KNL1 cDNA ORF clone, Tursiops truncatus(common bottlenose dolphin)

Gene
Clones
gRNAs

Summary

Gene Symbol	KNL1
Entrez Gene ID	101333837
Full Name	kinetochore scaffold 1
Gene Type	protein-coding
Organism	Tursiops truncatus(common bottlenose dolphin)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019935087.1	XP_019790646.1	LOW QUALITY PROTEIN: protein CASC5

Pathways from BioSystems
Gene Ontology

The following KNL1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the KNL1 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
OTu42337	XM_019935087.1 Latest version!	Tursiops truncatus kinetochore scaffold 1 (KNL1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1371.30 $1959.00

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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)

KNL1 ( XM_019935087.1 ) cDNA ORF clone, Tursiops truncatus(common bottlenose dolphin) -> XP_019790646.1 Tursiops truncatus kinetochore scaffold 1 (KNL1), mRNA.

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CloneID	OTu42337
Clone ID Related Accession (Same CDS sequence)	XM_019935087.1
Accession Version	XM_019935087.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7011bp) 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	2017-01-11
Organism	Tursiops truncatus(common bottlenose dolphin)
Product	LOW QUALITY PROTEIN: protein CASC5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017843193.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Tursiops truncatus 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 :: 1% of CDS bases frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGGATGGGA TGTCTTCAGA GGCTAATGAA GAAAATGACA ATGTAGAGAG ACCTGTTAGA 
AGACGACATT CCTCAATTTT GAAACCCCCA AGGAGTCCTC TTCAGGACCT CAGAGGTGGG 
AATGGGAATG AAACTGTTCA GGAATCCAAT GCTTTGAGAA ATAAGAAAAA CTCTCGTCGA 
GTCAGCTTTG CAGATACTAT AAAGTGTGGC CAAGAAACAG AAGCAGGAGG AAATGTCCTA 
TTTATGCAGA ATAAGAATCC AGAAGATAAC TACTGTGAGA TAACTGGGAT GAATACATTG 
CTTTGTGCTC CCATTCAGAC CCAGATGCCC CAGAGAGAGG TTTCAGTTAC AGAATACAAC 
CATGAAAGGA AACATGCAAA TGACCAGACA GTCATCTTTT CAGATGAAAA CCAGATGGAC 
CTGACAGCAA GTCATACTGT GATGATTACC AAAGGCCTTT TGGATTGTAC CAAAAGTGAA 
AAATCCACCA AGATAGATAC CACATCATTT CTGGCTAACT TAAAGCTCCA CATTGAGGAT 
TCAAGAATGA AGAAAGAATT AAATTTTTCT GGGGATCAAA GCACTTTCTC AGAAAAGAAA 
ATAAATTTCA ATGACTTCAT AAAAAGATTG AAAACAGGAA AATCAAATGC TTCTCCTTTT 
