KIF13A cDNA ORF clone, Fulmarus glacialis(Northern fulmar)

Gene
Clones
gRNAs

Summary

Gene Symbol	KIF13A
Entrez Gene ID	104081989
Full Name	kinesin family member 13A
Gene Type	protein-coding
Organism	Fulmarus glacialis(Northern fulmar)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009584928.1	XP_009583223.1	kinesin-like protein KIF13A

Pathways from BioSystems
Gene Ontology

The following KIF13A gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the KIF13A 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
OFu95743	XM_009584928.1 Latest version!	Fulmarus glacialis kinesin family member 13A (KIF13A), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

KIF13A ( XM_009584928.1 ) cDNA ORF clone, Fulmarus glacialis(Northern fulmar) -> XP_009583223.1 Fulmarus glacialis kinesin family member 13A (KIF13A), mRNA.

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CloneID	OFu95743
Clone ID Related Accession (Same CDS sequence)	XM_009584928.1
Accession Version	XM_009584928.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5898bp) 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	2014-10-13
Organism	Fulmarus glacialis(Northern fulmar)
Product	kinesin-like protein KIF13A
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009232519.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Fulmarus glacialis 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGAAGATG CCATTCGTCA GGTTAAACCA AAATCTACTG TTGTGCAGGT GCATTACAAG 
GTTAGAAAAC CACCTAAGGT GTTTGCTTTT GATCACTGCT TCTGGTCCAT GGATGAATCA 
AACACCACAA AATATGCAGG TCAAGAAGTG GTGTTCAAGT GCCTTGGAGA AGGAATTCTT 
GAAAAGGCCT TTCAGGGATA TAACGCTTGT ATTTTTGCCT ATGGACAGAC AGGTTCAGGA 
AAATCCTTTT CAATGATGGG CAATGCAGAG CAGCTGGGTC TGATCCCACG GCTCTGTTGT 
GCTTTATTTC AGAGAATCTC TGTGGAAGAA AATGAATCTC ATACTTTTAA AGTCGAAGTG 
TCCTATATGG AAATCTACAA TGAGAAAGTC AGAGATCTGC TTGACCCAAA AGGGAGTCGG 
CAGTCCCTTA AGGTTCGAGA GCACAAAGTG TTGGGACCGT ATGTAGATGG GCTGTCTCAG 
CTAGCTGTTA CAAACTTTGA GGATATTGAG TCACTGATGT CGGAGGGAAA CAAATCACGA 
