LOC108413650 cDNA ORF clone, Pygocentrus nattereri(red-bellied piranha)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108413650
Entrez Gene ID	108413650
Full Name	interferon-induced very large GTPase 1-like
Gene Type	protein-coding
Organism	Pygocentrus nattereri(red-bellied piranha)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017686267.1	XP_017541756.1	interferon-induced very large GTPase 1-like

Pathways from BioSystems
Gene Ontology

The following LOC108413650 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108413650 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
OPy55397	XM_017686267.1 Latest version!	Pygocentrus nattereri interferon-induced very large GTPase 1-like (LOC108413650), 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)

LOC108413650 ( XM_017686267.1 ) cDNA ORF clone, Pygocentrus nattereri(red-bellied piranha) -> XP_017541756.1 Pygocentrus nattereri interferon-induced very large GTPase 1-like (LOC108413650), mRNA.

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CloneID	OPy55397
Clone ID Related Accession (Same CDS sequence)	XM_017686267.1
Accession Version	XM_017686267.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4911bp) 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	2016-08-01
Organism	Pygocentrus nattereri(red-bellied piranha)
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_016245020.1) 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 :: Pygocentrus nattereri Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTGGAC GGAAGATGGA TGCTCAGTCT CCAGGTCGCA ACACTGCTGA ACGGACCAGC 
GTTACAGCTC AGGAAAGAGG AACGGCTGTT GTTCCCGTGA TCGATAGAAA TAATATTCAA 
GGCCCTTTGA CAGTGAACAT AAACCACATA TATAGAGATG ACAGAAGTAC AGGGGCTGCT 
GGCCAGGATG GTGTAGGTAT GAAGTCAGCA GATGGGACAC AAAAGAAAGA TTCAAGTATC 
AAAATTCCAG ACTTCATCTA CAGGCTGCAT TTAAGTAATT TCTATCCCAG TAAACTGACA 
ACTGCAAATG CCTTCAATAT AAGCAGGACT TCATTTTTAA AAGAAGAGCC CCAGTCAGAA 
AAGAAGCCAC TGAAAGTGGA GGACTTGGCC TTTGTGTACC TACATAAATT GCTCACACTT 
GATTACAGAG CCAGGTCCTT AACCATTCAT AATGAATGTG TCACCACTAA AACAGGGAAA 
AGATCTGCTG AAAACAAAGA TTTTTATTCT TTTCTGAATG ATGAGTGTGA GTATACTGAT 
AATGAAGATG GAAACACACA GATTCACCCA ATGGACGTCC AGATGGCAGT TTTCTACTGT 
GCTGACAGTT TCCTGAGGCA GAACATGGTG ACTAAACTCT CCTCCTGCCA ATACGCTCTG 
CCTCTGCTTG TGCCCAGTCC TACATCTACA GACATTGAAC TCCCTCTCTG GACCTTTCGG 
