LOC106786677 cDNA ORF clone, Polistes canadensis

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106786677
Entrez Gene ID	106786677
Full Name	proteasome-associated protein ECM29 homolog
Gene Type	protein-coding
Organism	Polistes canadensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_014748334.1	XP_014603820.1	proteasome-associated protein ECM29 homolog

Pathways from BioSystems
Gene Ontology

The following LOC106786677 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106786677 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
OPo09833	XM_014748334.1 Latest version!	Polistes canadensis proteasome-associated protein ECM29 homolog (LOC106786677), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$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)

LOC106786677 ( XM_014748334.1 ) cDNA ORF clone, Polistes canadensis -> XP_014603820.1 Polistes canadensis proteasome-associated protein ECM29 homolog (LOC106786677), mRNA.

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CloneID	OPo09833
Clone ID Related Accession (Same CDS sequence)	XM_014748334.1
Accession Version	XM_014748334.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5445bp) 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	2015-11-23
Organism	Polistes canadensis
Product	proteasome-associated protein ECM29 homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014569550.1) 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 :: Polistes canadensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAGCAG CAACGGACGA GCTGATTTTG CTTGAAAGAG TTTTCCTTCG GCTGGGGTCA 
GCAGATACAG ATGAACAATT ACAAGCATCT GTATGTAAAT TTCTACCACC AGTATTGCTT 
AAGTTGTCCA GTGCACAGGA AGGTGTTAGA AAAAAAGTGA TGGAATTATT AATTCATATT 
AACCGAAGGG TAAAAACTAG ACCTCAAGTG CAGTTACCAG TTAAAGCATT ATTGTTGCAG 
TATCAGGATC CAGCTGCTAG TTCATTTGTA ATTAATTTTA CAATTATATA TATAAAATTG 
GGATATCCCC GTATGGAAAT GAAAAAACAA GCAGAATTAA TCCCTAGTGT ATTAAATGCT 
ATTGATGGAA AGCCTTTATC TCATCAAGAT AGTTTAATGC TAATAATAAT GCCAGCTTTG 
GGACATATTA GTATCCATGC TGATCCTGAT AAGCGAGTAT CTTTACTTGG CTTACAAGAT 
AAGCCTTATG TATCAAAACA ATTAATCAAC TTTATGCTTG ATGTACTATT GCTACCTTAT 
GGATCGGTAG GACAAAGTGA TAATCAGCAA TTGAATCGAA CTGTTGATTG GCCTCAATTT 
CCTGTTCCAC CTGGATTAAG TGAATATGCA TTCAAGAGAG TTATAGGTGA ACATCCACCT 
ACAGCAGAAC AGCTGGAACA AACTAAATTG GGAATTGTTA AATTCATTTC TAGTGGATTT 
TTCCCTGACT CAGATATTTT TATACATTTG GTTGTTGCAG CTGCAGACAC TAGATTTAGT 
GTTGCTAATA TGGCAGATTT AGAATTGAAA AAAATTGTGA GTTCTTTAGA TTGGTCATCG 
ATGCAAATAG CTGCACCACT TTATACATTA TTCTTAGGTA CTGATGGTTT AGCAACGCAA 
