LOC110503076 cDNA ORF clone, Oncorhynchus mykiss(rainbow trout)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110503076
Entrez Gene ID	110503076
Full Name	tyrosine-protein phosphatase non-receptor type 13-like
Gene Type	protein-coding
Organism	Oncorhynchus mykiss(rainbow trout)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021581431.1	XP_021437106.1	tyrosine-protein phosphatase non-receptor type 13-like

Pathways from BioSystems
Gene Ontology

The following LOC110503076 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110503076 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
OOf30376	XM_021581431.1 Latest version!	Oncorhynchus mykiss tyrosine-protein phosphatase non-receptor type 13-like (LOC110503076), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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5 or more Clone	50% OFF
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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)

LOC110503076 ( XM_021581431.1 ) cDNA ORF clone, Oncorhynchus mykiss(rainbow trout) -> XP_021437106.1 Oncorhynchus mykiss tyrosine-protein phosphatase non-receptor type 13-like (LOC110503076), mRNA.

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CloneID	OOf30376
Clone ID Related Accession (Same CDS sequence)	XM_021581431.1
Accession Version	XM_021581431.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5787bp) 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	2017-06-26
Organism	Oncorhynchus mykiss(rainbow trout)
Product	tyrosine-protein phosphatase non-receptor type 13-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_035099.1) 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 :: Oncorhynchus mykiss Annotation Release 100 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## ##RefSeq-Attributes-START## ab initio :: 50% of CDS bases ##RefSeq-Attributes-END##

ATGGAAGTAA TCGCTACCAG GAAAGCCACC TTCATAGAGA GGTGTTTCAG TGAGGCAGAC 
CCCAAATGTT CTAAATGCGG CTTCGCCAAA GCTGCCAAGA CCACATCCAG ATCCCAGCTC 
GCCATTGAGT GGGTCCTAGC TGGATGCAGA AGACGAACCC CATTTATAAA CCTGGAGACC 
AAGGGATGGT GCCCCACTGG CCTGTCCATC CACCCCACAT GGCAGGCAGA TATAGCGGCC 
