LOC103190648 cDNA ORF clone, Callorhinchus milii(elephant shark)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC103190648
Entrez Gene ID	103190648
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_007911509.1	XP_007909700.1	interferon-induced very large GTPase 1-like

Pathways from BioSystems
Gene Ontology

The following LOC103190648 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC103190648 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
OCa389319	XM_007911509.1 Latest version!	Callorhinchus milii interferon-induced very large GTPase 1-like (LOC103190648), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1161.30 $1659.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

LOC103190648 ( XM_007911509.1 ) cDNA ORF clone, Callorhinchus milii(elephant shark) -> XP_007909700.1 Callorhinchus milii interferon-induced very large GTPase 1-like (LOC103190648), mRNA.

Price & Availability↑

CloneID	OCa389319
Clone ID Related Accession (Same CDS sequence)	XM_007911509.1
Accession Version	XM_007911509.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6156bp) 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. 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 CAATTGGAAA CCGTTGCTCT GTACTATTTT CCAATTCTGT TGAACTTAGG 
AGACTTGATC AGCTACTAAC AGACCTGGGG CTACAGGACT TTTATCCCAA CAAACTCTCC 
CTCAACAATG TCTTGGAGCT CGGGAAGGAG CCGTTTATGG GGAATCGACC AATCGCTCCT 
CAGGAGATTC CCAGATATTT CCTGAGGATG GTGATGAAGG TTGATACCAA CGCTAGGGCC 
CTACCAATTG GGACAATCCT GGACTGTGCA CAAGAGGACA GAAAGGCCAC TGATGGATTG 
AATTCTCCTC CAGGCAGTCT GATGTCCCAA GAGATAGCAT TTCACCCTTT AGATGTCATC 
ACCGCTATCT TTCTGTGTGC GGATCCCTCC CTCCAACGAG AGCTGTTGAG TAAGATGTCG 
ATGAGCCACT TTGCATTACC ACTTCTCCTG CCAGGTCTCG GAGAGTCCCC AATGTTTCTT 
CTGGGGCCCT TATGTTTCAT TGTGAAAAAG TACCACCCTC AGGCAATGAA ACTTGGACCT 
CGAGAGCAAC ACATAACTAA TGCAAAGCTT CCAACCATTG CGTTCCTTCG CCTGGGTCGC 
TGCTCCATGT CTAAATCCAA ACTCTTAAAT GACATTCTCA GTCAGTCTGA GCAACACCAC 
AATTTCTTCA TCCATTCCAA CATGGAATGT GCTGATGTCC CCCGCAGGAT CTCAGATGGG 
CTGATTGAGG TGTGCTGGTA CCTGCCCGGA GTGACAGAGG AGCTGAAAAG CTTCCCCAAA 
GCTCTGGCTG TGATGAACCT GCGTGGAGAT GCTACACAGT TTCCCAAGCA TGTGAGCTAC 
TTGACTGGAA TCTCAGCTGT TGTGTTTGTC TGTGTGGACA ATGTGGACAG TAAAATAAAA 
