CEP126 cDNA ORF clone, Serinus canaria(Common canary)

Gene
Clones
gRNAs

Summary

Gene Symbol	CEP126
Entrez Gene ID	103812519
Full Name	centrosomal protein 126
Gene Type	protein-coding
Organism	Serinus canaria(Common canary)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018909037.1	XP_018764582.1	centrosomal protein of 126 kDa
XM_030233962.1	XP_030089822.1	centrosomal protein of 126 kDa

Pathways from BioSystems
Gene Ontology

The following CEP126 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CEP126 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OSe261407	XM_030233962.1 Latest version!	Serinus canaria centrosomal protein 126 (CEP126), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OSe82462	XM_018909037.1 Latest version!	Serinus canaria centrosomal protein 126 (CEP126), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

CEP126 ( XM_030233962.1 ) cDNA ORF clone, Serinus canaria(Common canary) -> XP_030089822.1 Serinus canaria centrosomal protein 126 (CEP126), mRNA.

Price & Availability↑

CloneID	OSe261407
Clone ID Related Accession (Same CDS sequence)	XM_030233962.1
Accession Version	XM_030233962.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3297bp) 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	2019-08-07
Organism	Serinus canaria(Common canary)
Product	centrosomal protein of 126 kDa
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_022043763.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Serinus canaria Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGCTCG GCGGGAAGGC CGGCGGGGCG GAGCGGGGGC AGCTCCTCAC CGGGGGACCG 
CAGGACCGCG CGGGAGGGCG GCAGAGCGTC CCTACGGGTA GAGAGTTAAT GTTTCATTTT 
GAACAGGATT TACAAGAAGA ACGTCGGGCA TTGAAAAAGG ATCAAAAAAT GCATCGGAGC 
AAGGCAATGA AATATTTGAT GGAGACAAAC AGAAGAAGAA GAGCCTTTGA AAAAAGACAG 
AAGGAAGAAG AAGCAAAAGA ACAAAGATTT AGAGAACAAG TTCTGCAGCA GAGGAAATTT 
AAATTTCAGG AGGCAACTGC TAAGTTCCAA CATGGTCATC AGTCCTTTTC TCAGCAGAAA 
CAAACAGCTC TGATCCCTCC AGTCCAGACA AAAGCAGCTT TTCAGTTAGA AGAAGCTCTT 
GAACAAATTA AAGGATCAGT TTTAACACCA GGACTGTGCT TGCAAAACAT AAATACAATT 
AACTTCAGAA CCACAGATGA CACATCATGC TCACCAGCAT GTAGAAGTGA TTCTTTCCAT 
CAGAAGCAGA ATTCAGCAAT GTTTGGCTGT GATGAAACAA TACAAGAGAG CAGTAGAACA 
GACACGGACA GTCGGCAACT TCTCTTCCAG AAAAATGTGA AAGAAATGCA GCAGCTCCTT 
GAAAAACAGC ATCTCAACAA CTTGGAGAAT TTTCATCAAG AAATCAAAGA AACAGATGAT 
TCAGAAAGTC TGATGAGCCT TGACAGTCTT GAGGCTGGAG AACAAAATGG AAATTGCACA 
ACACAGAGTG AATCATCTTT TACCACACAG TGTGACTGTG CCCTGTATGA TCCAGAAAAA 
TGCCAGACTA GGAATAATGG TTTACTTCAT ACAGATCAAA GTACTTTTAA AAATGTGCAT 
CTAAATAATT GTCTGAGAAA TGTAGATTTG CTACACTACC ACAACATACC TATTCATGAT 
