LOC115198358 cDNA ORF clone,

Gene
Clones
gRNAs

The following LOC115198358 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC115198358 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
ORi24455	XM_029760256.1 Latest version!	Salmo trutta interferon-induced very large GTPase 1-like (LOC115198358), 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)

LOC115198358 ( XM_029760256.1 ) cDNA ORF clone, -> XP_029616116.1 Salmo trutta interferon-induced very large GTPase 1-like (LOC115198358), mRNA.

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CloneID	ORi24455
Clone ID Related Accession (Same CDS sequence)	XM_029760256.1
Accession Version	XM_029760256.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5583bp) 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_042964.1) 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##

ATGCACATGG TTCATCCTAC TGGAACGTTT GATTATCCGC CATTGAGCTG CGGAGTGATC 
AGGAGACATT TTCAGGAAAT GAAGTGTATT CGATGTTACA CGCTTTGTGA GGAGGGACAG 
CGGTTTTGCT TGGGCTGCAA AGCAATCGTC GAGGAAGAGG AAGAGCCATG CAGTCTAAAA 
GATGTGACCT TTGACCGGGT TAGGAGTGGG GCGACTGAAG ACACCCTGCC AATGGATAGC 
TCCTCAGATG AAGAGGACTT TCATGATGCA AGTGATCTAT TCCTTGACTT ATATCTTGGG 
AAAGATGAGG ACACATCTCA GAGAGTACAA GCTGACAGTC TGGAGACAGA GCCATCTCAA 
CAGATGGGTG CTGCTGTAGC AGAGCTCTCC TCCCCCGGAG AGATAACAGT TCATTATGTT 
GGCAGTGACT CTGTTTCTCT GAGCTGGCGC CCTTCTGACC CAGCCCGGAG GTACGAGTTG 
ACCTACTCCT GCAACACCCA GACAGAGAGC CGTTCCATCC AAGGTTCCAA CAGCGCTGAT 
GTGGAAGGCC TGTTTCCAGG GACGGAGTAC ACTTTCAGCG TCACATCGGT CACTGAAGAT 
GGGAATCGGA GTGTGGCGGT CAGCATGTCT ACGTATACAA AACCTCTGCC ACCTGAAAAA 
GTAAAGATTG ACCAAGTCAG CAGTGAATCA GTGTCTCTGA GTTGGGACAA ACCGATTGGT 
GTCACTGAGG CATGTCTTGT GACCTGTTCC ATTGATGGGG AGGAAGTCCA GAAGATAACA 
ACAGAGTCCA ACACCCTGAC GTTCTCCAGT CTGAGTCCAG GTGTCAAGTA CTCCTTTCAC 
GTCTCTACGG TGCTGAAGAA CGGGACCCAA AGCAAGTCGG CTGTGACATA TGGCCGCACA 
AAAACCCACC TGGAGAGTTT GCTGCTGGAC CTGGGGTTGG AGCAACACTA CACAGGGAAG 
