bod1l1 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	bod1l1
Entrez Gene ID	100127583
Full Name	biorientation of chromosomes in cell division 1-like 1
Synonyms	bod1l,fam44a
General protein information	Preferred Names biorientation of chromosomes in cell division 1-like 1 Names biorientation of chromosomes in cell division protein 1-like 1
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012955726.3	XP_012811180.2	biorientation of chromosomes in cell division protein 1-like 1 isoform X1
XM_012955727.2	XP_012811181.1	biorientation of chromosomes in cell division protein 1-like 1 isoform X3
XM_012955728.3	XP_012811182.2	biorientation of chromosomes in cell division protein 1-like 1 isoform X2
XM_018095201.1	XP_017950690.1	biorientation of chromosomes in cell division protein 1-like 1 isoform X2
XM_012955727.3	XP_012811181.2	biorientation of chromosomes in cell division protein 1-like 1 isoform X2
XM_012955728.2	XP_012811182.1	biorientation of chromosomes in cell division protein 1-like 1 isoform X3
XM_012955726.2	XP_012811180.1	biorientation of chromosomes in cell division protein 1-like 1 isoform X1

Pathways from BioSystems
Gene Ontology

The following bod1l1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the bod1l1 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)
OXa04821	XM_012955726.2 Latest version!	Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OXa30897	XM_012955728.2 Latest version!	Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OXa30897	XM_012955727.2 Latest version!	Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OXa41900	XM_018095201.1 Latest version!	Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OXa49647	XM_012955726.3 Latest version!	Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OXa49648	XM_012955728.3 Latest version!	Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OXa49648	XM_012955727.3 Latest version!	Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

ORF Online Only Promotion

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

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

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

Reference Sequences (Refseq)

bod1l1 ( XM_012955726.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012811180.1 Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa04821
Clone ID Related Accession (Same CDS sequence)	XM_012955726.2
Accession Version	XM_012955726.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9450bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	biorientation of chromosomes in cell division protein 1-like 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030677.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012955726.1. ##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##

ATGGCCACCC CGCCGCCCGG GGATCCGAAG CTTGTGTCCC AGATAGTGAA TCACCTGAAG 
AGTCAGGGGC TGTTTGACCA GTTCCGAAGG GATTGTTTGG CTGATGTGGA TACGAAGCCA 
GCGTATCAAA ATTTGCGTCA GCGAGTTGAT AACTTTGTCG CCAGTCACTT AGCAAGCCAC 
ACATGGAGTC CTCATCTAAA CAAGAACCAG CTGAGGAACA ACATCAGGCA GCAGGTGCTT 
AAGTCTGGAA TGCTAGAGTC TGGCATTGAC AGAATTATTT CACAGGTTGT CGACCCAAAG 
ATAAACCACT TATTCAGACC TCAGGTGGAA AAAGTTGTTA AAGAATATTT GGCCATGATG 
AATAATAAAG AGGATGGAAA TGTAAATACA GAACAAAACG AGGAGCGATC AGAAGCCTCC 
ATCTCTGTTC CTGGTTCTCT ACCAGCAGTT GGACCTAGCA CCAATGTAGC AAGTGATGCA 
ATGTCCATTT TGGAAACAAT CAGTTCACTC AATCAAGAAG CAACTGCTGC TCGTGCCTTC 
ATAGAAACTC CGAACAATAA AAACAGTGAC AAAGTGAGCA AAAGAACAAT TCAGCAAAGT 
TTTGATGCTA CAGAAGAAAA GGATCGTACT TTAGAGGAAA CTCAAGAGGT GGAAAAATCC 
ATCCCTGATA TGCTGGTTGC AGAAACAGAA CCTGATATAA AGACAGAAGA TTCCAATGAT 
ATTTCTTCCA CTGTAGAAGC CTTTAAACAA CCTGACGCAG TTGGCATCTC ACAGAGCAAA 
GACATTCCAA ATGAAAATGA GGAGCAAAAG CCAAAAGCTG TAGAGAGTGA GAAGAAAAAT 
GAGGTCAGTG AAATAGCACA GAAGAAAGAG GATAAGAAGG AAGCAAAGAC TGAAAAAAGA 
AATGAGTACC CCAAAAAGGG TGATGATGTT GTAAAGGTTA AGGAGGATAA GACGGTGAAA 
GAACGTGAGA ACGAACCAGA AAAGAGCAGC AGTAAACAGA AGGCAACTAG CACCTTAAAA 
GAAGATAATC TTTCTGTAGA TTCAGATATT GATGATTATA CAGATGTCAC TGTCAGTTCT 
GTGCATACAA GTGACCTATC TTCATTTGAG GAAGAAAGTG AGGAAGACCC AGTGGTTTCA 
GATAGTACTG AGGAGGGAGA AATTACCTCT GATGACGAAG AGGTAGATGG AAAGAATATT 
GCCAAGCCAG AAACTGATCA GAATGAAGTA AAGGCAAAAT CAAGCCGTCA GATATATGTG 
CACAAACCAT ACTTGTACTC CAAATACTAC AGTGATTCTG ATGATGAACT TTCAGTGGAG 
CAACGTCGGC AGTCTGTTGC AAAGGAAAAA GAAGAGAGAC TTTTAAAAAG ACAAGTGAAA 
AGGGAGAGAC TGGAAGAAAA GCGTAAGCAG AAAGCAGCTG AGAAAACAAA GAACTTAAAA 
ATCAGCCAAG GGAAAGCCGT GACTTCCAAA CATGTCAAGG CAAAATCTAC CAGCATAAAG 
GAGGTGCTAA AGGAACAAAT GTTTTTAGAA AAAAAAGTAG CAAGGAGCAA GAAGAAAATA 
AGAGCGTCAA GGAATGAAAA AAATACCCTG AAGTCAAAAT CTGACCTTTT GGAAGAAGAT 
ATGAAGGATT CAATTAAAAA TGAGTCACAT GACAAAACTT TACTTAGTAA AGAAGCAAAG 
CATAATATTG GGCGGAGTGA TAAGCCCTCT AAAGTAATAG CAGAATTAGC CGAAGAATGT 
AAAACTGATA TTCGAACAGA AAAGGACTTT AAGAAAAGAA CACCACTGGA AAAGAATGAG 
ACAAATGTTG AAGAACAGCA AAGACAGAAA AGTGCACATA AAACTGAAAA ACTGAAAAAG 
GAAAGCCATG ATAGTGAATC GCCCAGCATG AAAGTGGCAC AGAAAAAGGA CCCAAAAATG 
CATAGAAATG AGCGTGAAAG AACTGTGTCA GAAGACAGGT CGTCCTCCAA ATATAGATAT 
AAAACCGAGA ATATAAATAA AACAAATGAC GATTCTGACG CTCAAAAATC TAAGAAAAAT 
TCAAAAGATG ACGATACCCC ACATAAGCGT AGTCAAAGCA AATCCGGCTC TGAAGAAAGA 
TCTGATCGAA AAAGTAAGCA TAAAAGCGAA GGCAAATCTT CCTCTTACAA CAAAGAGGAG 
AAAACATCTG GAACTGAGCA TTCTAGCAAA ACAGGTGAAA GTGTTCACAG AGAGAGTAAG 
CGAGAACGAC GCCAGTCTGA GGAAAAATCA AGATCAGAAC ACAAGTATAA GCGATCACTT 
AGCGATTCCA GAACACACCG AGACTCTCAG ATTGATTCAA GACAACATAG TAGTTCTCAG 
AAAAAGTCAA GGATCTCCTC TGATGATAAA ACTGAATCTG ATTTAGCACG CACAAATGCA 
AAGCAAGAGG AAAGCACTCA CAGAGATAAA AGGAGATCAT ATAGTTGCTC AGAAGAACGT 
GTTTCTTTAA AAGTTAAATC AAAAAGTAGC GGCAAATCAT CAAAACTGAG TGACCAGGAA 
GAGCCAGCAC AAAAGAATGA CAAAGATAAG ACTTTATTGG AAAATTATGC TGAAAAATAC 
CAAAAACTTA AATCTGAAGA CCATGAAGAA GCAAAAGATG CAGTCACTAC TCAGGCATCA 
AGTACTGTAT CAAAAGATGT CAATTATAAG TCCAAACATT CAGGAGACAA AGAAAAGGAG 
AAATCTCGAA GTGACAATAG AGAACGTTCT TCTTCAAAAC TCGATAAGAA GCATATAGGA 
GAAAATATAA AAGGTATAAG CTCAAAGCAC AGCCATAAGG ACTTAAAACG GAAAGGGGAG 
AGTAGTAAGC CAGATGACAA AGGTTCCAAA GTTACTGATG AAAAAAGAGC ACAAGAAAGA 
AGCATTTTGG ATAAAAAATC AAGTAAAAAA ACCCCAATGG AATTTAAAGG GGAAAGCTCT 
AAAGGCTGTG TGACTTCTAA AAAAGGCTCA AAACTAGAAA ATGATGGAAA TGATCATGCC 
GGGAGAAAAA GAAAGCTTTC TTCATGTTCT TCTGACTCCA AAGATATGTC ATCTATAATG 
AACGAAGAAC TTTCTCGTGA CAGTGTAAAA TCTGAAAGAA TATCCGTGGA AAAAGGATTT 
GAAACGGCTG AATCAGTAGC TGTCTCAGAG CCTTTATTTG AATTAAACAG CATTTGTCCT 
AACGCAAATG CCACCAGCAT AGACGGTGGG TATGGAAAGG AGAACAGACT AAAGCAAGAT 
TCTAGCATTA GAGGAGTAAA TGCTGCATCA GTATGTTCAA GAATCTTCTC TGGTGAGCAC 
AGTGAAAATA AACCTGTTGA TGATTTCACA CAGCCTTCTG AAGATGATAC TAGGCAATAC 
TCGGAGACTG CTGCTGCTAC AGTAGGCAAT TGTTCTGAAA GGACTCCTGT AACAAGTGCA 
GAATGTAGTA CTCCTATTAG TGATGTTATA GATCTTCAGC ATGTAAGTGG TGGTGAACAT 
TTTGCTCTTG AACAGACGAG TCCTAAACCA GAATCATGTG TTACCATTAA TTCTACCTTT 
TCTCCTGTTG ATATATCGAC TGAAATAACA AATGATGTGA TTTCAACAAC TGCAACTGGT 
GAAACTGATG CGAATAAGGA GGCAGTTAAA ATAAAGCACA CAAGCTCTGA CTGTGATACT 
TTGGCAGTAG ACAATATTGT TACTGGAAAT GATGTTGAAG AAGTTATGCA GATAACCAGT 
GATAACGATA TGGCAGAGAA TAATTGCGAA TCAGTTGGTG AGGAGAGTGT ATCAGCTGTT 
GGAACTTGTT TTGTTCCTTA TAGAGAAAGC AGTACAGACA GTACAATTGT GGAAACAAGT 
TCCGAAAGAA ATGATATAGT GGTTGCTGAA CTGAATGAAA GATATGCCTT TCCTTCATCT 
CGTGCACAGG ACAGAAATAT GTCTGAATGT GAGGATACGG CAACCTCATC CTGCTCCACA 
ATTGAACATA CAGAGAATGT GTCCCTCAGA GGAACAATTA TTTATACTAA CAGTTTAGGT 
GAAAATTCCG CAACATCAAC AAACGTACAT CTGGATAATG TTATGGCCAC AAACCGTAGT 
GAATATGCAG TAGGTGTTGG TAATAGTGGG GAATGCACTG CCACCACTTC TGCTGATTTT 
GAAAATTTAG GTGAAGCAGA CATCACAATG TTATCAGAAA ATAGCTTTGA AGTTGCAACA 
ACTTCCAGTG TTAGTACAGC ATGCTCCCCA GAGAGAAGCC GGGAAAGTGC ACCAACTTCA 
TCTCAGAGAG GAATCGGCGC TGTACTAGAA GCAGAGGCTA TTTGTGATGT ATTATTGAAA 
CCTGCAACTT CATCAGATGG TAATATGGCA TCTTCGGCTG GCACCCCCAA AAATGCAGCA 
ACATCTTCTA ACAGTCAAGA AAGTGACACA GAAAATGGTG ACGTAAGTGA AGCTACTAAA 
TATTTCACAA GACATGCCGC ATCCTCTTCT GTCAGTGCAG AAGACAACGA CGATAGATTT 
CCAACCTCTG AAAATATCAT TACTCATTCA GCAACCTCTT CTATCCATGC AGTTGAAAAT 
AAAGCTGCCG ATTTGATTTC TGAAAATGAC TCCATAAATG CAGCAACTTC CTCTTACAAT 
GCTTTGGAAA AAGATTCTCT CTCAATTCCA GAAAATGTAA TGATGCTTGC AGCATCATCT 
TCTGACAATG TGGAGATACA TGATGATCAT TCTGGGTTAG TTGCAGCAAC TTCATCTGAC 
ATTGCAGCTC CACTCTCTAA CCCAGATGGG GTTTCTCATG ATATTGGTAT AATAACACAT 
GCATCAACTT CTTCAGATGT CCGTGTAGAT AATGAGGTAC TCCAGGGGTC TGACATTTTT 
TCAGTAAATG CAGCAACCTC CTCAGACAGC ACCGTGGAAG ACAATGGTAT TCTTCAGGGC 
TCAGAAAATG CTCATGCACA TGCAGCAACC TCTTCAGATA TCATTGTAGA CAACAGTGGC 
GCTCTTCAGG CCTCTGAAAA TGTTCTGGCA AATGCAGCAA CCTCTTCAGA CAGTTTAGCA 
GAAAATGTTG TTCTGGAAGT CTCAGAAAAT GTTTTGTCAG CAGCTTCCTC AAGTAGTGCA 
ATAGATAGCA GCAGAATATT ACATTTTGAG GGTTCTATTT CTTCAGAAAT TGACAATGAA 
AATGTAGCCG CTTCATCCAG CAATATAATG GAAAGCAGTT TAGCCGATGC TTCTGGTGTA 
TGGTTGCAAA ATCCTAGTGG AGATAATACA GCAAGTTCTT CTGGTTATTT AGACAGAGAC 
TCCAGGTTTC AGCATAACAC CATACAGTTT GGTAGTGCTG AGGAAAGCAA AAATGTTAGA 
GCAACATCAA CTACTCTGAA AGACATTGGT GTGAGTGAAA GATGTTCTAG TGTTATATCT 
TCAGGAACTC ATGTTGTAAA CTCCTCAGAC TCCCTTGTAA TGGACAGTAG CACTGAAGTT 
TCTGTTATTA GTCAAGTGGA CGGCGGGGAT GCAGCAAGCT GTTCAAGCAG TGGTGCAGAA 
CAGGGTCATG AAGACCAAAA ACACGCAGAC CACCTCAAAG AGAGAGAAAA TACTGCCTCA 
TCAAGCTGTG CATTAGATAA CAGTATAGAA GATATGTGTG TTGATCCTGA AGTACCAAGC 
CAGAATGGAA GTGATGAAGC TGCATCATCC TCAAGTTCTT TAAATACTAG TAGTGTTCAG 
CGTTCAGGTC ATAAATCCTC ATTAAGTCCC AACAATATAA ATGTTGCTGC ATCTTCAAGT 
GTTGCAATGA ACAGCAGTAG TGATAGCCTG AATTTTTCTG TACTATGCCC TGGAAACAGT 
ACTGATAATG CTGCCACCTC ATCAAGCAAC ATAACCGTTA GTGGAGCAGA CTGTGTCCTT 
AGCAACAATA CACTAGCTAC AACTTCTTCA AATATTTCAA TGGATAGCAG TACTGGAGAG 
GACCTAGAGC TGGATACTGA AAAAGCAAGT ACTTCAACAT CCTCAAGCAC TTTATTGAAT 
AACGACAAAA GAGCACAAGA TATTGGGACT GAAAAAGACA GTATTACAGC TTCTTCTAGT 
ACTACAATAG AAAACTGCCC AATTGCAAAT GAAGAAACTG CAGGTAGCTC GTTTACAGTC 
AGTGGGAATG CAGCCACTTC TAGTGATACA ACTTCTAGTA GTAAAAACAA AAATACAAGT 
ACTCCTGATA TTAATACTGC TACTACATCC ACAGTTATAG CAGAAATACT TACTGCAGAT 
GAGAGAACTG AAAATGTAAA CATTTGTTGT GACATCAACA GTGAAGCTAC AGCAGCTTCT 
TCAAGTAACA ACATGGAATC CTCATCTGGT AGTGTTGGAG GGAATGCAAC ATCTTCAGAT 
TATATGATGG ATAGCAGCTT AGAAGGAGAA AATGTGTCAG AGACACAGAA AAATGAAGAG 
GCTGCTAGTT CTTCCGGTCT GTCTACTAAT ATAAGGCTGC AGGAAATCCA AACTGTGACA 
GTGGGCAGCC AAAATCTTGA AGATGCAACT ACTTCATCCA GCACAGAAAG AGCAAATACT 
TCCTTTGTCT ATAGCAGCAA CAATAGTGAA AGTAATGTTA GTTATCATAA TGTTGAGGCT 
ACGGTTGAGT CAAGCTTTGC ATCATCACAA AGTGACATCG ACACATCTGG TACTTCAGAA 
GAGACTTTGG TGCTAAGTGC AAGTGGCAAG AATGCAGCTA TGCATCCTGT ACTTAACTCG 
GATGACAATG TAAATCAGGA TTATGAAAGG GCCGATGAAA AGGAAGATGC TGTGAGTAGT 
GCCAGCTCTC AAGAATATAA ACTTTGCAGT AATGCTCCTA GGCAAAATAT AAAGCAAACA 
AGAGATGGAG AAGTTGATGG AGCTGTTACC AGTGGTGGCG CAGAAGTGAG TGAATCGGCT 
ATGGCTCCTG AAAATTTCGA GACATTTGAT CATGTGACTT GTGCAAAAGC TGGGGCAATT 
GTTGATGACG GCGATGTACT TCTTGTCCCA GTGGAGGATA CCCCTGTCTC TCATACTAGC 
AGAACTGACC CTAGTGAAGA AAGCTTGGTT GCTGAGGATA CAGAAAACAA TGCTTCCTTT 
GAGAGTGCAA ATTGTGAGAC ACCAGCAAGT ATAGGTAACG CCTATGAAGC CGAAACACCA 
AATGAGCAAT TTACATTAGA GGAAGGGGAA GGTGCTGTCA CCAGCACTGG GATAACAGAA 
GAAAGTGATA GAGCAAAAGT GAGGCAAGAC ATAAGAAAAA GTGATAGTTC CTGCACTGAG 
GCTGAAATTG AACCTGGTGG CCATGCTATG AGCAGGCAAG AGGTGACTGA TTCGAATGCC 
ATTACAGAAG ATGATGAGAG TGCTATCACA AGTACTGGTG CAAAAGAAGA GGAAGAGGAG 
GGTGAGGGAT TTGTAACTAG CACTGGAACT GCAAGTGAAG ATTCTTCATT CTCGTCCGGC 
ACGGATGAGA ATTCTAATTG TGCTCAGATG TTTAATTTCA ATAGCAAGGG TCAACCTATA 
GCTGTTAACT CTGAAGAGAG GAGAGAGCCG AAAACTAACC ATGAACTTAC TGAAGAAATA 
AAGAGTGCAG TTATTCTAAT AACTACAGAA GGTAGTGAAC CGAGCATTGC AGGCAGAAGT 
ACAGAAGAGA ATAATCTTGA AAATGCCTTA TTGTTAACTC CTGATGGTTC TGCTGTACTC 
TCTACAGCAG AAAATCCACA TATGCAAGAA AATAACCAGA CGGCTGAAAT GGAAATTGAT 
ACATCTCAAC GTACTGAAGA GATATTTGAA GTGGAGACGT GTGTGGCAAT ACATTCTGCT 
GCAGATGATG AGACAACTAC ATTAAATGCT CAGGGGCAAA ATCTTTTGAC ATCTGAAACA 
AATGAAGACA ACCTGAGAAC CTCAGCTGGG GAAAATTCTT TAGTGGACGC TGCTTCTCAT 
TTACAGGAGA ATCCGACTGC AGATAAATCC GTAACACATG ATCAAGAAGA CGGCAACCTT 
AATATTTCCG AACAAGTCCC TTCAAATGAT GAGCAAACTG TTGTAGACAA CACTGTTCCT 
AATCCCACTA TTAAACCTGA AGATTCTCCT TTAGTATCAG TATCTGAATC TATACCAAGT 
AATACAGTGC CTTCCGGTGG TCTGTCAGTT GATCATGGTC GCAGTTTCTC TGATCATGGT 
TCCATAAACA GGGAGGTGGT AGAAGAAACC GAATCTCGAG CTCCTGGTGT TAGAAGTGTT 
CATTTTGCAG ATGAACTGGT GGCTGATGTT TCTGGGAATG ATGCGTTACA GGACGAACAA 
GAGAAAATTA CAACTGAGGA AAAGGAGGAA TGTTTGGAAA CAACAAGTGG TAGTGCAGTC 
CTGGAGAGCA AAAATCAAGA TGAGGATTCT GTTACAGCTG AAAGCGAAAA TGATGTAAAT 
CCGACAAACA ATCAAGAGGA AGAAAAAAGT GAAGCAAGTG AGATTTCCCT AATGCAACCA 
CCTGAAACAG GGAGTTCTGA AAGTGAAGCA GTATTAAGAC AAGCACACGA GTCTTCTGAT 
CTTGGCAAGG GCCAAAGCTT TGTTGAGACG ACAGACCCAA ACACTTCAGA AGAACAGCAA 
TCCTCAGAAC AAAATGTACT GGAAACAATT AAAGATGAAG ATGTGCCAAG AGAGGAAAAA 
GCAACGTGTG AAACCTCCGG TCCAGAGGCA CCAGAGGTGC CGTGTTCAGA AGAATCTTCT 
CCAAAGGTGA AAAAGCCCCG AGGCCGTAAG AGTCTTGAAA AACTGAAAGA AGAAAGCCTT 
GCTAAGGATA AACCTACAGA GGAAATCCCA GAGGAACCCA AGCCACCAGA AAAGAGAAAA 
AGAGGACGGC CTCCAAAGAA ACGGCCTCTG GTTCCTGATA CAGAGTTGTC AGTAAAGGAG 
AGTTCCGAAG AAGGAAAAAC GTCAAATGCA CGCCTTCGAC AGGAAGAAAG CACTTCTACA 
AAGAAAGATG TGCGTACCTT GGAGAAGACT GAGCAATGTC AGAAAACTTC TGATGTAAGG 
TTGGAAGATA AAAGTGGGCA GACTGTTCCC CGGAGAGGAA GGAAACCAAA ACGTTCCCTC 
AGCACTTCAG AGAGTGAACC AGAAAAAAAG CGGATGAAGT CTGTCTCTGA AGAGGAGGAG 
AATGCTGAAC ATACAGAAGA CACTGACAAT GAAGATGATC ATAAAGGTGC CACAACACGA 
GCAGCCTCTC GCCTGGAAGC AGAGAGGAAC CTGCCTCACA AGCCCACTAC CCGAGCTGCT 
TCAAAGTTAA GTAGCCCTGA GCCTTCATCA CGTAAGAGGC GCAAAAATAA AAATTCACTC 
GAATCCAAAT CACCCAAAAA CACAAATATA AGGATGAAAA CACAATTGTC TGGCACAAAA 
CGTTGCCGAG AACCAAGTCC TCCTCTGGCG AAGTCTCGCG GGCAACAAAC ATCAGAAGAA 
ATCACACCGA AGAGGGCAAA GCGCCAGTGA

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

RefSeq	XP_012811180.1
CDS	215..9664
Translation	MATPPPGDPKLVSQIVNHLKSQGLFDQFRRDCLADVDTKPAYQNLRQRVDNFVASHLASHTWSPHLNKNQLRNNIRQQVLKSGMLESGIDRIISQVVDPKINHLFRPQVEKVVKEYLAMMNNKEDGNVNTEQNEERSEASISVPGSLPAVGPSTNVASDAMSILETISSLNQEATAARAFIETPNNKNSDKVSKRTIQQSFDATEEKDRTLEETQEVEKSIPDMLVAETEPDIKTEDSNDISSTVEAFKQPDAVGISQSKDIPNENEEQKPKAVESEKKNEVSEIAQKKEDKKEAKTEKRNEYPKKGDDVVKVKEDKTVKERENEPEKSSSKQKATSTLKEDNLSVDSDIDDYTDVTVSSVHTSDLSSFEEESEEDPVVSDSTEEGEITSDDEEVDGKNIAKPETDQNEVKAKSSRQIYVHKPYLYSKYYSDSDDELSVEQRRQSVAKEKEERLLKRQVKRERLEEKRKQKAAEKTKNLKISQGKAVTSKHVKAKSTSIKEVLKEQMFLEKKVARSKKKIRASRNEKNTLKSKSDLLEEDMKDSIKNESHDKTLLSKEAKHNIGRSDKPSKVIAELAEECKTDIRTEKDFKKRTPLEKNETNVEEQQRQKSAHKTEKLKKESHDSESPSMKVAQKKDPKMHRNERERTVSEDRSSSKYRYKTENINKTNDDSDAQKSKKNSKDDDTPHKRSQSKSGSEERSDRKSKHKSEGKSSSYNKEEKTSGTEHSSKTGESVHRESKRERRQSEEKSRSEHKYKRSLSDSRTHRDSQIDSRQHSSSQKKSRISSDDKTESDLARTNAKQEESTHRDKRRSYSCSEERVSLKVKSKSSGKSSKLSDQEEPAQKNDKDKTLLENYAEKYQKLKSEDHEEAKDAVTTQASSTVSKDVNYKSKHSGDKEKEKSRSDNRERSSSKLDKKHIGENIKGISSKHSHKDLKRKGESSKPDDKGSKVTDEKRAQERSILDKKSSKKTPMEFKGESSKGCVTSKKGSKLENDGNDHAGRKRKLSSCSSDSKDMSSIMNEELSRDSVKSERISVEKGFETAESVAVSEPLFELNSICPNANATSIDGGYGKENRLKQDSSIRGVNAASVCSRIFSGEHSENKPVDDFTQPSEDDTRQYSETAAATVGNCSERTPVTSAECSTPISDVIDLQHVSGGEHFALEQTSPKPESCVTINSTFSPVDISTEITNDVISTTATGETDANKEAVKIKHTSSDCDTLAVDNIVTGNDVEEVMQITSDNDMAENNCESVGEESVSAVGTCFVPYRESSTDSTIVETSSERNDIVVAELNERYAFPSSRAQDRNMSECEDTATSSCSTIEHTENVSLRGTIIYTNSLGENSATSTNVHLDNVMATNRSEYAVGVGNSGECTATTSADFENLGEADITMLSENSFEVATTSSVSTACSPERSRESAPTSSQRGIGAVLEAEAICDVLLKPATSSDGNMASSAGTPKNAATSSNSQESDTENGDVSEATKYFTRHAASSSVSAEDNDDRFPTSENIITHSATSSIHAVENKAADLISENDSINAATSSYNALEKDSLSIPENVMMLAASSSDNVEIHDDHSGLVAATSSDIAAPLSNPDGVSHDIGIITHASTSSDVRVDNEVLQGSDIFSVNAATSSDSTVEDNGILQGSENAHAHAATSSDIIVDNSGALQASENVLANAATSSDSLAENVVLEVSENVLSAASSSSAIDSSRILHFEGSISSEIDNENVAASSSNIMESSLADASGVWLQNPSGDNTASSSGYLDRDSRFQHNTIQFGSAEESKNVRATSTTLKDIGVSERCSSVISSGTHVVNSSDSLVMDSSTEVSVISQVDGGDAASCSSSGAEQGHEDQKHADHLKERENTASSSCALDNSIEDMCVDPEVPSQNGSDEAASSSSSLNTSSVQRSGHKSSLSPNNINVAASSSVAMNSSSDSLNFSVLCPGNSTDNAATSSSNITVSGADCVLSNNTLATTSSNISMDSSTGEDLELDTEKASTSTSSSTLLNNDKRAQDIGTEKDSITASSSTTIENCPIANEETAGSSFTVSGNAATSSDTTSSSKNKNTSTPDINTATTSTVIAEILTADERTENVNICCDINSEATAASSSNNMESSSGSVGGNATSSDYMMDSSLEGENVSETQKNEEAASSSGLSTNIRLQEIQTVTVGSQNLEDATTSSSTERANTSFVYSSNNSESNVSYHNVEATVESSFASSQSDIDTSGTSEETLVLSASGKNAAMHPVLNSDDNVNQDYERADEKEDAVSSASSQEYKLCSNAPRQNIKQTRDGEVDGAVTSGGAEVSESAMAPENFETFDHVTCAKAGAIVDDGDVLLVPVEDTPVSHTSRTDPSEESLVAEDTENNASFESANCETPASIGNAYEAETPNEQFTLEEGEGAVTSTGITEESDRAKVRQDIRKSDSSCTEAEIEPGGHAMSRQEVTDSNAITEDDESAITSTGAKEEEEEGEGFVTSTGTASEDSSFSSGTDENSNCAQMFNFNSKGQPIAVNSEERREPKTNHELTEEIKSAVILITTEGSEPSIAGRSTEENNLENALLLTPDGSAVLSTAENPHMQENNQTAEMEIDTSQRTEEIFEVETCVAIHSAADDETTTLNAQGQNLLTSETNEDNLRTSAGENSLVDAASHLQENPTADKSVTHDQEDGNLNISEQVPSNDEQTVVDNTVPNPTIKPEDSPLVSVSESIPSNTVPSGGLSVDHGRSFSDHGSINREVVEETESRAPGVRSVHFADELVADVSGNDALQDEQEKITTEEKEECLETTSGSAVLESKNQDEDSVTAESENDVNPTNNQEEEKSEASEISLMQPPETGSSESEAVLRQAHESSDLGKGQSFVETTDPNTSEEQQSSEQNVLETIKDEDVPREEKATCETSGPEAPEVPCSEESSPKVKKPRGRKSLEKLKEESLAKDKPTEEIPEEPKPPEKRKRGRPPKKRPLVPDTELSVKESSEEGKTSNARLRQEESTSTKKDVRTLEKTEQCQKTSDVRLEDKSGQTVPRRGRKPKRSLSTSESEPEKKRMKSVSEEEENAEHTEDTDNEDDHKGATTRAASRLEAERNLPHKPTTRAASKLSSPEPSSRKRRKNKNSLESKSPKNTNIRMKTQLSGTKRCREPSPPLAKSRGQQTSEEITPKRAKRQ

Target ORF information:

RefSeq Version	XM_012955726.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X1, mRNA.

Target ORF information:

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

XM_012955726.2

ORF Insert Sequence:

ATGGCCACCC CGCCGCCCGG GGATCCGAAG CTTGTGTCCC AGATAGTGAA TCACCTGAAG 
AGTCAGGGGC TGTTTGACCA GTTCCGAAGG GATTGTTTGG CTGATGTGGA TACGAAGCCA 
GCGTATCAAA ATTTGCGTCA GCGAGTTGAT AACTTTGTCG CCAGTCACTT AGCAAGCCAC 
ACATGGAGTC CTCATCTAAA CAAGAACCAG CTGAGGAACA ACATCAGGCA GCAGGTGCTT 
AAGTCTGGAA TGCTAGAGTC TGGCATTGAC AGAATTATTT CACAGGTTGT CGACCCAAAG 
ATAAACCACT TATTCAGACC TCAGGTGGAA AAAGTTGTTA AAGAATATTT GGCCATGATG 
AATAATAAAG AGGATGGAAA TGTAAATACA GAACAAAACG AGGAGCGATC AGAAGCCTCC 
ATCTCTGTTC CTGGTTCTCT ACCAGCAGTT GGACCTAGCA CCAATGTAGC AAGTGATGCA 
ATGTCCATTT TGGAAACAAT CAGTTCACTC AATCAAGAAG CAACTGCTGC TCGTGCCTTC 
ATAGAAACTC CGAACAATAA AAACAGTGAC AAAGTGAGCA AAAGAACAAT TCAGCAAAGT 
TTTGATGCTA CAGAAGAAAA GGATCGTACT TTAGAGGAAA CTCAAGAGGT GGAAAAATCC 
ATCCCTGATA TGCTGGTTGC AGAAACAGAA CCTGATATAA AGACAGAAGA TTCCAATGAT 
ATTTCTTCCA CTGTAGAAGC CTTTAAACAA CCTGACGCAG TTGGCATCTC ACAGAGCAAA 
GACATTCCAA ATGAAAATGA GGAGCAAAAG CCAAAAGCTG TAGAGAGTGA GAAGAAAAAT 
GAGGTCAGTG AAATAGCACA GAAGAAAGAG GATAAGAAGG AAGCAAAGAC TGAAAAAAGA 
AATGAGTACC CCAAAAAGGG TGATGATGTT GTAAAGGTTA AGGAGGATAA GACGGTGAAA 
GAACGTGAGA ACGAACCAGA AAAGAGCAGC AGTAAACAGA AGGCAACTAG CACCTTAAAA 
GAAGATAATC TTTCTGTAGA TTCAGATATT GATGATTATA CAGATGTCAC TGTCAGTTCT 
GTGCATACAA GTGACCTATC TTCATTTGAG GAAGAAAGTG AGGAAGACCC AGTGGTTTCA 
GATAGTACTG AGGAGGGAGA AATTACCTCT GATGACGAAG AGGTAGATGG AAAGAATATT 
GCCAAGCCAG AAACTGATCA GAATGAAGTA AAGGCAAAAT CAAGCCGTCA GATATATGTG 
CACAAACCAT ACTTGTACTC CAAATACTAC AGTGATTCTG ATGATGAACT TTCAGTGGAG 
CAACGTCGGC AGTCTGTTGC AAAGGAAAAA GAAGAGAGAC TTTTAAAAAG ACAAGTGAAA 
AGGGAGAGAC TGGAAGAAAA GCGTAAGCAG AAAGCAGCTG AGAAAACAAA GAACTTAAAA 
ATCAGCCAAG GGAAAGCCGT GACTTCCAAA CATGTCAAGG CAAAATCTAC CAGCATAAAG 
GAGGTGCTAA AGGAACAAAT GTTTTTAGAA AAAAAAGTAG CAAGGAGCAA GAAGAAAATA 
AGAGCGTCAA GGAATGAAAA AAATACCCTG AAGTCAAAAT CTGACCTTTT GGAAGAAGAT 
ATGAAGGATT CAATTAAAAA TGAGTCACAT GACAAAACTT TACTTAGTAA AGAAGCAAAG 
CATAATATTG GGCGGAGTGA TAAGCCCTCT AAAGTAATAG CAGAATTAGC CGAAGAATGT 
AAAACTGATA TTCGAACAGA AAAGGACTTT AAGAAAAGAA CACCACTGGA AAAGAATGAG 
ACAAATGTTG AAGAACAGCA AAGACAGAAA AGTGCACATA AAACTGAAAA ACTGAAAAAG 
GAAAGCCATG ATAGTGAATC GCCCAGCATG AAAGTGGCAC AGAAAAAGGA CCCAAAAATG 
CATAGAAATG AGCGTGAAAG AACTGTGTCA GAAGACAGGT CGTCCTCCAA ATATAGATAT 
AAAACCGAGA ATATAAATAA AACAAATGAC GATTCTGACG CTCAAAAATC TAAGAAAAAT 
TCAAAAGATG ACGATACCCC ACATAAGCGT AGTCAAAGCA AATCCGGCTC TGAAGAAAGA 
TCTGATCGAA AAAGTAAGCA TAAAAGCGAA GGCAAATCTT CCTCTTACAA CAAAGAGGAG 
AAAACATCTG GAACTGAGCA TTCTAGCAAA ACAGGTGAAA GTGTTCACAG AGAGAGTAAG 
CGAGAACGAC GCCAGTCTGA GGAAAAATCA AGATCAGAAC ACAAGTATAA GCGATCACTT 
AGCGATTCCA GAACACACCG AGACTCTCAG ATTGATTCAA GACAACATAG TAGTTCTCAG 
AAAAAGTCAA GGATCTCCTC TGATGATAAA ACTGAATCTG ATTTAGCACG CACAAATGCA 
AAGCAAGAGG AAAGCACTCA CAGAGATAAA AGGAGATCAT ATAGTTGCTC AGAAGAACGT 
GTTTCTTTAA AAGTTAAATC AAAAAGTAGC GGCAAATCAT CAAAACTGAG TGACCAGGAA 
GAGCCAGCAC AAAAGAATGA CAAAGATAAG ACTTTATTGG AAAATTATGC TGAAAAATAC 
CAAAAACTTA AATCTGAAGA CCATGAAGAA GCAAAAGATG CAGTCACTAC TCAGGCATCA 
AGTACTGTAT CAAAAGATGT CAATTATAAG TCCAAACATT CAGGAGACAA AGAAAAGGAG 
AAATCTCGAA GTGACAATAG AGAACGTTCT TCTTCAAAAC TCGATAAGAA GCATATAGGA 
GAAAATATAA AAGGTATAAG CTCAAAGCAC AGCCATAAGG ACTTAAAACG GAAAGGGGAG 
AGTAGTAAGC CAGATGACAA AGGTTCCAAA GTTACTGATG AAAAAAGAGC ACAAGAAAGA 
AGCATTTTGG ATAAAAAATC AAGTAAAAAA ACCCCAATGG AATTTAAAGG GGAAAGCTCT 
AAAGGCTGTG TGACTTCTAA AAAAGGCTCA AAACTAGAAA ATGATGGAAA TGATCATGCC 
GGGAGAAAAA GAAAGCTTTC TTCATGTTCT TCTGACTCCA AAGATATGTC ATCTATAATG 
AACGAAGAAC TTTCTCGTGA CAGTGTAAAA TCTGAAAGAA TATCCGTGGA AAAAGGATTT 
GAAACGGCTG AATCAGTAGC TGTCTCAGAG CCTTTATTTG AATTAAACAG CATTTGTCCT 
AACGCAAATG CCACCAGCAT AGACGGTGGG TATGGAAAGG AGAACAGACT AAAGCAAGAT 
TCTAGCATTA GAGGAGTAAA TGCTGCATCA GTATGTTCAA GAATCTTCTC TGGTGAGCAC 
AGTGAAAATA AACCTGTTGA TGATTTCACA CAGCCTTCTG AAGATGATAC TAGGCAATAC 
TCGGAGACTG CTGCTGCTAC AGTAGGCAAT TGTTCTGAAA GGACTCCTGT AACAAGTGCA 
GAATGTAGTA CTCCTATTAG TGATGTTATA GATCTTCAGC ATGTAAGTGG TGGTGAACAT 
TTTGCTCTTG AACAGACGAG TCCTAAACCA GAATCATGTG TTACCATTAA TTCTACCTTT 
TCTCCTGTTG ATATATCGAC TGAAATAACA AATGATGTGA TTTCAACAAC TGCAACTGGT 
GAAACTGATG CGAATAAGGA GGCAGTTAAA ATAAAGCACA CAAGCTCTGA CTGTGATACT 
TTGGCAGTAG ACAATATTGT TACTGGAAAT GATGTTGAAG AAGTTATGCA GATAACCAGT 
GATAACGATA TGGCAGAGAA TAATTGCGAA TCAGTTGGTG AGGAGAGTGT ATCAGCTGTT 
GGAACTTGTT TTGTTCCTTA TAGAGAAAGC AGTACAGACA GTACAATTGT GGAAACAAGT 
TCCGAAAGAA ATGATATAGT GGTTGCTGAA CTGAATGAAA GATATGCCTT TCCTTCATCT 
CGTGCACAGG ACAGAAATAT GTCTGAATGT GAGGATACGG CAACCTCATC CTGCTCCACA 
ATTGAACATA CAGAGAATGT GTCCCTCAGA GGAACAATTA TTTATACTAA CAGTTTAGGT 
GAAAATTCCG CAACATCAAC AAACGTACAT CTGGATAATG TTATGGCCAC AAACCGTAGT 
GAATATGCAG TAGGTGTTGG TAATAGTGGG GAATGCACTG CCACCACTTC TGCTGATTTT 
GAAAATTTAG GTGAAGCAGA CATCACAATG TTATCAGAAA ATAGCTTTGA AGTTGCAACA 
ACTTCCAGTG TTAGTACAGC ATGCTCCCCA GAGAGAAGCC GGGAAAGTGC ACCAACTTCA 
TCTCAGAGAG GAATCGGCGC TGTACTAGAA GCAGAGGCTA TTTGTGATGT ATTATTGAAA 
CCTGCAACTT CATCAGATGG TAATATGGCA TCTTCGGCTG GCACCCCCAA AAATGCAGCA 
ACATCTTCTA ACAGTCAAGA AAGTGACACA GAAAATGGTG ACGTAAGTGA AGCTACTAAA 
TATTTCACAA GACATGCCGC ATCCTCTTCT GTCAGTGCAG AAGACAACGA CGATAGATTT 
CCAACCTCTG AAAATATCAT TACTCATTCA GCAACCTCTT CTATCCATGC AGTTGAAAAT 
AAAGCTGCCG ATTTGATTTC TGAAAATGAC TCCATAAATG CAGCAACTTC CTCTTACAAT 
GCTTTGGAAA AAGATTCTCT CTCAATTCCA GAAAATGTAA TGATGCTTGC AGCATCATCT 
TCTGACAATG TGGAGATACA TGATGATCAT TCTGGGTTAG TTGCAGCAAC TTCATCTGAC 
ATTGCAGCTC CACTCTCTAA CCCAGATGGG GTTTCTCATG ATATTGGTAT AATAACACAT 
GCATCAACTT CTTCAGATGT CCGTGTAGAT AATGAGGTAC TCCAGGGGTC TGACATTTTT 
TCAGTAAATG CAGCAACCTC CTCAGACAGC ACCGTGGAAG ACAATGGTAT TCTTCAGGGC 
TCAGAAAATG CTCATGCACA TGCAGCAACC TCTTCAGATA TCATTGTAGA CAACAGTGGC 
GCTCTTCAGG CCTCTGAAAA TGTTCTGGCA AATGCAGCAA CCTCTTCAGA CAGTTTAGCA 
GAAAATGTTG TTCTGGAAGT CTCAGAAAAT GTTTTGTCAG CAGCTTCCTC AAGTAGTGCA 
ATAGATAGCA GCAGAATATT ACATTTTGAG GGTTCTATTT CTTCAGAAAT TGACAATGAA 
AATGTAGCCG CTTCATCCAG CAATATAATG GAAAGCAGTT TAGCCGATGC TTCTGGTGTA 
TGGTTGCAAA ATCCTAGTGG AGATAATACA GCAAGTTCTT CTGGTTATTT AGACAGAGAC 
TCCAGGTTTC AGCATAACAC CATACAGTTT GGTAGTGCTG AGGAAAGCAA AAATGTTAGA 
GCAACATCAA CTACTCTGAA AGACATTGGT GTGAGTGAAA GATGTTCTAG TGTTATATCT 
TCAGGAACTC ATGTTGTAAA CTCCTCAGAC TCCCTTGTAA TGGACAGTAG CACTGAAGTT 
TCTGTTATTA GTCAAGTGGA CGGCGGGGAT GCAGCAAGCT GTTCAAGCAG TGGTGCAGAA 
CAGGGTCATG AAGACCAAAA ACACGCAGAC CACCTCAAAG AGAGAGAAAA TACTGCCTCA 
TCAAGCTGTG CATTAGATAA CAGTATAGAA GATATGTGTG TTGATCCTGA AGTACCAAGC 
CAGAATGGAA GTGATGAAGC TGCATCATCC TCAAGTTCTT TAAATACTAG TAGTGTTCAG 
CGTTCAGGTC ATAAATCCTC ATTAAGTCCC AACAATATAA ATGTTGCTGC ATCTTCAAGT 
GTTGCAATGA ACAGCAGTAG TGATAGCCTG AATTTTTCTG TACTATGCCC TGGAAACAGT 
ACTGATAATG CTGCCACCTC ATCAAGCAAC ATAACCGTTA GTGGAGCAGA CTGTGTCCTT 
AGCAACAATA CACTAGCTAC AACTTCTTCA AATATTTCAA TGGATAGCAG TACTGGAGAG 
GACCTAGAGC TGGATACTGA AAAAGCAAGT ACTTCAACAT CCTCAAGCAC TTTATTGAAT 
AACGACAAAA GAGCACAAGA TATTGGGACT GAAAAAGACA GTATTACAGC TTCTTCTAGT 
ACTACAATAG AAAACTGCCC AATTGCAAAT GAAGAAACTG CAGGTAGCTC GTTTACAGTC 
AGTGGGAATG CAGCCACTTC TAGTGATACA ACTTCTAGTA GTAAAAACAA AAATACAAGT 
ACTCCTGATA TTAATACTGC TACTACATCC ACAGTTATAG CAGAAATACT TACTGCAGAT 
GAGAGAACTG AAAATGTAAA CATTTGTTGT GACATCAACA GTGAAGCTAC AGCAGCTTCT 
TCAAGTAACA ACATGGAATC CTCATCTGGT AGTGTTGGAG GGAATGCAAC ATCTTCAGAT 
TATATGATGG ATAGCAGCTT AGAAGGAGAA AATGTGTCAG AGACACAGAA AAATGAAGAG 
GCTGCTAGTT CTTCCGGTCT GTCTACTAAT ATAAGGCTGC AGGAAATCCA AACTGTGACA 
GTGGGCAGCC AAAATCTTGA AGATGCAACT ACTTCATCCA GCACAGAAAG AGCAAATACT 
TCCTTTGTCT ATAGCAGCAA CAATAGTGAA AGTAATGTTA GTTATCATAA TGTTGAGGCT 
ACGGTTGAGT CAAGCTTTGC ATCATCACAA AGTGACATCG ACACATCTGG TACTTCAGAA 
GAGACTTTGG TGCTAAGTGC AAGTGGCAAG AATGCAGCTA TGCATCCTGT ACTTAACTCG 
GATGACAATG TAAATCAGGA TTATGAAAGG GCCGATGAAA AGGAAGATGC TGTGAGTAGT 
GCCAGCTCTC AAGAATATAA ACTTTGCAGT AATGCTCCTA GGCAAAATAT AAAGCAAACA 
AGAGATGGAG AAGTTGATGG AGCTGTTACC AGTGGTGGCG CAGAAGTGAG TGAATCGGCT 
ATGGCTCCTG AAAATTTCGA GACATTTGAT CATGTGACTT GTGCAAAAGC TGGGGCAATT 
GTTGATGACG GCGATGTACT TCTTGTCCCA GTGGAGGATA CCCCTGTCTC TCATACTAGC 
AGAACTGACC CTAGTGAAGA AAGCTTGGTT GCTGAGGATA CAGAAAACAA TGCTTCCTTT 
GAGAGTGCAA ATTGTGAGAC ACCAGCAAGT ATAGGTAACG CCTATGAAGC CGAAACACCA 
AATGAGCAAT TTACATTAGA GGAAGGGGAA GGTGCTGTCA CCAGCACTGG GATAACAGAA 
GAAAGTGATA GAGCAAAAGT GAGGCAAGAC ATAAGAAAAA GTGATAGTTC CTGCACTGAG 
GCTGAAATTG AACCTGGTGG CCATGCTATG AGCAGGCAAG AGGTGACTGA TTCGAATGCC 
ATTACAGAAG ATGATGAGAG TGCTATCACA AGTACTGGTG CAAAAGAAGA GGAAGAGGAG 
GGTGAGGGAT TTGTAACTAG CACTGGAACT GCAAGTGAAG ATTCTTCATT CTCGTCCGGC 
ACGGATGAGA ATTCTAATTG TGCTCAGATG TTTAATTTCA ATAGCAAGGG TCAACCTATA 
GCTGTTAACT CTGAAGAGAG GAGAGAGCCG AAAACTAACC ATGAACTTAC TGAAGAAATA 
AAGAGTGCAG TTATTCTAAT AACTACAGAA GGTAGTGAAC CGAGCATTGC AGGCAGAAGT 
ACAGAAGAGA ATAATCTTGA AAATGCCTTA TTGTTAACTC CTGATGGTTC TGCTGTACTC 
TCTACAGCAG AAAATCCACA TATGCAAGAA AATAACCAGA CGGCTGAAAT GGAAATTGAT 
ACATCTCAAC GTACTGAAGA GATATTTGAA GTGGAGACGT GTGTGGCAAT ACATTCTGCT 
GCAGATGATG AGACAACTAC ATTAAATGCT CAGGGGCAAA ATCTTTTGAC ATCTGAAACA 
AATGAAGACA ACCTGAGAAC CTCAGCTGGG GAAAATTCTT TAGTGGACGC TGCTTCTCAT 
TTACAGGAGA ATCCGACTGC AGATAAATCC GTAACACATG ATCAAGAAGA CGGCAACCTT 
AATATTTCCG AACAAGTCCC TTCAAATGAT GAGCAAACTG TTGTAGACAA CACTGTTCCT 
AATCCCACTA TTAAACCTGA AGATTCTCCT TTAGTATCAG TATCTGAATC TATACCAAGT 
AATACAGTGC CTTCCGGTGG TCTGTCAGTT GATCATGGTC GCAGTTTCTC TGATCATGGT 
TCCATAAACA GGGAGGTGGT AGAAGAAACC GAATCTCGAG CTCCTGGTGT TAGAAGTGTT 
CATTTTGCAG ATGAACTGGT GGCTGATGTT TCTGGGAATG ATGCGTTACA GGACGAACAA 
GAGAAAATTA CAACTGAGGA AAAGGAGGAA TGTTTGGAAA CAACAAGTGG TAGTGCAGTC 
CTGGAGAGCA AAAATCAAGA TGAGGATTCT GTTACAGCTG AAAGCGAAAA TGATGTAAAT 
CCGACAAACA ATCAAGAGGA AGAAAAAAGT GAAGCAAGTG AGATTTCCCT AATGCAACCA 
CCTGAAACAG GGAGTTCTGA AAGTGAAGCA GTATTAAGAC AAGCACACGA GTCTTCTGAT 
CTTGGCAAGG GCCAAAGCTT TGTTGAGACG ACAGACCCAA ACACTTCAGA AGAACAGCAA 
TCCTCAGAAC AAAATGTACT GGAAACAATT AAAGATGAAG ATGTGCCAAG AGAGGAAAAA 
GCAACGTGTG AAACCTCCGG TCCAGAGGCA CCAGAGGTGC CGTGTTCAGA AGAATCTTCT 
CCAAAGGTGA AAAAGCCCCG AGGCCGTAAG AGTCTTGAAA AACTGAAAGA AGAAAGCCTT 
GCTAAGGATA AACCTACAGA GGAAATCCCA GAGGAACCCA AGCCACCAGA AAAGAGAAAA 
AGAGGACGGC CTCCAAAGAA ACGGCCTCTG GTTCCTGATA CAGAGTTGTC AGTAAAGGAG 
AGTTCCGAAG AAGGAAAAAC GTCAAATGCA CGCCTTCGAC AGGAAGAAAG CACTTCTACA 
AAGAAAGATG TGCGTACCTT GGAGAAGACT GAGCAATGTC AGAAAACTTC TGATGTAAGG 
TTGGAAGATA AAAGTGGGCA GACTGTTCCC CGGAGAGGAA GGAAACCAAA ACGTTCCCTC 
AGCACTTCAG AGAGTGAACC AGAAAAAAAG CGGATGAAGT CTGTCTCTGA AGAGGAGGAG 
AATGCTGAAC ATACAGAAGA CACTGACAAT GAAGATGATC ATAAAGGTGC CACAACACGA 
GCAGCCTCTC GCCTGGAAGC AGAGAGGAAC CTGCCTCACA AGCCCACTAC CCGAGCTGCT 
TCAAAGTTAA GTAGCCCTGA GCCTTCATCA CGTAAGAGGC GCAAAAATAA AAATTCACTC 
GAATCCAAAT CACCCAAAAA CACAAATATA AGGATGAAAA CACAATTGTC TGGCACAAAA 
CGTTGCCGAG AACCAAGTCC TCCTCTGGCG AAGTCTCGCG GGCAACAAAC ATCAGAAGAA 
ATCACACCGA AGAGGGCAAA GCGCCAGTGA

