LOC115200055 cDNA ORF clone,

Gene
Clones
gRNAs

The following LOC115200055 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC115200055 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
ORi66263	XM_029762744.1 Latest version!	Salmo trutta interferon-induced very large GTPase 1-like (LOC115200055), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

LOC115200055 ( XM_029762744.1 ) cDNA ORF clone, -> XP_029618604.1 Salmo trutta interferon-induced very large GTPase 1-like (LOC115200055), mRNA.

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CloneID	ORi66263
Clone ID Related Accession (Same CDS sequence)	XM_029762744.1
Accession Version	XM_029762744.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5868bp) 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	2019-06-30
Organism	Salmo trutta(river trout)
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 (NC_042957.1) 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 :: Salmo trutta Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAATCTG GACCCAGCAT GGAGGGTGAG GAAGGCAAAG ATGCAGGCAA TATACCAGAA 
GTTTCTAACC CACTGTCAAA AGGAGAATTT GAGAGAGATA AACCGGTTTG CACTAAACAC 
AGATCAGATG CTCAAGAAAA TACAAGCAAT AACACAGAAA CACTTGATTC AGAAATGCAG 
CCTCATGTCC CTCAAAGTCG ATTGGAATCA GACAACAAAG ATGGTGACCT GGAAGATCCA 
ACTGACAGAA GCCTGAATGA ACCTGAAGTC TTTGAAATCA AAGGAAATGA CAGCAAACAA 
AGCGACAAAC AAGAGAATAC ATCATCTAAA ACGGACAGGG GTTTCCCACT GTGTAAAAAA 
GTTACAGCTG ATCTGACTAT ACATGTAGCA TTGATTGGTG ACCCCAATGC TGTGACGATT 
GAACCTGGAA ATCTCCTTCT TGACAAGGAC CTCTACTCAG AAGCAGATGA AGCCTCTCAC 
ATTGCACCAA GAATTTATGA TTTATGTGGA CGTTCCGTCT CTGTCACCAA CATGCTGGGC 
TTGCAGAGTG CTGAGCCTAC ACAGATATCA TTGGAAAATC ACATAAGTCA GCTAGTGTGT 
AAAACAGGAA TACATGCGTT CCTCTTAATT TCACCATTAG GTAATGTTTA TGAGCACAAC 
ATGGTTGAGG ATTGGCTCCA AACAATGCTT GGGGAAAGAT CCCTTGCCTT TGCAATGACC 
GTCTTTACCC ATGAGAATGA GCCAGACACT GCGTTGGGTG ATCTGAACGA CAACAGTGAT 
CTGAAGCATG TCACTGAAAA GTGTGGAGAT AGGTATCACA CCTGCAAAAA GAGTATGGAT 
GATCCAGAAG AGATTATAAC ATTACTTGAA AAGATAGATC TTATGGTCTC TGAAAACCAG 
CCATGTTGTT ACACTGGAGA AATGTATGGT GAAGAGATGA GGCAGAAACA GCAACTGAAA 
