LOC106610539 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106610539
Entrez Gene ID	106610539
Full Name	interferon-induced very large GTPase 1-like
Gene Type	protein-coding
Organism	Salmo salar(Atlantic salmon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014209927.1	XP_014065402.1	interferon-induced very large GTPase 1-like

Pathways from BioSystems
Gene Ontology

The following LOC106610539 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106610539 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
OAt25977	XM_014209927.1 Latest version!	Salmo salar interferon-induced very large GTPase 1-like (LOC106610539), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

LOC106610539 ( XM_014209927.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014065402.1 Salmo salar interferon-induced very large GTPase 1-like (LOC106610539), mRNA.

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CloneID	OAt25977
Clone ID Related Accession (Same CDS sequence)	XM_014209927.1
Accession Version	XM_014209927.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5691bp) 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	2015-09-20
Organism	Salmo salar(Atlantic salmon)
Product	interferon-induced very large GTPase 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012335929.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Salmo salar Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTATTTTT CCTTAGTACT TCCTGCTCCA GACCAGCTGA CTGTTGACTC AGTGGACACC 
ACATCAGCTG CTTTTAGCTG GAGCCAGCCA CCAGGATTGG ATCAAACCCA ACATCATTAC 
CAGATCTCCT ACCGCTGTCC AGGGACAGAA CCACACATCA CTACCACGTC TTCACCCAGC 
ATCACTCTCT CTGACCTGAA ACCGTCTACT GAATACTCAG TCACTGTCTG CACTGTGCTG 
GAAAATGGGG AGCAAAGTCA ACTTGTGTTA ACAACCCTCA CCACAACAAT AATCCCTGCT 
CCTGACCAGC TGACTGTTGA CTCAGTAGAC ACCACATCAG CTGCTGTTAG CTGGAACCAG 
CCACCAGGAT TCGACCAAAC CCAACATCAT TACCAGATCT CCTACCACTG TCCAGGGACA 
GAACCACACA TCACTACCAC ATCTTCACAC AGCATCACTC TCTCTGACCT GCAAGGTGGT 
ACTCAGTACT CTGTCTCTGT CTGCACTGTG CTGGAAAATA GAAAGCAAAG TCAACTGGTG 
TCAACAACCC TCACCACAGT ACTGCCTGCT CCGGATCAGC TGACTGTTGA CTCAGTAGAC 
