BOD1L1 cDNA ORF clone, Ictidomys tridecemlineatus(Thirteen-lined ground squirrel)

Gene
Clones
gRNAs

Summary

Gene Symbol	BOD1L1
Entrez Gene ID	101954410
Full Name	biorientation of chromosomes in cell division 1 like 1
Gene Type	protein-coding
Organism	Ictidomys tridecemlineatus(Thirteen-lined ground squirrel)

mRNA and Protein(s)

mRNA	Protein	Name
XM_005318961.3	XP_005319018.2	biorientation of chromosomes in cell division protein 1-like 1
XM_005318961.2	XP_005319018.2	biorientation of chromosomes in cell division protein 1-like 1

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)
OIc50182	XM_005318961.3 Latest version!	Ictidomys tridecemlineatus biorientation of chromosomes in cell division 1 like 1 (Bod1l1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
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OIc50182	XM_005318961.2	Ictidomys tridecemlineatus biorientation of chromosomes in cell division 1-like 1 (Bod1l1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
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** 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_005318961.3 ) cDNA ORF clone, Ictidomys tridecemlineatus(Thirteen-lined ground squirrel) -> XP_005319018.2 Ictidomys tridecemlineatus biorientation of chromosomes in cell division 1 like 1 (Bod1l1), mRNA.

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CloneID	OIc50182
Clone ID Related Accession (Same CDS sequence)	XM_005318961.3 , XM_005318961.2
Accession Version	XM_005318961.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8886bp) 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	1498924800000
Organism	Ictidomys tridecemlineatus(thirteen-lined ground squirrel)
Product	biorientation of chromosomes in cell division protein 1-like 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004936477.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jul 3, 2017 this sequence version replaced XM_005318961.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ictidomys tridecemlineatus Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGCAAGTG TAGAAGATCA GAGGTCTTGG AACCTGCCTG CCTATCAGAA TTTGAGACAG 
CGTGTTGACA ACTTTGTTGC AAACCACTTG GCCACTCATA CATGGAGTCC CCATCTCAAT 
AAAAACCAAC TAAGAAACAA TATTCGGCAA CAAGTCCTTA AATCAGGAAT GCTGGAGTCT 
GGTATCGACC GAATTATTTC TCAGGTTGTG GATCCAAAGA TCAACCACAC ATTCAGACCT 
CAGGTGGAAA AAGCCGTGCA TGAGTTTTTG GCCACACTAA ATCACAAAGA GGAAGCAAGT 
GGCAGCACAG CTCCAGATGA CGAGAAACCA GACTCCTCTA TCGTTACACA AGGTGTCCCT 
GCTCCTGGTC CCAGTGCTAA TGTAGCCAAG GATGCCATGT CAATCTTGGA AACTATAACT 
TCTCTTAACC AGGAAGCTAA TGCTGCCAGG GCTTCAACAG AAATGTCCAA TGCTAAGACC 
AATGAGAGAC AATCAAAAAA ACTCTCATCT CAGCCAAGCA GTGACATTAG TACTGACAAA 
GAGAGAACTT CAGAGGACTT GACTGATAAA GAAAAAGCTA CACCTGACAC TGGAGGGGAA 
GGAGTGGAAG CAGCCCCAAA GTCAGAAGAG CATAGTGATG TCCCTTGTCC AGTTGATGAA 
ATTAAAAACT CTACAAAAGA GAACAGTAGC TCAATTCTAC TCAATAAGGA TGTTCAGCAG 
GAAAACGGTG ATCAAAAAAA TAAATCAACA GACAAAGGTG AAAAGAAATC AGACATCAGT 
GAGAAAGGAG AAAGAAAGAA AGAAAAGAAA GAAAAGACCG AAAAGAAATT TGATTACTCA 
AAAAAAAGTG AAGATACACA AAAACTAAAA GATGAAAAAC AAGCAAAAGA AAAAGAAGTA 
GAGAGTTCAA AACTTCCTTC AGAAAAGAAC AGTAACAAAG CCAACACTGT TGAAGGGGCA 
AGAGAAGATT GCTTTTTGAT AGATTCTGAC GTGGATGGAC TTACAGACAT CACAGTTAGT 
TCTGTCCATA CCAGTGACCT TTCGTCTTTT GAAGAAGACA CTGAGGAAGA AGTGGTAATG 
TCTGATAGCA TGGAAGAAGG AGAGATTACA TCAGATGATG AAGAGAAGAA CAAACAGAAC 
AAAACAAAAA CTCAAACTAG TGATTCTAAT GAAGGAAAAC CAAAAAGTGT ACGGCATGCT 
TATGTTCACA AACCATACCT TTACTCAAAG TACTATAGTG ATTCTGATGA TGAGCTTACT 
GTAGAACAAC GCCGACAGTC TATTGCTAAA GAAAAAGAAG AGAGACTTTT AAGAAGGCAG 
ATTAATAGAG AGAAACTTGA AGAAAAGCGA AAACAGAAAG CAGAAAAGAC AAAGTCTTCC 
AAAGCCAAAA GTCAAGGGAA AAGTCCTGCG GACTTAGAAG AATCATCAGC AAAGAGTTTG 
GAACCAAAAG CCCCCAGAAT TAAAGAAGTC CTTAAAGAAC GGAAAGTTTT AGAGAAAAAA 
GTAGCCTTAA GCAAAAAAAG AAGAAAGAAT TCAAGGAATG TTGAAGAGAA TTCCAAAAAG 
AAACAGCAGT CTGAAGAAGA TTCCAAAGAA ACCCTCAAAA CAAATGAGCA CTGTGAAAAG 
GAAAAGGCAT CTTCTTCAAA GGAGCCGAAG CATGCTTATG CAAAAAGTGA ACCAAGTAAA 
CCTGCCCGAA GACTTTCAGA GTCTTTGCAT TCAGCTGATG AAAACAAGAA TGAATCTAAA 
ATTGAAAGAG AACATAAAAG ACGGACATCT ACCCCTGTGG TAATGGAAGG AGCATCAGAA 
GAAACTGACA CAAGAGATGG AAAAAGACAA GTAGAACGCT CAGAAATTGC CATGGAAGAA 
TCCCAGAAAC AGAAGAGCAC ACTTAAAAAT GAAAAGCATT TGAAGAAAGA TGATTCTGAA 
ACACCACATT TGAAAAGTCT ACCTAAGAAA GACATGAAAT CCTCTAAGGA GAAGCCAGAA 
AAAGAGAAAA CTCTGTCAGA AGAGAAGTCA TCTACAAAAC ATAAATATAA AGGTGACAGT 
ATGCATAAAA CAAGTGATGA GACTGAACTT CACTCTTCGG AGAAAAGTTT AAAAGTAGAG 
GAAAATACTC AAAAGCAAAG TCAACAAATA AAGCTTTCTT CAGATGACAA AGCTGAACGA 
AAAAGTAAGC ATAGAAATGA AAGGAAATTA TCAGTTTTAG GCAAAGATGG AAAGCCAGTT 
TCTGAATATA TTATAAAAAC AGATGAAAAT GTACGGAAAG ACAACAACAA AAAAGAGAGA 
CACTTGTCCA CTGAGAAAAC TAAGGCAGAA CACAAGTCAA GAAGATCAAG TGATTCTAAA 
ATTCAGAAAG AGTCTCTAGG TTCCAAGCAA CATGGTATCA CTTTACAGAG AAGAAGTGAA 
AGTTGTTCAG AAGATAAATG TGATACAGAC ATGACTAATT TAGATAGCAG TGTAAAACCA 
GAAGAGGTGG TTCACAAGGA GAGGCGAAGA ACAAAGAATT TGTTGGAAGA GAAACTTGTG 
TTGAAGTCTA AATCAAAAGG TCAGGGCAAA CAATTAAAAA TTGCTGAAAC AGAATTACAA 
GAAAATATCA CAAAACAGAT GACGACTCCA AAACCAGATA AGGAGAAGAA CACAGAAGAA 
AATGACTCAG AAAAACAGCG TAAGTCTAAA GTTGAAGAAA AACCTGTAGA AGAAACTGGT 
GTTGAACCTG TATCAGAGAG TGCTGCTGCT TCAGCACATA GTTCACAAAG AGACCCTAGT 
CACCGAGCTA AGCTACCATT AGCAAAAGAG AAGCCTAAGG GGGAGAGGGA CACAAGCTCC 
TCCAGACTTG ACAGGAAGCT ATCAGATGGG CACAAAAGTA AAAGCTTAAA GCATGGCAGC 
AAAGACATGA AAAAAAGAGA AGAAAATAAA TCAGATGACA AGGATGGTAA AGAAGTTGAC 
AGTAATCATG AAAAGGCCAG AGGAAATGGT TCAGTCCTGG AAAAGAAATT GAGTAGAAGG 
TTGTGTGAAA ATCGAAGAGG AAGCTTATCA CAAGAAATGA CTAAAGGAGA AGAAAAATCA 
GCAGCAAACA CACTGGGCAC TCCTAGTAGT TCCTCCCTTC CGAGACCAAA AAAATGTGGT 
GACACCACAT CAATCCCTGA GCAAGAGCCA ATGGAAATTG ATTCTGAGGC AGTTGTTGAA 
AATGTATCAG AAGTGTCTAA AACCCAGGAC AGCAGCAATA GTAGTTCCCA ACAAGACATT 
GACTCTGAAA ATGGTACAAA ACAAAAAACG ACTACCACGG TTCTAAAGGA TGAGTTAAGA 
ACTTCCATAG TAGATTCAAA GCCAGCAGGT ACAGCCTGCA AATCAGGGCG TGGAACAGGA 
GTTACTAGCA ATGCTGAAAA GCATGCTGAC CATAAAAGCA CATTGACTAA GAAAATGCAT 
ATCCAAAGTG CTATATCCAA ACCAAATCCT GGGGAGAAAG AGCTTACTCG AGGAACTCAC 
GAAGTGAATG TGGATTCCAA AACAAGTCAG AAAATGTTCC CTAGTGTTCC ATCAGAAAAT 