CTGGACCTTA GCACTGTGCT GCAGATTGAT GAGAAGACTG TCACCGATGA ACCTGCTCAG 
ACTCTCTCAG CCCTGCCATG GATTTTCCTA AAGAGGTTAA TGATGGTGAA TGTAACTGCT 
AGGAGTGTGA AATGTACCTC ATCAGGAAGC GAGGCAAGTT GTGATGCTTC ATTTTGCAAC 
ATAGATCTAG ATCTAGAGAG TCTGGTTGAT AACATGGACT CTAGTAATGT TGTAAACCCC 
TTAGACATTG TGACTGCTCT CTTTCTGTGT TCCAATGGTT TTCTCCAGCA AGAGATGGTT 
TTGAAAATGT CAATGTGTCA GTTTTCAGTG CCCCTGCTTC TCCACAATTG TGACACAGAA 
GAGTGTACGC TAATGCTCTG GGCCATGAGA GACATTGTCA AGAAGTTCAG ACCGCATTCA 
TTGGCAGATT CCAGAGGATT TGTTGAAGAC CGGATTGTTC TCTCTGACCT CCCTATGGTC 
TCTTTTGTCA GATTGGGCGA GTGCTCTCTG TCCAAGTCTC AGATTCTAAA CAAGCTGCTG 
AGTAATCCTC AACAATATCA CGACACGTTT GTCCACCACG ACATGGAATG TGGTGATAGC 
CCAAGGAGAA TATCCAATGG ATTGGTTGAG ATAAGCTGGT ACCTCCCAAG TGGGAAAAAA 
AACATTGATA TTTTTGGTGA AGCTATTGCT GTAACCAATC TTAGAGGGGA CATCAGTTCT 
TTTGAAACAC AATATTCCTT TCTTTGCCAG ACCTCTGCAG CAGTCTTTGT GTTCTTTGAC 
AACCTGGACA CCAAGTACAA GCTACTGACC AGCCAACACA CCAAGGCTCA GCTGTTTCTA 
GTGGGTAACA CACAGAGCAA GAGCTTCAGC ATTGATGCTT TGAAGAGAAC AGCAGCAGAG 
TTGAACTTGA AAAAAAGCAG CATCATCCTG AAGACCAAAC AGATGAATGA TGCAGACTTT 
GTGAAGAACC TGCGAAACAC AGTTGGTGAG TTGATTAAGA ATTCAAAGTC CAAAATGCCA 
TTGGAGCAGA TGGCTGAAGT GGCGCATGAG CTTGGAATAC TGGTTGATGA GGACTACAAA 
GAATGTCAGA GTGCCAAGTT AAATGCTGAC GCAATCACGT CAAAAATTTA TGACACACCA 
CAGTATAAGG AAAGTCAGCT TCCCTTGCAA GGACAAATTT GGAAGGAGCT GGCACGTCTA 
GAGAAGGAGG AATGCAGACT GCGGAAAGCT GGGAACCAGA ACCTAGAGAT GTACAAAAGT 
GAACTCCAAA CAGACAAGAG ACAACTTAGG GAACAGCAAC GGAGATATGA CATTTCAGAG 
GCAATGACCT GCTTCATAAA TGCAATATCA AGCACAGGCC TAGAAAGGAC CTATTTCTTG 
AAATGGATGA GAATGAACCT GGACAATATG GCTCGTAAAA ACCTTTCTGG CCTTAGAGAG 
CTGTACAAAG AAAAGTCTCA GAATTCATCT GAAAACAAAG ATGAAATTGC AGACCTTGAC 
AGACAGATTT CAAACAGTTC TTTGGGAACT GAGCATTTCC TACGTGAAAT GGGTCAACTG 
TATGAATCTG CAGTCTTACT GGAAGAAACT GAAGAGTCAA GGCAACAACT GAAGCACCTG 
CCCAGACTAT GTGCTGAGTT GCTTCTGGAT GGGTTTCCTC TGGAGCTGGT GGATGGAGAC 
GCGTCTAACA TACCTCTGAG ATGGGTAAGT GATGTGCTGC ATCAGCTCAA TGTCTTGGTG 