AAATACCCTC TCAGTGTAGA AGCTGCCAAG CCTTCATCCA AGCGAGACTG CAGGTGTGTG 
AGCAGGATGA GCAGAACATT TGTGACGCTA GCAGAGGTGT TGGAGACTCG AGGAGGTCCC 
CTTCTGGAGG ATGAAGTGTG GTCCCTCCTC CTGGGCACCA CAGAATCCCT GGTTGATGTC 
TCATACAAAG GACATAACAG TATGTGTAGA ATCATAAGCC CCTCCTCCCT GCTGCTCTCG 
GGCACCGGCA CACTGGCGTT TAAGAACTGT GCCCTATCAG ACGAGGAGTG CAATTTTACT 
GCGCCAGAGA TGCTGCAAGG CTGTGCTTCC TCAACCAAAG ATGTTATGGA GAAGATGCTG 
GTGTATTCAC TGGGTATGAC TCTCTACTGG TCTGTCAATT ATCATCTACC TCAGAATCAG 
CCGGTCCAGT TGAGTGACCA CCTGAACGGC CTGCTAGTGA GTATGTGCGA GGACCTGGCC 
CACCGCAGGG TCAATCTGAA CAATATCCTG GAGTCCTGTG AGTCTCAGCA CAAAGCCTCT 
CTCCTGCCTC CGCCCAACAG AGTAATACGA CAGCTGGTGG AGGATGTCTT TCACGAAGCT 
GTGGACCATG GGTCTGAGCC CTTTGTTCCA CTGTGTGGGA GGAGTCAGAT GATCAGAGAA 
AGGGTTAACG AGAGTTTACT TCACAAACCC TGGAGACAGA AACCCAGAGG TTCTCCCACC 
CCTGCATACC CACCTAACAT AGACAGACTG CCACAAAATC TCAGACACAT GGAAAGTAGC 
AGTAGCTGGC TGTGTCAGAG CCCCTACATT GGTGCCCCCT CAAAGGGTGC ACCCCAACCC 
CACAGCCCCT TCATCACCTT CAGTGACTCC TCAGCCAGCC TCACCGAGAG GAAAGTCAAG 
GCTCTGGGTC CTGAGTTTAT CAGGATGGCT GACGAACCCC ATGTAGGTCT GGAGCTTCCC 
GGATCCATAG TGTCTAAGAA GGGCAGGTCT TGTTCGTCCC AGAGAGAGGT TAGTGTGGTG 
TTGCCCAGTG GTCAGTCTGT ATTGGTCAGA TGTGACAAAA ATTCCAGAGG GAGAGACGTG 
TTCGACATGG TGGTGGCTCA CGCTAACCTG GTAGAGCACT TCTACTTCGG ACTGGCCTTC 
ATCGATGATG ATGAATACTT TTTCCTGGAC CACGAGATTA AAATCTCAAA AATTGCTCCT 
GACAGTTGGA AAAAAGTAGT GTCGACTTCT TTTCTTGTTT TTCTACGGGT CAAGTTTTTC 
GTTGACGACA TCTCTTTCAT ATTACACAGG CTGACACGTC ACCAATACTA CTTGCAGCTG 
CGAAAGGATA TCCTAGAGGA CAGGTTGTAC TGCAATGAGG AGACGTGCAT GTTCCTGGCG 
GCTCTTGCTC TTCAGGCAGA GTTTGGGGAC TACATGTCTG AGTTGTATGG TAGGAACTAC 
TACCAGCCGG AGCAGTATGT GTCTAAGAGA ATGCTGGAGA AGATGGCTCT GCCCACTCTA 
AAGGAGGAGT TGTCACGGTT CCACGCTAAC AATGCCGAGA TGCTGCCCGA GGAGGCTGAG 
ACCGAGTTCC TAAAAATCGC TCAGCAGCTT CCAGAGTATG GGATGGTGTT CCATCGGGTA 
TGCCGGGAGA AGAAGCCGGT GGTGGGGGAG CTGGTGCTGG GAGTCTGTGC CACTGGAATC 
ATTGTCTATG AGCTGAAGAA CCACCTCCGT ACCGTCACAC AGCGATTCCT CTGGAGTGAG 
ACCGATACCA TCTCTGCCAA TCGTCGTAAG CTGACAATAG AGTGTGGTGG TCCCAGCAGT 
AAGAAGCACA GTTTTGTGAC AGAGAGTTCT AAGATTGCTC AGTACCTCCT TAGTCTCTGC 