GAGAGGCCAC AAAAGAATTT GAAAAGCACA GCCAGACCCA CCGAAGAATG TGTTGCTCAA 
GGAGATGCTG TTTTTGAACA TTCCACAGAT TTAGACTCCT CATTATCTTC AAGTTCAATG 
ACTGTCAAGC CTCAAAAAGA ATCTCTTGTT TCAGCTGTAA TTCCTATAGT TGACAGAGCT 
GGTTTAGAAG GTAGCATAGC CAGCACTTCC CTTGTGGATC GCTCTGATAT CCCTAACCAA 
AGTTTGACTA TTAGAAAATC AGAAGCCCCC AGGGTAGGTG ATAGCAAAGA AGGTGGTAAA 
AGTTCCACTG TAGATACACC AGCAAAAGCA AATGTGGCCA GCAAAAGACA CATCCCAGAA 
GGTTACCAGG CCACTTCGTT AGGCAGCAAA CAAGGAAGAG TGAACACATC TCTTTCTAGC 
AAGTCATCAG ACATGATTGT GGAAAATGAG AATCTCAGAA AAGAAAGTGG ATTGATACAC 
ACAACCAAGC AAGAAAGTGA TTTAAGTACA CAGCCCAGTT TAAAGCAGGC AGACAGAACT 
ACAGTAGAAA ATGGCAAGAA GGATGGCATT GCTGTCAGTC TTGTGGCAGA CATGAGTACA 
GGAAAAGATG CTAAAACTGT GGAACTTAAG CATAATAGAG TCCCAGATGA AATTAAAACT 
CTACCAGTTG ATGTTGAAAG GAGTGAAATC AGTGAGGTAG ACACCAGTGC TGGGGGCAAT 
GCTGCATCAT CTGTTTTACA GCAGAGAAAT GGAAAACCTG AGAGTGTGGC AGCTAGGACT 
AGAGGAGCAG AAAGGGCTTC AGTTGCCACA AGTACTGAGG AGAAGGACAA AGGCTTTACC 
TTAAATCCAG TAAAGGCTGG AGATGCCACC ACCACTTCTT CAGAAACGGG AGAATGTAGG 
ATGGCTTTTC CCTGCACCAG CATTGAGGCA GATGAAGGTT TCATAGTAGA TGCAGACCCC 
AGAAACAATC CACTCCTGGG CCAAGTAGAA GCCAGTGAAT GCACAGTTTT TGCTGCAGCT 
GAAGAGGGTG GGGGTGTTGT CACAGAAGGA TTTGCGGCAA GTGAAACTTT TCTCACAAGT 
ACTAAGGAAG GAGAAAGTGG AGAGTGTTCT GTGGCTGAAT CAGAAGACAG GGCAGCAGGT 
CCTGTGGCTG CTCATACAGT TCAAAGTGAA GCCAGCATGA ACAGTGTTGT CACAGAGGAA 
AAAGATGATG CCGTAACCAG TGCAGGTTCC GAAGAAAAAT GTGACGGTTC CTCAAGTAGA 
GACCCTGAAA TAGTTGAAGG AACTGGTACT TTTATTAGTG AAATTGAAAG TGATGGAGCA 
GTTACAAGTG CCGGAACAGA AATAAGAATG GGATCTGTGA GCAGTGAAGA AATTGATGGG 
TCCCAGGGAA ATAGGACAAG AATGGGTCCC AAGAAAGAAA CAGAGGGCAC CGTGACTTGT 
ACAGGAGCAG AAGGCAGAAG TGATAACTTT GCTATCTGCT CAGTAACTGA GGCAGGGCCC 
CAGGAGGAGC GCATGGTTAC AGGGGCAGAT GTGGTCTTAG TAGATAATGA CACACCTCCG 
GGAACAAGTG CCAACCAAGA AGGAGATGGT TCTGTGAATG ATGGTGCTGA AGGTGAGAGT 
GCAGTTACTA GCACTGGCAT AACTGAAGAA GATGGAGAAG GGCCAGCAAG CTGCATGGGC 
TCAGAAGACA GCAGTGAAGG CTGTGCTATA AGTTCTGAAA CAGAAGAAAA TGGAGAGGGT 
GCAATGGATA GCACAGTAGC TAAAGAAGTC ACTAATGTAC CATTAGTTGC TACTGGTCCC 
TGTGATGATG AAGGCATTGT GACAAGCACA GGCGCAAAAG AGGAGGATGA TGAGGGGGAA 
GGCATTGTGA CGAGTACTGG AAGAGGAAAT GAAATCGGAC ATGCTTCAAC TTGCACGGGA 
ATAGGAGAAG AAAGTGAAGG GGTCTTGATT TGTGAAAGTG CAGAAGGGGA CAGTCAGATT 
GGTCCTACGG TAGAGCATGT GGACGCTGAG GCTGGGGCAG GCATCATGAA TGCAAATGAA 
AGTAACGTTG ATAGCATGAG TGGTGCTGAA AAGGAAATCA AAGACACAGA GATCTGCTCC 
AGTGCTAAAG GGATTGTAGA AAGCAGTGTG ACCAGTGCAG TTGCTGGAAA GGGTCAAGTG 
GTGCTAGTTC CAGAAGGTTG TGAGGATCCC ATGACTAGTG CAACTTCTGA TCAAAGTGAT 
AGTCAACTTA CCCGGAAAGA AAAGGTTGAA GATATCAGTA TTTCCACTGG TCTTGTGGGA 
GGCAGTCGTG ATATTCTTAT ATCTGGGGTA GTCCCAGAAT GTGAGGTTGA GCATACATCA 
CCAAGTGAGA AAGAAGATGA GGGCATCATC ACCTCTGTAG AAAATGAAGA ATGTAATGGC 
CTCATGGCTA GTACAGCTGG TGACCATATT TCCAACCAAG GTAGTTTAGC TGGGGGTAAA 
AGTCCAGGCA AAGGCTTGAT GATTTCCACC AGTACAACAA ATGATTACAC CCCTCAAGTG 
AGCACAATTG TAGACATGGG AGAAGGGCAT TCAAGTGCCC TGAAAACTGA GGAAAATTTG 
GAAGGCACCA GAGTAAACTT GGAAGAATTT GAGGCCCCCA TGCCCAGTGC AGTTTCTGGT 
GATGAGAGCC AACTCACAGC TAGGAATTGT GAAGAGAAAG ATGAGTGTGC CATGATTTCT 
ACAAGTATAA GGGAAGAGTT TGAAATGCCT ATTTCTAGTG CAACCACCAT CAAATGTGCA 
GAAAGTCAGC AGCCGGTTGC AATAGTTGAA GAGGGAGCTA AAGGTCCAGT GTTGGTAAGC 
ACTGAGGACT TTGAGTTTCC TATGCCCAGT GCTCCCACGG AAGTTGAATG TCCTCTTGCC 
TCAACCAGCA AGGAAGACAA AGATGAATGT GCTCTCATTT CCACCAGCAT AGCAGAAGAA 
TGTGAGGCCT CTATTTCTGG TGTAAGTGAA AATGCACGAT CTGTTACAGA TGGGAGTGCT 
ATTATCTCAA CAAGCTCTGT GGAAGACTGT GAAGGCCCAG TGTCGAGTGC CATCCCTCAG 
GAGAAAATCC GCCCCTTGAT CACACCAGTG GAAGAGTCAA GTGATACTGC CATGATTTCC 
ACAAGCACTT CTGAAGGGTG GGAGGCAGTC ATGATTGGTG CTGTCCCCCC AGATGAAGAC 
CAGGCCACCA TTGCAAGAGT GGAAGACTCA GGTGATGCTG CCGTCATCTC CACCAGCACA 
GCGGAGTGTG TGCTGATAGT CACCAGCCTA GACAGACCCA AGGAGAGTCA GCTGGCTGCA 
AGCAAACCAG AAGGTAATGA TGACCTGCCA GCTACAAAGG TAAGCAGGGG TGAGATCCCC 
ATGCCAAGCC TCATTGCTGA GAATAACTGT CAGTGTCCTG CGCCATTCAC AGGAGGCAAA 
GAAGCTGGCC CGCTATTGGC GGTGAGCACC CAGGAAGGGC ACAATGGGCT GTCAATCTGT 
GAGCCTGCCA AGGAGCAAGA CCAGCCAAAG GCTATGGCTA CAGAAGAGGA AGACAGACTT 
GACAAGGACT GCCCTGTTCA GGGCTCATTT TCAGCAAGAG GACAAAATGA GAGTACTTTG 
CACCTCATAA ATGTAGAAGA GAAGAAGGTA TTGTTGAGCT CCATTCAGAG AGAAGACAGA 
AGCCCAGAGA CAGAGACAAT GGGAGGCAGT AGCACAGCCA GCTGTTCTCC AGCAGAAAGG 
GGTGTGGAGA AAAGCGCCAA TTCCTCCGTC CATCCGAGAG GACCACAGCA GACGGCTGGA 
GACATCTCTG TCAGTATTTG CTCTTTGTCA GCAGTAAATA CCGGTGCTAA AAAAGCTGAT 
GACATGCTAC CTGTCAAAGA CACTGCCCCA GAGTATTCTT CTAATCCTCC CGACCAACAG 
GGGAGGAAGG ACAACTTGAA AACTACCACC ACTAAATGTA TTACTGACCT AGGGTCAAAA 
ATTGCTTCCT CCCACTCAGG GAGCCTTCCA GCTGCCTGGC ACGTAGCTCA GTCATCAGCT 
CCAACATGTG AGAAGGACTT GACCACAAAG AGTGATCGTA ACAGCAAGCG AGCTGTGGAA 
GCTTCTGCTG AGAAAACAGG ACGAGGTAAT GGCACACGGA GGTCATTGCA AGGGGAAGGA 
AACTTCGAGG ACACTGTTTC TGTTGAACCC AACATGTGTG ACATAGATAA TGAAGAGTCT 
CCACCAAAAG TTTTGGGAGG ATCAGAACTG GCAACCAACT TGAAAACTGA GACATTTGTG 
CCTTCAGGGA AAAAGAAACA TCAGGACATT CTGGCACCAC CAGGAACTGT GTGTGGGGCT 
GAACTACCGA AGGAGCCTAC ATTGATGAAT GAATCCCTAA ATGTTGAAAA TTCAGGATCA 
AGAGCAAATG AAGAAGTTCA AAATGAATCC TACATAAAAG CAGGGATATC CAGTGGTGGG 
AAAGATAACA CAGAAGCAAA CTCTAAAGAG GTCGAAGAGG AAGAAAGGCA TATTCCTAAA 
AGAAAAAGAA AGAAGCATTA TGCTTCCTCA GAAGATGAAC TGGATGATAA TTCAGATGTC 
CTGGATTCCA GAATAGAAAC AGCACAGAGA CAGTGCTCTG GAGCGGAACC ACAAGACACA 
AAGGAAGAAA ACTCTGGAGA CTTGGAGGAA TTATCCAGAA CAAGTTTCAA GACAAACAGC 
AGTACGTCAA GGGCCGTGGA AGAAAAAGAT GAACTTAGCA GCAGTGAGGC TACTAGTGAA 
AAGACAGAGC AGAATGAAGA TGATAGCATC AAGTCACAGG AGGAAGATCA GCCAATAATT 
ATTAAAAGGA AAAGAGGAAG ACCTCGTAAA TACCCTGTAG AAACAGCATT AAAAACAAAA 
GACGACTCCA AAACAGATAC TGGCATTGCC ACTGTAGAAC AATCTCCACC TAGCAGCAAA 
CTGAAAGTGA TACAAACAGA TGAATCCAAT AAAGAAACAG CTAACCTACA AGAAAGAGGT 
ATAAGCAATG ACGATGGTGA TGAGAAAACC GTAGCAAGTG CACGTCGGAG AGGAAGGAAG 
CCCAAGCGTT CGCTCACGCT GTCAGATGAT GCTGAATTCT CAGAGCCAGA AAGAAAACGC 
CAGAAATCAG TTTCTGAAGC AGCTGAGGAC AAAAAAGATC AGGAGTCTGA TGAGGAAGAG 
GAAGAAGAGG AAGAGGATGA GCCCCCTGGA GCCACCACAA GATCTACCAC GAGATCAGAG 
GCTCAGAGAT CAAAGACACA GCTCTCCCCT TCTACTAAAC GCAAGAGAGA AGTCAGTCCT 
CCTGGGGCCC GGACAAGAGG CCAGCAAAGA GTAGAAGAAG CTCCTGTGAA AAAGGCGAAG 
CGGTAA

