LOC108159510 cDNA ORF clone, Drosophila miranda

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108159510
Entrez Gene ID	108159510
Full Name	uncharacterized LOC108159510
Gene Type	protein-coding
Organism	Drosophila miranda

mRNA and Protein(s)

mRNA	Protein	Name
XM_017292869.1	XP_017148358.1	uncharacterized protein LOC108159510

Pathways from BioSystems
Gene Ontology

The following LOC108159510 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108159510 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
ODr147032	XM_017292869.1 Latest version!	Drosophila miranda uncharacterized LOC108159510 (LOC108159510), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

LOC108159510 ( XM_017292869.1 ) cDNA ORF clone, Drosophila miranda -> XP_017148358.1 Drosophila miranda uncharacterized LOC108159510 (LOC108159510), transcript variant X1, mRNA.

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CloneID	ODr147032
Clone ID Related Accession (Same CDS sequence)	XM_017292869.1
Accession Version	XM_017292869.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4998bp) 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	2016-06-15
Organism	Drosophila miranda
Product	uncharacterized protein LOC108159510
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030305.1) 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 :: Drosophila miranda Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTATTCGC ATCGAAAAAA AGCACACCGT CCAGCAGTCT CTTTTCGGGA GTTTAGTAAG 
CTAATTAAGA ACCTGCCGGA CATTGCATTC GACGTGCAAA GCGACCAAGC TGAGGAAGGA 
TCAAACAAAA CGCTGGACGA GTGCGCCCAG TGGTACTACG AAGCCTTCTA CAAGGATCCC 
AGTGTACGAA AGCGGTACAA GTTCAAGGTG CGCGCTTGTG CCAAGCTAAA GAAGGATAAG 
TTGCTCAGTC TGCCAGAGGC AGAAATAGAT GAGACGCCCG AAGAGAGTGA GCATGAATCG 
GCTGATGGTG TTGCAGTCAA AGTGGAAAAA ATGGGAATGT TCAGGTTTCC CGTAACCTTC 
GAAGACTTTG CAAAGTACGC TGACAAGGAT ATGATATGCA AGCTTACGAC TCAGAAGGAA 
ACAAGCACAG AAGACATACA GCCCGATAGC AAACAGAAAC GAAGTCAGTT GCAGAAATTC 
TACAACTCAT TCTACATGTT TCCAGAAGAG CGAAAGTCCA CCAATATATT CCCTGAGGCA 
CCGCCTGCTC TTTTAGTGAA GTTGCTAAGA CCTGGCTATC CCGTAGATGA AGCAACAGGC 
AGCAGTTTAG CAGAGCATAA AAAAAAGGGT CCAACAGTCC AAGAGCACGA GAGGCATCGG 
GAGCCTGAAG CTCCTGAAGG TCCTGAAGCA ACCAGCGACT TTCCCATTGT GAGCTTCCAA 
GTATTCGAGA AACATCTGGC GAACCTCTAC GATATTGTGT GGCAGCTGAA GCTCAACGAT 
CCCGAGTATG TGGTCAAGGA CTTTGAGGAG GGGGCCTATT GCTATTACTT GGCATTTTAT 
