGC GCACATGCCG ACACAGTGCC 
TGTCAGTGCA GTTACATAAA GGAGTGGATC AGTTGCTTCT CTATCTTAGG AGGAGAAACA 
GATCTTAGCA CTGCTGGCCT TGTATCCCCA GGCTTGGAAA ATGGAGAAGT TACTGCTGAA 
AGGCGATCCC TTCACTCCAA GGAAACCGAA AGAAATCGCA GAGTGACCCT GGTCTGCAGA 
CACCCACGAT CAAGAGACAC CAAATACAGC GGAAGAAGTA CAAAACTGCA GAATTCCTCT 
TTGGCCCATC CGGAACCCAA TCTCTCCTCT TCACAAGAAG ATAATTCACG TCCTCCACGT 
AATGAGGCCT GGAGCCGTGC CAACAAGCCA CTCTGCCGCC CATCAGTAGG CCCCCCCAGA 
CTGGGAGTAG ATGGAATCAT TGCTTTGTTG AAGAGCAAGT GCGGTAATGG ACGCGTGAAC 
CTACAGCCTG TAGTGAGGTT GATGGACATC ATGAAAGATC TCAGCCAACT GTCTAGTGAT 
CTACAATCTA GTGGTGTACG TTTGGATTGC ACCCATGTTG CAAGCTCCCC TTCAGAGTCA 
GAAAATGCAG AACCAGGATT ACAATATAGT TTCTTCTCAT CTCAGAGTTT GGCATGTGGT 
CTGAGAAGCC CAGAGGAAAA GCCATCTGAG ACTGTCGAGA AAGAGCCAGT TCCTGTTTCT 
CCCAACCCAG ACTCCATGGA GTCTGCCAGT TCAGAGGTCT TGAGAGAACT AGCAGCTCTA 
GCCTGGATGG AACCTCAACA AACAGAGAGC AAAGGGGAGA TAGAGGAGAG GATTGAAAGG 
AGACTGGAAA AGGTGGAAGA AACTAGAGGC CAAAATGAAG AGACATCAAA GGAACTTGAC 
CATAGTGAAA TGGAAGATGT GGGGCCTAGA GAGGAAAAGA TCACTAAACA GGAAGATGAT 
GAGTCAGGTG AGGAACCAGA TGAAAGTAAA CATGAGGATG AATCAGGGGA GGAACAAGAT 
GGAAGTAAAC AGGAAGATGA TTCTGGAGAG GAGCAAGAAG ACCTTAAACA AGGAGAGGAA 
TCATCGGGAG ATGATCAGGA AGAGAATAAA CAAGACGAGG ACTCATCTGA GGAAGATCAG 
GGGGAAAGTA AACAGGATGA AGAATCATCT GAGGATGAGC AGGACGAAGG GGCTGGGGAC 
AATGAGGCAG AAGACCCAAC AGATGGCAAA ATGAATGAAC AGGGTGATAT AACATTAGTC 
CAGGAAAATC AACTTAATTT GAAAGATATG GGGGTAGCAA GCCTAGATGC AGATTTGAAA 
GAACAATCAT CTGATGAGGA AAGCAGGGAA GATGAAAGCA AACAAGAAGA AGAGAAAACA 
GTAGAAAGGG AAGTACTCAT GGAGACACAA ATGGAGCAGT TGCCCTGGAT GCTCCCGCTC 
TTTTCTCCTT CGGTTGATAA CATCAGAAGA ATCTCCTTTT CTCACCGTGG TAGATTTGGT 
CACAGAGGAC GCAGGGGTGA TAGGCCTGGT AGAGGACGGC GAAGAAGACC AGGTAGGCCA 
CGAGCTTCAG AGAGCCTTTC AAGGGCATAT GTGATGCCAC CCTATCACCG AACCCCTGAA 
GAGCCAAGGG CATATCGGCT CCATGAGCAA AGCTTACATT TTACACACTC CATTAACAAC 
CCCCCCTCCA TGGAAACACC TAAAGAAGAA GGCCCCCCCA AAAAGCCAAA ACGCAAGGGA 
GTTCGCAAGA TGGTGGTTCG GATTGCAAAA ATCCCCATGC CTGTGGGTAG AAGAAACAAA 
ACAAGTTACA AAGTGTCTTC TTTCAGCAGT ACATTGAGTG TGGAAGGAGG AGAACTGATA 
GGTGGGTCTG GCCCTGGTCC TACATCACTT CTCAAAATGA AGAATAATGG GCGCAATGTT 
GTCATGGTGT TTCCACCTGG TGAACTCCCC ATCATACTTA AAAGGAGGAG AGGAAGGCCT 
CCAAAGAACC TTGTGTTAGC ACGTGAAACC CCTCCAATGC TGCCCCAGCC ACCCCCCAAA 
GAACCTGCAG CACTGCCACC TCCAACTTCC CAGCCTCCCA CACCATTACC AGAGGGTGAA 
ATGGTCAAGA AGCGGCGGCG AAGGAAACAG AAACTTCCAT CTCCCCAGCC ATCATATGTG 
GCAGATGCCA ATGACAGCAA GTCTGAATAT AGTGATGTGC TGGCAAAGCT TGCTTTCTTA 
AACAGACAAA GTCAAACAGC TGGGCGCAAT TCACCTCCCC GCTGCTGGAC TCCAACTTTG 
CCAGAATCTG TTCACCAAGC CCCTGACACT CACAGCATTT CACAGTTTCT GCACAGAGTG 
CAAGGTTACC GCAGGCGAGG TGGGCGTGGA GGTGGCCCAG GTCGGCGAGG AGGATGTAAC 
AGCCATAACC CAGAGTTGTC CCGTTGTTCC TTCAGTGACT TCTTTGAGGG TATTGGTAAG 
AAGAAGACCA AAGCAAGGCC TGTTGACCCT CTAAAGCCAC GGAAACGGAG ACAGCCGCGA 
GCTGAGCCAG ATCCCAATGC TAAGCCCAAG CGCAAGAGGA GATCACGTAA GAATGGTGCT 
CTTCTTGGTG AAATGGGTGG AGAGGGAAGT TTAGGCTATC AAGGCACATC TGAATGGGGA 
CCTGAAGGTA AAGGAACACC ATGGCCGGGT CAGCTTTCTC ACAGCCAGTC AGGTGGTAGA 
CACTGCAGTT ATCAAGGACC TGAAAACAGG GGATTTTCTT CAATGCACAG TGGATCCCCT 
AACAGACCTA GTTACTATGC AGGAGCAGGA TCAGTGTCCC ATGCCGAGGG TGGAGGGCAG 
GACCGCCACA GCCTCTTTAC TGGGTATTTC CGCTCCCTCC TTGACTCAGA TGACTCTTCT 
GATCTAGTAG ATTTTGCCAT GGCTGCCCAG AGACAAGAAG CCCGGAAATC AGCATCAGCC 
TTCTCTGGAT CGTCATCTTC CCCTAACACC CGAGCTCTCC AGTCCTATTC CAACTCCCGG 
GGCACTAAAG CTAGTGCTCA AGAATCAGCA TACCAAAGCT CAGCACCAGC CAGGCAGCAA 
TTTCCACCAA GTCGAGGGTC ATCAAATTAT GCAGCATTAA ATCAACAAGA CTGCCATGGC 
TCTGATGCCT TTCAGAAGCT GGTGTCTCGT TCACCTAATT CTCATCATAC TGGGGGCTTT 
AGCCAATATA GTGGTTTCTC TGGAACTGGT GGTCAGAGCC TTCCCAGCCA TGGACTTTTT 
GCACCTAACA AACAGTATCC CTCTGGACCC CCAGATTGTG CAGGCAACAA GGACTGTAGT 
TTCTCATTCA GTGGAGGTAA CAGCCTCCCT TCATCACCTG GCAGTGCTCA TAGTGGTACA 
GGTTTCAGCC ATCAGCAGCA ACAACAATTG CCTGCTGTAG GATCTGGAGT TAACATGTCC 
AAAAACCCCT TCTTTAATAC ATCAGAAGTG CCCCCTTTTC CCCCCCTTAG GAGCGAGAGT 
CGATCAGGTA CCTCCTCACC TGCCAATTAC ATGCTGCCTA AAGCTGCTGG ATCACTCTTC 
CCTGGGGAAA ATAGCCGTAC CTTTCCAGGG ACTTCAAGTC AGTGGGCTTT TAGGCAGGGT 
TACAGCCAGA CAGATTGGGG TCCTGACAGT TTTGGACAGC TCTATGGAGC TGGTTTTGAT 
TGTCACATGA CAGAGTCCAA TGTTATCTTA GACATTAGCA ACTATACTCC CCAGAAAGCC 
AAACAGAACA CAGACAACAT TTCTGAATCA TCCTCTGACA GCACACAGTA CACACAGCCT 
GGGGCTGGCT ATCGCCGGGC CAACAGTGAG GCTTCATCTA GTGAAGGGCA ATCCAGCTTA 
TCAAGTCTTG AAAAATTAAT GATGGATTGG AATGAAACAT CCTCTGCCCC TGGATACAGC 
TGGAACCAGA GTGTTCTCTT TCACCATACT GCTAAACCTG GTCGGGGGAG AAGGAAGAAA 
GCTGATATTT TTGAACCCTC ACACCCACAT CACCATCACC TGGGCTTCTC CTCATCCTCT 
CCTTCTTCCT CCTCTTCCTC AGCTGCTGCT CCTCCTACAG GCTTTCCCAG TAAACGAGGA 
GGGGGTCCAA GAGGTCCAAG GGGTGGTCGT GGTGGGGGCT GTTCCACAAA CAGGAAAGAG 
AGAGGTTCAG GAAAGGCTAA GTTTGTCCCA AAACCACCTG CTCCACCTCC ATCATCCTCT 
GTGAGCTCCC TGTTCCAGGA GTCCTCAGAG CTAGGATTGG ACTGCTATAG TGGGGATAGT 
AGCATGTCAC CTCTGCCTTC CCACTCACGG GCATATAGTG TAGGAGAGAG AGATCCCCCT 
TGTGACTTTT CTGGACCTTA TTCCATGAAC CCGTCTACCC CTTCTGATGG CACATTTGGT 
TTCCAGAGTG ACTCCCCGGG GCTGTGCCCT CCCACAACAG AGCTAGAGCC TGGAAAACAC 
TTTTCTCACC TCCCACCATC CGGAAGTGCC ACCTCTGGTG CCCCACATCC TCCTCCACCA 
CCTGGCCTGG GTTACGAACA TCCCATGCAA GACTCTCCTT TTTCTCCCAA CTGCTCCCCT 
ACACTTGAGC TACGGCCAGG GGAAGGAAGG AAGCTAGTAC CCTCTTCTCA CTCATCCTGT 
GATCCCCTCA AACACAGTTT GCCTCCACAC TTGCCCTCTT GTCGTGAGCA ACTACCATCC 
CAACCTTCCA CCCATCACCG CTATGAGCCC CCCAGCTGCA AAAATGCTGG CTACTGGTAC 
CCACCTCGCA GTCCTCCTTA TGATGGAAAA GGGGGCTTAC TTTCAGACTT TATGGGCAGG 
CGGGGGGAGG GAGCATCCTG TCTGAGCCCC CATATCCCCA GCCCTAAAAG GGACAAAGAG 
ACGCTGGACA TGATGAGAGG ACACCACAGA GCCCCATACC CTTGCCCATT GCTCAGTGAT 
ATCACCCATT CCCCTGTGCA AAGAGACTCC ATGGTGCAAC TACAGGAGAC CTATCGCTAC 
CCAGCCTTTC CCCCCCAGGG ACCCCCAGTT CTGTCCCCTC CCAACATGAA GGGTGGGTTT 
CTGGGACCTG AAAATATTCC TGAAGACAAC TTTACAGTCA CCTCCCTTTA G

