LOC113152894 cDNA ORF clone,

Gene
Clones
gRNAs

The following LOC113152894 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC113152894 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
OCl102158	XM_026346414.1 Latest version!	Anabas testudineus interferon-induced very large GTPase 1-like (LOC113152894), 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)

LOC113152894 ( XM_026346414.1 ) cDNA ORF clone, -> XP_026202199.1 Anabas testudineus interferon-induced very large GTPase 1-like (LOC113152894), mRNA.

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CloneID	OCl102158
Clone ID Related Accession (Same CDS sequence)	XM_026346414.1
Accession Version	XM_026346414.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5460bp) 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	2018-09-06
Organism	Anabas testudineus(climbing perch)
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_020535982.1) 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 :: Anabas testudineus Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTTATGT TCTTTTTTGT TTCAGTGATA CCTGAGCTCA CAATTGCATT AATTGGTGAC 
ACAAATTCCA TTGAGATTGG ATCAAAAAAC ATTTTACTTG ACCATGACAA GCAAACAAGT 
GTGGAACAGT TTTCATCCAA ACTGTATGAT CTGTGTGGTC GCCACATCTC TGTCATTAAT 
ATGCTTGGCT TGCAAAATGC TAACGAATTC CCATTAAATC AGGGAATTCA TGCCTTTCTC 
CTGCTGTTAC CAAATGGTCA GTCCAACAGC CATTACAGTT CAGGAGTGCA GTGGTTAGAA 
AAAGCTTTTG GGAAAGAATC ACTTTCTTAT GTAATGGCAG TTGTGACTCA TGAACAAGAT 
GAAAACTGTG AAAGTGCACT GACAGAACTG AAAGCCAAAA GCAGGTTTGA AGAAAAACGA 
TATCACACAT GTAGAAGAAA TATGACGGAT GAAAAAGAAA TAATAGCTCT ATTGGAAAAA 
ATCAATGTCA TGGTCTCTGA AAACGATCCA CACTGCTACA GCAGTAAGAT GTTTATTGAA 
AATAAAGAGC AGAAACAACA CCTGGAGCCC AGTTCCCACA AAGAAGAAAG ACTGGATTCC 
TCACATTCAC TAAATATTTC TGAAGAGACT GAAAAAAGGA AGAAGCAACA TCAAGTAGAT 
ACTAAAACAC TGTTGAGCAG ACTACACCTT GAGGACACCT TTCAACAGAA GTTGTCTCCT 
GCAGAGTTTC TTAAAATTGG TCCATCTGTG AAACAGGACC ATGAGACATC TGAGAAAGAT 