ACAGTTGCTG CAACCAACAT GAATGAAGAA AGCAGCCGCT CTCATGCTGT GTTCAATATT 
ATAGTGACTC AGACACTTTA TGACCTGCAT TCTGGTAATT CTGGAGAAAA GGTCAGCAAG 
GTCAGCCTGG TGGATTTGGC TGGGAGCGAG AGAGTTTCCA AAACGGGAGC TGCAGGAGAA 
CGTCTGAAGG AAGGCAGCAA CATAAACAAA TCACTTTCAA CACTGGGCTT GGTTATATCA 
TCACTCGCTG ACCAAGCAGC AGGGAAGGGG AAAAACAAGT TTGTGCCTTA CAGAGACTCT 
GTACTCACTT GGCTTCTCAA GGACAACTTG GGAGGAAACA GCCAAACTGC TATGATAGCC 
ACCATTAGTC CAGCAGCAGA CAACTATGAA GAAACACTCT CTACTCTGAG ATACGCAGAC 
AGAGCCAAAA GGATAGTTAA TCATGCTGTG GTGAATGAAG ATCCAAATGC TAGGGTCATC 
AGAGAATTAC GTGAAGAAGT TGAAAAACTG AAAGAACAGC TCTCACAAGC TGAGGCCATG 
AAGGCACCAG AACTGAAGGA AAAATTGGAA GAATCTGAAA AACTAATAAA AGAGCTAACA 
GTCACCTGGG AAGAAAAGCT AAGAAAAACA GAAGAAATTG CACAGGAGAG GCAAAGACAG 
CTGGAGAGCA TGGGAATTTC CCTTGAGTCT TCAGGTATCA AGGTTGGGGA TGACAAGTGT 
TACCTGGTGA ACCTGAATGC AGACCCTGCA CTCAATGAGC TTTTGGTTTA CTATTTAAAG 
GATCACACAA GAGTTGGTGC AGATACCTCT CAGGATATAC AGCTCTTTGG CATAGGAATC 
CAACCAGAAC ACTGTGAGAT TGATATTGCT TTAGATGGAG AAGTTACACT CACACCAAAA 
GAAAATGCAA GATCCTGTGT AAATGGTGCA CTGGTATGTT CTGTCACTCA GTTATGGCAT 
GGAGATAGAA TATTATGGGG AAACAACCAC TTTTTTAGAA TCAACTTACC AAAGAGGAAA 
CGACGAGATT GGCTGAAAGA CCTTGAGAAA GAAACTTCGT TAGGAGAGCA TGATCTGGAT 
GCAGCTAGTG AAGCTTCTTC AGAACCAGAC TACAACTATG AGTTTGCACA AATGGAAGTT 
ATTATGAAGA CACTGAACAG TAATGACCCA GTACAAAATG TGGTCCAGAT CTTGGAGAAA 
CAGTACTTGG AAGAGAAGAG GAGTGCTCTT GAGGAGCAGC GGCTGATGTA TGAACGTGAG 
TTAGAGCTGT TGCGGCAGCA ACTCTCTCCA GAAAGACAGC ATCAGCATGG CAGCGACAGA 
CTCTCCTACA CTGCTCAGAC TGCACAGCAG AAAGTAAATC TCTGGACAGA AGAGAGGGAT 
GAATTGTTTC GACAGAGCCT GGCTAAACTT CGAGAGCAGA TAGTAAAGGC AAATACACTG 
GTGAGAGAAG CAAACTTCTT AGCAGAAGAG ATGAGTAAGC TAACAGATTA TCAAGTAACA 
CTTCAGATCC CTGCGGAAAA CCTCAGTGCC AACAAAAAGA GGGGTGCAAT AGTAAGTGAG 
CCTGCTATTC AAGTGAGAAG AAAAGGAAAA GGTACTCAAG TATGGACTAT TGAGAAACTA 
GAGAACAAAT TGATTGACAT GAGAGACCTC TATCAAGAAT GGAAGGAGAA AATTCCTGAG 
ATAAGGAAGC TCATTGGCAA AAGAGGTGAT CCTTTTTACG AAGCGCAAGA GAATCACAAC 
TTAATTGGCG TCGCGAATGT GTTTTTGGAG TGCCTTTTCT ATGACGTTAA GCTGCAGTAC 