CAACCGAAGA GCAAGATCCT GGTGGTAACT GTTCTAGGTG TTCAGAGCAC GGGAAAGTCC 
ACTCTATTGA ACACAATGTT TGGAGTGCAG TTCGCAGTCA GTAGCGGCAG ATGCACAAGG 
GGGGCCTTTA TGCTGCTCAT CAAAGTCAAA GACGACTTCA AGAAAGAGCT GAACTGCGAC 
TTCTTAGTGA TCATCGACAC AGAAGGGCTG AAGTCGCCAG AGCTGGCACA GCTTGATGAC 
AGCTACGAGC ATGACAATGA GCTAGCCACA CTTGTTGTCG GGCTGAGTGA TGTCACAATA 
ATCAATATTG CCATGGAGAA CTCGACCGAG ATGAAGGACA TCCTGCAGAT CGTGGTCCAC 
GCTTTTCTCC GGATGAAAGA GGTGGGAAAG AAACCCAAGT GTCAGTTTGT CCACCAGAAC 
GTGGCAGATG TCTCGGCACA TGATAAGAAC ATGAGAGACC GGAAAATGCT GCTGGAGCAA 
TTAAACGAGA TGACCCAGGC AGCAGCCAGA ATGGAAAACA AGGAGGAGAA CAAGAGCTTC 
ACTGATGTGA TGGAGTACAA CCCAGAGACT GGTAACTGGT ACATCCCTGG ACTTTGGCAT 
GGAAACCCCC CAATGGCGCC CGTCAACGCC GGTTACAGCG AGTCTGTATA CGAGTTCAAA 
AAGAATATGA TCGAGGTCTT CCAGAACTGT GAAGCCTCTG GGAACAACAT CATGGACTTT 
CTGGAGTGGA CAAAAAGCCT GTGGAATGCT GTGAAGTATG AAAACTTCAT CTTCAGCTTC 
AGAAATAGCC TGGTGGCTGA TGCCTACATG AAGCTGTGTG TTGAGTTCAG TAAGTGGGAA 
TGGGCATTCA GAAAGCACAT GCACACATGG ATGACAAATG CTGAAACAAG GATTTCCAAC 
TTCGGAACAA TAGCAATGAA ATATCAAACA GGAGACGTGA GGGATTTTCT CCATCTTTTG 
AAAAGTGAAG CCTCAATAGA ACTTGTCCAA TGGGAGAAGA CCCTTCTTGA CAACCTAACC 
AAGTACTATG AACAGGCAGA TGGACATGTC TACTTGGTGG AGAGATACAG AGAGGATTTC 
GCAAACAGCA CCAAAAGTCT TAAACGGGAG ATAGAAAACT CTGTTTTGAG TAAACTGGTC 
GCTGATGTTG AGATTCAACA AGGAATGAAC AAGCTTGCCA CAATCAAGAA GAACTACACA 
GCGGTGATGG AGGAAAAGGT GCTGAAGTTG GTTGAGAACT GCAGAAAGAA CAAATGTCAG 
AGGCCAGATC AGGAGCTTGA CAGAGAATTT GAAAAGGTGT GGGAGGAAAC TGTGCAGGAG 
CTCTCTTTTA CAGGATTGAA GAAAATAGAC ATTGTGAGCC ATGTTTTAAA CCAGCTCCGG 
TCTAACATGA TGCAGAAGGC AGTGAATGAA AAGTTGAACA ATGTGAAACT TGAAGATCAT 
GGAACAAAAC CATTCATAGT CTCTCCAGGG GGGTTCTTAA AGAAGTTCGT GAATAACTTT 
TACGTGAATG AGAACACAAG AAAAACCCAG GCCATGGCAG ACAACCTCAT AGCCAAATGC 
GAAGAATTTG TGGTTGAGAC TGTTCAAAAT AAGACAAACT ACCATGACAC ATATACTCAA 
GAGATCCTGC ACATGATTGA AGAGAAGTTG GAAGCCAACA AAAATCTTGG GACAAGCAAT 
AAATTTGAAC TCTCCATTAA ATTGTACATT TGTGGGTTTG CATCCAGGGC ATTCCAAGCA 