CTAGCTCATA CTTTTCTTCA GCGGTTGATG ATGTTAGATT ACAGAGCCAG ATATATTCCT 
GTAAAACAAG ATAGCTCTGG CTTGAGCAGT TCAACATCTA TTGCAGTGGT TGACACTGTT 
GAGACAGAGG AAAGTGCTTT AGATGCTTTT TACAACACTA GCACTGATAA GGATGAATCA 
AAATTGGTTA ATGTGCATCC AATGGACGTT CAGATGGCAG TATTTCACTG CTCAGACAGT 
TTTCTTAAAC AGAACATGAT TACAAAACTT TCACAATGTC AGTACGCCTT ACCTTTGCTT 
GTCCCTGACC CAGTCACAAA GGATGTTGAG TTTCCTCTGT GGACATTCAG ACAAATAAGA 
AAAACCTGGA AGATATCTCA AACCAAAGAT GATTCAAGCA TTGTCACTAT GAAGAGTATG 
CCCATCTACA AAGCTCAGAC CCCCATGGTG TCATTTTTCC GCCTGGGTTC ACTGTCAGTG 
TCTAAATCTC AGCTGATGAA CACTTTGATC AACGACCGTC ACAGCACCTT CTTCCACAGA 
AACTGTCCAG GTAGCACCAA ATCTCGCCTT TTGATGGATG GTGTGGCAGA GATTGCCTGG 
TACTGTCCTG CTGGAAAACC CAGTGATGCC TTCACTGACT GTGTGGCCTT CTGTAATCTT 
CATGGTGATG CTCTGTTGTT TGAACAACAG CGTGACATAG TGATTGAAGA ATCTTCCATC 
AATGCTATTC TTGTACCAAC ATTGGAAAAA GGTGACAAAA GCAGCACAAT CATTACAGCC 
CTTCTAAAGT CTCAGGAGCC CCTTATTTGT CTGATTGTTA ATGACAGTGG TAATGCAGTT 
GAGACAAAAA ATGGAAAATA CAAAATGGGT CTGAAAGACA AAAGCCAATC AGATGTTTCT 
GCAGAACTGA AAAGAATCAT TGTAAACATT TTGTCTGGAC CACATAAAAC CTTCCAGCTT 
GAAACCATGA CAGAGGTCTC TGGAATCAGA GTGGATGAAG ATGACACACT GTGTTTAGAA 
GGGAAATGTG CTGCAATGAA AATAATGAAA TTGCTTCAGG GGATGGACGT TTCAAAAATC 
AAAGACACAT TTCTCCCTTG TCAAGGCAAA CTGTGGCATG AGTGGTGCCA AATAAATAAA 
GAACAGTATC AGCTCAAAGG TCACATTGAG AAGGAGAAAT GTAAAAAGCA ACAGGAGCTA 
AGGAGCATAC GACAAATTCA ATGCACAGCT TCCTGTAGCA AACTGATGAA GTTGTTCATT 
GAAAGCCTCT CATCATTGCC TTCAACAGAT AAAGAGTATT TCCTCAAATG GATTCAGATC 
CTAATAGATG CTCTCTCCAC AGATGACCTC TCTTCAATTC TCCAAAGTTA TGATGAAAAG 
TGGTCTGAAA TCTTGTCTCT GAAGAGGAAA CATGACAAAT CTGATCTGTT AAAAAACAAA 
CAAACCGAGC TTGAAGAAAT ATCAAATAAA TTACAATCAG CAACCTTTGG CTTTGAGCAC 
ATCTTTAGAG AAATGGGACA GATCTATGAA GCCCATAAAT CTCTGCAGAA ACAGCCAGAG 
AGGGTTCAGA CTCACTGGTC TAAATACCCT GAGCTGGCTG CACAACTGAT GATATCAGGA 
CACCCGATGG AGCTGATGGA TGGTGATGCA GGTCATGTAC CTTTAACATG GATCTCTAGT 
CTTTTAGATG AAGTCATCAG GAAACTGGGC GACCAGAGAG TTTTTGTGTT GTCAGTTTTG 