GCTGTGCCCA TCATCAGCCA GCAGGGGGAG GTTGCAGGTC GGTTGCATGT TGAAGTAATG 
CGAGTCACTG GGTCTGTCCC AGAACGTGTA GTAGAAGGAG ATGACTCATC TGAGAACTCC 
AGTGAGAGTG GGAGTCTGGA AGTCATGGAT AACAATGGAG AAATTATTCA TAGAGCAAAA 
AAACTCTCCT GCAGGGTAAA AATAAAAGAA GCAACCGGAC TGCCACCTAA TCTCTCCAAC 
TTTGTCTTTT GTCAATATAC ATTTTGGGAT CAATGTGAGT CAACAGTGGC GGCACCAGTG 
GTAGATCCAG ATGTGCCTTC ACCTCAGAGC AAGGATGCTC ATTTTACAGT GACCTTCTCT 
CACTGTAAGG ACTATGTGGT GAATGTCACT GAGGAGTTTT TGGAGTTCAT TTCAGAAGGA 
GCTCTTGCTA TTGAGGTGTG GGGTCACAGA TGTACTGGCA ATGGGAGCTC TGTTTGGGAA 
GTTGATTCTC TTCATGCTAA AACTAGGACA CTGAGAGACA GGTGGAATGA AGTAACTCGA 
AGAATAGAAA TGTGGATTTC CATACAAGAA TTGAATGAGA TGGGAGAATA TACTGCAGTT 
GAACTCCATC AGGCAAAAGA TGTAAACACA GGGGGGATTT TCCAGCTTAG GCAGGGTCAT 
TCTCGCAGAG TTCAGGTGAC AGTGAAACCC GTACAACATT CGGGAACGTT GCCTCTCATG 
GTAGAAGCAA TTCTTTCAGT CTCTATAGGT GGTGTGACTG CCAGATCAAC CAAACTGCAA 
AGGGGCTTGG ACAGCTACCA GAAGGAGGAG GATGATGGTG GTGATATGGA TAGTTACCAG 
GAAGAAGATT TAAACTGTGT ACGAGAAAGG TGGTCCGATG CATTGATAAA ACGCAGAGAA 
TATTTGGATG AGCAGATTCA AAAGATCAGC AATAAACAAG AAAAGTCTGA GGATGATATA 
GAACGAGAAG CCCGGCTGGT TGAACAGTGG GTAGGGCTGA CAGAAGAGAG GAATGCGGTG 
TTTGTTCCAG CACCAGGCAG TGGAATTCCC GGTGCCCCCG CAAACTGGAT TCCACCTGCA 
GGAATGGAAA CACATATACC TGTCCTCTTC CTTGATTTGA ATGCTGATGA CCTCAGTGCC 
AATGAACAAC TTACAGGTCC CCATGCATCA GGAGTTAACT CAATACTACC AAAGGAGCAT 
GGAAGTCCAT TCTTTTATCT GCCGATCATA AAACACAGTG ATGATGAGGT TTCAGCCACT 
GCTGCATGGG ACTCTTCTGT CCATGATTCG GTGCACCTGA ATAGGGTAAC TCCTCAAAAT 
GAGAGAATTT ACTTGATAGT GAAGACCACT GTGCAGCTCA GTCATCCTGC TGCAATGGAA 
CTGGTATTAC GCAAAAGGAT TGCAGCCAAT ATTTATAACA AGCAGAGTTT TACCCAGAGC 
CTGAAAAGGA GAATATCCTT GAAAAATATA TATTATGCCT GTGGAGTGAC CTATGAAATA 
GTATCCAATA TACCAAAGGC TACAGAAGAA ATTGAGGATC GTGAGACCTT AGCGCTGATG 
GCTGCAAGGA GTGAGAATGA GGGCACATCC GATGGTGAAA CGTACATTGA AAAATACACA 
CGTGGTGTGC TGCAAGTGGA GAACATTTTG AGCCTTGAAC GACTAAGACA GGCAGTCACA 
GTCAAAGAGG CACTCTCCAC CAAAGCGAGG AACATCCGCA GAAGCATCAG CACTCCAAAC 
GTCCACAACG TATCCTGTAG CCGACTAGAT CTTTCTGCCT GTGATGAAGA TGATAAGGGT 