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

ahdc1 ( XM_012958333.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012813787.1 Xenopus tropicalis AT-hook DNA binding motif containing 1 (ahdc1), transcript variant X3, mRNA.

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CloneID	OXa36713
Clone ID Related Accession (Same CDS sequence)	XM_012958331.2 , XM_012958333.2 , XM_012958332.2
Accession Version	XM_012958333.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5091bp) 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	1473177600000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	AT-hook DNA-binding motif-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030678.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012958333.1. ##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##

ATGTTTTCGC ATGTTTCCAC AGCGGATTTC ATGTGTCTGC GCACATGCCG ACACAGTGCC 
TGTCAGTGCA GTTACATAAA GGAGTGGATC AGTTGCTTCT CTATCTTAGG AGGAGAAACA 
GATCTTAGCA CTGCTGGCCT TGTATCCCCA GGCTTGGAAA ATGGAGAAGT TACTGCTGAA 
AGGCGATCCC TTCACTCCAA GGAAACCGAA AGAAATCGCA GAGTGACCCT GGTCTGCAGA 
CACCCACGAT CAAGAGACAC CAAATACAGC GGAAGAAGTA CAAAACTGCA GAATTCCTCT 
TTGGCCCATC CGGAACCCAA TCTCTCCTCT TCACAAGAAG ATAATTCACG TCCTCCACGT 
AATGAGGCCT GGAGCCGTGC CAACAAGCCA CTCTGCCGCC CATCAGTAGG CCCCCCCAGA 
CTGGGAGTAG ATGGAATCAT TGCTTTGTTG AAGAGCAAGT GCGGTAATGG ACGCGTGAAC 
CTACAGCCTG TAGTGAGGTT GATGGACATC ATGAAAGATC TCAGCCAACT GTCTAGTGAT 
CTACAATCTA GTGGTGTACG TTTGGATTGC ACCCATGTTG CAAGCTCCCC TTCAGAGTCA 
GAAAATGCAG AACCAGGATT ACAATATAGT TTCTTCTCAT CTCAGAGTTT GGCATGTGGT 
CTGAGAAGCC CAGAGGAAAA GCCATCTGAG ACTGTCGAGA AAGAGCCAGT TCCTGTTTCT 
CCCAACCCAG ACTCCATGGA GTCTGCCAGT TCAGAGGTCT TGAGAGAACT AGCAGCTCTA 
GCCTGGATGG AACCTCAACA AACAGAGAGC AAAGGGGAGA TAGAGGAGAG GATTGAAAGG 
AGACTGGAAA AGGTGGAAGA AACTAGAGGC CAAAATGAAG AGACATCAAA GGAACTTGAC 
CATAGTGAAA TGGAAGATGT GGGGCCTAGA GAGGAAAAGA TCACTAAACA GGAAGATGAT 
GAGTCAGGTG AGGAACCAGA TGAAAGTAAA CATGAGGATG AATCAGGGGA GGAACAAGAT 
GGAAGTAAAC AGGAAGATGA TTCTGGAGAG GAGCAAGAAG ACCTTAAACA AGGAGAGGAA 
TCATCGGGAG ATGATCAGGA AGAGAATAAA CAAGACGAGG ACTCATCTGA GGAAGATCAG 
GGGGAAAGTA AACAGGATGA AGAATCATCT GAGGATGAGC AGGACGAAGG GGCTGGGGAC 
AATGAGGCAG AAGACCCAAC AGATGGCAAA ATGAATGAAC AGGGTGATAT AACATTAGTC 
CAGGAAAATC AACTTAATTT GAAAGATATG GGGGTAGCAA GCCTAGATGC AGATTTGAAA 
GAACAATCAT CTGATGAGGA AAGCAGGGAA GATGAAAGCA AACAAGAAGA AGAGAAAACA 
GTAGAAAGGG AAGTACTCAT GGAGACACAA ATGGAGCAGT TGCCCTGGAT GCTCCCGCTC 
TTTTCTCCTT CGGTTGATAA CATCAGAAGA ATCTCCTTTT CTCACCGTGG TAGATTTGGT 
CACAGAGGAC GCAGGGGTGA TAGGCCTGGT AGAGGACGGC GAAGAAGACC AGGTAGGCCA 
CGAGCTTCAG AGAGCCTTTC AAGGGCATAT GTGATGCCAC CCTATCACCG AACCCCTGAA 
GAGCCAAGGG CATATCGGCT CCATGAGCAA AGCTTACATT TTACACACTC CATTAACAAC 
CCCCCCTCCA TGGAAACACC TAAAGAAGAA GGCCCCCCCA AAAAGCCAAA ACGCAAGGGA 
GTTCGCAAGA TGGTGGTTCG GATTGCAAAA ATCCCCATGC CTGTGGGTAG AAGAAACAAA 
ACAAGTTACA AAGTGTCTTC TTTCAGCAGT ACATTGAGTG TGGAAGGAGG AGAACTGATA 
GGTGGGTCTG GCCCTGGTCC TACATCACTT CTCAAAATGA AGAATAATGG GCGCAATGTT 
GTCATGGTGT TTCCACCTGG TGAACTCCCC ATCATACTTA AAAGGAGGAG AGGAAGGCCT 
CCAAAGAACC TTGTGTTAGC ACGTGAAACC CCTCCAATGC TGCCCCAGCC ACCCCCCAAA 
GAACCTGCAG CACTGCCACC TCCAACTTCC CAGCCTCCCA CACCATTACC AGAGGGTGAA 
ATGGTCAAGA AGCGGCGGCG AAGGAAACAG AAACTTCCAT CTCCCCAGCC ATCATATGTG 
