KIF14 gene cDNA ORF clone, Anas platyrhynchos(mallard)

mRNA	Protein	Name
XM_013106721.2	XP_012962175.1	kinesin-like protein KIF14 isoform X3
XM_013106718.2	XP_012962172.1	kinesin-like protein KIF14 isoform X2
XM_021277406.1	XP_021133081.1	kinesin-like protein KIF14 isoform X1
XM_027463146.1	XP_027318947.1	kinesin-like protein KIF14
XM_021277409.2	XP_021133084.2	kinesin-like protein KIF14
XM_013106719.1	XP_012962173.1	kinesin-like protein KIF14 isoform X1
XM_021277408.1	XP_021133083.1	kinesin-like protein KIF14 isoform X1
XM_021277406.2	XP_021133081.2	kinesin-like protein KIF14
XM_027463143.1	XP_027318944.1	kinesin-like protein KIF14
XM_013106721.1	XP_012962175.1	kinesin-like protein KIF14 isoform X2
XM_021277409.1	XP_021133084.1	kinesin-like protein KIF14 isoform X1
XM_027463142.1	XP_027318943.1	kinesin-like protein KIF14
XM_021277407.1	XP_021133082.1	kinesin-like protein KIF14 isoform X1
XM_013106718.1	XP_012962172.1	kinesin-like protein KIF14 isoform X1
XM_013106720.1	XP_012962174.1	kinesin-like protein KIF14 isoform X1
XM_027463144.1	XP_027318945.1	kinesin-like protein KIF14
XM_027463147.1	XP_027318948.1	kinesin-like protein KIF14

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OAn118549	XM_013106719.1 Latest version!	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OAn118549	XM_013106720.1 Latest version!	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OAn118549	XM_013106718.2 Latest version!	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OAn118550	XM_013106721.2 Latest version!	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OAn182913	XM_027463143.1 Latest version!	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OAn182913	XM_027463144.1 Latest version!	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OAn182913	XM_021277406.2 Latest version!	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OAn182913	XM_027463147.1 Latest version!	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OAn182913	XM_021277409.2 Latest version!	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OAn182913	XM_027463146.1 Latest version!	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OAn182913	XM_027463142.1 Latest version!	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OAn154491	XM_021277407.1 Latest version!	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
OAn154491	XM_021277409.1 Latest version!	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
OAn154491	XM_021277406.1 Latest version!	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
OAn154491	XM_021277408.1 Latest version!	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
View Old Accession Versions >>
OAn118550	XM_013106721.1	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OAn118549	XM_013106718.1	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
Hide Old Accession Versions >>

KIF14 ( XM_013106718.2 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_012962172.1 Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OAn118549
Clone ID Related Accession (Same CDS sequence)	XM_013106718.2 , XM_013106719.1 , XM_013106718.1 , XM_013106720.1
Accession Version	XM_013106718.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4935bp) 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	2017-05-23
Organism	Anas platyrhynchos(mallard)
Product	kinesin-like protein KIF14 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004678071.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On May 24, 2017 this sequence version replaced XM_013106718.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Anas platyrhynchos Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCTG CAGAAAGAAA TTACAAGACT 
GCACTTCGAC CAAATATTAA TAATAATGAT ACTCGGCATG GTAATCCAAG CTGTAAATTA 
GCTGAGGGTC AGTCAAATAC GAAGATGCAT TTTAACCTGA ACAGCAAGGA CTTGTTTGGC 
AATGTTGAAA ATGACAAACG CACACCTGTA AAACGTAAGA CAAGCACTGC TGACTCAAAA 
CTTCAAAATG AAGCTCATAT ATCAGAGCAA TTAGTTACCT CAAAGAACAT TAATAGGATA 
TCAGGAGAGC AACTGAATGA AAAAGGTGAT GTAAATAAGC TAGAGGAAAA ACAAAGGTTA 
CAACACTTAA TGATAAAGCA TAACAGTTTA GAAAGGCCAA GGATACCAAC AAAAGGTTCA 
ACAGAAGGAT TTATGCTTAC ACCAAAGAAC AGCACATTTC AGGATAAGTC ATCTCTGTCA 
GCTTTAAATA AACGACCACT TCATCCTCCG TTGGTGTCAA AAAAGAAAAC CGGTGTTTCT 
AGTTGTCCTG TGAGTATAAG TGCAAAAGAG AAAGTAGAAA CGCTTACAGA GAACAACAGC 
ACTGAGGAAG ATATTTTCAA AGTAGAAAAC AGCAAAGTGA CTGTAGCTGT GCGTGTACGG 
CCTTTCAGTA ACAGAGAGAA AAATGAAAAC TCACTTCCTG TAGTCTCCAT GAGTGGCTCG 
GAGACAGCTG TACGAAATCC AAGCACAAAC CAAGTTTACA CCTTCAGTTA TGACTTCTCT 
TTCTGGTCTT TTGACAAGTG TCATCCTAAT TTTGCAAGCC AAGCAATGAT TTATAAAACT 
TTGGCACTGC CACTCCTAGA AAGAGCTTTT GAGGGCTATA ATGCGTGTCT TTTTGCTTAT 
GGGCAAACTG GTACTGGAAA ATCATACACG ATGATGGGGT TTGATGAAGA CCGAGGGATA 
ATTCCAAGAC TCTGTGAAGA TCTTTTCAGT CAAATGGACA AACAACAGGT CTTGTATCAC 
CTTGAAATGA GCTATTTTGA AGTTTACAAT GAGAAAATTC ATGATTTGCT TGTCTTCAAA 
GCTGAAAACA GACAGAAGAA ACAACCACTC CGTGTAAGGG AACACCCGGT GTTAGGACCG 
TATGTGGAGG ACCTAACAGT GAATGTTGTC AGTTCTTACT CTGATATCCA GAGTTGGCTT 
GAGCTAGGGA ATAAGCAGAG AGCAACAGCT GCTACGGTAA TGAATGACAA GAGTTCTAGA 
TCTCATTCTG TCTTCACCCT TGTCATGACA CAAACCAAGG TAGAATCTGT GGATGAACAG 
CAACGTGACC GTAGTCTTAC CAGTCACATA AATCTAATTG ATTTAGCAGG CAGCGAATGC 
TGTTCTACGG CTCAGACCAC TGGAGAAAGG CTGAAGGAGG GTGTGAGTAT TAATAAATCA 
CTCTTAACCC TTGGAAAGGT TATTTCTGCA CTCTCAAAGC AGTCTCAAAA TGGAAAGAAA 
ACTTTCATTC CTTACCGGGA ATCTGTCCTT ACTTGGTTAT TGAAGGAAAG TCTTGGTGGA 
AATTCACAAA CGGCTATGAT TGCCACAATA AGTCCAGCTG CCAGCAGCAC AGAAGAAACT 
CTCAGCACTC TTCGCTATGC AAAACAAGCT TGTTCAATTA TCAACACTGC TAAAGTAAAT 
GAAGATGTGA ATGCCAAGTT GATCAGAGAA TTGAAAGCTG AAATTGAAAA ACTGAAGGCA 
CAGAAAAGTG CTCAGAACAC TGATCCTGAA AAATACAGGC GTTATTTGCA GGAAATAACA 
TCTCTGAGGA TGAAATTGCA TCAACAGGAG AGGGACACAG CAGAAATGCA AAGGGCCTGG 
AAAGAAAAAC TTGAGCAAGC AGAAAAGAGG AAATTAGAAG ATATAAAGGA ATTGCAGAAA 
GCAGGAATTG CATTCAAAAT GGACAATCAC TTACCAAACC TTGTTAATCT CAGTGAAGAT 
CCTCAGCTTT CTGAGGTGCT GTTGTATATG ATTAAAGAAG GAGAAACTAC AGTTGGAAGG 
TATACACCGA ATTCAAAACA TGATATCCAG CTTTCTGGAG TGCTAATTGC TGATGACCAT 
TGCGTTATAA AAAATAACCT TGGCCAAGTG AGTATTATTC CACGGAGAGA AGCAAAGACA 
TATGTAAATG GGAAATGCAT TTTAGACCCG ACAGTTCTGC ATCATGGTGA TCGAGTGATC 
CTTGGGGGAG ACCATTATTT CAGGTTTAAT CATCCAGTAG AGGTTCAGAA AGTTAAGAGA 
CCATCTTGTG GGACTACACT TTTGCATGAT GGTCCTAAAG ATTTTGAATT TGCAAAGAAC 
GAGCTGCTTA TTGCACAGAA AACTCAGCTT GAATCAGAAA TTGAAGAGGC ACGACTCAAA 
GCCAAAGAAG AAATGATGCA AAGTGTCCAA ATAGCAAAAG AGATGATTCA GCAAGAACTG 
ACATCACAAA AAGAAGCTTA TGAAAGCAAA ATAAAATCAC TGGAAGCAGA GGTGAGAGAA 
GAATCTCGTA AGAAGCAAAT GCAAGAACTG AAAAACCAAA AGGCTGCAAC TAAAATACAG 
GAGCTAGAGA AGGCAAAGCA AAATCTTGAG CTAGAATTAC ACTTCAACAA GAAGCGTTTG 
GAAGTGGAGA CCTTAGCTAC GAAGCAGGCT CTGGAAGATC ATAGTATTCA TCATGCAAAG 
ATACTTCAGG CTCTGGAAGC TGAGAAACAG AAGATTGCTG AAGAAATACA AACCCTTCAG 
AAGAACCGTG GAAGTGGGAA TAAAACTATG ACTATTCCTC TTAACTGGAA TTCTTTGAAG 
TTATCTGTGA TGATCAAAGA GGCCAACACC ATTAGTAATG AACTAGGGAA AAACACTGTT 
TTCTGCAGGC ACGACAAAGT TGATGATAAA ACAGGAACAG TATCTTCTAT TCAAGTGCAG 
GTTCGTAATA TCAAACTGGG AATAGCAACG TTCTGGAGCC TGGAGAAATT TGAATGCAAA 
CTAGCAGCAA TGAAAGAACT CTATGAGAGT AATGATAACA ATAAAGCTGC TGATGTGTTT 
TATGACCCTG CTGATGAATG GGAACCCGAC CTTTCAGATG CCTCAGTTTC CTCTCTTTCC 
AGGAGAAGAA GTAGAAGTTT AATGAAGAAC AAGAGAATTT CTAGATGTTT GTCTGGTATA 
AAATTGGAAC CAACCCATGA TACACAAACT TCCTATATTT CAGGTTCACA GAGTAAATCC 
AGCATATGCC CAAACTTCTC TGAATCACTT CTTCCTGGAA TTTGCAAAGA ATCTGTAAGT 
TCAGCTTTAG ATTTACTGGA ACAGAATCAT GAAGGGAGAA AGAGCATAGC AGATCATCTC 
CTAAGGAATT TGTTTACCAT TTTCTCTGGA GTTTCTGCCA TTTCAAAAGC CTATGAACAG 
CAAGATGAAG AATGTCAAAA AAATTTTTTC TCTACTGATC CTGCTGCTCA GTCCTACAGC 
ATCAAAATCA CCTCTGTGTT TGGCCAGCTT GTGGTTCTAG TCAAGGTTTG GCTTAACCAT 
GTGCAAAAGA GCCCTAGCTC TGTGAAGACT GATGAAGAAT TGAAACAGGA AGTAAAGAAC 
CTGGGAGGTT ATTTACAGTT ACTGTTGCAG GGATGTTCTT CAGATATTTC CTCAATGGTA 
ACAGAAGCAC AGAGCAAAGT GAACGAAGCA GTAAAACAAA CAATTAAATG CATAGGACAC 
TTGGCAGTAT TCACAAGAAC TGATATTTCC ATTTTTGAAG AGAACGACAT TCCTGCAACT 
AGTCTACAGG ACTTCGTACT TGCTGTTTAT GATGGAGTAG GTTTGGGGCT GGACTTTCTT 
ACAGAAACAG TACAGGAAAA AGCAAGAACG GTGCAGGAAG AACTATTGAA ACAACATCCA 
CAAAATGAGA TTCAAAATCG AATAAGGGAT GATGCTGTGG CATTAGCCAG GTTCCTTGAA 
AATAACATCT CTTCTTGCAG AAAGAAAGAA GTAGAATCTC AATTACCAGA AGAAGATTAT 
GTGTATATGG AAATCAAGAG AAGTACTAAG ATCGCTGTGA AATACTTGGA ATTGGAGCAG 
TGCCTCACTG AAGTCTATCA GATCGTTTCT TCTACATTAC AAGGGTCATT CAGAAACACA 
AGCCCTCTCA GGAGCTTTGC AGGAGAGATT TGTTTCATAG CTGGATGTTT GTACAATTAT 
TTCAGTTCAT TTCCTTTGGC TTCTACTTCT ACAAACAATC CTATCCAGAG AACACCCATG 
CCATTTATGA ACTTGGATGA ATTGGACTCT CTGGTTGATT CCCTTATTGT GAATTTTGAA 
CTTGACCAAG GGCAGCAAAA TCTGAAATCT CAGCCTCTGT GTAATGAAAC TACTGAGACC 
GAAGGAAGCC AAAGTGAAAC AGGTGGAGAT GAATTTCCTT TGAAACTGAA GGGGATTCCA 
AAACACACGT ATAAACTCCA GTCACCACCT ACGTTTCCAG AGGAGCTCTC ACTTGGCAAG 
ATACAGTGGG TATAA

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

RefSeq	XP_012962172.1
CDS	273..5207
Translation	MPDYKVPARNPSETQCTTTSQRISSRSAFTSSKMSGQQLTSQMSGKEKDGLLSSSRNRTEEVNSTYVISACNNANDASVTLKPQDRLTLQRRTRVSKNLVSSSEQSDNKIRQSIENTQTGKRCTLQRRVRTGSVEKSKINWNAVPGIENNDFAAERNYKTALRPNINNNDTRHGNPSCKLAEGQSNTKMHFNLNSKDLFGNVENDKRTPVKRKTSTADSKLQNEAHISEQLVTSKNINRISGEQLNEKGDVNKLEEKQRLQHLMIKHNSLERPRIPTKGSTEGFMLTPKNSTFQDKSSLSALNKRPLHPPLVSKKKTGVSSCPVSISAKEKVETLTENNSTEEDIFKVENSKVTVAVRVRPFSNREKNENSLPVVSMSGSETAVRNPSTNQVYTFSYDFSFWSFDKCHPNFASQAMIYKTLALPLLERAFEGYNACLFAYGQTGTGKSYTMMGFDEDRGIIPRLCEDLFSQMDKQQVLYHLEMSYFEVYNEKIHDLLVFKAENRQKKQPLRVREHPVLGPYVEDLTVNVVSSYSDIQSWLELGNKQRATAATVMNDKSSRSHSVFTLVMTQTKVESVDEQQRDRSLTSHINLIDLAGSECCSTAQTTGERLKEGVSINKSLLTLGKVISALSKQSQNGKKTFIPYRESVLTWLLKESLGGNSQTAMIATISPAASSTEETLSTLRYAKQACSIINTAKVNEDVNAKLIRELKAEIEKLKAQKSAQNTDPEKYRRYLQEITSLRMKLHQQERDTAEMQRAWKEKLEQAEKRKLEDIKELQKAGIAFKMDNHLPNLVNLSEDPQLSEVLLYMIKEGETTVGRYTPNSKHDIQLSGVLIADDHCVIKNNLGQVSIIPRREAKTYVNGKCILDPTVLHHGDRVILGGDHYFRFNHPVEVQKVKRPSCGTTLLHDGPKDFEFAKNELLIAQKTQLESEIEEARLKAKEEMMQSVQIAKEMIQQELTSQKEAYESKIKSLEAEVREESRKKQMQELKNQKAATKIQELEKAKQNLELELHFNKKRLEVETLATKQALEDHSIHHAKILQALEAEKQKIAEEIQTLQKNRGSGNKTMTIPLNWNSLKLSVMIKEANTISNELGKNTVFCRHDKVDDKTGTVSSIQVQVRNIKLGIATFWSLEKFECKLAAMKELYESNDNNKAADVFYDPADEWEPDLSDASVSSLSRRRSRSLMKNKRISRCLSGIKLEPTHDTQTSYISGSQSKSSICPNFSESLLPGICKESVSSALDLLEQNHEGRKSIADHLLRNLFTIFSGVSAISKAYEQQDEECQKNFFSTDPAAQSYSIKITSVFGQLVVLVKVWLNHVQKSPSSVKTDEELKQEVKNLGGYLQLLLQGCSSDISSMVTEAQSKVNEAVKQTIKCIGHLAVFTRTDISIFEENDIPATSLQDFVLAVYDGVGLGLDFLTETVQEKARTVQEELLKQHPQNEIQNRIRDDAVALARFLENNISSCRKKEVESQLPEEDYVYMEIKRSTKIAVKYLELEQCLTEVYQIVSSTLQGSFRNTSPLRSFAGEICFIAGCLYNYFSSFPLASTSTNNPIQRTPMPFMNLDELDSLVDSLIVNFELDQGQQNLKSQPLCNETTETEGSQSETGGDEFPLKLKGIPKHTYKLQSPPTFPEELSLGKIQWV

Target ORF information:

RefSeq Version	XM_013106718.2
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X5, mRNA.

Target ORF information:

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

XM_013106718.2

ORF Insert Sequence:

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCTG CAGAAAGAAA TTACAAGACT 
GCACTTCGAC CAAATATTAA TAATAATGAT ACTCGGCATG GTAATCCAAG CTGTAAATTA 
GCTGAGGGTC AGTCAAATAC GAAGATGCAT TTTAACCTGA ACAGCAAGGA CTTGTTTGGC 
AATGTTGAAA ATGACAAACG CACACCTGTA AAACGTAAGA CAAGCACTGC TGACTCAAAA 
CTTCAAAATG AAGCTCATAT ATCAGAGCAA TTAGTTACCT CAAAGAACAT TAATAGGATA 
TCAGGAGAGC AACTGAATGA AAAAGGTGAT GTAAATAAGC TAGAGGAAAA ACAAAGGTTA 
CAACACTTAA TGATAAAGCA TAACAGTTTA GAAAGGCCAA GGATACCAAC AAAAGGTTCA 
ACAGAAGGAT TTATGCTTAC ACCAAAGAAC AGCACATTTC AGGATAAGTC ATCTCTGTCA 
GCTTTAAATA AACGACCACT TCATCCTCCG TTGGTGTCAA AAAAGAAAAC CGGTGTTTCT 
AGTTGTCCTG TGAGTATAAG TGCAAAAGAG AAAGTAGAAA CGCTTACAGA GAACAACAGC 
ACTGAGGAAG ATATTTTCAA AGTAGAAAAC AGCAAAGTGA CTGTAGCTGT GCGTGTACGG 
CCTTTCAGTA ACAGAGAGAA AAATGAAAAC TCACTTCCTG TAGTCTCCAT GAGTGGCTCG 
GAGACAGCTG TACGAAATCC AAGCACAAAC CAAGTTTACA CCTTCAGTTA TGACTTCTCT 
TTCTGGTCTT TTGACAAGTG TCATCCTAAT TTTGCAAGCC AAGCAATGAT TTATAAAACT 
TTGGCACTGC CACTCCTAGA AAGAGCTTTT GAGGGCTATA ATGCGTGTCT TTTTGCTTAT 
GGGCAAACTG GTACTGGAAA ATCATACACG ATGATGGGGT TTGATGAAGA CCGAGGGATA 
ATTCCAAGAC TCTGTGAAGA TCTTTTCAGT CAAATGGACA AACAACAGGT CTTGTATCAC 
CTTGAAATGA GCTATTTTGA AGTTTACAAT GAGAAAATTC ATGATTTGCT TGTCTTCAAA 
GCTGAAAACA GACAGAAGAA ACAACCACTC CGTGTAAGGG AACACCCGGT GTTAGGACCG 
TATGTGGAGG ACCTAACAGT GAATGTTGTC AGTTCTTACT CTGATATCCA GAGTTGGCTT 
GAGCTAGGGA ATAAGCAGAG AGCAACAGCT GCTACGGTAA TGAATGACAA GAGTTCTAGA 
TCTCATTCTG TCTTCACCCT TGTCATGACA CAAACCAAGG TAGAATCTGT GGATGAACAG 
CAACGTGACC GTAGTCTTAC CAGTCACATA AATCTAATTG ATTTAGCAGG CAGCGAATGC 
TGTTCTACGG CTCAGACCAC TGGAGAAAGG CTGAAGGAGG GTGTGAGTAT TAATAAATCA 
CTCTTAACCC TTGGAAAGGT TATTTCTGCA CTCTCAAAGC AGTCTCAAAA TGGAAAGAAA 
ACTTTCATTC CTTACCGGGA ATCTGTCCTT ACTTGGTTAT TGAAGGAAAG TCTTGGTGGA 
AATTCACAAA CGGCTATGAT TGCCACAATA AGTCCAGCTG CCAGCAGCAC AGAAGAAACT 
CTCAGCACTC TTCGCTATGC AAAACAAGCT TGTTCAATTA TCAACACTGC TAAAGTAAAT 
GAAGATGTGA ATGCCAAGTT GATCAGAGAA TTGAAAGCTG AAATTGAAAA ACTGAAGGCA 
CAGAAAAGTG CTCAGAACAC TGATCCTGAA AAATACAGGC GTTATTTGCA GGAAATAACA 
TCTCTGAGGA TGAAATTGCA TCAACAGGAG AGGGACACAG CAGAAATGCA AAGGGCCTGG 
AAAGAAAAAC TTGAGCAAGC AGAAAAGAGG AAATTAGAAG ATATAAAGGA ATTGCAGAAA 
GCAGGAATTG CATTCAAAAT GGACAATCAC TTACCAAACC TTGTTAATCT CAGTGAAGAT 
CCTCAGCTTT CTGAGGTGCT GTTGTATATG ATTAAAGAAG GAGAAACTAC AGTTGGAAGG 
TATACACCGA ATTCAAAACA TGATATCCAG CTTTCTGGAG TGCTAATTGC TGATGACCAT 
TGCGTTATAA AAAATAACCT TGGCCAAGTG AGTATTATTC CACGGAGAGA AGCAAAGACA 
TATGTAAATG GGAAATGCAT TTTAGACCCG ACAGTTCTGC ATCATGGTGA TCGAGTGATC 
CTTGGGGGAG ACCATTATTT CAGGTTTAAT CATCCAGTAG AGGTTCAGAA AGTTAAGAGA 
CCATCTTGTG GGACTACACT TTTGCATGAT GGTCCTAAAG ATTTTGAATT TGCAAAGAAC 
GAGCTGCTTA TTGCACAGAA AACTCAGCTT GAATCAGAAA TTGAAGAGGC ACGACTCAAA 
GCCAAAGAAG AAATGATGCA AAGTGTCCAA ATAGCAAAAG AGATGATTCA GCAAGAACTG 
ACATCACAAA AAGAAGCTTA TGAAAGCAAA ATAAAATCAC TGGAAGCAGA GGTGAGAGAA 
GAATCTCGTA AGAAGCAAAT GCAAGAACTG AAAAACCAAA AGGCTGCAAC TAAAATACAG 
GAGCTAGAGA AGGCAAAGCA AAATCTTGAG CTAGAATTAC ACTTCAACAA GAAGCGTTTG 
GAAGTGGAGA CCTTAGCTAC GAAGCAGGCT CTGGAAGATC ATAGTATTCA TCATGCAAAG 
ATACTTCAGG CTCTGGAAGC TGAGAAACAG AAGATTGCTG AAGAAATACA AACCCTTCAG 
AAGAACCGTG GAAGTGGGAA TAAAACTATG ACTATTCCTC TTAACTGGAA TTCTTTGAAG 
TTATCTGTGA TGATCAAAGA GGCCAACACC ATTAGTAATG AACTAGGGAA AAACACTGTT 
TTCTGCAGGC ACGACAAAGT TGATGATAAA ACAGGAACAG TATCTTCTAT TCAAGTGCAG 
GTTCGTAATA TCAAACTGGG AATAGCAACG TTCTGGAGCC TGGAGAAATT TGAATGCAAA 
CTAGCAGCAA TGAAAGAACT CTATGAGAGT AATGATAACA ATAAAGCTGC TGATGTGTTT 
TATGACCCTG CTGATGAATG GGAACCCGAC CTTTCAGATG CCTCAGTTTC CTCTCTTTCC 
AGGAGAAGAA GTAGAAGTTT AATGAAGAAC AAGAGAATTT CTAGATGTTT GTCTGGTATA 
AAATTGGAAC CAACCCATGA TACACAAACT TCCTATATTT CAGGTTCACA GAGTAAATCC 
AGCATATGCC CAAACTTCTC TGAATCACTT CTTCCTGGAA TTTGCAAAGA ATCTGTAAGT 
TCAGCTTTAG ATTTACTGGA ACAGAATCAT GAAGGGAGAA AGAGCATAGC AGATCATCTC 
CTAAGGAATT TGTTTACCAT TTTCTCTGGA GTTTCTGCCA TTTCAAAAGC CTATGAACAG 
CAAGATGAAG AATGTCAAAA AAATTTTTTC TCTACTGATC CTGCTGCTCA GTCCTACAGC 
ATCAAAATCA CCTCTGTGTT TGGCCAGCTT GTGGTTCTAG TCAAGGTTTG GCTTAACCAT 
GTGCAAAAGA GCCCTAGCTC TGTGAAGACT GATGAAGAAT TGAAACAGGA AGTAAAGAAC 
CTGGGAGGTT ATTTACAGTT ACTGTTGCAG GGATGTTCTT CAGATATTTC CTCAATGGTA 
ACAGAAGCAC AGAGCAAAGT GAACGAAGCA GTAAAACAAA CAATTAAATG CATAGGACAC 
TTGGCAGTAT TCACAAGAAC TGATATTTCC ATTTTTGAAG AGAACGACAT TCCTGCAACT 
AGTCTACAGG ACTTCGTACT TGCTGTTTAT GATGGAGTAG GTTTGGGGCT GGACTTTCTT 
ACAGAAACAG TACAGGAAAA AGCAAGAACG GTGCAGGAAG AACTATTGAA ACAACATCCA 
CAAAATGAGA TTCAAAATCG AATAAGGGAT GATGCTGTGG CATTAGCCAG GTTCCTTGAA 
AATAACATCT CTTCTTGCAG AAAGAAAGAA GTAGAATCTC AATTACCAGA AGAAGATTAT 
GTGTATATGG AAATCAAGAG AAGTACTAAG ATCGCTGTGA AATACTTGGA ATTGGAGCAG 
TGCCTCACTG AAGTCTATCA GATCGTTTCT TCTACATTAC AAGGGTCATT CAGAAACACA 
AGCCCTCTCA GGAGCTTTGC AGGAGAGATT TGTTTCATAG CTGGATGTTT GTACAATTAT 
TTCAGTTCAT TTCCTTTGGC TTCTACTTCT ACAAACAATC CTATCCAGAG AACACCCATG 
CCATTTATGA ACTTGGATGA ATTGGACTCT CTGGTTGATT CCCTTATTGT GAATTTTGAA 
CTTGACCAAG GGCAGCAAAA TCTGAAATCT CAGCCTCTGT GTAATGAAAC TACTGAGACC 
GAAGGAAGCC AAAGTGAAAC AGGTGGAGAT GAATTTCCTT TGAAACTGAA GGGGATTCCA 
AAACACACGT ATAAACTCCA GTCACCACCT ACGTTTCCAG AGGAGCTCTC ACTTGGCAAG 
ATACAGTGGG TATAA

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

KIF14 ( XM_013106719.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_012962173.1 Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAn118549
Clone ID Related Accession (Same CDS sequence)	XM_013106718.2 , XM_013106719.1 , XM_013106718.1 , XM_013106720.1
Accession Version	XM_013106719.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4935bp) 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	2015-07-08
Organism	Anas platyrhynchos(Mallard)
Product	kinesin-like protein KIF14 isoform X1
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004678071.1) 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 :: Anas platyrhynchos Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCTG CAGAAAGAAA TTACAAGACT 
GCACTTCGAC CAAATATTAA TAATAATGAT ACTCGGCATG GTAATCCAAG CTGTAAATTA 
GCTGAGGGTC AGTCAAATAC GAAGATGCAT TTTAACCTGA ACAGCAAGGA CTTGTTTGGC 
AATGTTGAAA ATGACAAACG CACACCTGTA AAACGTAAGA CAAGCACTGC TGACTCAAAA 
CTTCAAAATG AAGCTCATAT ATCAGAGCAA TTAGTTACCT CAAAGAACAT TAATAGGATA 
TCAGGAGAGC AACTGAATGA AAAAGGTGAT GTAAATAAGC TAGAGGAAAA ACAAAGGTTA 
CAACACTTAA TGATAAAGCA TAACAGTTTA GAAAGGCCAA GGATACCAAC AAAAGGTTCA 
ACAGAAGGAT TTATGCTTAC ACCAAAGAAC AGCACATTTC AGGATAAGTC ATCTCTGTCA 
GCTTTAAATA AACGACCACT TCATCCTCCG TTGGTGTCAA AAAAGAAAAC CGGTGTTTCT 
AGTTGTCCTG TGAGTATAAG TGCAAAAGAG AAAGTAGAAA CGCTTACAGA GAACAACAGC 
ACTGAGGAAG ATATTTTCAA AGTAGAAAAC AGCAAAGTGA CTGTAGCTGT GCGTGTACGG 
CCTTTCAGTA ACAGAGAGAA AAATGAAAAC TCACTTCCTG TAGTCTCCAT GAGTGGCTCG 
GAGACAGCTG TACGAAATCC AAGCACAAAC CAAGTTTACA CCTTCAGTTA TGACTTCTCT 
TTCTGGTCTT TTGACAAGTG TCATCCTAAT TTTGCAAGCC AAGCAATGAT TTATAAAACT 
TTGGCACTGC CACTCCTAGA AAGAGCTTTT GAGGGCTATA ATGCGTGTCT TTTTGCTTAT 
GGGCAAACTG GTACTGGAAA ATCATACACG ATGATGGGGT TTGATGAAGA CCGAGGGATA 
ATTCCAAGAC TCTGTGAAGA TCTTTTCAGT CAAATGGACA AACAACAGGT CTTGTATCAC 
CTTGAAATGA GCTATTTTGA AGTTTACAAT GAGAAAATTC ATGATTTGCT TGTCTTCAAA 
GCTGAAAACA GACAGAAGAA ACAACCACTC CGTGTAAGGG AACACCCGGT GTTAGGACCG 
TATGTGGAGG ACCTAACAGT GAATGTTGTC AGTTCTTACT CTGATATCCA GAGTTGGCTT 
GAGCTAGGGA ATAAGCAGAG AGCAACAGCT GCTACGGTAA TGAATGACAA GAGTTCTAGA 
TCTCATTCTG TCTTCACCCT TGTCATGACA CAAACCAAGG TAGAATCTGT GGATGAACAG 
CAACGTGACC GTAGTCTTAC CAGTCACATA AATCTAATTG ATTTAGCAGG CAGCGAATGC 
TGTTCTACGG CTCAGACCAC TGGAGAAAGG CTGAAGGAGG GTGTGAGTAT TAATAAATCA 
CTCTTAACCC TTGGAAAGGT TATTTCTGCA CTCTCAAAGC AGTCTCAAAA TGGAAAGAAA 
ACTTTCATTC CTTACCGGGA ATCTGTCCTT ACTTGGTTAT TGAAGGAAAG TCTTGGTGGA 
AATTCACAAA CGGCTATGAT TGCCACAATA AGTCCAGCTG CCAGCAGCAC AGAAGAAACT 
CTCAGCACTC TTCGCTATGC AAAACAAGCT TGTTCAATTA TCAACACTGC TAAAGTAAAT 
GAAGATGTGA ATGCCAAGTT GATCAGAGAA TTGAAAGCTG AAATTGAAAA ACTGAAGGCA 
CAGAAAAGTG CTCAGAACAC TGATCCTGAA AAATACAGGC GTTATTTGCA GGAAATAACA 
TCTCTGAGGA TGAAATTGCA TCAACAGGAG AGGGACACAG CAGAAATGCA AAGGGCCTGG 
AAAGAAAAAC TTGAGCAAGC AGAAAAGAGG AAATTAGAAG ATATAAAGGA ATTGCAGAAA 
GCAGGAATTG CATTCAAAAT GGACAATCAC TTACCAAACC TTGTTAATCT CAGTGAAGAT 
CCTCAGCTTT CTGAGGTGCT GTTGTATATG ATTAAAGAAG GAGAAACTAC AGTTGGAAGG 
TATACACCGA ATTCAAAACA TGATATCCAG CTTTCTGGAG TGCTAATTGC TGATGACCAT 
TGCGTTATAA AAAATAACCT TGGCCAAGTG AGTATTATTC CACGGAGAGA AGCAAAGACA 
TATGTAAATG GGAAATGCAT TTTAGACCCG ACAGTTCTGC ATCATGGTGA TCGAGTGATC 
CTTGGGGGAG ACCATTATTT CAGGTTTAAT CATCCAGTAG AGGTTCAGAA AGTTAAGAGA 
CCATCTTGTG GGACTACACT TTTGCATGAT GGTCCTAAAG ATTTTGAATT TGCAAAGAAC 
GAGCTGCTTA TTGCACAGAA AACTCAGCTT GAATCAGAAA TTGAAGAGGC ACGACTCAAA 
GCCAAAGAAG AAATGATGCA AAGTGTCCAA ATAGCAAAAG AGATGATTCA GCAAGAACTG 
ACATCACAAA AAGAAGCTTA TGAAAGCAAA ATAAAATCAC TGGAAGCAGA GGTGAGAGAA 
GAATCTCGTA AGAAGCAAAT GCAAGAACTG AAAAACCAAA AGGCTGCAAC TAAAATACAG 
GAGCTAGAGA AGGCAAAGCA AAATCTTGAG CTAGAATTAC ACTTCAACAA GAAGCGTTTG 
GAAGTGGAGA CCTTAGCTAC GAAGCAGGCT CTGGAAGATC ATAGTATTCA TCATGCAAAG 
ATACTTCAGG CTCTGGAAGC TGAGAAACAG AAGATTGCTG AAGAAATACA AACCCTTCAG 
AAGAACCGTG GAAGTGGGAA TAAAACTATG ACTATTCCTC TTAACTGGAA TTCTTTGAAG 
TTATCTGTGA TGATCAAAGA GGCCAACACC ATTAGTAATG AACTAGGGAA AAACACTGTT 
TTCTGCAGGC ACGACAAAGT TGATGATAAA ACAGGAACAG TATCTTCTAT TCAAGTGCAG 
GTTCGTAATA TCAAACTGGG AATAGCAACG TTCTGGAGCC TGGAGAAATT TGAATGCAAA 
CTAGCAGCAA TGAAAGAACT CTATGAGAGT AATGATAACA ATAAAGCTGC TGATGTGTTT 
TATGACCCTG CTGATGAATG GGAACCCGAC CTTTCAGATG CCTCAGTTTC CTCTCTTTCC 
AGGAGAAGAA GTAGAAGTTT AATGAAGAAC AAGAGAATTT CTAGATGTTT GTCTGGTATA 
AAATTGGAAC CAACCCATGA TACACAAACT TCCTATATTT CAGGTTCACA GAGTAAATCC 
AGCATATGCC CAAACTTCTC TGAATCACTT CTTCCTGGAA TTTGCAAAGA ATCTGTAAGT 
TCAGCTTTAG ATTTACTGGA ACAGAATCAT GAAGGGAGAA AGAGCATAGC AGATCATCTC 
CTAAGGAATT TGTTTACCAT TTTCTCTGGA GTTTCTGCCA TTTCAAAAGC CTATGAACAG 
CAAGATGAAG AATGTCAAAA AAATTTTTTC TCTACTGATC CTGCTGCTCA GTCCTACAGC 
ATCAAAATCA CCTCTGTGTT TGGCCAGCTT GTGGTTCTAG TCAAGGTTTG GCTTAACCAT 
GTGCAAAAGA GCCCTAGCTC TGTGAAGACT GATGAAGAAT TGAAACAGGA AGTAAAGAAC 
CTGGGAGGTT ATTTACAGTT ACTGTTGCAG GGATGTTCTT CAGATATTTC CTCAATGGTA 
ACAGAAGCAC AGAGCAAAGT GAACGAAGCA GTAAAACAAA CAATTAAATG CATAGGACAC 
TTGGCAGTAT TCACAAGAAC TGATATTTCC ATTTTTGAAG AGAACGACAT TCCTGCAACT 
AGTCTACAGG ACTTCGTACT TGCTGTTTAT GATGGAGTAG GTTTGGGGCT GGACTTTCTT 
ACAGAAACAG TACAGGAAAA AGCAAGAACG GTGCAGGAAG AACTATTGAA ACAACATCCA 
CAAAATGAGA TTCAAAATCG AATAAGGGAT GATGCTGTGG CATTAGCCAG GTTCCTTGAA 
AATAACATCT CTTCTTGCAG AAAGAAAGAA GTAGAATCTC AATTACCAGA AGAAGATTAT 
GTGTATATGG AAATCAAGAG AAGTACTAAG ATCGCTGTGA AATACTTGGA ATTGGAGCAG 
TGCCTCACTG AAGTCTATCA GATCGTTTCT TCTACATTAC AAGGGTCATT CAGAAACACA 
AGCCCTCTCA GGAGCTTTGC AGGAGAGATT TGTTTCATAG CTGGATGTTT GTACAATTAT 
TTCAGTTCAT TTCCTTTGGC TTCTACTTCT ACAAACAATC CTATCCAGAG AACACCCATG 
CCATTTATGA ACTTGGATGA ATTGGACTCT CTGGTTGATT CCCTTATTGT GAATTTTGAA 
CTTGACCAAG GGCAGCAAAA TCTGAAATCT CAGCCTCTGT GTAATGAAAC TACTGAGACC 
GAAGGAAGCC AAAGTGAAAC AGGTGGAGAT GAATTTCCTT TGAAACTGAA GGGGATTCCA 
AAACACACGT ATAAACTCCA GTCACCACCT ACGTTTCCAG AGGAGCTCTC ACTTGGCAAG 
ATACAGTGGG TATAA

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

RefSeq	XP_012962173.1
CDS	262..5196
Translation	MPDYKVPARNPSETQCTTTSQRISSRSAFTSSKMSGQQLTSQMSGKEKDGLLSSSRNRTEEVNSTYVISACNNANDASVTLKPQDRLTLQRRTRVSKNLVSSSEQSDNKIRQSIENTQTGKRCTLQRRVRTGSVEKSKINWNAVPGIENNDFAAERNYKTALRPNINNNDTRHGNPSCKLAEGQSNTKMHFNLNSKDLFGNVENDKRTPVKRKTSTADSKLQNEAHISEQLVTSKNINRISGEQLNEKGDVNKLEEKQRLQHLMIKHNSLERPRIPTKGSTEGFMLTPKNSTFQDKSSLSALNKRPLHPPLVSKKKTGVSSCPVSISAKEKVETLTENNSTEEDIFKVENSKVTVAVRVRPFSNREKNENSLPVVSMSGSETAVRNPSTNQVYTFSYDFSFWSFDKCHPNFASQAMIYKTLALPLLERAFEGYNACLFAYGQTGTGKSYTMMGFDEDRGIIPRLCEDLFSQMDKQQVLYHLEMSYFEVYNEKIHDLLVFKAENRQKKQPLRVREHPVLGPYVEDLTVNVVSSYSDIQSWLELGNKQRATAATVMNDKSSRSHSVFTLVMTQTKVESVDEQQRDRSLTSHINLIDLAGSECCSTAQTTGERLKEGVSINKSLLTLGKVISALSKQSQNGKKTFIPYRESVLTWLLKESLGGNSQTAMIATISPAASSTEETLSTLRYAKQACSIINTAKVNEDVNAKLIRELKAEIEKLKAQKSAQNTDPEKYRRYLQEITSLRMKLHQQERDTAEMQRAWKEKLEQAEKRKLEDIKELQKAGIAFKMDNHLPNLVNLSEDPQLSEVLLYMIKEGETTVGRYTPNSKHDIQLSGVLIADDHCVIKNNLGQVSIIPRREAKTYVNGKCILDPTVLHHGDRVILGGDHYFRFNHPVEVQKVKRPSCGTTLLHDGPKDFEFAKNELLIAQKTQLESEIEEARLKAKEEMMQSVQIAKEMIQQELTSQKEAYESKIKSLEAEVREESRKKQMQELKNQKAATKIQELEKAKQNLELELHFNKKRLEVETLATKQALEDHSIHHAKILQALEAEKQKIAEEIQTLQKNRGSGNKTMTIPLNWNSLKLSVMIKEANTISNELGKNTVFCRHDKVDDKTGTVSSIQVQVRNIKLGIATFWSLEKFECKLAAMKELYESNDNNKAADVFYDPADEWEPDLSDASVSSLSRRRSRSLMKNKRISRCLSGIKLEPTHDTQTSYISGSQSKSSICPNFSESLLPGICKESVSSALDLLEQNHEGRKSIADHLLRNLFTIFSGVSAISKAYEQQDEECQKNFFSTDPAAQSYSIKITSVFGQLVVLVKVWLNHVQKSPSSVKTDEELKQEVKNLGGYLQLLLQGCSSDISSMVTEAQSKVNEAVKQTIKCIGHLAVFTRTDISIFEENDIPATSLQDFVLAVYDGVGLGLDFLTETVQEKARTVQEELLKQHPQNEIQNRIRDDAVALARFLENNISSCRKKEVESQLPEEDYVYMEIKRSTKIAVKYLELEQCLTEVYQIVSSTLQGSFRNTSPLRSFAGEICFIAGCLYNYFSSFPLASTSTNNPIQRTPMPFMNLDELDSLVDSLIVNFELDQGQQNLKSQPLCNETTETEGSQSETGGDEFPLKLKGIPKHTYKLQSPPTFPEELSLGKIQWV

Target ORF information:

RefSeq Version	XM_013106719.1
Organism	Anas platyrhynchos(Mallard)
Definition	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X2, mRNA.

Target ORF information:

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

XM_013106719.1

ORF Insert Sequence:

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCTG CAGAAAGAAA TTACAAGACT 
GCACTTCGAC CAAATATTAA TAATAATGAT ACTCGGCATG GTAATCCAAG CTGTAAATTA 
GCTGAGGGTC AGTCAAATAC GAAGATGCAT TTTAACCTGA ACAGCAAGGA CTTGTTTGGC 
AATGTTGAAA ATGACAAACG CACACCTGTA AAACGTAAGA CAAGCACTGC TGACTCAAAA 
CTTCAAAATG AAGCTCATAT ATCAGAGCAA TTAGTTACCT CAAAGAACAT TAATAGGATA 
TCAGGAGAGC AACTGAATGA AAAAGGTGAT GTAAATAAGC TAGAGGAAAA ACAAAGGTTA 
CAACACTTAA TGATAAAGCA TAACAGTTTA GAAAGGCCAA GGATACCAAC AAAAGGTTCA 
ACAGAAGGAT TTATGCTTAC ACCAAAGAAC AGCACATTTC AGGATAAGTC ATCTCTGTCA 
GCTTTAAATA AACGACCACT TCATCCTCCG TTGGTGTCAA AAAAGAAAAC CGGTGTTTCT 
AGTTGTCCTG TGAGTATAAG TGCAAAAGAG AAAGTAGAAA CGCTTACAGA GAACAACAGC 
ACTGAGGAAG ATATTTTCAA AGTAGAAAAC AGCAAAGTGA CTGTAGCTGT GCGTGTACGG 
CCTTTCAGTA ACAGAGAGAA AAATGAAAAC TCACTTCCTG TAGTCTCCAT GAGTGGCTCG 
GAGACAGCTG TACGAAATCC AAGCACAAAC CAAGTTTACA CCTTCAGTTA TGACTTCTCT 
TTCTGGTCTT TTGACAAGTG TCATCCTAAT TTTGCAAGCC AAGCAATGAT TTATAAAACT 
TTGGCACTGC CACTCCTAGA AAGAGCTTTT GAGGGCTATA ATGCGTGTCT TTTTGCTTAT 
GGGCAAACTG GTACTGGAAA ATCATACACG ATGATGGGGT TTGATGAAGA CCGAGGGATA 
ATTCCAAGAC TCTGTGAAGA TCTTTTCAGT CAAATGGACA AACAACAGGT CTTGTATCAC 
CTTGAAATGA GCTATTTTGA AGTTTACAAT GAGAAAATTC ATGATTTGCT TGTCTTCAAA 
GCTGAAAACA GACAGAAGAA ACAACCACTC CGTGTAAGGG AACACCCGGT GTTAGGACCG 
TATGTGGAGG ACCTAACAGT GAATGTTGTC AGTTCTTACT CTGATATCCA GAGTTGGCTT 
GAGCTAGGGA ATAAGCAGAG AGCAACAGCT GCTACGGTAA TGAATGACAA GAGTTCTAGA 
TCTCATTCTG TCTTCACCCT TGTCATGACA CAAACCAAGG TAGAATCTGT GGATGAACAG 
CAACGTGACC GTAGTCTTAC CAGTCACATA AATCTAATTG ATTTAGCAGG CAGCGAATGC 
TGTTCTACGG CTCAGACCAC TGGAGAAAGG CTGAAGGAGG GTGTGAGTAT TAATAAATCA 
CTCTTAACCC TTGGAAAGGT TATTTCTGCA CTCTCAAAGC AGTCTCAAAA TGGAAAGAAA 
ACTTTCATTC CTTACCGGGA ATCTGTCCTT ACTTGGTTAT TGAAGGAAAG TCTTGGTGGA 
AATTCACAAA CGGCTATGAT TGCCACAATA AGTCCAGCTG CCAGCAGCAC AGAAGAAACT 
CTCAGCACTC TTCGCTATGC AAAACAAGCT TGTTCAATTA TCAACACTGC TAAAGTAAAT 
GAAGATGTGA ATGCCAAGTT GATCAGAGAA TTGAAAGCTG AAATTGAAAA ACTGAAGGCA 
CAGAAAAGTG CTCAGAACAC TGATCCTGAA AAATACAGGC GTTATTTGCA GGAAATAACA 
TCTCTGAGGA TGAAATTGCA TCAACAGGAG AGGGACACAG CAGAAATGCA AAGGGCCTGG 
AAAGAAAAAC TTGAGCAAGC AGAAAAGAGG AAATTAGAAG ATATAAAGGA ATTGCAGAAA 
GCAGGAATTG CATTCAAAAT GGACAATCAC TTACCAAACC TTGTTAATCT CAGTGAAGAT 
CCTCAGCTTT CTGAGGTGCT GTTGTATATG ATTAAAGAAG GAGAAACTAC AGTTGGAAGG 
TATACACCGA ATTCAAAACA TGATATCCAG CTTTCTGGAG TGCTAATTGC TGATGACCAT 
TGCGTTATAA AAAATAACCT TGGCCAAGTG AGTATTATTC CACGGAGAGA AGCAAAGACA 
TATGTAAATG GGAAATGCAT TTTAGACCCG ACAGTTCTGC ATCATGGTGA TCGAGTGATC 
CTTGGGGGAG ACCATTATTT CAGGTTTAAT CATCCAGTAG AGGTTCAGAA AGTTAAGAGA 
CCATCTTGTG GGACTACACT TTTGCATGAT GGTCCTAAAG ATTTTGAATT TGCAAAGAAC 
GAGCTGCTTA TTGCACAGAA AACTCAGCTT GAATCAGAAA TTGAAGAGGC ACGACTCAAA 
GCCAAAGAAG AAATGATGCA AAGTGTCCAA ATAGCAAAAG AGATGATTCA GCAAGAACTG 
ACATCACAAA AAGAAGCTTA TGAAAGCAAA ATAAAATCAC TGGAAGCAGA GGTGAGAGAA 
GAATCTCGTA AGAAGCAAAT GCAAGAACTG AAAAACCAAA AGGCTGCAAC TAAAATACAG 
GAGCTAGAGA AGGCAAAGCA AAATCTTGAG CTAGAATTAC ACTTCAACAA GAAGCGTTTG 
GAAGTGGAGA CCTTAGCTAC GAAGCAGGCT CTGGAAGATC ATAGTATTCA TCATGCAAAG 
ATACTTCAGG CTCTGGAAGC TGAGAAACAG AAGATTGCTG AAGAAATACA AACCCTTCAG 
AAGAACCGTG GAAGTGGGAA TAAAACTATG ACTATTCCTC TTAACTGGAA TTCTTTGAAG 
TTATCTGTGA TGATCAAAGA GGCCAACACC ATTAGTAATG AACTAGGGAA AAACACTGTT 
TTCTGCAGGC ACGACAAAGT TGATGATAAA ACAGGAACAG TATCTTCTAT TCAAGTGCAG 
GTTCGTAATA TCAAACTGGG AATAGCAACG TTCTGGAGCC TGGAGAAATT TGAATGCAAA 
CTAGCAGCAA TGAAAGAACT CTATGAGAGT AATGATAACA ATAAAGCTGC TGATGTGTTT 
TATGACCCTG CTGATGAATG GGAACCCGAC CTTTCAGATG CCTCAGTTTC CTCTCTTTCC 
AGGAGAAGAA GTAGAAGTTT AATGAAGAAC AAGAGAATTT CTAGATGTTT GTCTGGTATA 
AAATTGGAAC CAACCCATGA TACACAAACT TCCTATATTT CAGGTTCACA GAGTAAATCC 
AGCATATGCC CAAACTTCTC TGAATCACTT CTTCCTGGAA TTTGCAAAGA ATCTGTAAGT 
TCAGCTTTAG ATTTACTGGA ACAGAATCAT GAAGGGAGAA AGAGCATAGC AGATCATCTC 
CTAAGGAATT TGTTTACCAT TTTCTCTGGA GTTTCTGCCA TTTCAAAAGC CTATGAACAG 
CAAGATGAAG AATGTCAAAA AAATTTTTTC TCTACTGATC CTGCTGCTCA GTCCTACAGC 
ATCAAAATCA CCTCTGTGTT TGGCCAGCTT GTGGTTCTAG TCAAGGTTTG GCTTAACCAT 
GTGCAAAAGA GCCCTAGCTC TGTGAAGACT GATGAAGAAT TGAAACAGGA AGTAAAGAAC 
CTGGGAGGTT ATTTACAGTT ACTGTTGCAG GGATGTTCTT CAGATATTTC CTCAATGGTA 
ACAGAAGCAC AGAGCAAAGT GAACGAAGCA GTAAAACAAA CAATTAAATG CATAGGACAC 
TTGGCAGTAT TCACAAGAAC TGATATTTCC ATTTTTGAAG AGAACGACAT TCCTGCAACT 
AGTCTACAGG ACTTCGTACT TGCTGTTTAT GATGGAGTAG GTTTGGGGCT GGACTTTCTT 
ACAGAAACAG TACAGGAAAA AGCAAGAACG GTGCAGGAAG AACTATTGAA ACAACATCCA 
CAAAATGAGA TTCAAAATCG AATAAGGGAT GATGCTGTGG CATTAGCCAG GTTCCTTGAA 
AATAACATCT CTTCTTGCAG AAAGAAAGAA GTAGAATCTC AATTACCAGA AGAAGATTAT 
GTGTATATGG AAATCAAGAG AAGTACTAAG ATCGCTGTGA AATACTTGGA ATTGGAGCAG 
TGCCTCACTG AAGTCTATCA GATCGTTTCT TCTACATTAC AAGGGTCATT CAGAAACACA 
AGCCCTCTCA GGAGCTTTGC AGGAGAGATT TGTTTCATAG CTGGATGTTT GTACAATTAT 
TTCAGTTCAT TTCCTTTGGC TTCTACTTCT ACAAACAATC CTATCCAGAG AACACCCATG 
CCATTTATGA ACTTGGATGA ATTGGACTCT CTGGTTGATT CCCTTATTGT GAATTTTGAA 
CTTGACCAAG GGCAGCAAAA TCTGAAATCT CAGCCTCTGT GTAATGAAAC TACTGAGACC 
GAAGGAAGCC AAAGTGAAAC AGGTGGAGAT GAATTTCCTT TGAAACTGAA GGGGATTCCA 
AAACACACGT ATAAACTCCA GTCACCACCT ACGTTTCCAG AGGAGCTCTC ACTTGGCAAG 
ATACAGTGGG TATAA