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

bod1l1 ( XM_012955727.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012811181.1 Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X3, mRNA.

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CloneID	OXa30897
Clone ID Related Accession (Same CDS sequence)	XM_012955727.2 , XM_012955728.2
Accession Version	XM_012955727.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9201bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	biorientation of chromosomes in cell division protein 1-like 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030677.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012955727.1. ##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##

ATGCTAGAGT CTGGCATTGA CAGAATTATT TCACAGGTTG TCGACCCAAA GATAAACCAC 
TTATTCAGAC CTCAGGTGGA AAAAGTTGTT AAAGAATATT TGGCCATGAT GAATAATAAA 
GAGGATGGAA ATGTAAATAC AGAACAAAAC GAGGAGCGAT CAGAAGCCTC CATCTCTGTT 
CCTGGTTCTC TACCAGCAGT TGGACCTAGC ACCAATGTAG CAAGTGATGC AATGTCCATT 
TTGGAAACAA TCAGTTCACT CAATCAAGAA GCAACTGCTG CTCGTGCCTT CATAGAAACT 
CCGAACAATA AAAACAGTGA CAAAGTGAGC AAAAGAACAA TTCAGCAAAG TTTTGATGCT 
ACAGAAGAAA AGGATCGTAC TTTAGAGGAA ACTCAAGAGG TGGAAAAATC CATCCCTGAT 
ATGCTGGTTG CAGAAACAGA ACCTGATATA AAGACAGAAG ATTCCAATGA TATTTCTTCC 
ACTGTAGAAG CCTTTAAACA ACCTGACGCA GTTGGCATCT CACAGAGCAA AGACATTCCA 
AATGAAAATG AGGAGCAAAA GCCAAAAGCT GTAGAGAGTG AGAAGAAAAA TGAGGTCAGT 
GAAATAGCAC AGAAGAAAGA GGATAAGAAG GAAGCAAAGA CTGAAAAAAG AAATGAGTAC 
CCCAAAAAGG GTGATGATGT TGTAAAGGTT AAGGAGGATA AGACGGTGAA AGAACGTGAG 
AACGAACCAG AAAAGAGCAG CAGTAAACAG AAGGCAACTA GCACCTTAAA AGAAGATAAT 
CTTTCTGTAG ATTCAGATAT TGATGATTAT ACAGATGTCA CTGTCAGTTC TGTGCATACA 
AGTGACCTAT CTTCATTTGA GGAAGAAAGT GAGGAAGACC CAGTGGTTTC AGATAGTACT 
GAGGAGGGAG AAATTACCTC TGATGACGAA GAGGTAGATG GAAAGAATAT TGCCAAGCCA 
GAAACTGATC AGAATGAAGT AAAGGCAAAA TCAAGCCGTC AGATATATGT GCACAAACCA 
TACTTGTACT CCAAATACTA CAGTGATTCT GATGATGAAC TTTCAGTGGA GCAACGTCGG 
CAGTCTGTTG CAAAGGAAAA AGAAGAGAGA CTTTTAAAAA GACAAGTGAA AAGGGAGAGA 
CTGGAAGAAA AGCGTAAGCA GAAAGCAGCT GAGAAAACAA AGAACTTAAA AATCAGCCAA 
GGGAAAGCCG TGACTTCCAA ACATGTCAAG GCAAAATCTA CCAGCATAAA GGAGGTGCTA 
AAGGAACAAA TGTTTTTAGA AAAAAAAGTA GCAAGGAGCA AGAAGAAAAT AAGAGCGTCA 
AGGAATGAAA AAAATACCCT GAAGTCAAAA TCTGACCTTT TGGAAGAAGA TATGAAGGAT 
TCAATTAAAA ATGAGTCACA TGACAAAACT TTACTTAGTA AAGAAGCAAA GCATAATATT 
GGGCGGAGTG ATAAGCCCTC TAAAGTAATA GCAGAATTAG CCGAAGAATG TAAAACTGAT 
ATTCGAACAG AAAAGGACTT TAAGAAAAGA ACACCACTGG AAAAGAATGA GACAAATGTT 
GAAGAACAGC AAAGACAGAA AAGTGCACAT AAAACTGAAA AACTGAAAAA GGAAAGCCAT 
GATAGTGAAT CGCCCAGCAT GAAAGTGGCA CAGAAAAAGG ACCCAAAAAT GCATAGAAAT 
GAGCGTGAAA GAACTGTGTC AGAAGACAGG TCGTCCTCCA AATATAGATA TAAAACCGAG 
AATATAAATA AAACAAATGA CGATTCTGAC GCTCAAAAAT CTAAGAAAAA TTCAAAAGAT 
GACGATACCC CACATAAGCG TAGTCAAAGC AAATCCGGCT CTGAAGAAAG ATCTGATCGA 
AAAAGTAAGC ATAAAAGCGA AGGCAAATCT TCCTCTTACA ACAAAGAGGA GAAAACATCT 
GGAACTGAGC ATTCTAGCAA AACAGGTGAA AGTGTTCACA GAGAGAGTAA GCGAGAACGA 
CGCCAGTCTG AGGAAAAATC AAGATCAGAA CACAAGTATA AGCGATCACT TAGCGATTCC 
AGAACACACC GAGACTCTCA GATTGATTCA AGACAACATA GTAGTTCTCA GAAAAAGTCA 
AGGATCTCCT CTGATGATAA AACTGAATCT GATTTAGCAC GCACAAATGC AAAGCAAGAG 
GAAAGCACTC ACAGAGATAA AAGGAGATCA TATAGTTGCT CAGAAGAACG TGTTTCTTTA 
AAAGTTAAAT CAAAAAGTAG CGGCAAATCA TCAAAACTGA GTGACCAGGA AGAGCCAGCA 
CAAAAGAATG ACAAAGATAA GACTTTATTG GAAAATTATG CTGAAAAATA CCAAAAACTT 
AAATCTGAAG ACCATGAAGA AGCAAAAGAT GCAGTCACTA CTCAGGCATC AAGTACTGTA 
TCAAAAGATG TCAATTATAA GTCCAAACAT TCAGGAGACA AAGAAAAGGA GAAATCTCGA 
AGTGACAATA GAGAACGTTC TTCTTCAAAA CTCGATAAGA AGCATATAGG AGAAAATATA 
AAAGGTATAA GCTCAAAGCA CAGCCATAAG GACTTAAAAC GGAAAGGGGA GAGTAGTAAG 
CCAGATGACA AAGGTTCCAA AGTTACTGAT GAAAAAAGAG CACAAGAAAG AAGCATTTTG 
GATAAAAAAT CAAGTAAAAA AACCCCAATG GAATTTAAAG GGGAAAGCTC TAAAGGCTGT 
GTGACTTCTA AAAAAGGCTC AAAACTAGAA AATGATGGAA ATGATCATGC CGGGAGAAAA 
AGAAAGCTTT CTTCATGTTC TTCTGACTCC AAAGATATGT CATCTATAAT GAACGAAGAA 
CTTTCTCGTG ACAGTGTAAA ATCTGAAAGA ATATCCGTGG AAAAAGGATT TGAAACGGCT 
GAATCAGTAG CTGTCTCAGA GCCTTTATTT GAATTAAACA GCATTTGTCC TAACGCAAAT 
GCCACCAGCA TAGACGGTGG GTATGGAAAG GAGAACAGAC TAAAGCAAGA TTCTAGCATT 
AGAGGAGTAA ATGCTGCATC AGTATGTTCA AGAATCTTCT CTGGTGAGCA CAGTGAAAAT 
AAACCTGTTG ATGATTTCAC ACAGCCTTCT GAAGATGATA CTAGGCAATA CTCGGAGACT 
GCTGCTGCTA CAGTAGGCAA TTGTTCTGAA AGGACTCCTG TAACAAGTGC AGAATGTAGT 
ACTCCTATTA GTGATGTTAT AGATCTTCAG CATGTAAGTG GTGGTGAACA TTTTGCTCTT 
GAACAGACGA GTCCTAAACC AGAATCATGT GTTACCATTA ATTCTACCTT TTCTCCTGTT 
GATATATCGA CTGAAATAAC AAATGATGTG ATTTCAACAA CTGCAACTGG TGAAACTGAT 
GCGAATAAGG AGGCAGTTAA AATAAAGCAC ACAAGCTCTG ACTGTGATAC TTTGGCAGTA 
GACAATATTG TTACTGGAAA TGATGTTGAA GAAGTTATGC AGATAACCAG TGATAACGAT 
ATGGCAGAGA ATAATTGCGA ATCAGTTGGT GAGGAGAGTG TATCAGCTGT TGGAACTTGT 
TTTGTTCCTT ATAGAGAAAG CAGTACAGAC AGTACAATTG TGGAAACAAG TTCCGAAAGA 
AATGATATAG TGGTTGCTGA ACTGAATGAA AGATATGCCT TTCCTTCATC TCGTGCACAG 
GACAGAAATA TGTCTGAATG TGAGGATACG GCAACCTCAT CCTGCTCCAC AATTGAACAT 
ACAGAGAATG TGTCCCTCAG AGGAACAATT ATTTATACTA ACAGTTTAGG TGAAAATTCC 
GCAACATCAA CAAACGTACA TCTGGATAAT GTTATGGCCA CAAACCGTAG TGAATATGCA 
GTAGGTGTTG GTAATAGTGG GGAATGCACT GCCACCACTT CTGCTGATTT TGAAAATTTA 
GGTGAAGCAG ACATCACAAT GTTATCAGAA AATAGCTTTG AAGTTGCAAC AACTTCCAGT 
GTTAGTACAG CATGCTCCCC AGAGAGAAGC CGGGAAAGTG CACCAACTTC ATCTCAGAGA 
GGAATCGGCG CTGTACTAGA AGCAGAGGCT ATTTGTGATG TATTATTGAA ACCTGCAACT 
TCATCAGATG GTAATATGGC ATCTTCGGCT GGCACCCCCA AAAATGCAGC AACATCTTCT 
AACAGTCAAG AAAGTGACAC AGAAAATGGT GACGTAAGTG AAGCTACTAA ATATTTCACA 
AGACATGCCG CATCCTCTTC TGTCAGTGCA GAAGACAACG ACGATAGATT TCCAACCTCT 
GAAAATATCA TTACTCATTC AGCAACCTCT TCTATCCATG CAGTTGAAAA TAAAGCTGCC 
GATTTGATTT CTGAAAATGA CTCCATAAAT GCAGCAACTT CCTCTTACAA TGCTTTGGAA 
AAAGATTCTC TCTCAATTCC AGAAAATGTA ATGATGCTTG CAGCATCATC TTCTGACAAT 
GTGGAGATAC ATGATGATCA TTCTGGGTTA GTTGCAGCAA CTTCATCTGA CATTGCAGCT 
CCACTCTCTA ACCCAGATGG GGTTTCTCAT GATATTGGTA TAATAACACA TGCATCAACT 
TCTTCAGATG TCCGTGTAGA TAATGAGGTA CTCCAGGGGT CTGACATTTT TTCAGTAAAT 
GCAGCAACCT CCTCAGACAG CACCGTGGAA GACAATGGTA TTCTTCAGGG CTCAGAAAAT 
GCTCATGCAC ATGCAGCAAC CTCTTCAGAT ATCATTGTAG ACAACAGTGG CGCTCTTCAG 
GCCTCTGAAA ATGTTCTGGC AAATGCAGCA ACCTCTTCAG ACAGTTTAGC AGAAAATGTT 
GTTCTGGAAG TCTCAGAAAA TGTTTTGTCA GCAGCTTCCT CAAGTAGTGC AATAGATAGC 
AGCAGAATAT TACATTTTGA GGGTTCTATT TCTTCAGAAA TTGACAATGA AAATGTAGCC 
GCTTCATCCA GCAATATAAT GGAAAGCAGT TTAGCCGATG CTTCTGGTGT ATGGTTGCAA 
AATCCTAGTG GAGATAATAC AGCAAGTTCT TCTGGTTATT TAGACAGAGA CTCCAGGTTT 
CAGCATAACA CCATACAGTT TGGTAGTGCT GAGGAAAGCA AAAATGTTAG AGCAACATCA 
ACTACTCTGA AAGACATTGG TGTGAGTGAA AGATGTTCTA GTGTTATATC TTCAGGAACT 
CATGTTGTAA ACTCCTCAGA CTCCCTTGTA ATGGACAGTA GCACTGAAGT TTCTGTTATT 
AGTCAAGTGG ACGGCGGGGA TGCAGCAAGC TGTTCAAGCA GTGGTGCAGA ACAGGGTCAT 
GAAGACCAAA AACACGCAGA CCACCTCAAA GAGAGAGAAA ATACTGCCTC ATCAAGCTGT 
GCATTAGATA ACAGTATAGA AGATATGTGT GTTGATCCTG AAGTACCAAG CCAGAATGGA 
AGTGATGAAG CTGCATCATC CTCAAGTTCT TTAAATACTA GTAGTGTTCA GCGTTCAGGT 
CATAAATCCT CATTAAGTCC CAACAATATA AATGTTGCTG CATCTTCAAG TGTTGCAATG 
AACAGCAGTA GTGATAGCCT GAATTTTTCT GTACTATGCC CTGGAAACAG TACTGATAAT 
GCTGCCACCT CATCAAGCAA CATAACCGTT AGTGGAGCAG ACTGTGTCCT TAGCAACAAT 
ACACTAGCTA CAACTTCTTC AAATATTTCA ATGGATAGCA GTACTGGAGA GGACCTAGAG 
CTGGATACTG AAAAAGCAAG TACTTCAACA TCCTCAAGCA CTTTATTGAA TAACGACAAA 
AGAGCACAAG ATATTGGGAC TGAAAAAGAC AGTATTACAG CTTCTTCTAG TACTACAATA 
GAAAACTGCC CAATTGCAAA TGAAGAAACT GCAGGTAGCT CGTTTACAGT CAGTGGGAAT 
GCAGCCACTT CTAGTGATAC AACTTCTAGT AGTAAAAACA AAAATACAAG TACTCCTGAT 
ATTAATACTG CTACTACATC CACAGTTATA GCAGAAATAC TTACTGCAGA TGAGAGAACT 
GAAAATGTAA ACATTTGTTG TGACATCAAC AGTGAAGCTA CAGCAGCTTC TTCAAGTAAC 
AACATGGAAT CCTCATCTGG TAGTGTTGGA GGGAATGCAA CATCTTCAGA TTATATGATG 
GATAGCAGCT TAGAAGGAGA AAATGTGTCA GAGACACAGA AAAATGAAGA GGCTGCTAGT 
TCTTCCGGTC TGTCTACTAA TATAAGGCTG CAGGAAATCC AAACTGTGAC AGTGGGCAGC 
CAAAATCTTG AAGATGCAAC TACTTCATCC AGCACAGAAA GAGCAAATAC TTCCTTTGTC 
TATAGCAGCA ACAATAGTGA AAGTAATGTT AGTTATCATA ATGTTGAGGC TACGGTTGAG 
TCAAGCTTTG CATCATCACA AAGTGACATC GACACATCTG GTACTTCAGA AGAGACTTTG 
GTGCTAAGTG CAAGTGGCAA GAATGCAGCT ATGCATCCTG TACTTAACTC GGATGACAAT 
GTAAATCAGG ATTATGAAAG GGCCGATGAA AAGGAAGATG CTGTGAGTAG TGCCAGCTCT 
CAAGAATATA AACTTTGCAG TAATGCTCCT AGGCAAAATA TAAAGCAAAC AAGAGATGGA 
GAAGTTGATG GAGCTGTTAC CAGTGGTGGC GCAGAAGTGA GTGAATCGGC TATGGCTCCT 
GAAAATTTCG AGACATTTGA TCATGTGACT TGTGCAAAAG CTGGGGCAAT TGTTGATGAC 
GGCGATGTAC TTCTTGTCCC AGTGGAGGAT ACCCCTGTCT CTCATACTAG CAGAACTGAC 
CCTAGTGAAG AAAGCTTGGT TGCTGAGGAT ACAGAAAACA ATGCTTCCTT TGAGAGTGCA 
AATTGTGAGA CACCAGCAAG TATAGGTAAC GCCTATGAAG CCGAAACACC AAATGAGCAA 
TTTACATTAG AGGAAGGGGA AGGTGCTGTC ACCAGCACTG GGATAACAGA AGAAAGTGAT 
AGAGCAAAAG TGAGGCAAGA CATAAGAAAA AGTGATAGTT CCTGCACTGA GGCTGAAATT 
GAACCTGGTG GCCATGCTAT GAGCAGGCAA GAGGTGACTG ATTCGAATGC CATTACAGAA 
GATGATGAGA GTGCTATCAC AAGTACTGGT GCAAAAGAAG AGGAAGAGGA GGGTGAGGGA 
TTTGTAACTA GCACTGGAAC TGCAAGTGAA GATTCTTCAT TCTCGTCCGG CACGGATGAG 
AATTCTAATT GTGCTCAGAT GTTTAATTTC AATAGCAAGG GTCAACCTAT AGCTGTTAAC 
TCTGAAGAGA GGAGAGAGCC GAAAACTAAC CATGAACTTA CTGAAGAAAT AAAGAGTGCA 
GTTATTCTAA TAACTACAGA AGGTAGTGAA CCGAGCATTG CAGGCAGAAG TACAGAAGAG 
AATAATCTTG AAAATGCCTT ATTGTTAACT CCTGATGGTT CTGCTGTACT CTCTACAGCA 
GAAAATCCAC ATATGCAAGA AAATAACCAG ACGGCTGAAA TGGAAATTGA TACATCTCAA 
CGTACTGAAG AGATATTTGA AGTGGAGACG TGTGTGGCAA TACATTCTGC TGCAGATGAT 
GAGACAACTA CATTAAATGC TCAGGGGCAA AATCTTTTGA CATCTGAAAC AAATGAAGAC 
AACCTGAGAA CCTCAGCTGG GGAAAATTCT TTAGTGGACG CTGCTTCTCA TTTACAGGAG 
AATCCGACTG CAGATAAATC CGTAACACAT GATCAAGAAG ACGGCAACCT TAATATTTCC 
GAACAAGTCC CTTCAAATGA TGAGCAAACT GTTGTAGACA ACACTGTTCC TAATCCCACT 
ATTAAACCTG AAGATTCTCC TTTAGTATCA GTATCTGAAT CTATACCAAG TAATACAGTG 
CCTTCCGGTG GTCTGTCAGT TGATCATGGT CGCAGTTTCT CTGATCATGG TTCCATAAAC 
AGGGAGGTGG TAGAAGAAAC CGAATCTCGA GCTCCTGGTG TTAGAAGTGT TCATTTTGCA 
GATGAACTGG TGGCTGATGT TTCTGGGAAT GATGCGTTAC AGGACGAACA AGAGAAAATT 
ACAACTGAGG AAAAGGAGGA ATGTTTGGAA ACAACAAGTG GTAGTGCAGT CCTGGAGAGC 
AAAAATCAAG ATGAGGATTC TGTTACAGCT GAAAGCGAAA ATGATGTAAA TCCGACAAAC 
AATCAAGAGG AAGAAAAAAG TGAAGCAAGT GAGATTTCCC TAATGCAACC ACCTGAAACA 
GGGAGTTCTG AAAGTGAAGC AGTATTAAGA CAAGCACACG AGTCTTCTGA TCTTGGCAAG 
GGCCAAAGCT TTGTTGAGAC GACAGACCCA AACACTTCAG AAGAACAGCA ATCCTCAGAA 
CAAAATGTAC TGGAAACAAT TAAAGATGAA GATGTGCCAA GAGAGGAAAA AGCAACGTGT 
GAAACCTCCG GTCCAGAGGC ACCAGAGGTG CCGTGTTCAG AAGAATCTTC TCCAAAGGTG 
AAAAAGCCCC GAGGCCGTAA GAGTCTTGAA AAACTGAAAG AAGAAAGCCT TGCTAAGGAT 
AAACCTACAG AGGAAATCCC AGAGGAACCC AAGCCACCAG AAAAGAGAAA AAGAGGACGG 
CCTCCAAAGA AACGGCCTCT GGTTCCTGAT ACAGAGTTGT CAGTAAAGGA GAGTTCCGAA 
GAAGGAAAAA CGTCAAATGC ACGCCTTCGA CAGGAAGAAA GCACTTCTAC AAAGAAAGAT 
GTGCGTACCT TGGAGAAGAC TGAGCAATGT CAGAAAACTT CTGATGTAAG GTTGGAAGAT 
AAAAGTGGGC AGACTGTTCC CCGGAGAGGA AGGAAACCAA AACGTTCCCT CAGCACTTCA 
GAGAGTGAAC CAGAAAAAAA GCGGATGAAG TCTGTCTCTG AAGAGGAGGA GAATGCTGAA 
CATACAGAAG ACACTGACAA TGAAGATGAT CATAAAGGTG CCACAACACG AGCAGCCTCT 
CGCCTGGAAG CAGAGAGGAA CCTGCCTCAC AAGCCCACTA CCCGAGCTGC TTCAAAGTTA 
AGTAGCCCTG AGCCTTCATC ACGTAAGAGG CGCAAAAATA AAAATTCACT CGAATCCAAA 
TCACCCAAAA ACACAAATAT AAGGATGAAA ACACAATTGT CTGGCACAAA ACGTTGCCGA 
GAACCAAGTC CTCCTCTGGC GAAGTCTCGC GGGCAACAAA CATCAGAAGA AATCACACCG 
AAGAGGGCAA AGCGCCAGTG A

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

RefSeq	XP_012811181.1
CDS	351..9551
Translation	MLESGIDRIISQVVDPKINHLFRPQVEKVVKEYLAMMNNKEDGNVNTEQNEERSEASISVPGSLPAVGPSTNVASDAMSILETISSLNQEATAARAFIETPNNKNSDKVSKRTIQQSFDATEEKDRTLEETQEVEKSIPDMLVAETEPDIKTEDSNDISSTVEAFKQPDAVGISQSKDIPNENEEQKPKAVESEKKNEVSEIAQKKEDKKEAKTEKRNEYPKKGDDVVKVKEDKTVKERENEPEKSSSKQKATSTLKEDNLSVDSDIDDYTDVTVSSVHTSDLSSFEEESEEDPVVSDSTEEGEITSDDEEVDGKNIAKPETDQNEVKAKSSRQIYVHKPYLYSKYYSDSDDELSVEQRRQSVAKEKEERLLKRQVKRERLEEKRKQKAAEKTKNLKISQGKAVTSKHVKAKSTSIKEVLKEQMFLEKKVARSKKKIRASRNEKNTLKSKSDLLEEDMKDSIKNESHDKTLLSKEAKHNIGRSDKPSKVIAELAEECKTDIRTEKDFKKRTPLEKNETNVEEQQRQKSAHKTEKLKKESHDSESPSMKVAQKKDPKMHRNERERTVSEDRSSSKYRYKTENINKTNDDSDAQKSKKNSKDDDTPHKRSQSKSGSEERSDRKSKHKSEGKSSSYNKEEKTSGTEHSSKTGESVHRESKRERRQSEEKSRSEHKYKRSLSDSRTHRDSQIDSRQHSSSQKKSRISSDDKTESDLARTNAKQEESTHRDKRRSYSCSEERVSLKVKSKSSGKSSKLSDQEEPAQKNDKDKTLLENYAEKYQKLKSEDHEEAKDAVTTQASSTVSKDVNYKSKHSGDKEKEKSRSDNRERSSSKLDKKHIGENIKGISSKHSHKDLKRKGESSKPDDKGSKVTDEKRAQERSILDKKSSKKTPMEFKGESSKGCVTSKKGSKLENDGNDHAGRKRKLSSCSSDSKDMSSIMNEELSRDSVKSERISVEKGFETAESVAVSEPLFELNSICPNANATSIDGGYGKENRLKQDSSIRGVNAASVCSRIFSGEHSENKPVDDFTQPSEDDTRQYSETAAATVGNCSERTPVTSAECSTPISDVIDLQHVSGGEHFALEQTSPKPESCVTINSTFSPVDISTEITNDVISTTATGETDANKEAVKIKHTSSDCDTLAVDNIVTGNDVEEVMQITSDNDMAENNCESVGEESVSAVGTCFVPYRESSTDSTIVETSSERNDIVVAELNERYAFPSSRAQDRNMSECEDTATSSCSTIEHTENVSLRGTIIYTNSLGENSATSTNVHLDNVMATNRSEYAVGVGNSGECTATTSADFENLGEADITMLSENSFEVATTSSVSTACSPERSRESAPTSSQRGIGAVLEAEAICDVLLKPATSSDGNMASSAGTPKNAATSSNSQESDTENGDVSEATKYFTRHAASSSVSAEDNDDRFPTSENIITHSATSSIHAVENKAADLISENDSINAATSSYNALEKDSLSIPENVMMLAASSSDNVEIHDDHSGLVAATSSDIAAPLSNPDGVSHDIGIITHASTSSDVRVDNEVLQGSDIFSVNAATSSDSTVEDNGILQGSENAHAHAATSSDIIVDNSGALQASENVLANAATSSDSLAENVVLEVSENVLSAASSSSAIDSSRILHFEGSISSEIDNENVAASSSNIMESSLADASGVWLQNPSGDNTASSSGYLDRDSRFQHNTIQFGSAEESKNVRATSTTLKDIGVSERCSSVISSGTHVVNSSDSLVMDSSTEVSVISQVDGGDAASCSSSGAEQGHEDQKHADHLKERENTASSSCALDNSIEDMCVDPEVPSQNGSDEAASSSSSLNTSSVQRSGHKSSLSPNNINVAASSSVAMNSSSDSLNFSVLCPGNSTDNAATSSSNITVSGADCVLSNNTLATTSSNISMDSSTGEDLELDTEKASTSTSSSTLLNNDKRAQDIGTEKDSITASSSTTIENCPIANEETAGSSFTVSGNAATSSDTTSSSKNKNTSTPDINTATTSTVIAEILTADERTENVNICCDINSEATAASSSNNMESSSGSVGGNATSSDYMMDSSLEGENVSETQKNEEAASSSGLSTNIRLQEIQTVTVGSQNLEDATTSSSTERANTSFVYSSNNSESNVSYHNVEATVESSFASSQSDIDTSGTSEETLVLSASGKNAAMHPVLNSDDNVNQDYERADEKEDAVSSASSQEYKLCSNAPRQNIKQTRDGEVDGAVTSGGAEVSESAMAPENFETFDHVTCAKAGAIVDDGDVLLVPVEDTPVSHTSRTDPSEESLVAEDTENNASFESANCETPASIGNAYEAETPNEQFTLEEGEGAVTSTGITEESDRAKVRQDIRKSDSSCTEAEIEPGGHAMSRQEVTDSNAITEDDESAITSTGAKEEEEEGEGFVTSTGTASEDSSFSSGTDENSNCAQMFNFNSKGQPIAVNSEERREPKTNHELTEEIKSAVILITTEGSEPSIAGRSTEENNLENALLLTPDGSAVLSTAENPHMQENNQTAEMEIDTSQRTEEIFEVETCVAIHSAADDETTTLNAQGQNLLTSETNEDNLRTSAGENSLVDAASHLQENPTADKSVTHDQEDGNLNISEQVPSNDEQTVVDNTVPNPTIKPEDSPLVSVSESIPSNTVPSGGLSVDHGRSFSDHGSINREVVEETESRAPGVRSVHFADELVADVSGNDALQDEQEKITTEEKEECLETTSGSAVLESKNQDEDSVTAESENDVNPTNNQEEEKSEASEISLMQPPETGSSESEAVLRQAHESSDLGKGQSFVETTDPNTSEEQQSSEQNVLETIKDEDVPREEKATCETSGPEAPEVPCSEESSPKVKKPRGRKSLEKLKEESLAKDKPTEEIPEEPKPPEKRKRGRPPKKRPLVPDTELSVKESSEEGKTSNARLRQEESTSTKKDVRTLEKTEQCQKTSDVRLEDKSGQTVPRRGRKPKRSLSTSESEPEKKRMKSVSEEEENAEHTEDTDNEDDHKGATTRAASRLEAERNLPHKPTTRAASKLSSPEPSSRKRRKNKNSLESKSPKNTNIRMKTQLSGTKRCREPSPPLAKSRGQQTSEEITPKRAKRQ

Target ORF information:

RefSeq Version	XM_012955727.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X3, mRNA.

Target ORF information:

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

XM_012955727.2

ORF Insert Sequence:

ATGCTAGAGT CTGGCATTGA CAGAATTATT TCACAGGTTG TCGACCCAAA GATAAACCAC 
TTATTCAGAC CTCAGGTGGA AAAAGTTGTT AAAGAATATT TGGCCATGAT GAATAATAAA 
GAGGATGGAA ATGTAAATAC AGAACAAAAC GAGGAGCGAT CAGAAGCCTC CATCTCTGTT 
CCTGGTTCTC TACCAGCAGT TGGACCTAGC ACCAATGTAG CAAGTGATGC AATGTCCATT 
TTGGAAACAA TCAGTTCACT CAATCAAGAA GCAACTGCTG CTCGTGCCTT CATAGAAACT 
CCGAACAATA AAAACAGTGA CAAAGTGAGC AAAAGAACAA TTCAGCAAAG TTTTGATGCT 
ACAGAAGAAA AGGATCGTAC TTTAGAGGAA ACTCAAGAGG TGGAAAAATC CATCCCTGAT 
ATGCTGGTTG CAGAAACAGA ACCTGATATA AAGACAGAAG ATTCCAATGA TATTTCTTCC 
ACTGTAGAAG CCTTTAAACA ACCTGACGCA GTTGGCATCT CACAGAGCAA AGACATTCCA 
AATGAAAATG AGGAGCAAAA GCCAAAAGCT GTAGAGAGTG AGAAGAAAAA TGAGGTCAGT 
GAAATAGCAC AGAAGAAAGA GGATAAGAAG GAAGCAAAGA CTGAAAAAAG AAATGAGTAC 
CCCAAAAAGG GTGATGATGT TGTAAAGGTT AAGGAGGATA AGACGGTGAA AGAACGTGAG 
AACGAACCAG AAAAGAGCAG CAGTAAACAG AAGGCAACTA GCACCTTAAA AGAAGATAAT 
CTTTCTGTAG ATTCAGATAT TGATGATTAT ACAGATGTCA CTGTCAGTTC TGTGCATACA 
AGTGACCTAT CTTCATTTGA GGAAGAAAGT GAGGAAGACC CAGTGGTTTC AGATAGTACT 
GAGGAGGGAG AAATTACCTC TGATGACGAA GAGGTAGATG GAAAGAATAT TGCCAAGCCA 
GAAACTGATC AGAATGAAGT AAAGGCAAAA TCAAGCCGTC AGATATATGT GCACAAACCA 
TACTTGTACT CCAAATACTA CAGTGATTCT GATGATGAAC TTTCAGTGGA GCAACGTCGG 
CAGTCTGTTG CAAAGGAAAA AGAAGAGAGA CTTTTAAAAA GACAAGTGAA AAGGGAGAGA 
CTGGAAGAAA AGCGTAAGCA GAAAGCAGCT GAGAAAACAA AGAACTTAAA AATCAGCCAA 
GGGAAAGCCG TGACTTCCAA ACATGTCAAG GCAAAATCTA CCAGCATAAA GGAGGTGCTA 
AAGGAACAAA TGTTTTTAGA AAAAAAAGTA GCAAGGAGCA AGAAGAAAAT AAGAGCGTCA 
AGGAATGAAA AAAATACCCT GAAGTCAAAA TCTGACCTTT TGGAAGAAGA TATGAAGGAT 
TCAATTAAAA ATGAGTCACA TGACAAAACT TTACTTAGTA AAGAAGCAAA GCATAATATT 
GGGCGGAGTG ATAAGCCCTC TAAAGTAATA GCAGAATTAG CCGAAGAATG TAAAACTGAT 
ATTCGAACAG AAAAGGACTT TAAGAAAAGA ACACCACTGG AAAAGAATGA GACAAATGTT 
GAAGAACAGC AAAGACAGAA AAGTGCACAT AAAACTGAAA AACTGAAAAA GGAAAGCCAT 
GATAGTGAAT CGCCCAGCAT GAAAGTGGCA CAGAAAAAGG ACCCAAAAAT GCATAGAAAT 
GAGCGTGAAA GAACTGTGTC AGAAGACAGG TCGTCCTCCA AATATAGATA TAAAACCGAG 
AATATAAATA AAACAAATGA CGATTCTGAC GCTCAAAAAT CTAAGAAAAA TTCAAAAGAT 
GACGATACCC CACATAAGCG TAGTCAAAGC AAATCCGGCT CTGAAGAAAG ATCTGATCGA 
AAAAGTAAGC ATAAAAGCGA AGGCAAATCT TCCTCTTACA ACAAAGAGGA GAAAACATCT 
GGAACTGAGC ATTCTAGCAA AACAGGTGAA AGTGTTCACA GAGAGAGTAA GCGAGAACGA 
CGCCAGTCTG AGGAAAAATC AAGATCAGAA CACAAGTATA AGCGATCACT TAGCGATTCC 
AGAACACACC GAGACTCTCA GATTGATTCA AGACAACATA GTAGTTCTCA GAAAAAGTCA 
AGGATCTCCT CTGATGATAA AACTGAATCT GATTTAGCAC GCACAAATGC AAAGCAAGAG 
GAAAGCACTC ACAGAGATAA AAGGAGATCA TATAGTTGCT CAGAAGAACG TGTTTCTTTA 
AAAGTTAAAT CAAAAAGTAG CGGCAAATCA TCAAAACTGA GTGACCAGGA AGAGCCAGCA 
CAAAAGAATG ACAAAGATAA GACTTTATTG GAAAATTATG CTGAAAAATA CCAAAAACTT 
AAATCTGAAG ACCATGAAGA AGCAAAAGAT GCAGTCACTA CTCAGGCATC AAGTACTGTA 
TCAAAAGATG TCAATTATAA GTCCAAACAT TCAGGAGACA AAGAAAAGGA GAAATCTCGA 
AGTGACAATA GAGAACGTTC TTCTTCAAAA CTCGATAAGA AGCATATAGG AGAAAATATA 
AAAGGTATAA GCTCAAAGCA CAGCCATAAG GACTTAAAAC GGAAAGGGGA GAGTAGTAAG 
CCAGATGACA AAGGTTCCAA AGTTACTGAT GAAAAAAGAG CACAAGAAAG AAGCATTTTG 
GATAAAAAAT CAAGTAAAAA AACCCCAATG GAATTTAAAG GGGAAAGCTC TAAAGGCTGT 
GTGACTTCTA AAAAAGGCTC AAAACTAGAA AATGATGGAA ATGATCATGC CGGGAGAAAA 
AGAAAGCTTT CTTCATGTTC TTCTGACTCC AAAGATATGT CATCTATAAT GAACGAAGAA 
CTTTCTCGTG ACAGTGTAAA ATCTGAAAGA ATATCCGTGG AAAAAGGATT TGAAACGGCT 
GAATCAGTAG CTGTCTCAGA GCCTTTATTT GAATTAAACA GCATTTGTCC TAACGCAAAT 
GCCACCAGCA TAGACGGTGG GTATGGAAAG GAGAACAGAC TAAAGCAAGA TTCTAGCATT 
AGAGGAGTAA ATGCTGCATC AGTATGTTCA AGAATCTTCT CTGGTGAGCA CAGTGAAAAT 
AAACCTGTTG ATGATTTCAC ACAGCCTTCT GAAGATGATA CTAGGCAATA CTCGGAGACT 
GCTGCTGCTA CAGTAGGCAA TTGTTCTGAA AGGACTCCTG TAACAAGTGC AGAATGTAGT 
ACTCCTATTA GTGATGTTAT AGATCTTCAG CATGTAAGTG GTGGTGAACA TTTTGCTCTT 
GAACAGACGA GTCCTAAACC AGAATCATGT GTTACCATTA ATTCTACCTT TTCTCCTGTT 
GATATATCGA CTGAAATAAC AAATGATGTG ATTTCAACAA CTGCAACTGG TGAAACTGAT 
GCGAATAAGG AGGCAGTTAA AATAAAGCAC ACAAGCTCTG ACTGTGATAC TTTGGCAGTA 
GACAATATTG TTACTGGAAA TGATGTTGAA GAAGTTATGC AGATAACCAG TGATAACGAT 
ATGGCAGAGA ATAATTGCGA ATCAGTTGGT GAGGAGAGTG TATCAGCTGT TGGAACTTGT 
TTTGTTCCTT ATAGAGAAAG CAGTACAGAC AGTACAATTG TGGAAACAAG TTCCGAAAGA 
AATGATATAG TGGTTGCTGA ACTGAATGAA AGATATGCCT TTCCTTCATC TCGTGCACAG 
GACAGAAATA TGTCTGAATG TGAGGATACG GCAACCTCAT CCTGCTCCAC AATTGAACAT 
ACAGAGAATG TGTCCCTCAG AGGAACAATT ATTTATACTA ACAGTTTAGG TGAAAATTCC 
GCAACATCAA CAAACGTACA TCTGGATAAT GTTATGGCCA CAAACCGTAG TGAATATGCA 
GTAGGTGTTG GTAATAGTGG GGAATGCACT GCCACCACTT CTGCTGATTT TGAAAATTTA 
GGTGAAGCAG ACATCACAAT GTTATCAGAA AATAGCTTTG AAGTTGCAAC AACTTCCAGT 
GTTAGTACAG CATGCTCCCC AGAGAGAAGC CGGGAAAGTG CACCAACTTC ATCTCAGAGA 
GGAATCGGCG CTGTACTAGA AGCAGAGGCT ATTTGTGATG TATTATTGAA ACCTGCAACT 
TCATCAGATG GTAATATGGC ATCTTCGGCT GGCACCCCCA AAAATGCAGC AACATCTTCT 
AACAGTCAAG AAAGTGACAC AGAAAATGGT GACGTAAGTG AAGCTACTAA ATATTTCACA 
AGACATGCCG CATCCTCTTC TGTCAGTGCA GAAGACAACG ACGATAGATT TCCAACCTCT 
GAAAATATCA TTACTCATTC AGCAACCTCT TCTATCCATG CAGTTGAAAA TAAAGCTGCC 
GATTTGATTT CTGAAAATGA CTCCATAAAT GCAGCAACTT CCTCTTACAA TGCTTTGGAA 
AAAGATTCTC TCTCAATTCC AGAAAATGTA ATGATGCTTG CAGCATCATC TTCTGACAAT 
GTGGAGATAC ATGATGATCA TTCTGGGTTA GTTGCAGCAA CTTCATCTGA CATTGCAGCT 
CCACTCTCTA ACCCAGATGG GGTTTCTCAT GATATTGGTA TAATAACACA TGCATCAACT 
TCTTCAGATG TCCGTGTAGA TAATGAGGTA CTCCAGGGGT CTGACATTTT TTCAGTAAAT 
GCAGCAACCT CCTCAGACAG CACCGTGGAA GACAATGGTA TTCTTCAGGG CTCAGAAAAT 
GCTCATGCAC ATGCAGCAAC CTCTTCAGAT ATCATTGTAG ACAACAGTGG CGCTCTTCAG 
GCCTCTGAAA ATGTTCTGGC AAATGCAGCA ACCTCTTCAG ACAGTTTAGC AGAAAATGTT 
GTTCTGGAAG TCTCAGAAAA TGTTTTGTCA GCAGCTTCCT CAAGTAGTGC AATAGATAGC 
AGCAGAATAT TACATTTTGA GGGTTCTATT TCTTCAGAAA TTGACAATGA AAATGTAGCC 
GCTTCATCCA GCAATATAAT GGAAAGCAGT TTAGCCGATG CTTCTGGTGT ATGGTTGCAA 
AATCCTAGTG GAGATAATAC AGCAAGTTCT TCTGGTTATT TAGACAGAGA CTCCAGGTTT 
CAGCATAACA CCATACAGTT TGGTAGTGCT GAGGAAAGCA AAAATGTTAG AGCAACATCA 
ACTACTCTGA AAGACATTGG TGTGAGTGAA AGATGTTCTA GTGTTATATC TTCAGGAACT 
CATGTTGTAA ACTCCTCAGA CTCCCTTGTA ATGGACAGTA GCACTGAAGT TTCTGTTATT 
AGTCAAGTGG ACGGCGGGGA TGCAGCAAGC TGTTCAAGCA GTGGTGCAGA ACAGGGTCAT 
GAAGACCAAA AACACGCAGA CCACCTCAAA GAGAGAGAAA ATACTGCCTC ATCAAGCTGT 
GCATTAGATA ACAGTATAGA AGATATGTGT GTTGATCCTG AAGTACCAAG CCAGAATGGA 
AGTGATGAAG CTGCATCATC CTCAAGTTCT TTAAATACTA GTAGTGTTCA GCGTTCAGGT 
CATAAATCCT CATTAAGTCC CAACAATATA AATGTTGCTG CATCTTCAAG TGTTGCAATG 
AACAGCAGTA GTGATAGCCT GAATTTTTCT GTACTATGCC CTGGAAACAG TACTGATAAT 
GCTGCCACCT CATCAAGCAA CATAACCGTT AGTGGAGCAG ACTGTGTCCT TAGCAACAAT 
ACACTAGCTA CAACTTCTTC AAATATTTCA ATGGATAGCA GTACTGGAGA GGACCTAGAG 
CTGGATACTG AAAAAGCAAG TACTTCAACA TCCTCAAGCA CTTTATTGAA TAACGACAAA 
AGAGCACAAG ATATTGGGAC TGAAAAAGAC AGTATTACAG CTTCTTCTAG TACTACAATA 
GAAAACTGCC CAATTGCAAA TGAAGAAACT GCAGGTAGCT CGTTTACAGT CAGTGGGAAT 
GCAGCCACTT CTAGTGATAC AACTTCTAGT AGTAAAAACA AAAATACAAG TACTCCTGAT 
ATTAATACTG CTACTACATC CACAGTTATA GCAGAAATAC TTACTGCAGA TGAGAGAACT 
GAAAATGTAA ACATTTGTTG TGACATCAAC AGTGAAGCTA CAGCAGCTTC TTCAAGTAAC 
AACATGGAAT CCTCATCTGG TAGTGTTGGA GGGAATGCAA CATCTTCAGA TTATATGATG 
GATAGCAGCT TAGAAGGAGA AAATGTGTCA GAGACACAGA AAAATGAAGA GGCTGCTAGT 
TCTTCCGGTC TGTCTACTAA TATAAGGCTG CAGGAAATCC AAACTGTGAC AGTGGGCAGC 
CAAAATCTTG AAGATGCAAC TACTTCATCC AGCACAGAAA GAGCAAATAC TTCCTTTGTC 
TATAGCAGCA ACAATAGTGA AAGTAATGTT AGTTATCATA ATGTTGAGGC TACGGTTGAG 
TCAAGCTTTG CATCATCACA AAGTGACATC GACACATCTG GTACTTCAGA AGAGACTTTG 
GTGCTAAGTG CAAGTGGCAA GAATGCAGCT ATGCATCCTG TACTTAACTC GGATGACAAT 
GTAAATCAGG ATTATGAAAG GGCCGATGAA AAGGAAGATG CTGTGAGTAG TGCCAGCTCT 
CAAGAATATA AACTTTGCAG TAATGCTCCT AGGCAAAATA TAAAGCAAAC AAGAGATGGA 
GAAGTTGATG GAGCTGTTAC CAGTGGTGGC GCAGAAGTGA GTGAATCGGC TATGGCTCCT 
GAAAATTTCG AGACATTTGA TCATGTGACT TGTGCAAAAG CTGGGGCAAT TGTTGATGAC 
GGCGATGTAC TTCTTGTCCC AGTGGAGGAT ACCCCTGTCT CTCATACTAG CAGAACTGAC 
CCTAGTGAAG AAAGCTTGGT TGCTGAGGAT ACAGAAAACA ATGCTTCCTT TGAGAGTGCA 
AATTGTGAGA CACCAGCAAG TATAGGTAAC GCCTATGAAG CCGAAACACC AAATGAGCAA 
TTTACATTAG AGGAAGGGGA AGGTGCTGTC ACCAGCACTG GGATAACAGA AGAAAGTGAT 
AGAGCAAAAG TGAGGCAAGA CATAAGAAAA AGTGATAGTT CCTGCACTGA GGCTGAAATT 
GAACCTGGTG GCCATGCTAT GAGCAGGCAA GAGGTGACTG ATTCGAATGC CATTACAGAA 
GATGATGAGA GTGCTATCAC AAGTACTGGT GCAAAAGAAG AGGAAGAGGA GGGTGAGGGA 
TTTGTAACTA GCACTGGAAC TGCAAGTGAA GATTCTTCAT TCTCGTCCGG CACGGATGAG 
AATTCTAATT GTGCTCAGAT GTTTAATTTC AATAGCAAGG GTCAACCTAT AGCTGTTAAC 
TCTGAAGAGA GGAGAGAGCC GAAAACTAAC CATGAACTTA CTGAAGAAAT AAAGAGTGCA 
GTTATTCTAA TAACTACAGA AGGTAGTGAA CCGAGCATTG CAGGCAGAAG TACAGAAGAG 
AATAATCTTG AAAATGCCTT ATTGTTAACT CCTGATGGTT CTGCTGTACT CTCTACAGCA 
GAAAATCCAC ATATGCAAGA AAATAACCAG ACGGCTGAAA TGGAAATTGA TACATCTCAA 
CGTACTGAAG AGATATTTGA AGTGGAGACG TGTGTGGCAA TACATTCTGC TGCAGATGAT 
GAGACAACTA CATTAAATGC TCAGGGGCAA AATCTTTTGA CATCTGAAAC AAATGAAGAC 
AACCTGAGAA CCTCAGCTGG GGAAAATTCT TTAGTGGACG CTGCTTCTCA TTTACAGGAG 
AATCCGACTG CAGATAAATC CGTAACACAT GATCAAGAAG ACGGCAACCT TAATATTTCC 
GAACAAGTCC CTTCAAATGA TGAGCAAACT GTTGTAGACA ACACTGTTCC TAATCCCACT 
ATTAAACCTG AAGATTCTCC TTTAGTATCA GTATCTGAAT CTATACCAAG TAATACAGTG 
CCTTCCGGTG GTCTGTCAGT TGATCATGGT CGCAGTTTCT CTGATCATGG TTCCATAAAC 
AGGGAGGTGG TAGAAGAAAC CGAATCTCGA GCTCCTGGTG TTAGAAGTGT TCATTTTGCA 
GATGAACTGG TGGCTGATGT TTCTGGGAAT GATGCGTTAC AGGACGAACA AGAGAAAATT 
ACAACTGAGG AAAAGGAGGA ATGTTTGGAA ACAACAAGTG GTAGTGCAGT CCTGGAGAGC 
AAAAATCAAG ATGAGGATTC TGTTACAGCT GAAAGCGAAA ATGATGTAAA TCCGACAAAC 
AATCAAGAGG AAGAAAAAAG TGAAGCAAGT GAGATTTCCC TAATGCAACC ACCTGAAACA 
GGGAGTTCTG AAAGTGAAGC AGTATTAAGA CAAGCACACG AGTCTTCTGA TCTTGGCAAG 
GGCCAAAGCT TTGTTGAGAC GACAGACCCA AACACTTCAG AAGAACAGCA ATCCTCAGAA 
CAAAATGTAC TGGAAACAAT TAAAGATGAA GATGTGCCAA GAGAGGAAAA AGCAACGTGT 
GAAACCTCCG GTCCAGAGGC ACCAGAGGTG CCGTGTTCAG AAGAATCTTC TCCAAAGGTG 
AAAAAGCCCC GAGGCCGTAA GAGTCTTGAA AAACTGAAAG AAGAAAGCCT TGCTAAGGAT 
AAACCTACAG AGGAAATCCC AGAGGAACCC AAGCCACCAG AAAAGAGAAA AAGAGGACGG 
CCTCCAAAGA AACGGCCTCT GGTTCCTGAT ACAGAGTTGT CAGTAAAGGA GAGTTCCGAA 
GAAGGAAAAA CGTCAAATGC ACGCCTTCGA CAGGAAGAAA GCACTTCTAC AAAGAAAGAT 
GTGCGTACCT TGGAGAAGAC TGAGCAATGT CAGAAAACTT CTGATGTAAG GTTGGAAGAT 
AAAAGTGGGC AGACTGTTCC CCGGAGAGGA AGGAAACCAA AACGTTCCCT CAGCACTTCA 
GAGAGTGAAC CAGAAAAAAA GCGGATGAAG TCTGTCTCTG AAGAGGAGGA GAATGCTGAA 
CATACAGAAG ACACTGACAA TGAAGATGAT CATAAAGGTG CCACAACACG AGCAGCCTCT 
CGCCTGGAAG CAGAGAGGAA CCTGCCTCAC AAGCCCACTA CCCGAGCTGC TTCAAAGTTA 
AGTAGCCCTG AGCCTTCATC ACGTAAGAGG CGCAAAAATA AAAATTCACT CGAATCCAAA 
TCACCCAAAA ACACAAATAT AAGGATGAAA ACACAATTGT CTGGCACAAA ACGTTGCCGA 
GAACCAAGTC CTCCTCTGGC GAAGTCTCGC GGGCAACAAA CATCAGAAGA AATCACACCG 
AAGAGGGCAA AGCGCCAGTG A

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

bod1l1 ( XM_012955728.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012811182.1 Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X4, mRNA.

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CloneID	OXa30897
Clone ID Related Accession (Same CDS sequence)	XM_012955727.2 , XM_012955728.2
Accession Version	XM_012955728.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9201bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	biorientation of chromosomes in cell division protein 1-like 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030677.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012955728.1. ##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##

ATGCTAGAGT CTGGCATTGA CAGAATTATT TCACAGGTTG TCGACCCAAA GATAAACCAC 
TTATTCAGAC CTCAGGTGGA AAAAGTTGTT AAAGAATATT TGGCCATGAT GAATAATAAA 
GAGGATGGAA ATGTAAATAC AGAACAAAAC GAGGAGCGAT CAGAAGCCTC CATCTCTGTT 
CCTGGTTCTC TACCAGCAGT TGGACCTAGC ACCAATGTAG CAAGTGATGC AATGTCCATT 
TTGGAAACAA TCAGTTCACT CAATCAAGAA GCAACTGCTG CTCGTGCCTT CATAGAAACT 
CCGAACAATA AAAACAGTGA CAAAGTGAGC AAAAGAACAA TTCAGCAAAG TTTTGATGCT 
ACAGAAGAAA AGGATCGTAC TTTAGAGGAA ACTCAAGAGG TGGAAAAATC CATCCCTGAT 
ATGCTGGTTG CAGAAACAGA ACCTGATATA AAGACAGAAG ATTCCAATGA TATTTCTTCC 
ACTGTAGAAG CCTTTAAACA ACCTGACGCA GTTGGCATCT CACAGAGCAA AGACATTCCA 
AATGAAAATG AGGAGCAAAA GCCAAAAGCT GTAGAGAGTG AGAAGAAAAA TGAGGTCAGT 
GAAATAGCAC AGAAGAAAGA GGATAAGAAG GAAGCAAAGA CTGAAAAAAG AAATGAGTAC 
CCCAAAAAGG GTGATGATGT TGTAAAGGTT AAGGAGGATA AGACGGTGAA AGAACGTGAG 
AACGAACCAG AAAAGAGCAG CAGTAAACAG AAGGCAACTA GCACCTTAAA AGAAGATAAT 
CTTTCTGTAG ATTCAGATAT TGATGATTAT ACAGATGTCA CTGTCAGTTC TGTGCATACA 
AGTGACCTAT CTTCATTTGA GGAAGAAAGT GAGGAAGACC CAGTGGTTTC AGATAGTACT 
GAGGAGGGAG AAATTACCTC TGATGACGAA GAGGTAGATG GAAAGAATAT TGCCAAGCCA 
GAAACTGATC AGAATGAAGT AAAGGCAAAA TCAAGCCGTC AGATATATGT GCACAAACCA 
TACTTGTACT CCAAATACTA CAGTGATTCT GATGATGAAC TTTCAGTGGA GCAACGTCGG 
CAGTCTGTTG CAAAGGAAAA AGAAGAGAGA CTTTTAAAAA GACAAGTGAA AAGGGAGAGA 
CTGGAAGAAA AGCGTAAGCA GAAAGCAGCT GAGAAAACAA AGAACTTAAA AATCAGCCAA 
GGGAAAGCCG TGACTTCCAA ACATGTCAAG GCAAAATCTA CCAGCATAAA GGAGGTGCTA 
AAGGAACAAA TGTTTTTAGA AAAAAAAGTA GCAAGGAGCA AGAAGAAAAT AAGAGCGTCA 
AGGAATGAAA AAAATACCCT GAAGTCAAAA TCTGACCTTT TGGAAGAAGA TATGAAGGAT 
TCAATTAAAA ATGAGTCACA TGACAAAACT TTACTTAGTA AAGAAGCAAA GCATAATATT 
GGGCGGAGTG ATAAGCCCTC TAAAGTAATA GCAGAATTAG CCGAAGAATG TAAAACTGAT 
ATTCGAACAG AAAAGGACTT TAAGAAAAGA ACACCACTGG AAAAGAATGA GACAAATGTT 
GAAGAACAGC AAAGACAGAA AAGTGCACAT AAAACTGAAA AACTGAAAAA GGAAAGCCAT 
GATAGTGAAT CGCCCAGCAT GAAAGTGGCA CAGAAAAAGG ACCCAAAAAT GCATAGAAAT 
GAGCGTGAAA GAACTGTGTC AGAAGACAGG TCGTCCTCCA AATATAGATA TAAAACCGAG 
AATATAAATA AAACAAATGA CGATTCTGAC GCTCAAAAAT CTAAGAAAAA TTCAAAAGAT 
GACGATACCC CACATAAGCG TAGTCAAAGC AAATCCGGCT CTGAAGAAAG ATCTGATCGA 
AAAAGTAAGC ATAAAAGCGA AGGCAAATCT TCCTCTTACA ACAAAGAGGA GAAAACATCT 
GGAACTGAGC ATTCTAGCAA AACAGGTGAA AGTGTTCACA GAGAGAGTAA GCGAGAACGA 
CGCCAGTCTG AGGAAAAATC AAGATCAGAA CACAAGTATA AGCGATCACT TAGCGATTCC 
AGAACACACC GAGACTCTCA GATTGATTCA AGACAACATA GTAGTTCTCA GAAAAAGTCA 
AGGATCTCCT CTGATGATAA AACTGAATCT GATTTAGCAC GCACAAATGC AAAGCAAGAG 
GAAAGCACTC ACAGAGATAA AAGGAGATCA TATAGTTGCT CAGAAGAACG TGTTTCTTTA 
AAAGTTAAAT CAAAAAGTAG CGGCAAATCA TCAAAACTGA GTGACCAGGA AGAGCCAGCA 
CAAAAGAATG ACAAAGATAA GACTTTATTG GAAAATTATG CTGAAAAATA CCAAAAACTT 
AAATCTGAAG ACCATGAAGA AGCAAAAGAT GCAGTCACTA CTCAGGCATC AAGTACTGTA 
TCAAAAGATG TCAATTATAA GTCCAAACAT TCAGGAGACA AAGAAAAGGA GAAATCTCGA 
AGTGACAATA GAGAACGTTC TTCTTCAAAA CTCGATAAGA AGCATATAGG AGAAAATATA 
AAAGGTATAA GCTCAAAGCA CAGCCATAAG GACTTAAAAC GGAAAGGGGA GAGTAGTAAG 
CCAGATGACA AAGGTTCCAA AGTTACTGAT GAAAAAAGAG CACAAGAAAG AAGCATTTTG 
GATAAAAAAT CAAGTAAAAA AACCCCAATG GAATTTAAAG GGGAAAGCTC TAAAGGCTGT 
GTGACTTCTA AAAAAGGCTC AAAACTAGAA AATGATGGAA ATGATCATGC CGGGAGAAAA 
AGAAAGCTTT CTTCATGTTC TTCTGACTCC AAAGATATGT CATCTATAAT GAACGAAGAA 
CTTTCTCGTG ACAGTGTAAA ATCTGAAAGA ATATCCGTGG AAAAAGGATT TGAAACGGCT 
GAATCAGTAG CTGTCTCAGA GCCTTTATTT GAATTAAACA GCATTTGTCC TAACGCAAAT 
GCCACCAGCA TAGACGGTGG GTATGGAAAG GAGAACAGAC TAAAGCAAGA TTCTAGCATT 
AGAGGAGTAA ATGCTGCATC AGTATGTTCA AGAATCTTCT CTGGTGAGCA CAGTGAAAAT 
AAACCTGTTG ATGATTTCAC ACAGCCTTCT GAAGATGATA CTAGGCAATA CTCGGAGACT 
GCTGCTGCTA CAGTAGGCAA TTGTTCTGAA AGGACTCCTG TAACAAGTGC AGAATGTAGT 
ACTCCTATTA GTGATGTTAT AGATCTTCAG CATGTAAGTG GTGGTGAACA TTTTGCTCTT 
GAACAGACGA GTCCTAAACC AGAATCATGT GTTACCATTA ATTCTACCTT TTCTCCTGTT 
GATATATCGA CTGAAATAAC AAATGATGTG ATTTCAACAA CTGCAACTGG TGAAACTGAT 
GCGAATAAGG AGGCAGTTAA AATAAAGCAC ACAAGCTCTG ACTGTGATAC TTTGGCAGTA 
GACAATATTG TTACTGGAAA TGATGTTGAA GAAGTTATGC AGATAACCAG TGATAACGAT 
ATGGCAGAGA ATAATTGCGA ATCAGTTGGT GAGGAGAGTG TATCAGCTGT TGGAACTTGT 
TTTGTTCCTT ATAGAGAAAG CAGTACAGAC AGTACAATTG TGGAAACAAG TTCCGAAAGA 
AATGATATAG TGGTTGCTGA ACTGAATGAA AGATATGCCT TTCCTTCATC TCGTGCACAG 
GACAGAAATA TGTCTGAATG TGAGGATACG GCAACCTCAT CCTGCTCCAC AATTGAACAT 
ACAGAGAATG TGTCCCTCAG AGGAACAATT ATTTATACTA ACAGTTTAGG TGAAAATTCC 
GCAACATCAA CAAACGTACA TCTGGATAAT GTTATGGCCA CAAACCGTAG TGAATATGCA 
GTAGGTGTTG GTAATAGTGG GGAATGCACT GCCACCACTT CTGCTGATTT TGAAAATTTA 
GGTGAAGCAG ACATCACAAT GTTATCAGAA AATAGCTTTG AAGTTGCAAC AACTTCCAGT 
GTTAGTACAG CATGCTCCCC AGAGAGAAGC CGGGAAAGTG CACCAACTTC ATCTCAGAGA 
GGAATCGGCG CTGTACTAGA AGCAGAGGCT ATTTGTGATG TATTATTGAA ACCTGCAACT 
TCATCAGATG GTAATATGGC ATCTTCGGCT GGCACCCCCA AAAATGCAGC AACATCTTCT 
AACAGTCAAG AAAGTGACAC AGAAAATGGT GACGTAAGTG AAGCTACTAA ATATTTCACA 
AGACATGCCG CATCCTCTTC TGTCAGTGCA GAAGACAACG ACGATAGATT TCCAACCTCT 
GAAAATATCA TTACTCATTC AGCAACCTCT TCTATCCATG CAGTTGAAAA TAAAGCTGCC 
GATTTGATTT CTGAAAATGA CTCCATAAAT GCAGCAACTT CCTCTTACAA TGCTTTGGAA 
AAAGATTCTC TCTCAATTCC AGAAAATGTA ATGATGCTTG CAGCATCATC TTCTGACAAT 
GTGGAGATAC ATGATGATCA TTCTGGGTTA GTTGCAGCAA CTTCATCTGA CATTGCAGCT 
CCACTCTCTA ACCCAGATGG GGTTTCTCAT GATATTGGTA TAATAACACA TGCATCAACT 
TCTTCAGATG TCCGTGTAGA TAATGAGGTA CTCCAGGGGT CTGACATTTT TTCAGTAAAT 
GCAGCAACCT CCTCAGACAG CACCGTGGAA GACAATGGTA TTCTTCAGGG CTCAGAAAAT 
GCTCATGCAC ATGCAGCAAC CTCTTCAGAT ATCATTGTAG ACAACAGTGG CGCTCTTCAG 
GCCTCTGAAA ATGTTCTGGC AAATGCAGCA ACCTCTTCAG ACAGTTTAGC AGAAAATGTT 
GTTCTGGAAG TCTCAGAAAA TGTTTTGTCA GCAGCTTCCT CAAGTAGTGC AATAGATAGC 
AGCAGAATAT TACATTTTGA GGGTTCTATT TCTTCAGAAA TTGACAATGA AAATGTAGCC 
GCTTCATCCA GCAATATAAT GGAAAGCAGT TTAGCCGATG CTTCTGGTGT ATGGTTGCAA 
AATCCTAGTG GAGATAATAC AGCAAGTTCT TCTGGTTATT TAGACAGAGA CTCCAGGTTT 
CAGCATAACA CCATACAGTT TGGTAGTGCT GAGGAAAGCA AAAATGTTAG AGCAACATCA 
ACTACTCTGA AAGACATTGG TGTGAGTGAA AGATGTTCTA GTGTTATATC TTCAGGAACT 
CATGTTGTAA ACTCCTCAGA CTCCCTTGTA ATGGACAGTA GCACTGAAGT TTCTGTTATT 
AGTCAAGTGG ACGGCGGGGA TGCAGCAAGC TGTTCAAGCA GTGGTGCAGA ACAGGGTCAT 
GAAGACCAAA AACACGCAGA CCACCTCAAA GAGAGAGAAA ATACTGCCTC ATCAAGCTGT 
GCATTAGATA ACAGTATAGA AGATATGTGT GTTGATCCTG AAGTACCAAG CCAGAATGGA 
AGTGATGAAG CTGCATCATC CTCAAGTTCT TTAAATACTA GTAGTGTTCA GCGTTCAGGT 
CATAAATCCT CATTAAGTCC CAACAATATA AATGTTGCTG CATCTTCAAG TGTTGCAATG 
AACAGCAGTA GTGATAGCCT GAATTTTTCT GTACTATGCC CTGGAAACAG TACTGATAAT 
GCTGCCACCT CATCAAGCAA CATAACCGTT AGTGGAGCAG ACTGTGTCCT TAGCAACAAT 
ACACTAGCTA CAACTTCTTC AAATATTTCA ATGGATAGCA GTACTGGAGA GGACCTAGAG 
CTGGATACTG AAAAAGCAAG TACTTCAACA TCCTCAAGCA CTTTATTGAA TAACGACAAA 
AGAGCACAAG ATATTGGGAC TGAAAAAGAC AGTATTACAG CTTCTTCTAG TACTACAATA 
GAAAACTGCC CAATTGCAAA TGAAGAAACT GCAGGTAGCT CGTTTACAGT CAGTGGGAAT 
GCAGCCACTT CTAGTGATAC AACTTCTAGT AGTAAAAACA AAAATACAAG TACTCCTGAT 
ATTAATACTG CTACTACATC CACAGTTATA GCAGAAATAC TTACTGCAGA TGAGAGAACT 
GAAAATGTAA ACATTTGTTG TGACATCAAC AGTGAAGCTA CAGCAGCTTC TTCAAGTAAC 
AACATGGAAT CCTCATCTGG TAGTGTTGGA GGGAATGCAA CATCTTCAGA TTATATGATG 
GATAGCAGCT TAGAAGGAGA AAATGTGTCA GAGACACAGA AAAATGAAGA GGCTGCTAGT 
TCTTCCGGTC TGTCTACTAA TATAAGGCTG CAGGAAATCC AAACTGTGAC AGTGGGCAGC 
CAAAATCTTG AAGATGCAAC TACTTCATCC AGCACAGAAA GAGCAAATAC TTCCTTTGTC 
TATAGCAGCA ACAATAGTGA AAGTAATGTT AGTTATCATA ATGTTGAGGC TACGGTTGAG 
TCAAGCTTTG CATCATCACA AAGTGACATC GACACATCTG GTACTTCAGA AGAGACTTTG 
GTGCTAAGTG CAAGTGGCAA GAATGCAGCT ATGCATCCTG TACTTAACTC GGATGACAAT 
GTAAATCAGG ATTATGAAAG GGCCGATGAA AAGGAAGATG CTGTGAGTAG TGCCAGCTCT 
CAAGAATATA AACTTTGCAG TAATGCTCCT AGGCAAAATA TAAAGCAAAC AAGAGATGGA 
GAAGTTGATG GAGCTGTTAC CAGTGGTGGC GCAGAAGTGA GTGAATCGGC TATGGCTCCT 
GAAAATTTCG AGACATTTGA TCATGTGACT TGTGCAAAAG CTGGGGCAAT TGTTGATGAC 
GGCGATGTAC TTCTTGTCCC AGTGGAGGAT ACCCCTGTCT CTCATACTAG CAGAACTGAC 
CCTAGTGAAG AAAGCTTGGT TGCTGAGGAT ACAGAAAACA ATGCTTCCTT TGAGAGTGCA 
AATTGTGAGA CACCAGCAAG TATAGGTAAC GCCTATGAAG CCGAAACACC AAATGAGCAA 
TTTACATTAG AGGAAGGGGA AGGTGCTGTC ACCAGCACTG GGATAACAGA AGAAAGTGAT 
AGAGCAAAAG TGAGGCAAGA CATAAGAAAA AGTGATAGTT CCTGCACTGA GGCTGAAATT 
GAACCTGGTG GCCATGCTAT GAGCAGGCAA GAGGTGACTG ATTCGAATGC CATTACAGAA 
GATGATGAGA GTGCTATCAC AAGTACTGGT GCAAAAGAAG AGGAAGAGGA GGGTGAGGGA 
TTTGTAACTA GCACTGGAAC TGCAAGTGAA GATTCTTCAT TCTCGTCCGG CACGGATGAG 
AATTCTAATT GTGCTCAGAT GTTTAATTTC AATAGCAAGG GTCAACCTAT AGCTGTTAAC 
TCTGAAGAGA GGAGAGAGCC GAAAACTAAC CATGAACTTA CTGAAGAAAT AAAGAGTGCA 
GTTATTCTAA TAACTACAGA AGGTAGTGAA CCGAGCATTG CAGGCAGAAG TACAGAAGAG 
AATAATCTTG AAAATGCCTT ATTGTTAACT CCTGATGGTT CTGCTGTACT CTCTACAGCA 
GAAAATCCAC ATATGCAAGA AAATAACCAG ACGGCTGAAA TGGAAATTGA TACATCTCAA 
CGTACTGAAG AGATATTTGA AGTGGAGACG TGTGTGGCAA TACATTCTGC TGCAGATGAT 
GAGACAACTA CATTAAATGC TCAGGGGCAA AATCTTTTGA CATCTGAAAC AAATGAAGAC 
AACCTGAGAA CCTCAGCTGG GGAAAATTCT TTAGTGGACG CTGCTTCTCA TTTACAGGAG 
AATCCGACTG CAGATAAATC CGTAACACAT GATCAAGAAG ACGGCAACCT TAATATTTCC 
GAACAAGTCC CTTCAAATGA TGAGCAAACT GTTGTAGACA ACACTGTTCC TAATCCCACT 
ATTAAACCTG AAGATTCTCC TTTAGTATCA GTATCTGAAT CTATACCAAG TAATACAGTG 
CCTTCCGGTG GTCTGTCAGT TGATCATGGT CGCAGTTTCT CTGATCATGG TTCCATAAAC 
AGGGAGGTGG TAGAAGAAAC CGAATCTCGA GCTCCTGGTG TTAGAAGTGT TCATTTTGCA 
GATGAACTGG TGGCTGATGT TTCTGGGAAT GATGCGTTAC AGGACGAACA AGAGAAAATT 
ACAACTGAGG AAAAGGAGGA ATGTTTGGAA ACAACAAGTG GTAGTGCAGT CCTGGAGAGC 
AAAAATCAAG ATGAGGATTC TGTTACAGCT GAAAGCGAAA ATGATGTAAA TCCGACAAAC 
AATCAAGAGG AAGAAAAAAG TGAAGCAAGT GAGATTTCCC TAATGCAACC ACCTGAAACA 
GGGAGTTCTG AAAGTGAAGC AGTATTAAGA CAAGCACACG AGTCTTCTGA TCTTGGCAAG 
GGCCAAAGCT TTGTTGAGAC GACAGACCCA AACACTTCAG AAGAACAGCA ATCCTCAGAA 
CAAAATGTAC TGGAAACAAT TAAAGATGAA GATGTGCCAA GAGAGGAAAA AGCAACGTGT 
GAAACCTCCG GTCCAGAGGC ACCAGAGGTG CCGTGTTCAG AAGAATCTTC TCCAAAGGTG 
AAAAAGCCCC GAGGCCGTAA GAGTCTTGAA AAACTGAAAG AAGAAAGCCT TGCTAAGGAT 
AAACCTACAG AGGAAATCCC AGAGGAACCC AAGCCACCAG AAAAGAGAAA AAGAGGACGG 
CCTCCAAAGA AACGGCCTCT GGTTCCTGAT ACAGAGTTGT CAGTAAAGGA GAGTTCCGAA 
GAAGGAAAAA CGTCAAATGC ACGCCTTCGA CAGGAAGAAA GCACTTCTAC AAAGAAAGAT 
GTGCGTACCT TGGAGAAGAC TGAGCAATGT CAGAAAACTT CTGATGTAAG GTTGGAAGAT 
AAAAGTGGGC AGACTGTTCC CCGGAGAGGA AGGAAACCAA AACGTTCCCT CAGCACTTCA 
GAGAGTGAAC CAGAAAAAAA GCGGATGAAG TCTGTCTCTG AAGAGGAGGA GAATGCTGAA 
CATACAGAAG ACACTGACAA TGAAGATGAT CATAAAGGTG CCACAACACG AGCAGCCTCT 
CGCCTGGAAG CAGAGAGGAA CCTGCCTCAC AAGCCCACTA CCCGAGCTGC TTCAAAGTTA 
AGTAGCCCTG AGCCTTCATC ACGTAAGAGG CGCAAAAATA AAAATTCACT CGAATCCAAA 
TCACCCAAAA ACACAAATAT AAGGATGAAA ACACAATTGT CTGGCACAAA ACGTTGCCGA 
GAACCAAGTC CTCCTCTGGC GAAGTCTCGC GGGCAACAAA CATCAGAAGA AATCACACCG 
AAGAGGGCAA AGCGCCAGTG A

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

RefSeq	XP_012811182.1
CDS	235..9435
Translation	MLESGIDRIISQVVDPKINHLFRPQVEKVVKEYLAMMNNKEDGNVNTEQNEERSEASISVPGSLPAVGPSTNVASDAMSILETISSLNQEATAARAFIETPNNKNSDKVSKRTIQQSFDATEEKDRTLEETQEVEKSIPDMLVAETEPDIKTEDSNDISSTVEAFKQPDAVGISQSKDIPNENEEQKPKAVESEKKNEVSEIAQKKEDKKEAKTEKRNEYPKKGDDVVKVKEDKTVKERENEPEKSSSKQKATSTLKEDNLSVDSDIDDYTDVTVSSVHTSDLSSFEEESEEDPVVSDSTEEGEITSDDEEVDGKNIAKPETDQNEVKAKSSRQIYVHKPYLYSKYYSDSDDELSVEQRRQSVAKEKEERLLKRQVKRERLEEKRKQKAAEKTKNLKISQGKAVTSKHVKAKSTSIKEVLKEQMFLEKKVARSKKKIRASRNEKNTLKSKSDLLEEDMKDSIKNESHDKTLLSKEAKHNIGRSDKPSKVIAELAEECKTDIRTEKDFKKRTPLEKNETNVEEQQRQKSAHKTEKLKKESHDSESPSMKVAQKKDPKMHRNERERTVSEDRSSSKYRYKTENINKTNDDSDAQKSKKNSKDDDTPHKRSQSKSGSEERSDRKSKHKSEGKSSSYNKEEKTSGTEHSSKTGESVHRESKRERRQSEEKSRSEHKYKRSLSDSRTHRDSQIDSRQHSSSQKKSRISSDDKTESDLARTNAKQEESTHRDKRRSYSCSEERVSLKVKSKSSGKSSKLSDQEEPAQKNDKDKTLLENYAEKYQKLKSEDHEEAKDAVTTQASSTVSKDVNYKSKHSGDKEKEKSRSDNRERSSSKLDKKHIGENIKGISSKHSHKDLKRKGESSKPDDKGSKVTDEKRAQERSILDKKSSKKTPMEFKGESSKGCVTSKKGSKLENDGNDHAGRKRKLSSCSSDSKDMSSIMNEELSRDSVKSERISVEKGFETAESVAVSEPLFELNSICPNANATSIDGGYGKENRLKQDSSIRGVNAASVCSRIFSGEHSENKPVDDFTQPSEDDTRQYSETAAATVGNCSERTPVTSAECSTPISDVIDLQHVSGGEHFALEQTSPKPESCVTINSTFSPVDISTEITNDVISTTATGETDANKEAVKIKHTSSDCDTLAVDNIVTGNDVEEVMQITSDNDMAENNCESVGEESVSAVGTCFVPYRESSTDSTIVETSSERNDIVVAELNERYAFPSSRAQDRNMSECEDTATSSCSTIEHTENVSLRGTIIYTNSLGENSATSTNVHLDNVMATNRSEYAVGVGNSGECTATTSADFENLGEADITMLSENSFEVATTSSVSTACSPERSRESAPTSSQRGIGAVLEAEAICDVLLKPATSSDGNMASSAGTPKNAATSSNSQESDTENGDVSEATKYFTRHAASSSVSAEDNDDRFPTSENIITHSATSSIHAVENKAADLISENDSINAATSSYNALEKDSLSIPENVMMLAASSSDNVEIHDDHSGLVAATSSDIAAPLSNPDGVSHDIGIITHASTSSDVRVDNEVLQGSDIFSVNAATSSDSTVEDNGILQGSENAHAHAATSSDIIVDNSGALQASENVLANAATSSDSLAENVVLEVSENVLSAASSSSAIDSSRILHFEGSISSEIDNENVAASSSNIMESSLADASGVWLQNPSGDNTASSSGYLDRDSRFQHNTIQFGSAEESKNVRATSTTLKDIGVSERCSSVISSGTHVVNSSDSLVMDSSTEVSVISQVDGGDAASCSSSGAEQGHEDQKHADHLKERENTASSSCALDNSIEDMCVDPEVPSQNGSDEAASSSSSLNTSSVQRSGHKSSLSPNNINVAASSSVAMNSSSDSLNFSVLCPGNSTDNAATSSSNITVSGADCVLSNNTLATTSSNISMDSSTGEDLELDTEKASTSTSSSTLLNNDKRAQDIGTEKDSITASSSTTIENCPIANEETAGSSFTVSGNAATSSDTTSSSKNKNTSTPDINTATTSTVIAEILTADERTENVNICCDINSEATAASSSNNMESSSGSVGGNATSSDYMMDSSLEGENVSETQKNEEAASSSGLSTNIRLQEIQTVTVGSQNLEDATTSSSTERANTSFVYSSNNSESNVSYHNVEATVESSFASSQSDIDTSGTSEETLVLSASGKNAAMHPVLNSDDNVNQDYERADEKEDAVSSASSQEYKLCSNAPRQNIKQTRDGEVDGAVTSGGAEVSESAMAPENFETFDHVTCAKAGAIVDDGDVLLVPVEDTPVSHTSRTDPSEESLVAEDTENNASFESANCETPASIGNAYEAETPNEQFTLEEGEGAVTSTGITEESDRAKVRQDIRKSDSSCTEAEIEPGGHAMSRQEVTDSNAITEDDESAITSTGAKEEEEEGEGFVTSTGTASEDSSFSSGTDENSNCAQMFNFNSKGQPIAVNSEERREPKTNHELTEEIKSAVILITTEGSEPSIAGRSTEENNLENALLLTPDGSAVLSTAENPHMQENNQTAEMEIDTSQRTEEIFEVETCVAIHSAADDETTTLNAQGQNLLTSETNEDNLRTSAGENSLVDAASHLQENPTADKSVTHDQEDGNLNISEQVPSNDEQTVVDNTVPNPTIKPEDSPLVSVSESIPSNTVPSGGLSVDHGRSFSDHGSINREVVEETESRAPGVRSVHFADELVADVSGNDALQDEQEKITTEEKEECLETTSGSAVLESKNQDEDSVTAESENDVNPTNNQEEEKSEASEISLMQPPETGSSESEAVLRQAHESSDLGKGQSFVETTDPNTSEEQQSSEQNVLETIKDEDVPREEKATCETSGPEAPEVPCSEESSPKVKKPRGRKSLEKLKEESLAKDKPTEEIPEEPKPPEKRKRGRPPKKRPLVPDTELSVKESSEEGKTSNARLRQEESTSTKKDVRTLEKTEQCQKTSDVRLEDKSGQTVPRRGRKPKRSLSTSESEPEKKRMKSVSEEEENAEHTEDTDNEDDHKGATTRAASRLEAERNLPHKPTTRAASKLSSPEPSSRKRRKNKNSLESKSPKNTNIRMKTQLSGTKRCREPSPPLAKSRGQQTSEEITPKRAKRQ

Target ORF information:

RefSeq Version	XM_012955728.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X4, mRNA.