CAGATCAAGA AGATCTGGAA GTCAGTTGGT GGTCTCAGCA CATCATTGCC AGTCTGTCAG 
ATTAAAGCTC CAATGGTGTT TTTCTGCAGG CTGGGCTCTG TTTCCACTTC CAAATCCGAG 
CTGCTCAATT CTGTGATTAA CCCAAAGCAT GACACCTTCT TCCACAGAGA CAGTCCAGGC 
AGCAGCAGGA GCCGCCTGTT CATGGAGGGG CTGGTGGAGA TTGCCTGGTA CTGTCCTGCA 
GGGAACACTG ATGACCTTTT TAGTGAATGC ATTGCATTCT GCAATCTTCA TGGTGATGCT 
GTAAAGAACA GAAAACAAAC TAACTTTCTG AGTGAACAAG CAACAGTCAA TGTTGTCCTG 
ATGGAAAACA CAAAGAAGCA TAACGACAAA GACAGAGAGA TGGTACAGAA GCTCCATAAT 
TTGTCAAAGC CTTTGATCTG TCTTATGAGT GAACAGAAAG GTACAAACAC AATGGGAAAT 
GGATATAACA TAAAATATAA AATAGGACTC AGAGACAGAA ACCAGGCGGA GTTACATGAA 
GAACTGATAT CAGTAATCAG TACCTGTTTG CAGAAATGTA ATTCAGCTCC CACTTTCAGT 
CTTGAGGCAA GCACAGAACT GGCTAAAAGT TATGGATTCA GAGTTGATGA AGACAGTCAG 
GAATGCCAGG CAGGAAAGAC TGGAGCTCTG GAGGTCATAA AGCTGCTGAA AGGAGGAGAC 
ATCTCCCGAA TCAAGGCCAA GTTCCTGCCA TGTCAGGGGA AACTGTGGCA GGATTGGAGC 
AGGAAGAACA AAGAACAGTA TAGATTGTAT GGAGATGTAG AACAGACCAA GAGCAAAATA 
CAGGACCACA TGAAATCAAT ACGGAATCAA CAAAGGAGGA CTTCACTAGA CTTAATGAAA 
GCTGTTTGTA AAAATTTAAC CTTCAAACAG ATTTCAGAGA AAATGTACTT TGTGAGATGG 
CTTGGAGTCT ACCTAGACGT CTCATTTTTA GAGAAGCTTT CAGAAGTTAC TCAGCAATAT 
TACAAACAGT TGTCAGACCT GCAAATTTTG AAACAAAAAC GAGAAATAAC TGATGAGTTC 
AGAAAAAAGC AGGAAGAACT TATACAATTA TCAGAGAAGG TGGATGCAGT GACGTTTGGT 
CTGGAGCACA TAGTGAGAGA AATGGGTCAG ATTTATGAGG CCTGGGCTGA AACTCCTGAC 
AGAATGACAG CAGAGGTTTC TATTCTCCCT GTTCTGGCTG CAGACCTCCT GATCTCTGGA 
CATCCACTGG AGCTGATGGA TGGAGATGCT GCTCATGTCC CTCTGACCTG GATACAGTCT 
GTTCTTGACA AGGTCACTGA GAGACTGGGA GACCAGAGAG TGTTCGTGCT GTCTGTTCTG 
GGTCTGCAGA GCTCAGGAAA GTCCACCATG CTGAATGCCA TGTTTGGGCT GCAGTTTGCT 
GTGAGTGCTG GCAGGTGCAC AAGGGGAGCT TTCATGCAGC TGATCAGAGT GAAAGAAGAG 
GTTAAAGACC AGCTGAAGTT TGACTACCTG CTTGTGGTCG ACACAGAGGG GCTTCAGTCT 
TTACAACTGG TGAGCAAACA GTCAGGACTC ACTCATGACA ATGAACTGGC CACTTTCGTC 
ACTGGTCTTG CAGATCTGAC TCTGATCAAC ATCTTTGGGG AAAATCCAGC AGAAATGAAG 
GACATCATTC AAATTGTAGT CCAGGCATTT CTAAGAATGA AAAAAGTAAA ACTCGCTCCC 
AGCTGCATGT TTGTTCACCA GAACGTTGCA GATATCAGTG CTGGAGAGAA GAACATGGAG 
GGAAGAAGTC AACTGCAGAA ACAACTGGAT GAAATGACTC ATTTGGCTGC AACTCAAGAA 
GTGTGCAGTG CAGAGTTTTT TACTGATGTG ATCAAATTCA ACATACAGAC AGATGTGCAT 
TACTTTGCCC AGCTGTGGGA GGGAAACCCC CCCATGGCTC CACTAAACCC ACGTTACAGT 
GAAAATATTG AAAATCTCAA ACAGGCCATT CTCAAAACTG CAGCAGGAAA GAAATGTCTA 
AAACTCTCAG AGCTCAAAGT CCGTATTAAA GACCTGTGGA GTGCAGTGCT GAATGAAGAC 