ACCACATCAG CTGCTGTTAG CTGGAACCAG CCACCAGGAT TGGACCAATC CCAACACCAT 
TACCAGATCT CCTATCGCTG TCCAAGGACA GAACCACACA TCACTACCAC ATCTTCACAC 
AGCATCACTC TATCTGACCT GCAATGTGGC ACTCAGTACT CTGTCACTGT CTGCACTGTG 
CTGGAAAATG AAACGCAAAG TCAACTGGTG TCAACAACCC TCACCACAAT TATCCCTGCT 
CCAGACCAGC TTACTGTTGA CTCAGTGGGC ACCACATCAG CTGCTGTCAG CTGGAGCCAA 
CCACCAGGAT CGGACCAAAC CCAACATCAT TACCAGATCT CCTACCACTG TCCAGGGACA 
GAACCACACA TCACTACCAC ATCTTCACCC AGCATCACTC TCTCTGACCT GCAATGTGGT 
ACTCAGTACT CTGTCACTGT CTGCACTGTG CTGGAAAATG GAAAGCAAAG TCAACTGGTG 
TCAACAACCC TCACCACAAA ACCCTGTCTC ATGGAGCTGT TGTCAAAGAC TGGACTAGAA 
GTTCATTATG AAAACAAGCT GACGTTAAGT ACTGTCCTTG AGATAAATGC TAATACTACA 
TCAGATGAAC CTCTTACCAC TATGCAGTCA CTTCCAGGGG CCTTCCTTAA GAAATTAATG 
ATGGCAAATG TGAATGCTAG GAGTGTGACA CTAAAAAGTG ACACTGATGA GAGTGACTCT 
GATAACAGTT ATGCGATTAA TCCATTGGAC CTGAGTACTG CCCTGTTTCT GTGTTCAGAT 
GGGTTCCTCC AGCAGGAGAT GACCCTTAAA ATGTCCATGT GCCAGTTTGC TGTTCCTCTT 
CTGCTGCCCA ACTGTGACAC AGAACACAGC ACTTTGATGC TGTGGGCCTT GAGGGACATA 
GTGAAGAAGT TTAGACTCTC TTCACAAGTA GACACAAAGT CCTTCAAAGA GGAGAGAATT 
ATACTTTCAG ACATTCCTAT GGTGTCTTTT GTTAGGCTGG GAGAGAGCAA CTTGTCCAAG 
TCTAATATGT TGAACAAACT GCTAAGTAAT CCTGACACAT TTGTCCATCA TGATATGGAC 
TGTGGTGATG TACCTCGGAA GATTTCAAAT GGCCTAGTTG AAATCAGCTG GTACCTGCCA 
TGTGGGAAAA GAAACATAGA CAGGTTCACT AAGCCTGTGG CTTTTGCCAA TCTCAGAGGA 
GACATCAGGT CCTTTAAGAC ACAGTTTTCC TTTCTGTGTC AAACATCAAC AGCAATTTAC 
ATGTTTAGTG ATGAATTAGA GACAGATTCT GAGGTTTTGA AAGACATAAA CACAGAGTTA 
TTTCTGGTTG TTAACTCTCA GAGAGAAACA TTCACAGGAG ACAAAGTAAC ACATGTAATA 
GAAAAGAAGG GGCGGAATGA AGCAGCATTT GTAAAAACCC TGCAGTCATC TGTGGGTGAT 
GTAATTGAAA AATGCCAAAA CAAATTGACA ATTGAAAAAA TGTCTGGTAT TGCTCGTCAG 
ATGGGGATTC TGGTTGATGA AGACCGTAAT GAGTGTCAGA GTGCCAGGAA GATGGCAGAC 
AAAATCACCA GCAGCATCAC AGACACAGTG AAATTCAAAG ACAAGCAGCT ACCCTTACAA 
GGGAAAATCT GGAAAGAGCT TTCCCAGTTG GAGAAAGAGA GATGTAGACT GAGAAAAGCA 
GGAGGTCAAG AAATTGAACA CTACAAGAGT TCTCTGAGGA TAAAGGAGAA AGAGCTGAGA 
GAGAAGCAAC AAAGATTTGA TATGACAGAA GCAATGACAG ATTTCATAAT CTGCATGTCA 