ACAGGACCTG ATAAAGAAAA TTCTGAGATG CCTATTCATT ACAAAGAATC AAATAGAGCC 
TCTTCTATGC ATCAAATGCA TGTATCTCTT AGTGTAGATG CAAATAGCAG TAATATGACT 
AGACTCTTTA GAGAACAAGA CGATGGGATG AATTTTACCC AATGTCATAC AGCCAATATT 
CAGACTTTGG TTCCCACATC CAGTGAGCCC AGCTTAAGGG AATTTAAAGG TGATGATATT 
ACAATTTATG GCAATGACTT TATGGACCTG ACAATTAACC ACACTATACA GAAGTTACCT 
TCAGCAGATA ATCTGTCTGA AATAGAAAAT CAAACTCAGA ATGTCATGAT GGATGTTTCA 
ACAGGTCGTG GAGCTAAAGC ACTAGGACAG AAGACAGTCT TTAAGGATAA ACCAAACGAT 
GCTTTTCAAG ACCCTTCCTT AAACCCTGAA GGTGACATAC ATATTACCAG CAGTCATATT 
ACAGGGACAG AAATTCAGAC AGTCACACAG ACTTCCTACC AGGACGTCAG AACATTGGCC 
ATGATCCCAG AATCTAAACG TTCCAGTCCA GCTATTCAAG ATTATAAGAC ATTTTTCTAT 
TCTAGTTGTA ATGATGCCAT GGAACTGACC AAGTGTTTCT CAAGTATGAG AGAGGAGAAG 
AATTTGCTAA AGCATGACAG GAGTTATTCT AAAATGTATC CCAATCCAGA TGCCATCTCT 
CTTCTCAGAG AGAATACGAT TTATTCGGGA GAAGAAAGCA TGGACATTAC CAAGAGTCAC 
ACAGTTGCAA TACATAATCA AATTTTTAAA CAAGTTCAGA CAAATGTACA GATAGCAGCT 
GCACCAGTAT CTGAAAAAGA AATGATGATC CAAAATCACA TAATCGTGTC AGAGGATGGG 
GAAATGAATA TAAATTATAG CTCAGTTCCT CACGTATCTA AGGAAAGATT ACAGCAGAGC 
CTGGAAAATC CTTTATTTAC TTCATTGACT GACAAAAGGA CTGAAATCTT CACAGGTGAA 
AATATGGATT TGACTAAAAG TCACATAGCT AATGTAGGAA GTCAGTTTCC TCTTGCATCT 
TACAGTCTGG CATCTGAGAA TACCAGTAAA TCTCACTCTC ACAGCATAAG CCCTTCAGAT 
GAATGGGAAG AAATGACCAA AGGTCGTATT GAACCATCCC GACAACCAAA CATAATATCT 
AAAAACATCC CAACTGACAC ATGGGACAAA GGAAAAGATC AAGTTTTGAA TATTTCACCC 
TATCTTGATA AAGATTCTCC TCATTCACCT GATATTAACC AGAACATAGC AACAAGCCAT 
AATATAGTAT ACTCTGGTGG AGATCTTGAT AAACAAGTAA CACTGAGAAA TAATAGAAAT 
ACAGTTTCTT GTGAGCAATC TTTGTTTCCT ACTACAAAGC CATTGTTTTC ATCAGAAGGA 
CAGTCTGCCA TGAGAAATCA TAATACTGCT GTTAATAGTC AAACAGTGAA ACCTGTACCA 
GACCAGAATT CTAAACTGCC TGAGCCACTG AGGAAAAGTT TAGGCAGTCC CACGCCTGAC 
TGTTTTCATG ACAAGATAAT TATTTGTTCA GAGAAGGAGC AAAATATGGA CCTAACCAAG 
AGTCACACTG TTGTCATTGG ATTTGGTCCT TCTGAAGTAC TAGAACTAGG TAAGACTAAT 
TTAGAAAACA CTAACAACCA GCTAACAACA GTAAACAGAC AGAAAGCTGT AAAAGTTGAA 
AAATGTAATG AAAGTCCGAT AGAAAAAACT GGAGTATTTA TTTCTAATGA TATCATGGGT 
GTGTTGAAGG ACAAAACTGG AATTCTGAAT GAAAAGCAAG ATGTCAAAAT TTGTGAAAGG 
AAAAGTCTTG GCAGACTAAA AATTGATAAG ACTGTTGTAT TTTCAGAGGG AGATGAGAAT 
GATATGGATA TCACCAAGAG TTACACAGTG GAAATAAATC ATAGACCTTT ACTAGATGAA 
CATGATTCCC GTTTGGTGCC TTTGGCAGGA ACTTCTAAAA CTGTTTTGTA TACATGTGGG 
CAGGATGACA TGGAGGTCAC CAGAAGTCAC ACAACTGCTA TAGAATGTAA AACTATCTCA 
