LOC115272188 cDNA ORF clone,

Gene
Clones
gRNAs

The following LOC115272188 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC115272188 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
OMe344398	XM_029915241.1 Latest version!	Suricata suricatta interferon-induced very large GTPase 1-like (LOC115272188), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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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)

LOC115272188 ( XM_029915241.1 ) cDNA ORF clone, -> XP_029771101.1 Suricata suricatta interferon-induced very large GTPase 1-like (LOC115272188), mRNA.

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CloneID	OMe344398
Clone ID Related Accession (Same CDS sequence)	XM_029915241.1
Accession Version	XM_029915241.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6822bp) 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	2019-07-14
Organism	Suricata suricatta(meerkat)
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_043710.1) 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 :: Suricata suricatta 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##

ATGGAAAACA AACAACTTAA CCTCACAGAG GGAATATTAT CTCACAGGAA GAACCTCCCA 
GATAAAGATC TGGTGAAATG GGCATCTGGA GGGTTGGCCC TGCAGGGAAT TTACAAAACT 
AACAATGAAA GGGGTTTGAT AGAGAAGAGA GAGGAGCTAC TCAGTGTCCC AAAGAACTTC 
TCACTCTTTG GCCCTCAGCA GGGCACACGG ATGGAAACAA GAGAATTTAC ATCTTCTCAA 
GCAGAATCCA CATTTACCCA GACTATAGAG AAGCTGGGCT TCAGTGCAGC TGCCTCAGCC 
AAAGGTAAAG GTTGGGGATT TAGCCTGGAA GCAGGTGTAG ATGACAGCAA ACATTCAGAA 
TCTAAGGAAA CCCAACAATC ACATTCTGAG CACCCTTATT TTTGCTCAAC CAAGTTCATT 
TACATCCCAC TGGCTTCCTG CCACTTTCCC ACTGATCAGC TCCAGTTATC CAAGGCTGCT 
CTCCAGGAAT TAAAATGCAT TGAAGACCTT CTGGATCAGT CTGCAGGCCC AGACAGAGCC 
CCTTTGCTAA AGGCCAGGAC CGAAGCTTTC TTCCACAGGT TTGGCTCTCA TGCTAACCAG 
GGCCCTCTGC ACTTGGGAGG AATCTACTGG TGGAAGGCCA TATCAGAGGG TTTCCAAAGT 
GAGCAGCTGG CAGAAGTGAA ACAGCAGTCA GCCAAGGCCC TGGACCTTTA TATAAGTGGC 
AGCTACAGTA GCTTTGGAAT TCAAGTTGCT ACAGATGTGG CTAAGACAGA TTCTCATTCA 
AAAGAAGACT CTGAGAACAC AAGCTCCCAA AATCTCCAAT CTAGAATCCA ATTATCTGTG 
GCCCAGACAG GTGGCCCACC AGAAGCTAAT GACCTCTGCC AGTGGAAGAC TGGCCTAATT 
GCCAGTAATC AAACCTGGTG TGTCATTGAC CGGGGAATTC AACTGGTGCC TGTCTGGGAC 
ATTATCCTCT CCAGCCATAG AAGTAATTTT AAAGATGCTC TTCAGGTAGC TATCTGCCTG 
AAAGACAGCT ACACTGCTCT GACTGGCCTC ACTACCCAGA TACAGAATGG AGAAGAATTG 
