CENPF cDNA ORF clone, Chelonia mydas(Green sea turtle)

Gene
Clones
gRNAs

Summary

Gene Symbol	CENPF
Entrez Gene ID	102933201
Full Name	centromere protein F
Gene Type	protein-coding
Organism	Chelonia mydas(Green sea turtle)

mRNA and Protein(s)

mRNA	Protein	Name
XM_027827109.1	XP_027682910.1	centromere protein F
XM_007064771.1	XP_007064833.1	centromere protein F

Pathways from BioSystems
Gene Ontology

The following CENPF gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CENPF 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
OCh373790	XM_027827109.1 Latest version!	Chelonia mydas centromere protein F (CENPF), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OCh73709	XM_007064771.1 Latest version!	Chelonia mydas centromere protein F, 350/400kDa (CENPF), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

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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)

CENPF ( XM_027827109.1 ) cDNA ORF clone, Chelonia mydas(Green sea turtle) -> XP_027682910.1 Chelonia mydas centromere protein F (CENPF), mRNA.

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CloneID	OCh373790
Clone ID Related Accession (Same CDS sequence)	XM_027827109.1
Accession Version	XM_027827109.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8829bp) 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	1548086400000
Organism	Chelonia mydas(Green sea turtle)
Product	centromere protein F
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006647845.1) and transcript sequence (GGMX01123163.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Chelonia mydas Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## assembly gap :: added 10 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGAGCTGGG TTGTGGAAGA GTGGAAAGAA GGCCTTTCCA CAAGGGCCCT TCAGAAGATT 
CAAGAGCTTG AAAGTCAACT AGACAAGCTT AAAAAAGAAC GGCAGCAAAG ACAGTTTCAG 
CTTGAATCGC TGGAGGCAGC TTTGCAAAAG CAGAAGCAGA AGGTTGAAAA TGAAAAAAAC 
GAAGGAGCAA CACTAAAAAG AGAAAACCAG AGCTTGATGG AATTGTGTGA TAATCTTGAA 
AAAACAAAGC AGAAAATTTC ACATGATCTT CAAGTAAAAG AATCACAAGT TAATTATCAA 
GCGGGACAAC TAACTTCAAG CAAGAAACAA ATTGAAAGAC TAGAACAGGA ACTTAAAAGG 
TACAAATCTG AACTTGAGAG AAGTCAGCAA ACATTGATTA CAGGAGACTT ATCATTCAGT 
AGTACACCAC AGAAGAATTT TGCTGCTCCT TTAACACCAA ATCAAAATCA CAATGATTCC 
AAGTTTGAAG AACTCCAAGA AAAATACAAT AAAGAAATTG AAGAAAGAAA AAGGCTGGAG 
GCAGAACTGA GAAATATCCA GATTAAAAAA ATAAATCATT CTCATCCTCA AAGTACTAAG 
AGTCACAGAG AGATTGCTCG GCATCAGGCT TCTTCATCAG TATTCTCGTG GCAACAAGAG 
AAGACACCAA GCTGTCCTTC ATCCAGCAGT CAAGAAACCC CTTTAAAGAG AGGTTTTACT 
TCATCCCATT TTCCATGGGA ACAAGAGGCA ACGCCAAGCC ACTGTGGCTT AAGATCAAAG 
AAGACAGATT TCAGCAACAG TTTCTCTGAC AATTGTGATA ATTCTTCTGT CATCGAGCAG 
TTAAAAACAG AGAACCAAGA ATTAAGCTCC AGAGTTCAAG AACTAGAGCA TCAGCTACAA 
GATCAAGAAA AAGAAAAGAA ATTCCATATG AACAAACTTC AAGAAACTCA ACTCCAGCTG 
GAGAAAACAA AACTGGAATT CACGGACAAA GATTCTATTT TGCACAAAAT TAGAGATGAA 
TTGAATAGAA TGACAGCACA ACGTGATCAA GCTACTGCCC AGTATGAAAT GGTGGAGCAA 
AAGATGAAAA AACTGTCAGA AGAACTGAAT TGTCAAAGAC AAAATGCTGA AAGTGCTCGT 
CGCTCATTAG AACAGAAAGT AAAAGAAAAG GAAAAGGAAT ACCAAAAGGA ACTGTTTCGT 
CAGCAACATT CCTTACAGAC AGTGGATCAG CAGTGCAACC AGATAAAAGC CAAACTGAAC 
CAGGACTTGC AGCAAGCCAA GAATGACAAC AATGCTCTAC GGGCAGAACT TGACAAAGCA 
ATAGCAGTGA AACAACGTTT GGAAAACAAC TCCAGTGAGC TTTCACAGAA GCTGTGCAGA 
GCAGAACAGG CTTTACTAGC AAACCAGTCA AAGGAAAATG ATATGAGGAG AAACTTTGAG 
GAAATGAAGA AGGAAAAAAA CCTTCTTCGC TGCCAGTCTG ATCAAAAGTC ACGAGAAATC 
CATCAGCTGG AAGAACAACT AAAAACAGCC AAACAGTTTC TAAAGGAGAG CCAGAATTAT 
GCTGAAGAGA TGAAAAATAA GAGTTTGTCT CAGGAAGAAG ACCTAAAGAT ACTCCAAGAG 
AAACTCAACA AACAAGATGC CTCTCTCACG TTGGAGAAAT TGAAATTAGC TATAGCTGAT 
CTGGAAAAGC AACGAGACTC CATTCAACAT CTGCTGAAGC AAAGAGAAAG CCATACTGAG 
GAACTAAACA GTAAGATAAG TAAAATGGAG AAGGAATCAG AAGCCTTGCT GAAAGTTGTT 
GGATTAAAGG AGGGAGAATG TGAAGAACTA AAAAAGGAGT TTACTATTCT TTCTCAATGG 
AAAAATGAAA ATGAACAACT TGTGAATAAG CTTGAGTCTG AAAAGGAAGA ATTGCTGAGC 
AAAATTAATG ACTTGGAAAG TTTTCTCAAG ATTCAACAAG TTAAAAGTAA TGAAAGTAGT 
GAGACTGTCA GAATAATGGT AAATGAGAAA GAAAAATATA GTTTAGAGAT TAAAAATCTC 
AGAGACATGG TGGAATATAA AAGTGAAAAA CTAGAGGCAC AGAAAAAAGC TTATGATGAA 
CTTCAACAAA AAGCGGAATG TTCAGATCAA AAATATCGGA AAGAAATAGA AAATATGACC 
TGGAAAATAT CTCAGCTCAC CAACCAAGTT GAAATTCTAG AACAAAAGCT ACAGTTAGCA 
GCAAACGAAG TACTGGAAAA GGATCAATGT TATCATGAGT TGAATGGTAA ATATGAGAAA 
ATTTGCTATC TTGTAAAATC AAAAGATATT TCTGAAGTAA CAGAAGACAG AGAACTAAAT 
TTACAGAATA AACATTGCAG GACTGTTTTG GGTGGTGAAG AACAACTTCC AGTGAAAAAT 
TCCATCACAG ATGTATTAAT GAGAGAACCT GGAACAATCA GTGAGGATTG GGAAGACCAT 
TGTGCAAAAG GTGTCCTAGA AACAGATAAA AATGATGGAC AGGATATGTC AATCCTACAA 
GATCAGGTCT CTTCTCTTGA GATTTCATTA ATGGCTCAAA AGCAGTTTAA GTCACTTTTG 
CAGAAACCCT ATGAAAACTT GGTAGAAATC AAAGGTGAGA CAGAAAAAAA GCTAGTTGAA 
GCAGAACAGA TGCATGGAAG TTTTGTGACA GAGACTAAAA ACCATATTCG TAACTTGCAA 
GGGGATACTT CTGCTCAGCA AGATTGTATT GATAAAACAT TAGCTGCCCT TGAGGAAAAG 
GACAAGCAAT TGCACACTTT GAACAAAGAA TTAGAAACTC AACAAGCAGA GATTTGGGAT 
TTAAAAATCA ATAATAAATT GCTTGAGGAT TCAGTAAAGC AGCTACAACT TGTGTGTGAC 
ACATGGAATT TCAAGAAAAA AGACATGTCT ACAATGCTTT CCTTACGTGA AAAAGAAATT 
GAGGACCTTA CTGAAGAAAA TGGAACCCTT AAGGGCATTA ACAAGGCTTT AGAACAAGAA 
AAAGTAGACT TACTAGAAAC AAACATAATT TTTTCTAATA GTTTAAAGGA AAGAGAGGAA 
AGCATTTCTG AGTTGTCCAG AAGACACAAG GAGGAAAGAC TGTCACTCAT AGAAAGATAT 
GAAGAAATTG AAAAAGAACT TGTAGATCTA CAAGGAAAAT ACAAATCAAT GGAAGAAAAA 
AATGCCAACA CAGAAGGCAT TTTAAGACAG CAAAAAAGTC ACTTTCAGGA GAGTAAAGCA 
GAATCAGAAC GACAAGAGAA ACAGCTTAGG GATGAGCGTA ATGAATTCTT CTCTAAACTA 
GTGTCCTTAG AGGGAAAAAA TAAAGATTTG ATTCAGGAAC TTGAGAAAGT GCAGTCAGAG 
TTGCAATTTA AACAATCTGA GATTGCTCAC ATCCAAAATG TATCTTCAGC TGAGTTGGAT 
TGTTTGAGAC AGGAAATGTT AAATGTCACG GCAGAACAAA ACAAAATGCA AGAAGAACAT 
AACGTCTTGC TTCAAGAGAA TGAGCAATTG AGCAAGGTAA TAAAAACAAA GAATGAATCT 
CTAGCGTGTG ACTTAGTTCA TGACAGAAGG CCTACATCAG AACAGTTGAG AGTGTCCATG 
GAAGAAAAAG AGAACGAGCT GAATAAATAT CAAGTTAAAC TTGAGCTACT TCAGATGGAT 
