LOC103190647 cDNA ORF clone, Callorhinchus milii(elephant shark)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC103190647
Entrez Gene ID	103190647
Full Name	interferon-induced very large GTPase 1-like
Gene Type	protein-coding
Organism	Callorhinchus milii(elephant shark)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007911508.1	XP_007909699.1	interferon-induced very large GTPase 1-like

Pathways from BioSystems
Gene Ontology

The following LOC103190647 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC103190647 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
OCa389318	XM_007911508.1 Latest version!	Callorhinchus milii interferon-induced very large GTPase 1-like (LOC103190647), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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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)

LOC103190647 ( XM_007911508.1 ) cDNA ORF clone, Callorhinchus milii(elephant shark) -> XP_007909699.1 Callorhinchus milii interferon-induced very large GTPase 1-like (LOC103190647), mRNA.

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CloneID	OCa389318
Clone ID Related Accession (Same CDS sequence)	XM_007911508.1
Accession Version	XM_007911508.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6123bp) 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	2014-05-08
Organism	Callorhinchus milii(elephant shark)
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_006890535.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Callorhinchus milii Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAGTT CAATTGAAGA ACGTCGCCCT GTCCTATTTT CCAATTCTGT TGAACTCAGA 
CTTGATCAGC TACTAACAGA CCTGGGGCTA CGGGACTTTT ATCCCAACAA ACTCTCCCTC 
AACAATGTCT TGGAGCTCGG GAAGGAGCCG TTTATGGAGA ATCGACCAAT CGCTCCTCAG 
GAGATTCCCA GATATTTCCT AAGGATGGTG ATGAAGGCTG ATACCAACGC TAGGGCCCTA 
CCAATTGGGA CAATCCTGGA CTGTGCACAA GAGGACAGAA AGGCCACTGA TGGATTGAAT 
TCTCCTCCAG GCAGTCTGAT GTCCCAAGAG ATAGCATTTC ACCCTTTAGA TGTCATCACC 
GCTGTCTTCC TTTGTGCAGA TCCCTCACTC CAACGAGAGC TGTTGAGTAA GATGTCGATG 
AGCCACTTTG CATTACCACT TCTCCTGCCA GGTCTCGGAG AGTCCCCAAT GTTTCTTCTG 
GGGCCCCTAT GTTCCATTGT GACAAAGTAC CACCCTCAGG CAATGAAGCT TGGACCTCGA 
GAGCAACACA TAACTAATGC AAAGCTTCCA ACCATTGCTT TCCTTCGCCT GGGTCGCTGC 