AAAGTTCTGA CTTCACTCAT CCAATCTCCA AAGAAGCTCG TCATGTTAGT CAATCCCAAC 
TCCACTGATC TTGAAGTCAC ACAACTGAAT CTTAAGAAAT TGGTCAGAGA TAACTTATTT 
TCCGAGAAGC GGATTGTATC CAAATTCCAA AAAACCAATG CAATGTTCAT CCGAGAGCTT 
CGAGCTAAAC TCCAAGACTC GCTGGGAAAG GATGATTATC CAGAGAAGAG CTTGGAGGAG 
ATGGCCGAGG TGGCCAGAGA CATAGGATTT GCAGTTAGTG AAGACAGAGG GGAGCTTTGT 
GAAGGTGAGC GACCACTCAG TGATAATGGT AATTCATTGC CAACTGAAAG TCTGGGAGAA 
TGTCCTAATC AAAGAATGAC AATACATTCT CCCAGTCAAT GTTTGAAAAG CAGGTGTGAA 
ATTGGACAGA AACAGGTTGA AGAAAAATCT ATAGTGAATT ATTTTCATAG TGAGAAGCCT 
TCCTCGTTCT CGTGTGTGCT GGACACAGAA ATGAGTGTGT CATGTAAAGA CAGTGTATAT 
AACCAATTAC TAACAGTACT GGGATTGCAG GAATTCTTTC CCCGGAAGCT AACTGTGAAC 
AAAATGCTGC AGATCAGAGC AGAACCACTG CCAGATAGGT TACCCAGAGA TCCTGAGGAT 
ATTCCCTGGT ACTTCTTCAT GAAACTAATA AATGCAAATT TTATGGCGAG ATCCATAAAA 
TGTCAATCAA TGGGATCAAC TGTGAGTGAT AAAATTGGTG ATCTTTCTGA AGAGCCTACA 
AAAACCACGA GCTTTAACCC ATTAGATGTC ATCACTGCAA TATTCCTATG TGCAGATCCC 
TTCCTCAAAC AGGAGCTGGT CATGAAGATG TCCACATGTC AGTTTGCAGT ACCTCTTCTG 
GTGCCTGGGA CAGAGGGAAA GATCCTGTTT CTCCTGAGGT CTATGTGTTC TCTTGTAAAA 
AGATGGTGTC CTCGTGAGTT ACAAAATCAA AATAGATTCA TAGAAACACA AGTGATCTCT 
GCCAATCTTC CAACCATTGC ATTCATTCGC CTGGGTCGCT GCTCCAGGTC TAAATCCAAA 
CTCTTAAATG ACATTCTCAG TCACTCTCAG CAACACCACA ATTTCTTCAT CCATTCCAAC 
ATGGAATGTG CTGATGTCCC CCGCAGGGTC TCAGATGGGC TGGTCGAGGC TTGCTGGTAT 
CTGCCCGGAG CAATAGAGCA CATGGACATC TTCCCCAATG CTCTTACTGT GATGAACCTG 
CGAGGAGATG CGGCAACCTT TCCCACGCAA GTGAGCTTCT TAGCTAGTGT CTCAACTGCT 
GTATTTGTCT GTGTGGATAA TATCACAGAA GTGGAAGCAA GTGCCTTGTC CAGATTGTCC 
CTTAATCCAC AGAAACTATA TCTGATTGTG AATCCTGAGA AAAATCAATT GGAGACCACA 
AATCAGCATT TGAAGAGATT GTCCCAAGAA TGGGGAATCA CAATGAACCA TATTCTATCA 
AGGAGGCAGA CAAATGATTT CACCTTGTTG TTAAATGTTC AGAAGGAAAT AAATGCTATA 
TTGAACGACA TCAATAGACA CTCAGAGAAA CCAAAGAGTT TGGCTGAGAT GGCTTCCTGT 
GCTCGACAGG TTGGGTTGGA TGTAGATGAA GATGACAATG AATGTAAAGA AGGGAAAAGA 
ATCTCAGAAA CTATTCTTCC TCTCCTTCCA ACAAAAGAGA TTGCAAAGTT CAAAAGAAAC 
AAGATGTATT TTCAAGGCGA TAAGTGGATA CAAATATCCA AAATAGAAAA GGAGATTTGT 
TGCCTCAGAG ACGTAGGACA AGACAGTGTG GCCACATACA CTGATAAACT GAAGAAAAGA 
ATACGAGAAA TTCAGAAGAA ATTGTTACAG AAAGGGACAT CAGAAGTGGT GGGTAAGTTT 