TGGTCTGAAA GTCACCTAGA TATATCTGAC TGTTCTTCCA GTTACCAAGA TGTATCATGC 
TATGGTACTT TGCCCAGGGA GTCACCTCGA AAGAGCAAAG ATGGCAGTGG TATTGTAGCA 
GAGAATTCCC ATGCTTTAAT GGCCAGCCCT TTTAAAGCAT TTTCTCCTCA GCCACCAAAG 
TTTTTCAAGC CCTTAATGCC AGTGAAAGAG GAACATAAAA GGAAGACCCC ACTTGAAAGC 
CGACCTCTGC TTAGTCAAGA GAGCATGCCT TCATCTCAGG TGCATTGTGC TGGCTGTGTT 
GTGCCTTCAG GAAGTAATGC CAGCAGCATG CCTGTAGAAA GCAATAGCAT GCGTGAGGAA 
AAGATTGACT CTGAGGAGGA AGACAGTGAG TTGGAGGCCA TTAATAAGAA GCTTATAAGT 
CCACAAAGTT TTCAGAATTT CCGGCCTTAC GTACCAGAGG AGTTTGCTGA CTTCAGTGTT 
TACAATGCTA GCCTGGAGAA CAGGGAATGG TTTTCTTCTA AATCAGACTT CATGAGTTCA 
CGTGTTCTTG AGAAAGAGGT ATCCCGCAGC CCCACCACTA GCAGTATTAC TAGTGGTTAC 
TTTTCCCACA GTGCCTCTAA CGCTACTCTG TCTGACATGC TTGTTCCCTG TAGTGATAGC 
ACAGACCAGC TAGCCAGTCA CACGAAGGAG CTGGACTCCA GTGATCCCTC GGGATCATCT 
CTTGCACACG ATTTAAGATC ATCTTCGAAC AAGGAATGTC GAGAGTCAGA AAAGGAGTTA 
GTGAGAGAAA AGTTACCCGT GTTACCACTG AAAGAAAACA GTGCCTTAAT GGAACAAGTA 
CCACTGTCCC TTGATGCCAC GGACAGAGAC TCTCAGCAGT TACCCAGAGC TGGATCATTT 
TCAGCTTTAA GTTCCTCAGA TGGCAAAAGT ACCTGTTGTA CAATTGAATT TTCAGCACGC 
GAAGCAACAG TTGAGCACAC GACGGACATT CTGGAAGATC ACTCCTTTAC AGAGTTCATG 
GGCGTCGAAG ATGGAAAGGA CTTTGACCAT TCGACAGCTC CGCAGTCGTG TTCCCTTGTG 
TCCTCTAACG GAGTGAGCGC CTCAGAGTTG TCCCGAGGCA CTGACAAGGA GCGGAGCACG 
TGCCTGGGCC AGCTGAGCTC TGCAGCAGCA GCGGGCAACC AGCTTGCAGA TGCTGTGGAA 
AGCCCTTTTT GTTCTGTACT GGTAAAAGAG ACTTCAGACC GTGAGACTTA TCCTGATGCT 
TCCGTAGACG ATTTTATTGG GAAGGACCAC TTGGATGGTT CCGATTGTGA AGAAGGTGCT 
TCCGCAGATC AAGCCCATGT CTTGCCCAGC TGGGTGGCCG TGGGTGAACA AGTCTGTGTT 
GGAAGTAATA AGATGGGCAC GGTGAGATAC GTTGGAACGG TGGATTTTTC AGCTGGAATC 
TGGGTTGGAG TTGAACTAAA TGTTCAGCTG GGGAAGCATG ACGGAACTGT AAAAGGCAGA 
GAGTACTTCC ACTGCAAACC ACGACATGGT GTCTTTGTTC GTCCTGGGCG CCTCAGCAAA 
GCACCAGCTT CTACAAGGAA ATGGAGTAGC ACTTCACGGT CTCAGGCATC TTCCACTTCA 
GAGAAACGGA AAAGTTCTGT GCTTCAAGGC TCATCATCCG CTCCTAAAAC AGGAGGAGAA 
GTCCTCTGCC GTTCAGGAGA TGCAGCGGCT TCTGCCTTTT CTAGGAAACA GGAGAACAGG 
AAATCTTGGA TTAACTAA