Target ORF information:

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

XM_012955728.2

ORF Insert Sequence:

ATGCTAGAGT CTGGCATTGA CAGAATTATT TCACAGGTTG TCGACCCAAA GATAAACCAC 
TTATTCAGAC CTCAGGTGGA AAAAGTTGTT AAAGAATATT TGGCCATGAT GAATAATAAA 
GAGGATGGAA ATGTAAATAC AGAACAAAAC GAGGAGCGAT CAGAAGCCTC CATCTCTGTT 
CCTGGTTCTC TACCAGCAGT TGGACCTAGC ACCAATGTAG CAAGTGATGC AATGTCCATT 
TTGGAAACAA TCAGTTCACT CAATCAAGAA GCAACTGCTG CTCGTGCCTT CATAGAAACT 
CCGAACAATA AAAACAGTGA CAAAGTGAGC AAAAGAACAA TTCAGCAAAG TTTTGATGCT 
ACAGAAGAAA AGGATCGTAC TTTAGAGGAA ACTCAAGAGG TGGAAAAATC CATCCCTGAT 
ATGCTGGTTG CAGAAACAGA ACCTGATATA AAGACAGAAG ATTCCAATGA TATTTCTTCC 
ACTGTAGAAG CCTTTAAACA ACCTGACGCA GTTGGCATCT CACAGAGCAA AGACATTCCA 
AATGAAAATG AGGAGCAAAA GCCAAAAGCT GTAGAGAGTG AGAAGAAAAA TGAGGTCAGT 
GAAATAGCAC AGAAGAAAGA GGATAAGAAG GAAGCAAAGA CTGAAAAAAG AAATGAGTAC 
CCCAAAAAGG GTGATGATGT TGTAAAGGTT AAGGAGGATA AGACGGTGAA AGAACGTGAG 
AACGAACCAG AAAAGAGCAG CAGTAAACAG AAGGCAACTA GCACCTTAAA AGAAGATAAT 
CTTTCTGTAG ATTCAGATAT TGATGATTAT ACAGATGTCA CTGTCAGTTC TGTGCATACA 
AGTGACCTAT CTTCATTTGA GGAAGAAAGT GAGGAAGACC CAGTGGTTTC AGATAGTACT 
GAGGAGGGAG AAATTACCTC TGATGACGAA GAGGTAGATG GAAAGAATAT TGCCAAGCCA 
GAAACTGATC AGAATGAAGT AAAGGCAAAA TCAAGCCGTC AGATATATGT GCACAAACCA 
TACTTGTACT CCAAATACTA CAGTGATTCT GATGATGAAC TTTCAGTGGA GCAACGTCGG 
CAGTCTGTTG CAAAGGAAAA AGAAGAGAGA CTTTTAAAAA GACAAGTGAA AAGGGAGAGA 
CTGGAAGAAA AGCGTAAGCA GAAAGCAGCT GAGAAAACAA AGAACTTAAA AATCAGCCAA 
GGGAAAGCCG TGACTTCCAA ACATGTCAAG GCAAAATCTA CCAGCATAAA GGAGGTGCTA 
AAGGAACAAA TGTTTTTAGA AAAAAAAGTA GCAAGGAGCA AGAAGAAAAT AAGAGCGTCA 
AGGAATGAAA AAAATACCCT GAAGTCAAAA TCTGACCTTT TGGAAGAAGA TATGAAGGAT 
TCAATTAAAA ATGAGTCACA TGACAAAACT TTACTTAGTA AAGAAGCAAA GCATAATATT 
GGGCGGAGTG ATAAGCCCTC TAAAGTAATA GCAGAATTAG CCGAAGAATG TAAAACTGAT 
ATTCGAACAG AAAAGGACTT TAAGAAAAGA ACACCACTGG AAAAGAATGA GACAAATGTT 
GAAGAACAGC AAAGACAGAA AAGTGCACAT AAAACTGAAA AACTGAAAAA GGAAAGCCAT 
GATAGTGAAT CGCCCAGCAT GAAAGTGGCA CAGAAAAAGG ACCCAAAAAT GCATAGAAAT 
GAGCGTGAAA GAACTGTGTC AGAAGACAGG TCGTCCTCCA AATATAGATA TAAAACCGAG 
AATATAAATA AAACAAATGA CGATTCTGAC GCTCAAAAAT CTAAGAAAAA TTCAAAAGAT 
GACGATACCC CACATAAGCG TAGTCAAAGC AAATCCGGCT CTGAAGAAAG ATCTGATCGA 
AAAAGTAAGC ATAAAAGCGA AGGCAAATCT TCCTCTTACA ACAAAGAGGA GAAAACATCT 
GGAACTGAGC ATTCTAGCAA AACAGGTGAA AGTGTTCACA GAGAGAGTAA GCGAGAACGA 
CGCCAGTCTG AGGAAAAATC AAGATCAGAA CACAAGTATA AGCGATCACT TAGCGATTCC 
AGAACACACC GAGACTCTCA GATTGATTCA AGACAACATA GTAGTTCTCA GAAAAAGTCA 
AGGATCTCCT CTGATGATAA AACTGAATCT GATTTAGCAC GCACAAATGC AAAGCAAGAG 
GAAAGCACTC ACAGAGATAA AAGGAGATCA TATAGTTGCT CAGAAGAACG TGTTTCTTTA 
AAAGTTAAAT CAAAAAGTAG CGGCAAATCA TCAAAACTGA GTGACCAGGA AGAGCCAGCA 
CAAAAGAATG ACAAAGATAA GACTTTATTG GAAAATTATG CTGAAAAATA CCAAAAACTT 
AAATCTGAAG ACCATGAAGA AGCAAAAGAT GCAGTCACTA CTCAGGCATC AAGTACTGTA 
TCAAAAGATG TCAATTATAA GTCCAAACAT TCAGGAGACA AAGAAAAGGA GAAATCTCGA 
AGTGACAATA GAGAACGTTC TTCTTCAAAA CTCGATAAGA AGCATATAGG AGAAAATATA 
AAAGGTATAA GCTCAAAGCA CAGCCATAAG GACTTAAAAC GGAAAGGGGA GAGTAGTAAG 
CCAGATGACA AAGGTTCCAA AGTTACTGAT GAAAAAAGAG CACAAGAAAG AAGCATTTTG 
GATAAAAAAT CAAGTAAAAA AACCCCAATG GAATTTAAAG GGGAAAGCTC TAAAGGCTGT 
GTGACTTCTA AAAAAGGCTC AAAACTAGAA AATGATGGAA ATGATCATGC CGGGAGAAAA 
AGAAAGCTTT CTTCATGTTC TTCTGACTCC AAAGATATGT CATCTATAAT GAACGAAGAA 
CTTTCTCGTG ACAGTGTAAA ATCTGAAAGA ATATCCGTGG AAAAAGGATT TGAAACGGCT 
GAATCAGTAG CTGTCTCAGA GCCTTTATTT GAATTAAACA GCATTTGTCC TAACGCAAAT 
GCCACCAGCA TAGACGGTGG GTATGGAAAG GAGAACAGAC TAAAGCAAGA TTCTAGCATT 
AGAGGAGTAA ATGCTGCATC AGTATGTTCA AGAATCTTCT CTGGTGAGCA CAGTGAAAAT 
AAACCTGTTG ATGATTTCAC ACAGCCTTCT GAAGATGATA CTAGGCAATA CTCGGAGACT 
GCTGCTGCTA CAGTAGGCAA TTGTTCTGAA AGGACTCCTG TAACAAGTGC AGAATGTAGT 
ACTCCTATTA GTGATGTTAT AGATCTTCAG CATGTAAGTG GTGGTGAACA TTTTGCTCTT 
GAACAGACGA GTCCTAAACC AGAATCATGT GTTACCATTA ATTCTACCTT TTCTCCTGTT 
GATATATCGA CTGAAATAAC AAATGATGTG ATTTCAACAA CTGCAACTGG TGAAACTGAT 
GCGAATAAGG AGGCAGTTAA AATAAAGCAC ACAAGCTCTG ACTGTGATAC TTTGGCAGTA 
GACAATATTG TTACTGGAAA TGATGTTGAA GAAGTTATGC AGATAACCAG TGATAACGAT 
ATGGCAGAGA ATAATTGCGA ATCAGTTGGT GAGGAGAGTG TATCAGCTGT TGGAACTTGT 
TTTGTTCCTT ATAGAGAAAG CAGTACAGAC AGTACAATTG TGGAAACAAG TTCCGAAAGA 
AATGATATAG TGGTTGCTGA ACTGAATGAA AGATATGCCT TTCCTTCATC TCGTGCACAG 
GACAGAAATA TGTCTGAATG TGAGGATACG GCAACCTCAT CCTGCTCCAC AATTGAACAT 
ACAGAGAATG TGTCCCTCAG AGGAACAATT ATTTATACTA ACAGTTTAGG TGAAAATTCC 
GCAACATCAA CAAACGTACA TCTGGATAAT GTTATGGCCA CAAACCGTAG TGAATATGCA 
GTAGGTGTTG GTAATAGTGG GGAATGCACT GCCACCACTT CTGCTGATTT TGAAAATTTA 
GGTGAAGCAG ACATCACAAT GTTATCAGAA AATAGCTTTG AAGTTGCAAC AACTTCCAGT 
GTTAGTACAG CATGCTCCCC AGAGAGAAGC CGGGAAAGTG CACCAACTTC ATCTCAGAGA 
GGAATCGGCG CTGTACTAGA AGCAGAGGCT ATTTGTGATG TATTATTGAA ACCTGCAACT 
TCATCAGATG GTAATATGGC ATCTTCGGCT GGCACCCCCA AAAATGCAGC AACATCTTCT 
AACAGTCAAG AAAGTGACAC AGAAAATGGT GACGTAAGTG AAGCTACTAA ATATTTCACA 
AGACATGCCG CATCCTCTTC TGTCAGTGCA GAAGACAACG ACGATAGATT TCCAACCTCT 
GAAAATATCA TTACTCATTC AGCAACCTCT TCTATCCATG CAGTTGAAAA TAAAGCTGCC 
GATTTGATTT CTGAAAATGA CTCCATAAAT GCAGCAACTT CCTCTTACAA TGCTTTGGAA 
AAAGATTCTC TCTCAATTCC AGAAAATGTA ATGATGCTTG CAGCATCATC TTCTGACAAT 
GTGGAGATAC ATGATGATCA TTCTGGGTTA GTTGCAGCAA CTTCATCTGA CATTGCAGCT 
CCACTCTCTA ACCCAGATGG GGTTTCTCAT GATATTGGTA TAATAACACA TGCATCAACT 
TCTTCAGATG TCCGTGTAGA TAATGAGGTA CTCCAGGGGT CTGACATTTT TTCAGTAAAT 
GCAGCAACCT CCTCAGACAG CACCGTGGAA GACAATGGTA TTCTTCAGGG CTCAGAAAAT 
GCTCATGCAC ATGCAGCAAC CTCTTCAGAT ATCATTGTAG ACAACAGTGG CGCTCTTCAG 
GCCTCTGAAA ATGTTCTGGC AAATGCAGCA ACCTCTTCAG ACAGTTTAGC AGAAAATGTT 
GTTCTGGAAG TCTCAGAAAA TGTTTTGTCA GCAGCTTCCT CAAGTAGTGC AATAGATAGC 
AGCAGAATAT TACATTTTGA GGGTTCTATT TCTTCAGAAA TTGACAATGA AAATGTAGCC 
GCTTCATCCA GCAATATAAT GGAAAGCAGT TTAGCCGATG CTTCTGGTGT ATGGTTGCAA 
AATCCTAGTG GAGATAATAC AGCAAGTTCT TCTGGTTATT TAGACAGAGA CTCCAGGTTT 
CAGCATAACA CCATACAGTT TGGTAGTGCT GAGGAAAGCA AAAATGTTAG AGCAACATCA 
ACTACTCTGA AAGACATTGG TGTGAGTGAA AGATGTTCTA GTGTTATATC TTCAGGAACT 
CATGTTGTAA ACTCCTCAGA CTCCCTTGTA ATGGACAGTA GCACTGAAGT TTCTGTTATT 
AGTCAAGTGG ACGGCGGGGA TGCAGCAAGC TGTTCAAGCA GTGGTGCAGA ACAGGGTCAT 
GAAGACCAAA AACACGCAGA CCACCTCAAA GAGAGAGAAA ATACTGCCTC ATCAAGCTGT 
GCATTAGATA ACAGTATAGA AGATATGTGT GTTGATCCTG AAGTACCAAG CCAGAATGGA 
AGTGATGAAG CTGCATCATC CTCAAGTTCT TTAAATACTA GTAGTGTTCA GCGTTCAGGT 
CATAAATCCT CATTAAGTCC CAACAATATA AATGTTGCTG CATCTTCAAG TGTTGCAATG 
AACAGCAGTA GTGATAGCCT GAATTTTTCT GTACTATGCC CTGGAAACAG TACTGATAAT 
GCTGCCACCT CATCAAGCAA CATAACCGTT AGTGGAGCAG ACTGTGTCCT TAGCAACAAT 
ACACTAGCTA CAACTTCTTC AAATATTTCA ATGGATAGCA GTACTGGAGA GGACCTAGAG 
CTGGATACTG AAAAAGCAAG TACTTCAACA TCCTCAAGCA CTTTATTGAA TAACGACAAA 
AGAGCACAAG ATATTGGGAC TGAAAAAGAC AGTATTACAG CTTCTTCTAG TACTACAATA 
GAAAACTGCC CAATTGCAAA TGAAGAAACT GCAGGTAGCT CGTTTACAGT CAGTGGGAAT 
GCAGCCACTT CTAGTGATAC AACTTCTAGT AGTAAAAACA AAAATACAAG TACTCCTGAT 
ATTAATACTG CTACTACATC CACAGTTATA GCAGAAATAC TTACTGCAGA TGAGAGAACT 
GAAAATGTAA ACATTTGTTG TGACATCAAC AGTGAAGCTA CAGCAGCTTC TTCAAGTAAC 
AACATGGAAT CCTCATCTGG TAGTGTTGGA GGGAATGCAA CATCTTCAGA TTATATGATG 
GATAGCAGCT TAGAAGGAGA AAATGTGTCA GAGACACAGA AAAATGAAGA GGCTGCTAGT 
TCTTCCGGTC TGTCTACTAA TATAAGGCTG CAGGAAATCC AAACTGTGAC AGTGGGCAGC 
CAAAATCTTG AAGATGCAAC TACTTCATCC AGCACAGAAA GAGCAAATAC TTCCTTTGTC 
TATAGCAGCA ACAATAGTGA AAGTAATGTT AGTTATCATA ATGTTGAGGC TACGGTTGAG 
TCAAGCTTTG CATCATCACA AAGTGACATC GACACATCTG GTACTTCAGA AGAGACTTTG 
GTGCTAAGTG CAAGTGGCAA GAATGCAGCT ATGCATCCTG TACTTAACTC GGATGACAAT 
GTAAATCAGG ATTATGAAAG GGCCGATGAA AAGGAAGATG CTGTGAGTAG TGCCAGCTCT 
CAAGAATATA AACTTTGCAG TAATGCTCCT AGGCAAAATA TAAAGCAAAC AAGAGATGGA 
GAAGTTGATG GAGCTGTTAC CAGTGGTGGC GCAGAAGTGA GTGAATCGGC TATGGCTCCT 
GAAAATTTCG AGACATTTGA TCATGTGACT TGTGCAAAAG CTGGGGCAAT TGTTGATGAC 
GGCGATGTAC TTCTTGTCCC AGTGGAGGAT ACCCCTGTCT CTCATACTAG CAGAACTGAC 
CCTAGTGAAG AAAGCTTGGT TGCTGAGGAT ACAGAAAACA ATGCTTCCTT TGAGAGTGCA 
AATTGTGAGA CACCAGCAAG TATAGGTAAC GCCTATGAAG CCGAAACACC AAATGAGCAA 
TTTACATTAG AGGAAGGGGA AGGTGCTGTC ACCAGCACTG GGATAACAGA AGAAAGTGAT 
AGAGCAAAAG TGAGGCAAGA CATAAGAAAA AGTGATAGTT CCTGCACTGA GGCTGAAATT 
GAACCTGGTG GCCATGCTAT GAGCAGGCAA GAGGTGACTG ATTCGAATGC CATTACAGAA 
GATGATGAGA GTGCTATCAC AAGTACTGGT GCAAAAGAAG AGGAAGAGGA GGGTGAGGGA 
TTTGTAACTA GCACTGGAAC TGCAAGTGAA GATTCTTCAT TCTCGTCCGG CACGGATGAG 
AATTCTAATT GTGCTCAGAT GTTTAATTTC AATAGCAAGG GTCAACCTAT AGCTGTTAAC 
TCTGAAGAGA GGAGAGAGCC GAAAACTAAC CATGAACTTA CTGAAGAAAT AAAGAGTGCA 
GTTATTCTAA TAACTACAGA AGGTAGTGAA CCGAGCATTG CAGGCAGAAG TACAGAAGAG 
AATAATCTTG AAAATGCCTT ATTGTTAACT CCTGATGGTT CTGCTGTACT CTCTACAGCA 
GAAAATCCAC ATATGCAAGA AAATAACCAG ACGGCTGAAA TGGAAATTGA TACATCTCAA 
CGTACTGAAG AGATATTTGA AGTGGAGACG TGTGTGGCAA TACATTCTGC TGCAGATGAT 
GAGACAACTA CATTAAATGC TCAGGGGCAA AATCTTTTGA CATCTGAAAC AAATGAAGAC 
AACCTGAGAA CCTCAGCTGG GGAAAATTCT TTAGTGGACG CTGCTTCTCA TTTACAGGAG 
AATCCGACTG CAGATAAATC CGTAACACAT GATCAAGAAG ACGGCAACCT TAATATTTCC 
GAACAAGTCC CTTCAAATGA TGAGCAAACT GTTGTAGACA ACACTGTTCC TAATCCCACT 
ATTAAACCTG AAGATTCTCC TTTAGTATCA GTATCTGAAT CTATACCAAG TAATACAGTG 
CCTTCCGGTG GTCTGTCAGT TGATCATGGT CGCAGTTTCT CTGATCATGG TTCCATAAAC 
AGGGAGGTGG TAGAAGAAAC CGAATCTCGA GCTCCTGGTG TTAGAAGTGT TCATTTTGCA 
GATGAACTGG TGGCTGATGT TTCTGGGAAT GATGCGTTAC AGGACGAACA AGAGAAAATT 
ACAACTGAGG AAAAGGAGGA ATGTTTGGAA ACAACAAGTG GTAGTGCAGT CCTGGAGAGC 
AAAAATCAAG ATGAGGATTC TGTTACAGCT GAAAGCGAAA ATGATGTAAA TCCGACAAAC 
AATCAAGAGG AAGAAAAAAG TGAAGCAAGT GAGATTTCCC TAATGCAACC ACCTGAAACA 
GGGAGTTCTG AAAGTGAAGC AGTATTAAGA CAAGCACACG AGTCTTCTGA TCTTGGCAAG 
GGCCAAAGCT TTGTTGAGAC GACAGACCCA AACACTTCAG AAGAACAGCA ATCCTCAGAA 
CAAAATGTAC TGGAAACAAT TAAAGATGAA GATGTGCCAA GAGAGGAAAA AGCAACGTGT 
GAAACCTCCG GTCCAGAGGC ACCAGAGGTG CCGTGTTCAG AAGAATCTTC TCCAAAGGTG 
AAAAAGCCCC GAGGCCGTAA GAGTCTTGAA AAACTGAAAG AAGAAAGCCT TGCTAAGGAT 
AAACCTACAG AGGAAATCCC AGAGGAACCC AAGCCACCAG AAAAGAGAAA AAGAGGACGG 
CCTCCAAAGA AACGGCCTCT GGTTCCTGAT ACAGAGTTGT CAGTAAAGGA GAGTTCCGAA 
GAAGGAAAAA CGTCAAATGC ACGCCTTCGA CAGGAAGAAA GCACTTCTAC AAAGAAAGAT 
GTGCGTACCT TGGAGAAGAC TGAGCAATGT CAGAAAACTT CTGATGTAAG GTTGGAAGAT 
AAAAGTGGGC AGACTGTTCC CCGGAGAGGA AGGAAACCAA AACGTTCCCT CAGCACTTCA 
GAGAGTGAAC CAGAAAAAAA GCGGATGAAG TCTGTCTCTG AAGAGGAGGA GAATGCTGAA 
CATACAGAAG ACACTGACAA TGAAGATGAT CATAAAGGTG CCACAACACG AGCAGCCTCT 
CGCCTGGAAG CAGAGAGGAA CCTGCCTCAC AAGCCCACTA CCCGAGCTGC TTCAAAGTTA 
AGTAGCCCTG AGCCTTCATC ACGTAAGAGG CGCAAAAATA AAAATTCACT CGAATCCAAA 
TCACCCAAAA ACACAAATAT AAGGATGAAA ACACAATTGT CTGGCACAAA ACGTTGCCGA 
GAACCAAGTC CTCCTCTGGC GAAGTCTCGC GGGCAACAAA CATCAGAAGA AATCACACCG 
AAGAGGGCAA AGCGCCAGTG A

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

bod1l1 ( XM_018095201.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017950690.1 Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X2, mRNA.

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CloneID	OXa41900
Clone ID Related Accession (Same CDS sequence)	XM_018095201.1
Accession Version	XM_018095201.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9447bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	biorientation of chromosomes in cell division protein 1-like 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030677.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCACCC CGCCGCCCGG GGATCCGAAG CTTGTGTCCC AGATAGTGAA TCACCTGAAG 
AGTCAGGGGC TGTTTGACCA GTTCCGAAGG GATTGTTTGG CTGATGTGGA TACGAAGCCA 
GCGTATCAAA ATTTGCGTCA GCGAGTTGAT AACTTTGTCG CCAGTCACTT AGCAAGCCAC 
ACATGGAGTC CTCATCTAAA CAAGAACCAG CTGAGGAACA ACATCAGGCA GCAGGTGCTT 
AAGTCTGGAA TGCTAGAGTC TGGCATTGAC AGAATTATTT CACAGGTTGT CGACCCAAAG 
ATAAACCACT TATTCAGACC TCAGGTGGAA AAAGTTGTTA AAGAATATTT GGCCATGATG 
AATAATAAAG AGGATGGAAA TGTAAATACA GAACAAAACG AGGAGCGATC AGAAGCCTCC 
ATCTCTGTTC CTGGTTCTCT ACCAGCAGTT GGACCTAGCA CCAATGTAGC AAGTGATGCA 
ATGTCCATTT TGGAAACAAT CAGTTCACTC AATCAAGAAG CAACTGCTGC TCGTGCCTTC 
ATAGAAACTC CGAACAATAA AAACAGTGAC AAAGTGAGCA AAAGAACAAT TCAGCAAAGT 
TTTGATGCTA CAGAAGAAAA GGATCGTACT TTAGAGGAAA CTCAAGAGGT GGAAAAATCC 
ATCCCTGATA TGCTGGTTGC AGAAACAGAA CCTGATATAA AGACAGAAGA TTCCAATGAT 
ATTTCTTCCA CTGTAGAAGC CTTTAAACAA CCTGACGCAG TTGGCATCTC ACAGAGCAAA 
GACATTCCAA ATGAAAATGA GGAGCAAAAG CCAAAAGCTG TAGAGAGTGA GAAGAAAAAT 
GAGGTCAGTG AAATAGCACA GAAGAAAGAG GATAAGAAGG AAGCAAAGAC TGAAAAAAGA 
AATGAGTACC CCAAAAAGGG TGATGATGTT GTAAAGGTTA AGGAGGATAA GACGGTGAAA 
GAACGTGAGA ACGAACCAGA AAAGAGCAGC AGTAAACAGA AGGCAACTAG CACCTTAAAA 
GAAGATAATC TTTCTGTAGA TTCAGATATT GATGATTATA CAGATGTCAC TGTCAGTTCT 
GTGCATACAA GTGACCTATC TTCATTTGAG GAAGAAAGTG AGGAAGACCC AGTGGTTTCA 
GATAGTACTG AGGAGGGAGA AATTACCTCT GATGACGAAG AGGTAGATGG AAAGAATATT 
GCCAAGCCAG AAACTGATCA GAATGAAGTA AAGGCAAAAT CAAGCCGTCA GATATATGTG 
CACAAACCAT ACTTGTACTC CAAATACTAC AGTGATTCTG ATGATGAACT TTCAGTGGAG 
CAACGTCGGC AGTCTGTTGC AAAGGAAAAA GAAGAGAGAC TTTTAAAAAG ACAAGTGAAA 
AGGGAGAGAC TGGAAGAAAA GCGTAAGCAG AAAGCAGCTG AGAAAACAAA GAACTTAAAA 
ATCAGCCAAG GGAAAGCCGT GACTTCCAAA CATGTCAAGG CAAAATCTAC CAGCATAAAG 
GAGGTGCTAA AGGAACAAAT GTTTTTAGAA AAAAAAGTAG CAAGGAGCAA GAAGAAAATA 
AGAGCGTCAA GGAATGAAAA AAATACCCTG AAGTCAAAAT CTGACCTTTT GGAAGAAGAT 
ATGAAGGATT CAATTAAAAA TGAGTCACAT GACAAAACTT TACTTAGTAA AGAAGCAAAG 
CATAATATTG GGCGGAGTGA TAAGCCCTCT AAAGTAATAG CAGAATTAGC CGAAGAATGT 
AAAACTGATA TTCGAACAGA AAAGGACTTT AAGAAAAGAA CACCACTGGA AAAGAATGAG 
ACAAATGTTG AAGAACAGCA AAGACAGAAA AGTGCACATA AAACTGAAAA ACTGAAAAAG 
GAAAGCCATG ATAGTGAATC GCCCAGCATG AAAGTGGCAC AGAAAAAGGA CCCAAAAATG 
CATAGAAATG AGCGTGAAAG AACTGTGTCA GAAGACAGGT CGTCCTCCAA ATATAGATAT 
AAAACCGAGA ATATAAATAA AACAAATGAC GATTCTGACG CTCAAAAATC TAAGAAAAAT 
TCAAAAGATG ACGATACCCC ACATAAGCGT AGTCAAAGCA AATCCGGCTC TGAAGAAAGA 
TCTGATCGAA AAAGTAAGCA TAAAAGCGAA GGCAAATCTT CCTCTTACAA CAAAGAGGAG 
AAAACATCTG GAACTGAGCA TTCTAGCAAA ACAGGTGAAA GTGTTCACAG AGAGAGTAAG 
CGAGAACGAC GCCAGTCTGA GGAAAAATCA AGATCAGAAC ACAAGTATAA GCGATCACTT 
AGCGATTCCA GAACACACCG AGACTCTCAG ATTGATTCAA GACAACATAG TAGTTCTCAG 
AAAAAGTCAA GGATCTCCTC TGATGATAAA ACTGAATCTG ATTTAGCACG CACAAATGCA 
AAGCAAGAGG AAAGCACTCA CAGAGATAAA AGGAGATCAT ATAGTTGCTC AGAAGAACGT 
GTTTCTTTAA AAGTTAAATC AAAAAGTAGC GGCAAATCAT CAAAACTGAG TGACCAGGAA 
GAGCCAGCAC AAAAGAATGA CAAAGATAAG ACTTTATTGG AAAATTATGC TGAAAAATAC 
CAAAAACTTA AATCTGAAGA CCATGAAGAA GCAAAAGATG CAGTCACTAC TCAGGCATCA 
AGTACTGTAT CAAAAGATGT CAATTATAAG TCCAAACATT CAGGAGACAA AGAAAAGGAG 
AAATCTCGAA GTGACAATAG AGAACGTTCT TCTTCAAAAC TCGATAAGAA GCATATAGGA 
GAAAATATAA AAGGTATAAG CTCAAAGCAC AGCCATAAGG ACTTAAAACG GAAAGGGGAG 
AGTAGTAAGC CAGATGACAA AGGTTCCAAA GTTACTGATG AAAAAAGAGC ACAAGAAAGA 
AGCATTTTGG ATAAAAAATC AAGTAAAAAA ACCCCAATGG AATTTAAAGG GGAAAGCTCT 
AAAGGCTGTG TGACTTCTAA AAAAGGCTCA AAACTAGAAA ATGATGGAAA TGATCATGCC 
GGGAGAAAAA GAAAGCTTTC TTCATGTTCT TCTGACTCCA AAGATATGTC ATCTATAATG 
AACGAAGAAC TTTCTCGTGA CAGTGTAAAA TCTGAAAGAA TATCCGTGGA AAAAGGATTT 
GAAACGGCTG AATCAGTAGC TGTCTCAGAG CCTTTATTTG AATTAAACAG CATTTGTCCT 
AACGCAAATG CCACCAGCAT AGACGGTGGG TATGGAAAGG AGAACAGACT AAAGCAAGAT 
TCTAGCATTA GAGGAGTAAA TGCTGCATCA GTATGTTCAA GAATCTTCTC TGGTGAGCAC 
AGTGAAAATA AACCTGTTGA TGATTTCACA CAGCCTTCTG AAGATGATAC TAGGCAATAC 
TCGGAGACTG CTGCTGCTAC AGTAGGCAAT TGTTCTGAAA GGACTCCTGT AACAAGTGCA 
GAATGTAGTA CTCCTATTAG TGATGTTATA GATCTTCAGC ATGTAAGTGG TGGTGAACAT 
TTTGCTCTTG AACAGACGAG TCCTAAACCA GAATCATGTG TTACCATTAA TTCTACCTTT 
TCTCCTGTTG ATATATCGAC TGAAATAACA AATGATGTGA TTTCAACAAC TGCAACTGGT 
GAAACTGATG CGAATAAGGA GGCAGTTAAA ATAAAGCACA CAAGCTCTGA CTGTGATACT 
TTGGCAGTAG ACAATATTGT TACTGGAAAT GATGTTGAAG AAGTTATGCA GATAACCAGT 
GATAACGATA TGGCAGAGAA TAATTGCGAA TCAGTTGGTG AGGAGAGTGT ATCAGCTGTT 
GGAACTTGTT TTGTTCCTTA TAGAGAAAGC AGTACAGACA GTACAATTGT GGAAACAAGT 
TCCGAAAGAA ATGATATAGT GGTTGCTGAA CTGAATGAAA GATATGCCTT TCCTTCATCT 
CGTGCACAGG ACAGAAATAT GTCTGAATGT GAGGATACGG CAACCTCATC CTGCTCCACA 
ATTGAACATA CAGAGAATGT GTCCCTCAGA GGAACAATTA TTTATACTAA CAGTTTAGGT 
GAAAATTCCG CAACATCAAC AAACGTACAT CTGGATAATG TTATGGCCAC AAACCGTAGT 
GAATATGCAG TAGGTGTTGG TAATAGTGGG GAATGCACTG CCACCACTTC TGCTGATTTT 
GAAAATTTAG GTGAAGCAGA CATCACAATG TTATCAGAAA ATAGCTTTGA AGTTGCAACA 
ACTTCCAGTG TTAGTACAGC ATGCTCCCCA GAGAGAAGCC GGGAAAGTGC ACCAACTTCA 
TCTCAGAGAG GAATCGGCGC TGTACTAGAA GCAGAGGCTA TTTGTGATGT ATTATTGAAA 
CCTGCAACTT CATCAGATGG TAATATGGCA TCTTCGGCTG GCACCCCCAA AAATGCAGCA 
ACATCTTCTA ACAGTCAAGA AAGTGACACA GAAAATGGTG ACGTAAGTGA AGCTACTAAA 
TATTTCACAA GACATGCCGC ATCCTCTTCT GTCAGTGCAG AAGACAACGA CGATAGATTT 
CCAACCTCTG AAAATATCAT TACTCATTCA GCAACCTCTT CTATCCATGC AGTTGAAAAT 
AAAGCTGCCG ATTTGATTTC TGAAAATGAC TCCATAAATG CAGCAACTTC CTCTTACAAT 
GCTTTGGAAA AAGATTCTCT CTCAATTCCA GAAAATGTAA TGATGCTTGC AGCATCATCT 
TCTGACAATG TGGAGATACA TGATGATCAT TCTGGGTTAG TTGCAGCAAC TTCATCTGAC 
ATTGCAGCTC CACTCTCTAA CCCAGATGGG GTTTCTCATG ATATTGGTAT AATAACACAT 
GCATCAACTT CTTCAGATGT CCGTGTAGAT AATGAGGTAC TCCAGGGGTC TGACATTTTT 
TCAGTAAATG CAGCAACCTC CTCAGACAGC ACCGTGGAAG ACAATGGTAT TCTTCAGGGC 
TCAGAAAATG CTCATGCACA TGCAGCAACC TCTTCAGATA TCATTGTAGA CAACAGTGGC 
GCTCTTCAGG CCTCTGAAAA TGTTCTGGCA AATGCAGCAA CCTCTTCAGA CAGTTTAGCA 
GAAAATGTTG TTCTGGAAGT CTCAGAAAAT GTTTTGTCAG CAGCTTCCTC AAGTAGTGCA 
ATAGATAGCA GCAGAATATT ACATTTTGAG GGTTCTATTT CTTCAGAAAT TGACAATGAA 
AATGTAGCCG CTTCATCCAG CAATATAATG GAAAGCAGTT TAGCCGATGC TTCTGGTGTA 
TGGTTGCAAA ATCCTAGTGG AGATAATACA GCAAGTTCTT CTGGTTATTT AGACAGAGAC 
TCCAGGTTTC AGCATAACAC CATACAGTTT GGTAGTGCTG AGGAAAGCAA AAATGTTAGA 
GCAACATCAA CTACTCTGAA AGACATTGGT GTGAGTGAAA GATGTTCTAG TGTTATATCT 
TCAGGAACTC ATGTTGTAAA CTCCTCAGAC TCCCTTGTAA TGGACAGTAG CACTGAAGTT 
TCTGTTATTA GTCAAGTGGA CGGCGGGGAT GCAGCAAGCT GTTCAAGCAG TGGTGCAGAA 
CAGGGTCATG AAGACCAAAA ACACGCAGAC CACCTCAAAG AGAGAGAAAA TACTGCCTCA 
TCAAGCTGTG CATTAGATAA CAGTATAGAA GATATGTGTG TTGATCCTGA AGTACCAAGC 
CAGAATGGAA GTGATGAAGC TGCATCATCC TCAAGTTCTT TAAATACTAG TAGTGTTCAG 
CGTTCAGGTC ATAAATCCTC ATTAAGTCCC AACAATATAA ATGTTGCTGC ATCTTCAAGT 
GTTGCAATGA ACAGCAGTAG TGATAGCCTG AATTTTTCTG TACTATGCCC TGGAAACAGT 
ACTGATAATG CTGCCACCTC ATCAAGCAAC ATAACCGTTA GTGGAGCAGA CTGTGTCCTT 
AGCAACAATA CACTAGCTAC AACTTCTTCA AATATTTCAA TGGATAGCAG TACTGGAGAG 
GACCTAGAGC TGGATACTGA AAAAGCAAGT ACTTCAACAT CCTCAAGCAC TTTATTGAAT 
AACGACAAAA GAGCACAAGA TATTGGGACT GAAAAAGACA GTATTACAGC TTCTTCTAGT 
ACTACAATAG AAAACTGCCC AATTGCAAAT GAAGAAACTG CAGGTAGCTC GTTTACAGTC 
AGTGGGAATG CAGCCACTTC TAGTGATACA ACTTCTAGTA GTAAAAACAA AAATACAAGT 
ACTCCTGATA TTAATACTGC TACTACATCC ACAGTTATAG CAGAAATACT TACTGCAGAT 
GAGAGAACTG AAAATGTAAA CATTTGTTGT GACATCAACA GTGAAGCTAC AGCAGCTTCT 
TCAAGTAACA ACATGGAATC CTCATCTGGT AGTGTTGGAG GGAATGCAAC ATCTTCAGAT 
TATATGATGG ATAGCAGCTT AGAAGGAGAA AATGTGTCAG AGACACAGAA AAATGAAGAG 
GCTGCTAGTT CTTCCGGTCT GTCTACTAAT ATAAGGCTGC AGGAAATCCA AACTGTGACA 
GTGGGCAGCC AAAATCTTGA AGATGCAACT ACTTCATCCA GCACAGAAAG AGCAAATACT 
TCCTTTGTCT ATAGCAGCAA CAATAGTGAA AGTAATGTTA GTTATCATAA TGTTGAGGCT 
ACGGTTGAGT CAAGCTTTGC ATCATCACAA AGTGACATCG ACACATCTGG TACTTCAGAA 
GAGACTTTGG TGCTAAGTGC AAGTGGCAAG AATGCAGCTA TGCATCCTGT ACTTAACTCG 
GATGACAATG TAAATCAGGA TTATGAAAGG GCCGATGAAA AGGAAGATGC TGTGAGTAGT 
GCCAGCTCTC AAGAATATAA ACTTTGCAGT AATGCTCCTA GGCAAAATAT AAAGCAAACA 
AGAGATGGAG AAGTTGATGG AGCTGTTACC AGTGGTGGCG CAGAAGTGAG TGAATCGGCT 
ATGGCTCCTG AAAATTTCGA GACATTTGAT CATGTGACTT GTGCAAAAGC TGGGGCAATT 
GTTGATGACG GCGATGTACT TCTTGTCCCA GTGGAGGATA CCCCTGTCTC TCATACTAGC 
AGAACTGACC CTAGTGAAGA AAGCTTGGTT GCTGAGGATA CAGAAAACAA TGCTTCCTTT 
GAGAGTGCAA ATTGTGAGAC ACCAGCAAGT ATAGGTAACG CCTATGAAGC CGAAACACCA 
AATGAGCAAT TTACATTAGA GGAAGGGGAA GGTGCTGTCA CCAGCACTGG GATAACAGAA 
GAAAGTGATA GAGCAAAAGT GAGGCAAGAC ATAAGAAAAA GTGATAGTTC CTGCACTGAG 
GCTGAAATTG AACCTGGTGG CCATGCTATG AGCAGGCAAG AGGTGACTGA TTCGAATGCC 
ATTACAGAAG ATGATGAGAG TGCTATCACA AGTACTGGTG CAAAAGAAGA GGAAGAGGAG 
GGTGAGGGAT TTGTAACTAG CACTGGAACT GCAAGTGAAG ATTCTTCATT CTCGTCCGGC 
ACGGATGAGA ATTCTAATTG TGCTCAGATG TTTAATTTCA ATAGCAAGGG TCAACCTATA 
GCTGTTAACT CTGAAGAGAG GAGAGAGCCG AAAACTAACC ATGAACTTAC TGAAGAAATA 
AAGAGTGCAG TTATTCTAAT AACTACAGAA GGTAGTGAAC CGAGCATTGC AGGCAGAAGT 
ACAGAAGAGA ATAATCTTGA AAATGCCTTA TTGTTAACTC CTGATGGTTC TGCTGTACTC 
TCTACAGCAG AAAATCCACA TATGCAAGAA AATAACCAGA CGGCTGAAAT GGAAATTGAT 
ACATCTCAAC GTACTGAAGA GATATTTGAA GTGGAGACGT GTGTGGCAAT ACATTCTGCT 
GCAGATGATG AGACAACTAC ATTAAATGCT CAGGGGCAAA ATCTTTTGAC ATCTGAAACA 
AATGAAGACA ACCTGAGAAC CTCAGCTGGG GAAAATTCTT TAGTGGACGC TGCTTCTCAT 
TTACAGGAGA ATCCGACTGC AGATAAATCC GTAACACATG ATCAAGAAGA CGGCAACCTT 
AATATTTCCG AACAAGTCCC TTCAAATGAT GAGCAAACTG TTGTAGACAA CACTGTTCCT 
AATCCCACTA TTAAACCTGA AGATTCTCCT TTAGTATCAG TATCTGAATC TATACCAAGT 
AATACAGTGC CTTCCGGTGG TCTGTCAGTT GATCATGGTC GCAGTTTCTC TGATCATGGT 
TCCATAAACA GGGAGGTGGT AGAAGAAACC GAATCTCGAG CTCCTGGTGT TAGAAGTGTT 
CATTTTGCAG ATGAACTGGT GGCTGATGTT TCTGGGAATG ATGCGTTACA GGACGAACAA 
GAGAAAATTA CAACTGAGGA AAAGGAGGAA TGTTTGGAAA CAACAAGTGG TAGTGCAGTC 
CTGGAGAGCA AAAATCAAGA TGAGGATTCT GTTACAGCTG AAAGCGAAAA TGATGTAAAT 
CCGACAAACA ATCAAGAGGA AGAAAAAAGT GAAGCAAGTG AGATTTCCCT AATGCAACCA 
CCTGAAACAG GGAGTTCTGA AAGTGAAGCA GTATTAAGAC AAGCACACGA GTCTTCTGAT 
CTTGGCAAGG GCCAAAGCTT TGTTGAGACG ACAGACCCAA ACACTTCAGA AGAACAGCAA 
TCCTCAGAAC AAAATGTACT GGAAACAATT AAAGATGAAG ATGTGCCAAG AGAGGAAAAA 
GCAACGTGTG AAACCTCCGG TCCAGAGGCA CCAGAGGTGC CGTGTTCAGA AGAATCTTCT 
CCAAAGGTGA AAAAGCCCCG AGGCCGTAAG AGTCTTGAAA AACTGAAAGA AAGCCTTGCT 
AAGGATAAAC CTACAGAGGA AATCCCAGAG GAACCCAAGC CACCAGAAAA GAGAAAAAGA 
GGACGGCCTC CAAAGAAACG GCCTCTGGTT CCTGATACAG AGTTGTCAGT AAAGGAGAGT 
TCCGAAGAAG GAAAAACGTC AAATGCACGC CTTCGACAGG AAGAAAGCAC TTCTACAAAG 
AAAGATGTGC GTACCTTGGA GAAGACTGAG CAATGTCAGA AAACTTCTGA TGTAAGGTTG 
GAAGATAAAA GTGGGCAGAC TGTTCCCCGG AGAGGAAGGA AACCAAAACG TTCCCTCAGC 
ACTTCAGAGA GTGAACCAGA AAAAAAGCGG ATGAAGTCTG TCTCTGAAGA GGAGGAGAAT 
GCTGAACATA CAGAAGACAC TGACAATGAA GATGATCATA AAGGTGCCAC AACACGAGCA 
GCCTCTCGCC TGGAAGCAGA GAGGAACCTG CCTCACAAGC CCACTACCCG AGCTGCTTCA 
AAGTTAAGTA GCCCTGAGCC TTCATCACGT AAGAGGCGCA AAAATAAAAA TTCACTCGAA 
TCCAAATCAC CCAAAAACAC AAATATAAGG ATGAAAACAC AATTGTCTGG CACAAAACGT 
TGCCGAGAAC CAAGTCCTCC TCTGGCGAAG TCTCGCGGGC AACAAACATC AGAAGAAATC 
ACACCGAAGA GGGCAAAGCG CCAGTGA

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

RefSeq	XP_017950690.1
CDS	215..9661
Translation	MATPPPGDPKLVSQIVNHLKSQGLFDQFRRDCLADVDTKPAYQNLRQRVDNFVASHLASHTWSPHLNKNQLRNNIRQQVLKSGMLESGIDRIISQVVDPKINHLFRPQVEKVVKEYLAMMNNKEDGNVNTEQNEERSEASISVPGSLPAVGPSTNVASDAMSILETISSLNQEATAARAFIETPNNKNSDKVSKRTIQQSFDATEEKDRTLEETQEVEKSIPDMLVAETEPDIKTEDSNDISSTVEAFKQPDAVGISQSKDIPNENEEQKPKAVESEKKNEVSEIAQKKEDKKEAKTEKRNEYPKKGDDVVKVKEDKTVKERENEPEKSSSKQKATSTLKEDNLSVDSDIDDYTDVTVSSVHTSDLSSFEEESEEDPVVSDSTEEGEITSDDEEVDGKNIAKPETDQNEVKAKSSRQIYVHKPYLYSKYYSDSDDELSVEQRRQSVAKEKEERLLKRQVKRERLEEKRKQKAAEKTKNLKISQGKAVTSKHVKAKSTSIKEVLKEQMFLEKKVARSKKKIRASRNEKNTLKSKSDLLEEDMKDSIKNESHDKTLLSKEAKHNIGRSDKPSKVIAELAEECKTDIRTEKDFKKRTPLEKNETNVEEQQRQKSAHKTEKLKKESHDSESPSMKVAQKKDPKMHRNERERTVSEDRSSSKYRYKTENINKTNDDSDAQKSKKNSKDDDTPHKRSQSKSGSEERSDRKSKHKSEGKSSSYNKEEKTSGTEHSSKTGESVHRESKRERRQSEEKSRSEHKYKRSLSDSRTHRDSQIDSRQHSSSQKKSRISSDDKTESDLARTNAKQEESTHRDKRRSYSCSEERVSLKVKSKSSGKSSKLSDQEEPAQKNDKDKTLLENYAEKYQKLKSEDHEEAKDAVTTQASSTVSKDVNYKSKHSGDKEKEKSRSDNRERSSSKLDKKHIGENIKGISSKHSHKDLKRKGESSKPDDKGSKVTDEKRAQERSILDKKSSKKTPMEFKGESSKGCVTSKKGSKLENDGNDHAGRKRKLSSCSSDSKDMSSIMNEELSRDSVKSERISVEKGFETAESVAVSEPLFELNSICPNANATSIDGGYGKENRLKQDSSIRGVNAASVCSRIFSGEHSENKPVDDFTQPSEDDTRQYSETAAATVGNCSERTPVTSAECSTPISDVIDLQHVSGGEHFALEQTSPKPESCVTINSTFSPVDISTEITNDVISTTATGETDANKEAVKIKHTSSDCDTLAVDNIVTGNDVEEVMQITSDNDMAENNCESVGEESVSAVGTCFVPYRESSTDSTIVETSSERNDIVVAELNERYAFPSSRAQDRNMSECEDTATSSCSTIEHTENVSLRGTIIYTNSLGENSATSTNVHLDNVMATNRSEYAVGVGNSGECTATTSADFENLGEADITMLSENSFEVATTSSVSTACSPERSRESAPTSSQRGIGAVLEAEAICDVLLKPATSSDGNMASSAGTPKNAATSSNSQESDTENGDVSEATKYFTRHAASSSVSAEDNDDRFPTSENIITHSATSSIHAVENKAADLISENDSINAATSSYNALEKDSLSIPENVMMLAASSSDNVEIHDDHSGLVAATSSDIAAPLSNPDGVSHDIGIITHASTSSDVRVDNEVLQGSDIFSVNAATSSDSTVEDNGILQGSENAHAHAATSSDIIVDNSGALQASENVLANAATSSDSLAENVVLEVSENVLSAASSSSAIDSSRILHFEGSISSEIDNENVAASSSNIMESSLADASGVWLQNPSGDNTASSSGYLDRDSRFQHNTIQFGSAEESKNVRATSTTLKDIGVSERCSSVISSGTHVVNSSDSLVMDSSTEVSVISQVDGGDAASCSSSGAEQGHEDQKHADHLKERENTASSSCALDNSIEDMCVDPEVPSQNGSDEAASSSSSLNTSSVQRSGHKSSLSPNNINVAASSSVAMNSSSDSLNFSVLCPGNSTDNAATSSSNITVSGADCVLSNNTLATTSSNISMDSSTGEDLELDTEKASTSTSSSTLLNNDKRAQDIGTEKDSITASSSTTIENCPIANEETAGSSFTVSGNAATSSDTTSSSKNKNTSTPDINTATTSTVIAEILTADERTENVNICCDINSEATAASSSNNMESSSGSVGGNATSSDYMMDSSLEGENVSETQKNEEAASSSGLSTNIRLQEIQTVTVGSQNLEDATTSSSTERANTSFVYSSNNSESNVSYHNVEATVESSFASSQSDIDTSGTSEETLVLSASGKNAAMHPVLNSDDNVNQDYERADEKEDAVSSASSQEYKLCSNAPRQNIKQTRDGEVDGAVTSGGAEVSESAMAPENFETFDHVTCAKAGAIVDDGDVLLVPVEDTPVSHTSRTDPSEESLVAEDTENNASFESANCETPASIGNAYEAETPNEQFTLEEGEGAVTSTGITEESDRAKVRQDIRKSDSSCTEAEIEPGGHAMSRQEVTDSNAITEDDESAITSTGAKEEEEEGEGFVTSTGTASEDSSFSSGTDENSNCAQMFNFNSKGQPIAVNSEERREPKTNHELTEEIKSAVILITTEGSEPSIAGRSTEENNLENALLLTPDGSAVLSTAENPHMQENNQTAEMEIDTSQRTEEIFEVETCVAIHSAADDETTTLNAQGQNLLTSETNEDNLRTSAGENSLVDAASHLQENPTADKSVTHDQEDGNLNISEQVPSNDEQTVVDNTVPNPTIKPEDSPLVSVSESIPSNTVPSGGLSVDHGRSFSDHGSINREVVEETESRAPGVRSVHFADELVADVSGNDALQDEQEKITTEEKEECLETTSGSAVLESKNQDEDSVTAESENDVNPTNNQEEEKSEASEISLMQPPETGSSESEAVLRQAHESSDLGKGQSFVETTDPNTSEEQQSSEQNVLETIKDEDVPREEKATCETSGPEAPEVPCSEESSPKVKKPRGRKSLEKLKESLAKDKPTEEIPEEPKPPEKRKRGRPPKKRPLVPDTELSVKESSEEGKTSNARLRQEESTSTKKDVRTLEKTEQCQKTSDVRLEDKSGQTVPRRGRKPKRSLSTSESEPEKKRMKSVSEEEENAEHTEDTDNEDDHKGATTRAASRLEAERNLPHKPTTRAASKLSSPEPSSRKRRKNKNSLESKSPKNTNIRMKTQLSGTKRCREPSPPLAKSRGQQTSEEITPKRAKRQ

Target ORF information:

RefSeq Version	XM_018095201.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X2, mRNA.