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

RefSeq	XP_005319018.2
CDS	1..8886
Translation	MASVEDQRSWNLPAYQNLRQRVDNFVANHLATHTWSPHLNKNQLRNNIRQQVLKSGMLESGIDRIISQVVDPKINHTFRPQVEKAVHEFLATLNHKEEASGSTAPDDEKPDSSIVTQGVPAPGPSANVAKDAMSILETITSLNQEANAARASTEMSNAKTNERQSKKLSSQPSSDISTDKERTSEDLTDKEKATPDTGGEGVEAAPKSEEHSDVPCPVDEIKNSTKENSSSILLNKDVQQENGDQKNKSTDKGEKKSDISEKGERKKEKKEKTEKKFDYSKKSEDTQKLKDEKQAKEKEVESSKLPSEKNSNKANTVEGAREDCFLIDSDVDGLTDITVSSVHTSDLSSFEEDTEEEVVMSDSMEEGEITSDDEEKNKQNKTKTQTSDSNEGKPKSVRHAYVHKPYLYSKYYSDSDDELTVEQRRQSIAKEKEERLLRRQINREKLEEKRKQKAEKTKSSKAKSQGKSPADLEESSAKSLEPKAPRIKEVLKERKVLEKKVALSKKRRKNSRNVEENSKKKQQSEEDSKETLKTNEHCEKEKASSSKEPKHAYAKSEPSKPARRLSESLHSADENKNESKIEREHKRRTSTPVVMEGASEETDTRDGKRQVERSEIAMEESQKQKSTLKNEKHLKKDDSETPHLKSLPKKDMKSSKEKPEKEKTLSEEKSSTKHKYKGDSMHKTSDETELHSSEKSLKVEENTQKQSQQIKLSSDDKAERKSKHRNERKLSVLGKDGKPVSEYIIKTDENVRKDNNKKERHLSTEKTKAEHKSRRSSDSKIQKESLGSKQHGITLQRRSESCSEDKCDTDMTNLDSSVKPEEVVHKERRRTKNLLEEKLVLKSKSKGQGKQLKIAETELQENITKQMTTPKPDKEKNTEENDSEKQRKSKVEEKPVEETGVEPVSESAAASAHSSQRDPSHRAKLPLAKEKPKGERDTSSSRLDRKLSDGHKSKSLKHGSKDMKKREENKSDDKDGKEVDSNHEKARGNGSVLEKKLSRRLCENRRGSLSQEMTKGEEKSAANTLGTPSSSSLPRPKKCGDTTSIPEQEPMEIDSEAVVENVSEVSKTQDSSNSSSQQDIDSENGTKQKTTTTVLKDELRTSIVDSKPAGTACKSGRGTGVTSNAEKHADHKSTLTKKMHIQSAISKPNPGEKELTRGTHEVNVDSKTSQKMFPSVPSENERPQKNLKSTARPTEECVAQGDAVFEHSTDLDSSLSSSSMTVKPQKESLVSAVIPIVDRAGLEGSIASTSLVDRSDIPNQSLTIRKSEAPRVGDSKEGGKSSTVDTPAKANVASKRHIPEGYQATSLGSKQGRVNTSLSSKSSDMIVENENLRKESGLIHTTKQESDLSTQPSLKQADRTTVENGKKDGIAVSLVADMSTGKDAKTVELKHNRVPDEIKTLPVDVERSEISEVDTSAGGNAASSVLQQRNGKPESVAARTRGAERASVATSTEEKDKGFTLNPVKAGDATTTSSETGECRMAFPCTSIEADEGFIVDADPRNNPLLGQVEASECTVFAAAEEGGGVVTEGFAASETFLTSTKEGESGECSVAESEDRAAGPVAAHTVQSEASMNSVVTEEKDDAVTSAGSEEKCDGSSSRDPEIVEGTGTFISEIESDGAVTSAGTEIRMGSVSSEEIDGSQGNRTRMGPKKETEGTVTCTGAEGRSDNFAICSVTEAGPQEERMVTGADVVLVDNDTPPGTSANQEGDGSVNDGAEGESAVTSTGITEEDGEGPASCMGSEDSSEGCAISSETEENGEGAMDSTVAKEVTNVPLVATGPCDDEGIVTSTGAKEEDDEGEGIVTSTGRGNEIGHASTCTGIGEESEGVLICESAEGDSQIGPTVEHVDAEAGAGIMNANESNVDSMSGAEKEIKDTEICSSAKGIVESSVTSAVAGKGQVVLVPEGCEDPMTSATSDQSDSQLTRKEKVEDISISTGLVGGSRDILISGVVPECEVEHTSPSEKEDEGIITSVENEECNGLMASTAGDHISNQGSLAGGKSPGKGLMISTSTTNDYTPQVSTIVDMGEGHSSALKTEENLEGTRVNLEEFEAPMPSAVSGDESQLTARNCEEKDECAMISTSIREEFEMPISSATTIKCAESQQPVAIVEEGAKGPVLVSTEDFEFPMPSAPTEVECPLASTSKEDKDECALISTSIAEECEASISGVSENARSVTDGSAIISTSSVEDCEGPVSSAIPQEKIRPLITPVEESSDTAMISTSTSEGWEAVMIGAVPPDEDQATIARVEDSGDAAVISTSTAECVLIVTSLDRPKESQLAASKPEGNDDLPATKVSRGEIPMPSLIAENNCQCPAPFTGGKEAGPLLAVSTQEGHNGLSICEPAKEQDQPKAMATEEEDRLDKDCPVQGSFSARGQNESTLHLINVEEKKVLLSSIQREDRSPETETMGGSSTASCSPAERGVEKSANSSVHPRGPQQTAGDISVSICSLSAVNTGAKKADDMLPVKDTAPEYSSNPPDQQGRKDNLKTTTTKCITDLGSKIASSHSGSLPAAWHVAQSSAPTCEKDLTTKSDRNSKRAVEASAEKTGRGNGTRRSLQGEGNFEDTVSVEPNMCDIDNEESPPKVLGGSELATNLKTETFVPSGKKKHQDILAPPGTVCGAELPKEPTLMNESLNVENSGSRANEEVQNESYIKAGISSGGKDNTEANSKEVEEEERHIPKRKRKKHYASSEDELDDNSDVLDSRIETAQRQCSGAEPQDTKEENSGDLEELSRTSFKTNSSTSRAVEEKDELSSSEATSEKTEQNEDDSIKSQEEDQPIIIKRKRGRPRKYPVETALKTKDDSKTDTGIATVEQSPPSSKLKVIQTDESNKETANLQERGISNDDGDEKTVASARRRGRKPKRSLTLSDDAEFSEPERKRQKSVSEAAEDKKDQESDEEEEEEEEDEPPGATTRSTTRSEAQRSKTQLSPSTKRKREVSPPGARTRGQQRVEEAPVKKAKR

Target ORF information:

RefSeq Version	XM_005318961.3
Organism	Ictidomys tridecemlineatus(thirteen-lined ground squirrel)
Definition	Ictidomys tridecemlineatus biorientation of chromosomes in cell division 1 like 1 (Bod1l1), mRNA.

Target ORF information:

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

XM_005318961.3

ORF Insert Sequence:

ATGGCAAGTG TAGAAGATCA GAGGTCTTGG AACCTGCCTG CCTATCAGAA TTTGAGACAG 
CGTGTTGACA ACTTTGTTGC AAACCACTTG GCCACTCATA CATGGAGTCC CCATCTCAAT 
AAAAACCAAC TAAGAAACAA TATTCGGCAA CAAGTCCTTA AATCAGGAAT GCTGGAGTCT 
GGTATCGACC GAATTATTTC TCAGGTTGTG GATCCAAAGA TCAACCACAC ATTCAGACCT 
CAGGTGGAAA AAGCCGTGCA TGAGTTTTTG GCCACACTAA ATCACAAAGA GGAAGCAAGT 
GGCAGCACAG CTCCAGATGA CGAGAAACCA GACTCCTCTA TCGTTACACA AGGTGTCCCT 
GCTCCTGGTC CCAGTGCTAA TGTAGCCAAG GATGCCATGT CAATCTTGGA AACTATAACT 
TCTCTTAACC AGGAAGCTAA TGCTGCCAGG GCTTCAACAG AAATGTCCAA TGCTAAGACC 
AATGAGAGAC AATCAAAAAA ACTCTCATCT CAGCCAAGCA GTGACATTAG TACTGACAAA 
GAGAGAACTT CAGAGGACTT GACTGATAAA GAAAAAGCTA CACCTGACAC TGGAGGGGAA 
GGAGTGGAAG CAGCCCCAAA GTCAGAAGAG CATAGTGATG TCCCTTGTCC AGTTGATGAA 
ATTAAAAACT CTACAAAAGA GAACAGTAGC TCAATTCTAC TCAATAAGGA TGTTCAGCAG 
GAAAACGGTG ATCAAAAAAA TAAATCAACA GACAAAGGTG AAAAGAAATC AGACATCAGT 
GAGAAAGGAG AAAGAAAGAA AGAAAAGAAA GAAAAGACCG AAAAGAAATT TGATTACTCA 
AAAAAAAGTG AAGATACACA AAAACTAAAA GATGAAAAAC AAGCAAAAGA AAAAGAAGTA 
GAGAGTTCAA AACTTCCTTC AGAAAAGAAC AGTAACAAAG CCAACACTGT TGAAGGGGCA 
AGAGAAGATT GCTTTTTGAT AGATTCTGAC GTGGATGGAC TTACAGACAT CACAGTTAGT 
TCTGTCCATA CCAGTGACCT TTCGTCTTTT GAAGAAGACA CTGAGGAAGA AGTGGTAATG 
TCTGATAGCA TGGAAGAAGG AGAGATTACA TCAGATGATG AAGAGAAGAA CAAACAGAAC 
AAAACAAAAA CTCAAACTAG TGATTCTAAT GAAGGAAAAC CAAAAAGTGT ACGGCATGCT 
TATGTTCACA AACCATACCT TTACTCAAAG TACTATAGTG ATTCTGATGA TGAGCTTACT 
GTAGAACAAC GCCGACAGTC TATTGCTAAA GAAAAAGAAG AGAGACTTTT AAGAAGGCAG 
ATTAATAGAG AGAAACTTGA AGAAAAGCGA AAACAGAAAG CAGAAAAGAC AAAGTCTTCC 
AAAGCCAAAA GTCAAGGGAA AAGTCCTGCG GACTTAGAAG AATCATCAGC AAAGAGTTTG 
GAACCAAAAG CCCCCAGAAT TAAAGAAGTC CTTAAAGAAC GGAAAGTTTT AGAGAAAAAA 
GTAGCCTTAA GCAAAAAAAG AAGAAAGAAT TCAAGGAATG TTGAAGAGAA TTCCAAAAAG 
AAACAGCAGT CTGAAGAAGA TTCCAAAGAA ACCCTCAAAA CAAATGAGCA CTGTGAAAAG 
GAAAAGGCAT CTTCTTCAAA GGAGCCGAAG CATGCTTATG CAAAAAGTGA ACCAAGTAAA 
CCTGCCCGAA GACTTTCAGA GTCTTTGCAT TCAGCTGATG AAAACAAGAA TGAATCTAAA 
ATTGAAAGAG AACATAAAAG ACGGACATCT ACCCCTGTGG TAATGGAAGG AGCATCAGAA 
GAAACTGACA CAAGAGATGG AAAAAGACAA GTAGAACGCT CAGAAATTGC CATGGAAGAA 
TCCCAGAAAC AGAAGAGCAC ACTTAAAAAT GAAAAGCATT TGAAGAAAGA TGATTCTGAA 
ACACCACATT TGAAAAGTCT ACCTAAGAAA GACATGAAAT CCTCTAAGGA GAAGCCAGAA 
AAAGAGAAAA CTCTGTCAGA AGAGAAGTCA TCTACAAAAC ATAAATATAA AGGTGACAGT 
ATGCATAAAA CAAGTGATGA GACTGAACTT CACTCTTCGG AGAAAAGTTT AAAAGTAGAG 
GAAAATACTC AAAAGCAAAG TCAACAAATA AAGCTTTCTT CAGATGACAA AGCTGAACGA 
AAAAGTAAGC ATAGAAATGA AAGGAAATTA TCAGTTTTAG GCAAAGATGG AAAGCCAGTT 
TCTGAATATA TTATAAAAAC AGATGAAAAT GTACGGAAAG ACAACAACAA AAAAGAGAGA 
CACTTGTCCA CTGAGAAAAC TAAGGCAGAA CACAAGTCAA GAAGATCAAG TGATTCTAAA 
ATTCAGAAAG AGTCTCTAGG TTCCAAGCAA CATGGTATCA CTTTACAGAG AAGAAGTGAA 
AGTTGTTCAG AAGATAAATG TGATACAGAC ATGACTAATT TAGATAGCAG TGTAAAACCA 
GAAGAGGTGG TTCACAAGGA GAGGCGAAGA ACAAAGAATT TGTTGGAAGA GAAACTTGTG 
TTGAAGTCTA AATCAAAAGG TCAGGGCAAA CAATTAAAAA TTGCTGAAAC AGAATTACAA 
GAAAATATCA CAAAACAGAT GACGACTCCA AAACCAGATA AGGAGAAGAA CACAGAAGAA 
AATGACTCAG AAAAACAGCG TAAGTCTAAA GTTGAAGAAA AACCTGTAGA AGAAACTGGT 
GTTGAACCTG TATCAGAGAG TGCTGCTGCT TCAGCACATA GTTCACAAAG AGACCCTAGT 
CACCGAGCTA AGCTACCATT AGCAAAAGAG AAGCCTAAGG GGGAGAGGGA CACAAGCTCC 
TCCAGACTTG ACAGGAAGCT ATCAGATGGG CACAAAAGTA AAAGCTTAAA GCATGGCAGC 
AAAGACATGA AAAAAAGAGA AGAAAATAAA TCAGATGACA AGGATGGTAA AGAAGTTGAC 
AGTAATCATG AAAAGGCCAG AGGAAATGGT TCAGTCCTGG AAAAGAAATT GAGTAGAAGG 
TTGTGTGAAA ATCGAAGAGG AAGCTTATCA CAAGAAATGA CTAAAGGAGA AGAAAAATCA 
GCAGCAAACA CACTGGGCAC TCCTAGTAGT TCCTCCCTTC CGAGACCAAA AAAATGTGGT 
GACACCACAT CAATCCCTGA GCAAGAGCCA ATGGAAATTG ATTCTGAGGC AGTTGTTGAA 
AATGTATCAG AAGTGTCTAA AACCCAGGAC AGCAGCAATA GTAGTTCCCA ACAAGACATT 
GACTCTGAAA ATGGTACAAA ACAAAAAACG ACTACCACGG TTCTAAAGGA TGAGTTAAGA 
ACTTCCATAG TAGATTCAAA GCCAGCAGGT ACAGCCTGCA AATCAGGGCG TGGAACAGGA 
GTTACTAGCA ATGCTGAAAA GCATGCTGAC CATAAAAGCA CATTGACTAA GAAAATGCAT 
ATCCAAAGTG CTATATCCAA ACCAAATCCT GGGGAGAAAG AGCTTACTCG AGGAACTCAC 
GAAGTGAATG TGGATTCCAA AACAAGTCAG AAAATGTTCC CTAGTGTTCC ATCAGAAAAT 
GAGAGGCCAC AAAAGAATTT GAAAAGCACA GCCAGACCCA CCGAAGAATG TGTTGCTCAA 
GGAGATGCTG TTTTTGAACA TTCCACAGAT TTAGACTCCT CATTATCTTC AAGTTCAATG 
ACTGTCAAGC CTCAAAAAGA ATCTCTTGTT TCAGCTGTAA TTCCTATAGT TGACAGAGCT 
GGTTTAGAAG GTAGCATAGC CAGCACTTCC CTTGTGGATC GCTCTGATAT CCCTAACCAA 
AGTTTGACTA TTAGAAAATC AGAAGCCCCC AGGGTAGGTG ATAGCAAAGA AGGTGGTAAA 
AGTTCCACTG TAGATACACC AGCAAAAGCA AATGTGGCCA GCAAAAGACA CATCCCAGAA 
GGTTACCAGG CCACTTCGTT AGGCAGCAAA CAAGGAAGAG TGAACACATC TCTTTCTAGC 
AAGTCATCAG ACATGATTGT GGAAAATGAG AATCTCAGAA AAGAAAGTGG ATTGATACAC 
ACAACCAAGC AAGAAAGTGA TTTAAGTACA CAGCCCAGTT TAAAGCAGGC AGACAGAACT 
ACAGTAGAAA ATGGCAAGAA GGATGGCATT GCTGTCAGTC TTGTGGCAGA CATGAGTACA 
GGAAAAGATG CTAAAACTGT GGAACTTAAG CATAATAGAG TCCCAGATGA AATTAAAACT 
CTACCAGTTG ATGTTGAAAG GAGTGAAATC AGTGAGGTAG ACACCAGTGC TGGGGGCAAT 
GCTGCATCAT CTGTTTTACA GCAGAGAAAT GGAAAACCTG AGAGTGTGGC AGCTAGGACT 
AGAGGAGCAG AAAGGGCTTC AGTTGCCACA AGTACTGAGG AGAAGGACAA AGGCTTTACC 
TTAAATCCAG TAAAGGCTGG AGATGCCACC ACCACTTCTT CAGAAACGGG AGAATGTAGG 
ATGGCTTTTC CCTGCACCAG CATTGAGGCA GATGAAGGTT TCATAGTAGA TGCAGACCCC 
AGAAACAATC CACTCCTGGG CCAAGTAGAA GCCAGTGAAT GCACAGTTTT TGCTGCAGCT 
GAAGAGGGTG GGGGTGTTGT CACAGAAGGA TTTGCGGCAA GTGAAACTTT TCTCACAAGT 
ACTAAGGAAG GAGAAAGTGG AGAGTGTTCT GTGGCTGAAT CAGAAGACAG GGCAGCAGGT 
CCTGTGGCTG CTCATACAGT TCAAAGTGAA GCCAGCATGA ACAGTGTTGT CACAGAGGAA 
AAAGATGATG CCGTAACCAG TGCAGGTTCC GAAGAAAAAT GTGACGGTTC CTCAAGTAGA 
GACCCTGAAA TAGTTGAAGG AACTGGTACT TTTATTAGTG AAATTGAAAG TGATGGAGCA 
GTTACAAGTG CCGGAACAGA AATAAGAATG GGATCTGTGA GCAGTGAAGA AATTGATGGG 
TCCCAGGGAA ATAGGACAAG AATGGGTCCC AAGAAAGAAA CAGAGGGCAC CGTGACTTGT 
ACAGGAGCAG AAGGCAGAAG TGATAACTTT GCTATCTGCT CAGTAACTGA GGCAGGGCCC 
CAGGAGGAGC GCATGGTTAC AGGGGCAGAT GTGGTCTTAG TAGATAATGA CACACCTCCG 
GGAACAAGTG CCAACCAAGA AGGAGATGGT TCTGTGAATG ATGGTGCTGA AGGTGAGAGT 
GCAGTTACTA GCACTGGCAT AACTGAAGAA GATGGAGAAG GGCCAGCAAG CTGCATGGGC 
TCAGAAGACA GCAGTGAAGG CTGTGCTATA AGTTCTGAAA CAGAAGAAAA TGGAGAGGGT 
GCAATGGATA GCACAGTAGC TAAAGAAGTC ACTAATGTAC CATTAGTTGC TACTGGTCCC 
TGTGATGATG AAGGCATTGT GACAAGCACA GGCGCAAAAG AGGAGGATGA TGAGGGGGAA 
GGCATTGTGA CGAGTACTGG AAGAGGAAAT GAAATCGGAC ATGCTTCAAC TTGCACGGGA 
ATAGGAGAAG AAAGTGAAGG GGTCTTGATT TGTGAAAGTG CAGAAGGGGA CAGTCAGATT 
GGTCCTACGG TAGAGCATGT GGACGCTGAG GCTGGGGCAG GCATCATGAA TGCAAATGAA 
AGTAACGTTG ATAGCATGAG TGGTGCTGAA AAGGAAATCA AAGACACAGA GATCTGCTCC 
AGTGCTAAAG GGATTGTAGA AAGCAGTGTG ACCAGTGCAG TTGCTGGAAA GGGTCAAGTG 
GTGCTAGTTC CAGAAGGTTG TGAGGATCCC ATGACTAGTG CAACTTCTGA TCAAAGTGAT 
AGTCAACTTA CCCGGAAAGA AAAGGTTGAA GATATCAGTA TTTCCACTGG TCTTGTGGGA 
GGCAGTCGTG ATATTCTTAT ATCTGGGGTA GTCCCAGAAT GTGAGGTTGA GCATACATCA 
CCAAGTGAGA AAGAAGATGA GGGCATCATC ACCTCTGTAG AAAATGAAGA ATGTAATGGC 
CTCATGGCTA GTACAGCTGG TGACCATATT TCCAACCAAG GTAGTTTAGC TGGGGGTAAA 
AGTCCAGGCA AAGGCTTGAT GATTTCCACC AGTACAACAA ATGATTACAC CCCTCAAGTG 
AGCACAATTG TAGACATGGG AGAAGGGCAT TCAAGTGCCC TGAAAACTGA GGAAAATTTG 
GAAGGCACCA GAGTAAACTT GGAAGAATTT GAGGCCCCCA TGCCCAGTGC AGTTTCTGGT 
GATGAGAGCC AACTCACAGC TAGGAATTGT GAAGAGAAAG ATGAGTGTGC CATGATTTCT 
ACAAGTATAA GGGAAGAGTT TGAAATGCCT ATTTCTAGTG CAACCACCAT CAAATGTGCA 
GAAAGTCAGC AGCCGGTTGC AATAGTTGAA GAGGGAGCTA AAGGTCCAGT GTTGGTAAGC 
ACTGAGGACT TTGAGTTTCC TATGCCCAGT GCTCCCACGG AAGTTGAATG TCCTCTTGCC 
TCAACCAGCA AGGAAGACAA AGATGAATGT GCTCTCATTT CCACCAGCAT AGCAGAAGAA 
TGTGAGGCCT CTATTTCTGG TGTAAGTGAA AATGCACGAT CTGTTACAGA TGGGAGTGCT 
ATTATCTCAA CAAGCTCTGT GGAAGACTGT GAAGGCCCAG TGTCGAGTGC CATCCCTCAG 
GAGAAAATCC GCCCCTTGAT CACACCAGTG GAAGAGTCAA GTGATACTGC CATGATTTCC 
ACAAGCACTT CTGAAGGGTG GGAGGCAGTC ATGATTGGTG CTGTCCCCCC AGATGAAGAC 
CAGGCCACCA TTGCAAGAGT GGAAGACTCA GGTGATGCTG CCGTCATCTC CACCAGCACA 
GCGGAGTGTG TGCTGATAGT CACCAGCCTA GACAGACCCA AGGAGAGTCA GCTGGCTGCA 
AGCAAACCAG AAGGTAATGA TGACCTGCCA GCTACAAAGG TAAGCAGGGG TGAGATCCCC 
ATGCCAAGCC TCATTGCTGA GAATAACTGT CAGTGTCCTG CGCCATTCAC AGGAGGCAAA 
GAAGCTGGCC CGCTATTGGC GGTGAGCACC CAGGAAGGGC ACAATGGGCT GTCAATCTGT 
GAGCCTGCCA AGGAGCAAGA CCAGCCAAAG GCTATGGCTA CAGAAGAGGA AGACAGACTT 
GACAAGGACT GCCCTGTTCA GGGCTCATTT TCAGCAAGAG GACAAAATGA GAGTACTTTG 
CACCTCATAA ATGTAGAAGA GAAGAAGGTA TTGTTGAGCT CCATTCAGAG AGAAGACAGA 
AGCCCAGAGA CAGAGACAAT GGGAGGCAGT AGCACAGCCA GCTGTTCTCC AGCAGAAAGG 
GGTGTGGAGA AAAGCGCCAA TTCCTCCGTC CATCCGAGAG GACCACAGCA GACGGCTGGA 
GACATCTCTG TCAGTATTTG CTCTTTGTCA GCAGTAAATA CCGGTGCTAA AAAAGCTGAT 
GACATGCTAC CTGTCAAAGA CACTGCCCCA GAGTATTCTT CTAATCCTCC CGACCAACAG 
GGGAGGAAGG ACAACTTGAA AACTACCACC ACTAAATGTA TTACTGACCT AGGGTCAAAA 
ATTGCTTCCT CCCACTCAGG GAGCCTTCCA GCTGCCTGGC ACGTAGCTCA GTCATCAGCT 
CCAACATGTG AGAAGGACTT GACCACAAAG AGTGATCGTA ACAGCAAGCG AGCTGTGGAA 
GCTTCTGCTG AGAAAACAGG ACGAGGTAAT GGCACACGGA GGTCATTGCA AGGGGAAGGA 
AACTTCGAGG ACACTGTTTC TGTTGAACCC AACATGTGTG ACATAGATAA TGAAGAGTCT 
CCACCAAAAG TTTTGGGAGG ATCAGAACTG GCAACCAACT TGAAAACTGA GACATTTGTG 
CCTTCAGGGA AAAAGAAACA TCAGGACATT CTGGCACCAC CAGGAACTGT GTGTGGGGCT 
GAACTACCGA AGGAGCCTAC ATTGATGAAT GAATCCCTAA ATGTTGAAAA TTCAGGATCA 
AGAGCAAATG AAGAAGTTCA AAATGAATCC TACATAAAAG CAGGGATATC CAGTGGTGGG 
AAAGATAACA CAGAAGCAAA CTCTAAAGAG GTCGAAGAGG AAGAAAGGCA TATTCCTAAA 
AGAAAAAGAA AGAAGCATTA TGCTTCCTCA GAAGATGAAC TGGATGATAA TTCAGATGTC 
CTGGATTCCA GAATAGAAAC AGCACAGAGA CAGTGCTCTG GAGCGGAACC ACAAGACACA 
AAGGAAGAAA ACTCTGGAGA CTTGGAGGAA TTATCCAGAA CAAGTTTCAA GACAAACAGC 
AGTACGTCAA GGGCCGTGGA AGAAAAAGAT GAACTTAGCA GCAGTGAGGC TACTAGTGAA 
AAGACAGAGC AGAATGAAGA TGATAGCATC AAGTCACAGG AGGAAGATCA GCCAATAATT 
ATTAAAAGGA AAAGAGGAAG ACCTCGTAAA TACCCTGTAG AAACAGCATT AAAAACAAAA 
GACGACTCCA AAACAGATAC TGGCATTGCC ACTGTAGAAC AATCTCCACC TAGCAGCAAA 
CTGAAAGTGA TACAAACAGA TGAATCCAAT AAAGAAACAG CTAACCTACA AGAAAGAGGT 
ATAAGCAATG ACGATGGTGA TGAGAAAACC GTAGCAAGTG CACGTCGGAG AGGAAGGAAG 
CCCAAGCGTT CGCTCACGCT GTCAGATGAT GCTGAATTCT CAGAGCCAGA AAGAAAACGC 
CAGAAATCAG TTTCTGAAGC AGCTGAGGAC AAAAAAGATC AGGAGTCTGA TGAGGAAGAG 
GAAGAAGAGG AAGAGGATGA GCCCCCTGGA GCCACCACAA GATCTACCAC GAGATCAGAG 
GCTCAGAGAT CAAAGACACA GCTCTCCCCT TCTACTAAAC GCAAGAGAGA AGTCAGTCCT 
CCTGGGGCCC GGACAAGAGG CCAGCAAAGA GTAGAAGAAG CTCCTGTGAA AAAGGCGAAG 
CGGTAA

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

BOD1L1 ( XM_005318961.2 ) cDNA ORF clone, Ictidomys tridecemlineatus(Thirteen-lined ground squirrel) -> XP_005319018.2 Ictidomys tridecemlineatus biorientation of chromosomes in cell division 1-like 1 (Bod1l1), mRNA.