GGCGTACAAA GCAGTGGAAA GTCAACAATG CTGAACGCCA TGTTTGGATT GCAGTTTGCA 
GTGAGTGCTG GCAGGTGCAC CAAGGGCGCC TTCATGCAGC TGGTCAAAGT GTCAGAGGAG 
ATGAAGAAAG ACTTTCAGTT TGACTATATT CTAGTGGTGG ACACTGAAGG ACTGCGTGCT 
CTGGAGTTGG CCGGTAACAC CACTCTTCAC CACGACAATG AACTGGCAAC ATTTGTGGTT 
GGTCTGGGAA ACATGACATT GATCAACATC TTTGGAGAGA ATCCAGCTGA CATGCAGGAT 
GTCCTGCAGA TCGTTGTTCA GGCTTTTATG AGAATGAAGA AAGTGAAACT TTCTCCAAGT 
TGTGTGTTTG TTCACCAGAA TGTTACAGAT ATTGCAGCTG CAGAGAAAAA CATGGATGGA 
AAAAGACGCC TGCAAGAAAA ACTGGACCAG ATGGCTCAAC TAGCAGCCAA AGAAGAAGTT 
TCTGCTGCTG AGTGCTTCAG TGATGTCATT ACATTTGATG TTCAGAACGA TGTGAAATAC 
TTTGCCCAAC TGTGGGAGGG AAGTCCACCT ATGGCTCCTC CAAATCCAGG TTACAGTGAG 
AGTGTCCAAG ATCTGAAGAA CTTCATCCTC TCCAAAGCCT CCCAGTCTGC TGGGGTTACT 
CTCTCCCAGT TCAAAGGTAA AATCCGGGAC CTGTGGAATG CCCTGATGAA TGAACACTTT 
GTTTTCAGTT TCAAAAACAT ATTGGAAATT ACAGTGTACA GAAAACTTGA GGTCCAGTAC 
GGGAACTGGA CCTGGGACCT CAGGAGCAAC ATGTTGACCA TAGAAAACCA GCTTTATACC 
AGAATAGAAA ACTTGAAACT TGAAAAGGTC GAGCTCAGTT ATCTTTATAA AGAAATGAGC 
AAAACATATG AAGAAATCCA AAAAGATATG ACAACTTACT TTGACGATAA CAGAGACAAG 
GAAATGTTGG TCCAGTGGCG AGGTCGATTT GAAACTAAAA TCAAGGAGTT TCATGATGAG 
CAGGTGAGAG AAGTGAAAAG AAAACTGGAT GAAGTTCTCC AGCAGAAGAA AGCTCGCAAA 
AAGCTTGATG ACCAGAAAAC AGAGTTTGAG GACAAGCTGC TCCATAAGAG CAAAGAACTC 
GCTCATCAGT TAAAAGACCA GACCAAGGAT GAAGAAGAAC TTGAAAAACA TTTTAACTCT 
GTTTGGAGTG GCTGGGTTAG TGAACTAACT GCAGACATAA AACCTATTGA GGACATCGAT 
TTGGTAGAAG ATCAGGATAA AATCATTCAA GAGCTCGGTA TTGAATGGAT TCTGATAGAG 
GAATCGAGAA CCAGTCTTAA ATATAAAAAC ATGTCAGAAG TAGGTGATTA CAGTGACTAT 
GTGTTTATCA CAAAGCACCA GGAACATTGT GACAATAGTC AGAGATTAGA AGAAGAAACC 
CAGGACAAGG AGCAGGCAAT GTTGGCAAGT GCATGGGAAA TACTAAAAAG AATATTGGGA 
TATGGTTCAA CACAACACAA TGAACTACAT ACATCAAAGA GTTCTTTACC ATATGAAAAA 
CAAAAATGTA TCAGATCCCT CATTGACAAA GTTGAACAAC AGACCATTAA TATAATTAGA 
AGCAAACCTG TAGCAACAAG AGGCTACAGA TCAACTTATT TGCAAGAAGT GGCCAAAAAT 
GTTAAAGAAA AAGTGACAGA CTTTGAATCA CAGTGGAAAT ATGCTCTGAA GAAGGAGTTT 