CTAAGCATTG TGAAGAAGGC CAGGGTTTTC CTACAGGATA TAAAATCATG GGAGGTATCT 
GACCCTGAAG AACAGCTTAA AAAACTTATA AGTTTCATGC AAATGTTGAG CCAAAAACTA 
AACAGTTATG ACACTTGGAT TAACATATGC CTCACAGATA GGGATCTGCA GAATTTTCTG 
GTAAACACTG TCAATTTTTG CAGAAGTTCT TCCATTTATG ATACAAAATT TATTAAATCT 
CAGTTGCGCA GCCTTTTGGA TCCTCACATC TATAGAGTGA AAAGCTTTCC TCAGGCTCAT 
TCCATCGTCC AGTGGATCTT CTGGTCAGAG TCGGAGCTGG AGCATATCAA AATCTCCCAA 
TTTTCTGAAT TAATTAAAAT CATAAGAAAA AACAAAAATG ACTACCTGGA AGTTAAGGTT 
AAATCTGAGT CCCCGGAAAT AGTGGAGGAA GCACAAAGAA AGGCCACTTA TGAAGTCAGC 
CGGTCTCTCC GCTCCTTCTT GAATTACCTC CAAGAAACAG AGCAGCCAGA CATACAGCTC 
TTGCTACTTA CCATTGCAGC AGGTGCAGGT TATCACATAG CAAACAAGAC CTTTCAGTTT 
CTCCTGGGGT GTGATGAGTT AGACTTCCTA CTGCATGAAA TGCAAACTGC CCAAGATAAA 
TACCAGGCGC TCAAAAATAT TTGCAGCTCC AGGGCTCAGG CATTCCTGGT GCTCACGGGT 
TTGACAGCCT CTGCTGAAGT TACAGCTGTT TCTCCAAAGG AGAAAACACA ACGTTTGACA 
TTTATAAGAC GCTTCATGGG GCAATCATGG TCTAAAAAAG TTGAAGATGT CCTCACTAAA 
CCTGGAGCAG AACATGATTG GGAAAAGCTA GAGACAGACT TGAGACTGCT CATTGATGGG 
AATTATGAAG TCACCAACCC TTCACTGCAA ATGGATGAAG TGAGAAAACA TTTGCAAAAT 
ATCTTCCATG AAAAGGAACC ACCTCATGAA CCACATGATA ATGAAAACAA CAAATGGGAG 
GCCACAGAAA ATGGAGCCTT CTTAGAATTA CTCCAGCGTC TAGGCCTAGA ACACTACTAC 
CCAAAGAGGA TGAGCAGAGC TAACTTCCAT CTGATCTACA AGACTTCTGT GTACAACACC 
CAGCCCAGCT CTGAACGAGA GCTTCCCTTC TACTTCCTAC AGAAACTACT GATGTTGGAT 
TGTGGGATGA GATATTTGGT CTTCAAAGAT GATGGAAATG CAGAGAATCG AGTCTATCTA 
AATGTCTCGA AACAAAAAAA TGTGGTTTTC AATCCATATG ATGATTTTTT TGAAGACAAT 
GATAGTCCCA CTAATCTTTT AGCCACTGAT TCCAGACCCC ATATTCACCC TATGGATATT 
CAGATGGCAC TTCTTCACTG TGCAGATGAT TTTGCTAGAC AATATATTCT GGCCAAACTC 
TCCATTTGTC AGTTTGCCCT CCCTCTCCTT ATACCTAATC CTTGCAACTC TCAAATTGAA 
TTCTCTCTCT GGTCTCTCAG TCAGATTAGG AGAAGCTGGC AGCAAGCAAG GAAAACAACA 
AAAGAGGCAA GCAACAATTA TAAGAATCAG CAAATGTGTC ATGTCTCTAC CCCCATTGTA 
TCCTTTATTA GGGTCGGAAA TGGATTCTCT GCTTCCAAAT CTCAGATTAT GAACTGTATT 
CTCAGTAAAC GTAAGCATGA TATCTTTTTT CATCGACATT GCAGAGGGAG TAGCAAAGAC 
TGTCTCTTGA TGGGTGGTGT AGTGGAAATT GGCTGGTTCT GTCCTGGGGG TGAAGATGAG 
GACAGCTTTG ACAACTGTTT GACCTTCGCC AACCTTCATG GAGATACCAA GGAACATGAA 
AAGCAACTCA CCTTCCTGAA GGAGATCTCT TCTCTCATTG TAGTCCTCAT GGCAACTTCT 
GATGACAATA AAGAAAGCCG AACAATTATC CGTGACCTGT GTGAGCTATC AAAACCTTTG 
ATCTGTCTGC TTGATGACAA AGAAAAAACC ACAGCCAATT ATTCTGGCCA AAAAGTGAGA 
ATTGGGATCC GGAACAGAAA TGAGGCAGAA TTAACAGACA ACCTCAAAAC TACAATCAGA 
GATTTGCTAG AGTTCTCTGA CACTACTTTT AGCTTAGAGG ACTGTGCCCA GATTGCTCGC 