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CloneID	OIc50182
Clone ID Related Accession (Same CDS sequence)	XM_005318961.3 , XM_005318961.2
Accession Version	XM_005318961.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8886bp) 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	1439222400000
Organism	Ictidomys tridecemlineatus(Thirteen-lined ground squirrel)
Product	biorientation of chromosomes in cell division protein 1-like 1
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004936477.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Aug 12, 2015 this sequence version replaced XM_005318961.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ictidomys tridecemlineatus Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGCAAGTG TAGAAGATCA GAGGTCTTGG AACCTGCCTG CCTATCAGAA TTTGAGACAG 
CGTGTTGACA ACTTTGTTGC AAACCACTTG GCCACTCATA CATGGAGTCC CCATCTCAAT 
AAAAACCAAC TAAGAAACAA TATTCGGCAA CAAGTCCTTA AATCAGGAAT GCTGGAGTCT 
GGTATCGACC GAATTATTTC TCAGGTTGTG GATCCAAAGA TCAACCACAC ATTCAGACCT 
CAGGTGGAAA AAGCCGTGCA TGAGTTTTTG GCCACACTAA ATCACAAAGA GGAAGCAAGT 
GGCAGCACAG CTCCAGATGA CGAGAAACCA GACTCCTCTA TCGTTACACA AGGTGTCCCT 
GCTCCTGGTC CCAGTGCTAA TGTAGCCAAG GATGCCATGT CAATCTTGGA AACTATAACT 
TCTCTTAACC AGGAAGCTAA TGCTGCCAGG GCTTCAACAG AAATGTCCAA TGCTAAGACC 
AATGAGAGAC AATCAAAAAA ACTCTCATCT CAGCCAAGCA GTGACATTAG TACTGACAAA 
GAGAGAACTT CAGAGGACTT GACTGATAAA GAAAAAGCTA CACCTGACAC TGGAGGGGAA 
GGAGTGGAAG CAGCCCCAAA GTCAGAAGAG CATAGTGATG TCCCTTGTCC AGTTGATGAA 
ATTAAAAACT CTACAAAAGA GAACAGTAGC TCAATTCTAC TCAATAAGGA TGTTCAGCAG 
GAAAACGGTG ATCAAAAAAA TAAATCAACA GACAAAGGTG AAAAGAAATC AGACATCAGT 
GAGAAAGGAG AAAGAAAGAA AGAAAAGAAA GAAAAGACCG AAAAGAAATT TGATTACTCA 
AAAAAAAGTG AAGATACACA AAAACTAAAA GATGAAAAAC AAGCAAAAGA AAAAGAAGTA 
GAGAGTTCAA AACTTCCTTC AGAAAAGAAC AGTAACAAAG CCAACACTGT TGAAGGGGCA 
AGAGAAGATT GCTTTTTGAT AGATTCTGAC GTGGATGGAC TTACAGACAT CACAGTTAGT 
TCTGTCCATA CCAGTGACCT TTCGTCTTTT GAAGAAGACA CTGAGGAAGA AGTGGTAATG 
TCTGATAGCA TGGAAGAAGG AGAGATTACA TCAGATGATG AAGAGAAGAA CAAACAGAAC 
AAAACAAAAA CTCAAACTAG TGATTCTAAT GAAGGAAAAC CAAAAAGTGT ACGGCATGCT 
TATGTTCACA AACCATACCT TTACTCAAAG TACTATAGTG ATTCTGATGA TGAGCTTACT 
GTAGAACAAC GCCGACAGTC TATTGCTAAA GAAAAAGAAG AGAGACTTTT AAGAAGGCAG 
ATTAATAGAG AGAAACTTGA AGAAAAGCGA AAACAGAAAG CAGAAAAGAC AAAGTCTTCC 
AAAGCCAAAA GTCAAGGGAA AAGTCCTGCG GACTTAGAAG AATCATCAGC AAAGAGTTTG 
GAACCAAAAG CCCCCAGAAT TAAAGAAGTC CTTAAAGAAC GGAAAGTTTT AGAGAAAAAA 
GTAGCCTTAA GCAAAAAAAG AAGAAAGAAT TCAAGGAATG TTGAAGAGAA TTCCAAAAAG 
AAACAGCAGT CTGAAGAAGA TTCCAAAGAA ACCCTCAAAA CAAATGAGCA CTGTGAAAAG 
GAAAAGGCAT CTTCTTCAAA GGAGCCGAAG CATGCTTATG CAAAAAGTGA ACCAAGTAAA 
CCTGCCCGAA GACTTTCAGA GTCTTTGCAT TCAGCTGATG AAAACAAGAA TGAATCTAAA 
ATTGAAAGAG AACATAAAAG ACGGACATCT ACCCCTGTGG TAATGGAAGG AGCATCAGAA 
GAAACTGACA CAAGAGATGG AAAAAGACAA GTAGAACGCT CAGAAATTGC CATGGAAGAA 
TCCCAGAAAC AGAAGAGCAC ACTTAAAAAT GAAAAGCATT TGAAGAAAGA TGATTCTGAA 
ACACCACATT TGAAAAGTCT ACCTAAGAAA GACATGAAAT CCTCTAAGGA GAAGCCAGAA 
AAAGAGAAAA CTCTGTCAGA AGAGAAGTCA TCTACAAAAC ATAAATATAA AGGTGACAGT 
ATGCATAAAA CAAGTGATGA GACTGAACTT CACTCTTCGG AGAAAAGTTT AAAAGTAGAG 
GAAAATACTC AAAAGCAAAG TCAACAAATA AAGCTTTCTT CAGATGACAA AGCTGAACGA 
AAAAGTAAGC ATAGAAATGA AAGGAAATTA TCAGTTTTAG GCAAAGATGG AAAGCCAGTT 
TCTGAATATA TTATAAAAAC AGATGAAAAT GTACGGAAAG ACAACAACAA AAAAGAGAGA 
CACTTGTCCA CTGAGAAAAC TAAGGCAGAA CACAAGTCAA GAAGATCAAG TGATTCTAAA 
ATTCAGAAAG AGTCTCTAGG TTCCAAGCAA CATGGTATCA CTTTACAGAG AAGAAGTGAA 
AGTTGTTCAG AAGATAAATG TGATACAGAC ATGACTAATT TAGATAGCAG TGTAAAACCA 
GAAGAGGTGG TTCACAAGGA GAGGCGAAGA ACAAAGAATT TGTTGGAAGA GAAACTTGTG 
TTGAAGTCTA AATCAAAAGG TCAGGGCAAA CAATTAAAAA TTGCTGAAAC AGAATTACAA 
GAAAATATCA CAAAACAGAT GACGACTCCA AAACCAGATA AGGAGAAGAA CACAGAAGAA 
AATGACTCAG AAAAACAGCG TAAGTCTAAA GTTGAAGAAA AACCTGTAGA AGAAACTGGT 
GTTGAACCTG TATCAGAGAG TGCTGCTGCT TCAGCACATA GTTCACAAAG AGACCCTAGT 
CACCGAGCTA AGCTACCATT AGCAAAAGAG AAGCCTAAGG GGGAGAGGGA CACAAGCTCC 
TCCAGACTTG ACAGGAAGCT ATCAGATGGG CACAAAAGTA AAAGCTTAAA GCATGGCAGC 
AAAGACATGA AAAAAAGAGA AGAAAATAAA TCAGATGACA AGGATGGTAA AGAAGTTGAC 
AGTAATCATG AAAAGGCCAG AGGAAATGGT TCAGTCCTGG AAAAGAAATT GAGTAGAAGG 
TTGTGTGAAA ATCGAAGAGG AAGCTTATCA CAAGAAATGA CTAAAGGAGA AGAAAAATCA 
GCAGCAAACA CACTGGGCAC TCCTAGTAGT TCCTCCCTTC CGAGACCAAA AAAATGTGGT 
GACACCACAT CAATCCCTGA GCAAGAGCCA ATGGAAATTG ATTCTGAGGC AGTTGTTGAA 
AATGTATCAG AAGTGTCTAA AACCCAGGAC AGCAGCAATA GTAGTTCCCA ACAAGACATT 
GACTCTGAAA ATGGTACAAA ACAAAAAACG ACTACCACGG TTCTAAAGGA TGAGTTAAGA 
ACTTCCATAG TAGATTCAAA GCCAGCAGGT ACAGCCTGCA AATCAGGGCG TGGAACAGGA 
GTTACTAGCA ATGCTGAAAA GCATGCTGAC CATAAAAGCA CATTGACTAA GAAAATGCAT 
ATCCAAAGTG CTATATCCAA ACCAAATCCT GGGGAGAAAG AGCTTACTCG AGGAACTCAC 
GAAGTGAATG TGGATTCCAA AACAAGTCAG AAAATGTTCC CTAGTGTTCC ATCAGAAAAT 
GAGAGGCCAC AAAAGAATTT GAAAAGCACA GCCAGACCCA CCGAAGAATG TGTTGCTCAA 
GGAGATGCTG TTTTTGAACA TTCCACAGAT TTAGACTCCT CATTATCTTC AAGTTCAATG 
ACTGTCAAGC CTCAAAAAGA ATCTCTTGTT TCAGCTGTAA TTCCTATAGT TGACAGAGCT 
GGTTTAGAAG GTAGCATAGC CAGCACTTCC CTTGTGGATC GCTCTGATAT CCCTAACCAA 
AGTTTGACTA TTAGAAAATC AGAAGCCCCC AGGGTAGGTG ATAGCAAAGA AGGTGGTAAA 
AGTTCCACTG TAGATACACC AGCAAAAGCA AATGTGGCCA GCAAAAGACA CATCCCAGAA 
GGTTACCAGG CCACTTCGTT AGGCAGCAAA CAAGGAAGAG TGAACACATC TCTTTCTAGC 
AAGTCATCAG ACATGATTGT GGAAAATGAG AATCTCAGAA AAGAAAGTGG ATTGATACAC 
ACAACCAAGC AAGAAAGTGA TTTAAGTACA CAGCCCAGTT TAAAGCAGGC AGACAGAACT 