GCAGATGCCA ATGACAGCAA GTCTGAATAT AGTGATGTGC TGGCAAAGCT TGCTTTCTTA 
AACAGACAAA GTCAAACAGC TGGGCGCAAT TCACCTCCCC GCTGCTGGAC TCCAACTTTG 
CCAGAATCTG TTCACCAAGC CCCTGACACT CACAGCATTT CACAGTTTCT GCACAGAGTG 
CAAGGTTACC GCAGGCGAGG TGGGCGTGGA GGTGGCCCAG GTCGGCGAGG AGGATGTAAC 
AGCCATAACC CAGAGTTGTC CCGTTGTTCC TTCAGTGACT TCTTTGAGGG TATTGGTAAG 
AAGAAGACCA AAGCAAGGCC TGTTGACCCT CTAAAGCCAC GGAAACGGAG ACAGCCGCGA 
GCTGAGCCAG ATCCCAATGC TAAGCCCAAG CGCAAGAGGA GATCACGTAA GAATGGTGCT 
CTTCTTGGTG AAATGGGTGG AGAGGGAAGT TTAGGCTATC AAGGCACATC TGAATGGGGA 
CCTGAAGGTA AAGGAACACC ATGGCCGGGT CAGCTTTCTC ACAGCCAGTC AGGTGGTAGA 
CACTGCAGTT ATCAAGGACC TGAAAACAGG GGATTTTCTT CAATGCACAG TGGATCCCCT 
AACAGACCTA GTTACTATGC AGGAGCAGGA TCAGTGTCCC ATGCCGAGGG TGGAGGGCAG 
GACCGCCACA GCCTCTTTAC TGGGTATTTC CGCTCCCTCC TTGACTCAGA TGACTCTTCT 
GATCTAGTAG ATTTTGCCAT GGCTGCCCAG AGACAAGAAG CCCGGAAATC AGCATCAGCC 
TTCTCTGGAT CGTCATCTTC CCCTAACACC CGAGCTCTCC AGTCCTATTC CAACTCCCGG 
GGCACTAAAG CTAGTGCTCA AGAATCAGCA TACCAAAGCT CAGCACCAGC CAGGCAGCAA 
TTTCCACCAA GTCGAGGGTC ATCAAATTAT GCAGCATTAA ATCAACAAGA CTGCCATGGC 
TCTGATGCCT TTCAGAAGCT GGTGTCTCGT TCACCTAATT CTCATCATAC TGGGGGCTTT 
AGCCAATATA GTGGTTTCTC TGGAACTGGT GGTCAGAGCC TTCCCAGCCA TGGACTTTTT 
GCACCTAACA AACAGTATCC CTCTGGACCC CCAGATTGTG CAGGCAACAA GGACTGTAGT 
TTCTCATTCA GTGGAGGTAA CAGCCTCCCT TCATCACCTG GCAGTGCTCA TAGTGGTACA 
GGTTTCAGCC ATCAGCAGCA ACAACAATTG CCTGCTGTAG GATCTGGAGT TAACATGTCC 
AAAAACCCCT TCTTTAATAC ATCAGAAGTG CCCCCTTTTC CCCCCCTTAG GAGCGAGAGT 
CGATCAGGTA CCTCCTCACC TGCCAATTAC ATGCTGCCTA AAGCTGCTGG ATCACTCTTC 
CCTGGGGAAA ATAGCCGTAC CTTTCCAGGG ACTTCAAGTC AGTGGGCTTT TAGGCAGGGT 
TACAGCCAGA CAGATTGGGG TCCTGACAGT TTTGGACAGC TCTATGGAGC TGGTTTTGAT 
TGTCACATGA CAGAGTCCAA TGTTATCTTA GACATTAGCA ACTATACTCC CCAGAAAGCC 
AAACAGAACA CAGACAACAT TTCTGAATCA TCCTCTGACA GCACACAGTA CACACAGCCT 
GGGGCTGGCT ATCGCCGGGC CAACAGTGAG GCTTCATCTA GTGAAGGGCA ATCCAGCTTA 
TCAAGTCTTG AAAAATTAAT GATGGATTGG AATGAAACAT CCTCTGCCCC TGGATACAGC 
TGGAACCAGA GTGTTCTCTT TCACCATACT GCTAAACCTG GTCGGGGGAG AAGGAAGAAA 
GCTGATATTT TTGAACCCTC ACACCCACAT CACCATCACC TGGGCTTCTC CTCATCCTCT 
CCTTCTTCCT CCTCTTCCTC AGCTGCTGCT CCTCCTACAG GCTTTCCCAG TAAACGAGGA 
GGGGGTCCAA GAGGTCCAAG GGGTGGTCGT GGTGGGGGCT GTTCCACAAA CAGGAAAGAG 
AGAGGTTCAG GAAAGGCTAA GTTTGTCCCA AAACCACCTG CTCCACCTCC ATCATCCTCT 
GTGAGCTCCC TGTTCCAGGA GTCCTCAGAG CTAGGATTGG ACTGCTATAG TGGGGATAGT 
AGCATGTCAC CTCTGCCTTC CCACTCACGG GCATATAGTG TAGGAGAGAG AGATCCCCCT 
TGTGACTTTT CTGGACCTTA TTCCATGAAC CCGTCTACCC CTTCTGATGG CACATTTGGT 
TTCCAGAGTG ACTCCCCGGG GCTGTGCCCT CCCACAACAG AGCTAGAGCC TGGAAAACAC 
TTTTCTCACC TCCCACCATC CGGAAGTGCC ACCTCTGGTG CCCCACATCC TCCTCCACCA 
CCTGGCCTGG GTTACGAACA TCCCATGCAA GACTCTCCTT TTTCTCCCAA CTGCTCCCCT 
ACACTTGAGC TACGGCCAGG GGAAGGAAGG AAGCTAGTAC CCTCTTCTCA CTCATCCTGT 
GATCCCCTCA AACACAGTTT GCCTCCACAC TTGCCCTCTT GTCGTGAGCA ACTACCATCC 
CAACCTTCCA CCCATCACCG CTATGAGCCC CCCAGCTGCA AAAATGCTGG CTACTGGTAC 
CCACCTCGCA GTCCTCCTTA TGATGGAAAA GGGGGCTTAC TTTCAGACTT TATGGGCAGG 
CGGGGGGAGG GAGCATCCTG TCTGAGCCCC CATATCCCCA GCCCTAAAAG GGACAAAGAG 
ACGCTGGACA TGATGAGAGG ACACCACAGA GCCCCATACC CTTGCCCATT GCTCAGTGAT 
ATCACCCATT CCCCTGTGCA AAGAGACTCC ATGGTGCAAC TACAGGAGAC CTATCGCTAC 
CCAGCCTTTC CCCCCCAGGG ACCCCCAGTT CTGTCCCCTC CCAACATGAA GGGTGGGTTT 
CTGGGACCTG AAAATATTCC TGAAGACAAC TTTACAGTCA CCTCCCTTTA G

