LOC106100365 cDNA ORF clone, Papilio polytes(common Mormon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106100365
Entrez Gene ID	106100365
Full Name	pericentriolar material 1 protein
Gene Type	protein-coding
Organism	Papilio polytes(common Mormon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_013279193.1	XP_013134647.1	LOW QUALITY PROTEIN: pericentriolar material 1 protein

Pathways from BioSystems
Gene Ontology

The following LOC106100365 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106100365 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
OPa341700	XM_013279193.1 Latest version!	Papilio polytes pericentriolar material 1 protein (LOC106100365), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

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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)

LOC106100365 ( XM_013279193.1 ) cDNA ORF clone, Papilio polytes(common Mormon) -> XP_013134647.1 Papilio polytes pericentriolar material 1 protein (LOC106100365), mRNA.

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CloneID	OPa341700
Clone ID Related Accession (Same CDS sequence)	XM_013279193.1
Accession Version	XM_013279193.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5232bp) 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	2015-07-30
Organism	Papilio polytes(common Mormon)
Product	LOW QUALITY PROTEIN: pericentriolar material 1 protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013525157.1) 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 :: Papilio polytes Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## internal stop codons :: corrected 1 genomic stop codon ##RefSeq-Attributes-END##

ATGGCTCCTG GTAACAAAGA TCGCCACCCA AGTCACACGG GTGCTATTCC CAAAACTAAA 
GCCAGGAACA ATTGTAATGT TCCCCAAGAA GCTGTGACAC CGACGAGAAG GGACATGACA 
ACAAATCTTG TAACGACTTC TTTGGATTGG GTTCCTGTTT CCGAGTATAA TACAAGATCA 
AATTTTAGTC AGTCAAGAAA ACCAACCAAC AATACTTCAG ATCATGAACT AACAGATTTG 
GATAACTCGG TGACTTTCGA GAGTGGTTTC GGGCGTTTTG TACCAGTAAG ACCTCAACCG 
CGTGCATTGC CCTTGACTGT GCAGAATAGA GAAACAATTT CTACAGACCA TAATGATGAT 
GGTGCAGGTT CATCTCTTTC TTCCCATACA ATACATCATT TTCAAAATGG CCTAATTCCT 
CACTCTAATC ATGGTGCAGC TGCTGTGATG ATAGTCAACC CTACAACACC CAATGCTGTG 
ACTGGGAATA TGTCTCAACC TTTTAATGCA CCTAATCAGA ATAGAAATAA TTTGACAAGA 
AATCTGAACT CTACACGAAA CTCATTTGAC GGTAACATAC ACGCAAGTAA TAATAATATT 
ACACCTCCAA TTTCCAATTC AAGAACTGGA ACTAAAGCTG TAAATCTAAT GAATAACATG 
TTTGATCAAG CCCAAGGGGG CTTCAATAAT ATAAACGAGA ATAATCCGAC CCATAGAGAG 