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

RefSeq	XP_009583223.1
CDS	1..5898
Translation	MEDAIRQVKPKSTVVQVHYKVRKPPKVFAFDHCFWSMDESNTTKYAGQEVVFKCLGEGILEKAFQGYNACIFAYGQTGSGKSFSMMGNAEQLGLIPRLCCALFQRISVEENESHTFKVEVSYMEIYNEKVRDLLDPKGSRQSLKVREHKVLGPYVDGLSQLAVTNFEDIESLMSEGNKSRTVAATNMNEESSRSHAVFNIIVTQTLYDLHSGNSGEKVSKVSLVDLAGSERVSKTGAAGERLKEGSNINKSLSTLGLVISSLADQAAGKGKNKFVPYRDSVLTWLLKDNLGGNSQTAMIATISPAADNYEETLSTLRYADRAKRIVNHAVVNEDPNARVIRELREEVEKLKEQLSQAEAMKAPELKEKLEESEKLIKELTVTWEEKLRKTEEIAQERQRQLESMGISLESSGIKVGDDKCYLVNLNADPALNELLVYYLKDHTRVGADTSQDIQLFGIGIQPEHCEIDIALDGEVTLTPKENARSCVNGALVCSVTQLWHGDRILWGNNHFFRINLPKRKRRDWLKDLEKETSLGEHDLDAASEASSEPDYNYEFAQMEVIMKTLNSNDPVQNVVQILEKQYLEEKRSALEEQRLMYERELELLRQQLSPERQHQHGSDRLSYTAQTAQQKVNLWTEERDELFRQSLAKLREQIVKANTLVREANFLAEEMSKLTDYQVTLQIPAENLSANKKRGAIVSEPAIQVRRKGKGTQVWTIEKLENKLIDMRDLYQEWKEKIPEIRKLIGKRGDPFYEAQENHNLIGVANVFLECLFYDVKLQYAVPIISQQGEVAGRLHVEVMRVTGSVPERVVEGDDSSENSSESGSLEVMDNNGEIIHRAKKLSCRVKIKEATGLPPNLSNFVFCQYTFWDQCESTVAAPVVDPDVPSPQSKDAHFTVTFSHCKDYVVNVTEEFLEFISEGALAIEVWGHRCTGNGSSVWEVDSLHAKTRTLRDRWNEVTRRIEMWISIQELNEMGEYTAVELHQAKDVNTGGIFQLRQGHSRRVQVTVKPVQHSGTLPLMVEAILSVSIGGVTARSTKLQRGLDSYQKEEDDGGDMDSYQEEDLNCVRERWSDALIKRREYLDEQIQKISNKQEKSEDDIEREARLVEQWVGLTEERNAVFVPAPGSGIPGAPANWIPPAGMETHIPVLFLDLNADDLSANEQLTGPHASGVNSILPKEHGSPFFYLPIIKHSDDEVSATAAWDSSVHDSVHLNRVTPQNERIYLIVKTTVQLSHPAAMELVLRKRIAANIYNKQSFTQSLKRRISLKNIYYACGVTYEIVSNIPKATEEIEDRETLALMAARSENEGTSDGETYIEKYTRGVLQVENILSLERLRQAVTVKEALSTKARNIRRSISTPNVHNVSCSRLDLSACDEDDKGWSESHLDISDCSSSYQDVSCYGTLPRESPRKSKDGSGIVAENSHALMASPFKAFSPQPPKFFKPLMPVKEEHKRKTPLESRPLLSQESMPSSQVHCAGCVVPSGSNASSMPVESNSMREEKIDSEEEDSELEAINKKLISPQSFQNFRPYVPEEFADFSVYNASLENREWFSSKSDFMSSRVLEKEVSRSPTTSSITSGYFSHSASNATLSDMLVPCSDSTDQLASHTKELDSSDPSGSSLAHDLRSSSNKECRESEKELVREKLPVLPLKENSALMEQVPLSLDATDRDSQQLPRAGSFSALSSSDGKSTCCTIEFSAREATVEHTTDILEDHSFTEFMGVEDGKDFDHSTAPQSCSLVSSNGVSASELSRGTDKERSTCLGQLSSAAAAGNQLADAVESPFCSVLVKETSDRETYPDASVDDFIGKDHLDGSDCEEGASADQAHVLPSWVAVGEQVCVGSNKMGTVRYVGTVDFSAGIWVGVELNVQLGKHDGTVKGREYFHCKPRHGVFVRPGRLSKAPASTRKWSSTSRSQASSTSEKRKSSVLQGSSSAPKTGGEVLCRSGDAAASAFSRKQENRKSWIN

Target ORF information:

RefSeq Version	XM_009584928.1
Organism	Fulmarus glacialis(Northern fulmar)
Definition	Fulmarus glacialis kinesin family member 13A (KIF13A), mRNA.

Target ORF information:

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

XM_009584928.1

ORF Insert Sequence:

ATGGAAGATG CCATTCGTCA GGTTAAACCA AAATCTACTG TTGTGCAGGT GCATTACAAG 
GTTAGAAAAC CACCTAAGGT GTTTGCTTTT GATCACTGCT TCTGGTCCAT GGATGAATCA 
AACACCACAA AATATGCAGG TCAAGAAGTG GTGTTCAAGT GCCTTGGAGA AGGAATTCTT 
GAAAAGGCCT TTCAGGGATA TAACGCTTGT ATTTTTGCCT ATGGACAGAC AGGTTCAGGA 
AAATCCTTTT CAATGATGGG CAATGCAGAG CAGCTGGGTC TGATCCCACG GCTCTGTTGT 
GCTTTATTTC AGAGAATCTC TGTGGAAGAA AATGAATCTC ATACTTTTAA AGTCGAAGTG 
TCCTATATGG AAATCTACAA TGAGAAAGTC AGAGATCTGC TTGACCCAAA AGGGAGTCGG 
CAGTCCCTTA AGGTTCGAGA GCACAAAGTG TTGGGACCGT ATGTAGATGG GCTGTCTCAG 
CTAGCTGTTA CAAACTTTGA GGATATTGAG TCACTGATGT CGGAGGGAAA CAAATCACGA 
ACAGTTGCTG CAACCAACAT GAATGAAGAA AGCAGCCGCT CTCATGCTGT GTTCAATATT 
ATAGTGACTC AGACACTTTA TGACCTGCAT TCTGGTAATT CTGGAGAAAA GGTCAGCAAG 
GTCAGCCTGG TGGATTTGGC TGGGAGCGAG AGAGTTTCCA AAACGGGAGC TGCAGGAGAA 
CGTCTGAAGG AAGGCAGCAA CATAAACAAA TCACTTTCAA CACTGGGCTT GGTTATATCA 
TCACTCGCTG ACCAAGCAGC AGGGAAGGGG AAAAACAAGT TTGTGCCTTA CAGAGACTCT 
GTACTCACTT GGCTTCTCAA GGACAACTTG GGAGGAAACA GCCAAACTGC TATGATAGCC 
ACCATTAGTC CAGCAGCAGA CAACTATGAA GAAACACTCT CTACTCTGAG ATACGCAGAC 
AGAGCCAAAA GGATAGTTAA TCATGCTGTG GTGAATGAAG ATCCAAATGC TAGGGTCATC 
AGAGAATTAC GTGAAGAAGT TGAAAAACTG AAAGAACAGC TCTCACAAGC TGAGGCCATG 
AAGGCACCAG AACTGAAGGA AAAATTGGAA GAATCTGAAA AACTAATAAA AGAGCTAACA 
GTCACCTGGG AAGAAAAGCT AAGAAAAACA GAAGAAATTG CACAGGAGAG GCAAAGACAG 
CTGGAGAGCA TGGGAATTTC CCTTGAGTCT TCAGGTATCA AGGTTGGGGA TGACAAGTGT 
TACCTGGTGA ACCTGAATGC AGACCCTGCA CTCAATGAGC TTTTGGTTTA CTATTTAAAG 
GATCACACAA GAGTTGGTGC AGATACCTCT CAGGATATAC AGCTCTTTGG CATAGGAATC 
CAACCAGAAC ACTGTGAGAT TGATATTGCT TTAGATGGAG AAGTTACACT CACACCAAAA 
GAAAATGCAA GATCCTGTGT AAATGGTGCA CTGGTATGTT CTGTCACTCA GTTATGGCAT 
GGAGATAGAA TATTATGGGG AAACAACCAC TTTTTTAGAA TCAACTTACC AAAGAGGAAA 
CGACGAGATT GGCTGAAAGA CCTTGAGAAA GAAACTTCGT TAGGAGAGCA TGATCTGGAT 
GCAGCTAGTG AAGCTTCTTC AGAACCAGAC TACAACTATG AGTTTGCACA AATGGAAGTT 
ATTATGAAGA CACTGAACAG TAATGACCCA GTACAAAATG TGGTCCAGAT CTTGGAGAAA 
CAGTACTTGG AAGAGAAGAG GAGTGCTCTT GAGGAGCAGC GGCTGATGTA TGAACGTGAG 
TTAGAGCTGT TGCGGCAGCA ACTCTCTCCA GAAAGACAGC ATCAGCATGG CAGCGACAGA 
CTCTCCTACA CTGCTCAGAC TGCACAGCAG AAAGTAAATC TCTGGACAGA AGAGAGGGAT 
GAATTGTTTC GACAGAGCCT GGCTAAACTT CGAGAGCAGA TAGTAAAGGC AAATACACTG 