TCCGCGCAGC ACAAGTTCCA CAGTGAAATG ACCTCCAGGC AACTGAACTA CAGCATCGCT 
CAAGATGAGA ACATTGAGAA GTACCAGTCT ATCTGTCGGA CACGTGACTC CCATATGAAG 
CGTCTTTCAT GTTCCGAGGT CGTCCTGAAC AATGTAGAGA TACCGGCCAA CCTCAGCCAA 
CGCGAGTCGC TAAGTAAGTT GTGTGATGAC ATCACAGCGA AGGTGGAGGC ATGTCTACGG 
CAACAAAGTG AGATGAGAGA AATCAACAGA GATCTACCCG AGCCATGCCG ACTGTCAGAG 
GTGAAGGAAC AGGCCTTGAG TACTCCAGAG CCCATCCCCA GAATCATCTC CAATGCCTCG 
CTACAGAAAC AGGACTCTGA GGGCTTCTCA GAGGCCCCCT CCACAACCTC CTCCATACCA 
GGCGGTCGTC TGATCTCTCT GAATAAGATC AGTCTGCAGG GCGTGACATT CACCAATGCA 
GCAGCCATCC TCCAGAGCAG CCCTGATGAG GTGGAGCTCA TCGTCTCACA GCCCAAATGT 
TCTCTGAGGG ACAATGAGAG CTCGCGGCCT CCCAGTACCC GGGATTCTCT GAGGGACAGT 
AAGACTTATC TGGCCCGCAG TACTCAGGGT CTGATGTTGG AGAGGGGCTT TGGGTCCCAG 
ACCACCCTGA ATGGGACAGA GGCAGCCCTG TCTAACATGG CCACATCTAA ACATGTCAAG 
AGACTCCACA ACCCTGTGGT CCGGATCCTA GACGCTCAGG TGGTGCGCCT GCTTCTAGAG 
AAAGAGCTCC AGGTGGCTTC ACAGAGCCAA TCAGGAAGCC TCAGGAGAGA CAGCTCCATG 
GAGATGACCT TGAGTGGCAA GGACTACAGC TTTGTCACTG ATGACAACAC TCTGGATGTG 
CGGTTGAAGA AGAGTCTGTG TGGTTTGGGC TTCAGCTTCT ACATCAGTGA GTTGAACAGT 
GGTTCTGACC AGGGCAGCAG TGTGGTGCAG ATCAAAACTC TGTTCCAGGG TCAACCAGCC 
CAGGAGTCAG GACAGATCAG AGAGGGAGAC ATCATATTGA CTGTCAATGG AAGATGGGTT 
TCAGGACTCA GCTACCAGAG GGTCTTGTTC CTGCTCAGTG GGACTCTGTC TGAGGTCCAC 
CTGACTCTCT GCAGACCTGT TCCTGGAGTA CCGTCTCAAC TGGACGCTGA CACACTGGTG 
ATTGTTCCTT TCCCATCTCC TACCAGTGGG GTGAGGTCCA AGTCTCTAGA CATCAGGCTG 
GGAGAAGACT ACAGCCAGCT GCTCAAGCTA CAGTCACACC AGATTCACCA GAACCATCAG 
TACAACAAGG AGAACCAGGC CCAGAAGGGG CCTATGAAGT CATCATATGC CCAGGAACAA 
GCCTCCGGTC AAGAGAGTCA GGACAGCGAG ATGAAAGCAG CTGAGAAACA GCCATCCTCA 
CTCTCTCCCA CCCCTCCCTC ACCCCCCTCC CCGATTTCCC TCGCCAGCAG AAGTGACCCA 
GCAGACCATG AAGAGTTGTC TGTTGTGGAC GAGGAAGTTT CCAAAGAAAT TAGCTTGGCA 
TCTGGTGGAT CCAAGACCAG CGTTAGTCCC ATGTACACCA GGCCCAGATC CACCACCCCT 
ACTAGTGTCC GATCCACCAG CCAAAATTGT ACTTCCATCC CCCACAGCTT GTCCTCGCAG 
ACCACAAGCT CAACAAACCC CAATCTGTCC TCGAAAACCA CCTCCGTCCA GCAGACACGA 
TCTCAGCCCT CTTCTAGGCC TCCATCCAGC CTCTCTTCTA GGATGTCTGA CCTCAACATC 
AGCCACTCTG TGCATCAGCC CCAGCCTGCT ACACCCCCTC TTCCCAGCCT CTCCTCCCAT 
ACTGCAAACC CTAACTCCAG GACCTCCGAT CGCAAACACA GCTTTACCTC CAATCGTAAA 