Target ORF information:

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

XM_018095201.1

ORF Insert Sequence:

ATGGCCACCC CGCCGCCCGG GGATCCGAAG CTTGTGTCCC AGATAGTGAA TCACCTGAAG 
AGTCAGGGGC TGTTTGACCA GTTCCGAAGG GATTGTTTGG CTGATGTGGA TACGAAGCCA 
GCGTATCAAA ATTTGCGTCA GCGAGTTGAT AACTTTGTCG CCAGTCACTT AGCAAGCCAC 
ACATGGAGTC CTCATCTAAA CAAGAACCAG CTGAGGAACA ACATCAGGCA GCAGGTGCTT 
AAGTCTGGAA TGCTAGAGTC TGGCATTGAC AGAATTATTT CACAGGTTGT CGACCCAAAG 
ATAAACCACT TATTCAGACC TCAGGTGGAA AAAGTTGTTA AAGAATATTT GGCCATGATG 
AATAATAAAG AGGATGGAAA TGTAAATACA GAACAAAACG AGGAGCGATC AGAAGCCTCC 
ATCTCTGTTC CTGGTTCTCT ACCAGCAGTT GGACCTAGCA CCAATGTAGC AAGTGATGCA 
ATGTCCATTT TGGAAACAAT CAGTTCACTC AATCAAGAAG CAACTGCTGC TCGTGCCTTC 
ATAGAAACTC CGAACAATAA AAACAGTGAC AAAGTGAGCA AAAGAACAAT TCAGCAAAGT 
TTTGATGCTA CAGAAGAAAA GGATCGTACT TTAGAGGAAA CTCAAGAGGT GGAAAAATCC 
ATCCCTGATA TGCTGGTTGC AGAAACAGAA CCTGATATAA AGACAGAAGA TTCCAATGAT 
ATTTCTTCCA CTGTAGAAGC CTTTAAACAA CCTGACGCAG TTGGCATCTC ACAGAGCAAA 
GACATTCCAA ATGAAAATGA GGAGCAAAAG CCAAAAGCTG TAGAGAGTGA GAAGAAAAAT 
GAGGTCAGTG AAATAGCACA GAAGAAAGAG GATAAGAAGG AAGCAAAGAC TGAAAAAAGA 
AATGAGTACC CCAAAAAGGG TGATGATGTT GTAAAGGTTA AGGAGGATAA GACGGTGAAA 
GAACGTGAGA ACGAACCAGA AAAGAGCAGC AGTAAACAGA AGGCAACTAG CACCTTAAAA 
GAAGATAATC TTTCTGTAGA TTCAGATATT GATGATTATA CAGATGTCAC TGTCAGTTCT 
GTGCATACAA GTGACCTATC TTCATTTGAG GAAGAAAGTG AGGAAGACCC AGTGGTTTCA 
GATAGTACTG AGGAGGGAGA AATTACCTCT GATGACGAAG AGGTAGATGG AAAGAATATT 
GCCAAGCCAG AAACTGATCA GAATGAAGTA AAGGCAAAAT CAAGCCGTCA GATATATGTG 
CACAAACCAT ACTTGTACTC CAAATACTAC AGTGATTCTG ATGATGAACT TTCAGTGGAG 
CAACGTCGGC AGTCTGTTGC AAAGGAAAAA GAAGAGAGAC TTTTAAAAAG ACAAGTGAAA 
AGGGAGAGAC TGGAAGAAAA GCGTAAGCAG AAAGCAGCTG AGAAAACAAA GAACTTAAAA 
ATCAGCCAAG GGAAAGCCGT GACTTCCAAA CATGTCAAGG CAAAATCTAC CAGCATAAAG 
GAGGTGCTAA AGGAACAAAT GTTTTTAGAA AAAAAAGTAG CAAGGAGCAA GAAGAAAATA 
AGAGCGTCAA GGAATGAAAA AAATACCCTG AAGTCAAAAT CTGACCTTTT GGAAGAAGAT 
ATGAAGGATT CAATTAAAAA TGAGTCACAT GACAAAACTT TACTTAGTAA AGAAGCAAAG 
CATAATATTG GGCGGAGTGA TAAGCCCTCT AAAGTAATAG CAGAATTAGC CGAAGAATGT 
AAAACTGATA TTCGAACAGA AAAGGACTTT AAGAAAAGAA CACCACTGGA AAAGAATGAG 
ACAAATGTTG AAGAACAGCA AAGACAGAAA AGTGCACATA AAACTGAAAA ACTGAAAAAG 
GAAAGCCATG ATAGTGAATC GCCCAGCATG AAAGTGGCAC AGAAAAAGGA CCCAAAAATG 
CATAGAAATG AGCGTGAAAG AACTGTGTCA GAAGACAGGT CGTCCTCCAA ATATAGATAT 
AAAACCGAGA ATATAAATAA AACAAATGAC GATTCTGACG CTCAAAAATC TAAGAAAAAT 
TCAAAAGATG ACGATACCCC ACATAAGCGT AGTCAAAGCA AATCCGGCTC TGAAGAAAGA 
TCTGATCGAA AAAGTAAGCA TAAAAGCGAA GGCAAATCTT CCTCTTACAA CAAAGAGGAG 
AAAACATCTG GAACTGAGCA TTCTAGCAAA ACAGGTGAAA GTGTTCACAG AGAGAGTAAG 
CGAGAACGAC GCCAGTCTGA GGAAAAATCA AGATCAGAAC ACAAGTATAA GCGATCACTT 
AGCGATTCCA GAACACACCG AGACTCTCAG ATTGATTCAA GACAACATAG TAGTTCTCAG 
AAAAAGTCAA GGATCTCCTC TGATGATAAA ACTGAATCTG ATTTAGCACG CACAAATGCA 
AAGCAAGAGG AAAGCACTCA CAGAGATAAA AGGAGATCAT ATAGTTGCTC AGAAGAACGT 
GTTTCTTTAA AAGTTAAATC AAAAAGTAGC GGCAAATCAT CAAAACTGAG TGACCAGGAA 
GAGCCAGCAC AAAAGAATGA CAAAGATAAG ACTTTATTGG AAAATTATGC TGAAAAATAC 
CAAAAACTTA AATCTGAAGA CCATGAAGAA GCAAAAGATG CAGTCACTAC TCAGGCATCA 
AGTACTGTAT CAAAAGATGT CAATTATAAG TCCAAACATT CAGGAGACAA AGAAAAGGAG 
AAATCTCGAA GTGACAATAG AGAACGTTCT TCTTCAAAAC TCGATAAGAA GCATATAGGA 
GAAAATATAA AAGGTATAAG CTCAAAGCAC AGCCATAAGG ACTTAAAACG GAAAGGGGAG 
AGTAGTAAGC CAGATGACAA AGGTTCCAAA GTTACTGATG AAAAAAGAGC ACAAGAAAGA 
AGCATTTTGG ATAAAAAATC AAGTAAAAAA ACCCCAATGG AATTTAAAGG GGAAAGCTCT 
AAAGGCTGTG TGACTTCTAA AAAAGGCTCA AAACTAGAAA ATGATGGAAA TGATCATGCC 
GGGAGAAAAA GAAAGCTTTC TTCATGTTCT TCTGACTCCA AAGATATGTC ATCTATAATG 
AACGAAGAAC TTTCTCGTGA CAGTGTAAAA TCTGAAAGAA TATCCGTGGA AAAAGGATTT 
GAAACGGCTG AATCAGTAGC TGTCTCAGAG CCTTTATTTG AATTAAACAG CATTTGTCCT 
AACGCAAATG CCACCAGCAT AGACGGTGGG TATGGAAAGG AGAACAGACT AAAGCAAGAT 
TCTAGCATTA GAGGAGTAAA TGCTGCATCA GTATGTTCAA GAATCTTCTC TGGTGAGCAC 
AGTGAAAATA AACCTGTTGA TGATTTCACA CAGCCTTCTG AAGATGATAC TAGGCAATAC 
TCGGAGACTG CTGCTGCTAC AGTAGGCAAT TGTTCTGAAA GGACTCCTGT AACAAGTGCA 
GAATGTAGTA CTCCTATTAG TGATGTTATA GATCTTCAGC ATGTAAGTGG TGGTGAACAT 
TTTGCTCTTG AACAGACGAG TCCTAAACCA GAATCATGTG TTACCATTAA TTCTACCTTT 
TCTCCTGTTG ATATATCGAC TGAAATAACA AATGATGTGA TTTCAACAAC TGCAACTGGT 
GAAACTGATG CGAATAAGGA GGCAGTTAAA ATAAAGCACA CAAGCTCTGA CTGTGATACT 
TTGGCAGTAG ACAATATTGT TACTGGAAAT GATGTTGAAG AAGTTATGCA GATAACCAGT 
GATAACGATA TGGCAGAGAA TAATTGCGAA TCAGTTGGTG AGGAGAGTGT ATCAGCTGTT 
GGAACTTGTT TTGTTCCTTA TAGAGAAAGC AGTACAGACA GTACAATTGT GGAAACAAGT 
TCCGAAAGAA ATGATATAGT GGTTGCTGAA CTGAATGAAA GATATGCCTT TCCTTCATCT 
CGTGCACAGG ACAGAAATAT GTCTGAATGT GAGGATACGG CAACCTCATC CTGCTCCACA 
ATTGAACATA CAGAGAATGT GTCCCTCAGA GGAACAATTA TTTATACTAA CAGTTTAGGT 
GAAAATTCCG CAACATCAAC AAACGTACAT CTGGATAATG TTATGGCCAC AAACCGTAGT 
GAATATGCAG TAGGTGTTGG TAATAGTGGG GAATGCACTG CCACCACTTC TGCTGATTTT 
GAAAATTTAG GTGAAGCAGA CATCACAATG TTATCAGAAA ATAGCTTTGA AGTTGCAACA 
ACTTCCAGTG TTAGTACAGC ATGCTCCCCA GAGAGAAGCC GGGAAAGTGC ACCAACTTCA 
TCTCAGAGAG GAATCGGCGC TGTACTAGAA GCAGAGGCTA TTTGTGATGT ATTATTGAAA 
CCTGCAACTT CATCAGATGG TAATATGGCA TCTTCGGCTG GCACCCCCAA AAATGCAGCA 
ACATCTTCTA ACAGTCAAGA AAGTGACACA GAAAATGGTG ACGTAAGTGA AGCTACTAAA 
TATTTCACAA GACATGCCGC ATCCTCTTCT GTCAGTGCAG AAGACAACGA CGATAGATTT 
CCAACCTCTG AAAATATCAT TACTCATTCA GCAACCTCTT CTATCCATGC AGTTGAAAAT 
AAAGCTGCCG ATTTGATTTC TGAAAATGAC TCCATAAATG CAGCAACTTC CTCTTACAAT 
GCTTTGGAAA AAGATTCTCT CTCAATTCCA GAAAATGTAA TGATGCTTGC AGCATCATCT 
TCTGACAATG TGGAGATACA TGATGATCAT TCTGGGTTAG TTGCAGCAAC TTCATCTGAC 
ATTGCAGCTC CACTCTCTAA CCCAGATGGG GTTTCTCATG ATATTGGTAT AATAACACAT 
GCATCAACTT CTTCAGATGT CCGTGTAGAT AATGAGGTAC TCCAGGGGTC TGACATTTTT 
TCAGTAAATG CAGCAACCTC CTCAGACAGC ACCGTGGAAG ACAATGGTAT TCTTCAGGGC 
TCAGAAAATG CTCATGCACA TGCAGCAACC TCTTCAGATA TCATTGTAGA CAACAGTGGC 
GCTCTTCAGG CCTCTGAAAA TGTTCTGGCA AATGCAGCAA CCTCTTCAGA CAGTTTAGCA 
GAAAATGTTG TTCTGGAAGT CTCAGAAAAT GTTTTGTCAG CAGCTTCCTC AAGTAGTGCA 
ATAGATAGCA GCAGAATATT ACATTTTGAG GGTTCTATTT CTTCAGAAAT TGACAATGAA 
AATGTAGCCG CTTCATCCAG CAATATAATG GAAAGCAGTT TAGCCGATGC TTCTGGTGTA 
TGGTTGCAAA ATCCTAGTGG AGATAATACA GCAAGTTCTT CTGGTTATTT AGACAGAGAC 
TCCAGGTTTC AGCATAACAC CATACAGTTT GGTAGTGCTG AGGAAAGCAA AAATGTTAGA 
GCAACATCAA CTACTCTGAA AGACATTGGT GTGAGTGAAA GATGTTCTAG TGTTATATCT 
TCAGGAACTC ATGTTGTAAA CTCCTCAGAC TCCCTTGTAA TGGACAGTAG CACTGAAGTT 
TCTGTTATTA GTCAAGTGGA CGGCGGGGAT GCAGCAAGCT GTTCAAGCAG TGGTGCAGAA 
CAGGGTCATG AAGACCAAAA ACACGCAGAC CACCTCAAAG AGAGAGAAAA TACTGCCTCA 
TCAAGCTGTG CATTAGATAA CAGTATAGAA GATATGTGTG TTGATCCTGA AGTACCAAGC 
CAGAATGGAA GTGATGAAGC TGCATCATCC TCAAGTTCTT TAAATACTAG TAGTGTTCAG 
CGTTCAGGTC ATAAATCCTC ATTAAGTCCC AACAATATAA ATGTTGCTGC ATCTTCAAGT 
GTTGCAATGA ACAGCAGTAG TGATAGCCTG AATTTTTCTG TACTATGCCC TGGAAACAGT 
ACTGATAATG CTGCCACCTC ATCAAGCAAC ATAACCGTTA GTGGAGCAGA CTGTGTCCTT 
AGCAACAATA CACTAGCTAC AACTTCTTCA AATATTTCAA TGGATAGCAG TACTGGAGAG 
GACCTAGAGC TGGATACTGA AAAAGCAAGT ACTTCAACAT CCTCAAGCAC TTTATTGAAT 
AACGACAAAA GAGCACAAGA TATTGGGACT GAAAAAGACA GTATTACAGC TTCTTCTAGT 
ACTACAATAG AAAACTGCCC AATTGCAAAT GAAGAAACTG CAGGTAGCTC GTTTACAGTC 
AGTGGGAATG CAGCCACTTC TAGTGATACA ACTTCTAGTA GTAAAAACAA AAATACAAGT 
ACTCCTGATA TTAATACTGC TACTACATCC ACAGTTATAG CAGAAATACT TACTGCAGAT 
GAGAGAACTG AAAATGTAAA CATTTGTTGT GACATCAACA GTGAAGCTAC AGCAGCTTCT 
TCAAGTAACA ACATGGAATC CTCATCTGGT AGTGTTGGAG GGAATGCAAC ATCTTCAGAT 
TATATGATGG ATAGCAGCTT AGAAGGAGAA AATGTGTCAG AGACACAGAA AAATGAAGAG 
GCTGCTAGTT CTTCCGGTCT GTCTACTAAT ATAAGGCTGC AGGAAATCCA AACTGTGACA 
GTGGGCAGCC AAAATCTTGA AGATGCAACT ACTTCATCCA GCACAGAAAG AGCAAATACT 
TCCTTTGTCT ATAGCAGCAA CAATAGTGAA AGTAATGTTA GTTATCATAA TGTTGAGGCT 
ACGGTTGAGT CAAGCTTTGC ATCATCACAA AGTGACATCG ACACATCTGG TACTTCAGAA 
GAGACTTTGG TGCTAAGTGC AAGTGGCAAG AATGCAGCTA TGCATCCTGT ACTTAACTCG 
GATGACAATG TAAATCAGGA TTATGAAAGG GCCGATGAAA AGGAAGATGC TGTGAGTAGT 
GCCAGCTCTC AAGAATATAA ACTTTGCAGT AATGCTCCTA GGCAAAATAT AAAGCAAACA 
AGAGATGGAG AAGTTGATGG AGCTGTTACC AGTGGTGGCG CAGAAGTGAG TGAATCGGCT 
ATGGCTCCTG AAAATTTCGA GACATTTGAT CATGTGACTT GTGCAAAAGC TGGGGCAATT 
GTTGATGACG GCGATGTACT TCTTGTCCCA GTGGAGGATA CCCCTGTCTC TCATACTAGC 
AGAACTGACC CTAGTGAAGA AAGCTTGGTT GCTGAGGATA CAGAAAACAA TGCTTCCTTT 
GAGAGTGCAA ATTGTGAGAC ACCAGCAAGT ATAGGTAACG CCTATGAAGC CGAAACACCA 
AATGAGCAAT TTACATTAGA GGAAGGGGAA GGTGCTGTCA CCAGCACTGG GATAACAGAA 
GAAAGTGATA GAGCAAAAGT GAGGCAAGAC ATAAGAAAAA GTGATAGTTC CTGCACTGAG 
GCTGAAATTG AACCTGGTGG CCATGCTATG AGCAGGCAAG AGGTGACTGA TTCGAATGCC 
ATTACAGAAG ATGATGAGAG TGCTATCACA AGTACTGGTG CAAAAGAAGA GGAAGAGGAG 
GGTGAGGGAT TTGTAACTAG CACTGGAACT GCAAGTGAAG ATTCTTCATT CTCGTCCGGC 
ACGGATGAGA ATTCTAATTG TGCTCAGATG TTTAATTTCA ATAGCAAGGG TCAACCTATA 
GCTGTTAACT CTGAAGAGAG GAGAGAGCCG AAAACTAACC ATGAACTTAC TGAAGAAATA 
AAGAGTGCAG TTATTCTAAT AACTACAGAA GGTAGTGAAC CGAGCATTGC AGGCAGAAGT 
ACAGAAGAGA ATAATCTTGA AAATGCCTTA TTGTTAACTC CTGATGGTTC TGCTGTACTC 
TCTACAGCAG AAAATCCACA TATGCAAGAA AATAACCAGA CGGCTGAAAT GGAAATTGAT 
ACATCTCAAC GTACTGAAGA GATATTTGAA GTGGAGACGT GTGTGGCAAT ACATTCTGCT 
GCAGATGATG AGACAACTAC ATTAAATGCT CAGGGGCAAA ATCTTTTGAC ATCTGAAACA 
AATGAAGACA ACCTGAGAAC CTCAGCTGGG GAAAATTCTT TAGTGGACGC TGCTTCTCAT 
TTACAGGAGA ATCCGACTGC AGATAAATCC GTAACACATG ATCAAGAAGA CGGCAACCTT 
AATATTTCCG AACAAGTCCC TTCAAATGAT GAGCAAACTG TTGTAGACAA CACTGTTCCT 
AATCCCACTA TTAAACCTGA AGATTCTCCT TTAGTATCAG TATCTGAATC TATACCAAGT 
AATACAGTGC CTTCCGGTGG TCTGTCAGTT GATCATGGTC GCAGTTTCTC TGATCATGGT 
TCCATAAACA GGGAGGTGGT AGAAGAAACC GAATCTCGAG CTCCTGGTGT TAGAAGTGTT 
CATTTTGCAG ATGAACTGGT GGCTGATGTT TCTGGGAATG ATGCGTTACA GGACGAACAA 
GAGAAAATTA CAACTGAGGA AAAGGAGGAA TGTTTGGAAA CAACAAGTGG TAGTGCAGTC 
CTGGAGAGCA AAAATCAAGA TGAGGATTCT GTTACAGCTG AAAGCGAAAA TGATGTAAAT 
CCGACAAACA ATCAAGAGGA AGAAAAAAGT GAAGCAAGTG AGATTTCCCT AATGCAACCA 
CCTGAAACAG GGAGTTCTGA AAGTGAAGCA GTATTAAGAC AAGCACACGA GTCTTCTGAT 
CTTGGCAAGG GCCAAAGCTT TGTTGAGACG ACAGACCCAA ACACTTCAGA AGAACAGCAA 
TCCTCAGAAC AAAATGTACT GGAAACAATT AAAGATGAAG ATGTGCCAAG AGAGGAAAAA 
GCAACGTGTG AAACCTCCGG TCCAGAGGCA CCAGAGGTGC CGTGTTCAGA AGAATCTTCT 
CCAAAGGTGA AAAAGCCCCG AGGCCGTAAG AGTCTTGAAA AACTGAAAGA AAGCCTTGCT 
AAGGATAAAC CTACAGAGGA AATCCCAGAG GAACCCAAGC CACCAGAAAA GAGAAAAAGA 
GGACGGCCTC CAAAGAAACG GCCTCTGGTT CCTGATACAG AGTTGTCAGT AAAGGAGAGT 
TCCGAAGAAG GAAAAACGTC AAATGCACGC CTTCGACAGG AAGAAAGCAC TTCTACAAAG 
AAAGATGTGC GTACCTTGGA GAAGACTGAG CAATGTCAGA AAACTTCTGA TGTAAGGTTG 
GAAGATAAAA GTGGGCAGAC TGTTCCCCGG AGAGGAAGGA AACCAAAACG TTCCCTCAGC 
ACTTCAGAGA GTGAACCAGA AAAAAAGCGG ATGAAGTCTG TCTCTGAAGA GGAGGAGAAT 
GCTGAACATA CAGAAGACAC TGACAATGAA GATGATCATA AAGGTGCCAC AACACGAGCA 
GCCTCTCGCC TGGAAGCAGA GAGGAACCTG CCTCACAAGC CCACTACCCG AGCTGCTTCA 
AAGTTAAGTA GCCCTGAGCC TTCATCACGT AAGAGGCGCA AAAATAAAAA TTCACTCGAA 
TCCAAATCAC CCAAAAACAC AAATATAAGG ATGAAAACAC AATTGTCTGG CACAAAACGT 
TGCCGAGAAC CAAGTCCTCC TCTGGCGAAG TCTCGCGGGC AACAAACATC AGAAGAAATC 
ACACCGAAGA GGGCAAAGCG CCAGTGA

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

bod1l1 ( XM_012955726.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012811180.2 Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X1, mRNA.

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CloneID	OXa49647
Clone ID Related Accession (Same CDS sequence)	XM_012955726.3
Accession Version	XM_012955726.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9456bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	biorientation of chromosomes in cell division protein 1-like 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030677.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012955726.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCACCC CGCCGCCCGG GGATCCGAAG CTTGTGTCCC AGATAGTGAA TCACCTGAAG 
AGTCAGGGGC TGTTTGACCA GTTCCGAAGG GATTGTTTGG CTGATGTGGA TACGAAGCCA 
GCGTATCAAA ATTTGCGTCA GCGAGTTGAT AACTTTGTCG CCAGTCACTT AGCAAGCCAC 
ACATGGAGTC CTCATCTAAA CAAGAACCAG CTGAGGAACA ACATCAGGCA GCAGGTGCTT 
AAGTCTGGAA TGCTAGAGTC TGGCATTGAC AGAATTATTT CACAGGTTGT CGACCCAAAG 
ATAAACCACT TATTCAGACC TCAGGTGGAA AAAGTTGTTA AAGAATATTT GGCCATGATG 
AATAATAAAG AGGATGGAAA TGTAAATACA GAACAAAACG AGGAGCGATC AGAAGCCTCC 
ATCTCTGTTC CTGGTTCTCT ACCAGCAGTT GGACCTAGCA CCAATGTAGC AAGTGATGCA 
ATGTCCATTT TGGAAACAAT CAGTTCACTC AATCAAGAAG CAACTGCTGC TCGTGCCTTC 
ATAGAAACTC CGAACAATAA AAACAGTGAC AAAGTGAGCA AAAGAACAAT TCAGCAAAGT 
TTTGATGCTA CAGAAGAAAA GGATCGTACT TTAGAGGAAA CTCAAGAGGT GGAAAAATCC 
ATCCCTGATA TGCTGGTTGC AGAAACAGAA CCTGATATAA AGACAGAAGA TTCCAATGAT 
ATTTCTTCCA CTGTAGAAGC CTTTAAACAA CCTGACGCAG TTGGCATCTC ACAGAGCAAA 
GACATTCCAA ATGAAAATGA GGAGCAAAAG CCAAAAGCTG TAGAGAGTGA GAAGAAAAAT 
GAGGTCAGTG AAATAGCACA GAAGAAAGAG GATAAGAAGG AAGCAAAGAC TGAAAAAAGA 
AATGAGTACC CCAAAAAGGG TGATGATGTT GTAAAGGTTA AGGAGGATAA GACGGTGAAA 
GAACGTGAGA ACGAACCAGA AAAGAGCAGC AGTAAACAGA AGGCAACTAG CACCTTAAAA 
GAAGATAATC TTTCTGTAGA TTCAGATATT GATGATTATA CAGATGTCAC TGTCAGTTCT 
GTGCATACAA GTGACCTATC TTCATTTGAG GAAGAAAGTG AGGAAGACCC AGTGGTTTCA 
GATAGTACTG AGGAGGGAGA AATTACCTCT GATGACGAAG AGGACAAGGT AGATGGAAAG 
AATATTGCCA AGCCAGAAAC TGATCAGAAT GAAGTAAAGG CAAAATCAAG CCGTCAGATA 
TATGTGCACA AACCATACTT GTACTCCAAA TACTACAGTG ATTCTGATGA TGAACTTTCA 
GTGGAGCAAC GTCGGCAGTC TGTTGCAAAG GAAAAAGAAG AGAGACTTTT AAAAAGACAA 
GTGAAAAGGG AGAGACTGGA AGAAAAGCGT AAGCAGAAAG CAGCTGAGAA AACAAAGAAC 
TTAAAAATCA GCCAAGGGAA AGCCGTGACT TCCAAACATG TCAAGGCAAA ATCTACCAGC 
ATAAAGGAGG TGCTAAAGGA ACAAATGTTT TTAGAAAAAA AAGTAGCAAG GAGCAAGAAG 
AAAATAAGAG CGTCAAGGAA TGAAAAAAAT ACCCTGAAGT CAAAATCTGA CCTTTTGGAA 
GAAGATATGA AGGATTCAAT TAAAAATGAG TCACATGACA AAACTTTACT TAGTAAAGAA 
GCAAAGCATA ATATTGGGCG GAGTGATAAG CCCTCTAAAG TAATAGCAGA ATTAGCCGAA 
GAATGTAAAA CTGATATTCG AACAGAAAAG GACTTTAAGA AAAGAACACC ACTGGAAAAG 
AATGAGACAA ATGTTGAAGA ACAGCAAAGA CAGAAAAGTG CACATAAAAC TGAAAAACTG 
AAAAAGGAAA GCCATGATAG TGAATCGCCC AGCATGAAAG TGGCACAGAA AAAGGACCCA 
AAAATGCATA GAAATGAGCG TGAAAGAACT GTGTCAGAAG ACAGGTCGTC CTCCAAATAT 
AGATATAAAA CCGAGAATAT AAATAAAACA AATGACGATT CTGACGCTCA AAAATCTAAG 
AAAAATTCAA AAGATGACGA TACCCCACAT AAGCGTAGTC AAAGCAAATC CGGCTCTGAA 
GAAAGATCTG ATCGAAAAAG TAAGCATAAA AGCGAAGGCA AATCTTCCTC TTACAACAAA 
GAGGAGAAAA CATCTGGAAC TGAGCATTCT AGCAAAACAG GTGAAAGTGT TCACAGAGAG 
AGTAAGCGAG AACGACGCCA GTCTGAGGAA AAATCAAGAT CAGAACACAA GTATAAGCGA 
TCACTTAGCG ATTCCAGAAC ACACCGAGAC TCTCAGATTG ATTCAAGACA ACATAGTAGT 
TCTCAGAAAA AGTCAAGGAT CTCCTCTGAT GATAAAACTG AATCTGATTT AGCACGCACA 
AATGCAAAGC AAGAGGAAAG CACTCACAGA GATAAAAGGA GATCATATAG TTGCTCAGAA 
GAACGTGTTT CTTTAAAAGT TAAATCAAAA AGTAGCGGCA AATCATCAAA ACTGAGTGAC 
CAGGAAGAGC CAGCACAAAA GAATGACAAA GATAAGACTT TATTGGAAAA TTATGCTGAA 
AAATACCAAA AACTTAAATC TGAAGACCAT GAAGAAGCAA AAGATGCAGT CACTACTCAG 
GCATCAAGTA CTGTATCAAA AGATGTCAAT TATAAGTCCA AACATTCAGG AGACAAAGAA 
AAGGAGAAAT CTCGAAGTGA CAATAGAGAA CGTTCTTCTT CAAAACTCGA TAAGAAGCAT 
ATAGGAGAAA ATATAAAAGG TATAAGCTCA AAGCACAGCC ATAAGGACTT AAAACGTAAA 
GGGGAGAGTA GTAAGCCAGA TGACAAAGGT TCCAAAGTTA CTGATGAAAA AAGAGCACAA 
GAAAGAAGCA TTTTGGATAA AAAATCAAGT AAAAAAACCC CAATGGAATT TAAAGGGGAA 
AGCTCTAAAG GCAGTGTGAC TTCTAAAAAA GGCTCAAAAC TAGAAAATGA TGGAAATGAT 
CATGCCGGGA GAAAAAGAAA GCTTTCTTCA TGTTCTTCTG ACTCCAAAGA TATGTCATCT 
ATAATGAACG AAGAACTTTC TCGTGACAGT GTAAAATCTG AAAGAATATC CGTGGAAAAA 
GGATTTGAAA CGGCTGAATC AGTAGCTGTC TCAGAGCCTT TATTTGAATT AAACAGCATT 
TGTCCTAACG CAAATGCCAC CAGCATAGAC GGTGGGTATG GAAAGGAGAA CAGACTAAAG 
CAAGATTCTA GCATTAGAGG AGTAAATGCT GCATCAGTAT GTTCAAGAAT CTTCTCTGGT 
GAGCACAGTG AAAATAAACC TGTTGATGAT TTCACACAGC CTTCTGAAGA TGATACTAGG 
CAATACTCGG AGACTGCTGC TGCTACAGTA GGCAATTGTT CTGAAAGGAC TCCTGTAACA 
AGTGCAGAAT GTAGTACTCC TATTAGTGAT GTTATAGATC TTCAGCATGT AAGTGGTGGT 
GAACATTTTG CTCTTGAACA GACGAGTCCT AAACCAGAAT CATGTGTTAC CATTAATTCT 
ACCTTTTCTC CTGTTGATAT ATCGACTGAA ATAACAAATG ATGTGATTTC AACAACTGCA 
ACTGGTGAAA CTGATGCGAA TAAGGAGGCA GTTAAAATAA AGCACACAAG CTCTGACTGT 
GATACTTTGG CAGTAGACAA TATTGTTACT GGAAATGATG TTGAAGAAGT TATGCAGATA 
ACCAGTGATA ACGATATGGC AGAGAATAAT TGCGAATCAG TTGGTGAGGA GAGTGTATCA 
GCTGTTGGAA CTTGTTTTGT TCCTTATAGA GAAAGCAGTA CAGACAGTAC AATTGTGGAA 
ACAAGTTCCG AAAGAAATGA TATAGTGGTT GCTGAACTGA ATGAAAGATA TGCCTTTCCT 
TCATCTCGTG CACAGGACAG AAATATGTCT GAATGTGAGG ATACGGCAAC CTCATCCTGC 
TCCACAATTG AACATACAGA GAATGTGTCC CTCAGAGGAA CAATTATTTA TACTAACAGT 
TTAGGTGAAA ATTCCGCAAC ATCAACAAAC GTACATCTGG ATAATGTTAT GGCCACAAAC 
CGTAGTGAAT ATGCAGTAGG TGTTGGTAAT AGTGGGGAAT GCACTGCCAC CACTTCTGCT 
GATTTTGAAA ATTTAGGTGA AGCAGACATC ACAATGTTAT CAGAAAATAG CTTTGAAGTT 
GCAACAACTT CCAGTGTTAG TACAGCATGC TCCCCAGAGA GAAGCCGGGA AAGTGCACCA 
ACTTCATCTC AGAGAGGAAT CGGCGCTGTA CTAGAAGCAG AGGCTATTTG TGATGTATTA 
TTGAAACCTG CAACTTCATC AGATGGTAAT ATGGCATCTT CGGCTGGCAC CCCCAAAAAT 
GCAGCAACAT CTTCTAACAG TCAAGAAAGT GACACAGAAA ATGGTGACGT AAGTGAAGCT 
ACTAAATATT TCACAAGACA TGCCGCATCC TCTTCTGTCA GTGCAGAAGA CAACGACGAT 
AGATTTCCAA CCTCTGAAAA TATCATTACT CATTCAGCAA CCTCTTCTAT CCATGCAGTT 
GAAAATAAAG CTGCCGATTT GATTTCTGAA AATGACTCCA TAAATGCAGC AACTTCCTCT 
TACAATGCTT TGGAAAAAGA TTCTCTCTCA ATTCCAGAAA ATGTAATGAT GCTTGCAGCA 
TCATCTTCTG ACAATGTGGA GATACATGAT GATCATTCTG GGTTAGTTGC AGCAACTTCA 
TCTGACATTG CAGCTCCACT CTCTAACCCA GATGGGGTTT CTCATGATAT TGGTATAATA 
ACACATGCAT CAACTTCTTC AGATGTCCGT GTAGATAATG AGGTACTCCA GGGGTCTGAC 
ATTTTTTCAG TAAATGCAGC AACCTCCTCA GACAGCACCG TGGAAGACAA TGGTATTCTT 
CAGGGCTCAG AAAATGCTCA TGCACATGCA GCAACCTCTT CAGATATCAT TGTAGACAAC 
AGTGGCGCTC TTCAGGCCTC TGAAAATGTT CTGGCAAATG CAGCAACCTC TTCAGACAGT 
TTAGCAGAAA ATGTTGTTCT GGAAGTCTCA GAAAATGTTT TGTCAGCAGC TTCCTCAAGT 
AGTGCAATAG ATAGCAGCAG AATATTACAT TTTGAGGGTT CTATTTCTTC AGAAATTGAC 
AATGAAAATG TAGCCGCTTC ATCCAGCAAT ATAATGGAAA GCAGTTTAGC CGATGCTTCT 
GGTGTATGGT TGCAAAATCC TAGTGGAGAT AATACAGCAA GTTCTTCTGG TTATTTAGAC 
AGAGACTCCA GGTTTCAGCA TAACACCATA CAGTTTGGTA GTGCTGAGGA AAGCAAAAAT 
GTTAGAGCAA CATCAACTAC TCTGAAAGAC ATTGGTGTGA GTGAAAGATG TTCTAGTGTT 
ATATCTTCAG GAACTCATGT TGTAAACTCC TCAGACTCCC TTGTAATGGA CAGTAGCACT 
GAAGTTTCTG TTATTAGTCA AGTGGACGGC GGGGATGCAG CAAGCTGTTC AAGCAGTGGT 
GCAGAACAGG GTCATGAAGA CCAAAAACAC GCAGACCACC TCAAAGAGAG AGAAAATACT 
GCCTCATCAA GCTGTGCATT AGATAACAGT ATAGAAGATA TGTGTGTTGA TCCTGAAGTA 
CCAAGCCAGA ATGGAAGTGA TGAAGCTGCA TCATCCTCAA GTTCTTTAAA TACTAGTAGT 
GTTCAGCGTT CAGGTCATAA ATCCTCATTA AGTCCCAACA ATATAAATGT TGCTGCATCT 
TCAAGTGTTG CAATGAACAG CAGTAGTGAT AGCCTGAATT TTTCTGTACT ATGCCCTGGA 
AACAGTACTG ATAATGCTGC CACCTCATCA AGCAACATAA CCGTTAGTGG AGCAGACTGT 
GTCCTTAGCA ACAATACACT AGCTACAACT TCTTCAAATA TTTCAATGGA TAGCAGTACT 
GGAGAGGACC TAGAGCTGGA TACTGAAAAA GCAAGTACTT CAACATCCTC AAGCACTTTA 
TTGAATAACG ACAAAAGAGC ACAAGATATT GGGACTGAAA AAGACAGTAT TACAGCTTCT 
TCTAGTACTA CAATAGAAAA CTGCCCAATT GCAAATGAAG AAACTGCAGG TAGCTCGTTT 
ACAGTCAGTG GGAATGCAGC CACTTCTAGT GATACAACTT CTAGTAGTAA AAACAAAAAT 
ACAAGTACTC CTGATATTAA TACTGCTACT ACATCCACAG TTATAGCAGA AATACTTACT 
GCAGATGAGA GAACTGAAAA TGTAAACATT TGTTGTGACA TCAACAGTGA AGCTACAGCA 
GCTTCTTCAA GTAACAACAT GGAATCCTCA TCTGGTAGTG TTGGAGGGAA TGCAACATCT 
TCAGATTATA TGATGGATAG CAGCTTAGAA GGAGAAAATG TGTCAGAGAC ACAGAAAAAT 
GAAGAGGCTG CTAGTTCTTC CGGTCTGTCT ACTAATATAA GGCTGCAGGA AATCCAAACT 
GTGACAGTGG GCAGCCAAAA TCTTGAAGAT GCAACTACTT CATCCAGCAC AGAAAGAGCA 
AATACTTCCT TTGTCTATAG CAGCAACAAT AGTGAAAGTA ATGTTAGTTA TCATAATGTT 
GAGGCTACGG TTGAGTCAAG CTTTGCATCA TCACAAAGTG ACATCGACAC ATCTGGTACT 
TCAGAAGAGA CTTTGGTGCT AAGTGCAAGT GGCAAGAATG CAGCTATGCA TCCTGTACTT 
AACTCGGATG ACAATGTAAA TCAGGATTAT GAAAGGGCCG ATGAAAAGGA AGATGCTGTG 
AGTAGTGCCA GCTCTCAAGA ATATAAACTT TGCAGTAATG CTCCTAGGCA AAATATAAAG 
CAAACAAGAG ATGGAGAAGT TGATGGAGCT GTTACCAGTG GTGGCGCAGA AGTGAGTGAA 
TCGGCTATGG CTCCTGAAAA TTTCGAGACA TTTGATCATG TGACTTGTGC AAAAGCTGGG 
GCAATTGTTG ATGACGGCGA TGTACTTCTT GTCCCAGTGG AGGATACCCC TGTCTCTCAT 
ACTAGCAGAA CTGACCCTAG TGAAGAAAGC TTGGTTGCTG AGGATACAGA AAACAATGCT 
TCCTTTGAGA GTGCAAATTG TGAGACACCA GCAAGTATAG GTAACGCCTA TGAAGCCGAA 
ACACCAAATG AGCAATTTAC ATTAGAGGAA GGGGAAGGTG CTGTCACCAG CACTGGGATA 
ACAGAAGAAA GTGATAGAGC AAAAGTGAGG CAAGACATAA GAAAAAGTGA TAGTTCCTGC 
ACTGAGGCTG AAATTGAACC TGGTGGCCAT GCTATGAGCA GGCAAGAGGT GACTGATTCG 
AATGCCATTA CAGAAGATGA TGAGAGTGCT ATCACAAGTA CTGGTGCAAA AGAAGAGGAA 
GAGGAGGGTG AGGGATTTGT AACTAGCACT GGAACTGCAA GTGAAGATTC TTCATTCTCG 
TCCGGCACGG ATGAGAATTC TAATTGTGCT CAGATGTTTA ATTTCAATAG CAAGGGTCAA 
CCTATAGCTG TTAACTCTGA AGAGAGGAGA GAGCCGAAAA CTAACCATGA ACTTACTGAA 
GAAATAAAGA GTGCAGTTAT TCTAATAACT ACAGAAGGTA GTGAACCGAG CATTGCAGGC 
AGAAGTACAG AAGAGAATAA TCTTGAAAAT GCCTTATTGT TAACTCCTGA TGGTTCTGCT 
GTACTCTCTA CAGCAGAAAA TCCACATATG CAAGAAAATA ACCAGACGGC TGAAATGGAA 
ATTGATACAT CTCAACGTAC TGAAGAGATA TTTGAAGTGG AGACGTGTGT GGCAATACAT 
TCTGCTGCAG ATGATGAGAC AACTACATTA AATGCTCAGG GGCAAAATCT TTTGACATCT 
GAAACAAATG AAGACAACCT GAGAACCTCA GCTGGGGAAA ATTCTTTAGT GGACGCTGCT 
TCTCATTTAC AGGAGAATCC GACTGCAGAT AAATCCGTAA CACATGATCA AGAAGACGGC 
AACCTTAATA TTTCCGAACA AGTCCCTTCA AATGATGAGC AAACTGTTGT AGACAACACT 
GTTCCTAATC CCACTATTAA ACCTGAAGAT TCTCCTTTAG TATCAGTATC TGAATCTATA 
CCAAGTAATA CAGTGCCTTC CGGTGGTCTG TCAGTTGATC ATGGTCGCAG TTTCTCTGAT 
CATGGTTCCA TAAACAGGGA GGTGGTAGAA GAAACCGAAT CTCGAGCTCC TGGTGTTAGA 
AGTGTTCATT TTGCAGATGA ACTGGTGGCT GATGTTTCTG GGAATGATGC GTTACAGGAC 
GAACAAGAGA AAATTACAAC TGAGGAAAAG GAGGAATGTT TGGAAACAAC AAGTGGTAGT 
GCAGTCCTGG AGAGCAAAAA TCAAGATGAG GATTCTGTTA CAGCTGAAAG CGAAAATGAT 
GTAAATCCGA CAAACAATCA AGAGGAAGAA AAAAGTGAAG CAAGTGAGAT TTCCCTAATG 
CAACCACCTG AAACAGGGAG TTCTGAAAGT GAAGCAGTAT TAAGACAAGC ACACGAGTCT 
TCTGATCTTG GCAAGGGCCA AAGCTTTGTT GAGACGACAG ACTCAAACAC TTCAGAAGAA 
CAGCAATCCT CAGAACAAAA TGTACTGGAA ACAATTAAAG ATGAAGATGT GCCAAGAGAG 
GAAAAAGCAA CTTGTGAAAC CTCCGGTCCA GAGGCACCAG AGGTGCCGTG TTCAGAAGAA 
TCTTCTCCAA AGGTGAAAAA GCCCCGAGGC CGTAAGAGTC TTGAAAAACT GAAAGAAGAA 
AGCCTTGCTA AGGATAAACC TACAGAGGAA ATCCCAGAGG AACCCAAGCC ACCAGAAAAG 
AGAAAAAGAG GACGGCCTCC AAAGAAACGG CCTCTGGTTC CTGATACAGA GTTGTCAGTA 
AAGGAGAGTT CCGAAGAAGG AAAAACGTCA AATGCACGCC TTCGACAGGA AGAAAGCACT 
TCTACAAAGA AAGATGTGCG TACCTTGGAG AAGACTGAGC AATGTCAGAA AACTTCTGAT 
GTAAGGTTGG AAGATAAAAG TGGGCAGACT GTTCCCCGGA GAGGAAGGAA ACCAAAACGT 
TCCCTCAGCA CTTCAGAGAG TGAACCAGAA AAAAAGCGGA TGAAGTCTGT CTCTGAAGAG 
GAGGAGAATG CTGAACATAC AGAAGACACT GACAATGAAG ATGATCATAA AGGTGCCACA 
ACACGAGCAG CCTCTCGCCT GGAAGCAGAG AGGAACCTGC CTCACAAGCC CACTACCCGA 
GCTGCTTCAA AGTTAAGTAG CCCTGAGCCT TCATCACGTA AGAGGCGCAA AAATAAAAAT 
TCACTCGAAT CCAAATCACC CAAAAACACA AATATAAGGA TGAAAACACA ATTGTCTGGC 
ACAAAACGTT GCCGAGAACC AAGTCCTCCT CTGGCGAAGT CTCGCGGGCA ACAAACATCA 
GAAGAAATCA CACCGAAGAG GGCAAAGCGC CAGTGA