TTTGTGTTCA GCTTCAAGAA CACTCTAGAA ATATCAGTGT ACAGGAGACT GGAGGTCATG 
TATGGCAACT GGACATGGGA GCTCAGGGAA AGCATGCTTT TTATTGAGAA AAAACTGCAC 
AACTGGGTTG AAAATGGAAA AGTTGTTGCT ATTAATCAAA GACGGATTCA TGAAGAAATC 
AGCGGTACTT TCTGTGCTGT GAAAAATAAG ACGGAAAAAT TCTTCGCTGA AGATAAAGAT 
GCTGAGATCC TTTCACAGTG GAAAGCAAGA ACAGAGCAGA GAATTAAAGC CGTACATGAT 
AGTCTCGTTG AAGCGGCTGC AAGAAAAATG GATGAACTTA TTAAATTAAA GAAAGCATGT 
AAAAAGCTAG ACGAGAAGAA AACCCAGTAT GAGAATGACC TGTTCAACAG GAGTAAAGAT 
TTGGCTTCTA CACTGGAAGA TATGGACATG AATGAGAGGA GCCTTTGCAG AGAGTTTGAC 
TCAATGTGGG GAAAATGGCT TTCAGATTTG AGGGCAGAAA CGCCTCCAAT TAAAGACGTC 
AAAGTAGAGC AAGAAGTGAT GAACATACTG AGTTCATATT TTGAGCGTCG CACCATTTAT 
TCCAACAGAG ACAGTGGACA TTACAAATGG ATTTATAACA GAAGAGATTA TTCTGACTAT 
GTCACAGTGA AGAAAGGCAC GTTTGGCATT TCATATTATA GTTTGGACAC CAAAGATCAT 
GACTCAGTCA GAAAGCTAGT GCAGCAGACA GTGAGAGAAG CCAAGGAGAT CATTAGAACT 
AAACCAGTGC ACAAAACAGG CTACAGTGAC GCTTACACAC AGGAGATTGT GAACTGTGTG 
AAGAAGAGAG TGGCAGAGTT TAAAGCTGAG AAATTCACCC TGAAGAATGA ATTCACAGTG 
GATTTGTCTC TGTATGTCTG TGACATTGCA GTAAGAAGGT TCACTGATCT TCACAAGGTC 
TTCAGAGACG CTAATGATCC TGTGATTTAC CTGGGAAGTA AGAAAGGAGA TTTTTTCTCC 
ATCTTCAAGA AGCAATGTGA AGGAGTATCA GCCACCGTGG TGTTTGCAGA CTTTGTCTGT 
AACAAACTCA AGCCGTCTAT CCTGCAATCT GTCTATGATC AAACTGCCAT TGATGCAGCT 
GGAGAAATGA GGGCAAACTT CCCAGCATTC AATGGAAACA GGTCAAACCT GGAAAAACAC 
ATCCTGCTGG ATCTGGCAGA AGCTGAAAGC TTTGAGAGAT TCATGACCTA CATCGAGGAT 
CCAAAGAAAC ACTTTTCAGA TTTTATTGAA ACAGAGTTCA AAGAGCAAAT GCTGGAAGGC 
AGAAACCCCA GAATATTGAA AATTCTAAGG GATGCTGCAA ACATGAAGCA TTCCAGTGTT 
TCCACAGCCA TCCAGAAGGC CACAGAGGAA ACTAAACGCA AAAAAGATGT GCATGAGTGG 
CTGAAGAGGT TTTCACAGGA GCTCGAAGGT GAAGTGATAT TTACTGTGAA TGATGTTGAA 
GGAGCTCATT ACCAAGAAAA CACTGAGACA GACTTTTTTG GTGAAGTGAT GAATGAAACC 
CTCCACAGTG TTTTTAATGA GATGACCAGC AGCTTTGACC ACATCTCTTC AATCAGGATG 
GATGTGTTCA AACCAGAAAT CAGACCAGAA GATATTCTGA AAAACCAGTT GTGTGGGTGT 
TGGGTTCAGT GTCCCTTCTG TGCAGCTATT TGTACAAACA CCATAGAAGG ACATGATGGG 
AAGCACAGTG TTCCTTTCCA CAGACCTGAA GGAGTCACTG GGTGGAAGTG GTACAAGACC 
GACAATCTAT CAGTAGATAT CTGCACCAGT TCAGTAGTGA GTGATGCTCA AATAGTCTTA 
CCAGATGAAA AGTGTGTCCC TTACAGGAAG TATTGGGAAG CTGGACCAAA ATATGCTTGT 
TGGAGCATCA CACCTGACAC TTCAGAACAG GCCTACTGGA AATGGTTTGT GTGTCGGTTT 
CAGAGAGACC TGGAGAAGCA CTACGGCAAA ACTTTTAAAG GAAAGGGGGA GATTCCTACA 
GCTTGGAGGA ACATCACTAA GCAGAATGCC ATAGAAAGTT TAAATAATTA A

