KIF14 cDNA ORF clone, Tauraco erythrolophus(red-crested turaco)

Gene
Clones
gRNAs

Summary

Gene Symbol	KIF14
Entrez Gene ID	104380978
Full Name	kinesin family member 14
Gene Type	protein-coding
Organism	Tauraco erythrolophus(red-crested turaco)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009988597.1	XP_009986899.1	kinesin-like protein KIF14

Pathways from BioSystems
Gene Ontology

The following KIF14 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the KIF14 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OTa99160	XM_009988597.1 Latest version!	Tauraco erythrolophus kinesin family member 14 (KIF14), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

KIF14 ( XM_009988597.1 ) cDNA ORF clone, Tauraco erythrolophus(red-crested turaco) -> XP_009986899.1 Tauraco erythrolophus kinesin family member 14 (KIF14), mRNA.

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CloneID	OTa99160
Clone ID Related Accession (Same CDS sequence)	XM_009988597.1
Accession Version	XM_009988597.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4968bp) 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	2014-10-30
Organism	Tauraco erythrolophus(red-crested turaco)
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 (NW_010073014.1) 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 :: Tauraco erythrolophus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCCATTT ATACGGTTCC TGCAAGAAGT CCCTCTGAGA CGCAACATAC TACCACTTTA 
CAGAAGATGA CTTCACAGAA TACCTTTACC AGCAGCAAAA TGTCTGGAAA GCAACTGAAA 
TCACAGGTGT CAGGAGAAGA AAAGGATAGT CTGCTTTCAC ATCCTCAGAA TAAGACTGAG 
GATATAAATA GGACCTACGT GATTTCAGAC TGTAAAAAAG CGAGTGACAC ATCAACTACG 
TTTAAACCTG AAGGCAGATT AACACTCCAG AGGAGAACTG GAGCAAGCAA AAAATCAGCG 
TCCAGTAGTG AACAATTTCA TGCGAACACA ACACAGGGCT TGGAAAATAC ACAAACAGAA 
AAAAAACTTA CTCTGCAAAG GCGCATGAGG ACTGACTCTG TAGAGAAGAG TAAAATTAAT 
CATAATACTG TGTCTGGAAT AGACAATAAT GACTCTGCTG CCAAAAGAAA TTACAATATT 
GCACTTCCAC CAAATAATAA TAATAATGAT GATACTTGTG ATGTTAAATC AAGCTTTAAG 
TTAGCTGAGG GTCAGTCACG TACAAAGCTG CAGTGTAACC TGAACAGCAA GGATTCCTTT 
GGCTTTGTTG ATGGTCTGTG TGAAAGTGAT AGCTGCACGT CTTTAAAATA CAGGACAAGC 
ATTGCTGACA CACGATTTCA AAATGAAGTT CCTAAACCAG AACAATTTGT TACCCCAAAA 
TGTATTAATA GGATATCAGG AGAACAACTG AACGACAAAG GCAATGTGGA TAAGCTAGCT 
GGAAAGCAAA GGTTGCAACA CTTAATTATA AAACATAACA GTTTGGAAAG ACCAAGGACA 