AGTTCAGAAG TGGAGCGGAC CTATTTCCTC AAATGGATGC GGATATATTT GGACAATCTG 
TCACGGCAGA ATCTGTCTGG TTTGCAAGAA AAGTATAAAA TGCATCAGGA AAAAGAATCT 
GCAGATAAAA AACACATTGC AGATGTGGAT AGGCAAATAT CTGACTGTTC CCTTGGACTT 
GAACACTTCC TGCGTGAGTT AGGCCAGTTA TATGAAGCTA CCTGCTCCCT CCCCGAAGAC 
AGCCCTCAAA GGAAACAGAT GGAGCATCTC CCTGGATTGT GTGCTCAGAT GCTGTTGGAT 
GGTTTCCCCA TTGAGCTTGT GGATGGAGAT GCATCAAATA TCCCTCTGAA ATGGATATCA 
GCTGTACTGA CTCAGCTTCA TACTCTTGTC CAATCCAACA GCAAGATCCG GGTGGTCACA 
GTTTTAGGGG TCCAAAGCAC TGGGAAGTCC ACTCTCCTCA ACACCATGTT TGGGGTCCAG 
TTTGCTGTCA GCAGTGGAAG ATGCACCAGA GGGGCCTTCA TGCTACTGAT AAAAGTCAAC 
AAAGACCTCA AGGAGGAGCT GAAATGTGAC TTCATCATGG TGATTGACAC AGAGGGGTTG 
AAATCACCTG ATTTGTCTCA ACTAGATGAT AGCCATGAAC ATGACAATGA ACTGGCAACA 
CTGGTGATTG GACTCAGTGA TGTCACGATT GTCAACATCG CCATGGAGAA CTCCACAGAG 
ATGAAAGACA TTCTACAGAT TGTTGTTCAT GCTTTTATCA GGATGAAGGA AGTGGGGAAG 
AAGCCAGTAT GTCATTTTGT GCACCAGAAT GTGCCTGACA TGTCTGCTCA TGACAACAAC 
ATGAGGGAGA GGAAGAAGTT GTTGGAACAG TTGAATGAAA TGACCCACGC AGCAGCCAAA 
ATGGAGAATA AAGAGGAAAA CACAAAGTTC ACTGACATGA TGGAGTATGA TCCAGACACA 
AGCAGCTGGT ACATCCCAGG GCTCTGGAAT GGGACTCCCC CTATGGTTCC AGTCAATGCT 
GGCTACAGTG AGGCTGTGTA TGACTTCAAA AAGAGCTTGA TGCAAGATTT AAAAAAATGC 
CAAAAAAATG ATGATTTGAC ACTTTTCATG AAGTGGACAC AAAACTTGTG GGAGTCTGTT 
AAATTTGAGA ACTTCATCTT CAGTTTCAGA AACAGCTTGG TTGCAGATGC ATACTCCAGA 
TTATGCTCTG AGTACAATGG TTGGGAATGG ATATTCCAGA AGGAGATGTA CAACTGGATG 
ATTGCTGCTG AAACCAAAAT TTCAAATTTT GGCATGACAG TTCTTAATCC CCAGATCACC 
ATAAGTTATA TGCTTAATAA CCTGATGGGA GAAGCATCGG AGAAGCTGTC AGTGGGGAAA 
AAGGAAATCC AAAACAATCT AATTACATAC TTTAAAAAGC AAGATGGCCA TGTCAATCTG 
GTGGAAAAAT ACAGGGAAGA ATTTGTGGCC AGTGCCAAAA CACTGAAACG AGAGACAGAA 
AACACAGTGA GTAACACTCT ACATGGAGCT GTTGAAATCA AAGAGGGAAT GGCCAAACTA 
GATGACATCA AGCGTTCACA AGCAAAAACA CTAGAAAAAA AAGTGCTGGC TTTGCTGAAA 
ACTTGTAGAC AGAACAAATC TGTCCTATCT GATGAGGCAC TCAGAGAAGA GTTTGAAAGT 
ATGTGGAAGG AAACTCTGTC TGAGATCAAA TTCAGAGGAC TCACAAGAGG AGATGTTGCT 
CAGGATGCCT TCAGCATTTT ACGTGACCAT TTATCTACGA GGTCGGGTTA TGTCAATAAT 
ATGTTGGTTG AAAACAGCTT GGTTAATTAT GGGAAGATAC CATTTATTGT AGAGTCAGTG 