TCTGCTCGAG CTTTAGGAGA GGCGATTGTT GCCGCATGTC CTGACGCTGC TGCGGTAGAA 
CGTAGACTTG GACAGATCAG AGAATATATT CGAGTCACAT CCTCACTTGT GGACACCATG 
CGGAACTCAG AAGACGAGGC ATATATAGAA CACACTAAAG AGGAATATGA TGAGCTTCTT 
CAAATGATAG CTAAATTAAG AGATAGTGAA AAGAAATTGA AAAGCATATT AGATGATGAA 
AACAATCTTG ATAATATAGA AGTACCTTTA CTGGAGCCAG ATTCTGTTAA TCCAGTTGAA 
GTTACTGAAG TATCAGAAAA AGTCCCCAGT GAAATTTCAA GTGTTAGTCA AAACTTAGAT 
CAAGGCACAT CAAAAAATAA TAATGAAAAC AATCTAATCA ATAATAACCT TAAAAAAGTT 
ACAAATATAG AGAATGAACA ATTAAATAAA ACAACAATAC AAAGAACAAA TGAAATACAT 
GCGGAAAATA AAGATACAGA TGGTGTTATT ATAAAAGAGA TAGAAACAAG TGCTTTTGAC 
GACACTGAGG CTATAAATAG TGATTATAAA CGCAACGACG AGCTCAGAAA AAATATAATA 
TCATGTGTTG AGAAAGTAGC CATGATAGAA GAAATTAAAA ACAAAGTCAA TGATATTGGC 
AACAATGACC AGGATGTTGT GGTTAGACCT GTATCGGTAC AGAGCAATGG TTCAACCTAC 
AGTGAAAATG AATTGTGGCA AAATGAAATT AAAAACAAAA TGGAAATGTC CCAAATACGT 
CTATCTACTT TAAAACAACA ACAAAAGAGA CTGCTAAAGT ACCAGGCTGA AGCTAAACAA 
CAACTAGAAG AATTGAAAGA AAGGCAAGCT CAAGAGATTA ACCAGCCAAA TGCCAATGAC 
AACTTTACTG ATATACAGCA AAATATGAGT TTTGCTGGAA ACTACAATCA TCCAAACCGT 
ATGTATGGAG CAAATCAGAT TGGTGTAGCG ACCACACTGC CTCAGTCATC AGACAGTGTG 
CACAGCGGAC AGATGACCAA TAACATGGAC ACAGAACCTG GACGTTCTAA TCAATCTACT 
CATAGTCAAG ATGAGAGATT CTCTATTAGA GATGGCAATA TTGCTAGTAG TGAGCGCATC 
CTGCAGCTCA AGCTGCGCGA GCTGCAGCTC AAAAAACAGC ATATGGAGGA TTTGGTTTCT 
GAATTCCAAA AACTTCAGAT GGCTACAGGT CTTGTCGGCT CCCACAATAC ATACTCCAGC 
TCGGGAGAGG ACAGCGCGGA AGATGAACCA TCTGGAAAGT GTAATAATGC AGCTGGAAAT 
TTGAAAAACG AAAATAAAAG AATCGGTGGG AAACTTACTT CATCTTTGCA TAAAGCTAAA 
GATTTGATGA GGTCATTAGA GGCTTTCGAA ACCGACCACT TATCAAATTT ACACGAGGAA 
TCCTTCCCAA TGTCTAACAA TACAAATATA CATGACAACA AGTCTGATGG TGGTGGTAGT 
ATGGGGGATT GGTCTATCGA GGGCAGCATG TGTCGTGTTC GTAACACGCT GCCGCAACGA 
CACAAGTTCA CCAACGAGCA ACATCATCAG CAGCAACAAC ATCAACAACA ACAGCAACAA 
TATCATCAAC AAATTAAACA GCATCAACAG CAGCTTGAGC AACAATATCA ACAACGTCAA 
CACCACAGAC AACAAACACA TCAACCACAT TTCAACCAGC AACCACATAT CAACCAACAA 
CCACATCTCA ATCAAGAACC ACATCTCAAC CAACAACAAC ATCTGAACCA ACAACCTAGT 
CACGAGGCGA ATCTCGCGAG TCTTCAAGAA CTCGCACAGG AGTTGCGTAT GGAGACTGAA 
AAGATAATGG GCGAGCGCGC GCGCATTAAA GACATGGTCT CCAATAAAGA AGTGAGCAGA 
AAGCAGAAGA AGGTGAACGA GGAGGTGCGC GCGGGGCCGA GCGGCGCGCC GGGCCCGGCG 
GAGCGCCGCC AGCTGCAGCT GCGCGCGCTG CTGGCCGACA AGCAGCGCGA GCTGGAGGCG 
CTGCTTAACA AGGAGAAAGT TCTTTGTGTG GGAGCGGAGA CACAGAACAA ACCGGATTCA 
CGAGCGATGT CGGTTGTTAA CCAGTCTTAC AATAGTGAAC AAGAAGAACC TGAATCGAGA 
TCTGAACAAC TGCCACTGGA TTCACAAACA TCGAGGGAAA ATGAAAACTA TCGGGGCGGC 
GGAGACAGCG CTGTCGGCGG CAGATCTATT AATATAGTGC CTTCTTGCTT GGAGAGTGCC 