CCAACAAAAG GTTCCACAGA AGGGTTTAAG CTTATGCCAA AGAGCACTCC TCAGAATCAA 
CCATCTCTGT CTGCTTCAAG TAAACGAACA CCTCATCTTC ACAATCTAGC CAAAAAGAAA 
ACTAGTGTCT CTAGCTCTCC TCCTGTGAGT AGAAGCTCAA AACCAAAAGA GAACACAGAA 
TCTCTAGCTG AGAGCACTAG TGCTGAGAAA GATATTTTCA AAGTGGAAAA CAGCAAAGTG 
ATCGTAGCTG TGCGCGTACG GCCTTTCAGT AACAGAGAGA AAAATGAAAA CTCCCTCCCC 
GTAATCTCCA TGAGTGGTTC AGAGACGGCT GTACGAAATC CAGCCACAAA CCAAGTTTAC 
AGCTTCAGTT ACGACTTCTG TTTCTGGTCT TTTGACAAGT GTCATCCTAA TTTTGCAAGC 
CAAGCAATGA TTTATAAAAC TTTGGCAGTG CCGCTCCTAG AAAGAGCTTT TGAGGGTTAT 
AACACTTGTC TCTTTGCTTA TGGGCAGACT GGTTCTGGAA AATCATACAC GATGATGGGA 
TTTGGTGAAG ACCAAGGAAT AATTCCAAGA CTTTGTGAGG ATCTTTTCAC TCGAATAGCA 
CAAATGGACA AGCAACAGAT CTTGTATCAT CTTGAAATGA GCTTTTTTGA AGTATACAAT 
GAGAAAATTC ATGATTTGCT TGTCTTTAAG GCTGAAAGCA GACAGAAGAA ACAACCACTT 
CGTGTAAGAG AACACCCAGT GTTAGGACCA TACGTGGAAG GCCTGACAGT GAATGTTGTC 
AGTTCTTATT CTGATATCCA GAGTTGGCTT GAACTAGGAA ATAAGCAGAG AGCAACAGCA 
GCTACTGTAA TGAATGACAA GAGCTCTAGA TCTCATTCTG TCTTCACCCT TGTCATGACG 
CAAACCAAGG TAGAATTTGT AGATGAAGAA CAATGTGATC GTGGGCTTAC AAGTCACATA 
AATCTAATTG ATCTAGCTGG CAGTGAATGC TGCTCAACAG CTCAGACCAC AGGAGAAAGG 
CTGAAGGAGG GTGTGAGTAT CAATAAGTCA CTGTTAACCC TTGGAAAGGT TATTTCTGCA 
CTCTCTAAAC AATCTCAAAA TGGAAAGAAA ACTTTCATTC CTTACCGGGA ATCTGTCCTT 
ACTTGGTTGT TAAAGGAAAG TCTTGGTGGA AATTCACAAA CGGCAATGAT TGCCACAGTA 
AGTCCAGCTG CCAGCAGTAC AGAAGAAACA CTCAGCACTC TTCGCTATGC AAGACAAGCT 
TGTTCAATTA TCAACATTGC GAAAGTAAAC GAAGATGTGA ATGCCAAGCT AATCAGAGAA 
TTGAAAGCTG AAATTGAAAA ATTGAAAGCA GCTCAGAAGA GTGCTCTGAA CACTGATCCT 
GAAAAATACA GACGTTATTT GCAGGAAATA ACATCTCTGA GGGTAAAATT GCACCAGCAG 
GAGAGGGACA TGGCAGAAAT GCAAAGGGCC TGGAAAGCAA AATTTGAACA AGCGGAAAAA 
AGAAAATTAG AAGATATAAA AGAATTGCAG AAAGCAGGAA TTGCATTCAA AATGGACAAT 
CATTTACCAA ACCTTGTCAA TCTCAATGAA GATCCTCAGC TTTCTGAGGT GCTGTTGTAT 
ATGATCAAAG AAGGCGAAAC TACAGTTGGA AGACACATGC CAAATTCAAA ACATGATATC 
CAGCTTTCCG GAGTGCTAAT TGCTGATGAC CATTGTGTTA TAAAAAATAC TGTTGGCAAA 
GTGAGTATTA CTCCACTGAA AGAAGCAAAG ACATACATAA ATGGGAAATG CATTTTAGAC 
CCGACAGTTC TGCATCATGG TGATCGAGTG ATCCTTGGGG GAGACCATTA TTTCAGGTTT 
AATCATCCAG TAGAAGTTCA GAAAACTAAA AGGCAGTCTT CTGGGACTAT GTTTGTGCAT 
GATGGTCCAA AAGATTTTGA ATTTGCAAAG AATGAGCTGC TTGTTGCACA GAGAACACAA 
CTTGAATCAG AAATTGAAGA GGCACGACTC AAAGCCAAGG AAGAAATGAT CCAAAGTGTC 