CTAACGCCGG AGATTCGTGA CAGATACAAG TACATCCTAA AGCCGTGTAC GTCGGACCTG 
AGTGCCCGCC TACTTGCCAT ACCCAGCCGC GAGGAAGCCG AAAAGCTCAG GCGAAATTTG 
CCAGAGTTGA TTAAACCATC GCCAGATCTG GAGCGACCCA AAAGTCCCGA TTTGGTCACA 
GAACCAGCAG TGGCACCTGT CGACTTTAAG TTTTTCAAAA AGTATATCGT GAATCTGGAT 
GACATCAGTC AGCAAATGCG ATGCTGCGAC GAGTACAAGG ACTTATCCGA AGAGGAGTGT 
GGCGCGGAAT ACTTCAGGCA GTTTTATAGC TCGCCAGAAA TACGCGAACG ATTCCAGTAT 
AAACTGAAGC CTTGTCCCGG AATGGTACGC GGAAGATTGC TGGGTCGACC GGCCTGCTCA 
GACGGGCCAT CGAATGGAGC TGAAAAGGCA GCCGAACAGA ACCGACCAGC TCCAATAAAG 
GAAAGCAGTC GTCAGTCAGA CCCAAACGAT AACAACAACA ATAAAAAGTT TCCAGTTACG 
TTCAAGGAGT TCAAGCGTAA TGTGACGAAT CTCAGCGAAA TTGTACAGAA AATGCAGCAT 
AGCGAGGAGT ACAGAGAGAA GTCCGAAGAG CAGTGTGCTA AGGAGTACTA CCAGGGGTTC 
TATTCCATGC CCCAGATGCG TGAACGCTTC GAATGTAAGT TCAAGCCCTG TCCCGCCAAG 
AAGTGCAAGC TGCTGCTCCG CTATGCAGTG GAACATCCTG AACCATCCGA AGAGCAGTCT 
GAAAACATTC CGCCTAAGAA GACAATAAAG CCGTCTTCTT TGAGCTCCGC GCGTGATGAC 
GTAGTAACTA TTGGCTCTGC TCGCTTCAAG TTTCCCGTGT CCTTGGGGGT ATTCAGGCGC 
TCTATAAACT ACGACGAAAT CGTCCGGTCC CGGCTGGGAA AATCTACCGT CAAGCCGCAG 
CTCCAGGCCC AGACTGCCAA CCCGCAGAAC CCACAATACG AAAGGTATTT CCGTCAGTTT 
TATGTCGGGT TCTACGCATT CCCCTATTTT CGCAAGCAAC ACGCATATCG ATTCAACTGT 
GGGGGGGACG AAGAGCTGCT GAAAAAGCTG TGCGACTATG CAGTACCATT GAATGAGAGT 
GCCAAGCAGA AAGTGGAAGA CGTGCAAAAG CGCCGACGAT CGATTGGTAG TCGTGGAAGA 
CCAGAAGCTG AACCTACTTT GAAGCGCAAA CCAGCTCTGT TAGAGCGCTG TGGCGTCTCA 
CCACAGATTT CCTTTAAAGT ATTTTCCAAA CTGTTGTATC TCGAAGATGC AGTTAGCAAA 
ATGCAGCTGC ATCCACACTT CGCTGCAATG ACGGAAGCAG AGTGCCAACG GCTGTACTAC 
GAGGCCTTCT ATAGCACGCC CAGCATACGG GACAAGTATC CTTGTAGAAT AAAGCCCTGC 
CCGGCCGGCA TGAGGGCCAA CCTACTGCAT ATCCCCCCCA AGCCGGATAA CCTGTCTAAT 
CTCAGATACC CGCAGAGAAA CGTATCTGGC CAGCGTCCGA GCACTCTAGA TTTTGACAGA 
TTGTATGCGG ATAGGAAAGC AGAGCTTGAT GGCAAACAAA AGCTTAACGT GGTCAACTAC 
GTGCCCCACA ATCTGAGCTC CTACATAGCT CGTCGTGTTG CATGTCCCGA GAGAAGAGCT 
GTCGTTGAGA AGTACATAGT CGAAACGGTA AGGGATTTGA ATGAGGCAGC GGCTATCAGT 
GTCTCGGGGC TGGATACAGC TAGGAGGGAA ATCGGTGAAG AAGAGAAGAC AGAGGCTACA 
CCAGTGGCTG CAACGATAGG CGTAGGAACT ACAGCAGCGA CTGGCCGTGA ACCTGCAGAA 
TGTCCAGCAG CCTCTATTGA AGTTGAAGGG GAAGTTGAAT CTCCAAAAGA AAACAGAGTA 
AGGGGCGACA CTGTGCCAGA GAGTACAACA GCAAGTGTTC CAGCCAGCAG CGCGAACAAT 
CAGTGCTCTA CTACTCTACC AGAGGTTGAA AAAACGACGA ATCCAGGGAC CACTACGTCT 
GTAACAACAT CTAATGAAGT GCAGACAGCA GCATCTGAGC AAACAGCAGC AGCAGCATGC 