TATGGCAGCG ATACTGACAG TGCTTCAAGG AACAAATCAA ATCAGAGGAA TAGACCACGA 
CGTCGCCAGA CTCAAGATCG TCAGTCTGAA GATAATACAC CTCAAGTGAA TAACGCTACA 
CCCAATATTC GTCATGAGCC GAGACCAGAA TCCAACGTTA ATATGGCATC ACCCGTCGCA 
CCAAGTGGCG ACAATCCCAC GAACATGCCA TATGGACAGC TACCGCCTCA ATGTTGGAAC 
GGAGCTAAAA CTAATCAGGA TGCGCGCACG AACCAGTTCA CTCAGAACAG CCACTCGCAG 
ACGATGGAGC GGCTGCTGGG CACGCCGCAG ATGTCCTTCC CGCCCGCCAT GCCCTACGCC 
ATGATGCCCT ACGGTCACAT ATCCACTTTT TCTTATTTCA CACATGACAT GAAGACTAAT 
AACATTTAAT TATCATATAC TAGCTGTTCT CTTTTGGAGG AACGTTGGCG CGCGGAGACA 
GCGTCGCACA CTCTCAACAA CCAAGTGCCG CCCGGCAACC GCGCCAACAA CTACTGGGAC 
AACTTCCGAA GTTATTCACG TCAAAACCTC CTCTCAGCTA ACAGCAAGAC CAATGCGGAC 
GGTCACTTAG GTACAGGCTC CGCGCACAAC CCGCACCCGC TCGTGGAGAG GTCTCACAAC 
ACGCTGCACC ACACCTCCTC CTCCACCTCG CCCTCCATCA CACCCAAGAG AAATACTAAC 
ACGGCGACCA CCTCGCAAGC CGCCGCACCG CCGCCAGCAC AACTGCACAA CGACGAACCA 
TCAAACAGAC ATCCACGAAG AAATGTCACT TACGAAAGAT CGCTCTCCTT TTCCTCCGCC 
CCGGATGTAC TAAACGTGAA CCAAAACACA GAAGCCGAAG CAAACGCACC TTCACACTCC 
AGGAATGTAG ACGAAGCTAC CACCTCAAAT GTAAACATCA ATAGACAGGA AACCGCAACC 
ACATTCAGGA ACCTAAACAT CACAAATCCG ATACCAGAAA TTATACAGTC GCATTCAAAC 
AATTTGAACA ACTCCACAAA CTCAAAGAAA AAGTCCTCAG CGAAGCTACC GTCGAAAAAT 
TCCACGAACA GAAGGAACTG CACCTTAGAT TTTTCCCAAA CTAGTAACAT CAACATAACT 
AGTACTACAG ATACGCCAAA CCCTAATTTG GCGTCTACCA GTCGCGAGGT ACAAGAAAAA 
GCTACTTCAA AATTATTTGA CCTTTTGAGA GAAAATGTTT ATTCAGAAGT GACCACCTTG 
ATCGGAGTCA ATGAATCTCA CCCCGACTTT TTGATACAAC TCTTTAGAGA ACTGCAACTG 
ATAAGTTCTG ATCCATTGAG ACAAAAGGTT TTGCAATCCA TACGAAATGT ACTAGCTCAG 
TACAGTTCTA TTATGGAGAG TGAAAACAAT GACCGTGTCG AAGGCTCCGA AGCCGAGGCG 
GTTACATCTG GAGATACGGG TAATGGGTAT CATGAATGTA GCTCCCATTC CATTGAAAAT 
GCTTGTACAA ATTCAGTGCA AATTGACAAC AAAATCGTTC GTTTCCTGTT CATGAGAGGC 
GAGGAGATAT GCACACCTGA GCTATTGGAT GCATTGAGAT CTCTCATACT CAACAGTGCG 
CCGGATAGCA AACAGTCAAA GAAAAGGCTT CAAGAAATAT TGTCAAAGTA CGAGGGCATG 
AGAGTCTGTG ACATATCAAG CGACATTATA GAGAATTTGT CGCTGTATCT TTCTGGTAGT 
AGCGACGGCG ATGAATCCGC GCACCTCACG AGCGAAATCT CGGAAACTTC TATACTTCAA 
GATGTCGCGG GTTCATTGAA CTTGTTTAGC TCCAGCGAGA CCCAACTGCA CCAACTGAAT 
GGCTGTCCGT ATGAGATGTG GCCTGGACAT GTTCACATGG ATATCGATGG AGGGGATTTA 
AATGAAAACG GCGCTCGTTG TAGTCAAGAG GATAAAGTTG ATCTCATTAA TTGTTCTGAA 
ATGCACAATG GTGATTTAGC CGAGGCGGAT CAGACCTGCC CCGCAGACAT GGGGGACAGC 
GGCGTGAACA GCCACGACGA GGTGTCCAAC ACCGCAGACG GCCTCCCCGA TGTGGTGGAC 
ACTGATGAAG TCACTCCCAC AGAGGCAGAA GCAGAGTGGC TCGGGCTTGA CCGTGTGCCA 
ACACGGCTGC ACATGGAAGA AACATCTGAA AAGCAAAAAG GTGATATTAG TATTAAGTCA 
AATAATCACT AA