TCCATGTCTA AATCCAAACT CTTAAATGAC ATTCTCAGTC AGTCTGAGCA ACACCACAAT 
TTCTTCATCC ATTCCAACAT GGAATGTGCT GATGTCCCCC GCAGGATCTC AGATGGGCTG 
ATTGAGGTGT GCTGGTACCT GCCCGGAGTG ACGGAGGAGC TGAAAAGCTT CCCCAAAGCT 
CTGGCTGTGA TGAACCTGCA TGGAGATGCT AAACAGTTTC CCAAGCATGT GAGCTATTTG 
ACTAGAATCT CGGCTGTTGT GGTTGTCTGT GTGGATAATG TGGACAATAA AGTACAAGGA 
ATTCTGACTT CACTCATCCA ATCTCCAGAG AAGCTCGTCA TGTTAATCAA TCCCAACTCC 
AGCCACGTTG AAGTCACACA ACTGAATCTT AAGAAGTTGT TCAAACATAA CTTCTTATCC 
GAGAAGCAGA TTGTATCCAA ATCCCAAAAG ACCAGTGGAA TATTCATACA AGAGCTTCGA 
TCTAAACTCG AGGGCTTGCT GGGAAAGAAT GATTATCCAG AGAAGAGCTT AGAGGAGATG 
GCCGAGGTGG CTAGAGACAT AGGATTTGCA GTTAGTGAAC ACACAAGGGA GCTTTCTGAA 
GGTGAAAGAC CACTCAATGA TAAAGGTAAT GCATTGCCAA CTGAAAGTCT GGGAGAATGT 
CCTAATCAAA CAATAACAAT ACATTCTCTC AAAAAATGTT TGGAAAGCAG ATTTGAAATT 
GGTATGAAAC ATGTTGAAGA ACAATCTATA CAGAATTATT TTTATAATGA GAAGCCTTCC 
TTCTCATGTG TGCCAGACAC AGAAACCAAT GTGTCATGTA AAGACAGTGT ATATAATCAA 
TTACTAACAG ACCTGGGATT GCAGGAATAC TTTCCCCAGA AGCTAACTGT GAACAAAGTG 
TTGGAGGTCA GAGCAGAGCC ACTACCAGAT AGGTTACCCA GAGCTCACAA GGATATTCCC 
TGGTATTTCT TCAGGAAGCT AATAACTGCA AATTCCACTG CCAGATGCAT AAAATTAACT 
GGATCACCAG AAGAAAGAAG TGAAGGTGAT GAAGTTGACA ACCTTTTTGA TGAGCCAATG 
GAAACTTTGG ATTTTAATCC ATTAGATGTC ATCACTGCAA TATTCCTGTG TGCAGATCCC 
TTCCTCAAAC AGGAGCTGGT CATGAAGATG TCCACATGTC AGTTTGCAGT ACCTCTTCTG 
CTGCCTGGGA CAGAGGGAAA AATCCTGTTT CTCCTGAATT CTATGCGTTC CCTTGTAAAA 
AAATGGTGTC CTTCTCAGTT AGCAAAGCAA AACAGATTCA AAGAAGCACA AATGATGTCT 
TTCAATCTTC CATCCATTGC ATTCATTCGC CTGGGTCGCT GCTCCATGTC TAAATCGAAA 
TACTTAAATG ACATTCTCAG CCCCTCTCAG CAACACAACG ATTTCTTTAT TCATTGCAAC 
ATGGAATGTG CCAATGTCCC CCGGAAGGTC TCAGATGGGC TGATTGAGGT GTGCTGGTAC 
CTGCCTGGAG TAATAGAGGA GATGAAAATC TTCCCCAAAG CTCTTACTGT GATGAACCTT 
CGAGGCGATG CAGCACAGTT TACCAGTCAA GTGAAATTCT TAACTAGAGT CTCGACTGCT 
GTATTTATCT GTGTGGACAA TATCACAGAG AAGGAAGTAC ATGCCTTGTC CAAATTGTCC 
TTTGAACAAC AGAAACTATA TCTGATTGTG AATCCTGAGA AAGATCAAGT GGAGACCACA 
AAACAGCATT TGAGGAGATT GTCTCAAGAA AAGAGAATCA CAATGAACCA TGTTCTGTTA 
CGGAGGCAGG GAAATGATGC TACCTTTGTG CAAAATGTTC AGAAGAAAAT AAATACTATA 
CTGGACAACA TCAATGGACA GTCAGATATA AAGAGTTTAG CTGAGATGGC TTCCTGTGCT 
TGGCAGGTTG GGTTGGAAAT AGATGAAGAT GACAATGAAT GTAAAGAAGG GAAAACAAGT 