GATTGGTGGC AGAAGACTAA AGGCTTTGTG ATGCACTTGA ATAGAGCCCA TAGCAGGATG 
AAACTGCAAG AGTTGTGTGA TTACATCATA ACGCAGTGTC AGGACTTTAT AACCCAGAAG 
GTGGAAAGCA AAACAGATTA CCATGCCACT TACATCAAAG AGCTGCTTGA AATAATTGAT 
GAAACATCGC AACAAAACAT CAAACGTAAA GTTAGTGAGG AATGTGAGGT TAAGCTGAAG 
TTGCACATCT GTGGCAGAGC AGCAAGAACA TTTCAAAAGA AACATGATGA TTTCATTTCA 
GTCAACGACC CCCGAAAATG TCTGGAACAG TCTAAGAACA AGTACCTTAC TGACTTCATA 
GACTTGTTTC ATAACCGAGA TCAGTGCGAA AAGAAAGCTG AGGAGTTCAC AAAGCTCTTA 
CAGCCAGCTG TACAGGAATA TGTGTCCAAA ATGATTGGTC CTGATGTGGT TGATGAAGTG 
AAGACCGGTA AAGGGTCACA GGATTACAGC ACACGGACGT TCTTCCAGTT CTCCATTTTG 
AAACAACTCC TGACTGATGG AGAATATGAG AAATATGAAG GGTACATGAA CCATTATGAA 
AAGTTTGTGA AGGACTGGCT GTTAGACCGA ATTGCCCAAC AACTCTCAAA GGACAGCTGT 
CTGGAGAAAT TGGAGAAGAA ACATCTTTCA GAGATAGTCA AGATAATCAC TGCAGCAATT 
TCAAACATCA GAAATACAAC AAGCACTGTA AAAGACATCA ATACATTTAT TCAGAACATG 
TGTTGTGCCC TTGGAGAGAA GCTTGTCTTC CCCAAGGATG GTCTGGATTC AATCATGACT 
CTGAACTACT CTGAAAAGAC GGAAGAGTTT GCTGACTACC TAACAGATTG TGTGAGAGAA 
ATGGATCTGT CACTGGCAGC TGAGTACGAT AAGGGAGGAG ACATTGAAAA GAGACTCAGA 
TCTCTGCCAT TCAAGCCTCA GGACAAGATG TTCACCAGTC TGTTTGGCTG TGGGGAGGTA 
TGTCCCTTCT GCAAAGCACC ATGTGAAGCA GGAGGTAAGG AGCATACCAA ACACTTCACC 
TCCATTCACC GTTCAAAAGG CCTTAGCGCT TGGAGGTACA AAAATACAAA GGTGCTAGTT 
ATTAACATAT GTTCATCTCT TGTGATAAGT GGCCTTTCAT TTTACATATC CTCAACAGCA 
AAAGAACCTT ATCCCTACAA GGACTACCAG AAATATTACC CTGACTGGAA CATAGATGGA 
GATTCCAGTA TGGAGGCTAC AGACTACTGG AAGTATGTGA TGGCTACATT CAATGAGAGA 
ATTGCTAAAG ACACAGATGC ACTCCCTGCA GATATCCCAA AGGACTGGAC GGCATTAACA 
CCTGAGGATG CATTGAAGAG CTTGAAAAAG TCATTCAACA TTGAAGATTA G

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

RefSeq	XP_014065402.1
CDS	86..5776
Translation	MYFSLVLPAPDQLTVDSVDTTSAAFSWSQPPGLDQTQHHYQISYRCPGTEPHITTTSSPSITLSDLKPSTEYSVTVCTVLENGEQSQLVLTTLTTTIIPAPDQLTVDSVDTTSAAVSWNQPPGFDQTQHHYQISYHCPGTEPHITTTSSHSITLSDLQGGTQYSVSVCTVLENRKQSQLVSTTLTTVLPAPDQLTVDSVDTTSAAVSWNQPPGLDQSQHHYQISYRCPRTEPHITTTSSHSITLSDLQCGTQYSVTVCTVLENETQSQLVSTTLTTIIPAPDQLTVDSVGTTSAAVSWSQPPGSDQTQHHYQISYHCPGTEPHITTTSSPSITLSDLQCGTQYSVTVCTVLENGKQSQLVSTTLTTKPCLMELLSKTGLEVHYENKLTLSTVLEINANTTSDEPLTTMQSLPGAFLKKLMMANVNARSVTLKSDTDESDSDNSYAINPLDLSTALFLCSDGFLQQEMTLKMSMCQFAVPLLLPNCDTEHSTLMLWALRDIVKKFRLSSQVDTKSFKEERIILSDIPMVSFVRLGESNLSKSNMLNKLLSNPDTFVHHDMDCGDVPRKISNGLVEISWYLPCGKRNIDRFTKPVAFANLRGDIRSFKTQFSFLCQTSTAIYMFSDELETDSEVLKDINTELFLVVNSQRETFTGDKVTHVIEKKGRNEAAFVKTLQSSVGDVIEKCQNKLTIEKMSGIARQMGILVDEDRNECQSARKMADKITSSITDTVKFKDKQLPLQGKIWKELSQLEKERCRLRKAGGQEIEHYKSSLRIKEKELREKQQRFDMTEAMTDFIICMSSSEVERTYFLKWMRIYLDNLSRQNLSGLQEKYKMHQEKESADKKHIADVDRQISDCSLGLEHFLRELGQLYEATCSLPEDSPQRKQMEHLPGLCAQMLLDGFPIELVDGDASNIPLKWISAVLTQLHTLVQSNSKIRVVTVLGVQSTGKSTLLNTMFGVQFAVSSGRCTRGAFMLLIKVNKDLKEELKCDFIMVIDTEGLKSPDLSQLDDSHEHDNELATLVIGLSDVTIVNIAMENSTEMKDILQIVVHAFIRMKEVGKKPVCHFVHQNVPDMSAHDNNMRERKKLLEQLNEMTHAAAKMENKEENTKFTDMMEYDPDTSSWYIPGLWNGTPPMVPVNAGYSEAVYDFKKSLMQDLKKCQKNDDLTLFMKWTQNLWESVKFENFIFSFRNSLVADAYSRLCSEYNGWEWIFQKEMYNWMIAAETKISNFGMTVLNPQITISYMLNNLMGEASEKLSVGKKEIQNNLITYFKKQDGHVNLVEKYREEFVASAKTLKRETENTVSNTLHGAVEIKEGMAKLDDIKRSQAKTLEKKVLALLKTCRQNKSVLSDEALREEFESMWKETLSEIKFRGLTRGDVAQDAFSILRDHLSTRSGYVNNMLVENSLVNYGKIPFIVESVDWWQKTKGFVMHLNRAHSRMKLQELCDYIITQCQDFITQKVESKTDYHATYIKELLEIIDETSQQNIKRKVSEECEVKLKLHICGRAARTFQKKHDDFISVNDPRKCLEQSKNKYLTDFIDLFHNRDQCEKKAEEFTKLLQPAVQEYVSKMIGPDVVDEVKTGKGSQDYSTRTFFQFSILKQLLTDGEYEKYEGYMNHYEKFVKDWLLDRIAQQLSKDSCLEKLEKKHLSEIVKIITAAISNIRNTTSTVKDINTFIQNMCCALGEKLVFPKDGLDSIMTLNYSEKTEEFADYLTDCVREMDLSLAAEYDKGGDIEKRLRSLPFKPQDKMFTSLFGCGEVCPFCKAPCEAGGKEHTKHFTSIHRSKGLSAWRYKNTKVLVINICSSLVISGLSFYISSTAKEPYPYKDYQKYYPDWNIDGDSSMEATDYWKYVMATFNERIAKDTDALPADIPKDWTALTPEDALKSLKKSFNIED

Target ORF information:

RefSeq Version	XM_014209927.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar interferon-induced very large GTPase 1-like (LOC106610539), mRNA.

Target ORF information:

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

XM_014209927.1

ORF Insert Sequence:

ATGTATTTTT CCTTAGTACT TCCTGCTCCA GACCAGCTGA CTGTTGACTC AGTGGACACC 
ACATCAGCTG CTTTTAGCTG GAGCCAGCCA CCAGGATTGG ATCAAACCCA ACATCATTAC 
CAGATCTCCT ACCGCTGTCC AGGGACAGAA CCACACATCA CTACCACGTC TTCACCCAGC 