CATAGCATCA CCTCTGATTG CAAACTCAGC ATCACCTTTA AGACTACCAA TGCCTCCAAC 
CTCACTAGTA CAGTCATCCA ATACCATCCC CAGCCCCCTG ACACCTTGCC CCTCTCTCAA 
CCCCCCACAC ACCACCCCTC TCCCCAGCCT CCCCCATTCT CACTCTCTCC CCCCATTCAG 
CCTGCACCCC TCCCATGCAC ATGTACTAGC TGGAGACAGG AGACAGAAGG GGAGGAGGAT 
GAAAATGATG ATGAGGATCC CAGAAAGGGT ATGATGAAGG AGTTTGAGAT GTGTGTTGTT 
CTGACCAAGT TGTGGCGCGG AAATTTTGGG TTCACCATCA CACGCAGCAA ACTGGATGCC 
TGCTACTACA TCCAGGACAT ACTGGACAAC CCTGCTAAGA CTGACGGACG GCTCAGACCA 
GGGGACAGAC TAGTCACGGT CAACGGCCAG GATGTGACAA ACGTGACAGA TGAGGTTGCC 
ATGTCGATCC TGAGGTCATC TCCTAGGAGG CTGAGTATGA CTCTGGGGAG GGCAGTGACC 
AACCTGATAG CTCCACCTTC TCCAGACAAC CTGCAAGACA TCATTCTACA CAAGACACCT 
ACTGGACAGC TTGGTATAAA GCTGACAGGT GGTATAGGCA GCAAGAGGCA GGGGATCTAC 
TGTCTGGAGG TGGTTCCTGG TTCACCTGCC TGTGAGGAAG GCAGCGTCCA ACCAAACGAC 
AGGATCCTGT ACATCTGTGG CCGATGCACC ATGGGAATGA CTTTGGAGGA TGCTGTCAAG 
GCCTGCGAGA ACGCTCCACG CAAAGTGAAA CTCAAGGCCA CCAGAGATGA TCAGCCTGTG 
ACGCCCAAAG CCAAGAGGAA TGGTCTCAGT GACCTGAGAG AGTGGAAGAA GGAGAAGGAA 
TGGAAGTATT TCACTCATTT TGCGGAACCT GTCTCTCCTG AGCCAGAGAC ACCTACTGAG 
CAGGCTAAAG CCGTGACCGA GACCACTGGG AAATTCAGAT CACGTCTCTC TGTCACCTCA 
GATCAAGATA GCTGTATCTT GCAGATAGAT CTCTGTAAGC CAGAGGGAGG GTGGCTGGGC 
TTTGCTCTGA TTGGAGGATG CAATGGGAGC GTGCTCAGAG TGAAGAAGAT CTGCACTGGA 
GGCGTGGCCC ACCAAGATGG GCGGCTCAGA GTGGGAGACA TACTGCTCGA GGTGAATGGG 
ATAATAGTAT CAGGTCTGAG CCACAGTAAG GTGGTGGATA TCCTCCGTAA GGTAAAGGGA 
AACGTCCAGC TCAACATCTG TAGAGACATC ATACAACGGG CCAATACAGC ACCCTGCACT 
GATGGTTTCT TCTATATGGC CTCTTGCCCT AGAGACAACA TGGCCGCCTG CCCTGGGTCA 
AATACGGCCT CCTGTCCTGG ATCAGGATCC AATATGGCCT CTTGTCTTGG ATCAAATATG 
GCCCCTTGTA CTGGATCCAA TATGGCCTCC TGTCCTGGAT CAAATATTTC CCCTTGTCCA 
GGGTCAAATA TGATGACCTG CCAAGGAGTC AACATGGGGG ATAAAGCAGA GCTTGTCTCT 
AAACCTGCTG CCTGCTCCTT ACCTGATGTC CAGCAGGAGG ACCTTCCCCC TGAGTTGACT 
TCAGATCCAG TACCTTATGT AGAGGAGGAT GCCCCCCTTT CTCCCCCCCA CCTCTCTCCT 
CCCCATCATC CCGCACACCG CCTGCAGGCC CTGACAGAAG GCATGGCTGG ACAGGTAACA 
CCCACACACA AACTCACAGA GCTCTAA

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

RefSeq	XP_021437106.1
CDS	1..5787