CTTGAGGACA GAGAAGTCTC TGTAGAAAAC TACAGCACAC AGGTAATGCA GTTGGAGGCT 
GCTTTAAAAA GTGTGGAAAG AAAACTTGAG GAAAGTGAAA AGGAAAAAGA GAGGATGCAG 
CAAGAATTAC AAACTATTAA AGAAGAATTG GAAACTCCAG ATCCTAAGCT TATAGTGGTG 
GATAAGAATG ACCAATCAGT GGAGTCTGTT GTTGATGCTG ATTCCCAGGT CAACTCTAAA 
AGAGAAATAG ATGAAAAGTA CTCTTTGGTT CTTCATGAGC TGACAACAAG CCAGAATGAT 
GATGTCCAAC TAGTATCCTC TTTACAGATG ACAATGAACA GACTAAATGA ATTGGAGAAA 
ATGTGTGAAA TGCTGCAGAT TGAAAAGTTA GTATTAACAT CCGAACTTAA TGACTCAAAA 
ACTGAATGCA CCACTACTGA TAAAATGGCA GAAGAGGTAG AAAAAATAGT GAGTGAAGTT 
AAAATATTAA AAGATGAAAA AGCTATTTTT CCTGATGAAT TAATGGATCA GAGTGTTGAA 
AATGAAGTAG GAATACACTT TGATGACGAG CAAATGTCTT TCAAATCTCT GGAATGTAGT 
ACTGAACCTA ACTATAACTA TGAAGATTTA AAACTGTCCA ACAAAGAAGT TAAAATGCAC 
TTTGCTGAAG TAAAAGAGAA AATTTTCTCT TTACAAAGAG AGCATAAAAT CTTACATGAG 
CAACACTGTA GTATGATCTT CAAAGTGTCT GAGCTACAGT CCTGTATTAA AACTCTTAAG 
GCAGAAAATT CTGCATTGTC AACAAGTCTG AATAAAGTTA ATGCTGATTC AGTGGAAGTG 
CAGGTGACTT CTCGCCAAAA AGATGGAGAA TTTAAATTAG AGGAAACCAA GTCCACATTC 
TCTCCATCAT GTCTTAATGA GATGCCATAT TTTCCAGAAG CAAATCTTTT GGAGTTGTCC 
TTTGATAGTG ATCTGTGCAA ATGGAGAGAA GAAAGTATTT GGCTGAATAT TTCTCAAGAA 
TCTGTTCTAG GAGATAAAAC AGAAATTAGT TTAGTTGAAG AGCCCCATAA TGATCAGGCA 
TTGGACTTCA TTGCAAAGAG AGAGAGCATT ATACATAGAA AATCTAATCT GGAGAGTAAA 
ATTAGAGAAC TTCAGATGAT ATGTCAGACA TATGAAAAGT CCATCAAGAG CTTTGAAGAG 
CAATTTCAGT CTCGTGAAAA TATGAAAAAT GAGATACAAG AGCTAAAACA ACTAATTATT 
TCTGAAAGGA AAGAATCAGA TGACCTCAGA AAGCAAAATA TATCTGACAA TGAACAGTGG 
CAACAAAAAC TGAGTAATGT GACAATGGAG ATGGAATATA AACTGGCAGC AGAGAAGAAA 
CAGATTGAGC ACTTGTCGCT GGAGCTAGAA GTAGCAAGAC TCCAGCTACA AGGCCTTGAT 
TTAAGTTCAC GTTCCCTGCT ATGCATAGAT ATTGAAGATA CTTCTCCTAA TGAACAAGAA 
AATAATGGCG TGCATCCGTT GCAAGTGCAT AGTTTGCCTA ATGAAAACTT GGCACCCAAG 
CGAGAGAAAC CTGAGATAAG ACTATGTGAA CAAATTACTA TAGAAAAGAA CTCTGAATGT 
GAAAATGTAG CTGAGGTCAC GGAAGCAAGA TCTGCAGAAG AATGTCCAGC AAAACTGATC 
TCTGAGACTG AATATAGAAA TACATCGGAG AAAAAGACAG ACTGCCACAG TGAATCATCA 
TTTTCCAATC ACAACATATC TCTAACACCT CTGGATTTCT TGGAAAATCA GGTAACAATT 
GAAACTCTTC AGCTACAGAT AAAGCAGACA TCTAGTGAAA ACCTGAAGCT GCTCCATGGC 
ATAGAAGAAA GCAATAAAAA GGTTGATGCT CTGCTAATGG AAATCAAAGA ATTAAACTCA 
AGGTTGGATT TGCAGCATAC AGAACTAACT GCAAAGGTAA CTGCTTATGC AGAACTAGAA 
AAAACAGTTC TAGTACTTAA AAAAGAAAAC TCGGACTTAA ATGAGAAATT TGAATCTGTT 
TCTTTTGATA AGCACCAGAT AGCTTATAAA GTTATGATTC TAGAAAAAGA ACTTGACAAG 
GCAAAGTCTG ACGTGGACGT GTACAAAGTT AGATTATCTG ATGTAACAGA CATGCTGGAG 
GACTTAGAAA TGACCAAAGG AGACTGGCAT GAGAAGTTCC TTCAGTCTGA AAACGAATTG 
AGGAGAACAA AATCTGAGAA AGAGAACATT CAGAACCATG CCCTGTCCAT AGAAGGTGAC 
ATAGAGGAAC TTCAGAGAAA AAATCAGCAG TTAGAAAAAG ACAGTGAAAA TAAACTGAAA 
ACTATTTCAA CTCTTCAAGA GCAACTTGCT GTAATCACAA GGGAGAGAAA CCAACTCAGT 
CAAGAACTGA GCATTTTGTC AGAGAACAAA GAGGAGTTGG ATCAATTGTA TCAAACACTG 
CAGGAGAAAA TAAAAGAGCT AGAGTCAAAT AAAGTGGATG CTACTGAATT TATCAGGATA 
TTAGAGGCTG AAGCTAAGAC ACAAACCAAA CTGCTTCAGA CCACAAAATC TGATGTAGAT 
CAGTTATCAA GGGAAAAAGA CTATCTTGTG CAGCAATTGC AGAATGTGGA AAAGGATGCA 
GAGGTTCTCA CATTAGAAAA AGAAAAGTTG CAAAACCAAA TGCAGGATCT GGAGGAGGAA 
AAAAAATTGA TTCTAGGGGA GCCTGAAATG TTGCAGACTA AGTTAAGTGA ATCAGAAATG 
GAAAACTCTA AGCTTTCCAA AACTTTGGAA GGCTCATTAA TTGAAAAAGG AGAACTTGCT 
GCTAGACTGA ATTCAACACA AGAAGAGGTG GATCAACTGC GATATGGAAT TGAGAAGTTG 
AAAATGAAAA TAGAATCTGA TGAGAAGAAA AACCGCCACA CAGTTGAAAA ACTGAAAGAG 
AGTGAACGGA AAGCAGACTT TCTTCTGGAC AAAACTGAGA AGCTTGAAAG AGAATTGCAG 
ATGTCAGAAG AAAATCTAGA AGATGCAATT CTTCAGGCAG AGACTGCTAA CACAGAGACA 
GAAACATTAA AAATTGAGAT GGAAGAGATG GCTGAAAGGT TGAAAAGTTT AGAATTAGCA 
GTCAATGCCT TCAGGTCAGA AAAAGAAGGT TTGACTAAAG AACTACAAGA AAAGCAAGAA 
AAGATATCTG AATTAGAATC TTCTAACTCT AACATTGTAA GACTGCTGGA AGAAAAGGAG 
AAAGAAAATA TGCAAATTAA AGAAGAGTCT GAAAATGTCA CGGTATTGAT AAAATCTCAG 
CTGAAAAATG CAAGTGAGGA AATAAAGCTT TCTTTCAATG AGCTAGAAAT TTGTAAGGCA 
AAAGAACAAG ACTTAATTTA TCAAGTGGGT TGTCTTGAAC ATGATAAAAC ACAACTATTA 
CTGGAACTTC AGGAAGTAAG AAACATCAGT ACCAAACTAG AACAATCACT GGAAGCATTT 
GTACAGGAAC TTGCAGACTG TAAACAAACC CTGGATGAGA AGATCCAAGA AAATGGTGCG 
CTACAAAAGA AGATTAAAGA TGTAGAGCAG CTTTCTGTAC AGCTGTCACA TGCGGAAAGT 
GAACGTGAAT GCTGGAAGCA GGAAAAAGAA GGGCTGCAGA ATTTGATAGC TGAATTGAAG 
CAGAAGGTTC AACATCTATC TAATAATGAA ATTTTGCAGA CTATCCTAGA AAATCTAAAA 
GCATCTCATA AAGATCTTGA GAAGGAGCTG GAGTCCACGC TGTCTGAAAA AAATGCTCTT 
GTTGAAAAGA TTCAACTGGA TCCAACTACT TCAGAAAAAA ATGAACCAAA TAAGAGTTTG 
GATGGGGTTC AGAAAGAGCT GGAGGAAAAA AAGAGAGAAA TGAAAAGAGA AATATCCGAA 
TATCAAAGCA GACTTCTTCA GGTGGAGAAA AATCATCAGG CTCTTCTGGC AGAAGCAAAC 
AGAAAGAATG AAGTAGAAAT TCAGGCCTGT CAAGAGAAAT TGAATTCATT GGAGCAGTGT 
CTGAGTCAAG AAAAGTTGGA AATGGAGCTC TTGAAGTCAA GTAAAGAGGA ATTAAATAAT 
TCTCTGAAAG ATGCTAACCA GACAATAGAA GAACTTAAGA AAATTAAGGT GGACAATCTG 
AAGTGTATAG TTCAACTGAA GAAGCAAAAT GAATTTGCTT GTAGTAAAAT GGAGATATGG 
ATGAAATCCT GTAAACAGCT AAAGCAGGAA AAAGAAATGT TGCAGAAACA AATTGCTGAA 
CATGGTGCTC TATTAAAGAA ACAAAAGCCA AGTGCTGATG AGGTTGCCAG TGCAGAAGAA 
ATGAGGTTGA AGCTGGAAGA ACTAAAAGAA TCTTTAGAAG AGAAAACCAA GGAAGCAGAA 
GAGAACCTGG AGAAGTACTG CACTCTGATT ATTAAGAACT ATAAACTAGA GGAAGAAAAT 
GAGATGTTAA AAACGCAGGT CTCTCTGCTG AGTGCTCAGC TGAAACAACC AGCAAATGCT 
GTTAATTCTC CTTCACAAAA TTCAGATAAT CCAGTAACAC TGAACAATCA GTCAGTTACA 
GAGAAGAGGT CAGATGAAGA CCCTACTAAG CTTTCAGGTA AAAGACAAAG ATGCCAAAAA 
ACCAAGAAAG ATGATGGGGA ACCAAAATCC CCTATACCAG AGACCTTATC TAAAAAAATG 
AAAAAGGGAG CATTCTGCCA ACATTCACTG ACCCATGAGA ATACTGAGTA TGAGCCAGAC 
GGACTCCCAG AGGTGGTGAA AAAAGGGTTT GCTGATATTC CTGTTGAGAA AATCAGTCCT 
TATGTTTTGC GTAGAACAAC TCTAAACCTA AGGACCAGTC CCCGTCTTGC TGCCCAAAGC 
CAAAGATTGT CACCAAGTGC CCAAAGTTTA CAAAAAGGCA GTTCAGATAA TCTGGCGGAG 
ATCTCTAAAC TGACAGCTGG TGGCAGCAAA TCACAAAAGG TAGCTGATAC TCAACAGTGC 
CAAGCGGAAA CAGCTATTGA ACCCATGGAA TCTAGTTCAA GATCTCCTCT TCGCATAAAT 
AAGCAAACCA CAAAAGCTGT TGCTGAGATC TGTAGGGAGA ATCTTAACAC ACACAAAGGC 
AGATGTTCCC TGAGCACACA AACATTGCCT GATCAAAATG AACAAGAAAA AAACTGTATG 
GTACAGTAA