ATTGAAAAAT TTGTTACAAG CTCTGGAGAT GGGAGGAAAC ATTTCTTGTA CTTGATGAAA 
TATGAGTTGG ATTATAGGAC ACGGGAAATT CTCTCTGATT TGAAGGCAGA ATACAAGCAA 
CTGTCGAAAA GATTAGAGAA TCAACAAGTT CTGAAAGACT TTGATACAAA GATAGTAGGG 
AGCTCATTAG GGCTGGAACA CTTCCTACGT GAAATCGGGC TTGTTTACGA AACATTCAAG 
GCGTTGAGTG AAATCTCCCC CAATATCTCA AAGCTTCCAG TGATTGCTGC TGAGCTGCTG 
TTAGATGGCT TCCCACTGGA GCTCATAGAT GGAGATGTTT GTGGTGTAGC TGTGGACTGG 
GTCACTGAGG TGTTCAAACA AGTGGAAAGG ATGAAGGGAG GAGAATGTCG GGTCTTTGTG 
CTGACAGTGT TGGGAGTACA GAGCACTGGG AAGTCCACAC TTCTCAACAC CATGTTTGGG 
TTGCAGTTTG CTGTAAGCAG TGGACGGTGC ACACGAGGAG CTTTCATCCA ACTCATTCCA 
ATTGTGGGAG ATTTGAAGAC CAAACTTGGC TGTGATTTCA TCCTGGTCAT TGACACAGAG 
GGCCTGAAAC AACAAGTGTC TGATATTGGA GGCACCCATG AACACGACAA TGAGCTGGCA 
ACCTTAGTGA TTGGAATGAG TGATTTAACT TTAATTAACA TGTCCACGGA GAGCGCCTCA 
GAAATGGAGG ATGTGCTGCA AATAGTGGTC CACTCGTTTA TCCGCATGTC AGAAGTGGGC 
AAGAAACCCA TTTGCCAATT TGTCCATCAA AACACTGGGG ACGTTTCTGC ACATGAACAG 
AACTTGATTA ATCGAAAACG CTGGAACGAC CACTTAGACA AGATGACCTC GATTGCAGCT 
AAGATGGAGA AAGTAGGAGG TTCATTCTCT AAATTCTCTG ATATTATAGA CTACAATCCT 
GATAAAGATA ACTGGTATAT CCCAGGGCTG TGGCATGGGA ACCCCCCAAT GGCTGCAGTC 
AATATCGGGT ATAGCCAGAA GGTGGTGGAG TTGAAACAAT GTGTTTTGGA TCACTTCACG 
GCGAGAAATG CGTCCACAGT CACTCAGTTT ATAAGAAACT TCACAAACCT GTGGAATGCA 
GTGAAGCACG AAAATTTCAT CTTCAGTTTC CGGAATTGTC TTGAGGTTGA TGCTTACAAT 
GACCTTTCTG TCAAGTACAG TGATCTGGAA TGGGAACTAC GAAAAATGGT CTATGATTTT 
ATGGACAAGG CTCAGAAGAG AATCGAAACC GAAGAAAAGA ATCCTGAGAA TTTGTTGGCC 
GTGTTAAGGA ATGAGCTGCT GGAAGTGATG GAAACAACGA AAGCCGAAGT TATCAAAACA 
TTGGAAGATT GGTTCAGCGC ACAGAATAAG AAAGCCCATC TGATTCAGGA TTACAAAGAC 
CAGTTTAAGA TGAACATTGA CATCTTATGT AATAAGCTTG AGGAGGATTC ACATAAACAA 
TGGAAGAATG AAGAGCAGAA ACAAGAAGGT AGGAAGAAAC TGCAAGCTAT CAAGGATGAA 
TATTTTCAAT CAGTTTTTTA TCAAGTCACT CAGCTCGTTC AGTCTTTGAA ACAGAAAACA 
AAAGACCAGG ATGACAGTGA GCTGCTTGAG GCTTTTGAAA CCATGTGGAC TGAGGCCATT 
TCTTCACTGG AAATCTATCA ACCAAAGGTA GCCAACATTC CCTTGGACAT GGAAATAAGT 
TTGAGGGAGA ACATGAAGAC ACATGGAGGC AACTTACACA AGCAACTTAA AGACAAATGT 
CTTGATGAGC CAGTGTTGGG AAAGTTGGAG TTCAAAGTCA GTGAGAAGCA TATTGATGTG 
AAATCTCTGC ATGACTGTGC ACCTACGTTC ATTTCCAAAG AATCCAAGAA GGAATCAGAT 
CTCCCAAAAT ATTTGAAAGA AGCACAAAGA CAGGCAGATG AAATGATCTC CAAAAGCCAA 
