LOC108707571 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108707571
Entrez Gene ID	108707571
Full Name	dynein, cytoplasmic 2, heavy chain 1 L homeolog
Synonyms	dhc1b,dhc2,dnch2,dyh1b
General protein information	Preferred Names dynein, cytoplasmic 2, heavy chain 1 L homeolog Names cytoplasmic dynein 2 heavy chain 1-like
Gene Type	protein-coding
Organism	Xenopus laevis(African clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018245566.1	XP_018101055.1	cytoplasmic dynein 2 heavy chain 1-like

Pathways from BioSystems
Gene Ontology

The following LOC108707571 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108707571 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)	Select
OAf19259	XM_018245566.1 Latest version!	Xenopus laevis cytoplasmic dynein 2 heavy chain 1-like (LOC108707571), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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)

LOC108707571 ( XM_018245566.1 ) cDNA ORF clone, Xenopus laevis(African clawed frog) -> XP_018101055.1 Xenopus laevis cytoplasmic dynein 2 heavy chain 1-like (LOC108707571), mRNA.

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CloneID	OAf19259
Clone ID Related Accession (Same CDS sequence)	XM_018245566.1
Accession Version	XM_018245566.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8520bp) 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	1474214400000
Organism	Xenopus laevis(African clawed frog)
Product	cytoplasmic dynein 2 heavy chain 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030726.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus laevis Annotation Release 100 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## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGCCTACGG GCGGCGGAGA CAAGAGGAAG CGCTATGTGC TGAGCACGGC GCATAACTAC 
TTGGGGCTGC CGTGGGACGG AGAGGTTCCA GGCTGCGCGG AGCTGGAGCG CTTCTTGGAT 
GATGGGAATG AGTTCATTCT GTCCGGGCGG AAGGCCGGGA CCCGGATCCA GTTCTCTAAC 
AAGGTTGATC CTGGTGAAAC GAAAGATAAA GTCCTTGTGT TCTTTAAAAT AAGACCTGAC 
GTCATTACAG AAGACAATCT GTATGAAAAT ATCCTGGTAT CATCAATGCT CGACTCCCCC 
ATAAATACAC TTTACCAAGC GGTAAAGCAA GTCTATGCAC CTATATTACT TAAGGATGAG 
AAATGGAGTA AGGATTTCGA CCCTAAACTG CAGAGCATGC TGAGTGACCT GGAAGCAGGT 
TTGGGCACTA TATTAAGAAG ATCTGCTTCT GGTCGTGGGA AGCCTACATT TGGAGGAGAA 
GATGATCTGC AAGGCATTTT AACGCCAAAT GACGAGTTTC AGTTTTGGGC AGAAATTTCA 
GAAAGTAAAA GTAAATCAAG TGCCAGGGAT CGAGCGAGCC ACTTTAATAA ACTGTTTCAA 
TCTATTGCAA ATTATTACAG CACACTGGAC AATCTCCCCT TATCTGAAGT TGTGCAGCTC 
GTAGAAACTA CTCAGGAAAC CATGGATGAT GTTTGGAGAC AAACCGATTA TGACTCTTAC 
CCAGAGCATC GCATGAAGCA TTTACTCGAC ATCATAGGAA GTGCCCTGGG TAGGACTGTT 
CAGAGAAACC TTGGTGATAT GGACCATTGG AAGGACCCCT TTCCTACAGT TAAAGAAAAC 
TTGAGAGCAG GAATTACTGT CTGTGAGCAA TGGGCTGCTG CTTGTGAACA CCTGACAGGG 
CAACTTTGGC GACGTTTTAC TCCACACCCA TGGAAAACAG AGACATTTTC TGCTGATTCA 