Translation	MEVIATRKATFIERCFSEADPKCSKCGFAKAAKTTSRSQLAIEWVLAGCRRRTPFINLETKGWCPTGLSIHPTWQADIAAKYPLSVEAAKPSSKRDCRCVSRMSRTFVTLAEVLETRGGPLLEDEVWSLLLGTTESLVDVSYKGHNSMCRIISPSSLLLSGTGTLAFKNCALSDEECNFTAPEMLQGCASSTKDVMEKMLVYSLGMTLYWSVNYHLPQNQPVQLSDHLNGLLVSMCEDLAHRRVNLNNILESCESQHKASLLPPPNRVIRQLVEDVFHEAVDHGSEPFVPLCGRSQMIRERVNESLLHKPWRQKPRGSPTPAYPPNIDRLPQNLRHMESSSSWLCQSPYIGAPSKGAPQPHSPFITFSDSSASLTERKVKALGPEFIRMADEPHVGLELPGSIVSKKGRSCSSQREVSVVLPSGQSVLVRCDKNSRGRDVFDMVVAHANLVEHFYFGLAFIDDDEYFFLDHEIKISKIAPDSWKKVVSTSFLVFLRVKFFVDDISFILHRLTRHQYYLQLRKDILEDRLYCNEETCMFLAALALQAEFGDYMSELYGRNYYQPEQYVSKRMLEKMALPTLKEELSRFHANNAEMLPEEAETEFLKIAQQLPEYGMVFHRVCREKKPVVGELVLGVCATGIIVYELKNHLRTVTQRFLWSETDTISANRRKLTIECGGPSSKKHSFVTESSKIAQYLLSLCSAQHKFHSEMTSRQLNYSIAQDENIEKYQSICRTRDSHMKRLSCSEVVLNNVEIPANLSQRESLSKLCDDITAKVEACLRQQSEMREINRDLPEPCRLSEVKEQALSTPEPIPRIISNASLQKQDSEGFSEAPSTTSSIPGGRLISLNKISLQGVTFTNAAAILQSSPDEVELIVSQPKCSLRDNESSRPPSTRDSLRDSKTYLARSTQGLMLERGFGSQTTLNGTEAALSNMATSKHVKRLHNPVVRILDAQVVRLLLEKELQVASQSQSGSLRRDSSMEMTLSGKDYSFVTDDNTLDVRLKKSLCGLGFSFYISELNSGSDQGSSVVQIKTLFQGQPAQESGQIREGDIILTVNGRWVSGLSYQRVLFLLSGTLSEVHLTLCRPVPGVPSQLDADTLVIVPFPSPTSGVRSKSLDIRLGEDYSQLLKLQSHQIHQNHQYNKENQAQKGPMKSSYAQEQASGQESQDSEMKAAEKQPSSLSPTPPSPPSPISLASRSDPADHEELSVVDEEVSKEISLASGGSKTSVSPMYTRPRSTTPTSVRSTSQNCTSIPHSLSSQTTSSTNPNLSSKTTSVQQTRSQPSSRPPSSLSSRMSDLNISHSVHQPQPATPPLPSLSSHTANPNSRTSDRKHSFTSNRKHSITSDCKLSITFKTTNASNLTSTVIQYHPQPPDTLPLSQPPTHHPSPQPPPFSLSPPIQPAPLPCTCTSWRQETEGEEDENDDEDPRKGMMKEFEMCVVLTKLWRGNFGFTITRSKLDACYYIQDILDNPAKTDGRLRPGDRLVTVNGQDVTNVTDEVAMSILRSSPRRLSMTLGRAVTNLIAPPSPDNLQDIILHKTPTGQLGIKLTGGIGSKRQGIYCLEVVPGSPACEEGSVQPNDRILYICGRCTMGMTLEDAVKACENAPRKVKLKATRDDQPVTPKAKRNGLSDLREWKKEKEWKYFTHFAEPVSPEPETPTEQAKAVTETTGKFRSRLSVTSDQDSCILQIDLCKPEGGWLGFALIGGCNGSVLRVKKICTGGVAHQDGRLRVGDILLEVNGIIVSGLSHSKVVDILRKVKGNVQLNICRDIIQRANTAPCTDGFFYMASCPRDNMAACPGSNTASCPGSGSNMASCLGSNMAPCTGSNMASCPGSNISPCPGSNMMTCQGVNMGDKAELVSKPAACSLPDVQQEDLPPELTSDPVPYVEEDAPLSPPHLSPPHHPAHRLQALTEGMAGQVTPTHKLTEL

Target ORF information:

RefSeq Version	XM_021581431.1
Organism	Oncorhynchus mykiss(rainbow trout)
Definition	Oncorhynchus mykiss tyrosine-protein phosphatase non-receptor type 13-like (LOC110503076), mRNA.