GATTTGGGCG ACAGATCACA AAGGAAGAAG ACATCTACTG TACCAGGCAA CAATGCTGTT 
GGAAACAAGG ATGAGGGAGA AGAAATTAAA CTGGAGGGGA GTTTAAATGA AAAGATCATT 
GTGGAAAAAC AACAATCAGA GGTAGAAGAG CTCATGTGCA GACTTCACCT TCAAGGCAAA 
TATCAAAATA AGATGAAAAC TGCAGACTTC CTGAACATTG GCTCTTCTGC TCAACATCGA 
CACGAACCCC AAACAGAGAA CAAACTGGCT CATACTTTCC TACAAAGGTT GTTGATGCTG 
GACTACAGAG CCAGGTACAT TCCTGTAAGA GATGAGAATA GTGAGATGCA TGACACAAAT 
GACAACAGAA ATGATAACGC AGAAACAGAA GATAGTGCCT TTGATGCCCT TTTCAACAAG 
AACACAGTCT CTGGTGATAT AAAGAAGAAC ACGCATGTTC ACCCAATGGA TGTCCAAATG 
GCAGTGTTTC ACAGTTCAGA CAGTTTCCTT CAGCAGTTCA TGGTCACAAA GCTGTCCTTG 
TGTCAGTATG CCTTGCCTTT GCTTGTGCCA AACCTCTTCA CCAAAGAGAT TGAATTCCCT 
TTGTGGACAT TTCGACAAAT CAGAAAAACC TGGAAGTCCA CTAATGGCTC TAATATAGTC 
ACCAGCCAAA GTATGCCTAT TTACAAGGCA GAAACACCAA TGGTGTCATT CTTTAGGTTT 
GGTTCTGTGT CCTCATCAAA ATCCCAGCTG ATGAACAACT TGATCAACCA ACGTCACAGC 
ACATTCTTCC ACAGACACTG TCCAGGAAGC AATAAAACCT GCCTCCTAAT GGATGGGGTG 
GTAGAGATTG CATGGTATTG TCCTGCTGGG AAGCCCAATG ATATTTTCAC TGACTGTGTT 
GCATTCTGTA ATCTCCATGG TGACGCCATA GAGAATGCAA TTCAACGTGA CATACTGATT 
GAAAAAGCCT CTGTCAATGT TGTCCTTTTA CCAAGTCTTG GAAAAGGAGA CAAAAGTATG 
GCAATCGTGC AGGAGCTGTT CAAGTCTTCT AAACCTCTGA TATGTCTGCT CACTGAAGAG 
GATTCTGTTG CGACTGAAAT TAGAAAGGGA AAGTACAAAA TGGGTTTGAG AGACAGAAAT 
CAGTCAGATG TTTCCGAGGA ACTAAAAGGG ATCATTAGAA ATAATTTGTC AACACCATGT 
TGCTACTTCA AACTTGAGGA CATGGCAAAG TACTCAGGGG TTAGAGTAGA TGAGGATGAT 
GAAGATTGCC AAGTAGGGAA GACTAATGCT CTGCAGATAA CGGATCTGCT TAAGGAAATG 
GAACTGTCCA AGATCAAAGA AAAATTTCTT CCATGTCAAG GAAGGCTGTG GCATGATTGG 
TGTCAAAGAA ATAAAGACCT TTATCGTCTC CAAGGGAATC TAGAGATGGA AAGAAGTAAA 
ATACAACATG AAATGATGCA AATTCGACAC CATCAACATA ACGTTGCCTT TACTGAACTC 
ATGCAGATGT TTATCACAAG TCTACGATCT CTGGGAGAAA AAGAAAAATC ATATTTCCTC 
AAGTGGGTAG GGATACTACT GGATGACCTG TCCTCGGATG AGCTCTCAGA CCTTCATCAC 
AAATATGATG AAAAGTGGTC CGAGGTCCTG GCTTTGAAAA AGAAGCATGA TAAATCAGAG 
CAACTGAAAA TGAGACAAAT GGAGCTGGAA AAAATATCAG GAAAGCTGCA AGCAGCAACC 
TTTGGATTTG AGCACATTCT GAGGGAAATG GGACAGATCT ATGAAGCCCA TGCATCTGTG 