AGCTCCGCAG AAACAGTGCA TTCTGAGGCA TCTGCAGTCA CTTTGAGCCA CCTTATTGAA 
CAACTTGAAC AAACAGTGGA AATCTTTGCT GCGCCGAGCT ACCAGGAGCA CACTATCAAG 
CATTTAATCT TCCAAAGCAC CGGCCTAAGG AGAACGATTT GGCGCATACT CTTCCAGCTG 
AGCCAAGAGG AGTTCCGCAC CTACACAAGC ATCCACAATG GCGAGGCTCT CTATGAAAAC 
GAAGGCATGC TGCAGCGATG TCATCAGCAG GTTGTGGACC AAGGCTATTG GCCACTTAAT 
TTGTATGTGA AGCTGCCCAT GTTGCGCCGA CTATTGCACA GCAAAGGAGT GGAAATGCAG 
TCGCTGGATC TGCTGCAGCT GTCGCCAAAG ATCTTGCATT GGAGCGATCT AATGCTGCTC 
ACCGATTTCG ATGAAATTGT TGAGCAGCAT TACGCGGATC GCACCGGCAA GCAGATCGAC 
GATGCGGAAT TGCTGTTCCA GGAACGTGAG CAGTTTTATG CGAGCTGCTG GACGCATGAT 
CAATGGATAC GCCAAGTGCC GAAGATCACG AATGAAGCAT TAAATGAGCC AATCTTTGGT 
GATGATTCTG CTGTTGCAGG TGCAGTATTA AAGCTACTCT ATCGAGTGGA GGAAAGCCAG 
GCCTCGGCGA TAACTATTGA GTCAGACAAC GCCACACCCA CACAATCTGA AGTATACATT 
TGCCCACCCA CTGAGCTCAA CGCTCAATCT ACCAACTTTG TGGATATGGA CGAAGTGGTT 
CCGGCTTCAC AAATGCCAGA CACAGAGAAT GATCCGCTTA GGGAGAGCAT GCAGGTTCCG 
GTCAAGCAGG AGGCAATTAA GTTCCTCGAC AAGTTGCGCG GCAGCTGTAT CAACAGCCAA 
GACTTCCTGT GGGAGAGCAT TGATTCAAAC GAACAAATTA TTAACTTGGA TGACAGTCAG 
GAGTCACTTT CGGGCCTAGC TTGCTTTGCC ATCCGCAAAG CGACAGAAAT TGCGCCATCG 
AATGCAAATG CATTTCCACA GTTTCCTGAA AGTGAAAACC CTAATATATC CACGGAGTCA 
GAAATTATAG AGTCTCAGCC TGAGGCAGAG CCGCAGCTGA ATGTAATGCA GAAGGAGGCG 
CTGGTGCCGC CTCTAAACGA GCCCATAAAA CGCAAAGATA AAACGTCTGC CTCAAACGAA 
GTGGGCAAGA AGCCGCGTCT GAGAACGAGA ACGAACGAGA AGGTGCCGCA GTTGCGACAC 
GAGTTCCGCG CCCTTCCGCT CCAAGCCGTG GTAGGCTTGG GATCCACAGA CTCTGCTCCC 
GGGCTAGAGG ACGAGCAACC AACCACTTCC TTGCAAGTCG CTTCTGCCAA GGAAAAGGAG 
CCTACAATCA CCGCTTCGCA GGATTTTGCT TTAGACAACA CCCTTCTAGC ATCCTCCCAG 
CTGGACGCCC TATTGGATGC TCCAAACGTT ACGCTGCGCA AGGTAAATGA AAACGCTATC 
ACTGTAACAG GTAGTGACAA GATTAGCGAC CAGGGGCCCC CGCCTGTGCT GCAGATTTGC 
GTTATCTTTC GAGAGGTGGA GCGCTACCGA TACTTCAGAG CACTGACAAC AGAACAGATA 
ATCAAGCACA GGATCGATGG CTATATCGTG GGCAGTTCCT ATCATGATGC GTTGATCAAG 
ATAAACGGCA TGTTGTGCAA CGTGCGGGGT GCCCTGATGG AAACCCTATT TCCCTATATG 
TCGGCTCGAC TGCGATCTGA TTTGCAGGAC ATCCTCTGTG ATCTGGGGGC ATACATCTAC 
AATAGTCGCT GGCATGCGTA CAATGATGCC CTCCAGGACC TTCGAGCTCG TGTTCTGTCC 
ATGTTTATGG ACGTGGCCCC CCAGTTTGCA TACTTCCGCG CCGAGTTCGA CAATGCGACT 
CGAGAATGGG CCACCTGCAG CACGATCGAT TGGTGGGACC CGGAAATCGT TGGGCCACGG 
CCCAGAGGCG ACGTCGGGAC GGTGCTCAAG CTAGGGGTAC TCGGGCGCAT GAAAGAATTA 
AAGGCGCAAC TGCGTTGA