AAGCAAGGAT TCCTTATTGA TGAAGACCAG AGAGACTGCA AGGAAGCCAA AGAAATGGCA 
GAGGTTCTCA TGGCTCTATT AGGAGAAATG CAGATACCTC AGATAAAGGA AAACTTACTA 
CCCCTTCAGG GAAATCTGTG GCATCTGTGG TGTAAAAAGG ACAAAGAACT CTATCATCTG 
AGAGAAAAAG GAAATCGGAG CATTGAACAA CACAAGTGTG AGATTGAGGA AGAGAAACGA 
AGAATAAGGC AGCAACAGTT GGCCAGAGCC TTTCCTCTCA ATGTGTTAAT GCAATCTGTC 
CTTGAAATTA TCCTAAACCA TTCAGAAACT CATACAAAAC TCTACTTCTT ACAATGGCTG 
AGTGTGTCTT TGGACAACCT GACTGCAGGA CACTTGGAAG AACTGAATGA AAGAAAAAAG 
GCTTTGTGGT CACAGGTACA AGCAGAAAAG AAAAAAGCAA CAAAGAACAC CAACCTGAAA 
CACTGGCAAA ATGAGATAGA AGCGATTTCT ACAGAGATTA GTGACTGCAC CTTGGGAATT 
GAACAAGTTC TCAGAGAAAT AGGCCAGATT TATGAAGTTC TGGAAGAAAC TTCCTCCCCA 
AAAGATAAAC TTTTCCTCTC CCTGCCCCAG ATTGTTGCAG ATCTAATGAT ATCTGGTCTT 
CCCATTGAGC TGATGGATGG GGATGCTTCA TATGTGCCGC TCAAGTGGGT AGCAGCTATT 
TTTGACAAGG TTTCTGAGAA ACTTGGAGAC AAACGGCTGT TTGTTCTCTC TATCCTTGGC 
CTGCAGAGCT CAGGGAAGTC CACCCTGCTG AATGCCCTTT TTGGGCTGCA GTTCACTGTC 
AGTGCTGGGA GGTGCACCCG GGGGGCCTAC ATGCAGCTCC TGAAGGTGGA GGAGACATTC 
ACAGAGGAAC TTGGCTTTGA TTTTGTGCTC GTTGTGGACA CAGAAGGGCT TCGCGCCCCC 
GAACTCAGCA GCAAATCCCA GAATTGGGAC AATGAGTTGG CAACCTTTGT TATTGGACTT 
GGAAACTTGA CTCTGATTAA TATTTTTGGG GAAAATCCAT CAGAAATGCA AGATATTCTA 
CAAATAGTTG TCCAAGCCTT TCTGAGGATG AAACAAGTAA AAATCTCCCC AAGCTGCCTT 
TTTGTCCATC AGAATGTGGG GGAAGTTACA GCTAAAGACC AAACAATGGA AGGACGAAGG 
CGGCTAGAGC AGAGATTAGA TGAAATGGCA GAAAAAGCAG CTGAACAAGA ACAGTACTCA 
GATGTGACCC GCTTTAGTGA TGTCATAAAG TTTGATGTCA ATACTGATGT CTACTACTTT 
GCTCACCTCT GGGATGGCAA TCCTCCAATG GCCCCTCCCA ATCCTCACTA CAGCCACAAT 
GTCCAGGAGC TGAAAAGTAG AATTCTTCTG ACAGCCAAAC AGGAATCTAG GGGAGGCATC 
ATGAAGATAT CAGATGTAAA ATTCCGAGTC CAAGATTTGT GGAGAGCCCT AGTGAACGAG 
AACTTTATTT TCAGTTTCAG GAACACCAGA GAAGTCATGG CCATGAGCAA ATTGGAAACA 
ATGTATAACC ACTGGACCTG GGAGCTGAGG AGTCATGTGC TCGGCTTGCA GAACCAGCTA 
ATCAACCAGA TTCAGAATGG AAAAATCCAG ACATTCAGAA TAAGCACATT TCAGGCTCCA 
GTCATAGAAA AATATGAAGC CATCAAACAA GAACTTGAAA AATACTTTAA TGAAGATCCA 
GATAGTGAAA TACTGGTTCA GTGGAAAGCA AATTTTGAAA GTAAGCTAAC AATGCTTAAA 
GAGGCACTTA TTTCAGAAAG CCAAAAAAAA GCTGATGAAC TTATTAGTTT AAAGAAAAGT 
CAAGAAAAAC TGGACAACAA GATGGCAGCT TATGAAAAGG AATTGTTAGA AAAAAGCCGA 
ACCTTGGCTT TAACTGTAAA AGGCACAGAA TTGAGTGAGG AAGAGCTACA TGAGAAGTTC 
TATCAACTCT GGGAAAAATG GGTCTGTGGT GTGTCCTCAA CTCTCCCTCC AGCTACAGAG 
CCTAACATTG ATGTGGATGC TGAAAACATC CTTTTGGAAT ATTTCAAAAA GGAGAGAAAT 
ATTGTAGACA CACTGAAGAA AAATTCTGGA GAAAAGTTTC AAATCAAATA TGACAAACAT 