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

RefSeq	XP_013134647.1
CDS	265..5496
Translation	MAPGNKDRHPSHTGAIPKTKARNNCNVPQEAVTPTRRDMTTNLVTTSLDWVPVSEYNTRSNFSQSRKPTNNTSDHELTDLDNSVTFESGFGRFVPVRPQPRALPLTVQNRETISTDHNDDGAGSSLSSHTIHHFQNGLIPHSNHGAAAVMIVNPTTPNAVTGNMSQPFNAPNQNRNNLTRNLNSTRNSFDGNIHASNNNITPPISNSRTGTKAVNLMNNMFDQAQGGFNNINENNPTHRESARALGEAIVAACPDAAAVERRLGQIREYIRVTSSLVDTMRNSEDEAYIEHTKEEYDELLQMIAKLRDSEKKLKSILDDENNLDNIEVPLLEPDSVNPVEVTEVSEKVPSEISSVSQNLDQGTSKNNNENNLINNNLKKVTNIENEQLNKTTIQRTNEIHAENKDTDGVIIKEIETSAFDDTEAINSDYKRNDELRKNIISCVEKVAMIEEIKNKVNDIGNNDQDVVVRPVSVQSNGSTYSENELWQNEIKNKMEMSQIRLSTLKQQQKRLLKYQAEAKQQLEELKERQAQEINQPNANDNFTDIQQNMSFAGNYNHPNRMYGANQIGVATTLPQSSDSVHSGQMTNNMDTEPGRSNQSTHSQDERFSIRDGNIASSERILQLKLRELQLKKQHMEDLVSEFQKLQMATGLVGSHNTYSSSGEDSAEDEPSGKCNNAAGNLKNENKRIGGKLTSSLHKAKDLMRSLEAFETDHLSNLHEESFPMSNNTNIHDNKSDGGGSMGDWSIEGSMCRVRNTLPQRHKFTNEQHHQQQQHQQQQQQYHQQIKQHQQQLEQQYQQRQHHRQQTHQPHFNQQPHINQQPHLNQEPHLNQQQHLNQQPSHEANLASLQELAQELRMETEKIMGERARIKDMVSNKEVSRKQKKVNEEVRAGPSGAPGPAERRQLQLRALLADKQRELEALLNKEKVLCVGAETQNKPDSRAMSVVNQSYNSEQEEPESRSEQLPLDSQTSRENENYRGGGDSAVGGRSINIVPSCLESAYGSDTDSASRNKSNQRNRPRRRQTQDRQSEDNTPQVNNATPNIRHEPRPESNVNMASPVAPSGDNPTNMPYGQLPPQCWNGAKTNQDARTNQFTQNSHSQTMERLLGTPQMSFPPAMPYAMMPYGHISTFSYFTHDMKTNNI*LSYTSCSLLEERWRAETASHTLNNQVPPGNRANNYWDNFRSYSRQNLLSANSKTNADGHLGTGSAHNPHPLVERSHNTLHHTSSSTSPSITPKRNTNTATTSQAAAPPPAQLHNDEPSNRHPRRNVTYERSLSFSSAPDVLNVNQNTEAEANAPSHSRNVDEATTSNVNINRQETATTFRNLNITNPIPEIIQSHSNNLNNSTNSKKKSSAKLPSKNSTNRRNCTLDFSQTSNINITSTTDTPNPNLASTSREVQEKATSKLFDLLRENVYSEVTTLIGVNESHPDFLIQLFRELQLISSDPLRQKVLQSIRNVLAQYSSIMESENNDRVEGSEAEAVTSGDTGNGYHECSSHSIENACTNSVQIDNKIVRFLFMRGEEICTPELLDALRSLILNSAPDSKQSKKRLQEILSKYEGMRVCDISSDIIENLSLYLSGSSDGDESAHLTSEISETSILQDVAGSLNLFSSSETQLHQLNGCPYEMWPGHVHMDIDGGDLNENGARCSQEDKVDLINCSEMHNGDLAEADQTCPADMGDSGVNSHDEVSNTADGLPDVVDTDEVTPTEAEAEWLGLDRVPTRLHMEETSEKQKGDISIKSNNH

Target ORF information:

RefSeq Version	XM_013279193.1
Organism	Papilio polytes(common Mormon)
Definition	Papilio polytes pericentriolar material 1 protein (LOC106100365), mRNA.