CTTTTAGCTA AACATAATGT TCTAACTCCT GCTGAACATG TAAACACTTC AGAAGAGGAA 
TCATCTGCTT CTCACAGATC TGGAAAACAA CCTGCAGAAT TCTCTGCCTC TGGTAAGCAA 
AAGAGCTCTG TAACTAAGGA ATTTAGTTTT CTGCAAAACA TAAAAGACAG AAGAAAGCCA 
TCTTCTGGAA CAGCTAGCAC ATTTGCCACT GGTCATCCTG TTTTCAATCC TAGCAGAGCC 
TGGGACAGCC CTGATTCTAT TCCAGGAGAA AAAATTCAGG ATCTGATGCA AGATCAGAGT 
TTTAAAATGA CCCCACAGGA GAGAACTAAA TCTATGCAAG CATCCAGTCA ACCTATTGCA 
ACATCTGTAA TCTTATTTCC TAATCAGGGA TGTTCCACTG GCATTCCCAG CAAAGCTGAT 
GTATTACCAA AGGACAAAAA CATCAGTACA GGCTTTTTAA AAAATACCTT AGGAAAAATG 
ACTGAAACAA AAGAAGAAAA TAATAAATGT ATGAATGATA TTATATCAGA AACATCTTTA 
TTTCAGGACA TACCAAATGC TTCAGTTCTG TTGGAAGTTA AGCAACAGAA TAATAAAGAA 
GGAAAGGGAA ATATGGTTGA AGATATGTCA CTGTTACCTG ATACAGAGTT CAATTCTGGC 
ACTCCTGCAC AGGACAAAAT CCTGAAAAAT AATATTCTTG AAAGAAAAAG AGTGAAGTTA 
TTCAGAAGTA TCTTAAAGAA GGGTTCTAAA TATGAACCTA GTAATTTCAA AGCTGTGGTT 
ACAGACCATG CGATCAGTTT TGGAACTCAG CTCATGTCAT CTATCAGAGA CAGTTTAGAA 
CTAGCAAAAA TAAAAAAGAA AAGTGCAGAA ATTGAAAAAT GCAATAGGAA GCTAAAATGG 
TGTGATGAAA TTGACCAGAT AATAACAGAA AATAATGAAA AATGCTGTGA AAAAAGCATC 
AGTGAAATAT GTTCTTCAGA ACTGCAATGT GTTCAAACTG CAAATAACAC TCCTAAGAAT 
AATATAAGTA TTGTTGCTCA GCCTTCAAAC CTCATGTTCA TAAAAAATCA TCAGGAAAAT 
TCTTATATGT CAAAACCAAA CATTAATACT GAAAAATCAA ATAAAGAATA CACATCTCAG 
AATATATTTA CATCTACAGG ATCCTTTTCT GCAAAGAAAG CTTGGATGGT ATTAAAAGAT 
GAGGCAAGTA AACCCCCAGT ATGTAGCAAT AATGCTAAAG AAGGTGATCA ACTCAAAAAT 
AAGGCAAAAA TAACCAGAAG AGCAACATCT GTAAGAGTCC AGTCATGTTT TGTGCCCAAG 
AAGAGAAAAG GCACTCTGAT CCAACTGCAG TCAGCCACTG AAGCCAGCAA GACTCAAAAA 
GCTCCAGGGA AATACCTCGC ACCTCACCCA CCTTCCACAC CTCTGCCAGG AAACAGAAGT 
GTTGAGAACA CAGCCAGCCC TGGGTGTCAG TCACTGCCGC CTGCCAGCCT GCAAGCTACT 
GGTGCTAGCA GCAGCTATTT CAATGACAGG CATGTTGTGC CAGCCAGTCA GGTTTTAAAG 
ATGAACAGTG CAGAAATCAG TGAGAATATT GCTGGCTGTG CTGGCTTGGC CACTGCCATC 
TCTACACCTG ACTGCAGCAC AGCCAAATAC AAACCTTGGG CAAAAAATAC TTGTTCTGTA 
AATAATGTTA AGGCAAGCGC CTGTCAAGAT CATTCAGTAA CTTGCTCTGA GAGAAGACAT 
GTTAACACAG AAAATAGATT ACATCTCCAT CATATCCCAG CAGCTGGAAA AACAAGCACC 
TTCTGTCACG GAGCACATTC TACCCAAGCT CCAAAAGACT CTGCTGCTGG TGGTGTTCCT 
GTTACAAGTC AAAATCAGGT TTTTGGCAAC TCTGAAAATA AACACCGAGG TTTTTCAGAA 
TGCAGAAGAC AAAGTGTCAT CGCTAAAATA TGGAAGCCTG CTCATCATGC ACAGAATTCA 
TTAAGTGCTG TCCAGCTGAG TCCCATTCAA TCTGCATTTG ATCCAGTACA AAAGATGAAA 
AACGTCTCTA AATCTGAGGA AGTTTCAGAA AGCACTGCTC AGTTTCTAGT GGCAGAAAAA 
CTAGCAAGTA CACCAATTGC AGAGGGTGAA ATCCTGGCAG TCATGGACCG TGTGAAGCCA 
GCCAAACAGC TCTCACTGCT TACAAGGGCT CTGTGTCCAG GCAGGAGTAC TCTTTCCATA 
GAAGAACAGA AGATTTTCCA GTCTCTGGAT TGTCTGGATC AAAAGCTACA AAATGTTCAA 
AAAGCCATTA CCAGAAACCC ATTTGCTTCA CATGTTTTGC AGATAAACAA CCCTTAG