GTCAAAATAA TCACGAATTA TTACATAGGT AGAAGGTCAT TAGAGGTCTG TGATAAAATG 
TCCATACAGG GGACTACTGA CTGCATTACT TCACAATATG ATGAAACTAT TAAGGAAATT 
TGGACACAAA AGTGTGATTA CAATCCATCT TATTTCCATG AAATCCTGAA AATAATAGAT 
GAGGAAGTGA AATCTGCACC AACTGAGGGA AGATACACAT TTACAAATAA ATATGAAATT 
GATTTATCTT TGTGTTTATT CCAAAAAGCA TCAGAGAATT TTAAGGAGAT GCACAGAGCA 
TTCAAGAGAG CAAATGATCC AGTAAACTAT CTGGAAAGTA AGAAAGAGGA TTTCTTCATG 
AGTTTCAAGA TATCTTGTCA AGGAGCAACT TCCGTCAAAA CATTTGTTGA TTTTCTGTGG 
CACAAACTCA CTCCTGCTGT CTCTACCACC ATATGGGAAA AAATGGCCCC TAAAATTGCT 
GGAGACATGT GCGCTACCTG CCCCGCATTC AATGGAAACA GGTCTAACCT GGAGAAACAC 
ATTCTCATCT CTCTGGCAGA AGAAGAAAAT TTTGATAATT ACTGGGGTTA CCTTCATAAT 
TCAAAATTAT TTTTTAGGAA TTACATTGAA AAACATATTG AAACATATTG TTCAGATAAA 
GGAAGAGAAA AAATAAAGTT GTTTTTAAAA ACAACTGTAG ATGATATGAA GAATGCCATC 
CTCTCAGCTA TTCATGAATC CACAGTAATT GCTAAAGATA AAAGCAGCAC TGTGTCTGGG 
TGGTTGGATG TGTTCTGTGA TCGCCTGGGG AGTAATATGA TCTTCCCAAG AAAAGACTTG 
ATAAGCATTG AACACCAAGA AATAAAAGAT ATTGAGTTTC TCAAAGAAGC TATGAGTGAA 
GTTTTGGATC CCACAATGAA GAGATTAGAA GAGAAATATT TGAATATGTC TGTAGAAGAA 
ATGGTTCCGG AAATTCGGAA AATGCTCTCT GAACATCTCT CTGGCTGCTG GAAACAGTGT 
CCCTGCTGTA AAACTACTTG TACAAACACA ATCCATACAC ATGAAGGAGA CCACAGTGCT 
CCCTTCCACC GTCCTTTCGC TCTGTGTGGA GGGTCTTTTT ACCAAACAGA CAACTTCGCC 
ATTGATTGCT GTACTAATTT GGTGGCAAGT GATCGTCATT TGCGTTTGGG GGATGGCCGG 
ACTATCCCAT TTAAGAACTA TCGAGAGGCA GGAGGGGAGT ATGCCACGTG GAGTATCACC 
CCAGACTCAT CTACCCAGCC CTACTGGAAA TGGTTTGTCT CTCACTTCAG ATCAAAGCTA 
GAAGAAAACT ATCAGAAAAA ATTTATAAAT AAAGGTGAAA TTCCTGATGC ATGGGCCAAA 
ATCAAAAAGC AAGATGTGCT CAATGACTTG AGAAAACAGT AA

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

RefSeq	XP_029771101.1
CDS	596..7417
Translation	MENKQLNLTEGILSHRKNLPDKDLVKWASGGLALQGIYKTNNERGLIEKREELLSVPKNFSLFGPQQGTRMETREFTSSQAESTFTQTIEKLGFSAAASAKGKGWGFSLEAGVDDSKHSESKETQQSHSEHPYFCSTKFIYIPLASCHFPTDQLQLSKAALQELKCIEDLLDQSAGPDRAPLLKARTEAFFHRFGSHANQGPLHLGGIYWWKAISEGFQSEQLAEVKQQSAKALDLYISGSYSSFGIQVATDVAKTDSHSKEDSENTSSQNLQSRIQLSVAQTGGPPEANDLCQWKTGLIASNQTWCVIDRGIQLVPVWDIILSSHRSNFKDALQVAICLKDSYTALTGLTTQIQNGEELLSIVKKARVFLQDIKSWEVSDPEEQLKKLISFMQMLSQKLNSYDTWINICLTDRDLQNFLVNTVNFCRSSSIYDTKFIKSQLRSLLDPHIYRVKSFPQAHSIVQWIFWSESELEHIKISQFSELIKIIRKNKNDYLEVKVKSESPEIVEEAQRKATYEVSRSLRSFLNYLQETEQPDIQLLLLTIAAGAGYHIANKTFQFLLGCDELDFLLHEMQTAQDKYQALKNICSSRAQAFLVLTGLTASAEVTAVSPKEKTQRLTFIRRFMGQSWSKKVEDVLTKPGAEHDWEKLETDLRLLIDGNYEVTNPSLQMDEVRKHLQNIFHEKEPPHEPHDNENNKWEATENGAFLELLQRLGLEHYYPKRMSRANFHLIYKTSVYNTQPSSERELPFYFLQKLLMLDCGMRYLVFKDDGNAENRVYLNVSKQKNVVFNPYDDFFEDNDSPTNLLATDSRPHIHPMDIQMALLHCADDFARQYILAKLSICQFALPLLIPNPCNSQIEFSLWSLSQIRRSWQQARKTTKEASNNYKNQQMCHVSTPIVSFIRVGNGFSASKSQIMNCILSKRKHDIFFHRHCRGSSKDCLLMGGVVEIGWFCPGGEDEDSFDNCLTFANLHGDTKEHEKQLTFLKEISSLIVVLMATSDDNKESRTIIRDLCELSKPLICLLDDKEKTTANYSGQKVRIGIRNRNEAELTDNLKTTIRDLLEFSDTTFSLEDCAQIARKQGFLIDEDQRDCKEAKEMAEVLMALLGEMQIPQIKENLLPLQGNLWHLWCKKDKELYHLREKGNRSIEQHKCEIEEEKRRIRQQQLARAFPLNVLMQSVLEIILNHSETHTKLYFLQWLSVSLDNLTAGHLEELNERKKALWSQVQAEKKKATKNTNLKHWQNEIEAISTEISDCTLGIEQVLREIGQIYEVLEETSSPKDKLFLSLPQIVADLMISGLPIELMDGDASYVPLKWVAAIFDKVSEKLGDKRLFVLSILGLQSSGKSTLLNALFGLQFTVSAGRCTRGAYMQLLKVEETFTEELGFDFVLVVDTEGLRAPELSSKSQNWDNELATFVIGLGNLTLINIFGENPSEMQDILQIVVQAFLRMKQVKISPSCLFVHQNVGEVTAKDQTMEGRRRLEQRLDEMAEKAAEQEQYSDVTRFSDVIKFDVNTDVYYFAHLWDGNPPMAPPNPHYSHNVQELKSRILLTAKQESRGGIMKISDVKFRVQDLWRALVNENFIFSFRNTREVMAMSKLETMYNHWTWELRSHVLGLQNQLINQIQNGKIQTFRISTFQAPVIEKYEAIKQELEKYFNEDPDSEILVQWKANFESKLTMLKEALISESQKKADELISLKKSQEKLDNKMAAYEKELLEKSRTLALTVKGTELSEEELHEKFYQLWEKWVCGVSSTLPPATEPNIDVDAENILLEYFKKERNIVDTLKKNSGEKFQIKYDKHVKIITNYYIGRRSLEVCDKMSIQGTTDCITSQYDETIKEIWTQKCDYNPSYFHEILKIIDEEVKSAPTEGRYTFTNKYEIDLSLCLFQKASENFKEMHRAFKRANDPVNYLESKKEDFFMSFKISCQGATSVKTFVDFLWHKLTPAVSTTIWEKMAPKIAGDMCATCPAFNGNRSNLEKHILISLAEEENFDNYWGYLHNSKLFFRNYIEKHIETYCSDKGREKIKLFLKTTVDDMKNAILSAIHESTVIAKDKSSTVSGWLDVFCDRLGSNMIFPRKDLISIEHQEIKDIEFLKEAMSEVLDPTMKRLEEKYLNMSVEEMVPEIRKMLSEHLSGCWKQCPCCKTTCTNTIHTHEGDHSAPFHRPFALCGGSFYQTDNFAIDCCTNLVASDRHLRLGDGRTIPFKNYREAGGEYATWSITPDSSTQPYWKWFVSHFRSKLEENYQKKFINKGEIPDAWAKIKKQDVLNDLRKQ

Target ORF information:

RefSeq Version	XM_029915241.1
Organism	Suricata suricatta(meerkat)
Definition	Suricata suricatta interferon-induced very large GTPase 1-like (LOC115272188), mRNA.

Target ORF information:

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

XM_029915241.1

ORF Insert Sequence:

ATGGAAAACA AACAACTTAA CCTCACAGAG GGAATATTAT CTCACAGGAA GAACCTCCCA 
GATAAAGATC TGGTGAAATG GGCATCTGGA GGGTTGGCCC TGCAGGGAAT TTACAAAACT 
AACAATGAAA GGGGTTTGAT AGAGAAGAGA GAGGAGCTAC TCAGTGTCCC AAAGAACTTC 
TCACTCTTTG GCCCTCAGCA GGGCACACGG ATGGAAACAA GAGAATTTAC ATCTTCTCAA 
GCAGAATCCA CATTTACCCA GACTATAGAG AAGCTGGGCT TCAGTGCAGC TGCCTCAGCC 
AAAGGTAAAG GTTGGGGATT TAGCCTGGAA GCAGGTGTAG ATGACAGCAA ACATTCAGAA 
TCTAAGGAAA CCCAACAATC ACATTCTGAG CACCCTTATT TTTGCTCAAC CAAGTTCATT 