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

RefSeq	XP_027682910.1
CDS	127..8955
Translation	MSWVVEEWKEGLSTRALQKIQELESQLDKLKKERQQRQFQLESLEAALQKQKQKVENEKNEGATLKRENQSLMELCDNLEKTKQKISHDLQVKESQVNYQAGQLTSSKKQIERLEQELKRYKSELERSQQTLITGDLSFSSTPQKNFAAPLTPNQNHNDSKFEELQEKYNKEIEERKRLEAELRNIQIKKINHSHPQSTKSHREIARHQASSSVFSWQQEKTPSCPSSSSQETPLKRGFTSSHFPWEQEATPSHCGLRSKKTDFSNSFSDNCDNSSVIEQLKTENQELSSRVQELEHQLQDQEKEKKFHMNKLQETQLQLEKTKLEFTDKDSILHKIRDELNRMTAQRDQATAQYEMVEQKMKKLSEELNCQRQNAESARRSLEQKVKEKEKEYQKELFRQQHSLQTVDQQCNQIKAKLNQDLQQAKNDNNALRAELDKAIAVKQRLENNSSELSQKLCRAEQALLANQSKENDMRRNFEEMKKEKNLLRCQSDQKSREIHQLEEQLKTAKQFLKESQNYAEEMKNKSLSQEEDLKILQEKLNKQDASLTLEKLKLAIADLEKQRDSIQHLLKQRESHTEELNSKISKMEKESEALLKVVGLKEGECEELKKEFTILSQWKNENEQLVNKLESEKEELLSKINDLESFLKIQQVKSNESSETVRIMVNEKEKYSLEIKNLRDMVEYKSEKLEAQKKAYDELQQKAECSDQKYRKEIENMTWKISQLTNQVEILEQKLQLAANEVLEKDQCYHELNGKYEKICYLVKSKDISEVTEDRELNLQNKHCRTVLGGEEQLPVKNSITDVLMREPGTISEDWEDHCAKGVLETDKNDGQDMSILQDQVSSLEISLMAQKQFKSLLQKPYENLVEIKGETEKKLVEAEQMHGSFVTETKNHIRNLQGDTSAQQDCIDKTLAALEEKDKQLHTLNKELETQQAEIWDLKINNKLLEDSVKQLQLVCDTWNFKKKDMSTMLSLREKEIEDLTEENGTLKGINKALEQEKVDLLETNIIFSNSLKEREESISELSRRHKEERLSLIERYEEIEKELVDLQGKYKSMEEKNANTEGILRQQKSHFQESKAESERQEKQLRDERNEFFSKLVSLEGKNKDLIQELEKVQSELQFKQSEIAHIQNVSSAELDCLRQEMLNVTAEQNKMQEEHNVLLQENEQLSKVIKTKNESLACDLVHDRRPTSEQLRVSMEEKENELNKYQVKLELLQMDLEDREVSVENYSTQVMQLEAALKSVERKLEESEKEKERMQQELQTIKEELETPDPKLIVVDKNDQSVESVVDADSQVNSKREIDEKYSLVLHELTTSQNDDVQLVSSLQMTMNRLNELEKMCEMLQIEKLVLTSELNDSKTECTTTDKMAEEVEKIVSEVKILKDEKAIFPDELMDQSVENEVGIHFDDEQMSFKSLECSTEPNYNYEDLKLSNKEVKMHFAEVKEKIFSLQREHKILHEQHCSMIFKVSELQSCIKTLKAENSALSTSLNKVNADSVEVQVTSRQKDGEFKLEETKSTFSPSCLNEMPYFPEANLLELSFDSDLCKWREESIWLNISQESVLGDKTEISLVEEPHNDQALDFIAKRESIIHRKSNLESKIRELQMICQTYEKSIKSFEEQFQSRENMKNEIQELKQLIISERKESDDLRKQNISDNEQWQQKLSNVTMEMEYKLAAEKKQIEHLSLELEVARLQLQGLDLSSRSLLCIDIEDTSPNEQENNGVHPLQVHSLPNENLAPKREKPEIRLCEQITIEKNSECENVAEVTEARSAEECPAKLISETEYRNTSEKKTDCHSESSFSNHNISLTPLDFLENQVTIETLQLQIKQTSSENLKLLHGIEESNKKVDALLMEIKELNSRLDLQHTELTAKVTAYAELEKTVLVLKKENSDLNEKFESVSFDKHQIAYKVMILEKELDKAKSDVDVYKVRLSDVTDMLEDLEMTKGDWHEKFLQSENELRRTKSEKENIQNHALSIEGDIEELQRKNQQLEKDSENKLKTISTLQEQLAVITRERNQLSQELSILSENKEELDQLYQTLQEKIKELESNKVDATEFIRILEAEAKTQTKLLQTTKSDVDQLSREKDYLVQQLQNVEKDAEVLTLEKEKLQNQMQDLEEEKKLILGEPEMLQTKLSESEMENSKLSKTLEGSLIEKGELAARLNSTQEEVDQLRYGIEKLKMKIESDEKKNRHTVEKLKESERKADFLLDKTEKLERELQMSEENLEDAILQAETANTETETLKIEMEEMAERLKSLELAVNAFRSEKEGLTKELQEKQEKISELESSNSNIVRLLEEKEKENMQIKEESENVTVLIKSQLKNASEEIKLSFNELEICKAKEQDLIYQVGCLEHDKTQLLLELQEVRNISTKLEQSLEAFVQELADCKQTLDEKIQENGALQKKIKDVEQLSVQLSHAESERECWKQEKEGLQNLIAELKQKVQHLSNNEILQTILENLKASHKDLEKELESTLSEKNALVEKIQLDPTTSEKNEPNKSLDGVQKELEEKKREMKREISEYQSRLLQVEKNHQALLAEANRKNEVEIQACQEKLNSLEQCLSQEKLEMELLKSSKEELNNSLKDANQTIEELKKIKVDNLKCIVQLKKQNEFACSKMEIWMKSCKQLKQEKEMLQKQIAEHGALLKKQKPSADEVASAEEMRLKLEELKESLEEKTKEAEENLEKYCTLIIKNYKLEEENEMLKTQVSLLSAQLKQPANAVNSPSQNSDNPVTLNNQSVTEKRSDEDPTKLSGKRQRCQKTKKDDGEPKSPIPETLSKKMKKGAFCQHSLTHENTEYEPDGLPEVVKKGFADIPVEKISPYVLRRTTLNLRTSPRLAAQSQRLSPSAQSLQKGSSDNLAEISKLTAGGSKSQKVADTQQCQAETAIEPMESSSRSPLRINKQTTKAVAEICRENLNTHKGRCSLSTQTLPDQNEQEKNCMVQ

Target ORF information:

RefSeq Version	XM_027827109.1
Organism	Chelonia mydas(Green sea turtle)
Definition	Chelonia mydas centromere protein F (CENPF), mRNA.

Target ORF information:

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

XM_027827109.1

ORF Insert Sequence:

ATGAGCTGGG TTGTGGAAGA GTGGAAAGAA GGCCTTTCCA CAAGGGCCCT TCAGAAGATT 
CAAGAGCTTG AAAGTCAACT AGACAAGCTT AAAAAAGAAC GGCAGCAAAG ACAGTTTCAG 
CTTGAATCGC TGGAGGCAGC TTTGCAAAAG CAGAAGCAGA AGGTTGAAAA TGAAAAAAAC 
GAAGGAGCAA CACTAAAAAG AGAAAACCAG AGCTTGATGG AATTGTGTGA TAATCTTGAA 
AAAACAAAGC AGAAAATTTC ACATGATCTT CAAGTAAAAG AATCACAAGT TAATTATCAA 
GCGGGACAAC TAACTTCAAG CAAGAAACAA ATTGAAAGAC TAGAACAGGA ACTTAAAAGG 
TACAAATCTG AACTTGAGAG AAGTCAGCAA ACATTGATTA CAGGAGACTT ATCATTCAGT 
AGTACACCAC AGAAGAATTT TGCTGCTCCT TTAACACCAA ATCAAAATCA CAATGATTCC 
AAGTTTGAAG AACTCCAAGA AAAATACAAT AAAGAAATTG AAGAAAGAAA AAGGCTGGAG 
GCAGAACTGA GAAATATCCA GATTAAAAAA ATAAATCATT CTCATCCTCA AAGTACTAAG 
AGTCACAGAG AGATTGCTCG GCATCAGGCT TCTTCATCAG TATTCTCGTG GCAACAAGAG 
AAGACACCAA GCTGTCCTTC ATCCAGCAGT CAAGAAACCC CTTTAAAGAG AGGTTTTACT 
TCATCCCATT TTCCATGGGA ACAAGAGGCA ACGCCAAGCC ACTGTGGCTT AAGATCAAAG 
AAGACAGATT TCAGCAACAG TTTCTCTGAC AATTGTGATA ATTCTTCTGT CATCGAGCAG 
TTAAAAACAG AGAACCAAGA ATTAAGCTCC AGAGTTCAAG AACTAGAGCA TCAGCTACAA 
GATCAAGAAA AAGAAAAGAA ATTCCATATG AACAAACTTC AAGAAACTCA ACTCCAGCTG 
GAGAAAACAA AACTGGAATT CACGGACAAA GATTCTATTT TGCACAAAAT TAGAGATGAA 
TTGAATAGAA TGACAGCACA ACGTGATCAA GCTACTGCCC AGTATGAAAT GGTGGAGCAA 
AAGATGAAAA AACTGTCAGA AGAACTGAAT TGTCAAAGAC AAAATGCTGA AAGTGCTCGT 
CGCTCATTAG AACAGAAAGT AAAAGAAAAG GAAAAGGAAT ACCAAAAGGA ACTGTTTCGT 
CAGCAACATT CCTTACAGAC AGTGGATCAG CAGTGCAACC AGATAAAAGC CAAACTGAAC 
CAGGACTTGC AGCAAGCCAA GAATGACAAC AATGCTCTAC GGGCAGAACT TGACAAAGCA 
ATAGCAGTGA AACAACGTTT GGAAAACAAC TCCAGTGAGC TTTCACAGAA GCTGTGCAGA 
GCAGAACAGG CTTTACTAGC AAACCAGTCA AAGGAAAATG ATATGAGGAG AAACTTTGAG 
GAAATGAAGA AGGAAAAAAA CCTTCTTCGC TGCCAGTCTG ATCAAAAGTC ACGAGAAATC 
CATCAGCTGG AAGAACAACT AAAAACAGCC AAACAGTTTC TAAAGGAGAG CCAGAATTAT 
GCTGAAGAGA TGAAAAATAA GAGTTTGTCT CAGGAAGAAG ACCTAAAGAT ACTCCAAGAG 
AAACTCAACA AACAAGATGC CTCTCTCACG TTGGAGAAAT TGAAATTAGC TATAGCTGAT 
CTGGAAAAGC AACGAGACTC CATTCAACAT CTGCTGAAGC AAAGAGAAAG CCATACTGAG 
GAACTAAACA GTAAGATAAG TAAAATGGAG AAGGAATCAG AAGCCTTGCT GAAAGTTGTT 
GGATTAAAGG AGGGAGAATG TGAAGAACTA AAAAAGGAGT TTACTATTCT TTCTCAATGG 
AAAAATGAAA ATGAACAACT TGTGAATAAG CTTGAGTCTG AAAAGGAAGA ATTGCTGAGC 
AAAATTAATG ACTTGGAAAG TTTTCTCAAG ATTCAACAAG TTAAAAGTAA TGAAAGTAGT 
GAGACTGTCA GAATAATGGT AAATGAGAAA GAAAAATATA GTTTAGAGAT TAAAAATCTC 
AGAGACATGG TGGAATATAA AAGTGAAAAA CTAGAGGCAC AGAAAAAAGC TTATGATGAA 
CTTCAACAAA AAGCGGAATG TTCAGATCAA AAATATCGGA AAGAAATAGA AAATATGACC 
TGGAAAATAT CTCAGCTCAC CAACCAAGTT GAAATTCTAG AACAAAAGCT ACAGTTAGCA 
GCAAACGAAG TACTGGAAAA GGATCAATGT TATCATGAGT TGAATGGTAA ATATGAGAAA 
ATTTGCTATC TTGTAAAATC AAAAGATATT TCTGAAGTAA CAGAAGACAG AGAACTAAAT 
TTACAGAATA AACATTGCAG GACTGTTTTG GGTGGTGAAG AACAACTTCC AGTGAAAAAT 
TCCATCACAG ATGTATTAAT GAGAGAACCT GGAACAATCA GTGAGGATTG GGAAGACCAT 
TGTGCAAAAG GTGTCCTAGA AACAGATAAA AATGATGGAC AGGATATGTC AATCCTACAA 
GATCAGGTCT CTTCTCTTGA GATTTCATTA ATGGCTCAAA AGCAGTTTAA GTCACTTTTG 
CAGAAACCCT ATGAAAACTT GGTAGAAATC AAAGGTGAGA CAGAAAAAAA GCTAGTTGAA 
GCAGAACAGA TGCATGGAAG TTTTGTGACA GAGACTAAAA ACCATATTCG TAACTTGCAA 
GGGGATACTT CTGCTCAGCA AGATTGTATT GATAAAACAT TAGCTGCCCT TGAGGAAAAG 
GACAAGCAAT TGCACACTTT GAACAAAGAA TTAGAAACTC AACAAGCAGA GATTTGGGAT 
TTAAAAATCA ATAATAAATT GCTTGAGGAT TCAGTAAAGC AGCTACAACT TGTGTGTGAC 
ACATGGAATT TCAAGAAAAA AGACATGTCT ACAATGCTTT CCTTACGTGA AAAAGAAATT 
GAGGACCTTA CTGAAGAAAA TGGAACCCTT AAGGGCATTA ACAAGGCTTT AGAACAAGAA 
AAAGTAGACT TACTAGAAAC AAACATAATT TTTTCTAATA GTTTAAAGGA AAGAGAGGAA 
AGCATTTCTG AGTTGTCCAG AAGACACAAG GAGGAAAGAC TGTCACTCAT AGAAAGATAT 
GAAGAAATTG AAAAAGAACT TGTAGATCTA CAAGGAAAAT ACAAATCAAT GGAAGAAAAA 
AATGCCAACA CAGAAGGCAT TTTAAGACAG CAAAAAAGTC ACTTTCAGGA GAGTAAAGCA 
GAATCAGAAC GACAAGAGAA ACAGCTTAGG GATGAGCGTA ATGAATTCTT CTCTAAACTA 
GTGTCCTTAG AGGGAAAAAA TAAAGATTTG ATTCAGGAAC TTGAGAAAGT GCAGTCAGAG 
TTGCAATTTA AACAATCTGA GATTGCTCAC ATCCAAAATG TATCTTCAGC TGAGTTGGAT 
TGTTTGAGAC AGGAAATGTT AAATGTCACG GCAGAACAAA ACAAAATGCA AGAAGAACAT 
AACGTCTTGC TTCAAGAGAA TGAGCAATTG AGCAAGGTAA TAAAAACAAA GAATGAATCT 
CTAGCGTGTG ACTTAGTTCA TGACAGAAGG CCTACATCAG AACAGTTGAG AGTGTCCATG 
GAAGAAAAAG AGAACGAGCT GAATAAATAT CAAGTTAAAC TTGAGCTACT TCAGATGGAT 
CTTGAGGACA GAGAAGTCTC TGTAGAAAAC TACAGCACAC AGGTAATGCA GTTGGAGGCT 
GCTTTAAAAA GTGTGGAAAG AAAACTTGAG GAAAGTGAAA AGGAAAAAGA GAGGATGCAG 
CAAGAATTAC AAACTATTAA AGAAGAATTG GAAACTCCAG ATCCTAAGCT TATAGTGGTG 
GATAAGAATG ACCAATCAGT GGAGTCTGTT GTTGATGCTG ATTCCCAGGT CAACTCTAAA 
AGAGAAATAG ATGAAAAGTA CTCTTTGGTT CTTCATGAGC TGACAACAAG CCAGAATGAT 
GATGTCCAAC TAGTATCCTC TTTACAGATG ACAATGAACA GACTAAATGA ATTGGAGAAA 
ATGTGTGAAA TGCTGCAGAT TGAAAAGTTA GTATTAACAT CCGAACTTAA TGACTCAAAA 
ACTGAATGCA CCACTACTGA TAAAATGGCA GAAGAGGTAG AAAAAATAGT GAGTGAAGTT 
AAAATATTAA AAGATGAAAA AGCTATTTTT CCTGATGAAT TAATGGATCA GAGTGTTGAA 
AATGAAGTAG GAATACACTT TGATGACGAG CAAATGTCTT TCAAATCTCT GGAATGTAGT 
ACTGAACCTA ACTATAACTA TGAAGATTTA AAACTGTCCA ACAAAGAAGT TAAAATGCAC 
TTTGCTGAAG TAAAAGAGAA AATTTTCTCT TTACAAAGAG AGCATAAAAT CTTACATGAG 
CAACACTGTA GTATGATCTT CAAAGTGTCT GAGCTACAGT CCTGTATTAA AACTCTTAAG 
GCAGAAAATT CTGCATTGTC AACAAGTCTG AATAAAGTTA ATGCTGATTC AGTGGAAGTG 