ACAGTAGAAA ATGGCAAGAA GGATGGCATT GCTGTCAGTC TTGTGGCAGA CATGAGTACA 
GGAAAAGATG CTAAAACTGT GGAACTTAAG CATAATAGAG TCCCAGATGA AATTAAAACT 
CTACCAGTTG ATGTTGAAAG GAGTGAAATC AGTGAGGTAG ACACCAGTGC TGGGGGCAAT 
GCTGCATCAT CTGTTTTACA GCAGAGAAAT GGAAAACCTG AGAGTGTGGC AGCTAGGACT 
AGAGGAGCAG AAAGGGCTTC AGTTGCCACA AGTACTGAGG AGAAGGACAA AGGCTTTACC 
TTAAATCCAG TAAAGGCTGG AGATGCCACC ACCACTTCTT CAGAAACGGG AGAATGTAGG 
ATGGCTTTTC CCTGCACCAG CATTGAGGCA GATGAAGGTT TCATAGTAGA TGCAGACCCC 
AGAAACAATC CACTCCTGGG CCAAGTAGAA GCCAGTGAAT GCACAGTTTT TGCTGCAGCT 
GAAGAGGGTG GGGGTGTTGT CACAGAAGGA TTTGCGGCAA GTGAAACTTT TCTCACAAGT 
ACTAAGGAAG GAGAAAGTGG AGAGTGTTCT GTGGCTGAAT CAGAAGACAG GGCAGCAGGT 
CCTGTGGCTG CTCATACAGT TCAAAGTGAA GCCAGCATGA ACAGTGTTGT CACAGAGGAA 
AAAGATGATG CCGTAACCAG TGCAGGTTCC GAAGAAAAAT GTGACGGTTC CTCAAGTAGA 
GACCCTGAAA TAGTTGAAGG AACTGGTACT TTTATTAGTG AAATTGAAAG TGATGGAGCA 
GTTACAAGTG CCGGAACAGA AATAAGAATG GGATCTGTGA GCAGTGAAGA AATTGATGGG 
TCCCAGGGAA ATAGGACAAG AATGGGTCCC AAGAAAGAAA CAGAGGGCAC CGTGACTTGT 
ACAGGAGCAG AAGGCAGAAG TGATAACTTT GCTATCTGCT CAGTAACTGA GGCAGGGCCC 
CAGGAGGAGC GCATGGTTAC AGGGGCAGAT GTGGTCTTAG TAGATAATGA CACACCTCCG 
GGAACAAGTG CCAACCAAGA AGGAGATGGT TCTGTGAATG ATGGTGCTGA AGGTGAGAGT 
GCAGTTACTA GCACTGGCAT AACTGAAGAA GATGGAGAAG GGCCAGCAAG CTGCATGGGC 
TCAGAAGACA GCAGTGAAGG CTGTGCTATA AGTTCTGAAA CAGAAGAAAA TGGAGAGGGT 
GCAATGGATA GCACAGTAGC TAAAGAAGTC ACTAATGTAC CATTAGTTGC TACTGGTCCC 
TGTGATGATG AAGGCATTGT GACAAGCACA GGCGCAAAAG AGGAGGATGA TGAGGGGGAA 
GGCATTGTGA CGAGTACTGG AAGAGGAAAT GAAATCGGAC ATGCTTCAAC TTGCACGGGA 
ATAGGAGAAG AAAGTGAAGG GGTCTTGATT TGTGAAAGTG CAGAAGGGGA CAGTCAGATT 
GGTCCTACGG TAGAGCATGT GGACGCTGAG GCTGGGGCAG GCATCATGAA TGCAAATGAA 
AGTAACGTTG ATAGCATGAG TGGTGCTGAA AAGGAAATCA AAGACACAGA GATCTGCTCC 
AGTGCTAAAG GGATTGTAGA AAGCAGTGTG ACCAGTGCAG TTGCTGGAAA GGGTCAAGTG 
GTGCTAGTTC CAGAAGGTTG TGAGGATCCC ATGACTAGTG CAACTTCTGA TCAAAGTGAT 
AGTCAACTTA CCCGGAAAGA AAAGGTTGAA GATATCAGTA TTTCCACTGG TCTTGTGGGA 
GGCAGTCGTG ATATTCTTAT ATCTGGGGTA GTCCCAGAAT GTGAGGTTGA GCATACATCA 
CCAAGTGAGA AAGAAGATGA GGGCATCATC ACCTCTGTAG AAAATGAAGA ATGTAATGGC 
CTCATGGCTA GTACAGCTGG TGACCATATT TCCAACCAAG GTAGTTTAGC TGGGGGTAAA 
AGTCCAGGCA AAGGCTTGAT GATTTCCACC AGTACAACAA ATGATTACAC CCCTCAAGTG 
AGCACAATTG TAGACATGGG AGAAGGGCAT TCAAGTGCCC TGAAAACTGA GGAAAATTTG 
GAAGGCACCA GAGTAAACTT GGAAGAATTT GAGGCCCCCA TGCCCAGTGC AGTTTCTGGT 
GATGAGAGCC AACTCACAGC TAGGAATTGT GAAGAGAAAG ATGAGTGTGC CATGATTTCT 
ACAAGTATAA GGGAAGAGTT TGAAATGCCT ATTTCTAGTG CAACCACCAT CAAATGTGCA 
GAAAGTCAGC AGCCGGTTGC AATAGTTGAA GAGGGAGCTA AAGGTCCAGT GTTGGTAAGC 
ACTGAGGACT TTGAGTTTCC TATGCCCAGT GCTCCCACGG AAGTTGAATG TCCTCTTGCC 
TCAACCAGCA AGGAAGACAA AGATGAATGT GCTCTCATTT CCACCAGCAT AGCAGAAGAA 
TGTGAGGCCT CTATTTCTGG TGTAAGTGAA AATGCACGAT CTGTTACAGA TGGGAGTGCT 
ATTATCTCAA CAAGCTCTGT GGAAGACTGT GAAGGCCCAG TGTCGAGTGC CATCCCTCAG 
GAGAAAATCC GCCCCTTGAT CACACCAGTG GAAGAGTCAA GTGATACTGC CATGATTTCC 
ACAAGCACTT CTGAAGGGTG GGAGGCAGTC ATGATTGGTG CTGTCCCCCC AGATGAAGAC 
CAGGCCACCA TTGCAAGAGT GGAAGACTCA GGTGATGCTG CCGTCATCTC CACCAGCACA 
GCGGAGTGTG TGCTGATAGT CACCAGCCTA GACAGACCCA AGGAGAGTCA GCTGGCTGCA 
AGCAAACCAG AAGGTAATGA TGACCTGCCA GCTACAAAGG TAAGCAGGGG TGAGATCCCC 
ATGCCAAGCC TCATTGCTGA GAATAACTGT CAGTGTCCTG CGCCATTCAC AGGAGGCAAA 
GAAGCTGGCC CGCTATTGGC GGTGAGCACC CAGGAAGGGC ACAATGGGCT GTCAATCTGT 
GAGCCTGCCA AGGAGCAAGA CCAGCCAAAG GCTATGGCTA CAGAAGAGGA AGACAGACTT 
GACAAGGACT GCCCTGTTCA GGGCTCATTT TCAGCAAGAG GACAAAATGA GAGTACTTTG 
CACCTCATAA ATGTAGAAGA GAAGAAGGTA TTGTTGAGCT CCATTCAGAG AGAAGACAGA 
AGCCCAGAGA CAGAGACAAT GGGAGGCAGT AGCACAGCCA GCTGTTCTCC AGCAGAAAGG 
GGTGTGGAGA AAAGCGCCAA TTCCTCCGTC CATCCGAGAG GACCACAGCA GACGGCTGGA 
GACATCTCTG TCAGTATTTG CTCTTTGTCA GCAGTAAATA CCGGTGCTAA AAAAGCTGAT 
GACATGCTAC CTGTCAAAGA CACTGCCCCA GAGTATTCTT CTAATCCTCC CGACCAACAG 
GGGAGGAAGG ACAACTTGAA AACTACCACC ACTAAATGTA TTACTGACCT AGGGTCAAAA 
ATTGCTTCCT CCCACTCAGG GAGCCTTCCA GCTGCCTGGC ACGTAGCTCA GTCATCAGCT 
CCAACATGTG AGAAGGACTT GACCACAAAG AGTGATCGTA ACAGCAAGCG AGCTGTGGAA 
GCTTCTGCTG AGAAAACAGG ACGAGGTAAT GGCACACGGA GGTCATTGCA AGGGGAAGGA 
AACTTCGAGG ACACTGTTTC TGTTGAACCC AACATGTGTG ACATAGATAA TGAAGAGTCT 
CCACCAAAAG TTTTGGGAGG ATCAGAACTG GCAACCAACT TGAAAACTGA GACATTTGTG 
CCTTCAGGGA AAAAGAAACA TCAGGACATT CTGGCACCAC CAGGAACTGT GTGTGGGGCT 
GAACTACCGA AGGAGCCTAC ATTGATGAAT GAATCCCTAA ATGTTGAAAA TTCAGGATCA 
AGAGCAAATG AAGAAGTTCA AAATGAATCC TACATAAAAG CAGGGATATC CAGTGGTGGG 
AAAGATAACA CAGAAGCAAA CTCTAAAGAG GTCGAAGAGG AAGAAAGGCA TATTCCTAAA 
AGAAAAAGAA AGAAGCATTA TGCTTCCTCA GAAGATGAAC TGGATGATAA TTCAGATGTC 
CTGGATTCCA GAATAGAAAC AGCACAGAGA CAGTGCTCTG GAGCGGAACC ACAAGACACA 
AAGGAAGAAA ACTCTGGAGA CTTGGAGGAA TTATCCAGAA CAAGTTTCAA GACAAACAGC 
AGTACGTCAA GGGCCGTGGA AGAAAAAGAT GAACTTAGCA GCAGTGAGGC TACTAGTGAA 
AAGACAGAGC AGAATGAAGA TGATAGCATC AAGTCACAGG AGGAAGATCA GCCAATAATT 
ATTAAAAGGA AAAGAGGAAG ACCTCGTAAA TACCCTGTAG AAACAGCATT AAAAACAAAA 
GACGACTCCA AAACAGATAC TGGCATTGCC ACTGTAGAAC AATCTCCACC TAGCAGCAAA 
CTGAAAGTGA TACAAACAGA TGAATCCAAT AAAGAAACAG CTAACCTACA AGAAAGAGGT 
ATAAGCAATG ACGATGGTGA TGAGAAAACC GTAGCAAGTG CACGTCGGAG AGGAAGGAAG 
CCCAAGCGTT CGCTCACGCT GTCAGATGAT GCTGAATTCT CAGAGCCAGA AAGAAAACGC 
CAGAAATCAG TTTCTGAAGC AGCTGAGGAC AAAAAAGATC AGGAGTCTGA TGAGGAAGAG 
GAAGAAGAGG AAGAGGATGA GCCCCCTGGA GCCACCACAA GATCTACCAC GAGATCAGAG 
GCTCAGAGAT CAAAGACACA GCTCTCCCCT TCTACTAAAC GCAAGAGAGA AGTCAGTCCT 
CCTGGGGCCC GGACAAGAGG CCAGCAAAGA GTAGAAGAAG CTCCTGTGAA AAAGGCGAAG 
CGGTAA