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

RefSeq	XP_030089822.1
CDS	1..3297
Translation	MELGGKAGGAERGQLLTGGPQDRAGGRQSVPTGRELMFHFEQDLQEERRALKKDQKMHRSKAMKYLMETNRRRRAFEKRQKEEEAKEQRFREQVLQQRKFKFQEATAKFQHGHQSFSQQKQTALIPPVQTKAAFQLEEALEQIKGSVLTPGLCLQNINTINFRTTDDTSCSPACRSDSFHQKQNSAMFGCDETIQESSRTDTDSRQLLFQKNVKEMQQLLEKQHLNNLENFHQEIKETDDSESLMSLDSLEAGEQNGNCTTQSESSFTTQCDCALYDPEKCQTRNNGLLHTDQSTFKNVHLNNCLRNVDLLHYHNIPIHDLLAKHNVLTPAEHVNTSEEESSASHRSGKQPAEFSASGKQKSSVTKEFSFLQNIKDRRKPSSGTASTFATGHPVFNPSRAWDSPDSIPGEKIQDLMQDQSFKMTPQERTKSMQASSQPIATSVILFPNQGCSTGIPSKADVLPKDKNISTGFLKNTLGKMTETKEENNKCMNDIISETSLFQDIPNASVLLEVKQQNNKEGKGNMVEDMSLLPDTEFNSGTPAQDKILKNNILERKRVKLFRSILKKGSKYEPSNFKAVVTDHAISFGTQLMSSIRDSLELAKIKKKSAEIEKCNRKLKWCDEIDQIITENNEKCCEKSISEICSSELQCVQTANNTPKNNISIVAQPSNLMFIKNHQENSYMSKPNINTEKSNKEYTSQNIFTSTGSFSAKKAWMVLKDEASKPPVCSNNAKEGDQLKNKAKITRRATSVRVQSCFVPKKRKGTLIQLQSATEASKTQKAPGKYLAPHPPSTPLPGNRSVENTASPGCQSLPPASLQATGASSSYFNDRHVVPASQVLKMNSAEISENIAGCAGLATAISTPDCSTAKYKPWAKNTCSVNNVKASACQDHSVTCSERRHVNTENRLHLHHIPAAGKTSTFCHGAHSTQAPKDSAAGGVPVTSQNQVFGNSENKHRGFSECRRQSVIAKIWKPAHHAQNSLSAVQLSPIQSAFDPVQKMKNVSKSEEVSESTAQFLVAEKLASTPIAEGEILAVMDRVKPAKQLSLLTRALCPGRSTLSIEEQKIFQSLDCLDQKLQNVQKAITRNPFASHVLQINNP

Target ORF information:

RefSeq Version	XM_030233962.1
Organism	Serinus canaria(Common canary)
Definition	Serinus canaria centrosomal protein 126 (CEP126), mRNA.

Target ORF information:

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

XM_030233962.1

ORF Insert Sequence:

ATGGAGCTCG GCGGGAAGGC CGGCGGGGCG GAGCGGGGGC AGCTCCTCAC CGGGGGACCG 
CAGGACCGCG CGGGAGGGCG GCAGAGCGTC CCTACGGGTA GAGAGTTAAT GTTTCATTTT 
GAACAGGATT TACAAGAAGA ACGTCGGGCA TTGAAAAAGG ATCAAAAAAT GCATCGGAGC 
AAGGCAATGA AATATTTGAT GGAGACAAAC AGAAGAAGAA GAGCCTTTGA AAAAAGACAG 
AAGGAAGAAG AAGCAAAAGA ACAAAGATTT AGAGAACAAG TTCTGCAGCA GAGGAAATTT 
AAATTTCAGG AGGCAACTGC TAAGTTCCAA CATGGTCATC AGTCCTTTTC TCAGCAGAAA 
CAAACAGCTC TGATCCCTCC AGTCCAGACA AAAGCAGCTT TTCAGTTAGA AGAAGCTCTT 
GAACAAATTA AAGGATCAGT TTTAACACCA GGACTGTGCT TGCAAAACAT AAATACAATT 
AACTTCAGAA CCACAGATGA CACATCATGC TCACCAGCAT GTAGAAGTGA TTCTTTCCAT 
CAGAAGCAGA ATTCAGCAAT GTTTGGCTGT GATGAAACAA TACAAGAGAG CAGTAGAACA 
GACACGGACA GTCGGCAACT TCTCTTCCAG AAAAATGTGA AAGAAATGCA GCAGCTCCTT 
GAAAAACAGC ATCTCAACAA CTTGGAGAAT TTTCATCAAG AAATCAAAGA AACAGATGAT 
TCAGAAAGTC TGATGAGCCT TGACAGTCTT GAGGCTGGAG AACAAAATGG AAATTGCACA 
ACACAGAGTG AATCATCTTT TACCACACAG TGTGACTGTG CCCTGTATGA TCCAGAAAAA 
TGCCAGACTA GGAATAATGG TTTACTTCAT ACAGATCAAA GTACTTTTAA AAATGTGCAT 
CTAAATAATT GTCTGAGAAA TGTAGATTTG CTACACTACC ACAACATACC TATTCATGAT 
CTTTTAGCTA AACATAATGT TCTAACTCCT GCTGAACATG TAAACACTTC AGAAGAGGAA 
TCATCTGCTT CTCACAGATC TGGAAAACAA CCTGCAGAAT TCTCTGCCTC TGGTAAGCAA 
AAGAGCTCTG TAACTAAGGA ATTTAGTTTT CTGCAAAACA TAAAAGACAG AAGAAAGCCA 
TCTTCTGGAA CAGCTAGCAC ATTTGCCACT GGTCATCCTG TTTTCAATCC TAGCAGAGCC 
TGGGACAGCC CTGATTCTAT TCCAGGAGAA AAAATTCAGG ATCTGATGCA AGATCAGAGT 
TTTAAAATGA CCCCACAGGA GAGAACTAAA TCTATGCAAG CATCCAGTCA ACCTATTGCA 
ACATCTGTAA TCTTATTTCC TAATCAGGGA TGTTCCACTG GCATTCCCAG CAAAGCTGAT 
GTATTACCAA AGGACAAAAA CATCAGTACA GGCTTTTTAA AAAATACCTT AGGAAAAATG 
ACTGAAACAA AAGAAGAAAA TAATAAATGT ATGAATGATA TTATATCAGA AACATCTTTA 
TTTCAGGACA TACCAAATGC TTCAGTTCTG TTGGAAGTTA AGCAACAGAA TAATAAAGAA 
GGAAAGGGAA ATATGGTTGA AGATATGTCA CTGTTACCTG ATACAGAGTT CAATTCTGGC 
ACTCCTGCAC AGGACAAAAT CCTGAAAAAT AATATTCTTG AAAGAAAAAG AGTGAAGTTA 
TTCAGAAGTA TCTTAAAGAA GGGTTCTAAA TATGAACCTA GTAATTTCAA AGCTGTGGTT 
ACAGACCATG CGATCAGTTT TGGAACTCAG CTCATGTCAT CTATCAGAGA CAGTTTAGAA 
CTAGCAAAAA TAAAAAAGAA AAGTGCAGAA ATTGAAAAAT GCAATAGGAA GCTAAAATGG 
TGTGATGAAA TTGACCAGAT AATAACAGAA AATAATGAAA AATGCTGTGA AAAAAGCATC 
AGTGAAATAT GTTCTTCAGA ACTGCAATGT GTTCAAACTG CAAATAACAC TCCTAAGAAT 
AATATAAGTA TTGTTGCTCA GCCTTCAAAC CTCATGTTCA TAAAAAATCA TCAGGAAAAT 
TCTTATATGT CAAAACCAAA CATTAATACT GAAAAATCAA ATAAAGAATA CACATCTCAG 
AATATATTTA CATCTACAGG ATCCTTTTCT GCAAAGAAAG CTTGGATGGT ATTAAAAGAT 
GAGGCAAGTA AACCCCCAGT ATGTAGCAAT AATGCTAAAG AAGGTGATCA ACTCAAAAAT 
AAGGCAAAAA TAACCAGAAG AGCAACATCT GTAAGAGTCC AGTCATGTTT TGTGCCCAAG 
AAGAGAAAAG GCACTCTGAT CCAACTGCAG TCAGCCACTG AAGCCAGCAA GACTCAAAAA 
GCTCCAGGGA AATACCTCGC ACCTCACCCA CCTTCCACAC CTCTGCCAGG AAACAGAAGT 
GTTGAGAACA CAGCCAGCCC TGGGTGTCAG TCACTGCCGC CTGCCAGCCT GCAAGCTACT 
GGTGCTAGCA GCAGCTATTT CAATGACAGG CATGTTGTGC CAGCCAGTCA GGTTTTAAAG 
ATGAACAGTG CAGAAATCAG TGAGAATATT GCTGGCTGTG CTGGCTTGGC CACTGCCATC 
TCTACACCTG ACTGCAGCAC AGCCAAATAC AAACCTTGGG CAAAAAATAC TTGTTCTGTA 
AATAATGTTA AGGCAAGCGC CTGTCAAGAT CATTCAGTAA CTTGCTCTGA GAGAAGACAT 
GTTAACACAG AAAATAGATT ACATCTCCAT CATATCCCAG CAGCTGGAAA AACAAGCACC 
TTCTGTCACG GAGCACATTC TACCCAAGCT CCAAAAGACT CTGCTGCTGG TGGTGTTCCT 
GTTACAAGTC AAAATCAGGT TTTTGGCAAC TCTGAAAATA AACACCGAGG TTTTTCAGAA 
TGCAGAAGAC AAAGTGTCAT CGCTAAAATA TGGAAGCCTG CTCATCATGC ACAGAATTCA 
TTAAGTGCTG TCCAGCTGAG TCCCATTCAA TCTGCATTTG ATCCAGTACA AAAGATGAAA 
AACGTCTCTA AATCTGAGGA AGTTTCAGAA AGCACTGCTC AGTTTCTAGT GGCAGAAAAA 
CTAGCAAGTA CACCAATTGC AGAGGGTGAA ATCCTGGCAG TCATGGACCG TGTGAAGCCA 
GCCAAACAGC TCTCACTGCT TACAAGGGCT CTGTGTCCAG GCAGGAGTAC TCTTTCCATA 
GAAGAACAGA AGATTTTCCA GTCTCTGGAT TGTCTGGATC AAAAGCTACA AAATGTTCAA 
AAAGCCATTA CCAGAAACCC ATTTGCTTCA CATGTTTTGC AGATAAACAA CCCTTAG

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

CEP126 ( XM_018909037.1 ) cDNA ORF clone, Serinus canaria(Common canary) -> XP_018764582.1 Serinus canaria centrosomal protein 126 (CEP126), mRNA.