ACTGTTGATC TCTTACTGTA TGTGTTTCAC AGAGCTGAGA GTTGGCTTTC AGAGGCACAC 
AACAAATTCA GAATTAACAA TGATGCAGCG ACATTCGTAG AAAGCAAGAA AAAACAATAT 
TCCAACATTT TCAGAAGCTT TTGCAAAGGA AGCTCATCTG CTGTTGTTCT TGGAGAACTG 
ATCTGTGAAA AACTGAAGAA TTCCACTGTT GAGGCTGTTT GTAACAAGAC TGCCATTGAT 
CTGGCTGGAG AGATGAGGTG CAATTTCCCA GCATTCAATG GGAACAGGCT GAACTTGGAG 
AAACACGTGT TGAAGTCACT GGCAGAGAAA GAGAACTTTG ATGATTTCAT CACCTACATC 
AGACATCCAA GGAAACAAGT GGAGAGTTTT ATAAAGGAAG AAGTAAAGAA ATACATCTTC 
ACAGATAACA GAAATAAAAC TCTGAATATA CTCAAGAAAA ATGTTGACGA TATCAGCAAA 
GAAGTCCGTC AAGCTTTATC TGCTGCAACA AACAAAGTAA AAACCCAGAG CGGAGACACA 
GACATGTGGG TGGACAAATT CTCCACTTTG CTAACAAATA AGTTGACATT TGATACCATC 
TGTTCTCCAA ACTTCAGCGA CATCAACAAT TTTGACTTTC TCAAAGAAGA GATAGAGAAA 
GGTCTTGTGT CTATAGTTAA AGAGATGAGT AACATCTCAC TGGATAAGAT GAAAGAATTC 
AGGGTGAAAC CTGATGAAAT CCTTATTGAT CAGCTGTGTA GGTGCTGCTG GGTACAGTGT 
CCGTTCTGTG CAGCTGTTTG TATCAACACC CTGGAAGATC ACAGTCCTGA TGACCACAGT 
GTTCCTTTTC ATCGATCCGC TGCAGTCAAT GGATGGCATT ATAGAAACAC AGTGAATCTG 
AGTGTTGAGT TCTGTACAAC AGAAGTTGCA AGTGATGGAG GTTTTTACCC TCGTCATGAT 
TCAGATGAGT CCATTCCATT TAAACTGTAC AGAACGGCTG GACCCAAATA TGCTAACTGG 
AGCATTACTC CTGATGGGTC TAACCTGTCA TACTGGAAAT GGTTTGTGTG TCAGTTTCAG 
ACACAGCTTG AAGATCACTA CAATCTGAAG TTCAAGGGTC TTGGTGAAAT TCCCAGCGAG 
TGGAAAACAT ACAGTAAAGT AGAAGCTATT AAAAGTCTGG ATGAAATGTA CAATCTGTGA

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

RefSeq	XP_026202199.1
CDS	47..5506
Translation	MFMFFFVSVIPELTIALIGDTNSIEIGSKNILLDHDKQTSVEQFSSKLYDLCGRHISVINMLGLQNANEFPLNQGIHAFLLLLPNGQSNSHYSSGVQWLEKAFGKESLSYVMAVVTHEQDENCESALTELKAKSRFEEKRYHTCRRNMTDEKEIIALLEKINVMVSENDPHCYSSKMFIENKEQKQHLEPSSHKEERLDSSHSLNISEETEKRKKQHQVDTKTLLSRLHLEDTFQQKLSPAEFLKIGPSVKQDHETSEKDLAHTFLQRLMMLDYRARYIPVKQDSSGLSSSTSIAVVDTVETEESALDAFYNTSTDKDESKLVNVHPMDVQMAVFHCSDSFLKQNMITKLSQCQYALPLLVPDPVTKDVEFPLWTFRQIRKTWKISQTKDDSSIVTMKSMPIYKAQTPMVSFFRLGSLSVSKSQLMNTLINDRHSTFFHRNCPGSTKSRLLMDGVAEIAWYCPAGKPSDAFTDCVAFCNLHGDALLFEQQRDIVIEESSINAILVPTLEKGDKSSTIITALLKSQEPLICLIVNDSGNAVETKNGKYKMGLKDKSQSDVSAELKRIIVNILSGPHKTFQLETMTEVSGIRVDEDDTLCLEGKCAAMKIMKLLQGMDVSKIKDTFLPCQGKLWHEWCQINKEQYQLKGHIEKEKCKKQQELRSIRQIQCTASCSKLMKLFIESLSSLPSTDKEYFLKWIQILIDALSTDDLSSILQSYDEKWSEILSLKRKHDKSDLLKNKQTELEEISNKLQSATFGFEHIFREMGQIYEAHKSLQKQPERVQTHWSKYPELAAQLMISGHPMELMDGDAGHVPLTWISSLLDEVIRKLGDQRVFVLSVLGVQSSGKSTMLNAMFGLQFAVSAGRCTKGAFMQLVKVSEEMKKDFQFDYILVVDTEGLRALELAGNTTLHHDNELATFVVGLGNMTLINIFGENPADMQDVLQIVVQAFMRMKKVKLSPSCVFVHQNVTDIAAAEKNMDGKRRLQEKLDQMAQLAAKEEVSAAECFSDVITFDVQNDVKYFAQLWEGSPPMAPPNPGYSESVQDLKNFILSKASQSAGVTLSQFKGKIRDLWNALMNEHFVFSFKNILEITVYRKLEVQYGNWTWDLRSNMLTIENQLYTRIENLKLEKVELSYLYKEMSKTYEEIQKDMTTYFDDNRDKEMLVQWRGRFETKIKEFHDEQVREVKRKLDEVLQQKKARKKLDDQKTEFEDKLLHKSKELAHQLKDQTKDEEELEKHFNSVWSGWVSELTADIKPIEDIDLVEDQDKIIQELGIEWILIEESRTSLKYKNMSEVGDYSDYVFITKHQEHCDNSQRLEEETQDKEQAMLASAWEILKRILGYGSTQHNELHTSKSSLPYEKQKCIRSLIDKVEQQTINIIRSKPVATRGYRSTYLQEVAKNVKEKVTDFESQWKYALKKEFTVDLLLYVFHRAESWLSEAHNKFRINNDAATFVESKKKQYSNIFRSFCKGSSSAVVLGELICEKLKNSTVEAVCNKTAIDLAGEMRCNFPAFNGNRLNLEKHVLKSLAEKENFDDFITYIRHPRKQVESFIKEEVKKYIFTDNRNKTLNILKKNVDDISKEVRQALSAATNKVKTQSGDTDMWVDKFSTLLTNKLTFDTICSPNFSDINNFDFLKEEIEKGLVSIVKEMSNISLDKMKEFRVKPDEILIDQLCRCCWVQCPFCAAVCINTLEDHSPDDHSVPFHRSAAVNGWHYRNTVNLSVEFCTTEVASDGGFYPRHDSDESIPFKLYRTAGPKYANWSITPDGSNLSYWKWFVCQFQTQLEDHYNLKFKGLGEIPSEWKTYSKVEAIKSLDEMYNL

Target ORF information:

RefSeq Version	XM_026346414.1
Organism	Anabas testudineus(climbing perch)
Definition	Anabas testudineus interferon-induced very large GTPase 1-like (LOC113152894), mRNA.

Target ORF information:

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

XM_026346414.1

ORF Insert Sequence:

ATGTTTATGT TCTTTTTTGT TTCAGTGATA CCTGAGCTCA CAATTGCATT AATTGGTGAC 
ACAAATTCCA TTGAGATTGG ATCAAAAAAC ATTTTACTTG ACCATGACAA GCAAACAAGT 
GTGGAACAGT TTTCATCCAA ACTGTATGAT CTGTGTGGTC GCCACATCTC TGTCATTAAT 
ATGCTTGGCT TGCAAAATGC TAACGAATTC CCATTAAATC AGGGAATTCA TGCCTTTCTC 