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

RefSeq	XP_012811180.2
CDS	188..9643
Translation	MATPPPGDPKLVSQIVNHLKSQGLFDQFRRDCLADVDTKPAYQNLRQRVDNFVASHLASHTWSPHLNKNQLRNNIRQQVLKSGMLESGIDRIISQVVDPKINHLFRPQVEKVVKEYLAMMNNKEDGNVNTEQNEERSEASISVPGSLPAVGPSTNVASDAMSILETISSLNQEATAARAFIETPNNKNSDKVSKRTIQQSFDATEEKDRTLEETQEVEKSIPDMLVAETEPDIKTEDSNDISSTVEAFKQPDAVGISQSKDIPNENEEQKPKAVESEKKNEVSEIAQKKEDKKEAKTEKRNEYPKKGDDVVKVKEDKTVKERENEPEKSSSKQKATSTLKEDNLSVDSDIDDYTDVTVSSVHTSDLSSFEEESEEDPVVSDSTEEGEITSDDEEDKVDGKNIAKPETDQNEVKAKSSRQIYVHKPYLYSKYYSDSDDELSVEQRRQSVAKEKEERLLKRQVKRERLEEKRKQKAAEKTKNLKISQGKAVTSKHVKAKSTSIKEVLKEQMFLEKKVARSKKKIRASRNEKNTLKSKSDLLEEDMKDSIKNESHDKTLLSKEAKHNIGRSDKPSKVIAELAEECKTDIRTEKDFKKRTPLEKNETNVEEQQRQKSAHKTEKLKKESHDSESPSMKVAQKKDPKMHRNERERTVSEDRSSSKYRYKTENINKTNDDSDAQKSKKNSKDDDTPHKRSQSKSGSEERSDRKSKHKSEGKSSSYNKEEKTSGTEHSSKTGESVHRESKRERRQSEEKSRSEHKYKRSLSDSRTHRDSQIDSRQHSSSQKKSRISSDDKTESDLARTNAKQEESTHRDKRRSYSCSEERVSLKVKSKSSGKSSKLSDQEEPAQKNDKDKTLLENYAEKYQKLKSEDHEEAKDAVTTQASSTVSKDVNYKSKHSGDKEKEKSRSDNRERSSSKLDKKHIGENIKGISSKHSHKDLKRKGESSKPDDKGSKVTDEKRAQERSILDKKSSKKTPMEFKGESSKGSVTSKKGSKLENDGNDHAGRKRKLSSCSSDSKDMSSIMNEELSRDSVKSERISVEKGFETAESVAVSEPLFELNSICPNANATSIDGGYGKENRLKQDSSIRGVNAASVCSRIFSGEHSENKPVDDFTQPSEDDTRQYSETAAATVGNCSERTPVTSAECSTPISDVIDLQHVSGGEHFALEQTSPKPESCVTINSTFSPVDISTEITNDVISTTATGETDANKEAVKIKHTSSDCDTLAVDNIVTGNDVEEVMQITSDNDMAENNCESVGEESVSAVGTCFVPYRESSTDSTIVETSSERNDIVVAELNERYAFPSSRAQDRNMSECEDTATSSCSTIEHTENVSLRGTIIYTNSLGENSATSTNVHLDNVMATNRSEYAVGVGNSGECTATTSADFENLGEADITMLSENSFEVATTSSVSTACSPERSRESAPTSSQRGIGAVLEAEAICDVLLKPATSSDGNMASSAGTPKNAATSSNSQESDTENGDVSEATKYFTRHAASSSVSAEDNDDRFPTSENIITHSATSSIHAVENKAADLISENDSINAATSSYNALEKDSLSIPENVMMLAASSSDNVEIHDDHSGLVAATSSDIAAPLSNPDGVSHDIGIITHASTSSDVRVDNEVLQGSDIFSVNAATSSDSTVEDNGILQGSENAHAHAATSSDIIVDNSGALQASENVLANAATSSDSLAENVVLEVSENVLSAASSSSAIDSSRILHFEGSISSEIDNENVAASSSNIMESSLADASGVWLQNPSGDNTASSSGYLDRDSRFQHNTIQFGSAEESKNVRATSTTLKDIGVSERCSSVISSGTHVVNSSDSLVMDSSTEVSVISQVDGGDAASCSSSGAEQGHEDQKHADHLKERENTASSSCALDNSIEDMCVDPEVPSQNGSDEAASSSSSLNTSSVQRSGHKSSLSPNNINVAASSSVAMNSSSDSLNFSVLCPGNSTDNAATSSSNITVSGADCVLSNNTLATTSSNISMDSSTGEDLELDTEKASTSTSSSTLLNNDKRAQDIGTEKDSITASSSTTIENCPIANEETAGSSFTVSGNAATSSDTTSSSKNKNTSTPDINTATTSTVIAEILTADERTENVNICCDINSEATAASSSNNMESSSGSVGGNATSSDYMMDSSLEGENVSETQKNEEAASSSGLSTNIRLQEIQTVTVGSQNLEDATTSSSTERANTSFVYSSNNSESNVSYHNVEATVESSFASSQSDIDTSGTSEETLVLSASGKNAAMHPVLNSDDNVNQDYERADEKEDAVSSASSQEYKLCSNAPRQNIKQTRDGEVDGAVTSGGAEVSESAMAPENFETFDHVTCAKAGAIVDDGDVLLVPVEDTPVSHTSRTDPSEESLVAEDTENNASFESANCETPASIGNAYEAETPNEQFTLEEGEGAVTSTGITEESDRAKVRQDIRKSDSSCTEAEIEPGGHAMSRQEVTDSNAITEDDESAITSTGAKEEEEEGEGFVTSTGTASEDSSFSSGTDENSNCAQMFNFNSKGQPIAVNSEERREPKTNHELTEEIKSAVILITTEGSEPSIAGRSTEENNLENALLLTPDGSAVLSTAENPHMQENNQTAEMEIDTSQRTEEIFEVETCVAIHSAADDETTTLNAQGQNLLTSETNEDNLRTSAGENSLVDAASHLQENPTADKSVTHDQEDGNLNISEQVPSNDEQTVVDNTVPNPTIKPEDSPLVSVSESIPSNTVPSGGLSVDHGRSFSDHGSINREVVEETESRAPGVRSVHFADELVADVSGNDALQDEQEKITTEEKEECLETTSGSAVLESKNQDEDSVTAESENDVNPTNNQEEEKSEASEISLMQPPETGSSESEAVLRQAHESSDLGKGQSFVETTDSNTSEEQQSSEQNVLETIKDEDVPREEKATCETSGPEAPEVPCSEESSPKVKKPRGRKSLEKLKEESLAKDKPTEEIPEEPKPPEKRKRGRPPKKRPLVPDTELSVKESSEEGKTSNARLRQEESTSTKKDVRTLEKTEQCQKTSDVRLEDKSGQTVPRRGRKPKRSLSTSESEPEKKRMKSVSEEEENAEHTEDTDNEDDHKGATTRAASRLEAERNLPHKPTTRAASKLSSPEPSSRKRRKNKNSLESKSPKNTNIRMKTQLSGTKRCREPSPPLAKSRGQQTSEEITPKRAKRQ

Target ORF information:

RefSeq Version	XM_012955726.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X1, mRNA.

Target ORF information:

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

XM_012955726.3

ORF Insert Sequence:

ATGGCCACCC CGCCGCCCGG GGATCCGAAG CTTGTGTCCC AGATAGTGAA TCACCTGAAG 
AGTCAGGGGC TGTTTGACCA GTTCCGAAGG GATTGTTTGG CTGATGTGGA TACGAAGCCA 
GCGTATCAAA ATTTGCGTCA GCGAGTTGAT AACTTTGTCG CCAGTCACTT AGCAAGCCAC 
ACATGGAGTC CTCATCTAAA CAAGAACCAG CTGAGGAACA ACATCAGGCA GCAGGTGCTT 
AAGTCTGGAA TGCTAGAGTC TGGCATTGAC AGAATTATTT CACAGGTTGT CGACCCAAAG 
ATAAACCACT TATTCAGACC TCAGGTGGAA AAAGTTGTTA AAGAATATTT GGCCATGATG 
AATAATAAAG AGGATGGAAA TGTAAATACA GAACAAAACG AGGAGCGATC AGAAGCCTCC 
ATCTCTGTTC CTGGTTCTCT ACCAGCAGTT GGACCTAGCA CCAATGTAGC AAGTGATGCA 
ATGTCCATTT TGGAAACAAT CAGTTCACTC AATCAAGAAG CAACTGCTGC TCGTGCCTTC 
ATAGAAACTC CGAACAATAA AAACAGTGAC AAAGTGAGCA AAAGAACAAT TCAGCAAAGT 
TTTGATGCTA CAGAAGAAAA GGATCGTACT TTAGAGGAAA CTCAAGAGGT GGAAAAATCC 
ATCCCTGATA TGCTGGTTGC AGAAACAGAA CCTGATATAA AGACAGAAGA TTCCAATGAT 
ATTTCTTCCA CTGTAGAAGC CTTTAAACAA CCTGACGCAG TTGGCATCTC ACAGAGCAAA 
GACATTCCAA ATGAAAATGA GGAGCAAAAG CCAAAAGCTG TAGAGAGTGA GAAGAAAAAT 
GAGGTCAGTG AAATAGCACA GAAGAAAGAG GATAAGAAGG AAGCAAAGAC TGAAAAAAGA 
AATGAGTACC CCAAAAAGGG TGATGATGTT GTAAAGGTTA AGGAGGATAA GACGGTGAAA 
GAACGTGAGA ACGAACCAGA AAAGAGCAGC AGTAAACAGA AGGCAACTAG CACCTTAAAA 
GAAGATAATC TTTCTGTAGA TTCAGATATT GATGATTATA CAGATGTCAC TGTCAGTTCT 
GTGCATACAA GTGACCTATC TTCATTTGAG GAAGAAAGTG AGGAAGACCC AGTGGTTTCA 
GATAGTACTG AGGAGGGAGA AATTACCTCT GATGACGAAG AGGACAAGGT AGATGGAAAG 
AATATTGCCA AGCCAGAAAC TGATCAGAAT GAAGTAAAGG CAAAATCAAG CCGTCAGATA 
TATGTGCACA AACCATACTT GTACTCCAAA TACTACAGTG ATTCTGATGA TGAACTTTCA 
GTGGAGCAAC GTCGGCAGTC TGTTGCAAAG GAAAAAGAAG AGAGACTTTT AAAAAGACAA 
GTGAAAAGGG AGAGACTGGA AGAAAAGCGT AAGCAGAAAG CAGCTGAGAA AACAAAGAAC 
TTAAAAATCA GCCAAGGGAA AGCCGTGACT TCCAAACATG TCAAGGCAAA ATCTACCAGC 
ATAAAGGAGG TGCTAAAGGA ACAAATGTTT TTAGAAAAAA AAGTAGCAAG GAGCAAGAAG 
AAAATAAGAG CGTCAAGGAA TGAAAAAAAT ACCCTGAAGT CAAAATCTGA CCTTTTGGAA 
GAAGATATGA AGGATTCAAT TAAAAATGAG TCACATGACA AAACTTTACT TAGTAAAGAA 
GCAAAGCATA ATATTGGGCG GAGTGATAAG CCCTCTAAAG TAATAGCAGA ATTAGCCGAA 
GAATGTAAAA CTGATATTCG AACAGAAAAG GACTTTAAGA AAAGAACACC ACTGGAAAAG 
AATGAGACAA ATGTTGAAGA ACAGCAAAGA CAGAAAAGTG CACATAAAAC TGAAAAACTG 
AAAAAGGAAA GCCATGATAG TGAATCGCCC AGCATGAAAG TGGCACAGAA AAAGGACCCA 
AAAATGCATA GAAATGAGCG TGAAAGAACT GTGTCAGAAG ACAGGTCGTC CTCCAAATAT 
AGATATAAAA CCGAGAATAT AAATAAAACA AATGACGATT CTGACGCTCA AAAATCTAAG 
AAAAATTCAA AAGATGACGA TACCCCACAT AAGCGTAGTC AAAGCAAATC CGGCTCTGAA 
GAAAGATCTG ATCGAAAAAG TAAGCATAAA AGCGAAGGCA AATCTTCCTC TTACAACAAA 
GAGGAGAAAA CATCTGGAAC TGAGCATTCT AGCAAAACAG GTGAAAGTGT TCACAGAGAG 
AGTAAGCGAG AACGACGCCA GTCTGAGGAA AAATCAAGAT CAGAACACAA GTATAAGCGA 
TCACTTAGCG ATTCCAGAAC ACACCGAGAC TCTCAGATTG ATTCAAGACA ACATAGTAGT 
TCTCAGAAAA AGTCAAGGAT CTCCTCTGAT GATAAAACTG AATCTGATTT AGCACGCACA 
AATGCAAAGC AAGAGGAAAG CACTCACAGA GATAAAAGGA GATCATATAG TTGCTCAGAA 
GAACGTGTTT CTTTAAAAGT TAAATCAAAA AGTAGCGGCA AATCATCAAA ACTGAGTGAC 
CAGGAAGAGC CAGCACAAAA GAATGACAAA GATAAGACTT TATTGGAAAA TTATGCTGAA 
AAATACCAAA AACTTAAATC TGAAGACCAT GAAGAAGCAA AAGATGCAGT CACTACTCAG 
GCATCAAGTA CTGTATCAAA AGATGTCAAT TATAAGTCCA AACATTCAGG AGACAAAGAA 
AAGGAGAAAT CTCGAAGTGA CAATAGAGAA CGTTCTTCTT CAAAACTCGA TAAGAAGCAT 
ATAGGAGAAA ATATAAAAGG TATAAGCTCA AAGCACAGCC ATAAGGACTT AAAACGTAAA 
GGGGAGAGTA GTAAGCCAGA TGACAAAGGT TCCAAAGTTA CTGATGAAAA AAGAGCACAA 
GAAAGAAGCA TTTTGGATAA AAAATCAAGT AAAAAAACCC CAATGGAATT TAAAGGGGAA 
AGCTCTAAAG GCAGTGTGAC TTCTAAAAAA GGCTCAAAAC TAGAAAATGA TGGAAATGAT 
CATGCCGGGA GAAAAAGAAA GCTTTCTTCA TGTTCTTCTG ACTCCAAAGA TATGTCATCT 
ATAATGAACG AAGAACTTTC TCGTGACAGT GTAAAATCTG AAAGAATATC CGTGGAAAAA 
GGATTTGAAA CGGCTGAATC AGTAGCTGTC TCAGAGCCTT TATTTGAATT AAACAGCATT 
TGTCCTAACG CAAATGCCAC CAGCATAGAC GGTGGGTATG GAAAGGAGAA CAGACTAAAG 
CAAGATTCTA GCATTAGAGG AGTAAATGCT GCATCAGTAT GTTCAAGAAT CTTCTCTGGT 
GAGCACAGTG AAAATAAACC TGTTGATGAT TTCACACAGC CTTCTGAAGA TGATACTAGG 
CAATACTCGG AGACTGCTGC TGCTACAGTA GGCAATTGTT CTGAAAGGAC TCCTGTAACA 
AGTGCAGAAT GTAGTACTCC TATTAGTGAT GTTATAGATC TTCAGCATGT AAGTGGTGGT 
GAACATTTTG CTCTTGAACA GACGAGTCCT AAACCAGAAT CATGTGTTAC CATTAATTCT 
ACCTTTTCTC CTGTTGATAT ATCGACTGAA ATAACAAATG ATGTGATTTC AACAACTGCA 
ACTGGTGAAA CTGATGCGAA TAAGGAGGCA GTTAAAATAA AGCACACAAG CTCTGACTGT 
GATACTTTGG CAGTAGACAA TATTGTTACT GGAAATGATG TTGAAGAAGT TATGCAGATA 
ACCAGTGATA ACGATATGGC AGAGAATAAT TGCGAATCAG TTGGTGAGGA GAGTGTATCA 
GCTGTTGGAA CTTGTTTTGT TCCTTATAGA GAAAGCAGTA CAGACAGTAC AATTGTGGAA 
ACAAGTTCCG AAAGAAATGA TATAGTGGTT GCTGAACTGA ATGAAAGATA TGCCTTTCCT 
TCATCTCGTG CACAGGACAG AAATATGTCT GAATGTGAGG ATACGGCAAC CTCATCCTGC 
TCCACAATTG AACATACAGA GAATGTGTCC CTCAGAGGAA CAATTATTTA TACTAACAGT 
TTAGGTGAAA ATTCCGCAAC ATCAACAAAC GTACATCTGG ATAATGTTAT GGCCACAAAC 
CGTAGTGAAT ATGCAGTAGG TGTTGGTAAT AGTGGGGAAT GCACTGCCAC CACTTCTGCT 
GATTTTGAAA ATTTAGGTGA AGCAGACATC ACAATGTTAT CAGAAAATAG CTTTGAAGTT 
GCAACAACTT CCAGTGTTAG TACAGCATGC TCCCCAGAGA GAAGCCGGGA AAGTGCACCA 
ACTTCATCTC AGAGAGGAAT CGGCGCTGTA CTAGAAGCAG AGGCTATTTG TGATGTATTA 
TTGAAACCTG CAACTTCATC AGATGGTAAT ATGGCATCTT CGGCTGGCAC CCCCAAAAAT 
GCAGCAACAT CTTCTAACAG TCAAGAAAGT GACACAGAAA ATGGTGACGT AAGTGAAGCT 
ACTAAATATT TCACAAGACA TGCCGCATCC TCTTCTGTCA GTGCAGAAGA CAACGACGAT 
AGATTTCCAA CCTCTGAAAA TATCATTACT CATTCAGCAA CCTCTTCTAT CCATGCAGTT 
GAAAATAAAG CTGCCGATTT GATTTCTGAA AATGACTCCA TAAATGCAGC AACTTCCTCT 
TACAATGCTT TGGAAAAAGA TTCTCTCTCA ATTCCAGAAA ATGTAATGAT GCTTGCAGCA 
TCATCTTCTG ACAATGTGGA GATACATGAT GATCATTCTG GGTTAGTTGC AGCAACTTCA 
TCTGACATTG CAGCTCCACT CTCTAACCCA GATGGGGTTT CTCATGATAT TGGTATAATA 
ACACATGCAT CAACTTCTTC AGATGTCCGT GTAGATAATG AGGTACTCCA GGGGTCTGAC 
ATTTTTTCAG TAAATGCAGC AACCTCCTCA GACAGCACCG TGGAAGACAA TGGTATTCTT 
CAGGGCTCAG AAAATGCTCA TGCACATGCA GCAACCTCTT CAGATATCAT TGTAGACAAC 
AGTGGCGCTC TTCAGGCCTC TGAAAATGTT CTGGCAAATG CAGCAACCTC TTCAGACAGT 
TTAGCAGAAA ATGTTGTTCT GGAAGTCTCA GAAAATGTTT TGTCAGCAGC TTCCTCAAGT 
AGTGCAATAG ATAGCAGCAG AATATTACAT TTTGAGGGTT CTATTTCTTC AGAAATTGAC 
AATGAAAATG TAGCCGCTTC ATCCAGCAAT ATAATGGAAA GCAGTTTAGC CGATGCTTCT 
GGTGTATGGT TGCAAAATCC TAGTGGAGAT AATACAGCAA GTTCTTCTGG TTATTTAGAC 
AGAGACTCCA GGTTTCAGCA TAACACCATA CAGTTTGGTA GTGCTGAGGA AAGCAAAAAT 
GTTAGAGCAA CATCAACTAC TCTGAAAGAC ATTGGTGTGA GTGAAAGATG TTCTAGTGTT 
ATATCTTCAG GAACTCATGT TGTAAACTCC TCAGACTCCC TTGTAATGGA CAGTAGCACT 
GAAGTTTCTG TTATTAGTCA AGTGGACGGC GGGGATGCAG CAAGCTGTTC AAGCAGTGGT 
GCAGAACAGG GTCATGAAGA CCAAAAACAC GCAGACCACC TCAAAGAGAG AGAAAATACT 
GCCTCATCAA GCTGTGCATT AGATAACAGT ATAGAAGATA TGTGTGTTGA TCCTGAAGTA 
CCAAGCCAGA ATGGAAGTGA TGAAGCTGCA TCATCCTCAA GTTCTTTAAA TACTAGTAGT 
GTTCAGCGTT CAGGTCATAA ATCCTCATTA AGTCCCAACA ATATAAATGT TGCTGCATCT 
TCAAGTGTTG CAATGAACAG CAGTAGTGAT AGCCTGAATT TTTCTGTACT ATGCCCTGGA 
AACAGTACTG ATAATGCTGC CACCTCATCA AGCAACATAA CCGTTAGTGG AGCAGACTGT 
GTCCTTAGCA ACAATACACT AGCTACAACT TCTTCAAATA TTTCAATGGA TAGCAGTACT 
GGAGAGGACC TAGAGCTGGA TACTGAAAAA GCAAGTACTT CAACATCCTC AAGCACTTTA 
TTGAATAACG ACAAAAGAGC ACAAGATATT GGGACTGAAA AAGACAGTAT TACAGCTTCT 
TCTAGTACTA CAATAGAAAA CTGCCCAATT GCAAATGAAG AAACTGCAGG TAGCTCGTTT 
ACAGTCAGTG GGAATGCAGC CACTTCTAGT GATACAACTT CTAGTAGTAA AAACAAAAAT 
ACAAGTACTC CTGATATTAA TACTGCTACT ACATCCACAG TTATAGCAGA AATACTTACT 
GCAGATGAGA GAACTGAAAA TGTAAACATT TGTTGTGACA TCAACAGTGA AGCTACAGCA 
GCTTCTTCAA GTAACAACAT GGAATCCTCA TCTGGTAGTG TTGGAGGGAA TGCAACATCT 
TCAGATTATA TGATGGATAG CAGCTTAGAA GGAGAAAATG TGTCAGAGAC ACAGAAAAAT 
GAAGAGGCTG CTAGTTCTTC CGGTCTGTCT ACTAATATAA GGCTGCAGGA AATCCAAACT 
GTGACAGTGG GCAGCCAAAA TCTTGAAGAT GCAACTACTT CATCCAGCAC AGAAAGAGCA 
AATACTTCCT TTGTCTATAG CAGCAACAAT AGTGAAAGTA ATGTTAGTTA TCATAATGTT 
GAGGCTACGG TTGAGTCAAG CTTTGCATCA TCACAAAGTG ACATCGACAC ATCTGGTACT 
TCAGAAGAGA CTTTGGTGCT AAGTGCAAGT GGCAAGAATG CAGCTATGCA TCCTGTACTT 
AACTCGGATG ACAATGTAAA TCAGGATTAT GAAAGGGCCG ATGAAAAGGA AGATGCTGTG 
AGTAGTGCCA GCTCTCAAGA ATATAAACTT TGCAGTAATG CTCCTAGGCA AAATATAAAG 
CAAACAAGAG ATGGAGAAGT TGATGGAGCT GTTACCAGTG GTGGCGCAGA AGTGAGTGAA 
TCGGCTATGG CTCCTGAAAA TTTCGAGACA TTTGATCATG TGACTTGTGC AAAAGCTGGG 
GCAATTGTTG ATGACGGCGA TGTACTTCTT GTCCCAGTGG AGGATACCCC TGTCTCTCAT 
ACTAGCAGAA CTGACCCTAG TGAAGAAAGC TTGGTTGCTG AGGATACAGA AAACAATGCT 
TCCTTTGAGA GTGCAAATTG TGAGACACCA GCAAGTATAG GTAACGCCTA TGAAGCCGAA 
ACACCAAATG AGCAATTTAC ATTAGAGGAA GGGGAAGGTG CTGTCACCAG CACTGGGATA 
ACAGAAGAAA GTGATAGAGC AAAAGTGAGG CAAGACATAA GAAAAAGTGA TAGTTCCTGC 
ACTGAGGCTG AAATTGAACC TGGTGGCCAT GCTATGAGCA GGCAAGAGGT GACTGATTCG 
AATGCCATTA CAGAAGATGA TGAGAGTGCT ATCACAAGTA CTGGTGCAAA AGAAGAGGAA 
GAGGAGGGTG AGGGATTTGT AACTAGCACT GGAACTGCAA GTGAAGATTC TTCATTCTCG 
TCCGGCACGG ATGAGAATTC TAATTGTGCT CAGATGTTTA ATTTCAATAG CAAGGGTCAA 
CCTATAGCTG TTAACTCTGA AGAGAGGAGA GAGCCGAAAA CTAACCATGA ACTTACTGAA 
GAAATAAAGA GTGCAGTTAT TCTAATAACT ACAGAAGGTA GTGAACCGAG CATTGCAGGC 
AGAAGTACAG AAGAGAATAA TCTTGAAAAT GCCTTATTGT TAACTCCTGA TGGTTCTGCT 
GTACTCTCTA CAGCAGAAAA TCCACATATG CAAGAAAATA ACCAGACGGC TGAAATGGAA 
ATTGATACAT CTCAACGTAC TGAAGAGATA TTTGAAGTGG AGACGTGTGT GGCAATACAT 
TCTGCTGCAG ATGATGAGAC AACTACATTA AATGCTCAGG GGCAAAATCT TTTGACATCT 
GAAACAAATG AAGACAACCT GAGAACCTCA GCTGGGGAAA ATTCTTTAGT GGACGCTGCT 
TCTCATTTAC AGGAGAATCC GACTGCAGAT AAATCCGTAA CACATGATCA AGAAGACGGC 
AACCTTAATA TTTCCGAACA AGTCCCTTCA AATGATGAGC AAACTGTTGT AGACAACACT 
GTTCCTAATC CCACTATTAA ACCTGAAGAT TCTCCTTTAG TATCAGTATC TGAATCTATA 
CCAAGTAATA CAGTGCCTTC CGGTGGTCTG TCAGTTGATC ATGGTCGCAG TTTCTCTGAT 
CATGGTTCCA TAAACAGGGA GGTGGTAGAA GAAACCGAAT CTCGAGCTCC TGGTGTTAGA 
AGTGTTCATT TTGCAGATGA ACTGGTGGCT GATGTTTCTG GGAATGATGC GTTACAGGAC 
GAACAAGAGA AAATTACAAC TGAGGAAAAG GAGGAATGTT TGGAAACAAC AAGTGGTAGT 
GCAGTCCTGG AGAGCAAAAA TCAAGATGAG GATTCTGTTA CAGCTGAAAG CGAAAATGAT 
GTAAATCCGA CAAACAATCA AGAGGAAGAA AAAAGTGAAG CAAGTGAGAT TTCCCTAATG 
CAACCACCTG AAACAGGGAG TTCTGAAAGT GAAGCAGTAT TAAGACAAGC ACACGAGTCT 
TCTGATCTTG GCAAGGGCCA AAGCTTTGTT GAGACGACAG ACTCAAACAC TTCAGAAGAA 
CAGCAATCCT CAGAACAAAA TGTACTGGAA ACAATTAAAG ATGAAGATGT GCCAAGAGAG 
GAAAAAGCAA CTTGTGAAAC CTCCGGTCCA GAGGCACCAG AGGTGCCGTG TTCAGAAGAA 
TCTTCTCCAA AGGTGAAAAA GCCCCGAGGC CGTAAGAGTC TTGAAAAACT GAAAGAAGAA 
AGCCTTGCTA AGGATAAACC TACAGAGGAA ATCCCAGAGG AACCCAAGCC ACCAGAAAAG 
AGAAAAAGAG GACGGCCTCC AAAGAAACGG CCTCTGGTTC CTGATACAGA GTTGTCAGTA 
AAGGAGAGTT CCGAAGAAGG AAAAACGTCA AATGCACGCC TTCGACAGGA AGAAAGCACT 
TCTACAAAGA AAGATGTGCG TACCTTGGAG AAGACTGAGC AATGTCAGAA AACTTCTGAT 
GTAAGGTTGG AAGATAAAAG TGGGCAGACT GTTCCCCGGA GAGGAAGGAA ACCAAAACGT 
TCCCTCAGCA CTTCAGAGAG TGAACCAGAA AAAAAGCGGA TGAAGTCTGT CTCTGAAGAG 
GAGGAGAATG CTGAACATAC AGAAGACACT GACAATGAAG ATGATCATAA AGGTGCCACA 
ACACGAGCAG CCTCTCGCCT GGAAGCAGAG AGGAACCTGC CTCACAAGCC CACTACCCGA 
GCTGCTTCAA AGTTAAGTAG CCCTGAGCCT TCATCACGTA AGAGGCGCAA AAATAAAAAT 
TCACTCGAAT CCAAATCACC CAAAAACACA AATATAAGGA TGAAAACACA ATTGTCTGGC 
ACAAAACGTT GCCGAGAACC AAGTCCTCCT CTGGCGAAGT CTCGCGGGCA ACAAACATCA 
GAAGAAATCA CACCGAAGAG GGCAAAGCGC CAGTGA

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

bod1l1 ( XM_012955728.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012811182.2 Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X3, mRNA.

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CloneID	OXa49648
Clone ID Related Accession (Same CDS sequence)	XM_012955728.3 , XM_012955727.3
Accession Version	XM_012955728.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9207bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	biorientation of chromosomes in cell division protein 1-like 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030677.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012955728.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTAGAGT CTGGCATTGA CAGAATTATT TCACAGGTTG TCGACCCAAA GATAAACCAC 
TTATTCAGAC CTCAGGTGGA AAAAGTTGTT AAAGAATATT TGGCCATGAT GAATAATAAA 
GAGGATGGAA ATGTAAATAC AGAACAAAAC GAGGAGCGAT CAGAAGCCTC CATCTCTGTT 
CCTGGTTCTC TACCAGCAGT TGGACCTAGC ACCAATGTAG CAAGTGATGC AATGTCCATT 
TTGGAAACAA TCAGTTCACT CAATCAAGAA GCAACTGCTG CTCGTGCCTT CATAGAAACT 
CCGAACAATA AAAACAGTGA CAAAGTGAGC AAAAGAACAA TTCAGCAAAG TTTTGATGCT 
ACAGAAGAAA AGGATCGTAC TTTAGAGGAA ACTCAAGAGG TGGAAAAATC CATCCCTGAT 
ATGCTGGTTG CAGAAACAGA ACCTGATATA AAGACAGAAG ATTCCAATGA TATTTCTTCC 
ACTGTAGAAG CCTTTAAACA ACCTGACGCA GTTGGCATCT CACAGAGCAA AGACATTCCA 
AATGAAAATG AGGAGCAAAA GCCAAAAGCT GTAGAGAGTG AGAAGAAAAA TGAGGTCAGT 
GAAATAGCAC AGAAGAAAGA GGATAAGAAG GAAGCAAAGA CTGAAAAAAG AAATGAGTAC 
CCCAAAAAGG GTGATGATGT TGTAAAGGTT AAGGAGGATA AGACGGTGAA AGAACGTGAG 
AACGAACCAG AAAAGAGCAG CAGTAAACAG AAGGCAACTA GCACCTTAAA AGAAGATAAT 
CTTTCTGTAG ATTCAGATAT TGATGATTAT ACAGATGTCA CTGTCAGTTC TGTGCATACA 
AGTGACCTAT CTTCATTTGA GGAAGAAAGT GAGGAAGACC CAGTGGTTTC AGATAGTACT 
GAGGAGGGAG AAATTACCTC TGATGACGAA GAGGACAAGG TAGATGGAAA GAATATTGCC 
AAGCCAGAAA CTGATCAGAA TGAAGTAAAG GCAAAATCAA GCCGTCAGAT ATATGTGCAC 
AAACCATACT TGTACTCCAA ATACTACAGT GATTCTGATG ATGAACTTTC AGTGGAGCAA 
CGTCGGCAGT CTGTTGCAAA GGAAAAAGAA GAGAGACTTT TAAAAAGACA AGTGAAAAGG 
GAGAGACTGG AAGAAAAGCG TAAGCAGAAA GCAGCTGAGA AAACAAAGAA CTTAAAAATC 
AGCCAAGGGA AAGCCGTGAC TTCCAAACAT GTCAAGGCAA AATCTACCAG CATAAAGGAG 
GTGCTAAAGG AACAAATGTT TTTAGAAAAA AAAGTAGCAA GGAGCAAGAA GAAAATAAGA 
GCGTCAAGGA ATGAAAAAAA TACCCTGAAG TCAAAATCTG ACCTTTTGGA AGAAGATATG 
AAGGATTCAA TTAAAAATGA GTCACATGAC AAAACTTTAC TTAGTAAAGA AGCAAAGCAT 
AATATTGGGC GGAGTGATAA GCCCTCTAAA GTAATAGCAG AATTAGCCGA AGAATGTAAA 
ACTGATATTC GAACAGAAAA GGACTTTAAG AAAAGAACAC CACTGGAAAA GAATGAGACA 
AATGTTGAAG AACAGCAAAG ACAGAAAAGT GCACATAAAA CTGAAAAACT GAAAAAGGAA 
AGCCATGATA GTGAATCGCC CAGCATGAAA GTGGCACAGA AAAAGGACCC AAAAATGCAT 
AGAAATGAGC GTGAAAGAAC TGTGTCAGAA GACAGGTCGT CCTCCAAATA TAGATATAAA 
ACCGAGAATA TAAATAAAAC AAATGACGAT TCTGACGCTC AAAAATCTAA GAAAAATTCA 
AAAGATGACG ATACCCCACA TAAGCGTAGT CAAAGCAAAT CCGGCTCTGA AGAAAGATCT 
GATCGAAAAA GTAAGCATAA AAGCGAAGGC AAATCTTCCT CTTACAACAA AGAGGAGAAA 
ACATCTGGAA CTGAGCATTC TAGCAAAACA GGTGAAAGTG TTCACAGAGA GAGTAAGCGA 
GAACGACGCC AGTCTGAGGA AAAATCAAGA TCAGAACACA AGTATAAGCG ATCACTTAGC 
GATTCCAGAA CACACCGAGA CTCTCAGATT GATTCAAGAC AACATAGTAG TTCTCAGAAA 
AAGTCAAGGA TCTCCTCTGA TGATAAAACT GAATCTGATT TAGCACGCAC AAATGCAAAG 
CAAGAGGAAA GCACTCACAG AGATAAAAGG AGATCATATA GTTGCTCAGA AGAACGTGTT 
TCTTTAAAAG TTAAATCAAA AAGTAGCGGC AAATCATCAA AACTGAGTGA CCAGGAAGAG 
CCAGCACAAA AGAATGACAA AGATAAGACT TTATTGGAAA ATTATGCTGA AAAATACCAA 
AAACTTAAAT CTGAAGACCA TGAAGAAGCA AAAGATGCAG TCACTACTCA GGCATCAAGT 
ACTGTATCAA AAGATGTCAA TTATAAGTCC AAACATTCAG GAGACAAAGA AAAGGAGAAA 
TCTCGAAGTG ACAATAGAGA ACGTTCTTCT TCAAAACTCG ATAAGAAGCA TATAGGAGAA 
AATATAAAAG GTATAAGCTC AAAGCACAGC CATAAGGACT TAAAACGTAA AGGGGAGAGT 
AGTAAGCCAG ATGACAAAGG TTCCAAAGTT ACTGATGAAA AAAGAGCACA AGAAAGAAGC 
ATTTTGGATA AAAAATCAAG TAAAAAAACC CCAATGGAAT TTAAAGGGGA AAGCTCTAAA 
GGCAGTGTGA CTTCTAAAAA AGGCTCAAAA CTAGAAAATG ATGGAAATGA TCATGCCGGG 
AGAAAAAGAA AGCTTTCTTC ATGTTCTTCT GACTCCAAAG ATATGTCATC TATAATGAAC 
GAAGAACTTT CTCGTGACAG TGTAAAATCT GAAAGAATAT CCGTGGAAAA AGGATTTGAA 
ACGGCTGAAT CAGTAGCTGT CTCAGAGCCT TTATTTGAAT TAAACAGCAT TTGTCCTAAC 
GCAAATGCCA CCAGCATAGA CGGTGGGTAT GGAAAGGAGA ACAGACTAAA GCAAGATTCT 
AGCATTAGAG GAGTAAATGC TGCATCAGTA TGTTCAAGAA TCTTCTCTGG TGAGCACAGT 
GAAAATAAAC CTGTTGATGA TTTCACACAG CCTTCTGAAG ATGATACTAG GCAATACTCG 
GAGACTGCTG CTGCTACAGT AGGCAATTGT TCTGAAAGGA CTCCTGTAAC AAGTGCAGAA 
TGTAGTACTC CTATTAGTGA TGTTATAGAT CTTCAGCATG TAAGTGGTGG TGAACATTTT 
GCTCTTGAAC AGACGAGTCC TAAACCAGAA TCATGTGTTA CCATTAATTC TACCTTTTCT 
CCTGTTGATA TATCGACTGA AATAACAAAT GATGTGATTT CAACAACTGC AACTGGTGAA 
ACTGATGCGA ATAAGGAGGC AGTTAAAATA AAGCACACAA GCTCTGACTG TGATACTTTG 
GCAGTAGACA ATATTGTTAC TGGAAATGAT GTTGAAGAAG TTATGCAGAT AACCAGTGAT 
AACGATATGG CAGAGAATAA TTGCGAATCA GTTGGTGAGG AGAGTGTATC AGCTGTTGGA 
ACTTGTTTTG TTCCTTATAG AGAAAGCAGT ACAGACAGTA CAATTGTGGA AACAAGTTCC 
GAAAGAAATG ATATAGTGGT TGCTGAACTG AATGAAAGAT ATGCCTTTCC TTCATCTCGT 
GCACAGGACA GAAATATGTC TGAATGTGAG GATACGGCAA CCTCATCCTG CTCCACAATT 
GAACATACAG AGAATGTGTC CCTCAGAGGA ACAATTATTT ATACTAACAG TTTAGGTGAA 
AATTCCGCAA CATCAACAAA CGTACATCTG GATAATGTTA TGGCCACAAA CCGTAGTGAA 
TATGCAGTAG GTGTTGGTAA TAGTGGGGAA TGCACTGCCA CCACTTCTGC TGATTTTGAA 
AATTTAGGTG AAGCAGACAT CACAATGTTA TCAGAAAATA GCTTTGAAGT TGCAACAACT 
TCCAGTGTTA GTACAGCATG CTCCCCAGAG AGAAGCCGGG AAAGTGCACC AACTTCATCT 
CAGAGAGGAA TCGGCGCTGT ACTAGAAGCA GAGGCTATTT GTGATGTATT ATTGAAACCT 
GCAACTTCAT CAGATGGTAA TATGGCATCT TCGGCTGGCA CCCCCAAAAA TGCAGCAACA 
TCTTCTAACA GTCAAGAAAG TGACACAGAA AATGGTGACG TAAGTGAAGC TACTAAATAT 
TTCACAAGAC ATGCCGCATC CTCTTCTGTC AGTGCAGAAG ACAACGACGA TAGATTTCCA 
ACCTCTGAAA ATATCATTAC TCATTCAGCA ACCTCTTCTA TCCATGCAGT TGAAAATAAA 
GCTGCCGATT TGATTTCTGA AAATGACTCC ATAAATGCAG CAACTTCCTC TTACAATGCT 
TTGGAAAAAG ATTCTCTCTC AATTCCAGAA AATGTAATGA TGCTTGCAGC ATCATCTTCT 
GACAATGTGG AGATACATGA TGATCATTCT GGGTTAGTTG CAGCAACTTC ATCTGACATT 
GCAGCTCCAC TCTCTAACCC AGATGGGGTT TCTCATGATA TTGGTATAAT AACACATGCA 
TCAACTTCTT CAGATGTCCG TGTAGATAAT GAGGTACTCC AGGGGTCTGA CATTTTTTCA 
GTAAATGCAG CAACCTCCTC AGACAGCACC GTGGAAGACA ATGGTATTCT TCAGGGCTCA 
GAAAATGCTC ATGCACATGC AGCAACCTCT TCAGATATCA TTGTAGACAA CAGTGGCGCT 
CTTCAGGCCT CTGAAAATGT TCTGGCAAAT GCAGCAACCT CTTCAGACAG TTTAGCAGAA 
AATGTTGTTC TGGAAGTCTC AGAAAATGTT TTGTCAGCAG CTTCCTCAAG TAGTGCAATA 
GATAGCAGCA GAATATTACA TTTTGAGGGT TCTATTTCTT CAGAAATTGA CAATGAAAAT 
GTAGCCGCTT CATCCAGCAA TATAATGGAA AGCAGTTTAG CCGATGCTTC TGGTGTATGG 
TTGCAAAATC CTAGTGGAGA TAATACAGCA AGTTCTTCTG GTTATTTAGA CAGAGACTCC 
AGGTTTCAGC ATAACACCAT ACAGTTTGGT AGTGCTGAGG AAAGCAAAAA TGTTAGAGCA 
ACATCAACTA CTCTGAAAGA CATTGGTGTG AGTGAAAGAT GTTCTAGTGT TATATCTTCA 
GGAACTCATG TTGTAAACTC CTCAGACTCC CTTGTAATGG ACAGTAGCAC TGAAGTTTCT 
GTTATTAGTC AAGTGGACGG CGGGGATGCA GCAAGCTGTT CAAGCAGTGG TGCAGAACAG 
GGTCATGAAG ACCAAAAACA CGCAGACCAC CTCAAAGAGA GAGAAAATAC TGCCTCATCA 
AGCTGTGCAT TAGATAACAG TATAGAAGAT ATGTGTGTTG ATCCTGAAGT ACCAAGCCAG 
AATGGAAGTG ATGAAGCTGC ATCATCCTCA AGTTCTTTAA ATACTAGTAG TGTTCAGCGT 
TCAGGTCATA AATCCTCATT AAGTCCCAAC AATATAAATG TTGCTGCATC TTCAAGTGTT 
GCAATGAACA GCAGTAGTGA TAGCCTGAAT TTTTCTGTAC TATGCCCTGG AAACAGTACT 
GATAATGCTG CCACCTCATC AAGCAACATA ACCGTTAGTG GAGCAGACTG TGTCCTTAGC 
AACAATACAC TAGCTACAAC TTCTTCAAAT ATTTCAATGG ATAGCAGTAC TGGAGAGGAC 
CTAGAGCTGG ATACTGAAAA AGCAAGTACT TCAACATCCT CAAGCACTTT ATTGAATAAC 
GACAAAAGAG CACAAGATAT TGGGACTGAA AAAGACAGTA TTACAGCTTC TTCTAGTACT 
ACAATAGAAA ACTGCCCAAT TGCAAATGAA GAAACTGCAG GTAGCTCGTT TACAGTCAGT 
GGGAATGCAG CCACTTCTAG TGATACAACT TCTAGTAGTA AAAACAAAAA TACAAGTACT 
CCTGATATTA ATACTGCTAC TACATCCACA GTTATAGCAG AAATACTTAC TGCAGATGAG 
AGAACTGAAA ATGTAAACAT TTGTTGTGAC ATCAACAGTG AAGCTACAGC AGCTTCTTCA 
AGTAACAACA TGGAATCCTC ATCTGGTAGT GTTGGAGGGA ATGCAACATC TTCAGATTAT 
ATGATGGATA GCAGCTTAGA AGGAGAAAAT GTGTCAGAGA CACAGAAAAA TGAAGAGGCT 
GCTAGTTCTT CCGGTCTGTC TACTAATATA AGGCTGCAGG AAATCCAAAC TGTGACAGTG 
GGCAGCCAAA ATCTTGAAGA TGCAACTACT TCATCCAGCA CAGAAAGAGC AAATACTTCC 
TTTGTCTATA GCAGCAACAA TAGTGAAAGT AATGTTAGTT ATCATAATGT TGAGGCTACG 
GTTGAGTCAA GCTTTGCATC ATCACAAAGT GACATCGACA CATCTGGTAC TTCAGAAGAG 
ACTTTGGTGC TAAGTGCAAG TGGCAAGAAT GCAGCTATGC ATCCTGTACT TAACTCGGAT 
GACAATGTAA ATCAGGATTA TGAAAGGGCC GATGAAAAGG AAGATGCTGT GAGTAGTGCC 
AGCTCTCAAG AATATAAACT TTGCAGTAAT GCTCCTAGGC AAAATATAAA GCAAACAAGA 
GATGGAGAAG TTGATGGAGC TGTTACCAGT GGTGGCGCAG AAGTGAGTGA ATCGGCTATG 
GCTCCTGAAA ATTTCGAGAC ATTTGATCAT GTGACTTGTG CAAAAGCTGG GGCAATTGTT 
GATGACGGCG ATGTACTTCT TGTCCCAGTG GAGGATACCC CTGTCTCTCA TACTAGCAGA 
ACTGACCCTA GTGAAGAAAG CTTGGTTGCT GAGGATACAG AAAACAATGC TTCCTTTGAG 
AGTGCAAATT GTGAGACACC AGCAAGTATA GGTAACGCCT ATGAAGCCGA AACACCAAAT 
GAGCAATTTA CATTAGAGGA AGGGGAAGGT GCTGTCACCA GCACTGGGAT AACAGAAGAA 
AGTGATAGAG CAAAAGTGAG GCAAGACATA AGAAAAAGTG ATAGTTCCTG CACTGAGGCT 
GAAATTGAAC CTGGTGGCCA TGCTATGAGC AGGCAAGAGG TGACTGATTC GAATGCCATT 
ACAGAAGATG ATGAGAGTGC TATCACAAGT ACTGGTGCAA AAGAAGAGGA AGAGGAGGGT 
GAGGGATTTG TAACTAGCAC TGGAACTGCA AGTGAAGATT CTTCATTCTC GTCCGGCACG 
GATGAGAATT CTAATTGTGC TCAGATGTTT AATTTCAATA GCAAGGGTCA ACCTATAGCT 
GTTAACTCTG AAGAGAGGAG AGAGCCGAAA ACTAACCATG AACTTACTGA AGAAATAAAG 
AGTGCAGTTA TTCTAATAAC TACAGAAGGT AGTGAACCGA GCATTGCAGG CAGAAGTACA 
GAAGAGAATA ATCTTGAAAA TGCCTTATTG TTAACTCCTG ATGGTTCTGC TGTACTCTCT 
ACAGCAGAAA ATCCACATAT GCAAGAAAAT AACCAGACGG CTGAAATGGA AATTGATACA 
TCTCAACGTA CTGAAGAGAT ATTTGAAGTG GAGACGTGTG TGGCAATACA TTCTGCTGCA 
GATGATGAGA CAACTACATT AAATGCTCAG GGGCAAAATC TTTTGACATC TGAAACAAAT 
GAAGACAACC TGAGAACCTC AGCTGGGGAA AATTCTTTAG TGGACGCTGC TTCTCATTTA 
CAGGAGAATC CGACTGCAGA TAAATCCGTA ACACATGATC AAGAAGACGG CAACCTTAAT 
ATTTCCGAAC AAGTCCCTTC AAATGATGAG CAAACTGTTG TAGACAACAC TGTTCCTAAT 
CCCACTATTA AACCTGAAGA TTCTCCTTTA GTATCAGTAT CTGAATCTAT ACCAAGTAAT 
ACAGTGCCTT CCGGTGGTCT GTCAGTTGAT CATGGTCGCA GTTTCTCTGA TCATGGTTCC 
ATAAACAGGG AGGTGGTAGA AGAAACCGAA TCTCGAGCTC CTGGTGTTAG AAGTGTTCAT 
TTTGCAGATG AACTGGTGGC TGATGTTTCT GGGAATGATG CGTTACAGGA CGAACAAGAG 
AAAATTACAA CTGAGGAAAA GGAGGAATGT TTGGAAACAA CAAGTGGTAG TGCAGTCCTG 
GAGAGCAAAA ATCAAGATGA GGATTCTGTT ACAGCTGAAA GCGAAAATGA TGTAAATCCG 
ACAAACAATC AAGAGGAAGA AAAAAGTGAA GCAAGTGAGA TTTCCCTAAT GCAACCACCT 
GAAACAGGGA GTTCTGAAAG TGAAGCAGTA TTAAGACAAG CACACGAGTC TTCTGATCTT 
GGCAAGGGCC AAAGCTTTGT TGAGACGACA GACTCAAACA CTTCAGAAGA ACAGCAATCC 
TCAGAACAAA ATGTACTGGA AACAATTAAA GATGAAGATG TGCCAAGAGA GGAAAAAGCA 
ACTTGTGAAA CCTCCGGTCC AGAGGCACCA GAGGTGCCGT GTTCAGAAGA ATCTTCTCCA 
AAGGTGAAAA AGCCCCGAGG CCGTAAGAGT CTTGAAAAAC TGAAAGAAGA AAGCCTTGCT 
AAGGATAAAC CTACAGAGGA AATCCCAGAG GAACCCAAGC CACCAGAAAA GAGAAAAAGA 
GGACGGCCTC CAAAGAAACG GCCTCTGGTT CCTGATACAG AGTTGTCAGT AAAGGAGAGT 
TCCGAAGAAG GAAAAACGTC AAATGCACGC CTTCGACAGG AAGAAAGCAC TTCTACAAAG 
AAAGATGTGC GTACCTTGGA GAAGACTGAG CAATGTCAGA AAACTTCTGA TGTAAGGTTG 
GAAGATAAAA GTGGGCAGAC TGTTCCCCGG AGAGGAAGGA AACCAAAACG TTCCCTCAGC 
ACTTCAGAGA GTGAACCAGA AAAAAAGCGG ATGAAGTCTG TCTCTGAAGA GGAGGAGAAT 
GCTGAACATA CAGAAGACAC TGACAATGAA GATGATCATA AAGGTGCCAC AACACGAGCA 
GCCTCTCGCC TGGAAGCAGA GAGGAACCTG CCTCACAAGC CCACTACCCG AGCTGCTTCA 
AAGTTAAGTA GCCCTGAGCC TTCATCACGT AAGAGGCGCA AAAATAAAAA TTCACTCGAA 
TCCAAATCAC CCAAAAACAC AAATATAAGG ATGAAAACAC AATTGTCTGG CACAAAACGT 
TGCCGAGAAC CAAGTCCTCC TCTGGCGAAG TCTCGCGGGC AACAAACATC AGAAGAAATC 
ACACCGAAGA GGGCAAAGCG CCAGTGA