CCAGATAAAA TAACTACTAG GCCTGTGGAC AAAACTGTAA TGTTTATAGA TAATCACGAT 
GAACTAGAGA TGACAAAGTC CCATACTGTT TTCATTGACT ACCAAGCAAA GGAGAAACCT 
ATGCTTCCAG ACAGCTCTAA CTTTGAACTA TCCAAAAGAA AAAGCCTAGA AAAATCAAAA 
GTGACACCTA ATCCTGCTAA GGAGGGTGTT TTCTTTCCGG ACAATGGTGA AAGTGATCGC 
TCAGTAGCAA AAGTCAGCCA GCTAACATTA CCGGGGGAAT GGTCTAATAG TGATCCTTTA 
GAGAAAGCTG AAGCATTTTT AGCTGCTGGT AACATGGAAG TGTCTAAATC AACCATTTGG 
AAAAATGACA AAAATGTACA AAAGCCTGGA TTTCTGAATG AATCTCTATC AGGCAAAAGT 
CAGAGAAGGA AGAGCCTTAG ACTCAAAAAT GACAAGACCA TTGCATTTTC AAAGAATGAC 
AGAAATGGTG TGGATGTCAT CCAGAGTTGT ACAGTGGAAA TAAATAACAA AGGTGTCCTG 
GAAGATAGAG AGGACTCTCA TTGGGTGCCT TTGGAAGGAA CTTCTAATAC TGTTTTATAT 
ACATGTGGGC AGGATGATAT GGAGATTACC AGAAGTCATA CAACTGCCTT AGAATATAAA 
CCTCTCTCAC CAGATAAAAG AACCGCTGGG CCTATGGACA AAACTGTTAT GTTTGTAGAT 
AATCACAGTG ATCTGGAAGT TACTAAGTCC CACACTGTTT TCATTGATTG TCAAGCCATG 
GAGAAAATAC TTCAAGAGTA CCCTAAATTT GGAATAGCAA AAGGAAAAAC CTTGGGTGTT 
TCTTTTCGTA AGGATGGTAG CTCTGTTCAA GAAATCACTA AAGAACAAGC ACTGGCTGTA 
GAAAACAAAA CTGTTCTTCA CACTGAGCAA AAGCATCATG TGATACCCTT TGTTCCTACT 
AATACATTGT CTGGGGGTCA AGGTGAGACA GAAGTCAAAT TCCATAGCAC TGCTGTGGAT 
GAAGAGGCCA TGAAAGTTGT ACTCCAGGCC TATGTATTGG AAAAAGCCAA AATTGAAAGC 
TGTCACTTAA ATAGTACAGA TAGAAGAAAT GTGGGTTTTA CAGGCAGTTC TGTAGCTGCT 
GTTTGTGGAT CCAGTGATAA TTATTCCTGT TTACCTAATG TTTCCTTTTT TGATAATTTG 
GAGGAGAATG GCATGCCCTT ATGTGATAAA GATGATGTAA AAGCCAGTCA TTGCCCAGTG 
CAAAATGAGC TTCCTTATGC AAACAATTTA GCTAGTGAAT ATTATTTGAA ATCTGAGGGA 
CTGCCTCTTT CTGCTCCTTG TTCTTTGTTA GAGAAGGAAA AAGTTGTTCA AACCAGTACC 
CAAGGACAGT TAGACTGTGT CCTAACAGTA CTCAAAGATC AAGATCTGAT TAAGGAGCCC 
CCAAATCTAT TAGCTAATGA AACTTTAGTA TATGGTGAAG ATTTGGGGGA GATGACTAAA 
CTTAACTCAA AGCGAGTATC TTGTAAGCTT CCAAAGGATC AAACGGAGGC CTTTGTTGAT 
AATGCAGAGC ATAGTTTAAA GAAGACCTTT GTTGATGATG TTTGTGTTGC TCCTCAGCAT 
CATCTGTCAG CCCAGCAACA TCCATTACCT CAACAAGGAC AGAGTATTGT CAGTAAAGAT 
GAAACAATAT TGTCTAAAGT GGGAAATAAG AATTTAAATA TTGTTAGAGG AAATGCCTCT 
GAACCCATAT GTGAAGATGA TTCCACAATG CTCAATAATG AGAAACAGTT TACTATGGCC 
TGTAAAAAAG AACTAAAGAA AAATATTCAA ACAGCTAAAT GTAATACAGC TATAGATTTC 
CACAATAACT CAGACTTGAC TAAGCAAGTT ATTCAAACTC ATATCAATCC TAGAGAAGCA 
TCAGATCCTG TAATTGCATC TAATGCTGCA ACTTTTAGTA GTATCAAACC ACATCTGAAT 
AATTTGAATG AAAAAACTGA AGAATTTTTA GATTTCCAAC CAGTTCATAT ACCACCTTCT 
CCAGAACAAT TACTTGAATT AGTAAATAAG GCACACAGTA ATATGAGTAT AGTGCAAGCT 
ACAGAAATAC ATAATGTTAA CATAGTGTCC AGCAGTGTTA AAGATGATAG GGATGAAGAA 