CAGGTGACTT CTCGCCAAAA AGATGGAGAA TTTAAATTAG AGGAAACCAA GTCCACATTC 
TCTCCATCAT GTCTTAATGA GATGCCATAT TTTCCAGAAG CAAATCTTTT GGAGTTGTCC 
TTTGATAGTG ATCTGTGCAA ATGGAGAGAA GAAAGTATTT GGCTGAATAT TTCTCAAGAA 
TCTGTTCTAG GAGATAAAAC AGAAATTAGT TTAGTTGAAG AGCCCCATAA TGATCAGGCA 
TTGGACTTCA TTGCAAAGAG AGAGAGCATT ATACATAGAA AATCTAATCT GGAGAGTAAA 
ATTAGAGAAC TTCAGATGAT ATGTCAGACA TATGAAAAGT CCATCAAGAG CTTTGAAGAG 
CAATTTCAGT CTCGTGAAAA TATGAAAAAT GAGATACAAG AGCTAAAACA ACTAATTATT 
TCTGAAAGGA AAGAATCAGA TGACCTCAGA AAGCAAAATA TATCTGACAA TGAACAGTGG 
CAACAAAAAC TGAGTAATGT GACAATGGAG ATGGAATATA AACTGGCAGC AGAGAAGAAA 
CAGATTGAGC ACTTGTCGCT GGAGCTAGAA GTAGCAAGAC TCCAGCTACA AGGCCTTGAT 
TTAAGTTCAC GTTCCCTGCT ATGCATAGAT ATTGAAGATA CTTCTCCTAA TGAACAAGAA 
AATAATGGCG TGCATCCGTT GCAAGTGCAT AGTTTGCCTA ATGAAAACTT GGCACCCAAG 
CGAGAGAAAC CTGAGATAAG ACTATGTGAA CAAATTACTA TAGAAAAGAA CTCTGAATGT 
GAAAATGTAG CTGAGGTCAC GGAAGCAAGA TCTGCAGAAG AATGTCCAGC AAAACTGATC 
TCTGAGACTG AATATAGAAA TACATCGGAG AAAAAGACAG ACTGCCACAG TGAATCATCA 
TTTTCCAATC ACAACATATC TCTAACACCT CTGGATTTCT TGGAAAATCA GGTAACAATT 
GAAACTCTTC AGCTACAGAT AAAGCAGACA TCTAGTGAAA ACCTGAAGCT GCTCCATGGC 
ATAGAAGAAA GCAATAAAAA GGTTGATGCT CTGCTAATGG AAATCAAAGA ATTAAACTCA 
AGGTTGGATT TGCAGCATAC AGAACTAACT GCAAAGGTAA CTGCTTATGC AGAACTAGAA 
AAAACAGTTC TAGTACTTAA AAAAGAAAAC TCGGACTTAA ATGAGAAATT TGAATCTGTT 
TCTTTTGATA AGCACCAGAT AGCTTATAAA GTTATGATTC TAGAAAAAGA ACTTGACAAG 
GCAAAGTCTG ACGTGGACGT GTACAAAGTT AGATTATCTG ATGTAACAGA CATGCTGGAG 
GACTTAGAAA TGACCAAAGG AGACTGGCAT GAGAAGTTCC TTCAGTCTGA AAACGAATTG 
AGGAGAACAA AATCTGAGAA AGAGAACATT CAGAACCATG CCCTGTCCAT AGAAGGTGAC 
ATAGAGGAAC TTCAGAGAAA AAATCAGCAG TTAGAAAAAG ACAGTGAAAA TAAACTGAAA 
ACTATTTCAA CTCTTCAAGA GCAACTTGCT GTAATCACAA GGGAGAGAAA CCAACTCAGT 
CAAGAACTGA GCATTTTGTC AGAGAACAAA GAGGAGTTGG ATCAATTGTA TCAAACACTG 
CAGGAGAAAA TAAAAGAGCT AGAGTCAAAT AAAGTGGATG CTACTGAATT TATCAGGATA 
TTAGAGGCTG AAGCTAAGAC ACAAACCAAA CTGCTTCAGA CCACAAAATC TGATGTAGAT 
CAGTTATCAA GGGAAAAAGA CTATCTTGTG CAGCAATTGC AGAATGTGGA AAAGGATGCA 
GAGGTTCTCA CATTAGAAAA AGAAAAGTTG CAAAACCAAA TGCAGGATCT GGAGGAGGAA 
AAAAAATTGA TTCTAGGGGA GCCTGAAATG TTGCAGACTA AGTTAAGTGA ATCAGAAATG 
GAAAACTCTA AGCTTTCCAA AACTTTGGAA GGCTCATTAA TTGAAAAAGG AGAACTTGCT 
GCTAGACTGA ATTCAACACA AGAAGAGGTG GATCAACTGC GATATGGAAT TGAGAAGTTG 
AAAATGAAAA TAGAATCTGA TGAGAAGAAA AACCGCCACA CAGTTGAAAA ACTGAAAGAG 
AGTGAACGGA AAGCAGACTT TCTTCTGGAC AAAACTGAGA AGCTTGAAAG AGAATTGCAG 
ATGTCAGAAG AAAATCTAGA AGATGCAATT CTTCAGGCAG AGACTGCTAA CACAGAGACA 
GAAACATTAA AAATTGAGAT GGAAGAGATG GCTGAAAGGT TGAAAAGTTT AGAATTAGCA 
GTCAATGCCT TCAGGTCAGA AAAAGAAGGT TTGACTAAAG AACTACAAGA AAAGCAAGAA 
AAGATATCTG AATTAGAATC TTCTAACTCT AACATTGTAA GACTGCTGGA AGAAAAGGAG 
AAAGAAAATA TGCAAATTAA AGAAGAGTCT GAAAATGTCA CGGTATTGAT AAAATCTCAG 
CTGAAAAATG CAAGTGAGGA AATAAAGCTT TCTTTCAATG AGCTAGAAAT TTGTAAGGCA 
AAAGAACAAG ACTTAATTTA TCAAGTGGGT TGTCTTGAAC ATGATAAAAC ACAACTATTA 
CTGGAACTTC AGGAAGTAAG AAACATCAGT ACCAAACTAG AACAATCACT GGAAGCATTT 
GTACAGGAAC TTGCAGACTG TAAACAAACC CTGGATGAGA AGATCCAAGA AAATGGTGCG 
CTACAAAAGA AGATTAAAGA TGTAGAGCAG CTTTCTGTAC AGCTGTCACA TGCGGAAAGT 
GAACGTGAAT GCTGGAAGCA GGAAAAAGAA GGGCTGCAGA ATTTGATAGC TGAATTGAAG 
CAGAAGGTTC AACATCTATC TAATAATGAA ATTTTGCAGA CTATCCTAGA AAATCTAAAA 
GCATCTCATA AAGATCTTGA GAAGGAGCTG GAGTCCACGC TGTCTGAAAA AAATGCTCTT 
GTTGAAAAGA TTCAACTGGA TCCAACTACT TCAGAAAAAA ATGAACCAAA TAAGAGTTTG 
GATGGGGTTC AGAAAGAGCT GGAGGAAAAA AAGAGAGAAA TGAAAAGAGA AATATCCGAA 
TATCAAAGCA GACTTCTTCA GGTGGAGAAA AATCATCAGG CTCTTCTGGC AGAAGCAAAC 
AGAAAGAATG AAGTAGAAAT TCAGGCCTGT CAAGAGAAAT TGAATTCATT GGAGCAGTGT 
CTGAGTCAAG AAAAGTTGGA AATGGAGCTC TTGAAGTCAA GTAAAGAGGA ATTAAATAAT 
TCTCTGAAAG ATGCTAACCA GACAATAGAA GAACTTAAGA AAATTAAGGT GGACAATCTG 
AAGTGTATAG TTCAACTGAA GAAGCAAAAT GAATTTGCTT GTAGTAAAAT GGAGATATGG 
ATGAAATCCT GTAAACAGCT AAAGCAGGAA AAAGAAATGT TGCAGAAACA AATTGCTGAA 
CATGGTGCTC TATTAAAGAA ACAAAAGCCA AGTGCTGATG AGGTTGCCAG TGCAGAAGAA 
ATGAGGTTGA AGCTGGAAGA ACTAAAAGAA TCTTTAGAAG AGAAAACCAA GGAAGCAGAA 
GAGAACCTGG AGAAGTACTG CACTCTGATT ATTAAGAACT ATAAACTAGA GGAAGAAAAT 
GAGATGTTAA AAACGCAGGT CTCTCTGCTG AGTGCTCAGC TGAAACAACC AGCAAATGCT 
GTTAATTCTC CTTCACAAAA TTCAGATAAT CCAGTAACAC TGAACAATCA GTCAGTTACA 
GAGAAGAGGT CAGATGAAGA CCCTACTAAG CTTTCAGGTA AAAGACAAAG ATGCCAAAAA 
ACCAAGAAAG ATGATGGGGA ACCAAAATCC CCTATACCAG AGACCTTATC TAAAAAAATG 
AAAAAGGGAG CATTCTGCCA ACATTCACTG ACCCATGAGA ATACTGAGTA TGAGCCAGAC 
GGACTCCCAG AGGTGGTGAA AAAAGGGTTT GCTGATATTC CTGTTGAGAA AATCAGTCCT 
TATGTTTTGC GTAGAACAAC TCTAAACCTA AGGACCAGTC CCCGTCTTGC TGCCCAAAGC 
CAAAGATTGT CACCAAGTGC CCAAAGTTTA CAAAAAGGCA GTTCAGATAA TCTGGCGGAG 
ATCTCTAAAC TGACAGCTGG TGGCAGCAAA TCACAAAAGG TAGCTGATAC TCAACAGTGC 
CAAGCGGAAA CAGCTATTGA ACCCATGGAA TCTAGTTCAA GATCTCCTCT TCGCATAAAT 
AAGCAAACCA CAAAAGCTGT TGCTGAGATC TGTAGGGAGA ATCTTAACAC ACACAAAGGC 
AGATGTTCCC TGAGCACACA AACATTGCCT GATCAAAATG AACAAGAAAA AAACTGTATG 
GTACAGTAA

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

CENPF ( XM_007064771.1 ) cDNA ORF clone, Chelonia mydas(Green sea turtle) -> XP_007064833.1 Chelonia mydas centromere protein F, 350/400kDa (CENPF), mRNA.