GATGAAATGG AGAAGTTGAT ACAACAAGAA ATGGATTATG ATCCCAAATA TTGCCCAAAA 
ATTCTCCGAA GTTTGGACAA GATTTTGAAA CATTCGGCTT CACCAAAGTT TCCAACATTG 
AGTTTCACCA AAATGTTTAC GATAGATTTC AAATGTCACA TTTGTCGCGT TGCAATTCAG 
AGATTCCAAG AGATACACGA TTCTTTCCGA GAAAAAAATG ATCCCTTACT TGTTTTCAAA 
GCAGATAAGG ATTGCTACAA ACAGTTCCTT ATAAATCTGT ACAATGAGAA AGATCAAAGT 
CAATCCTGTG CTGAATTATA CCTTGATACC TGCATCAAAC CAGCACTGAT GGAAGATCTT 
AATCAGAAAC TGGGACGGGC CATTGTGGGT TATATTAAGA GCACGCAAAG GGCAGAAGAA 
TTCAAGTCTC GCAGGAACCT ACAAGTGGGG ATAATGTTGG ATTTGAAAAA GAAAAACTGC 
TTTGATAACT ATTGTCAATA TATCGACAAT ACCCACAAGT TTGAGAAGGA TTGGGTGGAA 
GAGCAACTCC TGAGGTACTG TGAAAACTCA GAGCAGGAAG CAACGCTCCT TCACAATCTG 
GCTATGGGTA TTCTGGAACC AGCTGTACAT TCAATACAGA AAGCAATCCG AGACATTGAA 
ACCCACAAAG AATTGACAGC CTGGACCTTT CTGACTGAGT TCAGGAAAGC AATGGAAGGA 
ATAATTGTGT TACCTCAGGA CACGTTCACC AATCAGGACA TTGTGACAAA CGCTCCATGT 
TTTGTGGATG AATTGAAAGG TTTGGCCAAT GGTTTGAAAA ATGATCTTTC AAATACCATT 
AAGGGATGGA ATGTCAGATC CAAAGTCTCA GAGCTTCCTG TAGCTCCATG GAAGTTGCTG 
TATGACATGC TGTCTGGCTG TGGGGAGCAA TGTCCTTACT GTGGAGTTTT ATGTGATTGC 
ACCGACCACA ATCACGAGAA GCACTCGGCA AATTATCACT TGCCAGAGGG ACTAAGGGGG 
TATCGCTGGA CCTTTGGGAA GACTCTTGTA ACCAACAGTT GTTCAGATAC ATCCTATATT 
GCATTGCGTT TATACCGAGA AGAAGATCCC TGGTGGAAAT CACAGTTATC TATTCGGGAT 
TCATGGAACA TCCCCAAAAG CAGGGATACT GGGGTGCCCC CCTACTGGAA ATGGGTCTTC 
TACACCCATA ACAAAAGTAT TGCAAAGAAA TACGGAGTGA AGCCAGCGAC ACGCATTGAT 
GACTGGAACA TACCGTGGAG TGAAATCAAA AAAGACATTG AGGAAAAGTA CAACGTGAGG 
ATCGATGAGT TTCCAGCATC ACTTCAACCT CTGTAA

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

RefSeq	XP_007909700.1
CDS	314..6469
Translation	MESSIGNRCSVLFSNSVELRRLDQLLTDLGLQDFYPNKLSLNNVLELGKEPFMGNRPIAPQEIPRYFLRMVMKVDTNARALPIGTILDCAQEDRKATDGLNSPPGSLMSQEIAFHPLDVITAIFLCADPSLQRELLSKMSMSHFALPLLLPGLGESPMFLLGPLCFIVKKYHPQAMKLGPREQHITNAKLPTIAFLRLGRCSMSKSKLLNDILSQSEQHHNFFIHSNMECADVPRRISDGLIEVCWYLPGVTEELKSFPKALAVMNLRGDATQFPKHVSYLTGISAVVFVCVDNVDSKIKKVLTSLIQSPKKLVMLVNPNSTDLEVTQLNLKKLVRDNLFSEKRIVSKFQKTNAMFIRELRAKLQDSLGKDDYPEKSLEEMAEVARDIGFAVSEDRGELCEGERPLSDNGNSLPTESLGECPNQRMTIHSPSQCLKSRCEIGQKQVEEKSIVNYFHSEKPSSFSCVLDTEMSVSCKDSVYNQLLTVLGLQEFFPRKLTVNKMLQIRAEPLPDRLPRDPEDIPWYFFMKLINANFMARSIKCQSMGSTVSDKIGDLSEEPTKTTSFNPLDVITAIFLCADPFLKQELVMKMSTCQFAVPLLVPGTEGKILFLLRSMCSLVKRWCPRELQNQNRFIETQVISANLPTIAFIRLGRCSRSKSKLLNDILSHSQQHHNFFIHSNMECADVPRRVSDGLVEACWYLPGAIEHMDIFPNALTVMNLRGDAATFPTQVSFLASVSTAVFVCVDNITEVEASALSRLSLNPQKLYLIVNPEKNQLETTNQHLKRLSQEWGITMNHILSRRQTNDFTLLLNVQKEINAILNDINRHSEKPKSLAEMASCARQVGLDVDEDDNECKEGKRISETILPLLPTKEIAKFKRNKMYFQGDKWIQISKIEKEICCLRDVGQDSVATYTDKLKKRIREIQKKLLQKGTSEVVGKFIEKFVTSSGDGRKHFLYLMKYELDYRTREILSDLKAEYKQLSKRLENQQVLKDFDTKIVGSSLGLEHFLREIGLVYETFKALSEISPNISKLPVIAAELLLDGFPLELIDGDVCGVAVDWVTEVFKQVERMKGGECRVFVLTVLGVQSTGKSTLLNTMFGLQFAVSSGRCTRGAFIQLIPIVGDLKTKLGCDFILVIDTEGLKQQVSDIGGTHEHDNELATLVIGMSDLTLINMSTESASEMEDVLQIVVHSFIRMSEVGKKPICQFVHQNTGDVSAHEQNLINRKRWNDHLDKMTSIAAKMEKVGGSFSKFSDIIDYNPDKDNWYIPGLWHGNPPMAAVNIGYSQKVVELKQCVLDHFTARNASTVTQFIRNFTNLWNAVKHENFIFSFRNCLEVDAYNDLSVKYSDLEWELRKMVYDFMDKAQKRIETEEKNPENLLAVLRNELLEVMETTKAEVIKTLEDWFSAQNKKAHLIQDYKDQFKMNIDILCNKLEEDSHKQWKNEEQKQEGRKKLQAIKDEYFQSVFYQVTQLVQSLKQKTKDQDDSELLEAFETMWTEAISSLEIYQPKVANIPLDMEISLRENMKTHGGNLHKQLKDKCLDEPVLGKLEFKVSEKHIDVKSLHDCAPTFISKESKKESDLPKYLKEAQRQADEMISKSQDEMEKLIQQEMDYDPKYCPKILRSLDKILKHSASPKFPTLSFTKMFTIDFKCHICRVAIQRFQEIHDSFREKNDPLLVFKADKDCYKQFLINLYNEKDQSQSCAELYLDTCIKPALMEDLNQKLGRAIVGYIKSTQRAEEFKSRRNLQVGIMLDLKKKNCFDNYCQYIDNTHKFEKDWVEEQLLRYCENSEQEATLLHNLAMGILEPAVHSIQKAIRDIETHKELTAWTFLTEFRKAMEGIIVLPQDTFTNQDIVTNAPCFVDELKGLANGLKNDLSNTIKGWNVRSKVSELPVAPWKLLYDMLSGCGEQCPYCGVLCDCTDHNHEKHSANYHLPEGLRGYRWTFGKTLVTNSCSDTSYIALRLYREEDPWWKSQLSIRDSWNIPKSRDTGVPPYWKWVFYTHNKSIAKKYGVKPATRIDDWNIPWSEIKKDIEEKYNVRIDEFPASLQPL

Target ORF information:

RefSeq Version	XM_007911509.1
Organism	Callorhinchus milii(elephant shark)
Definition	Callorhinchus milii interferon-induced very large GTPase 1-like (LOC103190648), mRNA.

Target ORF information:

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

XM_007911509.1

ORF Insert Sequence:

ATGGAGAGTT CAATTGGAAA CCGTTGCTCT GTACTATTTT CCAATTCTGT TGAACTTAGG 
AGACTTGATC AGCTACTAAC AGACCTGGGG CTACAGGACT TTTATCCCAA CAAACTCTCC 
CTCAACAATG TCTTGGAGCT CGGGAAGGAG CCGTTTATGG GGAATCGACC AATCGCTCCT 
CAGGAGATTC CCAGATATTT CCTGAGGATG GTGATGAAGG TTGATACCAA CGCTAGGGCC 
CTACCAATTG GGACAATCCT GGACTGTGCA CAAGAGGACA GAAAGGCCAC TGATGGATTG 