GCCAGGCAAA GCAAAGGAGA AAGTGAGGTG ACCGTGTCTT ACCTTCCAGA GCTCGCGGCA 
GAACTTATGA TATCGGGACA CCCAATAGAA CTAATGGATG GTGACGCAGC TCATGTGCCA 
CTGACGTGGA TTCATGGGGT TTTAGATGAA GTTATCAAGA AACTAGGAGA TCAGAGAGTC 
TTTGTTTTGT CCATTTTGGG AATCCAGAGC ACTGGGAAAT CTACAATGCT GAATGCAATG 
TTTGGACTGC AATTCGCAGT AAGTGCTGGA AGGTGTACCA GAGGTGCTTT CATGCAGCTG 
TTGAAAGTGA CCGAGGAGAT GAAAGATGAC TTTAGGTTTG ATTATGTTCT TGTTGTTGAC 
ACAGAGGGAC TTCGAGCTTT AGAGTTGGCA GGAAAGGCAA CAGTGCACCA TGACAATGAA 
CTTGCAACTT TTGTCATTGG TCTTGGAAAC ATGACCTTGA TCAACATATT TGGAGAGAAT 
CCTGCTGAGA TGCAAGACAT CATTCAGATA GCTGTTCAGG CCTTCATGAG AATGAAGAAA 
GTTAGTCTGT CTCCAAGTTG TGTGTTTGTG CACCAGAATG TTGGAGACAT CATGGCTGGA 
GAGAAAAACA TGGAGGGAAA GAGGCGCTTA CAGGACAAAC TAGACGAGAT AACCCAGTTA 
GCTGCCAAAG AAGAGGACAG TAATGCAGAG TGTTTCAGTG ATGTTATTGC ATTTGACATA 
CAAAGAGATG TGAAATACTT TTCCCAGCTG TGGGAGGGCA GCCCACCCAT GGCCCCACCA 
AACCCATGCT ACAGTGAGGA TGTCCAGGAG CTAAGGAAAA CAATCCTCTC TAAAACATCA 
AAGTCTTTTG GCATGACATT ATCACAGCTC AAAAGCAGGA TCCAAGACCT TTGGAATGCA 
CTGCTGAACG AAAAGTTTGT GTTCAGCTTC AAAAACACAC TAGAAATTGC AGTTTACAGA 
AAACTTGAGA TTCAGTATGG AAAATGGATC TGGGCTCTCA GGAGTGTCAT GCTAAGCATT 
GAAAATCAAC TACACAATCG AATCGAAAAT GGAAAACTTC AGAAGGTTGA AAGACATTAC 
CTTGTTGAAG AAATGAGAAA GACTCGTGAA GAAGTGGACA AATCAATGGA AAAGTACTTT 
GATGAAGACA GAGATAAAGA AATGTTGATT CAGTGGCGAG GGAGATTTCA AACGAAAATG 
TGTGAGCTTC ATGATGAACT TGTGAAGGGA GCAAAAAGAA AGTTAGAGGA GGTTATTCAT 
CAAAGGGATG CACGCAAAAA GCTGGATGAC AAGAAGACAC AGTATGAAAA CAAGCTCTTC 
CAAAAGAGCA AAGAACTTGC CTCAAAACTG AAGGACAAGG CAAAGGATGA AAAACAACTT 
GAGAATGAAT TCAATACTCT TTGGGGAACA TGGGTTACTG AGTTGACGGA AGATACACCT 
CCCATAAAGG ACATAAACAT ATCGGATGAT GTGACTTGTA TCCTTAAAGA GATCGGTAAT 
GAATTGTCTC TTATACATGA CCGGAGAAGT TGTGGAATGT ACCCACAGAT TTGTACCATG 
GGGAATTATT CTGACTATGT AATTGGATCC AAGCACCAAG ATCAACAATC AAAAGCTGGT 
AAAAGGAAGC CAAGCAAAGA CCAATTGCAG AAAAATATTG TGAGTGGTGC TTTAAAGAGA 
CTTTGGGGGG TCATTGTTCC AAGCAACTTT CTAACATACA CAGATCAGGA ATTGATAAGA 
GCATTCACCA ATGACGTTGT CGAACGAAGC CAGAAGATAA TTGACACAAA GCCCATAGAA 
AAGATGGGAT ACAGTGACAG TTACATGCAA GAAATAGTAA TTCATGTCAA AGAAAGTGTT 