AAGGAAATTA AACCTGAAAT GAAACGATTG CCTGCCAGTA CTCGTATTCG ACTAAAAGTA 
TTACATTATC TTTGTCGATT AACTAAGTCT GGTTTTATTA TACCTTCATG TATCCAGGTT 
GTATTTGATT CTTTATATGG AAAAAATACG AATTCTAAGT TGAAATCATT AGCACTGCGT 
TTTACATCTA ATCTTGTTCA ACAGTGTAGT CTTACACCAT TAGTTCGCGT AGCAGGAGTA 
ATATTAAATG GTATGATAAA ATTAATCTCT GAAGGTGAAG AAATTCATAA ACCTATGGCA 
TATACAGTTA TCGGACAATT AGGCCAAAGA ATACCTTCTT TAATCAATAA AGATTTAAGT 
TTGTTACAAA ATCTTTTTGA TACCTTGACA TCGACTGACG GAGATTTACG AAGAACTGTG 
CGAGATGCTT TAATATCTGT AACATCTGCA TTTGTTCTTA ATAAAGAAGA TAAAAGTAAC 
ATAACTTTGA TGAATGCTTT ATTGTCAGCT CATATAGAAT CACCAGAATC AAGTGTAAGG 
TTTGTGGCTA TGCATTATGC TGCGACTGTG TTTCCTCCTG ATGATGCTCC ATCGCGATAC 
CTACTACTTT TGTTATGCGG TGATAACAAA CATGAAATAA GCACAGAAGC TGTAAAAGCT 
TTATATAGTG GTTTACATAA AACTGATGGC GATAGTCATG ATAAAAAGGA TATTAAACAA 
ATAGTTCTAC CAGATTTTTC AGACCTTGTA GCTTATATAC ATTCAAAAAT GCAAATAAGA 
ATGTCTATGC CAAACGGCGG AAAAATAAAT ATAGGAAGTA AAACACTTCC ATTTAATATT 
GCTACTTTTT CAGAGATAAT TAATTATCTA CGAGTTTGTC TCGCAAAAAG TGCTAATATA 
CCGAAATATA ATGAGCCATT GCAGCATCCA TGCGAATATA CTCCAATGAT TGGACGTTAT 
TTACAAAATT TGTACGAAAC TCAACCAGGG GCATTAAATT ATTATCTTGA TATGATTTTA 
CTCCTCACTC ATGCTTCTGC AGATTCAACT TCTTTGCAAG CATTATTAGA AATTGTTGGT 
TGTATTCCAA ATTATATGAG AGAAATTTAT GAAAAAGAAT TACCATGGCT TCGTACCTTA 
CTCATATCTA CAAAACCGGA TGTGAGATAT TTGGTTGCTA AAGTCTATGG TGTTATAACT 
TCTAATTTTT CTTCTATCGA TTTCGAAAAA CATATTTCGG AAATTATAGA TATGACAAAG 
AAAAAACATG TAGAATCACA GCATGGTTCA TTATTGGCTT TAACTTTTAT GATGGAGAGG 
AATTTAATAA TTAAACGAAA CGAAAATAGA GACGAATTAC TAAACTGGGA GATGTATATT 
TATGTTGTTA AAATTATATG TACATTTCTT CATGAAAGTA CAACATTACT AATGGATGCT 
GCGGTTGAGG CTATTGGTAT TGTAGGAAAA ACATTTCCTT TACCATTACC TGCAGAAGGA 
AATGATGACT TAAATAAAAA AGCAATTACA GAAACACTCT TTTCTATAGT AACTGATGTA 
AAAATAAAGA CTAAGGTGAA GGAAAAAGCA GTAATCTCTT TAGGATACAT ATGTGTTGCA 
GAGGATTTTC CACACACTAC ATATATAATA AATAAAATAA TTACAATGGC AAAAGAAACC 
AAGGATATTG AAATTCATTT AATTATGGGC GAAGCTTTGG TATGTTGCGT TCAAGGACAA 
GCATCTCCAG AAGGAAGAGA TGCATGGACC ACTCTTCCTA GTGAATATAA AATTTCATTC 
AACAATAAGA GTATTGAACT TTTGATATAT GTACTAGATG AATTATTAAA GTTGTACAAG 
ATACCACACC CTAATTCTAG ACAGGCAACA TGCATATGGT TGTTAGCACT ATTAAAACAT 
AACGTTCAGA GAGATTGTAT TAAACAAAAA TTATCAGCAA TTCATCATGC ATTTATAGAA 
TTTCTTTCTG AGGACAGTGA TATAATACAG GATTTAGCAG CAAAAGGACT TAGTCTAGTA 
CATGCTAATA GTACACAAGA AGAACGTAAT TCTTTAGTAT CATCTATATT AGATCAGTTT 
ATGCAAGGTC GCAGAACTGT ACAACAAGTT ACAAGTGATA CAAAATTGTT TGAAGAGGGC 
CAGTTAGGAA AAAGTCCTAG TGGTGGTAAT ATATCAACAT ATAGAGAAAT TTGTTCTCTT 
GCAACCGAGT TACAAAATCC AGAATTGGTT TATTATTTTA TGAGATTAGC TAATCATAAT 