TACATCCCAC TGGCTTCCTG CCACTTTCCC ACTGATCAGC TCCAGTTATC CAAGGCTGCT 
CTCCAGGAAT TAAAATGCAT TGAAGACCTT CTGGATCAGT CTGCAGGCCC AGACAGAGCC 
CCTTTGCTAA AGGCCAGGAC CGAAGCTTTC TTCCACAGGT TTGGCTCTCA TGCTAACCAG 
GGCCCTCTGC ACTTGGGAGG AATCTACTGG TGGAAGGCCA TATCAGAGGG TTTCCAAAGT 
GAGCAGCTGG CAGAAGTGAA ACAGCAGTCA GCCAAGGCCC TGGACCTTTA TATAAGTGGC 
AGCTACAGTA GCTTTGGAAT TCAAGTTGCT ACAGATGTGG CTAAGACAGA TTCTCATTCA 
AAAGAAGACT CTGAGAACAC AAGCTCCCAA AATCTCCAAT CTAGAATCCA ATTATCTGTG 
GCCCAGACAG GTGGCCCACC AGAAGCTAAT GACCTCTGCC AGTGGAAGAC TGGCCTAATT 
GCCAGTAATC AAACCTGGTG TGTCATTGAC CGGGGAATTC AACTGGTGCC TGTCTGGGAC 
ATTATCCTCT CCAGCCATAG AAGTAATTTT AAAGATGCTC TTCAGGTAGC TATCTGCCTG 
AAAGACAGCT ACACTGCTCT GACTGGCCTC ACTACCCAGA TACAGAATGG AGAAGAATTG 
CTAAGCATTG TGAAGAAGGC CAGGGTTTTC CTACAGGATA TAAAATCATG GGAGGTATCT 
GACCCTGAAG AACAGCTTAA AAAACTTATA AGTTTCATGC AAATGTTGAG CCAAAAACTA 
AACAGTTATG ACACTTGGAT TAACATATGC CTCACAGATA GGGATCTGCA GAATTTTCTG 
GTAAACACTG TCAATTTTTG CAGAAGTTCT TCCATTTATG ATACAAAATT TATTAAATCT 
CAGTTGCGCA GCCTTTTGGA TCCTCACATC TATAGAGTGA AAAGCTTTCC TCAGGCTCAT 
TCCATCGTCC AGTGGATCTT CTGGTCAGAG TCGGAGCTGG AGCATATCAA AATCTCCCAA 
TTTTCTGAAT TAATTAAAAT CATAAGAAAA AACAAAAATG ACTACCTGGA AGTTAAGGTT 
AAATCTGAGT CCCCGGAAAT AGTGGAGGAA GCACAAAGAA AGGCCACTTA TGAAGTCAGC 
CGGTCTCTCC GCTCCTTCTT GAATTACCTC CAAGAAACAG AGCAGCCAGA CATACAGCTC 
TTGCTACTTA CCATTGCAGC AGGTGCAGGT TATCACATAG CAAACAAGAC CTTTCAGTTT 
CTCCTGGGGT GTGATGAGTT AGACTTCCTA CTGCATGAAA TGCAAACTGC CCAAGATAAA 
TACCAGGCGC TCAAAAATAT TTGCAGCTCC AGGGCTCAGG CATTCCTGGT GCTCACGGGT 
TTGACAGCCT CTGCTGAAGT TACAGCTGTT TCTCCAAAGG AGAAAACACA ACGTTTGACA 
TTTATAAGAC GCTTCATGGG GCAATCATGG TCTAAAAAAG TTGAAGATGT CCTCACTAAA 
CCTGGAGCAG AACATGATTG GGAAAAGCTA GAGACAGACT TGAGACTGCT CATTGATGGG 
AATTATGAAG TCACCAACCC TTCACTGCAA ATGGATGAAG TGAGAAAACA TTTGCAAAAT 
ATCTTCCATG AAAAGGAACC ACCTCATGAA CCACATGATA ATGAAAACAA CAAATGGGAG 
GCCACAGAAA ATGGAGCCTT CTTAGAATTA CTCCAGCGTC TAGGCCTAGA ACACTACTAC 
CCAAAGAGGA TGAGCAGAGC TAACTTCCAT CTGATCTACA AGACTTCTGT GTACAACACC 
CAGCCCAGCT CTGAACGAGA GCTTCCCTTC TACTTCCTAC AGAAACTACT GATGTTGGAT 
TGTGGGATGA GATATTTGGT CTTCAAAGAT GATGGAAATG CAGAGAATCG AGTCTATCTA 
AATGTCTCGA AACAAAAAAA TGTGGTTTTC AATCCATATG ATGATTTTTT TGAAGACAAT 
GATAGTCCCA CTAATCTTTT AGCCACTGAT TCCAGACCCC ATATTCACCC TATGGATATT 
CAGATGGCAC TTCTTCACTG TGCAGATGAT TTTGCTAGAC AATATATTCT GGCCAAACTC 
TCCATTTGTC AGTTTGCCCT CCCTCTCCTT ATACCTAATC CTTGCAACTC TCAAATTGAA 