AATAAAATTT CTCATAATGG AGCTGAAACC ATCTCTGTAC CATTAATGAC GACTATAAAA 
GATAAAGTGA GGAGATGTTC TTTGGGAATA TTTTTGCCCA GATTGCCAAA CAGGAGAAAT 
TGTAGTGTCA CTGGTATTGA TGACCTGAAG CCGATTCCAG GAGACACAAC TGATTTAAAT 
AACTTAGAAA CTCAGCCAGT CTCCAGTAAG CATTCAGACA CTGGATTTGT TGCAGCTAAA 
CTGAACTTAA GTCCATCTCA ATATATAAAT GAGGAAAATC TTCCTATATA TCCGGGTGAG 
ATTAATTCCT CAGACTCTAT TAGCATAGAT ACTGAGGAAA AGGCTTTGAC TGAGACATAC 
CAAAAAGAGA TTTCACCATC TGAAAATAAA CTGGAAGAAA CCTGCAATAG CCAAAAAAGA 
ACCTGGGTAC AAGAAGAAGA AGATGATATT CAGGATGAGA AAAAAATCAG AAAAAGTGAA 
ATTAGGTTTA GTGATACCGC ACAAGATCAG GAGATTTTTG ATCACCGTGC TGAAGGAGCT 
ATAGAAAAAA ATGCTAACAG TGTGTTGATA AAAAGCCTGA GCAGGACCCC ATCTACTTGC 
AGCAGTTCTC TGGATTCAGT CAAGGCTGAT GGGACCTCTC TGGACTTCAG CACACACCCC 
AGTAGTCAAA TAGAATCACA GTTCCTCAGA GATACCGTTT GTGAAGAGAG CTTGAAGGAG 
AAACTCAGAG ATGGGAGAAT AACAATAAAG GAGTTCTTTA TACTTCTTCA GGTCCACATT 
CTGATACAAA AACCTCGACA GAGCAATCTC CCAACCAAAT TTACTATAAA CACATCACCT 
ACTCCAGAAG ACCTGATGTT AAGTCAATAT GTTTACCGAC CCAAGATACA GATTTATAAA 
GAAGATTGTG AAGCTCTTCG CCAGAAGATT GAAGAATTAA AGCTTTCTGC ACTGAACCAA 
GATAAACTGT TCACTGATGT AAATAGGAAC CTATGGGAAA AAGTGAGACA CTACTCTGAT 
GAGGAGCTGA AGGCCTTTGG AATTTACCTG AACAAAATAA AATCGCGTTT TACCAAGATG 
ACTAAAGTCT TCACTCACCA AGGAAAAGTG TCCCTGTACA GCAAGCTGGT ACAGTCGGCT 
CAGAACGAGA GGGAGAAGCT TCAGAAAAGG ATAGATGAGA TGGACAGCAT ACTTCAGAAG 
ATTGATAACT GTCTCACTGA GGTGGAAATA GAAACTAAGT ATTTGGAGGA TGAACAGAAA 
GACAATCCTG TGGAAGAGTG GGATTCTGAA ATGAAGTCTG CAGAGAAAGA ACTGGAACAG 
CTGAAAACTG AAGAAGAAAA GCTTCAAAGA AATCTCTTAG AGCTGGAGGT ACAGAAAAAG 
CAGACCCTTG CTCAAATAGA CTTTGTGCAA AAACAAACAA ATAGAACTGA AGAGCTACTG 
GATCATTTGA GCTTGTCTGA ATGGGATGTC ATTGAGTGGA GTGATGATCA AGCTATATTC 
ACCTTTCTTT ATGACACAGT AGAACTCACC ATCACCTTTG GAGAGCCAGT AGTTGGTCTC 
CGTTTCCTGG ACAAGGCTTG TAGGAAGATT GTTGACCTGA ATTTTCAATC TCTGTTAGAT 
GAGGATAAAG CTCCTCCTTC CTCCCTTTTA GTTCATAACC TTATTTTCCA GTACATTGAG 
CAAAGGCAAT CCTGGAAGAA GAAATGTACA ACACAGCATC AGGTACCCAA GATGCTTCAA 
GAAATCTCAC TGGTAGTGAG CCATTGCAAA CTTCTTGGAG AGGAGATTGA GTTTTTAAAG 
CGATGGGGAC CAAATTATAA CCTAATGAAC ATAGCTGTGA ATAATACTGA ATTGAGGCTT 
TTATTCTGCA GCTCAGCAGC ATTTGCAAAG TTTGAGATAA CTTTGTCTCT CTCAGCCCAT 
TACCCATCTG TCCCATTACC TTTCTCTATT CAAAATCACC TTGGAAACAT TGGCCAAGAT 
AAAATCGCTG CCATTCTGTC TAAAGCGCCA CTGGAAGACA ACTACCTAAA GAATGTAGTC 
AAGCAAATTT ACCAAGATCT GCTTCAGACT GACTGCCATT TCTACCAGTA G