ATCACTCTCT CTGACCTGAA ACCGTCTACT GAATACTCAG TCACTGTCTG CACTGTGCTG 
GAAAATGGGG AGCAAAGTCA ACTTGTGTTA ACAACCCTCA CCACAACAAT AATCCCTGCT 
CCTGACCAGC TGACTGTTGA CTCAGTAGAC ACCACATCAG CTGCTGTTAG CTGGAACCAG 
CCACCAGGAT TCGACCAAAC CCAACATCAT TACCAGATCT CCTACCACTG TCCAGGGACA 
GAACCACACA TCACTACCAC ATCTTCACAC AGCATCACTC TCTCTGACCT GCAAGGTGGT 
ACTCAGTACT CTGTCTCTGT CTGCACTGTG CTGGAAAATA GAAAGCAAAG TCAACTGGTG 
TCAACAACCC TCACCACAGT ACTGCCTGCT CCGGATCAGC TGACTGTTGA CTCAGTAGAC 
ACCACATCAG CTGCTGTTAG CTGGAACCAG CCACCAGGAT TGGACCAATC CCAACACCAT 
TACCAGATCT CCTATCGCTG TCCAAGGACA GAACCACACA TCACTACCAC ATCTTCACAC 
AGCATCACTC TATCTGACCT GCAATGTGGC ACTCAGTACT CTGTCACTGT CTGCACTGTG 
CTGGAAAATG AAACGCAAAG TCAACTGGTG TCAACAACCC TCACCACAAT TATCCCTGCT 
CCAGACCAGC TTACTGTTGA CTCAGTGGGC ACCACATCAG CTGCTGTCAG CTGGAGCCAA 
CCACCAGGAT CGGACCAAAC CCAACATCAT TACCAGATCT CCTACCACTG TCCAGGGACA 
GAACCACACA TCACTACCAC ATCTTCACCC AGCATCACTC TCTCTGACCT GCAATGTGGT 
ACTCAGTACT CTGTCACTGT CTGCACTGTG CTGGAAAATG GAAAGCAAAG TCAACTGGTG 
TCAACAACCC TCACCACAAA ACCCTGTCTC ATGGAGCTGT TGTCAAAGAC TGGACTAGAA 
GTTCATTATG AAAACAAGCT GACGTTAAGT ACTGTCCTTG AGATAAATGC TAATACTACA 
TCAGATGAAC CTCTTACCAC TATGCAGTCA CTTCCAGGGG CCTTCCTTAA GAAATTAATG 
ATGGCAAATG TGAATGCTAG GAGTGTGACA CTAAAAAGTG ACACTGATGA GAGTGACTCT 
GATAACAGTT ATGCGATTAA TCCATTGGAC CTGAGTACTG CCCTGTTTCT GTGTTCAGAT 
GGGTTCCTCC AGCAGGAGAT GACCCTTAAA ATGTCCATGT GCCAGTTTGC TGTTCCTCTT 
CTGCTGCCCA ACTGTGACAC AGAACACAGC ACTTTGATGC TGTGGGCCTT GAGGGACATA 
GTGAAGAAGT TTAGACTCTC TTCACAAGTA GACACAAAGT CCTTCAAAGA GGAGAGAATT 
ATACTTTCAG ACATTCCTAT GGTGTCTTTT GTTAGGCTGG GAGAGAGCAA CTTGTCCAAG 
TCTAATATGT TGAACAAACT GCTAAGTAAT CCTGACACAT TTGTCCATCA TGATATGGAC 
TGTGGTGATG TACCTCGGAA GATTTCAAAT GGCCTAGTTG AAATCAGCTG GTACCTGCCA 
TGTGGGAAAA GAAACATAGA CAGGTTCACT AAGCCTGTGG CTTTTGCCAA TCTCAGAGGA 
GACATCAGGT CCTTTAAGAC ACAGTTTTCC TTTCTGTGTC AAACATCAAC AGCAATTTAC 
ATGTTTAGTG ATGAATTAGA GACAGATTCT GAGGTTTTGA AAGACATAAA CACAGAGTTA 
TTTCTGGTTG TTAACTCTCA GAGAGAAACA TTCACAGGAG ACAAAGTAAC ACATGTAATA 
GAAAAGAAGG GGCGGAATGA AGCAGCATTT GTAAAAACCC TGCAGTCATC TGTGGGTGAT 