CTAAAGAACC TGGGCGGACG TCTGGAGGAA GTATTGACTA TACGTATGCT CCATGAAAAA 
CTCCTTCACT TTTTACCATC TGGAGAAGAC AATGCTCTTC GTTCTGTGAA AGTGTTTGAA 
CCCTTCACTG GCTTGAATCC TGTGCACTAC AATCCATACA CAGAGCCTTT GTGGAGAGCG 
GCAGTATCAC AATATGAAAG AATCATTGAA CCTGCTGAAC AGAAAACAGC CAGCAAGCTA 
AAAACATATT TTTCTGAATT CCATGATAGC CCACAACAGC TCCTGCAAGC ATTTCAAAAA 
CACAAAGAAC TGGTAAAGCG CCCAAGTCTC AAAAAACAGT TGAATCTAGA ACGGGAAACA 
CTTCTTGCAA GACTTCAAGA CTCTAACAAA GATATTCTGT CAGACTTTGA ATCACGCTCT 
CATGGATCTC CAGGAGACTC ATCCGGACCA CTTACAGGAA GGAACCTCCC AGAAGTAGTA 
AATAACATTG TATGGGTGCG ACAGCTCCAG ATGAAGGTGG AGGATTCTGT TAAGACTGCA 
GATGCTCTTC TATCAGATCT CTCTGGATTT CCATCATTCA GGAAGAGTGC GAATGACCTC 
CTTGATCAGC TCAAAGTATA TGAACAAGAG CAGTTTGATG ATTGGTTAAG AGAAATCAAC 
GCTGGTCTGT CAGATCCAAA ATCTGGTTTT TGCTTACAAC CCAGTAGTCA GGTTATGGAA 
CTGGACCACT CTAATGGAAC TCTACGAATA CATTATTCTG ACCGCCTTGT AACTCTTCTC 
AGAGAAGTCC GTCAACTCTC GGCGCTTGGA TTAGTCATCC CACATAAAAT TCAGCAAGCT 
GCCAAGACAG CACAGAATTT CTACAAGCAA GCAATCATTC TGAAACAGGT TGCACATTTT 
TATAATACAA TCGATCAGCA AATGATTCAG AGTCAGAGAC CCATGATGCT GAATTCTGCT 
TTAGCGTTTG AACAAATTAT CAAGAATACC AAAATAAGCT CGGGTGAATC AAGTCAGAAA 
ATGCACATAA CCTGGAACAA TCCTAAAGAT TTGCAGGACT ATATTGAGAA GCTCCAAGGG 
GCAGCTCAGC AGTTGGCTAC AGAGAACAGG AAATTGAGGA AGAAACACAA GGACTTCTGT 
GAGAAGGTTG TTGCACTAAT GAACATTGAT TTGCTTCGGC ACCAGCAAAA GTGGAAAGAC 
GGTCTTCTCG AAATCCGAAG TGTCTTCTCC AACCTTGAAT ATCAGGGACT TCGCTCAAGT 
GATATGAGGC CATGGCGCCA ACACTGGAAT CATCAGCTCT ACAAAGCTTT AGAACATCAG 
TATCAAATCG GCTTAGAAGC ACTGAATGAA AATCTACCAG AAATTAACAT TGATTTAACA 
TTTAAGCAAG GACGACTCCA GTTTAAACCC CCCTATGAAG AAATTCGTGC CAAGTACTAC 
AGAGAAATGA AGAGGTTTAT CTCTATTCCA AACCAGTTCA AGGGACTGAG TGAAGCTGGT 
GAAGAACCAA TTTTTTCTAT CATGTCTGAG AGGAATGCAA ACGGCTTCAT CACCGTGTTC 
AGTAAAGCAG AGGATTTGTT CCGAAGGTTG GCCGCAGCCA TGGATCGATT TAAGGAATGG 
GTTGTGATTG GTCAGTTAGA TGTGGATGTT CTGATAAACA AATATCTCCA CGATGTTCAT 
GACTGGGAGA AAAACTTTAA AGCATTAAAA GTGCGAGGGA AAGAGGCTGA ACGTCTTCCC 
AGTTCTATCA AGATAGACTG CATGACAATA AATTGTAACC CGGTAAAATC GGTGGTTGAT 
GATCTCATTC AGACACTCTT TGACTCTCTA CTCATATCAT TAAAGAAGTC TATCCAAGCT 
CACTTGCACG AAATCGATTT GTTTGTGACT GAAGGAATGG AAATGTTGTC CAGTCGCCCT 
CAGACTGTTG AAGAGATTGG AGAAGCCAAC ATGAAGCATG CACAACTGAA GCTGAGAAAC 
CCAGAGATTC TACCTTTATT TAAAGAAGCC GAAGAGAAAA ACAGATTACT GCGCTCAGTT 
GCAGGGGGTG GATTGGACAC CATTGGCAAT CTCAGAGCAA AGTGGGATAA ATTTGAATTA 
ATGATGGAGA GTCATCAGCT AATGGTCAAA GAACAGATTG AAGTAATGAA GGAAAAGGTG 
AAATCCAGGG TGCAGATATA TACTCAGGAA ATAGAAAAAT TCAAAGCACG CTGGGACCAA 
TTTAAGCCAA GTGATGACCT TATTGAAACT GGAGAAGAGG ACACTTTGGA GAAAAGTGCA 
CAGTCAATAA AGGAAAAGAA AGCAGAGTTT GATGAACTTG AAGCGACAAA GAAAAAGTTA 
ATAGAGGATT GCCTACATTT TGGATTGGAA GCTCCTGATT TCTTCTTGGC TGATGAGATA 
CGTATAGACA TTGAGGACTG CAGCAAAACA TGGTCCTTGT ATGAAGAGTT TTATCAAGGT 
TTTAATGAGA AGGCCAAAGA AGACTGGATC TCATGCAGGA GTAAGTGTTA CAGTTTTGAA 