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

KIF14 ( XM_013106718.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_012962172.1 Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAn118549
Clone ID Related Accession (Same CDS sequence)	XM_013106718.2 , XM_013106719.1 , XM_013106718.1 , XM_013106720.1
Accession Version	XM_013106718.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4935bp) 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	2015-07-08
Organism	Anas platyrhynchos(Mallard)
Product	kinesin-like protein KIF14 isoform X1
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004678071.1) 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 :: Anas platyrhynchos Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCTG CAGAAAGAAA TTACAAGACT 
GCACTTCGAC CAAATATTAA TAATAATGAT ACTCGGCATG GTAATCCAAG CTGTAAATTA 
GCTGAGGGTC AGTCAAATAC GAAGATGCAT TTTAACCTGA ACAGCAAGGA CTTGTTTGGC 
AATGTTGAAA ATGACAAACG CACACCTGTA AAACGTAAGA CAAGCACTGC TGACTCAAAA 
CTTCAAAATG AAGCTCATAT ATCAGAGCAA TTAGTTACCT CAAAGAACAT TAATAGGATA 
TCAGGAGAGC AACTGAATGA AAAAGGTGAT GTAAATAAGC TAGAGGAAAA ACAAAGGTTA 
CAACACTTAA TGATAAAGCA TAACAGTTTA GAAAGGCCAA GGATACCAAC AAAAGGTTCA 
ACAGAAGGAT TTATGCTTAC ACCAAAGAAC AGCACATTTC AGGATAAGTC ATCTCTGTCA 
GCTTTAAATA AACGACCACT TCATCCTCCG TTGGTGTCAA AAAAGAAAAC CGGTGTTTCT 
AGTTGTCCTG TGAGTATAAG TGCAAAAGAG AAAGTAGAAA CGCTTACAGA GAACAACAGC 
ACTGAGGAAG ATATTTTCAA AGTAGAAAAC AGCAAAGTGA CTGTAGCTGT GCGTGTACGG 
CCTTTCAGTA ACAGAGAGAA AAATGAAAAC TCACTTCCTG TAGTCTCCAT GAGTGGCTCG 
GAGACAGCTG TACGAAATCC AAGCACAAAC CAAGTTTACA CCTTCAGTTA TGACTTCTCT 
TTCTGGTCTT TTGACAAGTG TCATCCTAAT TTTGCAAGCC AAGCAATGAT TTATAAAACT 
TTGGCACTGC CACTCCTAGA AAGAGCTTTT GAGGGCTATA ATGCGTGTCT TTTTGCTTAT 
GGGCAAACTG GTACTGGAAA ATCATACACG ATGATGGGGT TTGATGAAGA CCGAGGGATA 
ATTCCAAGAC TCTGTGAAGA TCTTTTCAGT CAAATGGACA AACAACAGGT CTTGTATCAC 
CTTGAAATGA GCTATTTTGA AGTTTACAAT GAGAAAATTC ATGATTTGCT TGTCTTCAAA 
GCTGAAAACA GACAGAAGAA ACAACCACTC CGTGTAAGGG AACACCCGGT GTTAGGACCG 
TATGTGGAGG ACCTAACAGT GAATGTTGTC AGTTCTTACT CTGATATCCA GAGTTGGCTT 
GAGCTAGGGA ATAAGCAGAG AGCAACAGCT GCTACGGTAA TGAATGACAA GAGTTCTAGA 
TCTCATTCTG TCTTCACCCT TGTCATGACA CAAACCAAGG TAGAATCTGT GGATGAACAG 
CAACGTGACC GTAGTCTTAC CAGTCACATA AATCTAATTG ATTTAGCAGG CAGCGAATGC 
TGTTCTACGG CTCAGACCAC TGGAGAAAGG CTGAAGGAGG GTGTGAGTAT TAATAAATCA 
CTCTTAACCC TTGGAAAGGT TATTTCTGCA CTCTCAAAGC AGTCTCAAAA TGGAAAGAAA 
ACTTTCATTC CTTACCGGGA ATCTGTCCTT ACTTGGTTAT TGAAGGAAAG TCTTGGTGGA 
AATTCACAAA CGGCTATGAT TGCCACAATA AGTCCAGCTG CCAGCAGCAC AGAAGAAACT 
CTCAGCACTC TTCGCTATGC AAAACAAGCT TGTTCAATTA TCAACACTGC TAAAGTAAAT 
GAAGATGTGA ATGCCAAGTT GATCAGAGAA TTGAAAGCTG AAATTGAAAA ACTGAAGGCA 
CAGAAAAGTG CTCAGAACAC TGATCCTGAA AAATACAGGC GTTATTTGCA GGAAATAACA 
TCTCTGAGGA TGAAATTGCA TCAACAGGAG AGGGACACAG CAGAAATGCA AAGGGCCTGG 
AAAGAAAAAC TTGAGCAAGC AGAAAAGAGG AAATTAGAAG ATATAAAGGA ATTGCAGAAA 
GCAGGAATTG CATTCAAAAT GGACAATCAC TTACCAAACC TTGTTAATCT CAGTGAAGAT 
CCTCAGCTTT CTGAGGTGCT GTTGTATATG ATTAAAGAAG GAGAAACTAC AGTTGGAAGG 
TATACACCGA ATTCAAAACA TGATATCCAG CTTTCTGGAG TGCTAATTGC TGATGACCAT 
TGCGTTATAA AAAATAACCT TGGCCAAGTG AGTATTATTC CACGGAGAGA AGCAAAGACA 
TATGTAAATG GGAAATGCAT TTTAGACCCG ACAGTTCTGC ATCATGGTGA TCGAGTGATC 
CTTGGGGGAG ACCATTATTT CAGGTTTAAT CATCCAGTAG AGGTTCAGAA AGTTAAGAGA 
CCATCTTGTG GGACTACACT TTTGCATGAT GGTCCTAAAG ATTTTGAATT TGCAAAGAAC 
GAGCTGCTTA TTGCACAGAA AACTCAGCTT GAATCAGAAA TTGAAGAGGC ACGACTCAAA 
GCCAAAGAAG AAATGATGCA AAGTGTCCAA ATAGCAAAAG AGATGATTCA GCAAGAACTG 
ACATCACAAA AAGAAGCTTA TGAAAGCAAA ATAAAATCAC TGGAAGCAGA GGTGAGAGAA 
GAATCTCGTA AGAAGCAAAT GCAAGAACTG AAAAACCAAA AGGCTGCAAC TAAAATACAG 
GAGCTAGAGA AGGCAAAGCA AAATCTTGAG CTAGAATTAC ACTTCAACAA GAAGCGTTTG 
GAAGTGGAGA CCTTAGCTAC GAAGCAGGCT CTGGAAGATC ATAGTATTCA TCATGCAAAG 
ATACTTCAGG CTCTGGAAGC TGAGAAACAG AAGATTGCTG AAGAAATACA AACCCTTCAG 
AAGAACCGTG GAAGTGGGAA TAAAACTATG ACTATTCCTC TTAACTGGAA TTCTTTGAAG 
TTATCTGTGA TGATCAAAGA GGCCAACACC ATTAGTAATG AACTAGGGAA AAACACTGTT 
TTCTGCAGGC ACGACAAAGT TGATGATAAA ACAGGAACAG TATCTTCTAT TCAAGTGCAG 
GTTCGTAATA TCAAACTGGG AATAGCAACG TTCTGGAGCC TGGAGAAATT TGAATGCAAA 
CTAGCAGCAA TGAAAGAACT CTATGAGAGT AATGATAACA ATAAAGCTGC TGATGTGTTT 
TATGACCCTG CTGATGAATG GGAACCCGAC CTTTCAGATG CCTCAGTTTC CTCTCTTTCC 
AGGAGAAGAA GTAGAAGTTT AATGAAGAAC AAGAGAATTT CTAGATGTTT GTCTGGTATA 
AAATTGGAAC CAACCCATGA TACACAAACT TCCTATATTT CAGGTTCACA GAGTAAATCC 
AGCATATGCC CAAACTTCTC TGAATCACTT CTTCCTGGAA TTTGCAAAGA ATCTGTAAGT 
TCAGCTTTAG ATTTACTGGA ACAGAATCAT GAAGGGAGAA AGAGCATAGC AGATCATCTC 
CTAAGGAATT TGTTTACCAT TTTCTCTGGA GTTTCTGCCA TTTCAAAAGC CTATGAACAG 
CAAGATGAAG AATGTCAAAA AAATTTTTTC TCTACTGATC CTGCTGCTCA GTCCTACAGC 
ATCAAAATCA CCTCTGTGTT TGGCCAGCTT GTGGTTCTAG TCAAGGTTTG GCTTAACCAT 
GTGCAAAAGA GCCCTAGCTC TGTGAAGACT GATGAAGAAT TGAAACAGGA AGTAAAGAAC 
CTGGGAGGTT ATTTACAGTT ACTGTTGCAG GGATGTTCTT CAGATATTTC CTCAATGGTA 
ACAGAAGCAC AGAGCAAAGT GAACGAAGCA GTAAAACAAA CAATTAAATG CATAGGACAC 
TTGGCAGTAT TCACAAGAAC TGATATTTCC ATTTTTGAAG AGAACGACAT TCCTGCAACT 
AGTCTACAGG ACTTCGTACT TGCTGTTTAT GATGGAGTAG GTTTGGGGCT GGACTTTCTT 
ACAGAAACAG TACAGGAAAA AGCAAGAACG GTGCAGGAAG AACTATTGAA ACAACATCCA 
CAAAATGAGA TTCAAAATCG AATAAGGGAT GATGCTGTGG CATTAGCCAG GTTCCTTGAA 
AATAACATCT CTTCTTGCAG AAAGAAAGAA GTAGAATCTC AATTACCAGA AGAAGATTAT 
GTGTATATGG AAATCAAGAG AAGTACTAAG ATCGCTGTGA AATACTTGGA ATTGGAGCAG 
TGCCTCACTG AAGTCTATCA GATCGTTTCT TCTACATTAC AAGGGTCATT CAGAAACACA 
AGCCCTCTCA GGAGCTTTGC AGGAGAGATT TGTTTCATAG CTGGATGTTT GTACAATTAT 
TTCAGTTCAT TTCCTTTGGC TTCTACTTCT ACAAACAATC CTATCCAGAG AACACCCATG 
CCATTTATGA ACTTGGATGA ATTGGACTCT CTGGTTGATT CCCTTATTGT GAATTTTGAA 
CTTGACCAAG GGCAGCAAAA TCTGAAATCT CAGCCTCTGT GTAATGAAAC TACTGAGACC 
GAAGGAAGCC AAAGTGAAAC AGGTGGAGAT GAATTTCCTT TGAAACTGAA GGGGATTCCA 
AAACACACGT ATAAACTCCA GTCACCACCT ACGTTTCCAG AGGAGCTCTC ACTTGGCAAG 
ATACAGTGGG TATAA

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

RefSeq	XP_012962172.1
CDS	281..5215
Translation	MPDYKVPARNPSETQCTTTSQRISSRSAFTSSKMSGQQLTSQMSGKEKDGLLSSSRNRTEEVNSTYVISACNNANDASVTLKPQDRLTLQRRTRVSKNLVSSSEQSDNKIRQSIENTQTGKRCTLQRRVRTGSVEKSKINWNAVPGIENNDFAAERNYKTALRPNINNNDTRHGNPSCKLAEGQSNTKMHFNLNSKDLFGNVENDKRTPVKRKTSTADSKLQNEAHISEQLVTSKNINRISGEQLNEKGDVNKLEEKQRLQHLMIKHNSLERPRIPTKGSTEGFMLTPKNSTFQDKSSLSALNKRPLHPPLVSKKKTGVSSCPVSISAKEKVETLTENNSTEEDIFKVENSKVTVAVRVRPFSNREKNENSLPVVSMSGSETAVRNPSTNQVYTFSYDFSFWSFDKCHPNFASQAMIYKTLALPLLERAFEGYNACLFAYGQTGTGKSYTMMGFDEDRGIIPRLCEDLFSQMDKQQVLYHLEMSYFEVYNEKIHDLLVFKAENRQKKQPLRVREHPVLGPYVEDLTVNVVSSYSDIQSWLELGNKQRATAATVMNDKSSRSHSVFTLVMTQTKVESVDEQQRDRSLTSHINLIDLAGSECCSTAQTTGERLKEGVSINKSLLTLGKVISALSKQSQNGKKTFIPYRESVLTWLLKESLGGNSQTAMIATISPAASSTEETLSTLRYAKQACSIINTAKVNEDVNAKLIRELKAEIEKLKAQKSAQNTDPEKYRRYLQEITSLRMKLHQQERDTAEMQRAWKEKLEQAEKRKLEDIKELQKAGIAFKMDNHLPNLVNLSEDPQLSEVLLYMIKEGETTVGRYTPNSKHDIQLSGVLIADDHCVIKNNLGQVSIIPRREAKTYVNGKCILDPTVLHHGDRVILGGDHYFRFNHPVEVQKVKRPSCGTTLLHDGPKDFEFAKNELLIAQKTQLESEIEEARLKAKEEMMQSVQIAKEMIQQELTSQKEAYESKIKSLEAEVREESRKKQMQELKNQKAATKIQELEKAKQNLELELHFNKKRLEVETLATKQALEDHSIHHAKILQALEAEKQKIAEEIQTLQKNRGSGNKTMTIPLNWNSLKLSVMIKEANTISNELGKNTVFCRHDKVDDKTGTVSSIQVQVRNIKLGIATFWSLEKFECKLAAMKELYESNDNNKAADVFYDPADEWEPDLSDASVSSLSRRRSRSLMKNKRISRCLSGIKLEPTHDTQTSYISGSQSKSSICPNFSESLLPGICKESVSSALDLLEQNHEGRKSIADHLLRNLFTIFSGVSAISKAYEQQDEECQKNFFSTDPAAQSYSIKITSVFGQLVVLVKVWLNHVQKSPSSVKTDEELKQEVKNLGGYLQLLLQGCSSDISSMVTEAQSKVNEAVKQTIKCIGHLAVFTRTDISIFEENDIPATSLQDFVLAVYDGVGLGLDFLTETVQEKARTVQEELLKQHPQNEIQNRIRDDAVALARFLENNISSCRKKEVESQLPEEDYVYMEIKRSTKIAVKYLELEQCLTEVYQIVSSTLQGSFRNTSPLRSFAGEICFIAGCLYNYFSSFPLASTSTNNPIQRTPMPFMNLDELDSLVDSLIVNFELDQGQQNLKSQPLCNETTETEGSQSETGGDEFPLKLKGIPKHTYKLQSPPTFPEELSLGKIQWV

Target ORF information:

RefSeq Version	XM_013106718.1
Organism	Anas platyrhynchos(Mallard)
Definition	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X1, mRNA.

Target ORF information:

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

XM_013106718.1

ORF Insert Sequence:

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCTG CAGAAAGAAA TTACAAGACT 
GCACTTCGAC CAAATATTAA TAATAATGAT ACTCGGCATG GTAATCCAAG CTGTAAATTA 
GCTGAGGGTC AGTCAAATAC GAAGATGCAT TTTAACCTGA ACAGCAAGGA CTTGTTTGGC 
AATGTTGAAA ATGACAAACG CACACCTGTA AAACGTAAGA CAAGCACTGC TGACTCAAAA 
CTTCAAAATG AAGCTCATAT ATCAGAGCAA TTAGTTACCT CAAAGAACAT TAATAGGATA 
TCAGGAGAGC AACTGAATGA AAAAGGTGAT GTAAATAAGC TAGAGGAAAA ACAAAGGTTA 
CAACACTTAA TGATAAAGCA TAACAGTTTA GAAAGGCCAA GGATACCAAC AAAAGGTTCA 
ACAGAAGGAT TTATGCTTAC ACCAAAGAAC AGCACATTTC AGGATAAGTC ATCTCTGTCA 
GCTTTAAATA AACGACCACT TCATCCTCCG TTGGTGTCAA AAAAGAAAAC CGGTGTTTCT 
AGTTGTCCTG TGAGTATAAG TGCAAAAGAG AAAGTAGAAA CGCTTACAGA GAACAACAGC 
ACTGAGGAAG ATATTTTCAA AGTAGAAAAC AGCAAAGTGA CTGTAGCTGT GCGTGTACGG 
CCTTTCAGTA ACAGAGAGAA AAATGAAAAC TCACTTCCTG TAGTCTCCAT GAGTGGCTCG 
GAGACAGCTG TACGAAATCC AAGCACAAAC CAAGTTTACA CCTTCAGTTA TGACTTCTCT 
TTCTGGTCTT TTGACAAGTG TCATCCTAAT TTTGCAAGCC AAGCAATGAT TTATAAAACT 
TTGGCACTGC CACTCCTAGA AAGAGCTTTT GAGGGCTATA ATGCGTGTCT TTTTGCTTAT 
GGGCAAACTG GTACTGGAAA ATCATACACG ATGATGGGGT TTGATGAAGA CCGAGGGATA 
ATTCCAAGAC TCTGTGAAGA TCTTTTCAGT CAAATGGACA AACAACAGGT CTTGTATCAC 
CTTGAAATGA GCTATTTTGA AGTTTACAAT GAGAAAATTC ATGATTTGCT TGTCTTCAAA 
GCTGAAAACA GACAGAAGAA ACAACCACTC CGTGTAAGGG AACACCCGGT GTTAGGACCG 
TATGTGGAGG ACCTAACAGT GAATGTTGTC AGTTCTTACT CTGATATCCA GAGTTGGCTT 
GAGCTAGGGA ATAAGCAGAG AGCAACAGCT GCTACGGTAA TGAATGACAA GAGTTCTAGA 
TCTCATTCTG TCTTCACCCT TGTCATGACA CAAACCAAGG TAGAATCTGT GGATGAACAG 
CAACGTGACC GTAGTCTTAC CAGTCACATA AATCTAATTG ATTTAGCAGG CAGCGAATGC 
TGTTCTACGG CTCAGACCAC TGGAGAAAGG CTGAAGGAGG GTGTGAGTAT TAATAAATCA 
CTCTTAACCC TTGGAAAGGT TATTTCTGCA CTCTCAAAGC AGTCTCAAAA TGGAAAGAAA 
ACTTTCATTC CTTACCGGGA ATCTGTCCTT ACTTGGTTAT TGAAGGAAAG TCTTGGTGGA 
AATTCACAAA CGGCTATGAT TGCCACAATA AGTCCAGCTG CCAGCAGCAC AGAAGAAACT 
CTCAGCACTC TTCGCTATGC AAAACAAGCT TGTTCAATTA TCAACACTGC TAAAGTAAAT 
GAAGATGTGA ATGCCAAGTT GATCAGAGAA TTGAAAGCTG AAATTGAAAA ACTGAAGGCA 
CAGAAAAGTG CTCAGAACAC TGATCCTGAA AAATACAGGC GTTATTTGCA GGAAATAACA 
TCTCTGAGGA TGAAATTGCA TCAACAGGAG AGGGACACAG CAGAAATGCA AAGGGCCTGG 
AAAGAAAAAC TTGAGCAAGC AGAAAAGAGG AAATTAGAAG ATATAAAGGA ATTGCAGAAA 
GCAGGAATTG CATTCAAAAT GGACAATCAC TTACCAAACC TTGTTAATCT CAGTGAAGAT 
CCTCAGCTTT CTGAGGTGCT GTTGTATATG ATTAAAGAAG GAGAAACTAC AGTTGGAAGG 
TATACACCGA ATTCAAAACA TGATATCCAG CTTTCTGGAG TGCTAATTGC TGATGACCAT 
TGCGTTATAA AAAATAACCT TGGCCAAGTG AGTATTATTC CACGGAGAGA AGCAAAGACA 
TATGTAAATG GGAAATGCAT TTTAGACCCG ACAGTTCTGC ATCATGGTGA TCGAGTGATC 
CTTGGGGGAG ACCATTATTT CAGGTTTAAT CATCCAGTAG AGGTTCAGAA AGTTAAGAGA 
CCATCTTGTG GGACTACACT TTTGCATGAT GGTCCTAAAG ATTTTGAATT TGCAAAGAAC 
GAGCTGCTTA TTGCACAGAA AACTCAGCTT GAATCAGAAA TTGAAGAGGC ACGACTCAAA 
GCCAAAGAAG AAATGATGCA AAGTGTCCAA ATAGCAAAAG AGATGATTCA GCAAGAACTG 
ACATCACAAA AAGAAGCTTA TGAAAGCAAA ATAAAATCAC TGGAAGCAGA GGTGAGAGAA 
GAATCTCGTA AGAAGCAAAT GCAAGAACTG AAAAACCAAA AGGCTGCAAC TAAAATACAG 
GAGCTAGAGA AGGCAAAGCA AAATCTTGAG CTAGAATTAC ACTTCAACAA GAAGCGTTTG 
GAAGTGGAGA CCTTAGCTAC GAAGCAGGCT CTGGAAGATC ATAGTATTCA TCATGCAAAG 
ATACTTCAGG CTCTGGAAGC TGAGAAACAG AAGATTGCTG AAGAAATACA AACCCTTCAG 
AAGAACCGTG GAAGTGGGAA TAAAACTATG ACTATTCCTC TTAACTGGAA TTCTTTGAAG 
TTATCTGTGA TGATCAAAGA GGCCAACACC ATTAGTAATG AACTAGGGAA AAACACTGTT 
TTCTGCAGGC ACGACAAAGT TGATGATAAA ACAGGAACAG TATCTTCTAT TCAAGTGCAG 
GTTCGTAATA TCAAACTGGG AATAGCAACG TTCTGGAGCC TGGAGAAATT TGAATGCAAA 
CTAGCAGCAA TGAAAGAACT CTATGAGAGT AATGATAACA ATAAAGCTGC TGATGTGTTT 
TATGACCCTG CTGATGAATG GGAACCCGAC CTTTCAGATG CCTCAGTTTC CTCTCTTTCC 
AGGAGAAGAA GTAGAAGTTT AATGAAGAAC AAGAGAATTT CTAGATGTTT GTCTGGTATA 
AAATTGGAAC CAACCCATGA TACACAAACT TCCTATATTT CAGGTTCACA GAGTAAATCC 
AGCATATGCC CAAACTTCTC TGAATCACTT CTTCCTGGAA TTTGCAAAGA ATCTGTAAGT 
TCAGCTTTAG ATTTACTGGA ACAGAATCAT GAAGGGAGAA AGAGCATAGC AGATCATCTC 
CTAAGGAATT TGTTTACCAT TTTCTCTGGA GTTTCTGCCA TTTCAAAAGC CTATGAACAG 
CAAGATGAAG AATGTCAAAA AAATTTTTTC TCTACTGATC CTGCTGCTCA GTCCTACAGC 
ATCAAAATCA CCTCTGTGTT TGGCCAGCTT GTGGTTCTAG TCAAGGTTTG GCTTAACCAT 
GTGCAAAAGA GCCCTAGCTC TGTGAAGACT GATGAAGAAT TGAAACAGGA AGTAAAGAAC 
CTGGGAGGTT ATTTACAGTT ACTGTTGCAG GGATGTTCTT CAGATATTTC CTCAATGGTA 
ACAGAAGCAC AGAGCAAAGT GAACGAAGCA GTAAAACAAA CAATTAAATG CATAGGACAC 
TTGGCAGTAT TCACAAGAAC TGATATTTCC ATTTTTGAAG AGAACGACAT TCCTGCAACT 
AGTCTACAGG ACTTCGTACT TGCTGTTTAT GATGGAGTAG GTTTGGGGCT GGACTTTCTT 
ACAGAAACAG TACAGGAAAA AGCAAGAACG GTGCAGGAAG AACTATTGAA ACAACATCCA 
CAAAATGAGA TTCAAAATCG AATAAGGGAT GATGCTGTGG CATTAGCCAG GTTCCTTGAA 
AATAACATCT CTTCTTGCAG AAAGAAAGAA GTAGAATCTC AATTACCAGA AGAAGATTAT 
GTGTATATGG AAATCAAGAG AAGTACTAAG ATCGCTGTGA AATACTTGGA ATTGGAGCAG 
TGCCTCACTG AAGTCTATCA GATCGTTTCT TCTACATTAC AAGGGTCATT CAGAAACACA 
AGCCCTCTCA GGAGCTTTGC AGGAGAGATT TGTTTCATAG CTGGATGTTT GTACAATTAT 
TTCAGTTCAT TTCCTTTGGC TTCTACTTCT ACAAACAATC CTATCCAGAG AACACCCATG 
CCATTTATGA ACTTGGATGA ATTGGACTCT CTGGTTGATT CCCTTATTGT GAATTTTGAA 
CTTGACCAAG GGCAGCAAAA TCTGAAATCT CAGCCTCTGT GTAATGAAAC TACTGAGACC 
GAAGGAAGCC AAAGTGAAAC AGGTGGAGAT GAATTTCCTT TGAAACTGAA GGGGATTCCA 
AAACACACGT ATAAACTCCA GTCACCACCT ACGTTTCCAG AGGAGCTCTC ACTTGGCAAG 
ATACAGTGGG TATAA

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

KIF14 ( XM_013106720.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_012962174.1 Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X3, mRNA.

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CloneID	OAn118549
Clone ID Related Accession (Same CDS sequence)	XM_013106718.2 , XM_013106719.1 , XM_013106718.1 , XM_013106720.1
Accession Version	XM_013106720.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4935bp) 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	2015-07-08
Organism	Anas platyrhynchos(Mallard)
Product	kinesin-like protein KIF14 isoform X1
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004678071.1) 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 :: Anas platyrhynchos Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCTG CAGAAAGAAA TTACAAGACT 
GCACTTCGAC CAAATATTAA TAATAATGAT ACTCGGCATG GTAATCCAAG CTGTAAATTA 
GCTGAGGGTC AGTCAAATAC GAAGATGCAT TTTAACCTGA ACAGCAAGGA CTTGTTTGGC 
AATGTTGAAA ATGACAAACG CACACCTGTA AAACGTAAGA CAAGCACTGC TGACTCAAAA 
CTTCAAAATG AAGCTCATAT ATCAGAGCAA TTAGTTACCT CAAAGAACAT TAATAGGATA 
TCAGGAGAGC AACTGAATGA AAAAGGTGAT GTAAATAAGC TAGAGGAAAA ACAAAGGTTA 
CAACACTTAA TGATAAAGCA TAACAGTTTA GAAAGGCCAA GGATACCAAC AAAAGGTTCA 
ACAGAAGGAT TTATGCTTAC ACCAAAGAAC AGCACATTTC AGGATAAGTC ATCTCTGTCA 
GCTTTAAATA AACGACCACT TCATCCTCCG TTGGTGTCAA AAAAGAAAAC CGGTGTTTCT 
AGTTGTCCTG TGAGTATAAG TGCAAAAGAG AAAGTAGAAA CGCTTACAGA GAACAACAGC 
ACTGAGGAAG ATATTTTCAA AGTAGAAAAC AGCAAAGTGA CTGTAGCTGT GCGTGTACGG 
CCTTTCAGTA ACAGAGAGAA AAATGAAAAC TCACTTCCTG TAGTCTCCAT GAGTGGCTCG 
GAGACAGCTG TACGAAATCC AAGCACAAAC CAAGTTTACA CCTTCAGTTA TGACTTCTCT 
TTCTGGTCTT TTGACAAGTG TCATCCTAAT TTTGCAAGCC AAGCAATGAT TTATAAAACT 
TTGGCACTGC CACTCCTAGA AAGAGCTTTT GAGGGCTATA ATGCGTGTCT TTTTGCTTAT 
GGGCAAACTG GTACTGGAAA ATCATACACG ATGATGGGGT TTGATGAAGA CCGAGGGATA 
ATTCCAAGAC TCTGTGAAGA TCTTTTCAGT CAAATGGACA AACAACAGGT CTTGTATCAC 
CTTGAAATGA GCTATTTTGA AGTTTACAAT GAGAAAATTC ATGATTTGCT TGTCTTCAAA 
GCTGAAAACA GACAGAAGAA ACAACCACTC CGTGTAAGGG AACACCCGGT GTTAGGACCG 
TATGTGGAGG ACCTAACAGT GAATGTTGTC AGTTCTTACT CTGATATCCA GAGTTGGCTT 
GAGCTAGGGA ATAAGCAGAG AGCAACAGCT GCTACGGTAA TGAATGACAA GAGTTCTAGA 
TCTCATTCTG TCTTCACCCT TGTCATGACA CAAACCAAGG TAGAATCTGT GGATGAACAG 
CAACGTGACC GTAGTCTTAC CAGTCACATA AATCTAATTG ATTTAGCAGG CAGCGAATGC 
TGTTCTACGG CTCAGACCAC TGGAGAAAGG CTGAAGGAGG GTGTGAGTAT TAATAAATCA 
CTCTTAACCC TTGGAAAGGT TATTTCTGCA CTCTCAAAGC AGTCTCAAAA TGGAAAGAAA 
ACTTTCATTC CTTACCGGGA ATCTGTCCTT ACTTGGTTAT TGAAGGAAAG TCTTGGTGGA 
AATTCACAAA CGGCTATGAT TGCCACAATA AGTCCAGCTG CCAGCAGCAC AGAAGAAACT 
CTCAGCACTC TTCGCTATGC AAAACAAGCT TGTTCAATTA TCAACACTGC TAAAGTAAAT 
GAAGATGTGA ATGCCAAGTT GATCAGAGAA TTGAAAGCTG AAATTGAAAA ACTGAAGGCA 
CAGAAAAGTG CTCAGAACAC TGATCCTGAA AAATACAGGC GTTATTTGCA GGAAATAACA 
TCTCTGAGGA TGAAATTGCA TCAACAGGAG AGGGACACAG CAGAAATGCA AAGGGCCTGG 
AAAGAAAAAC TTGAGCAAGC AGAAAAGAGG AAATTAGAAG ATATAAAGGA ATTGCAGAAA 
GCAGGAATTG CATTCAAAAT GGACAATCAC TTACCAAACC TTGTTAATCT CAGTGAAGAT 
CCTCAGCTTT CTGAGGTGCT GTTGTATATG ATTAAAGAAG GAGAAACTAC AGTTGGAAGG 
TATACACCGA ATTCAAAACA TGATATCCAG CTTTCTGGAG TGCTAATTGC TGATGACCAT 
TGCGTTATAA AAAATAACCT TGGCCAAGTG AGTATTATTC CACGGAGAGA AGCAAAGACA 
TATGTAAATG GGAAATGCAT TTTAGACCCG ACAGTTCTGC ATCATGGTGA TCGAGTGATC 
CTTGGGGGAG ACCATTATTT CAGGTTTAAT CATCCAGTAG AGGTTCAGAA AGTTAAGAGA 
CCATCTTGTG GGACTACACT TTTGCATGAT GGTCCTAAAG ATTTTGAATT TGCAAAGAAC 
GAGCTGCTTA TTGCACAGAA AACTCAGCTT GAATCAGAAA TTGAAGAGGC ACGACTCAAA 
GCCAAAGAAG AAATGATGCA AAGTGTCCAA ATAGCAAAAG AGATGATTCA GCAAGAACTG 
ACATCACAAA AAGAAGCTTA TGAAAGCAAA ATAAAATCAC TGGAAGCAGA GGTGAGAGAA 
GAATCTCGTA AGAAGCAAAT GCAAGAACTG AAAAACCAAA AGGCTGCAAC TAAAATACAG 
GAGCTAGAGA AGGCAAAGCA AAATCTTGAG CTAGAATTAC ACTTCAACAA GAAGCGTTTG 
GAAGTGGAGA CCTTAGCTAC GAAGCAGGCT CTGGAAGATC ATAGTATTCA TCATGCAAAG 
ATACTTCAGG CTCTGGAAGC TGAGAAACAG AAGATTGCTG AAGAAATACA AACCCTTCAG 
AAGAACCGTG GAAGTGGGAA TAAAACTATG ACTATTCCTC TTAACTGGAA TTCTTTGAAG 
TTATCTGTGA TGATCAAAGA GGCCAACACC ATTAGTAATG AACTAGGGAA AAACACTGTT 
TTCTGCAGGC ACGACAAAGT TGATGATAAA ACAGGAACAG TATCTTCTAT TCAAGTGCAG 
GTTCGTAATA TCAAACTGGG AATAGCAACG TTCTGGAGCC TGGAGAAATT TGAATGCAAA 
CTAGCAGCAA TGAAAGAACT CTATGAGAGT AATGATAACA ATAAAGCTGC TGATGTGTTT 
TATGACCCTG CTGATGAATG GGAACCCGAC CTTTCAGATG CCTCAGTTTC CTCTCTTTCC 
AGGAGAAGAA GTAGAAGTTT AATGAAGAAC AAGAGAATTT CTAGATGTTT GTCTGGTATA 
AAATTGGAAC CAACCCATGA TACACAAACT TCCTATATTT CAGGTTCACA GAGTAAATCC 
AGCATATGCC CAAACTTCTC TGAATCACTT CTTCCTGGAA TTTGCAAAGA ATCTGTAAGT 
TCAGCTTTAG ATTTACTGGA ACAGAATCAT GAAGGGAGAA AGAGCATAGC AGATCATCTC 
CTAAGGAATT TGTTTACCAT TTTCTCTGGA GTTTCTGCCA TTTCAAAAGC CTATGAACAG 
CAAGATGAAG AATGTCAAAA AAATTTTTTC TCTACTGATC CTGCTGCTCA GTCCTACAGC 
ATCAAAATCA CCTCTGTGTT TGGCCAGCTT GTGGTTCTAG TCAAGGTTTG GCTTAACCAT 
GTGCAAAAGA GCCCTAGCTC TGTGAAGACT GATGAAGAAT TGAAACAGGA AGTAAAGAAC 
CTGGGAGGTT ATTTACAGTT ACTGTTGCAG GGATGTTCTT CAGATATTTC CTCAATGGTA 
ACAGAAGCAC AGAGCAAAGT GAACGAAGCA GTAAAACAAA CAATTAAATG CATAGGACAC 
TTGGCAGTAT TCACAAGAAC TGATATTTCC ATTTTTGAAG AGAACGACAT TCCTGCAACT 
AGTCTACAGG ACTTCGTACT TGCTGTTTAT GATGGAGTAG GTTTGGGGCT GGACTTTCTT 
ACAGAAACAG TACAGGAAAA AGCAAGAACG GTGCAGGAAG AACTATTGAA ACAACATCCA 
CAAAATGAGA TTCAAAATCG AATAAGGGAT GATGCTGTGG CATTAGCCAG GTTCCTTGAA 
AATAACATCT CTTCTTGCAG AAAGAAAGAA GTAGAATCTC AATTACCAGA AGAAGATTAT 
GTGTATATGG AAATCAAGAG AAGTACTAAG ATCGCTGTGA AATACTTGGA ATTGGAGCAG 
TGCCTCACTG AAGTCTATCA GATCGTTTCT TCTACATTAC AAGGGTCATT CAGAAACACA 
AGCCCTCTCA GGAGCTTTGC AGGAGAGATT TGTTTCATAG CTGGATGTTT GTACAATTAT 
TTCAGTTCAT TTCCTTTGGC TTCTACTTCT ACAAACAATC CTATCCAGAG AACACCCATG 
CCATTTATGA ACTTGGATGA ATTGGACTCT CTGGTTGATT CCCTTATTGT GAATTTTGAA 
CTTGACCAAG GGCAGCAAAA TCTGAAATCT CAGCCTCTGT GTAATGAAAC TACTGAGACC 
GAAGGAAGCC AAAGTGAAAC AGGTGGAGAT GAATTTCCTT TGAAACTGAA GGGGATTCCA 
AAACACACGT ATAAACTCCA GTCACCACCT ACGTTTCCAG AGGAGCTCTC ACTTGGCAAG 
ATACAGTGGG TATAA

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

RefSeq	XP_012962174.1
CDS	209..5143
Translation	MPDYKVPARNPSETQCTTTSQRISSRSAFTSSKMSGQQLTSQMSGKEKDGLLSSSRNRTEEVNSTYVISACNNANDASVTLKPQDRLTLQRRTRVSKNLVSSSEQSDNKIRQSIENTQTGKRCTLQRRVRTGSVEKSKINWNAVPGIENNDFAAERNYKTALRPNINNNDTRHGNPSCKLAEGQSNTKMHFNLNSKDLFGNVENDKRTPVKRKTSTADSKLQNEAHISEQLVTSKNINRISGEQLNEKGDVNKLEEKQRLQHLMIKHNSLERPRIPTKGSTEGFMLTPKNSTFQDKSSLSALNKRPLHPPLVSKKKTGVSSCPVSISAKEKVETLTENNSTEEDIFKVENSKVTVAVRVRPFSNREKNENSLPVVSMSGSETAVRNPSTNQVYTFSYDFSFWSFDKCHPNFASQAMIYKTLALPLLERAFEGYNACLFAYGQTGTGKSYTMMGFDEDRGIIPRLCEDLFSQMDKQQVLYHLEMSYFEVYNEKIHDLLVFKAENRQKKQPLRVREHPVLGPYVEDLTVNVVSSYSDIQSWLELGNKQRATAATVMNDKSSRSHSVFTLVMTQTKVESVDEQQRDRSLTSHINLIDLAGSECCSTAQTTGERLKEGVSINKSLLTLGKVISALSKQSQNGKKTFIPYRESVLTWLLKESLGGNSQTAMIATISPAASSTEETLSTLRYAKQACSIINTAKVNEDVNAKLIRELKAEIEKLKAQKSAQNTDPEKYRRYLQEITSLRMKLHQQERDTAEMQRAWKEKLEQAEKRKLEDIKELQKAGIAFKMDNHLPNLVNLSEDPQLSEVLLYMIKEGETTVGRYTPNSKHDIQLSGVLIADDHCVIKNNLGQVSIIPRREAKTYVNGKCILDPTVLHHGDRVILGGDHYFRFNHPVEVQKVKRPSCGTTLLHDGPKDFEFAKNELLIAQKTQLESEIEEARLKAKEEMMQSVQIAKEMIQQELTSQKEAYESKIKSLEAEVREESRKKQMQELKNQKAATKIQELEKAKQNLELELHFNKKRLEVETLATKQALEDHSIHHAKILQALEAEKQKIAEEIQTLQKNRGSGNKTMTIPLNWNSLKLSVMIKEANTISNELGKNTVFCRHDKVDDKTGTVSSIQVQVRNIKLGIATFWSLEKFECKLAAMKELYESNDNNKAADVFYDPADEWEPDLSDASVSSLSRRRSRSLMKNKRISRCLSGIKLEPTHDTQTSYISGSQSKSSICPNFSESLLPGICKESVSSALDLLEQNHEGRKSIADHLLRNLFTIFSGVSAISKAYEQQDEECQKNFFSTDPAAQSYSIKITSVFGQLVVLVKVWLNHVQKSPSSVKTDEELKQEVKNLGGYLQLLLQGCSSDISSMVTEAQSKVNEAVKQTIKCIGHLAVFTRTDISIFEENDIPATSLQDFVLAVYDGVGLGLDFLTETVQEKARTVQEELLKQHPQNEIQNRIRDDAVALARFLENNISSCRKKEVESQLPEEDYVYMEIKRSTKIAVKYLELEQCLTEVYQIVSSTLQGSFRNTSPLRSFAGEICFIAGCLYNYFSSFPLASTSTNNPIQRTPMPFMNLDELDSLVDSLIVNFELDQGQQNLKSQPLCNETTETEGSQSETGGDEFPLKLKGIPKHTYKLQSPPTFPEELSLGKIQWV

Target ORF information:

RefSeq Version	XM_013106720.1
Organism	Anas platyrhynchos(Mallard)
Definition	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X3, mRNA.

Target ORF information:

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

XM_013106720.1

ORF Insert Sequence:

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCTG CAGAAAGAAA TTACAAGACT 
GCACTTCGAC CAAATATTAA TAATAATGAT ACTCGGCATG GTAATCCAAG CTGTAAATTA 
GCTGAGGGTC AGTCAAATAC GAAGATGCAT TTTAACCTGA ACAGCAAGGA CTTGTTTGGC 
AATGTTGAAA ATGACAAACG CACACCTGTA AAACGTAAGA CAAGCACTGC TGACTCAAAA 
CTTCAAAATG AAGCTCATAT ATCAGAGCAA TTAGTTACCT CAAAGAACAT TAATAGGATA 
TCAGGAGAGC AACTGAATGA AAAAGGTGAT GTAAATAAGC TAGAGGAAAA ACAAAGGTTA 
CAACACTTAA TGATAAAGCA TAACAGTTTA GAAAGGCCAA GGATACCAAC AAAAGGTTCA 
ACAGAAGGAT TTATGCTTAC ACCAAAGAAC AGCACATTTC AGGATAAGTC ATCTCTGTCA 
GCTTTAAATA AACGACCACT TCATCCTCCG TTGGTGTCAA AAAAGAAAAC CGGTGTTTCT 
AGTTGTCCTG TGAGTATAAG TGCAAAAGAG AAAGTAGAAA CGCTTACAGA GAACAACAGC 
ACTGAGGAAG ATATTTTCAA AGTAGAAAAC AGCAAAGTGA CTGTAGCTGT GCGTGTACGG 
CCTTTCAGTA ACAGAGAGAA AAATGAAAAC TCACTTCCTG TAGTCTCCAT GAGTGGCTCG 
GAGACAGCTG TACGAAATCC AAGCACAAAC CAAGTTTACA CCTTCAGTTA TGACTTCTCT 
TTCTGGTCTT TTGACAAGTG TCATCCTAAT TTTGCAAGCC AAGCAATGAT TTATAAAACT 
TTGGCACTGC CACTCCTAGA AAGAGCTTTT GAGGGCTATA ATGCGTGTCT TTTTGCTTAT 
GGGCAAACTG GTACTGGAAA ATCATACACG ATGATGGGGT TTGATGAAGA CCGAGGGATA 
ATTCCAAGAC TCTGTGAAGA TCTTTTCAGT CAAATGGACA AACAACAGGT CTTGTATCAC 
CTTGAAATGA GCTATTTTGA AGTTTACAAT GAGAAAATTC ATGATTTGCT TGTCTTCAAA 
GCTGAAAACA GACAGAAGAA ACAACCACTC CGTGTAAGGG AACACCCGGT GTTAGGACCG 
TATGTGGAGG ACCTAACAGT GAATGTTGTC AGTTCTTACT CTGATATCCA GAGTTGGCTT 
GAGCTAGGGA ATAAGCAGAG AGCAACAGCT GCTACGGTAA TGAATGACAA GAGTTCTAGA 
TCTCATTCTG TCTTCACCCT TGTCATGACA CAAACCAAGG TAGAATCTGT GGATGAACAG 
CAACGTGACC GTAGTCTTAC CAGTCACATA AATCTAATTG ATTTAGCAGG CAGCGAATGC 
TGTTCTACGG CTCAGACCAC TGGAGAAAGG CTGAAGGAGG GTGTGAGTAT TAATAAATCA 
CTCTTAACCC TTGGAAAGGT TATTTCTGCA CTCTCAAAGC AGTCTCAAAA TGGAAAGAAA 
ACTTTCATTC CTTACCGGGA ATCTGTCCTT ACTTGGTTAT TGAAGGAAAG TCTTGGTGGA 
AATTCACAAA CGGCTATGAT TGCCACAATA AGTCCAGCTG CCAGCAGCAC AGAAGAAACT 
CTCAGCACTC TTCGCTATGC AAAACAAGCT TGTTCAATTA TCAACACTGC TAAAGTAAAT 
GAAGATGTGA ATGCCAAGTT GATCAGAGAA TTGAAAGCTG AAATTGAAAA ACTGAAGGCA 
CAGAAAAGTG CTCAGAACAC TGATCCTGAA AAATACAGGC GTTATTTGCA GGAAATAACA 
TCTCTGAGGA TGAAATTGCA TCAACAGGAG AGGGACACAG CAGAAATGCA AAGGGCCTGG 
AAAGAAAAAC TTGAGCAAGC AGAAAAGAGG AAATTAGAAG ATATAAAGGA ATTGCAGAAA 
GCAGGAATTG CATTCAAAAT GGACAATCAC TTACCAAACC TTGTTAATCT CAGTGAAGAT 
CCTCAGCTTT CTGAGGTGCT GTTGTATATG ATTAAAGAAG GAGAAACTAC AGTTGGAAGG 
TATACACCGA ATTCAAAACA TGATATCCAG CTTTCTGGAG TGCTAATTGC TGATGACCAT 
TGCGTTATAA AAAATAACCT TGGCCAAGTG AGTATTATTC CACGGAGAGA AGCAAAGACA 
TATGTAAATG GGAAATGCAT TTTAGACCCG ACAGTTCTGC ATCATGGTGA TCGAGTGATC 
CTTGGGGGAG ACCATTATTT CAGGTTTAAT CATCCAGTAG AGGTTCAGAA AGTTAAGAGA 
CCATCTTGTG GGACTACACT TTTGCATGAT GGTCCTAAAG ATTTTGAATT TGCAAAGAAC 
GAGCTGCTTA TTGCACAGAA AACTCAGCTT GAATCAGAAA TTGAAGAGGC ACGACTCAAA 
GCCAAAGAAG AAATGATGCA AAGTGTCCAA ATAGCAAAAG AGATGATTCA GCAAGAACTG 
ACATCACAAA AAGAAGCTTA TGAAAGCAAA ATAAAATCAC TGGAAGCAGA GGTGAGAGAA 
GAATCTCGTA AGAAGCAAAT GCAAGAACTG AAAAACCAAA AGGCTGCAAC TAAAATACAG 
GAGCTAGAGA AGGCAAAGCA AAATCTTGAG CTAGAATTAC ACTTCAACAA GAAGCGTTTG 
GAAGTGGAGA CCTTAGCTAC GAAGCAGGCT CTGGAAGATC ATAGTATTCA TCATGCAAAG 
ATACTTCAGG CTCTGGAAGC TGAGAAACAG AAGATTGCTG AAGAAATACA AACCCTTCAG 
AAGAACCGTG GAAGTGGGAA TAAAACTATG ACTATTCCTC TTAACTGGAA TTCTTTGAAG 
TTATCTGTGA TGATCAAAGA GGCCAACACC ATTAGTAATG AACTAGGGAA AAACACTGTT 
TTCTGCAGGC ACGACAAAGT TGATGATAAA ACAGGAACAG TATCTTCTAT TCAAGTGCAG 
GTTCGTAATA TCAAACTGGG AATAGCAACG TTCTGGAGCC TGGAGAAATT TGAATGCAAA 
CTAGCAGCAA TGAAAGAACT CTATGAGAGT AATGATAACA ATAAAGCTGC TGATGTGTTT 
TATGACCCTG CTGATGAATG GGAACCCGAC CTTTCAGATG CCTCAGTTTC CTCTCTTTCC 
AGGAGAAGAA GTAGAAGTTT AATGAAGAAC AAGAGAATTT CTAGATGTTT GTCTGGTATA 
AAATTGGAAC CAACCCATGA TACACAAACT TCCTATATTT CAGGTTCACA GAGTAAATCC 
AGCATATGCC CAAACTTCTC TGAATCACTT CTTCCTGGAA TTTGCAAAGA ATCTGTAAGT 
TCAGCTTTAG ATTTACTGGA ACAGAATCAT GAAGGGAGAA AGAGCATAGC AGATCATCTC 
CTAAGGAATT TGTTTACCAT TTTCTCTGGA GTTTCTGCCA TTTCAAAAGC CTATGAACAG 
CAAGATGAAG AATGTCAAAA AAATTTTTTC TCTACTGATC CTGCTGCTCA GTCCTACAGC 
ATCAAAATCA CCTCTGTGTT TGGCCAGCTT GTGGTTCTAG TCAAGGTTTG GCTTAACCAT 
GTGCAAAAGA GCCCTAGCTC TGTGAAGACT GATGAAGAAT TGAAACAGGA AGTAAAGAAC 
CTGGGAGGTT ATTTACAGTT ACTGTTGCAG GGATGTTCTT CAGATATTTC CTCAATGGTA 
ACAGAAGCAC AGAGCAAAGT GAACGAAGCA GTAAAACAAA CAATTAAATG CATAGGACAC 
TTGGCAGTAT TCACAAGAAC TGATATTTCC ATTTTTGAAG AGAACGACAT TCCTGCAACT 
AGTCTACAGG ACTTCGTACT TGCTGTTTAT GATGGAGTAG GTTTGGGGCT GGACTTTCTT 
ACAGAAACAG TACAGGAAAA AGCAAGAACG GTGCAGGAAG AACTATTGAA ACAACATCCA 
CAAAATGAGA TTCAAAATCG AATAAGGGAT GATGCTGTGG CATTAGCCAG GTTCCTTGAA 
AATAACATCT CTTCTTGCAG AAAGAAAGAA GTAGAATCTC AATTACCAGA AGAAGATTAT 
GTGTATATGG AAATCAAGAG AAGTACTAAG ATCGCTGTGA AATACTTGGA ATTGGAGCAG 
TGCCTCACTG AAGTCTATCA GATCGTTTCT TCTACATTAC AAGGGTCATT CAGAAACACA 
AGCCCTCTCA GGAGCTTTGC AGGAGAGATT TGTTTCATAG CTGGATGTTT GTACAATTAT 
TTCAGTTCAT TTCCTTTGGC TTCTACTTCT ACAAACAATC CTATCCAGAG AACACCCATG 
CCATTTATGA ACTTGGATGA ATTGGACTCT CTGGTTGATT CCCTTATTGT GAATTTTGAA 
CTTGACCAAG GGCAGCAAAA TCTGAAATCT CAGCCTCTGT GTAATGAAAC TACTGAGACC 
GAAGGAAGCC AAAGTGAAAC AGGTGGAGAT GAATTTCCTT TGAAACTGAA GGGGATTCCA 
AAACACACGT ATAAACTCCA GTCACCACCT ACGTTTCCAG AGGAGCTCTC ACTTGGCAAG 
ATACAGTGGG TATAA

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

KIF14 ( XM_013106721.2 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_012962175.1 Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X6, mRNA.