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

RefSeq	XP_012811182.2
CDS	226..9432
Translation	MLESGIDRIISQVVDPKINHLFRPQVEKVVKEYLAMMNNKEDGNVNTEQNEERSEASISVPGSLPAVGPSTNVASDAMSILETISSLNQEATAARAFIETPNNKNSDKVSKRTIQQSFDATEEKDRTLEETQEVEKSIPDMLVAETEPDIKTEDSNDISSTVEAFKQPDAVGISQSKDIPNENEEQKPKAVESEKKNEVSEIAQKKEDKKEAKTEKRNEYPKKGDDVVKVKEDKTVKERENEPEKSSSKQKATSTLKEDNLSVDSDIDDYTDVTVSSVHTSDLSSFEEESEEDPVVSDSTEEGEITSDDEEDKVDGKNIAKPETDQNEVKAKSSRQIYVHKPYLYSKYYSDSDDELSVEQRRQSVAKEKEERLLKRQVKRERLEEKRKQKAAEKTKNLKISQGKAVTSKHVKAKSTSIKEVLKEQMFLEKKVARSKKKIRASRNEKNTLKSKSDLLEEDMKDSIKNESHDKTLLSKEAKHNIGRSDKPSKVIAELAEECKTDIRTEKDFKKRTPLEKNETNVEEQQRQKSAHKTEKLKKESHDSESPSMKVAQKKDPKMHRNERERTVSEDRSSSKYRYKTENINKTNDDSDAQKSKKNSKDDDTPHKRSQSKSGSEERSDRKSKHKSEGKSSSYNKEEKTSGTEHSSKTGESVHRESKRERRQSEEKSRSEHKYKRSLSDSRTHRDSQIDSRQHSSSQKKSRISSDDKTESDLARTNAKQEESTHRDKRRSYSCSEERVSLKVKSKSSGKSSKLSDQEEPAQKNDKDKTLLENYAEKYQKLKSEDHEEAKDAVTTQASSTVSKDVNYKSKHSGDKEKEKSRSDNRERSSSKLDKKHIGENIKGISSKHSHKDLKRKGESSKPDDKGSKVTDEKRAQERSILDKKSSKKTPMEFKGESSKGSVTSKKGSKLENDGNDHAGRKRKLSSCSSDSKDMSSIMNEELSRDSVKSERISVEKGFETAESVAVSEPLFELNSICPNANATSIDGGYGKENRLKQDSSIRGVNAASVCSRIFSGEHSENKPVDDFTQPSEDDTRQYSETAAATVGNCSERTPVTSAECSTPISDVIDLQHVSGGEHFALEQTSPKPESCVTINSTFSPVDISTEITNDVISTTATGETDANKEAVKIKHTSSDCDTLAVDNIVTGNDVEEVMQITSDNDMAENNCESVGEESVSAVGTCFVPYRESSTDSTIVETSSERNDIVVAELNERYAFPSSRAQDRNMSECEDTATSSCSTIEHTENVSLRGTIIYTNSLGENSATSTNVHLDNVMATNRSEYAVGVGNSGECTATTSADFENLGEADITMLSENSFEVATTSSVSTACSPERSRESAPTSSQRGIGAVLEAEAICDVLLKPATSSDGNMASSAGTPKNAATSSNSQESDTENGDVSEATKYFTRHAASSSVSAEDNDDRFPTSENIITHSATSSIHAVENKAADLISENDSINAATSSYNALEKDSLSIPENVMMLAASSSDNVEIHDDHSGLVAATSSDIAAPLSNPDGVSHDIGIITHASTSSDVRVDNEVLQGSDIFSVNAATSSDSTVEDNGILQGSENAHAHAATSSDIIVDNSGALQASENVLANAATSSDSLAENVVLEVSENVLSAASSSSAIDSSRILHFEGSISSEIDNENVAASSSNIMESSLADASGVWLQNPSGDNTASSSGYLDRDSRFQHNTIQFGSAEESKNVRATSTTLKDIGVSERCSSVISSGTHVVNSSDSLVMDSSTEVSVISQVDGGDAASCSSSGAEQGHEDQKHADHLKERENTASSSCALDNSIEDMCVDPEVPSQNGSDEAASSSSSLNTSSVQRSGHKSSLSPNNINVAASSSVAMNSSSDSLNFSVLCPGNSTDNAATSSSNITVSGADCVLSNNTLATTSSNISMDSSTGEDLELDTEKASTSTSSSTLLNNDKRAQDIGTEKDSITASSSTTIENCPIANEETAGSSFTVSGNAATSSDTTSSSKNKNTSTPDINTATTSTVIAEILTADERTENVNICCDINSEATAASSSNNMESSSGSVGGNATSSDYMMDSSLEGENVSETQKNEEAASSSGLSTNIRLQEIQTVTVGSQNLEDATTSSSTERANTSFVYSSNNSESNVSYHNVEATVESSFASSQSDIDTSGTSEETLVLSASGKNAAMHPVLNSDDNVNQDYERADEKEDAVSSASSQEYKLCSNAPRQNIKQTRDGEVDGAVTSGGAEVSESAMAPENFETFDHVTCAKAGAIVDDGDVLLVPVEDTPVSHTSRTDPSEESLVAEDTENNASFESANCETPASIGNAYEAETPNEQFTLEEGEGAVTSTGITEESDRAKVRQDIRKSDSSCTEAEIEPGGHAMSRQEVTDSNAITEDDESAITSTGAKEEEEEGEGFVTSTGTASEDSSFSSGTDENSNCAQMFNFNSKGQPIAVNSEERREPKTNHELTEEIKSAVILITTEGSEPSIAGRSTEENNLENALLLTPDGSAVLSTAENPHMQENNQTAEMEIDTSQRTEEIFEVETCVAIHSAADDETTTLNAQGQNLLTSETNEDNLRTSAGENSLVDAASHLQENPTADKSVTHDQEDGNLNISEQVPSNDEQTVVDNTVPNPTIKPEDSPLVSVSESIPSNTVPSGGLSVDHGRSFSDHGSINREVVEETESRAPGVRSVHFADELVADVSGNDALQDEQEKITTEEKEECLETTSGSAVLESKNQDEDSVTAESENDVNPTNNQEEEKSEASEISLMQPPETGSSESEAVLRQAHESSDLGKGQSFVETTDSNTSEEQQSSEQNVLETIKDEDVPREEKATCETSGPEAPEVPCSEESSPKVKKPRGRKSLEKLKEESLAKDKPTEEIPEEPKPPEKRKRGRPPKKRPLVPDTELSVKESSEEGKTSNARLRQEESTSTKKDVRTLEKTEQCQKTSDVRLEDKSGQTVPRRGRKPKRSLSTSESEPEKKRMKSVSEEEENAEHTEDTDNEDDHKGATTRAASRLEAERNLPHKPTTRAASKLSSPEPSSRKRRKNKNSLESKSPKNTNIRMKTQLSGTKRCREPSPPLAKSRGQQTSEEITPKRAKRQ

Target ORF information:

RefSeq Version	XM_012955728.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X3, mRNA.

Target ORF information:

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

XM_012955728.3

ORF Insert Sequence:

ATGCTAGAGT CTGGCATTGA CAGAATTATT TCACAGGTTG TCGACCCAAA GATAAACCAC 
TTATTCAGAC CTCAGGTGGA AAAAGTTGTT AAAGAATATT TGGCCATGAT GAATAATAAA 
GAGGATGGAA ATGTAAATAC AGAACAAAAC GAGGAGCGAT CAGAAGCCTC CATCTCTGTT 
CCTGGTTCTC TACCAGCAGT TGGACCTAGC ACCAATGTAG CAAGTGATGC AATGTCCATT 
TTGGAAACAA TCAGTTCACT CAATCAAGAA GCAACTGCTG CTCGTGCCTT CATAGAAACT 
CCGAACAATA AAAACAGTGA CAAAGTGAGC AAAAGAACAA TTCAGCAAAG TTTTGATGCT 
ACAGAAGAAA AGGATCGTAC TTTAGAGGAA ACTCAAGAGG TGGAAAAATC CATCCCTGAT 
ATGCTGGTTG CAGAAACAGA ACCTGATATA AAGACAGAAG ATTCCAATGA TATTTCTTCC 
ACTGTAGAAG CCTTTAAACA ACCTGACGCA GTTGGCATCT CACAGAGCAA AGACATTCCA 
AATGAAAATG AGGAGCAAAA GCCAAAAGCT GTAGAGAGTG AGAAGAAAAA TGAGGTCAGT 
GAAATAGCAC AGAAGAAAGA GGATAAGAAG GAAGCAAAGA CTGAAAAAAG AAATGAGTAC 
CCCAAAAAGG GTGATGATGT TGTAAAGGTT AAGGAGGATA AGACGGTGAA AGAACGTGAG 
AACGAACCAG AAAAGAGCAG CAGTAAACAG AAGGCAACTA GCACCTTAAA AGAAGATAAT 
CTTTCTGTAG ATTCAGATAT TGATGATTAT ACAGATGTCA CTGTCAGTTC TGTGCATACA 
AGTGACCTAT CTTCATTTGA GGAAGAAAGT GAGGAAGACC CAGTGGTTTC AGATAGTACT 
GAGGAGGGAG AAATTACCTC TGATGACGAA GAGGACAAGG TAGATGGAAA GAATATTGCC 
AAGCCAGAAA CTGATCAGAA TGAAGTAAAG GCAAAATCAA GCCGTCAGAT ATATGTGCAC 
AAACCATACT TGTACTCCAA ATACTACAGT GATTCTGATG ATGAACTTTC AGTGGAGCAA 
CGTCGGCAGT CTGTTGCAAA GGAAAAAGAA GAGAGACTTT TAAAAAGACA AGTGAAAAGG 
GAGAGACTGG AAGAAAAGCG TAAGCAGAAA GCAGCTGAGA AAACAAAGAA CTTAAAAATC 
AGCCAAGGGA AAGCCGTGAC TTCCAAACAT GTCAAGGCAA AATCTACCAG CATAAAGGAG 
GTGCTAAAGG AACAAATGTT TTTAGAAAAA AAAGTAGCAA GGAGCAAGAA GAAAATAAGA 
GCGTCAAGGA ATGAAAAAAA TACCCTGAAG TCAAAATCTG ACCTTTTGGA AGAAGATATG 
AAGGATTCAA TTAAAAATGA GTCACATGAC AAAACTTTAC TTAGTAAAGA AGCAAAGCAT 
AATATTGGGC GGAGTGATAA GCCCTCTAAA GTAATAGCAG AATTAGCCGA AGAATGTAAA 
ACTGATATTC GAACAGAAAA GGACTTTAAG AAAAGAACAC CACTGGAAAA GAATGAGACA 
AATGTTGAAG AACAGCAAAG ACAGAAAAGT GCACATAAAA CTGAAAAACT GAAAAAGGAA 
AGCCATGATA GTGAATCGCC CAGCATGAAA GTGGCACAGA AAAAGGACCC AAAAATGCAT 
AGAAATGAGC GTGAAAGAAC TGTGTCAGAA GACAGGTCGT CCTCCAAATA TAGATATAAA 
ACCGAGAATA TAAATAAAAC AAATGACGAT TCTGACGCTC AAAAATCTAA GAAAAATTCA 
AAAGATGACG ATACCCCACA TAAGCGTAGT CAAAGCAAAT CCGGCTCTGA AGAAAGATCT 
GATCGAAAAA GTAAGCATAA AAGCGAAGGC AAATCTTCCT CTTACAACAA AGAGGAGAAA 
ACATCTGGAA CTGAGCATTC TAGCAAAACA GGTGAAAGTG TTCACAGAGA GAGTAAGCGA 
GAACGACGCC AGTCTGAGGA AAAATCAAGA TCAGAACACA AGTATAAGCG ATCACTTAGC 
GATTCCAGAA CACACCGAGA CTCTCAGATT GATTCAAGAC AACATAGTAG TTCTCAGAAA 
AAGTCAAGGA TCTCCTCTGA TGATAAAACT GAATCTGATT TAGCACGCAC AAATGCAAAG 
CAAGAGGAAA GCACTCACAG AGATAAAAGG AGATCATATA GTTGCTCAGA AGAACGTGTT 
TCTTTAAAAG TTAAATCAAA AAGTAGCGGC AAATCATCAA AACTGAGTGA CCAGGAAGAG 
CCAGCACAAA AGAATGACAA AGATAAGACT TTATTGGAAA ATTATGCTGA AAAATACCAA 
AAACTTAAAT CTGAAGACCA TGAAGAAGCA AAAGATGCAG TCACTACTCA GGCATCAAGT 
ACTGTATCAA AAGATGTCAA TTATAAGTCC AAACATTCAG GAGACAAAGA AAAGGAGAAA 
TCTCGAAGTG ACAATAGAGA ACGTTCTTCT TCAAAACTCG ATAAGAAGCA TATAGGAGAA 
AATATAAAAG GTATAAGCTC AAAGCACAGC CATAAGGACT TAAAACGTAA AGGGGAGAGT 
AGTAAGCCAG ATGACAAAGG TTCCAAAGTT ACTGATGAAA AAAGAGCACA AGAAAGAAGC 
ATTTTGGATA AAAAATCAAG TAAAAAAACC CCAATGGAAT TTAAAGGGGA AAGCTCTAAA 
GGCAGTGTGA CTTCTAAAAA AGGCTCAAAA CTAGAAAATG ATGGAAATGA TCATGCCGGG 
AGAAAAAGAA AGCTTTCTTC ATGTTCTTCT GACTCCAAAG ATATGTCATC TATAATGAAC 
GAAGAACTTT CTCGTGACAG TGTAAAATCT GAAAGAATAT CCGTGGAAAA AGGATTTGAA 
ACGGCTGAAT CAGTAGCTGT CTCAGAGCCT TTATTTGAAT TAAACAGCAT TTGTCCTAAC 
GCAAATGCCA CCAGCATAGA CGGTGGGTAT GGAAAGGAGA ACAGACTAAA GCAAGATTCT 
AGCATTAGAG GAGTAAATGC TGCATCAGTA TGTTCAAGAA TCTTCTCTGG TGAGCACAGT 
GAAAATAAAC CTGTTGATGA TTTCACACAG CCTTCTGAAG ATGATACTAG GCAATACTCG 
GAGACTGCTG CTGCTACAGT AGGCAATTGT TCTGAAAGGA CTCCTGTAAC AAGTGCAGAA 
TGTAGTACTC CTATTAGTGA TGTTATAGAT CTTCAGCATG TAAGTGGTGG TGAACATTTT 
GCTCTTGAAC AGACGAGTCC TAAACCAGAA TCATGTGTTA CCATTAATTC TACCTTTTCT 
CCTGTTGATA TATCGACTGA AATAACAAAT GATGTGATTT CAACAACTGC AACTGGTGAA 
ACTGATGCGA ATAAGGAGGC AGTTAAAATA AAGCACACAA GCTCTGACTG TGATACTTTG 
GCAGTAGACA ATATTGTTAC TGGAAATGAT GTTGAAGAAG TTATGCAGAT AACCAGTGAT 
AACGATATGG CAGAGAATAA TTGCGAATCA GTTGGTGAGG AGAGTGTATC AGCTGTTGGA 
ACTTGTTTTG TTCCTTATAG AGAAAGCAGT ACAGACAGTA CAATTGTGGA AACAAGTTCC 
GAAAGAAATG ATATAGTGGT TGCTGAACTG AATGAAAGAT ATGCCTTTCC TTCATCTCGT 
GCACAGGACA GAAATATGTC TGAATGTGAG GATACGGCAA CCTCATCCTG CTCCACAATT 
GAACATACAG AGAATGTGTC CCTCAGAGGA ACAATTATTT ATACTAACAG TTTAGGTGAA 
AATTCCGCAA CATCAACAAA CGTACATCTG GATAATGTTA TGGCCACAAA CCGTAGTGAA 
TATGCAGTAG GTGTTGGTAA TAGTGGGGAA TGCACTGCCA CCACTTCTGC TGATTTTGAA 
AATTTAGGTG AAGCAGACAT CACAATGTTA TCAGAAAATA GCTTTGAAGT TGCAACAACT 
TCCAGTGTTA GTACAGCATG CTCCCCAGAG AGAAGCCGGG AAAGTGCACC AACTTCATCT 
CAGAGAGGAA TCGGCGCTGT ACTAGAAGCA GAGGCTATTT GTGATGTATT ATTGAAACCT 
GCAACTTCAT CAGATGGTAA TATGGCATCT TCGGCTGGCA CCCCCAAAAA TGCAGCAACA 
TCTTCTAACA GTCAAGAAAG TGACACAGAA AATGGTGACG TAAGTGAAGC TACTAAATAT 
TTCACAAGAC ATGCCGCATC CTCTTCTGTC AGTGCAGAAG ACAACGACGA TAGATTTCCA 
ACCTCTGAAA ATATCATTAC TCATTCAGCA ACCTCTTCTA TCCATGCAGT TGAAAATAAA 
GCTGCCGATT TGATTTCTGA AAATGACTCC ATAAATGCAG CAACTTCCTC TTACAATGCT 
TTGGAAAAAG ATTCTCTCTC AATTCCAGAA AATGTAATGA TGCTTGCAGC ATCATCTTCT 
GACAATGTGG AGATACATGA TGATCATTCT GGGTTAGTTG CAGCAACTTC ATCTGACATT 
GCAGCTCCAC TCTCTAACCC AGATGGGGTT TCTCATGATA TTGGTATAAT AACACATGCA 
TCAACTTCTT CAGATGTCCG TGTAGATAAT GAGGTACTCC AGGGGTCTGA CATTTTTTCA 
GTAAATGCAG CAACCTCCTC AGACAGCACC GTGGAAGACA ATGGTATTCT TCAGGGCTCA 
GAAAATGCTC ATGCACATGC AGCAACCTCT TCAGATATCA TTGTAGACAA CAGTGGCGCT 
CTTCAGGCCT CTGAAAATGT TCTGGCAAAT GCAGCAACCT CTTCAGACAG TTTAGCAGAA 
AATGTTGTTC TGGAAGTCTC AGAAAATGTT TTGTCAGCAG CTTCCTCAAG TAGTGCAATA 
GATAGCAGCA GAATATTACA TTTTGAGGGT TCTATTTCTT CAGAAATTGA CAATGAAAAT 
GTAGCCGCTT CATCCAGCAA TATAATGGAA AGCAGTTTAG CCGATGCTTC TGGTGTATGG 
TTGCAAAATC CTAGTGGAGA TAATACAGCA AGTTCTTCTG GTTATTTAGA CAGAGACTCC 
AGGTTTCAGC ATAACACCAT ACAGTTTGGT AGTGCTGAGG AAAGCAAAAA TGTTAGAGCA 
ACATCAACTA CTCTGAAAGA CATTGGTGTG AGTGAAAGAT GTTCTAGTGT TATATCTTCA 
GGAACTCATG TTGTAAACTC CTCAGACTCC CTTGTAATGG ACAGTAGCAC TGAAGTTTCT 
GTTATTAGTC AAGTGGACGG CGGGGATGCA GCAAGCTGTT CAAGCAGTGG TGCAGAACAG 
GGTCATGAAG ACCAAAAACA CGCAGACCAC CTCAAAGAGA GAGAAAATAC TGCCTCATCA 
AGCTGTGCAT TAGATAACAG TATAGAAGAT ATGTGTGTTG ATCCTGAAGT ACCAAGCCAG 
AATGGAAGTG ATGAAGCTGC ATCATCCTCA AGTTCTTTAA ATACTAGTAG TGTTCAGCGT 
TCAGGTCATA AATCCTCATT AAGTCCCAAC AATATAAATG TTGCTGCATC TTCAAGTGTT 
GCAATGAACA GCAGTAGTGA TAGCCTGAAT TTTTCTGTAC TATGCCCTGG AAACAGTACT 
GATAATGCTG CCACCTCATC AAGCAACATA ACCGTTAGTG GAGCAGACTG TGTCCTTAGC 
AACAATACAC TAGCTACAAC TTCTTCAAAT ATTTCAATGG ATAGCAGTAC TGGAGAGGAC 
CTAGAGCTGG ATACTGAAAA AGCAAGTACT TCAACATCCT CAAGCACTTT ATTGAATAAC 
GACAAAAGAG CACAAGATAT TGGGACTGAA AAAGACAGTA TTACAGCTTC TTCTAGTACT 
ACAATAGAAA ACTGCCCAAT TGCAAATGAA GAAACTGCAG GTAGCTCGTT TACAGTCAGT 
GGGAATGCAG CCACTTCTAG TGATACAACT TCTAGTAGTA AAAACAAAAA TACAAGTACT 
CCTGATATTA ATACTGCTAC TACATCCACA GTTATAGCAG AAATACTTAC TGCAGATGAG 
AGAACTGAAA ATGTAAACAT TTGTTGTGAC ATCAACAGTG AAGCTACAGC AGCTTCTTCA 
AGTAACAACA TGGAATCCTC ATCTGGTAGT GTTGGAGGGA ATGCAACATC TTCAGATTAT 
ATGATGGATA GCAGCTTAGA AGGAGAAAAT GTGTCAGAGA CACAGAAAAA TGAAGAGGCT 
GCTAGTTCTT CCGGTCTGTC TACTAATATA AGGCTGCAGG AAATCCAAAC TGTGACAGTG 
GGCAGCCAAA ATCTTGAAGA TGCAACTACT TCATCCAGCA CAGAAAGAGC AAATACTTCC 
TTTGTCTATA GCAGCAACAA TAGTGAAAGT AATGTTAGTT ATCATAATGT TGAGGCTACG 
GTTGAGTCAA GCTTTGCATC ATCACAAAGT GACATCGACA CATCTGGTAC TTCAGAAGAG 
ACTTTGGTGC TAAGTGCAAG TGGCAAGAAT GCAGCTATGC ATCCTGTACT TAACTCGGAT 
GACAATGTAA ATCAGGATTA TGAAAGGGCC GATGAAAAGG AAGATGCTGT GAGTAGTGCC 
AGCTCTCAAG AATATAAACT TTGCAGTAAT GCTCCTAGGC AAAATATAAA GCAAACAAGA 
GATGGAGAAG TTGATGGAGC TGTTACCAGT GGTGGCGCAG AAGTGAGTGA ATCGGCTATG 
GCTCCTGAAA ATTTCGAGAC ATTTGATCAT GTGACTTGTG CAAAAGCTGG GGCAATTGTT 
GATGACGGCG ATGTACTTCT TGTCCCAGTG GAGGATACCC CTGTCTCTCA TACTAGCAGA 
ACTGACCCTA GTGAAGAAAG CTTGGTTGCT GAGGATACAG AAAACAATGC TTCCTTTGAG 
AGTGCAAATT GTGAGACACC AGCAAGTATA GGTAACGCCT ATGAAGCCGA AACACCAAAT 
GAGCAATTTA CATTAGAGGA AGGGGAAGGT GCTGTCACCA GCACTGGGAT AACAGAAGAA 
AGTGATAGAG CAAAAGTGAG GCAAGACATA AGAAAAAGTG ATAGTTCCTG CACTGAGGCT 
GAAATTGAAC CTGGTGGCCA TGCTATGAGC AGGCAAGAGG TGACTGATTC GAATGCCATT 
ACAGAAGATG ATGAGAGTGC TATCACAAGT ACTGGTGCAA AAGAAGAGGA AGAGGAGGGT 
GAGGGATTTG TAACTAGCAC TGGAACTGCA AGTGAAGATT CTTCATTCTC GTCCGGCACG 
GATGAGAATT CTAATTGTGC TCAGATGTTT AATTTCAATA GCAAGGGTCA ACCTATAGCT 
GTTAACTCTG AAGAGAGGAG AGAGCCGAAA ACTAACCATG AACTTACTGA AGAAATAAAG 
AGTGCAGTTA TTCTAATAAC TACAGAAGGT AGTGAACCGA GCATTGCAGG CAGAAGTACA 
GAAGAGAATA ATCTTGAAAA TGCCTTATTG TTAACTCCTG ATGGTTCTGC TGTACTCTCT 
ACAGCAGAAA ATCCACATAT GCAAGAAAAT AACCAGACGG CTGAAATGGA AATTGATACA 
TCTCAACGTA CTGAAGAGAT ATTTGAAGTG GAGACGTGTG TGGCAATACA TTCTGCTGCA 
GATGATGAGA CAACTACATT AAATGCTCAG GGGCAAAATC TTTTGACATC TGAAACAAAT 
GAAGACAACC TGAGAACCTC AGCTGGGGAA AATTCTTTAG TGGACGCTGC TTCTCATTTA 
CAGGAGAATC CGACTGCAGA TAAATCCGTA ACACATGATC AAGAAGACGG CAACCTTAAT 
ATTTCCGAAC AAGTCCCTTC AAATGATGAG CAAACTGTTG TAGACAACAC TGTTCCTAAT 
CCCACTATTA AACCTGAAGA TTCTCCTTTA GTATCAGTAT CTGAATCTAT ACCAAGTAAT 
ACAGTGCCTT CCGGTGGTCT GTCAGTTGAT CATGGTCGCA GTTTCTCTGA TCATGGTTCC 
ATAAACAGGG AGGTGGTAGA AGAAACCGAA TCTCGAGCTC CTGGTGTTAG AAGTGTTCAT 
TTTGCAGATG AACTGGTGGC TGATGTTTCT GGGAATGATG CGTTACAGGA CGAACAAGAG 
AAAATTACAA CTGAGGAAAA GGAGGAATGT TTGGAAACAA CAAGTGGTAG TGCAGTCCTG 
GAGAGCAAAA ATCAAGATGA GGATTCTGTT ACAGCTGAAA GCGAAAATGA TGTAAATCCG 
ACAAACAATC AAGAGGAAGA AAAAAGTGAA GCAAGTGAGA TTTCCCTAAT GCAACCACCT 
GAAACAGGGA GTTCTGAAAG TGAAGCAGTA TTAAGACAAG CACACGAGTC TTCTGATCTT 
GGCAAGGGCC AAAGCTTTGT TGAGACGACA GACTCAAACA CTTCAGAAGA ACAGCAATCC 
TCAGAACAAA ATGTACTGGA AACAATTAAA GATGAAGATG TGCCAAGAGA GGAAAAAGCA 
ACTTGTGAAA CCTCCGGTCC AGAGGCACCA GAGGTGCCGT GTTCAGAAGA ATCTTCTCCA 
AAGGTGAAAA AGCCCCGAGG CCGTAAGAGT CTTGAAAAAC TGAAAGAAGA AAGCCTTGCT 
AAGGATAAAC CTACAGAGGA AATCCCAGAG GAACCCAAGC CACCAGAAAA GAGAAAAAGA 
GGACGGCCTC CAAAGAAACG GCCTCTGGTT CCTGATACAG AGTTGTCAGT AAAGGAGAGT 
TCCGAAGAAG GAAAAACGTC AAATGCACGC CTTCGACAGG AAGAAAGCAC TTCTACAAAG 
AAAGATGTGC GTACCTTGGA GAAGACTGAG CAATGTCAGA AAACTTCTGA TGTAAGGTTG 
GAAGATAAAA GTGGGCAGAC TGTTCCCCGG AGAGGAAGGA AACCAAAACG TTCCCTCAGC 
ACTTCAGAGA GTGAACCAGA AAAAAAGCGG ATGAAGTCTG TCTCTGAAGA GGAGGAGAAT 
GCTGAACATA CAGAAGACAC TGACAATGAA GATGATCATA AAGGTGCCAC AACACGAGCA 
GCCTCTCGCC TGGAAGCAGA GAGGAACCTG CCTCACAAGC CCACTACCCG AGCTGCTTCA 
AAGTTAAGTA GCCCTGAGCC TTCATCACGT AAGAGGCGCA AAAATAAAAA TTCACTCGAA 
TCCAAATCAC CCAAAAACAC AAATATAAGG ATGAAAACAC AATTGTCTGG CACAAAACGT 
TGCCGAGAAC CAAGTCCTCC TCTGGCGAAG TCTCGCGGGC AACAAACATC AGAAGAAATC 
ACACCGAAGA GGGCAAAGCG CCAGTGA

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

bod1l1 ( XM_012955727.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012811181.2 Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X2, mRNA.