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

RefSeq	XP_017148358.1
CDS	80..5077
Translation	MYSHRKKAHRPAVSFREFSKLIKNLPDIAFDVQSDQAEEGSNKTLDECAQWYYEAFYKDPSVRKRYKFKVRACAKLKKDKLLSLPEAEIDETPEESEHESADGVAVKVEKMGMFRFPVTFEDFAKYADKDMICKLTTQKETSTEDIQPDSKQKRSQLQKFYNSFYMFPEERKSTNIFPEAPPALLVKLLRPGYPVDEATGSSLAEHKKKGPTVQEHERHREPEAPEGPEATSDFPIVSFQVFEKHLANLYDIVWQLKLNDPEYVVKDFEEGAYCYYLAFYLTPEIRDRYKYILKPCTSDLSARLLAIPSREEAEKLRRNLPELIKPSPDLERPKSPDLVTEPAVAPVDFKFFKKYIVNLDDISQQMRCCDEYKDLSEEECGAEYFRQFYSSPEIRERFQYKLKPCPGMVRGRLLGRPACSDGPSNGAEKAAEQNRPAPIKESSRQSDPNDNNNNKKFPVTFKEFKRNVTNLSEIVQKMQHSEEYREKSEEQCAKEYYQGFYSMPQMRERFECKFKPCPAKKCKLLLRYAVEHPEPSEEQSENIPPKKTIKPSSLSSARDDVVTIGSARFKFPVSLGVFRRSINYDEIVRSRLGKSTVKPQLQAQTANPQNPQYERYFRQFYVGFYAFPYFRKQHAYRFNCGGDEELLKKLCDYAVPLNESAKQKVEDVQKRRRSIGSRGRPEAEPTLKRKPALLERCGVSPQISFKVFSKLLYLEDAVSKMQLHPHFAAMTEAECQRLYYEAFYSTPSIRDKYPCRIKPCPAGMRANLLHIPPKPDNLSNLRYPQRNVSGQRPSTLDFDRLYADRKAELDGKQKLNVVNYVPHNLSSYIARRVACPERRAVVEKYIVETVRDLNEAAAISVSGLDTARREIGEEEKTEATPVAATIGVGTTAATGREPAECPAASIEVEGEVESPKENRVRGDTVPESTTASVPASSANNQCSTTLPEVEKTTNPGTTTSVTTSNEVQTAASEQTAAAACSSAETVHSEASAVTLSHLIEQLEQTVEIFAAPSYQEHTIKHLIFQSTGLRRTIWRILFQLSQEEFRTYTSIHNGEALYENEGMLQRCHQQVVDQGYWPLNLYVKLPMLRRLLHSKGVEMQSLDLLQLSPKILHWSDLMLLTDFDEIVEQHYADRTGKQIDDAELLFQEREQFYASCWTHDQWIRQVPKITNEALNEPIFGDDSAVAGAVLKLLYRVEESQASAITIESDNATPTQSEVYICPPTELNAQSTNFVDMDEVVPASQMPDTENDPLRESMQVPVKQEAIKFLDKLRGSCINSQDFLWESIDSNEQIINLDDSQESLSGLACFAIRKATEIAPSNANAFPQFPESENPNISTESEIIESQPEAEPQLNVMQKEALVPPLNEPIKRKDKTSASNEVGKKPRLRTRTNEKVPQLRHEFRALPLQAVVGLGSTDSAPGLEDEQPTTSLQVASAKEKEPTITASQDFALDNTLLASSQLDALLDAPNVTLRKVNENAITVTGSDKISDQGPPPVLQICVIFREVERYRYFRALTTEQIIKHRIDGYIVGSSYHDALIKINGMLCNVRGALMETLFPYMSARLRSDLQDILCDLGAYIYNSRWHAYNDALQDLRARVLSMFMDVAPQFAYFRAEFDNATREWATCSTIDWWDPEIVGPRPRGDVGTVLKLGVLGRMKELKAQLR

Target ORF information:

RefSeq Version	XM_017292869.1
Organism	Drosophila miranda
Definition	Drosophila miranda uncharacterized LOC108159510 (LOC108159510), transcript variant X1, mRNA.