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CloneID	OAn118550
Clone ID Related Accession (Same CDS sequence)	XM_013106721.2 , XM_013106721.1
Accession Version	XM_013106721.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4932bp) 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	2017-05-23
Organism	Anas platyrhynchos(mallard)
Product	kinesin-like protein KIF14 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004678071.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On May 24, 2017 this sequence version replaced XM_013106721.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Anas platyrhynchos Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCTG CAGAAAGAAA TTACAAGACT 
GCACTTCGAC CAAATATTAA TAATAATGAT ACTCGGCATG GTAATCCAAG CTGTAAATTA 
GCTGAGGGTC AGTCAAATAC GAAGATGCAT TTTAACCTGA ACAGCAAGGA CTTGTTTGGC 
AATGTTGAAA ATGACAAACG CACACCTGTA AAACGTAAGA CAAGCACTGC TGACTCAAAA 
CTTCAAAATG AAGCTCATAT ATCAGAGCAA TTAGTTACCT CAAAGAACAT TAATAGGATA 
TCAGGAGAGC AACTGAATGA AAAAGGTGAT GTAAATAAGC TAGAGGAAAA ACAAAGGTTA 
CAACACTTAA TGATAAAGCA TAACAGTTTA GAAAGGCCAA GGATACCAAC AAAAGGTTCA 
ACAGAAGGAT TTATGCTTAC ACCAAAGAAC AGCACATTTC AGGATAAGTC ATCTCTGTCA 
GCTTTAAATA AACGACCACT TCATCCTCCG TTGGTGTCAA AAAAGAAAAC CGGTGTTTCT 
AGTTGTCCTG TGAGTATAAG TGCAAAAGAG AAAGTAGAAA CGCTTACAGA GAACAACAGC 
ACTGAGGAAG ATATTTTCAA AGTAGAAAAC AGCAAAGTGA CTGTAGCTGT GCGTGTACGG 
CCTTTCAGTA ACAGAGAGAA AAATGAAAAC TCACTTCCTG TAGTCTCCAT GAGTGGCTCG 
GAGACAGCTG TACGAAATCC AAGCACAAAC CAAGTTTACA CCTTCAGTTA TGACTTCTCT 
TTCTGGTCTT TTGACAAGTG TCATCCTAAT TTTGCAAGCC AAGCAATGAT TTATAAAACT 
TTGGCACTGC CACTCCTAGA AAGAGCTTTT GAGGGCTATA ATGCGTGTCT TTTTGCTTAT 
GGGCAAACTG GTACTGGAAA ATCATACACG ATGATGGGGT TTGATGAAGA CCGAGGGATA 
ATTCCAAGAC TCTGTGAAGA TCTTTTCAGT CAAATGGACA AACAACAGGT CTTGTATCAC 
CTTGAAATGA GCTATTTTGA AGTTTACAAT GAGAAAATTC ATGATTTGCT TGTCTTCAAA 
GCTGAAAACA GACAGAAGAA ACAACCACTC CGTGTAAGGG AACACCCGGT GTTAGGACCG 
TATGTGGAGG ACCTAACAGT GAATGTTGTC AGTTCTTACT CTGATATCCA GAGTTGGCTT 
GAGCTAGGGA ATAAGCAGAG AGCAACAGCT GCTACGGTAA TGAATGACAA GAGTTCTAGA 
TCTCATTCTG TCTTCACCCT TGTCATGACA CAAACCAAGG TAGAATCTGT GGATGAACAG 
CAACGTGACC GTAGTCTTAC CAGTCACATA AATCTAATTG ATTTAGCAGG CAGCGAATGC 
TGTTCTACGG CTCAGACCAC TGGAGAAAGG CTGAAGGAGG GTGTGAGTAT TAATAAATCA 
CTCTTAACCC TTGGAAAGGT TATTTCTGCA CTCTCAAAGC AGTCTCAAAA TGGAAAGAAA 
ACTTTCATTC CTTACCGGGA ATCTGTCCTT ACTTGGTTAT TGAAGGAAAG TCTTGGTGGA 
AATTCACAAA CGGCTATGAT TGCCACAATA AGTCCAGCTG CCAGCAGCAC AGAAGAAACT 
CTCAGCACTC TTCGCTATGC AAAACAAGCT TGTTCAATTA TCAACACTGC TAAAGTAAAT 
GAAGATGTGA ATGCCAAGTT GATCAGAGAA TTGAAAGCTG AAATTGAAAA ACTGAAGGCA 
CAGAAAAGTG CTCAGAACAC TGATCCTGAA AAATACAGGC GTTATTTGCA GGAAATAACA 
TCTCTGAGGA TGAAATTGCA TCAACAGGAG AGGGACACAG CAGAAATGCA AAGGGCCTGG 
AAAGAAAAAC TTGAGCAAGC AGAAAAGAGG AAATTAGAAG ATATAAAGGA ATTGCAGAAA 
GCAGGAATTG CATTCAAAAT GGACAATCAC TTACCAAACC TTGTTAATCT CAGTGAAGAT 
CCTCAGCTTT CTGAGGTGCT GTTGTATATG ATTAAAGAAG GAGAAACTAC AGTTGGAAGG 
TATACACCGA ATTCAAAACA TGATATCCAG CTTTCTGGAG TGCTAATTGC TGATGACCAT 
TGCGTTATAA AAAATAACCT TGGCCAAGTG AGTATTATTC CACGGAGAGA AGCAAAGACA 
TATGTAAATG GGAAATGCAT TTTAGACCCG ACAGTTCTGC ATCATGGTGA TCGAGTGATC 
CTTGGGGGAG ACCATTATTT CAGGTTTAAT CATCCAGTAG AGGTTCAGAA AGTTAAGAGA 
CCATCTTGTG GGACTACACT TTTGCATGAT GGTCCTAAAG ATTTTGAATT TGCAAAGAAC 
GAGCTGCTTA TTGCACAGAA AACTCAGCTT GAATCAGAAA TTGAAGAGGC ACGACTCAAA 
GCCAAAGAAG AAATGATGCA AAGTGTCCAA ATAGCAAAAG AGATGATTCA GCAAGAACTG 
ACATCACAAA AAGAAGCTTA TGAAAGCAAA ATAAAATCAC TGGAAGCAGA GGTGAGAGAA 
GAATCTCGTA AGAAGCAAAT GCAAGAACTG AAAAACCAAA AGGCTGCAAC TAAAATACAG 
GAGCTAGAGA AGGCAAAGCA AAATCTTGAG CTAGAATTAC ACTTCAACAA GAAGCGTTTG 
GAAGTGGAGA CCTTAGCTAC GAAGCAGGCT CTGGAAGATC ATAGTATTCA TCATGCAAAG 
ATACTTCAGG CTCTGGAAGC TGAGAAACAG AAGATTGCTG AAGAAATACA AACCCTTCAG 
AAGAACCGTG GAAGTGGGAA TAAAACTATG ACTATTCCTC TTAACTGGAA TTCTTTGAAG 
TTATCTGTGA TGATCAAAGA GGCCAACACC ATTAGTAATG AACTAGGGAA AAACACTGTT 
TTCTGCAGGC ACGACAAAGT TGATGATAAA ACAGGAACAG TATCTTCTAT TCAAGTGCAG 
GTTCGTAATA TCAAACTGGG AATAGCAACG TTCTGGAGCC TGGAGAAATT TGAATGCAAA 
CTAGCAGCAA TGAAAGAACT CTATGAGAGT AATGATAACA ATAAAGCTGC TGATGTGTTT 
TATGACCCTG CTGATGAATG GGAACCCGAC CTTTCAGATG CCTCAGTTTC CTCTCTTTCC 
AGGAGAAGAA GTAGAAGTTT AATGAAGAAC AAGAGAATTT CTAGATGTTT GTCTGGTATA 
AAATTGGAAC CAACCCATGA TACACAAACT TCCTATATTT CAGGTTCACA GAGTAAATCC 
AGCATATGCC CAAACTTCTC TGAATCACTT CTTCCTGGAA TTTGCAAAGA ATCTGTAAGT 
TCAGCTTTAG ATTTACTGGA ACAGAATCAT GAAGGGAGAA AGAGCATAGC AGATCATCTC 
CTAAGGAATT TGTTTACCAT TTTCTCTGGA GTTTCTGCCA TTTCAAAAGC CTATGAACAG 
CAAGATGAAG AATGTCAAAA AAATTTTTTC TCTACTGATC CTGCTGCTCA GTCCTACAGC 
ATCAAAATCA CCTCTGTGTT TGGCCAGCTT GTGGTTCTAG TCAAGGTTTG GCTTAACCAT 
GTGCAAAAGA GCCCTAGCTC TGTGAAGACT GATGAAGAAT TGAAACAGGA AGTAAAGAAC 
CTGGGAGGTT ATTTACAGTT ACTGTTGCAG GGATGTTCTT CAGATATTTC CTCAATGGTA 
ACAGAAGCAC AGAGCAAAGT GAACGAAGCA GTAAAACAAA CAATTAAATG CATAGGACAC 
TTGGCAGTAT TCACAAGAAC TGATATTTCC ATTTTTGAAG AGAACGACAT TCCTGCAACT 
AGTCTACAGG ACTTCGTACT TGCTGTTTAT GATGGAGTAG GTTTGGGGCT GGACTTTCTT 
ACAGAAACAG TACAGGAAAA AGCAAGAACG GTGCAGGAAG AACTATTGAA ACAACATCCA 
CAAAATGAGA TTCAAAATCG AATAAGGGAT GATGCTGTGG CATTAGCCAG GTTCCTTGAA 
AATAACATCT CTTCTTGCAG AAAGAAAGAA GTAGAATCTC AATTACCAGA AGAAGATTAT 
GTGTATATGG AAATCAAGAG AAGTACTAAG ATCGCTGTGA AATACTTGGA ATTGGAGCAG 
TGCCTCACTG AAGTCTATCA GATCGTTTCT TCTACATTAC AAGGGTCATT CAGAAACACA 
AGCCCTCTCA GGAGCTTTGC AGGAGAGATT TGTTTCATAG CTGGATGTTT GTACAATTAT 
TTCAGTTCAT TTCCTTTGGC TTCTACTTCT ACAAACAATC CTATCCAGAG AACACCCATG 
CCATTTATGA ACTTGGATGA ATTGGACTCT CTGGTTGATT CCCTTATTGT GAATTTTGAA 
CTTGACCAAG GGCAGCAAAA TCTGAAATCT CAGCCTCTGT GTAATGAAAC TGAGACCGAA 
GGAAGCCAAA GTGAAACAGG TGGAGATGAA TTTCCTTTGA AACTGAAGGG GATTCCAAAA 
CACACGTATA AACTCCAGTC ACCACCTACG TTTCCAGAGG AGCTCTCACT TGGCAAGATA 
CAGTGGGTAT AA

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

RefSeq	XP_012962175.1
CDS	273..5204
Translation	MPDYKVPARNPSETQCTTTSQRISSRSAFTSSKMSGQQLTSQMSGKEKDGLLSSSRNRTEEVNSTYVISACNNANDASVTLKPQDRLTLQRRTRVSKNLVSSSEQSDNKIRQSIENTQTGKRCTLQRRVRTGSVEKSKINWNAVPGIENNDFAAERNYKTALRPNINNNDTRHGNPSCKLAEGQSNTKMHFNLNSKDLFGNVENDKRTPVKRKTSTADSKLQNEAHISEQLVTSKNINRISGEQLNEKGDVNKLEEKQRLQHLMIKHNSLERPRIPTKGSTEGFMLTPKNSTFQDKSSLSALNKRPLHPPLVSKKKTGVSSCPVSISAKEKVETLTENNSTEEDIFKVENSKVTVAVRVRPFSNREKNENSLPVVSMSGSETAVRNPSTNQVYTFSYDFSFWSFDKCHPNFASQAMIYKTLALPLLERAFEGYNACLFAYGQTGTGKSYTMMGFDEDRGIIPRLCEDLFSQMDKQQVLYHLEMSYFEVYNEKIHDLLVFKAENRQKKQPLRVREHPVLGPYVEDLTVNVVSSYSDIQSWLELGNKQRATAATVMNDKSSRSHSVFTLVMTQTKVESVDEQQRDRSLTSHINLIDLAGSECCSTAQTTGERLKEGVSINKSLLTLGKVISALSKQSQNGKKTFIPYRESVLTWLLKESLGGNSQTAMIATISPAASSTEETLSTLRYAKQACSIINTAKVNEDVNAKLIRELKAEIEKLKAQKSAQNTDPEKYRRYLQEITSLRMKLHQQERDTAEMQRAWKEKLEQAEKRKLEDIKELQKAGIAFKMDNHLPNLVNLSEDPQLSEVLLYMIKEGETTVGRYTPNSKHDIQLSGVLIADDHCVIKNNLGQVSIIPRREAKTYVNGKCILDPTVLHHGDRVILGGDHYFRFNHPVEVQKVKRPSCGTTLLHDGPKDFEFAKNELLIAQKTQLESEIEEARLKAKEEMMQSVQIAKEMIQQELTSQKEAYESKIKSLEAEVREESRKKQMQELKNQKAATKIQELEKAKQNLELELHFNKKRLEVETLATKQALEDHSIHHAKILQALEAEKQKIAEEIQTLQKNRGSGNKTMTIPLNWNSLKLSVMIKEANTISNELGKNTVFCRHDKVDDKTGTVSSIQVQVRNIKLGIATFWSLEKFECKLAAMKELYESNDNNKAADVFYDPADEWEPDLSDASVSSLSRRRSRSLMKNKRISRCLSGIKLEPTHDTQTSYISGSQSKSSICPNFSESLLPGICKESVSSALDLLEQNHEGRKSIADHLLRNLFTIFSGVSAISKAYEQQDEECQKNFFSTDPAAQSYSIKITSVFGQLVVLVKVWLNHVQKSPSSVKTDEELKQEVKNLGGYLQLLLQGCSSDISSMVTEAQSKVNEAVKQTIKCIGHLAVFTRTDISIFEENDIPATSLQDFVLAVYDGVGLGLDFLTETVQEKARTVQEELLKQHPQNEIQNRIRDDAVALARFLENNISSCRKKEVESQLPEEDYVYMEIKRSTKIAVKYLELEQCLTEVYQIVSSTLQGSFRNTSPLRSFAGEICFIAGCLYNYFSSFPLASTSTNNPIQRTPMPFMNLDELDSLVDSLIVNFELDQGQQNLKSQPLCNETETEGSQSETGGDEFPLKLKGIPKHTYKLQSPPTFPEELSLGKIQWV

Target ORF information:

RefSeq Version	XM_013106721.2
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X6, mRNA.

Target ORF information:

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

XM_013106721.2

ORF Insert Sequence:

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCTG CAGAAAGAAA TTACAAGACT 
GCACTTCGAC CAAATATTAA TAATAATGAT ACTCGGCATG GTAATCCAAG CTGTAAATTA 
GCTGAGGGTC AGTCAAATAC GAAGATGCAT TTTAACCTGA ACAGCAAGGA CTTGTTTGGC 
AATGTTGAAA ATGACAAACG CACACCTGTA AAACGTAAGA CAAGCACTGC TGACTCAAAA 
CTTCAAAATG AAGCTCATAT ATCAGAGCAA TTAGTTACCT CAAAGAACAT TAATAGGATA 
TCAGGAGAGC AACTGAATGA AAAAGGTGAT GTAAATAAGC TAGAGGAAAA ACAAAGGTTA 
CAACACTTAA TGATAAAGCA TAACAGTTTA GAAAGGCCAA GGATACCAAC AAAAGGTTCA 
ACAGAAGGAT TTATGCTTAC ACCAAAGAAC AGCACATTTC AGGATAAGTC ATCTCTGTCA 
GCTTTAAATA AACGACCACT TCATCCTCCG TTGGTGTCAA AAAAGAAAAC CGGTGTTTCT 
AGTTGTCCTG TGAGTATAAG TGCAAAAGAG AAAGTAGAAA CGCTTACAGA GAACAACAGC 
ACTGAGGAAG ATATTTTCAA AGTAGAAAAC AGCAAAGTGA CTGTAGCTGT GCGTGTACGG 
CCTTTCAGTA ACAGAGAGAA AAATGAAAAC TCACTTCCTG TAGTCTCCAT GAGTGGCTCG 
GAGACAGCTG TACGAAATCC AAGCACAAAC CAAGTTTACA CCTTCAGTTA TGACTTCTCT 
TTCTGGTCTT TTGACAAGTG TCATCCTAAT TTTGCAAGCC AAGCAATGAT TTATAAAACT 
TTGGCACTGC CACTCCTAGA AAGAGCTTTT GAGGGCTATA ATGCGTGTCT TTTTGCTTAT 
GGGCAAACTG GTACTGGAAA ATCATACACG ATGATGGGGT TTGATGAAGA CCGAGGGATA 
ATTCCAAGAC TCTGTGAAGA TCTTTTCAGT CAAATGGACA AACAACAGGT CTTGTATCAC 
CTTGAAATGA GCTATTTTGA AGTTTACAAT GAGAAAATTC ATGATTTGCT TGTCTTCAAA 
GCTGAAAACA GACAGAAGAA ACAACCACTC CGTGTAAGGG AACACCCGGT GTTAGGACCG 
TATGTGGAGG ACCTAACAGT GAATGTTGTC AGTTCTTACT CTGATATCCA GAGTTGGCTT 
GAGCTAGGGA ATAAGCAGAG AGCAACAGCT GCTACGGTAA TGAATGACAA GAGTTCTAGA 
TCTCATTCTG TCTTCACCCT TGTCATGACA CAAACCAAGG TAGAATCTGT GGATGAACAG 
CAACGTGACC GTAGTCTTAC CAGTCACATA AATCTAATTG ATTTAGCAGG CAGCGAATGC 
TGTTCTACGG CTCAGACCAC TGGAGAAAGG CTGAAGGAGG GTGTGAGTAT TAATAAATCA 
CTCTTAACCC TTGGAAAGGT TATTTCTGCA CTCTCAAAGC AGTCTCAAAA TGGAAAGAAA 
ACTTTCATTC CTTACCGGGA ATCTGTCCTT ACTTGGTTAT TGAAGGAAAG TCTTGGTGGA 
AATTCACAAA CGGCTATGAT TGCCACAATA AGTCCAGCTG CCAGCAGCAC AGAAGAAACT 
CTCAGCACTC TTCGCTATGC AAAACAAGCT TGTTCAATTA TCAACACTGC TAAAGTAAAT 
GAAGATGTGA ATGCCAAGTT GATCAGAGAA TTGAAAGCTG AAATTGAAAA ACTGAAGGCA 
CAGAAAAGTG CTCAGAACAC TGATCCTGAA AAATACAGGC GTTATTTGCA GGAAATAACA 
TCTCTGAGGA TGAAATTGCA TCAACAGGAG AGGGACACAG CAGAAATGCA AAGGGCCTGG 
AAAGAAAAAC TTGAGCAAGC AGAAAAGAGG AAATTAGAAG ATATAAAGGA ATTGCAGAAA 
GCAGGAATTG CATTCAAAAT GGACAATCAC TTACCAAACC TTGTTAATCT CAGTGAAGAT 
CCTCAGCTTT CTGAGGTGCT GTTGTATATG ATTAAAGAAG GAGAAACTAC AGTTGGAAGG 
TATACACCGA ATTCAAAACA TGATATCCAG CTTTCTGGAG TGCTAATTGC TGATGACCAT 
TGCGTTATAA AAAATAACCT TGGCCAAGTG AGTATTATTC CACGGAGAGA AGCAAAGACA 
TATGTAAATG GGAAATGCAT TTTAGACCCG ACAGTTCTGC ATCATGGTGA TCGAGTGATC 
CTTGGGGGAG ACCATTATTT CAGGTTTAAT CATCCAGTAG AGGTTCAGAA AGTTAAGAGA 
CCATCTTGTG GGACTACACT TTTGCATGAT GGTCCTAAAG ATTTTGAATT TGCAAAGAAC 
GAGCTGCTTA TTGCACAGAA AACTCAGCTT GAATCAGAAA TTGAAGAGGC ACGACTCAAA 
GCCAAAGAAG AAATGATGCA AAGTGTCCAA ATAGCAAAAG AGATGATTCA GCAAGAACTG 
ACATCACAAA AAGAAGCTTA TGAAAGCAAA ATAAAATCAC TGGAAGCAGA GGTGAGAGAA 
GAATCTCGTA AGAAGCAAAT GCAAGAACTG AAAAACCAAA AGGCTGCAAC TAAAATACAG 
GAGCTAGAGA AGGCAAAGCA AAATCTTGAG CTAGAATTAC ACTTCAACAA GAAGCGTTTG 
GAAGTGGAGA CCTTAGCTAC GAAGCAGGCT CTGGAAGATC ATAGTATTCA TCATGCAAAG 
ATACTTCAGG CTCTGGAAGC TGAGAAACAG AAGATTGCTG AAGAAATACA AACCCTTCAG 
AAGAACCGTG GAAGTGGGAA TAAAACTATG ACTATTCCTC TTAACTGGAA TTCTTTGAAG 
TTATCTGTGA TGATCAAAGA GGCCAACACC ATTAGTAATG AACTAGGGAA AAACACTGTT 
TTCTGCAGGC ACGACAAAGT TGATGATAAA ACAGGAACAG TATCTTCTAT TCAAGTGCAG 
GTTCGTAATA TCAAACTGGG AATAGCAACG TTCTGGAGCC TGGAGAAATT TGAATGCAAA 
CTAGCAGCAA TGAAAGAACT CTATGAGAGT AATGATAACA ATAAAGCTGC TGATGTGTTT 
TATGACCCTG CTGATGAATG GGAACCCGAC CTTTCAGATG CCTCAGTTTC CTCTCTTTCC 
AGGAGAAGAA GTAGAAGTTT AATGAAGAAC AAGAGAATTT CTAGATGTTT GTCTGGTATA 
AAATTGGAAC CAACCCATGA TACACAAACT TCCTATATTT CAGGTTCACA GAGTAAATCC 
AGCATATGCC CAAACTTCTC TGAATCACTT CTTCCTGGAA TTTGCAAAGA ATCTGTAAGT 
TCAGCTTTAG ATTTACTGGA ACAGAATCAT GAAGGGAGAA AGAGCATAGC AGATCATCTC 
CTAAGGAATT TGTTTACCAT TTTCTCTGGA GTTTCTGCCA TTTCAAAAGC CTATGAACAG 
CAAGATGAAG AATGTCAAAA AAATTTTTTC TCTACTGATC CTGCTGCTCA GTCCTACAGC 
ATCAAAATCA CCTCTGTGTT TGGCCAGCTT GTGGTTCTAG TCAAGGTTTG GCTTAACCAT 
GTGCAAAAGA GCCCTAGCTC TGTGAAGACT GATGAAGAAT TGAAACAGGA AGTAAAGAAC 
CTGGGAGGTT ATTTACAGTT ACTGTTGCAG GGATGTTCTT CAGATATTTC CTCAATGGTA 
ACAGAAGCAC AGAGCAAAGT GAACGAAGCA GTAAAACAAA CAATTAAATG CATAGGACAC 
TTGGCAGTAT TCACAAGAAC TGATATTTCC ATTTTTGAAG AGAACGACAT TCCTGCAACT 
AGTCTACAGG ACTTCGTACT TGCTGTTTAT GATGGAGTAG GTTTGGGGCT GGACTTTCTT 
ACAGAAACAG TACAGGAAAA AGCAAGAACG GTGCAGGAAG AACTATTGAA ACAACATCCA 
CAAAATGAGA TTCAAAATCG AATAAGGGAT GATGCTGTGG CATTAGCCAG GTTCCTTGAA 
AATAACATCT CTTCTTGCAG AAAGAAAGAA GTAGAATCTC AATTACCAGA AGAAGATTAT 
GTGTATATGG AAATCAAGAG AAGTACTAAG ATCGCTGTGA AATACTTGGA ATTGGAGCAG 
TGCCTCACTG AAGTCTATCA GATCGTTTCT TCTACATTAC AAGGGTCATT CAGAAACACA 
AGCCCTCTCA GGAGCTTTGC AGGAGAGATT TGTTTCATAG CTGGATGTTT GTACAATTAT 
TTCAGTTCAT TTCCTTTGGC TTCTACTTCT ACAAACAATC CTATCCAGAG AACACCCATG 
CCATTTATGA ACTTGGATGA ATTGGACTCT CTGGTTGATT CCCTTATTGT GAATTTTGAA 
CTTGACCAAG GGCAGCAAAA TCTGAAATCT CAGCCTCTGT GTAATGAAAC TGAGACCGAA 
GGAAGCCAAA GTGAAACAGG TGGAGATGAA TTTCCTTTGA AACTGAAGGG GATTCCAAAA 
CACACGTATA AACTCCAGTC ACCACCTACG TTTCCAGAGG AGCTCTCACT TGGCAAGATA 
CAGTGGGTAT AA

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

KIF14 ( XM_013106721.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_012962175.1 Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X4, mRNA.

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CloneID	OAn118550
Clone ID Related Accession (Same CDS sequence)	XM_013106721.2 , XM_013106721.1
Accession Version	XM_013106721.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4932bp) 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	2015-07-08
Organism	Anas platyrhynchos(Mallard)
Product	kinesin-like protein KIF14 isoform X2
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004678071.1) 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 :: Anas platyrhynchos Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCTG CAGAAAGAAA TTACAAGACT 
GCACTTCGAC CAAATATTAA TAATAATGAT ACTCGGCATG GTAATCCAAG CTGTAAATTA 
GCTGAGGGTC AGTCAAATAC GAAGATGCAT TTTAACCTGA ACAGCAAGGA CTTGTTTGGC 
AATGTTGAAA ATGACAAACG CACACCTGTA AAACGTAAGA CAAGCACTGC TGACTCAAAA 
CTTCAAAATG AAGCTCATAT ATCAGAGCAA TTAGTTACCT CAAAGAACAT TAATAGGATA 
TCAGGAGAGC AACTGAATGA AAAAGGTGAT GTAAATAAGC TAGAGGAAAA ACAAAGGTTA 
CAACACTTAA TGATAAAGCA TAACAGTTTA GAAAGGCCAA GGATACCAAC AAAAGGTTCA 
ACAGAAGGAT TTATGCTTAC ACCAAAGAAC AGCACATTTC AGGATAAGTC ATCTCTGTCA 
GCTTTAAATA AACGACCACT TCATCCTCCG TTGGTGTCAA AAAAGAAAAC CGGTGTTTCT 
AGTTGTCCTG TGAGTATAAG TGCAAAAGAG AAAGTAGAAA CGCTTACAGA GAACAACAGC 
ACTGAGGAAG ATATTTTCAA AGTAGAAAAC AGCAAAGTGA CTGTAGCTGT GCGTGTACGG 
CCTTTCAGTA ACAGAGAGAA AAATGAAAAC TCACTTCCTG TAGTCTCCAT GAGTGGCTCG 
GAGACAGCTG TACGAAATCC AAGCACAAAC CAAGTTTACA CCTTCAGTTA TGACTTCTCT 
TTCTGGTCTT TTGACAAGTG TCATCCTAAT TTTGCAAGCC AAGCAATGAT TTATAAAACT 
TTGGCACTGC CACTCCTAGA AAGAGCTTTT GAGGGCTATA ATGCGTGTCT TTTTGCTTAT 
GGGCAAACTG GTACTGGAAA ATCATACACG ATGATGGGGT TTGATGAAGA CCGAGGGATA 
ATTCCAAGAC TCTGTGAAGA TCTTTTCAGT CAAATGGACA AACAACAGGT CTTGTATCAC 
CTTGAAATGA GCTATTTTGA AGTTTACAAT GAGAAAATTC ATGATTTGCT TGTCTTCAAA 
GCTGAAAACA GACAGAAGAA ACAACCACTC CGTGTAAGGG AACACCCGGT GTTAGGACCG 
TATGTGGAGG ACCTAACAGT GAATGTTGTC AGTTCTTACT CTGATATCCA GAGTTGGCTT 
GAGCTAGGGA ATAAGCAGAG AGCAACAGCT GCTACGGTAA TGAATGACAA GAGTTCTAGA 
TCTCATTCTG TCTTCACCCT TGTCATGACA CAAACCAAGG TAGAATCTGT GGATGAACAG 
CAACGTGACC GTAGTCTTAC CAGTCACATA AATCTAATTG ATTTAGCAGG CAGCGAATGC 
TGTTCTACGG CTCAGACCAC TGGAGAAAGG CTGAAGGAGG GTGTGAGTAT TAATAAATCA 
CTCTTAACCC TTGGAAAGGT TATTTCTGCA CTCTCAAAGC AGTCTCAAAA TGGAAAGAAA 
ACTTTCATTC CTTACCGGGA ATCTGTCCTT ACTTGGTTAT TGAAGGAAAG TCTTGGTGGA 
AATTCACAAA CGGCTATGAT TGCCACAATA AGTCCAGCTG CCAGCAGCAC AGAAGAAACT 
CTCAGCACTC TTCGCTATGC AAAACAAGCT TGTTCAATTA TCAACACTGC TAAAGTAAAT 
GAAGATGTGA ATGCCAAGTT GATCAGAGAA TTGAAAGCTG AAATTGAAAA ACTGAAGGCA 
CAGAAAAGTG CTCAGAACAC TGATCCTGAA AAATACAGGC GTTATTTGCA GGAAATAACA 
TCTCTGAGGA TGAAATTGCA TCAACAGGAG AGGGACACAG CAGAAATGCA AAGGGCCTGG 
AAAGAAAAAC TTGAGCAAGC AGAAAAGAGG AAATTAGAAG ATATAAAGGA ATTGCAGAAA 
GCAGGAATTG CATTCAAAAT GGACAATCAC TTACCAAACC TTGTTAATCT CAGTGAAGAT 
CCTCAGCTTT CTGAGGTGCT GTTGTATATG ATTAAAGAAG GAGAAACTAC AGTTGGAAGG 
TATACACCGA ATTCAAAACA TGATATCCAG CTTTCTGGAG TGCTAATTGC TGATGACCAT 
TGCGTTATAA AAAATAACCT TGGCCAAGTG AGTATTATTC CACGGAGAGA AGCAAAGACA 
TATGTAAATG GGAAATGCAT TTTAGACCCG ACAGTTCTGC ATCATGGTGA TCGAGTGATC 
CTTGGGGGAG ACCATTATTT CAGGTTTAAT CATCCAGTAG AGGTTCAGAA AGTTAAGAGA 
CCATCTTGTG GGACTACACT TTTGCATGAT GGTCCTAAAG ATTTTGAATT TGCAAAGAAC 
GAGCTGCTTA TTGCACAGAA AACTCAGCTT GAATCAGAAA TTGAAGAGGC ACGACTCAAA 
GCCAAAGAAG AAATGATGCA AAGTGTCCAA ATAGCAAAAG AGATGATTCA GCAAGAACTG 
ACATCACAAA AAGAAGCTTA TGAAAGCAAA ATAAAATCAC TGGAAGCAGA GGTGAGAGAA 
GAATCTCGTA AGAAGCAAAT GCAAGAACTG AAAAACCAAA AGGCTGCAAC TAAAATACAG 
GAGCTAGAGA AGGCAAAGCA AAATCTTGAG CTAGAATTAC ACTTCAACAA GAAGCGTTTG 
GAAGTGGAGA CCTTAGCTAC GAAGCAGGCT CTGGAAGATC ATAGTATTCA TCATGCAAAG 
ATACTTCAGG CTCTGGAAGC TGAGAAACAG AAGATTGCTG AAGAAATACA AACCCTTCAG 
AAGAACCGTG GAAGTGGGAA TAAAACTATG ACTATTCCTC TTAACTGGAA TTCTTTGAAG 
TTATCTGTGA TGATCAAAGA GGCCAACACC ATTAGTAATG AACTAGGGAA AAACACTGTT 
TTCTGCAGGC ACGACAAAGT TGATGATAAA ACAGGAACAG TATCTTCTAT TCAAGTGCAG 
GTTCGTAATA TCAAACTGGG AATAGCAACG TTCTGGAGCC TGGAGAAATT TGAATGCAAA 
CTAGCAGCAA TGAAAGAACT CTATGAGAGT AATGATAACA ATAAAGCTGC TGATGTGTTT 
TATGACCCTG CTGATGAATG GGAACCCGAC CTTTCAGATG CCTCAGTTTC CTCTCTTTCC 
AGGAGAAGAA GTAGAAGTTT AATGAAGAAC AAGAGAATTT CTAGATGTTT GTCTGGTATA 
AAATTGGAAC CAACCCATGA TACACAAACT TCCTATATTT CAGGTTCACA GAGTAAATCC 
AGCATATGCC CAAACTTCTC TGAATCACTT CTTCCTGGAA TTTGCAAAGA ATCTGTAAGT 
TCAGCTTTAG ATTTACTGGA ACAGAATCAT GAAGGGAGAA AGAGCATAGC AGATCATCTC 
CTAAGGAATT TGTTTACCAT TTTCTCTGGA GTTTCTGCCA TTTCAAAAGC CTATGAACAG 
CAAGATGAAG AATGTCAAAA AAATTTTTTC TCTACTGATC CTGCTGCTCA GTCCTACAGC 
ATCAAAATCA CCTCTGTGTT TGGCCAGCTT GTGGTTCTAG TCAAGGTTTG GCTTAACCAT 
GTGCAAAAGA GCCCTAGCTC TGTGAAGACT GATGAAGAAT TGAAACAGGA AGTAAAGAAC 
CTGGGAGGTT ATTTACAGTT ACTGTTGCAG GGATGTTCTT CAGATATTTC CTCAATGGTA 
ACAGAAGCAC AGAGCAAAGT GAACGAAGCA GTAAAACAAA CAATTAAATG CATAGGACAC 
TTGGCAGTAT TCACAAGAAC TGATATTTCC ATTTTTGAAG AGAACGACAT TCCTGCAACT 
AGTCTACAGG ACTTCGTACT TGCTGTTTAT GATGGAGTAG GTTTGGGGCT GGACTTTCTT 
ACAGAAACAG TACAGGAAAA AGCAAGAACG GTGCAGGAAG AACTATTGAA ACAACATCCA 
CAAAATGAGA TTCAAAATCG AATAAGGGAT GATGCTGTGG CATTAGCCAG GTTCCTTGAA 
AATAACATCT CTTCTTGCAG AAAGAAAGAA GTAGAATCTC AATTACCAGA AGAAGATTAT 
GTGTATATGG AAATCAAGAG AAGTACTAAG ATCGCTGTGA AATACTTGGA ATTGGAGCAG 
TGCCTCACTG AAGTCTATCA GATCGTTTCT TCTACATTAC AAGGGTCATT CAGAAACACA 
AGCCCTCTCA GGAGCTTTGC AGGAGAGATT TGTTTCATAG CTGGATGTTT GTACAATTAT 
TTCAGTTCAT TTCCTTTGGC TTCTACTTCT ACAAACAATC CTATCCAGAG AACACCCATG 
CCATTTATGA ACTTGGATGA ATTGGACTCT CTGGTTGATT CCCTTATTGT GAATTTTGAA 
CTTGACCAAG GGCAGCAAAA TCTGAAATCT CAGCCTCTGT GTAATGAAAC TGAGACCGAA 
GGAAGCCAAA GTGAAACAGG TGGAGATGAA TTTCCTTTGA AACTGAAGGG GATTCCAAAA 
CACACGTATA AACTCCAGTC ACCACCTACG TTTCCAGAGG AGCTCTCACT TGGCAAGATA 
CAGTGGGTAT AA

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

RefSeq	XP_012962175.1
CDS	281..5212
Translation	MPDYKVPARNPSETQCTTTSQRISSRSAFTSSKMSGQQLTSQMSGKEKDGLLSSSRNRTEEVNSTYVISACNNANDASVTLKPQDRLTLQRRTRVSKNLVSSSEQSDNKIRQSIENTQTGKRCTLQRRVRTGSVEKSKINWNAVPGIENNDFAAERNYKTALRPNINNNDTRHGNPSCKLAEGQSNTKMHFNLNSKDLFGNVENDKRTPVKRKTSTADSKLQNEAHISEQLVTSKNINRISGEQLNEKGDVNKLEEKQRLQHLMIKHNSLERPRIPTKGSTEGFMLTPKNSTFQDKSSLSALNKRPLHPPLVSKKKTGVSSCPVSISAKEKVETLTENNSTEEDIFKVENSKVTVAVRVRPFSNREKNENSLPVVSMSGSETAVRNPSTNQVYTFSYDFSFWSFDKCHPNFASQAMIYKTLALPLLERAFEGYNACLFAYGQTGTGKSYTMMGFDEDRGIIPRLCEDLFSQMDKQQVLYHLEMSYFEVYNEKIHDLLVFKAENRQKKQPLRVREHPVLGPYVEDLTVNVVSSYSDIQSWLELGNKQRATAATVMNDKSSRSHSVFTLVMTQTKVESVDEQQRDRSLTSHINLIDLAGSECCSTAQTTGERLKEGVSINKSLLTLGKVISALSKQSQNGKKTFIPYRESVLTWLLKESLGGNSQTAMIATISPAASSTEETLSTLRYAKQACSIINTAKVNEDVNAKLIRELKAEIEKLKAQKSAQNTDPEKYRRYLQEITSLRMKLHQQERDTAEMQRAWKEKLEQAEKRKLEDIKELQKAGIAFKMDNHLPNLVNLSEDPQLSEVLLYMIKEGETTVGRYTPNSKHDIQLSGVLIADDHCVIKNNLGQVSIIPRREAKTYVNGKCILDPTVLHHGDRVILGGDHYFRFNHPVEVQKVKRPSCGTTLLHDGPKDFEFAKNELLIAQKTQLESEIEEARLKAKEEMMQSVQIAKEMIQQELTSQKEAYESKIKSLEAEVREESRKKQMQELKNQKAATKIQELEKAKQNLELELHFNKKRLEVETLATKQALEDHSIHHAKILQALEAEKQKIAEEIQTLQKNRGSGNKTMTIPLNWNSLKLSVMIKEANTISNELGKNTVFCRHDKVDDKTGTVSSIQVQVRNIKLGIATFWSLEKFECKLAAMKELYESNDNNKAADVFYDPADEWEPDLSDASVSSLSRRRSRSLMKNKRISRCLSGIKLEPTHDTQTSYISGSQSKSSICPNFSESLLPGICKESVSSALDLLEQNHEGRKSIADHLLRNLFTIFSGVSAISKAYEQQDEECQKNFFSTDPAAQSYSIKITSVFGQLVVLVKVWLNHVQKSPSSVKTDEELKQEVKNLGGYLQLLLQGCSSDISSMVTEAQSKVNEAVKQTIKCIGHLAVFTRTDISIFEENDIPATSLQDFVLAVYDGVGLGLDFLTETVQEKARTVQEELLKQHPQNEIQNRIRDDAVALARFLENNISSCRKKEVESQLPEEDYVYMEIKRSTKIAVKYLELEQCLTEVYQIVSSTLQGSFRNTSPLRSFAGEICFIAGCLYNYFSSFPLASTSTNNPIQRTPMPFMNLDELDSLVDSLIVNFELDQGQQNLKSQPLCNETETEGSQSETGGDEFPLKLKGIPKHTYKLQSPPTFPEELSLGKIQWV

Target ORF information:

RefSeq Version	XM_013106721.1
Organism	Anas platyrhynchos(Mallard)
Definition	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X4, mRNA.

Target ORF information:

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

XM_013106721.1

ORF Insert Sequence:

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCTG CAGAAAGAAA TTACAAGACT 
GCACTTCGAC CAAATATTAA TAATAATGAT ACTCGGCATG GTAATCCAAG CTGTAAATTA 
GCTGAGGGTC AGTCAAATAC GAAGATGCAT TTTAACCTGA ACAGCAAGGA CTTGTTTGGC 
AATGTTGAAA ATGACAAACG CACACCTGTA AAACGTAAGA CAAGCACTGC TGACTCAAAA 
CTTCAAAATG AAGCTCATAT ATCAGAGCAA TTAGTTACCT CAAAGAACAT TAATAGGATA 
TCAGGAGAGC AACTGAATGA AAAAGGTGAT GTAAATAAGC TAGAGGAAAA ACAAAGGTTA 
CAACACTTAA TGATAAAGCA TAACAGTTTA GAAAGGCCAA GGATACCAAC AAAAGGTTCA 
ACAGAAGGAT TTATGCTTAC ACCAAAGAAC AGCACATTTC AGGATAAGTC ATCTCTGTCA 
GCTTTAAATA AACGACCACT TCATCCTCCG TTGGTGTCAA AAAAGAAAAC CGGTGTTTCT 
AGTTGTCCTG TGAGTATAAG TGCAAAAGAG AAAGTAGAAA CGCTTACAGA GAACAACAGC 
ACTGAGGAAG ATATTTTCAA AGTAGAAAAC AGCAAAGTGA CTGTAGCTGT GCGTGTACGG 
CCTTTCAGTA ACAGAGAGAA AAATGAAAAC TCACTTCCTG TAGTCTCCAT GAGTGGCTCG 
GAGACAGCTG TACGAAATCC AAGCACAAAC CAAGTTTACA CCTTCAGTTA TGACTTCTCT 
TTCTGGTCTT TTGACAAGTG TCATCCTAAT TTTGCAAGCC AAGCAATGAT TTATAAAACT 
TTGGCACTGC CACTCCTAGA AAGAGCTTTT GAGGGCTATA ATGCGTGTCT TTTTGCTTAT 
GGGCAAACTG GTACTGGAAA ATCATACACG ATGATGGGGT TTGATGAAGA CCGAGGGATA 
ATTCCAAGAC TCTGTGAAGA TCTTTTCAGT CAAATGGACA AACAACAGGT CTTGTATCAC 
CTTGAAATGA GCTATTTTGA AGTTTACAAT GAGAAAATTC ATGATTTGCT TGTCTTCAAA 
GCTGAAAACA GACAGAAGAA ACAACCACTC CGTGTAAGGG AACACCCGGT GTTAGGACCG 
TATGTGGAGG ACCTAACAGT GAATGTTGTC AGTTCTTACT CTGATATCCA GAGTTGGCTT 
GAGCTAGGGA ATAAGCAGAG AGCAACAGCT GCTACGGTAA TGAATGACAA GAGTTCTAGA 
TCTCATTCTG TCTTCACCCT TGTCATGACA CAAACCAAGG TAGAATCTGT GGATGAACAG 
CAACGTGACC GTAGTCTTAC CAGTCACATA AATCTAATTG ATTTAGCAGG CAGCGAATGC 
TGTTCTACGG CTCAGACCAC TGGAGAAAGG CTGAAGGAGG GTGTGAGTAT TAATAAATCA 
CTCTTAACCC TTGGAAAGGT TATTTCTGCA CTCTCAAAGC AGTCTCAAAA TGGAAAGAAA 
ACTTTCATTC CTTACCGGGA ATCTGTCCTT ACTTGGTTAT TGAAGGAAAG TCTTGGTGGA 
AATTCACAAA CGGCTATGAT TGCCACAATA AGTCCAGCTG CCAGCAGCAC AGAAGAAACT 
CTCAGCACTC TTCGCTATGC AAAACAAGCT TGTTCAATTA TCAACACTGC TAAAGTAAAT 
GAAGATGTGA ATGCCAAGTT GATCAGAGAA TTGAAAGCTG AAATTGAAAA ACTGAAGGCA 
CAGAAAAGTG CTCAGAACAC TGATCCTGAA AAATACAGGC GTTATTTGCA GGAAATAACA 
TCTCTGAGGA TGAAATTGCA TCAACAGGAG AGGGACACAG CAGAAATGCA AAGGGCCTGG 
AAAGAAAAAC TTGAGCAAGC AGAAAAGAGG AAATTAGAAG ATATAAAGGA ATTGCAGAAA 
GCAGGAATTG CATTCAAAAT GGACAATCAC TTACCAAACC TTGTTAATCT CAGTGAAGAT 
CCTCAGCTTT CTGAGGTGCT GTTGTATATG ATTAAAGAAG GAGAAACTAC AGTTGGAAGG 
TATACACCGA ATTCAAAACA TGATATCCAG CTTTCTGGAG TGCTAATTGC TGATGACCAT 
TGCGTTATAA AAAATAACCT TGGCCAAGTG AGTATTATTC CACGGAGAGA AGCAAAGACA 
TATGTAAATG GGAAATGCAT TTTAGACCCG ACAGTTCTGC ATCATGGTGA TCGAGTGATC 
CTTGGGGGAG ACCATTATTT CAGGTTTAAT CATCCAGTAG AGGTTCAGAA AGTTAAGAGA 
CCATCTTGTG GGACTACACT TTTGCATGAT GGTCCTAAAG ATTTTGAATT TGCAAAGAAC 
GAGCTGCTTA TTGCACAGAA AACTCAGCTT GAATCAGAAA TTGAAGAGGC ACGACTCAAA 
GCCAAAGAAG AAATGATGCA AAGTGTCCAA ATAGCAAAAG AGATGATTCA GCAAGAACTG 
ACATCACAAA AAGAAGCTTA TGAAAGCAAA ATAAAATCAC TGGAAGCAGA GGTGAGAGAA 
GAATCTCGTA AGAAGCAAAT GCAAGAACTG AAAAACCAAA AGGCTGCAAC TAAAATACAG 
GAGCTAGAGA AGGCAAAGCA AAATCTTGAG CTAGAATTAC ACTTCAACAA GAAGCGTTTG 
GAAGTGGAGA CCTTAGCTAC GAAGCAGGCT CTGGAAGATC ATAGTATTCA TCATGCAAAG 
ATACTTCAGG CTCTGGAAGC TGAGAAACAG AAGATTGCTG AAGAAATACA AACCCTTCAG 
AAGAACCGTG GAAGTGGGAA TAAAACTATG ACTATTCCTC TTAACTGGAA TTCTTTGAAG 
TTATCTGTGA TGATCAAAGA GGCCAACACC ATTAGTAATG AACTAGGGAA AAACACTGTT 
TTCTGCAGGC ACGACAAAGT TGATGATAAA ACAGGAACAG TATCTTCTAT TCAAGTGCAG 
GTTCGTAATA TCAAACTGGG AATAGCAACG TTCTGGAGCC TGGAGAAATT TGAATGCAAA 
CTAGCAGCAA TGAAAGAACT CTATGAGAGT AATGATAACA ATAAAGCTGC TGATGTGTTT 
TATGACCCTG CTGATGAATG GGAACCCGAC CTTTCAGATG CCTCAGTTTC CTCTCTTTCC 
AGGAGAAGAA GTAGAAGTTT AATGAAGAAC AAGAGAATTT CTAGATGTTT GTCTGGTATA 
AAATTGGAAC CAACCCATGA TACACAAACT TCCTATATTT CAGGTTCACA GAGTAAATCC 
AGCATATGCC CAAACTTCTC TGAATCACTT CTTCCTGGAA TTTGCAAAGA ATCTGTAAGT 
TCAGCTTTAG ATTTACTGGA ACAGAATCAT GAAGGGAGAA AGAGCATAGC AGATCATCTC 
CTAAGGAATT TGTTTACCAT TTTCTCTGGA GTTTCTGCCA TTTCAAAAGC CTATGAACAG 
CAAGATGAAG AATGTCAAAA AAATTTTTTC TCTACTGATC CTGCTGCTCA GTCCTACAGC 
ATCAAAATCA CCTCTGTGTT TGGCCAGCTT GTGGTTCTAG TCAAGGTTTG GCTTAACCAT 
GTGCAAAAGA GCCCTAGCTC TGTGAAGACT GATGAAGAAT TGAAACAGGA AGTAAAGAAC 
CTGGGAGGTT ATTTACAGTT ACTGTTGCAG GGATGTTCTT CAGATATTTC CTCAATGGTA 
ACAGAAGCAC AGAGCAAAGT GAACGAAGCA GTAAAACAAA CAATTAAATG CATAGGACAC 
TTGGCAGTAT TCACAAGAAC TGATATTTCC ATTTTTGAAG AGAACGACAT TCCTGCAACT 
AGTCTACAGG ACTTCGTACT TGCTGTTTAT GATGGAGTAG GTTTGGGGCT GGACTTTCTT 
ACAGAAACAG TACAGGAAAA AGCAAGAACG GTGCAGGAAG AACTATTGAA ACAACATCCA 
CAAAATGAGA TTCAAAATCG AATAAGGGAT GATGCTGTGG CATTAGCCAG GTTCCTTGAA 
AATAACATCT CTTCTTGCAG AAAGAAAGAA GTAGAATCTC AATTACCAGA AGAAGATTAT 
GTGTATATGG AAATCAAGAG AAGTACTAAG ATCGCTGTGA AATACTTGGA ATTGGAGCAG 
TGCCTCACTG AAGTCTATCA GATCGTTTCT TCTACATTAC AAGGGTCATT CAGAAACACA 
AGCCCTCTCA GGAGCTTTGC AGGAGAGATT TGTTTCATAG CTGGATGTTT GTACAATTAT 
TTCAGTTCAT TTCCTTTGGC TTCTACTTCT ACAAACAATC CTATCCAGAG AACACCCATG 
CCATTTATGA ACTTGGATGA ATTGGACTCT CTGGTTGATT CCCTTATTGT GAATTTTGAA 
CTTGACCAAG GGCAGCAAAA TCTGAAATCT CAGCCTCTGT GTAATGAAAC TGAGACCGAA 
GGAAGCCAAA GTGAAACAGG TGGAGATGAA TTTCCTTTGA AACTGAAGGG GATTCCAAAA 
CACACGTATA AACTCCAGTC ACCACCTACG TTTCCAGAGG AGCTCTCACT TGGCAAGATA 
CAGTGGGTAT AA

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

KIF14 ( XM_027463146.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_027318947.1 Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X5, mRNA.

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CloneID	OAn182913
Clone ID Related Accession (Same CDS sequence)	XM_027463146.1 , XM_021277409.2 , XM_021277406.2 , XM_027463143.1 , XM_027463142.1 , XM_027463144.1 , XM_027463147.1
Accession Version	XM_027463146.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4929bp) 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	2018-12-19
Organism	Anas platyrhynchos(mallard)
Product	kinesin-like protein KIF14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_040053.1) 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 :: Anas platyrhynchos Annotation Release 103 Annotation Version :: 103 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##

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCAG AAAGAAATTA CAAGACTGCA 
CTTCGACCAA ATATTAATAA TAATGATACT CGGCATGGTA ATCCAAGCTG TAAATTAGCT 
GAGGGTCAGT CAAATACGAA GATGCATTTT AACCTGAACA GCAAGGACTT GTTTGGCAAT 
GTTGAAAATG ACAAACGCAC ACCTGTAAAA CGTAAGACAA GCACTGCTGA CTCAAAACTT 
CAAAATGAAG CTCATATATC AGAGCAATTA GTTACCTCAA AGAACATTAA TAGGATATCA 
GGAGAGCAAC TGAATGAAAA AGGTGATGTA AATAAGCTAG AGGAAAAACA AAGGTTACAA 
CACTTAATGA TAAAGCATAA CAGTTTAGAA AGGCCAAGGA TACCAACAAA AGGTTCAACA 
GAAGGATTTA TGCTTACACC AAAGAACAGC ACATTTCAGG ATAAGTCATC TCTGTCAGCT 
TTAAATAAAC GACCACTTCA TCCTCCGTTG GTGTCAAAAA AGAAAACCGG TGTTTCTAGT 
TGTCCTGTGA GTATAAGTGC AAAAGAGAAA GTAGAAACGC TTACAGAGAA CAACAGCACT 
GAGGAAGATA TTTTCAAAGT AGAAAACAGC AAAGTGACTG TAGCTGTGCG TGTACGGCCT 
TTCAGTAACA GAGAGAAAAA TGAAAACTCA CTTCCTGTAG TCTCCATGAG TGGCTCGGAG 
ACAGCTGTAC GAAATCCAAG CACAAACCAA GTTTACACCT TCAGTTATGA CTTCTCTTTC 
TGGTCTTTTG ACAAGTGTCA TCCTAATTTT GCAAGCCAAG CAATGATTTA TAAAACTTTG 
GCACTGCCAC TCCTAGAAAG AGCTTTTGAG GGCTATAATG CGTGTCTTTT TGCTTATGGG 
CAAACTGGTA CTGGAAAATC ATACACGATG ATGGGGTTTG ATGAAGACCG AGGGATAATT 
CCAAGACTCT GTGAAGATCT TTTCAGTCAA ATGGACAAAC AACAGGTCTT GTATCACCTT 
GAAATGAGCT ATTTTGAAGT TTACAATGAG AAAATTCATG ATTTGCTTGT CTTCAAAGCT 
GAAAACAGAC AGAAGAAACA ACCACTCCGT GTAAGGGAAC ACCCGGTGTT AGGACCGTAT 
GTGGAGGACC TAACAGTGAA TGTTGTCAGT TCTTACTCTG ATATCCAGAG TTGGCTTGAG 
CTAGGGAATA AGCAGAGAGC AACAGCTGCT ACGGTAATGA ATGACAAGAG TTCTAGATCT 
CATTCTGTCT TCACCCTTGT CATGACACAA ACCAAGGTAG AATCTGTGGA TGAACAGCAA 
CGTGACCGTA GTCTTACCAG TCACATAAAT CTAATTGATT TAGCAGGCAG CGAATGCTGT 
TCTACGGCTC AGACCACTGG AGAAAGGCTG AAGGAGGGTG TGAGTATTAA TAAATCACTC 
TTAACCCTTG GAAAGGTTAT TTCTGCACTC TCAAAGCAGT CTCAAAATGG AAAGAAAACT 
TTCATTCCTT ACCGGGAATC TGTCCTTACT TGGTTATTGA AGGAAAGTCT TGGTGGAAAT 
TCACAAACGG CTATGATTGC CACAATAAGT CCAGCTGCCA GCAGCACAGA AGAAACTCTC 
AGCACTCTTC GCTATGCAAA ACAAGCTTGT TCAATTATCA ACACTGCTAA AGTAAATGAA 
GATGTGAATG CCAAGTTGAT CAGAGAATTG AAAGCTGAAA TTGAAAAACT GAAGGCACAG 
AAAAGTGCTC AGAACACTGA TCCTGAAAAA TACAGGCGTT ATTTGCAGGA AATAACATCT 
CTGAGGATGA AATTGCATCA ACAGGAGAGG GACACAGCAG AAATGCAAAG GGCCTGGAAA 
GAAAAACTTG AGCAAGCAGA AAAGAGGAAA TTAGAAGATA TAAAGGAATT GCAGAAAGCA 
GGAATTGCAT TCAAAATGGA CAATCACTTA CCAAACCTTG TTAATCTCAG TGAAGATCCT 
CAGCTTTCTG AGGTGCTGTT GTATATGATT AAAGAAGGAG AAACTACAGT TGGAAGGTAT 
ACACCGAATT CAAAACATGA TATCCAGCTT TCTGGAGTGC TAATTGCTGA TGACCATTGC 
GTTATAAAAA ATAACCTTGG CCAAGTGAGT ATTATTCCAC GGAGAGAAGC AAAGACATAT 
GTAAATGGGA AATGCATTTT AGACCCGACA GTTCTGCATC ATGGTGATCG AGTGATCCTT 
GGGGGAGACC ATTATTTCAG GTTTAATCAT CCAGTAGAGG TTCAGAAAGT TAAGAGACCA 
TCTTGTGGGA CTACACTTTT GCATGATGGT CCTAAAGATT TTGAATTTGC AAAGAACGAG 
CTGCTTATTG CACAGAAAAC TCAGCTTGAA TCAGAAATTG AAGAGGCACG ACTCAAAGCC 
AAAGAAGAAA TGATGCAAAG TGTCCAAATA GCAAAAGAGA TGATTCAGCA AGAACTGACA 
TCACAAAAAG AAGCTTATGA AAGCAAAATA AAATCACTGG AAGCAGAGGT GAGAGAAGAA 
TCTCGTAAGA AGCAAATGCA AGAACTGAAA AACCAAAAGG CTGCAACTAA AATACAGGAG 
CTAGAGAAGG CAAAGCAAAA TCTTGAGCTA GAATTACACT TCAACAAGAA GCGTTTAGAA 
GTGGAGACCT TAGCTACGAA GCAGGCTCTG GAAGATCATA GTATTCATCA TGCAAAGATA 
CTTCAGGCTC TGGAAGCTGA GAAACAGAAG ATTGCTGAAG AAATACAAAC CCTTCAGAAG 
AACCGTGGAA GTGGGAATAA AACTATGACT ATTCCTCTTA ACTGGAATTC TTTGAAGTTA 
TCTGTGATGA TCAAAGAGGC CAACACCATT AGTAATGAAC TAGGGAAAAA CACTGTTTTC 
TGCAGGCACG ACAAAGTTGA TGATAAAACA GGAACAGTAT CTTCTATTCA AGTGCAGGTT 
CGTAATATCA AACTGGGAAT AGCAACGTTC TGGAGCCTGG AGAAATTTGA ATGCAAACTA 
GCAGCAATGA AAGAACTCTA TGAGAGTAAT GATAACAATA AAGCTGCTGA TGTGTTTTAT 
GACCCTGCTG ATGAATGGGA ACCCGACCTT TCAGATGCCT CAGTTTCCTC TCTTTCCAGG 
AGAAGAAGTA GAAGTTTAAT GAAGAACAAG AGAATTTCTA GATGTTTGTC TGGTATAAAA 
TTGGAACCAA CCCATGATAC ACAAACTTCC TATATTTCAG GTTCACAGAG TAAATCCAGC 
ATATGCCCAA ACTTCTCTGA ATCACTTCTT CCTGGAATTT GCAAAGAATC TGTAAGTTCA 
GCTTTAGATT TACTGGAACA GAATCATGAA GGGAGAAAGA GCATAGCAGA TCATCTCCTA 
AGGAATTTGT TTACCATTTT CTCTGGAGTT TCTGCCATTT CAAAAGCCTA TGAACAGCAA 
GATGAAGAAT GTCAAAAAAA TTTTTTCTCT ACTGATCCTG CTGCTCAGTC CTACAGCATC 
AAAATCACCT CTGTGTTTGG CCAGCTTGTG GTTCTAGTCA AGGTTTGGCT TAACCATGTG 
CAAAAGAGCC CTAGCTCTGT GAAGACTGAT GAAGAATTGA AACAGGAAGT AAAGAACCTG 
GGAGGTTATT TACAGTTACT GTTGCAGGGA TGTTCTTCAG ATATTTCCTC AATGGTAACA 
GAAGCACAGA GCAAAGTGAA CGAAGCAGTA AAACAAACAA TTAAATGCAT AGGACACTTG 
GCAGTATTCA CAAGAACTGA TATTTCCATT TTTGAAGAGA ACGACATTCC TGCAACTAGT 
CTACAGGACT TCGTACTTGC TGTTTATGAT GGAGTAGGTT TGGGGCTGGA CTTTCTTACA 
GAAACAGTAC AGGAAAAAGC AAGAACGGTG CAGGAAGAAC TATTGAAACA ACATCCACAA 
AATGAGATTC AAAATCGAAT AAGGGATGAT GCTGTGGCAT TAGCCAGGTT CCTTGAAAAT 
AACATCTCTT CTTGCAGAAA GAAAGAAGTA GAATCTCAAT TACCAGAAGA AGATTATGTG 
TATATGGAAA TCAAGAGAAG TACTAAGATC GCTGTGAAAT ACTTGGAATT GGAGCAGTGC 
CTCGCTGAAG TCTATCAGAT CGTTTCTTCT ACATTACAAG GGTCATTCAG AAACACAAGC 
CCTCTCAGGA GCTTTGCAGG AGAGATTTGT TTCATAGCTG GATGTTTGTA CAATTATTTC 
AGTTCATTTC CTTTGGCTTC TACTTCTACA AACAATCCTA TCCAGAGAAC ACCCATGCCA 
TTTATGAACT TGGATGAATT GGACTCTCTG GTTGATTCCC TTATTGTGAA TTTTGAACTT 
GACCAAGGGC AGCAAAATCT GAAATCTCAG CCTCTGTGTA ATGAAACTGA GACCGAAGGA 
AGCCAAAGTG AAACAGGTGG AGATGAATTT CCTTTGAAAC TGAAGGGGAT TCCAAAACAC 
ACATATAAAC TCCAGTCACC ACCTACGTTT CCAGAGGAAC TCTCACTTGG CAAGATACAG 
TGGGTATAA

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

RefSeq	XP_027318947.1
CDS	187..5115
Translation	MPDYKVPARNPSETQCTTTSQRISSRSAFTSSKMSGQQLTSQMSGKEKDGLLSSSRNRTEEVNSTYVISACNNANDASVTLKPQDRLTLQRRTRVSKNLVSSSEQSDNKIRQSIENTQTGKRCTLQRRVRTGSVEKSKINWNAVPGIENNDFAERNYKTALRPNINNNDTRHGNPSCKLAEGQSNTKMHFNLNSKDLFGNVENDKRTPVKRKTSTADSKLQNEAHISEQLVTSKNINRISGEQLNEKGDVNKLEEKQRLQHLMIKHNSLERPRIPTKGSTEGFMLTPKNSTFQDKSSLSALNKRPLHPPLVSKKKTGVSSCPVSISAKEKVETLTENNSTEEDIFKVENSKVTVAVRVRPFSNREKNENSLPVVSMSGSETAVRNPSTNQVYTFSYDFSFWSFDKCHPNFASQAMIYKTLALPLLERAFEGYNACLFAYGQTGTGKSYTMMGFDEDRGIIPRLCEDLFSQMDKQQVLYHLEMSYFEVYNEKIHDLLVFKAENRQKKQPLRVREHPVLGPYVEDLTVNVVSSYSDIQSWLELGNKQRATAATVMNDKSSRSHSVFTLVMTQTKVESVDEQQRDRSLTSHINLIDLAGSECCSTAQTTGERLKEGVSINKSLLTLGKVISALSKQSQNGKKTFIPYRESVLTWLLKESLGGNSQTAMIATISPAASSTEETLSTLRYAKQACSIINTAKVNEDVNAKLIRELKAEIEKLKAQKSAQNTDPEKYRRYLQEITSLRMKLHQQERDTAEMQRAWKEKLEQAEKRKLEDIKELQKAGIAFKMDNHLPNLVNLSEDPQLSEVLLYMIKEGETTVGRYTPNSKHDIQLSGVLIADDHCVIKNNLGQVSIIPRREAKTYVNGKCILDPTVLHHGDRVILGGDHYFRFNHPVEVQKVKRPSCGTTLLHDGPKDFEFAKNELLIAQKTQLESEIEEARLKAKEEMMQSVQIAKEMIQQELTSQKEAYESKIKSLEAEVREESRKKQMQELKNQKAATKIQELEKAKQNLELELHFNKKRLEVETLATKQALEDHSIHHAKILQALEAEKQKIAEEIQTLQKNRGSGNKTMTIPLNWNSLKLSVMIKEANTISNELGKNTVFCRHDKVDDKTGTVSSIQVQVRNIKLGIATFWSLEKFECKLAAMKELYESNDNNKAADVFYDPADEWEPDLSDASVSSLSRRRSRSLMKNKRISRCLSGIKLEPTHDTQTSYISGSQSKSSICPNFSESLLPGICKESVSSALDLLEQNHEGRKSIADHLLRNLFTIFSGVSAISKAYEQQDEECQKNFFSTDPAAQSYSIKITSVFGQLVVLVKVWLNHVQKSPSSVKTDEELKQEVKNLGGYLQLLLQGCSSDISSMVTEAQSKVNEAVKQTIKCIGHLAVFTRTDISIFEENDIPATSLQDFVLAVYDGVGLGLDFLTETVQEKARTVQEELLKQHPQNEIQNRIRDDAVALARFLENNISSCRKKEVESQLPEEDYVYMEIKRSTKIAVKYLELEQCLAEVYQIVSSTLQGSFRNTSPLRSFAGEICFIAGCLYNYFSSFPLASTSTNNPIQRTPMPFMNLDELDSLVDSLIVNFELDQGQQNLKSQPLCNETETEGSQSETGGDEFPLKLKGIPKHTYKLQSPPTFPEELSLGKIQWV

Target ORF information:

RefSeq Version	XM_027463146.1
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X5, mRNA.