CAAATTGCGA AAGAGATGAT TCAGCAAGAG CTGACCTCAC AGAAAGAAGC TTATGAGAGC 
AAAATAAAAT CACTGGAAGA GGAGGTGAGA GAAGAAGCTC ATAAGAAGCA AATCCAAGAA 
CTGAATAACC AAAAAGCTGC AACTAAAATA CAGGAGCTAG AGAAGGCAAA GCAAAATCTT 
GAGCTAGAAC TGCACCTCAA TAAGAAGCGT TTAGAAATGG AGACCTTAGC TACCAAGCAG 
GCTCTAGAAG ATCATAGTAT TCGTCATGCA AAGATACTTG AAGCTCTGGA AGCTGAGAAG 
CAGAAGATTG CTGAAGAAAT ACGCGCCCTT CAGAAGAGTC GTGGAAGTGG GAATAAAACT 
ATAACTACTT CACTTAACTG GAATTCTCTG AAGCTATCTG TGATGATCAA AGAGGCCAAC 
GCCATTAGTA ATGAATTAGG GAAAAACACT GTTTTCCACA GGCATGACAA AACTGATGAT 
AAAACAGGAA CAGTGTCTTC TGTTCAGGTA CAGGTTCGTA ATATCAAACT GGGAATAGCA 
ACTTTCTGGA GTCTGGAGAA ATTTGAATGC AAACTAGCAG CAATGAAAGA ACTCTATGAG 
AGTAACGATA GCAATAAAGC TGCTGATGTG TTTTATGACC CTGCTGATGA GTGGGAACCT 
GACCTTTCGG ATGCCTCAGT TTCCTCTCTT TCCAGAAGAA GAAGTAGAAG TTTCATGAAG 
AACAAGAGAA TTTCTGGATG TTTGTCCGAG ATAAAATTGC AACCAATTCA GAATATACAG 
ACTTCCTATG TGCCAGGTTC ACAGAATAAG TCCAGCGTAT ACCCAAGCTG TTCTGAATTG 
TTTCTTCCTG GAATTTGCAA ACAATCTATA AGTTCCGCTT TAGATTTACT GGAACAGAAT 
CACAAAGGAG GAAAGAGCAT AGCAGATGGT CTCTTAACTA ATTTGTTTAT AATTTCTTCT 
GGAGTTTCTG CCATTTCAAA AGCCTATGAA CAGCAAGATG AAGAATGTCA AGAAAACTTT 
TTCTCTCTTG ATCATGCCGC TCAGTCCTAC AGCATCAGAA TGATTTCTGC TTTTGACCAG 
CTTGTGGTTC TAACCAAGCT CTGGCTTAAC AGCGTCCAGA AGTGCCCAGG ATCTATAAAA 
GTTGATGAAG AAATAAAACA GGAAGTTAAG AACTTGGGAG GTTATTTGCA GTTACTGTTG 
CAGGGATGTT CTTCAGATAT ATCATCAATG GTAACAGAAG CATGGAACAA AGTAAACCAA 
ACAGTAAAAC AAACAATGAT ATACATAGGA CACTTGGCAG TAATCACAAG AGCTGATATT 
TCCTTTCCTG AAGAGAATAA CATTCCTGCA ACTAGTCTAC AGGACTTTGT ACTTGCCATT 
TATGATGGAG TAGTCTCAGG GCTGGAGTTT CTTATTGATA CTGTACAGGA AAAAGCAAGA 
ATGGTGCAGA AAGAACTTGT GAAACAACAT CCACAAAACG AGATTCAAAA CCGAATAAAG 
GATAATGCTG TGACATTAGC CAGATTCCTT GACAATAACA TCTGTTATTG CAGAAAGAAA 
GAAATAGAAT CTCAATTACG GGATGAAGAA TCTCTATATC AGGAAATAAA GAAAAGCACT 
AATGTTGCTG TGAGATATTT GGAATTGGAG CAATGCCTAA CTGAAGTTTG TCAAATTGTT 
TCTTCGACAT TACAAGGGTC GTACAGAAAC ATAAGCTCTC TCAGGAGCTT TGCAGAAAAG 
ATTTGTGTCA TAGCTGAATA TTTTAACAAC TATTTCAGTT TATTTGCCTT ATCTTCTACT 
TCTGCAAACA ATCCTATCCA GAAAATACCC GTGCCTTTTA TGAACTTGGA TGAATTAGGC 
TGTCTGGTTG ATTCCCTTAT TACGAATTTT GAACTTGAAC AAGGACAGCA GTCATTGAAA 
TCTCAAACTC TTTGTAATGA AACTGCTGAG TCTCGAGGAG AAGGGATTGA AACAAGTGAA 
GTTGAATTTG TTTGGAAGCA GAAGGAGATT CCAAAACACA CACAAAAGCT CCAGTCTTCG 
CCACCATTTC CTGCAAAGCT TTCACCTGGT AGGATACAGT GGGTATAA