AAGGAATTTG AATCGAAGAT AAAATATGGA TTTAAAAGGG AGTTTACCGT GGATCTTTCA 
CTTCATGTGT GTGAGCTAGC AGGAAGTAAG TTTGCAGATT CCCATAGCAA ATTCAGATGC 
AACAATGATG CCCACACTTA CTTGGAGCAG AAGAGACCAC AGTACAACAA GATTTTCAAG 
AGCTACTGCA AAGGATCCAC ATCTGCAGCT GTGCTTGGTG AGTTAATTTG CAACACACTG 
AAAGAATCAA TTGTACAGGC GGTCTATGAC CAGACGGCCA TTGACTTGGC TGGAGAAATG 
CGATTAAGTC ACCCACCATT CAGTGGAAAC AGGTCTAACA TGGAGATACA CATCCTGACA 
TCACTGGCAG AGGAGGAAAA CTTTGACAAG TGCATGACCT ACATTCACAA CCCAAGGAAA 
CACTTTGAGA GATTTATTAG AGAGAATGTA GAGAAATATA TCCTCATAGA AAATAGGTCC 
AAAATCCTCA CCATGATTGA AGGGAACATA AAAGGTAAAG AGCAGCGTGT GAGCCATGCA 
GTGCATACAG CAACAAATAC AGTCAAAAAC AAGAATGGAG ACACCAACAT GTGGCTTAGA 
GAGCTTTCCA GTGCTCTTAA AGATGAGCTT AAATTTGCTG AAAAGCATTT CAGTGATTTC 
TGTGACATAA CCAACTTTGA CTTCCTCGAA GAAGAGGTAA GGGAAGGTCT TGCCAACAGA 
ATCATGGAGA TCAACAGAAG CCTCAGTAAC GTGTCACTCC TGGAGATGAA GCAGTTCAGG 
GAGAGGCCAG ATGAGATTCT GATCAAACAT TTTTGTGATT GCTGCTGGGT ACAGTGTCCC 
TTCTGTAAAG CCATCTGTAC AAACTCCATG GAGGGGCACA ATCCATATGA TCACAATGTC 
CCTTTTCATC GCTCTAAAGG AATCAATGGA TGCCACGTCA GAAACTCAGT AGAATTTTGG 
ATAGATTTTT GTACAACTTC AGTAGCAAGT AATGGCCGGT TTTACCCCTC CCATAAATCA 
GAGGATACAT ATTTTATGAA AGAATACAGA AAAGCTGGCC CAATATTTGC TGATTGGAGC 
ATCACACCAG ACCTCTCTGA ACTTCCGTAC TGGAAGTGGT TTGTTTGTCG ATTTCAAGAA 
GATCTGGAAA GGTTTTATGA CAAAAAATTC CAGGGCAGCG GTGAAATTCC AATTGAATGG 
AGGAAGTTCA CAAAACAGCA AGCTATTGAA AGCTTAAAGA AAATCTAA

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

RefSeq	XP_029618604.1
CDS	125..5992
Translation	MESGPSMEGEEGKDAGNIPEVSNPLSKGEFERDKPVCTKHRSDAQENTSNNTETLDSEMQPHVPQSRLESDNKDGDLEDPTDRSLNEPEVFEIKGNDSKQSDKQENTSSKTDRGFPLCKKVTADLTIHVALIGDPNAVTIEPGNLLLDKDLYSEADEASHIAPRIYDLCGRSVSVTNMLGLQSAEPTQISLENHISQLVCKTGIHAFLLISPLGNVYEHNMVEDWLQTMLGERSLAFAMTVFTHENEPDTALGDLNDNSDLKHVTEKCGDRYHTCKKSMDDPEEIITLLEKIDLMVSENQPCCYTGEMYGEEMRQKQQLKDLGDRSQRKKTSTVPGNNAVGNKDEGEEIKLEGSLNEKIIVEKQQSEVEELMCRLHLQGKYQNKMKTADFLNIGSSAQHRHEPQTENKLAHTFLQRLLMLDYRARYIPVRDENSEMHDTNDNRNDNAETEDSAFDALFNKNTVSGDIKKNTHVHPMDVQMAVFHSSDSFLQQFMVTKLSLCQYALPLLVPNLFTKEIEFPLWTFRQIRKTWKSTNGSNIVTSQSMPIYKAETPMVSFFRFGSVSSSKSQLMNNLINQRHSTFFHRHCPGSNKTCLLMDGVVEIAWYCPAGKPNDIFTDCVAFCNLHGDAIENAIQRDILIEKASVNVVLLPSLGKGDKSMAIVQELFKSSKPLICLLTEEDSVATEIRKGKYKMGLRDRNQSDVSEELKGIIRNNLSTPCCYFKLEDMAKYSGVRVDEDDEDCQVGKTNALQITDLLKEMELSKIKEKFLPCQGRLWHDWCQRNKDLYRLQGNLEMERSKIQHEMMQIRHHQHNVAFTELMQMFITSLRSLGEKEKSYFLKWVGILLDDLSSDELSDLHHKYDEKWSEVLALKKKHDKSEQLKMRQMELEKISGKLQAATFGFEHILREMGQIYEAHASVARQSKGESEVTVSYLPELAAELMISGHPIELMDGDAAHVPLTWIHGVLDEVIKKLGDQRVFVLSILGIQSTGKSTMLNAMFGLQFAVSAGRCTRGAFMQLLKVTEEMKDDFRFDYVLVVDTEGLRALELAGKATVHHDNELATFVIGLGNMTLINIFGENPAEMQDIIQIAVQAFMRMKKVSLSPSCVFVHQNVGDIMAGEKNMEGKRRLQDKLDEITQLAAKEEDSNAECFSDVIAFDIQRDVKYFSQLWEGSPPMAPPNPCYSEDVQELRKTILSKTSKSFGMTLSQLKSRIQDLWNALLNEKFVFSFKNTLEIAVYRKLEIQYGKWIWALRSVMLSIENQLHNRIENGKLQKVERHYLVEEMRKTREEVDKSMEKYFDEDRDKEMLIQWRGRFQTKMCELHDELVKGAKRKLEEVIHQRDARKKLDDKKTQYENKLFQKSKELASKLKDKAKDEKQLENEFNTLWGTWVTELTEDTPPIKDINISDDVTCILKEIGNELSLIHDRRSCGMYPQICTMGNYSDYVIGSKHQDQQSKAGKRKPSKDQLQKNIVSGALKRLWGVIVPSNFLTYTDQELIRAFTNDVVERSQKIIDTKPIEKMGYSDSYMQEIVIHVKESVKEFESKIKYGFKREFTVDLSLHVCELAGSKFADSHSKFRCNNDAHTYLEQKRPQYNKIFKSYCKGSTSAAVLGELICNTLKESIVQAVYDQTAIDLAGEMRLSHPPFSGNRSNMEIHILTSLAEEENFDKCMTYIHNPRKHFERFIRENVEKYILIENRSKILTMIEGNIKGKEQRVSHAVHTATNTVKNKNGDTNMWLRELSSALKDELKFAEKHFSDFCDITNFDFLEEEVREGLANRIMEINRSLSNVSLLEMKQFRERPDEILIKHFCDCCWVQCPFCKAICTNSMEGHNPYDHNVPFHRSKGINGCHVRNSVEFWIDFCTTSVASNGRFYPSHKSEDTYFMKEYRKAGPIFADWSITPDLSELPYWKWFVCRFQEDLERFYDKKFQGSGEIPIEWRKFTKQQAIESLKKI

Target ORF information:

RefSeq Version	XM_029762744.1
Organism	Salmo trutta(river trout)
Definition	Salmo trutta interferon-induced very large GTPase 1-like (LOC115200055), mRNA.

Target ORF information:

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

XM_029762744.1

ORF Insert Sequence:

ATGGAATCTG GACCCAGCAT GGAGGGTGAG GAAGGCAAAG ATGCAGGCAA TATACCAGAA 
GTTTCTAACC CACTGTCAAA AGGAGAATTT GAGAGAGATA AACCGGTTTG CACTAAACAC 
AGATCAGATG CTCAAGAAAA TACAAGCAAT AACACAGAAA CACTTGATTC AGAAATGCAG 
CCTCATGTCC CTCAAAGTCG ATTGGAATCA GACAACAAAG ATGGTGACCT GGAAGATCCA 
ACTGACAGAA GCCTGAATGA ACCTGAAGTC TTTGAAATCA AAGGAAATGA CAGCAAACAA 
AGCGACAAAC AAGAGAATAC ATCATCTAAA ACGGACAGGG GTTTCCCACT GTGTAAAAAA 