Target ORF information:

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

XM_013279193.1

ORF Insert Sequence:

ATGGCTCCTG GTAACAAAGA TCGCCACCCA AGTCACACGG GTGCTATTCC CAAAACTAAA 
GCCAGGAACA ATTGTAATGT TCCCCAAGAA GCTGTGACAC CGACGAGAAG GGACATGACA 
ACAAATCTTG TAACGACTTC TTTGGATTGG GTTCCTGTTT CCGAGTATAA TACAAGATCA 
AATTTTAGTC AGTCAAGAAA ACCAACCAAC AATACTTCAG ATCATGAACT AACAGATTTG 
GATAACTCGG TGACTTTCGA GAGTGGTTTC GGGCGTTTTG TACCAGTAAG ACCTCAACCG 
CGTGCATTGC CCTTGACTGT GCAGAATAGA GAAACAATTT CTACAGACCA TAATGATGAT 
GGTGCAGGTT CATCTCTTTC TTCCCATACA ATACATCATT TTCAAAATGG CCTAATTCCT 
CACTCTAATC ATGGTGCAGC TGCTGTGATG ATAGTCAACC CTACAACACC CAATGCTGTG 
ACTGGGAATA TGTCTCAACC TTTTAATGCA CCTAATCAGA ATAGAAATAA TTTGACAAGA 
AATCTGAACT CTACACGAAA CTCATTTGAC GGTAACATAC ACGCAAGTAA TAATAATATT 
ACACCTCCAA TTTCCAATTC AAGAACTGGA ACTAAAGCTG TAAATCTAAT GAATAACATG 
TTTGATCAAG CCCAAGGGGG CTTCAATAAT ATAAACGAGA ATAATCCGAC CCATAGAGAG 
TCTGCTCGAG CTTTAGGAGA GGCGATTGTT GCCGCATGTC CTGACGCTGC TGCGGTAGAA 
CGTAGACTTG GACAGATCAG AGAATATATT CGAGTCACAT CCTCACTTGT GGACACCATG 
CGGAACTCAG AAGACGAGGC ATATATAGAA CACACTAAAG AGGAATATGA TGAGCTTCTT 
CAAATGATAG CTAAATTAAG AGATAGTGAA AAGAAATTGA AAAGCATATT AGATGATGAA 
AACAATCTTG ATAATATAGA AGTACCTTTA CTGGAGCCAG ATTCTGTTAA TCCAGTTGAA 
GTTACTGAAG TATCAGAAAA AGTCCCCAGT GAAATTTCAA GTGTTAGTCA AAACTTAGAT 
CAAGGCACAT CAAAAAATAA TAATGAAAAC AATCTAATCA ATAATAACCT TAAAAAAGTT 
ACAAATATAG AGAATGAACA ATTAAATAAA ACAACAATAC AAAGAACAAA TGAAATACAT 
GCGGAAAATA AAGATACAGA TGGTGTTATT ATAAAAGAGA TAGAAACAAG TGCTTTTGAC 
GACACTGAGG CTATAAATAG TGATTATAAA CGCAACGACG AGCTCAGAAA AAATATAATA 
TCATGTGTTG AGAAAGTAGC CATGATAGAA GAAATTAAAA ACAAAGTCAA TGATATTGGC 
AACAATGACC AGGATGTTGT GGTTAGACCT GTATCGGTAC AGAGCAATGG TTCAACCTAC 
AGTGAAAATG AATTGTGGCA AAATGAAATT AAAAACAAAA TGGAAATGTC CCAAATACGT 
CTATCTACTT TAAAACAACA ACAAAAGAGA CTGCTAAAGT ACCAGGCTGA AGCTAAACAA 
CAACTAGAAG AATTGAAAGA AAGGCAAGCT CAAGAGATTA ACCAGCCAAA TGCCAATGAC 
AACTTTACTG ATATACAGCA AAATATGAGT TTTGCTGGAA ACTACAATCA TCCAAACCGT 