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

RefSeq	XP_012813787.1
CDS	1196..6286
Translation	MFSHVSTADFMCLRTCRHSACQCSYIKEWISCFSILGGETDLSTAGLVSPGLENGEVTAERRSLHSKETERNRRVTLVCRHPRSRDTKYSGRSTKLQNSSLAHPEPNLSSSQEDNSRPPRNEAWSRANKPLCRPSVGPPRLGVDGIIALLKSKCGNGRVNLQPVVRLMDIMKDLSQLSSDLQSSGVRLDCTHVASSPSESENAEPGLQYSFFSSQSLACGLRSPEEKPSETVEKEPVPVSPNPDSMESASSEVLRELAALAWMEPQQTESKGEIEERIERRLEKVEETRGQNEETSKELDHSEMEDVGPREEKITKQEDDESGEEPDESKHEDESGEEQDGSKQEDDSGEEQEDLKQGEESSGDDQEENKQDEDSSEEDQGESKQDEESSEDEQDEGAGDNEAEDPTDGKMNEQGDITLVQENQLNLKDMGVASLDADLKEQSSDEESREDESKQEEEKTVEREVLMETQMEQLPWMLPLFSPSVDNIRRISFSHRGRFGHRGRRGDRPGRGRRRRPGRPRASESLSRAYVMPPYHRTPEEPRAYRLHEQSLHFTHSINNPPSMETPKEEGPPKKPKRKGVRKMVVRIAKIPMPVGRRNKTSYKVSSFSSTLSVEGGELIGGSGPGPTSLLKMKNNGRNVVMVFPPGELPIILKRRRGRPPKNLVLARETPPMLPQPPPKEPAALPPPTSQPPTPLPEGEMVKKRRRRKQKLPSPQPSYVADANDSKSEYSDVLAKLAFLNRQSQTAGRNSPPRCWTPTLPESVHQAPDTHSISQFLHRVQGYRRRGGRGGGPGRRGGCNSHNPELSRCSFSDFFEGIGKKKTKARPVDPLKPRKRRQPRAEPDPNAKPKRKRRSRKNGALLGEMGGEGSLGYQGTSEWGPEGKGTPWPGQLSHSQSGGRHCSYQGPENRGFSSMHSGSPNRPSYYAGAGSVSHAEGGGQDRHSLFTGYFRSLLDSDDSSDLVDFAMAAQRQEARKSASAFSGSSSSPNTRALQSYSNSRGTKASAQESAYQSSAPARQQFPPSRGSSNYAALNQQDCHGSDAFQKLVSRSPNSHHTGGFSQYSGFSGTGGQSLPSHGLFAPNKQYPSGPPDCAGNKDCSFSFSGGNSLPSSPGSAHSGTGFSHQQQQQLPAVGSGVNMSKNPFFNTSEVPPFPPLRSESRSGTSSPANYMLPKAAGSLFPGENSRTFPGTSSQWAFRQGYSQTDWGPDSFGQLYGAGFDCHMTESNVILDISNYTPQKAKQNTDNISESSSDSTQYTQPGAGYRRANSEASSSEGQSSLSSLEKLMMDWNETSSAPGYSWNQSVLFHHTAKPGRGRRKKADIFEPSHPHHHHLGFSSSSPSSSSSSAAAPPTGFPSKRGGGPRGPRGGRGGGCSTNRKERGSGKAKFVPKPPAPPPSSSVSSLFQESSELGLDCYSGDSSMSPLPSHSRAYSVGERDPPCDFSGPYSMNPSTPSDGTFGFQSDSPGLCPPTTELEPGKHFSHLPPSGSATSGAPHPPPPPGLGYEHPMQDSPFSPNCSPTLELRPGEGRKLVPSSHSSCDPLKHSLPPHLPSCREQLPSQPSTHHRYEPPSCKNAGYWYPPRSPPYDGKGGLLSDFMGRRGEGASCLSPHIPSPKRDKETLDMMRGHHRAPYPCPLLSDITHSPVQRDSMVQLQETYRYPAFPPQGPPVLSPPNMKGGFLGPENIPEDNFTVTSL

Target ORF information:

RefSeq Version	XM_012958333.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis AT-hook DNA binding motif containing 1 (ahdc1), transcript variant X3, mRNA.

Target ORF information:

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

XM_012958333.2

ORF Insert Sequence:

ATGTTTTCGC ATGTTTCCAC AGCGGATTTC ATGTGTCTGC GCACATGCCG ACACAGTGCC 
TGTCAGTGCA GTTACATAAA GGAGTGGATC AGTTGCTTCT CTATCTTAGG AGGAGAAACA 
GATCTTAGCA CTGCTGGCCT TGTATCCCCA GGCTTGGAAA ATGGAGAAGT TACTGCTGAA 
AGGCGATCCC TTCACTCCAA GGAAACCGAA AGAAATCGCA GAGTGACCCT GGTCTGCAGA 
CACCCACGAT CAAGAGACAC CAAATACAGC GGAAGAAGTA CAAAACTGCA GAATTCCTCT 
TTGGCCCATC CGGAACCCAA TCTCTCCTCT TCACAAGAAG ATAATTCACG TCCTCCACGT 
AATGAGGCCT GGAGCCGTGC CAACAAGCCA CTCTGCCGCC CATCAGTAGG CCCCCCCAGA 
CTGGGAGTAG ATGGAATCAT TGCTTTGTTG AAGAGCAAGT GCGGTAATGG ACGCGTGAAC 
CTACAGCCTG TAGTGAGGTT GATGGACATC ATGAAAGATC TCAGCCAACT GTCTAGTGAT 
CTACAATCTA GTGGTGTACG TTTGGATTGC ACCCATGTTG CAAGCTCCCC TTCAGAGTCA 
GAAAATGCAG AACCAGGATT ACAATATAGT TTCTTCTCAT CTCAGAGTTT GGCATGTGGT 
CTGAGAAGCC CAGAGGAAAA GCCATCTGAG ACTGTCGAGA AAGAGCCAGT TCCTGTTTCT 
CCCAACCCAG ACTCCATGGA GTCTGCCAGT TCAGAGGTCT TGAGAGAACT AGCAGCTCTA 
GCCTGGATGG AACCTCAACA AACAGAGAGC AAAGGGGAGA TAGAGGAGAG GATTGAAAGG 
AGACTGGAAA AGGTGGAAGA AACTAGAGGC CAAAATGAAG AGACATCAAA GGAACTTGAC 
CATAGTGAAA TGGAAGATGT GGGGCCTAGA GAGGAAAAGA TCACTAAACA GGAAGATGAT 
GAGTCAGGTG AGGAACCAGA TGAAAGTAAA CATGAGGATG AATCAGGGGA GGAACAAGAT 
GGAAGTAAAC AGGAAGATGA TTCTGGAGAG GAGCAAGAAG ACCTTAAACA AGGAGAGGAA 
TCATCGGGAG ATGATCAGGA AGAGAATAAA CAAGACGAGG ACTCATCTGA GGAAGATCAG 
GGGGAAAGTA AACAGGATGA AGAATCATCT GAGGATGAGC AGGACGAAGG GGCTGGGGAC 
AATGAGGCAG AAGACCCAAC AGATGGCAAA ATGAATGAAC AGGGTGATAT AACATTAGTC 
CAGGAAAATC AACTTAATTT GAAAGATATG GGGGTAGCAA GCCTAGATGC AGATTTGAAA 
GAACAATCAT CTGATGAGGA AAGCAGGGAA GATGAAAGCA AACAAGAAGA AGAGAAAACA 
GTAGAAAGGG AAGTACTCAT GGAGACACAA ATGGAGCAGT TGCCCTGGAT GCTCCCGCTC 
TTTTCTCCTT CGGTTGATAA CATCAGAAGA ATCTCCTTTT CTCACCGTGG TAGATTTGGT 
CACAGAGGAC GCAGGGGTGA TAGGCCTGGT AGAGGACGGC GAAGAAGACC AGGTAGGCCA 
CGAGCTTCAG AGAGCCTTTC AAGGGCATAT GTGATGCCAC CCTATCACCG AACCCCTGAA 