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

RefSeq	XP_017541756.1
CDS	119..5029
Translation	MSGRKMDAQSPGRNTAERTSVTAQERGTAVVPVIDRNNIQGPLTVNINHIYRDDRSTGAAGQDGVGMKSADGTQKKDSSIKIPDFIYRLHLSNFYPSKLTTANAFNISRTSFLKEEPQSEKKPLKVEDLAFVYLHKLLTLDYRARSLTIHNECVTTKTGKRSAENKDFYSFLNDECEYTDNEDGNTQIHPMDVQMAVFYCADSFLRQNMVTKLSSCQYALPLLVPSPTSTDIELPLWTFRQIKKIWKSVGGLSTSLPVCQIKAPMVFFCRLGSVSTSKSELLNSVINPKHDTFFHRDSPGSSRSRLFMEGLVEIAWYCPAGNTDDLFSECIAFCNLHGDAVKNRKQTNFLSEQATVNVVLMENTKKHNDKDREMVQKLHNLSKPLICLMSEQKGTNTMGNGYNIKYKIGLRDRNQAELHEELISVISTCLQKCNSAPTFSLEASTELAKSYGFRVDEDSQECQAGKTGALEVIKLLKGGDISRIKAKFLPCQGKLWQDWSRKNKEQYRLYGDVEQTKSKIQDHMKSIRNQQRRTSLDLMKAVCKNLTFKQISEKMYFVRWLGVYLDVSFLEKLSEVTQQYYKQLSDLQILKQKREITDEFRKKQEELIQLSEKVDAVTFGLEHIVREMGQIYEAWAETPDRMTAEVSILPVLAADLLISGHPLELMDGDAAHVPLTWIQSVLDKVTERLGDQRVFVLSVLGLQSSGKSTMLNAMFGLQFAVSAGRCTRGAFMQLIRVKEEVKDQLKFDYLLVVDTEGLQSLQLVSKQSGLTHDNELATFVTGLADLTLINIFGENPAEMKDIIQIVVQAFLRMKKVKLAPSCMFVHQNVADISAGEKNMEGRSQLQKQLDEMTHLAATQEVCSAEFFTDVIKFNIQTDVHYFAQLWEGNPPMAPLNPRYSENIENLKQAILKTAAGKKCLKLSELKVRIKDLWSAVLNEDFVFSFKNTLEISVYRRLEVMYGNWTWELRESMLFIEKKLHNWVENGKVVAINQRRIHEEISGTFCAVKNKTEKFFAEDKDAEILSQWKARTEQRIKAVHDSLVEAAARKMDELIKLKKACKKLDEKKTQYENDLFNRSKDLASTLEDMDMNERSLCREFDSMWGKWLSDLRAETPPIKDVKVEQEVMNILSSYFERRTIYSNRDSGHYKWIYNRRDYSDYVTVKKGTFGISYYSLDTKDHDSVRKLVQQTVREAKEIIRTKPVHKTGYSDAYTQEIVNCVKKRVAEFKAEKFTLKNEFTVDLSLYVCDIAVRRFTDLHKVFRDANDPVIYLGSKKGDFFSIFKKQCEGVSATVVFADFVCNKLKPSILQSVYDQTAIDAAGEMRANFPAFNGNRSNLEKHILLDLAEAESFERFMTYIEDPKKHFSDFIETEFKEQMLEGRNPRILKILRDAANMKHSSVSTAIQKATEETKRKKDVHEWLKRFSQELEGEVIFTVNDVEGAHYQENTETDFFGEVMNETLHSVFNEMTSSFDHISSIRMDVFKPEIRPEDILKNQLCGCWVQCPFCAAICTNTIEGHDGKHSVPFHRPEGVTGWKWYKTDNLSVDICTSSVVSDAQIVLPDEKCVPYRKYWEAGPKYACWSITPDTSEQAYWKWFVCRFQRDLEKHYGKTFKGKGEIPTAWRNITKQNAIESLNN

Target ORF information:

RefSeq Version	XM_017686267.1
Organism	Pygocentrus nattereri(red-bellied piranha)
Definition	Pygocentrus nattereri interferon-induced very large GTPase 1-like (LOC108413650), mRNA.