TTCTCTCTCT GGTCTCTCAG TCAGATTAGG AGAAGCTGGC AGCAAGCAAG GAAAACAACA 
AAAGAGGCAA GCAACAATTA TAAGAATCAG CAAATGTGTC ATGTCTCTAC CCCCATTGTA 
TCCTTTATTA GGGTCGGAAA TGGATTCTCT GCTTCCAAAT CTCAGATTAT GAACTGTATT 
CTCAGTAAAC GTAAGCATGA TATCTTTTTT CATCGACATT GCAGAGGGAG TAGCAAAGAC 
TGTCTCTTGA TGGGTGGTGT AGTGGAAATT GGCTGGTTCT GTCCTGGGGG TGAAGATGAG 
GACAGCTTTG ACAACTGTTT GACCTTCGCC AACCTTCATG GAGATACCAA GGAACATGAA 
AAGCAACTCA CCTTCCTGAA GGAGATCTCT TCTCTCATTG TAGTCCTCAT GGCAACTTCT 
GATGACAATA AAGAAAGCCG AACAATTATC CGTGACCTGT GTGAGCTATC AAAACCTTTG 
ATCTGTCTGC TTGATGACAA AGAAAAAACC ACAGCCAATT ATTCTGGCCA AAAAGTGAGA 
ATTGGGATCC GGAACAGAAA TGAGGCAGAA TTAACAGACA ACCTCAAAAC TACAATCAGA 
GATTTGCTAG AGTTCTCTGA CACTACTTTT AGCTTAGAGG ACTGTGCCCA GATTGCTCGC 
AAGCAAGGAT TCCTTATTGA TGAAGACCAG AGAGACTGCA AGGAAGCCAA AGAAATGGCA 
GAGGTTCTCA TGGCTCTATT AGGAGAAATG CAGATACCTC AGATAAAGGA AAACTTACTA 
CCCCTTCAGG GAAATCTGTG GCATCTGTGG TGTAAAAAGG ACAAAGAACT CTATCATCTG 
AGAGAAAAAG GAAATCGGAG CATTGAACAA CACAAGTGTG AGATTGAGGA AGAGAAACGA 
AGAATAAGGC AGCAACAGTT GGCCAGAGCC TTTCCTCTCA ATGTGTTAAT GCAATCTGTC 
CTTGAAATTA TCCTAAACCA TTCAGAAACT CATACAAAAC TCTACTTCTT ACAATGGCTG 
AGTGTGTCTT TGGACAACCT GACTGCAGGA CACTTGGAAG AACTGAATGA AAGAAAAAAG 
GCTTTGTGGT CACAGGTACA AGCAGAAAAG AAAAAAGCAA CAAAGAACAC CAACCTGAAA 
CACTGGCAAA ATGAGATAGA AGCGATTTCT ACAGAGATTA GTGACTGCAC CTTGGGAATT 
GAACAAGTTC TCAGAGAAAT AGGCCAGATT TATGAAGTTC TGGAAGAAAC TTCCTCCCCA 
AAAGATAAAC TTTTCCTCTC CCTGCCCCAG ATTGTTGCAG ATCTAATGAT ATCTGGTCTT 
CCCATTGAGC TGATGGATGG GGATGCTTCA TATGTGCCGC TCAAGTGGGT AGCAGCTATT 
TTTGACAAGG TTTCTGAGAA ACTTGGAGAC AAACGGCTGT TTGTTCTCTC TATCCTTGGC 
CTGCAGAGCT CAGGGAAGTC CACCCTGCTG AATGCCCTTT TTGGGCTGCA GTTCACTGTC 
AGTGCTGGGA GGTGCACCCG GGGGGCCTAC ATGCAGCTCC TGAAGGTGGA GGAGACATTC 
ACAGAGGAAC TTGGCTTTGA TTTTGTGCTC GTTGTGGACA CAGAAGGGCT TCGCGCCCCC 
GAACTCAGCA GCAAATCCCA GAATTGGGAC AATGAGTTGG CAACCTTTGT TATTGGACTT 
GGAAACTTGA CTCTGATTAA TATTTTTGGG GAAAATCCAT CAGAAATGCA AGATATTCTA 
CAAATAGTTG TCCAAGCCTT TCTGAGGATG AAACAAGTAA AAATCTCCCC AAGCTGCCTT 
TTTGTCCATC AGAATGTGGG GGAAGTTACA GCTAAAGACC AAACAATGGA AGGACGAAGG 
CGGCTAGAGC AGAGATTAGA TGAAATGGCA GAAAAAGCAG CTGAACAAGA ACAGTACTCA 
GATGTGACCC GCTTTAGTGA TGTCATAAAG TTTGATGTCA ATACTGATGT CTACTACTTT 
GCTCACCTCT GGGATGGCAA TCCTCCAATG GCCCCTCCCA ATCCTCACTA CAGCCACAAT 
GTCCAGGAGC TGAAAAGTAG AATTCTTCTG ACAGCCAAAC AGGAATCTAG GGGAGGCATC 