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

RefSeq	XP_005319018.2
CDS	1..8886
Translation	MASVEDQRSWNLPAYQNLRQRVDNFVANHLATHTWSPHLNKNQLRNNIRQQVLKSGMLESGIDRIISQVVDPKINHTFRPQVEKAVHEFLATLNHKEEASGSTAPDDEKPDSSIVTQGVPAPGPSANVAKDAMSILETITSLNQEANAARASTEMSNAKTNERQSKKLSSQPSSDISTDKERTSEDLTDKEKATPDTGGEGVEAAPKSEEHSDVPCPVDEIKNSTKENSSSILLNKDVQQENGDQKNKSTDKGEKKSDISEKGERKKEKKEKTEKKFDYSKKSEDTQKLKDEKQAKEKEVESSKLPSEKNSNKANTVEGAREDCFLIDSDVDGLTDITVSSVHTSDLSSFEEDTEEEVVMSDSMEEGEITSDDEEKNKQNKTKTQTSDSNEGKPKSVRHAYVHKPYLYSKYYSDSDDELTVEQRRQSIAKEKEERLLRRQINREKLEEKRKQKAEKTKSSKAKSQGKSPADLEESSAKSLEPKAPRIKEVLKERKVLEKKVALSKKRRKNSRNVEENSKKKQQSEEDSKETLKTNEHCEKEKASSSKEPKHAYAKSEPSKPARRLSESLHSADENKNESKIEREHKRRTSTPVVMEGASEETDTRDGKRQVERSEIAMEESQKQKSTLKNEKHLKKDDSETPHLKSLPKKDMKSSKEKPEKEKTLSEEKSSTKHKYKGDSMHKTSDETELHSSEKSLKVEENTQKQSQQIKLSSDDKAERKSKHRNERKLSVLGKDGKPVSEYIIKTDENVRKDNNKKERHLSTEKTKAEHKSRRSSDSKIQKESLGSKQHGITLQRRSESCSEDKCDTDMTNLDSSVKPEEVVHKERRRTKNLLEEKLVLKSKSKGQGKQLKIAETELQENITKQMTTPKPDKEKNTEENDSEKQRKSKVEEKPVEETGVEPVSESAAASAHSSQRDPSHRAKLPLAKEKPKGERDTSSSRLDRKLSDGHKSKSLKHGSKDMKKREENKSDDKDGKEVDSNHEKARGNGSVLEKKLSRRLCENRRGSLSQEMTKGEEKSAANTLGTPSSSSLPRPKKCGDTTSIPEQEPMEIDSEAVVENVSEVSKTQDSSNSSSQQDIDSENGTKQKTTTTVLKDELRTSIVDSKPAGTACKSGRGTGVTSNAEKHADHKSTLTKKMHIQSAISKPNPGEKELTRGTHEVNVDSKTSQKMFPSVPSENERPQKNLKSTARPTEECVAQGDAVFEHSTDLDSSLSSSSMTVKPQKESLVSAVIPIVDRAGLEGSIASTSLVDRSDIPNQSLTIRKSEAPRVGDSKEGGKSSTVDTPAKANVASKRHIPEGYQATSLGSKQGRVNTSLSSKSSDMIVENENLRKESGLIHTTKQESDLSTQPSLKQADRTTVENGKKDGIAVSLVADMSTGKDAKTVELKHNRVPDEIKTLPVDVERSEISEVDTSAGGNAASSVLQQRNGKPESVAARTRGAERASVATSTEEKDKGFTLNPVKAGDATTTSSETGECRMAFPCTSIEADEGFIVDADPRNNPLLGQVEASECTVFAAAEEGGGVVTEGFAASETFLTSTKEGESGECSVAESEDRAAGPVAAHTVQSEASMNSVVTEEKDDAVTSAGSEEKCDGSSSRDPEIVEGTGTFISEIESDGAVTSAGTEIRMGSVSSEEIDGSQGNRTRMGPKKETEGTVTCTGAEGRSDNFAICSVTEAGPQEERMVTGADVVLVDNDTPPGTSANQEGDGSVNDGAEGESAVTSTGITEEDGEGPASCMGSEDSSEGCAISSETEENGEGAMDSTVAKEVTNVPLVATGPCDDEGIVTSTGAKEEDDEGEGIVTSTGRGNEIGHASTCTGIGEESEGVLICESAEGDSQIGPTVEHVDAEAGAGIMNANESNVDSMSGAEKEIKDTEICSSAKGIVESSVTSAVAGKGQVVLVPEGCEDPMTSATSDQSDSQLTRKEKVEDISISTGLVGGSRDILISGVVPECEVEHTSPSEKEDEGIITSVENEECNGLMASTAGDHISNQGSLAGGKSPGKGLMISTSTTNDYTPQVSTIVDMGEGHSSALKTEENLEGTRVNLEEFEAPMPSAVSGDESQLTARNCEEKDECAMISTSIREEFEMPISSATTIKCAESQQPVAIVEEGAKGPVLVSTEDFEFPMPSAPTEVECPLASTSKEDKDECALISTSIAEECEASISGVSENARSVTDGSAIISTSSVEDCEGPVSSAIPQEKIRPLITPVEESSDTAMISTSTSEGWEAVMIGAVPPDEDQATIARVEDSGDAAVISTSTAECVLIVTSLDRPKESQLAASKPEGNDDLPATKVSRGEIPMPSLIAENNCQCPAPFTGGKEAGPLLAVSTQEGHNGLSICEPAKEQDQPKAMATEEEDRLDKDCPVQGSFSARGQNESTLHLINVEEKKVLLSSIQREDRSPETETMGGSSTASCSPAERGVEKSANSSVHPRGPQQTAGDISVSICSLSAVNTGAKKADDMLPVKDTAPEYSSNPPDQQGRKDNLKTTTTKCITDLGSKIASSHSGSLPAAWHVAQSSAPTCEKDLTTKSDRNSKRAVEASAEKTGRGNGTRRSLQGEGNFEDTVSVEPNMCDIDNEESPPKVLGGSELATNLKTETFVPSGKKKHQDILAPPGTVCGAELPKEPTLMNESLNVENSGSRANEEVQNESYIKAGISSGGKDNTEANSKEVEEEERHIPKRKRKKHYASSEDELDDNSDVLDSRIETAQRQCSGAEPQDTKEENSGDLEELSRTSFKTNSSTSRAVEEKDELSSSEATSEKTEQNEDDSIKSQEEDQPIIIKRKRGRPRKYPVETALKTKDDSKTDTGIATVEQSPPSSKLKVIQTDESNKETANLQERGISNDDGDEKTVASARRRGRKPKRSLTLSDDAEFSEPERKRQKSVSEAAEDKKDQESDEEEEEEEEDEPPGATTRSTTRSEAQRSKTQLSPSTKRKREVSPPGARTRGQQRVEEAPVKKAKR

Target ORF information:

RefSeq Version	XM_005318961.2
Organism	Ictidomys tridecemlineatus(Thirteen-lined ground squirrel)
Definition	Ictidomys tridecemlineatus biorientation of chromosomes in cell division 1-like 1 (Bod1l1), mRNA.

Target ORF information:

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

XM_005318961.2

ORF Insert Sequence:

ATGGCAAGTG TAGAAGATCA GAGGTCTTGG AACCTGCCTG CCTATCAGAA TTTGAGACAG 
CGTGTTGACA ACTTTGTTGC AAACCACTTG GCCACTCATA CATGGAGTCC CCATCTCAAT 
AAAAACCAAC TAAGAAACAA TATTCGGCAA CAAGTCCTTA AATCAGGAAT GCTGGAGTCT 
GGTATCGACC GAATTATTTC TCAGGTTGTG GATCCAAAGA TCAACCACAC ATTCAGACCT 
CAGGTGGAAA AAGCCGTGCA TGAGTTTTTG GCCACACTAA ATCACAAAGA GGAAGCAAGT 
GGCAGCACAG CTCCAGATGA CGAGAAACCA GACTCCTCTA TCGTTACACA AGGTGTCCCT 
GCTCCTGGTC CCAGTGCTAA TGTAGCCAAG GATGCCATGT CAATCTTGGA AACTATAACT 
TCTCTTAACC AGGAAGCTAA TGCTGCCAGG GCTTCAACAG AAATGTCCAA TGCTAAGACC 
AATGAGAGAC AATCAAAAAA ACTCTCATCT CAGCCAAGCA GTGACATTAG TACTGACAAA 
GAGAGAACTT CAGAGGACTT GACTGATAAA GAAAAAGCTA CACCTGACAC TGGAGGGGAA 
GGAGTGGAAG CAGCCCCAAA GTCAGAAGAG CATAGTGATG TCCCTTGTCC AGTTGATGAA 
ATTAAAAACT CTACAAAAGA GAACAGTAGC TCAATTCTAC TCAATAAGGA TGTTCAGCAG 
GAAAACGGTG ATCAAAAAAA TAAATCAACA GACAAAGGTG AAAAGAAATC AGACATCAGT 
GAGAAAGGAG AAAGAAAGAA AGAAAAGAAA GAAAAGACCG AAAAGAAATT TGATTACTCA 
AAAAAAAGTG AAGATACACA AAAACTAAAA GATGAAAAAC AAGCAAAAGA AAAAGAAGTA 
GAGAGTTCAA AACTTCCTTC AGAAAAGAAC AGTAACAAAG CCAACACTGT TGAAGGGGCA 
AGAGAAGATT GCTTTTTGAT AGATTCTGAC GTGGATGGAC TTACAGACAT CACAGTTAGT 
TCTGTCCATA CCAGTGACCT TTCGTCTTTT GAAGAAGACA CTGAGGAAGA AGTGGTAATG 
TCTGATAGCA TGGAAGAAGG AGAGATTACA TCAGATGATG AAGAGAAGAA CAAACAGAAC 
AAAACAAAAA CTCAAACTAG TGATTCTAAT GAAGGAAAAC CAAAAAGTGT ACGGCATGCT 
TATGTTCACA AACCATACCT TTACTCAAAG TACTATAGTG ATTCTGATGA TGAGCTTACT 
GTAGAACAAC GCCGACAGTC TATTGCTAAA GAAAAAGAAG AGAGACTTTT AAGAAGGCAG 
ATTAATAGAG AGAAACTTGA AGAAAAGCGA AAACAGAAAG CAGAAAAGAC AAAGTCTTCC 
AAAGCCAAAA GTCAAGGGAA AAGTCCTGCG GACTTAGAAG AATCATCAGC AAAGAGTTTG 
GAACCAAAAG CCCCCAGAAT TAAAGAAGTC CTTAAAGAAC GGAAAGTTTT AGAGAAAAAA 
GTAGCCTTAA GCAAAAAAAG AAGAAAGAAT TCAAGGAATG TTGAAGAGAA TTCCAAAAAG 
AAACAGCAGT CTGAAGAAGA TTCCAAAGAA ACCCTCAAAA CAAATGAGCA CTGTGAAAAG 
GAAAAGGCAT CTTCTTCAAA GGAGCCGAAG CATGCTTATG CAAAAAGTGA ACCAAGTAAA 
CCTGCCCGAA GACTTTCAGA GTCTTTGCAT TCAGCTGATG AAAACAAGAA TGAATCTAAA 
ATTGAAAGAG AACATAAAAG ACGGACATCT ACCCCTGTGG TAATGGAAGG AGCATCAGAA 
GAAACTGACA CAAGAGATGG AAAAAGACAA GTAGAACGCT CAGAAATTGC CATGGAAGAA 
TCCCAGAAAC AGAAGAGCAC ACTTAAAAAT GAAAAGCATT TGAAGAAAGA TGATTCTGAA 
ACACCACATT TGAAAAGTCT ACCTAAGAAA GACATGAAAT CCTCTAAGGA GAAGCCAGAA 
AAAGAGAAAA CTCTGTCAGA AGAGAAGTCA TCTACAAAAC ATAAATATAA AGGTGACAGT 
ATGCATAAAA CAAGTGATGA GACTGAACTT CACTCTTCGG AGAAAAGTTT AAAAGTAGAG 
GAAAATACTC AAAAGCAAAG TCAACAAATA AAGCTTTCTT CAGATGACAA AGCTGAACGA 
AAAAGTAAGC ATAGAAATGA AAGGAAATTA TCAGTTTTAG GCAAAGATGG AAAGCCAGTT 
TCTGAATATA TTATAAAAAC AGATGAAAAT GTACGGAAAG ACAACAACAA AAAAGAGAGA 
CACTTGTCCA CTGAGAAAAC TAAGGCAGAA CACAAGTCAA GAAGATCAAG TGATTCTAAA 
ATTCAGAAAG AGTCTCTAGG TTCCAAGCAA CATGGTATCA CTTTACAGAG AAGAAGTGAA 
AGTTGTTCAG AAGATAAATG TGATACAGAC ATGACTAATT TAGATAGCAG TGTAAAACCA 
GAAGAGGTGG TTCACAAGGA GAGGCGAAGA ACAAAGAATT TGTTGGAAGA GAAACTTGTG 
TTGAAGTCTA AATCAAAAGG TCAGGGCAAA CAATTAAAAA TTGCTGAAAC AGAATTACAA 
GAAAATATCA CAAAACAGAT GACGACTCCA AAACCAGATA AGGAGAAGAA CACAGAAGAA 
AATGACTCAG AAAAACAGCG TAAGTCTAAA GTTGAAGAAA AACCTGTAGA AGAAACTGGT 
GTTGAACCTG TATCAGAGAG TGCTGCTGCT TCAGCACATA GTTCACAAAG AGACCCTAGT 
CACCGAGCTA AGCTACCATT AGCAAAAGAG AAGCCTAAGG GGGAGAGGGA CACAAGCTCC 
TCCAGACTTG ACAGGAAGCT ATCAGATGGG CACAAAAGTA AAAGCTTAAA GCATGGCAGC 
AAAGACATGA AAAAAAGAGA AGAAAATAAA TCAGATGACA AGGATGGTAA AGAAGTTGAC 
AGTAATCATG AAAAGGCCAG AGGAAATGGT TCAGTCCTGG AAAAGAAATT GAGTAGAAGG 
TTGTGTGAAA ATCGAAGAGG AAGCTTATCA CAAGAAATGA CTAAAGGAGA AGAAAAATCA 
GCAGCAAACA CACTGGGCAC TCCTAGTAGT TCCTCCCTTC CGAGACCAAA AAAATGTGGT 
GACACCACAT CAATCCCTGA GCAAGAGCCA ATGGAAATTG ATTCTGAGGC AGTTGTTGAA 
AATGTATCAG AAGTGTCTAA AACCCAGGAC AGCAGCAATA GTAGTTCCCA ACAAGACATT 
GACTCTGAAA ATGGTACAAA ACAAAAAACG ACTACCACGG TTCTAAAGGA TGAGTTAAGA 
ACTTCCATAG TAGATTCAAA GCCAGCAGGT ACAGCCTGCA AATCAGGGCG TGGAACAGGA 
GTTACTAGCA ATGCTGAAAA GCATGCTGAC CATAAAAGCA CATTGACTAA GAAAATGCAT 
ATCCAAAGTG CTATATCCAA ACCAAATCCT GGGGAGAAAG AGCTTACTCG AGGAACTCAC 
GAAGTGAATG TGGATTCCAA AACAAGTCAG AAAATGTTCC CTAGTGTTCC ATCAGAAAAT 
GAGAGGCCAC AAAAGAATTT GAAAAGCACA GCCAGACCCA CCGAAGAATG TGTTGCTCAA 
GGAGATGCTG TTTTTGAACA TTCCACAGAT TTAGACTCCT CATTATCTTC AAGTTCAATG 
ACTGTCAAGC CTCAAAAAGA ATCTCTTGTT TCAGCTGTAA TTCCTATAGT TGACAGAGCT 
GGTTTAGAAG GTAGCATAGC CAGCACTTCC CTTGTGGATC GCTCTGATAT CCCTAACCAA 
AGTTTGACTA TTAGAAAATC AGAAGCCCCC AGGGTAGGTG ATAGCAAAGA AGGTGGTAAA 
AGTTCCACTG TAGATACACC AGCAAAAGCA AATGTGGCCA GCAAAAGACA CATCCCAGAA 
GGTTACCAGG CCACTTCGTT AGGCAGCAAA CAAGGAAGAG TGAACACATC TCTTTCTAGC 
AAGTCATCAG ACATGATTGT GGAAAATGAG AATCTCAGAA AAGAAAGTGG ATTGATACAC 
ACAACCAAGC AAGAAAGTGA TTTAAGTACA CAGCCCAGTT TAAAGCAGGC AGACAGAACT 
ACAGTAGAAA ATGGCAAGAA GGATGGCATT GCTGTCAGTC TTGTGGCAGA CATGAGTACA 
GGAAAAGATG CTAAAACTGT GGAACTTAAG CATAATAGAG TCCCAGATGA AATTAAAACT 
CTACCAGTTG ATGTTGAAAG GAGTGAAATC AGTGAGGTAG ACACCAGTGC TGGGGGCAAT 
GCTGCATCAT CTGTTTTACA GCAGAGAAAT GGAAAACCTG AGAGTGTGGC AGCTAGGACT 
AGAGGAGCAG AAAGGGCTTC AGTTGCCACA AGTACTGAGG AGAAGGACAA AGGCTTTACC 
TTAAATCCAG TAAAGGCTGG AGATGCCACC ACCACTTCTT CAGAAACGGG AGAATGTAGG 
ATGGCTTTTC CCTGCACCAG CATTGAGGCA GATGAAGGTT TCATAGTAGA TGCAGACCCC 
AGAAACAATC CACTCCTGGG CCAAGTAGAA GCCAGTGAAT GCACAGTTTT TGCTGCAGCT 
GAAGAGGGTG GGGGTGTTGT CACAGAAGGA TTTGCGGCAA GTGAAACTTT TCTCACAAGT 
ACTAAGGAAG GAGAAAGTGG AGAGTGTTCT GTGGCTGAAT CAGAAGACAG GGCAGCAGGT 
CCTGTGGCTG CTCATACAGT TCAAAGTGAA GCCAGCATGA ACAGTGTTGT CACAGAGGAA 
AAAGATGATG CCGTAACCAG TGCAGGTTCC GAAGAAAAAT GTGACGGTTC CTCAAGTAGA 
GACCCTGAAA TAGTTGAAGG AACTGGTACT TTTATTAGTG AAATTGAAAG TGATGGAGCA 
GTTACAAGTG CCGGAACAGA AATAAGAATG GGATCTGTGA GCAGTGAAGA AATTGATGGG 
TCCCAGGGAA ATAGGACAAG AATGGGTCCC AAGAAAGAAA CAGAGGGCAC CGTGACTTGT 
ACAGGAGCAG AAGGCAGAAG TGATAACTTT GCTATCTGCT CAGTAACTGA GGCAGGGCCC 
CAGGAGGAGC GCATGGTTAC AGGGGCAGAT GTGGTCTTAG TAGATAATGA CACACCTCCG 
GGAACAAGTG CCAACCAAGA AGGAGATGGT TCTGTGAATG ATGGTGCTGA AGGTGAGAGT 
GCAGTTACTA GCACTGGCAT AACTGAAGAA GATGGAGAAG GGCCAGCAAG CTGCATGGGC 
TCAGAAGACA GCAGTGAAGG CTGTGCTATA AGTTCTGAAA CAGAAGAAAA TGGAGAGGGT 
GCAATGGATA GCACAGTAGC TAAAGAAGTC ACTAATGTAC CATTAGTTGC TACTGGTCCC 
TGTGATGATG AAGGCATTGT GACAAGCACA GGCGCAAAAG AGGAGGATGA TGAGGGGGAA 
GGCATTGTGA CGAGTACTGG AAGAGGAAAT GAAATCGGAC ATGCTTCAAC TTGCACGGGA 
ATAGGAGAAG AAAGTGAAGG GGTCTTGATT TGTGAAAGTG CAGAAGGGGA CAGTCAGATT 
GGTCCTACGG TAGAGCATGT GGACGCTGAG GCTGGGGCAG GCATCATGAA TGCAAATGAA 
AGTAACGTTG ATAGCATGAG TGGTGCTGAA AAGGAAATCA AAGACACAGA GATCTGCTCC 
AGTGCTAAAG GGATTGTAGA AAGCAGTGTG ACCAGTGCAG TTGCTGGAAA GGGTCAAGTG 
GTGCTAGTTC CAGAAGGTTG TGAGGATCCC ATGACTAGTG CAACTTCTGA TCAAAGTGAT 
AGTCAACTTA CCCGGAAAGA AAAGGTTGAA GATATCAGTA TTTCCACTGG TCTTGTGGGA 
GGCAGTCGTG ATATTCTTAT ATCTGGGGTA GTCCCAGAAT GTGAGGTTGA GCATACATCA 
CCAAGTGAGA AAGAAGATGA GGGCATCATC ACCTCTGTAG AAAATGAAGA ATGTAATGGC 
CTCATGGCTA GTACAGCTGG TGACCATATT TCCAACCAAG GTAGTTTAGC TGGGGGTAAA 
AGTCCAGGCA AAGGCTTGAT GATTTCCACC AGTACAACAA ATGATTACAC CCCTCAAGTG 
AGCACAATTG TAGACATGGG AGAAGGGCAT TCAAGTGCCC TGAAAACTGA GGAAAATTTG 
GAAGGCACCA GAGTAAACTT GGAAGAATTT GAGGCCCCCA TGCCCAGTGC AGTTTCTGGT 
GATGAGAGCC AACTCACAGC TAGGAATTGT GAAGAGAAAG ATGAGTGTGC CATGATTTCT 
ACAAGTATAA GGGAAGAGTT TGAAATGCCT ATTTCTAGTG CAACCACCAT CAAATGTGCA 
GAAAGTCAGC AGCCGGTTGC AATAGTTGAA GAGGGAGCTA AAGGTCCAGT GTTGGTAAGC 
ACTGAGGACT TTGAGTTTCC TATGCCCAGT GCTCCCACGG AAGTTGAATG TCCTCTTGCC 
TCAACCAGCA AGGAAGACAA AGATGAATGT GCTCTCATTT CCACCAGCAT AGCAGAAGAA 
TGTGAGGCCT CTATTTCTGG TGTAAGTGAA AATGCACGAT CTGTTACAGA TGGGAGTGCT 
ATTATCTCAA CAAGCTCTGT GGAAGACTGT GAAGGCCCAG TGTCGAGTGC CATCCCTCAG 
GAGAAAATCC GCCCCTTGAT CACACCAGTG GAAGAGTCAA GTGATACTGC CATGATTTCC 
ACAAGCACTT CTGAAGGGTG GGAGGCAGTC ATGATTGGTG CTGTCCCCCC AGATGAAGAC 
CAGGCCACCA TTGCAAGAGT GGAAGACTCA GGTGATGCTG CCGTCATCTC CACCAGCACA 
GCGGAGTGTG TGCTGATAGT CACCAGCCTA GACAGACCCA AGGAGAGTCA GCTGGCTGCA 
AGCAAACCAG AAGGTAATGA TGACCTGCCA GCTACAAAGG TAAGCAGGGG TGAGATCCCC 
ATGCCAAGCC TCATTGCTGA GAATAACTGT CAGTGTCCTG CGCCATTCAC AGGAGGCAAA 
GAAGCTGGCC CGCTATTGGC GGTGAGCACC CAGGAAGGGC ACAATGGGCT GTCAATCTGT 
GAGCCTGCCA AGGAGCAAGA CCAGCCAAAG GCTATGGCTA CAGAAGAGGA AGACAGACTT 
GACAAGGACT GCCCTGTTCA GGGCTCATTT TCAGCAAGAG GACAAAATGA GAGTACTTTG 
CACCTCATAA ATGTAGAAGA GAAGAAGGTA TTGTTGAGCT CCATTCAGAG AGAAGACAGA 
AGCCCAGAGA CAGAGACAAT GGGAGGCAGT AGCACAGCCA GCTGTTCTCC AGCAGAAAGG 
GGTGTGGAGA AAAGCGCCAA TTCCTCCGTC CATCCGAGAG GACCACAGCA GACGGCTGGA 
GACATCTCTG TCAGTATTTG CTCTTTGTCA GCAGTAAATA CCGGTGCTAA AAAAGCTGAT 
GACATGCTAC CTGTCAAAGA CACTGCCCCA GAGTATTCTT CTAATCCTCC CGACCAACAG 
GGGAGGAAGG ACAACTTGAA AACTACCACC ACTAAATGTA TTACTGACCT AGGGTCAAAA 
ATTGCTTCCT CCCACTCAGG GAGCCTTCCA GCTGCCTGGC ACGTAGCTCA GTCATCAGCT 
CCAACATGTG AGAAGGACTT GACCACAAAG AGTGATCGTA ACAGCAAGCG AGCTGTGGAA 
GCTTCTGCTG AGAAAACAGG ACGAGGTAAT GGCACACGGA GGTCATTGCA AGGGGAAGGA 
AACTTCGAGG ACACTGTTTC TGTTGAACCC AACATGTGTG ACATAGATAA TGAAGAGTCT 
CCACCAAAAG TTTTGGGAGG ATCAGAACTG GCAACCAACT TGAAAACTGA GACATTTGTG 
CCTTCAGGGA AAAAGAAACA TCAGGACATT CTGGCACCAC CAGGAACTGT GTGTGGGGCT 
GAACTACCGA AGGAGCCTAC ATTGATGAAT GAATCCCTAA ATGTTGAAAA TTCAGGATCA 
AGAGCAAATG AAGAAGTTCA AAATGAATCC TACATAAAAG CAGGGATATC CAGTGGTGGG 
AAAGATAACA CAGAAGCAAA CTCTAAAGAG GTCGAAGAGG AAGAAAGGCA TATTCCTAAA 
AGAAAAAGAA AGAAGCATTA TGCTTCCTCA GAAGATGAAC TGGATGATAA TTCAGATGTC 
CTGGATTCCA GAATAGAAAC AGCACAGAGA CAGTGCTCTG GAGCGGAACC ACAAGACACA 
AAGGAAGAAA ACTCTGGAGA CTTGGAGGAA TTATCCAGAA CAAGTTTCAA GACAAACAGC 
AGTACGTCAA GGGCCGTGGA AGAAAAAGAT GAACTTAGCA GCAGTGAGGC TACTAGTGAA 
AAGACAGAGC AGAATGAAGA TGATAGCATC AAGTCACAGG AGGAAGATCA GCCAATAATT 
ATTAAAAGGA AAAGAGGAAG ACCTCGTAAA TACCCTGTAG AAACAGCATT AAAAACAAAA 
GACGACTCCA AAACAGATAC TGGCATTGCC ACTGTAGAAC AATCTCCACC TAGCAGCAAA 
CTGAAAGTGA TACAAACAGA TGAATCCAAT AAAGAAACAG CTAACCTACA AGAAAGAGGT 
ATAAGCAATG ACGATGGTGA TGAGAAAACC GTAGCAAGTG CACGTCGGAG AGGAAGGAAG 
CCCAAGCGTT CGCTCACGCT GTCAGATGAT GCTGAATTCT CAGAGCCAGA AAGAAAACGC 
CAGAAATCAG TTTCTGAAGC AGCTGAGGAC AAAAAAGATC AGGAGTCTGA TGAGGAAGAG 
GAAGAAGAGG AAGAGGATGA GCCCCCTGGA GCCACCACAA GATCTACCAC GAGATCAGAG 
GCTCAGAGAT CAAAGACACA GCTCTCCCCT TCTACTAAAC GCAAGAGAGA AGTCAGTCCT 
CCTGGGGCCC GGACAAGAGG CCAGCAAAGA GTAGAAGAAG CTCCTGTGAA AAAGGCGAAG 
CGGTAA

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

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BOD1L1 cDNA ORF clone, Ictidomys tridecemlineatus(Thirteen-lined ground squirrel)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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