AATTCTCCTC CAGGCAGTCT GATGTCCCAA GAGATAGCAT TTCACCCTTT AGATGTCATC 
ACCGCTATCT TTCTGTGTGC GGATCCCTCC CTCCAACGAG AGCTGTTGAG TAAGATGTCG 
ATGAGCCACT TTGCATTACC ACTTCTCCTG CCAGGTCTCG GAGAGTCCCC AATGTTTCTT 
CTGGGGCCCT TATGTTTCAT TGTGAAAAAG TACCACCCTC AGGCAATGAA ACTTGGACCT 
CGAGAGCAAC ACATAACTAA TGCAAAGCTT CCAACCATTG CGTTCCTTCG CCTGGGTCGC 
TGCTCCATGT CTAAATCCAA ACTCTTAAAT GACATTCTCA GTCAGTCTGA GCAACACCAC 
AATTTCTTCA TCCATTCCAA CATGGAATGT GCTGATGTCC CCCGCAGGAT CTCAGATGGG 
CTGATTGAGG TGTGCTGGTA CCTGCCCGGA GTGACAGAGG AGCTGAAAAG CTTCCCCAAA 
GCTCTGGCTG TGATGAACCT GCGTGGAGAT GCTACACAGT TTCCCAAGCA TGTGAGCTAC 
TTGACTGGAA TCTCAGCTGT TGTGTTTGTC TGTGTGGACA ATGTGGACAG TAAAATAAAA 
AAAGTTCTGA CTTCACTCAT CCAATCTCCA AAGAAGCTCG TCATGTTAGT CAATCCCAAC 
TCCACTGATC TTGAAGTCAC ACAACTGAAT CTTAAGAAAT TGGTCAGAGA TAACTTATTT 
TCCGAGAAGC GGATTGTATC CAAATTCCAA AAAACCAATG CAATGTTCAT CCGAGAGCTT 
CGAGCTAAAC TCCAAGACTC GCTGGGAAAG GATGATTATC CAGAGAAGAG CTTGGAGGAG 
ATGGCCGAGG TGGCCAGAGA CATAGGATTT GCAGTTAGTG AAGACAGAGG GGAGCTTTGT 
GAAGGTGAGC GACCACTCAG TGATAATGGT AATTCATTGC CAACTGAAAG TCTGGGAGAA 
TGTCCTAATC AAAGAATGAC AATACATTCT CCCAGTCAAT GTTTGAAAAG CAGGTGTGAA 
ATTGGACAGA AACAGGTTGA AGAAAAATCT ATAGTGAATT ATTTTCATAG TGAGAAGCCT 
TCCTCGTTCT CGTGTGTGCT GGACACAGAA ATGAGTGTGT CATGTAAAGA CAGTGTATAT 
AACCAATTAC TAACAGTACT GGGATTGCAG GAATTCTTTC CCCGGAAGCT AACTGTGAAC 
AAAATGCTGC AGATCAGAGC AGAACCACTG CCAGATAGGT TACCCAGAGA TCCTGAGGAT 
ATTCCCTGGT ACTTCTTCAT GAAACTAATA AATGCAAATT TTATGGCGAG ATCCATAAAA 
TGTCAATCAA TGGGATCAAC TGTGAGTGAT AAAATTGGTG ATCTTTCTGA AGAGCCTACA 
AAAACCACGA GCTTTAACCC ATTAGATGTC ATCACTGCAA TATTCCTATG TGCAGATCCC 
TTCCTCAAAC AGGAGCTGGT CATGAAGATG TCCACATGTC AGTTTGCAGT ACCTCTTCTG 
GTGCCTGGGA CAGAGGGAAA GATCCTGTTT CTCCTGAGGT CTATGTGTTC TCTTGTAAAA 
AGATGGTGTC CTCGTGAGTT ACAAAATCAA AATAGATTCA TAGAAACACA AGTGATCTCT 
GCCAATCTTC CAACCATTGC ATTCATTCGC CTGGGTCGCT GCTCCAGGTC TAAATCCAAA 
CTCTTAAATG ACATTCTCAG TCACTCTCAG CAACACCACA ATTTCTTCAT CCATTCCAAC 
ATGGAATGTG CTGATGTCCC CCGCAGGGTC TCAGATGGGC TGGTCGAGGC TTGCTGGTAT 
CTGCCCGGAG CAATAGAGCA CATGGACATC TTCCCCAATG CTCTTACTGT GATGAACCTG 
CGAGGAGATG CGGCAACCTT TCCCACGCAA GTGAGCTTCT TAGCTAGTGT CTCAACTGCT 
GTATTTGTCT GTGTGGATAA TATCACAGAA GTGGAAGCAA GTGCCTTGTC CAGATTGTCC 