ATGTATGGAG CAAATCAGAT TGGTGTAGCG ACCACACTGC CTCAGTCATC AGACAGTGTG 
CACAGCGGAC AGATGACCAA TAACATGGAC ACAGAACCTG GACGTTCTAA TCAATCTACT 
CATAGTCAAG ATGAGAGATT CTCTATTAGA GATGGCAATA TTGCTAGTAG TGAGCGCATC 
CTGCAGCTCA AGCTGCGCGA GCTGCAGCTC AAAAAACAGC ATATGGAGGA TTTGGTTTCT 
GAATTCCAAA AACTTCAGAT GGCTACAGGT CTTGTCGGCT CCCACAATAC ATACTCCAGC 
TCGGGAGAGG ACAGCGCGGA AGATGAACCA TCTGGAAAGT GTAATAATGC AGCTGGAAAT 
TTGAAAAACG AAAATAAAAG AATCGGTGGG AAACTTACTT CATCTTTGCA TAAAGCTAAA 
GATTTGATGA GGTCATTAGA GGCTTTCGAA ACCGACCACT TATCAAATTT ACACGAGGAA 
TCCTTCCCAA TGTCTAACAA TACAAATATA CATGACAACA AGTCTGATGG TGGTGGTAGT 
ATGGGGGATT GGTCTATCGA GGGCAGCATG TGTCGTGTTC GTAACACGCT GCCGCAACGA 
CACAAGTTCA CCAACGAGCA ACATCATCAG CAGCAACAAC ATCAACAACA ACAGCAACAA 
TATCATCAAC AAATTAAACA GCATCAACAG CAGCTTGAGC AACAATATCA ACAACGTCAA 
CACCACAGAC AACAAACACA TCAACCACAT TTCAACCAGC AACCACATAT CAACCAACAA 
CCACATCTCA ATCAAGAACC ACATCTCAAC CAACAACAAC ATCTGAACCA ACAACCTAGT 
CACGAGGCGA ATCTCGCGAG TCTTCAAGAA CTCGCACAGG AGTTGCGTAT GGAGACTGAA 
AAGATAATGG GCGAGCGCGC GCGCATTAAA GACATGGTCT CCAATAAAGA AGTGAGCAGA 
AAGCAGAAGA AGGTGAACGA GGAGGTGCGC GCGGGGCCGA GCGGCGCGCC GGGCCCGGCG 
GAGCGCCGCC AGCTGCAGCT GCGCGCGCTG CTGGCCGACA AGCAGCGCGA GCTGGAGGCG 
CTGCTTAACA AGGAGAAAGT TCTTTGTGTG GGAGCGGAGA CACAGAACAA ACCGGATTCA 
CGAGCGATGT CGGTTGTTAA CCAGTCTTAC AATAGTGAAC AAGAAGAACC TGAATCGAGA 
TCTGAACAAC TGCCACTGGA TTCACAAACA TCGAGGGAAA ATGAAAACTA TCGGGGCGGC 
GGAGACAGCG CTGTCGGCGG CAGATCTATT AATATAGTGC CTTCTTGCTT GGAGAGTGCC 
TATGGCAGCG ATACTGACAG TGCTTCAAGG AACAAATCAA ATCAGAGGAA TAGACCACGA 
CGTCGCCAGA CTCAAGATCG TCAGTCTGAA GATAATACAC CTCAAGTGAA TAACGCTACA 
CCCAATATTC GTCATGAGCC GAGACCAGAA TCCAACGTTA ATATGGCATC ACCCGTCGCA 
CCAAGTGGCG ACAATCCCAC GAACATGCCA TATGGACAGC TACCGCCTCA ATGTTGGAAC 
GGAGCTAAAA CTAATCAGGA TGCGCGCACG AACCAGTTCA CTCAGAACAG CCACTCGCAG 
ACGATGGAGC GGCTGCTGGG CACGCCGCAG ATGTCCTTCC CGCCCGCCAT GCCCTACGCC 
ATGATGCCCT ACGGTCACAT ATCCACTTTT TCTTATTTCA CACATGACAT GAAGACTAAT 
AACATTTAAT TATCATATAC TAGCTGTTCT CTTTTGGAGG AACGTTGGCG CGCGGAGACA 