Target ORF information:

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

XM_017686267.1

ORF Insert Sequence:

ATGTCTGGAC GGAAGATGGA TGCTCAGTCT CCAGGTCGCA ACACTGCTGA ACGGACCAGC 
GTTACAGCTC AGGAAAGAGG AACGGCTGTT GTTCCCGTGA TCGATAGAAA TAATATTCAA 
GGCCCTTTGA CAGTGAACAT AAACCACATA TATAGAGATG ACAGAAGTAC AGGGGCTGCT 
GGCCAGGATG GTGTAGGTAT GAAGTCAGCA GATGGGACAC AAAAGAAAGA TTCAAGTATC 
AAAATTCCAG ACTTCATCTA CAGGCTGCAT TTAAGTAATT TCTATCCCAG TAAACTGACA 
ACTGCAAATG CCTTCAATAT AAGCAGGACT TCATTTTTAA AAGAAGAGCC CCAGTCAGAA 
AAGAAGCCAC TGAAAGTGGA GGACTTGGCC TTTGTGTACC TACATAAATT GCTCACACTT 
GATTACAGAG CCAGGTCCTT AACCATTCAT AATGAATGTG TCACCACTAA AACAGGGAAA 
AGATCTGCTG AAAACAAAGA TTTTTATTCT TTTCTGAATG ATGAGTGTGA GTATACTGAT 
AATGAAGATG GAAACACACA GATTCACCCA ATGGACGTCC AGATGGCAGT TTTCTACTGT 
GCTGACAGTT TCCTGAGGCA GAACATGGTG ACTAAACTCT CCTCCTGCCA ATACGCTCTG 
CCTCTGCTTG TGCCCAGTCC TACATCTACA GACATTGAAC TCCCTCTCTG GACCTTTCGG 
CAGATCAAGA AGATCTGGAA GTCAGTTGGT GGTCTCAGCA CATCATTGCC AGTCTGTCAG 
ATTAAAGCTC CAATGGTGTT TTTCTGCAGG CTGGGCTCTG TTTCCACTTC CAAATCCGAG 
CTGCTCAATT CTGTGATTAA CCCAAAGCAT GACACCTTCT TCCACAGAGA CAGTCCAGGC 
AGCAGCAGGA GCCGCCTGTT CATGGAGGGG CTGGTGGAGA TTGCCTGGTA CTGTCCTGCA 
GGGAACACTG ATGACCTTTT TAGTGAATGC ATTGCATTCT GCAATCTTCA TGGTGATGCT 
GTAAAGAACA GAAAACAAAC TAACTTTCTG AGTGAACAAG CAACAGTCAA TGTTGTCCTG 
ATGGAAAACA CAAAGAAGCA TAACGACAAA GACAGAGAGA TGGTACAGAA GCTCCATAAT 
TTGTCAAAGC CTTTGATCTG TCTTATGAGT GAACAGAAAG GTACAAACAC AATGGGAAAT 
GGATATAACA TAAAATATAA AATAGGACTC AGAGACAGAA ACCAGGCGGA GTTACATGAA 
GAACTGATAT CAGTAATCAG TACCTGTTTG CAGAAATGTA ATTCAGCTCC CACTTTCAGT 
CTTGAGGCAA GCACAGAACT GGCTAAAAGT TATGGATTCA GAGTTGATGA AGACAGTCAG 
GAATGCCAGG CAGGAAAGAC TGGAGCTCTG GAGGTCATAA AGCTGCTGAA AGGAGGAGAC 
ATCTCCCGAA TCAAGGCCAA GTTCCTGCCA TGTCAGGGGA AACTGTGGCA GGATTGGAGC 
AGGAAGAACA AAGAACAGTA TAGATTGTAT GGAGATGTAG AACAGACCAA GAGCAAAATA 