Target ORF information:

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

XM_027463146.1

ORF Insert Sequence:

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCAG AAAGAAATTA CAAGACTGCA 
CTTCGACCAA ATATTAATAA TAATGATACT CGGCATGGTA ATCCAAGCTG TAAATTAGCT 
GAGGGTCAGT CAAATACGAA GATGCATTTT AACCTGAACA GCAAGGACTT GTTTGGCAAT 
GTTGAAAATG ACAAACGCAC ACCTGTAAAA CGTAAGACAA GCACTGCTGA CTCAAAACTT 
CAAAATGAAG CTCATATATC AGAGCAATTA GTTACCTCAA AGAACATTAA TAGGATATCA 
GGAGAGCAAC TGAATGAAAA AGGTGATGTA AATAAGCTAG AGGAAAAACA AAGGTTACAA 
CACTTAATGA TAAAGCATAA CAGTTTAGAA AGGCCAAGGA TACCAACAAA AGGTTCAACA 
GAAGGATTTA TGCTTACACC AAAGAACAGC ACATTTCAGG ATAAGTCATC TCTGTCAGCT 
TTAAATAAAC GACCACTTCA TCCTCCGTTG GTGTCAAAAA AGAAAACCGG TGTTTCTAGT 
TGTCCTGTGA GTATAAGTGC AAAAGAGAAA GTAGAAACGC TTACAGAGAA CAACAGCACT 
GAGGAAGATA TTTTCAAAGT AGAAAACAGC AAAGTGACTG TAGCTGTGCG TGTACGGCCT 
TTCAGTAACA GAGAGAAAAA TGAAAACTCA CTTCCTGTAG TCTCCATGAG TGGCTCGGAG 
ACAGCTGTAC GAAATCCAAG CACAAACCAA GTTTACACCT TCAGTTATGA CTTCTCTTTC 
TGGTCTTTTG ACAAGTGTCA TCCTAATTTT GCAAGCCAAG CAATGATTTA TAAAACTTTG 
GCACTGCCAC TCCTAGAAAG AGCTTTTGAG GGCTATAATG CGTGTCTTTT TGCTTATGGG 
CAAACTGGTA CTGGAAAATC ATACACGATG ATGGGGTTTG ATGAAGACCG AGGGATAATT 
CCAAGACTCT GTGAAGATCT TTTCAGTCAA ATGGACAAAC AACAGGTCTT GTATCACCTT 
GAAATGAGCT ATTTTGAAGT TTACAATGAG AAAATTCATG ATTTGCTTGT CTTCAAAGCT 
GAAAACAGAC AGAAGAAACA ACCACTCCGT GTAAGGGAAC ACCCGGTGTT AGGACCGTAT 
GTGGAGGACC TAACAGTGAA TGTTGTCAGT TCTTACTCTG ATATCCAGAG TTGGCTTGAG 
CTAGGGAATA AGCAGAGAGC AACAGCTGCT ACGGTAATGA ATGACAAGAG TTCTAGATCT 
CATTCTGTCT TCACCCTTGT CATGACACAA ACCAAGGTAG AATCTGTGGA TGAACAGCAA 
CGTGACCGTA GTCTTACCAG TCACATAAAT CTAATTGATT TAGCAGGCAG CGAATGCTGT 
TCTACGGCTC AGACCACTGG AGAAAGGCTG AAGGAGGGTG TGAGTATTAA TAAATCACTC 
TTAACCCTTG GAAAGGTTAT TTCTGCACTC TCAAAGCAGT CTCAAAATGG AAAGAAAACT 
TTCATTCCTT ACCGGGAATC TGTCCTTACT TGGTTATTGA AGGAAAGTCT TGGTGGAAAT 
TCACAAACGG CTATGATTGC CACAATAAGT CCAGCTGCCA GCAGCACAGA AGAAACTCTC 
AGCACTCTTC GCTATGCAAA ACAAGCTTGT TCAATTATCA ACACTGCTAA AGTAAATGAA 
GATGTGAATG CCAAGTTGAT CAGAGAATTG AAAGCTGAAA TTGAAAAACT GAAGGCACAG 
AAAAGTGCTC AGAACACTGA TCCTGAAAAA TACAGGCGTT ATTTGCAGGA AATAACATCT 
CTGAGGATGA AATTGCATCA ACAGGAGAGG GACACAGCAG AAATGCAAAG GGCCTGGAAA 
GAAAAACTTG AGCAAGCAGA AAAGAGGAAA TTAGAAGATA TAAAGGAATT GCAGAAAGCA 
GGAATTGCAT TCAAAATGGA CAATCACTTA CCAAACCTTG TTAATCTCAG TGAAGATCCT 
CAGCTTTCTG AGGTGCTGTT GTATATGATT AAAGAAGGAG AAACTACAGT TGGAAGGTAT 
ACACCGAATT CAAAACATGA TATCCAGCTT TCTGGAGTGC TAATTGCTGA TGACCATTGC 
GTTATAAAAA ATAACCTTGG CCAAGTGAGT ATTATTCCAC GGAGAGAAGC AAAGACATAT 
GTAAATGGGA AATGCATTTT AGACCCGACA GTTCTGCATC ATGGTGATCG AGTGATCCTT 
GGGGGAGACC ATTATTTCAG GTTTAATCAT CCAGTAGAGG TTCAGAAAGT TAAGAGACCA 
TCTTGTGGGA CTACACTTTT GCATGATGGT CCTAAAGATT TTGAATTTGC AAAGAACGAG 
CTGCTTATTG CACAGAAAAC TCAGCTTGAA TCAGAAATTG AAGAGGCACG ACTCAAAGCC 
AAAGAAGAAA TGATGCAAAG TGTCCAAATA GCAAAAGAGA TGATTCAGCA AGAACTGACA 
TCACAAAAAG AAGCTTATGA AAGCAAAATA AAATCACTGG AAGCAGAGGT GAGAGAAGAA 
TCTCGTAAGA AGCAAATGCA AGAACTGAAA AACCAAAAGG CTGCAACTAA AATACAGGAG 
CTAGAGAAGG CAAAGCAAAA TCTTGAGCTA GAATTACACT TCAACAAGAA GCGTTTAGAA 
GTGGAGACCT TAGCTACGAA GCAGGCTCTG GAAGATCATA GTATTCATCA TGCAAAGATA 
CTTCAGGCTC TGGAAGCTGA GAAACAGAAG ATTGCTGAAG AAATACAAAC CCTTCAGAAG 
AACCGTGGAA GTGGGAATAA AACTATGACT ATTCCTCTTA ACTGGAATTC TTTGAAGTTA 
TCTGTGATGA TCAAAGAGGC CAACACCATT AGTAATGAAC TAGGGAAAAA CACTGTTTTC 
TGCAGGCACG ACAAAGTTGA TGATAAAACA GGAACAGTAT CTTCTATTCA AGTGCAGGTT 
CGTAATATCA AACTGGGAAT AGCAACGTTC TGGAGCCTGG AGAAATTTGA ATGCAAACTA 
GCAGCAATGA AAGAACTCTA TGAGAGTAAT GATAACAATA AAGCTGCTGA TGTGTTTTAT 
GACCCTGCTG ATGAATGGGA ACCCGACCTT TCAGATGCCT CAGTTTCCTC TCTTTCCAGG 
AGAAGAAGTA GAAGTTTAAT GAAGAACAAG AGAATTTCTA GATGTTTGTC TGGTATAAAA 
TTGGAACCAA CCCATGATAC ACAAACTTCC TATATTTCAG GTTCACAGAG TAAATCCAGC 
ATATGCCCAA ACTTCTCTGA ATCACTTCTT CCTGGAATTT GCAAAGAATC TGTAAGTTCA 
GCTTTAGATT TACTGGAACA GAATCATGAA GGGAGAAAGA GCATAGCAGA TCATCTCCTA 
AGGAATTTGT TTACCATTTT CTCTGGAGTT TCTGCCATTT CAAAAGCCTA TGAACAGCAA 
GATGAAGAAT GTCAAAAAAA TTTTTTCTCT ACTGATCCTG CTGCTCAGTC CTACAGCATC 
AAAATCACCT CTGTGTTTGG CCAGCTTGTG GTTCTAGTCA AGGTTTGGCT TAACCATGTG 
CAAAAGAGCC CTAGCTCTGT GAAGACTGAT GAAGAATTGA AACAGGAAGT AAAGAACCTG 
GGAGGTTATT TACAGTTACT GTTGCAGGGA TGTTCTTCAG ATATTTCCTC AATGGTAACA 
GAAGCACAGA GCAAAGTGAA CGAAGCAGTA AAACAAACAA TTAAATGCAT AGGACACTTG 
GCAGTATTCA CAAGAACTGA TATTTCCATT TTTGAAGAGA ACGACATTCC TGCAACTAGT 
CTACAGGACT TCGTACTTGC TGTTTATGAT GGAGTAGGTT TGGGGCTGGA CTTTCTTACA 
GAAACAGTAC AGGAAAAAGC AAGAACGGTG CAGGAAGAAC TATTGAAACA ACATCCACAA 
AATGAGATTC AAAATCGAAT AAGGGATGAT GCTGTGGCAT TAGCCAGGTT CCTTGAAAAT 
AACATCTCTT CTTGCAGAAA GAAAGAAGTA GAATCTCAAT TACCAGAAGA AGATTATGTG 
TATATGGAAA TCAAGAGAAG TACTAAGATC GCTGTGAAAT ACTTGGAATT GGAGCAGTGC 
CTCGCTGAAG TCTATCAGAT CGTTTCTTCT ACATTACAAG GGTCATTCAG AAACACAAGC 
CCTCTCAGGA GCTTTGCAGG AGAGATTTGT TTCATAGCTG GATGTTTGTA CAATTATTTC 
AGTTCATTTC CTTTGGCTTC TACTTCTACA AACAATCCTA TCCAGAGAAC ACCCATGCCA 
TTTATGAACT TGGATGAATT GGACTCTCTG GTTGATTCCC TTATTGTGAA TTTTGAACTT 
GACCAAGGGC AGCAAAATCT GAAATCTCAG CCTCTGTGTA ATGAAACTGA GACCGAAGGA 
AGCCAAAGTG AAACAGGTGG AGATGAATTT CCTTTGAAAC TGAAGGGGAT TCCAAAACAC 
ACATATAAAC TCCAGTCACC ACCTACGTTT CCAGAGGAAC TCTCACTTGG CAAGATACAG 
TGGGTATAA

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

KIF14 ( XM_021277409.2 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_021133084.2 Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OAn182913
Clone ID Related Accession (Same CDS sequence)	XM_027463146.1 , XM_021277409.2 , XM_021277406.2 , XM_027463143.1 , XM_027463142.1 , XM_027463144.1 , XM_027463147.1
Accession Version	XM_021277409.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4929bp) 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	2018-12-19
Organism	Anas platyrhynchos(mallard)
Product	kinesin-like protein KIF14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_040053.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 20, 2018 this sequence version replaced XM_021277409.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Anas platyrhynchos Annotation Release 103 Annotation Version :: 103 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##

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCAG AAAGAAATTA CAAGACTGCA 
CTTCGACCAA ATATTAATAA TAATGATACT CGGCATGGTA ATCCAAGCTG TAAATTAGCT 
GAGGGTCAGT CAAATACGAA GATGCATTTT AACCTGAACA GCAAGGACTT GTTTGGCAAT 
GTTGAAAATG ACAAACGCAC ACCTGTAAAA CGTAAGACAA GCACTGCTGA CTCAAAACTT 
CAAAATGAAG CTCATATATC AGAGCAATTA GTTACCTCAA AGAACATTAA TAGGATATCA 
GGAGAGCAAC TGAATGAAAA AGGTGATGTA AATAAGCTAG AGGAAAAACA AAGGTTACAA 
CACTTAATGA TAAAGCATAA CAGTTTAGAA AGGCCAAGGA TACCAACAAA AGGTTCAACA 
GAAGGATTTA TGCTTACACC AAAGAACAGC ACATTTCAGG ATAAGTCATC TCTGTCAGCT 
TTAAATAAAC GACCACTTCA TCCTCCGTTG GTGTCAAAAA AGAAAACCGG TGTTTCTAGT 
TGTCCTGTGA GTATAAGTGC AAAAGAGAAA GTAGAAACGC TTACAGAGAA CAACAGCACT 
GAGGAAGATA TTTTCAAAGT AGAAAACAGC AAAGTGACTG TAGCTGTGCG TGTACGGCCT 
TTCAGTAACA GAGAGAAAAA TGAAAACTCA CTTCCTGTAG TCTCCATGAG TGGCTCGGAG 
ACAGCTGTAC GAAATCCAAG CACAAACCAA GTTTACACCT TCAGTTATGA CTTCTCTTTC 
TGGTCTTTTG ACAAGTGTCA TCCTAATTTT GCAAGCCAAG CAATGATTTA TAAAACTTTG 
GCACTGCCAC TCCTAGAAAG AGCTTTTGAG GGCTATAATG CGTGTCTTTT TGCTTATGGG 
CAAACTGGTA CTGGAAAATC ATACACGATG ATGGGGTTTG ATGAAGACCG AGGGATAATT 
CCAAGACTCT GTGAAGATCT TTTCAGTCAA ATGGACAAAC AACAGGTCTT GTATCACCTT 
GAAATGAGCT ATTTTGAAGT TTACAATGAG AAAATTCATG ATTTGCTTGT CTTCAAAGCT 
GAAAACAGAC AGAAGAAACA ACCACTCCGT GTAAGGGAAC ACCCGGTGTT AGGACCGTAT 
GTGGAGGACC TAACAGTGAA TGTTGTCAGT TCTTACTCTG ATATCCAGAG TTGGCTTGAG 
CTAGGGAATA AGCAGAGAGC AACAGCTGCT ACGGTAATGA ATGACAAGAG TTCTAGATCT 
CATTCTGTCT TCACCCTTGT CATGACACAA ACCAAGGTAG AATCTGTGGA TGAACAGCAA 
CGTGACCGTA GTCTTACCAG TCACATAAAT CTAATTGATT TAGCAGGCAG CGAATGCTGT 
TCTACGGCTC AGACCACTGG AGAAAGGCTG AAGGAGGGTG TGAGTATTAA TAAATCACTC 
TTAACCCTTG GAAAGGTTAT TTCTGCACTC TCAAAGCAGT CTCAAAATGG AAAGAAAACT 
TTCATTCCTT ACCGGGAATC TGTCCTTACT TGGTTATTGA AGGAAAGTCT TGGTGGAAAT 
TCACAAACGG CTATGATTGC CACAATAAGT CCAGCTGCCA GCAGCACAGA AGAAACTCTC 
AGCACTCTTC GCTATGCAAA ACAAGCTTGT TCAATTATCA ACACTGCTAA AGTAAATGAA 
GATGTGAATG CCAAGTTGAT CAGAGAATTG AAAGCTGAAA TTGAAAAACT GAAGGCACAG 
AAAAGTGCTC AGAACACTGA TCCTGAAAAA TACAGGCGTT ATTTGCAGGA AATAACATCT 
CTGAGGATGA AATTGCATCA ACAGGAGAGG GACACAGCAG AAATGCAAAG GGCCTGGAAA 
GAAAAACTTG AGCAAGCAGA AAAGAGGAAA TTAGAAGATA TAAAGGAATT GCAGAAAGCA 
GGAATTGCAT TCAAAATGGA CAATCACTTA CCAAACCTTG TTAATCTCAG TGAAGATCCT 
CAGCTTTCTG AGGTGCTGTT GTATATGATT AAAGAAGGAG AAACTACAGT TGGAAGGTAT 
ACACCGAATT CAAAACATGA TATCCAGCTT TCTGGAGTGC TAATTGCTGA TGACCATTGC 
GTTATAAAAA ATAACCTTGG CCAAGTGAGT ATTATTCCAC GGAGAGAAGC AAAGACATAT 
GTAAATGGGA AATGCATTTT AGACCCGACA GTTCTGCATC ATGGTGATCG AGTGATCCTT 
GGGGGAGACC ATTATTTCAG GTTTAATCAT CCAGTAGAGG TTCAGAAAGT TAAGAGACCA 
TCTTGTGGGA CTACACTTTT GCATGATGGT CCTAAAGATT TTGAATTTGC AAAGAACGAG 
CTGCTTATTG CACAGAAAAC TCAGCTTGAA TCAGAAATTG AAGAGGCACG ACTCAAAGCC 
AAAGAAGAAA TGATGCAAAG TGTCCAAATA GCAAAAGAGA TGATTCAGCA AGAACTGACA 
TCACAAAAAG AAGCTTATGA AAGCAAAATA AAATCACTGG AAGCAGAGGT GAGAGAAGAA 
TCTCGTAAGA AGCAAATGCA AGAACTGAAA AACCAAAAGG CTGCAACTAA AATACAGGAG 
CTAGAGAAGG CAAAGCAAAA TCTTGAGCTA GAATTACACT TCAACAAGAA GCGTTTAGAA 
GTGGAGACCT TAGCTACGAA GCAGGCTCTG GAAGATCATA GTATTCATCA TGCAAAGATA 
CTTCAGGCTC TGGAAGCTGA GAAACAGAAG ATTGCTGAAG AAATACAAAC CCTTCAGAAG 
AACCGTGGAA GTGGGAATAA AACTATGACT ATTCCTCTTA ACTGGAATTC TTTGAAGTTA 
TCTGTGATGA TCAAAGAGGC CAACACCATT AGTAATGAAC TAGGGAAAAA CACTGTTTTC 
TGCAGGCACG ACAAAGTTGA TGATAAAACA GGAACAGTAT CTTCTATTCA AGTGCAGGTT 
CGTAATATCA AACTGGGAAT AGCAACGTTC TGGAGCCTGG AGAAATTTGA ATGCAAACTA 
GCAGCAATGA AAGAACTCTA TGAGAGTAAT GATAACAATA AAGCTGCTGA TGTGTTTTAT 
GACCCTGCTG ATGAATGGGA ACCCGACCTT TCAGATGCCT CAGTTTCCTC TCTTTCCAGG 
AGAAGAAGTA GAAGTTTAAT GAAGAACAAG AGAATTTCTA GATGTTTGTC TGGTATAAAA 
TTGGAACCAA CCCATGATAC ACAAACTTCC TATATTTCAG GTTCACAGAG TAAATCCAGC 
ATATGCCCAA ACTTCTCTGA ATCACTTCTT CCTGGAATTT GCAAAGAATC TGTAAGTTCA 
GCTTTAGATT TACTGGAACA GAATCATGAA GGGAGAAAGA GCATAGCAGA TCATCTCCTA 
AGGAATTTGT TTACCATTTT CTCTGGAGTT TCTGCCATTT CAAAAGCCTA TGAACAGCAA 
GATGAAGAAT GTCAAAAAAA TTTTTTCTCT ACTGATCCTG CTGCTCAGTC CTACAGCATC 
AAAATCACCT CTGTGTTTGG CCAGCTTGTG GTTCTAGTCA AGGTTTGGCT TAACCATGTG 
CAAAAGAGCC CTAGCTCTGT GAAGACTGAT GAAGAATTGA AACAGGAAGT AAAGAACCTG 
GGAGGTTATT TACAGTTACT GTTGCAGGGA TGTTCTTCAG ATATTTCCTC AATGGTAACA 
GAAGCACAGA GCAAAGTGAA CGAAGCAGTA AAACAAACAA TTAAATGCAT AGGACACTTG 
GCAGTATTCA CAAGAACTGA TATTTCCATT TTTGAAGAGA ACGACATTCC TGCAACTAGT 
CTACAGGACT TCGTACTTGC TGTTTATGAT GGAGTAGGTT TGGGGCTGGA CTTTCTTACA 
GAAACAGTAC AGGAAAAAGC AAGAACGGTG CAGGAAGAAC TATTGAAACA ACATCCACAA 
AATGAGATTC AAAATCGAAT AAGGGATGAT GCTGTGGCAT TAGCCAGGTT CCTTGAAAAT 
AACATCTCTT CTTGCAGAAA GAAAGAAGTA GAATCTCAAT TACCAGAAGA AGATTATGTG 
TATATGGAAA TCAAGAGAAG TACTAAGATC GCTGTGAAAT ACTTGGAATT GGAGCAGTGC 
CTCGCTGAAG TCTATCAGAT CGTTTCTTCT ACATTACAAG GGTCATTCAG AAACACAAGC 
CCTCTCAGGA GCTTTGCAGG AGAGATTTGT TTCATAGCTG GATGTTTGTA CAATTATTTC 
AGTTCATTTC CTTTGGCTTC TACTTCTACA AACAATCCTA TCCAGAGAAC ACCCATGCCA 
TTTATGAACT TGGATGAATT GGACTCTCTG GTTGATTCCC TTATTGTGAA TTTTGAACTT 
GACCAAGGGC AGCAAAATCT GAAATCTCAG CCTCTGTGTA ATGAAACTGA GACCGAAGGA 
AGCCAAAGTG AAACAGGTGG AGATGAATTT CCTTTGAAAC TGAAGGGGAT TCCAAAACAC 
ACATATAAAC TCCAGTCACC ACCTACGTTT CCAGAGGAAC TCTCACTTGG CAAGATACAG 
TGGGTATAA

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

RefSeq	XP_021133084.2
CDS	190..5118
Translation	MPDYKVPARNPSETQCTTTSQRISSRSAFTSSKMSGQQLTSQMSGKEKDGLLSSSRNRTEEVNSTYVISACNNANDASVTLKPQDRLTLQRRTRVSKNLVSSSEQSDNKIRQSIENTQTGKRCTLQRRVRTGSVEKSKINWNAVPGIENNDFAERNYKTALRPNINNNDTRHGNPSCKLAEGQSNTKMHFNLNSKDLFGNVENDKRTPVKRKTSTADSKLQNEAHISEQLVTSKNINRISGEQLNEKGDVNKLEEKQRLQHLMIKHNSLERPRIPTKGSTEGFMLTPKNSTFQDKSSLSALNKRPLHPPLVSKKKTGVSSCPVSISAKEKVETLTENNSTEEDIFKVENSKVTVAVRVRPFSNREKNENSLPVVSMSGSETAVRNPSTNQVYTFSYDFSFWSFDKCHPNFASQAMIYKTLALPLLERAFEGYNACLFAYGQTGTGKSYTMMGFDEDRGIIPRLCEDLFSQMDKQQVLYHLEMSYFEVYNEKIHDLLVFKAENRQKKQPLRVREHPVLGPYVEDLTVNVVSSYSDIQSWLELGNKQRATAATVMNDKSSRSHSVFTLVMTQTKVESVDEQQRDRSLTSHINLIDLAGSECCSTAQTTGERLKEGVSINKSLLTLGKVISALSKQSQNGKKTFIPYRESVLTWLLKESLGGNSQTAMIATISPAASSTEETLSTLRYAKQACSIINTAKVNEDVNAKLIRELKAEIEKLKAQKSAQNTDPEKYRRYLQEITSLRMKLHQQERDTAEMQRAWKEKLEQAEKRKLEDIKELQKAGIAFKMDNHLPNLVNLSEDPQLSEVLLYMIKEGETTVGRYTPNSKHDIQLSGVLIADDHCVIKNNLGQVSIIPRREAKTYVNGKCILDPTVLHHGDRVILGGDHYFRFNHPVEVQKVKRPSCGTTLLHDGPKDFEFAKNELLIAQKTQLESEIEEARLKAKEEMMQSVQIAKEMIQQELTSQKEAYESKIKSLEAEVREESRKKQMQELKNQKAATKIQELEKAKQNLELELHFNKKRLEVETLATKQALEDHSIHHAKILQALEAEKQKIAEEIQTLQKNRGSGNKTMTIPLNWNSLKLSVMIKEANTISNELGKNTVFCRHDKVDDKTGTVSSIQVQVRNIKLGIATFWSLEKFECKLAAMKELYESNDNNKAADVFYDPADEWEPDLSDASVSSLSRRRSRSLMKNKRISRCLSGIKLEPTHDTQTSYISGSQSKSSICPNFSESLLPGICKESVSSALDLLEQNHEGRKSIADHLLRNLFTIFSGVSAISKAYEQQDEECQKNFFSTDPAAQSYSIKITSVFGQLVVLVKVWLNHVQKSPSSVKTDEELKQEVKNLGGYLQLLLQGCSSDISSMVTEAQSKVNEAVKQTIKCIGHLAVFTRTDISIFEENDIPATSLQDFVLAVYDGVGLGLDFLTETVQEKARTVQEELLKQHPQNEIQNRIRDDAVALARFLENNISSCRKKEVESQLPEEDYVYMEIKRSTKIAVKYLELEQCLAEVYQIVSSTLQGSFRNTSPLRSFAGEICFIAGCLYNYFSSFPLASTSTNNPIQRTPMPFMNLDELDSLVDSLIVNFELDQGQQNLKSQPLCNETETEGSQSETGGDEFPLKLKGIPKHTYKLQSPPTFPEELSLGKIQWV

Target ORF information:

RefSeq Version	XM_021277409.2
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X6, mRNA.

Target ORF information:

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

XM_021277409.2

ORF Insert Sequence:

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCAG AAAGAAATTA CAAGACTGCA 
CTTCGACCAA ATATTAATAA TAATGATACT CGGCATGGTA ATCCAAGCTG TAAATTAGCT 
GAGGGTCAGT CAAATACGAA GATGCATTTT AACCTGAACA GCAAGGACTT GTTTGGCAAT 
GTTGAAAATG ACAAACGCAC ACCTGTAAAA CGTAAGACAA GCACTGCTGA CTCAAAACTT 
CAAAATGAAG CTCATATATC AGAGCAATTA GTTACCTCAA AGAACATTAA TAGGATATCA 
GGAGAGCAAC TGAATGAAAA AGGTGATGTA AATAAGCTAG AGGAAAAACA AAGGTTACAA 
CACTTAATGA TAAAGCATAA CAGTTTAGAA AGGCCAAGGA TACCAACAAA AGGTTCAACA 
GAAGGATTTA TGCTTACACC AAAGAACAGC ACATTTCAGG ATAAGTCATC TCTGTCAGCT 
TTAAATAAAC GACCACTTCA TCCTCCGTTG GTGTCAAAAA AGAAAACCGG TGTTTCTAGT 
TGTCCTGTGA GTATAAGTGC AAAAGAGAAA GTAGAAACGC TTACAGAGAA CAACAGCACT 
GAGGAAGATA TTTTCAAAGT AGAAAACAGC AAAGTGACTG TAGCTGTGCG TGTACGGCCT 
TTCAGTAACA GAGAGAAAAA TGAAAACTCA CTTCCTGTAG TCTCCATGAG TGGCTCGGAG 
ACAGCTGTAC GAAATCCAAG CACAAACCAA GTTTACACCT TCAGTTATGA CTTCTCTTTC 
TGGTCTTTTG ACAAGTGTCA TCCTAATTTT GCAAGCCAAG CAATGATTTA TAAAACTTTG 
GCACTGCCAC TCCTAGAAAG AGCTTTTGAG GGCTATAATG CGTGTCTTTT TGCTTATGGG 
CAAACTGGTA CTGGAAAATC ATACACGATG ATGGGGTTTG ATGAAGACCG AGGGATAATT 
CCAAGACTCT GTGAAGATCT TTTCAGTCAA ATGGACAAAC AACAGGTCTT GTATCACCTT 
GAAATGAGCT ATTTTGAAGT TTACAATGAG AAAATTCATG ATTTGCTTGT CTTCAAAGCT 
GAAAACAGAC AGAAGAAACA ACCACTCCGT GTAAGGGAAC ACCCGGTGTT AGGACCGTAT 
GTGGAGGACC TAACAGTGAA TGTTGTCAGT TCTTACTCTG ATATCCAGAG TTGGCTTGAG 
CTAGGGAATA AGCAGAGAGC AACAGCTGCT ACGGTAATGA ATGACAAGAG TTCTAGATCT 
CATTCTGTCT TCACCCTTGT CATGACACAA ACCAAGGTAG AATCTGTGGA TGAACAGCAA 
CGTGACCGTA GTCTTACCAG TCACATAAAT CTAATTGATT TAGCAGGCAG CGAATGCTGT 
TCTACGGCTC AGACCACTGG AGAAAGGCTG AAGGAGGGTG TGAGTATTAA TAAATCACTC 
TTAACCCTTG GAAAGGTTAT TTCTGCACTC TCAAAGCAGT CTCAAAATGG AAAGAAAACT 
TTCATTCCTT ACCGGGAATC TGTCCTTACT TGGTTATTGA AGGAAAGTCT TGGTGGAAAT 
TCACAAACGG CTATGATTGC CACAATAAGT CCAGCTGCCA GCAGCACAGA AGAAACTCTC 
AGCACTCTTC GCTATGCAAA ACAAGCTTGT TCAATTATCA ACACTGCTAA AGTAAATGAA 
GATGTGAATG CCAAGTTGAT CAGAGAATTG AAAGCTGAAA TTGAAAAACT GAAGGCACAG 
AAAAGTGCTC AGAACACTGA TCCTGAAAAA TACAGGCGTT ATTTGCAGGA AATAACATCT 
CTGAGGATGA AATTGCATCA ACAGGAGAGG GACACAGCAG AAATGCAAAG GGCCTGGAAA 
GAAAAACTTG AGCAAGCAGA AAAGAGGAAA TTAGAAGATA TAAAGGAATT GCAGAAAGCA 
GGAATTGCAT TCAAAATGGA CAATCACTTA CCAAACCTTG TTAATCTCAG TGAAGATCCT 
CAGCTTTCTG AGGTGCTGTT GTATATGATT AAAGAAGGAG AAACTACAGT TGGAAGGTAT 
ACACCGAATT CAAAACATGA TATCCAGCTT TCTGGAGTGC TAATTGCTGA TGACCATTGC 
GTTATAAAAA ATAACCTTGG CCAAGTGAGT ATTATTCCAC GGAGAGAAGC AAAGACATAT 
GTAAATGGGA AATGCATTTT AGACCCGACA GTTCTGCATC ATGGTGATCG AGTGATCCTT 
GGGGGAGACC ATTATTTCAG GTTTAATCAT CCAGTAGAGG TTCAGAAAGT TAAGAGACCA 
TCTTGTGGGA CTACACTTTT GCATGATGGT CCTAAAGATT TTGAATTTGC AAAGAACGAG 
CTGCTTATTG CACAGAAAAC TCAGCTTGAA TCAGAAATTG AAGAGGCACG ACTCAAAGCC 
AAAGAAGAAA TGATGCAAAG TGTCCAAATA GCAAAAGAGA TGATTCAGCA AGAACTGACA 
TCACAAAAAG AAGCTTATGA AAGCAAAATA AAATCACTGG AAGCAGAGGT GAGAGAAGAA 
TCTCGTAAGA AGCAAATGCA AGAACTGAAA AACCAAAAGG CTGCAACTAA AATACAGGAG 
CTAGAGAAGG CAAAGCAAAA TCTTGAGCTA GAATTACACT TCAACAAGAA GCGTTTAGAA 
GTGGAGACCT TAGCTACGAA GCAGGCTCTG GAAGATCATA GTATTCATCA TGCAAAGATA 
CTTCAGGCTC TGGAAGCTGA GAAACAGAAG ATTGCTGAAG AAATACAAAC CCTTCAGAAG 
AACCGTGGAA GTGGGAATAA AACTATGACT ATTCCTCTTA ACTGGAATTC TTTGAAGTTA 
TCTGTGATGA TCAAAGAGGC CAACACCATT AGTAATGAAC TAGGGAAAAA CACTGTTTTC 
TGCAGGCACG ACAAAGTTGA TGATAAAACA GGAACAGTAT CTTCTATTCA AGTGCAGGTT 
CGTAATATCA AACTGGGAAT AGCAACGTTC TGGAGCCTGG AGAAATTTGA ATGCAAACTA 
GCAGCAATGA AAGAACTCTA TGAGAGTAAT GATAACAATA AAGCTGCTGA TGTGTTTTAT 
GACCCTGCTG ATGAATGGGA ACCCGACCTT TCAGATGCCT CAGTTTCCTC TCTTTCCAGG 
AGAAGAAGTA GAAGTTTAAT GAAGAACAAG AGAATTTCTA GATGTTTGTC TGGTATAAAA 
TTGGAACCAA CCCATGATAC ACAAACTTCC TATATTTCAG GTTCACAGAG TAAATCCAGC 
ATATGCCCAA ACTTCTCTGA ATCACTTCTT CCTGGAATTT GCAAAGAATC TGTAAGTTCA 
GCTTTAGATT TACTGGAACA GAATCATGAA GGGAGAAAGA GCATAGCAGA TCATCTCCTA 
AGGAATTTGT TTACCATTTT CTCTGGAGTT TCTGCCATTT CAAAAGCCTA TGAACAGCAA 
GATGAAGAAT GTCAAAAAAA TTTTTTCTCT ACTGATCCTG CTGCTCAGTC CTACAGCATC 
AAAATCACCT CTGTGTTTGG CCAGCTTGTG GTTCTAGTCA AGGTTTGGCT TAACCATGTG 
CAAAAGAGCC CTAGCTCTGT GAAGACTGAT GAAGAATTGA AACAGGAAGT AAAGAACCTG 
GGAGGTTATT TACAGTTACT GTTGCAGGGA TGTTCTTCAG ATATTTCCTC AATGGTAACA 
GAAGCACAGA GCAAAGTGAA CGAAGCAGTA AAACAAACAA TTAAATGCAT AGGACACTTG 
GCAGTATTCA CAAGAACTGA TATTTCCATT TTTGAAGAGA ACGACATTCC TGCAACTAGT 
CTACAGGACT TCGTACTTGC TGTTTATGAT GGAGTAGGTT TGGGGCTGGA CTTTCTTACA 
GAAACAGTAC AGGAAAAAGC AAGAACGGTG CAGGAAGAAC TATTGAAACA ACATCCACAA 
AATGAGATTC AAAATCGAAT AAGGGATGAT GCTGTGGCAT TAGCCAGGTT CCTTGAAAAT 
AACATCTCTT CTTGCAGAAA GAAAGAAGTA GAATCTCAAT TACCAGAAGA AGATTATGTG 
TATATGGAAA TCAAGAGAAG TACTAAGATC GCTGTGAAAT ACTTGGAATT GGAGCAGTGC 
CTCGCTGAAG TCTATCAGAT CGTTTCTTCT ACATTACAAG GGTCATTCAG AAACACAAGC 
CCTCTCAGGA GCTTTGCAGG AGAGATTTGT TTCATAGCTG GATGTTTGTA CAATTATTTC 
AGTTCATTTC CTTTGGCTTC TACTTCTACA AACAATCCTA TCCAGAGAAC ACCCATGCCA 
TTTATGAACT TGGATGAATT GGACTCTCTG GTTGATTCCC TTATTGTGAA TTTTGAACTT 
GACCAAGGGC AGCAAAATCT GAAATCTCAG CCTCTGTGTA ATGAAACTGA GACCGAAGGA 
AGCCAAAGTG AAACAGGTGG AGATGAATTT CCTTTGAAAC TGAAGGGGAT TCCAAAACAC 
ACATATAAAC TCCAGTCACC ACCTACGTTT CCAGAGGAAC TCTCACTTGG CAAGATACAG 
TGGGTATAA

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

KIF14 ( XM_021277406.2 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_021133081.2 Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAn182913
Clone ID Related Accession (Same CDS sequence)	XM_027463146.1 , XM_021277409.2 , XM_021277406.2 , XM_027463143.1 , XM_027463142.1 , XM_027463144.1 , XM_027463147.1
Accession Version	XM_021277406.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4929bp) 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	2018-12-19
Organism	Anas platyrhynchos(mallard)
Product	kinesin-like protein KIF14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_040053.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 20, 2018 this sequence version replaced XM_021277406.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Anas platyrhynchos Annotation Release 103 Annotation Version :: 103 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##

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCAG AAAGAAATTA CAAGACTGCA 
CTTCGACCAA ATATTAATAA TAATGATACT CGGCATGGTA ATCCAAGCTG TAAATTAGCT 
GAGGGTCAGT CAAATACGAA GATGCATTTT AACCTGAACA GCAAGGACTT GTTTGGCAAT 
GTTGAAAATG ACAAACGCAC ACCTGTAAAA CGTAAGACAA GCACTGCTGA CTCAAAACTT 
CAAAATGAAG CTCATATATC AGAGCAATTA GTTACCTCAA AGAACATTAA TAGGATATCA 
GGAGAGCAAC TGAATGAAAA AGGTGATGTA AATAAGCTAG AGGAAAAACA AAGGTTACAA 
CACTTAATGA TAAAGCATAA CAGTTTAGAA AGGCCAAGGA TACCAACAAA AGGTTCAACA 
GAAGGATTTA TGCTTACACC AAAGAACAGC ACATTTCAGG ATAAGTCATC TCTGTCAGCT 
TTAAATAAAC GACCACTTCA TCCTCCGTTG GTGTCAAAAA AGAAAACCGG TGTTTCTAGT 
TGTCCTGTGA GTATAAGTGC AAAAGAGAAA GTAGAAACGC TTACAGAGAA CAACAGCACT 
GAGGAAGATA TTTTCAAAGT AGAAAACAGC AAAGTGACTG TAGCTGTGCG TGTACGGCCT 
TTCAGTAACA GAGAGAAAAA TGAAAACTCA CTTCCTGTAG TCTCCATGAG TGGCTCGGAG 
ACAGCTGTAC GAAATCCAAG CACAAACCAA GTTTACACCT TCAGTTATGA CTTCTCTTTC 
TGGTCTTTTG ACAAGTGTCA TCCTAATTTT GCAAGCCAAG CAATGATTTA TAAAACTTTG 
GCACTGCCAC TCCTAGAAAG AGCTTTTGAG GGCTATAATG CGTGTCTTTT TGCTTATGGG 
CAAACTGGTA CTGGAAAATC ATACACGATG ATGGGGTTTG ATGAAGACCG AGGGATAATT 
CCAAGACTCT GTGAAGATCT TTTCAGTCAA ATGGACAAAC AACAGGTCTT GTATCACCTT 
GAAATGAGCT ATTTTGAAGT TTACAATGAG AAAATTCATG ATTTGCTTGT CTTCAAAGCT 
GAAAACAGAC AGAAGAAACA ACCACTCCGT GTAAGGGAAC ACCCGGTGTT AGGACCGTAT 
GTGGAGGACC TAACAGTGAA TGTTGTCAGT TCTTACTCTG ATATCCAGAG TTGGCTTGAG 
CTAGGGAATA AGCAGAGAGC AACAGCTGCT ACGGTAATGA ATGACAAGAG TTCTAGATCT 
CATTCTGTCT TCACCCTTGT CATGACACAA ACCAAGGTAG AATCTGTGGA TGAACAGCAA 
CGTGACCGTA GTCTTACCAG TCACATAAAT CTAATTGATT TAGCAGGCAG CGAATGCTGT 
TCTACGGCTC AGACCACTGG AGAAAGGCTG AAGGAGGGTG TGAGTATTAA TAAATCACTC 
TTAACCCTTG GAAAGGTTAT TTCTGCACTC TCAAAGCAGT CTCAAAATGG AAAGAAAACT 
TTCATTCCTT ACCGGGAATC TGTCCTTACT TGGTTATTGA AGGAAAGTCT TGGTGGAAAT 
TCACAAACGG CTATGATTGC CACAATAAGT CCAGCTGCCA GCAGCACAGA AGAAACTCTC 
AGCACTCTTC GCTATGCAAA ACAAGCTTGT TCAATTATCA ACACTGCTAA AGTAAATGAA 
GATGTGAATG CCAAGTTGAT CAGAGAATTG AAAGCTGAAA TTGAAAAACT GAAGGCACAG 
AAAAGTGCTC AGAACACTGA TCCTGAAAAA TACAGGCGTT ATTTGCAGGA AATAACATCT 
CTGAGGATGA AATTGCATCA ACAGGAGAGG GACACAGCAG AAATGCAAAG GGCCTGGAAA 
GAAAAACTTG AGCAAGCAGA AAAGAGGAAA TTAGAAGATA TAAAGGAATT GCAGAAAGCA 
GGAATTGCAT TCAAAATGGA CAATCACTTA CCAAACCTTG TTAATCTCAG TGAAGATCCT 
CAGCTTTCTG AGGTGCTGTT GTATATGATT AAAGAAGGAG AAACTACAGT TGGAAGGTAT 
ACACCGAATT CAAAACATGA TATCCAGCTT TCTGGAGTGC TAATTGCTGA TGACCATTGC 
GTTATAAAAA ATAACCTTGG CCAAGTGAGT ATTATTCCAC GGAGAGAAGC AAAGACATAT 
GTAAATGGGA AATGCATTTT AGACCCGACA GTTCTGCATC ATGGTGATCG AGTGATCCTT 
GGGGGAGACC ATTATTTCAG GTTTAATCAT CCAGTAGAGG TTCAGAAAGT TAAGAGACCA 
TCTTGTGGGA CTACACTTTT GCATGATGGT CCTAAAGATT TTGAATTTGC AAAGAACGAG 
CTGCTTATTG CACAGAAAAC TCAGCTTGAA TCAGAAATTG AAGAGGCACG ACTCAAAGCC 
AAAGAAGAAA TGATGCAAAG TGTCCAAATA GCAAAAGAGA TGATTCAGCA AGAACTGACA 
TCACAAAAAG AAGCTTATGA AAGCAAAATA AAATCACTGG AAGCAGAGGT GAGAGAAGAA 
TCTCGTAAGA AGCAAATGCA AGAACTGAAA AACCAAAAGG CTGCAACTAA AATACAGGAG 
CTAGAGAAGG CAAAGCAAAA TCTTGAGCTA GAATTACACT TCAACAAGAA GCGTTTAGAA 
GTGGAGACCT TAGCTACGAA GCAGGCTCTG GAAGATCATA GTATTCATCA TGCAAAGATA 
CTTCAGGCTC TGGAAGCTGA GAAACAGAAG ATTGCTGAAG AAATACAAAC CCTTCAGAAG 
AACCGTGGAA GTGGGAATAA AACTATGACT ATTCCTCTTA ACTGGAATTC TTTGAAGTTA 
TCTGTGATGA TCAAAGAGGC CAACACCATT AGTAATGAAC TAGGGAAAAA CACTGTTTTC 
TGCAGGCACG ACAAAGTTGA TGATAAAACA GGAACAGTAT CTTCTATTCA AGTGCAGGTT 
CGTAATATCA AACTGGGAAT AGCAACGTTC TGGAGCCTGG AGAAATTTGA ATGCAAACTA 
GCAGCAATGA AAGAACTCTA TGAGAGTAAT GATAACAATA AAGCTGCTGA TGTGTTTTAT 
GACCCTGCTG ATGAATGGGA ACCCGACCTT TCAGATGCCT CAGTTTCCTC TCTTTCCAGG 
AGAAGAAGTA GAAGTTTAAT GAAGAACAAG AGAATTTCTA GATGTTTGTC TGGTATAAAA 
TTGGAACCAA CCCATGATAC ACAAACTTCC TATATTTCAG GTTCACAGAG TAAATCCAGC 
ATATGCCCAA ACTTCTCTGA ATCACTTCTT CCTGGAATTT GCAAAGAATC TGTAAGTTCA 
GCTTTAGATT TACTGGAACA GAATCATGAA GGGAGAAAGA GCATAGCAGA TCATCTCCTA 
AGGAATTTGT TTACCATTTT CTCTGGAGTT TCTGCCATTT CAAAAGCCTA TGAACAGCAA 
GATGAAGAAT GTCAAAAAAA TTTTTTCTCT ACTGATCCTG CTGCTCAGTC CTACAGCATC 
AAAATCACCT CTGTGTTTGG CCAGCTTGTG GTTCTAGTCA AGGTTTGGCT TAACCATGTG 
CAAAAGAGCC CTAGCTCTGT GAAGACTGAT GAAGAATTGA AACAGGAAGT AAAGAACCTG 
GGAGGTTATT TACAGTTACT GTTGCAGGGA TGTTCTTCAG ATATTTCCTC AATGGTAACA 
GAAGCACAGA GCAAAGTGAA CGAAGCAGTA AAACAAACAA TTAAATGCAT AGGACACTTG 
GCAGTATTCA CAAGAACTGA TATTTCCATT TTTGAAGAGA ACGACATTCC TGCAACTAGT 
CTACAGGACT TCGTACTTGC TGTTTATGAT GGAGTAGGTT TGGGGCTGGA CTTTCTTACA 
GAAACAGTAC AGGAAAAAGC AAGAACGGTG CAGGAAGAAC TATTGAAACA ACATCCACAA 
AATGAGATTC AAAATCGAAT AAGGGATGAT GCTGTGGCAT TAGCCAGGTT CCTTGAAAAT 
AACATCTCTT CTTGCAGAAA GAAAGAAGTA GAATCTCAAT TACCAGAAGA AGATTATGTG 
TATATGGAAA TCAAGAGAAG TACTAAGATC GCTGTGAAAT ACTTGGAATT GGAGCAGTGC 
CTCGCTGAAG TCTATCAGAT CGTTTCTTCT ACATTACAAG GGTCATTCAG AAACACAAGC 
CCTCTCAGGA GCTTTGCAGG AGAGATTTGT TTCATAGCTG GATGTTTGTA CAATTATTTC 
AGTTCATTTC CTTTGGCTTC TACTTCTACA AACAATCCTA TCCAGAGAAC ACCCATGCCA 
TTTATGAACT TGGATGAATT GGACTCTCTG GTTGATTCCC TTATTGTGAA TTTTGAACTT 
GACCAAGGGC AGCAAAATCT GAAATCTCAG CCTCTGTGTA ATGAAACTGA GACCGAAGGA 
AGCCAAAGTG AAACAGGTGG AGATGAATTT CCTTTGAAAC TGAAGGGGAT TCCAAAACAC 
ACATATAAAC TCCAGTCACC ACCTACGTTT CCAGAGGAAC TCTCACTTGG CAAGATACAG 
TGGGTATAA

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

RefSeq	XP_021133081.2
CDS	271..5199
Translation	MPDYKVPARNPSETQCTTTSQRISSRSAFTSSKMSGQQLTSQMSGKEKDGLLSSSRNRTEEVNSTYVISACNNANDASVTLKPQDRLTLQRRTRVSKNLVSSSEQSDNKIRQSIENTQTGKRCTLQRRVRTGSVEKSKINWNAVPGIENNDFAERNYKTALRPNINNNDTRHGNPSCKLAEGQSNTKMHFNLNSKDLFGNVENDKRTPVKRKTSTADSKLQNEAHISEQLVTSKNINRISGEQLNEKGDVNKLEEKQRLQHLMIKHNSLERPRIPTKGSTEGFMLTPKNSTFQDKSSLSALNKRPLHPPLVSKKKTGVSSCPVSISAKEKVETLTENNSTEEDIFKVENSKVTVAVRVRPFSNREKNENSLPVVSMSGSETAVRNPSTNQVYTFSYDFSFWSFDKCHPNFASQAMIYKTLALPLLERAFEGYNACLFAYGQTGTGKSYTMMGFDEDRGIIPRLCEDLFSQMDKQQVLYHLEMSYFEVYNEKIHDLLVFKAENRQKKQPLRVREHPVLGPYVEDLTVNVVSSYSDIQSWLELGNKQRATAATVMNDKSSRSHSVFTLVMTQTKVESVDEQQRDRSLTSHINLIDLAGSECCSTAQTTGERLKEGVSINKSLLTLGKVISALSKQSQNGKKTFIPYRESVLTWLLKESLGGNSQTAMIATISPAASSTEETLSTLRYAKQACSIINTAKVNEDVNAKLIRELKAEIEKLKAQKSAQNTDPEKYRRYLQEITSLRMKLHQQERDTAEMQRAWKEKLEQAEKRKLEDIKELQKAGIAFKMDNHLPNLVNLSEDPQLSEVLLYMIKEGETTVGRYTPNSKHDIQLSGVLIADDHCVIKNNLGQVSIIPRREAKTYVNGKCILDPTVLHHGDRVILGGDHYFRFNHPVEVQKVKRPSCGTTLLHDGPKDFEFAKNELLIAQKTQLESEIEEARLKAKEEMMQSVQIAKEMIQQELTSQKEAYESKIKSLEAEVREESRKKQMQELKNQKAATKIQELEKAKQNLELELHFNKKRLEVETLATKQALEDHSIHHAKILQALEAEKQKIAEEIQTLQKNRGSGNKTMTIPLNWNSLKLSVMIKEANTISNELGKNTVFCRHDKVDDKTGTVSSIQVQVRNIKLGIATFWSLEKFECKLAAMKELYESNDNNKAADVFYDPADEWEPDLSDASVSSLSRRRSRSLMKNKRISRCLSGIKLEPTHDTQTSYISGSQSKSSICPNFSESLLPGICKESVSSALDLLEQNHEGRKSIADHLLRNLFTIFSGVSAISKAYEQQDEECQKNFFSTDPAAQSYSIKITSVFGQLVVLVKVWLNHVQKSPSSVKTDEELKQEVKNLGGYLQLLLQGCSSDISSMVTEAQSKVNEAVKQTIKCIGHLAVFTRTDISIFEENDIPATSLQDFVLAVYDGVGLGLDFLTETVQEKARTVQEELLKQHPQNEIQNRIRDDAVALARFLENNISSCRKKEVESQLPEEDYVYMEIKRSTKIAVKYLELEQCLAEVYQIVSSTLQGSFRNTSPLRSFAGEICFIAGCLYNYFSSFPLASTSTNNPIQRTPMPFMNLDELDSLVDSLIVNFELDQGQQNLKSQPLCNETETEGSQSETGGDEFPLKLKGIPKHTYKLQSPPTFPEELSLGKIQWV

Target ORF information:

RefSeq Version	XM_021277406.2
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X1, mRNA.