GTTACAGCTG ATCTGACTAT ACATGTAGCA TTGATTGGTG ACCCCAATGC TGTGACGATT 
GAACCTGGAA ATCTCCTTCT TGACAAGGAC CTCTACTCAG AAGCAGATGA AGCCTCTCAC 
ATTGCACCAA GAATTTATGA TTTATGTGGA CGTTCCGTCT CTGTCACCAA CATGCTGGGC 
TTGCAGAGTG CTGAGCCTAC ACAGATATCA TTGGAAAATC ACATAAGTCA GCTAGTGTGT 
AAAACAGGAA TACATGCGTT CCTCTTAATT TCACCATTAG GTAATGTTTA TGAGCACAAC 
ATGGTTGAGG ATTGGCTCCA AACAATGCTT GGGGAAAGAT CCCTTGCCTT TGCAATGACC 
GTCTTTACCC ATGAGAATGA GCCAGACACT GCGTTGGGTG ATCTGAACGA CAACAGTGAT 
CTGAAGCATG TCACTGAAAA GTGTGGAGAT AGGTATCACA CCTGCAAAAA GAGTATGGAT 
GATCCAGAAG AGATTATAAC ATTACTTGAA AAGATAGATC TTATGGTCTC TGAAAACCAG 
CCATGTTGTT ACACTGGAGA AATGTATGGT GAAGAGATGA GGCAGAAACA GCAACTGAAA 
GATTTGGGCG ACAGATCACA AAGGAAGAAG ACATCTACTG TACCAGGCAA CAATGCTGTT 
GGAAACAAGG ATGAGGGAGA AGAAATTAAA CTGGAGGGGA GTTTAAATGA AAAGATCATT 
GTGGAAAAAC AACAATCAGA GGTAGAAGAG CTCATGTGCA GACTTCACCT TCAAGGCAAA 
TATCAAAATA AGATGAAAAC TGCAGACTTC CTGAACATTG GCTCTTCTGC TCAACATCGA 
CACGAACCCC AAACAGAGAA CAAACTGGCT CATACTTTCC TACAAAGGTT GTTGATGCTG 
GACTACAGAG CCAGGTACAT TCCTGTAAGA GATGAGAATA GTGAGATGCA TGACACAAAT 
GACAACAGAA ATGATAACGC AGAAACAGAA GATAGTGCCT TTGATGCCCT TTTCAACAAG 
AACACAGTCT CTGGTGATAT AAAGAAGAAC ACGCATGTTC ACCCAATGGA TGTCCAAATG 
GCAGTGTTTC ACAGTTCAGA CAGTTTCCTT CAGCAGTTCA TGGTCACAAA GCTGTCCTTG 
TGTCAGTATG CCTTGCCTTT GCTTGTGCCA AACCTCTTCA CCAAAGAGAT TGAATTCCCT 
TTGTGGACAT TTCGACAAAT CAGAAAAACC TGGAAGTCCA CTAATGGCTC TAATATAGTC 
ACCAGCCAAA GTATGCCTAT TTACAAGGCA GAAACACCAA TGGTGTCATT CTTTAGGTTT 
GGTTCTGTGT CCTCATCAAA ATCCCAGCTG ATGAACAACT TGATCAACCA ACGTCACAGC 
ACATTCTTCC ACAGACACTG TCCAGGAAGC AATAAAACCT GCCTCCTAAT GGATGGGGTG 
GTAGAGATTG CATGGTATTG TCCTGCTGGG AAGCCCAATG ATATTTTCAC TGACTGTGTT 
GCATTCTGTA ATCTCCATGG TGACGCCATA GAGAATGCAA TTCAACGTGA CATACTGATT 
GAAAAAGCCT CTGTCAATGT TGTCCTTTTA CCAAGTCTTG GAAAAGGAGA CAAAAGTATG 
GCAATCGTGC AGGAGCTGTT CAAGTCTTCT AAACCTCTGA TATGTCTGCT CACTGAAGAG 
GATTCTGTTG CGACTGAAAT TAGAAAGGGA AAGTACAAAA TGGGTTTGAG AGACAGAAAT 
CAGTCAGATG TTTCCGAGGA ACTAAAAGGG ATCATTAGAA ATAATTTGTC AACACCATGT 