Target ORF information:

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

XM_021581431.1

ORF Insert Sequence:

ATGGAAGTAA TCGCTACCAG GAAAGCCACC TTCATAGAGA GGTGTTTCAG TGAGGCAGAC 
CCCAAATGTT CTAAATGCGG CTTCGCCAAA GCTGCCAAGA CCACATCCAG ATCCCAGCTC 
GCCATTGAGT GGGTCCTAGC TGGATGCAGA AGACGAACCC CATTTATAAA CCTGGAGACC 
AAGGGATGGT GCCCCACTGG CCTGTCCATC CACCCCACAT GGCAGGCAGA TATAGCGGCC 
AAATACCCTC TCAGTGTAGA AGCTGCCAAG CCTTCATCCA AGCGAGACTG CAGGTGTGTG 
AGCAGGATGA GCAGAACATT TGTGACGCTA GCAGAGGTGT TGGAGACTCG AGGAGGTCCC 
CTTCTGGAGG ATGAAGTGTG GTCCCTCCTC CTGGGCACCA CAGAATCCCT GGTTGATGTC 
TCATACAAAG GACATAACAG TATGTGTAGA ATCATAAGCC CCTCCTCCCT GCTGCTCTCG 
GGCACCGGCA CACTGGCGTT TAAGAACTGT GCCCTATCAG ACGAGGAGTG CAATTTTACT 
GCGCCAGAGA TGCTGCAAGG CTGTGCTTCC TCAACCAAAG ATGTTATGGA GAAGATGCTG 
GTGTATTCAC TGGGTATGAC TCTCTACTGG TCTGTCAATT ATCATCTACC TCAGAATCAG 
CCGGTCCAGT TGAGTGACCA CCTGAACGGC CTGCTAGTGA GTATGTGCGA GGACCTGGCC 
CACCGCAGGG TCAATCTGAA CAATATCCTG GAGTCCTGTG AGTCTCAGCA CAAAGCCTCT 
CTCCTGCCTC CGCCCAACAG AGTAATACGA CAGCTGGTGG AGGATGTCTT TCACGAAGCT 
GTGGACCATG GGTCTGAGCC CTTTGTTCCA CTGTGTGGGA GGAGTCAGAT GATCAGAGAA 
AGGGTTAACG AGAGTTTACT TCACAAACCC TGGAGACAGA AACCCAGAGG TTCTCCCACC 
CCTGCATACC CACCTAACAT AGACAGACTG CCACAAAATC TCAGACACAT GGAAAGTAGC 
AGTAGCTGGC TGTGTCAGAG CCCCTACATT GGTGCCCCCT CAAAGGGTGC ACCCCAACCC 
CACAGCCCCT TCATCACCTT CAGTGACTCC TCAGCCAGCC TCACCGAGAG GAAAGTCAAG 
GCTCTGGGTC CTGAGTTTAT CAGGATGGCT GACGAACCCC ATGTAGGTCT GGAGCTTCCC 
GGATCCATAG TGTCTAAGAA GGGCAGGTCT TGTTCGTCCC AGAGAGAGGT TAGTGTGGTG 
TTGCCCAGTG GTCAGTCTGT ATTGGTCAGA TGTGACAAAA ATTCCAGAGG GAGAGACGTG 
TTCGACATGG TGGTGGCTCA CGCTAACCTG GTAGAGCACT TCTACTTCGG ACTGGCCTTC 
ATCGATGATG ATGAATACTT TTTCCTGGAC CACGAGATTA AAATCTCAAA AATTGCTCCT 
GACAGTTGGA AAAAAGTAGT GTCGACTTCT TTTCTTGTTT TTCTACGGGT CAAGTTTTTC 
GTTGACGACA TCTCTTTCAT ATTACACAGG CTGACACGTC ACCAATACTA CTTGCAGCTG 
CGAAAGGATA TCCTAGAGGA CAGGTTGTAC TGCAATGAGG AGACGTGCAT GTTCCTGGCG 
GCTCTTGCTC TTCAGGCAGA GTTTGGGGAC TACATGTCTG AGTTGTATGG TAGGAACTAC 
TACCAGCCGG AGCAGTATGT GTCTAAGAGA ATGCTGGAGA AGATGGCTCT GCCCACTCTA 
AAGGAGGAGT TGTCACGGTT CCACGCTAAC AATGCCGAGA TGCTGCCCGA GGAGGCTGAG 
ACCGAGTTCC TAAAAATCGC TCAGCAGCTT CCAGAGTATG GGATGGTGTT CCATCGGGTA 