CTTAATCCAC AGAAACTATA TCTGATTGTG AATCCTGAGA AAAATCAATT GGAGACCACA 
AATCAGCATT TGAAGAGATT GTCCCAAGAA TGGGGAATCA CAATGAACCA TATTCTATCA 
AGGAGGCAGA CAAATGATTT CACCTTGTTG TTAAATGTTC AGAAGGAAAT AAATGCTATA 
TTGAACGACA TCAATAGACA CTCAGAGAAA CCAAAGAGTT TGGCTGAGAT GGCTTCCTGT 
GCTCGACAGG TTGGGTTGGA TGTAGATGAA GATGACAATG AATGTAAAGA AGGGAAAAGA 
ATCTCAGAAA CTATTCTTCC TCTCCTTCCA ACAAAAGAGA TTGCAAAGTT CAAAAGAAAC 
AAGATGTATT TTCAAGGCGA TAAGTGGATA CAAATATCCA AAATAGAAAA GGAGATTTGT 
TGCCTCAGAG ACGTAGGACA AGACAGTGTG GCCACATACA CTGATAAACT GAAGAAAAGA 
ATACGAGAAA TTCAGAAGAA ATTGTTACAG AAAGGGACAT CAGAAGTGGT GGGTAAGTTT 
ATTGAAAAAT TTGTTACAAG CTCTGGAGAT GGGAGGAAAC ATTTCTTGTA CTTGATGAAA 
TATGAGTTGG ATTATAGGAC ACGGGAAATT CTCTCTGATT TGAAGGCAGA ATACAAGCAA 
CTGTCGAAAA GATTAGAGAA TCAACAAGTT CTGAAAGACT TTGATACAAA GATAGTAGGG 
AGCTCATTAG GGCTGGAACA CTTCCTACGT GAAATCGGGC TTGTTTACGA AACATTCAAG 
GCGTTGAGTG AAATCTCCCC CAATATCTCA AAGCTTCCAG TGATTGCTGC TGAGCTGCTG 
TTAGATGGCT TCCCACTGGA GCTCATAGAT GGAGATGTTT GTGGTGTAGC TGTGGACTGG 
GTCACTGAGG TGTTCAAACA AGTGGAAAGG ATGAAGGGAG GAGAATGTCG GGTCTTTGTG 
CTGACAGTGT TGGGAGTACA GAGCACTGGG AAGTCCACAC TTCTCAACAC CATGTTTGGG 
TTGCAGTTTG CTGTAAGCAG TGGACGGTGC ACACGAGGAG CTTTCATCCA ACTCATTCCA 
ATTGTGGGAG ATTTGAAGAC CAAACTTGGC TGTGATTTCA TCCTGGTCAT TGACACAGAG 
GGCCTGAAAC AACAAGTGTC TGATATTGGA GGCACCCATG AACACGACAA TGAGCTGGCA 
ACCTTAGTGA TTGGAATGAG TGATTTAACT TTAATTAACA TGTCCACGGA GAGCGCCTCA 
GAAATGGAGG ATGTGCTGCA AATAGTGGTC CACTCGTTTA TCCGCATGTC AGAAGTGGGC 
AAGAAACCCA TTTGCCAATT TGTCCATCAA AACACTGGGG ACGTTTCTGC ACATGAACAG 
AACTTGATTA ATCGAAAACG CTGGAACGAC CACTTAGACA AGATGACCTC GATTGCAGCT 
AAGATGGAGA AAGTAGGAGG TTCATTCTCT AAATTCTCTG ATATTATAGA CTACAATCCT 
GATAAAGATA ACTGGTATAT CCCAGGGCTG TGGCATGGGA ACCCCCCAAT GGCTGCAGTC 
AATATCGGGT ATAGCCAGAA GGTGGTGGAG TTGAAACAAT GTGTTTTGGA TCACTTCACG 
GCGAGAAATG CGTCCACAGT CACTCAGTTT ATAAGAAACT TCACAAACCT GTGGAATGCA 
GTGAAGCACG AAAATTTCAT CTTCAGTTTC CGGAATTGTC TTGAGGTTGA TGCTTACAAT 
GACCTTTCTG TCAAGTACAG TGATCTGGAA TGGGAACTAC GAAAAATGGT CTATGATTTT 
ATGGACAAGG CTCAGAAGAG AATCGAAACC GAAGAAAAGA ATCCTGAGAA TTTGTTGGCC 
GTGTTAAGGA ATGAGCTGCT GGAAGTGATG GAAACAACGA AAGCCGAAGT TATCAAAACA 