GCAGTTTGGA CATCTAAGAA AGGTGCTGCA TTTGGATTTG CAGCCATAGC TAGTGTAGCA 
AGCGACGAAT TAAATAAATA TTTACCGAGT ATCATACCTA GATTATATAG ATATCAGTTT 
GATCCTACTC CAAAACTTCA ACAAAGTATG AGTAGTATAT GGCGTGAAAT TGTTCCTTCT 
ACAATTAAAG CTCTTGAACA ATATCATAAA GAAATATTAG AGGATATCAG AAATAATTTG 
ACGAATAATG AATGGCGAGT GCGTATAAGT TGTTGCAATG CTTTATCTGA TTTGTTAAGA 
GCAAATGTTA ATATAAATTT AGAATTGTAT GCTCCTGAAT TGTGGATGAA ATTATTTCGC 
GTAATGGATG ATATTCATGA AGGTACAAGG CTGGCTGCTA CAAACACGAC TAAAGTACTT 
AGCAAAGTTT GTATACGACA TTGTGAGTCT TCATATGGTA AAGCAGGTGA AAATTTATTA 
CAAGCCATTT TACCACCATT ACTTGATATT GGTATACTCC ATACAGTAGA TACTGTAAGA 
GCAGTATCAC TACAAACAGT ATCTCAGCTT GTAACATCAG CTGGAAATTT ACTTAAACCT 
GCTCTAGTCA ACTTAATACC TGCTCTTTTA AGTGCAATTG GAGAATCAGA GAATCCTAAT 
TTGTCATATT TAAGTAATGC ATATGGTACG ACATCCGAAG CACAAGATGC TATTGATGCA 
TTAAGAACTT CTGTTGCGAA GGGTCATCAT GGAACGGAAA CAATATCTAA ATGTATACAA 
TATATTGATG CACCTATTTT GAAAGACTTG ATGCCAAAAG TAATAGAATT AATAAAATGC 
AGTGTTGGTT TTGGAACAAA GATTGCTTGT TCACATTTTT TGATTCTTCT TAGCACTTCT 
TTGAAACAAG AGATGACACC ATATGCTGGT AAGCTTTTAT CTGTTTTGAT ACATGGTTTA 
TCTGATCGTA ATGCAGCAGT AAGAAGAAAT AATGCTGTTG CTATTGGTCA TGTTGTTGGA 
TCAGCAAAAA AATCTAGTCT TCAAAAATTA TTTAACACCT TAAATACTTG CTACATGGAA 
AATGAAGATG ATACCATGAG ATCAGGAATC GGGCAAGCTT TGCAATCTAT AAATAATCAT 
AATCAAGAGT TACTAAGAAA TTATTTCAAT ATTATTATAC CTCTTATATT TTTTGCAATG 
CATGCTGAGA AAACTCAAGT AAATGAAAAT ACAGTTGCAT TGTGGACTGA ATTATGGAAT 
GATATAACAC CAGGAACAGA AACAGGAATT AGGCAAAATT TAAATGCAAT AACTACTACC 
CTCAGTGGAG CTTTAGAATC AGCGTCATGG AATACTAAAG TACAAGCAGC AAATGCAATT 
AATACAGTGG CAGCAAAGTT AGGTAGTGGT GTTGATGTAG ATGCAAGAAA TACTTTATTG 
AAAGTATTGA CAGATGGATT ACGGGGACGA ACGTGGAATG GTAAAGAGAA ACTTCTAAGT 
GCTCTTGCTA CGTTAGCAAG TAATAGCAAA GAAACTTTAA ATGAAGATGA AAAATTGAAA 
GAAATCATAA TAGAAACATT ATATAGAGAA AGTAAAAAAG AAGCAGTAGA ATATCGTCAA 
CATGCTCTAC AAGGTTTTTG TACGGTATTA CATGAGTTGG ATGTCGATAA ATTTACAGAA 
GTTTATAATA TTGCTCAAGA AATTTTAACA AAGTTATCAA ATAAAAACAC TGATGATGAT 
GGTGATGATT CCATCGCTGA AAGTTCTAAA AGGAAAGAAG ATAATATTAA GTTACAAAAA 
GTAGTATATG AAGTGCTTGG GAAAGCATGG CCATCTTCTA AAAAGACACA GGATGAATTT 
TGTATAGAAT TTGTACACCA CTGTCAGCAA GTACTACCTA ACACAACAAT ATTTGTACAA 
ATTGCTATAT TGACATCATT AAATCATTTT GTGGATAAAC TTGTTCTTTT TACAATAGAT 
AATGCAAATA TGTCGACAAA AGATAAAGAA ACATTAAATT CATTATGTGA TATGCTTTGC 
AATATATTAT CACATTGTAT AAGTACTCCG AAATATACCA GAATAAAAAA GGAAGGATTA 
AATATAGTTA TATCGCTTTC AAAAAAATTA AATGAGACAA ATAATATTGA AAATCTTGAC 
AAAATTAAAT TAGTTGTCAA AGAATTAATG CCAGATTTAA CAAAAGATAA TCAGCCCGAA 
ATTCGAACAA GAGTTATAGA TATTAAAGAA ATGCTGAAAA TGTAA