TGCTACTTCA AACTTGAGGA CATGGCAAAG TACTCAGGGG TTAGAGTAGA TGAGGATGAT 
GAAGATTGCC AAGTAGGGAA GACTAATGCT CTGCAGATAA CGGATCTGCT TAAGGAAATG 
GAACTGTCCA AGATCAAAGA AAAATTTCTT CCATGTCAAG GAAGGCTGTG GCATGATTGG 
TGTCAAAGAA ATAAAGACCT TTATCGTCTC CAAGGGAATC TAGAGATGGA AAGAAGTAAA 
ATACAACATG AAATGATGCA AATTCGACAC CATCAACATA ACGTTGCCTT TACTGAACTC 
ATGCAGATGT TTATCACAAG TCTACGATCT CTGGGAGAAA AAGAAAAATC ATATTTCCTC 
AAGTGGGTAG GGATACTACT GGATGACCTG TCCTCGGATG AGCTCTCAGA CCTTCATCAC 
AAATATGATG AAAAGTGGTC CGAGGTCCTG GCTTTGAAAA AGAAGCATGA TAAATCAGAG 
CAACTGAAAA TGAGACAAAT GGAGCTGGAA AAAATATCAG GAAAGCTGCA AGCAGCAACC 
TTTGGATTTG AGCACATTCT GAGGGAAATG GGACAGATCT ATGAAGCCCA TGCATCTGTG 
GCCAGGCAAA GCAAAGGAGA AAGTGAGGTG ACCGTGTCTT ACCTTCCAGA GCTCGCGGCA 
GAACTTATGA TATCGGGACA CCCAATAGAA CTAATGGATG GTGACGCAGC TCATGTGCCA 
CTGACGTGGA TTCATGGGGT TTTAGATGAA GTTATCAAGA AACTAGGAGA TCAGAGAGTC 
TTTGTTTTGT CCATTTTGGG AATCCAGAGC ACTGGGAAAT CTACAATGCT GAATGCAATG 
TTTGGACTGC AATTCGCAGT AAGTGCTGGA AGGTGTACCA GAGGTGCTTT CATGCAGCTG 
TTGAAAGTGA CCGAGGAGAT GAAAGATGAC TTTAGGTTTG ATTATGTTCT TGTTGTTGAC 
ACAGAGGGAC TTCGAGCTTT AGAGTTGGCA GGAAAGGCAA CAGTGCACCA TGACAATGAA 
CTTGCAACTT TTGTCATTGG TCTTGGAAAC ATGACCTTGA TCAACATATT TGGAGAGAAT 
CCTGCTGAGA TGCAAGACAT CATTCAGATA GCTGTTCAGG CCTTCATGAG AATGAAGAAA 
GTTAGTCTGT CTCCAAGTTG TGTGTTTGTG CACCAGAATG TTGGAGACAT CATGGCTGGA 
GAGAAAAACA TGGAGGGAAA GAGGCGCTTA CAGGACAAAC TAGACGAGAT AACCCAGTTA 
GCTGCCAAAG AAGAGGACAG TAATGCAGAG TGTTTCAGTG ATGTTATTGC ATTTGACATA 
CAAAGAGATG TGAAATACTT TTCCCAGCTG TGGGAGGGCA GCCCACCCAT GGCCCCACCA 
AACCCATGCT ACAGTGAGGA TGTCCAGGAG CTAAGGAAAA CAATCCTCTC TAAAACATCA 
AAGTCTTTTG GCATGACATT ATCACAGCTC AAAAGCAGGA TCCAAGACCT TTGGAATGCA 
CTGCTGAACG AAAAGTTTGT GTTCAGCTTC AAAAACACAC TAGAAATTGC AGTTTACAGA 
AAACTTGAGA TTCAGTATGG AAAATGGATC TGGGCTCTCA GGAGTGTCAT GCTAAGCATT 
GAAAATCAAC TACACAATCG AATCGAAAAT GGAAAACTTC AGAAGGTTGA AAGACATTAC 
CTTGTTGAAG AAATGAGAAA GACTCGTGAA GAAGTGGACA AATCAATGGA AAAGTACTTT 
GATGAAGACA GAGATAAAGA AATGTTGATT CAGTGGCGAG GGAGATTTCA AACGAAAATG 
TGTGAGCTTC ATGATGAACT TGTGAAGGGA GCAAAAAGAA AGTTAGAGGA GGTTATTCAT 