TTGGAAGATT GGTTCAGCGC ACAGAATAAG AAAGCCCATC TGATTCAGGA TTACAAAGAC 
CAGTTTAAGA TGAACATTGA CATCTTATGT AATAAGCTTG AGGAGGATTC ACATAAACAA 
TGGAAGAATG AAGAGCAGAA ACAAGAAGGT AGGAAGAAAC TGCAAGCTAT CAAGGATGAA 
TATTTTCAAT CAGTTTTTTA TCAAGTCACT CAGCTCGTTC AGTCTTTGAA ACAGAAAACA 
AAAGACCAGG ATGACAGTGA GCTGCTTGAG GCTTTTGAAA CCATGTGGAC TGAGGCCATT 
TCTTCACTGG AAATCTATCA ACCAAAGGTA GCCAACATTC CCTTGGACAT GGAAATAAGT 
TTGAGGGAGA ACATGAAGAC ACATGGAGGC AACTTACACA AGCAACTTAA AGACAAATGT 
CTTGATGAGC CAGTGTTGGG AAAGTTGGAG TTCAAAGTCA GTGAGAAGCA TATTGATGTG 
AAATCTCTGC ATGACTGTGC ACCTACGTTC ATTTCCAAAG AATCCAAGAA GGAATCAGAT 
CTCCCAAAAT ATTTGAAAGA AGCACAAAGA CAGGCAGATG AAATGATCTC CAAAAGCCAA 
GATGAAATGG AGAAGTTGAT ACAACAAGAA ATGGATTATG ATCCCAAATA TTGCCCAAAA 
ATTCTCCGAA GTTTGGACAA GATTTTGAAA CATTCGGCTT CACCAAAGTT TCCAACATTG 
AGTTTCACCA AAATGTTTAC GATAGATTTC AAATGTCACA TTTGTCGCGT TGCAATTCAG 
AGATTCCAAG AGATACACGA TTCTTTCCGA GAAAAAAATG ATCCCTTACT TGTTTTCAAA 
GCAGATAAGG ATTGCTACAA ACAGTTCCTT ATAAATCTGT ACAATGAGAA AGATCAAAGT 
CAATCCTGTG CTGAATTATA CCTTGATACC TGCATCAAAC CAGCACTGAT GGAAGATCTT 
AATCAGAAAC TGGGACGGGC CATTGTGGGT TATATTAAGA GCACGCAAAG GGCAGAAGAA 
TTCAAGTCTC GCAGGAACCT ACAAGTGGGG ATAATGTTGG ATTTGAAAAA GAAAAACTGC 
TTTGATAACT ATTGTCAATA TATCGACAAT ACCCACAAGT TTGAGAAGGA TTGGGTGGAA 
GAGCAACTCC TGAGGTACTG TGAAAACTCA GAGCAGGAAG CAACGCTCCT TCACAATCTG 
GCTATGGGTA TTCTGGAACC AGCTGTACAT TCAATACAGA AAGCAATCCG AGACATTGAA 
ACCCACAAAG AATTGACAGC CTGGACCTTT CTGACTGAGT TCAGGAAAGC AATGGAAGGA 
ATAATTGTGT TACCTCAGGA CACGTTCACC AATCAGGACA TTGTGACAAA CGCTCCATGT 
TTTGTGGATG AATTGAAAGG TTTGGCCAAT GGTTTGAAAA ATGATCTTTC AAATACCATT 
AAGGGATGGA ATGTCAGATC CAAAGTCTCA GAGCTTCCTG TAGCTCCATG GAAGTTGCTG 
TATGACATGC TGTCTGGCTG TGGGGAGCAA TGTCCTTACT GTGGAGTTTT ATGTGATTGC 
ACCGACCACA ATCACGAGAA GCACTCGGCA AATTATCACT TGCCAGAGGG ACTAAGGGGG 
TATCGCTGGA CCTTTGGGAA GACTCTTGTA ACCAACAGTT GTTCAGATAC ATCCTATATT 
GCATTGCGTT TATACCGAGA AGAAGATCCC TGGTGGAAAT CACAGTTATC TATTCGGGAT 
TCATGGAACA TCCCCAAAAG CAGGGATACT GGGGTGCCCC CCTACTGGAA ATGGGTCTTC 
TACACCCATA ACAAAAGTAT TGCAAAGAAA TACGGAGTGA AGCCAGCGAC ACGCATTGAT 
GACTGGAACA TACCGTGGAG TGAAATCAAA AAAGACATTG AGGAAAAGTA CAACGTGAGG 
ATCGATGAGT TTCCAGCATC ACTTCAACCT CTGTAA