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

RefSeq	XP_014603820.1
CDS	221..5665
Translation	MAAATDELILLERVFLRLGSADTDEQLQASVCKFLPPVLLKLSSAQEGVRKKVMELLIHINRRVKTRPQVQLPVKALLLQYQDPAASSFVINFTIIYIKLGYPRMEMKKQAELIPSVLNAIDGKPLSHQDSLMLIIMPALGHISIHADPDKRVSLLGLQDKPYVSKQLINFMLDVLLLPYGSVGQSDNQQLNRTVDWPQFPVPPGLSEYAFKRVIGEHPPTAEQLEQTKLGIVKFISSGFFPDSDIFIHLVVAAADTRFSVANMADLELKKIVSSLDWSSMQIAAPLYTLFLGTDGLATQKEIKPEMKRLPASTRIRLKVLHYLCRLTKSGFIIPSCIQVVFDSLYGKNTNSKLKSLALRFTSNLVQQCSLTPLVRVAGVILNGMIKLISEGEEIHKPMAYTVIGQLGQRIPSLINKDLSLLQNLFDTLTSTDGDLRRTVRDALISVTSAFVLNKEDKSNITLMNALLSAHIESPESSVRFVAMHYAATVFPPDDAPSRYLLLLLCGDNKHEISTEAVKALYSGLHKTDGDSHDKKDIKQIVLPDFSDLVAYIHSKMQIRMSMPNGGKINIGSKTLPFNIATFSEIINYLRVCLAKSANIPKYNEPLQHPCEYTPMIGRYLQNLYETQPGALNYYLDMILLLTHASADSTSLQALLEIVGCIPNYMREIYEKELPWLRTLLISTKPDVRYLVAKVYGVITSNFSSIDFEKHISEIIDMTKKKHVESQHGSLLALTFMMERNLIIKRNENRDELLNWEMYIYVVKIICTFLHESTTLLMDAAVEAIGIVGKTFPLPLPAEGNDDLNKKAITETLFSIVTDVKIKTKVKEKAVISLGYICVAEDFPHTTYIINKIITMAKETKDIEIHLIMGEALVCCVQGQASPEGRDAWTTLPSEYKISFNNKSIELLIYVLDELLKLYKIPHPNSRQATCIWLLALLKHNVQRDCIKQKLSAIHHAFIEFLSEDSDIIQDLAAKGLSLVHANSTQEERNSLVSSILDQFMQGRRTVQQVTSDTKLFEEGQLGKSPSGGNISTYREICSLATELQNPELVYYFMRLANHNAVWTSKKGAAFGFAAIASVASDELNKYLPSIIPRLYRYQFDPTPKLQQSMSSIWREIVPSTIKALEQYHKEILEDIRNNLTNNEWRVRISCCNALSDLLRANVNINLELYAPELWMKLFRVMDDIHEGTRLAATNTTKVLSKVCIRHCESSYGKAGENLLQAILPPLLDIGILHTVDTVRAVSLQTVSQLVTSAGNLLKPALVNLIPALLSAIGESENPNLSYLSNAYGTTSEAQDAIDALRTSVAKGHHGTETISKCIQYIDAPILKDLMPKVIELIKCSVGFGTKIACSHFLILLSTSLKQEMTPYAGKLLSVLIHGLSDRNAAVRRNNAVAIGHVVGSAKKSSLQKLFNTLNTCYMENEDDTMRSGIGQALQSINNHNQELLRNYFNIIIPLIFFAMHAEKTQVNENTVALWTELWNDITPGTETGIRQNLNAITTTLSGALESASWNTKVQAANAINTVAAKLGSGVDVDARNTLLKVLTDGLRGRTWNGKEKLLSALATLASNSKETLNEDEKLKEIIIETLYRESKKEAVEYRQHALQGFCTVLHELDVDKFTEVYNIAQEILTKLSNKNTDDDGDDSIAESSKRKEDNIKLQKVVYEVLGKAWPSSKKTQDEFCIEFVHHCQQVLPNTTIFVQIAILTSLNHFVDKLVLFTIDNANMSTKDKETLNSLCDMLCNILSHCISTPKYTRIKKEGLNIVISLSKKLNETNNIENLDKIKLVVKELMPDLTKDNQPEIRTRVIDIKEMLKM