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

RefSeq	XP_019790646.1
CDS	232..7242
Translation	MDGMSSEANEENDNVERPVRRRHSSILKPPRSPLQDLRGGNGNETVQESNALRNKKNSRRVSFADTIKCGQETEAGGNVLFMQNKNPEDNYCEITGMNTLLCAPIQTQMPQREVSVTEYNHERKHANDQTVIFSDENQMDLTASHTVMITKGLLDCTKSEKSTKIDTTSFLANLKLHIEDSRMKKELNFSGDQSTFSEKKINFNDFIKRLKTGKSNASPFTGPDKENSEMPIHYKESNRASSMHQMHVSLSVDANSSNMTRLFREQDDGMNFTQCHTANIQTLVPTSSEPSLREFKGDDITIYGNDFMDLTINHTIQKLPSADNLSEIENQTQNVMMDVSTGRGAKALGQKTVFKDKPNDAFQDPSLNPEGDIHITSSHITGTEIQTVTQTSYQDVRTLAMIPESKRSSPAIQDYKTFFYSSCNDAMELTKCFSSMREEKNLLKHDRSYSKMYPNPDAISLLRENTIYSGEESMDITKSHTVAIHNQIFKQVQTNVQIAAAPVSEKEMMIQNHIIVSEDGEMNINYSSVPHVSKERLQQSLENPLFTSLTDKRTEIFTGENMDLTKSHIANVGSQFPLASYSLASENTSKSHSHSISPSDEWEEMTKGRIEPSRQPNIISKNIPTDTWDKGKDQVLNISPYLDKDSPHSPDINQNIATSHNIVYSGGDLDKQVTLRNNRNTVSCEQSLFPTTKPLFSSEGQSAMRNHNTAVNSQTVKPVPDQNSKLPEPLRKSLGSPTPDCFHDKIIICSEKEQNMDLTKSHTVVIGFGPSEVLELGKTNLENTNNQLTTVNRQKAVKVEKCNESPIEKTGVFISNDIMGVLKDKTGILNEKQDVKICERKSLGRLKIDKTVVFSEGDENDMDITKSYTVEINHRPLLDEHDSRLVPLAGTSKTVLYTCGQDDMEVTRSHTTAIECKTISPDKITTRPVDKTVMFIDNHDELEMTKSHTVFIDYQAKEKPMLPDSSNFELSKRKSLEKSKVTPNPAKEGVFFPDNGESDRSVAKVSQLTLPGEWSNSDPLEKAEAFLAAGNMEVSKSTIWKNDKNVQKPGFLNESLSGKSQRRKSLRLKNDKTIAFSKNDRNGVDVIQSCTVEINNKGVLEDREDSHWVPLEGTSNTVLYTCGQDDMEITRSHTTALEYKPLSPDKRTAGPMDKTVMFVDNHSDLEVTKSHTVFIDCQAMEKILQEYPKFGIAKGKTLGVSFRKDGSSVQEITKEQALAVENKTVLHTEQKHHVIPFVPTNTLSGGQGETEVKFHSTAVDEEAMKVVLQAYVLEKAKIESCHLNSTDRRNVGFTGSSVAAVCGSSDNYSCLPNVSFFDNLEENGMPLCDKDDVKASHCPVQNELPYANNLASEYYLKSEGLPLSAPCSLLEKEKVVQTSTQGQLDCVLTVLKDQDLIKEPPNLLANETLVYGEDLGEMTKLNSKRVSCKLPKDQTEAFVDNAEHSLKKTFVDDVCVAPQHHLSAQQHPLPQQGQSIVSKDETILSKVGNKNLNIVRGNASEPICEDDSTMLNNEKQFTMACKKELKKNIQTAKCNTAIDFHNNSDLTKQVIQTHINPREASDPVIASNAATFSSIKPHLNNLNEKTEEFLDFQPVHIPPSPEQLLELVNKAHSNMSIVQATEIHNVNIVSSSVKDDRDEENKISHNGAETISVPLMTTIKDKVRRCSLGIFLPRLPNRRNCSVTGIDDLKPIPGDTTDLNNLETQPVSSKHSDTGFVAAKLNLSPSQYINEENLPIYPGEINSSDSISIDTEEKALTETYQKEISPSENKLEETCNSQKRTWVQEEEDDIQDEKKIRKSEIRFSDTAQDQEIFDHRAEGAIEKNANSVLIKSLSRTPSTCSSSLDSVKADGTSLDFSTHPSSQIESQFLRDTVCEESLKEKLRDGRITIKEFFILLQVHILIQKPRQSNLPTKFTINTSPTPEDLMLSQYVYRPKIQIYKEDCEALRQKIEELKLSALNQDKLFTDVNRNLWEKVRHYSDEELKAFGIYLNKIKSRFTKMTKVFTHQGKVSLYSKLVQSAQNEREKLQKRIDEMDSILQKIDNCLTEVEIETKYLEDEQKDNPVEEWDSEMKSAEKELEQLKTEEEKLQRNLLELEVQKKQTLAQIDFVQKQTNRTEELLDHLSLSEWDVIEWSDDQAIFTFLYDTVELTITFGEPVVGLRFLDKACRKIVDLNFQSLLDEDKAPPSSLLVHNLIFQYIEQRQSWKKKCTTQHQVPKMLQEISLVVSHCKLLGEEIEFLKRWGPNYNLMNIAVNNTELRLLFCSSAAFAKFEITLSLSAHYPSVPLPFSIQNHLGNIGQDKIAAILSKAPLEDNYLKNVVKQIYQDLLQTDCHFYQ

Target ORF information:

RefSeq Version	XM_019935087.1
Organism	Tursiops truncatus(common bottlenose dolphin)
Definition	Tursiops truncatus kinetochore scaffold 1 (KNL1), mRNA.

Target ORF information:

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

XM_019935087.1

ORF Insert Sequence:

ATGGATGGGA TGTCTTCAGA GGCTAATGAA GAAAATGACA ATGTAGAGAG ACCTGTTAGA 
AGACGACATT CCTCAATTTT GAAACCCCCA AGGAGTCCTC TTCAGGACCT CAGAGGTGGG 
AATGGGAATG AAACTGTTCA GGAATCCAAT GCTTTGAGAA ATAAGAAAAA CTCTCGTCGA 
GTCAGCTTTG CAGATACTAT AAAGTGTGGC CAAGAAACAG AAGCAGGAGG AAATGTCCTA 
TTTATGCAGA ATAAGAATCC AGAAGATAAC TACTGTGAGA TAACTGGGAT GAATACATTG 
CTTTGTGCTC CCATTCAGAC CCAGATGCCC CAGAGAGAGG TTTCAGTTAC AGAATACAAC 
CATGAAAGGA AACATGCAAA TGACCAGACA GTCATCTTTT CAGATGAAAA CCAGATGGAC 
CTGACAGCAA GTCATACTGT GATGATTACC AAAGGCCTTT TGGATTGTAC CAAAAGTGAA 
AAATCCACCA AGATAGATAC CACATCATTT CTGGCTAACT TAAAGCTCCA CATTGAGGAT 
TCAAGAATGA AGAAAGAATT AAATTTTTCT GGGGATCAAA GCACTTTCTC AGAAAAGAAA 
ATAAATTTCA ATGACTTCAT AAAAAGATTG AAAACAGGAA AATCAAATGC TTCTCCTTTT 
ACAGGACCTG ATAAAGAAAA TTCTGAGATG CCTATTCATT ACAAAGAATC AAATAGAGCC 
TCTTCTATGC ATCAAATGCA TGTATCTCTT AGTGTAGATG CAAATAGCAG TAATATGACT 
AGACTCTTTA GAGAACAAGA CGATGGGATG AATTTTACCC AATGTCATAC AGCCAATATT 
CAGACTTTGG TTCCCACATC CAGTGAGCCC AGCTTAAGGG AATTTAAAGG TGATGATATT 
ACAATTTATG GCAATGACTT TATGGACCTG ACAATTAACC ACACTATACA GAAGTTACCT 
TCAGCAGATA ATCTGTCTGA AATAGAAAAT CAAACTCAGA ATGTCATGAT GGATGTTTCA 
ACAGGTCGTG GAGCTAAAGC ACTAGGACAG AAGACAGTCT TTAAGGATAA ACCAAACGAT 
GCTTTTCAAG ACCCTTCCTT AAACCCTGAA GGTGACATAC ATATTACCAG CAGTCATATT 
ACAGGGACAG AAATTCAGAC AGTCACACAG ACTTCCTACC AGGACGTCAG AACATTGGCC 
ATGATCCCAG AATCTAAACG TTCCAGTCCA GCTATTCAAG ATTATAAGAC ATTTTTCTAT 
TCTAGTTGTA ATGATGCCAT GGAACTGACC AAGTGTTTCT CAAGTATGAG AGAGGAGAAG 
AATTTGCTAA AGCATGACAG GAGTTATTCT AAAATGTATC CCAATCCAGA TGCCATCTCT 
CTTCTCAGAG AGAATACGAT TTATTCGGGA GAAGAAAGCA TGGACATTAC CAAGAGTCAC 
ACAGTTGCAA TACATAATCA AATTTTTAAA CAAGTTCAGA CAAATGTACA GATAGCAGCT 
GCACCAGTAT CTGAAAAAGA AATGATGATC CAAAATCACA TAATCGTGTC AGAGGATGGG 
GAAATGAATA TAAATTATAG CTCAGTTCCT CACGTATCTA AGGAAAGATT ACAGCAGAGC 
CTGGAAAATC CTTTATTTAC TTCATTGACT GACAAAAGGA CTGAAATCTT CACAGGTGAA 
AATATGGATT TGACTAAAAG TCACATAGCT AATGTAGGAA GTCAGTTTCC TCTTGCATCT 
TACAGTCTGG CATCTGAGAA TACCAGTAAA TCTCACTCTC ACAGCATAAG CCCTTCAGAT 
GAATGGGAAG AAATGACCAA AGGTCGTATT GAACCATCCC GACAACCAAA CATAATATCT 
AAAAACATCC CAACTGACAC ATGGGACAAA GGAAAAGATC AAGTTTTGAA TATTTCACCC 
TATCTTGATA AAGATTCTCC TCATTCACCT GATATTAACC AGAACATAGC AACAAGCCAT 
AATATAGTAT ACTCTGGTGG AGATCTTGAT AAACAAGTAA CACTGAGAAA TAATAGAAAT 
ACAGTTTCTT GTGAGCAATC TTTGTTTCCT ACTACAAAGC CATTGTTTTC ATCAGAAGGA 
CAGTCTGCCA TGAGAAATCA TAATACTGCT GTTAATAGTC AAACAGTGAA ACCTGTACCA 
GACCAGAATT CTAAACTGCC TGAGCCACTG AGGAAAAGTT TAGGCAGTCC CACGCCTGAC 
TGTTTTCATG ACAAGATAAT TATTTGTTCA GAGAAGGAGC AAAATATGGA CCTAACCAAG 
AGTCACACTG TTGTCATTGG ATTTGGTCCT TCTGAAGTAC TAGAACTAGG TAAGACTAAT 