TCAGGAACTG TCCTTCGTTT CTTTCCAACA GAAGACATTG CAGAGTTCAA ACAAAGCAAG 
TTGTATTTTC AGGGAAAGGA TTGGATGCAA ATATCCAAAA TAGAAGAGGA GATTTGTTGC 
CTCAGAAACG TGGGACAACA GAGTGTGGCC ACATACATTG ATAAACAGAA GAAACAAATT 
CGAGAAATTC GGAAGGAATT GTTTCAGAAA GGGGTGTCAG ATGTGGTGGA GAAAATGATT 
CAAAAACTTG CTACAAACTC TGGAAATGAG AGGAAACATT TCCTGTACTT GATGAAATAT 
GAGTTGGATT CTATGTCATG GCAAAATCTC ACGAAAAAGC AACAGTGTGA AAGTTCAGAG 
GATCAAAAAG CTCCTCAAGA TCTTGATGTA CAGCGCTCAT TAGGGCTGGA ACATTTCCTA 
CGTGAAATCG GGCTTGTTTA TGAAACATTC ATGGCGTTGA ATGAAAACTC CTCCAATATC 
ACAAAGCTTC CAGTGATTGC TGCTGAGCTG CTGTTAGATG GCTTCCCACT GGAGCTCATA 
GATGGAGATG TTTGTGGTGT AGCTGTGGAC TGGGTCACTG AGGTGCTCAA ACAAGTGGAA 
AAGACGAAGG GAGGAGAATG TCGGGTCTTT GTGCTGACAG TGTTGGGAGT ACAGAGCACT 
GGGAAGTCCA CACTTCTCAA CACCATGTTT GGGTTGCAGT TTGCTGTAGG CAGTGGACGG 
TGCACACGAG GAGCCTTCAT CCAACTCATT CCAATTGTGG GAGATTTGAA GACCAAACTT 
GGCTGTGATT TCATCCTGGT CATTGACACA GAGGGCCTGA AACAACAAGT GTCTGATATT 
GGAGGTACCC ATGAACACGA CAATGAGCTG GCAACCTTAG TGATTGGAAT GAGTGATTTA 
ACTTTAATTA ACATGTCCAT GGAGAGCCCC TCGGAAATGG AGGATGTGCT GCAAATAGTT 
GTCCACGCAT TTATCCGCAT GTCAGAAGTG GGCAAGAAAC CCATTTGCCA ATTTGTCCAT 
CAGAACACTG GGGACGTTTC TGCACATGAA CAGAACTTGG GAAATCGGAA ACGTTTGAAT 
GACCGCTTAG ACAAGATGAC CTCGATTGCA GCTAAGATTG AGAAAGTAGA AGGTTCTATC 
TCTAAATTTT CTAATGTTAT AGACTACAAT CCTGATAAAG ATAACTGGTA TATCCCAGGG 
CTGTGGCATG GGAACCCCCC AATGGCTGCA GTCAATATCG GGTATAGCCA GAAGTTGGTG 
GAGTTGAAAC AATGTGTTTT GGAAAAGTTC ACACAGAGAA ACGCGTCCAC AGTCACTCAG 
TTTATAAGAA ACTTCACAAA CCTGTGGAAT GCAGTGAAGC ACGAAAATTT CATCTTCAGT 
TTCCGGAATT GTCTTGAAGT TGATGCTTAC AATGACCTTT CTGTCAAGTA CAGTGATCTG 
GAATGGGAAC TACGCAAAAA GGTCTATGAC TTCGTGGACA AGGCTCAGGA GAGAATCAAA 
ACCGAAGAGA AGAATCCTGA GAATTTGTTG GCCGTGTTAA GGAATGAGCT GCTGGAAGTG 
ATGGAAACAA CGAAAGCCAA AGTTATCGAA ACATTGGAAC ATTGGTTCAG CGCACAGAAT 
AAGAAAGCCC ATCTGATTCA GGATTACAAA GACCAGTTTA AGATGAACAT TGACATCTTG 
TGTAAAAAGC TTAATGAGGA TTCACAAGAA CAAATGAAGA ACTCTATGCA GCGACAAGAA 
GGTAGGAAGA AACTGCAAGC TATCAAGAAT CAATATAACA AAGTGATTGA AGACAAAGTC 
ACTCAGCTCG TCCAGTCTTT GAAACAGAAA ACAAAAGACC AGGATGAAAA TGAGCAGCAC 
CAGGCTTTTG AAACCATGTG GGCTGAGGCC ACTTCTCCAC TAAAGGTCTA CGAGCCAAAG 
GTAGCCAACA TTCCCTTGGA CATGGAAATA AGTTTGAAGG AGAATGTGAA CACACATAGA 