CAGGACCACA TGAAATCAAT ACGGAATCAA CAAAGGAGGA CTTCACTAGA CTTAATGAAA 
GCTGTTTGTA AAAATTTAAC CTTCAAACAG ATTTCAGAGA AAATGTACTT TGTGAGATGG 
CTTGGAGTCT ACCTAGACGT CTCATTTTTA GAGAAGCTTT CAGAAGTTAC TCAGCAATAT 
TACAAACAGT TGTCAGACCT GCAAATTTTG AAACAAAAAC GAGAAATAAC TGATGAGTTC 
AGAAAAAAGC AGGAAGAACT TATACAATTA TCAGAGAAGG TGGATGCAGT GACGTTTGGT 
CTGGAGCACA TAGTGAGAGA AATGGGTCAG ATTTATGAGG CCTGGGCTGA AACTCCTGAC 
AGAATGACAG CAGAGGTTTC TATTCTCCCT GTTCTGGCTG CAGACCTCCT GATCTCTGGA 
CATCCACTGG AGCTGATGGA TGGAGATGCT GCTCATGTCC CTCTGACCTG GATACAGTCT 
GTTCTTGACA AGGTCACTGA GAGACTGGGA GACCAGAGAG TGTTCGTGCT GTCTGTTCTG 
GGTCTGCAGA GCTCAGGAAA GTCCACCATG CTGAATGCCA TGTTTGGGCT GCAGTTTGCT 
GTGAGTGCTG GCAGGTGCAC AAGGGGAGCT TTCATGCAGC TGATCAGAGT GAAAGAAGAG 
GTTAAAGACC AGCTGAAGTT TGACTACCTG CTTGTGGTCG ACACAGAGGG GCTTCAGTCT 
TTACAACTGG TGAGCAAACA GTCAGGACTC ACTCATGACA ATGAACTGGC CACTTTCGTC 
ACTGGTCTTG CAGATCTGAC TCTGATCAAC ATCTTTGGGG AAAATCCAGC AGAAATGAAG 
GACATCATTC AAATTGTAGT CCAGGCATTT CTAAGAATGA AAAAAGTAAA ACTCGCTCCC 
AGCTGCATGT TTGTTCACCA GAACGTTGCA GATATCAGTG CTGGAGAGAA GAACATGGAG 
GGAAGAAGTC AACTGCAGAA ACAACTGGAT GAAATGACTC ATTTGGCTGC AACTCAAGAA 
GTGTGCAGTG CAGAGTTTTT TACTGATGTG ATCAAATTCA ACATACAGAC AGATGTGCAT 
TACTTTGCCC AGCTGTGGGA GGGAAACCCC CCCATGGCTC CACTAAACCC ACGTTACAGT 
GAAAATATTG AAAATCTCAA ACAGGCCATT CTCAAAACTG CAGCAGGAAA GAAATGTCTA 
AAACTCTCAG AGCTCAAAGT CCGTATTAAA GACCTGTGGA GTGCAGTGCT GAATGAAGAC 
TTTGTGTTCA GCTTCAAGAA CACTCTAGAA ATATCAGTGT ACAGGAGACT GGAGGTCATG 
TATGGCAACT GGACATGGGA GCTCAGGGAA AGCATGCTTT TTATTGAGAA AAAACTGCAC 
AACTGGGTTG AAAATGGAAA AGTTGTTGCT ATTAATCAAA GACGGATTCA TGAAGAAATC 
AGCGGTACTT TCTGTGCTGT GAAAAATAAG ACGGAAAAAT TCTTCGCTGA AGATAAAGAT 
GCTGAGATCC TTTCACAGTG GAAAGCAAGA ACAGAGCAGA GAATTAAAGC CGTACATGAT 
AGTCTCGTTG AAGCGGCTGC AAGAAAAATG GATGAACTTA TTAAATTAAA GAAAGCATGT 
AAAAAGCTAG ACGAGAAGAA AACCCAGTAT GAGAATGACC TGTTCAACAG GAGTAAAGAT 