Target ORF information:

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

XM_017292869.1

ORF Insert Sequence:

ATGTATTCGC ATCGAAAAAA AGCACACCGT CCAGCAGTCT CTTTTCGGGA GTTTAGTAAG 
CTAATTAAGA ACCTGCCGGA CATTGCATTC GACGTGCAAA GCGACCAAGC TGAGGAAGGA 
TCAAACAAAA CGCTGGACGA GTGCGCCCAG TGGTACTACG AAGCCTTCTA CAAGGATCCC 
AGTGTACGAA AGCGGTACAA GTTCAAGGTG CGCGCTTGTG CCAAGCTAAA GAAGGATAAG 
TTGCTCAGTC TGCCAGAGGC AGAAATAGAT GAGACGCCCG AAGAGAGTGA GCATGAATCG 
GCTGATGGTG TTGCAGTCAA AGTGGAAAAA ATGGGAATGT TCAGGTTTCC CGTAACCTTC 
GAAGACTTTG CAAAGTACGC TGACAAGGAT ATGATATGCA AGCTTACGAC TCAGAAGGAA 
ACAAGCACAG AAGACATACA GCCCGATAGC AAACAGAAAC GAAGTCAGTT GCAGAAATTC 
TACAACTCAT TCTACATGTT TCCAGAAGAG CGAAAGTCCA CCAATATATT CCCTGAGGCA 
CCGCCTGCTC TTTTAGTGAA GTTGCTAAGA CCTGGCTATC CCGTAGATGA AGCAACAGGC 
AGCAGTTTAG CAGAGCATAA AAAAAAGGGT CCAACAGTCC AAGAGCACGA GAGGCATCGG 
GAGCCTGAAG CTCCTGAAGG TCCTGAAGCA ACCAGCGACT TTCCCATTGT GAGCTTCCAA 
GTATTCGAGA AACATCTGGC GAACCTCTAC GATATTGTGT GGCAGCTGAA GCTCAACGAT 
CCCGAGTATG TGGTCAAGGA CTTTGAGGAG GGGGCCTATT GCTATTACTT GGCATTTTAT 
CTAACGCCGG AGATTCGTGA CAGATACAAG TACATCCTAA AGCCGTGTAC GTCGGACCTG 
AGTGCCCGCC TACTTGCCAT ACCCAGCCGC GAGGAAGCCG AAAAGCTCAG GCGAAATTTG 
CCAGAGTTGA TTAAACCATC GCCAGATCTG GAGCGACCCA AAAGTCCCGA TTTGGTCACA 
GAACCAGCAG TGGCACCTGT CGACTTTAAG TTTTTCAAAA AGTATATCGT GAATCTGGAT 
GACATCAGTC AGCAAATGCG ATGCTGCGAC GAGTACAAGG ACTTATCCGA AGAGGAGTGT 
GGCGCGGAAT ACTTCAGGCA GTTTTATAGC TCGCCAGAAA TACGCGAACG ATTCCAGTAT 
AAACTGAAGC CTTGTCCCGG AATGGTACGC GGAAGATTGC TGGGTCGACC GGCCTGCTCA 
GACGGGCCAT CGAATGGAGC TGAAAAGGCA GCCGAACAGA ACCGACCAGC TCCAATAAAG 
GAAAGCAGTC GTCAGTCAGA CCCAAACGAT AACAACAACA ATAAAAAGTT TCCAGTTACG 
TTCAAGGAGT TCAAGCGTAA TGTGACGAAT CTCAGCGAAA TTGTACAGAA AATGCAGCAT 
AGCGAGGAGT ACAGAGAGAA GTCCGAAGAG CAGTGTGCTA AGGAGTACTA CCAGGGGTTC 
TATTCCATGC CCCAGATGCG TGAACGCTTC GAATGTAAGT TCAAGCCCTG TCCCGCCAAG 
AAGTGCAAGC TGCTGCTCCG CTATGCAGTG GAACATCCTG AACCATCCGA AGAGCAGTCT 