GTGAGAGAAG CAAACTTCTT AGCAGAAGAG ATGAGTAAGC TAACAGATTA TCAAGTAACA 
CTTCAGATCC CTGCGGAAAA CCTCAGTGCC AACAAAAAGA GGGGTGCAAT AGTAAGTGAG 
CCTGCTATTC AAGTGAGAAG AAAAGGAAAA GGTACTCAAG TATGGACTAT TGAGAAACTA 
GAGAACAAAT TGATTGACAT GAGAGACCTC TATCAAGAAT GGAAGGAGAA AATTCCTGAG 
ATAAGGAAGC TCATTGGCAA AAGAGGTGAT CCTTTTTACG AAGCGCAAGA GAATCACAAC 
TTAATTGGCG TCGCGAATGT GTTTTTGGAG TGCCTTTTCT ATGACGTTAA GCTGCAGTAC 
GCTGTGCCCA TCATCAGCCA GCAGGGGGAG GTTGCAGGTC GGTTGCATGT TGAAGTAATG 
CGAGTCACTG GGTCTGTCCC AGAACGTGTA GTAGAAGGAG ATGACTCATC TGAGAACTCC 
AGTGAGAGTG GGAGTCTGGA AGTCATGGAT AACAATGGAG AAATTATTCA TAGAGCAAAA 
AAACTCTCCT GCAGGGTAAA AATAAAAGAA GCAACCGGAC TGCCACCTAA TCTCTCCAAC 
TTTGTCTTTT GTCAATATAC ATTTTGGGAT CAATGTGAGT CAACAGTGGC GGCACCAGTG 
GTAGATCCAG ATGTGCCTTC ACCTCAGAGC AAGGATGCTC ATTTTACAGT GACCTTCTCT 
CACTGTAAGG ACTATGTGGT GAATGTCACT GAGGAGTTTT TGGAGTTCAT TTCAGAAGGA 
GCTCTTGCTA TTGAGGTGTG GGGTCACAGA TGTACTGGCA ATGGGAGCTC TGTTTGGGAA 
GTTGATTCTC TTCATGCTAA AACTAGGACA CTGAGAGACA GGTGGAATGA AGTAACTCGA 
AGAATAGAAA TGTGGATTTC CATACAAGAA TTGAATGAGA TGGGAGAATA TACTGCAGTT 
GAACTCCATC AGGCAAAAGA TGTAAACACA GGGGGGATTT TCCAGCTTAG GCAGGGTCAT 
TCTCGCAGAG TTCAGGTGAC AGTGAAACCC GTACAACATT CGGGAACGTT GCCTCTCATG 
GTAGAAGCAA TTCTTTCAGT CTCTATAGGT GGTGTGACTG CCAGATCAAC CAAACTGCAA 
AGGGGCTTGG ACAGCTACCA GAAGGAGGAG GATGATGGTG GTGATATGGA TAGTTACCAG 
GAAGAAGATT TAAACTGTGT ACGAGAAAGG TGGTCCGATG CATTGATAAA ACGCAGAGAA 
TATTTGGATG AGCAGATTCA AAAGATCAGC AATAAACAAG AAAAGTCTGA GGATGATATA 
GAACGAGAAG CCCGGCTGGT TGAACAGTGG GTAGGGCTGA CAGAAGAGAG GAATGCGGTG 
TTTGTTCCAG CACCAGGCAG TGGAATTCCC GGTGCCCCCG CAAACTGGAT TCCACCTGCA 
GGAATGGAAA CACATATACC TGTCCTCTTC CTTGATTTGA ATGCTGATGA CCTCAGTGCC 
AATGAACAAC TTACAGGTCC CCATGCATCA GGAGTTAACT CAATACTACC AAAGGAGCAT 
GGAAGTCCAT TCTTTTATCT GCCGATCATA AAACACAGTG ATGATGAGGT TTCAGCCACT 
GCTGCATGGG ACTCTTCTGT CCATGATTCG GTGCACCTGA ATAGGGTAAC TCCTCAAAAT 
GAGAGAATTT ACTTGATAGT GAAGACCACT GTGCAGCTCA GTCATCCTGC TGCAATGGAA 
CTGGTATTAC GCAAAAGGAT TGCAGCCAAT ATTTATAACA AGCAGAGTTT TACCCAGAGC 
CTGAAAAGGA GAATATCCTT GAAAAATATA TATTATGCCT GTGGAGTGAC CTATGAAATA 
GTATCCAATA TACCAAAGGC TACAGAAGAA ATTGAGGATC GTGAGACCTT AGCGCTGATG 
GCTGCAAGGA GTGAGAATGA GGGCACATCC GATGGTGAAA CGTACATTGA AAAATACACA 
CGTGGTGTGC TGCAAGTGGA GAACATTTTG AGCCTTGAAC GACTAAGACA GGCAGTCACA 
GTCAAAGAGG CACTCTCCAC CAAAGCGAGG AACATCCGCA GAAGCATCAG CACTCCAAAC 
GTCCACAACG TATCCTGTAG CCGACTAGAT CTTTCTGCCT GTGATGAAGA TGATAAGGGT 
TGGTCTGAAA GTCACCTAGA TATATCTGAC TGTTCTTCCA GTTACCAAGA TGTATCATGC 
TATGGTACTT TGCCCAGGGA GTCACCTCGA AAGAGCAAAG ATGGCAGTGG TATTGTAGCA 
GAGAATTCCC ATGCTTTAAT GGCCAGCCCT TTTAAAGCAT TTTCTCCTCA GCCACCAAAG 
TTTTTCAAGC CCTTAATGCC AGTGAAAGAG GAACATAAAA GGAAGACCCC ACTTGAAAGC 
CGACCTCTGC TTAGTCAAGA GAGCATGCCT TCATCTCAGG TGCATTGTGC TGGCTGTGTT 
GTGCCTTCAG GAAGTAATGC CAGCAGCATG CCTGTAGAAA GCAATAGCAT GCGTGAGGAA 
AAGATTGACT CTGAGGAGGA AGACAGTGAG TTGGAGGCCA TTAATAAGAA GCTTATAAGT 
CCACAAAGTT TTCAGAATTT CCGGCCTTAC GTACCAGAGG AGTTTGCTGA CTTCAGTGTT 
TACAATGCTA GCCTGGAGAA CAGGGAATGG TTTTCTTCTA AATCAGACTT CATGAGTTCA 
CGTGTTCTTG AGAAAGAGGT ATCCCGCAGC CCCACCACTA GCAGTATTAC TAGTGGTTAC 
TTTTCCCACA GTGCCTCTAA CGCTACTCTG TCTGACATGC TTGTTCCCTG TAGTGATAGC 
ACAGACCAGC TAGCCAGTCA CACGAAGGAG CTGGACTCCA GTGATCCCTC GGGATCATCT 
CTTGCACACG ATTTAAGATC ATCTTCGAAC AAGGAATGTC GAGAGTCAGA AAAGGAGTTA 
GTGAGAGAAA AGTTACCCGT GTTACCACTG AAAGAAAACA GTGCCTTAAT GGAACAAGTA 
CCACTGTCCC TTGATGCCAC GGACAGAGAC TCTCAGCAGT TACCCAGAGC TGGATCATTT 
TCAGCTTTAA GTTCCTCAGA TGGCAAAAGT ACCTGTTGTA CAATTGAATT TTCAGCACGC 
GAAGCAACAG TTGAGCACAC GACGGACATT CTGGAAGATC ACTCCTTTAC AGAGTTCATG 
GGCGTCGAAG ATGGAAAGGA CTTTGACCAT TCGACAGCTC CGCAGTCGTG TTCCCTTGTG 
TCCTCTAACG GAGTGAGCGC CTCAGAGTTG TCCCGAGGCA CTGACAAGGA GCGGAGCACG 
TGCCTGGGCC AGCTGAGCTC TGCAGCAGCA GCGGGCAACC AGCTTGCAGA TGCTGTGGAA 
AGCCCTTTTT GTTCTGTACT GGTAAAAGAG ACTTCAGACC GTGAGACTTA TCCTGATGCT 
TCCGTAGACG ATTTTATTGG GAAGGACCAC TTGGATGGTT CCGATTGTGA AGAAGGTGCT 
TCCGCAGATC AAGCCCATGT CTTGCCCAGC TGGGTGGCCG TGGGTGAACA AGTCTGTGTT 
GGAAGTAATA AGATGGGCAC GGTGAGATAC GTTGGAACGG TGGATTTTTC AGCTGGAATC 
TGGGTTGGAG TTGAACTAAA TGTTCAGCTG GGGAAGCATG ACGGAACTGT AAAAGGCAGA 
GAGTACTTCC ACTGCAAACC ACGACATGGT GTCTTTGTTC GTCCTGGGCG CCTCAGCAAA 
GCACCAGCTT CTACAAGGAA ATGGAGTAGC ACTTCACGGT CTCAGGCATC TTCCACTTCA 
GAGAAACGGA AAAGTTCTGT GCTTCAAGGC TCATCATCCG CTCCTAAAAC AGGAGGAGAA 
GTCCTCTGCC GTTCAGGAGA TGCAGCGGCT TCTGCCTTTT CTAGGAAACA GGAGAACAGG 
AAATCTTGGA TTAACTAA