Target ORF information:

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

XM_021277406.2

ORF Insert Sequence:

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCAG AAAGAAATTA CAAGACTGCA 
CTTCGACCAA ATATTAATAA TAATGATACT CGGCATGGTA ATCCAAGCTG TAAATTAGCT 
GAGGGTCAGT CAAATACGAA GATGCATTTT AACCTGAACA GCAAGGACTT GTTTGGCAAT 
GTTGAAAATG ACAAACGCAC ACCTGTAAAA CGTAAGACAA GCACTGCTGA CTCAAAACTT 
CAAAATGAAG CTCATATATC AGAGCAATTA GTTACCTCAA AGAACATTAA TAGGATATCA 
GGAGAGCAAC TGAATGAAAA AGGTGATGTA AATAAGCTAG AGGAAAAACA AAGGTTACAA 
CACTTAATGA TAAAGCATAA CAGTTTAGAA AGGCCAAGGA TACCAACAAA AGGTTCAACA 
GAAGGATTTA TGCTTACACC AAAGAACAGC ACATTTCAGG ATAAGTCATC TCTGTCAGCT 
TTAAATAAAC GACCACTTCA TCCTCCGTTG GTGTCAAAAA AGAAAACCGG TGTTTCTAGT 
TGTCCTGTGA GTATAAGTGC AAAAGAGAAA GTAGAAACGC TTACAGAGAA CAACAGCACT 
GAGGAAGATA TTTTCAAAGT AGAAAACAGC AAAGTGACTG TAGCTGTGCG TGTACGGCCT 
TTCAGTAACA GAGAGAAAAA TGAAAACTCA CTTCCTGTAG TCTCCATGAG TGGCTCGGAG 
ACAGCTGTAC GAAATCCAAG CACAAACCAA GTTTACACCT TCAGTTATGA CTTCTCTTTC 
TGGTCTTTTG ACAAGTGTCA TCCTAATTTT GCAAGCCAAG CAATGATTTA TAAAACTTTG 
GCACTGCCAC TCCTAGAAAG AGCTTTTGAG GGCTATAATG CGTGTCTTTT TGCTTATGGG 
CAAACTGGTA CTGGAAAATC ATACACGATG ATGGGGTTTG ATGAAGACCG AGGGATAATT 
CCAAGACTCT GTGAAGATCT TTTCAGTCAA ATGGACAAAC AACAGGTCTT GTATCACCTT 
GAAATGAGCT ATTTTGAAGT TTACAATGAG AAAATTCATG ATTTGCTTGT CTTCAAAGCT 
GAAAACAGAC AGAAGAAACA ACCACTCCGT GTAAGGGAAC ACCCGGTGTT AGGACCGTAT 
GTGGAGGACC TAACAGTGAA TGTTGTCAGT TCTTACTCTG ATATCCAGAG TTGGCTTGAG 
CTAGGGAATA AGCAGAGAGC AACAGCTGCT ACGGTAATGA ATGACAAGAG TTCTAGATCT 
CATTCTGTCT TCACCCTTGT CATGACACAA ACCAAGGTAG AATCTGTGGA TGAACAGCAA 
CGTGACCGTA GTCTTACCAG TCACATAAAT CTAATTGATT TAGCAGGCAG CGAATGCTGT 
TCTACGGCTC AGACCACTGG AGAAAGGCTG AAGGAGGGTG TGAGTATTAA TAAATCACTC 
TTAACCCTTG GAAAGGTTAT TTCTGCACTC TCAAAGCAGT CTCAAAATGG AAAGAAAACT 
TTCATTCCTT ACCGGGAATC TGTCCTTACT TGGTTATTGA AGGAAAGTCT TGGTGGAAAT 
TCACAAACGG CTATGATTGC CACAATAAGT CCAGCTGCCA GCAGCACAGA AGAAACTCTC 
AGCACTCTTC GCTATGCAAA ACAAGCTTGT TCAATTATCA ACACTGCTAA AGTAAATGAA 
GATGTGAATG CCAAGTTGAT CAGAGAATTG AAAGCTGAAA TTGAAAAACT GAAGGCACAG 
AAAAGTGCTC AGAACACTGA TCCTGAAAAA TACAGGCGTT ATTTGCAGGA AATAACATCT 
CTGAGGATGA AATTGCATCA ACAGGAGAGG GACACAGCAG AAATGCAAAG GGCCTGGAAA 
GAAAAACTTG AGCAAGCAGA AAAGAGGAAA TTAGAAGATA TAAAGGAATT GCAGAAAGCA 
GGAATTGCAT TCAAAATGGA CAATCACTTA CCAAACCTTG TTAATCTCAG TGAAGATCCT 
CAGCTTTCTG AGGTGCTGTT GTATATGATT AAAGAAGGAG AAACTACAGT TGGAAGGTAT 
ACACCGAATT CAAAACATGA TATCCAGCTT TCTGGAGTGC TAATTGCTGA TGACCATTGC 
GTTATAAAAA ATAACCTTGG CCAAGTGAGT ATTATTCCAC GGAGAGAAGC AAAGACATAT 
GTAAATGGGA AATGCATTTT AGACCCGACA GTTCTGCATC ATGGTGATCG AGTGATCCTT 
GGGGGAGACC ATTATTTCAG GTTTAATCAT CCAGTAGAGG TTCAGAAAGT TAAGAGACCA 
TCTTGTGGGA CTACACTTTT GCATGATGGT CCTAAAGATT TTGAATTTGC AAAGAACGAG 
CTGCTTATTG CACAGAAAAC TCAGCTTGAA TCAGAAATTG AAGAGGCACG ACTCAAAGCC 
AAAGAAGAAA TGATGCAAAG TGTCCAAATA GCAAAAGAGA TGATTCAGCA AGAACTGACA 
TCACAAAAAG AAGCTTATGA AAGCAAAATA AAATCACTGG AAGCAGAGGT GAGAGAAGAA 
TCTCGTAAGA AGCAAATGCA AGAACTGAAA AACCAAAAGG CTGCAACTAA AATACAGGAG 
CTAGAGAAGG CAAAGCAAAA TCTTGAGCTA GAATTACACT TCAACAAGAA GCGTTTAGAA 
GTGGAGACCT TAGCTACGAA GCAGGCTCTG GAAGATCATA GTATTCATCA TGCAAAGATA 
CTTCAGGCTC TGGAAGCTGA GAAACAGAAG ATTGCTGAAG AAATACAAAC CCTTCAGAAG 
AACCGTGGAA GTGGGAATAA AACTATGACT ATTCCTCTTA ACTGGAATTC TTTGAAGTTA 
TCTGTGATGA TCAAAGAGGC CAACACCATT AGTAATGAAC TAGGGAAAAA CACTGTTTTC 
TGCAGGCACG ACAAAGTTGA TGATAAAACA GGAACAGTAT CTTCTATTCA AGTGCAGGTT 
CGTAATATCA AACTGGGAAT AGCAACGTTC TGGAGCCTGG AGAAATTTGA ATGCAAACTA 
GCAGCAATGA AAGAACTCTA TGAGAGTAAT GATAACAATA AAGCTGCTGA TGTGTTTTAT 
GACCCTGCTG ATGAATGGGA ACCCGACCTT TCAGATGCCT CAGTTTCCTC TCTTTCCAGG 
AGAAGAAGTA GAAGTTTAAT GAAGAACAAG AGAATTTCTA GATGTTTGTC TGGTATAAAA 
TTGGAACCAA CCCATGATAC ACAAACTTCC TATATTTCAG GTTCACAGAG TAAATCCAGC 
ATATGCCCAA ACTTCTCTGA ATCACTTCTT CCTGGAATTT GCAAAGAATC TGTAAGTTCA 
GCTTTAGATT TACTGGAACA GAATCATGAA GGGAGAAAGA GCATAGCAGA TCATCTCCTA 
AGGAATTTGT TTACCATTTT CTCTGGAGTT TCTGCCATTT CAAAAGCCTA TGAACAGCAA 
GATGAAGAAT GTCAAAAAAA TTTTTTCTCT ACTGATCCTG CTGCTCAGTC CTACAGCATC 
AAAATCACCT CTGTGTTTGG CCAGCTTGTG GTTCTAGTCA AGGTTTGGCT TAACCATGTG 
CAAAAGAGCC CTAGCTCTGT GAAGACTGAT GAAGAATTGA AACAGGAAGT AAAGAACCTG 
GGAGGTTATT TACAGTTACT GTTGCAGGGA TGTTCTTCAG ATATTTCCTC AATGGTAACA 
GAAGCACAGA GCAAAGTGAA CGAAGCAGTA AAACAAACAA TTAAATGCAT AGGACACTTG 
GCAGTATTCA CAAGAACTGA TATTTCCATT TTTGAAGAGA ACGACATTCC TGCAACTAGT 
CTACAGGACT TCGTACTTGC TGTTTATGAT GGAGTAGGTT TGGGGCTGGA CTTTCTTACA 
GAAACAGTAC AGGAAAAAGC AAGAACGGTG CAGGAAGAAC TATTGAAACA ACATCCACAA 
AATGAGATTC AAAATCGAAT AAGGGATGAT GCTGTGGCAT TAGCCAGGTT CCTTGAAAAT 
AACATCTCTT CTTGCAGAAA GAAAGAAGTA GAATCTCAAT TACCAGAAGA AGATTATGTG 
TATATGGAAA TCAAGAGAAG TACTAAGATC GCTGTGAAAT ACTTGGAATT GGAGCAGTGC 
CTCGCTGAAG TCTATCAGAT CGTTTCTTCT ACATTACAAG GGTCATTCAG AAACACAAGC 
CCTCTCAGGA GCTTTGCAGG AGAGATTTGT TTCATAGCTG GATGTTTGTA CAATTATTTC 
AGTTCATTTC CTTTGGCTTC TACTTCTACA AACAATCCTA TCCAGAGAAC ACCCATGCCA 
TTTATGAACT TGGATGAATT GGACTCTCTG GTTGATTCCC TTATTGTGAA TTTTGAACTT 
GACCAAGGGC AGCAAAATCT GAAATCTCAG CCTCTGTGTA ATGAAACTGA GACCGAAGGA 
AGCCAAAGTG AAACAGGTGG AGATGAATTT CCTTTGAAAC TGAAGGGGAT TCCAAAACAC 
ACATATAAAC TCCAGTCACC ACCTACGTTT CCAGAGGAAC TCTCACTTGG CAAGATACAG 
TGGGTATAA

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

KIF14 ( XM_027463143.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_027318944.1 Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X3, mRNA.

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CloneID	OAn182913
Clone ID Related Accession (Same CDS sequence)	XM_027463146.1 , XM_021277409.2 , XM_021277406.2 , XM_027463143.1 , XM_027463142.1 , XM_027463144.1 , XM_027463147.1
Accession Version	XM_027463143.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4929bp) 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	2018-12-19
Organism	Anas platyrhynchos(mallard)
Product	kinesin-like protein KIF14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_040053.1) 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 :: Anas platyrhynchos Annotation Release 103 Annotation Version :: 103 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##

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCAG AAAGAAATTA CAAGACTGCA 
CTTCGACCAA ATATTAATAA TAATGATACT CGGCATGGTA ATCCAAGCTG TAAATTAGCT 
GAGGGTCAGT CAAATACGAA GATGCATTTT AACCTGAACA GCAAGGACTT GTTTGGCAAT 
GTTGAAAATG ACAAACGCAC ACCTGTAAAA CGTAAGACAA GCACTGCTGA CTCAAAACTT 
CAAAATGAAG CTCATATATC AGAGCAATTA GTTACCTCAA AGAACATTAA TAGGATATCA 
GGAGAGCAAC TGAATGAAAA AGGTGATGTA AATAAGCTAG AGGAAAAACA AAGGTTACAA 
CACTTAATGA TAAAGCATAA CAGTTTAGAA AGGCCAAGGA TACCAACAAA AGGTTCAACA 
GAAGGATTTA TGCTTACACC AAAGAACAGC ACATTTCAGG ATAAGTCATC TCTGTCAGCT 
TTAAATAAAC GACCACTTCA TCCTCCGTTG GTGTCAAAAA AGAAAACCGG TGTTTCTAGT 
TGTCCTGTGA GTATAAGTGC AAAAGAGAAA GTAGAAACGC TTACAGAGAA CAACAGCACT 
GAGGAAGATA TTTTCAAAGT AGAAAACAGC AAAGTGACTG TAGCTGTGCG TGTACGGCCT 
TTCAGTAACA GAGAGAAAAA TGAAAACTCA CTTCCTGTAG TCTCCATGAG TGGCTCGGAG 
ACAGCTGTAC GAAATCCAAG CACAAACCAA GTTTACACCT TCAGTTATGA CTTCTCTTTC 
TGGTCTTTTG ACAAGTGTCA TCCTAATTTT GCAAGCCAAG CAATGATTTA TAAAACTTTG 
GCACTGCCAC TCCTAGAAAG AGCTTTTGAG GGCTATAATG CGTGTCTTTT TGCTTATGGG 
CAAACTGGTA CTGGAAAATC ATACACGATG ATGGGGTTTG ATGAAGACCG AGGGATAATT 
CCAAGACTCT GTGAAGATCT TTTCAGTCAA ATGGACAAAC AACAGGTCTT GTATCACCTT 
GAAATGAGCT ATTTTGAAGT TTACAATGAG AAAATTCATG ATTTGCTTGT CTTCAAAGCT 
GAAAACAGAC AGAAGAAACA ACCACTCCGT GTAAGGGAAC ACCCGGTGTT AGGACCGTAT 
GTGGAGGACC TAACAGTGAA TGTTGTCAGT TCTTACTCTG ATATCCAGAG TTGGCTTGAG 
CTAGGGAATA AGCAGAGAGC AACAGCTGCT ACGGTAATGA ATGACAAGAG TTCTAGATCT 
CATTCTGTCT TCACCCTTGT CATGACACAA ACCAAGGTAG AATCTGTGGA TGAACAGCAA 
CGTGACCGTA GTCTTACCAG TCACATAAAT CTAATTGATT TAGCAGGCAG CGAATGCTGT 
TCTACGGCTC AGACCACTGG AGAAAGGCTG AAGGAGGGTG TGAGTATTAA TAAATCACTC 
TTAACCCTTG GAAAGGTTAT TTCTGCACTC TCAAAGCAGT CTCAAAATGG AAAGAAAACT 
TTCATTCCTT ACCGGGAATC TGTCCTTACT TGGTTATTGA AGGAAAGTCT TGGTGGAAAT 
TCACAAACGG CTATGATTGC CACAATAAGT CCAGCTGCCA GCAGCACAGA AGAAACTCTC 
AGCACTCTTC GCTATGCAAA ACAAGCTTGT TCAATTATCA ACACTGCTAA AGTAAATGAA 
GATGTGAATG CCAAGTTGAT CAGAGAATTG AAAGCTGAAA TTGAAAAACT GAAGGCACAG 
AAAAGTGCTC AGAACACTGA TCCTGAAAAA TACAGGCGTT ATTTGCAGGA AATAACATCT 
CTGAGGATGA AATTGCATCA ACAGGAGAGG GACACAGCAG AAATGCAAAG GGCCTGGAAA 
GAAAAACTTG AGCAAGCAGA AAAGAGGAAA TTAGAAGATA TAAAGGAATT GCAGAAAGCA 
GGAATTGCAT TCAAAATGGA CAATCACTTA CCAAACCTTG TTAATCTCAG TGAAGATCCT 
CAGCTTTCTG AGGTGCTGTT GTATATGATT AAAGAAGGAG AAACTACAGT TGGAAGGTAT 
ACACCGAATT CAAAACATGA TATCCAGCTT TCTGGAGTGC TAATTGCTGA TGACCATTGC 
GTTATAAAAA ATAACCTTGG CCAAGTGAGT ATTATTCCAC GGAGAGAAGC AAAGACATAT 
GTAAATGGGA AATGCATTTT AGACCCGACA GTTCTGCATC ATGGTGATCG AGTGATCCTT 
GGGGGAGACC ATTATTTCAG GTTTAATCAT CCAGTAGAGG TTCAGAAAGT TAAGAGACCA 
TCTTGTGGGA CTACACTTTT GCATGATGGT CCTAAAGATT TTGAATTTGC AAAGAACGAG 
CTGCTTATTG CACAGAAAAC TCAGCTTGAA TCAGAAATTG AAGAGGCACG ACTCAAAGCC 
AAAGAAGAAA TGATGCAAAG TGTCCAAATA GCAAAAGAGA TGATTCAGCA AGAACTGACA 
TCACAAAAAG AAGCTTATGA AAGCAAAATA AAATCACTGG AAGCAGAGGT GAGAGAAGAA 
TCTCGTAAGA AGCAAATGCA AGAACTGAAA AACCAAAAGG CTGCAACTAA AATACAGGAG 
CTAGAGAAGG CAAAGCAAAA TCTTGAGCTA GAATTACACT TCAACAAGAA GCGTTTAGAA 
GTGGAGACCT TAGCTACGAA GCAGGCTCTG GAAGATCATA GTATTCATCA TGCAAAGATA 
CTTCAGGCTC TGGAAGCTGA GAAACAGAAG ATTGCTGAAG AAATACAAAC CCTTCAGAAG 
AACCGTGGAA GTGGGAATAA AACTATGACT ATTCCTCTTA ACTGGAATTC TTTGAAGTTA 
TCTGTGATGA TCAAAGAGGC CAACACCATT AGTAATGAAC TAGGGAAAAA CACTGTTTTC 
TGCAGGCACG ACAAAGTTGA TGATAAAACA GGAACAGTAT CTTCTATTCA AGTGCAGGTT 
CGTAATATCA AACTGGGAAT AGCAACGTTC TGGAGCCTGG AGAAATTTGA ATGCAAACTA 
GCAGCAATGA AAGAACTCTA TGAGAGTAAT GATAACAATA AAGCTGCTGA TGTGTTTTAT 
GACCCTGCTG ATGAATGGGA ACCCGACCTT TCAGATGCCT CAGTTTCCTC TCTTTCCAGG 
AGAAGAAGTA GAAGTTTAAT GAAGAACAAG AGAATTTCTA GATGTTTGTC TGGTATAAAA 
TTGGAACCAA CCCATGATAC ACAAACTTCC TATATTTCAG GTTCACAGAG TAAATCCAGC 
ATATGCCCAA ACTTCTCTGA ATCACTTCTT CCTGGAATTT GCAAAGAATC TGTAAGTTCA 
GCTTTAGATT TACTGGAACA GAATCATGAA GGGAGAAAGA GCATAGCAGA TCATCTCCTA 
AGGAATTTGT TTACCATTTT CTCTGGAGTT TCTGCCATTT CAAAAGCCTA TGAACAGCAA 
GATGAAGAAT GTCAAAAAAA TTTTTTCTCT ACTGATCCTG CTGCTCAGTC CTACAGCATC 
AAAATCACCT CTGTGTTTGG CCAGCTTGTG GTTCTAGTCA AGGTTTGGCT TAACCATGTG 
CAAAAGAGCC CTAGCTCTGT GAAGACTGAT GAAGAATTGA AACAGGAAGT AAAGAACCTG 
GGAGGTTATT TACAGTTACT GTTGCAGGGA TGTTCTTCAG ATATTTCCTC AATGGTAACA 
GAAGCACAGA GCAAAGTGAA CGAAGCAGTA AAACAAACAA TTAAATGCAT AGGACACTTG 
GCAGTATTCA CAAGAACTGA TATTTCCATT TTTGAAGAGA ACGACATTCC TGCAACTAGT 
CTACAGGACT TCGTACTTGC TGTTTATGAT GGAGTAGGTT TGGGGCTGGA CTTTCTTACA 
GAAACAGTAC AGGAAAAAGC AAGAACGGTG CAGGAAGAAC TATTGAAACA ACATCCACAA 
AATGAGATTC AAAATCGAAT AAGGGATGAT GCTGTGGCAT TAGCCAGGTT CCTTGAAAAT 
AACATCTCTT CTTGCAGAAA GAAAGAAGTA GAATCTCAAT TACCAGAAGA AGATTATGTG 
TATATGGAAA TCAAGAGAAG TACTAAGATC GCTGTGAAAT ACTTGGAATT GGAGCAGTGC 
CTCGCTGAAG TCTATCAGAT CGTTTCTTCT ACATTACAAG GGTCATTCAG AAACACAAGC 
CCTCTCAGGA GCTTTGCAGG AGAGATTTGT TTCATAGCTG GATGTTTGTA CAATTATTTC 
AGTTCATTTC CTTTGGCTTC TACTTCTACA AACAATCCTA TCCAGAGAAC ACCCATGCCA 
TTTATGAACT TGGATGAATT GGACTCTCTG GTTGATTCCC TTATTGTGAA TTTTGAACTT 
GACCAAGGGC AGCAAAATCT GAAATCTCAG CCTCTGTGTA ATGAAACTGA GACCGAAGGA 
AGCCAAAGTG AAACAGGTGG AGATGAATTT CCTTTGAAAC TGAAGGGGAT TCCAAAACAC 
ACATATAAAC TCCAGTCACC ACCTACGTTT CCAGAGGAAC TCTCACTTGG CAAGATACAG 
TGGGTATAA

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

RefSeq	XP_027318944.1
CDS	320..5248
Translation	MPDYKVPARNPSETQCTTTSQRISSRSAFTSSKMSGQQLTSQMSGKEKDGLLSSSRNRTEEVNSTYVISACNNANDASVTLKPQDRLTLQRRTRVSKNLVSSSEQSDNKIRQSIENTQTGKRCTLQRRVRTGSVEKSKINWNAVPGIENNDFAERNYKTALRPNINNNDTRHGNPSCKLAEGQSNTKMHFNLNSKDLFGNVENDKRTPVKRKTSTADSKLQNEAHISEQLVTSKNINRISGEQLNEKGDVNKLEEKQRLQHLMIKHNSLERPRIPTKGSTEGFMLTPKNSTFQDKSSLSALNKRPLHPPLVSKKKTGVSSCPVSISAKEKVETLTENNSTEEDIFKVENSKVTVAVRVRPFSNREKNENSLPVVSMSGSETAVRNPSTNQVYTFSYDFSFWSFDKCHPNFASQAMIYKTLALPLLERAFEGYNACLFAYGQTGTGKSYTMMGFDEDRGIIPRLCEDLFSQMDKQQVLYHLEMSYFEVYNEKIHDLLVFKAENRQKKQPLRVREHPVLGPYVEDLTVNVVSSYSDIQSWLELGNKQRATAATVMNDKSSRSHSVFTLVMTQTKVESVDEQQRDRSLTSHINLIDLAGSECCSTAQTTGERLKEGVSINKSLLTLGKVISALSKQSQNGKKTFIPYRESVLTWLLKESLGGNSQTAMIATISPAASSTEETLSTLRYAKQACSIINTAKVNEDVNAKLIRELKAEIEKLKAQKSAQNTDPEKYRRYLQEITSLRMKLHQQERDTAEMQRAWKEKLEQAEKRKLEDIKELQKAGIAFKMDNHLPNLVNLSEDPQLSEVLLYMIKEGETTVGRYTPNSKHDIQLSGVLIADDHCVIKNNLGQVSIIPRREAKTYVNGKCILDPTVLHHGDRVILGGDHYFRFNHPVEVQKVKRPSCGTTLLHDGPKDFEFAKNELLIAQKTQLESEIEEARLKAKEEMMQSVQIAKEMIQQELTSQKEAYESKIKSLEAEVREESRKKQMQELKNQKAATKIQELEKAKQNLELELHFNKKRLEVETLATKQALEDHSIHHAKILQALEAEKQKIAEEIQTLQKNRGSGNKTMTIPLNWNSLKLSVMIKEANTISNELGKNTVFCRHDKVDDKTGTVSSIQVQVRNIKLGIATFWSLEKFECKLAAMKELYESNDNNKAADVFYDPADEWEPDLSDASVSSLSRRRSRSLMKNKRISRCLSGIKLEPTHDTQTSYISGSQSKSSICPNFSESLLPGICKESVSSALDLLEQNHEGRKSIADHLLRNLFTIFSGVSAISKAYEQQDEECQKNFFSTDPAAQSYSIKITSVFGQLVVLVKVWLNHVQKSPSSVKTDEELKQEVKNLGGYLQLLLQGCSSDISSMVTEAQSKVNEAVKQTIKCIGHLAVFTRTDISIFEENDIPATSLQDFVLAVYDGVGLGLDFLTETVQEKARTVQEELLKQHPQNEIQNRIRDDAVALARFLENNISSCRKKEVESQLPEEDYVYMEIKRSTKIAVKYLELEQCLAEVYQIVSSTLQGSFRNTSPLRSFAGEICFIAGCLYNYFSSFPLASTSTNNPIQRTPMPFMNLDELDSLVDSLIVNFELDQGQQNLKSQPLCNETETEGSQSETGGDEFPLKLKGIPKHTYKLQSPPTFPEELSLGKIQWV

Target ORF information:

RefSeq Version	XM_027463143.1
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X3, mRNA.

Target ORF information:

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

XM_027463143.1

ORF Insert Sequence:

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCAG AAAGAAATTA CAAGACTGCA 
CTTCGACCAA ATATTAATAA TAATGATACT CGGCATGGTA ATCCAAGCTG TAAATTAGCT 
GAGGGTCAGT CAAATACGAA GATGCATTTT AACCTGAACA GCAAGGACTT GTTTGGCAAT 
GTTGAAAATG ACAAACGCAC ACCTGTAAAA CGTAAGACAA GCACTGCTGA CTCAAAACTT 
CAAAATGAAG CTCATATATC AGAGCAATTA GTTACCTCAA AGAACATTAA TAGGATATCA 
GGAGAGCAAC TGAATGAAAA AGGTGATGTA AATAAGCTAG AGGAAAAACA AAGGTTACAA 
CACTTAATGA TAAAGCATAA CAGTTTAGAA AGGCCAAGGA TACCAACAAA AGGTTCAACA 
GAAGGATTTA TGCTTACACC AAAGAACAGC ACATTTCAGG ATAAGTCATC TCTGTCAGCT 
TTAAATAAAC GACCACTTCA TCCTCCGTTG GTGTCAAAAA AGAAAACCGG TGTTTCTAGT 
TGTCCTGTGA GTATAAGTGC AAAAGAGAAA GTAGAAACGC TTACAGAGAA CAACAGCACT 
GAGGAAGATA TTTTCAAAGT AGAAAACAGC AAAGTGACTG TAGCTGTGCG TGTACGGCCT 
TTCAGTAACA GAGAGAAAAA TGAAAACTCA CTTCCTGTAG TCTCCATGAG TGGCTCGGAG 
ACAGCTGTAC GAAATCCAAG CACAAACCAA GTTTACACCT TCAGTTATGA CTTCTCTTTC 
TGGTCTTTTG ACAAGTGTCA TCCTAATTTT GCAAGCCAAG CAATGATTTA TAAAACTTTG 
GCACTGCCAC TCCTAGAAAG AGCTTTTGAG GGCTATAATG CGTGTCTTTT TGCTTATGGG 
CAAACTGGTA CTGGAAAATC ATACACGATG ATGGGGTTTG ATGAAGACCG AGGGATAATT 
CCAAGACTCT GTGAAGATCT TTTCAGTCAA ATGGACAAAC AACAGGTCTT GTATCACCTT 
GAAATGAGCT ATTTTGAAGT TTACAATGAG AAAATTCATG ATTTGCTTGT CTTCAAAGCT 
GAAAACAGAC AGAAGAAACA ACCACTCCGT GTAAGGGAAC ACCCGGTGTT AGGACCGTAT 
GTGGAGGACC TAACAGTGAA TGTTGTCAGT TCTTACTCTG ATATCCAGAG TTGGCTTGAG 
CTAGGGAATA AGCAGAGAGC AACAGCTGCT ACGGTAATGA ATGACAAGAG TTCTAGATCT 
CATTCTGTCT TCACCCTTGT CATGACACAA ACCAAGGTAG AATCTGTGGA TGAACAGCAA 
CGTGACCGTA GTCTTACCAG TCACATAAAT CTAATTGATT TAGCAGGCAG CGAATGCTGT 
TCTACGGCTC AGACCACTGG AGAAAGGCTG AAGGAGGGTG TGAGTATTAA TAAATCACTC 
TTAACCCTTG GAAAGGTTAT TTCTGCACTC TCAAAGCAGT CTCAAAATGG AAAGAAAACT 
TTCATTCCTT ACCGGGAATC TGTCCTTACT TGGTTATTGA AGGAAAGTCT TGGTGGAAAT 
TCACAAACGG CTATGATTGC CACAATAAGT CCAGCTGCCA GCAGCACAGA AGAAACTCTC 
AGCACTCTTC GCTATGCAAA ACAAGCTTGT TCAATTATCA ACACTGCTAA AGTAAATGAA 
GATGTGAATG CCAAGTTGAT CAGAGAATTG AAAGCTGAAA TTGAAAAACT GAAGGCACAG 
AAAAGTGCTC AGAACACTGA TCCTGAAAAA TACAGGCGTT ATTTGCAGGA AATAACATCT 
CTGAGGATGA AATTGCATCA ACAGGAGAGG GACACAGCAG AAATGCAAAG GGCCTGGAAA 
GAAAAACTTG AGCAAGCAGA AAAGAGGAAA TTAGAAGATA TAAAGGAATT GCAGAAAGCA 
GGAATTGCAT TCAAAATGGA CAATCACTTA CCAAACCTTG TTAATCTCAG TGAAGATCCT 
CAGCTTTCTG AGGTGCTGTT GTATATGATT AAAGAAGGAG AAACTACAGT TGGAAGGTAT 
ACACCGAATT CAAAACATGA TATCCAGCTT TCTGGAGTGC TAATTGCTGA TGACCATTGC 
GTTATAAAAA ATAACCTTGG CCAAGTGAGT ATTATTCCAC GGAGAGAAGC AAAGACATAT 
GTAAATGGGA AATGCATTTT AGACCCGACA GTTCTGCATC ATGGTGATCG AGTGATCCTT 
GGGGGAGACC ATTATTTCAG GTTTAATCAT CCAGTAGAGG TTCAGAAAGT TAAGAGACCA 
TCTTGTGGGA CTACACTTTT GCATGATGGT CCTAAAGATT TTGAATTTGC AAAGAACGAG 
CTGCTTATTG CACAGAAAAC TCAGCTTGAA TCAGAAATTG AAGAGGCACG ACTCAAAGCC 
AAAGAAGAAA TGATGCAAAG TGTCCAAATA GCAAAAGAGA TGATTCAGCA AGAACTGACA 
TCACAAAAAG AAGCTTATGA AAGCAAAATA AAATCACTGG AAGCAGAGGT GAGAGAAGAA 
TCTCGTAAGA AGCAAATGCA AGAACTGAAA AACCAAAAGG CTGCAACTAA AATACAGGAG 
CTAGAGAAGG CAAAGCAAAA TCTTGAGCTA GAATTACACT TCAACAAGAA GCGTTTAGAA 
GTGGAGACCT TAGCTACGAA GCAGGCTCTG GAAGATCATA GTATTCATCA TGCAAAGATA 
CTTCAGGCTC TGGAAGCTGA GAAACAGAAG ATTGCTGAAG AAATACAAAC CCTTCAGAAG 
AACCGTGGAA GTGGGAATAA AACTATGACT ATTCCTCTTA ACTGGAATTC TTTGAAGTTA 
TCTGTGATGA TCAAAGAGGC CAACACCATT AGTAATGAAC TAGGGAAAAA CACTGTTTTC 
TGCAGGCACG ACAAAGTTGA TGATAAAACA GGAACAGTAT CTTCTATTCA AGTGCAGGTT 
CGTAATATCA AACTGGGAAT AGCAACGTTC TGGAGCCTGG AGAAATTTGA ATGCAAACTA 
GCAGCAATGA AAGAACTCTA TGAGAGTAAT GATAACAATA AAGCTGCTGA TGTGTTTTAT 
GACCCTGCTG ATGAATGGGA ACCCGACCTT TCAGATGCCT CAGTTTCCTC TCTTTCCAGG 
AGAAGAAGTA GAAGTTTAAT GAAGAACAAG AGAATTTCTA GATGTTTGTC TGGTATAAAA 
TTGGAACCAA CCCATGATAC ACAAACTTCC TATATTTCAG GTTCACAGAG TAAATCCAGC 
ATATGCCCAA ACTTCTCTGA ATCACTTCTT CCTGGAATTT GCAAAGAATC TGTAAGTTCA 
GCTTTAGATT TACTGGAACA GAATCATGAA GGGAGAAAGA GCATAGCAGA TCATCTCCTA 
AGGAATTTGT TTACCATTTT CTCTGGAGTT TCTGCCATTT CAAAAGCCTA TGAACAGCAA 
GATGAAGAAT GTCAAAAAAA TTTTTTCTCT ACTGATCCTG CTGCTCAGTC CTACAGCATC 
AAAATCACCT CTGTGTTTGG CCAGCTTGTG GTTCTAGTCA AGGTTTGGCT TAACCATGTG 
CAAAAGAGCC CTAGCTCTGT GAAGACTGAT GAAGAATTGA AACAGGAAGT AAAGAACCTG 
GGAGGTTATT TACAGTTACT GTTGCAGGGA TGTTCTTCAG ATATTTCCTC AATGGTAACA 
GAAGCACAGA GCAAAGTGAA CGAAGCAGTA AAACAAACAA TTAAATGCAT AGGACACTTG 
GCAGTATTCA CAAGAACTGA TATTTCCATT TTTGAAGAGA ACGACATTCC TGCAACTAGT 
CTACAGGACT TCGTACTTGC TGTTTATGAT GGAGTAGGTT TGGGGCTGGA CTTTCTTACA 
GAAACAGTAC AGGAAAAAGC AAGAACGGTG CAGGAAGAAC TATTGAAACA ACATCCACAA 
AATGAGATTC AAAATCGAAT AAGGGATGAT GCTGTGGCAT TAGCCAGGTT CCTTGAAAAT 
AACATCTCTT CTTGCAGAAA GAAAGAAGTA GAATCTCAAT TACCAGAAGA AGATTATGTG 
TATATGGAAA TCAAGAGAAG TACTAAGATC GCTGTGAAAT ACTTGGAATT GGAGCAGTGC 
CTCGCTGAAG TCTATCAGAT CGTTTCTTCT ACATTACAAG GGTCATTCAG AAACACAAGC 
CCTCTCAGGA GCTTTGCAGG AGAGATTTGT TTCATAGCTG GATGTTTGTA CAATTATTTC 
AGTTCATTTC CTTTGGCTTC TACTTCTACA AACAATCCTA TCCAGAGAAC ACCCATGCCA 
TTTATGAACT TGGATGAATT GGACTCTCTG GTTGATTCCC TTATTGTGAA TTTTGAACTT 
GACCAAGGGC AGCAAAATCT GAAATCTCAG CCTCTGTGTA ATGAAACTGA GACCGAAGGA 
AGCCAAAGTG AAACAGGTGG AGATGAATTT CCTTTGAAAC TGAAGGGGAT TCCAAAACAC 
ACATATAAAC TCCAGTCACC ACCTACGTTT CCAGAGGAAC TCTCACTTGG CAAGATACAG 
TGGGTATAA

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

KIF14 ( XM_027463142.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_027318943.1 Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X2, mRNA.

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CloneID	OAn182913
Clone ID Related Accession (Same CDS sequence)	XM_027463146.1 , XM_021277409.2 , XM_021277406.2 , XM_027463143.1 , XM_027463142.1 , XM_027463144.1 , XM_027463147.1
Accession Version	XM_027463142.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4929bp) 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	2018-12-19
Organism	Anas platyrhynchos(mallard)
Product	kinesin-like protein KIF14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_040053.1) 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 :: Anas platyrhynchos Annotation Release 103 Annotation Version :: 103 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##

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCAG AAAGAAATTA CAAGACTGCA 
CTTCGACCAA ATATTAATAA TAATGATACT CGGCATGGTA ATCCAAGCTG TAAATTAGCT 
GAGGGTCAGT CAAATACGAA GATGCATTTT AACCTGAACA GCAAGGACTT GTTTGGCAAT 
GTTGAAAATG ACAAACGCAC ACCTGTAAAA CGTAAGACAA GCACTGCTGA CTCAAAACTT 
CAAAATGAAG CTCATATATC AGAGCAATTA GTTACCTCAA AGAACATTAA TAGGATATCA 
GGAGAGCAAC TGAATGAAAA AGGTGATGTA AATAAGCTAG AGGAAAAACA AAGGTTACAA 
CACTTAATGA TAAAGCATAA CAGTTTAGAA AGGCCAAGGA TACCAACAAA AGGTTCAACA 
GAAGGATTTA TGCTTACACC AAAGAACAGC ACATTTCAGG ATAAGTCATC TCTGTCAGCT 
TTAAATAAAC GACCACTTCA TCCTCCGTTG GTGTCAAAAA AGAAAACCGG TGTTTCTAGT 
TGTCCTGTGA GTATAAGTGC AAAAGAGAAA GTAGAAACGC TTACAGAGAA CAACAGCACT 
GAGGAAGATA TTTTCAAAGT AGAAAACAGC AAAGTGACTG TAGCTGTGCG TGTACGGCCT 
TTCAGTAACA GAGAGAAAAA TGAAAACTCA CTTCCTGTAG TCTCCATGAG TGGCTCGGAG 
ACAGCTGTAC GAAATCCAAG CACAAACCAA GTTTACACCT TCAGTTATGA CTTCTCTTTC 
TGGTCTTTTG ACAAGTGTCA TCCTAATTTT GCAAGCCAAG CAATGATTTA TAAAACTTTG 
GCACTGCCAC TCCTAGAAAG AGCTTTTGAG GGCTATAATG CGTGTCTTTT TGCTTATGGG 
CAAACTGGTA CTGGAAAATC ATACACGATG ATGGGGTTTG ATGAAGACCG AGGGATAATT 
CCAAGACTCT GTGAAGATCT TTTCAGTCAA ATGGACAAAC AACAGGTCTT GTATCACCTT 
GAAATGAGCT ATTTTGAAGT TTACAATGAG AAAATTCATG ATTTGCTTGT CTTCAAAGCT 
GAAAACAGAC AGAAGAAACA ACCACTCCGT GTAAGGGAAC ACCCGGTGTT AGGACCGTAT 
GTGGAGGACC TAACAGTGAA TGTTGTCAGT TCTTACTCTG ATATCCAGAG TTGGCTTGAG 
CTAGGGAATA AGCAGAGAGC AACAGCTGCT ACGGTAATGA ATGACAAGAG TTCTAGATCT 
CATTCTGTCT TCACCCTTGT CATGACACAA ACCAAGGTAG AATCTGTGGA TGAACAGCAA 
CGTGACCGTA GTCTTACCAG TCACATAAAT CTAATTGATT TAGCAGGCAG CGAATGCTGT 
TCTACGGCTC AGACCACTGG AGAAAGGCTG AAGGAGGGTG TGAGTATTAA TAAATCACTC 
TTAACCCTTG GAAAGGTTAT TTCTGCACTC TCAAAGCAGT CTCAAAATGG AAAGAAAACT 
TTCATTCCTT ACCGGGAATC TGTCCTTACT TGGTTATTGA AGGAAAGTCT TGGTGGAAAT 
TCACAAACGG CTATGATTGC CACAATAAGT CCAGCTGCCA GCAGCACAGA AGAAACTCTC 
AGCACTCTTC GCTATGCAAA ACAAGCTTGT TCAATTATCA ACACTGCTAA AGTAAATGAA 
GATGTGAATG CCAAGTTGAT CAGAGAATTG AAAGCTGAAA TTGAAAAACT GAAGGCACAG 
AAAAGTGCTC AGAACACTGA TCCTGAAAAA TACAGGCGTT ATTTGCAGGA AATAACATCT 
CTGAGGATGA AATTGCATCA ACAGGAGAGG GACACAGCAG AAATGCAAAG GGCCTGGAAA 
GAAAAACTTG AGCAAGCAGA AAAGAGGAAA TTAGAAGATA TAAAGGAATT GCAGAAAGCA 
GGAATTGCAT TCAAAATGGA CAATCACTTA CCAAACCTTG TTAATCTCAG TGAAGATCCT 
CAGCTTTCTG AGGTGCTGTT GTATATGATT AAAGAAGGAG AAACTACAGT TGGAAGGTAT 
ACACCGAATT CAAAACATGA TATCCAGCTT TCTGGAGTGC TAATTGCTGA TGACCATTGC 
GTTATAAAAA ATAACCTTGG CCAAGTGAGT ATTATTCCAC GGAGAGAAGC AAAGACATAT 
GTAAATGGGA AATGCATTTT AGACCCGACA GTTCTGCATC ATGGTGATCG AGTGATCCTT 
GGGGGAGACC ATTATTTCAG GTTTAATCAT CCAGTAGAGG TTCAGAAAGT TAAGAGACCA 
TCTTGTGGGA CTACACTTTT GCATGATGGT CCTAAAGATT TTGAATTTGC AAAGAACGAG 
CTGCTTATTG CACAGAAAAC TCAGCTTGAA TCAGAAATTG AAGAGGCACG ACTCAAAGCC 
AAAGAAGAAA TGATGCAAAG TGTCCAAATA GCAAAAGAGA TGATTCAGCA AGAACTGACA 
TCACAAAAAG AAGCTTATGA AAGCAAAATA AAATCACTGG AAGCAGAGGT GAGAGAAGAA 
TCTCGTAAGA AGCAAATGCA AGAACTGAAA AACCAAAAGG CTGCAACTAA AATACAGGAG 
CTAGAGAAGG CAAAGCAAAA TCTTGAGCTA GAATTACACT TCAACAAGAA GCGTTTAGAA 
GTGGAGACCT TAGCTACGAA GCAGGCTCTG GAAGATCATA GTATTCATCA TGCAAAGATA 
CTTCAGGCTC TGGAAGCTGA GAAACAGAAG ATTGCTGAAG AAATACAAAC CCTTCAGAAG 
AACCGTGGAA GTGGGAATAA AACTATGACT ATTCCTCTTA ACTGGAATTC TTTGAAGTTA 
TCTGTGATGA TCAAAGAGGC CAACACCATT AGTAATGAAC TAGGGAAAAA CACTGTTTTC 
TGCAGGCACG ACAAAGTTGA TGATAAAACA GGAACAGTAT CTTCTATTCA AGTGCAGGTT 
CGTAATATCA AACTGGGAAT AGCAACGTTC TGGAGCCTGG AGAAATTTGA ATGCAAACTA 
GCAGCAATGA AAGAACTCTA TGAGAGTAAT GATAACAATA AAGCTGCTGA TGTGTTTTAT 
GACCCTGCTG ATGAATGGGA ACCCGACCTT TCAGATGCCT CAGTTTCCTC TCTTTCCAGG 
AGAAGAAGTA GAAGTTTAAT GAAGAACAAG AGAATTTCTA GATGTTTGTC TGGTATAAAA 
TTGGAACCAA CCCATGATAC ACAAACTTCC TATATTTCAG GTTCACAGAG TAAATCCAGC 
ATATGCCCAA ACTTCTCTGA ATCACTTCTT CCTGGAATTT GCAAAGAATC TGTAAGTTCA 
GCTTTAGATT TACTGGAACA GAATCATGAA GGGAGAAAGA GCATAGCAGA TCATCTCCTA 
AGGAATTTGT TTACCATTTT CTCTGGAGTT TCTGCCATTT CAAAAGCCTA TGAACAGCAA 
GATGAAGAAT GTCAAAAAAA TTTTTTCTCT ACTGATCCTG CTGCTCAGTC CTACAGCATC 
AAAATCACCT CTGTGTTTGG CCAGCTTGTG GTTCTAGTCA AGGTTTGGCT TAACCATGTG 
CAAAAGAGCC CTAGCTCTGT GAAGACTGAT GAAGAATTGA AACAGGAAGT AAAGAACCTG 
GGAGGTTATT TACAGTTACT GTTGCAGGGA TGTTCTTCAG ATATTTCCTC AATGGTAACA 
GAAGCACAGA GCAAAGTGAA CGAAGCAGTA AAACAAACAA TTAAATGCAT AGGACACTTG 
GCAGTATTCA CAAGAACTGA TATTTCCATT TTTGAAGAGA ACGACATTCC TGCAACTAGT 
CTACAGGACT TCGTACTTGC TGTTTATGAT GGAGTAGGTT TGGGGCTGGA CTTTCTTACA 
GAAACAGTAC AGGAAAAAGC AAGAACGGTG CAGGAAGAAC TATTGAAACA ACATCCACAA 
AATGAGATTC AAAATCGAAT AAGGGATGAT GCTGTGGCAT TAGCCAGGTT CCTTGAAAAT 
AACATCTCTT CTTGCAGAAA GAAAGAAGTA GAATCTCAAT TACCAGAAGA AGATTATGTG 
TATATGGAAA TCAAGAGAAG TACTAAGATC GCTGTGAAAT ACTTGGAATT GGAGCAGTGC 
CTCGCTGAAG TCTATCAGAT CGTTTCTTCT ACATTACAAG GGTCATTCAG AAACACAAGC 
CCTCTCAGGA GCTTTGCAGG AGAGATTTGT TTCATAGCTG GATGTTTGTA CAATTATTTC 
AGTTCATTTC CTTTGGCTTC TACTTCTACA AACAATCCTA TCCAGAGAAC ACCCATGCCA 
TTTATGAACT TGGATGAATT GGACTCTCTG GTTGATTCCC TTATTGTGAA TTTTGAACTT 
GACCAAGGGC AGCAAAATCT GAAATCTCAG CCTCTGTGTA ATGAAACTGA GACCGAAGGA 
AGCCAAAGTG AAACAGGTGG AGATGAATTT CCTTTGAAAC TGAAGGGGAT TCCAAAACAC 
ACATATAAAC TCCAGTCACC ACCTACGTTT CCAGAGGAAC TCTCACTTGG CAAGATACAG 
TGGGTATAA

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

RefSeq	XP_027318943.1
CDS	632..5560
Translation	MPDYKVPARNPSETQCTTTSQRISSRSAFTSSKMSGQQLTSQMSGKEKDGLLSSSRNRTEEVNSTYVISACNNANDASVTLKPQDRLTLQRRTRVSKNLVSSSEQSDNKIRQSIENTQTGKRCTLQRRVRTGSVEKSKINWNAVPGIENNDFAERNYKTALRPNINNNDTRHGNPSCKLAEGQSNTKMHFNLNSKDLFGNVENDKRTPVKRKTSTADSKLQNEAHISEQLVTSKNINRISGEQLNEKGDVNKLEEKQRLQHLMIKHNSLERPRIPTKGSTEGFMLTPKNSTFQDKSSLSALNKRPLHPPLVSKKKTGVSSCPVSISAKEKVETLTENNSTEEDIFKVENSKVTVAVRVRPFSNREKNENSLPVVSMSGSETAVRNPSTNQVYTFSYDFSFWSFDKCHPNFASQAMIYKTLALPLLERAFEGYNACLFAYGQTGTGKSYTMMGFDEDRGIIPRLCEDLFSQMDKQQVLYHLEMSYFEVYNEKIHDLLVFKAENRQKKQPLRVREHPVLGPYVEDLTVNVVSSYSDIQSWLELGNKQRATAATVMNDKSSRSHSVFTLVMTQTKVESVDEQQRDRSLTSHINLIDLAGSECCSTAQTTGERLKEGVSINKSLLTLGKVISALSKQSQNGKKTFIPYRESVLTWLLKESLGGNSQTAMIATISPAASSTEETLSTLRYAKQACSIINTAKVNEDVNAKLIRELKAEIEKLKAQKSAQNTDPEKYRRYLQEITSLRMKLHQQERDTAEMQRAWKEKLEQAEKRKLEDIKELQKAGIAFKMDNHLPNLVNLSEDPQLSEVLLYMIKEGETTVGRYTPNSKHDIQLSGVLIADDHCVIKNNLGQVSIIPRREAKTYVNGKCILDPTVLHHGDRVILGGDHYFRFNHPVEVQKVKRPSCGTTLLHDGPKDFEFAKNELLIAQKTQLESEIEEARLKAKEEMMQSVQIAKEMIQQELTSQKEAYESKIKSLEAEVREESRKKQMQELKNQKAATKIQELEKAKQNLELELHFNKKRLEVETLATKQALEDHSIHHAKILQALEAEKQKIAEEIQTLQKNRGSGNKTMTIPLNWNSLKLSVMIKEANTISNELGKNTVFCRHDKVDDKTGTVSSIQVQVRNIKLGIATFWSLEKFECKLAAMKELYESNDNNKAADVFYDPADEWEPDLSDASVSSLSRRRSRSLMKNKRISRCLSGIKLEPTHDTQTSYISGSQSKSSICPNFSESLLPGICKESVSSALDLLEQNHEGRKSIADHLLRNLFTIFSGVSAISKAYEQQDEECQKNFFSTDPAAQSYSIKITSVFGQLVVLVKVWLNHVQKSPSSVKTDEELKQEVKNLGGYLQLLLQGCSSDISSMVTEAQSKVNEAVKQTIKCIGHLAVFTRTDISIFEENDIPATSLQDFVLAVYDGVGLGLDFLTETVQEKARTVQEELLKQHPQNEIQNRIRDDAVALARFLENNISSCRKKEVESQLPEEDYVYMEIKRSTKIAVKYLELEQCLAEVYQIVSSTLQGSFRNTSPLRSFAGEICFIAGCLYNYFSSFPLASTSTNNPIQRTPMPFMNLDELDSLVDSLIVNFELDQGQQNLKSQPLCNETETEGSQSETGGDEFPLKLKGIPKHTYKLQSPPTFPEELSLGKIQWV

Target ORF information:

RefSeq Version	XM_027463142.1
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X2, mRNA.