GGCAGCTTAT ACAAGAACCT CAAAGACAAA TCTCTTGACG AGTGGGGCAA GTTGGAGTTC 
AAAGTCAATG AGGAGCATAT TGCTGTGAGA TCCCTGACTA ACCGTGCATG GAGATACATG 
TCTAATATTC TCTATGAGTC CAAGCAGGAA ACAGAATTCC TGAATTGCTG TGTGAAAGAA 
GCACAAGAAC AGGCAGAAAT ATTGATCTTG AAAAGCAAAG AAGAAATGGA GAAGACAATA 
CAACAAGATA TGAATTACGA TCCCAAATAT TGCAAAACAA TTCTCCGAAA TTTGGACATA 
ATTTTAGACT GTGACTTTCC AAGATTCAGC TTCACTGAAA CGTTCAGGAC ATCTTTTAAA 
TTGCACATTT GTGGCATTGG AGTTCAGAGA TTCCAACAGA TACACAATTC TTTCCGACAG 
AAAAATGATC CCCTGCAAAG TTTTGAAGCC GATAAGAAAT TCTACAAACA GATCTTTGTA 
AATCTGTACA ATCAGAAAGA TCAAAGTCAA TCCTGTGCTG AATTATACCT TAATTCTTAC 
ATCAAACCAG CAATGATTGC CGATCTTAAT CAGAAATTGG GACGGGCCAT TGTGGATTAT 
ATTAAGAGCA CGCAAAACGC AGAAGAATTC AAGTCACGCA GGAACCTACA AGTGGGGATA 
ATGTTGGATT TGAAAAAGAA AAACTGCTTT GAAGACTATT ATCAATATAT CAAAAATACC 
CACAAGTTTG AGAAGGATTG GGTGGAAGAG CAAGTCCTGA GGTACTGTGA AAACTCAGAG 
CAGGAAGCAA CGCTCCTTCA CAATCTGGCT ATGGGTATTC TGGAACCAGC TGTACATTCA 
ATACAGAAAG CAATCCGAGA CATTGATACC CACAAAGAAT TGACAGCCTG GACCTTTCTG 
ACTGAGTTCA GGAAAGCAAT GGAAGGAATA ATTGTGTTAC CTCAGGACAA GTTCACCAAT 
CAGGACATTG TGAGAAACGC TCCATGTTTT GTGGATGAAT TGAAAGATTT GGCCAATGGT 
TTGAAAAATG ATCTTTCAAA TACCATTAAG GGATGGAATG TCAGATCCAA AGTCTCAGAG 
CTTCCTGTAG CTCCATGGAA GTTGCTGTAT GACATGCTGT CTGGCTGTGG GGAGCAATGT 
CCTTACTGTG GAGTTTTATG TGATTGCACC GACCACAATC ATGAGAAGCA CTCGGCAAAT 
TATCACTTGC CAGAGGGACT ACGTGGCTAT CGCTGGAGCT TTTGGAAGAC TCTTGTAACC 
AACAGTTGTT CAGATACATC CTATATTGCA TTGCGTTTGT ACAGAGAAGA AGATCCCTGG 
TTGAAATCAC AGTTATCTAT CAGCCACACA TGGGTCATCC CCAAAAGCAG GGATACTGGG 
GTGCCCCCCT ACTGGAAACG GGTCTTCTAC ACCCATAACA AAAGTTTTGC AAAGAAATAT 
GGAGTGAACC CAGCGACACG CATTGATGAC TGGAACGTAC CGTGGAGTGA AATCAAAAAA 
GACATTGAGG AAAAGTACAA CGTGAGAATC GATGATTTTC CAGCATCACT TCAACCTCTG 
TAA

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

RefSeq	XP_007909699.1
CDS	341..6463
Translation	MESSIEERRPVLFSNSVELRLDQLLTDLGLRDFYPNKLSLNNVLELGKEPFMENRPIAPQEIPRYFLRMVMKADTNARALPIGTILDCAQEDRKATDGLNSPPGSLMSQEIAFHPLDVITAVFLCADPSLQRELLSKMSMSHFALPLLLPGLGESPMFLLGPLCSIVTKYHPQAMKLGPREQHITNAKLPTIAFLRLGRCSMSKSKLLNDILSQSEQHHNFFIHSNMECADVPRRISDGLIEVCWYLPGVTEELKSFPKALAVMNLHGDAKQFPKHVSYLTRISAVVVVCVDNVDNKVQGILTSLIQSPEKLVMLINPNSSHVEVTQLNLKKLFKHNFLSEKQIVSKSQKTSGIFIQELRSKLEGLLGKNDYPEKSLEEMAEVARDIGFAVSEHTRELSEGERPLNDKGNALPTESLGECPNQTITIHSLKKCLESRFEIGMKHVEEQSIQNYFYNEKPSFSCVPDTETNVSCKDSVYNQLLTDLGLQEYFPQKLTVNKVLEVRAEPLPDRLPRAHKDIPWYFFRKLITANSTARCIKLTGSPEERSEGDEVDNLFDEPMETLDFNPLDVITAIFLCADPFLKQELVMKMSTCQFAVPLLLPGTEGKILFLLNSMRSLVKKWCPSQLAKQNRFKEAQMMSFNLPSIAFIRLGRCSMSKSKYLNDILSPSQQHNDFFIHCNMECANVPRKVSDGLIEVCWYLPGVIEEMKIFPKALTVMNLRGDAAQFTSQVKFLTRVSTAVFICVDNITEKEVHALSKLSFEQQKLYLIVNPEKDQVETTKQHLRRLSQEKRITMNHVLLRRQGNDATFVQNVQKKINTILDNINGQSDIKSLAEMASCAWQVGLEIDEDDNECKEGKTSSGTVLRFFPTEDIAEFKQSKLYFQGKDWMQISKIEEEICCLRNVGQQSVATYIDKQKKQIREIRKELFQKGVSDVVEKMIQKLATNSGNERKHFLYLMKYELDSMSWQNLTKKQQCESSEDQKAPQDLDVQRSLGLEHFLREIGLVYETFMALNENSSNITKLPVIAAELLLDGFPLELIDGDVCGVAVDWVTEVLKQVEKTKGGECRVFVLTVLGVQSTGKSTLLNTMFGLQFAVGSGRCTRGAFIQLIPIVGDLKTKLGCDFILVIDTEGLKQQVSDIGGTHEHDNELATLVIGMSDLTLINMSMESPSEMEDVLQIVVHAFIRMSEVGKKPICQFVHQNTGDVSAHEQNLGNRKRLNDRLDKMTSIAAKIEKVEGSISKFSNVIDYNPDKDNWYIPGLWHGNPPMAAVNIGYSQKLVELKQCVLEKFTQRNASTVTQFIRNFTNLWNAVKHENFIFSFRNCLEVDAYNDLSVKYSDLEWELRKKVYDFVDKAQERIKTEEKNPENLLAVLRNELLEVMETTKAKVIETLEHWFSAQNKKAHLIQDYKDQFKMNIDILCKKLNEDSQEQMKNSMQRQEGRKKLQAIKNQYNKVIEDKVTQLVQSLKQKTKDQDENEQHQAFETMWAEATSPLKVYEPKVANIPLDMEISLKENVNTHRGSLYKNLKDKSLDEWGKLEFKVNEEHIAVRSLTNRAWRYMSNILYESKQETEFLNCCVKEAQEQAEILILKSKEEMEKTIQQDMNYDPKYCKTILRNLDIILDCDFPRFSFTETFRTSFKLHICGIGVQRFQQIHNSFRQKNDPLQSFEADKKFYKQIFVNLYNQKDQSQSCAELYLNSYIKPAMIADLNQKLGRAIVDYIKSTQNAEEFKSRRNLQVGIMLDLKKKNCFEDYYQYIKNTHKFEKDWVEEQVLRYCENSEQEATLLHNLAMGILEPAVHSIQKAIRDIDTHKELTAWTFLTEFRKAMEGIIVLPQDKFTNQDIVRNAPCFVDELKDLANGLKNDLSNTIKGWNVRSKVSELPVAPWKLLYDMLSGCGEQCPYCGVLCDCTDHNHEKHSANYHLPEGLRGYRWSFWKTLVTNSCSDTSYIALRLYREEDPWLKSQLSISHTWVIPKSRDTGVPPYWKRVFYTHNKSFAKKYGVNPATRIDDWNVPWSEIKKDIEEKYNVRIDDFPASLQPL

Target ORF information:

RefSeq Version	XM_007911508.1
Organism	Callorhinchus milii(elephant shark)
Definition	Callorhinchus milii interferon-induced very large GTPase 1-like (LOC103190647), mRNA.

Target ORF information:

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

XM_007911508.1

ORF Insert Sequence:

ATGGAGAGTT CAATTGAAGA ACGTCGCCCT GTCCTATTTT CCAATTCTGT TGAACTCAGA 
CTTGATCAGC TACTAACAGA CCTGGGGCTA CGGGACTTTT ATCCCAACAA ACTCTCCCTC 
AACAATGTCT TGGAGCTCGG GAAGGAGCCG TTTATGGAGA ATCGACCAAT CGCTCCTCAG 