GAATTTATTT TATCATGGCA CGAGAGATTA CGGAAATTGG AAGAGCACAC CACTATGTCC 
GTGAAGCTGC AGAAGGAAAT TGACAAATAC AAGTTTGTCA TCATGGCTTC AAACCGGACA 
TCTATAATGT CTGATATAAA GAGAGACAAC AGGGTAACGT TGCTAACATC TCGAGCAGGC 
ATAAGAAACT CTCTGATAAC TATCCTCGAT CAGCTTCAGA GGTGCCAAAA ATCCCTGAAT 
GAATTTCTGG AGGTATGTAG CAGACGTTGG CTACTTATGT ATTCAAATTT TATTAAGAAA 
GCCCTAGAGC TGTATGAACA GTTGCGGCAG AGAATGGGTG TAGTCATCGT TGGACCAAGT 
GGAGCCGGAA AATCCACCCT GTGGCGAATG CTGCGAGCAG CACTTAATAA AACTGGGAAA 
GCTGTGAAGC AATACACTAT GAATCCCAAA GCAATGCCCC GGCACCAGTT ACTTGGCCAT 
ATAGACATGG ACACAAGAGA ATGGTCAGAT GGTGTTCTAA CAAGCAGCGC TCGTCAAGTT 
GTGCGAGAGT CCCAAGGTAA GAAGAATTTT GCTTCTGATA TCTCAGGTTC TCATCCATAC 
TTGAAACATG TTTTCGGCTG GGCAAGGGAA TCGCCACCAG ACCCACGCAA ACCCTTGGAT 
ACCTACTTTG ACACTAAAAC TGGGCGCCTA ATGGCCTATA ACCTTGAAAA ACCGGACAAT 
TTGACCACAG AAGATTTTAG TAATCCTCAA ATGCTCCCTG TTATAAGAAC TCCTGATATT 
CAGAGAGGGC TGGATTATTT CAATCCCTGG CTTGGCTCAG ACACTAAACA GCCATTTATT 
TTAGTCGGCC CAGAAGGTTG TGGAAAAGGA ATGCTACTTC GTTACGCTTT TTCACAGCTG 
CGATCCACTC ATATTGCTAC CGTGCACTGC AGCGCTCAGA CATCTTCCCG CCATATCTTA 
CAAAAGCTTA CCCAGACATG CTTGGTGATC AGTACAAACA CAGGTCGGGT GTACAGGCCA 
AAAGATTGTG AGAGGCTGGT TTTATATTTA AAAGATATCA ACCTCCCCAA GCCTGACAAA 
TGGGGGACCA GCACCTTAGT TGCTTTCTTA CAGCAGGTTT TAACATACCA TGGCTTTTAT 
GATGACAACC TTGAGTGGGT TGGACTTGAA AACATCCAGA TTGTGGCATC CATGTCTGTG 
GGCGGAACTA TAGGAAGGCA TAAGCTAACA ACTAGATTTA CATCTGTGGT CCGCATCTGT 
GCAGTTGATT ATCCTGAAAG GGACCAGTTG CAAACAATCT GCAGTTCATA TTTGGAGCCT 
GTTATTCACA AGAATCTTAA GAATCACCCA ACCTGGGGCT CCATGTCAAA AATCCACCAC 
TTAGCAGGAT CCATGGTTCA AGTATATGAA CAGATGTACA GCTACTTGAT CGCTAATCAC 
GGTTCTTCTA AACAGTCCCA AGACTGTGTC CTAGAAATTG TGGCATATGA AGCTCGGCGA 
CTGTTCCGCG ACAGAATTGT GACTGCTAAG GAACTTAATG CTTTTGATAA TATTTTAATG 
TCTGTGCTGC AAGGAGACTG GGGTTCAGAT GTCTTGGAAA ATATGGCAGA TGCCTTTTAT 
GTGACTTGGG GAGCAATACA TGGGGGAGGA GCTGTGATCG CTCCAGGTCA GCCTCTGCCC 
CCACATGGAA AATTGCTTGG AAAGTTGAAT TCTAATGATC TTCAAGATGT TATTAAAAAG 
GGTGCTCTTC AGTACAGTCA TATGAACAGA GAGCTTGACA TCCTATTTTT CCACGAAGTA 
CTTGACTACA TGTCACGAGT AGACCGAGTT CTCAGCTGTC CGGGGGGCTC TCTTCTCCTG 
GCGGGGCGCA GTGGCGTTGG CCGCAGAACT GTCACATCCC TTGTGAGCCA TATGCATGGT 
GCTGTGCTTT TTACTCCCAA GATTTCTAGA GGATATGAGC TAAAACATTT CAAAAATGAT 
CTTAAACAGG TTATTCAGAT GGCTGCCATT GAAGGACAAC AAGTAGTATT TCTTCTCGAA 
GACTATCAGT TTGTTCATCC AGCTTTCCTG GAGATGGTGA ACAGCCTCCT GTCATCAGGT 
GAGATTCCTG GATTGTATAC TATAGAGGAA CTGGAGCCCC TCTTAACTTT ACTGAAAAAT 
CAAGCCTCAG AAGATGGTTT TACGGGGCCA GTGTTGGGCT ATTTTACTAA CAGAGTCCTT 
CAGAATTTGC ACGTAGTCCT CATCATGGAT TGTACAAATA CTGATTTCAC GATCAACTGC 
GAGAGTAACC CGGCTTTCTA CAAGAAATGC TCTGTGCAGT GGATGGAGGG CTGGTCCGAC 
AGAAGCATGA AAAAGATTCC TGAAATGGTC ATTTTGGACC CCAACACAAA AGAGAAAATG 
CAGATGAACC CAGAATACAA GAACGTATCA TCAGGAAATT CTGAATTTTT CAATTCTTTC 
TTGATGATTC ACGAGTCTTG CAAATCATAC GGTGCAACCC CAAGCAGATA TATGACTTTT 