Price & Availability↑

CloneID	OSe82462
Clone ID Related Accession (Same CDS sequence)	XM_018909037.1
Accession Version	XM_018909037.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3345bp) 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	2016-10-31
Organism	Serinus canaria(Common canary)
Product	centrosomal protein of 126 kDa
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_007931126.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Serinus canaria Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 6% of CDS bases ##RefSeq-Attributes-END##

ATGTTTCATT TTGAACAGGA TTTACAAGAA GAACGTCGGG CATTGAAAAA GGATCAAAAA 
ATGCATCGGA GCAAGGCAAT GAAATATTTG ATGGAGACAA ACAGAAGAAG AAGAGCCTTT 
GAAAAAAGAC AGAAGGAAGA AGAAGCAAAA GAACAAAGAT TTAGAGAACA AGTTCTGCAG 
CAGAGGAAAT TTAAATTTCA GGAGGCAACT GCTAAGTTCC AACATGGTCA TCAGTCCTTT 
TCTCAGCAGA AACAAACAGC TCTGATCCCT CCAGTCCAGA CAAAAGCAGC TTTTCAGTTA 
GAAGAAGCTC TTGAACAAAT TAAAGGATCA GTTTTAACAC CAGGACTGTG CTTGCAAAAC 
ATAAATACAA TTAACTTCAG AACCACAGAT GACACATCAT GCTCACCAGC ATGTAGAAGT 
GATTCTTTCC ATCAGAAGCA GAATTCAGCA ATGTTTGGCT GTGATGAAAC AATACAAGAG 
AGCAGTAGAA CAGACACGGA CAGTCGGCAA CTTCTCTTCC AGAAAAATGT GAAAGAAATG 
CAGCAGCTCC TTGAAAAACA GCATCTCAAC AACTTGGAGA ATTTTCATCA AGAAATCAAA 
GAAACAGATG ATTCAGAAAG TCTGATGAGC CTTGACAGTC TTGAGGCTGG AGAACAAAAT 
GGAAATTGCA CAACACAGAG TGAATCATCT TTTACCACAC AGTGTGACTG TGCCCTGTAT 
GATCCAGAAA AATGCCAGAC TAGGAATAAT GGTTTACTTC ATACAGATCA AAGTACTTTT 
AAAAATGTGC ATCTAAATAA TTGTCTGAGA AATGTAGATT TGCTACACTA CCACAACATA 
CCTATTCATG ATCTTTTAGC TAAACATAAT GTTCTAACTC CTGCTGAACA TGTAAACACT 
TCAGAAGAGG AATCATCTGC TTCTCACAGA TCTGGAAAAC AACCTGCAGA ATTCTCTGCC 
TCTGGTAAGC AAAAGAGCTC TGTAACTAAG GAATTTAGTT TTCTGCAAAA CATAAAAGAC 
AGAAGAAAGC CATCTTCTGG AACAGCTAGC ACATTTGCCA CTGGTCATCC TGTTTTCAAT 
CCTAGCAGAG CCTGGGACAG CCCTGATTCT ATTCCAGGAG AAAAAATTCA GGATCTGATG 
CAAGATCAGA GTTTTAAAAT GACCCCACAG GAGAGAACTA AATCTATGCA AGCATCCAGT 
CAACCTATTG CAACATCTGT AATCTTATTT CCTAATCAGG GATGTTCCAC TGGCATTCCC 
AGCAAAGCTG ATGTATTACC AAAGGACAAA AACATCAGTA CAGGCTTTTT AAAAAATACC 
TTAGGAAAAA TGACTGAAAC AAAAGAAGAA AATAATAAAT GTATGAATGA TATTATATCA 
GAAACATCTT TATTTCAGGA CATACCAAAT GCTTCAGTTC TGTTGGAAGT TAAGCAACAG 