GAAAACATTC CGCCTAAGAA GACAATAAAG CCGTCTTCTT TGAGCTCCGC GCGTGATGAC 
GTAGTAACTA TTGGCTCTGC TCGCTTCAAG TTTCCCGTGT CCTTGGGGGT ATTCAGGCGC 
TCTATAAACT ACGACGAAAT CGTCCGGTCC CGGCTGGGAA AATCTACCGT CAAGCCGCAG 
CTCCAGGCCC AGACTGCCAA CCCGCAGAAC CCACAATACG AAAGGTATTT CCGTCAGTTT 
TATGTCGGGT TCTACGCATT CCCCTATTTT CGCAAGCAAC ACGCATATCG ATTCAACTGT 
GGGGGGGACG AAGAGCTGCT GAAAAAGCTG TGCGACTATG CAGTACCATT GAATGAGAGT 
GCCAAGCAGA AAGTGGAAGA CGTGCAAAAG CGCCGACGAT CGATTGGTAG TCGTGGAAGA 
CCAGAAGCTG AACCTACTTT GAAGCGCAAA CCAGCTCTGT TAGAGCGCTG TGGCGTCTCA 
CCACAGATTT CCTTTAAAGT ATTTTCCAAA CTGTTGTATC TCGAAGATGC AGTTAGCAAA 
ATGCAGCTGC ATCCACACTT CGCTGCAATG ACGGAAGCAG AGTGCCAACG GCTGTACTAC 
GAGGCCTTCT ATAGCACGCC CAGCATACGG GACAAGTATC CTTGTAGAAT AAAGCCCTGC 
CCGGCCGGCA TGAGGGCCAA CCTACTGCAT ATCCCCCCCA AGCCGGATAA CCTGTCTAAT 
CTCAGATACC CGCAGAGAAA CGTATCTGGC CAGCGTCCGA GCACTCTAGA TTTTGACAGA 
TTGTATGCGG ATAGGAAAGC AGAGCTTGAT GGCAAACAAA AGCTTAACGT GGTCAACTAC 
GTGCCCCACA ATCTGAGCTC CTACATAGCT CGTCGTGTTG CATGTCCCGA GAGAAGAGCT 
GTCGTTGAGA AGTACATAGT CGAAACGGTA AGGGATTTGA ATGAGGCAGC GGCTATCAGT 
GTCTCGGGGC TGGATACAGC TAGGAGGGAA ATCGGTGAAG AAGAGAAGAC AGAGGCTACA 
CCAGTGGCTG CAACGATAGG CGTAGGAACT ACAGCAGCGA CTGGCCGTGA ACCTGCAGAA 
TGTCCAGCAG CCTCTATTGA AGTTGAAGGG GAAGTTGAAT CTCCAAAAGA AAACAGAGTA 
AGGGGCGACA CTGTGCCAGA GAGTACAACA GCAAGTGTTC CAGCCAGCAG CGCGAACAAT 
CAGTGCTCTA CTACTCTACC AGAGGTTGAA AAAACGACGA ATCCAGGGAC CACTACGTCT 
GTAACAACAT CTAATGAAGT GCAGACAGCA GCATCTGAGC AAACAGCAGC AGCAGCATGC 
AGCTCCGCAG AAACAGTGCA TTCTGAGGCA TCTGCAGTCA CTTTGAGCCA CCTTATTGAA 
CAACTTGAAC AAACAGTGGA AATCTTTGCT GCGCCGAGCT ACCAGGAGCA CACTATCAAG 
CATTTAATCT TCCAAAGCAC CGGCCTAAGG AGAACGATTT GGCGCATACT CTTCCAGCTG 
AGCCAAGAGG AGTTCCGCAC CTACACAAGC ATCCACAATG GCGAGGCTCT CTATGAAAAC 
GAAGGCATGC TGCAGCGATG TCATCAGCAG GTTGTGGACC AAGGCTATTG GCCACTTAAT 
TTGTATGTGA AGCTGCCCAT GTTGCGCCGA CTATTGCACA GCAAAGGAGT GGAAATGCAG 