GTAATTGAAA AATGCCAAAA CAAATTGACA ATTGAAAAAA TGTCTGGTAT TGCTCGTCAG 
ATGGGGATTC TGGTTGATGA AGACCGTAAT GAGTGTCAGA GTGCCAGGAA GATGGCAGAC 
AAAATCACCA GCAGCATCAC AGACACAGTG AAATTCAAAG ACAAGCAGCT ACCCTTACAA 
GGGAAAATCT GGAAAGAGCT TTCCCAGTTG GAGAAAGAGA GATGTAGACT GAGAAAAGCA 
GGAGGTCAAG AAATTGAACA CTACAAGAGT TCTCTGAGGA TAAAGGAGAA AGAGCTGAGA 
GAGAAGCAAC AAAGATTTGA TATGACAGAA GCAATGACAG ATTTCATAAT CTGCATGTCA 
AGTTCAGAAG TGGAGCGGAC CTATTTCCTC AAATGGATGC GGATATATTT GGACAATCTG 
TCACGGCAGA ATCTGTCTGG TTTGCAAGAA AAGTATAAAA TGCATCAGGA AAAAGAATCT 
GCAGATAAAA AACACATTGC AGATGTGGAT AGGCAAATAT CTGACTGTTC CCTTGGACTT 
GAACACTTCC TGCGTGAGTT AGGCCAGTTA TATGAAGCTA CCTGCTCCCT CCCCGAAGAC 
AGCCCTCAAA GGAAACAGAT GGAGCATCTC CCTGGATTGT GTGCTCAGAT GCTGTTGGAT 
GGTTTCCCCA TTGAGCTTGT GGATGGAGAT GCATCAAATA TCCCTCTGAA ATGGATATCA 
GCTGTACTGA CTCAGCTTCA TACTCTTGTC CAATCCAACA GCAAGATCCG GGTGGTCACA 
GTTTTAGGGG TCCAAAGCAC TGGGAAGTCC ACTCTCCTCA ACACCATGTT TGGGGTCCAG 
TTTGCTGTCA GCAGTGGAAG ATGCACCAGA GGGGCCTTCA TGCTACTGAT AAAAGTCAAC 
AAAGACCTCA AGGAGGAGCT GAAATGTGAC TTCATCATGG TGATTGACAC AGAGGGGTTG 
AAATCACCTG ATTTGTCTCA ACTAGATGAT AGCCATGAAC ATGACAATGA ACTGGCAACA 
CTGGTGATTG GACTCAGTGA TGTCACGATT GTCAACATCG CCATGGAGAA CTCCACAGAG 
ATGAAAGACA TTCTACAGAT TGTTGTTCAT GCTTTTATCA GGATGAAGGA AGTGGGGAAG 
AAGCCAGTAT GTCATTTTGT GCACCAGAAT GTGCCTGACA TGTCTGCTCA TGACAACAAC 
ATGAGGGAGA GGAAGAAGTT GTTGGAACAG TTGAATGAAA TGACCCACGC AGCAGCCAAA 
ATGGAGAATA AAGAGGAAAA CACAAAGTTC ACTGACATGA TGGAGTATGA TCCAGACACA 
AGCAGCTGGT ACATCCCAGG GCTCTGGAAT GGGACTCCCC CTATGGTTCC AGTCAATGCT 
GGCTACAGTG AGGCTGTGTA TGACTTCAAA AAGAGCTTGA TGCAAGATTT AAAAAAATGC 
CAAAAAAATG ATGATTTGAC ACTTTTCATG AAGTGGACAC AAAACTTGTG GGAGTCTGTT 
AAATTTGAGA ACTTCATCTT CAGTTTCAGA AACAGCTTGG TTGCAGATGC ATACTCCAGA 
TTATGCTCTG AGTACAATGG TTGGGAATGG ATATTCCAGA AGGAGATGTA CAACTGGATG 
ATTGCTGCTG AAACCAAAAT TTCAAATTTT GGCATGACAG TTCTTAATCC CCAGATCACC 
ATAAGTTATA TGCTTAATAA CCTGATGGGA GAAGCATCGG AGAAGCTGTC AGTGGGGAAA 
AAGGAAATCC AAAACAATCT AATTACATAC TTTAAAAAGC AAGATGGCCA TGTCAATCTG 