CTTCGGGTTT ATGGCTCTTT GTATAGTAGC AAGATAGCAG AGCTGACAAA GAGACAGAGT 
CATTTACAGG TCGGTACTAA TGCAAATGCC AGAAGAGCCA GTGCAGCAGC TGCTCCCCTT 
GCAGCGTGGG TCATAGCTAA TGTGCAGTAT TCTCATGTCC TGGAGAAAAT TCAGCCTCTG 
GAGAAGGAGC AGTCTGTTCT GGAGTCAAAC TTGAGAAGAA CTGAAGAGAA AAAGCACAAG 
TTGGAACGTC AGCTCAACTC TGTGGGGCAA AGGGTGTCAG AACTGAAAGA AAACGGTCAT 
TCTTATGCAA TATTATGTAT AAAGAAAGTT GTGGAAATAA CAGAACAACT AAGCGCTTTG 
CCAAATAGGG CTCAGCTGGC AGCTGCTTTT ATCACCTACA TATCGGCAGC CCCAGAAGAT 
CAGAGGAAGG GCAGCATCGA GCAATGGATG AAATGCGTTG GATTGGAAAC ATTTGATTTA 
CGAAGGTTCC TGTCTACTGA GAGCGAACAG CTAATTTGGA AAAGTGAAGG TTTGCCCTCT 
GATGAGCTGT CAATAGAAAA TGCCCTTGTC ATTCTGCAGA GCCAGATATG TCCCTTTTTG 
ATAGATCCAT CCTCACAAGC AACTGAGTGG TTGAAGTCAC ATTTAAAGGA ATCCCGTTTG 
GAAGTTATTA ATCAACAGGA TGCGAACTTC ATCACAGCCC TGGAACTGGC AGTGCGCTTT 
GGCAAGACTC TTATTATCCA GGAGATGGAT GGAGTGGAAC CTGTACTTTA TCCATTACTT 
AGAAAAGATC TTATTGCTCA GGGTGAGCCA AATGCGACAG AAGCTTGCTT CCCCCATTAT 
TTCTTTTTTG ACGTTCCTAC CCTTGCAACG TCTCAAGGAA ATATTCTTGA CAATAAAGAT 
CTGATTGAAT CCTTGAATCA AACGAAAGCA AGTAGCGCTC TTATCCAGGA GTCTCTCTCT 
GAGTCCCACA GACTCCAGCT CTCACTTGAT CAGGAGTGGG ACGTATTCAC TGGAGTTATA 
ATTGGAGATA TGTTCAAGAA ATCAGATTCT CAGAGGACTC TGCGGGAACA GGTCCCATCA 
TGGATTGAAC AGGAAAGAGC TTGGGCTGTA GCTCTGCTGA AGACGACTCT CCCGGCACTT 
TATCAGAGTC TGAGCCTTGA AGATTCCAAT CTGTGGAATA ATTTCTCAAA GAGCTCAGCA 
TGCGAGCAAG AGTTCCCGGT TGCCATTGCC AAGAAACTTT CCTTGTTTCA GCAGCTTTTA 
GTTGTCCAAG CAATCAGGCC GGACAGACTT CAGAGTGCAA TGGCCTTATT CGCATGTAAA 
AACCTTGAGC TTAAAGAATT GTCTCCACCA CCTCTAAACC TGAAACGTCT CGGTAAGGAA 
ACACTCGCAA TAGAACCCAT CTTGATTATA ATATCACCTG GAGCTGATCC ATCCCAGGAA 
TTACAAGAAC TGGCCTGTGC AGAGGTTGGC AGAGACTGCT ATCATGAAGT AGCGATGGGT 
CAAGGCCAAG CTGATATCGC TATACACACC TTACGGGAAT GCGCACGTGA AGGAGAGTGG 
CTCTGCTTAA AGAATCTGCA CCTTGTTATT TCATGGCTTC CACTTCTGGA AAAGGAATTA 
AATTCTTTGC AACCAAAGGC TAATTTCCGT CTGTGGCTCA CTGCCGAAGT TCACCCAAAA 
TTTACACCAA TACTGCTCCA GTCCAGTTTG AAGATAACGT ACGAGGTAAG AACAAAAATA 
AAATATTTGG AGAAGGACTA CCGTGCAGTT ATTGAGAGCA TCCCAGAAGA TGACCAGCCT 
GCATTCTTCG GTCTCCCTGC TAACATTGCT CGCTCATCCC AGCGAATGAT TAGTTCACAG 
GTGATTTCAC AGCTGCGTAC TCTTAGCAGG TCCGTGACAG CTGGCTCCAA GTTTGATAGA 
GAACTGTGGT CTAATGAGTT GTCTCCTGTG CTTAATCTAT GGAAGAAATT GAATCAGGTA 
ATACTATGCT GTATCGACTG TTCAGATGGT TACATATATT TACTAATGGT GTTTTATGTT 
TCTGTCACAC AGAACTGGGT GGAGAAAGCA GAAAATCAGA CACTTCTGTC AGAAACTCTC 
GATTTGTCAG AGCTTTTCCA TCCAGACACT TTCCTAAACG CTCTTCGCCA GGAGACAGCA 
AGAGCTATGA ATTGTTCAAT GGACAACCTC CGATTTGTTG CATCATGGAG GGGCAAAATC 
ACAGATGCAA AGCTCCAGGT TAAGGTCAGC GGTTTGCAGC TGGAAGGTTG CAGTTTTGAT 
GGGCACCGTC TTTCTGAAAA CCAGCATGAC AGTCCAAGTG TGTCCGTGGT CCCGTCCTGT 
TACATGGCCT GGATTCCACA GCAGTCCCTT GGCACATATT CTCCAGAAGA GTGCATTTCG 
TTACCAATGT ACACCAGTGC AGAAAGGGAC CGCGTAGTGA CCAACATTGA TGTGCCGTGT 
GGCAGCAATC AGAACAAATG GATTCAGAGC GGGGCAGCAC TTTTTCTGAA AAATCAGTAA