TGCCGGGAGA AGAAGCCGGT GGTGGGGGAG CTGGTGCTGG GAGTCTGTGC CACTGGAATC 
ATTGTCTATG AGCTGAAGAA CCACCTCCGT ACCGTCACAC AGCGATTCCT CTGGAGTGAG 
ACCGATACCA TCTCTGCCAA TCGTCGTAAG CTGACAATAG AGTGTGGTGG TCCCAGCAGT 
AAGAAGCACA GTTTTGTGAC AGAGAGTTCT AAGATTGCTC AGTACCTCCT TAGTCTCTGC 
TCCGCGCAGC ACAAGTTCCA CAGTGAAATG ACCTCCAGGC AACTGAACTA CAGCATCGCT 
CAAGATGAGA ACATTGAGAA GTACCAGTCT ATCTGTCGGA CACGTGACTC CCATATGAAG 
CGTCTTTCAT GTTCCGAGGT CGTCCTGAAC AATGTAGAGA TACCGGCCAA CCTCAGCCAA 
CGCGAGTCGC TAAGTAAGTT GTGTGATGAC ATCACAGCGA AGGTGGAGGC ATGTCTACGG 
CAACAAAGTG AGATGAGAGA AATCAACAGA GATCTACCCG AGCCATGCCG ACTGTCAGAG 
GTGAAGGAAC AGGCCTTGAG TACTCCAGAG CCCATCCCCA GAATCATCTC CAATGCCTCG 
CTACAGAAAC AGGACTCTGA GGGCTTCTCA GAGGCCCCCT CCACAACCTC CTCCATACCA 
GGCGGTCGTC TGATCTCTCT GAATAAGATC AGTCTGCAGG GCGTGACATT CACCAATGCA 
GCAGCCATCC TCCAGAGCAG CCCTGATGAG GTGGAGCTCA TCGTCTCACA GCCCAAATGT 
TCTCTGAGGG ACAATGAGAG CTCGCGGCCT CCCAGTACCC GGGATTCTCT GAGGGACAGT 
AAGACTTATC TGGCCCGCAG TACTCAGGGT CTGATGTTGG AGAGGGGCTT TGGGTCCCAG 
ACCACCCTGA ATGGGACAGA GGCAGCCCTG TCTAACATGG CCACATCTAA ACATGTCAAG 
AGACTCCACA ACCCTGTGGT CCGGATCCTA GACGCTCAGG TGGTGCGCCT GCTTCTAGAG 
AAAGAGCTCC AGGTGGCTTC ACAGAGCCAA TCAGGAAGCC TCAGGAGAGA CAGCTCCATG 
GAGATGACCT TGAGTGGCAA GGACTACAGC TTTGTCACTG ATGACAACAC TCTGGATGTG 
CGGTTGAAGA AGAGTCTGTG TGGTTTGGGC TTCAGCTTCT ACATCAGTGA GTTGAACAGT 
GGTTCTGACC AGGGCAGCAG TGTGGTGCAG ATCAAAACTC TGTTCCAGGG TCAACCAGCC 
CAGGAGTCAG GACAGATCAG AGAGGGAGAC ATCATATTGA CTGTCAATGG AAGATGGGTT 
TCAGGACTCA GCTACCAGAG GGTCTTGTTC CTGCTCAGTG GGACTCTGTC TGAGGTCCAC 
CTGACTCTCT GCAGACCTGT TCCTGGAGTA CCGTCTCAAC TGGACGCTGA CACACTGGTG 
ATTGTTCCTT TCCCATCTCC TACCAGTGGG GTGAGGTCCA AGTCTCTAGA CATCAGGCTG 
GGAGAAGACT ACAGCCAGCT GCTCAAGCTA CAGTCACACC AGATTCACCA GAACCATCAG 
TACAACAAGG AGAACCAGGC CCAGAAGGGG CCTATGAAGT CATCATATGC CCAGGAACAA 
GCCTCCGGTC AAGAGAGTCA GGACAGCGAG ATGAAAGCAG CTGAGAAACA GCCATCCTCA 
CTCTCTCCCA CCCCTCCCTC ACCCCCCTCC CCGATTTCCC TCGCCAGCAG AAGTGACCCA 
GCAGACCATG AAGAGTTGTC TGTTGTGGAC GAGGAAGTTT CCAAAGAAAT TAGCTTGGCA 
TCTGGTGGAT CCAAGACCAG CGTTAGTCCC ATGTACACCA GGCCCAGATC CACCACCCCT 
ACTAGTGTCC GATCCACCAG CCAAAATTGT ACTTCCATCC CCCACAGCTT GTCCTCGCAG 
ACCACAAGCT CAACAAACCC CAATCTGTCC TCGAAAACCA CCTCCGTCCA GCAGACACGA 