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CloneID	OCh73709
Clone ID Related Accession (Same CDS sequence)	XM_007064771.1
Accession Version	XM_007064771.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8778bp) 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	1394035200000
Organism	Chelonia mydas(Green sea turtle)
Product	centromere protein F
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006647845.1) 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 :: Chelonia mydas Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTGGG TTGTGGAAGA GTGGAAAGAA GGCCTTTCCA CAAGGGCCCT TCAGAAGATT 
CAAGAGCTTG AAAGTCAACT AGACAAGCTT AAAAAAGAAC GGCAGCAAAG ACAGTTTCAG 
CTTGAATCGC TGGAGGCAGC TTTGCAAAAG CAGAAGCAGA AGGTTGAAAA TGAAAAAAAC 
GAAGGAGCAA CACTAAAAAG AGAAAACCAG AGCTTGATGG AATTGTGTGA TAATCTTGAA 
AAAACAAAGC AGAAAATTTC ACATGATCTT CAAGTAAAAG AATCACAAGT TAATTATCAA 
GCGGGACAAC TAACTTCAAG CAAGAAACAA ATTGAAAGAC TAGAACAGGA ACTTAAAAGG 
TACAAATCTG AACTTGAGAG AAGTCAGCAA ACATTGATTA CAGGAGACTT ATCATTCAGT 
AGTACACCAC AGAAGAATTT TGCTGCTCCT TTAACACCAA ATCAAAATCA CAATGATTCC 
AAGTTTGAAG AACTCCAAGA AAAATACAAT AAAGAAATTG AAGAAAGAAA AAGGCTGGAG 
GCAGAACTGA GAAATATCCA GATTAAAAAA ATAAATCATT CTCATCCTCA AAGTACTAAG 
AGTCACAGAG AGATTGCTCG GCATCAGGCT TCTTCATCAG TATTCTCGTG GCAACAAGAG 
AAGACACCAA GCTGTCCTTC ATCCAGCAGT CAAGAAACCC CTTTAAAGAG AGGTTTTACT 
TCATCCCATT TTCCATGGGA ACAAGAGGCA ACGCCAAGCC ACTGTGGCTT AAGATCAAAG 
AAGACAGATT TCAGCAACAG TTTCTCTGAC AATTGTGATA ATTCTTCTGT CATCGAGCAG 
TTAAAAACAG AGAACCAAGA ATTAAGCTCC AGAGTTCAAG AACTAGAGCA TCAGCTACAA 
GATCAAGAAA AAGAAAAGAA ATTCCATATG AACAAACTTC AAGAAACTCA ACTCCAGCTG 
GAGAAAACAA AACTGGAATT CACGGACAAA GATTCTATTT TGCACAAAAT TAGAGATGAA 
TTGAATAGAA TGACAGCACA ACGTGATCAA GCTACTGCCC AGTATGAAAT GGTGGAGCAA 
AAGATGAAAA AACTGTCAGA AGAACTGAAT TGTCAAAGAC AAAATGCTGA AAGTGCTCGT 
CGCTCATTAG AACAGAAAGT AAAAGAAAAG GAAAAGGAAT ACCAAAAGGA ACTGTTTCGT 
CAGCAACATT CCTTACAGAC AGTGGATCAG CAGTGCAACC AGATAAAAGC CAAACTGAAC 
CAGGACTTGC AGCAAGCCAA GAATGACAAC AATGCTCTAC GGGCAGAACT TGACAAAGCA 
ATAGCAGTGA AACAACGTTT GGAAAACAAC TCCAGTGAGC TTTCACAGAA GCTGTGCAGA 
GCAGAACAGG CTTTACTAGC AAACCAGTCA AAGGAAAATG ATATGAGGAG AAACTTTGAG 
GAAATGAAGA AGGAAAAAAA CCTTCTTCGC TGCCAGTCTG ATCAAAAGTC ACGAGAAATC 
CATCAGCTGG AAGAACAACT AAAAACAGCC AAACAGTTTC TAAAGGAGAG CCAGAATTAT 
GCTGAAGAGA TGAAAAATAA GAGTTTGTCT CAGGAAGAAG ACCTAAAGAT ACTCCAAGAG 
AAACTCAACA AACAAGATGC CTCTCTCACG TTGGAGAAAT TGAAATTAGC TATAGCTGAT 
CTGGAAAAGC AACGAGACTC CATTCAACAT CTGCTGAAGC AAAGAGAAAG CCATACTGAG 
GAACTAAACA GTAAGATAAG TAAAATGGAG AAGGAATCAG AAGCCTTGCT GAAAGTTGTT 
GGATTAAAGG AGGGAGAATG TGAAGAACTA AAAAAGGAGT TTACTATTCT TTCTCAATGG 
AAAAATGAAA ATGAACAACT TGTGAATAAG CTTGAGTCTG AAAAGGAAGA ATTGCTGAGC 
AAAATTAATG ACTTGGAAAG TTTTCTCAAG ATTCAACAAG TTAAAAGTAA TGAAAGTAGT 
GAGACTGTCA GAATAATGGT AAATGAGAAA GAAAAATATA GTTTAGAGAT TAAAAATCTC 
AGAGACATGG TGGAATATAA AAGTGAAAAA CTAGAGGCAC AGAAAAAAGC TTATGATGAA 
CTTCAACAAA AAGCGGAATG TTCAGATCAA AAATATCGGA AAGAAATAGA AAATATGACC 
TGGAAAATAT CTCAGCTCAC CAACCAAGTT GAAATTCTAG AACAAAAGCT ACAGTTAGCA 
GCAAACGAAG TACTGGAAAA GGATCAATGT TATCATGAGT TGAATGGTAA ATATGAGAAA 
ATTTGCTATC TTGTAAAATC AAAAGATATT TCTGAAGTAA CAGAAGACAG AGAACTAAAT 
TTACAGAATA AACATTGCAG GACTGTTTTG GGTGGTGAAG AACAACTTCC AGTGAAAAAT 
TCCATCACAG ATGTATTAAT GAGAGAACCT GGAACAATCA GTGAGGATTG GGAAGACCAT 
TGTGCAAAAG GTGTCCTAGA AACAGATAAA AATGATGGAC AGGATATGTC AATCCTACAA 
GATCAGGTCT CTTCTCTTGA GATTTCATTA ATGGCTCAAA AGCAGTTTAA GTCACTTTTG 
CAGAAACCCT ATGAAAACTT GGTAGAAATC AAAGGTGAGA CAGAAAAAAA GCTAGTTGAA 
GCAGAACAGA TGCATGGAAG TTTTGTGACA GAGACTAAAA ACCATATTCG TAACTTGCAA 
GGGGATACTT CTGCTCAGCA AGATTGTATT GATAAAACAT TAGCTGCCCT TGAGGAAAAG 
GACAAGCAAT TGCACACTTT GAACAAAGAA TTAGAAACTC AACAAGCAGA GATTTGGGAT 
TTAAAAATCA ATAATAAATT GCTTGAGGAT TCAGTAAAGC AGCTACAACT TGTGTGTGAC 
ACATGGAATT TCAAGAAAAA AGACATGTCT ACAATGCTTT CCTTACGTGA AAAAGAAATT 
GAGGACCTTA CTGAAGAAAA TGGAACCCTT AAGGGCATTA ACAAGGCTTT AGAACAAGAA 
AAAGTAGACT TACTAGAAAC AAACATAATT TTTTCTAATA GTTTAAAGGA AAGAGAGGAA 
AGCATTTCTG AGTTGTCCAG AAGACACAAG GAGGAAAGAC TGTCACTCAT AGAAAGATAT 
GAAGAAATTG AAAAAGAACT TGTAGATCTA CAAGGAAAAT ACAAATCAAT GGAAGAAAAA 
AATGCCAACA CAGAAGGCAT TTTAAGACAG CAAAAAAGTC ACTTTCAGGA GAGTAAAGCA 
GAATCAGAAC GACAAGAGAA ACAGCTTAGG GATGAGCGTA ATGAATTCTT CTCTAAACTA 
GTGTCCTTAG AGGGAAAAAA TAAAGATTTG ATTCAGGAAC TTGAGAAAGT GCAGTCAGAG 
TTGCAATTTA AACAATCTGA GATTGCTCAC ATCCAAAATG TATCTTCAGC TGAGTTGGAT 
TGTTTGAGAC AGGAAATGTT AAATGTCACG GCAGAACAAA ACAAAATGCA AGAAGAACAT 
AACGTCTTGC TTCAAGAGAA TGAGCAATTG AGCAAGGTAA TAAAAACAAA GAATGAATCT 
CTAGCGTGTG ACTTAGTTCA TGACAGAAGG CCTACATCAG AACAGTTGAG AGTGTCCATG 
GAAGAAAAAG AGAACGAGCT GAATAAATAT CAAGTTAAAC TTGAGCTACT TCAGATGGAT 
CTTGAGGACA GAGAAGTCTC TGTAGAAAAC TACAGCACAC AGGTAATGCA GTTGGAGGCT 
GCTTTAAAAA GTGTGGAAAG AAAACTTGAG GAAAGTGAAA AGGAAAAAGA GAGGATGCAG 
CAAGAATTAC AAACTATTAA AGAAGAATTG GAAACTCCAG ATCCTAAGCT TATAGTGGTC 
AACTCTAAAA GAGAAATAGA TGAAAAGTAC TCTTTGGTTC TTCATGAGCT GACAACAAGC 
CAGAATGATG ATGTCCAACT AGTATCCTCT TTACAGATGA CAATGAACAG ACTAAATGAA 
TTGGAGAAAA TGTGTGAAAT GCTGCAGATT GAAAAGTTAG TATTAACATC CGAACTTAAT 
GACTCAAAAA CTGAATGCAC CACTACTGAT AAAATGGCAG AAGAGGTAGA AAAAATAGTG 
AGTGAAGTTA AAATATTAAA AGATGAAAAA GCTATTTTTC CTGATGAATT AATGGATCAG 
AGTGTTGAAA ATGAAGTAGG AATACACTTT GATGACGAGC AAATGTCTTT CAAATCTCTG 
GAATGTAGTA CTGAACCTAA CTATAACTAT GAAGATTTAA AACTGTCCAA CAAAGAAGTT 
AAAATGCACT TTGCTGAAGT AAAAGAGAAA ATTTTCTCTT TACAAAGAGA GCATAAAATC 
TTACATGAGC AACACTGTAG TATGATCTTC AAAGTGTCTG AGCTACAGTC CTGTATTAAA 
ACTCTTAAGG CAGAAAATTC TGCATTGTCA ACAAGTCTGA ATAAAGTTAA TGCTGATTCA 
GTGGAAGTGC AGGTGACTTC TCGCCAAAAA GATGGAGAAT TTAAATTAGA GGAAACCAAG 
TCCACATTCT CTCCATCATG TCTTAATGAG ATGCCATATT TTCCAGAAGC AAATCTTTTG 
GAGTTGTCCT TTGATAGTGA TCTGTGCAAA TGGAGAGAAG AAAGTATTTG GCTGAATATT 
TCTCAAGAAT CTGTTCTAGG AGATAAAACA GAAATTAGTT TAGTTGAAGA GCCCCATAAT 
GATCAGGCAT TGGACTTCAT TGCAAAGAGA GAGAGCATTA TACATAGAAA ATCTAATCTG 
GAGAGTAAAA TTAGAGAACT TCAGATGATA TGTCAGACAT ATGAAAAGTC CATCAAGAGC 
TTTGAAGAGC AATTTCAGTC TCGTGAAAAT ATGAAAAATG AGATACAAGA GCTAAAACAA 
CTAATTATTT CTGAAAGGAA AGAATCAGAT GACCTCAGAA AGCAAAATAT ATCTGACAAT 
GAACAGTGGC AACAAAAACT GAGTAATGTG ACAATGGAGA TGGAATATAA ACTGGCAGCA 
GAGAAGAAAC AGATTGAGCA CTTGTCGCTG GAGCTAGAAG TAGCAAGACT CCAGCTACAA 
GGCCTTGATT TAAGTTCACG TTCCCTGCTA TGCATAGATA TTGAAGATAC TTCTCCTAAT 
GAACAAGAAA ATAATGGCGT GCATCCGTTG CAAGTGCATA GTTTGCCTAA TGAAAACTTG 
GCACCCAAGC GAGAGAAACC TGAGATAAGA CTATGTGAAC AAATTACTAT AGAAAAGAAC 
TCTGAATGTG AAAATGTAGC TGAGGTCACG GAAGCAAGAT CTGCAGAAGA ATGTCCAGCA 
AAACTGATCT CTGAGACTGA ATATAGAAAT ACATCGGAGA AAAAGACAGA CTGCCACAGT 
GAATCATCAT TTTCCAATCA CAACATATCT CTAACACCTC TGGATTTCTT GGAAAATCAG 
GTAACAATTG AAACTCTTCA GCTACAGATA AAGCAGACAT CTAGTGAAAA CCTGAAGCTG 
CTCCATGGCA TAGAAGAAAG CAATAAAAAG GTTGATGCTC TGCTAATGGA AATCAAAGAA 
TTAAACTCAA GGTTGGATTT GCAGCATACA GAACTAACTG CAAAGGTAAC TGCTTATGCA 
GAACTAGAAA AAACAGTTCT AGTACTTAAA AAAGAAAACT CGGACTTAAA TGAGAAATTT 
GAATCTGTTT CTTTTGATAA GCACCAGATA GCTTATAAAG TTATGATTCT AGAAAAAGAA 
CTTGACAAGG CAAAGTCTGA CGTGGACGTG TACAAAGTTA GATTATCTGA TGTAACAGAC 
ATGCTGGAGG ACTTAGAAAT GACCAAAGGA GACTGGCATG AGAAGTTCCT TCAGTCTGAA 
AACGAATTGA GGAGAACAAA ATCTGAGAAA GAGAACATTC AGAACCATGC CCTGTCCATA 
GAAGGTGACA TAGAGGAACT TCAGAGAAAA AATCAGCAGT TAGAAAAAGA CAGTGAAAAT 
AAACTGAAAA CTATTTCAAC TCTTCAAGAG CAACTTGCTG TAATCACAAG GGAGAGAAAC 
CAACTCAGTC AAGAACTGAG CATTTTGTCA GAGAACAAAG AGGAGTTGGA TCAATTGTAT 
CAAACACTGC AGGAGAAAAT AAAAGAGCTA GAGTCAAATA AAGTGGATGC TACTGAATTT 
ATCAGGATAT TAGAGGCTGA AGCTAAGACA CAAACCAAAC TGCTTCAGAC CACAAAATCT 
GATGTAGATC AGTTATCAAG GGAAAAAGAC TATCTTGTGC AGCAATTGCA GAATGTGGAA 
AAGGATGCAG AGGTTCTCAC ATTAGAAAAA GAAAAGTTGC AAAACCAAAT GCAGGATCTG 
GAGGAGGAAA AAAAATTGAT TCTAGGGGAG CCTGAAATGT TGCAGACTAA GTTAAGTGAA 
TCAGAAATGG AAAACTCTAA GCTTTCCAAA ACTTTGGAAG GCTCATTAAT TGAAAAAGGA 
GAACTTGCTG CTAGACTGAA TTCAACACAA GAAGAGGTGG ATCAACTGCG ATATGGAATT 
GAGAAGTTGA AAATGAAAAT AGAATCTGAT GAGAAGAAAA ACCGCCACAC AGTTGAAAAA 
CTGAAAGAGA GTGAACGGAA AGCAGACTTT CTTCTGGACA AAACTGAGAA GCTTGAAAGA 
GAATTGCAGA TGTCAGAAGA AAATCTAGAA GATGCAATTC TTCAGGCAGA GACTGCTAAC 
ACAGAGACAG AAACATTAAA AATTGAGATG GAAGAGATGG CTGAAAGGTT GAAAAGTTTA 
GAATTAGCAG TCAATGCCTT CAGGTCAGAA AAAGAAGGTT TGACTAAAGA ACTACAAGAA 
AAGCAAGAAA AGATATCTGA ATTAGAATCT TCTAACTCTA ACATTGTAAG ACTGCTGGAA 
GAAAAGGAGA AAGAAAATAT GCAAATTAAA GAAGAGTCTG AAAATGTCAC GGTATTGATA 
AAATCTCAGC TGAAAAATGC AAGTGAGGAA ATAAAGCTTT CTTTCAATGA GCTAGAAATT 
TGTAAGGCAA AAGAACAAGA CTTAATTTAT CAAGTGGGTT GTCTTGAACA TGATAAAACA 
CAACTATTAC TGGAACTTCA GGAAGTAAGA AACATCAGTA CCAAACTAGA ACAATCACTG 
GAAGCATTTG TACAGGAACT TGCAGACTGT AAACAAACCC TGGATGAGAA GATCCAAGAA 
AATGGTGCGC TACAAAAGAA GATTAAAGAT GTAGAGCAGC TTTCTGTACA GCTGTCACAT 
GCGGAAAGTG AACGTGAATG CTGGAAGCAG GAAAAAGAAG GGCTGCAGAA TTTGATAGCT 
GAATTGAAGC AGAAGGTTCA ACATCTATCT AATAATGAAA TTTTGCAGAC TATCCTAGAA 
AATCTAAAAG CATCTCATAA AGATCTTGAG AAGGAGCTGG AGTCCACGCT GTCTGAAAAA 
AATGCTCTTG TTGAAAAGAT TCAACTGGAT CCAACTACTT CAGAAAAAAA TGAACCAAAT 
AAGAGTTTGG ATGGGGTTCA GAAAGAGCTG GAGGAAAAAA AGAGAGAAAT GAAAAGAGAA 
ATATCCGAAT ATCAAAGCAG ACTTCTTCAG GTGGAGAAAA ATCATCAGGC TCTTCTGGCA 
GAAGCAAACA GAAAGAATGA AGTAGAAATT CAGGCCTGTC AAGAGAAATT GAATTCATTG 
GAGCAGTGTC TGAGTCAAGA AAAGTTGGAA ATGGAGCTCT TGAAGTCAAG TAAAGAGGAA 
TTAAATAATT CTCTGAAAGA TGCTAACCAG ACAATAGAAG AACTTAAGAA AATTAAGGTG 
GACAATCTGA AGTGTATAGT TCAACTGAAG AAGCAAAATG AATTTGCTTG TAGTAAAATG 
GAGATATGGA TGAAATCCTG TAAACAGCTA AAGCAGGAAA AAGAAATGTT GCAGAAACAA 
ATTGCTGAAC ATGGTGCTCT ATTAAAGAAA CAAAAGCCAA GTGCTGATGA GGTTGCCAGT 
GCAGAAGAAA TGAGGTTGAA GCTGGAAGAA CTAAAAGAAT CTTTAGAAGA GAAAACCAAG 
GAAGCAGAAG AGAACCTGGA GAAGTACTGC ACTCTGATTA TTAAGAACTA TAAACTAGAG 
GAAGAAAATG AGATGTTAAA AACGCAGGTC TCTCTGCTGA GTGCTCAGCT GAAACAACCA 
GCAAATGCTG TTAATTCTCC TTCACAAAAT TCAGATAATC CAGTAACACT GAACAATCAG 
TCAGTTACAG AGAAGAGGTC AGATGAAGAC CCTACTAAGC TTTCAGGTAA AAGACAAAGA 
TGCCAAAAAA CCAAGAAAGA TGATGGGGAA CCAAAATCCC CTATACCAGA GACCTTATCT 
AAAAAAATGA AAAAGGGAGC ATTCTGCCAA CATTCACTGA CCCATGAGAA TACTGAGTAT 
GAGCCAGACG GACTCCCAGA GGTGGTGAAA AAAGGGTTTG CTGATATTCC TGTTGAGAAA 
ATCAGTCCTT ATGTTTTGCG TAGAACAACT CTAAACCTAA GGACCAGTCC CCGTCTTGCT 
GCCCAAAGCC AAAGATTGTC ACCAAGTGCC CAAAGTTTAC AAAAAGGCAG TTCAGATAAT 
CTGGCGGAGA TCTCTAAACT GACAGCTGGT GGCAGCAAAT CACAAAAGGT AGCTGATACT 
CAACAGTGCC AAGCGGAAAC AGCTATTGAA CCCATGGAAT CTAGTTCAAG ATCTCCTCTT 
CGCATAAATA AGCAAACCAC AAAAGCTGTT GCTGAGATCT GTAGGGAGAA TCTTAACACA 
CACAAAGGCA GATGTTCCCT GAGCACACAA ACATTGCCTG ATCAAAATGA ACAAGAAAAA 
AACTGTATGG TACAGTAA