ATGCATGAAC AGTTCATACG TGACAACAAT CCTCATTGGT GCCTTGAACA GTTCAAAGGT 
AAATACTTGG CAGACTTCAA AGACTTGTTC AGTGGACAAG ATCAGTGTCA GAAGAAAGCT 
GCAGAGTTCA CCAACCTGTG TCTCAGACCT GCAGTAGAAG CCTGTGTCAC CAATTCTCTG 
GGTCTAGAAA TTGTTGATGT AATGCTGACG GGGCAGAATG CCTTTCAATT CAGCTCTCGG 
ACATTTTTCC AGTACTCTAT CCTGAAGCAA CTGCTGTCTG CATTCAACTT TGACAACTAT 
GTGAGCTACA TTTGTCACTA TGAAGCTTTT GTCAAGAATT GGATTTTGAA TGAAATCTTG 
AAACGCTTTT CACAAGGGAA CAAAATGTTT GAATTGGAGA AGTATCAACT CAATGGGATT 
ATCAAAGTAA TCAATGAGGC AATCTCAAAG GCACAGACTA ATGAGAACGG CAACATAAAG 
GAATTTCTTC AGGACATATG CAGGGAACTT GGAGAGAAGC TGGTCATTCC CCAAGATGCG 
TTGGAAGCCA CTATGATCCT CAACAATTCC AAACAGGAAC AGTTTGCCCA CTGGCTCAAA 
ACATCTGTGG TGGAGATGGA ACAGTCTCTG ACAGAAGAAT TCCAAAAAGC AGGGGATGTG 
AAAAGTAAAT TGAAAAGACA GAAAATCAAG CCGCAGAACG AGCTGTTCAC AAGAGTGTTT 
GGCTGCGGTA AGCAGTGTCC ATTCTGCGGG GCACCATGTG AGGCAGGAGG GGAGGCCCAC 
AATGAGCACT GTGCCTCAAT ACACAGACCA CAGGGACTTG GTCAGTTCAG GTTTAATGTC 
TCAAGTAAAC TTTGCACTGA CATCTGCTCC TCTGCAGTGT TTAGTGAGGG TTCTTTCAAA 
TGCCAAGAGA CAAATGATGA ATTTCAGCCT TTAAAAAAGT ACCGAGAAAT TTTTCCCAAC 
TGGCATATCC CGGCAGATCC CAGCATACAG GCCTCAGACT ACTGGAAATA TGTGATGGCA 
AAATTCAACA AGGAATTTGC CATACAGTAT GACGCACAAC CTGGCGATAT CCCCCCTGCC 
TGGAAACGGA TCACAAAGGA ACAGGCAAAA AACAGCCTTA GAGAGTCTTT TAGCATTAAC 
TGA

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

RefSeq	XP_029616116.1
CDS	202..5784
Translation	MHMVHPTGTFDYPPLSCGVIRRHFQEMKCIRCYTLCEEGQRFCLGCKAIVEEEEEPCSLKDVTFDRVRSGATEDTLPMDSSSDEEDFHDASDLFLDLYLGKDEDTSQRVQADSLETEPSQQMGAAVAELSSPGEITVHYVGSDSVSLSWRPSDPARRYELTYSCNTQTESRSIQGSNSADVEGLFPGTEYTFSVTSVTEDGNRSVAVSMSTYTKPLPPEKVKIDQVSSESVSLSWDKPIGVTEACLVTCSIDGEEVQKITTESNTLTFSSLSPGVKYSFHVSTVLKNGTQSKSAVTYGRTKTHLESLLLDLGLEQHYTGKLDLSTVLQIDEKTVTDEPAQTLSALPWIFLKRLMMVNVTARSVKCTSSGSEASCDASFCNIDLDLESLVDNMDSSNVVNPLDIVTALFLCSNGFLQQEMVLKMSMCQFSVPLLLHNCDTEECTLMLWAMRDIVKKFRPHSLADSRGFVEDRIVLSDLPMVSFVRLGECSLSKSQILNKLLSNPQQYHDTFVHHDMECGDSPRRISNGLVEISWYLPSGKKNIDIFGEAIAVTNLRGDISSFETQYSFLCQTSAAVFVFFDNLDTKYKLLTSQHTKAQLFLVGNTQSKSFSIDALKRTAAELNLKKSSIILKTKQMNDADFVKNLRNTVGELIKNSKSKMPLEQMAEVAHELGILVDEDYKECQSAKLNADAITSKIYDTPQYKESQLPLQGQIWKELARLEKEECRLRKAGNQNLEMYKSELQTDKRQLREQQRRYDISEAMTCFINAISSTGLERTYFLKWMRMNLDNMARKNLSGLRELYKEKSQNSSENKDEIADLDRQISNSSLGTEHFLREMGQLYESAVLLEETEESRQQLKHLPRLCAELLLDGFPLELVDGDASNIPLRWVSDVLHQLNVLVQPKSKILVVTVLGVQSTGKSTLLNTMFGVQFAVSSGRCTRGAFMLLIKVKDDFKKELNCDFLVIIDTEGLKSPELAQLDDSYEHDNELATLVVGLSDVTIINIAMENSTEMKDILQIVVHAFLRMKEVGKKPKCQFVHQNVADVSAHDKNMRDRKMLLEQLNEMTQAAARMENKEENKSFTDVMEYNPETGNWYIPGLWHGNPPMAPVNAGYSESVYEFKKNMIEVFQNCEASGNNIMDFLEWTKSLWNAVKYENFIFSFRNSLVADAYMKLCVEFSKWEWAFRKHMHTWMTNAETRISNFGTIAMKYQTGDVRDFLHLLKSEASIELVQWEKTLLDNLTKYYEQADGHVYLVERYREDFANSTKSLKREIENSVLSKLVADVEIQQGMNKLATIKKNYTAVMEEKVLKLVENCRKNKCQRPDQELDREFEKVWEETVQELSFTGLKKIDIVSHVLNQLRSNMMQKAVNEKLNNVKLEDHGTKPFIVSPGGFLKKFVNNFYVNENTRKTQAMADNLIAKCEEFVVETVQNKTNYHDTYTQEILHMIEEKLEANKNLGTSNKFELSIKLYICGFASRAFQAMHEQFIRDNNPHWCLEQFKGKYLADFKDLFSGQDQCQKKAAEFTNLCLRPAVEACVTNSLGLEIVDVMLTGQNAFQFSSRTFFQYSILKQLLSAFNFDNYVSYICHYEAFVKNWILNEILKRFSQGNKMFELEKYQLNGIIKVINEAISKAQTNENGNIKEFLQDICRELGEKLVIPQDALEATMILNNSKQEQFAHWLKTSVVEMEQSLTEEFQKAGDVKSKLKRQKIKPQNELFTRVFGCGKQCPFCGAPCEAGGEAHNEHCASIHRPQGLGQFRFNVSSKLCTDICSSAVFSEGSFKCQETNDEFQPLKKYREIFPNWHIPADPSIQASDYWKYVMAKFNKEFAIQYDAQPGDIPPAWKRITKEQAKNSLRESFSIN

Target ORF information:

RefSeq Version	XM_029760256.1
Organism	Salmo trutta(river trout)
Definition	Salmo trutta interferon-induced very large GTPase 1-like (LOC115198358), mRNA.

Target ORF information:

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

XM_029760256.1

ORF Insert Sequence:

ATGCACATGG TTCATCCTAC TGGAACGTTT GATTATCCGC CATTGAGCTG CGGAGTGATC 
AGGAGACATT TTCAGGAAAT GAAGTGTATT CGATGTTACA CGCTTTGTGA GGAGGGACAG 
CGGTTTTGCT TGGGCTGCAA AGCAATCGTC GAGGAAGAGG AAGAGCCATG CAGTCTAAAA 
GATGTGACCT TTGACCGGGT TAGGAGTGGG GCGACTGAAG ACACCCTGCC AATGGATAGC 
TCCTCAGATG AAGAGGACTT TCATGATGCA AGTGATCTAT TCCTTGACTT ATATCTTGGG 
AAAGATGAGG ACACATCTCA GAGAGTACAA GCTGACAGTC TGGAGACAGA GCCATCTCAA 