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

RefSeq	XP_018101055.1
CDS	525..9044
Translation	MPTGGGDKRKRYVLSTAHNYLGLPWDGEVPGCAELERFLDDGNEFILSGRKAGTRIQFSNKVDPGETKDKVLVFFKIRPDVITEDNLYENILVSSMLDSPINTLYQAVKQVYAPILLKDEKWSKDFDPKLQSMLSDLEAGLGTILRRSASGRGKPTFGGEDDLQGILTPNDEFQFWAEISESKSKSSARDRASHFNKLFQSIANYYSTLDNLPLSEVVQLVETTQETMDDVWRQTDYDSYPEHRMKHLLDIIGSALGRTVQRNLGDMDHWKDPFPTVKENLRAGITVCEQWAAACEHLTGQLWRRFTPHPWKTETFSADSLKNLGGRLEEVLTIRMLHEKLLHFLPSGEDNALRSVKVFEPFTGLNPVHYNPYTEPLWRAAVSQYERIIEPAEQKTASKLKTYFSEFHDSPQQLLQAFQKHKELVKRPSLKKQLNLERETLLARLQDSNKDILSDFESRSHGSPGDSSGPLTGRNLPEVVNNIVWVRQLQMKVEDSVKTADALLSDLSGFPSFRKSANDLLDQLKVYEQEQFDDWLREINAGLSDPKSGFCLQPSSQVMELDHSNGTLRIHYSDRLVTLLREVRQLSALGLVIPHKIQQAAKTAQNFYKQAIILKQVAHFYNTIDQQMIQSQRPMMLNSALAFEQIIKNTKISSGESSQKMHITWNNPKDLQDYIEKLQGAAQQLATENRKLRKKHKDFCEKVVALMNIDLLRHQQKWKDGLLEIRSVFSNLEYQGLRSSDMRPWRQHWNHQLYKALEHQYQIGLEALNENLPEINIDLTFKQGRLQFKPPYEEIRAKYYREMKRFISIPNQFKGLSEAGEEPIFSIMSERNANGFITVFSKAEDLFRRLAAAMDRFKEWVVIGQLDVDVLINKYLHDVHDWEKNFKALKVRGKEAERLPSSIKIDCMTINCNPVKSVVDDLIQTLFDSLLISLKKSIQAHLHEIDLFVTEGMEMLSSRPQTVEEIGEANMKHAQLKLRNPEILPLFKEAEEKNRLLRSVAGGGLDTIGNLRAKWDKFELMMESHQLMVKEQIEVMKEKVKSRVQIYTQEIEKFKARWDQFKPSDDLIETGEEDTLEKSAQSIKEKKAEFDELEATKKKLIEDCLHFGLEAPDFFLADEIRIDIEDCSKTWSLYEEFYQGFNEKAKEDWISCRSKCYSFEEFILSWHERLRKLEEHTTMSVKLQKEIDKYKFVIMASNRTSIMSDIKRDNRVTLLTSRAGIRNSLITILDQLQRCQKSLNEFLEVCSRRWLLMYSNFIKKALELYEQLRQRMGVVIVGPSGAGKSTLWRMLRAALNKTGKAVKQYTMNPKAMPRHQLLGHIDMDTREWSDGVLTSSARQVVRESQGKKNFASDISGSHPYLKHVFGWARESPPDPRKPLDTYFDTKTGRLMAYNLEKPDNLTTEDFSNPQMLPVIRTPDIQRGLDYFNPWLGSDTKQPFILVGPEGCGKGMLLRYAFSQLRSTHIATVHCSAQTSSRHILQKLTQTCLVISTNTGRVYRPKDCERLVLYLKDINLPKPDKWGTSTLVAFLQQVLTYHGFYDDNLEWVGLENIQIVASMSVGGTIGRHKLTTRFTSVVRICAVDYPERDQLQTICSSYLEPVIHKNLKNHPTWGSMSKIHHLAGSMVQVYEQMYSYLIANHGSSKQSQDCVLEIVAYEARRLFRDRIVTAKELNAFDNILMSVLQGDWGSDVLENMADAFYVTWGAIHGGGAVIAPGQPLPPHGKLLGKLNSNDLQDVIKKGALQYSHMNRELDILFFHEVLDYMSRVDRVLSCPGGSLLLAGRSGVGRRTVTSLVSHMHGAVLFTPKISRGYELKHFKNDLKQVIQMAAIEGQQVVFLLEDYQFVHPAFLEMVNSLLSSGEIPGLYTIEELEPLLTLLKNQASEDGFTGPVLGYFTNRVLQNLHVVLIMDCTNTDFTINCESNPAFYKKCSVQWMEGWSDRSMKKIPEMVILDPNTKEKMQMNPEYKNVSSGNSEFFNSFLMIHESCKSYGATPSRYMTFLRVYGSLYSSKIAELTKRQSHLQVGTNANARRASAAAAPLAAWVIANVQYSHVLEKIQPLEKEQSVLESNLRRTEEKKHKLERQLNSVGQRVSELKENGHSYAILCIKKVVEITEQLSALPNRAQLAAAFITYISAAPEDQRKGSIEQWMKCVGLETFDLRRFLSTESEQLIWKSEGLPSDELSIENALVILQSQICPFLIDPSSQATEWLKSHLKESRLEVINQQDANFITALELAVRFGKTLIIQEMDGVEPVLYPLLRKDLIAQGEPNATEACFPHYFFFDVPTLATSQGNILDNKDLIESLNQTKASSALIQESLSESHRLQLSLDQEWDVFTGVIIGDMFKKSDSQRTLREQVPSWIEQERAWAVALLKTTLPALYQSLSLEDSNLWNNFSKSSACEQEFPVAIAKKLSLFQQLLVVQAIRPDRLQSAMALFACKNLELKELSPPPLNLKRLGKETLAIEPILIIISPGADPSQELQELACAEVGRDCYHEVAMGQGQADIAIHTLRECAREGEWLCLKNLHLVISWLPLLEKELNSLQPKANFRLWLTAEVHPKFTPILLQSSLKITYEVRTKIKYLEKDYRAVIESIPEDDQPAFFGLPANIARSSQRMISSQVISQLRTLSRSVTAGSKFDRELWSNELSPVLNLWKKLNQVILCCIDCSDGYIYLLMVFYVSVTQNWVEKAENQTLLSETLDLSELFHPDTFLNALRQETARAMNCSMDNLRFVASWRGKITDAKLQVKVSGLQLEGCSFDGHRLSENQHDSPSVSVVPSCYMAWIPQQSLGTYSPEECISLPMYTSAERDRVVTNIDVPCGSNQNKWIQSGAALFLKNQ

Target ORF information:

RefSeq Version	XM_018245566.1
Organism	Xenopus laevis(African clawed frog)
Definition	Xenopus laevis cytoplasmic dynein 2 heavy chain 1-like (LOC108707571), mRNA.

Target ORF information:

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

XM_018245566.1

ORF Insert Sequence:

ATGCCTACGG GCGGCGGAGA CAAGAGGAAG CGCTATGTGC TGAGCACGGC GCATAACTAC 
TTGGGGCTGC CGTGGGACGG AGAGGTTCCA GGCTGCGCGG AGCTGGAGCG CTTCTTGGAT 
GATGGGAATG AGTTCATTCT GTCCGGGCGG AAGGCCGGGA CCCGGATCCA GTTCTCTAAC 
AAGGTTGATC CTGGTGAAAC GAAAGATAAA GTCCTTGTGT TCTTTAAAAT AAGACCTGAC 
GTCATTACAG AAGACAATCT GTATGAAAAT ATCCTGGTAT CATCAATGCT CGACTCCCCC 
ATAAATACAC TTTACCAAGC GGTAAAGCAA GTCTATGCAC CTATATTACT TAAGGATGAG 
AAATGGAGTA AGGATTTCGA CCCTAAACTG CAGAGCATGC TGAGTGACCT GGAAGCAGGT 
TTGGGCACTA TATTAAGAAG ATCTGCTTCT GGTCGTGGGA AGCCTACATT TGGAGGAGAA 
GATGATCTGC AAGGCATTTT AACGCCAAAT GACGAGTTTC AGTTTTGGGC AGAAATTTCA 
GAAAGTAAAA GTAAATCAAG TGCCAGGGAT CGAGCGAGCC ACTTTAATAA ACTGTTTCAA 
TCTATTGCAA ATTATTACAG CACACTGGAC AATCTCCCCT TATCTGAAGT TGTGCAGCTC 
GTAGAAACTA CTCAGGAAAC CATGGATGAT GTTTGGAGAC AAACCGATTA TGACTCTTAC 
CCAGAGCATC GCATGAAGCA TTTACTCGAC ATCATAGGAA GTGCCCTGGG TAGGACTGTT 
CAGAGAAACC TTGGTGATAT GGACCATTGG AAGGACCCCT TTCCTACAGT TAAAGAAAAC 
TTGAGAGCAG GAATTACTGT CTGTGAGCAA TGGGCTGCTG CTTGTGAACA CCTGACAGGG 
CAACTTTGGC GACGTTTTAC TCCACACCCA TGGAAAACAG AGACATTTTC TGCTGATTCA 
CTAAAGAACC TGGGCGGACG TCTGGAGGAA GTATTGACTA TACGTATGCT CCATGAAAAA 
CTCCTTCACT TTTTACCATC TGGAGAAGAC AATGCTCTTC GTTCTGTGAA AGTGTTTGAA 
CCCTTCACTG GCTTGAATCC TGTGCACTAC AATCCATACA CAGAGCCTTT GTGGAGAGCG 
GCAGTATCAC AATATGAAAG AATCATTGAA CCTGCTGAAC AGAAAACAGC CAGCAAGCTA 
AAAACATATT TTTCTGAATT CCATGATAGC CCACAACAGC TCCTGCAAGC ATTTCAAAAA 
CACAAAGAAC TGGTAAAGCG CCCAAGTCTC AAAAAACAGT TGAATCTAGA ACGGGAAACA 
CTTCTTGCAA GACTTCAAGA CTCTAACAAA GATATTCTGT CAGACTTTGA ATCACGCTCT 
CATGGATCTC CAGGAGACTC ATCCGGACCA CTTACAGGAA GGAACCTCCC AGAAGTAGTA 
AATAACATTG TATGGGTGCG ACAGCTCCAG ATGAAGGTGG AGGATTCTGT TAAGACTGCA 
GATGCTCTTC TATCAGATCT CTCTGGATTT CCATCATTCA GGAAGAGTGC GAATGACCTC 
CTTGATCAGC TCAAAGTATA TGAACAAGAG CAGTTTGATG ATTGGTTAAG AGAAATCAAC 
GCTGGTCTGT CAGATCCAAA ATCTGGTTTT TGCTTACAAC CCAGTAGTCA GGTTATGGAA 
CTGGACCACT CTAATGGAAC TCTACGAATA CATTATTCTG ACCGCCTTGT AACTCTTCTC 
AGAGAAGTCC GTCAACTCTC GGCGCTTGGA TTAGTCATCC CACATAAAAT TCAGCAAGCT 
GCCAAGACAG CACAGAATTT CTACAAGCAA GCAATCATTC TGAAACAGGT TGCACATTTT 
TATAATACAA TCGATCAGCA AATGATTCAG AGTCAGAGAC CCATGATGCT GAATTCTGCT 
TTAGCGTTTG AACAAATTAT CAAGAATACC AAAATAAGCT CGGGTGAATC AAGTCAGAAA 
ATGCACATAA CCTGGAACAA TCCTAAAGAT TTGCAGGACT ATATTGAGAA GCTCCAAGGG 
GCAGCTCAGC AGTTGGCTAC AGAGAACAGG AAATTGAGGA AGAAACACAA GGACTTCTGT 
GAGAAGGTTG TTGCACTAAT GAACATTGAT TTGCTTCGGC ACCAGCAAAA GTGGAAAGAC 
GGTCTTCTCG AAATCCGAAG TGTCTTCTCC AACCTTGAAT ATCAGGGACT TCGCTCAAGT 
GATATGAGGC CATGGCGCCA ACACTGGAAT CATCAGCTCT ACAAAGCTTT AGAACATCAG 
TATCAAATCG GCTTAGAAGC ACTGAATGAA AATCTACCAG AAATTAACAT TGATTTAACA 
TTTAAGCAAG GACGACTCCA GTTTAAACCC CCCTATGAAG AAATTCGTGC CAAGTACTAC 
AGAGAAATGA AGAGGTTTAT CTCTATTCCA AACCAGTTCA AGGGACTGAG TGAAGCTGGT 
GAAGAACCAA TTTTTTCTAT CATGTCTGAG AGGAATGCAA ACGGCTTCAT CACCGTGTTC 
AGTAAAGCAG AGGATTTGTT CCGAAGGTTG GCCGCAGCCA TGGATCGATT TAAGGAATGG 
GTTGTGATTG GTCAGTTAGA TGTGGATGTT CTGATAAACA AATATCTCCA CGATGTTCAT 
GACTGGGAGA AAAACTTTAA AGCATTAAAA GTGCGAGGGA AAGAGGCTGA ACGTCTTCCC 
AGTTCTATCA AGATAGACTG CATGACAATA AATTGTAACC CGGTAAAATC GGTGGTTGAT 
GATCTCATTC AGACACTCTT TGACTCTCTA CTCATATCAT TAAAGAAGTC TATCCAAGCT 
CACTTGCACG AAATCGATTT GTTTGTGACT GAAGGAATGG AAATGTTGTC CAGTCGCCCT 