GAGATTCCCA GATATTTCCT AAGGATGGTG ATGAAGGCTG ATACCAACGC TAGGGCCCTA 
CCAATTGGGA CAATCCTGGA CTGTGCACAA GAGGACAGAA AGGCCACTGA TGGATTGAAT 
TCTCCTCCAG GCAGTCTGAT GTCCCAAGAG ATAGCATTTC ACCCTTTAGA TGTCATCACC 
GCTGTCTTCC TTTGTGCAGA TCCCTCACTC CAACGAGAGC TGTTGAGTAA GATGTCGATG 
AGCCACTTTG CATTACCACT TCTCCTGCCA GGTCTCGGAG AGTCCCCAAT GTTTCTTCTG 
GGGCCCCTAT GTTCCATTGT GACAAAGTAC CACCCTCAGG CAATGAAGCT TGGACCTCGA 
GAGCAACACA TAACTAATGC AAAGCTTCCA ACCATTGCTT TCCTTCGCCT GGGTCGCTGC 
TCCATGTCTA AATCCAAACT CTTAAATGAC ATTCTCAGTC AGTCTGAGCA ACACCACAAT 
TTCTTCATCC ATTCCAACAT GGAATGTGCT GATGTCCCCC GCAGGATCTC AGATGGGCTG 
ATTGAGGTGT GCTGGTACCT GCCCGGAGTG ACGGAGGAGC TGAAAAGCTT CCCCAAAGCT 
CTGGCTGTGA TGAACCTGCA TGGAGATGCT AAACAGTTTC CCAAGCATGT GAGCTATTTG 
ACTAGAATCT CGGCTGTTGT GGTTGTCTGT GTGGATAATG TGGACAATAA AGTACAAGGA 
ATTCTGACTT CACTCATCCA ATCTCCAGAG AAGCTCGTCA TGTTAATCAA TCCCAACTCC 
AGCCACGTTG AAGTCACACA ACTGAATCTT AAGAAGTTGT TCAAACATAA CTTCTTATCC 
GAGAAGCAGA TTGTATCCAA ATCCCAAAAG ACCAGTGGAA TATTCATACA AGAGCTTCGA 
TCTAAACTCG AGGGCTTGCT GGGAAAGAAT GATTATCCAG AGAAGAGCTT AGAGGAGATG 
GCCGAGGTGG CTAGAGACAT AGGATTTGCA GTTAGTGAAC ACACAAGGGA GCTTTCTGAA 
GGTGAAAGAC CACTCAATGA TAAAGGTAAT GCATTGCCAA CTGAAAGTCT GGGAGAATGT 
CCTAATCAAA CAATAACAAT ACATTCTCTC AAAAAATGTT TGGAAAGCAG ATTTGAAATT 
GGTATGAAAC ATGTTGAAGA ACAATCTATA CAGAATTATT TTTATAATGA GAAGCCTTCC 
TTCTCATGTG TGCCAGACAC AGAAACCAAT GTGTCATGTA AAGACAGTGT ATATAATCAA 
TTACTAACAG ACCTGGGATT GCAGGAATAC TTTCCCCAGA AGCTAACTGT GAACAAAGTG 
TTGGAGGTCA GAGCAGAGCC ACTACCAGAT AGGTTACCCA GAGCTCACAA GGATATTCCC 
TGGTATTTCT TCAGGAAGCT AATAACTGCA AATTCCACTG CCAGATGCAT AAAATTAACT 
GGATCACCAG AAGAAAGAAG TGAAGGTGAT GAAGTTGACA ACCTTTTTGA TGAGCCAATG 
GAAACTTTGG ATTTTAATCC ATTAGATGTC ATCACTGCAA TATTCCTGTG TGCAGATCCC 
TTCCTCAAAC AGGAGCTGGT CATGAAGATG TCCACATGTC AGTTTGCAGT ACCTCTTCTG 
CTGCCTGGGA CAGAGGGAAA AATCCTGTTT CTCCTGAATT CTATGCGTTC CCTTGTAAAA 
AAATGGTGTC CTTCTCAGTT AGCAAAGCAA AACAGATTCA AAGAAGCACA AATGATGTCT 
TTCAATCTTC CATCCATTGC ATTCATTCGC CTGGGTCGCT GCTCCATGTC TAAATCGAAA 
TACTTAAATG ACATTCTCAG CCCCTCTCAG CAACACAACG ATTTCTTTAT TCATTGCAAC 
ATGGAATGTG CCAATGTCCC CCGGAAGGTC TCAGATGGGC TGATTGAGGT GTGCTGGTAC 
CTGCCTGGAG TAATAGAGGA GATGAAAATC TTCCCCAAAG CTCTTACTGT GATGAACCTT 