GAGCCAAGGG CATATCGGCT CCATGAGCAA AGCTTACATT TTACACACTC CATTAACAAC 
CCCCCCTCCA TGGAAACACC TAAAGAAGAA GGCCCCCCCA AAAAGCCAAA ACGCAAGGGA 
GTTCGCAAGA TGGTGGTTCG GATTGCAAAA ATCCCCATGC CTGTGGGTAG AAGAAACAAA 
ACAAGTTACA AAGTGTCTTC TTTCAGCAGT ACATTGAGTG TGGAAGGAGG AGAACTGATA 
GGTGGGTCTG GCCCTGGTCC TACATCACTT CTCAAAATGA AGAATAATGG GCGCAATGTT 
GTCATGGTGT TTCCACCTGG TGAACTCCCC ATCATACTTA AAAGGAGGAG AGGAAGGCCT 
CCAAAGAACC TTGTGTTAGC ACGTGAAACC CCTCCAATGC TGCCCCAGCC ACCCCCCAAA 
GAACCTGCAG CACTGCCACC TCCAACTTCC CAGCCTCCCA CACCATTACC AGAGGGTGAA 
ATGGTCAAGA AGCGGCGGCG AAGGAAACAG AAACTTCCAT CTCCCCAGCC ATCATATGTG 
GCAGATGCCA ATGACAGCAA GTCTGAATAT AGTGATGTGC TGGCAAAGCT TGCTTTCTTA 
AACAGACAAA GTCAAACAGC TGGGCGCAAT TCACCTCCCC GCTGCTGGAC TCCAACTTTG 
CCAGAATCTG TTCACCAAGC CCCTGACACT CACAGCATTT CACAGTTTCT GCACAGAGTG 
CAAGGTTACC GCAGGCGAGG TGGGCGTGGA GGTGGCCCAG GTCGGCGAGG AGGATGTAAC 
AGCCATAACC CAGAGTTGTC CCGTTGTTCC TTCAGTGACT TCTTTGAGGG TATTGGTAAG 
AAGAAGACCA AAGCAAGGCC TGTTGACCCT CTAAAGCCAC GGAAACGGAG ACAGCCGCGA 
GCTGAGCCAG ATCCCAATGC TAAGCCCAAG CGCAAGAGGA GATCACGTAA GAATGGTGCT 
CTTCTTGGTG AAATGGGTGG AGAGGGAAGT TTAGGCTATC AAGGCACATC TGAATGGGGA 
CCTGAAGGTA AAGGAACACC ATGGCCGGGT CAGCTTTCTC ACAGCCAGTC AGGTGGTAGA 
CACTGCAGTT ATCAAGGACC TGAAAACAGG GGATTTTCTT CAATGCACAG TGGATCCCCT 
AACAGACCTA GTTACTATGC AGGAGCAGGA TCAGTGTCCC ATGCCGAGGG TGGAGGGCAG 
GACCGCCACA GCCTCTTTAC TGGGTATTTC CGCTCCCTCC TTGACTCAGA TGACTCTTCT 
GATCTAGTAG ATTTTGCCAT GGCTGCCCAG AGACAAGAAG CCCGGAAATC AGCATCAGCC 
TTCTCTGGAT CGTCATCTTC CCCTAACACC CGAGCTCTCC AGTCCTATTC CAACTCCCGG 
GGCACTAAAG CTAGTGCTCA AGAATCAGCA TACCAAAGCT CAGCACCAGC CAGGCAGCAA 
TTTCCACCAA GTCGAGGGTC ATCAAATTAT GCAGCATTAA ATCAACAAGA CTGCCATGGC 
TCTGATGCCT TTCAGAAGCT GGTGTCTCGT TCACCTAATT CTCATCATAC TGGGGGCTTT 
AGCCAATATA GTGGTTTCTC TGGAACTGGT GGTCAGAGCC TTCCCAGCCA TGGACTTTTT 
GCACCTAACA AACAGTATCC CTCTGGACCC CCAGATTGTG CAGGCAACAA GGACTGTAGT 
TTCTCATTCA GTGGAGGTAA CAGCCTCCCT TCATCACCTG GCAGTGCTCA TAGTGGTACA 
GGTTTCAGCC ATCAGCAGCA ACAACAATTG CCTGCTGTAG GATCTGGAGT TAACATGTCC 
AAAAACCCCT TCTTTAATAC ATCAGAAGTG CCCCCTTTTC CCCCCCTTAG GAGCGAGAGT 
CGATCAGGTA CCTCCTCACC TGCCAATTAC ATGCTGCCTA AAGCTGCTGG ATCACTCTTC 
CCTGGGGAAA ATAGCCGTAC CTTTCCAGGG ACTTCAAGTC AGTGGGCTTT TAGGCAGGGT 
TACAGCCAGA CAGATTGGGG TCCTGACAGT TTTGGACAGC TCTATGGAGC TGGTTTTGAT 
TGTCACATGA CAGAGTCCAA TGTTATCTTA GACATTAGCA ACTATACTCC CCAGAAAGCC 
AAACAGAACA CAGACAACAT TTCTGAATCA TCCTCTGACA GCACACAGTA CACACAGCCT 
GGGGCTGGCT ATCGCCGGGC CAACAGTGAG GCTTCATCTA GTGAAGGGCA ATCCAGCTTA 
TCAAGTCTTG AAAAATTAAT GATGGATTGG AATGAAACAT CCTCTGCCCC TGGATACAGC 
TGGAACCAGA GTGTTCTCTT TCACCATACT GCTAAACCTG GTCGGGGGAG AAGGAAGAAA 
GCTGATATTT TTGAACCCTC ACACCCACAT CACCATCACC TGGGCTTCTC CTCATCCTCT 
CCTTCTTCCT CCTCTTCCTC AGCTGCTGCT CCTCCTACAG GCTTTCCCAG TAAACGAGGA 
GGGGGTCCAA GAGGTCCAAG GGGTGGTCGT GGTGGGGGCT GTTCCACAAA CAGGAAAGAG 
AGAGGTTCAG GAAAGGCTAA GTTTGTCCCA AAACCACCTG CTCCACCTCC ATCATCCTCT 
GTGAGCTCCC TGTTCCAGGA GTCCTCAGAG CTAGGATTGG ACTGCTATAG TGGGGATAGT 
AGCATGTCAC CTCTGCCTTC CCACTCACGG GCATATAGTG TAGGAGAGAG AGATCCCCCT 
TGTGACTTTT CTGGACCTTA TTCCATGAAC CCGTCTACCC CTTCTGATGG CACATTTGGT 
TTCCAGAGTG ACTCCCCGGG GCTGTGCCCT CCCACAACAG AGCTAGAGCC TGGAAAACAC 
TTTTCTCACC TCCCACCATC CGGAAGTGCC ACCTCTGGTG CCCCACATCC TCCTCCACCA 
CCTGGCCTGG GTTACGAACA TCCCATGCAA GACTCTCCTT TTTCTCCCAA CTGCTCCCCT 
ACACTTGAGC TACGGCCAGG GGAAGGAAGG AAGCTAGTAC CCTCTTCTCA CTCATCCTGT 
GATCCCCTCA AACACAGTTT GCCTCCACAC TTGCCCTCTT GTCGTGAGCA ACTACCATCC 
CAACCTTCCA CCCATCACCG CTATGAGCCC CCCAGCTGCA AAAATGCTGG CTACTGGTAC 
CCACCTCGCA GTCCTCCTTA TGATGGAAAA GGGGGCTTAC TTTCAGACTT TATGGGCAGG 
CGGGGGGAGG GAGCATCCTG TCTGAGCCCC CATATCCCCA GCCCTAAAAG GGACAAAGAG 
ACGCTGGACA TGATGAGAGG ACACCACAGA GCCCCATACC CTTGCCCATT GCTCAGTGAT 
ATCACCCATT CCCCTGTGCA AAGAGACTCC ATGGTGCAAC TACAGGAGAC CTATCGCTAC 
CCAGCCTTTC CCCCCCAGGG ACCCCCAGTT CTGTCCCCTC CCAACATGAA GGGTGGGTTT 
CTGGGACCTG AAAATATTCC TGAAGACAAC TTTACAGTCA CCTCCCTTTA G