CAGACTGTTG AAGAGATTGG AGAAGCCAAC ATGAAGCATG CACAACTGAA GCTGAGAAAC 
CCAGAGATTC TACCTTTATT TAAAGAAGCC GAAGAGAAAA ACAGATTACT GCGCTCAGTT 
GCAGGGGGTG GATTGGACAC CATTGGCAAT CTCAGAGCAA AGTGGGATAA ATTTGAATTA 
ATGATGGAGA GTCATCAGCT AATGGTCAAA GAACAGATTG AAGTAATGAA GGAAAAGGTG 
AAATCCAGGG TGCAGATATA TACTCAGGAA ATAGAAAAAT TCAAAGCACG CTGGGACCAA 
TTTAAGCCAA GTGATGACCT TATTGAAACT GGAGAAGAGG ACACTTTGGA GAAAAGTGCA 
CAGTCAATAA AGGAAAAGAA AGCAGAGTTT GATGAACTTG AAGCGACAAA GAAAAAGTTA 
ATAGAGGATT GCCTACATTT TGGATTGGAA GCTCCTGATT TCTTCTTGGC TGATGAGATA 
CGTATAGACA TTGAGGACTG CAGCAAAACA TGGTCCTTGT ATGAAGAGTT TTATCAAGGT 
TTTAATGAGA AGGCCAAAGA AGACTGGATC TCATGCAGGA GTAAGTGTTA CAGTTTTGAA 
GAATTTATTT TATCATGGCA CGAGAGATTA CGGAAATTGG AAGAGCACAC CACTATGTCC 
GTGAAGCTGC AGAAGGAAAT TGACAAATAC AAGTTTGTCA TCATGGCTTC AAACCGGACA 
TCTATAATGT CTGATATAAA GAGAGACAAC AGGGTAACGT TGCTAACATC TCGAGCAGGC 
ATAAGAAACT CTCTGATAAC TATCCTCGAT CAGCTTCAGA GGTGCCAAAA ATCCCTGAAT 
GAATTTCTGG AGGTATGTAG CAGACGTTGG CTACTTATGT ATTCAAATTT TATTAAGAAA 
GCCCTAGAGC TGTATGAACA GTTGCGGCAG AGAATGGGTG TAGTCATCGT TGGACCAAGT 
GGAGCCGGAA AATCCACCCT GTGGCGAATG CTGCGAGCAG CACTTAATAA AACTGGGAAA 
GCTGTGAAGC AATACACTAT GAATCCCAAA GCAATGCCCC GGCACCAGTT ACTTGGCCAT 
ATAGACATGG ACACAAGAGA ATGGTCAGAT GGTGTTCTAA CAAGCAGCGC TCGTCAAGTT 
GTGCGAGAGT CCCAAGGTAA GAAGAATTTT GCTTCTGATA TCTCAGGTTC TCATCCATAC 
TTGAAACATG TTTTCGGCTG GGCAAGGGAA TCGCCACCAG ACCCACGCAA ACCCTTGGAT 
ACCTACTTTG ACACTAAAAC TGGGCGCCTA ATGGCCTATA ACCTTGAAAA ACCGGACAAT 
TTGACCACAG AAGATTTTAG TAATCCTCAA ATGCTCCCTG TTATAAGAAC TCCTGATATT 
CAGAGAGGGC TGGATTATTT CAATCCCTGG CTTGGCTCAG ACACTAAACA GCCATTTATT 
TTAGTCGGCC CAGAAGGTTG TGGAAAAGGA ATGCTACTTC GTTACGCTTT TTCACAGCTG 
CGATCCACTC ATATTGCTAC CGTGCACTGC AGCGCTCAGA CATCTTCCCG CCATATCTTA 
CAAAAGCTTA CCCAGACATG CTTGGTGATC AGTACAAACA CAGGTCGGGT GTACAGGCCA 
AAAGATTGTG AGAGGCTGGT TTTATATTTA AAAGATATCA ACCTCCCCAA GCCTGACAAA 
TGGGGGACCA GCACCTTAGT TGCTTTCTTA CAGCAGGTTT TAACATACCA TGGCTTTTAT 
GATGACAACC TTGAGTGGGT TGGACTTGAA AACATCCAGA TTGTGGCATC CATGTCTGTG 
GGCGGAACTA TAGGAAGGCA TAAGCTAACA ACTAGATTTA CATCTGTGGT CCGCATCTGT 
GCAGTTGATT ATCCTGAAAG GGACCAGTTG CAAACAATCT GCAGTTCATA TTTGGAGCCT 
GTTATTCACA AGAATCTTAA GAATCACCCA ACCTGGGGCT CCATGTCAAA AATCCACCAC 
TTAGCAGGAT CCATGGTTCA AGTATATGAA CAGATGTACA GCTACTTGAT CGCTAATCAC 
GGTTCTTCTA AACAGTCCCA AGACTGTGTC CTAGAAATTG TGGCATATGA AGCTCGGCGA 
CTGTTCCGCG ACAGAATTGT GACTGCTAAG GAACTTAATG CTTTTGATAA TATTTTAATG 
TCTGTGCTGC AAGGAGACTG GGGTTCAGAT GTCTTGGAAA ATATGGCAGA TGCCTTTTAT 
GTGACTTGGG GAGCAATACA TGGGGGAGGA GCTGTGATCG CTCCAGGTCA GCCTCTGCCC 
CCACATGGAA AATTGCTTGG AAAGTTGAAT TCTAATGATC TTCAAGATGT TATTAAAAAG 
GGTGCTCTTC AGTACAGTCA TATGAACAGA GAGCTTGACA TCCTATTTTT CCACGAAGTA 
CTTGACTACA TGTCACGAGT AGACCGAGTT CTCAGCTGTC CGGGGGGCTC TCTTCTCCTG 
GCGGGGCGCA GTGGCGTTGG CCGCAGAACT GTCACATCCC TTGTGAGCCA TATGCATGGT 
GCTGTGCTTT TTACTCCCAA GATTTCTAGA GGATATGAGC TAAAACATTT CAAAAATGAT 
CTTAAACAGG TTATTCAGAT GGCTGCCATT GAAGGACAAC AAGTAGTATT TCTTCTCGAA 
GACTATCAGT TTGTTCATCC AGCTTTCCTG GAGATGGTGA ACAGCCTCCT GTCATCAGGT 
GAGATTCCTG GATTGTATAC TATAGAGGAA CTGGAGCCCC TCTTAACTTT ACTGAAAAAT 
CAAGCCTCAG AAGATGGTTT TACGGGGCCA GTGTTGGGCT ATTTTACTAA CAGAGTCCTT 
CAGAATTTGC ACGTAGTCCT CATCATGGAT TGTACAAATA CTGATTTCAC GATCAACTGC 
GAGAGTAACC CGGCTTTCTA CAAGAAATGC TCTGTGCAGT GGATGGAGGG CTGGTCCGAC 