Target ORF information:

RefSeq Version	XM_014748334.1
Organism	Polistes canadensis
Definition	Polistes canadensis proteasome-associated protein ECM29 homolog (LOC106786677), mRNA.

Target ORF information:

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

XM_014748334.1

ORF Insert Sequence:

ATGGCAGCAG CAACGGACGA GCTGATTTTG CTTGAAAGAG TTTTCCTTCG GCTGGGGTCA 
GCAGATACAG ATGAACAATT ACAAGCATCT GTATGTAAAT TTCTACCACC AGTATTGCTT 
AAGTTGTCCA GTGCACAGGA AGGTGTTAGA AAAAAAGTGA TGGAATTATT AATTCATATT 
AACCGAAGGG TAAAAACTAG ACCTCAAGTG CAGTTACCAG TTAAAGCATT ATTGTTGCAG 
TATCAGGATC CAGCTGCTAG TTCATTTGTA ATTAATTTTA CAATTATATA TATAAAATTG 
GGATATCCCC GTATGGAAAT GAAAAAACAA GCAGAATTAA TCCCTAGTGT ATTAAATGCT 
ATTGATGGAA AGCCTTTATC TCATCAAGAT AGTTTAATGC TAATAATAAT GCCAGCTTTG 
GGACATATTA GTATCCATGC TGATCCTGAT AAGCGAGTAT CTTTACTTGG CTTACAAGAT 
AAGCCTTATG TATCAAAACA ATTAATCAAC TTTATGCTTG ATGTACTATT GCTACCTTAT 
GGATCGGTAG GACAAAGTGA TAATCAGCAA TTGAATCGAA CTGTTGATTG GCCTCAATTT 
CCTGTTCCAC CTGGATTAAG TGAATATGCA TTCAAGAGAG TTATAGGTGA ACATCCACCT 
ACAGCAGAAC AGCTGGAACA AACTAAATTG GGAATTGTTA AATTCATTTC TAGTGGATTT 
TTCCCTGACT CAGATATTTT TATACATTTG GTTGTTGCAG CTGCAGACAC TAGATTTAGT 
GTTGCTAATA TGGCAGATTT AGAATTGAAA AAAATTGTGA GTTCTTTAGA TTGGTCATCG 
ATGCAAATAG CTGCACCACT TTATACATTA TTCTTAGGTA CTGATGGTTT AGCAACGCAA 
AAGGAAATTA AACCTGAAAT GAAACGATTG CCTGCCAGTA CTCGTATTCG ACTAAAAGTA 
TTACATTATC TTTGTCGATT AACTAAGTCT GGTTTTATTA TACCTTCATG TATCCAGGTT 
GTATTTGATT CTTTATATGG AAAAAATACG AATTCTAAGT TGAAATCATT AGCACTGCGT 
TTTACATCTA ATCTTGTTCA ACAGTGTAGT CTTACACCAT TAGTTCGCGT AGCAGGAGTA 
ATATTAAATG GTATGATAAA ATTAATCTCT GAAGGTGAAG AAATTCATAA ACCTATGGCA 
TATACAGTTA TCGGACAATT AGGCCAAAGA ATACCTTCTT TAATCAATAA AGATTTAAGT 
TTGTTACAAA ATCTTTTTGA TACCTTGACA TCGACTGACG GAGATTTACG AAGAACTGTG 
CGAGATGCTT TAATATCTGT AACATCTGCA TTTGTTCTTA ATAAAGAAGA TAAAAGTAAC 