TTAGAAAACA CTAACAACCA GCTAACAACA GTAAACAGAC AGAAAGCTGT AAAAGTTGAA 
AAATGTAATG AAAGTCCGAT AGAAAAAACT GGAGTATTTA TTTCTAATGA TATCATGGGT 
GTGTTGAAGG ACAAAACTGG AATTCTGAAT GAAAAGCAAG ATGTCAAAAT TTGTGAAAGG 
AAAAGTCTTG GCAGACTAAA AATTGATAAG ACTGTTGTAT TTTCAGAGGG AGATGAGAAT 
GATATGGATA TCACCAAGAG TTACACAGTG GAAATAAATC ATAGACCTTT ACTAGATGAA 
CATGATTCCC GTTTGGTGCC TTTGGCAGGA ACTTCTAAAA CTGTTTTGTA TACATGTGGG 
CAGGATGACA TGGAGGTCAC CAGAAGTCAC ACAACTGCTA TAGAATGTAA AACTATCTCA 
CCAGATAAAA TAACTACTAG GCCTGTGGAC AAAACTGTAA TGTTTATAGA TAATCACGAT 
GAACTAGAGA TGACAAAGTC CCATACTGTT TTCATTGACT ACCAAGCAAA GGAGAAACCT 
ATGCTTCCAG ACAGCTCTAA CTTTGAACTA TCCAAAAGAA AAAGCCTAGA AAAATCAAAA 
GTGACACCTA ATCCTGCTAA GGAGGGTGTT TTCTTTCCGG ACAATGGTGA AAGTGATCGC 
TCAGTAGCAA AAGTCAGCCA GCTAACATTA CCGGGGGAAT GGTCTAATAG TGATCCTTTA 
GAGAAAGCTG AAGCATTTTT AGCTGCTGGT AACATGGAAG TGTCTAAATC AACCATTTGG 
AAAAATGACA AAAATGTACA AAAGCCTGGA TTTCTGAATG AATCTCTATC AGGCAAAAGT 
CAGAGAAGGA AGAGCCTTAG ACTCAAAAAT GACAAGACCA TTGCATTTTC AAAGAATGAC 
AGAAATGGTG TGGATGTCAT CCAGAGTTGT ACAGTGGAAA TAAATAACAA AGGTGTCCTG 
GAAGATAGAG AGGACTCTCA TTGGGTGCCT TTGGAAGGAA CTTCTAATAC TGTTTTATAT 
ACATGTGGGC AGGATGATAT GGAGATTACC AGAAGTCATA CAACTGCCTT AGAATATAAA 
CCTCTCTCAC CAGATAAAAG AACCGCTGGG CCTATGGACA AAACTGTTAT GTTTGTAGAT 
AATCACAGTG ATCTGGAAGT TACTAAGTCC CACACTGTTT TCATTGATTG TCAAGCCATG 
GAGAAAATAC TTCAAGAGTA CCCTAAATTT GGAATAGCAA AAGGAAAAAC CTTGGGTGTT 
TCTTTTCGTA AGGATGGTAG CTCTGTTCAA GAAATCACTA AAGAACAAGC ACTGGCTGTA 
GAAAACAAAA CTGTTCTTCA CACTGAGCAA AAGCATCATG TGATACCCTT TGTTCCTACT 
AATACATTGT CTGGGGGTCA AGGTGAGACA GAAGTCAAAT TCCATAGCAC TGCTGTGGAT 
GAAGAGGCCA TGAAAGTTGT ACTCCAGGCC TATGTATTGG AAAAAGCCAA AATTGAAAGC 
TGTCACTTAA ATAGTACAGA TAGAAGAAAT GTGGGTTTTA CAGGCAGTTC TGTAGCTGCT 
GTTTGTGGAT CCAGTGATAA TTATTCCTGT TTACCTAATG TTTCCTTTTT TGATAATTTG 
GAGGAGAATG GCATGCCCTT ATGTGATAAA GATGATGTAA AAGCCAGTCA TTGCCCAGTG 
CAAAATGAGC TTCCTTATGC AAACAATTTA GCTAGTGAAT ATTATTTGAA ATCTGAGGGA 
CTGCCTCTTT CTGCTCCTTG TTCTTTGTTA GAGAAGGAAA AAGTTGTTCA AACCAGTACC 
CAAGGACAGT TAGACTGTGT CCTAACAGTA CTCAAAGATC AAGATCTGAT TAAGGAGCCC 
CCAAATCTAT TAGCTAATGA AACTTTAGTA TATGGTGAAG ATTTGGGGGA GATGACTAAA 
CTTAACTCAA AGCGAGTATC TTGTAAGCTT CCAAAGGATC AAACGGAGGC CTTTGTTGAT 
AATGCAGAGC ATAGTTTAAA GAAGACCTTT GTTGATGATG TTTGTGTTGC TCCTCAGCAT 
CATCTGTCAG CCCAGCAACA TCCATTACCT CAACAAGGAC AGAGTATTGT CAGTAAAGAT 
GAAACAATAT TGTCTAAAGT GGGAAATAAG AATTTAAATA TTGTTAGAGG AAATGCCTCT 
GAACCCATAT GTGAAGATGA TTCCACAATG CTCAATAATG AGAAACAGTT TACTATGGCC 
TGTAAAAAAG AACTAAAGAA AAATATTCAA ACAGCTAAAT GTAATACAGC TATAGATTTC 
CACAATAACT CAGACTTGAC TAAGCAAGTT ATTCAAACTC ATATCAATCC TAGAGAAGCA 