AATAATAAAG AAGGAAAGGG AAATATGGTT GAAGATATGT CACTGTTACC TGATACAGAG 
TTCAATTCTG GCACTCCTGC ACAGGACAAA ATCCTGAAAA ATAATATTCT TGAAAGAAAA 
AGAGTGAAGT TATTCAGAAG TATCTTAAAG AAGGGTTCTA AATATGAACC TAGTAATTTC 
AAAGCTGTGG TTACAGACCA TGCGATCAGT TTTGGAACTC AGCTCATGTC ATCTATCAGA 
GACAGTTTAG AACTAGCAAA AATAAAAAAG AAAAGTGCAG AAATTGAAAA ATGCAATAGG 
AAGCTAAAAT GGTGTGATGA AATTGACCAG ATAATAACAG AAAATAATGA AAAATGCTGT 
GAAAAAAGCA TCAGTGAAAT ATGTTCTTCA GAACTGCAAT GTGTTCAAAC TGCAAATAAC 
ACTCCTAAGA ATAATATAAG TATTGTTGCT CAGCCTTCAA ACCTCATGTT CATAAAAAAT 
CATCAGGAAA ATTCTTATAT GTCAAAACCA AACATTAATA CTGAAAAATC AAATAAAGAA 
TACACATCTC AGAATATATT TACATCTACA GGATCCTTTT CTGCAAAGAA AGCTTGGATG 
GTATTAAAAG ATGAGGCAAG TAAACCCCCA GTATGTAGCA ATAATGCTAA AGAAGGTGAT 
CAACTCAAAA ATAAGGCAAA AATAACCAGA AGAGCAACAT CTGTAAGAGT CCAGTCATGT 
TTTGTGCCCA AGAAGAGAAA AGGCACTCTG ATCCAACTGC AGTCAGCCAC TGAAGCCAGC 
AAGACTCAAA AAGCTCCAGG GAAATACCTC GCACCTCACC CACCTTCCAC ACCTCTGCCA 
GGAAACAGAA GTGTTGAGAA CACAGCCAGC CCTGGGTTTC AGTCACTGCC GCCTGCCAGC 
CTGCAAGCTA CTGGTGCTAG CAGCAGCTAT TTCAATGACA GGCATGTTGT GCCAGCCAGT 
CAGGTTTTAA AGATGAACAG TGCAGAAATC AGTGAGAATA TTGCTGGCTG TGCTGGCTTG 
GCCACTGCCA TCTCTACACC TGACTGCAGC ACAGCCAAAT ACAAACCTTG GGCAAAAAAT 
ACTTGTTCTG TAAATAATGT TAAGGCAAGC GCCTGTCAAG ATCATTCAGT AACTTGCTCT 
GAGAGAAGAC ATGTTAACAC AGAAAATAGA TTACATCTCC ATCATATCCC AGCAGCTGGA 
AAAACAAGCA CCTTCTGTCA CGGAGCACAT TCTACCCAAG CTCCAAAAGA CTCTGCTGCT 
GGTGGTGTTC CTGTTACAAG TCAAAATCAG GTTTTTGGCA ACTCTGAAAA TAAACACCGA 
GGTTTTTCAG AATGCAGAAG ACAAAGTGTC ATCGCTAAAA TATGGAAGCC TGCTCATCAT 
GCACAGAATT CATTAAGTGC TGTCCAGCTG AGTCCCATTC AATCTGCATT TGATCCAGTA 
CAAAAGATGA AAAACGTCTC TAAATCTGAG GAAGTTTCAG AAAGCACTGC TCAGTTTCTA 
GTGGCAGAAA AACTAGCAAG TACACCAATT GCAGAGGGTG AAATCCTGGC AGTCATGGAC 
CGTGTGAAGC CAGCCAAACA GCTCTCACTG CTTACAAGGG CTCTGTGTCC AGGCAGGAGT 
ACTCTTTCCA TAGAAGAACA GAAGATTTTC CAGTCTCTGG ATTGTCTGGA TCAAAAGCTA 
CAAACTTCCC AGCCATGCCC CCAGCCTGTA GCACTGCGTG GGGTTGCAAT GACTCAGAGG 
CAGGACCCAG CACTTGCCTT TGCTGAACCT CATACAGTTG GTTTTGACCA ACTTTTACCA 
TGGATCCAGC CAGTCCAGAT TGCTCTGCAG AGCCACCAGC AGATCAACAC TCCAACCCAA 
CTTGGTGTCA GCTGCAAAGT GACTGAGAGT GTATTCATCC CCTAA