CAAAGGGATG CACGCAAAAA GCTGGATGAC AAGAAGACAC AGTATGAAAA CAAGCTCTTC 
CAAAAGAGCA AAGAACTTGC CTCAAAACTG AAGGACAAGG CAAAGGATGA AAAACAACTT 
GAGAATGAAT TCAATACTCT TTGGGGAACA TGGGTTACTG AGTTGACGGA AGATACACCT 
CCCATAAAGG ACATAAACAT ATCGGATGAT GTGACTTGTA TCCTTAAAGA GATCGGTAAT 
GAATTGTCTC TTATACATGA CCGGAGAAGT TGTGGAATGT ACCCACAGAT TTGTACCATG 
GGGAATTATT CTGACTATGT AATTGGATCC AAGCACCAAG ATCAACAATC AAAAGCTGGT 
AAAAGGAAGC CAAGCAAAGA CCAATTGCAG AAAAATATTG TGAGTGGTGC TTTAAAGAGA 
CTTTGGGGGG TCATTGTTCC AAGCAACTTT CTAACATACA CAGATCAGGA ATTGATAAGA 
GCATTCACCA ATGACGTTGT CGAACGAAGC CAGAAGATAA TTGACACAAA GCCCATAGAA 
AAGATGGGAT ACAGTGACAG TTACATGCAA GAAATAGTAA TTCATGTCAA AGAAAGTGTT 
AAGGAATTTG AATCGAAGAT AAAATATGGA TTTAAAAGGG AGTTTACCGT GGATCTTTCA 
CTTCATGTGT GTGAGCTAGC AGGAAGTAAG TTTGCAGATT CCCATAGCAA ATTCAGATGC 
AACAATGATG CCCACACTTA CTTGGAGCAG AAGAGACCAC AGTACAACAA GATTTTCAAG 
AGCTACTGCA AAGGATCCAC ATCTGCAGCT GTGCTTGGTG AGTTAATTTG CAACACACTG 
AAAGAATCAA TTGTACAGGC GGTCTATGAC CAGACGGCCA TTGACTTGGC TGGAGAAATG 
CGATTAAGTC ACCCACCATT CAGTGGAAAC AGGTCTAACA TGGAGATACA CATCCTGACA 
TCACTGGCAG AGGAGGAAAA CTTTGACAAG TGCATGACCT ACATTCACAA CCCAAGGAAA 
CACTTTGAGA GATTTATTAG AGAGAATGTA GAGAAATATA TCCTCATAGA AAATAGGTCC 
AAAATCCTCA CCATGATTGA AGGGAACATA AAAGGTAAAG AGCAGCGTGT GAGCCATGCA 
GTGCATACAG CAACAAATAC AGTCAAAAAC AAGAATGGAG ACACCAACAT GTGGCTTAGA 
GAGCTTTCCA GTGCTCTTAA AGATGAGCTT AAATTTGCTG AAAAGCATTT CAGTGATTTC 
TGTGACATAA CCAACTTTGA CTTCCTCGAA GAAGAGGTAA GGGAAGGTCT TGCCAACAGA 
ATCATGGAGA TCAACAGAAG CCTCAGTAAC GTGTCACTCC TGGAGATGAA GCAGTTCAGG 
GAGAGGCCAG ATGAGATTCT GATCAAACAT TTTTGTGATT GCTGCTGGGT ACAGTGTCCC 
TTCTGTAAAG CCATCTGTAC AAACTCCATG GAGGGGCACA ATCCATATGA TCACAATGTC 
CCTTTTCATC GCTCTAAAGG AATCAATGGA TGCCACGTCA GAAACTCAGT AGAATTTTGG 
ATAGATTTTT GTACAACTTC AGTAGCAAGT AATGGCCGGT TTTACCCCTC CCATAAATCA 
GAGGATACAT ATTTTATGAA AGAATACAGA AAAGCTGGCC CAATATTTGC TGATTGGAGC 
ATCACACCAG ACCTCTCTGA ACTTCCGTAC TGGAAGTGGT TTGTTTGTCG ATTTCAAGAA 
GATCTGGAAA GGTTTTATGA CAAAAAATTC CAGGGCAGCG GTGAAATTCC AATTGAATGG 
AGGAAGTTCA CAAAACAGCA AGCTATTGAA AGCTTAAAGA AAATCTAA