TCTCAGCCCT CTTCTAGGCC TCCATCCAGC CTCTCTTCTA GGATGTCTGA CCTCAACATC 
AGCCACTCTG TGCATCAGCC CCAGCCTGCT ACACCCCCTC TTCCCAGCCT CTCCTCCCAT 
ACTGCAAACC CTAACTCCAG GACCTCCGAT CGCAAACACA GCTTTACCTC CAATCGTAAA 
CATAGCATCA CCTCTGATTG CAAACTCAGC ATCACCTTTA AGACTACCAA TGCCTCCAAC 
CTCACTAGTA CAGTCATCCA ATACCATCCC CAGCCCCCTG ACACCTTGCC CCTCTCTCAA 
CCCCCCACAC ACCACCCCTC TCCCCAGCCT CCCCCATTCT CACTCTCTCC CCCCATTCAG 
CCTGCACCCC TCCCATGCAC ATGTACTAGC TGGAGACAGG AGACAGAAGG GGAGGAGGAT 
GAAAATGATG ATGAGGATCC CAGAAAGGGT ATGATGAAGG AGTTTGAGAT GTGTGTTGTT 
CTGACCAAGT TGTGGCGCGG AAATTTTGGG TTCACCATCA CACGCAGCAA ACTGGATGCC 
TGCTACTACA TCCAGGACAT ACTGGACAAC CCTGCTAAGA CTGACGGACG GCTCAGACCA 
GGGGACAGAC TAGTCACGGT CAACGGCCAG GATGTGACAA ACGTGACAGA TGAGGTTGCC 
ATGTCGATCC TGAGGTCATC TCCTAGGAGG CTGAGTATGA CTCTGGGGAG GGCAGTGACC 
AACCTGATAG CTCCACCTTC TCCAGACAAC CTGCAAGACA TCATTCTACA CAAGACACCT 
ACTGGACAGC TTGGTATAAA GCTGACAGGT GGTATAGGCA GCAAGAGGCA GGGGATCTAC 
TGTCTGGAGG TGGTTCCTGG TTCACCTGCC TGTGAGGAAG GCAGCGTCCA ACCAAACGAC 
AGGATCCTGT ACATCTGTGG CCGATGCACC ATGGGAATGA CTTTGGAGGA TGCTGTCAAG 
GCCTGCGAGA ACGCTCCACG CAAAGTGAAA CTCAAGGCCA CCAGAGATGA TCAGCCTGTG 
ACGCCCAAAG CCAAGAGGAA TGGTCTCAGT GACCTGAGAG AGTGGAAGAA GGAGAAGGAA 
TGGAAGTATT TCACTCATTT TGCGGAACCT GTCTCTCCTG AGCCAGAGAC ACCTACTGAG 
CAGGCTAAAG CCGTGACCGA GACCACTGGG AAATTCAGAT CACGTCTCTC TGTCACCTCA 
GATCAAGATA GCTGTATCTT GCAGATAGAT CTCTGTAAGC CAGAGGGAGG GTGGCTGGGC 
TTTGCTCTGA TTGGAGGATG CAATGGGAGC GTGCTCAGAG TGAAGAAGAT CTGCACTGGA 
GGCGTGGCCC ACCAAGATGG GCGGCTCAGA GTGGGAGACA TACTGCTCGA GGTGAATGGG 
ATAATAGTAT CAGGTCTGAG CCACAGTAAG GTGGTGGATA TCCTCCGTAA GGTAAAGGGA 
AACGTCCAGC TCAACATCTG TAGAGACATC ATACAACGGG CCAATACAGC ACCCTGCACT 
GATGGTTTCT TCTATATGGC CTCTTGCCCT AGAGACAACA TGGCCGCCTG CCCTGGGTCA 
AATACGGCCT CCTGTCCTGG ATCAGGATCC AATATGGCCT CTTGTCTTGG ATCAAATATG 
GCCCCTTGTA CTGGATCCAA TATGGCCTCC TGTCCTGGAT CAAATATTTC CCCTTGTCCA 
GGGTCAAATA TGATGACCTG CCAAGGAGTC AACATGGGGG ATAAAGCAGA GCTTGTCTCT 
AAACCTGCTG CCTGCTCCTT ACCTGATGTC CAGCAGGAGG ACCTTCCCCC TGAGTTGACT 
TCAGATCCAG TACCTTATGT AGAGGAGGAT GCCCCCCTTT CTCCCCCCCA CCTCTCTCCT 
CCCCATCATC CCGCACACCG CCTGCAGGCC CTGACAGAAG GCATGGCTGG ACAGGTAACA 
CCCACACACA AACTCACAGA GCTCTAA