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CloneID	OXa49648
Clone ID Related Accession (Same CDS sequence)	XM_012955728.3 , XM_012955727.3
Accession Version	XM_012955727.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9207bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	biorientation of chromosomes in cell division protein 1-like 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030677.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012955727.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTAGAGT CTGGCATTGA CAGAATTATT TCACAGGTTG TCGACCCAAA GATAAACCAC 
TTATTCAGAC CTCAGGTGGA AAAAGTTGTT AAAGAATATT TGGCCATGAT GAATAATAAA 
GAGGATGGAA ATGTAAATAC AGAACAAAAC GAGGAGCGAT CAGAAGCCTC CATCTCTGTT 
CCTGGTTCTC TACCAGCAGT TGGACCTAGC ACCAATGTAG CAAGTGATGC AATGTCCATT 
TTGGAAACAA TCAGTTCACT CAATCAAGAA GCAACTGCTG CTCGTGCCTT CATAGAAACT 
CCGAACAATA AAAACAGTGA CAAAGTGAGC AAAAGAACAA TTCAGCAAAG TTTTGATGCT 
ACAGAAGAAA AGGATCGTAC TTTAGAGGAA ACTCAAGAGG TGGAAAAATC CATCCCTGAT 
ATGCTGGTTG CAGAAACAGA ACCTGATATA AAGACAGAAG ATTCCAATGA TATTTCTTCC 
ACTGTAGAAG CCTTTAAACA ACCTGACGCA GTTGGCATCT CACAGAGCAA AGACATTCCA 
AATGAAAATG AGGAGCAAAA GCCAAAAGCT GTAGAGAGTG AGAAGAAAAA TGAGGTCAGT 
GAAATAGCAC AGAAGAAAGA GGATAAGAAG GAAGCAAAGA CTGAAAAAAG AAATGAGTAC 
CCCAAAAAGG GTGATGATGT TGTAAAGGTT AAGGAGGATA AGACGGTGAA AGAACGTGAG 
AACGAACCAG AAAAGAGCAG CAGTAAACAG AAGGCAACTA GCACCTTAAA AGAAGATAAT 
CTTTCTGTAG ATTCAGATAT TGATGATTAT ACAGATGTCA CTGTCAGTTC TGTGCATACA 
AGTGACCTAT CTTCATTTGA GGAAGAAAGT GAGGAAGACC CAGTGGTTTC AGATAGTACT 
GAGGAGGGAG AAATTACCTC TGATGACGAA GAGGACAAGG TAGATGGAAA GAATATTGCC 
AAGCCAGAAA CTGATCAGAA TGAAGTAAAG GCAAAATCAA GCCGTCAGAT ATATGTGCAC 
AAACCATACT TGTACTCCAA ATACTACAGT GATTCTGATG ATGAACTTTC AGTGGAGCAA 
CGTCGGCAGT CTGTTGCAAA GGAAAAAGAA GAGAGACTTT TAAAAAGACA AGTGAAAAGG 
GAGAGACTGG AAGAAAAGCG TAAGCAGAAA GCAGCTGAGA AAACAAAGAA CTTAAAAATC 
AGCCAAGGGA AAGCCGTGAC TTCCAAACAT GTCAAGGCAA AATCTACCAG CATAAAGGAG 
GTGCTAAAGG AACAAATGTT TTTAGAAAAA AAAGTAGCAA GGAGCAAGAA GAAAATAAGA 
GCGTCAAGGA ATGAAAAAAA TACCCTGAAG TCAAAATCTG ACCTTTTGGA AGAAGATATG 
AAGGATTCAA TTAAAAATGA GTCACATGAC AAAACTTTAC TTAGTAAAGA AGCAAAGCAT 
AATATTGGGC GGAGTGATAA GCCCTCTAAA GTAATAGCAG AATTAGCCGA AGAATGTAAA 
ACTGATATTC GAACAGAAAA GGACTTTAAG AAAAGAACAC CACTGGAAAA GAATGAGACA 
AATGTTGAAG AACAGCAAAG ACAGAAAAGT GCACATAAAA CTGAAAAACT GAAAAAGGAA 
AGCCATGATA GTGAATCGCC CAGCATGAAA GTGGCACAGA AAAAGGACCC AAAAATGCAT 
AGAAATGAGC GTGAAAGAAC TGTGTCAGAA GACAGGTCGT CCTCCAAATA TAGATATAAA 
ACCGAGAATA TAAATAAAAC AAATGACGAT TCTGACGCTC AAAAATCTAA GAAAAATTCA 
AAAGATGACG ATACCCCACA TAAGCGTAGT CAAAGCAAAT CCGGCTCTGA AGAAAGATCT 
GATCGAAAAA GTAAGCATAA AAGCGAAGGC AAATCTTCCT CTTACAACAA AGAGGAGAAA 
ACATCTGGAA CTGAGCATTC TAGCAAAACA GGTGAAAGTG TTCACAGAGA GAGTAAGCGA 
GAACGACGCC AGTCTGAGGA AAAATCAAGA TCAGAACACA AGTATAAGCG ATCACTTAGC 
GATTCCAGAA CACACCGAGA CTCTCAGATT GATTCAAGAC AACATAGTAG TTCTCAGAAA 
AAGTCAAGGA TCTCCTCTGA TGATAAAACT GAATCTGATT TAGCACGCAC AAATGCAAAG 
CAAGAGGAAA GCACTCACAG AGATAAAAGG AGATCATATA GTTGCTCAGA AGAACGTGTT 
TCTTTAAAAG TTAAATCAAA AAGTAGCGGC AAATCATCAA AACTGAGTGA CCAGGAAGAG 
CCAGCACAAA AGAATGACAA AGATAAGACT TTATTGGAAA ATTATGCTGA AAAATACCAA 
AAACTTAAAT CTGAAGACCA TGAAGAAGCA AAAGATGCAG TCACTACTCA GGCATCAAGT 
ACTGTATCAA AAGATGTCAA TTATAAGTCC AAACATTCAG GAGACAAAGA AAAGGAGAAA 
TCTCGAAGTG ACAATAGAGA ACGTTCTTCT TCAAAACTCG ATAAGAAGCA TATAGGAGAA 
AATATAAAAG GTATAAGCTC AAAGCACAGC CATAAGGACT TAAAACGTAA AGGGGAGAGT 
AGTAAGCCAG ATGACAAAGG TTCCAAAGTT ACTGATGAAA AAAGAGCACA AGAAAGAAGC 
ATTTTGGATA AAAAATCAAG TAAAAAAACC CCAATGGAAT TTAAAGGGGA AAGCTCTAAA 
GGCAGTGTGA CTTCTAAAAA AGGCTCAAAA CTAGAAAATG ATGGAAATGA TCATGCCGGG 
AGAAAAAGAA AGCTTTCTTC ATGTTCTTCT GACTCCAAAG ATATGTCATC TATAATGAAC 
GAAGAACTTT CTCGTGACAG TGTAAAATCT GAAAGAATAT CCGTGGAAAA AGGATTTGAA 
ACGGCTGAAT CAGTAGCTGT CTCAGAGCCT TTATTTGAAT TAAACAGCAT TTGTCCTAAC 
GCAAATGCCA CCAGCATAGA CGGTGGGTAT GGAAAGGAGA ACAGACTAAA GCAAGATTCT 
AGCATTAGAG GAGTAAATGC TGCATCAGTA TGTTCAAGAA TCTTCTCTGG TGAGCACAGT 
GAAAATAAAC CTGTTGATGA TTTCACACAG CCTTCTGAAG ATGATACTAG GCAATACTCG 
GAGACTGCTG CTGCTACAGT AGGCAATTGT TCTGAAAGGA CTCCTGTAAC AAGTGCAGAA 
TGTAGTACTC CTATTAGTGA TGTTATAGAT CTTCAGCATG TAAGTGGTGG TGAACATTTT 
GCTCTTGAAC AGACGAGTCC TAAACCAGAA TCATGTGTTA CCATTAATTC TACCTTTTCT 
CCTGTTGATA TATCGACTGA AATAACAAAT GATGTGATTT CAACAACTGC AACTGGTGAA 
ACTGATGCGA ATAAGGAGGC AGTTAAAATA AAGCACACAA GCTCTGACTG TGATACTTTG 
GCAGTAGACA ATATTGTTAC TGGAAATGAT GTTGAAGAAG TTATGCAGAT AACCAGTGAT 
AACGATATGG CAGAGAATAA TTGCGAATCA GTTGGTGAGG AGAGTGTATC AGCTGTTGGA 
ACTTGTTTTG TTCCTTATAG AGAAAGCAGT ACAGACAGTA CAATTGTGGA AACAAGTTCC 
GAAAGAAATG ATATAGTGGT TGCTGAACTG AATGAAAGAT ATGCCTTTCC TTCATCTCGT 
GCACAGGACA GAAATATGTC TGAATGTGAG GATACGGCAA CCTCATCCTG CTCCACAATT 
GAACATACAG AGAATGTGTC CCTCAGAGGA ACAATTATTT ATACTAACAG TTTAGGTGAA 
AATTCCGCAA CATCAACAAA CGTACATCTG GATAATGTTA TGGCCACAAA CCGTAGTGAA 
TATGCAGTAG GTGTTGGTAA TAGTGGGGAA TGCACTGCCA CCACTTCTGC TGATTTTGAA 
AATTTAGGTG AAGCAGACAT CACAATGTTA TCAGAAAATA GCTTTGAAGT TGCAACAACT 
TCCAGTGTTA GTACAGCATG CTCCCCAGAG AGAAGCCGGG AAAGTGCACC AACTTCATCT 
CAGAGAGGAA TCGGCGCTGT ACTAGAAGCA GAGGCTATTT GTGATGTATT ATTGAAACCT 
GCAACTTCAT CAGATGGTAA TATGGCATCT TCGGCTGGCA CCCCCAAAAA TGCAGCAACA 
TCTTCTAACA GTCAAGAAAG TGACACAGAA AATGGTGACG TAAGTGAAGC TACTAAATAT 
TTCACAAGAC ATGCCGCATC CTCTTCTGTC AGTGCAGAAG ACAACGACGA TAGATTTCCA 
ACCTCTGAAA ATATCATTAC TCATTCAGCA ACCTCTTCTA TCCATGCAGT TGAAAATAAA 
GCTGCCGATT TGATTTCTGA AAATGACTCC ATAAATGCAG CAACTTCCTC TTACAATGCT 
TTGGAAAAAG ATTCTCTCTC AATTCCAGAA AATGTAATGA TGCTTGCAGC ATCATCTTCT 
GACAATGTGG AGATACATGA TGATCATTCT GGGTTAGTTG CAGCAACTTC ATCTGACATT 
GCAGCTCCAC TCTCTAACCC AGATGGGGTT TCTCATGATA TTGGTATAAT AACACATGCA 
TCAACTTCTT CAGATGTCCG TGTAGATAAT GAGGTACTCC AGGGGTCTGA CATTTTTTCA 
GTAAATGCAG CAACCTCCTC AGACAGCACC GTGGAAGACA ATGGTATTCT TCAGGGCTCA 
GAAAATGCTC ATGCACATGC AGCAACCTCT TCAGATATCA TTGTAGACAA CAGTGGCGCT 
CTTCAGGCCT CTGAAAATGT TCTGGCAAAT GCAGCAACCT CTTCAGACAG TTTAGCAGAA 
AATGTTGTTC TGGAAGTCTC AGAAAATGTT TTGTCAGCAG CTTCCTCAAG TAGTGCAATA 
GATAGCAGCA GAATATTACA TTTTGAGGGT TCTATTTCTT CAGAAATTGA CAATGAAAAT 
GTAGCCGCTT CATCCAGCAA TATAATGGAA AGCAGTTTAG CCGATGCTTC TGGTGTATGG 
TTGCAAAATC CTAGTGGAGA TAATACAGCA AGTTCTTCTG GTTATTTAGA CAGAGACTCC 
AGGTTTCAGC ATAACACCAT ACAGTTTGGT AGTGCTGAGG AAAGCAAAAA TGTTAGAGCA 
ACATCAACTA CTCTGAAAGA CATTGGTGTG AGTGAAAGAT GTTCTAGTGT TATATCTTCA 
GGAACTCATG TTGTAAACTC CTCAGACTCC CTTGTAATGG ACAGTAGCAC TGAAGTTTCT 
GTTATTAGTC AAGTGGACGG CGGGGATGCA GCAAGCTGTT CAAGCAGTGG TGCAGAACAG 
GGTCATGAAG ACCAAAAACA CGCAGACCAC CTCAAAGAGA GAGAAAATAC TGCCTCATCA 
AGCTGTGCAT TAGATAACAG TATAGAAGAT ATGTGTGTTG ATCCTGAAGT ACCAAGCCAG 
AATGGAAGTG ATGAAGCTGC ATCATCCTCA AGTTCTTTAA ATACTAGTAG TGTTCAGCGT 
TCAGGTCATA AATCCTCATT AAGTCCCAAC AATATAAATG TTGCTGCATC TTCAAGTGTT 
GCAATGAACA GCAGTAGTGA TAGCCTGAAT TTTTCTGTAC TATGCCCTGG AAACAGTACT 
GATAATGCTG CCACCTCATC AAGCAACATA ACCGTTAGTG GAGCAGACTG TGTCCTTAGC 
AACAATACAC TAGCTACAAC TTCTTCAAAT ATTTCAATGG ATAGCAGTAC TGGAGAGGAC 
CTAGAGCTGG ATACTGAAAA AGCAAGTACT TCAACATCCT CAAGCACTTT ATTGAATAAC 
GACAAAAGAG CACAAGATAT TGGGACTGAA AAAGACAGTA TTACAGCTTC TTCTAGTACT 
ACAATAGAAA ACTGCCCAAT TGCAAATGAA GAAACTGCAG GTAGCTCGTT TACAGTCAGT 
GGGAATGCAG CCACTTCTAG TGATACAACT TCTAGTAGTA AAAACAAAAA TACAAGTACT 
CCTGATATTA ATACTGCTAC TACATCCACA GTTATAGCAG AAATACTTAC TGCAGATGAG 
AGAACTGAAA ATGTAAACAT TTGTTGTGAC ATCAACAGTG AAGCTACAGC AGCTTCTTCA 
AGTAACAACA TGGAATCCTC ATCTGGTAGT GTTGGAGGGA ATGCAACATC TTCAGATTAT 
ATGATGGATA GCAGCTTAGA AGGAGAAAAT GTGTCAGAGA CACAGAAAAA TGAAGAGGCT 
GCTAGTTCTT CCGGTCTGTC TACTAATATA AGGCTGCAGG AAATCCAAAC TGTGACAGTG 
GGCAGCCAAA ATCTTGAAGA TGCAACTACT TCATCCAGCA CAGAAAGAGC AAATACTTCC 
TTTGTCTATA GCAGCAACAA TAGTGAAAGT AATGTTAGTT ATCATAATGT TGAGGCTACG 
GTTGAGTCAA GCTTTGCATC ATCACAAAGT GACATCGACA CATCTGGTAC TTCAGAAGAG 
ACTTTGGTGC TAAGTGCAAG TGGCAAGAAT GCAGCTATGC ATCCTGTACT TAACTCGGAT 
GACAATGTAA ATCAGGATTA TGAAAGGGCC GATGAAAAGG AAGATGCTGT GAGTAGTGCC 
AGCTCTCAAG AATATAAACT TTGCAGTAAT GCTCCTAGGC AAAATATAAA GCAAACAAGA 
GATGGAGAAG TTGATGGAGC TGTTACCAGT GGTGGCGCAG AAGTGAGTGA ATCGGCTATG 
GCTCCTGAAA ATTTCGAGAC ATTTGATCAT GTGACTTGTG CAAAAGCTGG GGCAATTGTT 
GATGACGGCG ATGTACTTCT TGTCCCAGTG GAGGATACCC CTGTCTCTCA TACTAGCAGA 
ACTGACCCTA GTGAAGAAAG CTTGGTTGCT GAGGATACAG AAAACAATGC TTCCTTTGAG 
AGTGCAAATT GTGAGACACC AGCAAGTATA GGTAACGCCT ATGAAGCCGA AACACCAAAT 
GAGCAATTTA CATTAGAGGA AGGGGAAGGT GCTGTCACCA GCACTGGGAT AACAGAAGAA 
AGTGATAGAG CAAAAGTGAG GCAAGACATA AGAAAAAGTG ATAGTTCCTG CACTGAGGCT 
GAAATTGAAC CTGGTGGCCA TGCTATGAGC AGGCAAGAGG TGACTGATTC GAATGCCATT 
ACAGAAGATG ATGAGAGTGC TATCACAAGT ACTGGTGCAA AAGAAGAGGA AGAGGAGGGT 
GAGGGATTTG TAACTAGCAC TGGAACTGCA AGTGAAGATT CTTCATTCTC GTCCGGCACG 
GATGAGAATT CTAATTGTGC TCAGATGTTT AATTTCAATA GCAAGGGTCA ACCTATAGCT 
GTTAACTCTG AAGAGAGGAG AGAGCCGAAA ACTAACCATG AACTTACTGA AGAAATAAAG 
AGTGCAGTTA TTCTAATAAC TACAGAAGGT AGTGAACCGA GCATTGCAGG CAGAAGTACA 
GAAGAGAATA ATCTTGAAAA TGCCTTATTG TTAACTCCTG ATGGTTCTGC TGTACTCTCT 
ACAGCAGAAA ATCCACATAT GCAAGAAAAT AACCAGACGG CTGAAATGGA AATTGATACA 
TCTCAACGTA CTGAAGAGAT ATTTGAAGTG GAGACGTGTG TGGCAATACA TTCTGCTGCA 
GATGATGAGA CAACTACATT AAATGCTCAG GGGCAAAATC TTTTGACATC TGAAACAAAT 
GAAGACAACC TGAGAACCTC AGCTGGGGAA AATTCTTTAG TGGACGCTGC TTCTCATTTA 
CAGGAGAATC CGACTGCAGA TAAATCCGTA ACACATGATC AAGAAGACGG CAACCTTAAT 
ATTTCCGAAC AAGTCCCTTC AAATGATGAG CAAACTGTTG TAGACAACAC TGTTCCTAAT 
CCCACTATTA AACCTGAAGA TTCTCCTTTA GTATCAGTAT CTGAATCTAT ACCAAGTAAT 
ACAGTGCCTT CCGGTGGTCT GTCAGTTGAT CATGGTCGCA GTTTCTCTGA TCATGGTTCC 
ATAAACAGGG AGGTGGTAGA AGAAACCGAA TCTCGAGCTC CTGGTGTTAG AAGTGTTCAT 
TTTGCAGATG AACTGGTGGC TGATGTTTCT GGGAATGATG CGTTACAGGA CGAACAAGAG 
AAAATTACAA CTGAGGAAAA GGAGGAATGT TTGGAAACAA CAAGTGGTAG TGCAGTCCTG 
GAGAGCAAAA ATCAAGATGA GGATTCTGTT ACAGCTGAAA GCGAAAATGA TGTAAATCCG 
ACAAACAATC AAGAGGAAGA AAAAAGTGAA GCAAGTGAGA TTTCCCTAAT GCAACCACCT 
GAAACAGGGA GTTCTGAAAG TGAAGCAGTA TTAAGACAAG CACACGAGTC TTCTGATCTT 
GGCAAGGGCC AAAGCTTTGT TGAGACGACA GACTCAAACA CTTCAGAAGA ACAGCAATCC 
TCAGAACAAA ATGTACTGGA AACAATTAAA GATGAAGATG TGCCAAGAGA GGAAAAAGCA 
ACTTGTGAAA CCTCCGGTCC AGAGGCACCA GAGGTGCCGT GTTCAGAAGA ATCTTCTCCA 
AAGGTGAAAA AGCCCCGAGG CCGTAAGAGT CTTGAAAAAC TGAAAGAAGA AAGCCTTGCT 
AAGGATAAAC CTACAGAGGA AATCCCAGAG GAACCCAAGC CACCAGAAAA GAGAAAAAGA 
GGACGGCCTC CAAAGAAACG GCCTCTGGTT CCTGATACAG AGTTGTCAGT AAAGGAGAGT 
TCCGAAGAAG GAAAAACGTC AAATGCACGC CTTCGACAGG AAGAAAGCAC TTCTACAAAG 
AAAGATGTGC GTACCTTGGA GAAGACTGAG CAATGTCAGA AAACTTCTGA TGTAAGGTTG 
GAAGATAAAA GTGGGCAGAC TGTTCCCCGG AGAGGAAGGA AACCAAAACG TTCCCTCAGC 
ACTTCAGAGA GTGAACCAGA AAAAAAGCGG ATGAAGTCTG TCTCTGAAGA GGAGGAGAAT 
GCTGAACATA CAGAAGACAC TGACAATGAA GATGATCATA AAGGTGCCAC AACACGAGCA 
GCCTCTCGCC TGGAAGCAGA GAGGAACCTG CCTCACAAGC CCACTACCCG AGCTGCTTCA 
AAGTTAAGTA GCCCTGAGCC TTCATCACGT AAGAGGCGCA AAAATAAAAA TTCACTCGAA 
TCCAAATCAC CCAAAAACAC AAATATAAGG ATGAAAACAC AATTGTCTGG CACAAAACGT 
TGCCGAGAAC CAAGTCCTCC TCTGGCGAAG TCTCGCGGGC AACAAACATC AGAAGAAATC 
ACACCGAAGA GGGCAAAGCG CCAGTGA

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

RefSeq	XP_012811181.2
CDS	346..9552
Translation	MLESGIDRIISQVVDPKINHLFRPQVEKVVKEYLAMMNNKEDGNVNTEQNEERSEASISVPGSLPAVGPSTNVASDAMSILETISSLNQEATAARAFIETPNNKNSDKVSKRTIQQSFDATEEKDRTLEETQEVEKSIPDMLVAETEPDIKTEDSNDISSTVEAFKQPDAVGISQSKDIPNENEEQKPKAVESEKKNEVSEIAQKKEDKKEAKTEKRNEYPKKGDDVVKVKEDKTVKERENEPEKSSSKQKATSTLKEDNLSVDSDIDDYTDVTVSSVHTSDLSSFEEESEEDPVVSDSTEEGEITSDDEEDKVDGKNIAKPETDQNEVKAKSSRQIYVHKPYLYSKYYSDSDDELSVEQRRQSVAKEKEERLLKRQVKRERLEEKRKQKAAEKTKNLKISQGKAVTSKHVKAKSTSIKEVLKEQMFLEKKVARSKKKIRASRNEKNTLKSKSDLLEEDMKDSIKNESHDKTLLSKEAKHNIGRSDKPSKVIAELAEECKTDIRTEKDFKKRTPLEKNETNVEEQQRQKSAHKTEKLKKESHDSESPSMKVAQKKDPKMHRNERERTVSEDRSSSKYRYKTENINKTNDDSDAQKSKKNSKDDDTPHKRSQSKSGSEERSDRKSKHKSEGKSSSYNKEEKTSGTEHSSKTGESVHRESKRERRQSEEKSRSEHKYKRSLSDSRTHRDSQIDSRQHSSSQKKSRISSDDKTESDLARTNAKQEESTHRDKRRSYSCSEERVSLKVKSKSSGKSSKLSDQEEPAQKNDKDKTLLENYAEKYQKLKSEDHEEAKDAVTTQASSTVSKDVNYKSKHSGDKEKEKSRSDNRERSSSKLDKKHIGENIKGISSKHSHKDLKRKGESSKPDDKGSKVTDEKRAQERSILDKKSSKKTPMEFKGESSKGSVTSKKGSKLENDGNDHAGRKRKLSSCSSDSKDMSSIMNEELSRDSVKSERISVEKGFETAESVAVSEPLFELNSICPNANATSIDGGYGKENRLKQDSSIRGVNAASVCSRIFSGEHSENKPVDDFTQPSEDDTRQYSETAAATVGNCSERTPVTSAECSTPISDVIDLQHVSGGEHFALEQTSPKPESCVTINSTFSPVDISTEITNDVISTTATGETDANKEAVKIKHTSSDCDTLAVDNIVTGNDVEEVMQITSDNDMAENNCESVGEESVSAVGTCFVPYRESSTDSTIVETSSERNDIVVAELNERYAFPSSRAQDRNMSECEDTATSSCSTIEHTENVSLRGTIIYTNSLGENSATSTNVHLDNVMATNRSEYAVGVGNSGECTATTSADFENLGEADITMLSENSFEVATTSSVSTACSPERSRESAPTSSQRGIGAVLEAEAICDVLLKPATSSDGNMASSAGTPKNAATSSNSQESDTENGDVSEATKYFTRHAASSSVSAEDNDDRFPTSENIITHSATSSIHAVENKAADLISENDSINAATSSYNALEKDSLSIPENVMMLAASSSDNVEIHDDHSGLVAATSSDIAAPLSNPDGVSHDIGIITHASTSSDVRVDNEVLQGSDIFSVNAATSSDSTVEDNGILQGSENAHAHAATSSDIIVDNSGALQASENVLANAATSSDSLAENVVLEVSENVLSAASSSSAIDSSRILHFEGSISSEIDNENVAASSSNIMESSLADASGVWLQNPSGDNTASSSGYLDRDSRFQHNTIQFGSAEESKNVRATSTTLKDIGVSERCSSVISSGTHVVNSSDSLVMDSSTEVSVISQVDGGDAASCSSSGAEQGHEDQKHADHLKERENTASSSCALDNSIEDMCVDPEVPSQNGSDEAASSSSSLNTSSVQRSGHKSSLSPNNINVAASSSVAMNSSSDSLNFSVLCPGNSTDNAATSSSNITVSGADCVLSNNTLATTSSNISMDSSTGEDLELDTEKASTSTSSSTLLNNDKRAQDIGTEKDSITASSSTTIENCPIANEETAGSSFTVSGNAATSSDTTSSSKNKNTSTPDINTATTSTVIAEILTADERTENVNICCDINSEATAASSSNNMESSSGSVGGNATSSDYMMDSSLEGENVSETQKNEEAASSSGLSTNIRLQEIQTVTVGSQNLEDATTSSSTERANTSFVYSSNNSESNVSYHNVEATVESSFASSQSDIDTSGTSEETLVLSASGKNAAMHPVLNSDDNVNQDYERADEKEDAVSSASSQEYKLCSNAPRQNIKQTRDGEVDGAVTSGGAEVSESAMAPENFETFDHVTCAKAGAIVDDGDVLLVPVEDTPVSHTSRTDPSEESLVAEDTENNASFESANCETPASIGNAYEAETPNEQFTLEEGEGAVTSTGITEESDRAKVRQDIRKSDSSCTEAEIEPGGHAMSRQEVTDSNAITEDDESAITSTGAKEEEEEGEGFVTSTGTASEDSSFSSGTDENSNCAQMFNFNSKGQPIAVNSEERREPKTNHELTEEIKSAVILITTEGSEPSIAGRSTEENNLENALLLTPDGSAVLSTAENPHMQENNQTAEMEIDTSQRTEEIFEVETCVAIHSAADDETTTLNAQGQNLLTSETNEDNLRTSAGENSLVDAASHLQENPTADKSVTHDQEDGNLNISEQVPSNDEQTVVDNTVPNPTIKPEDSPLVSVSESIPSNTVPSGGLSVDHGRSFSDHGSINREVVEETESRAPGVRSVHFADELVADVSGNDALQDEQEKITTEEKEECLETTSGSAVLESKNQDEDSVTAESENDVNPTNNQEEEKSEASEISLMQPPETGSSESEAVLRQAHESSDLGKGQSFVETTDSNTSEEQQSSEQNVLETIKDEDVPREEKATCETSGPEAPEVPCSEESSPKVKKPRGRKSLEKLKEESLAKDKPTEEIPEEPKPPEKRKRGRPPKKRPLVPDTELSVKESSEEGKTSNARLRQEESTSTKKDVRTLEKTEQCQKTSDVRLEDKSGQTVPRRGRKPKRSLSTSESEPEKKRMKSVSEEEENAEHTEDTDNEDDHKGATTRAASRLEAERNLPHKPTTRAASKLSSPEPSSRKRRKNKNSLESKSPKNTNIRMKTQLSGTKRCREPSPPLAKSRGQQTSEEITPKRAKRQ

Target ORF information:

RefSeq Version	XM_012955727.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis biorientation of chromosomes in cell division 1-like 1 (bod1l1), transcript variant X2, mRNA.

Target ORF information:

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

XM_012955727.3

ORF Insert Sequence:

ATGCTAGAGT CTGGCATTGA CAGAATTATT TCACAGGTTG TCGACCCAAA GATAAACCAC 
TTATTCAGAC CTCAGGTGGA AAAAGTTGTT AAAGAATATT TGGCCATGAT GAATAATAAA 
GAGGATGGAA ATGTAAATAC AGAACAAAAC GAGGAGCGAT CAGAAGCCTC CATCTCTGTT 
CCTGGTTCTC TACCAGCAGT TGGACCTAGC ACCAATGTAG CAAGTGATGC AATGTCCATT 
TTGGAAACAA TCAGTTCACT CAATCAAGAA GCAACTGCTG CTCGTGCCTT CATAGAAACT 
CCGAACAATA AAAACAGTGA CAAAGTGAGC AAAAGAACAA TTCAGCAAAG TTTTGATGCT 
ACAGAAGAAA AGGATCGTAC TTTAGAGGAA ACTCAAGAGG TGGAAAAATC CATCCCTGAT 
ATGCTGGTTG CAGAAACAGA ACCTGATATA AAGACAGAAG ATTCCAATGA TATTTCTTCC 
ACTGTAGAAG CCTTTAAACA ACCTGACGCA GTTGGCATCT CACAGAGCAA AGACATTCCA 
AATGAAAATG AGGAGCAAAA GCCAAAAGCT GTAGAGAGTG AGAAGAAAAA TGAGGTCAGT 
GAAATAGCAC AGAAGAAAGA GGATAAGAAG GAAGCAAAGA CTGAAAAAAG AAATGAGTAC 
CCCAAAAAGG GTGATGATGT TGTAAAGGTT AAGGAGGATA AGACGGTGAA AGAACGTGAG 
AACGAACCAG AAAAGAGCAG CAGTAAACAG AAGGCAACTA GCACCTTAAA AGAAGATAAT 
CTTTCTGTAG ATTCAGATAT TGATGATTAT ACAGATGTCA CTGTCAGTTC TGTGCATACA 
AGTGACCTAT CTTCATTTGA GGAAGAAAGT GAGGAAGACC CAGTGGTTTC AGATAGTACT 
GAGGAGGGAG AAATTACCTC TGATGACGAA GAGGACAAGG TAGATGGAAA GAATATTGCC 
AAGCCAGAAA CTGATCAGAA TGAAGTAAAG GCAAAATCAA GCCGTCAGAT ATATGTGCAC 
AAACCATACT TGTACTCCAA ATACTACAGT GATTCTGATG ATGAACTTTC AGTGGAGCAA 
CGTCGGCAGT CTGTTGCAAA GGAAAAAGAA GAGAGACTTT TAAAAAGACA AGTGAAAAGG 
GAGAGACTGG AAGAAAAGCG TAAGCAGAAA GCAGCTGAGA AAACAAAGAA CTTAAAAATC 
AGCCAAGGGA AAGCCGTGAC TTCCAAACAT GTCAAGGCAA AATCTACCAG CATAAAGGAG 
GTGCTAAAGG AACAAATGTT TTTAGAAAAA AAAGTAGCAA GGAGCAAGAA GAAAATAAGA 
GCGTCAAGGA ATGAAAAAAA TACCCTGAAG TCAAAATCTG ACCTTTTGGA AGAAGATATG 
AAGGATTCAA TTAAAAATGA GTCACATGAC AAAACTTTAC TTAGTAAAGA AGCAAAGCAT 
AATATTGGGC GGAGTGATAA GCCCTCTAAA GTAATAGCAG AATTAGCCGA AGAATGTAAA 
ACTGATATTC GAACAGAAAA GGACTTTAAG AAAAGAACAC CACTGGAAAA GAATGAGACA 
AATGTTGAAG AACAGCAAAG ACAGAAAAGT GCACATAAAA CTGAAAAACT GAAAAAGGAA 
AGCCATGATA GTGAATCGCC CAGCATGAAA GTGGCACAGA AAAAGGACCC AAAAATGCAT 
AGAAATGAGC GTGAAAGAAC TGTGTCAGAA GACAGGTCGT CCTCCAAATA TAGATATAAA 
ACCGAGAATA TAAATAAAAC AAATGACGAT TCTGACGCTC AAAAATCTAA GAAAAATTCA 
AAAGATGACG ATACCCCACA TAAGCGTAGT CAAAGCAAAT CCGGCTCTGA AGAAAGATCT 
GATCGAAAAA GTAAGCATAA AAGCGAAGGC AAATCTTCCT CTTACAACAA AGAGGAGAAA 
ACATCTGGAA CTGAGCATTC TAGCAAAACA GGTGAAAGTG TTCACAGAGA GAGTAAGCGA 
GAACGACGCC AGTCTGAGGA AAAATCAAGA TCAGAACACA AGTATAAGCG ATCACTTAGC 
GATTCCAGAA CACACCGAGA CTCTCAGATT GATTCAAGAC AACATAGTAG TTCTCAGAAA 
AAGTCAAGGA TCTCCTCTGA TGATAAAACT GAATCTGATT TAGCACGCAC AAATGCAAAG 
CAAGAGGAAA GCACTCACAG AGATAAAAGG AGATCATATA GTTGCTCAGA AGAACGTGTT 
TCTTTAAAAG TTAAATCAAA AAGTAGCGGC AAATCATCAA AACTGAGTGA CCAGGAAGAG 
CCAGCACAAA AGAATGACAA AGATAAGACT TTATTGGAAA ATTATGCTGA AAAATACCAA 
AAACTTAAAT CTGAAGACCA TGAAGAAGCA AAAGATGCAG TCACTACTCA GGCATCAAGT 
ACTGTATCAA AAGATGTCAA TTATAAGTCC AAACATTCAG GAGACAAAGA AAAGGAGAAA 
TCTCGAAGTG ACAATAGAGA ACGTTCTTCT TCAAAACTCG ATAAGAAGCA TATAGGAGAA 
AATATAAAAG GTATAAGCTC AAAGCACAGC CATAAGGACT TAAAACGTAA AGGGGAGAGT 
AGTAAGCCAG ATGACAAAGG TTCCAAAGTT ACTGATGAAA AAAGAGCACA AGAAAGAAGC 
ATTTTGGATA AAAAATCAAG TAAAAAAACC CCAATGGAAT TTAAAGGGGA AAGCTCTAAA 
GGCAGTGTGA CTTCTAAAAA AGGCTCAAAA CTAGAAAATG ATGGAAATGA TCATGCCGGG 
AGAAAAAGAA AGCTTTCTTC ATGTTCTTCT GACTCCAAAG ATATGTCATC TATAATGAAC 
GAAGAACTTT CTCGTGACAG TGTAAAATCT GAAAGAATAT CCGTGGAAAA AGGATTTGAA 
ACGGCTGAAT CAGTAGCTGT CTCAGAGCCT TTATTTGAAT TAAACAGCAT TTGTCCTAAC 
GCAAATGCCA CCAGCATAGA CGGTGGGTAT GGAAAGGAGA ACAGACTAAA GCAAGATTCT 
AGCATTAGAG GAGTAAATGC TGCATCAGTA TGTTCAAGAA TCTTCTCTGG TGAGCACAGT 
GAAAATAAAC CTGTTGATGA TTTCACACAG CCTTCTGAAG ATGATACTAG GCAATACTCG 
GAGACTGCTG CTGCTACAGT AGGCAATTGT TCTGAAAGGA CTCCTGTAAC AAGTGCAGAA 
TGTAGTACTC CTATTAGTGA TGTTATAGAT CTTCAGCATG TAAGTGGTGG TGAACATTTT 
GCTCTTGAAC AGACGAGTCC TAAACCAGAA TCATGTGTTA CCATTAATTC TACCTTTTCT 
CCTGTTGATA TATCGACTGA AATAACAAAT GATGTGATTT CAACAACTGC AACTGGTGAA 
ACTGATGCGA ATAAGGAGGC AGTTAAAATA AAGCACACAA GCTCTGACTG TGATACTTTG 
GCAGTAGACA ATATTGTTAC TGGAAATGAT GTTGAAGAAG TTATGCAGAT AACCAGTGAT 
AACGATATGG CAGAGAATAA TTGCGAATCA GTTGGTGAGG AGAGTGTATC AGCTGTTGGA 
ACTTGTTTTG TTCCTTATAG AGAAAGCAGT ACAGACAGTA CAATTGTGGA AACAAGTTCC 
GAAAGAAATG ATATAGTGGT TGCTGAACTG AATGAAAGAT ATGCCTTTCC TTCATCTCGT 
GCACAGGACA GAAATATGTC TGAATGTGAG GATACGGCAA CCTCATCCTG CTCCACAATT 
GAACATACAG AGAATGTGTC CCTCAGAGGA ACAATTATTT ATACTAACAG TTTAGGTGAA 
AATTCCGCAA CATCAACAAA CGTACATCTG GATAATGTTA TGGCCACAAA CCGTAGTGAA 
TATGCAGTAG GTGTTGGTAA TAGTGGGGAA TGCACTGCCA CCACTTCTGC TGATTTTGAA 
AATTTAGGTG AAGCAGACAT CACAATGTTA TCAGAAAATA GCTTTGAAGT TGCAACAACT 
TCCAGTGTTA GTACAGCATG CTCCCCAGAG AGAAGCCGGG AAAGTGCACC AACTTCATCT 
CAGAGAGGAA TCGGCGCTGT ACTAGAAGCA GAGGCTATTT GTGATGTATT ATTGAAACCT 
GCAACTTCAT CAGATGGTAA TATGGCATCT TCGGCTGGCA CCCCCAAAAA TGCAGCAACA 
TCTTCTAACA GTCAAGAAAG TGACACAGAA AATGGTGACG TAAGTGAAGC TACTAAATAT 
TTCACAAGAC ATGCCGCATC CTCTTCTGTC AGTGCAGAAG ACAACGACGA TAGATTTCCA 
ACCTCTGAAA ATATCATTAC TCATTCAGCA ACCTCTTCTA TCCATGCAGT TGAAAATAAA 
GCTGCCGATT TGATTTCTGA AAATGACTCC ATAAATGCAG CAACTTCCTC TTACAATGCT 
TTGGAAAAAG ATTCTCTCTC AATTCCAGAA AATGTAATGA TGCTTGCAGC ATCATCTTCT 
GACAATGTGG AGATACATGA TGATCATTCT GGGTTAGTTG CAGCAACTTC ATCTGACATT 
GCAGCTCCAC TCTCTAACCC AGATGGGGTT TCTCATGATA TTGGTATAAT AACACATGCA 
TCAACTTCTT CAGATGTCCG TGTAGATAAT GAGGTACTCC AGGGGTCTGA CATTTTTTCA 
GTAAATGCAG CAACCTCCTC AGACAGCACC GTGGAAGACA ATGGTATTCT TCAGGGCTCA 
GAAAATGCTC ATGCACATGC AGCAACCTCT TCAGATATCA TTGTAGACAA CAGTGGCGCT 
CTTCAGGCCT CTGAAAATGT TCTGGCAAAT GCAGCAACCT CTTCAGACAG TTTAGCAGAA 
AATGTTGTTC TGGAAGTCTC AGAAAATGTT TTGTCAGCAG CTTCCTCAAG TAGTGCAATA 
GATAGCAGCA GAATATTACA TTTTGAGGGT TCTATTTCTT CAGAAATTGA CAATGAAAAT 
GTAGCCGCTT CATCCAGCAA TATAATGGAA AGCAGTTTAG CCGATGCTTC TGGTGTATGG 
TTGCAAAATC CTAGTGGAGA TAATACAGCA AGTTCTTCTG GTTATTTAGA CAGAGACTCC 
AGGTTTCAGC ATAACACCAT ACAGTTTGGT AGTGCTGAGG AAAGCAAAAA TGTTAGAGCA 
ACATCAACTA CTCTGAAAGA CATTGGTGTG AGTGAAAGAT GTTCTAGTGT TATATCTTCA 
GGAACTCATG TTGTAAACTC CTCAGACTCC CTTGTAATGG ACAGTAGCAC TGAAGTTTCT 
GTTATTAGTC AAGTGGACGG CGGGGATGCA GCAAGCTGTT CAAGCAGTGG TGCAGAACAG 
GGTCATGAAG ACCAAAAACA CGCAGACCAC CTCAAAGAGA GAGAAAATAC TGCCTCATCA 
AGCTGTGCAT TAGATAACAG TATAGAAGAT ATGTGTGTTG ATCCTGAAGT ACCAAGCCAG 
AATGGAAGTG ATGAAGCTGC ATCATCCTCA AGTTCTTTAA ATACTAGTAG TGTTCAGCGT 
TCAGGTCATA AATCCTCATT AAGTCCCAAC AATATAAATG TTGCTGCATC TTCAAGTGTT 
GCAATGAACA GCAGTAGTGA TAGCCTGAAT TTTTCTGTAC TATGCCCTGG AAACAGTACT 
GATAATGCTG CCACCTCATC AAGCAACATA ACCGTTAGTG GAGCAGACTG TGTCCTTAGC 
AACAATACAC TAGCTACAAC TTCTTCAAAT ATTTCAATGG ATAGCAGTAC TGGAGAGGAC 
CTAGAGCTGG ATACTGAAAA AGCAAGTACT TCAACATCCT CAAGCACTTT ATTGAATAAC 
GACAAAAGAG CACAAGATAT TGGGACTGAA AAAGACAGTA TTACAGCTTC TTCTAGTACT 
ACAATAGAAA ACTGCCCAAT TGCAAATGAA GAAACTGCAG GTAGCTCGTT TACAGTCAGT 
GGGAATGCAG CCACTTCTAG TGATACAACT TCTAGTAGTA AAAACAAAAA TACAAGTACT 
CCTGATATTA ATACTGCTAC TACATCCACA GTTATAGCAG AAATACTTAC TGCAGATGAG 
AGAACTGAAA ATGTAAACAT TTGTTGTGAC ATCAACAGTG AAGCTACAGC AGCTTCTTCA 
AGTAACAACA TGGAATCCTC ATCTGGTAGT GTTGGAGGGA ATGCAACATC TTCAGATTAT 
ATGATGGATA GCAGCTTAGA AGGAGAAAAT GTGTCAGAGA CACAGAAAAA TGAAGAGGCT 
GCTAGTTCTT CCGGTCTGTC TACTAATATA AGGCTGCAGG AAATCCAAAC TGTGACAGTG 
GGCAGCCAAA ATCTTGAAGA TGCAACTACT TCATCCAGCA CAGAAAGAGC AAATACTTCC 
TTTGTCTATA GCAGCAACAA TAGTGAAAGT AATGTTAGTT ATCATAATGT TGAGGCTACG 
GTTGAGTCAA GCTTTGCATC ATCACAAAGT GACATCGACA CATCTGGTAC TTCAGAAGAG 
ACTTTGGTGC TAAGTGCAAG TGGCAAGAAT GCAGCTATGC ATCCTGTACT TAACTCGGAT 
GACAATGTAA ATCAGGATTA TGAAAGGGCC GATGAAAAGG AAGATGCTGT GAGTAGTGCC 
AGCTCTCAAG AATATAAACT TTGCAGTAAT GCTCCTAGGC AAAATATAAA GCAAACAAGA 
GATGGAGAAG TTGATGGAGC TGTTACCAGT GGTGGCGCAG AAGTGAGTGA ATCGGCTATG 
GCTCCTGAAA ATTTCGAGAC ATTTGATCAT GTGACTTGTG CAAAAGCTGG GGCAATTGTT 
GATGACGGCG ATGTACTTCT TGTCCCAGTG GAGGATACCC CTGTCTCTCA TACTAGCAGA 
ACTGACCCTA GTGAAGAAAG CTTGGTTGCT GAGGATACAG AAAACAATGC TTCCTTTGAG 
AGTGCAAATT GTGAGACACC AGCAAGTATA GGTAACGCCT ATGAAGCCGA AACACCAAAT 
GAGCAATTTA CATTAGAGGA AGGGGAAGGT GCTGTCACCA GCACTGGGAT AACAGAAGAA 
AGTGATAGAG CAAAAGTGAG GCAAGACATA AGAAAAAGTG ATAGTTCCTG CACTGAGGCT 
GAAATTGAAC CTGGTGGCCA TGCTATGAGC AGGCAAGAGG TGACTGATTC GAATGCCATT 
ACAGAAGATG ATGAGAGTGC TATCACAAGT ACTGGTGCAA AAGAAGAGGA AGAGGAGGGT 
GAGGGATTTG TAACTAGCAC TGGAACTGCA AGTGAAGATT CTTCATTCTC GTCCGGCACG 
GATGAGAATT CTAATTGTGC TCAGATGTTT AATTTCAATA GCAAGGGTCA ACCTATAGCT 
GTTAACTCTG AAGAGAGGAG AGAGCCGAAA ACTAACCATG AACTTACTGA AGAAATAAAG 
AGTGCAGTTA TTCTAATAAC TACAGAAGGT AGTGAACCGA GCATTGCAGG CAGAAGTACA 
GAAGAGAATA ATCTTGAAAA TGCCTTATTG TTAACTCCTG ATGGTTCTGC TGTACTCTCT 
ACAGCAGAAA ATCCACATAT GCAAGAAAAT AACCAGACGG CTGAAATGGA AATTGATACA 
TCTCAACGTA CTGAAGAGAT ATTTGAAGTG GAGACGTGTG TGGCAATACA TTCTGCTGCA 
GATGATGAGA CAACTACATT AAATGCTCAG GGGCAAAATC TTTTGACATC TGAAACAAAT 
GAAGACAACC TGAGAACCTC AGCTGGGGAA AATTCTTTAG TGGACGCTGC TTCTCATTTA 
CAGGAGAATC CGACTGCAGA TAAATCCGTA ACACATGATC AAGAAGACGG CAACCTTAAT 
ATTTCCGAAC AAGTCCCTTC AAATGATGAG CAAACTGTTG TAGACAACAC TGTTCCTAAT 
CCCACTATTA AACCTGAAGA TTCTCCTTTA GTATCAGTAT CTGAATCTAT ACCAAGTAAT 
ACAGTGCCTT CCGGTGGTCT GTCAGTTGAT CATGGTCGCA GTTTCTCTGA TCATGGTTCC 
ATAAACAGGG AGGTGGTAGA AGAAACCGAA TCTCGAGCTC CTGGTGTTAG AAGTGTTCAT 
TTTGCAGATG AACTGGTGGC TGATGTTTCT GGGAATGATG CGTTACAGGA CGAACAAGAG 
AAAATTACAA CTGAGGAAAA GGAGGAATGT TTGGAAACAA CAAGTGGTAG TGCAGTCCTG 
GAGAGCAAAA ATCAAGATGA GGATTCTGTT ACAGCTGAAA GCGAAAATGA TGTAAATCCG 
ACAAACAATC AAGAGGAAGA AAAAAGTGAA GCAAGTGAGA TTTCCCTAAT GCAACCACCT 
GAAACAGGGA GTTCTGAAAG TGAAGCAGTA TTAAGACAAG CACACGAGTC TTCTGATCTT 
GGCAAGGGCC AAAGCTTTGT TGAGACGACA GACTCAAACA CTTCAGAAGA ACAGCAATCC 
TCAGAACAAA ATGTACTGGA AACAATTAAA GATGAAGATG TGCCAAGAGA GGAAAAAGCA 
ACTTGTGAAA CCTCCGGTCC AGAGGCACCA GAGGTGCCGT GTTCAGAAGA ATCTTCTCCA 
AAGGTGAAAA AGCCCCGAGG CCGTAAGAGT CTTGAAAAAC TGAAAGAAGA AAGCCTTGCT 
AAGGATAAAC CTACAGAGGA AATCCCAGAG GAACCCAAGC CACCAGAAAA GAGAAAAAGA 
GGACGGCCTC CAAAGAAACG GCCTCTGGTT CCTGATACAG AGTTGTCAGT AAAGGAGAGT 
TCCGAAGAAG GAAAAACGTC AAATGCACGC CTTCGACAGG AAGAAAGCAC TTCTACAAAG 
AAAGATGTGC GTACCTTGGA GAAGACTGAG CAATGTCAGA AAACTTCTGA TGTAAGGTTG 
GAAGATAAAA GTGGGCAGAC TGTTCCCCGG AGAGGAAGGA AACCAAAACG TTCCCTCAGC 
ACTTCAGAGA GTGAACCAGA AAAAAAGCGG ATGAAGTCTG TCTCTGAAGA GGAGGAGAAT 
GCTGAACATA CAGAAGACAC TGACAATGAA GATGATCATA AAGGTGCCAC AACACGAGCA 
GCCTCTCGCC TGGAAGCAGA GAGGAACCTG CCTCACAAGC CCACTACCCG AGCTGCTTCA 
AAGTTAAGTA GCCCTGAGCC TTCATCACGT AAGAGGCGCA AAAATAAAAA TTCACTCGAA 
TCCAAATCAC CCAAAAACAC AAATATAAGG ATGAAAACAC AATTGTCTGG CACAAAACGT 
TGCCGAGAAC CAAGTCCTCC TCTGGCGAAG TCTCGCGGGC AACAAACATC AGAAGAAATC 
ACACCGAAGA GGGCAAAGCG CCAGTGA

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

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bod1l1 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:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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