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

ahdc1 ( XM_012958332.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012813786.1 Xenopus tropicalis AT-hook DNA binding motif containing 1 (ahdc1), transcript variant X2, mRNA.

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CloneID	OXa36713
Clone ID Related Accession (Same CDS sequence)	XM_012958331.2 , XM_012958333.2 , XM_012958332.2
Accession Version	XM_012958332.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5091bp) 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	1473177600000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	AT-hook DNA-binding motif-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030678.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012958332.1. ##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##

ATGTTTTCGC ATGTTTCCAC AGCGGATTTC ATGTGTCTGC GCACATGCCG ACACAGTGCC 
TGTCAGTGCA GTTACATAAA GGAGTGGATC AGTTGCTTCT CTATCTTAGG AGGAGAAACA 
GATCTTAGCA CTGCTGGCCT TGTATCCCCA GGCTTGGAAA ATGGAGAAGT TACTGCTGAA 
AGGCGATCCC TTCACTCCAA GGAAACCGAA AGAAATCGCA GAGTGACCCT GGTCTGCAGA 
CACCCACGAT CAAGAGACAC CAAATACAGC GGAAGAAGTA CAAAACTGCA GAATTCCTCT 
TTGGCCCATC CGGAACCCAA TCTCTCCTCT TCACAAGAAG ATAATTCACG TCCTCCACGT 
AATGAGGCCT GGAGCCGTGC CAACAAGCCA CTCTGCCGCC CATCAGTAGG CCCCCCCAGA 
CTGGGAGTAG ATGGAATCAT TGCTTTGTTG AAGAGCAAGT GCGGTAATGG ACGCGTGAAC 
CTACAGCCTG TAGTGAGGTT GATGGACATC ATGAAAGATC TCAGCCAACT GTCTAGTGAT 
CTACAATCTA GTGGTGTACG TTTGGATTGC ACCCATGTTG CAAGCTCCCC TTCAGAGTCA 
GAAAATGCAG AACCAGGATT ACAATATAGT TTCTTCTCAT CTCAGAGTTT GGCATGTGGT 
CTGAGAAGCC CAGAGGAAAA GCCATCTGAG ACTGTCGAGA AAGAGCCAGT TCCTGTTTCT 
CCCAACCCAG ACTCCATGGA GTCTGCCAGT TCAGAGGTCT TGAGAGAACT AGCAGCTCTA 
GCCTGGATGG AACCTCAACA AACAGAGAGC AAAGGGGAGA TAGAGGAGAG GATTGAAAGG 
AGACTGGAAA AGGTGGAAGA AACTAGAGGC CAAAATGAAG AGACATCAAA GGAACTTGAC 
CATAGTGAAA TGGAAGATGT GGGGCCTAGA GAGGAAAAGA TCACTAAACA GGAAGATGAT 
GAGTCAGGTG AGGAACCAGA TGAAAGTAAA CATGAGGATG AATCAGGGGA GGAACAAGAT 
GGAAGTAAAC AGGAAGATGA TTCTGGAGAG GAGCAAGAAG ACCTTAAACA AGGAGAGGAA 
TCATCGGGAG ATGATCAGGA AGAGAATAAA CAAGACGAGG ACTCATCTGA GGAAGATCAG 
GGGGAAAGTA AACAGGATGA AGAATCATCT GAGGATGAGC AGGACGAAGG GGCTGGGGAC 
AATGAGGCAG AAGACCCAAC AGATGGCAAA ATGAATGAAC AGGGTGATAT AACATTAGTC 
CAGGAAAATC AACTTAATTT GAAAGATATG GGGGTAGCAA GCCTAGATGC AGATTTGAAA 
GAACAATCAT CTGATGAGGA AAGCAGGGAA GATGAAAGCA AACAAGAAGA AGAGAAAACA 
GTAGAAAGGG AAGTACTCAT GGAGACACAA ATGGAGCAGT TGCCCTGGAT GCTCCCGCTC 
TTTTCTCCTT CGGTTGATAA CATCAGAAGA ATCTCCTTTT CTCACCGTGG TAGATTTGGT 
CACAGAGGAC GCAGGGGTGA TAGGCCTGGT AGAGGACGGC GAAGAAGACC AGGTAGGCCA 
CGAGCTTCAG AGAGCCTTTC AAGGGCATAT GTGATGCCAC CCTATCACCG AACCCCTGAA 
GAGCCAAGGG CATATCGGCT CCATGAGCAA AGCTTACATT TTACACACTC CATTAACAAC 
CCCCCCTCCA TGGAAACACC TAAAGAAGAA GGCCCCCCCA AAAAGCCAAA ACGCAAGGGA 
GTTCGCAAGA TGGTGGTTCG GATTGCAAAA ATCCCCATGC CTGTGGGTAG AAGAAACAAA 
ACAAGTTACA AAGTGTCTTC TTTCAGCAGT ACATTGAGTG TGGAAGGAGG AGAACTGATA 
GGTGGGTCTG GCCCTGGTCC TACATCACTT CTCAAAATGA AGAATAATGG GCGCAATGTT 
GTCATGGTGT TTCCACCTGG TGAACTCCCC ATCATACTTA AAAGGAGGAG AGGAAGGCCT 
CCAAAGAACC TTGTGTTAGC ACGTGAAACC CCTCCAATGC TGCCCCAGCC ACCCCCCAAA 
GAACCTGCAG CACTGCCACC TCCAACTTCC CAGCCTCCCA CACCATTACC AGAGGGTGAA 
ATGGTCAAGA AGCGGCGGCG AAGGAAACAG AAACTTCCAT CTCCCCAGCC ATCATATGTG 
GCAGATGCCA ATGACAGCAA GTCTGAATAT AGTGATGTGC TGGCAAAGCT TGCTTTCTTA 
AACAGACAAA GTCAAACAGC TGGGCGCAAT TCACCTCCCC GCTGCTGGAC TCCAACTTTG 
CCAGAATCTG TTCACCAAGC CCCTGACACT CACAGCATTT CACAGTTTCT GCACAGAGTG 
CAAGGTTACC GCAGGCGAGG TGGGCGTGGA GGTGGCCCAG GTCGGCGAGG AGGATGTAAC 
AGCCATAACC CAGAGTTGTC CCGTTGTTCC TTCAGTGACT TCTTTGAGGG TATTGGTAAG 
AAGAAGACCA AAGCAAGGCC TGTTGACCCT CTAAAGCCAC GGAAACGGAG ACAGCCGCGA 
GCTGAGCCAG ATCCCAATGC TAAGCCCAAG CGCAAGAGGA GATCACGTAA GAATGGTGCT 
CTTCTTGGTG AAATGGGTGG AGAGGGAAGT TTAGGCTATC AAGGCACATC TGAATGGGGA 
CCTGAAGGTA AAGGAACACC ATGGCCGGGT CAGCTTTCTC ACAGCCAGTC AGGTGGTAGA 
CACTGCAGTT ATCAAGGACC TGAAAACAGG GGATTTTCTT CAATGCACAG TGGATCCCCT 
AACAGACCTA GTTACTATGC AGGAGCAGGA TCAGTGTCCC ATGCCGAGGG TGGAGGGCAG 
GACCGCCACA GCCTCTTTAC TGGGTATTTC CGCTCCCTCC TTGACTCAGA TGACTCTTCT 
GATCTAGTAG ATTTTGCCAT GGCTGCCCAG AGACAAGAAG CCCGGAAATC AGCATCAGCC 
TTCTCTGGAT CGTCATCTTC CCCTAACACC CGAGCTCTCC AGTCCTATTC CAACTCCCGG 
GGCACTAAAG CTAGTGCTCA AGAATCAGCA TACCAAAGCT CAGCACCAGC CAGGCAGCAA 
TTTCCACCAA GTCGAGGGTC ATCAAATTAT GCAGCATTAA ATCAACAAGA CTGCCATGGC 
TCTGATGCCT TTCAGAAGCT GGTGTCTCGT TCACCTAATT CTCATCATAC TGGGGGCTTT 
AGCCAATATA GTGGTTTCTC TGGAACTGGT GGTCAGAGCC TTCCCAGCCA TGGACTTTTT 
GCACCTAACA AACAGTATCC CTCTGGACCC CCAGATTGTG CAGGCAACAA GGACTGTAGT 
TTCTCATTCA GTGGAGGTAA CAGCCTCCCT TCATCACCTG GCAGTGCTCA TAGTGGTACA 
GGTTTCAGCC ATCAGCAGCA ACAACAATTG CCTGCTGTAG GATCTGGAGT TAACATGTCC 
AAAAACCCCT TCTTTAATAC ATCAGAAGTG CCCCCTTTTC CCCCCCTTAG GAGCGAGAGT 
CGATCAGGTA CCTCCTCACC TGCCAATTAC ATGCTGCCTA AAGCTGCTGG ATCACTCTTC 
CCTGGGGAAA ATAGCCGTAC CTTTCCAGGG ACTTCAAGTC AGTGGGCTTT TAGGCAGGGT 
TACAGCCAGA CAGATTGGGG TCCTGACAGT TTTGGACAGC TCTATGGAGC TGGTTTTGAT 
TGTCACATGA CAGAGTCCAA TGTTATCTTA GACATTAGCA ACTATACTCC CCAGAAAGCC 
AAACAGAACA CAGACAACAT TTCTGAATCA TCCTCTGACA GCACACAGTA CACACAGCCT 
GGGGCTGGCT ATCGCCGGGC CAACAGTGAG GCTTCATCTA GTGAAGGGCA ATCCAGCTTA 
TCAAGTCTTG AAAAATTAAT GATGGATTGG AATGAAACAT CCTCTGCCCC TGGATACAGC 
TGGAACCAGA GTGTTCTCTT TCACCATACT GCTAAACCTG GTCGGGGGAG AAGGAAGAAA 
GCTGATATTT TTGAACCCTC ACACCCACAT CACCATCACC TGGGCTTCTC CTCATCCTCT 
CCTTCTTCCT CCTCTTCCTC AGCTGCTGCT CCTCCTACAG GCTTTCCCAG TAAACGAGGA 
GGGGGTCCAA GAGGTCCAAG GGGTGGTCGT GGTGGGGGCT GTTCCACAAA CAGGAAAGAG 
AGAGGTTCAG GAAAGGCTAA GTTTGTCCCA AAACCACCTG CTCCACCTCC ATCATCCTCT 
GTGAGCTCCC TGTTCCAGGA GTCCTCAGAG CTAGGATTGG ACTGCTATAG TGGGGATAGT 
AGCATGTCAC CTCTGCCTTC CCACTCACGG GCATATAGTG TAGGAGAGAG AGATCCCCCT 
TGTGACTTTT CTGGACCTTA TTCCATGAAC CCGTCTACCC CTTCTGATGG CACATTTGGT 
TTCCAGAGTG ACTCCCCGGG GCTGTGCCCT CCCACAACAG AGCTAGAGCC TGGAAAACAC 
TTTTCTCACC TCCCACCATC CGGAAGTGCC ACCTCTGGTG CCCCACATCC TCCTCCACCA 
CCTGGCCTGG GTTACGAACA TCCCATGCAA GACTCTCCTT TTTCTCCCAA CTGCTCCCCT 
ACACTTGAGC TACGGCCAGG GGAAGGAAGG AAGCTAGTAC CCTCTTCTCA CTCATCCTGT 
GATCCCCTCA AACACAGTTT GCCTCCACAC TTGCCCTCTT GTCGTGAGCA ACTACCATCC 
CAACCTTCCA CCCATCACCG CTATGAGCCC CCCAGCTGCA AAAATGCTGG CTACTGGTAC 
CCACCTCGCA GTCCTCCTTA TGATGGAAAA GGGGGCTTAC TTTCAGACTT TATGGGCAGG 
CGGGGGGAGG GAGCATCCTG TCTGAGCCCC CATATCCCCA GCCCTAAAAG GGACAAAGAG 
ACGCTGGACA TGATGAGAGG ACACCACAGA GCCCCATACC CTTGCCCATT GCTCAGTGAT 
ATCACCCATT CCCCTGTGCA AAGAGACTCC ATGGTGCAAC TACAGGAGAC CTATCGCTAC 
CCAGCCTTTC CCCCCCAGGG ACCCCCAGTT CTGTCCCCTC CCAACATGAA GGGTGGGTTT 
CTGGGACCTG AAAATATTCC TGAAGACAAC TTTACAGTCA CCTCCCTTTA G