CAGATGGGTG CTGCTGTAGC AGAGCTCTCC TCCCCCGGAG AGATAACAGT TCATTATGTT 
GGCAGTGACT CTGTTTCTCT GAGCTGGCGC CCTTCTGACC CAGCCCGGAG GTACGAGTTG 
ACCTACTCCT GCAACACCCA GACAGAGAGC CGTTCCATCC AAGGTTCCAA CAGCGCTGAT 
GTGGAAGGCC TGTTTCCAGG GACGGAGTAC ACTTTCAGCG TCACATCGGT CACTGAAGAT 
GGGAATCGGA GTGTGGCGGT CAGCATGTCT ACGTATACAA AACCTCTGCC ACCTGAAAAA 
GTAAAGATTG ACCAAGTCAG CAGTGAATCA GTGTCTCTGA GTTGGGACAA ACCGATTGGT 
GTCACTGAGG CATGTCTTGT GACCTGTTCC ATTGATGGGG AGGAAGTCCA GAAGATAACA 
ACAGAGTCCA ACACCCTGAC GTTCTCCAGT CTGAGTCCAG GTGTCAAGTA CTCCTTTCAC 
GTCTCTACGG TGCTGAAGAA CGGGACCCAA AGCAAGTCGG CTGTGACATA TGGCCGCACA 
AAAACCCACC TGGAGAGTTT GCTGCTGGAC CTGGGGTTGG AGCAACACTA CACAGGGAAG 
CTGGACCTTA GCACTGTGCT GCAGATTGAT GAGAAGACTG TCACCGATGA ACCTGCTCAG 
ACTCTCTCAG CCCTGCCATG GATTTTCCTA AAGAGGTTAA TGATGGTGAA TGTAACTGCT 
AGGAGTGTGA AATGTACCTC ATCAGGAAGC GAGGCAAGTT GTGATGCTTC ATTTTGCAAC 
ATAGATCTAG ATCTAGAGAG TCTGGTTGAT AACATGGACT CTAGTAATGT TGTAAACCCC 
TTAGACATTG TGACTGCTCT CTTTCTGTGT TCCAATGGTT TTCTCCAGCA AGAGATGGTT 
TTGAAAATGT CAATGTGTCA GTTTTCAGTG CCCCTGCTTC TCCACAATTG TGACACAGAA 
GAGTGTACGC TAATGCTCTG GGCCATGAGA GACATTGTCA AGAAGTTCAG ACCGCATTCA 
TTGGCAGATT CCAGAGGATT TGTTGAAGAC CGGATTGTTC TCTCTGACCT CCCTATGGTC 
TCTTTTGTCA GATTGGGCGA GTGCTCTCTG TCCAAGTCTC AGATTCTAAA CAAGCTGCTG 
AGTAATCCTC AACAATATCA CGACACGTTT GTCCACCACG ACATGGAATG TGGTGATAGC 
CCAAGGAGAA TATCCAATGG ATTGGTTGAG ATAAGCTGGT ACCTCCCAAG TGGGAAAAAA 
AACATTGATA TTTTTGGTGA AGCTATTGCT GTAACCAATC TTAGAGGGGA CATCAGTTCT 
TTTGAAACAC AATATTCCTT TCTTTGCCAG ACCTCTGCAG CAGTCTTTGT GTTCTTTGAC 
AACCTGGACA CCAAGTACAA GCTACTGACC AGCCAACACA CCAAGGCTCA GCTGTTTCTA 
GTGGGTAACA CACAGAGCAA GAGCTTCAGC ATTGATGCTT TGAAGAGAAC AGCAGCAGAG 
TTGAACTTGA AAAAAAGCAG CATCATCCTG AAGACCAAAC AGATGAATGA TGCAGACTTT 
GTGAAGAACC TGCGAAACAC AGTTGGTGAG TTGATTAAGA ATTCAAAGTC CAAAATGCCA 
TTGGAGCAGA TGGCTGAAGT GGCGCATGAG CTTGGAATAC TGGTTGATGA GGACTACAAA 
GAATGTCAGA GTGCCAAGTT AAATGCTGAC GCAATCACGT CAAAAATTTA TGACACACCA 