GTGGAAAAAT ACAGGGAAGA ATTTGTGGCC AGTGCCAAAA CACTGAAACG AGAGACAGAA 
AACACAGTGA GTAACACTCT ACATGGAGCT GTTGAAATCA AAGAGGGAAT GGCCAAACTA 
GATGACATCA AGCGTTCACA AGCAAAAACA CTAGAAAAAA AAGTGCTGGC TTTGCTGAAA 
ACTTGTAGAC AGAACAAATC TGTCCTATCT GATGAGGCAC TCAGAGAAGA GTTTGAAAGT 
ATGTGGAAGG AAACTCTGTC TGAGATCAAA TTCAGAGGAC TCACAAGAGG AGATGTTGCT 
CAGGATGCCT TCAGCATTTT ACGTGACCAT TTATCTACGA GGTCGGGTTA TGTCAATAAT 
ATGTTGGTTG AAAACAGCTT GGTTAATTAT GGGAAGATAC CATTTATTGT AGAGTCAGTG 
GATTGGTGGC AGAAGACTAA AGGCTTTGTG ATGCACTTGA ATAGAGCCCA TAGCAGGATG 
AAACTGCAAG AGTTGTGTGA TTACATCATA ACGCAGTGTC AGGACTTTAT AACCCAGAAG 
GTGGAAAGCA AAACAGATTA CCATGCCACT TACATCAAAG AGCTGCTTGA AATAATTGAT 
GAAACATCGC AACAAAACAT CAAACGTAAA GTTAGTGAGG AATGTGAGGT TAAGCTGAAG 
TTGCACATCT GTGGCAGAGC AGCAAGAACA TTTCAAAAGA AACATGATGA TTTCATTTCA 
GTCAACGACC CCCGAAAATG TCTGGAACAG TCTAAGAACA AGTACCTTAC TGACTTCATA 
GACTTGTTTC ATAACCGAGA TCAGTGCGAA AAGAAAGCTG AGGAGTTCAC AAAGCTCTTA 
CAGCCAGCTG TACAGGAATA TGTGTCCAAA ATGATTGGTC CTGATGTGGT TGATGAAGTG 
AAGACCGGTA AAGGGTCACA GGATTACAGC ACACGGACGT TCTTCCAGTT CTCCATTTTG 
AAACAACTCC TGACTGATGG AGAATATGAG AAATATGAAG GGTACATGAA CCATTATGAA 
AAGTTTGTGA AGGACTGGCT GTTAGACCGA ATTGCCCAAC AACTCTCAAA GGACAGCTGT 
CTGGAGAAAT TGGAGAAGAA ACATCTTTCA GAGATAGTCA AGATAATCAC TGCAGCAATT 
TCAAACATCA GAAATACAAC AAGCACTGTA AAAGACATCA ATACATTTAT TCAGAACATG 
TGTTGTGCCC TTGGAGAGAA GCTTGTCTTC CCCAAGGATG GTCTGGATTC AATCATGACT 
CTGAACTACT CTGAAAAGAC GGAAGAGTTT GCTGACTACC TAACAGATTG TGTGAGAGAA 
ATGGATCTGT CACTGGCAGC TGAGTACGAT AAGGGAGGAG ACATTGAAAA GAGACTCAGA 
TCTCTGCCAT TCAAGCCTCA GGACAAGATG TTCACCAGTC TGTTTGGCTG TGGGGAGGTA 
TGTCCCTTCT GCAAAGCACC ATGTGAAGCA GGAGGTAAGG AGCATACCAA ACACTTCACC 
TCCATTCACC GTTCAAAAGG CCTTAGCGCT TGGAGGTACA AAAATACAAA GGTGCTAGTT 
ATTAACATAT GTTCATCTCT TGTGATAAGT GGCCTTTCAT TTTACATATC CTCAACAGCA 
AAAGAACCTT ATCCCTACAA GGACTACCAG AAATATTACC CTGACTGGAA CATAGATGGA 
GATTCCAGTA TGGAGGCTAC AGACTACTGG AAGTATGTGA TGGCTACATT CAATGAGAGA 
ATTGCTAAAG ACACAGATGC ACTCCCTGCA GATATCCCAA AGGACTGGAC GGCATTAACA 
CCTGAGGATG CATTGAAGAG CTTGAAAAAG TCATTCAACA TTGAAGATTA G