CGAGGCGATG CAGCACAGTT TACCAGTCAA GTGAAATTCT TAACTAGAGT CTCGACTGCT 
GTATTTATCT GTGTGGACAA TATCACAGAG AAGGAAGTAC ATGCCTTGTC CAAATTGTCC 
TTTGAACAAC AGAAACTATA TCTGATTGTG AATCCTGAGA AAGATCAAGT GGAGACCACA 
AAACAGCATT TGAGGAGATT GTCTCAAGAA AAGAGAATCA CAATGAACCA TGTTCTGTTA 
CGGAGGCAGG GAAATGATGC TACCTTTGTG CAAAATGTTC AGAAGAAAAT AAATACTATA 
CTGGACAACA TCAATGGACA GTCAGATATA AAGAGTTTAG CTGAGATGGC TTCCTGTGCT 
TGGCAGGTTG GGTTGGAAAT AGATGAAGAT GACAATGAAT GTAAAGAAGG GAAAACAAGT 
TCAGGAACTG TCCTTCGTTT CTTTCCAACA GAAGACATTG CAGAGTTCAA ACAAAGCAAG 
TTGTATTTTC AGGGAAAGGA TTGGATGCAA ATATCCAAAA TAGAAGAGGA GATTTGTTGC 
CTCAGAAACG TGGGACAACA GAGTGTGGCC ACATACATTG ATAAACAGAA GAAACAAATT 
CGAGAAATTC GGAAGGAATT GTTTCAGAAA GGGGTGTCAG ATGTGGTGGA GAAAATGATT 
CAAAAACTTG CTACAAACTC TGGAAATGAG AGGAAACATT TCCTGTACTT GATGAAATAT 
GAGTTGGATT CTATGTCATG GCAAAATCTC ACGAAAAAGC AACAGTGTGA AAGTTCAGAG 
GATCAAAAAG CTCCTCAAGA TCTTGATGTA CAGCGCTCAT TAGGGCTGGA ACATTTCCTA 
CGTGAAATCG GGCTTGTTTA TGAAACATTC ATGGCGTTGA ATGAAAACTC CTCCAATATC 
ACAAAGCTTC CAGTGATTGC TGCTGAGCTG CTGTTAGATG GCTTCCCACT GGAGCTCATA 
GATGGAGATG TTTGTGGTGT AGCTGTGGAC TGGGTCACTG AGGTGCTCAA ACAAGTGGAA 
AAGACGAAGG GAGGAGAATG TCGGGTCTTT GTGCTGACAG TGTTGGGAGT ACAGAGCACT 
GGGAAGTCCA CACTTCTCAA CACCATGTTT GGGTTGCAGT TTGCTGTAGG CAGTGGACGG 
TGCACACGAG GAGCCTTCAT CCAACTCATT CCAATTGTGG GAGATTTGAA GACCAAACTT 
GGCTGTGATT TCATCCTGGT CATTGACACA GAGGGCCTGA AACAACAAGT GTCTGATATT 
GGAGGTACCC ATGAACACGA CAATGAGCTG GCAACCTTAG TGATTGGAAT GAGTGATTTA 
ACTTTAATTA ACATGTCCAT GGAGAGCCCC TCGGAAATGG AGGATGTGCT GCAAATAGTT 
GTCCACGCAT TTATCCGCAT GTCAGAAGTG GGCAAGAAAC CCATTTGCCA ATTTGTCCAT 
CAGAACACTG GGGACGTTTC TGCACATGAA CAGAACTTGG GAAATCGGAA ACGTTTGAAT 
GACCGCTTAG ACAAGATGAC CTCGATTGCA GCTAAGATTG AGAAAGTAGA AGGTTCTATC 
TCTAAATTTT CTAATGTTAT AGACTACAAT CCTGATAAAG ATAACTGGTA TATCCCAGGG 
CTGTGGCATG GGAACCCCCC AATGGCTGCA GTCAATATCG GGTATAGCCA GAAGTTGGTG 
GAGTTGAAAC AATGTGTTTT GGAAAAGTTC ACACAGAGAA ACGCGTCCAC AGTCACTCAG 
TTTATAAGAA ACTTCACAAA CCTGTGGAAT GCAGTGAAGC ACGAAAATTT CATCTTCAGT 
TTCCGGAATT GTCTTGAAGT TGATGCTTAC AATGACCTTT CTGTCAAGTA CAGTGATCTG 
GAATGGGAAC TACGCAAAAA GGTCTATGAC TTCGTGGACA AGGCTCAGGA GAGAATCAAA 
ACCGAAGAGA AGAATCCTGA GAATTTGTTG GCCGTGTTAA GGAATGAGCT GCTGGAAGTG 