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

RefSeq	XP_018764582.1
CDS	11..3355
Translation	MFHFEQDLQEERRALKKDQKMHRSKAMKYLMETNRRRRAFEKRQKEEEAKEQRFREQVLQQRKFKFQEATAKFQHGHQSFSQQKQTALIPPVQTKAAFQLEEALEQIKGSVLTPGLCLQNINTINFRTTDDTSCSPACRSDSFHQKQNSAMFGCDETIQESSRTDTDSRQLLFQKNVKEMQQLLEKQHLNNLENFHQEIKETDDSESLMSLDSLEAGEQNGNCTTQSESSFTTQCDCALYDPEKCQTRNNGLLHTDQSTFKNVHLNNCLRNVDLLHYHNIPIHDLLAKHNVLTPAEHVNTSEEESSASHRSGKQPAEFSASGKQKSSVTKEFSFLQNIKDRRKPSSGTASTFATGHPVFNPSRAWDSPDSIPGEKIQDLMQDQSFKMTPQERTKSMQASSQPIATSVILFPNQGCSTGIPSKADVLPKDKNISTGFLKNTLGKMTETKEENNKCMNDIISETSLFQDIPNASVLLEVKQQNNKEGKGNMVEDMSLLPDTEFNSGTPAQDKILKNNILERKRVKLFRSILKKGSKYEPSNFKAVVTDHAISFGTQLMSSIRDSLELAKIKKKSAEIEKCNRKLKWCDEIDQIITENNEKCCEKSISEICSSELQCVQTANNTPKNNISIVAQPSNLMFIKNHQENSYMSKPNINTEKSNKEYTSQNIFTSTGSFSAKKAWMVLKDEASKPPVCSNNAKEGDQLKNKAKITRRATSVRVQSCFVPKKRKGTLIQLQSATEASKTQKAPGKYLAPHPPSTPLPGNRSVENTASPGFQSLPPASLQATGASSSYFNDRHVVPASQVLKMNSAEISENIAGCAGLATAISTPDCSTAKYKPWAKNTCSVNNVKASACQDHSVTCSERRHVNTENRLHLHHIPAAGKTSTFCHGAHSTQAPKDSAAGGVPVTSQNQVFGNSENKHRGFSECRRQSVIAKIWKPAHHAQNSLSAVQLSPIQSAFDPVQKMKNVSKSEEVSESTAQFLVAEKLASTPIAEGEILAVMDRVKPAKQLSLLTRALCPGRSTLSIEEQKIFQSLDCLDQKLQTSQPCPQPVALRGVAMTQRQDPALAFAEPHTVGFDQLLPWIQPVQIALQSHQQINTPTQLGVSCKVTESVFIP

Target ORF information:

RefSeq Version	XM_018909037.1
Organism	Serinus canaria(Common canary)
Definition	Serinus canaria centrosomal protein 126 (CEP126), mRNA.

Target ORF information:

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

XM_018909037.1

ORF Insert Sequence:

ATGTTTCATT TTGAACAGGA TTTACAAGAA GAACGTCGGG CATTGAAAAA GGATCAAAAA 
ATGCATCGGA GCAAGGCAAT GAAATATTTG ATGGAGACAA ACAGAAGAAG AAGAGCCTTT 
GAAAAAAGAC AGAAGGAAGA AGAAGCAAAA GAACAAAGAT TTAGAGAACA AGTTCTGCAG 
CAGAGGAAAT TTAAATTTCA GGAGGCAACT GCTAAGTTCC AACATGGTCA TCAGTCCTTT 
TCTCAGCAGA AACAAACAGC TCTGATCCCT CCAGTCCAGA CAAAAGCAGC TTTTCAGTTA 
GAAGAAGCTC TTGAACAAAT TAAAGGATCA GTTTTAACAC CAGGACTGTG CTTGCAAAAC 
ATAAATACAA TTAACTTCAG AACCACAGAT GACACATCAT GCTCACCAGC ATGTAGAAGT 
GATTCTTTCC ATCAGAAGCA GAATTCAGCA ATGTTTGGCT GTGATGAAAC AATACAAGAG 
AGCAGTAGAA CAGACACGGA CAGTCGGCAA CTTCTCTTCC AGAAAAATGT GAAAGAAATG 
CAGCAGCTCC TTGAAAAACA GCATCTCAAC AACTTGGAGA ATTTTCATCA AGAAATCAAA 
GAAACAGATG ATTCAGAAAG TCTGATGAGC CTTGACAGTC TTGAGGCTGG AGAACAAAAT 
GGAAATTGCA CAACACAGAG TGAATCATCT TTTACCACAC AGTGTGACTG TGCCCTGTAT 
GATCCAGAAA AATGCCAGAC TAGGAATAAT GGTTTACTTC ATACAGATCA AAGTACTTTT 
AAAAATGTGC ATCTAAATAA TTGTCTGAGA AATGTAGATT TGCTACACTA CCACAACATA 
CCTATTCATG ATCTTTTAGC TAAACATAAT GTTCTAACTC CTGCTGAACA TGTAAACACT 
TCAGAAGAGG AATCATCTGC TTCTCACAGA TCTGGAAAAC AACCTGCAGA ATTCTCTGCC 
TCTGGTAAGC AAAAGAGCTC TGTAACTAAG GAATTTAGTT TTCTGCAAAA CATAAAAGAC 
AGAAGAAAGC CATCTTCTGG AACAGCTAGC ACATTTGCCA CTGGTCATCC TGTTTTCAAT 
CCTAGCAGAG CCTGGGACAG CCCTGATTCT ATTCCAGGAG AAAAAATTCA GGATCTGATG 
CAAGATCAGA GTTTTAAAAT GACCCCACAG GAGAGAACTA AATCTATGCA AGCATCCAGT 
CAACCTATTG CAACATCTGT AATCTTATTT CCTAATCAGG GATGTTCCAC TGGCATTCCC 
AGCAAAGCTG ATGTATTACC AAAGGACAAA AACATCAGTA CAGGCTTTTT AAAAAATACC 
TTAGGAAAAA TGACTGAAAC AAAAGAAGAA AATAATAAAT GTATGAATGA TATTATATCA 
GAAACATCTT TATTTCAGGA CATACCAAAT GCTTCAGTTC TGTTGGAAGT TAAGCAACAG 
AATAATAAAG AAGGAAAGGG AAATATGGTT GAAGATATGT CACTGTTACC TGATACAGAG 
TTCAATTCTG GCACTCCTGC ACAGGACAAA ATCCTGAAAA ATAATATTCT TGAAAGAAAA 
AGAGTGAAGT TATTCAGAAG TATCTTAAAG AAGGGTTCTA AATATGAACC TAGTAATTTC 
AAAGCTGTGG TTACAGACCA TGCGATCAGT TTTGGAACTC AGCTCATGTC ATCTATCAGA 
GACAGTTTAG AACTAGCAAA AATAAAAAAG AAAAGTGCAG AAATTGAAAA ATGCAATAGG 
AAGCTAAAAT GGTGTGATGA AATTGACCAG ATAATAACAG AAAATAATGA AAAATGCTGT 
GAAAAAAGCA TCAGTGAAAT ATGTTCTTCA GAACTGCAAT GTGTTCAAAC TGCAAATAAC 
ACTCCTAAGA ATAATATAAG TATTGTTGCT CAGCCTTCAA ACCTCATGTT CATAAAAAAT 
CATCAGGAAA ATTCTTATAT GTCAAAACCA AACATTAATA CTGAAAAATC AAATAAAGAA 
TACACATCTC AGAATATATT TACATCTACA GGATCCTTTT CTGCAAAGAA AGCTTGGATG 
GTATTAAAAG ATGAGGCAAG TAAACCCCCA GTATGTAGCA ATAATGCTAA AGAAGGTGAT 
CAACTCAAAA ATAAGGCAAA AATAACCAGA AGAGCAACAT CTGTAAGAGT CCAGTCATGT 
TTTGTGCCCA AGAAGAGAAA AGGCACTCTG ATCCAACTGC AGTCAGCCAC TGAAGCCAGC 
AAGACTCAAA AAGCTCCAGG GAAATACCTC GCACCTCACC CACCTTCCAC ACCTCTGCCA 
GGAAACAGAA GTGTTGAGAA CACAGCCAGC CCTGGGTTTC AGTCACTGCC GCCTGCCAGC 
CTGCAAGCTA CTGGTGCTAG CAGCAGCTAT TTCAATGACA GGCATGTTGT GCCAGCCAGT 
CAGGTTTTAA AGATGAACAG TGCAGAAATC AGTGAGAATA TTGCTGGCTG TGCTGGCTTG 
GCCACTGCCA TCTCTACACC TGACTGCAGC ACAGCCAAAT ACAAACCTTG GGCAAAAAAT 
ACTTGTTCTG TAAATAATGT TAAGGCAAGC GCCTGTCAAG ATCATTCAGT AACTTGCTCT 
GAGAGAAGAC ATGTTAACAC AGAAAATAGA TTACATCTCC ATCATATCCC AGCAGCTGGA 
AAAACAAGCA CCTTCTGTCA CGGAGCACAT TCTACCCAAG CTCCAAAAGA CTCTGCTGCT 
GGTGGTGTTC CTGTTACAAG TCAAAATCAG GTTTTTGGCA ACTCTGAAAA TAAACACCGA 
GGTTTTTCAG AATGCAGAAG ACAAAGTGTC ATCGCTAAAA TATGGAAGCC TGCTCATCAT 
GCACAGAATT CATTAAGTGC TGTCCAGCTG AGTCCCATTC AATCTGCATT TGATCCAGTA 
CAAAAGATGA AAAACGTCTC TAAATCTGAG GAAGTTTCAG AAAGCACTGC TCAGTTTCTA 
GTGGCAGAAA AACTAGCAAG TACACCAATT GCAGAGGGTG AAATCCTGGC AGTCATGGAC 
CGTGTGAAGC CAGCCAAACA GCTCTCACTG CTTACAAGGG CTCTGTGTCC AGGCAGGAGT 
ACTCTTTCCA TAGAAGAACA GAAGATTTTC CAGTCTCTGG ATTGTCTGGA TCAAAAGCTA 
CAAACTTCCC AGCCATGCCC CCAGCCTGTA GCACTGCGTG GGGTTGCAAT GACTCAGAGG 
CAGGACCCAG CACTTGCCTT TGCTGAACCT CATACAGTTG GTTTTGACCA ACTTTTACCA 
TGGATCCAGC CAGTCCAGAT TGCTCTGCAG AGCCACCAGC AGATCAACAC TCCAACCCAA 
CTTGGTGTCA GCTGCAAAGT GACTGAGAGT GTATTCATCC CCTAA