AGAAGCATGA AAAAGATTCC TGAAATGGTC ATTTTGGACC CCAACACAAA AGAGAAAATG 
CAGATGAACC CAGAATACAA GAACGTATCA TCAGGAAATT CTGAATTTTT CAATTCTTTC 
TTGATGATTC ACGAGTCTTG CAAATCATAC GGTGCAACCC CAAGCAGATA TATGACTTTT 
CTTCGGGTTT ATGGCTCTTT GTATAGTAGC AAGATAGCAG AGCTGACAAA GAGACAGAGT 
CATTTACAGG TCGGTACTAA TGCAAATGCC AGAAGAGCCA GTGCAGCAGC TGCTCCCCTT 
GCAGCGTGGG TCATAGCTAA TGTGCAGTAT TCTCATGTCC TGGAGAAAAT TCAGCCTCTG 
GAGAAGGAGC AGTCTGTTCT GGAGTCAAAC TTGAGAAGAA CTGAAGAGAA AAAGCACAAG 
TTGGAACGTC AGCTCAACTC TGTGGGGCAA AGGGTGTCAG AACTGAAAGA AAACGGTCAT 
TCTTATGCAA TATTATGTAT AAAGAAAGTT GTGGAAATAA CAGAACAACT AAGCGCTTTG 
CCAAATAGGG CTCAGCTGGC AGCTGCTTTT ATCACCTACA TATCGGCAGC CCCAGAAGAT 
CAGAGGAAGG GCAGCATCGA GCAATGGATG AAATGCGTTG GATTGGAAAC ATTTGATTTA 
CGAAGGTTCC TGTCTACTGA GAGCGAACAG CTAATTTGGA AAAGTGAAGG TTTGCCCTCT 
GATGAGCTGT CAATAGAAAA TGCCCTTGTC ATTCTGCAGA GCCAGATATG TCCCTTTTTG 
ATAGATCCAT CCTCACAAGC AACTGAGTGG TTGAAGTCAC ATTTAAAGGA ATCCCGTTTG 
GAAGTTATTA ATCAACAGGA TGCGAACTTC ATCACAGCCC TGGAACTGGC AGTGCGCTTT 
GGCAAGACTC TTATTATCCA GGAGATGGAT GGAGTGGAAC CTGTACTTTA TCCATTACTT 
AGAAAAGATC TTATTGCTCA GGGTGAGCCA AATGCGACAG AAGCTTGCTT CCCCCATTAT 
TTCTTTTTTG ACGTTCCTAC CCTTGCAACG TCTCAAGGAA ATATTCTTGA CAATAAAGAT 
CTGATTGAAT CCTTGAATCA AACGAAAGCA AGTAGCGCTC TTATCCAGGA GTCTCTCTCT 
GAGTCCCACA GACTCCAGCT CTCACTTGAT CAGGAGTGGG ACGTATTCAC TGGAGTTATA 
ATTGGAGATA TGTTCAAGAA ATCAGATTCT CAGAGGACTC TGCGGGAACA GGTCCCATCA 
TGGATTGAAC AGGAAAGAGC TTGGGCTGTA GCTCTGCTGA AGACGACTCT CCCGGCACTT 
TATCAGAGTC TGAGCCTTGA AGATTCCAAT CTGTGGAATA ATTTCTCAAA GAGCTCAGCA 
TGCGAGCAAG AGTTCCCGGT TGCCATTGCC AAGAAACTTT CCTTGTTTCA GCAGCTTTTA 
GTTGTCCAAG CAATCAGGCC GGACAGACTT CAGAGTGCAA TGGCCTTATT CGCATGTAAA 
AACCTTGAGC TTAAAGAATT GTCTCCACCA CCTCTAAACC TGAAACGTCT CGGTAAGGAA 
ACACTCGCAA TAGAACCCAT CTTGATTATA ATATCACCTG GAGCTGATCC ATCCCAGGAA 
TTACAAGAAC TGGCCTGTGC AGAGGTTGGC AGAGACTGCT ATCATGAAGT AGCGATGGGT 
CAAGGCCAAG CTGATATCGC TATACACACC TTACGGGAAT GCGCACGTGA AGGAGAGTGG 
CTCTGCTTAA AGAATCTGCA CCTTGTTATT TCATGGCTTC CACTTCTGGA AAAGGAATTA 
AATTCTTTGC AACCAAAGGC TAATTTCCGT CTGTGGCTCA CTGCCGAAGT TCACCCAAAA 
TTTACACCAA TACTGCTCCA GTCCAGTTTG AAGATAACGT ACGAGGTAAG AACAAAAATA 
AAATATTTGG AGAAGGACTA CCGTGCAGTT ATTGAGAGCA TCCCAGAAGA TGACCAGCCT 
GCATTCTTCG GTCTCCCTGC TAACATTGCT CGCTCATCCC AGCGAATGAT TAGTTCACAG 
GTGATTTCAC AGCTGCGTAC TCTTAGCAGG TCCGTGACAG CTGGCTCCAA GTTTGATAGA 
GAACTGTGGT CTAATGAGTT GTCTCCTGTG CTTAATCTAT GGAAGAAATT GAATCAGGTA 
ATACTATGCT GTATCGACTG TTCAGATGGT TACATATATT TACTAATGGT GTTTTATGTT 
TCTGTCACAC AGAACTGGGT GGAGAAAGCA GAAAATCAGA CACTTCTGTC AGAAACTCTC 
GATTTGTCAG AGCTTTTCCA TCCAGACACT TTCCTAAACG CTCTTCGCCA GGAGACAGCA 
AGAGCTATGA ATTGTTCAAT GGACAACCTC CGATTTGTTG CATCATGGAG GGGCAAAATC 
ACAGATGCAA AGCTCCAGGT TAAGGTCAGC GGTTTGCAGC TGGAAGGTTG CAGTTTTGAT 
GGGCACCGTC TTTCTGAAAA CCAGCATGAC AGTCCAAGTG TGTCCGTGGT CCCGTCCTGT 
TACATGGCCT GGATTCCACA GCAGTCCCTT GGCACATATT CTCCAGAAGA GTGCATTTCG 
TTACCAATGT ACACCAGTGC AGAAAGGGAC CGCGTAGTGA CCAACATTGA TGTGCCGTGT 
GGCAGCAATC AGAACAAATG GATTCAGAGC GGGGCAGCAC TTTTTCTGAA AAATCAGTAA

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

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LOC108707571 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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