ATAACTTTGA TGAATGCTTT ATTGTCAGCT CATATAGAAT CACCAGAATC AAGTGTAAGG 
TTTGTGGCTA TGCATTATGC TGCGACTGTG TTTCCTCCTG ATGATGCTCC ATCGCGATAC 
CTACTACTTT TGTTATGCGG TGATAACAAA CATGAAATAA GCACAGAAGC TGTAAAAGCT 
TTATATAGTG GTTTACATAA AACTGATGGC GATAGTCATG ATAAAAAGGA TATTAAACAA 
ATAGTTCTAC CAGATTTTTC AGACCTTGTA GCTTATATAC ATTCAAAAAT GCAAATAAGA 
ATGTCTATGC CAAACGGCGG AAAAATAAAT ATAGGAAGTA AAACACTTCC ATTTAATATT 
GCTACTTTTT CAGAGATAAT TAATTATCTA CGAGTTTGTC TCGCAAAAAG TGCTAATATA 
CCGAAATATA ATGAGCCATT GCAGCATCCA TGCGAATATA CTCCAATGAT TGGACGTTAT 
TTACAAAATT TGTACGAAAC TCAACCAGGG GCATTAAATT ATTATCTTGA TATGATTTTA 
CTCCTCACTC ATGCTTCTGC AGATTCAACT TCTTTGCAAG CATTATTAGA AATTGTTGGT 
TGTATTCCAA ATTATATGAG AGAAATTTAT GAAAAAGAAT TACCATGGCT TCGTACCTTA 
CTCATATCTA CAAAACCGGA TGTGAGATAT TTGGTTGCTA AAGTCTATGG TGTTATAACT 
TCTAATTTTT CTTCTATCGA TTTCGAAAAA CATATTTCGG AAATTATAGA TATGACAAAG 
AAAAAACATG TAGAATCACA GCATGGTTCA TTATTGGCTT TAACTTTTAT GATGGAGAGG 
AATTTAATAA TTAAACGAAA CGAAAATAGA GACGAATTAC TAAACTGGGA GATGTATATT 
TATGTTGTTA AAATTATATG TACATTTCTT CATGAAAGTA CAACATTACT AATGGATGCT 
GCGGTTGAGG CTATTGGTAT TGTAGGAAAA ACATTTCCTT TACCATTACC TGCAGAAGGA 
AATGATGACT TAAATAAAAA AGCAATTACA GAAACACTCT TTTCTATAGT AACTGATGTA 
AAAATAAAGA CTAAGGTGAA GGAAAAAGCA GTAATCTCTT TAGGATACAT ATGTGTTGCA 
GAGGATTTTC CACACACTAC ATATATAATA AATAAAATAA TTACAATGGC AAAAGAAACC 
AAGGATATTG AAATTCATTT AATTATGGGC GAAGCTTTGG TATGTTGCGT TCAAGGACAA 
GCATCTCCAG AAGGAAGAGA TGCATGGACC ACTCTTCCTA GTGAATATAA AATTTCATTC 
AACAATAAGA GTATTGAACT TTTGATATAT GTACTAGATG AATTATTAAA GTTGTACAAG 
ATACCACACC CTAATTCTAG ACAGGCAACA TGCATATGGT TGTTAGCACT ATTAAAACAT 
AACGTTCAGA GAGATTGTAT TAAACAAAAA TTATCAGCAA TTCATCATGC ATTTATAGAA 
TTTCTTTCTG AGGACAGTGA TATAATACAG GATTTAGCAG CAAAAGGACT TAGTCTAGTA 
CATGCTAATA GTACACAAGA AGAACGTAAT TCTTTAGTAT CATCTATATT AGATCAGTTT 
ATGCAAGGTC GCAGAACTGT ACAACAAGTT ACAAGTGATA CAAAATTGTT TGAAGAGGGC 