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

RefSeq	XP_009986899.1
CDS	1..4968
Translation	MPIYTVPARSPSETQHTTTLQKMTSQNTFTSSKMSGKQLKSQVSGEEKDSLLSHPQNKTEDINRTYVISDCKKASDTSTTFKPEGRLTLQRRTGASKKSASSSEQFHANTTQGLENTQTEKKLTLQRRMRTDSVEKSKINHNTVSGIDNNDSAAKRNYNIALPPNNNNNDDTCDVKSSFKLAEGQSRTKLQCNLNSKDSFGFVDGLCESDSCTSLKYRTSIADTRFQNEVPKPEQFVTPKCINRISGEQLNDKGNVDKLAGKQRLQHLIIKHNSLERPRTPTKGSTEGFKLMPKSTPQNQPSLSASSKRTPHLHNLAKKKTSVSSSPPVSRSSKPKENTESLAESTSAEKDIFKVENSKVIVAVRVRPFSNREKNENSLPVISMSGSETAVRNPATNQVYSFSYDFCFWSFDKCHPNFASQAMIYKTLAVPLLERAFEGYNTCLFAYGQTGSGKSYTMMGFGEDQGIIPRLCEDLFTRIAQMDKQQILYHLEMSFFEVYNEKIHDLLVFKAESRQKKQPLRVREHPVLGPYVEGLTVNVVSSYSDIQSWLELGNKQRATAATVMNDKSSRSHSVFTLVMTQTKVEFVDEEQCDRGLTSHINLIDLAGSECCSTAQTTGERLKEGVSINKSLLTLGKVISALSKQSQNGKKTFIPYRESVLTWLLKESLGGNSQTAMIATVSPAASSTEETLSTLRYARQACSIINIAKVNEDVNAKLIRELKAEIEKLKAAQKSALNTDPEKYRRYLQEITSLRVKLHQQERDMAEMQRAWKAKFEQAEKRKLEDIKELQKAGIAFKMDNHLPNLVNLNEDPQLSEVLLYMIKEGETTVGRHMPNSKHDIQLSGVLIADDHCVIKNTVGKVSITPLKEAKTYINGKCILDPTVLHHGDRVILGGDHYFRFNHPVEVQKTKRQSSGTMFVHDGPKDFEFAKNELLVAQRTQLESEIEEARLKAKEEMIQSVQIAKEMIQQELTSQKEAYESKIKSLEEEVREEAHKKQIQELNNQKAATKIQELEKAKQNLELELHLNKKRLEMETLATKQALEDHSIRHAKILEALEAEKQKIAEEIRALQKSRGSGNKTITTSLNWNSLKLSVMIKEANAISNELGKNTVFHRHDKTDDKTGTVSSVQVQVRNIKLGIATFWSLEKFECKLAAMKELYESNDSNKAADVFYDPADEWEPDLSDASVSSLSRRRSRSFMKNKRISGCLSEIKLQPIQNIQTSYVPGSQNKSSVYPSCSELFLPGICKQSISSALDLLEQNHKGGKSIADGLLTNLFIISSGVSAISKAYEQQDEECQENFFSLDHAAQSYSIRMISAFDQLVVLTKLWLNSVQKCPGSIKVDEEIKQEVKNLGGYLQLLLQGCSSDISSMVTEAWNKVNQTVKQTMIYIGHLAVITRADISFPEENNIPATSLQDFVLAIYDGVVSGLEFLIDTVQEKARMVQKELVKQHPQNEIQNRIKDNAVTLARFLDNNICYCRKKEIESQLRDEESLYQEIKKSTNVAVRYLELEQCLTEVCQIVSSTLQGSYRNISSLRSFAEKICVIAEYFNNYFSLFALSSTSANNPIQKIPVPFMNLDELGCLVDSLITNFELEQGQQSLKSQTLCNETAESRGEGIETSEVEFVWKQKEIPKHTQKLQSSPPFPAKLSPGRIQWV

Target ORF information:

RefSeq Version	XM_009988597.1
Organism	Tauraco erythrolophus(red-crested turaco)
Definition	Tauraco erythrolophus kinesin family member 14 (KIF14), mRNA.