CTGCTGTTAC CAAATGGTCA GTCCAACAGC CATTACAGTT CAGGAGTGCA GTGGTTAGAA 
AAAGCTTTTG GGAAAGAATC ACTTTCTTAT GTAATGGCAG TTGTGACTCA TGAACAAGAT 
GAAAACTGTG AAAGTGCACT GACAGAACTG AAAGCCAAAA GCAGGTTTGA AGAAAAACGA 
TATCACACAT GTAGAAGAAA TATGACGGAT GAAAAAGAAA TAATAGCTCT ATTGGAAAAA 
ATCAATGTCA TGGTCTCTGA AAACGATCCA CACTGCTACA GCAGTAAGAT GTTTATTGAA 
AATAAAGAGC AGAAACAACA CCTGGAGCCC AGTTCCCACA AAGAAGAAAG ACTGGATTCC 
TCACATTCAC TAAATATTTC TGAAGAGACT GAAAAAAGGA AGAAGCAACA TCAAGTAGAT 
ACTAAAACAC TGTTGAGCAG ACTACACCTT GAGGACACCT TTCAACAGAA GTTGTCTCCT 
GCAGAGTTTC TTAAAATTGG TCCATCTGTG AAACAGGACC ATGAGACATC TGAGAAAGAT 
CTAGCTCATA CTTTTCTTCA GCGGTTGATG ATGTTAGATT ACAGAGCCAG ATATATTCCT 
GTAAAACAAG ATAGCTCTGG CTTGAGCAGT TCAACATCTA TTGCAGTGGT TGACACTGTT 
GAGACAGAGG AAAGTGCTTT AGATGCTTTT TACAACACTA GCACTGATAA GGATGAATCA 
AAATTGGTTA ATGTGCATCC AATGGACGTT CAGATGGCAG TATTTCACTG CTCAGACAGT 
TTTCTTAAAC AGAACATGAT TACAAAACTT TCACAATGTC AGTACGCCTT ACCTTTGCTT 
GTCCCTGACC CAGTCACAAA GGATGTTGAG TTTCCTCTGT GGACATTCAG ACAAATAAGA 
AAAACCTGGA AGATATCTCA AACCAAAGAT GATTCAAGCA TTGTCACTAT GAAGAGTATG 
CCCATCTACA AAGCTCAGAC CCCCATGGTG TCATTTTTCC GCCTGGGTTC ACTGTCAGTG 
TCTAAATCTC AGCTGATGAA CACTTTGATC AACGACCGTC ACAGCACCTT CTTCCACAGA 
AACTGTCCAG GTAGCACCAA ATCTCGCCTT TTGATGGATG GTGTGGCAGA GATTGCCTGG 
TACTGTCCTG CTGGAAAACC CAGTGATGCC TTCACTGACT GTGTGGCCTT CTGTAATCTT 
CATGGTGATG CTCTGTTGTT TGAACAACAG CGTGACATAG TGATTGAAGA ATCTTCCATC 
AATGCTATTC TTGTACCAAC ATTGGAAAAA GGTGACAAAA GCAGCACAAT CATTACAGCC 
CTTCTAAAGT CTCAGGAGCC CCTTATTTGT CTGATTGTTA ATGACAGTGG TAATGCAGTT 
GAGACAAAAA ATGGAAAATA CAAAATGGGT CTGAAAGACA AAAGCCAATC AGATGTTTCT 
GCAGAACTGA AAAGAATCAT TGTAAACATT TTGTCTGGAC CACATAAAAC CTTCCAGCTT 
GAAACCATGA CAGAGGTCTC TGGAATCAGA GTGGATGAAG ATGACACACT GTGTTTAGAA 
GGGAAATGTG CTGCAATGAA AATAATGAAA TTGCTTCAGG GGATGGACGT TTCAAAAATC 
AAAGACACAT TTCTCCCTTG TCAAGGCAAA CTGTGGCATG AGTGGTGCCA AATAAATAAA 
GAACAGTATC AGCTCAAAGG TCACATTGAG AAGGAGAAAT GTAAAAAGCA ACAGGAGCTA 