TCGCTGGATC TGCTGCAGCT GTCGCCAAAG ATCTTGCATT GGAGCGATCT AATGCTGCTC 
ACCGATTTCG ATGAAATTGT TGAGCAGCAT TACGCGGATC GCACCGGCAA GCAGATCGAC 
GATGCGGAAT TGCTGTTCCA GGAACGTGAG CAGTTTTATG CGAGCTGCTG GACGCATGAT 
CAATGGATAC GCCAAGTGCC GAAGATCACG AATGAAGCAT TAAATGAGCC AATCTTTGGT 
GATGATTCTG CTGTTGCAGG TGCAGTATTA AAGCTACTCT ATCGAGTGGA GGAAAGCCAG 
GCCTCGGCGA TAACTATTGA GTCAGACAAC GCCACACCCA CACAATCTGA AGTATACATT 
TGCCCACCCA CTGAGCTCAA CGCTCAATCT ACCAACTTTG TGGATATGGA CGAAGTGGTT 
CCGGCTTCAC AAATGCCAGA CACAGAGAAT GATCCGCTTA GGGAGAGCAT GCAGGTTCCG 
GTCAAGCAGG AGGCAATTAA GTTCCTCGAC AAGTTGCGCG GCAGCTGTAT CAACAGCCAA 
GACTTCCTGT GGGAGAGCAT TGATTCAAAC GAACAAATTA TTAACTTGGA TGACAGTCAG 
GAGTCACTTT CGGGCCTAGC TTGCTTTGCC ATCCGCAAAG CGACAGAAAT TGCGCCATCG 
AATGCAAATG CATTTCCACA GTTTCCTGAA AGTGAAAACC CTAATATATC CACGGAGTCA 
GAAATTATAG AGTCTCAGCC TGAGGCAGAG CCGCAGCTGA ATGTAATGCA GAAGGAGGCG 
CTGGTGCCGC CTCTAAACGA GCCCATAAAA CGCAAAGATA AAACGTCTGC CTCAAACGAA 
GTGGGCAAGA AGCCGCGTCT GAGAACGAGA ACGAACGAGA AGGTGCCGCA GTTGCGACAC 
GAGTTCCGCG CCCTTCCGCT CCAAGCCGTG GTAGGCTTGG GATCCACAGA CTCTGCTCCC 
GGGCTAGAGG ACGAGCAACC AACCACTTCC TTGCAAGTCG CTTCTGCCAA GGAAAAGGAG 
CCTACAATCA CCGCTTCGCA GGATTTTGCT TTAGACAACA CCCTTCTAGC ATCCTCCCAG 
CTGGACGCCC TATTGGATGC TCCAAACGTT ACGCTGCGCA AGGTAAATGA AAACGCTATC 
ACTGTAACAG GTAGTGACAA GATTAGCGAC CAGGGGCCCC CGCCTGTGCT GCAGATTTGC 
GTTATCTTTC GAGAGGTGGA GCGCTACCGA TACTTCAGAG CACTGACAAC AGAACAGATA 
ATCAAGCACA GGATCGATGG CTATATCGTG GGCAGTTCCT ATCATGATGC GTTGATCAAG 
ATAAACGGCA TGTTGTGCAA CGTGCGGGGT GCCCTGATGG AAACCCTATT TCCCTATATG 
TCGGCTCGAC TGCGATCTGA TTTGCAGGAC ATCCTCTGTG ATCTGGGGGC ATACATCTAC 
AATAGTCGCT GGCATGCGTA CAATGATGCC CTCCAGGACC TTCGAGCTCG TGTTCTGTCC 
ATGTTTATGG ACGTGGCCCC CCAGTTTGCA TACTTCCGCG CCGAGTTCGA CAATGCGACT 
CGAGAATGGG CCACCTGCAG CACGATCGAT TGGTGGGACC CGGAAATCGT TGGGCCACGG 
CCCAGAGGCG ACGTCGGGAC GGTGCTCAAG CTAGGGGTAC TCGGGCGCAT GAAAGAATTA 
AAGGCGCAAC TGCGTTGA