Target ORF information:

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

XM_027463142.1

ORF Insert Sequence:

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCAG AAAGAAATTA CAAGACTGCA 
CTTCGACCAA ATATTAATAA TAATGATACT CGGCATGGTA ATCCAAGCTG TAAATTAGCT 
GAGGGTCAGT CAAATACGAA GATGCATTTT AACCTGAACA GCAAGGACTT GTTTGGCAAT 
GTTGAAAATG ACAAACGCAC ACCTGTAAAA CGTAAGACAA GCACTGCTGA CTCAAAACTT 
CAAAATGAAG CTCATATATC AGAGCAATTA GTTACCTCAA AGAACATTAA TAGGATATCA 
GGAGAGCAAC TGAATGAAAA AGGTGATGTA AATAAGCTAG AGGAAAAACA AAGGTTACAA 
CACTTAATGA TAAAGCATAA CAGTTTAGAA AGGCCAAGGA TACCAACAAA AGGTTCAACA 
GAAGGATTTA TGCTTACACC AAAGAACAGC ACATTTCAGG ATAAGTCATC TCTGTCAGCT 
TTAAATAAAC GACCACTTCA TCCTCCGTTG GTGTCAAAAA AGAAAACCGG TGTTTCTAGT 
TGTCCTGTGA GTATAAGTGC AAAAGAGAAA GTAGAAACGC TTACAGAGAA CAACAGCACT 
GAGGAAGATA TTTTCAAAGT AGAAAACAGC AAAGTGACTG TAGCTGTGCG TGTACGGCCT 
TTCAGTAACA GAGAGAAAAA TGAAAACTCA CTTCCTGTAG TCTCCATGAG TGGCTCGGAG 
ACAGCTGTAC GAAATCCAAG CACAAACCAA GTTTACACCT TCAGTTATGA CTTCTCTTTC 
TGGTCTTTTG ACAAGTGTCA TCCTAATTTT GCAAGCCAAG CAATGATTTA TAAAACTTTG 
GCACTGCCAC TCCTAGAAAG AGCTTTTGAG GGCTATAATG CGTGTCTTTT TGCTTATGGG 
CAAACTGGTA CTGGAAAATC ATACACGATG ATGGGGTTTG ATGAAGACCG AGGGATAATT 
CCAAGACTCT GTGAAGATCT TTTCAGTCAA ATGGACAAAC AACAGGTCTT GTATCACCTT 
GAAATGAGCT ATTTTGAAGT TTACAATGAG AAAATTCATG ATTTGCTTGT CTTCAAAGCT 
GAAAACAGAC AGAAGAAACA ACCACTCCGT GTAAGGGAAC ACCCGGTGTT AGGACCGTAT 
GTGGAGGACC TAACAGTGAA TGTTGTCAGT TCTTACTCTG ATATCCAGAG TTGGCTTGAG 
CTAGGGAATA AGCAGAGAGC AACAGCTGCT ACGGTAATGA ATGACAAGAG TTCTAGATCT 
CATTCTGTCT TCACCCTTGT CATGACACAA ACCAAGGTAG AATCTGTGGA TGAACAGCAA 
CGTGACCGTA GTCTTACCAG TCACATAAAT CTAATTGATT TAGCAGGCAG CGAATGCTGT 
TCTACGGCTC AGACCACTGG AGAAAGGCTG AAGGAGGGTG TGAGTATTAA TAAATCACTC 
TTAACCCTTG GAAAGGTTAT TTCTGCACTC TCAAAGCAGT CTCAAAATGG AAAGAAAACT 
TTCATTCCTT ACCGGGAATC TGTCCTTACT TGGTTATTGA AGGAAAGTCT TGGTGGAAAT 
TCACAAACGG CTATGATTGC CACAATAAGT CCAGCTGCCA GCAGCACAGA AGAAACTCTC 
AGCACTCTTC GCTATGCAAA ACAAGCTTGT TCAATTATCA ACACTGCTAA AGTAAATGAA 
GATGTGAATG CCAAGTTGAT CAGAGAATTG AAAGCTGAAA TTGAAAAACT GAAGGCACAG 
AAAAGTGCTC AGAACACTGA TCCTGAAAAA TACAGGCGTT ATTTGCAGGA AATAACATCT 
CTGAGGATGA AATTGCATCA ACAGGAGAGG GACACAGCAG AAATGCAAAG GGCCTGGAAA 
GAAAAACTTG AGCAAGCAGA AAAGAGGAAA TTAGAAGATA TAAAGGAATT GCAGAAAGCA 
GGAATTGCAT TCAAAATGGA CAATCACTTA CCAAACCTTG TTAATCTCAG TGAAGATCCT 
CAGCTTTCTG AGGTGCTGTT GTATATGATT AAAGAAGGAG AAACTACAGT TGGAAGGTAT 
ACACCGAATT CAAAACATGA TATCCAGCTT TCTGGAGTGC TAATTGCTGA TGACCATTGC 
GTTATAAAAA ATAACCTTGG CCAAGTGAGT ATTATTCCAC GGAGAGAAGC AAAGACATAT 
GTAAATGGGA AATGCATTTT AGACCCGACA GTTCTGCATC ATGGTGATCG AGTGATCCTT 
GGGGGAGACC ATTATTTCAG GTTTAATCAT CCAGTAGAGG TTCAGAAAGT TAAGAGACCA 
TCTTGTGGGA CTACACTTTT GCATGATGGT CCTAAAGATT TTGAATTTGC AAAGAACGAG 
CTGCTTATTG CACAGAAAAC TCAGCTTGAA TCAGAAATTG AAGAGGCACG ACTCAAAGCC 
AAAGAAGAAA TGATGCAAAG TGTCCAAATA GCAAAAGAGA TGATTCAGCA AGAACTGACA 
TCACAAAAAG AAGCTTATGA AAGCAAAATA AAATCACTGG AAGCAGAGGT GAGAGAAGAA 
TCTCGTAAGA AGCAAATGCA AGAACTGAAA AACCAAAAGG CTGCAACTAA AATACAGGAG 
CTAGAGAAGG CAAAGCAAAA TCTTGAGCTA GAATTACACT TCAACAAGAA GCGTTTAGAA 
GTGGAGACCT TAGCTACGAA GCAGGCTCTG GAAGATCATA GTATTCATCA TGCAAAGATA 
CTTCAGGCTC TGGAAGCTGA GAAACAGAAG ATTGCTGAAG AAATACAAAC CCTTCAGAAG 
AACCGTGGAA GTGGGAATAA AACTATGACT ATTCCTCTTA ACTGGAATTC TTTGAAGTTA 
TCTGTGATGA TCAAAGAGGC CAACACCATT AGTAATGAAC TAGGGAAAAA CACTGTTTTC 
TGCAGGCACG ACAAAGTTGA TGATAAAACA GGAACAGTAT CTTCTATTCA AGTGCAGGTT 
CGTAATATCA AACTGGGAAT AGCAACGTTC TGGAGCCTGG AGAAATTTGA ATGCAAACTA 
GCAGCAATGA AAGAACTCTA TGAGAGTAAT GATAACAATA AAGCTGCTGA TGTGTTTTAT 
GACCCTGCTG ATGAATGGGA ACCCGACCTT TCAGATGCCT CAGTTTCCTC TCTTTCCAGG 
AGAAGAAGTA GAAGTTTAAT GAAGAACAAG AGAATTTCTA GATGTTTGTC TGGTATAAAA 
TTGGAACCAA CCCATGATAC ACAAACTTCC TATATTTCAG GTTCACAGAG TAAATCCAGC 
ATATGCCCAA ACTTCTCTGA ATCACTTCTT CCTGGAATTT GCAAAGAATC TGTAAGTTCA 
GCTTTAGATT TACTGGAACA GAATCATGAA GGGAGAAAGA GCATAGCAGA TCATCTCCTA 
AGGAATTTGT TTACCATTTT CTCTGGAGTT TCTGCCATTT CAAAAGCCTA TGAACAGCAA 
GATGAAGAAT GTCAAAAAAA TTTTTTCTCT ACTGATCCTG CTGCTCAGTC CTACAGCATC 
AAAATCACCT CTGTGTTTGG CCAGCTTGTG GTTCTAGTCA AGGTTTGGCT TAACCATGTG 
CAAAAGAGCC CTAGCTCTGT GAAGACTGAT GAAGAATTGA AACAGGAAGT AAAGAACCTG 
GGAGGTTATT TACAGTTACT GTTGCAGGGA TGTTCTTCAG ATATTTCCTC AATGGTAACA 
GAAGCACAGA GCAAAGTGAA CGAAGCAGTA AAACAAACAA TTAAATGCAT AGGACACTTG 
GCAGTATTCA CAAGAACTGA TATTTCCATT TTTGAAGAGA ACGACATTCC TGCAACTAGT 
CTACAGGACT TCGTACTTGC TGTTTATGAT GGAGTAGGTT TGGGGCTGGA CTTTCTTACA 
GAAACAGTAC AGGAAAAAGC AAGAACGGTG CAGGAAGAAC TATTGAAACA ACATCCACAA 
AATGAGATTC AAAATCGAAT AAGGGATGAT GCTGTGGCAT TAGCCAGGTT CCTTGAAAAT 
AACATCTCTT CTTGCAGAAA GAAAGAAGTA GAATCTCAAT TACCAGAAGA AGATTATGTG 
TATATGGAAA TCAAGAGAAG TACTAAGATC GCTGTGAAAT ACTTGGAATT GGAGCAGTGC 
CTCGCTGAAG TCTATCAGAT CGTTTCTTCT ACATTACAAG GGTCATTCAG AAACACAAGC 
CCTCTCAGGA GCTTTGCAGG AGAGATTTGT TTCATAGCTG GATGTTTGTA CAATTATTTC 
AGTTCATTTC CTTTGGCTTC TACTTCTACA AACAATCCTA TCCAGAGAAC ACCCATGCCA 
TTTATGAACT TGGATGAATT GGACTCTCTG GTTGATTCCC TTATTGTGAA TTTTGAACTT 
GACCAAGGGC AGCAAAATCT GAAATCTCAG CCTCTGTGTA ATGAAACTGA GACCGAAGGA 
AGCCAAAGTG AAACAGGTGG AGATGAATTT CCTTTGAAAC TGAAGGGGAT TCCAAAACAC 
ACATATAAAC TCCAGTCACC ACCTACGTTT CCAGAGGAAC TCTCACTTGG CAAGATACAG 
TGGGTATAA

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

KIF14 ( XM_027463144.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_027318945.1 Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X4, mRNA.

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CloneID	OAn182913
Clone ID Related Accession (Same CDS sequence)	XM_027463146.1 , XM_021277409.2 , XM_021277406.2 , XM_027463143.1 , XM_027463142.1 , XM_027463144.1 , XM_027463147.1
Accession Version	XM_027463144.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4929bp) 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	2018-12-19
Organism	Anas platyrhynchos(mallard)
Product	kinesin-like protein KIF14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_040053.1) 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 :: Anas platyrhynchos Annotation Release 103 Annotation Version :: 103 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##

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCAG AAAGAAATTA CAAGACTGCA 
CTTCGACCAA ATATTAATAA TAATGATACT CGGCATGGTA ATCCAAGCTG TAAATTAGCT 
GAGGGTCAGT CAAATACGAA GATGCATTTT AACCTGAACA GCAAGGACTT GTTTGGCAAT 
GTTGAAAATG ACAAACGCAC ACCTGTAAAA CGTAAGACAA GCACTGCTGA CTCAAAACTT 
CAAAATGAAG CTCATATATC AGAGCAATTA GTTACCTCAA AGAACATTAA TAGGATATCA 
GGAGAGCAAC TGAATGAAAA AGGTGATGTA AATAAGCTAG AGGAAAAACA AAGGTTACAA 
CACTTAATGA TAAAGCATAA CAGTTTAGAA AGGCCAAGGA TACCAACAAA AGGTTCAACA 
GAAGGATTTA TGCTTACACC AAAGAACAGC ACATTTCAGG ATAAGTCATC TCTGTCAGCT 
TTAAATAAAC GACCACTTCA TCCTCCGTTG GTGTCAAAAA AGAAAACCGG TGTTTCTAGT 
TGTCCTGTGA GTATAAGTGC AAAAGAGAAA GTAGAAACGC TTACAGAGAA CAACAGCACT 
GAGGAAGATA TTTTCAAAGT AGAAAACAGC AAAGTGACTG TAGCTGTGCG TGTACGGCCT 
TTCAGTAACA GAGAGAAAAA TGAAAACTCA CTTCCTGTAG TCTCCATGAG TGGCTCGGAG 
ACAGCTGTAC GAAATCCAAG CACAAACCAA GTTTACACCT TCAGTTATGA CTTCTCTTTC 
TGGTCTTTTG ACAAGTGTCA TCCTAATTTT GCAAGCCAAG CAATGATTTA TAAAACTTTG 
GCACTGCCAC TCCTAGAAAG AGCTTTTGAG GGCTATAATG CGTGTCTTTT TGCTTATGGG 
CAAACTGGTA CTGGAAAATC ATACACGATG ATGGGGTTTG ATGAAGACCG AGGGATAATT 
CCAAGACTCT GTGAAGATCT TTTCAGTCAA ATGGACAAAC AACAGGTCTT GTATCACCTT 
GAAATGAGCT ATTTTGAAGT TTACAATGAG AAAATTCATG ATTTGCTTGT CTTCAAAGCT 
GAAAACAGAC AGAAGAAACA ACCACTCCGT GTAAGGGAAC ACCCGGTGTT AGGACCGTAT 
GTGGAGGACC TAACAGTGAA TGTTGTCAGT TCTTACTCTG ATATCCAGAG TTGGCTTGAG 
CTAGGGAATA AGCAGAGAGC AACAGCTGCT ACGGTAATGA ATGACAAGAG TTCTAGATCT 
CATTCTGTCT TCACCCTTGT CATGACACAA ACCAAGGTAG AATCTGTGGA TGAACAGCAA 
CGTGACCGTA GTCTTACCAG TCACATAAAT CTAATTGATT TAGCAGGCAG CGAATGCTGT 
TCTACGGCTC AGACCACTGG AGAAAGGCTG AAGGAGGGTG TGAGTATTAA TAAATCACTC 
TTAACCCTTG GAAAGGTTAT TTCTGCACTC TCAAAGCAGT CTCAAAATGG AAAGAAAACT 
TTCATTCCTT ACCGGGAATC TGTCCTTACT TGGTTATTGA AGGAAAGTCT TGGTGGAAAT 
TCACAAACGG CTATGATTGC CACAATAAGT CCAGCTGCCA GCAGCACAGA AGAAACTCTC 
AGCACTCTTC GCTATGCAAA ACAAGCTTGT TCAATTATCA ACACTGCTAA AGTAAATGAA 
GATGTGAATG CCAAGTTGAT CAGAGAATTG AAAGCTGAAA TTGAAAAACT GAAGGCACAG 
AAAAGTGCTC AGAACACTGA TCCTGAAAAA TACAGGCGTT ATTTGCAGGA AATAACATCT 
CTGAGGATGA AATTGCATCA ACAGGAGAGG GACACAGCAG AAATGCAAAG GGCCTGGAAA 
GAAAAACTTG AGCAAGCAGA AAAGAGGAAA TTAGAAGATA TAAAGGAATT GCAGAAAGCA 
GGAATTGCAT TCAAAATGGA CAATCACTTA CCAAACCTTG TTAATCTCAG TGAAGATCCT 
CAGCTTTCTG AGGTGCTGTT GTATATGATT AAAGAAGGAG AAACTACAGT TGGAAGGTAT 
ACACCGAATT CAAAACATGA TATCCAGCTT TCTGGAGTGC TAATTGCTGA TGACCATTGC 
GTTATAAAAA ATAACCTTGG CCAAGTGAGT ATTATTCCAC GGAGAGAAGC AAAGACATAT 
GTAAATGGGA AATGCATTTT AGACCCGACA GTTCTGCATC ATGGTGATCG AGTGATCCTT 
GGGGGAGACC ATTATTTCAG GTTTAATCAT CCAGTAGAGG TTCAGAAAGT TAAGAGACCA 
TCTTGTGGGA CTACACTTTT GCATGATGGT CCTAAAGATT TTGAATTTGC AAAGAACGAG 
CTGCTTATTG CACAGAAAAC TCAGCTTGAA TCAGAAATTG AAGAGGCACG ACTCAAAGCC 
AAAGAAGAAA TGATGCAAAG TGTCCAAATA GCAAAAGAGA TGATTCAGCA AGAACTGACA 
TCACAAAAAG AAGCTTATGA AAGCAAAATA AAATCACTGG AAGCAGAGGT GAGAGAAGAA 
TCTCGTAAGA AGCAAATGCA AGAACTGAAA AACCAAAAGG CTGCAACTAA AATACAGGAG 
CTAGAGAAGG CAAAGCAAAA TCTTGAGCTA GAATTACACT TCAACAAGAA GCGTTTAGAA 
GTGGAGACCT TAGCTACGAA GCAGGCTCTG GAAGATCATA GTATTCATCA TGCAAAGATA 
CTTCAGGCTC TGGAAGCTGA GAAACAGAAG ATTGCTGAAG AAATACAAAC CCTTCAGAAG 
AACCGTGGAA GTGGGAATAA AACTATGACT ATTCCTCTTA ACTGGAATTC TTTGAAGTTA 
TCTGTGATGA TCAAAGAGGC CAACACCATT AGTAATGAAC TAGGGAAAAA CACTGTTTTC 
TGCAGGCACG ACAAAGTTGA TGATAAAACA GGAACAGTAT CTTCTATTCA AGTGCAGGTT 
CGTAATATCA AACTGGGAAT AGCAACGTTC TGGAGCCTGG AGAAATTTGA ATGCAAACTA 
GCAGCAATGA AAGAACTCTA TGAGAGTAAT GATAACAATA AAGCTGCTGA TGTGTTTTAT 
GACCCTGCTG ATGAATGGGA ACCCGACCTT TCAGATGCCT CAGTTTCCTC TCTTTCCAGG 
AGAAGAAGTA GAAGTTTAAT GAAGAACAAG AGAATTTCTA GATGTTTGTC TGGTATAAAA 
TTGGAACCAA CCCATGATAC ACAAACTTCC TATATTTCAG GTTCACAGAG TAAATCCAGC 
ATATGCCCAA ACTTCTCTGA ATCACTTCTT CCTGGAATTT GCAAAGAATC TGTAAGTTCA 
GCTTTAGATT TACTGGAACA GAATCATGAA GGGAGAAAGA GCATAGCAGA TCATCTCCTA 
AGGAATTTGT TTACCATTTT CTCTGGAGTT TCTGCCATTT CAAAAGCCTA TGAACAGCAA 
GATGAAGAAT GTCAAAAAAA TTTTTTCTCT ACTGATCCTG CTGCTCAGTC CTACAGCATC 
AAAATCACCT CTGTGTTTGG CCAGCTTGTG GTTCTAGTCA AGGTTTGGCT TAACCATGTG 
CAAAAGAGCC CTAGCTCTGT GAAGACTGAT GAAGAATTGA AACAGGAAGT AAAGAACCTG 
GGAGGTTATT TACAGTTACT GTTGCAGGGA TGTTCTTCAG ATATTTCCTC AATGGTAACA 
GAAGCACAGA GCAAAGTGAA CGAAGCAGTA AAACAAACAA TTAAATGCAT AGGACACTTG 
GCAGTATTCA CAAGAACTGA TATTTCCATT TTTGAAGAGA ACGACATTCC TGCAACTAGT 
CTACAGGACT TCGTACTTGC TGTTTATGAT GGAGTAGGTT TGGGGCTGGA CTTTCTTACA 
GAAACAGTAC AGGAAAAAGC AAGAACGGTG CAGGAAGAAC TATTGAAACA ACATCCACAA 
AATGAGATTC AAAATCGAAT AAGGGATGAT GCTGTGGCAT TAGCCAGGTT CCTTGAAAAT 
AACATCTCTT CTTGCAGAAA GAAAGAAGTA GAATCTCAAT TACCAGAAGA AGATTATGTG 
TATATGGAAA TCAAGAGAAG TACTAAGATC GCTGTGAAAT ACTTGGAATT GGAGCAGTGC 
CTCGCTGAAG TCTATCAGAT CGTTTCTTCT ACATTACAAG GGTCATTCAG AAACACAAGC 
CCTCTCAGGA GCTTTGCAGG AGAGATTTGT TTCATAGCTG GATGTTTGTA CAATTATTTC 
AGTTCATTTC CTTTGGCTTC TACTTCTACA AACAATCCTA TCCAGAGAAC ACCCATGCCA 
TTTATGAACT TGGATGAATT GGACTCTCTG GTTGATTCCC TTATTGTGAA TTTTGAACTT 
GACCAAGGGC AGCAAAATCT GAAATCTCAG CCTCTGTGTA ATGAAACTGA GACCGAAGGA 
AGCCAAAGTG AAACAGGTGG AGATGAATTT CCTTTGAAAC TGAAGGGGAT TCCAAAACAC 
ACATATAAAC TCCAGTCACC ACCTACGTTT CCAGAGGAAC TCTCACTTGG CAAGATACAG 
TGGGTATAA

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

RefSeq	XP_027318945.1
CDS	480..5408
Translation	MPDYKVPARNPSETQCTTTSQRISSRSAFTSSKMSGQQLTSQMSGKEKDGLLSSSRNRTEEVNSTYVISACNNANDASVTLKPQDRLTLQRRTRVSKNLVSSSEQSDNKIRQSIENTQTGKRCTLQRRVRTGSVEKSKINWNAVPGIENNDFAERNYKTALRPNINNNDTRHGNPSCKLAEGQSNTKMHFNLNSKDLFGNVENDKRTPVKRKTSTADSKLQNEAHISEQLVTSKNINRISGEQLNEKGDVNKLEEKQRLQHLMIKHNSLERPRIPTKGSTEGFMLTPKNSTFQDKSSLSALNKRPLHPPLVSKKKTGVSSCPVSISAKEKVETLTENNSTEEDIFKVENSKVTVAVRVRPFSNREKNENSLPVVSMSGSETAVRNPSTNQVYTFSYDFSFWSFDKCHPNFASQAMIYKTLALPLLERAFEGYNACLFAYGQTGTGKSYTMMGFDEDRGIIPRLCEDLFSQMDKQQVLYHLEMSYFEVYNEKIHDLLVFKAENRQKKQPLRVREHPVLGPYVEDLTVNVVSSYSDIQSWLELGNKQRATAATVMNDKSSRSHSVFTLVMTQTKVESVDEQQRDRSLTSHINLIDLAGSECCSTAQTTGERLKEGVSINKSLLTLGKVISALSKQSQNGKKTFIPYRESVLTWLLKESLGGNSQTAMIATISPAASSTEETLSTLRYAKQACSIINTAKVNEDVNAKLIRELKAEIEKLKAQKSAQNTDPEKYRRYLQEITSLRMKLHQQERDTAEMQRAWKEKLEQAEKRKLEDIKELQKAGIAFKMDNHLPNLVNLSEDPQLSEVLLYMIKEGETTVGRYTPNSKHDIQLSGVLIADDHCVIKNNLGQVSIIPRREAKTYVNGKCILDPTVLHHGDRVILGGDHYFRFNHPVEVQKVKRPSCGTTLLHDGPKDFEFAKNELLIAQKTQLESEIEEARLKAKEEMMQSVQIAKEMIQQELTSQKEAYESKIKSLEAEVREESRKKQMQELKNQKAATKIQELEKAKQNLELELHFNKKRLEVETLATKQALEDHSIHHAKILQALEAEKQKIAEEIQTLQKNRGSGNKTMTIPLNWNSLKLSVMIKEANTISNELGKNTVFCRHDKVDDKTGTVSSIQVQVRNIKLGIATFWSLEKFECKLAAMKELYESNDNNKAADVFYDPADEWEPDLSDASVSSLSRRRSRSLMKNKRISRCLSGIKLEPTHDTQTSYISGSQSKSSICPNFSESLLPGICKESVSSALDLLEQNHEGRKSIADHLLRNLFTIFSGVSAISKAYEQQDEECQKNFFSTDPAAQSYSIKITSVFGQLVVLVKVWLNHVQKSPSSVKTDEELKQEVKNLGGYLQLLLQGCSSDISSMVTEAQSKVNEAVKQTIKCIGHLAVFTRTDISIFEENDIPATSLQDFVLAVYDGVGLGLDFLTETVQEKARTVQEELLKQHPQNEIQNRIRDDAVALARFLENNISSCRKKEVESQLPEEDYVYMEIKRSTKIAVKYLELEQCLAEVYQIVSSTLQGSFRNTSPLRSFAGEICFIAGCLYNYFSSFPLASTSTNNPIQRTPMPFMNLDELDSLVDSLIVNFELDQGQQNLKSQPLCNETETEGSQSETGGDEFPLKLKGIPKHTYKLQSPPTFPEELSLGKIQWV

Target ORF information:

RefSeq Version	XM_027463144.1
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X4, mRNA.

Target ORF information:

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

XM_027463144.1

ORF Insert Sequence:

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCAG AAAGAAATTA CAAGACTGCA 
CTTCGACCAA ATATTAATAA TAATGATACT CGGCATGGTA ATCCAAGCTG TAAATTAGCT 
GAGGGTCAGT CAAATACGAA GATGCATTTT AACCTGAACA GCAAGGACTT GTTTGGCAAT 
GTTGAAAATG ACAAACGCAC ACCTGTAAAA CGTAAGACAA GCACTGCTGA CTCAAAACTT 
CAAAATGAAG CTCATATATC AGAGCAATTA GTTACCTCAA AGAACATTAA TAGGATATCA 
GGAGAGCAAC TGAATGAAAA AGGTGATGTA AATAAGCTAG AGGAAAAACA AAGGTTACAA 
CACTTAATGA TAAAGCATAA CAGTTTAGAA AGGCCAAGGA TACCAACAAA AGGTTCAACA 
GAAGGATTTA TGCTTACACC AAAGAACAGC ACATTTCAGG ATAAGTCATC TCTGTCAGCT 
TTAAATAAAC GACCACTTCA TCCTCCGTTG GTGTCAAAAA AGAAAACCGG TGTTTCTAGT 
TGTCCTGTGA GTATAAGTGC AAAAGAGAAA GTAGAAACGC TTACAGAGAA CAACAGCACT 
GAGGAAGATA TTTTCAAAGT AGAAAACAGC AAAGTGACTG TAGCTGTGCG TGTACGGCCT 
TTCAGTAACA GAGAGAAAAA TGAAAACTCA CTTCCTGTAG TCTCCATGAG TGGCTCGGAG 
ACAGCTGTAC GAAATCCAAG CACAAACCAA GTTTACACCT TCAGTTATGA CTTCTCTTTC 
TGGTCTTTTG ACAAGTGTCA TCCTAATTTT GCAAGCCAAG CAATGATTTA TAAAACTTTG 
GCACTGCCAC TCCTAGAAAG AGCTTTTGAG GGCTATAATG CGTGTCTTTT TGCTTATGGG 
CAAACTGGTA CTGGAAAATC ATACACGATG ATGGGGTTTG ATGAAGACCG AGGGATAATT 
CCAAGACTCT GTGAAGATCT TTTCAGTCAA ATGGACAAAC AACAGGTCTT GTATCACCTT 
GAAATGAGCT ATTTTGAAGT TTACAATGAG AAAATTCATG ATTTGCTTGT CTTCAAAGCT 
GAAAACAGAC AGAAGAAACA ACCACTCCGT GTAAGGGAAC ACCCGGTGTT AGGACCGTAT 
GTGGAGGACC TAACAGTGAA TGTTGTCAGT TCTTACTCTG ATATCCAGAG TTGGCTTGAG 
CTAGGGAATA AGCAGAGAGC AACAGCTGCT ACGGTAATGA ATGACAAGAG TTCTAGATCT 
CATTCTGTCT TCACCCTTGT CATGACACAA ACCAAGGTAG AATCTGTGGA TGAACAGCAA 
CGTGACCGTA GTCTTACCAG TCACATAAAT CTAATTGATT TAGCAGGCAG CGAATGCTGT 
TCTACGGCTC AGACCACTGG AGAAAGGCTG AAGGAGGGTG TGAGTATTAA TAAATCACTC 
TTAACCCTTG GAAAGGTTAT TTCTGCACTC TCAAAGCAGT CTCAAAATGG AAAGAAAACT 
TTCATTCCTT ACCGGGAATC TGTCCTTACT TGGTTATTGA AGGAAAGTCT TGGTGGAAAT 
TCACAAACGG CTATGATTGC CACAATAAGT CCAGCTGCCA GCAGCACAGA AGAAACTCTC 
AGCACTCTTC GCTATGCAAA ACAAGCTTGT TCAATTATCA ACACTGCTAA AGTAAATGAA 
GATGTGAATG CCAAGTTGAT CAGAGAATTG AAAGCTGAAA TTGAAAAACT GAAGGCACAG 
AAAAGTGCTC AGAACACTGA TCCTGAAAAA TACAGGCGTT ATTTGCAGGA AATAACATCT 
CTGAGGATGA AATTGCATCA ACAGGAGAGG GACACAGCAG AAATGCAAAG GGCCTGGAAA 
GAAAAACTTG AGCAAGCAGA AAAGAGGAAA TTAGAAGATA TAAAGGAATT GCAGAAAGCA 
GGAATTGCAT TCAAAATGGA CAATCACTTA CCAAACCTTG TTAATCTCAG TGAAGATCCT 
CAGCTTTCTG AGGTGCTGTT GTATATGATT AAAGAAGGAG AAACTACAGT TGGAAGGTAT 
ACACCGAATT CAAAACATGA TATCCAGCTT TCTGGAGTGC TAATTGCTGA TGACCATTGC 
GTTATAAAAA ATAACCTTGG CCAAGTGAGT ATTATTCCAC GGAGAGAAGC AAAGACATAT 
GTAAATGGGA AATGCATTTT AGACCCGACA GTTCTGCATC ATGGTGATCG AGTGATCCTT 
GGGGGAGACC ATTATTTCAG GTTTAATCAT CCAGTAGAGG TTCAGAAAGT TAAGAGACCA 
TCTTGTGGGA CTACACTTTT GCATGATGGT CCTAAAGATT TTGAATTTGC AAAGAACGAG 
CTGCTTATTG CACAGAAAAC TCAGCTTGAA TCAGAAATTG AAGAGGCACG ACTCAAAGCC 
AAAGAAGAAA TGATGCAAAG TGTCCAAATA GCAAAAGAGA TGATTCAGCA AGAACTGACA 
TCACAAAAAG AAGCTTATGA AAGCAAAATA AAATCACTGG AAGCAGAGGT GAGAGAAGAA 
TCTCGTAAGA AGCAAATGCA AGAACTGAAA AACCAAAAGG CTGCAACTAA AATACAGGAG 
CTAGAGAAGG CAAAGCAAAA TCTTGAGCTA GAATTACACT TCAACAAGAA GCGTTTAGAA 
GTGGAGACCT TAGCTACGAA GCAGGCTCTG GAAGATCATA GTATTCATCA TGCAAAGATA 
CTTCAGGCTC TGGAAGCTGA GAAACAGAAG ATTGCTGAAG AAATACAAAC CCTTCAGAAG 
AACCGTGGAA GTGGGAATAA AACTATGACT ATTCCTCTTA ACTGGAATTC TTTGAAGTTA 
TCTGTGATGA TCAAAGAGGC CAACACCATT AGTAATGAAC TAGGGAAAAA CACTGTTTTC 
TGCAGGCACG ACAAAGTTGA TGATAAAACA GGAACAGTAT CTTCTATTCA AGTGCAGGTT 
CGTAATATCA AACTGGGAAT AGCAACGTTC TGGAGCCTGG AGAAATTTGA ATGCAAACTA 
GCAGCAATGA AAGAACTCTA TGAGAGTAAT GATAACAATA AAGCTGCTGA TGTGTTTTAT 
GACCCTGCTG ATGAATGGGA ACCCGACCTT TCAGATGCCT CAGTTTCCTC TCTTTCCAGG 
AGAAGAAGTA GAAGTTTAAT GAAGAACAAG AGAATTTCTA GATGTTTGTC TGGTATAAAA 
TTGGAACCAA CCCATGATAC ACAAACTTCC TATATTTCAG GTTCACAGAG TAAATCCAGC 
ATATGCCCAA ACTTCTCTGA ATCACTTCTT CCTGGAATTT GCAAAGAATC TGTAAGTTCA 
GCTTTAGATT TACTGGAACA GAATCATGAA GGGAGAAAGA GCATAGCAGA TCATCTCCTA 
AGGAATTTGT TTACCATTTT CTCTGGAGTT TCTGCCATTT CAAAAGCCTA TGAACAGCAA 
GATGAAGAAT GTCAAAAAAA TTTTTTCTCT ACTGATCCTG CTGCTCAGTC CTACAGCATC 
AAAATCACCT CTGTGTTTGG CCAGCTTGTG GTTCTAGTCA AGGTTTGGCT TAACCATGTG 
CAAAAGAGCC CTAGCTCTGT GAAGACTGAT GAAGAATTGA AACAGGAAGT AAAGAACCTG 
GGAGGTTATT TACAGTTACT GTTGCAGGGA TGTTCTTCAG ATATTTCCTC AATGGTAACA 
GAAGCACAGA GCAAAGTGAA CGAAGCAGTA AAACAAACAA TTAAATGCAT AGGACACTTG 
GCAGTATTCA CAAGAACTGA TATTTCCATT TTTGAAGAGA ACGACATTCC TGCAACTAGT 
CTACAGGACT TCGTACTTGC TGTTTATGAT GGAGTAGGTT TGGGGCTGGA CTTTCTTACA 
GAAACAGTAC AGGAAAAAGC AAGAACGGTG CAGGAAGAAC TATTGAAACA ACATCCACAA 
AATGAGATTC AAAATCGAAT AAGGGATGAT GCTGTGGCAT TAGCCAGGTT CCTTGAAAAT 
AACATCTCTT CTTGCAGAAA GAAAGAAGTA GAATCTCAAT TACCAGAAGA AGATTATGTG 
TATATGGAAA TCAAGAGAAG TACTAAGATC GCTGTGAAAT ACTTGGAATT GGAGCAGTGC 
CTCGCTGAAG TCTATCAGAT CGTTTCTTCT ACATTACAAG GGTCATTCAG AAACACAAGC 
CCTCTCAGGA GCTTTGCAGG AGAGATTTGT TTCATAGCTG GATGTTTGTA CAATTATTTC 
AGTTCATTTC CTTTGGCTTC TACTTCTACA AACAATCCTA TCCAGAGAAC ACCCATGCCA 
TTTATGAACT TGGATGAATT GGACTCTCTG GTTGATTCCC TTATTGTGAA TTTTGAACTT 
GACCAAGGGC AGCAAAATCT GAAATCTCAG CCTCTGTGTA ATGAAACTGA GACCGAAGGA 
AGCCAAAGTG AAACAGGTGG AGATGAATTT CCTTTGAAAC TGAAGGGGAT TCCAAAACAC 
ACATATAAAC TCCAGTCACC ACCTACGTTT CCAGAGGAAC TCTCACTTGG CAAGATACAG 
TGGGTATAA

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

KIF14 ( XM_027463147.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_027318948.1 Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X7, mRNA.

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CloneID	OAn182913
Clone ID Related Accession (Same CDS sequence)	XM_027463146.1 , XM_021277409.2 , XM_021277406.2 , XM_027463143.1 , XM_027463142.1 , XM_027463144.1 , XM_027463147.1
Accession Version	XM_027463147.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4929bp) 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	2018-12-19
Organism	Anas platyrhynchos(mallard)
Product	kinesin-like protein KIF14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_040053.1) 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 :: Anas platyrhynchos Annotation Release 103 Annotation Version :: 103 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##

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCAG AAAGAAATTA CAAGACTGCA 
CTTCGACCAA ATATTAATAA TAATGATACT CGGCATGGTA ATCCAAGCTG TAAATTAGCT 
GAGGGTCAGT CAAATACGAA GATGCATTTT AACCTGAACA GCAAGGACTT GTTTGGCAAT 
GTTGAAAATG ACAAACGCAC ACCTGTAAAA CGTAAGACAA GCACTGCTGA CTCAAAACTT 
CAAAATGAAG CTCATATATC AGAGCAATTA GTTACCTCAA AGAACATTAA TAGGATATCA 
GGAGAGCAAC TGAATGAAAA AGGTGATGTA AATAAGCTAG AGGAAAAACA AAGGTTACAA 
CACTTAATGA TAAAGCATAA CAGTTTAGAA AGGCCAAGGA TACCAACAAA AGGTTCAACA 
GAAGGATTTA TGCTTACACC AAAGAACAGC ACATTTCAGG ATAAGTCATC TCTGTCAGCT 
TTAAATAAAC GACCACTTCA TCCTCCGTTG GTGTCAAAAA AGAAAACCGG TGTTTCTAGT 
TGTCCTGTGA GTATAAGTGC AAAAGAGAAA GTAGAAACGC TTACAGAGAA CAACAGCACT 
GAGGAAGATA TTTTCAAAGT AGAAAACAGC AAAGTGACTG TAGCTGTGCG TGTACGGCCT 
TTCAGTAACA GAGAGAAAAA TGAAAACTCA CTTCCTGTAG TCTCCATGAG TGGCTCGGAG 
ACAGCTGTAC GAAATCCAAG CACAAACCAA GTTTACACCT TCAGTTATGA CTTCTCTTTC 
TGGTCTTTTG ACAAGTGTCA TCCTAATTTT GCAAGCCAAG CAATGATTTA TAAAACTTTG 
GCACTGCCAC TCCTAGAAAG AGCTTTTGAG GGCTATAATG CGTGTCTTTT TGCTTATGGG 
CAAACTGGTA CTGGAAAATC ATACACGATG ATGGGGTTTG ATGAAGACCG AGGGATAATT 
CCAAGACTCT GTGAAGATCT TTTCAGTCAA ATGGACAAAC AACAGGTCTT GTATCACCTT 
GAAATGAGCT ATTTTGAAGT TTACAATGAG AAAATTCATG ATTTGCTTGT CTTCAAAGCT 
GAAAACAGAC AGAAGAAACA ACCACTCCGT GTAAGGGAAC ACCCGGTGTT AGGACCGTAT 
GTGGAGGACC TAACAGTGAA TGTTGTCAGT TCTTACTCTG ATATCCAGAG TTGGCTTGAG 
CTAGGGAATA AGCAGAGAGC AACAGCTGCT ACGGTAATGA ATGACAAGAG TTCTAGATCT 
CATTCTGTCT TCACCCTTGT CATGACACAA ACCAAGGTAG AATCTGTGGA TGAACAGCAA 
CGTGACCGTA GTCTTACCAG TCACATAAAT CTAATTGATT TAGCAGGCAG CGAATGCTGT 
TCTACGGCTC AGACCACTGG AGAAAGGCTG AAGGAGGGTG TGAGTATTAA TAAATCACTC 
TTAACCCTTG GAAAGGTTAT TTCTGCACTC TCAAAGCAGT CTCAAAATGG AAAGAAAACT 
TTCATTCCTT ACCGGGAATC TGTCCTTACT TGGTTATTGA AGGAAAGTCT TGGTGGAAAT 
TCACAAACGG CTATGATTGC CACAATAAGT CCAGCTGCCA GCAGCACAGA AGAAACTCTC 
AGCACTCTTC GCTATGCAAA ACAAGCTTGT TCAATTATCA ACACTGCTAA AGTAAATGAA 
GATGTGAATG CCAAGTTGAT CAGAGAATTG AAAGCTGAAA TTGAAAAACT GAAGGCACAG 
AAAAGTGCTC AGAACACTGA TCCTGAAAAA TACAGGCGTT ATTTGCAGGA AATAACATCT 
CTGAGGATGA AATTGCATCA ACAGGAGAGG GACACAGCAG AAATGCAAAG GGCCTGGAAA 
GAAAAACTTG AGCAAGCAGA AAAGAGGAAA TTAGAAGATA TAAAGGAATT GCAGAAAGCA 
GGAATTGCAT TCAAAATGGA CAATCACTTA CCAAACCTTG TTAATCTCAG TGAAGATCCT 
CAGCTTTCTG AGGTGCTGTT GTATATGATT AAAGAAGGAG AAACTACAGT TGGAAGGTAT 
ACACCGAATT CAAAACATGA TATCCAGCTT TCTGGAGTGC TAATTGCTGA TGACCATTGC 
GTTATAAAAA ATAACCTTGG CCAAGTGAGT ATTATTCCAC GGAGAGAAGC AAAGACATAT 
GTAAATGGGA AATGCATTTT AGACCCGACA GTTCTGCATC ATGGTGATCG AGTGATCCTT 
GGGGGAGACC ATTATTTCAG GTTTAATCAT CCAGTAGAGG TTCAGAAAGT TAAGAGACCA 
TCTTGTGGGA CTACACTTTT GCATGATGGT CCTAAAGATT TTGAATTTGC AAAGAACGAG 
CTGCTTATTG CACAGAAAAC TCAGCTTGAA TCAGAAATTG AAGAGGCACG ACTCAAAGCC 
AAAGAAGAAA TGATGCAAAG TGTCCAAATA GCAAAAGAGA TGATTCAGCA AGAACTGACA 
TCACAAAAAG AAGCTTATGA AAGCAAAATA AAATCACTGG AAGCAGAGGT GAGAGAAGAA 
TCTCGTAAGA AGCAAATGCA AGAACTGAAA AACCAAAAGG CTGCAACTAA AATACAGGAG 
CTAGAGAAGG CAAAGCAAAA TCTTGAGCTA GAATTACACT TCAACAAGAA GCGTTTAGAA 
GTGGAGACCT TAGCTACGAA GCAGGCTCTG GAAGATCATA GTATTCATCA TGCAAAGATA 
CTTCAGGCTC TGGAAGCTGA GAAACAGAAG ATTGCTGAAG AAATACAAAC CCTTCAGAAG 
AACCGTGGAA GTGGGAATAA AACTATGACT ATTCCTCTTA ACTGGAATTC TTTGAAGTTA 
TCTGTGATGA TCAAAGAGGC CAACACCATT AGTAATGAAC TAGGGAAAAA CACTGTTTTC 
TGCAGGCACG ACAAAGTTGA TGATAAAACA GGAACAGTAT CTTCTATTCA AGTGCAGGTT 
CGTAATATCA AACTGGGAAT AGCAACGTTC TGGAGCCTGG AGAAATTTGA ATGCAAACTA 
GCAGCAATGA AAGAACTCTA TGAGAGTAAT GATAACAATA AAGCTGCTGA TGTGTTTTAT 
GACCCTGCTG ATGAATGGGA ACCCGACCTT TCAGATGCCT CAGTTTCCTC TCTTTCCAGG 
AGAAGAAGTA GAAGTTTAAT GAAGAACAAG AGAATTTCTA GATGTTTGTC TGGTATAAAA 
TTGGAACCAA CCCATGATAC ACAAACTTCC TATATTTCAG GTTCACAGAG TAAATCCAGC 
ATATGCCCAA ACTTCTCTGA ATCACTTCTT CCTGGAATTT GCAAAGAATC TGTAAGTTCA 
GCTTTAGATT TACTGGAACA GAATCATGAA GGGAGAAAGA GCATAGCAGA TCATCTCCTA 
AGGAATTTGT TTACCATTTT CTCTGGAGTT TCTGCCATTT CAAAAGCCTA TGAACAGCAA 
GATGAAGAAT GTCAAAAAAA TTTTTTCTCT ACTGATCCTG CTGCTCAGTC CTACAGCATC 
AAAATCACCT CTGTGTTTGG CCAGCTTGTG GTTCTAGTCA AGGTTTGGCT TAACCATGTG 
CAAAAGAGCC CTAGCTCTGT GAAGACTGAT GAAGAATTGA AACAGGAAGT AAAGAACCTG 
GGAGGTTATT TACAGTTACT GTTGCAGGGA TGTTCTTCAG ATATTTCCTC AATGGTAACA 
GAAGCACAGA GCAAAGTGAA CGAAGCAGTA AAACAAACAA TTAAATGCAT AGGACACTTG 
GCAGTATTCA CAAGAACTGA TATTTCCATT TTTGAAGAGA ACGACATTCC TGCAACTAGT 
CTACAGGACT TCGTACTTGC TGTTTATGAT GGAGTAGGTT TGGGGCTGGA CTTTCTTACA 
GAAACAGTAC AGGAAAAAGC AAGAACGGTG CAGGAAGAAC TATTGAAACA ACATCCACAA 
AATGAGATTC AAAATCGAAT AAGGGATGAT GCTGTGGCAT TAGCCAGGTT CCTTGAAAAT 
AACATCTCTT CTTGCAGAAA GAAAGAAGTA GAATCTCAAT TACCAGAAGA AGATTATGTG 
TATATGGAAA TCAAGAGAAG TACTAAGATC GCTGTGAAAT ACTTGGAATT GGAGCAGTGC 
CTCGCTGAAG TCTATCAGAT CGTTTCTTCT ACATTACAAG GGTCATTCAG AAACACAAGC 
CCTCTCAGGA GCTTTGCAGG AGAGATTTGT TTCATAGCTG GATGTTTGTA CAATTATTTC 
AGTTCATTTC CTTTGGCTTC TACTTCTACA AACAATCCTA TCCAGAGAAC ACCCATGCCA 
TTTATGAACT TGGATGAATT GGACTCTCTG GTTGATTCCC TTATTGTGAA TTTTGAACTT 
GACCAAGGGC AGCAAAATCT GAAATCTCAG CCTCTGTGTA ATGAAACTGA GACCGAAGGA 
AGCCAAAGTG AAACAGGTGG AGATGAATTT CCTTTGAAAC TGAAGGGGAT TCCAAAACAC 
ACATATAAAC TCCAGTCACC ACCTACGTTT CCAGAGGAAC TCTCACTTGG CAAGATACAG 
TGGGTATAA

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

RefSeq	XP_027318948.1
CDS	110..5038
Translation	MPDYKVPARNPSETQCTTTSQRISSRSAFTSSKMSGQQLTSQMSGKEKDGLLSSSRNRTEEVNSTYVISACNNANDASVTLKPQDRLTLQRRTRVSKNLVSSSEQSDNKIRQSIENTQTGKRCTLQRRVRTGSVEKSKINWNAVPGIENNDFAERNYKTALRPNINNNDTRHGNPSCKLAEGQSNTKMHFNLNSKDLFGNVENDKRTPVKRKTSTADSKLQNEAHISEQLVTSKNINRISGEQLNEKGDVNKLEEKQRLQHLMIKHNSLERPRIPTKGSTEGFMLTPKNSTFQDKSSLSALNKRPLHPPLVSKKKTGVSSCPVSISAKEKVETLTENNSTEEDIFKVENSKVTVAVRVRPFSNREKNENSLPVVSMSGSETAVRNPSTNQVYTFSYDFSFWSFDKCHPNFASQAMIYKTLALPLLERAFEGYNACLFAYGQTGTGKSYTMMGFDEDRGIIPRLCEDLFSQMDKQQVLYHLEMSYFEVYNEKIHDLLVFKAENRQKKQPLRVREHPVLGPYVEDLTVNVVSSYSDIQSWLELGNKQRATAATVMNDKSSRSHSVFTLVMTQTKVESVDEQQRDRSLTSHINLIDLAGSECCSTAQTTGERLKEGVSINKSLLTLGKVISALSKQSQNGKKTFIPYRESVLTWLLKESLGGNSQTAMIATISPAASSTEETLSTLRYAKQACSIINTAKVNEDVNAKLIRELKAEIEKLKAQKSAQNTDPEKYRRYLQEITSLRMKLHQQERDTAEMQRAWKEKLEQAEKRKLEDIKELQKAGIAFKMDNHLPNLVNLSEDPQLSEVLLYMIKEGETTVGRYTPNSKHDIQLSGVLIADDHCVIKNNLGQVSIIPRREAKTYVNGKCILDPTVLHHGDRVILGGDHYFRFNHPVEVQKVKRPSCGTTLLHDGPKDFEFAKNELLIAQKTQLESEIEEARLKAKEEMMQSVQIAKEMIQQELTSQKEAYESKIKSLEAEVREESRKKQMQELKNQKAATKIQELEKAKQNLELELHFNKKRLEVETLATKQALEDHSIHHAKILQALEAEKQKIAEEIQTLQKNRGSGNKTMTIPLNWNSLKLSVMIKEANTISNELGKNTVFCRHDKVDDKTGTVSSIQVQVRNIKLGIATFWSLEKFECKLAAMKELYESNDNNKAADVFYDPADEWEPDLSDASVSSLSRRRSRSLMKNKRISRCLSGIKLEPTHDTQTSYISGSQSKSSICPNFSESLLPGICKESVSSALDLLEQNHEGRKSIADHLLRNLFTIFSGVSAISKAYEQQDEECQKNFFSTDPAAQSYSIKITSVFGQLVVLVKVWLNHVQKSPSSVKTDEELKQEVKNLGGYLQLLLQGCSSDISSMVTEAQSKVNEAVKQTIKCIGHLAVFTRTDISIFEENDIPATSLQDFVLAVYDGVGLGLDFLTETVQEKARTVQEELLKQHPQNEIQNRIRDDAVALARFLENNISSCRKKEVESQLPEEDYVYMEIKRSTKIAVKYLELEQCLAEVYQIVSSTLQGSFRNTSPLRSFAGEICFIAGCLYNYFSSFPLASTSTNNPIQRTPMPFMNLDELDSLVDSLIVNFELDQGQQNLKSQPLCNETETEGSQSETGGDEFPLKLKGIPKHTYKLQSPPTFPEELSLGKIQWV

Target ORF information:

RefSeq Version	XM_027463147.1
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X7, mRNA.