AGGAGCATAC GACAAATTCA ATGCACAGCT TCCTGTAGCA AACTGATGAA GTTGTTCATT 
GAAAGCCTCT CATCATTGCC TTCAACAGAT AAAGAGTATT TCCTCAAATG GATTCAGATC 
CTAATAGATG CTCTCTCCAC AGATGACCTC TCTTCAATTC TCCAAAGTTA TGATGAAAAG 
TGGTCTGAAA TCTTGTCTCT GAAGAGGAAA CATGACAAAT CTGATCTGTT AAAAAACAAA 
CAAACCGAGC TTGAAGAAAT ATCAAATAAA TTACAATCAG CAACCTTTGG CTTTGAGCAC 
ATCTTTAGAG AAATGGGACA GATCTATGAA GCCCATAAAT CTCTGCAGAA ACAGCCAGAG 
AGGGTTCAGA CTCACTGGTC TAAATACCCT GAGCTGGCTG CACAACTGAT GATATCAGGA 
CACCCGATGG AGCTGATGGA TGGTGATGCA GGTCATGTAC CTTTAACATG GATCTCTAGT 
CTTTTAGATG AAGTCATCAG GAAACTGGGC GACCAGAGAG TTTTTGTGTT GTCAGTTTTG 
GGCGTACAAA GCAGTGGAAA GTCAACAATG CTGAACGCCA TGTTTGGATT GCAGTTTGCA 
GTGAGTGCTG GCAGGTGCAC CAAGGGCGCC TTCATGCAGC TGGTCAAAGT GTCAGAGGAG 
ATGAAGAAAG ACTTTCAGTT TGACTATATT CTAGTGGTGG ACACTGAAGG ACTGCGTGCT 
CTGGAGTTGG CCGGTAACAC CACTCTTCAC CACGACAATG AACTGGCAAC ATTTGTGGTT 
GGTCTGGGAA ACATGACATT GATCAACATC TTTGGAGAGA ATCCAGCTGA CATGCAGGAT 
GTCCTGCAGA TCGTTGTTCA GGCTTTTATG AGAATGAAGA AAGTGAAACT TTCTCCAAGT 
TGTGTGTTTG TTCACCAGAA TGTTACAGAT ATTGCAGCTG CAGAGAAAAA CATGGATGGA 
AAAAGACGCC TGCAAGAAAA ACTGGACCAG ATGGCTCAAC TAGCAGCCAA AGAAGAAGTT 
TCTGCTGCTG AGTGCTTCAG TGATGTCATT ACATTTGATG TTCAGAACGA TGTGAAATAC 
TTTGCCCAAC TGTGGGAGGG AAGTCCACCT ATGGCTCCTC CAAATCCAGG TTACAGTGAG 
AGTGTCCAAG ATCTGAAGAA CTTCATCCTC TCCAAAGCCT CCCAGTCTGC TGGGGTTACT 
CTCTCCCAGT TCAAAGGTAA AATCCGGGAC CTGTGGAATG CCCTGATGAA TGAACACTTT 
GTTTTCAGTT TCAAAAACAT ATTGGAAATT ACAGTGTACA GAAAACTTGA GGTCCAGTAC 
GGGAACTGGA CCTGGGACCT CAGGAGCAAC ATGTTGACCA TAGAAAACCA GCTTTATACC 
AGAATAGAAA ACTTGAAACT TGAAAAGGTC GAGCTCAGTT ATCTTTATAA AGAAATGAGC 
AAAACATATG AAGAAATCCA AAAAGATATG ACAACTTACT TTGACGATAA CAGAGACAAG 
GAAATGTTGG TCCAGTGGCG AGGTCGATTT GAAACTAAAA TCAAGGAGTT TCATGATGAG 
CAGGTGAGAG AAGTGAAAAG AAAACTGGAT GAAGTTCTCC AGCAGAAGAA AGCTCGCAAA 
AAGCTTGATG ACCAGAAAAC AGAGTTTGAG GACAAGCTGC TCCATAAGAG CAAAGAACTC 
GCTCATCAGT TAAAAGACCA GACCAAGGAT GAAGAAGAAC TTGAAAAACA TTTTAACTCT 