ATGGAAACAA CGAAAGCCAA AGTTATCGAA ACATTGGAAC ATTGGTTCAG CGCACAGAAT 
AAGAAAGCCC ATCTGATTCA GGATTACAAA GACCAGTTTA AGATGAACAT TGACATCTTG 
TGTAAAAAGC TTAATGAGGA TTCACAAGAA CAAATGAAGA ACTCTATGCA GCGACAAGAA 
GGTAGGAAGA AACTGCAAGC TATCAAGAAT CAATATAACA AAGTGATTGA AGACAAAGTC 
ACTCAGCTCG TCCAGTCTTT GAAACAGAAA ACAAAAGACC AGGATGAAAA TGAGCAGCAC 
CAGGCTTTTG AAACCATGTG GGCTGAGGCC ACTTCTCCAC TAAAGGTCTA CGAGCCAAAG 
GTAGCCAACA TTCCCTTGGA CATGGAAATA AGTTTGAAGG AGAATGTGAA CACACATAGA 
GGCAGCTTAT ACAAGAACCT CAAAGACAAA TCTCTTGACG AGTGGGGCAA GTTGGAGTTC 
AAAGTCAATG AGGAGCATAT TGCTGTGAGA TCCCTGACTA ACCGTGCATG GAGATACATG 
TCTAATATTC TCTATGAGTC CAAGCAGGAA ACAGAATTCC TGAATTGCTG TGTGAAAGAA 
GCACAAGAAC AGGCAGAAAT ATTGATCTTG AAAAGCAAAG AAGAAATGGA GAAGACAATA 
CAACAAGATA TGAATTACGA TCCCAAATAT TGCAAAACAA TTCTCCGAAA TTTGGACATA 
ATTTTAGACT GTGACTTTCC AAGATTCAGC TTCACTGAAA CGTTCAGGAC ATCTTTTAAA 
TTGCACATTT GTGGCATTGG AGTTCAGAGA TTCCAACAGA TACACAATTC TTTCCGACAG 
AAAAATGATC CCCTGCAAAG TTTTGAAGCC GATAAGAAAT TCTACAAACA GATCTTTGTA 
AATCTGTACA ATCAGAAAGA TCAAAGTCAA TCCTGTGCTG AATTATACCT TAATTCTTAC 
ATCAAACCAG CAATGATTGC CGATCTTAAT CAGAAATTGG GACGGGCCAT TGTGGATTAT 
ATTAAGAGCA CGCAAAACGC AGAAGAATTC AAGTCACGCA GGAACCTACA AGTGGGGATA 
ATGTTGGATT TGAAAAAGAA AAACTGCTTT GAAGACTATT ATCAATATAT CAAAAATACC 
CACAAGTTTG AGAAGGATTG GGTGGAAGAG CAAGTCCTGA GGTACTGTGA AAACTCAGAG 
CAGGAAGCAA CGCTCCTTCA CAATCTGGCT ATGGGTATTC TGGAACCAGC TGTACATTCA 
ATACAGAAAG CAATCCGAGA CATTGATACC CACAAAGAAT TGACAGCCTG GACCTTTCTG 
ACTGAGTTCA GGAAAGCAAT GGAAGGAATA ATTGTGTTAC CTCAGGACAA GTTCACCAAT 
CAGGACATTG TGAGAAACGC TCCATGTTTT GTGGATGAAT TGAAAGATTT GGCCAATGGT 
TTGAAAAATG ATCTTTCAAA TACCATTAAG GGATGGAATG TCAGATCCAA AGTCTCAGAG 
CTTCCTGTAG CTCCATGGAA GTTGCTGTAT GACATGCTGT CTGGCTGTGG GGAGCAATGT 
CCTTACTGTG GAGTTTTATG TGATTGCACC GACCACAATC ATGAGAAGCA CTCGGCAAAT 
TATCACTTGC CAGAGGGACT ACGTGGCTAT CGCTGGAGCT TTTGGAAGAC TCTTGTAACC 
AACAGTTGTT CAGATACATC CTATATTGCA TTGCGTTTGT ACAGAGAAGA AGATCCCTGG 
TTGAAATCAC AGTTATCTAT CAGCCACACA TGGGTCATCC CCAAAAGCAG GGATACTGGG 
GTGCCCCCCT ACTGGAAACG GGTCTTCTAC ACCCATAACA AAAGTTTTGC AAAGAAATAT 
GGAGTGAACC CAGCGACACG CATTGATGAC TGGAACGTAC CGTGGAGTGA AATCAAAAAA 
GACATTGAGG AAAAGTACAA CGTGAGAATC GATGATTTTC CAGCATCACT TCAACCTCTG 
TAA