Target ORF information:

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

XM_027463147.1

ORF Insert Sequence:

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCAG AAAGAAATTA CAAGACTGCA 
CTTCGACCAA ATATTAATAA TAATGATACT CGGCATGGTA ATCCAAGCTG TAAATTAGCT 
GAGGGTCAGT CAAATACGAA GATGCATTTT AACCTGAACA GCAAGGACTT GTTTGGCAAT 
GTTGAAAATG ACAAACGCAC ACCTGTAAAA CGTAAGACAA GCACTGCTGA CTCAAAACTT 
CAAAATGAAG CTCATATATC AGAGCAATTA GTTACCTCAA AGAACATTAA TAGGATATCA 
GGAGAGCAAC TGAATGAAAA AGGTGATGTA AATAAGCTAG AGGAAAAACA AAGGTTACAA 
CACTTAATGA TAAAGCATAA CAGTTTAGAA AGGCCAAGGA TACCAACAAA AGGTTCAACA 
GAAGGATTTA TGCTTACACC AAAGAACAGC ACATTTCAGG ATAAGTCATC TCTGTCAGCT 
TTAAATAAAC GACCACTTCA TCCTCCGTTG GTGTCAAAAA AGAAAACCGG TGTTTCTAGT 
TGTCCTGTGA GTATAAGTGC AAAAGAGAAA GTAGAAACGC TTACAGAGAA CAACAGCACT 
GAGGAAGATA TTTTCAAAGT AGAAAACAGC AAAGTGACTG TAGCTGTGCG TGTACGGCCT 
TTCAGTAACA GAGAGAAAAA TGAAAACTCA CTTCCTGTAG TCTCCATGAG TGGCTCGGAG 
ACAGCTGTAC GAAATCCAAG CACAAACCAA GTTTACACCT TCAGTTATGA CTTCTCTTTC 
TGGTCTTTTG ACAAGTGTCA TCCTAATTTT GCAAGCCAAG CAATGATTTA TAAAACTTTG 
GCACTGCCAC TCCTAGAAAG AGCTTTTGAG GGCTATAATG CGTGTCTTTT TGCTTATGGG 
CAAACTGGTA CTGGAAAATC ATACACGATG ATGGGGTTTG ATGAAGACCG AGGGATAATT 
CCAAGACTCT GTGAAGATCT TTTCAGTCAA ATGGACAAAC AACAGGTCTT GTATCACCTT 
GAAATGAGCT ATTTTGAAGT TTACAATGAG AAAATTCATG ATTTGCTTGT CTTCAAAGCT 
GAAAACAGAC AGAAGAAACA ACCACTCCGT GTAAGGGAAC ACCCGGTGTT AGGACCGTAT 
GTGGAGGACC TAACAGTGAA TGTTGTCAGT TCTTACTCTG ATATCCAGAG TTGGCTTGAG 
CTAGGGAATA AGCAGAGAGC AACAGCTGCT ACGGTAATGA ATGACAAGAG TTCTAGATCT 
CATTCTGTCT TCACCCTTGT CATGACACAA ACCAAGGTAG AATCTGTGGA TGAACAGCAA 
CGTGACCGTA GTCTTACCAG TCACATAAAT CTAATTGATT TAGCAGGCAG CGAATGCTGT 
TCTACGGCTC AGACCACTGG AGAAAGGCTG AAGGAGGGTG TGAGTATTAA TAAATCACTC 
TTAACCCTTG GAAAGGTTAT TTCTGCACTC TCAAAGCAGT CTCAAAATGG AAAGAAAACT 
TTCATTCCTT ACCGGGAATC TGTCCTTACT TGGTTATTGA AGGAAAGTCT TGGTGGAAAT 
TCACAAACGG CTATGATTGC CACAATAAGT CCAGCTGCCA GCAGCACAGA AGAAACTCTC 
AGCACTCTTC GCTATGCAAA ACAAGCTTGT TCAATTATCA ACACTGCTAA AGTAAATGAA 
GATGTGAATG CCAAGTTGAT CAGAGAATTG AAAGCTGAAA TTGAAAAACT GAAGGCACAG 
AAAAGTGCTC AGAACACTGA TCCTGAAAAA TACAGGCGTT ATTTGCAGGA AATAACATCT 
CTGAGGATGA AATTGCATCA ACAGGAGAGG GACACAGCAG AAATGCAAAG GGCCTGGAAA 
GAAAAACTTG AGCAAGCAGA AAAGAGGAAA TTAGAAGATA TAAAGGAATT GCAGAAAGCA 
GGAATTGCAT TCAAAATGGA CAATCACTTA CCAAACCTTG TTAATCTCAG TGAAGATCCT 
CAGCTTTCTG AGGTGCTGTT GTATATGATT AAAGAAGGAG AAACTACAGT TGGAAGGTAT 
ACACCGAATT CAAAACATGA TATCCAGCTT TCTGGAGTGC TAATTGCTGA TGACCATTGC 
GTTATAAAAA ATAACCTTGG CCAAGTGAGT ATTATTCCAC GGAGAGAAGC AAAGACATAT 
GTAAATGGGA AATGCATTTT AGACCCGACA GTTCTGCATC ATGGTGATCG AGTGATCCTT 
GGGGGAGACC ATTATTTCAG GTTTAATCAT CCAGTAGAGG TTCAGAAAGT TAAGAGACCA 
TCTTGTGGGA CTACACTTTT GCATGATGGT CCTAAAGATT TTGAATTTGC AAAGAACGAG 
CTGCTTATTG CACAGAAAAC TCAGCTTGAA TCAGAAATTG AAGAGGCACG ACTCAAAGCC 
AAAGAAGAAA TGATGCAAAG TGTCCAAATA GCAAAAGAGA TGATTCAGCA AGAACTGACA 
TCACAAAAAG AAGCTTATGA AAGCAAAATA AAATCACTGG AAGCAGAGGT GAGAGAAGAA 
TCTCGTAAGA AGCAAATGCA AGAACTGAAA AACCAAAAGG CTGCAACTAA AATACAGGAG 
CTAGAGAAGG CAAAGCAAAA TCTTGAGCTA GAATTACACT TCAACAAGAA GCGTTTAGAA 
GTGGAGACCT TAGCTACGAA GCAGGCTCTG GAAGATCATA GTATTCATCA TGCAAAGATA 
CTTCAGGCTC TGGAAGCTGA GAAACAGAAG ATTGCTGAAG AAATACAAAC CCTTCAGAAG 
AACCGTGGAA GTGGGAATAA AACTATGACT ATTCCTCTTA ACTGGAATTC TTTGAAGTTA 
TCTGTGATGA TCAAAGAGGC CAACACCATT AGTAATGAAC TAGGGAAAAA CACTGTTTTC 
TGCAGGCACG ACAAAGTTGA TGATAAAACA GGAACAGTAT CTTCTATTCA AGTGCAGGTT 
CGTAATATCA AACTGGGAAT AGCAACGTTC TGGAGCCTGG AGAAATTTGA ATGCAAACTA 
GCAGCAATGA AAGAACTCTA TGAGAGTAAT GATAACAATA AAGCTGCTGA TGTGTTTTAT 
GACCCTGCTG ATGAATGGGA ACCCGACCTT TCAGATGCCT CAGTTTCCTC TCTTTCCAGG 
AGAAGAAGTA GAAGTTTAAT GAAGAACAAG AGAATTTCTA GATGTTTGTC TGGTATAAAA 
TTGGAACCAA CCCATGATAC ACAAACTTCC TATATTTCAG GTTCACAGAG TAAATCCAGC 
ATATGCCCAA ACTTCTCTGA ATCACTTCTT CCTGGAATTT GCAAAGAATC TGTAAGTTCA 
GCTTTAGATT TACTGGAACA GAATCATGAA GGGAGAAAGA GCATAGCAGA TCATCTCCTA 
AGGAATTTGT TTACCATTTT CTCTGGAGTT TCTGCCATTT CAAAAGCCTA TGAACAGCAA 
GATGAAGAAT GTCAAAAAAA TTTTTTCTCT ACTGATCCTG CTGCTCAGTC CTACAGCATC 
AAAATCACCT CTGTGTTTGG CCAGCTTGTG GTTCTAGTCA AGGTTTGGCT TAACCATGTG 
CAAAAGAGCC CTAGCTCTGT GAAGACTGAT GAAGAATTGA AACAGGAAGT AAAGAACCTG 
GGAGGTTATT TACAGTTACT GTTGCAGGGA TGTTCTTCAG ATATTTCCTC AATGGTAACA 
GAAGCACAGA GCAAAGTGAA CGAAGCAGTA AAACAAACAA TTAAATGCAT AGGACACTTG 
GCAGTATTCA CAAGAACTGA TATTTCCATT TTTGAAGAGA ACGACATTCC TGCAACTAGT 
CTACAGGACT TCGTACTTGC TGTTTATGAT GGAGTAGGTT TGGGGCTGGA CTTTCTTACA 
GAAACAGTAC AGGAAAAAGC AAGAACGGTG CAGGAAGAAC TATTGAAACA ACATCCACAA 
AATGAGATTC AAAATCGAAT AAGGGATGAT GCTGTGGCAT TAGCCAGGTT CCTTGAAAAT 
AACATCTCTT CTTGCAGAAA GAAAGAAGTA GAATCTCAAT TACCAGAAGA AGATTATGTG 
TATATGGAAA TCAAGAGAAG TACTAAGATC GCTGTGAAAT ACTTGGAATT GGAGCAGTGC 
CTCGCTGAAG TCTATCAGAT CGTTTCTTCT ACATTACAAG GGTCATTCAG AAACACAAGC 
CCTCTCAGGA GCTTTGCAGG AGAGATTTGT TTCATAGCTG GATGTTTGTA CAATTATTTC 
AGTTCATTTC CTTTGGCTTC TACTTCTACA AACAATCCTA TCCAGAGAAC ACCCATGCCA 
TTTATGAACT TGGATGAATT GGACTCTCTG GTTGATTCCC TTATTGTGAA TTTTGAACTT 
GACCAAGGGC AGCAAAATCT GAAATCTCAG CCTCTGTGTA ATGAAACTGA GACCGAAGGA 
AGCCAAAGTG AAACAGGTGG AGATGAATTT CCTTTGAAAC TGAAGGGGAT TCCAAAACAC 
ACATATAAAC TCCAGTCACC ACCTACGTTT CCAGAGGAAC TCTCACTTGG CAAGATACAG 
TGGGTATAA

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

KIF14 ( XM_021277406.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_021133081.1 Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAn154491
Clone ID Related Accession (Same CDS sequence)	XM_021277406.1 , XM_021277408.1 , XM_021277409.1 , XM_021277407.1
Accession Version	XM_021277406.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4965bp) 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	2017-05-23
Organism	Anas platyrhynchos(mallard)
Product	kinesin-like protein KIF14 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004678071.1) 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 :: Anas platyrhynchos Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCTG CAGAAAGAAA TTACAAGACT 
GCACTTCGAC CAAATATTAA TAATAATGAT ACTCGGCATG GTAATCCAAG CTGTAAATTA 
GCTGAGGGTC AGTCAAATAC GAAGATGCAT TTTAACCTGA ACAGCAAGGA CTTGTTTGGC 
AATGTTGAAA ATGACAAACG CACACCTGTA AAACGTAAGA CAAGCACTGC TGACTCAAAA 
CTTCAAAATG AAGCTCATAT ATCAGAGCAA TTAGTTACCT CAAAGAACAT TAATAGGATA 
TCAGGAGAGC AACTGAATGA AAAAGGTGAT GTAAATAAGC TAGAGGAAAA ACAAAGGTTA 
CAACACTTAA TGATAAAGCA TAACAGTTTA GAAAGGCCAA GGATACCAAC AAAAGGTTCA 
ACAGAAGGAT TTATGCTTAC ACCAAAGAAC AGCACATTTC AGGATAAGTC ATCTCTGTCA 
GCTTTAAATA AACGACCACT TCATCCTCCG TTGGTGTCAA AAAAGAAAAC CGGTGTTTCT 
AGTTGTCCTG TGAGTATAAG TGCAAAAGAG AAAGTAGAAA CGCTTACAGA GAACAACAGC 
ACTGAGGAAG ATATTTTCAA AGTAGAAAAC AGCAAAGTGA CTGTAGCTGT GCGTGTACGG 
CCTTTCAGTA ACAGAGAGAA AAATGAAAAC TCACTTCCTG TAGTCTCCAT GAGTGGCTCG 
GAGACAGCTG TACGAAATCC AAGCACAAAC CAAGTTTACA CCTTCAGTTA TGACTTCTCT 
TTCTGGTCTT TTGACAAGTG TCATCCTAAT TTTGCAAGCC AAGCAATGAT TTATAAAACT 
TTGGCACTGC CACTCCTAGA AAGAGCTTTT GAGGGCTATA ATGCGTGTCT TTTTGCTTAT 
GGGCAAACTG GTACTGGAAA ATCATACACG ATGATGGGGT TTGATGAAGA CCGAGGGATA 
ATTCCAAGAC TCTGTGAAGA TCTTTTCAGT CAAATGGACA AACAACAGGT CTTGTATCAC 
CTTGAAATGA GCTATTTTGA AGTTTACAAT GAGAAAATTC ATGATTTGCT TGTCTTCAAA 
GCTGAAAACA GACAGAAGAA ACAACCACTC CGTGTAAGGG AACACCCGGT GTTAGGACCG 
TATGTGGAGG ACCTAACAGT GAATGTTGTC AGTTCTTACT CTGATATCCA GAGTTGGCTT 
GAGCTAGGGA ATAAGCAGAG AGCAACAGCT GCTACGGTAA TGAATGACAA GAGTTCTAGA 
TCTCATTCTG TCTTCACCCT TGTCATGACA CAAACCAAGG TAGAATCTGT GGATGAACAG 
CAACGTGACC GTAGTCTTAC CAGTCACATA AATCTAATTG ATTTAGCAGG CAGCGAATGC 
TGTTCTACGG CTCAGACCAC TGGAGAAAGG CTGAAGGAGG GTGTGAGTAT TAATAAATCA 
CTCTTAACCC TTGGAAAGGT TATTTCTGCA CTCTCAAAGC AGTCTCAAAA TGGAAAGAAA 
ACTTTCATTC CTTACCGGGA ATCTGTCCTT ACTTGGTTAT TGAAGGAAAG TCTTGGTGGA 
AATTCACAAA CGGCTATGAT TGCCACAATA AGTCCAGCTG CCAGCAGCAC AGAAGAAACT 
CTCAGCACTC TTCGCTATGC AAAACAAGCT TGTTCAATTA TCAACACTGC TAAAGTAAAT 
GAAGATGTGA ATGCCAAGTT GATCAGAGAA TTGAAAGCTG AAATTGAAAA ACTGAAGGCA 
CAGAAAAGTG CTCAGAACAC TGATCCTGAA AAATACAGGC GTTATTTGCA GGAAATAACA 
TCTCTGAGGA TGAAATTGCA TCAACAGGAG AGGGACACAG CAGAAATGCA AAGGGCCTGG 
AAAGAAAAAC TTGAGCAAGC AGAAAAGAGG AAATTAGAAG ATATAAAGGA ATTGCAGAAA 
GCAGGAATTG CATTCAAAAT GGACAATCAC TTACCAAACC TTGTTAATCT CAGTGAAGAT 
CCTCAGCTTT CTGAGGTGCT GTTGTATATG ATTAAAGAAG GAGAAACTAC AGTTGGAAGG 
TATACACCGA ATTCAAAACA TGATATCCAG CTTTCTGGAG TGCTAATTGC TGATGACCAT 
TGCGTTATAA AAAATAACCT TGGCCAAGTG AGTATTATTC CACGGAGAGA AGCAAAGACA 
TATGTAAATG GGAAATGCAT TTTAGACCCG ACAGTTCTGC ATCATGGTGA TCGAGTGATC 
CTTGGGGGAG ACCATTATTT CAGGTTTAAT CATCCAGTAG AGGTTCAGAA AGTTAAGAGA 
CCATCTTGTG GGACTACACT TTTGCATGAT GGTCCTAAAG ATTTTGAATT TGCAAAGAAC 
GAGCTGCTTA TTGCACAGAA AACTCAGCTT GAATCAGAAA TTGAAGAGGC ACGACTCAAA 
GCCAAAGAAG AAATGATGCA AAGTGTCCAA ATAGCAAAAG AGATGATTCA GCAAGAACTG 
ACATCACAAA AAGAAGCTTA TGAAAGCAAA ATAAAATCAC TGGAAGCAGA GGTGAGAGAA 
GAATCTCGTA AGAAGCAAAT GCAAGAACTG AAAAACCAAA AGGCTGCAAC TAAAATACAG 
GAGCTAGAGA AGGCAAAGCA AAATCTTGAG CTAGAATTAC ACTTCAACAA GAAGCGTTTG 
GAAGTGGAGA CCTTAGCTAC GAAGCAGGCT CTGGAAGATC ATAGTATTCA TCATGCAAAG 
ATACTTCAGG CTCTGGAAGC TGAGAAACAG AAGATTGCTG AAGAAATACA AACCCTTCAG 
AAGAACCGTG GAAGTGGGAA TAAAACTATG ACTATTCCTC TTAACTGGAA TTCTTTGAAG 
TTATCTGTGA TGATCAAAGA GGCCAACACC ATTAGTAATG AACTAGGGAA AAACACTGTT 
TTCTGCAGGC ACGACAAAGT TGATGATAAA ACAGGAACAG TATCTTCTAT TCAAGTGCAG 
GTTCGTAATA TCAAACTGGG AATAGCAACG TTCTGGAGCC TGGAGAAATT TGAATGCAAA 
CTAGCAGCAA TGAAAGAACT CTATGAGAGT AATGATAACA ATAAAGCTGC TGATGTGTTT 
TATGACCCTG CTGATGAATG GGAACCCGAC CTTTCAGATG CCTCAGTTTC CTCTCTTTCC 
AGGAGAAGAA GTAGAAGTTT AATGAAGAAC AAGAGAATTT CTAGATGTTT GTCTGGTATA 
AAATTGGAAC CAACCCATGA TACACAAACT TCCTATATTT CAGGTTCACA GAGTAAATCC 
AGCATATGCC CAAACTTCTC TGAATCACTT CTTCCTGGAA TTTGCAAAGA ATCTGTAAGT 
TCAGCTTTAG ATTTACTGGA ACAGAATCAT GAAGGGAGAA AGAGCATAGC AGATCATCTC 
CTAAGGAATT TGTTTACCAT TTTCTCTGGA GTTTCTGCCA TTTCAAAAGC CTATGAACAG 
CAAGATGAAG AATGTCAAAA AAATTTTTTC TCTACTGATC CTGCTGCTCA GTCCTACAGC 
ATCAAAATCA CCTCTGTGTT TGGCCAGCTT GTGGTTCTAG TCAAGGTTTG GCTTAACCAT 
GTGCAAAAGA GCCCTAGCTC TGTGAAGACT GATGAAGAAT TGAAACAGGA AGTAAAGAAC 
CTGGGAGGTT ATTTACAGTT ACTGTTGCAG GGATGTTCTT CAGATATTTC CTCAATGGTA 
ACAGAAGCAC AGAGCAAAGT GAACGAAGCA GTAAAACAAA CAATTAAATG CATAGGACAC 
TTGGCAGTAT TCACAAGAAC TGATATTTCC ATTTTTGAAG AGAACGACAT TCCTGCAACT 
AGTCTACAGG ACTTCGTACT TGCTGTTTAT GATGGAGTAG GTTTGGGGCT GGACTTTCTT 
ACAGAAACAG TACAGGAAAA AGCAAGAACG GTGCAGGAAG AACTATTGAA ACAACATCCA 
CAAAATGAGA TTCAAAATCG AATAAGGGAT GATGCTGTGG CATTAGCCAG GTTCCTTGAA 
AATAACATCT CTTCTTGCAG AAAGAAAGAA GTAGAATCTC AATTACCAGA AGAAGATTAT 
GTGTATATGG AAATCAAGAG AAGTACTAAG ATCGCTGTGA AATACTTGGA ATTGGAGCAG 
TGCCTCACTG AAGTCTATCA GATCGTTTCT TCTACATTAC AAGGGTCATT CAGAAACACA 
AGCCCTCTCA GGAGCTTTGC AGGAGAGATT TGTTTCATAG CTGGATGTTT GTACAATTAT 
TTCAGTTCAT TTCCTTTGGC TTCTACTTCT ACAAACAATC CTATCCAGAG AACACCCATG 
CCATTTATGA ACTTGGATGA ATTGGACTCT CTGGTTGATT CCCTTATTGT GAATTTTGAA 
CTTGACCAAG GGCAGCAAAA TCTGAAATCT CAGCCTCTGT GTAATGAAAC TACTGAGACA 
TCTCAGCCTC TGTGTAATGA AACTGAGACC GAAGGAAGCC AAAGTGAAAC AGGTGGAGAT 
GAATTTCCTT TGAAACTGAA GGGGATTCCA AAACACACGT ATAAACTCCA GTCACCACCT 
ACGTTTCCAG AGGAGCTCTC ACTTGGCAAG ATACAGTGGG TATAA

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

RefSeq	XP_021133081.1
CDS	275..5239
Translation	MPDYKVPARNPSETQCTTTSQRISSRSAFTSSKMSGQQLTSQMSGKEKDGLLSSSRNRTEEVNSTYVISACNNANDASVTLKPQDRLTLQRRTRVSKNLVSSSEQSDNKIRQSIENTQTGKRCTLQRRVRTGSVEKSKINWNAVPGIENNDFAAERNYKTALRPNINNNDTRHGNPSCKLAEGQSNTKMHFNLNSKDLFGNVENDKRTPVKRKTSTADSKLQNEAHISEQLVTSKNINRISGEQLNEKGDVNKLEEKQRLQHLMIKHNSLERPRIPTKGSTEGFMLTPKNSTFQDKSSLSALNKRPLHPPLVSKKKTGVSSCPVSISAKEKVETLTENNSTEEDIFKVENSKVTVAVRVRPFSNREKNENSLPVVSMSGSETAVRNPSTNQVYTFSYDFSFWSFDKCHPNFASQAMIYKTLALPLLERAFEGYNACLFAYGQTGTGKSYTMMGFDEDRGIIPRLCEDLFSQMDKQQVLYHLEMSYFEVYNEKIHDLLVFKAENRQKKQPLRVREHPVLGPYVEDLTVNVVSSYSDIQSWLELGNKQRATAATVMNDKSSRSHSVFTLVMTQTKVESVDEQQRDRSLTSHINLIDLAGSECCSTAQTTGERLKEGVSINKSLLTLGKVISALSKQSQNGKKTFIPYRESVLTWLLKESLGGNSQTAMIATISPAASSTEETLSTLRYAKQACSIINTAKVNEDVNAKLIRELKAEIEKLKAQKSAQNTDPEKYRRYLQEITSLRMKLHQQERDTAEMQRAWKEKLEQAEKRKLEDIKELQKAGIAFKMDNHLPNLVNLSEDPQLSEVLLYMIKEGETTVGRYTPNSKHDIQLSGVLIADDHCVIKNNLGQVSIIPRREAKTYVNGKCILDPTVLHHGDRVILGGDHYFRFNHPVEVQKVKRPSCGTTLLHDGPKDFEFAKNELLIAQKTQLESEIEEARLKAKEEMMQSVQIAKEMIQQELTSQKEAYESKIKSLEAEVREESRKKQMQELKNQKAATKIQELEKAKQNLELELHFNKKRLEVETLATKQALEDHSIHHAKILQALEAEKQKIAEEIQTLQKNRGSGNKTMTIPLNWNSLKLSVMIKEANTISNELGKNTVFCRHDKVDDKTGTVSSIQVQVRNIKLGIATFWSLEKFECKLAAMKELYESNDNNKAADVFYDPADEWEPDLSDASVSSLSRRRSRSLMKNKRISRCLSGIKLEPTHDTQTSYISGSQSKSSICPNFSESLLPGICKESVSSALDLLEQNHEGRKSIADHLLRNLFTIFSGVSAISKAYEQQDEECQKNFFSTDPAAQSYSIKITSVFGQLVVLVKVWLNHVQKSPSSVKTDEELKQEVKNLGGYLQLLLQGCSSDISSMVTEAQSKVNEAVKQTIKCIGHLAVFTRTDISIFEENDIPATSLQDFVLAVYDGVGLGLDFLTETVQEKARTVQEELLKQHPQNEIQNRIRDDAVALARFLENNISSCRKKEVESQLPEEDYVYMEIKRSTKIAVKYLELEQCLTEVYQIVSSTLQGSFRNTSPLRSFAGEICFIAGCLYNYFSSFPLASTSTNNPIQRTPMPFMNLDELDSLVDSLIVNFELDQGQQNLKSQPLCNETTETSQPLCNETETEGSQSETGGDEFPLKLKGIPKHTYKLQSPPTFPEELSLGKIQWV

Target ORF information:

RefSeq Version	XM_021277406.1
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X1, mRNA.

Target ORF information:

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

XM_021277406.1

ORF Insert Sequence:

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCTG CAGAAAGAAA TTACAAGACT 
GCACTTCGAC CAAATATTAA TAATAATGAT ACTCGGCATG GTAATCCAAG CTGTAAATTA 
GCTGAGGGTC AGTCAAATAC GAAGATGCAT TTTAACCTGA ACAGCAAGGA CTTGTTTGGC 
AATGTTGAAA ATGACAAACG CACACCTGTA AAACGTAAGA CAAGCACTGC TGACTCAAAA 
CTTCAAAATG AAGCTCATAT ATCAGAGCAA TTAGTTACCT CAAAGAACAT TAATAGGATA 
TCAGGAGAGC AACTGAATGA AAAAGGTGAT GTAAATAAGC TAGAGGAAAA ACAAAGGTTA 
CAACACTTAA TGATAAAGCA TAACAGTTTA GAAAGGCCAA GGATACCAAC AAAAGGTTCA 
ACAGAAGGAT TTATGCTTAC ACCAAAGAAC AGCACATTTC AGGATAAGTC ATCTCTGTCA 
GCTTTAAATA AACGACCACT TCATCCTCCG TTGGTGTCAA AAAAGAAAAC CGGTGTTTCT 
AGTTGTCCTG TGAGTATAAG TGCAAAAGAG AAAGTAGAAA CGCTTACAGA GAACAACAGC 
ACTGAGGAAG ATATTTTCAA AGTAGAAAAC AGCAAAGTGA CTGTAGCTGT GCGTGTACGG 
CCTTTCAGTA ACAGAGAGAA AAATGAAAAC TCACTTCCTG TAGTCTCCAT GAGTGGCTCG 
GAGACAGCTG TACGAAATCC AAGCACAAAC CAAGTTTACA CCTTCAGTTA TGACTTCTCT 
TTCTGGTCTT TTGACAAGTG TCATCCTAAT TTTGCAAGCC AAGCAATGAT TTATAAAACT 
TTGGCACTGC CACTCCTAGA AAGAGCTTTT GAGGGCTATA ATGCGTGTCT TTTTGCTTAT 
GGGCAAACTG GTACTGGAAA ATCATACACG ATGATGGGGT TTGATGAAGA CCGAGGGATA 
ATTCCAAGAC TCTGTGAAGA TCTTTTCAGT CAAATGGACA AACAACAGGT CTTGTATCAC 
CTTGAAATGA GCTATTTTGA AGTTTACAAT GAGAAAATTC ATGATTTGCT TGTCTTCAAA 
GCTGAAAACA GACAGAAGAA ACAACCACTC CGTGTAAGGG AACACCCGGT GTTAGGACCG 
TATGTGGAGG ACCTAACAGT GAATGTTGTC AGTTCTTACT CTGATATCCA GAGTTGGCTT 
GAGCTAGGGA ATAAGCAGAG AGCAACAGCT GCTACGGTAA TGAATGACAA GAGTTCTAGA 
TCTCATTCTG TCTTCACCCT TGTCATGACA CAAACCAAGG TAGAATCTGT GGATGAACAG 
CAACGTGACC GTAGTCTTAC CAGTCACATA AATCTAATTG ATTTAGCAGG CAGCGAATGC 
TGTTCTACGG CTCAGACCAC TGGAGAAAGG CTGAAGGAGG GTGTGAGTAT TAATAAATCA 
CTCTTAACCC TTGGAAAGGT TATTTCTGCA CTCTCAAAGC AGTCTCAAAA TGGAAAGAAA 
ACTTTCATTC CTTACCGGGA ATCTGTCCTT ACTTGGTTAT TGAAGGAAAG TCTTGGTGGA 
AATTCACAAA CGGCTATGAT TGCCACAATA AGTCCAGCTG CCAGCAGCAC AGAAGAAACT 
CTCAGCACTC TTCGCTATGC AAAACAAGCT TGTTCAATTA TCAACACTGC TAAAGTAAAT 
GAAGATGTGA ATGCCAAGTT GATCAGAGAA TTGAAAGCTG AAATTGAAAA ACTGAAGGCA 
CAGAAAAGTG CTCAGAACAC TGATCCTGAA AAATACAGGC GTTATTTGCA GGAAATAACA 
TCTCTGAGGA TGAAATTGCA TCAACAGGAG AGGGACACAG CAGAAATGCA AAGGGCCTGG 
AAAGAAAAAC TTGAGCAAGC AGAAAAGAGG AAATTAGAAG ATATAAAGGA ATTGCAGAAA 
GCAGGAATTG CATTCAAAAT GGACAATCAC TTACCAAACC TTGTTAATCT CAGTGAAGAT 
CCTCAGCTTT CTGAGGTGCT GTTGTATATG ATTAAAGAAG GAGAAACTAC AGTTGGAAGG 
TATACACCGA ATTCAAAACA TGATATCCAG CTTTCTGGAG TGCTAATTGC TGATGACCAT 
TGCGTTATAA AAAATAACCT TGGCCAAGTG AGTATTATTC CACGGAGAGA AGCAAAGACA 
TATGTAAATG GGAAATGCAT TTTAGACCCG ACAGTTCTGC ATCATGGTGA TCGAGTGATC 
CTTGGGGGAG ACCATTATTT CAGGTTTAAT CATCCAGTAG AGGTTCAGAA AGTTAAGAGA 
CCATCTTGTG GGACTACACT TTTGCATGAT GGTCCTAAAG ATTTTGAATT TGCAAAGAAC 
GAGCTGCTTA TTGCACAGAA AACTCAGCTT GAATCAGAAA TTGAAGAGGC ACGACTCAAA 
GCCAAAGAAG AAATGATGCA AAGTGTCCAA ATAGCAAAAG AGATGATTCA GCAAGAACTG 
ACATCACAAA AAGAAGCTTA TGAAAGCAAA ATAAAATCAC TGGAAGCAGA GGTGAGAGAA 
GAATCTCGTA AGAAGCAAAT GCAAGAACTG AAAAACCAAA AGGCTGCAAC TAAAATACAG 
GAGCTAGAGA AGGCAAAGCA AAATCTTGAG CTAGAATTAC ACTTCAACAA GAAGCGTTTG 
GAAGTGGAGA CCTTAGCTAC GAAGCAGGCT CTGGAAGATC ATAGTATTCA TCATGCAAAG 
ATACTTCAGG CTCTGGAAGC TGAGAAACAG AAGATTGCTG AAGAAATACA AACCCTTCAG 
AAGAACCGTG GAAGTGGGAA TAAAACTATG ACTATTCCTC TTAACTGGAA TTCTTTGAAG 
TTATCTGTGA TGATCAAAGA GGCCAACACC ATTAGTAATG AACTAGGGAA AAACACTGTT 
TTCTGCAGGC ACGACAAAGT TGATGATAAA ACAGGAACAG TATCTTCTAT TCAAGTGCAG 
GTTCGTAATA TCAAACTGGG AATAGCAACG TTCTGGAGCC TGGAGAAATT TGAATGCAAA 
CTAGCAGCAA TGAAAGAACT CTATGAGAGT AATGATAACA ATAAAGCTGC TGATGTGTTT 
TATGACCCTG CTGATGAATG GGAACCCGAC CTTTCAGATG CCTCAGTTTC CTCTCTTTCC 
AGGAGAAGAA GTAGAAGTTT AATGAAGAAC AAGAGAATTT CTAGATGTTT GTCTGGTATA 
AAATTGGAAC CAACCCATGA TACACAAACT TCCTATATTT CAGGTTCACA GAGTAAATCC 
AGCATATGCC CAAACTTCTC TGAATCACTT CTTCCTGGAA TTTGCAAAGA ATCTGTAAGT 
TCAGCTTTAG ATTTACTGGA ACAGAATCAT GAAGGGAGAA AGAGCATAGC AGATCATCTC 
CTAAGGAATT TGTTTACCAT TTTCTCTGGA GTTTCTGCCA TTTCAAAAGC CTATGAACAG 
CAAGATGAAG AATGTCAAAA AAATTTTTTC TCTACTGATC CTGCTGCTCA GTCCTACAGC 
ATCAAAATCA CCTCTGTGTT TGGCCAGCTT GTGGTTCTAG TCAAGGTTTG GCTTAACCAT 
GTGCAAAAGA GCCCTAGCTC TGTGAAGACT GATGAAGAAT TGAAACAGGA AGTAAAGAAC 
CTGGGAGGTT ATTTACAGTT ACTGTTGCAG GGATGTTCTT CAGATATTTC CTCAATGGTA 
ACAGAAGCAC AGAGCAAAGT GAACGAAGCA GTAAAACAAA CAATTAAATG CATAGGACAC 
TTGGCAGTAT TCACAAGAAC TGATATTTCC ATTTTTGAAG AGAACGACAT TCCTGCAACT 
AGTCTACAGG ACTTCGTACT TGCTGTTTAT GATGGAGTAG GTTTGGGGCT GGACTTTCTT 
ACAGAAACAG TACAGGAAAA AGCAAGAACG GTGCAGGAAG AACTATTGAA ACAACATCCA 
CAAAATGAGA TTCAAAATCG AATAAGGGAT GATGCTGTGG CATTAGCCAG GTTCCTTGAA 
AATAACATCT CTTCTTGCAG AAAGAAAGAA GTAGAATCTC AATTACCAGA AGAAGATTAT 
GTGTATATGG AAATCAAGAG AAGTACTAAG ATCGCTGTGA AATACTTGGA ATTGGAGCAG 
TGCCTCACTG AAGTCTATCA GATCGTTTCT TCTACATTAC AAGGGTCATT CAGAAACACA 
AGCCCTCTCA GGAGCTTTGC AGGAGAGATT TGTTTCATAG CTGGATGTTT GTACAATTAT 
TTCAGTTCAT TTCCTTTGGC TTCTACTTCT ACAAACAATC CTATCCAGAG AACACCCATG 
CCATTTATGA ACTTGGATGA ATTGGACTCT CTGGTTGATT CCCTTATTGT GAATTTTGAA 
CTTGACCAAG GGCAGCAAAA TCTGAAATCT CAGCCTCTGT GTAATGAAAC TACTGAGACA 
TCTCAGCCTC TGTGTAATGA AACTGAGACC GAAGGAAGCC AAAGTGAAAC AGGTGGAGAT 
GAATTTCCTT TGAAACTGAA GGGGATTCCA AAACACACGT ATAAACTCCA GTCACCACCT 
ACGTTTCCAG AGGAGCTCTC ACTTGGCAAG ATACAGTGGG TATAA

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

KIF14 ( XM_021277408.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_021133083.1 Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OAn154491
Clone ID Related Accession (Same CDS sequence)	XM_021277406.1 , XM_021277408.1 , XM_021277409.1 , XM_021277407.1
Accession Version	XM_021277408.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4965bp) 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	2017-05-23
Organism	Anas platyrhynchos(mallard)
Product	kinesin-like protein KIF14 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004678071.1) 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 :: Anas platyrhynchos Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCTG CAGAAAGAAA TTACAAGACT 
GCACTTCGAC CAAATATTAA TAATAATGAT ACTCGGCATG GTAATCCAAG CTGTAAATTA 
GCTGAGGGTC AGTCAAATAC GAAGATGCAT TTTAACCTGA ACAGCAAGGA CTTGTTTGGC 
AATGTTGAAA ATGACAAACG CACACCTGTA AAACGTAAGA CAAGCACTGC TGACTCAAAA 
CTTCAAAATG AAGCTCATAT ATCAGAGCAA TTAGTTACCT CAAAGAACAT TAATAGGATA 
TCAGGAGAGC AACTGAATGA AAAAGGTGAT GTAAATAAGC TAGAGGAAAA ACAAAGGTTA 
CAACACTTAA TGATAAAGCA TAACAGTTTA GAAAGGCCAA GGATACCAAC AAAAGGTTCA 
ACAGAAGGAT TTATGCTTAC ACCAAAGAAC AGCACATTTC AGGATAAGTC ATCTCTGTCA 
GCTTTAAATA AACGACCACT TCATCCTCCG TTGGTGTCAA AAAAGAAAAC CGGTGTTTCT 
AGTTGTCCTG TGAGTATAAG TGCAAAAGAG AAAGTAGAAA CGCTTACAGA GAACAACAGC 
ACTGAGGAAG ATATTTTCAA AGTAGAAAAC AGCAAAGTGA CTGTAGCTGT GCGTGTACGG 
CCTTTCAGTA ACAGAGAGAA AAATGAAAAC TCACTTCCTG TAGTCTCCAT GAGTGGCTCG 
GAGACAGCTG TACGAAATCC AAGCACAAAC CAAGTTTACA CCTTCAGTTA TGACTTCTCT 
TTCTGGTCTT TTGACAAGTG TCATCCTAAT TTTGCAAGCC AAGCAATGAT TTATAAAACT 
TTGGCACTGC CACTCCTAGA AAGAGCTTTT GAGGGCTATA ATGCGTGTCT TTTTGCTTAT 
GGGCAAACTG GTACTGGAAA ATCATACACG ATGATGGGGT TTGATGAAGA CCGAGGGATA 
ATTCCAAGAC TCTGTGAAGA TCTTTTCAGT CAAATGGACA AACAACAGGT CTTGTATCAC 
CTTGAAATGA GCTATTTTGA AGTTTACAAT GAGAAAATTC ATGATTTGCT TGTCTTCAAA 
GCTGAAAACA GACAGAAGAA ACAACCACTC CGTGTAAGGG AACACCCGGT GTTAGGACCG 
TATGTGGAGG ACCTAACAGT GAATGTTGTC AGTTCTTACT CTGATATCCA GAGTTGGCTT 
GAGCTAGGGA ATAAGCAGAG AGCAACAGCT GCTACGGTAA TGAATGACAA GAGTTCTAGA 
TCTCATTCTG TCTTCACCCT TGTCATGACA CAAACCAAGG TAGAATCTGT GGATGAACAG 
CAACGTGACC GTAGTCTTAC CAGTCACATA AATCTAATTG ATTTAGCAGG CAGCGAATGC 
TGTTCTACGG CTCAGACCAC TGGAGAAAGG CTGAAGGAGG GTGTGAGTAT TAATAAATCA 
CTCTTAACCC TTGGAAAGGT TATTTCTGCA CTCTCAAAGC AGTCTCAAAA TGGAAAGAAA 
ACTTTCATTC CTTACCGGGA ATCTGTCCTT ACTTGGTTAT TGAAGGAAAG TCTTGGTGGA 
AATTCACAAA CGGCTATGAT TGCCACAATA AGTCCAGCTG CCAGCAGCAC AGAAGAAACT 
CTCAGCACTC TTCGCTATGC AAAACAAGCT TGTTCAATTA TCAACACTGC TAAAGTAAAT 
GAAGATGTGA ATGCCAAGTT GATCAGAGAA TTGAAAGCTG AAATTGAAAA ACTGAAGGCA 
CAGAAAAGTG CTCAGAACAC TGATCCTGAA AAATACAGGC GTTATTTGCA GGAAATAACA 
TCTCTGAGGA TGAAATTGCA TCAACAGGAG AGGGACACAG CAGAAATGCA AAGGGCCTGG 
AAAGAAAAAC TTGAGCAAGC AGAAAAGAGG AAATTAGAAG ATATAAAGGA ATTGCAGAAA 
GCAGGAATTG CATTCAAAAT GGACAATCAC TTACCAAACC TTGTTAATCT CAGTGAAGAT 
CCTCAGCTTT CTGAGGTGCT GTTGTATATG ATTAAAGAAG GAGAAACTAC AGTTGGAAGG 
TATACACCGA ATTCAAAACA TGATATCCAG CTTTCTGGAG TGCTAATTGC TGATGACCAT 
TGCGTTATAA AAAATAACCT TGGCCAAGTG AGTATTATTC CACGGAGAGA AGCAAAGACA 
TATGTAAATG GGAAATGCAT TTTAGACCCG ACAGTTCTGC ATCATGGTGA TCGAGTGATC 
CTTGGGGGAG ACCATTATTT CAGGTTTAAT CATCCAGTAG AGGTTCAGAA AGTTAAGAGA 
CCATCTTGTG GGACTACACT TTTGCATGAT GGTCCTAAAG ATTTTGAATT TGCAAAGAAC 
GAGCTGCTTA TTGCACAGAA AACTCAGCTT GAATCAGAAA TTGAAGAGGC ACGACTCAAA 
GCCAAAGAAG AAATGATGCA AAGTGTCCAA ATAGCAAAAG AGATGATTCA GCAAGAACTG 
ACATCACAAA AAGAAGCTTA TGAAAGCAAA ATAAAATCAC TGGAAGCAGA GGTGAGAGAA 
GAATCTCGTA AGAAGCAAAT GCAAGAACTG AAAAACCAAA AGGCTGCAAC TAAAATACAG 
GAGCTAGAGA AGGCAAAGCA AAATCTTGAG CTAGAATTAC ACTTCAACAA GAAGCGTTTG 
GAAGTGGAGA CCTTAGCTAC GAAGCAGGCT CTGGAAGATC ATAGTATTCA TCATGCAAAG 
ATACTTCAGG CTCTGGAAGC TGAGAAACAG AAGATTGCTG AAGAAATACA AACCCTTCAG 
AAGAACCGTG GAAGTGGGAA TAAAACTATG ACTATTCCTC TTAACTGGAA TTCTTTGAAG 
TTATCTGTGA TGATCAAAGA GGCCAACACC ATTAGTAATG AACTAGGGAA AAACACTGTT 
TTCTGCAGGC ACGACAAAGT TGATGATAAA ACAGGAACAG TATCTTCTAT TCAAGTGCAG 
GTTCGTAATA TCAAACTGGG AATAGCAACG TTCTGGAGCC TGGAGAAATT TGAATGCAAA 
CTAGCAGCAA TGAAAGAACT CTATGAGAGT AATGATAACA ATAAAGCTGC TGATGTGTTT 
TATGACCCTG CTGATGAATG GGAACCCGAC CTTTCAGATG CCTCAGTTTC CTCTCTTTCC 
AGGAGAAGAA GTAGAAGTTT AATGAAGAAC AAGAGAATTT CTAGATGTTT GTCTGGTATA 
AAATTGGAAC CAACCCATGA TACACAAACT TCCTATATTT CAGGTTCACA GAGTAAATCC 
AGCATATGCC CAAACTTCTC TGAATCACTT CTTCCTGGAA TTTGCAAAGA ATCTGTAAGT 
TCAGCTTTAG ATTTACTGGA ACAGAATCAT GAAGGGAGAA AGAGCATAGC AGATCATCTC 
CTAAGGAATT TGTTTACCAT TTTCTCTGGA GTTTCTGCCA TTTCAAAAGC CTATGAACAG 
CAAGATGAAG AATGTCAAAA AAATTTTTTC TCTACTGATC CTGCTGCTCA GTCCTACAGC 
ATCAAAATCA CCTCTGTGTT TGGCCAGCTT GTGGTTCTAG TCAAGGTTTG GCTTAACCAT 
GTGCAAAAGA GCCCTAGCTC TGTGAAGACT GATGAAGAAT TGAAACAGGA AGTAAAGAAC 
CTGGGAGGTT ATTTACAGTT ACTGTTGCAG GGATGTTCTT CAGATATTTC CTCAATGGTA 
ACAGAAGCAC AGAGCAAAGT GAACGAAGCA GTAAAACAAA CAATTAAATG CATAGGACAC 
TTGGCAGTAT TCACAAGAAC TGATATTTCC ATTTTTGAAG AGAACGACAT TCCTGCAACT 
AGTCTACAGG ACTTCGTACT TGCTGTTTAT GATGGAGTAG GTTTGGGGCT GGACTTTCTT 
ACAGAAACAG TACAGGAAAA AGCAAGAACG GTGCAGGAAG AACTATTGAA ACAACATCCA 
CAAAATGAGA TTCAAAATCG AATAAGGGAT GATGCTGTGG CATTAGCCAG GTTCCTTGAA 
AATAACATCT CTTCTTGCAG AAAGAAAGAA GTAGAATCTC AATTACCAGA AGAAGATTAT 
GTGTATATGG AAATCAAGAG AAGTACTAAG ATCGCTGTGA AATACTTGGA ATTGGAGCAG 
TGCCTCACTG AAGTCTATCA GATCGTTTCT TCTACATTAC AAGGGTCATT CAGAAACACA 
AGCCCTCTCA GGAGCTTTGC AGGAGAGATT TGTTTCATAG CTGGATGTTT GTACAATTAT 
TTCAGTTCAT TTCCTTTGGC TTCTACTTCT ACAAACAATC CTATCCAGAG AACACCCATG 
CCATTTATGA ACTTGGATGA ATTGGACTCT CTGGTTGATT CCCTTATTGT GAATTTTGAA 
CTTGACCAAG GGCAGCAAAA TCTGAAATCT CAGCCTCTGT GTAATGAAAC TACTGAGACA 
TCTCAGCCTC TGTGTAATGA AACTGAGACC GAAGGAAGCC AAAGTGAAAC AGGTGGAGAT 
GAATTTCCTT TGAAACTGAA GGGGATTCCA AAACACACGT ATAAACTCCA GTCACCACCT 
ACGTTTCCAG AGGAGCTCTC ACTTGGCAAG ATACAGTGGG TATAA

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

RefSeq	XP_021133083.1
CDS	193..5157
Translation	MPDYKVPARNPSETQCTTTSQRISSRSAFTSSKMSGQQLTSQMSGKEKDGLLSSSRNRTEEVNSTYVISACNNANDASVTLKPQDRLTLQRRTRVSKNLVSSSEQSDNKIRQSIENTQTGKRCTLQRRVRTGSVEKSKINWNAVPGIENNDFAAERNYKTALRPNINNNDTRHGNPSCKLAEGQSNTKMHFNLNSKDLFGNVENDKRTPVKRKTSTADSKLQNEAHISEQLVTSKNINRISGEQLNEKGDVNKLEEKQRLQHLMIKHNSLERPRIPTKGSTEGFMLTPKNSTFQDKSSLSALNKRPLHPPLVSKKKTGVSSCPVSISAKEKVETLTENNSTEEDIFKVENSKVTVAVRVRPFSNREKNENSLPVVSMSGSETAVRNPSTNQVYTFSYDFSFWSFDKCHPNFASQAMIYKTLALPLLERAFEGYNACLFAYGQTGTGKSYTMMGFDEDRGIIPRLCEDLFSQMDKQQVLYHLEMSYFEVYNEKIHDLLVFKAENRQKKQPLRVREHPVLGPYVEDLTVNVVSSYSDIQSWLELGNKQRATAATVMNDKSSRSHSVFTLVMTQTKVESVDEQQRDRSLTSHINLIDLAGSECCSTAQTTGERLKEGVSINKSLLTLGKVISALSKQSQNGKKTFIPYRESVLTWLLKESLGGNSQTAMIATISPAASSTEETLSTLRYAKQACSIINTAKVNEDVNAKLIRELKAEIEKLKAQKSAQNTDPEKYRRYLQEITSLRMKLHQQERDTAEMQRAWKEKLEQAEKRKLEDIKELQKAGIAFKMDNHLPNLVNLSEDPQLSEVLLYMIKEGETTVGRYTPNSKHDIQLSGVLIADDHCVIKNNLGQVSIIPRREAKTYVNGKCILDPTVLHHGDRVILGGDHYFRFNHPVEVQKVKRPSCGTTLLHDGPKDFEFAKNELLIAQKTQLESEIEEARLKAKEEMMQSVQIAKEMIQQELTSQKEAYESKIKSLEAEVREESRKKQMQELKNQKAATKIQELEKAKQNLELELHFNKKRLEVETLATKQALEDHSIHHAKILQALEAEKQKIAEEIQTLQKNRGSGNKTMTIPLNWNSLKLSVMIKEANTISNELGKNTVFCRHDKVDDKTGTVSSIQVQVRNIKLGIATFWSLEKFECKLAAMKELYESNDNNKAADVFYDPADEWEPDLSDASVSSLSRRRSRSLMKNKRISRCLSGIKLEPTHDTQTSYISGSQSKSSICPNFSESLLPGICKESVSSALDLLEQNHEGRKSIADHLLRNLFTIFSGVSAISKAYEQQDEECQKNFFSTDPAAQSYSIKITSVFGQLVVLVKVWLNHVQKSPSSVKTDEELKQEVKNLGGYLQLLLQGCSSDISSMVTEAQSKVNEAVKQTIKCIGHLAVFTRTDISIFEENDIPATSLQDFVLAVYDGVGLGLDFLTETVQEKARTVQEELLKQHPQNEIQNRIRDDAVALARFLENNISSCRKKEVESQLPEEDYVYMEIKRSTKIAVKYLELEQCLTEVYQIVSSTLQGSFRNTSPLRSFAGEICFIAGCLYNYFSSFPLASTSTNNPIQRTPMPFMNLDELDSLVDSLIVNFELDQGQQNLKSQPLCNETTETSQPLCNETETEGSQSETGGDEFPLKLKGIPKHTYKLQSPPTFPEELSLGKIQWV

Target ORF information:

RefSeq Version	XM_021277408.1
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X3, mRNA.

Target ORF information:

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

XM_021277408.1

ORF Insert Sequence:

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCTG CAGAAAGAAA TTACAAGACT 
GCACTTCGAC CAAATATTAA TAATAATGAT ACTCGGCATG GTAATCCAAG CTGTAAATTA 
GCTGAGGGTC AGTCAAATAC GAAGATGCAT TTTAACCTGA ACAGCAAGGA CTTGTTTGGC 
AATGTTGAAA ATGACAAACG CACACCTGTA AAACGTAAGA CAAGCACTGC TGACTCAAAA 
CTTCAAAATG AAGCTCATAT ATCAGAGCAA TTAGTTACCT CAAAGAACAT TAATAGGATA 
TCAGGAGAGC AACTGAATGA AAAAGGTGAT GTAAATAAGC TAGAGGAAAA ACAAAGGTTA 
CAACACTTAA TGATAAAGCA TAACAGTTTA GAAAGGCCAA GGATACCAAC AAAAGGTTCA 
ACAGAAGGAT TTATGCTTAC ACCAAAGAAC AGCACATTTC AGGATAAGTC ATCTCTGTCA 
GCTTTAAATA AACGACCACT TCATCCTCCG TTGGTGTCAA AAAAGAAAAC CGGTGTTTCT 
AGTTGTCCTG TGAGTATAAG TGCAAAAGAG AAAGTAGAAA CGCTTACAGA GAACAACAGC 
ACTGAGGAAG ATATTTTCAA AGTAGAAAAC AGCAAAGTGA CTGTAGCTGT GCGTGTACGG 
CCTTTCAGTA ACAGAGAGAA AAATGAAAAC TCACTTCCTG TAGTCTCCAT GAGTGGCTCG 
GAGACAGCTG TACGAAATCC AAGCACAAAC CAAGTTTACA CCTTCAGTTA TGACTTCTCT 
TTCTGGTCTT TTGACAAGTG TCATCCTAAT TTTGCAAGCC AAGCAATGAT TTATAAAACT 
TTGGCACTGC CACTCCTAGA AAGAGCTTTT GAGGGCTATA ATGCGTGTCT TTTTGCTTAT 
GGGCAAACTG GTACTGGAAA ATCATACACG ATGATGGGGT TTGATGAAGA CCGAGGGATA 
ATTCCAAGAC TCTGTGAAGA TCTTTTCAGT CAAATGGACA AACAACAGGT CTTGTATCAC 
CTTGAAATGA GCTATTTTGA AGTTTACAAT GAGAAAATTC ATGATTTGCT TGTCTTCAAA 
GCTGAAAACA GACAGAAGAA ACAACCACTC CGTGTAAGGG AACACCCGGT GTTAGGACCG 
TATGTGGAGG ACCTAACAGT GAATGTTGTC AGTTCTTACT CTGATATCCA GAGTTGGCTT 
GAGCTAGGGA ATAAGCAGAG AGCAACAGCT GCTACGGTAA TGAATGACAA GAGTTCTAGA 
TCTCATTCTG TCTTCACCCT TGTCATGACA CAAACCAAGG TAGAATCTGT GGATGAACAG 
CAACGTGACC GTAGTCTTAC CAGTCACATA AATCTAATTG ATTTAGCAGG CAGCGAATGC 
TGTTCTACGG CTCAGACCAC TGGAGAAAGG CTGAAGGAGG GTGTGAGTAT TAATAAATCA 
CTCTTAACCC TTGGAAAGGT TATTTCTGCA CTCTCAAAGC AGTCTCAAAA TGGAAAGAAA 
ACTTTCATTC CTTACCGGGA ATCTGTCCTT ACTTGGTTAT TGAAGGAAAG TCTTGGTGGA 
AATTCACAAA CGGCTATGAT TGCCACAATA AGTCCAGCTG CCAGCAGCAC AGAAGAAACT 
CTCAGCACTC TTCGCTATGC AAAACAAGCT TGTTCAATTA TCAACACTGC TAAAGTAAAT 
GAAGATGTGA ATGCCAAGTT GATCAGAGAA TTGAAAGCTG AAATTGAAAA ACTGAAGGCA 
CAGAAAAGTG CTCAGAACAC TGATCCTGAA AAATACAGGC GTTATTTGCA GGAAATAACA 
TCTCTGAGGA TGAAATTGCA TCAACAGGAG AGGGACACAG CAGAAATGCA AAGGGCCTGG 
AAAGAAAAAC TTGAGCAAGC AGAAAAGAGG AAATTAGAAG ATATAAAGGA ATTGCAGAAA 
GCAGGAATTG CATTCAAAAT GGACAATCAC TTACCAAACC TTGTTAATCT CAGTGAAGAT 
CCTCAGCTTT CTGAGGTGCT GTTGTATATG ATTAAAGAAG GAGAAACTAC AGTTGGAAGG 
TATACACCGA ATTCAAAACA TGATATCCAG CTTTCTGGAG TGCTAATTGC TGATGACCAT 
TGCGTTATAA AAAATAACCT TGGCCAAGTG AGTATTATTC CACGGAGAGA AGCAAAGACA 
TATGTAAATG GGAAATGCAT TTTAGACCCG ACAGTTCTGC ATCATGGTGA TCGAGTGATC 
CTTGGGGGAG ACCATTATTT CAGGTTTAAT CATCCAGTAG AGGTTCAGAA AGTTAAGAGA 
CCATCTTGTG GGACTACACT TTTGCATGAT GGTCCTAAAG ATTTTGAATT TGCAAAGAAC 
GAGCTGCTTA TTGCACAGAA AACTCAGCTT GAATCAGAAA TTGAAGAGGC ACGACTCAAA 
GCCAAAGAAG AAATGATGCA AAGTGTCCAA ATAGCAAAAG AGATGATTCA GCAAGAACTG 
ACATCACAAA AAGAAGCTTA TGAAAGCAAA ATAAAATCAC TGGAAGCAGA GGTGAGAGAA 
GAATCTCGTA AGAAGCAAAT GCAAGAACTG AAAAACCAAA AGGCTGCAAC TAAAATACAG 
GAGCTAGAGA AGGCAAAGCA AAATCTTGAG CTAGAATTAC ACTTCAACAA GAAGCGTTTG 
GAAGTGGAGA CCTTAGCTAC GAAGCAGGCT CTGGAAGATC ATAGTATTCA TCATGCAAAG 
ATACTTCAGG CTCTGGAAGC TGAGAAACAG AAGATTGCTG AAGAAATACA AACCCTTCAG 
AAGAACCGTG GAAGTGGGAA TAAAACTATG ACTATTCCTC TTAACTGGAA TTCTTTGAAG 
TTATCTGTGA TGATCAAAGA GGCCAACACC ATTAGTAATG AACTAGGGAA AAACACTGTT 
TTCTGCAGGC ACGACAAAGT TGATGATAAA ACAGGAACAG TATCTTCTAT TCAAGTGCAG 
GTTCGTAATA TCAAACTGGG AATAGCAACG TTCTGGAGCC TGGAGAAATT TGAATGCAAA 
CTAGCAGCAA TGAAAGAACT CTATGAGAGT AATGATAACA ATAAAGCTGC TGATGTGTTT 
TATGACCCTG CTGATGAATG GGAACCCGAC CTTTCAGATG CCTCAGTTTC CTCTCTTTCC 
AGGAGAAGAA GTAGAAGTTT AATGAAGAAC AAGAGAATTT CTAGATGTTT GTCTGGTATA 
AAATTGGAAC CAACCCATGA TACACAAACT TCCTATATTT CAGGTTCACA GAGTAAATCC 
AGCATATGCC CAAACTTCTC TGAATCACTT CTTCCTGGAA TTTGCAAAGA ATCTGTAAGT 
TCAGCTTTAG ATTTACTGGA ACAGAATCAT GAAGGGAGAA AGAGCATAGC AGATCATCTC 
CTAAGGAATT TGTTTACCAT TTTCTCTGGA GTTTCTGCCA TTTCAAAAGC CTATGAACAG 
CAAGATGAAG AATGTCAAAA AAATTTTTTC TCTACTGATC CTGCTGCTCA GTCCTACAGC 
ATCAAAATCA CCTCTGTGTT TGGCCAGCTT GTGGTTCTAG TCAAGGTTTG GCTTAACCAT 
GTGCAAAAGA GCCCTAGCTC TGTGAAGACT GATGAAGAAT TGAAACAGGA AGTAAAGAAC 
CTGGGAGGTT ATTTACAGTT ACTGTTGCAG GGATGTTCTT CAGATATTTC CTCAATGGTA 
ACAGAAGCAC AGAGCAAAGT GAACGAAGCA GTAAAACAAA CAATTAAATG CATAGGACAC 
TTGGCAGTAT TCACAAGAAC TGATATTTCC ATTTTTGAAG AGAACGACAT TCCTGCAACT 
AGTCTACAGG ACTTCGTACT TGCTGTTTAT GATGGAGTAG GTTTGGGGCT GGACTTTCTT 
ACAGAAACAG TACAGGAAAA AGCAAGAACG GTGCAGGAAG AACTATTGAA ACAACATCCA 
CAAAATGAGA TTCAAAATCG AATAAGGGAT GATGCTGTGG CATTAGCCAG GTTCCTTGAA 
AATAACATCT CTTCTTGCAG AAAGAAAGAA GTAGAATCTC AATTACCAGA AGAAGATTAT 
GTGTATATGG AAATCAAGAG AAGTACTAAG ATCGCTGTGA AATACTTGGA ATTGGAGCAG 
TGCCTCACTG AAGTCTATCA GATCGTTTCT TCTACATTAC AAGGGTCATT CAGAAACACA 
AGCCCTCTCA GGAGCTTTGC AGGAGAGATT TGTTTCATAG CTGGATGTTT GTACAATTAT 
TTCAGTTCAT TTCCTTTGGC TTCTACTTCT ACAAACAATC CTATCCAGAG AACACCCATG 
CCATTTATGA ACTTGGATGA ATTGGACTCT CTGGTTGATT CCCTTATTGT GAATTTTGAA 
CTTGACCAAG GGCAGCAAAA TCTGAAATCT CAGCCTCTGT GTAATGAAAC TACTGAGACA 
TCTCAGCCTC TGTGTAATGA AACTGAGACC GAAGGAAGCC AAAGTGAAAC AGGTGGAGAT 
GAATTTCCTT TGAAACTGAA GGGGATTCCA AAACACACGT ATAAACTCCA GTCACCACCT 
ACGTTTCCAG AGGAGCTCTC ACTTGGCAAG ATACAGTGGG TATAA

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

KIF14 ( XM_021277409.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_021133084.1 Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X4, mRNA.