TCAGATCCTG TAATTGCATC TAATGCTGCA ACTTTTAGTA GTATCAAACC ACATCTGAAT 
AATTTGAATG AAAAAACTGA AGAATTTTTA GATTTCCAAC CAGTTCATAT ACCACCTTCT 
CCAGAACAAT TACTTGAATT AGTAAATAAG GCACACAGTA ATATGAGTAT AGTGCAAGCT 
ACAGAAATAC ATAATGTTAA CATAGTGTCC AGCAGTGTTA AAGATGATAG GGATGAAGAA 
AATAAAATTT CTCATAATGG AGCTGAAACC ATCTCTGTAC CATTAATGAC GACTATAAAA 
GATAAAGTGA GGAGATGTTC TTTGGGAATA TTTTTGCCCA GATTGCCAAA CAGGAGAAAT 
TGTAGTGTCA CTGGTATTGA TGACCTGAAG CCGATTCCAG GAGACACAAC TGATTTAAAT 
AACTTAGAAA CTCAGCCAGT CTCCAGTAAG CATTCAGACA CTGGATTTGT TGCAGCTAAA 
CTGAACTTAA GTCCATCTCA ATATATAAAT GAGGAAAATC TTCCTATATA TCCGGGTGAG 
ATTAATTCCT CAGACTCTAT TAGCATAGAT ACTGAGGAAA AGGCTTTGAC TGAGACATAC 
CAAAAAGAGA TTTCACCATC TGAAAATAAA CTGGAAGAAA CCTGCAATAG CCAAAAAAGA 
ACCTGGGTAC AAGAAGAAGA AGATGATATT CAGGATGAGA AAAAAATCAG AAAAAGTGAA 
ATTAGGTTTA GTGATACCGC ACAAGATCAG GAGATTTTTG ATCACCGTGC TGAAGGAGCT 
ATAGAAAAAA ATGCTAACAG TGTGTTGATA AAAAGCCTGA GCAGGACCCC ATCTACTTGC 
AGCAGTTCTC TGGATTCAGT CAAGGCTGAT GGGACCTCTC TGGACTTCAG CACACACCCC 
AGTAGTCAAA TAGAATCACA GTTCCTCAGA GATACCGTTT GTGAAGAGAG CTTGAAGGAG 
AAACTCAGAG ATGGGAGAAT AACAATAAAG GAGTTCTTTA TACTTCTTCA GGTCCACATT 
CTGATACAAA AACCTCGACA GAGCAATCTC CCAACCAAAT TTACTATAAA CACATCACCT 
ACTCCAGAAG ACCTGATGTT AAGTCAATAT GTTTACCGAC CCAAGATACA GATTTATAAA 
GAAGATTGTG AAGCTCTTCG CCAGAAGATT GAAGAATTAA AGCTTTCTGC ACTGAACCAA 
GATAAACTGT TCACTGATGT AAATAGGAAC CTATGGGAAA AAGTGAGACA CTACTCTGAT 
GAGGAGCTGA AGGCCTTTGG AATTTACCTG AACAAAATAA AATCGCGTTT TACCAAGATG 
ACTAAAGTCT TCACTCACCA AGGAAAAGTG TCCCTGTACA GCAAGCTGGT ACAGTCGGCT 
CAGAACGAGA GGGAGAAGCT TCAGAAAAGG ATAGATGAGA TGGACAGCAT ACTTCAGAAG 
ATTGATAACT GTCTCACTGA GGTGGAAATA GAAACTAAGT ATTTGGAGGA TGAACAGAAA 
GACAATCCTG TGGAAGAGTG GGATTCTGAA ATGAAGTCTG CAGAGAAAGA ACTGGAACAG 
CTGAAAACTG AAGAAGAAAA GCTTCAAAGA AATCTCTTAG AGCTGGAGGT ACAGAAAAAG 
CAGACCCTTG CTCAAATAGA CTTTGTGCAA AAACAAACAA ATAGAACTGA AGAGCTACTG 
GATCATTTGA GCTTGTCTGA ATGGGATGTC ATTGAGTGGA GTGATGATCA AGCTATATTC 
ACCTTTCTTT ATGACACAGT AGAACTCACC ATCACCTTTG GAGAGCCAGT AGTTGGTCTC 
CGTTTCCTGG ACAAGGCTTG TAGGAAGATT GTTGACCTGA ATTTTCAATC TCTGTTAGAT 
GAGGATAAAG CTCCTCCTTC CTCCCTTTTA GTTCATAACC TTATTTTCCA GTACATTGAG 
CAAAGGCAAT CCTGGAAGAA GAAATGTACA ACACAGCATC AGGTACCCAA GATGCTTCAA 
GAAATCTCAC TGGTAGTGAG CCATTGCAAA CTTCTTGGAG AGGAGATTGA GTTTTTAAAG 
CGATGGGGAC CAAATTATAA CCTAATGAAC ATAGCTGTGA ATAATACTGA ATTGAGGCTT 
TTATTCTGCA GCTCAGCAGC ATTTGCAAAG TTTGAGATAA CTTTGTCTCT CTCAGCCCAT 
TACCCATCTG TCCCATTACC TTTCTCTATT CAAAATCACC TTGGAAACAT TGGCCAAGAT 
AAAATCGCTG CCATTCTGTC TAAAGCGCCA CTGGAAGACA ACTACCTAAA GAATGTAGTC 
AAGCAAATTT ACCAAGATCT GCTTCAGACT GACTGCCATT TCTACCAGTA G