Target ORF information:

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

XM_009988597.1

ORF Insert Sequence:

ATGCCCATTT ATACGGTTCC TGCAAGAAGT CCCTCTGAGA CGCAACATAC TACCACTTTA 
CAGAAGATGA CTTCACAGAA TACCTTTACC AGCAGCAAAA TGTCTGGAAA GCAACTGAAA 
TCACAGGTGT CAGGAGAAGA AAAGGATAGT CTGCTTTCAC ATCCTCAGAA TAAGACTGAG 
GATATAAATA GGACCTACGT GATTTCAGAC TGTAAAAAAG CGAGTGACAC ATCAACTACG 
TTTAAACCTG AAGGCAGATT AACACTCCAG AGGAGAACTG GAGCAAGCAA AAAATCAGCG 
TCCAGTAGTG AACAATTTCA TGCGAACACA ACACAGGGCT TGGAAAATAC ACAAACAGAA 
AAAAAACTTA CTCTGCAAAG GCGCATGAGG ACTGACTCTG TAGAGAAGAG TAAAATTAAT 
CATAATACTG TGTCTGGAAT AGACAATAAT GACTCTGCTG CCAAAAGAAA TTACAATATT 
GCACTTCCAC CAAATAATAA TAATAATGAT GATACTTGTG ATGTTAAATC AAGCTTTAAG 
TTAGCTGAGG GTCAGTCACG TACAAAGCTG CAGTGTAACC TGAACAGCAA GGATTCCTTT 
GGCTTTGTTG ATGGTCTGTG TGAAAGTGAT AGCTGCACGT CTTTAAAATA CAGGACAAGC 
ATTGCTGACA CACGATTTCA AAATGAAGTT CCTAAACCAG AACAATTTGT TACCCCAAAA 
TGTATTAATA GGATATCAGG AGAACAACTG AACGACAAAG GCAATGTGGA TAAGCTAGCT 
GGAAAGCAAA GGTTGCAACA CTTAATTATA AAACATAACA GTTTGGAAAG ACCAAGGACA 
CCAACAAAAG GTTCCACAGA AGGGTTTAAG CTTATGCCAA AGAGCACTCC TCAGAATCAA 
CCATCTCTGT CTGCTTCAAG TAAACGAACA CCTCATCTTC ACAATCTAGC CAAAAAGAAA 
ACTAGTGTCT CTAGCTCTCC TCCTGTGAGT AGAAGCTCAA AACCAAAAGA GAACACAGAA 
TCTCTAGCTG AGAGCACTAG TGCTGAGAAA GATATTTTCA AAGTGGAAAA CAGCAAAGTG 
ATCGTAGCTG TGCGCGTACG GCCTTTCAGT AACAGAGAGA AAAATGAAAA CTCCCTCCCC 
GTAATCTCCA TGAGTGGTTC AGAGACGGCT GTACGAAATC CAGCCACAAA CCAAGTTTAC 
AGCTTCAGTT ACGACTTCTG TTTCTGGTCT TTTGACAAGT GTCATCCTAA TTTTGCAAGC 
CAAGCAATGA TTTATAAAAC TTTGGCAGTG CCGCTCCTAG AAAGAGCTTT TGAGGGTTAT 
AACACTTGTC TCTTTGCTTA TGGGCAGACT GGTTCTGGAA AATCATACAC GATGATGGGA 
TTTGGTGAAG ACCAAGGAAT AATTCCAAGA CTTTGTGAGG ATCTTTTCAC TCGAATAGCA 
CAAATGGACA AGCAACAGAT CTTGTATCAT CTTGAAATGA GCTTTTTTGA AGTATACAAT 
GAGAAAATTC ATGATTTGCT TGTCTTTAAG GCTGAAAGCA GACAGAAGAA ACAACCACTT 