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

RefSeq	XP_007064833.1
CDS	1..8778
Translation	MSWVVEEWKEGLSTRALQKIQELESQLDKLKKERQQRQFQLESLEAALQKQKQKVENEKNEGATLKRENQSLMELCDNLEKTKQKISHDLQVKESQVNYQAGQLTSSKKQIERLEQELKRYKSELERSQQTLITGDLSFSSTPQKNFAAPLTPNQNHNDSKFEELQEKYNKEIEERKRLEAELRNIQIKKINHSHPQSTKSHREIARHQASSSVFSWQQEKTPSCPSSSSQETPLKRGFTSSHFPWEQEATPSHCGLRSKKTDFSNSFSDNCDNSSVIEQLKTENQELSSRVQELEHQLQDQEKEKKFHMNKLQETQLQLEKTKLEFTDKDSILHKIRDELNRMTAQRDQATAQYEMVEQKMKKLSEELNCQRQNAESARRSLEQKVKEKEKEYQKELFRQQHSLQTVDQQCNQIKAKLNQDLQQAKNDNNALRAELDKAIAVKQRLENNSSELSQKLCRAEQALLANQSKENDMRRNFEEMKKEKNLLRCQSDQKSREIHQLEEQLKTAKQFLKESQNYAEEMKNKSLSQEEDLKILQEKLNKQDASLTLEKLKLAIADLEKQRDSIQHLLKQRESHTEELNSKISKMEKESEALLKVVGLKEGECEELKKEFTILSQWKNENEQLVNKLESEKEELLSKINDLESFLKIQQVKSNESSETVRIMVNEKEKYSLEIKNLRDMVEYKSEKLEAQKKAYDELQQKAECSDQKYRKEIENMTWKISQLTNQVEILEQKLQLAANEVLEKDQCYHELNGKYEKICYLVKSKDISEVTEDRELNLQNKHCRTVLGGEEQLPVKNSITDVLMREPGTISEDWEDHCAKGVLETDKNDGQDMSILQDQVSSLEISLMAQKQFKSLLQKPYENLVEIKGETEKKLVEAEQMHGSFVTETKNHIRNLQGDTSAQQDCIDKTLAALEEKDKQLHTLNKELETQQAEIWDLKINNKLLEDSVKQLQLVCDTWNFKKKDMSTMLSLREKEIEDLTEENGTLKGINKALEQEKVDLLETNIIFSNSLKEREESISELSRRHKEERLSLIERYEEIEKELVDLQGKYKSMEEKNANTEGILRQQKSHFQESKAESERQEKQLRDERNEFFSKLVSLEGKNKDLIQELEKVQSELQFKQSEIAHIQNVSSAELDCLRQEMLNVTAEQNKMQEEHNVLLQENEQLSKVIKTKNESLACDLVHDRRPTSEQLRVSMEEKENELNKYQVKLELLQMDLEDREVSVENYSTQVMQLEAALKSVERKLEESEKEKERMQQELQTIKEELETPDPKLIVVNSKREIDEKYSLVLHELTTSQNDDVQLVSSLQMTMNRLNELEKMCEMLQIEKLVLTSELNDSKTECTTTDKMAEEVEKIVSEVKILKDEKAIFPDELMDQSVENEVGIHFDDEQMSFKSLECSTEPNYNYEDLKLSNKEVKMHFAEVKEKIFSLQREHKILHEQHCSMIFKVSELQSCIKTLKAENSALSTSLNKVNADSVEVQVTSRQKDGEFKLEETKSTFSPSCLNEMPYFPEANLLELSFDSDLCKWREESIWLNISQESVLGDKTEISLVEEPHNDQALDFIAKRESIIHRKSNLESKIRELQMICQTYEKSIKSFEEQFQSRENMKNEIQELKQLIISERKESDDLRKQNISDNEQWQQKLSNVTMEMEYKLAAEKKQIEHLSLELEVARLQLQGLDLSSRSLLCIDIEDTSPNEQENNGVHPLQVHSLPNENLAPKREKPEIRLCEQITIEKNSECENVAEVTEARSAEECPAKLISETEYRNTSEKKTDCHSESSFSNHNISLTPLDFLENQVTIETLQLQIKQTSSENLKLLHGIEESNKKVDALLMEIKELNSRLDLQHTELTAKVTAYAELEKTVLVLKKENSDLNEKFESVSFDKHQIAYKVMILEKELDKAKSDVDVYKVRLSDVTDMLEDLEMTKGDWHEKFLQSENELRRTKSEKENIQNHALSIEGDIEELQRKNQQLEKDSENKLKTISTLQEQLAVITRERNQLSQELSILSENKEELDQLYQTLQEKIKELESNKVDATEFIRILEAEAKTQTKLLQTTKSDVDQLSREKDYLVQQLQNVEKDAEVLTLEKEKLQNQMQDLEEEKKLILGEPEMLQTKLSESEMENSKLSKTLEGSLIEKGELAARLNSTQEEVDQLRYGIEKLKMKIESDEKKNRHTVEKLKESERKADFLLDKTEKLERELQMSEENLEDAILQAETANTETETLKIEMEEMAERLKSLELAVNAFRSEKEGLTKELQEKQEKISELESSNSNIVRLLEEKEKENMQIKEESENVTVLIKSQLKNASEEIKLSFNELEICKAKEQDLIYQVGCLEHDKTQLLLELQEVRNISTKLEQSLEAFVQELADCKQTLDEKIQENGALQKKIKDVEQLSVQLSHAESERECWKQEKEGLQNLIAELKQKVQHLSNNEILQTILENLKASHKDLEKELESTLSEKNALVEKIQLDPTTSEKNEPNKSLDGVQKELEEKKREMKREISEYQSRLLQVEKNHQALLAEANRKNEVEIQACQEKLNSLEQCLSQEKLEMELLKSSKEELNNSLKDANQTIEELKKIKVDNLKCIVQLKKQNEFACSKMEIWMKSCKQLKQEKEMLQKQIAEHGALLKKQKPSADEVASAEEMRLKLEELKESLEEKTKEAEENLEKYCTLIIKNYKLEEENEMLKTQVSLLSAQLKQPANAVNSPSQNSDNPVTLNNQSVTEKRSDEDPTKLSGKRQRCQKTKKDDGEPKSPIPETLSKKMKKGAFCQHSLTHENTEYEPDGLPEVVKKGFADIPVEKISPYVLRRTTLNLRTSPRLAAQSQRLSPSAQSLQKGSSDNLAEISKLTAGGSKSQKVADTQQCQAETAIEPMESSSRSPLRINKQTTKAVAEICRENLNTHKGRCSLSTQTLPDQNEQEKNCMVQ

Target ORF information:

RefSeq Version	XM_007064771.1
Organism	Chelonia mydas(Green sea turtle)
Definition	Chelonia mydas centromere protein F, 350/400kDa (CENPF), mRNA.

Target ORF information:

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

XM_007064771.1

ORF Insert Sequence:

ATGAGCTGGG TTGTGGAAGA GTGGAAAGAA GGCCTTTCCA CAAGGGCCCT TCAGAAGATT 
CAAGAGCTTG AAAGTCAACT AGACAAGCTT AAAAAAGAAC GGCAGCAAAG ACAGTTTCAG 
CTTGAATCGC TGGAGGCAGC TTTGCAAAAG CAGAAGCAGA AGGTTGAAAA TGAAAAAAAC 
GAAGGAGCAA CACTAAAAAG AGAAAACCAG AGCTTGATGG AATTGTGTGA TAATCTTGAA 
AAAACAAAGC AGAAAATTTC ACATGATCTT CAAGTAAAAG AATCACAAGT TAATTATCAA 
GCGGGACAAC TAACTTCAAG CAAGAAACAA ATTGAAAGAC TAGAACAGGA ACTTAAAAGG 
TACAAATCTG AACTTGAGAG AAGTCAGCAA ACATTGATTA CAGGAGACTT ATCATTCAGT 
AGTACACCAC AGAAGAATTT TGCTGCTCCT TTAACACCAA ATCAAAATCA CAATGATTCC 
AAGTTTGAAG AACTCCAAGA AAAATACAAT AAAGAAATTG AAGAAAGAAA AAGGCTGGAG 
GCAGAACTGA GAAATATCCA GATTAAAAAA ATAAATCATT CTCATCCTCA AAGTACTAAG 
AGTCACAGAG AGATTGCTCG GCATCAGGCT TCTTCATCAG TATTCTCGTG GCAACAAGAG 
AAGACACCAA GCTGTCCTTC ATCCAGCAGT CAAGAAACCC CTTTAAAGAG AGGTTTTACT 
TCATCCCATT TTCCATGGGA ACAAGAGGCA ACGCCAAGCC ACTGTGGCTT AAGATCAAAG 
AAGACAGATT TCAGCAACAG TTTCTCTGAC AATTGTGATA ATTCTTCTGT CATCGAGCAG 
TTAAAAACAG AGAACCAAGA ATTAAGCTCC AGAGTTCAAG AACTAGAGCA TCAGCTACAA 
GATCAAGAAA AAGAAAAGAA ATTCCATATG AACAAACTTC AAGAAACTCA ACTCCAGCTG 
GAGAAAACAA AACTGGAATT CACGGACAAA GATTCTATTT TGCACAAAAT TAGAGATGAA 
TTGAATAGAA TGACAGCACA ACGTGATCAA GCTACTGCCC AGTATGAAAT GGTGGAGCAA 
AAGATGAAAA AACTGTCAGA AGAACTGAAT TGTCAAAGAC AAAATGCTGA AAGTGCTCGT 
CGCTCATTAG AACAGAAAGT AAAAGAAAAG GAAAAGGAAT ACCAAAAGGA ACTGTTTCGT 
CAGCAACATT CCTTACAGAC AGTGGATCAG CAGTGCAACC AGATAAAAGC CAAACTGAAC 
CAGGACTTGC AGCAAGCCAA GAATGACAAC AATGCTCTAC GGGCAGAACT TGACAAAGCA 
ATAGCAGTGA AACAACGTTT GGAAAACAAC TCCAGTGAGC TTTCACAGAA GCTGTGCAGA 
GCAGAACAGG CTTTACTAGC AAACCAGTCA AAGGAAAATG ATATGAGGAG AAACTTTGAG 
GAAATGAAGA AGGAAAAAAA CCTTCTTCGC TGCCAGTCTG ATCAAAAGTC ACGAGAAATC 
CATCAGCTGG AAGAACAACT AAAAACAGCC AAACAGTTTC TAAAGGAGAG CCAGAATTAT 
GCTGAAGAGA TGAAAAATAA GAGTTTGTCT CAGGAAGAAG ACCTAAAGAT ACTCCAAGAG 
AAACTCAACA AACAAGATGC CTCTCTCACG TTGGAGAAAT TGAAATTAGC TATAGCTGAT 
CTGGAAAAGC AACGAGACTC CATTCAACAT CTGCTGAAGC AAAGAGAAAG CCATACTGAG 
GAACTAAACA GTAAGATAAG TAAAATGGAG AAGGAATCAG AAGCCTTGCT GAAAGTTGTT 
GGATTAAAGG AGGGAGAATG TGAAGAACTA AAAAAGGAGT TTACTATTCT TTCTCAATGG 
AAAAATGAAA ATGAACAACT TGTGAATAAG CTTGAGTCTG AAAAGGAAGA ATTGCTGAGC 
AAAATTAATG ACTTGGAAAG TTTTCTCAAG ATTCAACAAG TTAAAAGTAA TGAAAGTAGT 
GAGACTGTCA GAATAATGGT AAATGAGAAA GAAAAATATA GTTTAGAGAT TAAAAATCTC 
AGAGACATGG TGGAATATAA AAGTGAAAAA CTAGAGGCAC AGAAAAAAGC TTATGATGAA 
CTTCAACAAA AAGCGGAATG TTCAGATCAA AAATATCGGA AAGAAATAGA AAATATGACC 
TGGAAAATAT CTCAGCTCAC CAACCAAGTT GAAATTCTAG AACAAAAGCT ACAGTTAGCA 
GCAAACGAAG TACTGGAAAA GGATCAATGT TATCATGAGT TGAATGGTAA ATATGAGAAA 
ATTTGCTATC TTGTAAAATC AAAAGATATT TCTGAAGTAA CAGAAGACAG AGAACTAAAT 
TTACAGAATA AACATTGCAG GACTGTTTTG GGTGGTGAAG AACAACTTCC AGTGAAAAAT 
TCCATCACAG ATGTATTAAT GAGAGAACCT GGAACAATCA GTGAGGATTG GGAAGACCAT 
TGTGCAAAAG GTGTCCTAGA AACAGATAAA AATGATGGAC AGGATATGTC AATCCTACAA 
GATCAGGTCT CTTCTCTTGA GATTTCATTA ATGGCTCAAA AGCAGTTTAA GTCACTTTTG 
CAGAAACCCT ATGAAAACTT GGTAGAAATC AAAGGTGAGA CAGAAAAAAA GCTAGTTGAA 
GCAGAACAGA TGCATGGAAG TTTTGTGACA GAGACTAAAA ACCATATTCG TAACTTGCAA 
GGGGATACTT CTGCTCAGCA AGATTGTATT GATAAAACAT TAGCTGCCCT TGAGGAAAAG 
GACAAGCAAT TGCACACTTT GAACAAAGAA TTAGAAACTC AACAAGCAGA GATTTGGGAT 
TTAAAAATCA ATAATAAATT GCTTGAGGAT TCAGTAAAGC AGCTACAACT TGTGTGTGAC 
ACATGGAATT TCAAGAAAAA AGACATGTCT ACAATGCTTT CCTTACGTGA AAAAGAAATT 
GAGGACCTTA CTGAAGAAAA TGGAACCCTT AAGGGCATTA ACAAGGCTTT AGAACAAGAA 
AAAGTAGACT TACTAGAAAC AAACATAATT TTTTCTAATA GTTTAAAGGA AAGAGAGGAA 
AGCATTTCTG AGTTGTCCAG AAGACACAAG GAGGAAAGAC TGTCACTCAT AGAAAGATAT 
GAAGAAATTG AAAAAGAACT TGTAGATCTA CAAGGAAAAT ACAAATCAAT GGAAGAAAAA 
AATGCCAACA CAGAAGGCAT TTTAAGACAG CAAAAAAGTC ACTTTCAGGA GAGTAAAGCA 
GAATCAGAAC GACAAGAGAA ACAGCTTAGG GATGAGCGTA ATGAATTCTT CTCTAAACTA 
GTGTCCTTAG AGGGAAAAAA TAAAGATTTG ATTCAGGAAC TTGAGAAAGT GCAGTCAGAG 
TTGCAATTTA AACAATCTGA GATTGCTCAC ATCCAAAATG TATCTTCAGC TGAGTTGGAT 
TGTTTGAGAC AGGAAATGTT AAATGTCACG GCAGAACAAA ACAAAATGCA AGAAGAACAT 
AACGTCTTGC TTCAAGAGAA TGAGCAATTG AGCAAGGTAA TAAAAACAAA GAATGAATCT 
CTAGCGTGTG ACTTAGTTCA TGACAGAAGG CCTACATCAG AACAGTTGAG AGTGTCCATG 
GAAGAAAAAG AGAACGAGCT GAATAAATAT CAAGTTAAAC TTGAGCTACT TCAGATGGAT 
CTTGAGGACA GAGAAGTCTC TGTAGAAAAC TACAGCACAC AGGTAATGCA GTTGGAGGCT 
GCTTTAAAAA GTGTGGAAAG AAAACTTGAG GAAAGTGAAA AGGAAAAAGA GAGGATGCAG 
CAAGAATTAC AAACTATTAA AGAAGAATTG GAAACTCCAG ATCCTAAGCT TATAGTGGTC 
AACTCTAAAA GAGAAATAGA TGAAAAGTAC TCTTTGGTTC TTCATGAGCT GACAACAAGC 
CAGAATGATG ATGTCCAACT AGTATCCTCT TTACAGATGA CAATGAACAG ACTAAATGAA 
TTGGAGAAAA TGTGTGAAAT GCTGCAGATT GAAAAGTTAG TATTAACATC CGAACTTAAT 
GACTCAAAAA CTGAATGCAC CACTACTGAT AAAATGGCAG AAGAGGTAGA AAAAATAGTG 
AGTGAAGTTA AAATATTAAA AGATGAAAAA GCTATTTTTC CTGATGAATT AATGGATCAG 
AGTGTTGAAA ATGAAGTAGG AATACACTTT GATGACGAGC AAATGTCTTT CAAATCTCTG 
GAATGTAGTA CTGAACCTAA CTATAACTAT GAAGATTTAA AACTGTCCAA CAAAGAAGTT 
AAAATGCACT TTGCTGAAGT AAAAGAGAAA ATTTTCTCTT TACAAAGAGA GCATAAAATC 
TTACATGAGC AACACTGTAG TATGATCTTC AAAGTGTCTG AGCTACAGTC CTGTATTAAA 
ACTCTTAAGG CAGAAAATTC TGCATTGTCA ACAAGTCTGA ATAAAGTTAA TGCTGATTCA 
GTGGAAGTGC AGGTGACTTC TCGCCAAAAA GATGGAGAAT TTAAATTAGA GGAAACCAAG 
TCCACATTCT CTCCATCATG TCTTAATGAG ATGCCATATT TTCCAGAAGC AAATCTTTTG 
GAGTTGTCCT TTGATAGTGA TCTGTGCAAA TGGAGAGAAG AAAGTATTTG GCTGAATATT 
TCTCAAGAAT CTGTTCTAGG AGATAAAACA GAAATTAGTT TAGTTGAAGA GCCCCATAAT 
GATCAGGCAT TGGACTTCAT TGCAAAGAGA GAGAGCATTA TACATAGAAA ATCTAATCTG 
GAGAGTAAAA TTAGAGAACT TCAGATGATA TGTCAGACAT ATGAAAAGTC CATCAAGAGC 
TTTGAAGAGC AATTTCAGTC TCGTGAAAAT ATGAAAAATG AGATACAAGA GCTAAAACAA 
CTAATTATTT CTGAAAGGAA AGAATCAGAT GACCTCAGAA AGCAAAATAT ATCTGACAAT 
GAACAGTGGC AACAAAAACT GAGTAATGTG ACAATGGAGA TGGAATATAA ACTGGCAGCA 
GAGAAGAAAC AGATTGAGCA CTTGTCGCTG GAGCTAGAAG TAGCAAGACT CCAGCTACAA 
GGCCTTGATT TAAGTTCACG TTCCCTGCTA TGCATAGATA TTGAAGATAC TTCTCCTAAT 
GAACAAGAAA ATAATGGCGT GCATCCGTTG CAAGTGCATA GTTTGCCTAA TGAAAACTTG 
GCACCCAAGC GAGAGAAACC TGAGATAAGA CTATGTGAAC AAATTACTAT AGAAAAGAAC 
TCTGAATGTG AAAATGTAGC TGAGGTCACG GAAGCAAGAT CTGCAGAAGA ATGTCCAGCA 
AAACTGATCT CTGAGACTGA ATATAGAAAT ACATCGGAGA AAAAGACAGA CTGCCACAGT 
GAATCATCAT TTTCCAATCA CAACATATCT CTAACACCTC TGGATTTCTT GGAAAATCAG 
GTAACAATTG AAACTCTTCA GCTACAGATA AAGCAGACAT CTAGTGAAAA CCTGAAGCTG 
CTCCATGGCA TAGAAGAAAG CAATAAAAAG GTTGATGCTC TGCTAATGGA AATCAAAGAA 
TTAAACTCAA GGTTGGATTT GCAGCATACA GAACTAACTG CAAAGGTAAC TGCTTATGCA 
GAACTAGAAA AAACAGTTCT AGTACTTAAA AAAGAAAACT CGGACTTAAA TGAGAAATTT 
GAATCTGTTT CTTTTGATAA GCACCAGATA GCTTATAAAG TTATGATTCT AGAAAAAGAA 
CTTGACAAGG CAAAGTCTGA CGTGGACGTG TACAAAGTTA GATTATCTGA TGTAACAGAC 
ATGCTGGAGG ACTTAGAAAT GACCAAAGGA GACTGGCATG AGAAGTTCCT TCAGTCTGAA 
AACGAATTGA GGAGAACAAA ATCTGAGAAA GAGAACATTC AGAACCATGC CCTGTCCATA 
GAAGGTGACA TAGAGGAACT TCAGAGAAAA AATCAGCAGT TAGAAAAAGA CAGTGAAAAT 
AAACTGAAAA CTATTTCAAC TCTTCAAGAG CAACTTGCTG TAATCACAAG GGAGAGAAAC 
CAACTCAGTC AAGAACTGAG CATTTTGTCA GAGAACAAAG AGGAGTTGGA TCAATTGTAT 
CAAACACTGC AGGAGAAAAT AAAAGAGCTA GAGTCAAATA AAGTGGATGC TACTGAATTT 
ATCAGGATAT TAGAGGCTGA AGCTAAGACA CAAACCAAAC TGCTTCAGAC CACAAAATCT 
GATGTAGATC AGTTATCAAG GGAAAAAGAC TATCTTGTGC AGCAATTGCA GAATGTGGAA 
AAGGATGCAG AGGTTCTCAC ATTAGAAAAA GAAAAGTTGC AAAACCAAAT GCAGGATCTG 
GAGGAGGAAA AAAAATTGAT TCTAGGGGAG CCTGAAATGT TGCAGACTAA GTTAAGTGAA 
TCAGAAATGG AAAACTCTAA GCTTTCCAAA ACTTTGGAAG GCTCATTAAT TGAAAAAGGA 
GAACTTGCTG CTAGACTGAA TTCAACACAA GAAGAGGTGG ATCAACTGCG ATATGGAATT 
GAGAAGTTGA AAATGAAAAT AGAATCTGAT GAGAAGAAAA ACCGCCACAC AGTTGAAAAA 
CTGAAAGAGA GTGAACGGAA AGCAGACTTT CTTCTGGACA AAACTGAGAA GCTTGAAAGA 
GAATTGCAGA TGTCAGAAGA AAATCTAGAA GATGCAATTC TTCAGGCAGA GACTGCTAAC 
ACAGAGACAG AAACATTAAA AATTGAGATG GAAGAGATGG CTGAAAGGTT GAAAAGTTTA 
GAATTAGCAG TCAATGCCTT CAGGTCAGAA AAAGAAGGTT TGACTAAAGA ACTACAAGAA 
AAGCAAGAAA AGATATCTGA ATTAGAATCT TCTAACTCTA ACATTGTAAG ACTGCTGGAA 
GAAAAGGAGA AAGAAAATAT GCAAATTAAA GAAGAGTCTG AAAATGTCAC GGTATTGATA 
AAATCTCAGC TGAAAAATGC AAGTGAGGAA ATAAAGCTTT CTTTCAATGA GCTAGAAATT 
TGTAAGGCAA AAGAACAAGA CTTAATTTAT CAAGTGGGTT GTCTTGAACA TGATAAAACA 
CAACTATTAC TGGAACTTCA GGAAGTAAGA AACATCAGTA CCAAACTAGA ACAATCACTG 
GAAGCATTTG TACAGGAACT TGCAGACTGT AAACAAACCC TGGATGAGAA GATCCAAGAA 
AATGGTGCGC TACAAAAGAA GATTAAAGAT GTAGAGCAGC TTTCTGTACA GCTGTCACAT 
GCGGAAAGTG AACGTGAATG CTGGAAGCAG GAAAAAGAAG GGCTGCAGAA TTTGATAGCT 
GAATTGAAGC AGAAGGTTCA ACATCTATCT AATAATGAAA TTTTGCAGAC TATCCTAGAA 
AATCTAAAAG CATCTCATAA AGATCTTGAG AAGGAGCTGG AGTCCACGCT GTCTGAAAAA 
AATGCTCTTG TTGAAAAGAT TCAACTGGAT CCAACTACTT CAGAAAAAAA TGAACCAAAT 
AAGAGTTTGG ATGGGGTTCA GAAAGAGCTG GAGGAAAAAA AGAGAGAAAT GAAAAGAGAA 
ATATCCGAAT ATCAAAGCAG ACTTCTTCAG GTGGAGAAAA ATCATCAGGC TCTTCTGGCA 
GAAGCAAACA GAAAGAATGA AGTAGAAATT CAGGCCTGTC AAGAGAAATT GAATTCATTG 
GAGCAGTGTC TGAGTCAAGA AAAGTTGGAA ATGGAGCTCT TGAAGTCAAG TAAAGAGGAA 
TTAAATAATT CTCTGAAAGA TGCTAACCAG ACAATAGAAG AACTTAAGAA AATTAAGGTG 
GACAATCTGA AGTGTATAGT TCAACTGAAG AAGCAAAATG AATTTGCTTG TAGTAAAATG 
GAGATATGGA TGAAATCCTG TAAACAGCTA AAGCAGGAAA AAGAAATGTT GCAGAAACAA 
ATTGCTGAAC ATGGTGCTCT ATTAAAGAAA CAAAAGCCAA GTGCTGATGA GGTTGCCAGT 
GCAGAAGAAA TGAGGTTGAA GCTGGAAGAA CTAAAAGAAT CTTTAGAAGA GAAAACCAAG 
GAAGCAGAAG AGAACCTGGA GAAGTACTGC ACTCTGATTA TTAAGAACTA TAAACTAGAG 
GAAGAAAATG AGATGTTAAA AACGCAGGTC TCTCTGCTGA GTGCTCAGCT GAAACAACCA 
GCAAATGCTG TTAATTCTCC TTCACAAAAT TCAGATAATC CAGTAACACT GAACAATCAG 
TCAGTTACAG AGAAGAGGTC AGATGAAGAC CCTACTAAGC TTTCAGGTAA AAGACAAAGA 
TGCCAAAAAA CCAAGAAAGA TGATGGGGAA CCAAAATCCC CTATACCAGA GACCTTATCT 
AAAAAAATGA AAAAGGGAGC ATTCTGCCAA CATTCACTGA CCCATGAGAA TACTGAGTAT 
GAGCCAGACG GACTCCCAGA GGTGGTGAAA AAAGGGTTTG CTGATATTCC TGTTGAGAAA 
ATCAGTCCTT ATGTTTTGCG TAGAACAACT CTAAACCTAA GGACCAGTCC CCGTCTTGCT 
GCCCAAAGCC AAAGATTGTC ACCAAGTGCC CAAAGTTTAC AAAAAGGCAG TTCAGATAAT 
CTGGCGGAGA TCTCTAAACT GACAGCTGGT GGCAGCAAAT CACAAAAGGT AGCTGATACT 
CAACAGTGCC AAGCGGAAAC AGCTATTGAA CCCATGGAAT CTAGTTCAAG ATCTCCTCTT 
CGCATAAATA AGCAAACCAC AAAAGCTGTT GCTGAGATCT GTAGGGAGAA TCTTAACACA 
CACAAAGGCA GATGTTCCCT GAGCACACAA ACATTGCCTG ATCAAAATGA ACAAGAAAAA 
AACTGTATGG TACAGTAA

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

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CENPF cDNA ORF clone, Chelonia mydas(Green sea turtle)

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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