CAGTATAAGG AAAGTCAGCT TCCCTTGCAA GGACAAATTT GGAAGGAGCT GGCACGTCTA 
GAGAAGGAGG AATGCAGACT GCGGAAAGCT GGGAACCAGA ACCTAGAGAT GTACAAAAGT 
GAACTCCAAA CAGACAAGAG ACAACTTAGG GAACAGCAAC GGAGATATGA CATTTCAGAG 
GCAATGACCT GCTTCATAAA TGCAATATCA AGCACAGGCC TAGAAAGGAC CTATTTCTTG 
AAATGGATGA GAATGAACCT GGACAATATG GCTCGTAAAA ACCTTTCTGG CCTTAGAGAG 
CTGTACAAAG AAAAGTCTCA GAATTCATCT GAAAACAAAG ATGAAATTGC AGACCTTGAC 
AGACAGATTT CAAACAGTTC TTTGGGAACT GAGCATTTCC TACGTGAAAT GGGTCAACTG 
TATGAATCTG CAGTCTTACT GGAAGAAACT GAAGAGTCAA GGCAACAACT GAAGCACCTG 
CCCAGACTAT GTGCTGAGTT GCTTCTGGAT GGGTTTCCTC TGGAGCTGGT GGATGGAGAC 
GCGTCTAACA TACCTCTGAG ATGGGTAAGT GATGTGCTGC ATCAGCTCAA TGTCTTGGTG 
CAACCGAAGA GCAAGATCCT GGTGGTAACT GTTCTAGGTG TTCAGAGCAC GGGAAAGTCC 
ACTCTATTGA ACACAATGTT TGGAGTGCAG TTCGCAGTCA GTAGCGGCAG ATGCACAAGG 
GGGGCCTTTA TGCTGCTCAT CAAAGTCAAA GACGACTTCA AGAAAGAGCT GAACTGCGAC 
TTCTTAGTGA TCATCGACAC AGAAGGGCTG AAGTCGCCAG AGCTGGCACA GCTTGATGAC 
AGCTACGAGC ATGACAATGA GCTAGCCACA CTTGTTGTCG GGCTGAGTGA TGTCACAATA 
ATCAATATTG CCATGGAGAA CTCGACCGAG ATGAAGGACA TCCTGCAGAT CGTGGTCCAC 
GCTTTTCTCC GGATGAAAGA GGTGGGAAAG AAACCCAAGT GTCAGTTTGT CCACCAGAAC 
GTGGCAGATG TCTCGGCACA TGATAAGAAC ATGAGAGACC GGAAAATGCT GCTGGAGCAA 
TTAAACGAGA TGACCCAGGC AGCAGCCAGA ATGGAAAACA AGGAGGAGAA CAAGAGCTTC 
ACTGATGTGA TGGAGTACAA CCCAGAGACT GGTAACTGGT ACATCCCTGG ACTTTGGCAT 
GGAAACCCCC CAATGGCGCC CGTCAACGCC GGTTACAGCG AGTCTGTATA CGAGTTCAAA 
AAGAATATGA TCGAGGTCTT CCAGAACTGT GAAGCCTCTG GGAACAACAT CATGGACTTT 
CTGGAGTGGA CAAAAAGCCT GTGGAATGCT GTGAAGTATG AAAACTTCAT CTTCAGCTTC 
AGAAATAGCC TGGTGGCTGA TGCCTACATG AAGCTGTGTG TTGAGTTCAG TAAGTGGGAA 
TGGGCATTCA GAAAGCACAT GCACACATGG ATGACAAATG CTGAAACAAG GATTTCCAAC 
TTCGGAACAA TAGCAATGAA ATATCAAACA GGAGACGTGA GGGATTTTCT CCATCTTTTG 
AAAAGTGAAG CCTCAATAGA ACTTGTCCAA TGGGAGAAGA CCCTTCTTGA CAACCTAACC 
AAGTACTATG AACAGGCAGA TGGACATGTC TACTTGGTGG AGAGATACAG AGAGGATTTC 
GCAAACAGCA CCAAAAGTCT TAAACGGGAG ATAGAAAACT CTGTTTTGAG TAAACTGGTC 