CGTGTAAGAG AACACCCAGT GTTAGGACCA TACGTGGAAG GCCTGACAGT GAATGTTGTC 
AGTTCTTATT CTGATATCCA GAGTTGGCTT GAACTAGGAA ATAAGCAGAG AGCAACAGCA 
GCTACTGTAA TGAATGACAA GAGCTCTAGA TCTCATTCTG TCTTCACCCT TGTCATGACG 
CAAACCAAGG TAGAATTTGT AGATGAAGAA CAATGTGATC GTGGGCTTAC AAGTCACATA 
AATCTAATTG ATCTAGCTGG CAGTGAATGC TGCTCAACAG CTCAGACCAC AGGAGAAAGG 
CTGAAGGAGG GTGTGAGTAT CAATAAGTCA CTGTTAACCC TTGGAAAGGT TATTTCTGCA 
CTCTCTAAAC AATCTCAAAA TGGAAAGAAA ACTTTCATTC CTTACCGGGA ATCTGTCCTT 
ACTTGGTTGT TAAAGGAAAG TCTTGGTGGA AATTCACAAA CGGCAATGAT TGCCACAGTA 
AGTCCAGCTG CCAGCAGTAC AGAAGAAACA CTCAGCACTC TTCGCTATGC AAGACAAGCT 
TGTTCAATTA TCAACATTGC GAAAGTAAAC GAAGATGTGA ATGCCAAGCT AATCAGAGAA 
TTGAAAGCTG AAATTGAAAA ATTGAAAGCA GCTCAGAAGA GTGCTCTGAA CACTGATCCT 
GAAAAATACA GACGTTATTT GCAGGAAATA ACATCTCTGA GGGTAAAATT GCACCAGCAG 
GAGAGGGACA TGGCAGAAAT GCAAAGGGCC TGGAAAGCAA AATTTGAACA AGCGGAAAAA 
AGAAAATTAG AAGATATAAA AGAATTGCAG AAAGCAGGAA TTGCATTCAA AATGGACAAT 
CATTTACCAA ACCTTGTCAA TCTCAATGAA GATCCTCAGC TTTCTGAGGT GCTGTTGTAT 
ATGATCAAAG AAGGCGAAAC TACAGTTGGA AGACACATGC CAAATTCAAA ACATGATATC 
CAGCTTTCCG GAGTGCTAAT TGCTGATGAC CATTGTGTTA TAAAAAATAC TGTTGGCAAA 
GTGAGTATTA CTCCACTGAA AGAAGCAAAG ACATACATAA ATGGGAAATG CATTTTAGAC 
CCGACAGTTC TGCATCATGG TGATCGAGTG ATCCTTGGGG GAGACCATTA TTTCAGGTTT 
AATCATCCAG TAGAAGTTCA GAAAACTAAA AGGCAGTCTT CTGGGACTAT GTTTGTGCAT 
GATGGTCCAA AAGATTTTGA ATTTGCAAAG AATGAGCTGC TTGTTGCACA GAGAACACAA 
CTTGAATCAG AAATTGAAGA GGCACGACTC AAAGCCAAGG AAGAAATGAT CCAAAGTGTC 
CAAATTGCGA AAGAGATGAT TCAGCAAGAG CTGACCTCAC AGAAAGAAGC TTATGAGAGC 
AAAATAAAAT CACTGGAAGA GGAGGTGAGA GAAGAAGCTC ATAAGAAGCA AATCCAAGAA 
CTGAATAACC AAAAAGCTGC AACTAAAATA CAGGAGCTAG AGAAGGCAAA GCAAAATCTT 
GAGCTAGAAC TGCACCTCAA TAAGAAGCGT TTAGAAATGG AGACCTTAGC TACCAAGCAG 
GCTCTAGAAG ATCATAGTAT TCGTCATGCA AAGATACTTG AAGCTCTGGA AGCTGAGAAG 
CAGAAGATTG CTGAAGAAAT ACGCGCCCTT CAGAAGAGTC GTGGAAGTGG GAATAAAACT 
ATAACTACTT CACTTAACTG GAATTCTCTG AAGCTATCTG TGATGATCAA AGAGGCCAAC 