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CloneID	OAn154491
Clone ID Related Accession (Same CDS sequence)	XM_021277406.1 , XM_021277408.1 , XM_021277409.1 , XM_021277407.1
Accession Version	XM_021277409.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4965bp) 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	2017-05-23
Organism	Anas platyrhynchos(mallard)
Product	kinesin-like protein KIF14 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004678071.1) 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 :: Anas platyrhynchos Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCTG CAGAAAGAAA TTACAAGACT 
GCACTTCGAC CAAATATTAA TAATAATGAT ACTCGGCATG GTAATCCAAG CTGTAAATTA 
GCTGAGGGTC AGTCAAATAC GAAGATGCAT TTTAACCTGA ACAGCAAGGA CTTGTTTGGC 
AATGTTGAAA ATGACAAACG CACACCTGTA AAACGTAAGA CAAGCACTGC TGACTCAAAA 
CTTCAAAATG AAGCTCATAT ATCAGAGCAA TTAGTTACCT CAAAGAACAT TAATAGGATA 
TCAGGAGAGC AACTGAATGA AAAAGGTGAT GTAAATAAGC TAGAGGAAAA ACAAAGGTTA 
CAACACTTAA TGATAAAGCA TAACAGTTTA GAAAGGCCAA GGATACCAAC AAAAGGTTCA 
ACAGAAGGAT TTATGCTTAC ACCAAAGAAC AGCACATTTC AGGATAAGTC ATCTCTGTCA 
GCTTTAAATA AACGACCACT TCATCCTCCG TTGGTGTCAA AAAAGAAAAC CGGTGTTTCT 
AGTTGTCCTG TGAGTATAAG TGCAAAAGAG AAAGTAGAAA CGCTTACAGA GAACAACAGC 
ACTGAGGAAG ATATTTTCAA AGTAGAAAAC AGCAAAGTGA CTGTAGCTGT GCGTGTACGG 
CCTTTCAGTA ACAGAGAGAA AAATGAAAAC TCACTTCCTG TAGTCTCCAT GAGTGGCTCG 
GAGACAGCTG TACGAAATCC AAGCACAAAC CAAGTTTACA CCTTCAGTTA TGACTTCTCT 
TTCTGGTCTT TTGACAAGTG TCATCCTAAT TTTGCAAGCC AAGCAATGAT TTATAAAACT 
TTGGCACTGC CACTCCTAGA AAGAGCTTTT GAGGGCTATA ATGCGTGTCT TTTTGCTTAT 
GGGCAAACTG GTACTGGAAA ATCATACACG ATGATGGGGT TTGATGAAGA CCGAGGGATA 
ATTCCAAGAC TCTGTGAAGA TCTTTTCAGT CAAATGGACA AACAACAGGT CTTGTATCAC 
CTTGAAATGA GCTATTTTGA AGTTTACAAT GAGAAAATTC ATGATTTGCT TGTCTTCAAA 
GCTGAAAACA GACAGAAGAA ACAACCACTC CGTGTAAGGG AACACCCGGT GTTAGGACCG 
TATGTGGAGG ACCTAACAGT GAATGTTGTC AGTTCTTACT CTGATATCCA GAGTTGGCTT 
GAGCTAGGGA ATAAGCAGAG AGCAACAGCT GCTACGGTAA TGAATGACAA GAGTTCTAGA 
TCTCATTCTG TCTTCACCCT TGTCATGACA CAAACCAAGG TAGAATCTGT GGATGAACAG 
CAACGTGACC GTAGTCTTAC CAGTCACATA AATCTAATTG ATTTAGCAGG CAGCGAATGC 
TGTTCTACGG CTCAGACCAC TGGAGAAAGG CTGAAGGAGG GTGTGAGTAT TAATAAATCA 
CTCTTAACCC TTGGAAAGGT TATTTCTGCA CTCTCAAAGC AGTCTCAAAA TGGAAAGAAA 
ACTTTCATTC CTTACCGGGA ATCTGTCCTT ACTTGGTTAT TGAAGGAAAG TCTTGGTGGA 
AATTCACAAA CGGCTATGAT TGCCACAATA AGTCCAGCTG CCAGCAGCAC AGAAGAAACT 
CTCAGCACTC TTCGCTATGC AAAACAAGCT TGTTCAATTA TCAACACTGC TAAAGTAAAT 
GAAGATGTGA ATGCCAAGTT GATCAGAGAA TTGAAAGCTG AAATTGAAAA ACTGAAGGCA 
CAGAAAAGTG CTCAGAACAC TGATCCTGAA AAATACAGGC GTTATTTGCA GGAAATAACA 
TCTCTGAGGA TGAAATTGCA TCAACAGGAG AGGGACACAG CAGAAATGCA AAGGGCCTGG 
AAAGAAAAAC TTGAGCAAGC AGAAAAGAGG AAATTAGAAG ATATAAAGGA ATTGCAGAAA 
GCAGGAATTG CATTCAAAAT GGACAATCAC TTACCAAACC TTGTTAATCT CAGTGAAGAT 
CCTCAGCTTT CTGAGGTGCT GTTGTATATG ATTAAAGAAG GAGAAACTAC AGTTGGAAGG 
TATACACCGA ATTCAAAACA TGATATCCAG CTTTCTGGAG TGCTAATTGC TGATGACCAT 
TGCGTTATAA AAAATAACCT TGGCCAAGTG AGTATTATTC CACGGAGAGA AGCAAAGACA 
TATGTAAATG GGAAATGCAT TTTAGACCCG ACAGTTCTGC ATCATGGTGA TCGAGTGATC 
CTTGGGGGAG ACCATTATTT CAGGTTTAAT CATCCAGTAG AGGTTCAGAA AGTTAAGAGA 
CCATCTTGTG GGACTACACT TTTGCATGAT GGTCCTAAAG ATTTTGAATT TGCAAAGAAC 
GAGCTGCTTA TTGCACAGAA AACTCAGCTT GAATCAGAAA TTGAAGAGGC ACGACTCAAA 
GCCAAAGAAG AAATGATGCA AAGTGTCCAA ATAGCAAAAG AGATGATTCA GCAAGAACTG 
ACATCACAAA AAGAAGCTTA TGAAAGCAAA ATAAAATCAC TGGAAGCAGA GGTGAGAGAA 
GAATCTCGTA AGAAGCAAAT GCAAGAACTG AAAAACCAAA AGGCTGCAAC TAAAATACAG 
GAGCTAGAGA AGGCAAAGCA AAATCTTGAG CTAGAATTAC ACTTCAACAA GAAGCGTTTG 
GAAGTGGAGA CCTTAGCTAC GAAGCAGGCT CTGGAAGATC ATAGTATTCA TCATGCAAAG 
ATACTTCAGG CTCTGGAAGC TGAGAAACAG AAGATTGCTG AAGAAATACA AACCCTTCAG 
AAGAACCGTG GAAGTGGGAA TAAAACTATG ACTATTCCTC TTAACTGGAA TTCTTTGAAG 
TTATCTGTGA TGATCAAAGA GGCCAACACC ATTAGTAATG AACTAGGGAA AAACACTGTT 
TTCTGCAGGC ACGACAAAGT TGATGATAAA ACAGGAACAG TATCTTCTAT TCAAGTGCAG 
GTTCGTAATA TCAAACTGGG AATAGCAACG TTCTGGAGCC TGGAGAAATT TGAATGCAAA 
CTAGCAGCAA TGAAAGAACT CTATGAGAGT AATGATAACA ATAAAGCTGC TGATGTGTTT 
TATGACCCTG CTGATGAATG GGAACCCGAC CTTTCAGATG CCTCAGTTTC CTCTCTTTCC 
AGGAGAAGAA GTAGAAGTTT AATGAAGAAC AAGAGAATTT CTAGATGTTT GTCTGGTATA 
AAATTGGAAC CAACCCATGA TACACAAACT TCCTATATTT CAGGTTCACA GAGTAAATCC 
AGCATATGCC CAAACTTCTC TGAATCACTT CTTCCTGGAA TTTGCAAAGA ATCTGTAAGT 
TCAGCTTTAG ATTTACTGGA ACAGAATCAT GAAGGGAGAA AGAGCATAGC AGATCATCTC 
CTAAGGAATT TGTTTACCAT TTTCTCTGGA GTTTCTGCCA TTTCAAAAGC CTATGAACAG 
CAAGATGAAG AATGTCAAAA AAATTTTTTC TCTACTGATC CTGCTGCTCA GTCCTACAGC 
ATCAAAATCA CCTCTGTGTT TGGCCAGCTT GTGGTTCTAG TCAAGGTTTG GCTTAACCAT 
GTGCAAAAGA GCCCTAGCTC TGTGAAGACT GATGAAGAAT TGAAACAGGA AGTAAAGAAC 
CTGGGAGGTT ATTTACAGTT ACTGTTGCAG GGATGTTCTT CAGATATTTC CTCAATGGTA 
ACAGAAGCAC AGAGCAAAGT GAACGAAGCA GTAAAACAAA CAATTAAATG CATAGGACAC 
TTGGCAGTAT TCACAAGAAC TGATATTTCC ATTTTTGAAG AGAACGACAT TCCTGCAACT 
AGTCTACAGG ACTTCGTACT TGCTGTTTAT GATGGAGTAG GTTTGGGGCT GGACTTTCTT 
ACAGAAACAG TACAGGAAAA AGCAAGAACG GTGCAGGAAG AACTATTGAA ACAACATCCA 
CAAAATGAGA TTCAAAATCG AATAAGGGAT GATGCTGTGG CATTAGCCAG GTTCCTTGAA 
AATAACATCT CTTCTTGCAG AAAGAAAGAA GTAGAATCTC AATTACCAGA AGAAGATTAT 
GTGTATATGG AAATCAAGAG AAGTACTAAG ATCGCTGTGA AATACTTGGA ATTGGAGCAG 
TGCCTCACTG AAGTCTATCA GATCGTTTCT TCTACATTAC AAGGGTCATT CAGAAACACA 
AGCCCTCTCA GGAGCTTTGC AGGAGAGATT TGTTTCATAG CTGGATGTTT GTACAATTAT 
TTCAGTTCAT TTCCTTTGGC TTCTACTTCT ACAAACAATC CTATCCAGAG AACACCCATG 
CCATTTATGA ACTTGGATGA ATTGGACTCT CTGGTTGATT CCCTTATTGT GAATTTTGAA 
CTTGACCAAG GGCAGCAAAA TCTGAAATCT CAGCCTCTGT GTAATGAAAC TACTGAGACA 
TCTCAGCCTC TGTGTAATGA AACTGAGACC GAAGGAAGCC AAAGTGAAAC AGGTGGAGAT 
GAATTTCCTT TGAAACTGAA GGGGATTCCA AAACACACGT ATAAACTCCA GTCACCACCT 
ACGTTTCCAG AGGAGCTCTC ACTTGGCAAG ATACAGTGGG TATAA

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

RefSeq	XP_021133084.1
CDS	164..5128
Translation	MPDYKVPARNPSETQCTTTSQRISSRSAFTSSKMSGQQLTSQMSGKEKDGLLSSSRNRTEEVNSTYVISACNNANDASVTLKPQDRLTLQRRTRVSKNLVSSSEQSDNKIRQSIENTQTGKRCTLQRRVRTGSVEKSKINWNAVPGIENNDFAAERNYKTALRPNINNNDTRHGNPSCKLAEGQSNTKMHFNLNSKDLFGNVENDKRTPVKRKTSTADSKLQNEAHISEQLVTSKNINRISGEQLNEKGDVNKLEEKQRLQHLMIKHNSLERPRIPTKGSTEGFMLTPKNSTFQDKSSLSALNKRPLHPPLVSKKKTGVSSCPVSISAKEKVETLTENNSTEEDIFKVENSKVTVAVRVRPFSNREKNENSLPVVSMSGSETAVRNPSTNQVYTFSYDFSFWSFDKCHPNFASQAMIYKTLALPLLERAFEGYNACLFAYGQTGTGKSYTMMGFDEDRGIIPRLCEDLFSQMDKQQVLYHLEMSYFEVYNEKIHDLLVFKAENRQKKQPLRVREHPVLGPYVEDLTVNVVSSYSDIQSWLELGNKQRATAATVMNDKSSRSHSVFTLVMTQTKVESVDEQQRDRSLTSHINLIDLAGSECCSTAQTTGERLKEGVSINKSLLTLGKVISALSKQSQNGKKTFIPYRESVLTWLLKESLGGNSQTAMIATISPAASSTEETLSTLRYAKQACSIINTAKVNEDVNAKLIRELKAEIEKLKAQKSAQNTDPEKYRRYLQEITSLRMKLHQQERDTAEMQRAWKEKLEQAEKRKLEDIKELQKAGIAFKMDNHLPNLVNLSEDPQLSEVLLYMIKEGETTVGRYTPNSKHDIQLSGVLIADDHCVIKNNLGQVSIIPRREAKTYVNGKCILDPTVLHHGDRVILGGDHYFRFNHPVEVQKVKRPSCGTTLLHDGPKDFEFAKNELLIAQKTQLESEIEEARLKAKEEMMQSVQIAKEMIQQELTSQKEAYESKIKSLEAEVREESRKKQMQELKNQKAATKIQELEKAKQNLELELHFNKKRLEVETLATKQALEDHSIHHAKILQALEAEKQKIAEEIQTLQKNRGSGNKTMTIPLNWNSLKLSVMIKEANTISNELGKNTVFCRHDKVDDKTGTVSSIQVQVRNIKLGIATFWSLEKFECKLAAMKELYESNDNNKAADVFYDPADEWEPDLSDASVSSLSRRRSRSLMKNKRISRCLSGIKLEPTHDTQTSYISGSQSKSSICPNFSESLLPGICKESVSSALDLLEQNHEGRKSIADHLLRNLFTIFSGVSAISKAYEQQDEECQKNFFSTDPAAQSYSIKITSVFGQLVVLVKVWLNHVQKSPSSVKTDEELKQEVKNLGGYLQLLLQGCSSDISSMVTEAQSKVNEAVKQTIKCIGHLAVFTRTDISIFEENDIPATSLQDFVLAVYDGVGLGLDFLTETVQEKARTVQEELLKQHPQNEIQNRIRDDAVALARFLENNISSCRKKEVESQLPEEDYVYMEIKRSTKIAVKYLELEQCLTEVYQIVSSTLQGSFRNTSPLRSFAGEICFIAGCLYNYFSSFPLASTSTNNPIQRTPMPFMNLDELDSLVDSLIVNFELDQGQQNLKSQPLCNETTETSQPLCNETETEGSQSETGGDEFPLKLKGIPKHTYKLQSPPTFPEELSLGKIQWV

Target ORF information:

RefSeq Version	XM_021277409.1
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X4, mRNA.

Target ORF information:

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

XM_021277409.1

ORF Insert Sequence:

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCTG CAGAAAGAAA TTACAAGACT 
GCACTTCGAC CAAATATTAA TAATAATGAT ACTCGGCATG GTAATCCAAG CTGTAAATTA 
GCTGAGGGTC AGTCAAATAC GAAGATGCAT TTTAACCTGA ACAGCAAGGA CTTGTTTGGC 
AATGTTGAAA ATGACAAACG CACACCTGTA AAACGTAAGA CAAGCACTGC TGACTCAAAA 
CTTCAAAATG AAGCTCATAT ATCAGAGCAA TTAGTTACCT CAAAGAACAT TAATAGGATA 
TCAGGAGAGC AACTGAATGA AAAAGGTGAT GTAAATAAGC TAGAGGAAAA ACAAAGGTTA 
CAACACTTAA TGATAAAGCA TAACAGTTTA GAAAGGCCAA GGATACCAAC AAAAGGTTCA 
ACAGAAGGAT TTATGCTTAC ACCAAAGAAC AGCACATTTC AGGATAAGTC ATCTCTGTCA 
GCTTTAAATA AACGACCACT TCATCCTCCG TTGGTGTCAA AAAAGAAAAC CGGTGTTTCT 
AGTTGTCCTG TGAGTATAAG TGCAAAAGAG AAAGTAGAAA CGCTTACAGA GAACAACAGC 
ACTGAGGAAG ATATTTTCAA AGTAGAAAAC AGCAAAGTGA CTGTAGCTGT GCGTGTACGG 
CCTTTCAGTA ACAGAGAGAA AAATGAAAAC TCACTTCCTG TAGTCTCCAT GAGTGGCTCG 
GAGACAGCTG TACGAAATCC AAGCACAAAC CAAGTTTACA CCTTCAGTTA TGACTTCTCT 
TTCTGGTCTT TTGACAAGTG TCATCCTAAT TTTGCAAGCC AAGCAATGAT TTATAAAACT 
TTGGCACTGC CACTCCTAGA AAGAGCTTTT GAGGGCTATA ATGCGTGTCT TTTTGCTTAT 
GGGCAAACTG GTACTGGAAA ATCATACACG ATGATGGGGT TTGATGAAGA CCGAGGGATA 
ATTCCAAGAC TCTGTGAAGA TCTTTTCAGT CAAATGGACA AACAACAGGT CTTGTATCAC 
CTTGAAATGA GCTATTTTGA AGTTTACAAT GAGAAAATTC ATGATTTGCT TGTCTTCAAA 
GCTGAAAACA GACAGAAGAA ACAACCACTC CGTGTAAGGG AACACCCGGT GTTAGGACCG 
TATGTGGAGG ACCTAACAGT GAATGTTGTC AGTTCTTACT CTGATATCCA GAGTTGGCTT 
GAGCTAGGGA ATAAGCAGAG AGCAACAGCT GCTACGGTAA TGAATGACAA GAGTTCTAGA 
TCTCATTCTG TCTTCACCCT TGTCATGACA CAAACCAAGG TAGAATCTGT GGATGAACAG 
CAACGTGACC GTAGTCTTAC CAGTCACATA AATCTAATTG ATTTAGCAGG CAGCGAATGC 
TGTTCTACGG CTCAGACCAC TGGAGAAAGG CTGAAGGAGG GTGTGAGTAT TAATAAATCA 
CTCTTAACCC TTGGAAAGGT TATTTCTGCA CTCTCAAAGC AGTCTCAAAA TGGAAAGAAA 
ACTTTCATTC CTTACCGGGA ATCTGTCCTT ACTTGGTTAT TGAAGGAAAG TCTTGGTGGA 
AATTCACAAA CGGCTATGAT TGCCACAATA AGTCCAGCTG CCAGCAGCAC AGAAGAAACT 
CTCAGCACTC TTCGCTATGC AAAACAAGCT TGTTCAATTA TCAACACTGC TAAAGTAAAT 
GAAGATGTGA ATGCCAAGTT GATCAGAGAA TTGAAAGCTG AAATTGAAAA ACTGAAGGCA 
CAGAAAAGTG CTCAGAACAC TGATCCTGAA AAATACAGGC GTTATTTGCA GGAAATAACA 
TCTCTGAGGA TGAAATTGCA TCAACAGGAG AGGGACACAG CAGAAATGCA AAGGGCCTGG 
AAAGAAAAAC TTGAGCAAGC AGAAAAGAGG AAATTAGAAG ATATAAAGGA ATTGCAGAAA 
GCAGGAATTG CATTCAAAAT GGACAATCAC TTACCAAACC TTGTTAATCT CAGTGAAGAT 
CCTCAGCTTT CTGAGGTGCT GTTGTATATG ATTAAAGAAG GAGAAACTAC AGTTGGAAGG 
TATACACCGA ATTCAAAACA TGATATCCAG CTTTCTGGAG TGCTAATTGC TGATGACCAT 
TGCGTTATAA AAAATAACCT TGGCCAAGTG AGTATTATTC CACGGAGAGA AGCAAAGACA 
TATGTAAATG GGAAATGCAT TTTAGACCCG ACAGTTCTGC ATCATGGTGA TCGAGTGATC 
CTTGGGGGAG ACCATTATTT CAGGTTTAAT CATCCAGTAG AGGTTCAGAA AGTTAAGAGA 
CCATCTTGTG GGACTACACT TTTGCATGAT GGTCCTAAAG ATTTTGAATT TGCAAAGAAC 
GAGCTGCTTA TTGCACAGAA AACTCAGCTT GAATCAGAAA TTGAAGAGGC ACGACTCAAA 
GCCAAAGAAG AAATGATGCA AAGTGTCCAA ATAGCAAAAG AGATGATTCA GCAAGAACTG 
ACATCACAAA AAGAAGCTTA TGAAAGCAAA ATAAAATCAC TGGAAGCAGA GGTGAGAGAA 
GAATCTCGTA AGAAGCAAAT GCAAGAACTG AAAAACCAAA AGGCTGCAAC TAAAATACAG 
GAGCTAGAGA AGGCAAAGCA AAATCTTGAG CTAGAATTAC ACTTCAACAA GAAGCGTTTG 
GAAGTGGAGA CCTTAGCTAC GAAGCAGGCT CTGGAAGATC ATAGTATTCA TCATGCAAAG 
ATACTTCAGG CTCTGGAAGC TGAGAAACAG AAGATTGCTG AAGAAATACA AACCCTTCAG 
AAGAACCGTG GAAGTGGGAA TAAAACTATG ACTATTCCTC TTAACTGGAA TTCTTTGAAG 
TTATCTGTGA TGATCAAAGA GGCCAACACC ATTAGTAATG AACTAGGGAA AAACACTGTT 
TTCTGCAGGC ACGACAAAGT TGATGATAAA ACAGGAACAG TATCTTCTAT TCAAGTGCAG 
GTTCGTAATA TCAAACTGGG AATAGCAACG TTCTGGAGCC TGGAGAAATT TGAATGCAAA 
CTAGCAGCAA TGAAAGAACT CTATGAGAGT AATGATAACA ATAAAGCTGC TGATGTGTTT 
TATGACCCTG CTGATGAATG GGAACCCGAC CTTTCAGATG CCTCAGTTTC CTCTCTTTCC 
AGGAGAAGAA GTAGAAGTTT AATGAAGAAC AAGAGAATTT CTAGATGTTT GTCTGGTATA 
AAATTGGAAC CAACCCATGA TACACAAACT TCCTATATTT CAGGTTCACA GAGTAAATCC 
AGCATATGCC CAAACTTCTC TGAATCACTT CTTCCTGGAA TTTGCAAAGA ATCTGTAAGT 
TCAGCTTTAG ATTTACTGGA ACAGAATCAT GAAGGGAGAA AGAGCATAGC AGATCATCTC 
CTAAGGAATT TGTTTACCAT TTTCTCTGGA GTTTCTGCCA TTTCAAAAGC CTATGAACAG 
CAAGATGAAG AATGTCAAAA AAATTTTTTC TCTACTGATC CTGCTGCTCA GTCCTACAGC 
ATCAAAATCA CCTCTGTGTT TGGCCAGCTT GTGGTTCTAG TCAAGGTTTG GCTTAACCAT 
GTGCAAAAGA GCCCTAGCTC TGTGAAGACT GATGAAGAAT TGAAACAGGA AGTAAAGAAC 
CTGGGAGGTT ATTTACAGTT ACTGTTGCAG GGATGTTCTT CAGATATTTC CTCAATGGTA 
ACAGAAGCAC AGAGCAAAGT GAACGAAGCA GTAAAACAAA CAATTAAATG CATAGGACAC 
TTGGCAGTAT TCACAAGAAC TGATATTTCC ATTTTTGAAG AGAACGACAT TCCTGCAACT 
AGTCTACAGG ACTTCGTACT TGCTGTTTAT GATGGAGTAG GTTTGGGGCT GGACTTTCTT 
ACAGAAACAG TACAGGAAAA AGCAAGAACG GTGCAGGAAG AACTATTGAA ACAACATCCA 
CAAAATGAGA TTCAAAATCG AATAAGGGAT GATGCTGTGG CATTAGCCAG GTTCCTTGAA 
AATAACATCT CTTCTTGCAG AAAGAAAGAA GTAGAATCTC AATTACCAGA AGAAGATTAT 
GTGTATATGG AAATCAAGAG AAGTACTAAG ATCGCTGTGA AATACTTGGA ATTGGAGCAG 
TGCCTCACTG AAGTCTATCA GATCGTTTCT TCTACATTAC AAGGGTCATT CAGAAACACA 
AGCCCTCTCA GGAGCTTTGC AGGAGAGATT TGTTTCATAG CTGGATGTTT GTACAATTAT 
TTCAGTTCAT TTCCTTTGGC TTCTACTTCT ACAAACAATC CTATCCAGAG AACACCCATG 
CCATTTATGA ACTTGGATGA ATTGGACTCT CTGGTTGATT CCCTTATTGT GAATTTTGAA 
CTTGACCAAG GGCAGCAAAA TCTGAAATCT CAGCCTCTGT GTAATGAAAC TACTGAGACA 
TCTCAGCCTC TGTGTAATGA AACTGAGACC GAAGGAAGCC AAAGTGAAAC AGGTGGAGAT 
GAATTTCCTT TGAAACTGAA GGGGATTCCA AAACACACGT ATAAACTCCA GTCACCACCT 
ACGTTTCCAG AGGAGCTCTC ACTTGGCAAG ATACAGTGGG TATAA

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

KIF14 ( XM_021277407.1 ) cDNA ORF clone, Anas platyrhynchos(mallard) -> XP_021133082.1 Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X2, mRNA.

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CloneID	OAn154491
Clone ID Related Accession (Same CDS sequence)	XM_021277406.1 , XM_021277408.1 , XM_021277409.1 , XM_021277407.1
Accession Version	XM_021277407.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4965bp) 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	2017-05-23
Organism	Anas platyrhynchos(mallard)
Product	kinesin-like protein KIF14 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004678071.1) 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 :: Anas platyrhynchos Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCTG CAGAAAGAAA TTACAAGACT 
GCACTTCGAC CAAATATTAA TAATAATGAT ACTCGGCATG GTAATCCAAG CTGTAAATTA 
GCTGAGGGTC AGTCAAATAC GAAGATGCAT TTTAACCTGA ACAGCAAGGA CTTGTTTGGC 
AATGTTGAAA ATGACAAACG CACACCTGTA AAACGTAAGA CAAGCACTGC TGACTCAAAA 
CTTCAAAATG AAGCTCATAT ATCAGAGCAA TTAGTTACCT CAAAGAACAT TAATAGGATA 
TCAGGAGAGC AACTGAATGA AAAAGGTGAT GTAAATAAGC TAGAGGAAAA ACAAAGGTTA 
CAACACTTAA TGATAAAGCA TAACAGTTTA GAAAGGCCAA GGATACCAAC AAAAGGTTCA 
ACAGAAGGAT TTATGCTTAC ACCAAAGAAC AGCACATTTC AGGATAAGTC ATCTCTGTCA 
GCTTTAAATA AACGACCACT TCATCCTCCG TTGGTGTCAA AAAAGAAAAC CGGTGTTTCT 
AGTTGTCCTG TGAGTATAAG TGCAAAAGAG AAAGTAGAAA CGCTTACAGA GAACAACAGC 
ACTGAGGAAG ATATTTTCAA AGTAGAAAAC AGCAAAGTGA CTGTAGCTGT GCGTGTACGG 
CCTTTCAGTA ACAGAGAGAA AAATGAAAAC TCACTTCCTG TAGTCTCCAT GAGTGGCTCG 
GAGACAGCTG TACGAAATCC AAGCACAAAC CAAGTTTACA CCTTCAGTTA TGACTTCTCT 
TTCTGGTCTT TTGACAAGTG TCATCCTAAT TTTGCAAGCC AAGCAATGAT TTATAAAACT 
TTGGCACTGC CACTCCTAGA AAGAGCTTTT GAGGGCTATA ATGCGTGTCT TTTTGCTTAT 
GGGCAAACTG GTACTGGAAA ATCATACACG ATGATGGGGT TTGATGAAGA CCGAGGGATA 
ATTCCAAGAC TCTGTGAAGA TCTTTTCAGT CAAATGGACA AACAACAGGT CTTGTATCAC 
CTTGAAATGA GCTATTTTGA AGTTTACAAT GAGAAAATTC ATGATTTGCT TGTCTTCAAA 
GCTGAAAACA GACAGAAGAA ACAACCACTC CGTGTAAGGG AACACCCGGT GTTAGGACCG 
TATGTGGAGG ACCTAACAGT GAATGTTGTC AGTTCTTACT CTGATATCCA GAGTTGGCTT 
GAGCTAGGGA ATAAGCAGAG AGCAACAGCT GCTACGGTAA TGAATGACAA GAGTTCTAGA 
TCTCATTCTG TCTTCACCCT TGTCATGACA CAAACCAAGG TAGAATCTGT GGATGAACAG 
CAACGTGACC GTAGTCTTAC CAGTCACATA AATCTAATTG ATTTAGCAGG CAGCGAATGC 
TGTTCTACGG CTCAGACCAC TGGAGAAAGG CTGAAGGAGG GTGTGAGTAT TAATAAATCA 
CTCTTAACCC TTGGAAAGGT TATTTCTGCA CTCTCAAAGC AGTCTCAAAA TGGAAAGAAA 
ACTTTCATTC CTTACCGGGA ATCTGTCCTT ACTTGGTTAT TGAAGGAAAG TCTTGGTGGA 
AATTCACAAA CGGCTATGAT TGCCACAATA AGTCCAGCTG CCAGCAGCAC AGAAGAAACT 
CTCAGCACTC TTCGCTATGC AAAACAAGCT TGTTCAATTA TCAACACTGC TAAAGTAAAT 
GAAGATGTGA ATGCCAAGTT GATCAGAGAA TTGAAAGCTG AAATTGAAAA ACTGAAGGCA 
CAGAAAAGTG CTCAGAACAC TGATCCTGAA AAATACAGGC GTTATTTGCA GGAAATAACA 
TCTCTGAGGA TGAAATTGCA TCAACAGGAG AGGGACACAG CAGAAATGCA AAGGGCCTGG 
AAAGAAAAAC TTGAGCAAGC AGAAAAGAGG AAATTAGAAG ATATAAAGGA ATTGCAGAAA 
GCAGGAATTG CATTCAAAAT GGACAATCAC TTACCAAACC TTGTTAATCT CAGTGAAGAT 
CCTCAGCTTT CTGAGGTGCT GTTGTATATG ATTAAAGAAG GAGAAACTAC AGTTGGAAGG 
TATACACCGA ATTCAAAACA TGATATCCAG CTTTCTGGAG TGCTAATTGC TGATGACCAT 
TGCGTTATAA AAAATAACCT TGGCCAAGTG AGTATTATTC CACGGAGAGA AGCAAAGACA 
TATGTAAATG GGAAATGCAT TTTAGACCCG ACAGTTCTGC ATCATGGTGA TCGAGTGATC 
CTTGGGGGAG ACCATTATTT CAGGTTTAAT CATCCAGTAG AGGTTCAGAA AGTTAAGAGA 
CCATCTTGTG GGACTACACT TTTGCATGAT GGTCCTAAAG ATTTTGAATT TGCAAAGAAC 
GAGCTGCTTA TTGCACAGAA AACTCAGCTT GAATCAGAAA TTGAAGAGGC ACGACTCAAA 
GCCAAAGAAG AAATGATGCA AAGTGTCCAA ATAGCAAAAG AGATGATTCA GCAAGAACTG 
ACATCACAAA AAGAAGCTTA TGAAAGCAAA ATAAAATCAC TGGAAGCAGA GGTGAGAGAA 
GAATCTCGTA AGAAGCAAAT GCAAGAACTG AAAAACCAAA AGGCTGCAAC TAAAATACAG 
GAGCTAGAGA AGGCAAAGCA AAATCTTGAG CTAGAATTAC ACTTCAACAA GAAGCGTTTG 
GAAGTGGAGA CCTTAGCTAC GAAGCAGGCT CTGGAAGATC ATAGTATTCA TCATGCAAAG 
ATACTTCAGG CTCTGGAAGC TGAGAAACAG AAGATTGCTG AAGAAATACA AACCCTTCAG 
AAGAACCGTG GAAGTGGGAA TAAAACTATG ACTATTCCTC TTAACTGGAA TTCTTTGAAG 
TTATCTGTGA TGATCAAAGA GGCCAACACC ATTAGTAATG AACTAGGGAA AAACACTGTT 
TTCTGCAGGC ACGACAAAGT TGATGATAAA ACAGGAACAG TATCTTCTAT TCAAGTGCAG 
GTTCGTAATA TCAAACTGGG AATAGCAACG TTCTGGAGCC TGGAGAAATT TGAATGCAAA 
CTAGCAGCAA TGAAAGAACT CTATGAGAGT AATGATAACA ATAAAGCTGC TGATGTGTTT 
TATGACCCTG CTGATGAATG GGAACCCGAC CTTTCAGATG CCTCAGTTTC CTCTCTTTCC 
AGGAGAAGAA GTAGAAGTTT AATGAAGAAC AAGAGAATTT CTAGATGTTT GTCTGGTATA 
AAATTGGAAC CAACCCATGA TACACAAACT TCCTATATTT CAGGTTCACA GAGTAAATCC 
AGCATATGCC CAAACTTCTC TGAATCACTT CTTCCTGGAA TTTGCAAAGA ATCTGTAAGT 
TCAGCTTTAG ATTTACTGGA ACAGAATCAT GAAGGGAGAA AGAGCATAGC AGATCATCTC 
CTAAGGAATT TGTTTACCAT TTTCTCTGGA GTTTCTGCCA TTTCAAAAGC CTATGAACAG 
CAAGATGAAG AATGTCAAAA AAATTTTTTC TCTACTGATC CTGCTGCTCA GTCCTACAGC 
ATCAAAATCA CCTCTGTGTT TGGCCAGCTT GTGGTTCTAG TCAAGGTTTG GCTTAACCAT 
GTGCAAAAGA GCCCTAGCTC TGTGAAGACT GATGAAGAAT TGAAACAGGA AGTAAAGAAC 
CTGGGAGGTT ATTTACAGTT ACTGTTGCAG GGATGTTCTT CAGATATTTC CTCAATGGTA 
ACAGAAGCAC AGAGCAAAGT GAACGAAGCA GTAAAACAAA CAATTAAATG CATAGGACAC 
TTGGCAGTAT TCACAAGAAC TGATATTTCC ATTTTTGAAG AGAACGACAT TCCTGCAACT 
AGTCTACAGG ACTTCGTACT TGCTGTTTAT GATGGAGTAG GTTTGGGGCT GGACTTTCTT 
ACAGAAACAG TACAGGAAAA AGCAAGAACG GTGCAGGAAG AACTATTGAA ACAACATCCA 
CAAAATGAGA TTCAAAATCG AATAAGGGAT GATGCTGTGG CATTAGCCAG GTTCCTTGAA 
AATAACATCT CTTCTTGCAG AAAGAAAGAA GTAGAATCTC AATTACCAGA AGAAGATTAT 
GTGTATATGG AAATCAAGAG AAGTACTAAG ATCGCTGTGA AATACTTGGA ATTGGAGCAG 
TGCCTCACTG AAGTCTATCA GATCGTTTCT TCTACATTAC AAGGGTCATT CAGAAACACA 
AGCCCTCTCA GGAGCTTTGC AGGAGAGATT TGTTTCATAG CTGGATGTTT GTACAATTAT 
TTCAGTTCAT TTCCTTTGGC TTCTACTTCT ACAAACAATC CTATCCAGAG AACACCCATG 
CCATTTATGA ACTTGGATGA ATTGGACTCT CTGGTTGATT CCCTTATTGT GAATTTTGAA 
CTTGACCAAG GGCAGCAAAA TCTGAAATCT CAGCCTCTGT GTAATGAAAC TACTGAGACA 
TCTCAGCCTC TGTGTAATGA AACTGAGACC GAAGGAAGCC AAAGTGAAAC AGGTGGAGAT 
GAATTTCCTT TGAAACTGAA GGGGATTCCA AAACACACGT ATAAACTCCA GTCACCACCT 
ACGTTTCCAG AGGAGCTCTC ACTTGGCAAG ATACAGTGGG TATAA

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

RefSeq	XP_021133082.1
CDS	257..5221
Translation	MPDYKVPARNPSETQCTTTSQRISSRSAFTSSKMSGQQLTSQMSGKEKDGLLSSSRNRTEEVNSTYVISACNNANDASVTLKPQDRLTLQRRTRVSKNLVSSSEQSDNKIRQSIENTQTGKRCTLQRRVRTGSVEKSKINWNAVPGIENNDFAAERNYKTALRPNINNNDTRHGNPSCKLAEGQSNTKMHFNLNSKDLFGNVENDKRTPVKRKTSTADSKLQNEAHISEQLVTSKNINRISGEQLNEKGDVNKLEEKQRLQHLMIKHNSLERPRIPTKGSTEGFMLTPKNSTFQDKSSLSALNKRPLHPPLVSKKKTGVSSCPVSISAKEKVETLTENNSTEEDIFKVENSKVTVAVRVRPFSNREKNENSLPVVSMSGSETAVRNPSTNQVYTFSYDFSFWSFDKCHPNFASQAMIYKTLALPLLERAFEGYNACLFAYGQTGTGKSYTMMGFDEDRGIIPRLCEDLFSQMDKQQVLYHLEMSYFEVYNEKIHDLLVFKAENRQKKQPLRVREHPVLGPYVEDLTVNVVSSYSDIQSWLELGNKQRATAATVMNDKSSRSHSVFTLVMTQTKVESVDEQQRDRSLTSHINLIDLAGSECCSTAQTTGERLKEGVSINKSLLTLGKVISALSKQSQNGKKTFIPYRESVLTWLLKESLGGNSQTAMIATISPAASSTEETLSTLRYAKQACSIINTAKVNEDVNAKLIRELKAEIEKLKAQKSAQNTDPEKYRRYLQEITSLRMKLHQQERDTAEMQRAWKEKLEQAEKRKLEDIKELQKAGIAFKMDNHLPNLVNLSEDPQLSEVLLYMIKEGETTVGRYTPNSKHDIQLSGVLIADDHCVIKNNLGQVSIIPRREAKTYVNGKCILDPTVLHHGDRVILGGDHYFRFNHPVEVQKVKRPSCGTTLLHDGPKDFEFAKNELLIAQKTQLESEIEEARLKAKEEMMQSVQIAKEMIQQELTSQKEAYESKIKSLEAEVREESRKKQMQELKNQKAATKIQELEKAKQNLELELHFNKKRLEVETLATKQALEDHSIHHAKILQALEAEKQKIAEEIQTLQKNRGSGNKTMTIPLNWNSLKLSVMIKEANTISNELGKNTVFCRHDKVDDKTGTVSSIQVQVRNIKLGIATFWSLEKFECKLAAMKELYESNDNNKAADVFYDPADEWEPDLSDASVSSLSRRRSRSLMKNKRISRCLSGIKLEPTHDTQTSYISGSQSKSSICPNFSESLLPGICKESVSSALDLLEQNHEGRKSIADHLLRNLFTIFSGVSAISKAYEQQDEECQKNFFSTDPAAQSYSIKITSVFGQLVVLVKVWLNHVQKSPSSVKTDEELKQEVKNLGGYLQLLLQGCSSDISSMVTEAQSKVNEAVKQTIKCIGHLAVFTRTDISIFEENDIPATSLQDFVLAVYDGVGLGLDFLTETVQEKARTVQEELLKQHPQNEIQNRIRDDAVALARFLENNISSCRKKEVESQLPEEDYVYMEIKRSTKIAVKYLELEQCLTEVYQIVSSTLQGSFRNTSPLRSFAGEICFIAGCLYNYFSSFPLASTSTNNPIQRTPMPFMNLDELDSLVDSLIVNFELDQGQQNLKSQPLCNETTETSQPLCNETETEGSQSETGGDEFPLKLKGIPKHTYKLQSPPTFPEELSLGKIQWV

Target ORF information:

RefSeq Version	XM_021277407.1
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos kinesin family member 14 (KIF14), transcript variant X2, mRNA.

Target ORF information:

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

XM_021277407.1

ORF Insert Sequence:

ATGCCTGATT ACAAGGTTCC TGCAAGAAAT CCCTCAGAGA CACAATGTAC TACCACTTCT 
CAGAGGATTT CTTCACGAAG TGCTTTTACC AGCAGCAAAA TGTCTGGGCA GCAACTGACA 
TCACAGATGT CAGGAAAAGA AAAAGATGGT CTTCTTTCAT CATCTCGGAA TAGGACTGAG 
GAAGTAAATA GCACCTATGT GATATCAGCC TGTAATAATG CAAACGACGC ATCAGTTACA 
TTGAAGCCTC AGGACAGATT AACACTCCAG AGGAGAACAA GAGTAAGCAA AAACTTGGTG 
TCCAGCAGTG AACAATCAGA TAACAAAATA AGACAGAGCA TAGAAAATAC ACAAACAGGC 
AAAAGATGTA CTCTACAGAG GCGTGTGAGG ACTGGCTCTG TGGAGAAGAG TAAAATTAAT 
TGGAATGCTG TGCCTGGAAT AGAAAATAAT GACTTTGCTG CAGAAAGAAA TTACAAGACT 
GCACTTCGAC CAAATATTAA TAATAATGAT ACTCGGCATG GTAATCCAAG CTGTAAATTA 
GCTGAGGGTC AGTCAAATAC GAAGATGCAT TTTAACCTGA ACAGCAAGGA CTTGTTTGGC 
AATGTTGAAA ATGACAAACG CACACCTGTA AAACGTAAGA CAAGCACTGC TGACTCAAAA 
CTTCAAAATG AAGCTCATAT ATCAGAGCAA TTAGTTACCT CAAAGAACAT TAATAGGATA 
TCAGGAGAGC AACTGAATGA AAAAGGTGAT GTAAATAAGC TAGAGGAAAA ACAAAGGTTA 
CAACACTTAA TGATAAAGCA TAACAGTTTA GAAAGGCCAA GGATACCAAC AAAAGGTTCA 
ACAGAAGGAT TTATGCTTAC ACCAAAGAAC AGCACATTTC AGGATAAGTC ATCTCTGTCA 
GCTTTAAATA AACGACCACT TCATCCTCCG TTGGTGTCAA AAAAGAAAAC CGGTGTTTCT 
AGTTGTCCTG TGAGTATAAG TGCAAAAGAG AAAGTAGAAA CGCTTACAGA GAACAACAGC 
ACTGAGGAAG ATATTTTCAA AGTAGAAAAC AGCAAAGTGA CTGTAGCTGT GCGTGTACGG 
CCTTTCAGTA ACAGAGAGAA AAATGAAAAC TCACTTCCTG TAGTCTCCAT GAGTGGCTCG 
GAGACAGCTG TACGAAATCC AAGCACAAAC CAAGTTTACA CCTTCAGTTA TGACTTCTCT 
TTCTGGTCTT TTGACAAGTG TCATCCTAAT TTTGCAAGCC AAGCAATGAT TTATAAAACT 
TTGGCACTGC CACTCCTAGA AAGAGCTTTT GAGGGCTATA ATGCGTGTCT TTTTGCTTAT 
GGGCAAACTG GTACTGGAAA ATCATACACG ATGATGGGGT TTGATGAAGA CCGAGGGATA 
ATTCCAAGAC TCTGTGAAGA TCTTTTCAGT CAAATGGACA AACAACAGGT CTTGTATCAC 
CTTGAAATGA GCTATTTTGA AGTTTACAAT GAGAAAATTC ATGATTTGCT TGTCTTCAAA 
GCTGAAAACA GACAGAAGAA ACAACCACTC CGTGTAAGGG AACACCCGGT GTTAGGACCG 
TATGTGGAGG ACCTAACAGT GAATGTTGTC AGTTCTTACT CTGATATCCA GAGTTGGCTT 
GAGCTAGGGA ATAAGCAGAG AGCAACAGCT GCTACGGTAA TGAATGACAA GAGTTCTAGA 
TCTCATTCTG TCTTCACCCT TGTCATGACA CAAACCAAGG TAGAATCTGT GGATGAACAG 
CAACGTGACC GTAGTCTTAC CAGTCACATA AATCTAATTG ATTTAGCAGG CAGCGAATGC 
TGTTCTACGG CTCAGACCAC TGGAGAAAGG CTGAAGGAGG GTGTGAGTAT TAATAAATCA 
CTCTTAACCC TTGGAAAGGT TATTTCTGCA CTCTCAAAGC AGTCTCAAAA TGGAAAGAAA 
ACTTTCATTC CTTACCGGGA ATCTGTCCTT ACTTGGTTAT TGAAGGAAAG TCTTGGTGGA 
AATTCACAAA CGGCTATGAT TGCCACAATA AGTCCAGCTG CCAGCAGCAC AGAAGAAACT 
CTCAGCACTC TTCGCTATGC AAAACAAGCT TGTTCAATTA TCAACACTGC TAAAGTAAAT 
GAAGATGTGA ATGCCAAGTT GATCAGAGAA TTGAAAGCTG AAATTGAAAA ACTGAAGGCA 
CAGAAAAGTG CTCAGAACAC TGATCCTGAA AAATACAGGC GTTATTTGCA GGAAATAACA 
TCTCTGAGGA TGAAATTGCA TCAACAGGAG AGGGACACAG CAGAAATGCA AAGGGCCTGG 
AAAGAAAAAC TTGAGCAAGC AGAAAAGAGG AAATTAGAAG ATATAAAGGA ATTGCAGAAA 
GCAGGAATTG CATTCAAAAT GGACAATCAC TTACCAAACC TTGTTAATCT CAGTGAAGAT 
CCTCAGCTTT CTGAGGTGCT GTTGTATATG ATTAAAGAAG GAGAAACTAC AGTTGGAAGG 
TATACACCGA ATTCAAAACA TGATATCCAG CTTTCTGGAG TGCTAATTGC TGATGACCAT 
TGCGTTATAA AAAATAACCT TGGCCAAGTG AGTATTATTC CACGGAGAGA AGCAAAGACA 
TATGTAAATG GGAAATGCAT TTTAGACCCG ACAGTTCTGC ATCATGGTGA TCGAGTGATC 
CTTGGGGGAG ACCATTATTT CAGGTTTAAT CATCCAGTAG AGGTTCAGAA AGTTAAGAGA 
CCATCTTGTG GGACTACACT TTTGCATGAT GGTCCTAAAG ATTTTGAATT TGCAAAGAAC 
GAGCTGCTTA TTGCACAGAA AACTCAGCTT GAATCAGAAA TTGAAGAGGC ACGACTCAAA 
GCCAAAGAAG AAATGATGCA AAGTGTCCAA ATAGCAAAAG AGATGATTCA GCAAGAACTG 
ACATCACAAA AAGAAGCTTA TGAAAGCAAA ATAAAATCAC TGGAAGCAGA GGTGAGAGAA 
GAATCTCGTA AGAAGCAAAT GCAAGAACTG AAAAACCAAA AGGCTGCAAC TAAAATACAG 
GAGCTAGAGA AGGCAAAGCA AAATCTTGAG CTAGAATTAC ACTTCAACAA GAAGCGTTTG 
GAAGTGGAGA CCTTAGCTAC GAAGCAGGCT CTGGAAGATC ATAGTATTCA TCATGCAAAG 
ATACTTCAGG CTCTGGAAGC TGAGAAACAG AAGATTGCTG AAGAAATACA AACCCTTCAG 
AAGAACCGTG GAAGTGGGAA TAAAACTATG ACTATTCCTC TTAACTGGAA TTCTTTGAAG 
TTATCTGTGA TGATCAAAGA GGCCAACACC ATTAGTAATG AACTAGGGAA AAACACTGTT 
TTCTGCAGGC ACGACAAAGT TGATGATAAA ACAGGAACAG TATCTTCTAT TCAAGTGCAG 
GTTCGTAATA TCAAACTGGG AATAGCAACG TTCTGGAGCC TGGAGAAATT TGAATGCAAA 
CTAGCAGCAA TGAAAGAACT CTATGAGAGT AATGATAACA ATAAAGCTGC TGATGTGTTT 
TATGACCCTG CTGATGAATG GGAACCCGAC CTTTCAGATG CCTCAGTTTC CTCTCTTTCC 
AGGAGAAGAA GTAGAAGTTT AATGAAGAAC AAGAGAATTT CTAGATGTTT GTCTGGTATA 
AAATTGGAAC CAACCCATGA TACACAAACT TCCTATATTT CAGGTTCACA GAGTAAATCC 
AGCATATGCC CAAACTTCTC TGAATCACTT CTTCCTGGAA TTTGCAAAGA ATCTGTAAGT 
TCAGCTTTAG ATTTACTGGA ACAGAATCAT GAAGGGAGAA AGAGCATAGC AGATCATCTC 
CTAAGGAATT TGTTTACCAT TTTCTCTGGA GTTTCTGCCA TTTCAAAAGC CTATGAACAG 
CAAGATGAAG AATGTCAAAA AAATTTTTTC TCTACTGATC CTGCTGCTCA GTCCTACAGC 
ATCAAAATCA CCTCTGTGTT TGGCCAGCTT GTGGTTCTAG TCAAGGTTTG GCTTAACCAT 
GTGCAAAAGA GCCCTAGCTC TGTGAAGACT GATGAAGAAT TGAAACAGGA AGTAAAGAAC 
CTGGGAGGTT ATTTACAGTT ACTGTTGCAG GGATGTTCTT CAGATATTTC CTCAATGGTA 
ACAGAAGCAC AGAGCAAAGT GAACGAAGCA GTAAAACAAA CAATTAAATG CATAGGACAC 
TTGGCAGTAT TCACAAGAAC TGATATTTCC ATTTTTGAAG AGAACGACAT TCCTGCAACT 
AGTCTACAGG ACTTCGTACT TGCTGTTTAT GATGGAGTAG GTTTGGGGCT GGACTTTCTT 
ACAGAAACAG TACAGGAAAA AGCAAGAACG GTGCAGGAAG AACTATTGAA ACAACATCCA 
CAAAATGAGA TTCAAAATCG AATAAGGGAT GATGCTGTGG CATTAGCCAG GTTCCTTGAA 
AATAACATCT CTTCTTGCAG AAAGAAAGAA GTAGAATCTC AATTACCAGA AGAAGATTAT 
GTGTATATGG AAATCAAGAG AAGTACTAAG ATCGCTGTGA AATACTTGGA ATTGGAGCAG 
TGCCTCACTG AAGTCTATCA GATCGTTTCT TCTACATTAC AAGGGTCATT CAGAAACACA 
AGCCCTCTCA GGAGCTTTGC AGGAGAGATT TGTTTCATAG CTGGATGTTT GTACAATTAT 
TTCAGTTCAT TTCCTTTGGC TTCTACTTCT ACAAACAATC CTATCCAGAG AACACCCATG 
CCATTTATGA ACTTGGATGA ATTGGACTCT CTGGTTGATT CCCTTATTGT GAATTTTGAA 
CTTGACCAAG GGCAGCAAAA TCTGAAATCT CAGCCTCTGT GTAATGAAAC TACTGAGACA 
TCTCAGCCTC TGTGTAATGA AACTGAGACC GAAGGAAGCC AAAGTGAAAC AGGTGGAGAT 
GAATTTCCTT TGAAACTGAA GGGGATTCCA AAACACACGT ATAAACTCCA GTCACCACCT 
ACGTTTCCAG AGGAGCTCTC ACTTGGCAAG ATACAGTGGG TATAA

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

Gene Symbol	KIF14
Entrez Gene ID	101801170
Full Name	kinesin family member 14
Gene Type	protein-coding
Organism	Anas platyrhynchos(mallard)

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

KIF14 cDNA ORF clone, Anas platyrhynchos(mallard)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

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Target ORF information:

Target ORF information:

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Target ORF information:

Target ORF information:

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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