TTGGCTTCTA CACTGGAAGA TATGGACATG AATGAGAGGA GCCTTTGCAG AGAGTTTGAC 
TCAATGTGGG GAAAATGGCT TTCAGATTTG AGGGCAGAAA CGCCTCCAAT TAAAGACGTC 
AAAGTAGAGC AAGAAGTGAT GAACATACTG AGTTCATATT TTGAGCGTCG CACCATTTAT 
TCCAACAGAG ACAGTGGACA TTACAAATGG ATTTATAACA GAAGAGATTA TTCTGACTAT 
GTCACAGTGA AGAAAGGCAC GTTTGGCATT TCATATTATA GTTTGGACAC CAAAGATCAT 
GACTCAGTCA GAAAGCTAGT GCAGCAGACA GTGAGAGAAG CCAAGGAGAT CATTAGAACT 
AAACCAGTGC ACAAAACAGG CTACAGTGAC GCTTACACAC AGGAGATTGT GAACTGTGTG 
AAGAAGAGAG TGGCAGAGTT TAAAGCTGAG AAATTCACCC TGAAGAATGA ATTCACAGTG 
GATTTGTCTC TGTATGTCTG TGACATTGCA GTAAGAAGGT TCACTGATCT TCACAAGGTC 
TTCAGAGACG CTAATGATCC TGTGATTTAC CTGGGAAGTA AGAAAGGAGA TTTTTTCTCC 
ATCTTCAAGA AGCAATGTGA AGGAGTATCA GCCACCGTGG TGTTTGCAGA CTTTGTCTGT 
AACAAACTCA AGCCGTCTAT CCTGCAATCT GTCTATGATC AAACTGCCAT TGATGCAGCT 
GGAGAAATGA GGGCAAACTT CCCAGCATTC AATGGAAACA GGTCAAACCT GGAAAAACAC 
ATCCTGCTGG ATCTGGCAGA AGCTGAAAGC TTTGAGAGAT TCATGACCTA CATCGAGGAT 
CCAAAGAAAC ACTTTTCAGA TTTTATTGAA ACAGAGTTCA AAGAGCAAAT GCTGGAAGGC 
AGAAACCCCA GAATATTGAA AATTCTAAGG GATGCTGCAA ACATGAAGCA TTCCAGTGTT 
TCCACAGCCA TCCAGAAGGC CACAGAGGAA ACTAAACGCA AAAAAGATGT GCATGAGTGG 
CTGAAGAGGT TTTCACAGGA GCTCGAAGGT GAAGTGATAT TTACTGTGAA TGATGTTGAA 
GGAGCTCATT ACCAAGAAAA CACTGAGACA GACTTTTTTG GTGAAGTGAT GAATGAAACC 
CTCCACAGTG TTTTTAATGA GATGACCAGC AGCTTTGACC ACATCTCTTC AATCAGGATG 
GATGTGTTCA AACCAGAAAT CAGACCAGAA GATATTCTGA AAAACCAGTT GTGTGGGTGT 
TGGGTTCAGT GTCCCTTCTG TGCAGCTATT TGTACAAACA CCATAGAAGG ACATGATGGG 
AAGCACAGTG TTCCTTTCCA CAGACCTGAA GGAGTCACTG GGTGGAAGTG GTACAAGACC 
GACAATCTAT CAGTAGATAT CTGCACCAGT TCAGTAGTGA GTGATGCTCA AATAGTCTTA 
CCAGATGAAA AGTGTGTCCC TTACAGGAAG TATTGGGAAG CTGGACCAAA ATATGCTTGT 
TGGAGCATCA CACCTGACAC TTCAGAACAG GCCTACTGGA AATGGTTTGT GTGTCGGTTT 
CAGAGAGACC TGGAGAAGCA CTACGGCAAA ACTTTTAAAG GAAAGGGGGA GATTCCTACA 
GCTTGGAGGA ACATCACTAA GCAGAATGCC ATAGAAAGTT TAAATAATTA A