GCCATTAGTA ATGAATTAGG GAAAAACACT GTTTTCCACA GGCATGACAA AACTGATGAT 
AAAACAGGAA CAGTGTCTTC TGTTCAGGTA CAGGTTCGTA ATATCAAACT GGGAATAGCA 
ACTTTCTGGA GTCTGGAGAA ATTTGAATGC AAACTAGCAG CAATGAAAGA ACTCTATGAG 
AGTAACGATA GCAATAAAGC TGCTGATGTG TTTTATGACC CTGCTGATGA GTGGGAACCT 
GACCTTTCGG ATGCCTCAGT TTCCTCTCTT TCCAGAAGAA GAAGTAGAAG TTTCATGAAG 
AACAAGAGAA TTTCTGGATG TTTGTCCGAG ATAAAATTGC AACCAATTCA GAATATACAG 
ACTTCCTATG TGCCAGGTTC ACAGAATAAG TCCAGCGTAT ACCCAAGCTG TTCTGAATTG 
TTTCTTCCTG GAATTTGCAA ACAATCTATA AGTTCCGCTT TAGATTTACT GGAACAGAAT 
CACAAAGGAG GAAAGAGCAT AGCAGATGGT CTCTTAACTA ATTTGTTTAT AATTTCTTCT 
GGAGTTTCTG CCATTTCAAA AGCCTATGAA CAGCAAGATG AAGAATGTCA AGAAAACTTT 
TTCTCTCTTG ATCATGCCGC TCAGTCCTAC AGCATCAGAA TGATTTCTGC TTTTGACCAG 
CTTGTGGTTC TAACCAAGCT CTGGCTTAAC AGCGTCCAGA AGTGCCCAGG ATCTATAAAA 
GTTGATGAAG AAATAAAACA GGAAGTTAAG AACTTGGGAG GTTATTTGCA GTTACTGTTG 
CAGGGATGTT CTTCAGATAT ATCATCAATG GTAACAGAAG CATGGAACAA AGTAAACCAA 
ACAGTAAAAC AAACAATGAT ATACATAGGA CACTTGGCAG TAATCACAAG AGCTGATATT 
TCCTTTCCTG AAGAGAATAA CATTCCTGCA ACTAGTCTAC AGGACTTTGT ACTTGCCATT 
TATGATGGAG TAGTCTCAGG GCTGGAGTTT CTTATTGATA CTGTACAGGA AAAAGCAAGA 
ATGGTGCAGA AAGAACTTGT GAAACAACAT CCACAAAACG AGATTCAAAA CCGAATAAAG 
GATAATGCTG TGACATTAGC CAGATTCCTT GACAATAACA TCTGTTATTG CAGAAAGAAA 
GAAATAGAAT CTCAATTACG GGATGAAGAA TCTCTATATC AGGAAATAAA GAAAAGCACT 
AATGTTGCTG TGAGATATTT GGAATTGGAG CAATGCCTAA CTGAAGTTTG TCAAATTGTT 
TCTTCGACAT TACAAGGGTC GTACAGAAAC ATAAGCTCTC TCAGGAGCTT TGCAGAAAAG 
ATTTGTGTCA TAGCTGAATA TTTTAACAAC TATTTCAGTT TATTTGCCTT ATCTTCTACT 
TCTGCAAACA ATCCTATCCA GAAAATACCC GTGCCTTTTA TGAACTTGGA TGAATTAGGC 
TGTCTGGTTG ATTCCCTTAT TACGAATTTT GAACTTGAAC AAGGACAGCA GTCATTGAAA 
TCTCAAACTC TTTGTAATGA AACTGCTGAG TCTCGAGGAG AAGGGATTGA AACAAGTGAA 
GTTGAATTTG TTTGGAAGCA GAAGGAGATT CCAAAACACA CACAAAAGCT CCAGTCTTCG 
CCACCATTTC CTGCAAAGCT TTCACCTGGT AGGATACAGT GGGTATAA