GCGTCGCACA CTCTCAACAA CCAAGTGCCG CCCGGCAACC GCGCCAACAA CTACTGGGAC 
AACTTCCGAA GTTATTCACG TCAAAACCTC CTCTCAGCTA ACAGCAAGAC CAATGCGGAC 
GGTCACTTAG GTACAGGCTC CGCGCACAAC CCGCACCCGC TCGTGGAGAG GTCTCACAAC 
ACGCTGCACC ACACCTCCTC CTCCACCTCG CCCTCCATCA CACCCAAGAG AAATACTAAC 
ACGGCGACCA CCTCGCAAGC CGCCGCACCG CCGCCAGCAC AACTGCACAA CGACGAACCA 
TCAAACAGAC ATCCACGAAG AAATGTCACT TACGAAAGAT CGCTCTCCTT TTCCTCCGCC 
CCGGATGTAC TAAACGTGAA CCAAAACACA GAAGCCGAAG CAAACGCACC TTCACACTCC 
AGGAATGTAG ACGAAGCTAC CACCTCAAAT GTAAACATCA ATAGACAGGA AACCGCAACC 
ACATTCAGGA ACCTAAACAT CACAAATCCG ATACCAGAAA TTATACAGTC GCATTCAAAC 
AATTTGAACA ACTCCACAAA CTCAAAGAAA AAGTCCTCAG CGAAGCTACC GTCGAAAAAT 
TCCACGAACA GAAGGAACTG CACCTTAGAT TTTTCCCAAA CTAGTAACAT CAACATAACT 
AGTACTACAG ATACGCCAAA CCCTAATTTG GCGTCTACCA GTCGCGAGGT ACAAGAAAAA 
GCTACTTCAA AATTATTTGA CCTTTTGAGA GAAAATGTTT ATTCAGAAGT GACCACCTTG 
ATCGGAGTCA ATGAATCTCA CCCCGACTTT TTGATACAAC TCTTTAGAGA ACTGCAACTG 
ATAAGTTCTG ATCCATTGAG ACAAAAGGTT TTGCAATCCA TACGAAATGT ACTAGCTCAG 
TACAGTTCTA TTATGGAGAG TGAAAACAAT GACCGTGTCG AAGGCTCCGA AGCCGAGGCG 
GTTACATCTG GAGATACGGG TAATGGGTAT CATGAATGTA GCTCCCATTC CATTGAAAAT 
GCTTGTACAA ATTCAGTGCA AATTGACAAC AAAATCGTTC GTTTCCTGTT CATGAGAGGC 
GAGGAGATAT GCACACCTGA GCTATTGGAT GCATTGAGAT CTCTCATACT CAACAGTGCG 
CCGGATAGCA AACAGTCAAA GAAAAGGCTT CAAGAAATAT TGTCAAAGTA CGAGGGCATG 
AGAGTCTGTG ACATATCAAG CGACATTATA GAGAATTTGT CGCTGTATCT TTCTGGTAGT 
AGCGACGGCG ATGAATCCGC GCACCTCACG AGCGAAATCT CGGAAACTTC TATACTTCAA 
GATGTCGCGG GTTCATTGAA CTTGTTTAGC TCCAGCGAGA CCCAACTGCA CCAACTGAAT 
GGCTGTCCGT ATGAGATGTG GCCTGGACAT GTTCACATGG ATATCGATGG AGGGGATTTA 
AATGAAAACG GCGCTCGTTG TAGTCAAGAG GATAAAGTTG ATCTCATTAA TTGTTCTGAA 
ATGCACAATG GTGATTTAGC CGAGGCGGAT CAGACCTGCC CCGCAGACAT GGGGGACAGC 
GGCGTGAACA GCCACGACGA GGTGTCCAAC ACCGCAGACG GCCTCCCCGA TGTGGTGGAC 
ACTGATGAAG TCACTCCCAC AGAGGCAGAA GCAGAGTGGC TCGGGCTTGA CCGTGTGCCA 
ACACGGCTGC ACATGGAAGA AACATCTGAA AAGCAAAAAG GTGATATTAG TATTAAGTCA 
AATAATCACT AA