GTTTGGAGTG GCTGGGTTAG TGAACTAACT GCAGACATAA AACCTATTGA GGACATCGAT 
TTGGTAGAAG ATCAGGATAA AATCATTCAA GAGCTCGGTA TTGAATGGAT TCTGATAGAG 
GAATCGAGAA CCAGTCTTAA ATATAAAAAC ATGTCAGAAG TAGGTGATTA CAGTGACTAT 
GTGTTTATCA CAAAGCACCA GGAACATTGT GACAATAGTC AGAGATTAGA AGAAGAAACC 
CAGGACAAGG AGCAGGCAAT GTTGGCAAGT GCATGGGAAA TACTAAAAAG AATATTGGGA 
TATGGTTCAA CACAACACAA TGAACTACAT ACATCAAAGA GTTCTTTACC ATATGAAAAA 
CAAAAATGTA TCAGATCCCT CATTGACAAA GTTGAACAAC AGACCATTAA TATAATTAGA 
AGCAAACCTG TAGCAACAAG AGGCTACAGA TCAACTTATT TGCAAGAAGT GGCCAAAAAT 
GTTAAAGAAA AAGTGACAGA CTTTGAATCA CAGTGGAAAT ATGCTCTGAA GAAGGAGTTT 
ACTGTTGATC TCTTACTGTA TGTGTTTCAC AGAGCTGAGA GTTGGCTTTC AGAGGCACAC 
AACAAATTCA GAATTAACAA TGATGCAGCG ACATTCGTAG AAAGCAAGAA AAAACAATAT 
TCCAACATTT TCAGAAGCTT TTGCAAAGGA AGCTCATCTG CTGTTGTTCT TGGAGAACTG 
ATCTGTGAAA AACTGAAGAA TTCCACTGTT GAGGCTGTTT GTAACAAGAC TGCCATTGAT 
CTGGCTGGAG AGATGAGGTG CAATTTCCCA GCATTCAATG GGAACAGGCT GAACTTGGAG 
AAACACGTGT TGAAGTCACT GGCAGAGAAA GAGAACTTTG ATGATTTCAT CACCTACATC 
AGACATCCAA GGAAACAAGT GGAGAGTTTT ATAAAGGAAG AAGTAAAGAA ATACATCTTC 
ACAGATAACA GAAATAAAAC TCTGAATATA CTCAAGAAAA ATGTTGACGA TATCAGCAAA 
GAAGTCCGTC AAGCTTTATC TGCTGCAACA AACAAAGTAA AAACCCAGAG CGGAGACACA 
GACATGTGGG TGGACAAATT CTCCACTTTG CTAACAAATA AGTTGACATT TGATACCATC 
TGTTCTCCAA ACTTCAGCGA CATCAACAAT TTTGACTTTC TCAAAGAAGA GATAGAGAAA 
GGTCTTGTGT CTATAGTTAA AGAGATGAGT AACATCTCAC TGGATAAGAT GAAAGAATTC 
AGGGTGAAAC CTGATGAAAT CCTTATTGAT CAGCTGTGTA GGTGCTGCTG GGTACAGTGT 
CCGTTCTGTG CAGCTGTTTG TATCAACACC CTGGAAGATC ACAGTCCTGA TGACCACAGT 
GTTCCTTTTC ATCGATCCGC TGCAGTCAAT GGATGGCATT ATAGAAACAC AGTGAATCTG 
AGTGTTGAGT TCTGTACAAC AGAAGTTGCA AGTGATGGAG GTTTTTACCC TCGTCATGAT 
TCAGATGAGT CCATTCCATT TAAACTGTAC AGAACGGCTG GACCCAAATA TGCTAACTGG 
AGCATTACTC CTGATGGGTC TAACCTGTCA TACTGGAAAT GGTTTGTGTG TCAGTTTCAG 
ACACAGCTTG AAGATCACTA CAATCTGAAG TTCAAGGGTC TTGGTGAAAT TCCCAGCGAG 
TGGAAAACAT ACAGTAAAGT AGAAGCTATT AAAAGTCTGG ATGAAATGTA CAATCTGTGA