GCTGATGTTG AGATTCAACA AGGAATGAAC AAGCTTGCCA CAATCAAGAA GAACTACACA 
GCGGTGATGG AGGAAAAGGT GCTGAAGTTG GTTGAGAACT GCAGAAAGAA CAAATGTCAG 
AGGCCAGATC AGGAGCTTGA CAGAGAATTT GAAAAGGTGT GGGAGGAAAC TGTGCAGGAG 
CTCTCTTTTA CAGGATTGAA GAAAATAGAC ATTGTGAGCC ATGTTTTAAA CCAGCTCCGG 
TCTAACATGA TGCAGAAGGC AGTGAATGAA AAGTTGAACA ATGTGAAACT TGAAGATCAT 
GGAACAAAAC CATTCATAGT CTCTCCAGGG GGGTTCTTAA AGAAGTTCGT GAATAACTTT 
TACGTGAATG AGAACACAAG AAAAACCCAG GCCATGGCAG ACAACCTCAT AGCCAAATGC 
GAAGAATTTG TGGTTGAGAC TGTTCAAAAT AAGACAAACT ACCATGACAC ATATACTCAA 
GAGATCCTGC ACATGATTGA AGAGAAGTTG GAAGCCAACA AAAATCTTGG GACAAGCAAT 
AAATTTGAAC TCTCCATTAA ATTGTACATT TGTGGGTTTG CATCCAGGGC ATTCCAAGCA 
ATGCATGAAC AGTTCATACG TGACAACAAT CCTCATTGGT GCCTTGAACA GTTCAAAGGT 
AAATACTTGG CAGACTTCAA AGACTTGTTC AGTGGACAAG ATCAGTGTCA GAAGAAAGCT 
GCAGAGTTCA CCAACCTGTG TCTCAGACCT GCAGTAGAAG CCTGTGTCAC CAATTCTCTG 
GGTCTAGAAA TTGTTGATGT AATGCTGACG GGGCAGAATG CCTTTCAATT CAGCTCTCGG 
ACATTTTTCC AGTACTCTAT CCTGAAGCAA CTGCTGTCTG CATTCAACTT TGACAACTAT 
GTGAGCTACA TTTGTCACTA TGAAGCTTTT GTCAAGAATT GGATTTTGAA TGAAATCTTG 
AAACGCTTTT CACAAGGGAA CAAAATGTTT GAATTGGAGA AGTATCAACT CAATGGGATT 
ATCAAAGTAA TCAATGAGGC AATCTCAAAG GCACAGACTA ATGAGAACGG CAACATAAAG 
GAATTTCTTC AGGACATATG CAGGGAACTT GGAGAGAAGC TGGTCATTCC CCAAGATGCG 
TTGGAAGCCA CTATGATCCT CAACAATTCC AAACAGGAAC AGTTTGCCCA CTGGCTCAAA 
ACATCTGTGG TGGAGATGGA ACAGTCTCTG ACAGAAGAAT TCCAAAAAGC AGGGGATGTG 
AAAAGTAAAT TGAAAAGACA GAAAATCAAG CCGCAGAACG AGCTGTTCAC AAGAGTGTTT 
GGCTGCGGTA AGCAGTGTCC ATTCTGCGGG GCACCATGTG AGGCAGGAGG GGAGGCCCAC 
AATGAGCACT GTGCCTCAAT ACACAGACCA CAGGGACTTG GTCAGTTCAG GTTTAATGTC 
TCAAGTAAAC TTTGCACTGA CATCTGCTCC TCTGCAGTGT TTAGTGAGGG TTCTTTCAAA 
TGCCAAGAGA CAAATGATGA ATTTCAGCCT TTAAAAAAGT ACCGAGAAAT TTTTCCCAAC 
TGGCATATCC CGGCAGATCC CAGCATACAG GCCTCAGACT ACTGGAAATA TGTGATGGCA 
AAATTCAACA AGGAATTTGC CATACAGTAT GACGCACAAC CTGGCGATAT CCCCCCTGCC 
TGGAAACGGA TCACAAAGGA ACAGGCAAAA AACAGCCTTA GAGAGTCTTT TAGCATTAAC 
TGA