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

RefSeq	XP_012813786.1
CDS	1196..6286
Translation	MFSHVSTADFMCLRTCRHSACQCSYIKEWISCFSILGGETDLSTAGLVSPGLENGEVTAERRSLHSKETERNRRVTLVCRHPRSRDTKYSGRSTKLQNSSLAHPEPNLSSSQEDNSRPPRNEAWSRANKPLCRPSVGPPRLGVDGIIALLKSKCGNGRVNLQPVVRLMDIMKDLSQLSSDLQSSGVRLDCTHVASSPSESENAEPGLQYSFFSSQSLACGLRSPEEKPSETVEKEPVPVSPNPDSMESASSEVLRELAALAWMEPQQTESKGEIEERIERRLEKVEETRGQNEETSKELDHSEMEDVGPREEKITKQEDDESGEEPDESKHEDESGEEQDGSKQEDDSGEEQEDLKQGEESSGDDQEENKQDEDSSEEDQGESKQDEESSEDEQDEGAGDNEAEDPTDGKMNEQGDITLVQENQLNLKDMGVASLDADLKEQSSDEESREDESKQEEEKTVEREVLMETQMEQLPWMLPLFSPSVDNIRRISFSHRGRFGHRGRRGDRPGRGRRRRPGRPRASESLSRAYVMPPYHRTPEEPRAYRLHEQSLHFTHSINNPPSMETPKEEGPPKKPKRKGVRKMVVRIAKIPMPVGRRNKTSYKVSSFSSTLSVEGGELIGGSGPGPTSLLKMKNNGRNVVMVFPPGELPIILKRRRGRPPKNLVLARETPPMLPQPPPKEPAALPPPTSQPPTPLPEGEMVKKRRRRKQKLPSPQPSYVADANDSKSEYSDVLAKLAFLNRQSQTAGRNSPPRCWTPTLPESVHQAPDTHSISQFLHRVQGYRRRGGRGGGPGRRGGCNSHNPELSRCSFSDFFEGIGKKKTKARPVDPLKPRKRRQPRAEPDPNAKPKRKRRSRKNGALLGEMGGEGSLGYQGTSEWGPEGKGTPWPGQLSHSQSGGRHCSYQGPENRGFSSMHSGSPNRPSYYAGAGSVSHAEGGGQDRHSLFTGYFRSLLDSDDSSDLVDFAMAAQRQEARKSASAFSGSSSSPNTRALQSYSNSRGTKASAQESAYQSSAPARQQFPPSRGSSNYAALNQQDCHGSDAFQKLVSRSPNSHHTGGFSQYSGFSGTGGQSLPSHGLFAPNKQYPSGPPDCAGNKDCSFSFSGGNSLPSSPGSAHSGTGFSHQQQQQLPAVGSGVNMSKNPFFNTSEVPPFPPLRSESRSGTSSPANYMLPKAAGSLFPGENSRTFPGTSSQWAFRQGYSQTDWGPDSFGQLYGAGFDCHMTESNVILDISNYTPQKAKQNTDNISESSSDSTQYTQPGAGYRRANSEASSSEGQSSLSSLEKLMMDWNETSSAPGYSWNQSVLFHHTAKPGRGRRKKADIFEPSHPHHHHLGFSSSSPSSSSSSAAAPPTGFPSKRGGGPRGPRGGRGGGCSTNRKERGSGKAKFVPKPPAPPPSSSVSSLFQESSELGLDCYSGDSSMSPLPSHSRAYSVGERDPPCDFSGPYSMNPSTPSDGTFGFQSDSPGLCPPTTELEPGKHFSHLPPSGSATSGAPHPPPPPGLGYEHPMQDSPFSPNCSPTLELRPGEGRKLVPSSHSSCDPLKHSLPPHLPSCREQLPSQPSTHHRYEPPSCKNAGYWYPPRSPPYDGKGGLLSDFMGRRGEGASCLSPHIPSPKRDKETLDMMRGHHRAPYPCPLLSDITHSPVQRDSMVQLQETYRYPAFPPQGPPVLSPPNMKGGFLGPENIPEDNFTVTSL

Target ORF information:

RefSeq Version	XM_012958332.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis AT-hook DNA binding motif containing 1 (ahdc1), transcript variant X2, mRNA.

Target ORF information:

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

XM_012958332.2

ORF Insert Sequence:

ATGTTTTCGC ATGTTTCCAC AGCGGATTTC ATGTGTCTGC GCACATGCCG ACACAGTGCC 
TGTCAGTGCA GTTACATAAA GGAGTGGATC AGTTGCTTCT CTATCTTAGG AGGAGAAACA 
GATCTTAGCA CTGCTGGCCT TGTATCCCCA GGCTTGGAAA ATGGAGAAGT TACTGCTGAA 
AGGCGATCCC TTCACTCCAA GGAAACCGAA AGAAATCGCA GAGTGACCCT GGTCTGCAGA 
CACCCACGAT CAAGAGACAC CAAATACAGC GGAAGAAGTA CAAAACTGCA GAATTCCTCT 
TTGGCCCATC CGGAACCCAA TCTCTCCTCT TCACAAGAAG ATAATTCACG TCCTCCACGT 
AATGAGGCCT GGAGCCGTGC CAACAAGCCA CTCTGCCGCC CATCAGTAGG CCCCCCCAGA 
CTGGGAGTAG ATGGAATCAT TGCTTTGTTG AAGAGCAAGT GCGGTAATGG ACGCGTGAAC 
CTACAGCCTG TAGTGAGGTT GATGGACATC ATGAAAGATC TCAGCCAACT GTCTAGTGAT 
CTACAATCTA GTGGTGTACG TTTGGATTGC ACCCATGTTG CAAGCTCCCC TTCAGAGTCA 
GAAAATGCAG AACCAGGATT ACAATATAGT TTCTTCTCAT CTCAGAGTTT GGCATGTGGT 
CTGAGAAGCC CAGAGGAAAA GCCATCTGAG ACTGTCGAGA AAGAGCCAGT TCCTGTTTCT 
CCCAACCCAG ACTCCATGGA GTCTGCCAGT TCAGAGGTCT TGAGAGAACT AGCAGCTCTA 
GCCTGGATGG AACCTCAACA AACAGAGAGC AAAGGGGAGA TAGAGGAGAG GATTGAAAGG 
AGACTGGAAA AGGTGGAAGA AACTAGAGGC CAAAATGAAG AGACATCAAA GGAACTTGAC 
CATAGTGAAA TGGAAGATGT GGGGCCTAGA GAGGAAAAGA TCACTAAACA GGAAGATGAT 
GAGTCAGGTG AGGAACCAGA TGAAAGTAAA CATGAGGATG AATCAGGGGA GGAACAAGAT 
GGAAGTAAAC AGGAAGATGA TTCTGGAGAG GAGCAAGAAG ACCTTAAACA AGGAGAGGAA 
TCATCGGGAG ATGATCAGGA AGAGAATAAA CAAGACGAGG ACTCATCTGA GGAAGATCAG 
GGGGAAAGTA AACAGGATGA AGAATCATCT GAGGATGAGC AGGACGAAGG GGCTGGGGAC 
AATGAGGCAG AAGACCCAAC AGATGGCAAA ATGAATGAAC AGGGTGATAT AACATTAGTC 
CAGGAAAATC AACTTAATTT GAAAGATATG GGGGTAGCAA GCCTAGATGC AGATTTGAAA 
GAACAATCAT CTGATGAGGA AAGCAGGGAA GATGAAAGCA AACAAGAAGA AGAGAAAACA 
GTAGAAAGGG AAGTACTCAT GGAGACACAA ATGGAGCAGT TGCCCTGGAT GCTCCCGCTC 
TTTTCTCCTT CGGTTGATAA CATCAGAAGA ATCTCCTTTT CTCACCGTGG TAGATTTGGT 
CACAGAGGAC GCAGGGGTGA TAGGCCTGGT AGAGGACGGC GAAGAAGACC AGGTAGGCCA 
CGAGCTTCAG AGAGCCTTTC AAGGGCATAT GTGATGCCAC CCTATCACCG AACCCCTGAA 
GAGCCAAGGG CATATCGGCT CCATGAGCAA AGCTTACATT TTACACACTC CATTAACAAC 
CCCCCCTCCA TGGAAACACC TAAAGAAGAA GGCCCCCCCA AAAAGCCAAA ACGCAAGGGA 
GTTCGCAAGA TGGTGGTTCG GATTGCAAAA ATCCCCATGC CTGTGGGTAG AAGAAACAAA 
ACAAGTTACA AAGTGTCTTC TTTCAGCAGT ACATTGAGTG TGGAAGGAGG AGAACTGATA 
GGTGGGTCTG GCCCTGGTCC TACATCACTT CTCAAAATGA AGAATAATGG GCGCAATGTT 
GTCATGGTGT TTCCACCTGG TGAACTCCCC ATCATACTTA AAAGGAGGAG AGGAAGGCCT 
CCAAAGAACC TTGTGTTAGC ACGTGAAACC CCTCCAATGC TGCCCCAGCC ACCCCCCAAA 
GAACCTGCAG CACTGCCACC TCCAACTTCC CAGCCTCCCA CACCATTACC AGAGGGTGAA 
ATGGTCAAGA AGCGGCGGCG AAGGAAACAG AAACTTCCAT CTCCCCAGCC ATCATATGTG 
GCAGATGCCA ATGACAGCAA GTCTGAATAT AGTGATGTGC TGGCAAAGCT TGCTTTCTTA 
AACAGACAAA GTCAAACAGC TGGGCGCAAT TCACCTCCCC GCTGCTGGAC TCCAACTTTG 
CCAGAATCTG TTCACCAAGC CCCTGACACT CACAGCATTT CACAGTTTCT GCACAGAGTG 
CAAGGTTACC GCAGGCGAGG TGGGCGTGGA GGTGGCCCAG GTCGGCGAGG AGGATGTAAC 
AGCCATAACC CAGAGTTGTC CCGTTGTTCC TTCAGTGACT TCTTTGAGGG TATTGGTAAG 
AAGAAGACCA AAGCAAGGCC TGTTGACCCT CTAAAGCCAC GGAAACGGAG ACAGCCGCGA 
GCTGAGCCAG ATCCCAATGC TAAGCCCAAG CGCAAGAGGA GATCACGTAA GAATGGTGCT 
CTTCTTGGTG AAATGGGTGG AGAGGGAAGT TTAGGCTATC AAGGCACATC TGAATGGGGA 
CCTGAAGGTA AAGGAACACC ATGGCCGGGT CAGCTTTCTC ACAGCCAGTC AGGTGGTAGA 
CACTGCAGTT ATCAAGGACC TGAAAACAGG GGATTTTCTT CAATGCACAG TGGATCCCCT 
AACAGACCTA GTTACTATGC AGGAGCAGGA TCAGTGTCCC ATGCCGAGGG TGGAGGGCAG 
GACCGCCACA GCCTCTTTAC TGGGTATTTC CGCTCCCTCC TTGACTCAGA TGACTCTTCT 
GATCTAGTAG ATTTTGCCAT GGCTGCCCAG AGACAAGAAG CCCGGAAATC AGCATCAGCC 
TTCTCTGGAT CGTCATCTTC CCCTAACACC CGAGCTCTCC AGTCCTATTC CAACTCCCGG 
GGCACTAAAG CTAGTGCTCA AGAATCAGCA TACCAAAGCT CAGCACCAGC CAGGCAGCAA 
TTTCCACCAA GTCGAGGGTC ATCAAATTAT GCAGCATTAA ATCAACAAGA CTGCCATGGC 
TCTGATGCCT TTCAGAAGCT GGTGTCTCGT TCACCTAATT CTCATCATAC TGGGGGCTTT 
AGCCAATATA GTGGTTTCTC TGGAACTGGT GGTCAGAGCC TTCCCAGCCA TGGACTTTTT 
GCACCTAACA AACAGTATCC CTCTGGACCC CCAGATTGTG CAGGCAACAA GGACTGTAGT 
TTCTCATTCA GTGGAGGTAA CAGCCTCCCT TCATCACCTG GCAGTGCTCA TAGTGGTACA 
GGTTTCAGCC ATCAGCAGCA ACAACAATTG CCTGCTGTAG GATCTGGAGT TAACATGTCC 
AAAAACCCCT TCTTTAATAC ATCAGAAGTG CCCCCTTTTC CCCCCCTTAG GAGCGAGAGT 
CGATCAGGTA CCTCCTCACC TGCCAATTAC ATGCTGCCTA AAGCTGCTGG ATCACTCTTC 
CCTGGGGAAA ATAGCCGTAC CTTTCCAGGG ACTTCAAGTC AGTGGGCTTT TAGGCAGGGT 
TACAGCCAGA CAGATTGGGG TCCTGACAGT TTTGGACAGC TCTATGGAGC TGGTTTTGAT 
TGTCACATGA CAGAGTCCAA TGTTATCTTA GACATTAGCA ACTATACTCC CCAGAAAGCC 
AAACAGAACA CAGACAACAT TTCTGAATCA TCCTCTGACA GCACACAGTA CACACAGCCT 
GGGGCTGGCT ATCGCCGGGC CAACAGTGAG GCTTCATCTA GTGAAGGGCA ATCCAGCTTA 
TCAAGTCTTG AAAAATTAAT GATGGATTGG AATGAAACAT CCTCTGCCCC TGGATACAGC 
TGGAACCAGA GTGTTCTCTT TCACCATACT GCTAAACCTG GTCGGGGGAG AAGGAAGAAA 
GCTGATATTT TTGAACCCTC ACACCCACAT CACCATCACC TGGGCTTCTC CTCATCCTCT 
CCTTCTTCCT CCTCTTCCTC AGCTGCTGCT CCTCCTACAG GCTTTCCCAG TAAACGAGGA 
GGGGGTCCAA GAGGTCCAAG GGGTGGTCGT GGTGGGGGCT GTTCCACAAA CAGGAAAGAG 
AGAGGTTCAG GAAAGGCTAA GTTTGTCCCA AAACCACCTG CTCCACCTCC ATCATCCTCT 
GTGAGCTCCC TGTTCCAGGA GTCCTCAGAG CTAGGATTGG ACTGCTATAG TGGGGATAGT 
AGCATGTCAC CTCTGCCTTC CCACTCACGG GCATATAGTG TAGGAGAGAG AGATCCCCCT 
TGTGACTTTT CTGGACCTTA TTCCATGAAC CCGTCTACCC CTTCTGATGG CACATTTGGT 
TTCCAGAGTG ACTCCCCGGG GCTGTGCCCT CCCACAACAG AGCTAGAGCC TGGAAAACAC 
TTTTCTCACC TCCCACCATC CGGAAGTGCC ACCTCTGGTG CCCCACATCC TCCTCCACCA 
CCTGGCCTGG GTTACGAACA TCCCATGCAA GACTCTCCTT TTTCTCCCAA CTGCTCCCCT 
ACACTTGAGC TACGGCCAGG GGAAGGAAGG AAGCTAGTAC CCTCTTCTCA CTCATCCTGT 
GATCCCCTCA AACACAGTTT GCCTCCACAC TTGCCCTCTT GTCGTGAGCA ACTACCATCC 
CAACCTTCCA CCCATCACCG CTATGAGCCC CCCAGCTGCA AAAATGCTGG CTACTGGTAC 
CCACCTCGCA GTCCTCCTTA TGATGGAAAA GGGGGCTTAC TTTCAGACTT TATGGGCAGG 
CGGGGGGAGG GAGCATCCTG TCTGAGCCCC CATATCCCCA GCCCTAAAAG GGACAAAGAG 
ACGCTGGACA TGATGAGAGG ACACCACAGA GCCCCATACC CTTGCCCATT GCTCAGTGAT 
ATCACCCATT CCCCTGTGCA AAGAGACTCC ATGGTGCAAC TACAGGAGAC CTATCGCTAC 
CCAGCCTTTC CCCCCCAGGG ACCCCCAGTT CTGTCCCCTC CCAACATGAA GGGTGGGTTT 
CTGGGACCTG AAAATATTCC TGAAGACAAC TTTACAGTCA CCTCCCTTTA G

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

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ahdc1 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:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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