ATGAAGATAT CAGATGTAAA ATTCCGAGTC CAAGATTTGT GGAGAGCCCT AGTGAACGAG 
AACTTTATTT TCAGTTTCAG GAACACCAGA GAAGTCATGG CCATGAGCAA ATTGGAAACA 
ATGTATAACC ACTGGACCTG GGAGCTGAGG AGTCATGTGC TCGGCTTGCA GAACCAGCTA 
ATCAACCAGA TTCAGAATGG AAAAATCCAG ACATTCAGAA TAAGCACATT TCAGGCTCCA 
GTCATAGAAA AATATGAAGC CATCAAACAA GAACTTGAAA AATACTTTAA TGAAGATCCA 
GATAGTGAAA TACTGGTTCA GTGGAAAGCA AATTTTGAAA GTAAGCTAAC AATGCTTAAA 
GAGGCACTTA TTTCAGAAAG CCAAAAAAAA GCTGATGAAC TTATTAGTTT AAAGAAAAGT 
CAAGAAAAAC TGGACAACAA GATGGCAGCT TATGAAAAGG AATTGTTAGA AAAAAGCCGA 
ACCTTGGCTT TAACTGTAAA AGGCACAGAA TTGAGTGAGG AAGAGCTACA TGAGAAGTTC 
TATCAACTCT GGGAAAAATG GGTCTGTGGT GTGTCCTCAA CTCTCCCTCC AGCTACAGAG 
CCTAACATTG ATGTGGATGC TGAAAACATC CTTTTGGAAT ATTTCAAAAA GGAGAGAAAT 
ATTGTAGACA CACTGAAGAA AAATTCTGGA GAAAAGTTTC AAATCAAATA TGACAAACAT 
GTCAAAATAA TCACGAATTA TTACATAGGT AGAAGGTCAT TAGAGGTCTG TGATAAAATG 
TCCATACAGG GGACTACTGA CTGCATTACT TCACAATATG ATGAAACTAT TAAGGAAATT 
TGGACACAAA AGTGTGATTA CAATCCATCT TATTTCCATG AAATCCTGAA AATAATAGAT 
GAGGAAGTGA AATCTGCACC AACTGAGGGA AGATACACAT TTACAAATAA ATATGAAATT 
GATTTATCTT TGTGTTTATT CCAAAAAGCA TCAGAGAATT TTAAGGAGAT GCACAGAGCA 
TTCAAGAGAG CAAATGATCC AGTAAACTAT CTGGAAAGTA AGAAAGAGGA TTTCTTCATG 
AGTTTCAAGA TATCTTGTCA AGGAGCAACT TCCGTCAAAA CATTTGTTGA TTTTCTGTGG 
CACAAACTCA CTCCTGCTGT CTCTACCACC ATATGGGAAA AAATGGCCCC TAAAATTGCT 
GGAGACATGT GCGCTACCTG CCCCGCATTC AATGGAAACA GGTCTAACCT GGAGAAACAC 
ATTCTCATCT CTCTGGCAGA AGAAGAAAAT TTTGATAATT ACTGGGGTTA CCTTCATAAT 
TCAAAATTAT TTTTTAGGAA TTACATTGAA AAACATATTG AAACATATTG TTCAGATAAA 
GGAAGAGAAA AAATAAAGTT GTTTTTAAAA ACAACTGTAG ATGATATGAA GAATGCCATC 
CTCTCAGCTA TTCATGAATC CACAGTAATT GCTAAAGATA AAAGCAGCAC TGTGTCTGGG 
TGGTTGGATG TGTTCTGTGA TCGCCTGGGG AGTAATATGA TCTTCCCAAG AAAAGACTTG 
ATAAGCATTG AACACCAAGA AATAAAAGAT ATTGAGTTTC TCAAAGAAGC TATGAGTGAA 
GTTTTGGATC CCACAATGAA GAGATTAGAA GAGAAATATT TGAATATGTC TGTAGAAGAA 
ATGGTTCCGG AAATTCGGAA AATGCTCTCT GAACATCTCT CTGGCTGCTG GAAACAGTGT 
CCCTGCTGTA AAACTACTTG TACAAACACA ATCCATACAC ATGAAGGAGA CCACAGTGCT 
CCCTTCCACC GTCCTTTCGC TCTGTGTGGA GGGTCTTTTT ACCAAACAGA CAACTTCGCC 
ATTGATTGCT GTACTAATTT GGTGGCAAGT GATCGTCATT TGCGTTTGGG GGATGGCCGG 
ACTATCCCAT TTAAGAACTA TCGAGAGGCA GGAGGGGAGT ATGCCACGTG GAGTATCACC 
CCAGACTCAT CTACCCAGCC CTACTGGAAA TGGTTTGTCT CTCACTTCAG ATCAAAGCTA 
GAAGAAAACT ATCAGAAAAA ATTTATAAAT AAAGGTGAAA TTCCTGATGC ATGGGCCAAA 
ATCAAAAAGC AAGATGTGCT CAATGACTTG AGAAAACAGT AA