CAGTTAGGAA AAAGTCCTAG TGGTGGTAAT ATATCAACAT ATAGAGAAAT TTGTTCTCTT 
GCAACCGAGT TACAAAATCC AGAATTGGTT TATTATTTTA TGAGATTAGC TAATCATAAT 
GCAGTTTGGA CATCTAAGAA AGGTGCTGCA TTTGGATTTG CAGCCATAGC TAGTGTAGCA 
AGCGACGAAT TAAATAAATA TTTACCGAGT ATCATACCTA GATTATATAG ATATCAGTTT 
GATCCTACTC CAAAACTTCA ACAAAGTATG AGTAGTATAT GGCGTGAAAT TGTTCCTTCT 
ACAATTAAAG CTCTTGAACA ATATCATAAA GAAATATTAG AGGATATCAG AAATAATTTG 
ACGAATAATG AATGGCGAGT GCGTATAAGT TGTTGCAATG CTTTATCTGA TTTGTTAAGA 
GCAAATGTTA ATATAAATTT AGAATTGTAT GCTCCTGAAT TGTGGATGAA ATTATTTCGC 
GTAATGGATG ATATTCATGA AGGTACAAGG CTGGCTGCTA CAAACACGAC TAAAGTACTT 
AGCAAAGTTT GTATACGACA TTGTGAGTCT TCATATGGTA AAGCAGGTGA AAATTTATTA 
CAAGCCATTT TACCACCATT ACTTGATATT GGTATACTCC ATACAGTAGA TACTGTAAGA 
GCAGTATCAC TACAAACAGT ATCTCAGCTT GTAACATCAG CTGGAAATTT ACTTAAACCT 
GCTCTAGTCA ACTTAATACC TGCTCTTTTA AGTGCAATTG GAGAATCAGA GAATCCTAAT 
TTGTCATATT TAAGTAATGC ATATGGTACG ACATCCGAAG CACAAGATGC TATTGATGCA 
TTAAGAACTT CTGTTGCGAA GGGTCATCAT GGAACGGAAA CAATATCTAA ATGTATACAA 
TATATTGATG CACCTATTTT GAAAGACTTG ATGCCAAAAG TAATAGAATT AATAAAATGC 
AGTGTTGGTT TTGGAACAAA GATTGCTTGT TCACATTTTT TGATTCTTCT TAGCACTTCT 
TTGAAACAAG AGATGACACC ATATGCTGGT AAGCTTTTAT CTGTTTTGAT ACATGGTTTA 
TCTGATCGTA ATGCAGCAGT AAGAAGAAAT AATGCTGTTG CTATTGGTCA TGTTGTTGGA 
TCAGCAAAAA AATCTAGTCT TCAAAAATTA TTTAACACCT TAAATACTTG CTACATGGAA 
AATGAAGATG ATACCATGAG ATCAGGAATC GGGCAAGCTT TGCAATCTAT AAATAATCAT 
AATCAAGAGT TACTAAGAAA TTATTTCAAT ATTATTATAC CTCTTATATT TTTTGCAATG 
CATGCTGAGA AAACTCAAGT AAATGAAAAT ACAGTTGCAT TGTGGACTGA ATTATGGAAT 
GATATAACAC CAGGAACAGA AACAGGAATT AGGCAAAATT TAAATGCAAT AACTACTACC 
CTCAGTGGAG CTTTAGAATC AGCGTCATGG AATACTAAAG TACAAGCAGC AAATGCAATT 
AATACAGTGG CAGCAAAGTT AGGTAGTGGT GTTGATGTAG ATGCAAGAAA TACTTTATTG 
AAAGTATTGA CAGATGGATT ACGGGGACGA ACGTGGAATG GTAAAGAGAA ACTTCTAAGT 
GCTCTTGCTA CGTTAGCAAG TAATAGCAAA GAAACTTTAA ATGAAGATGA AAAATTGAAA 
GAAATCATAA TAGAAACATT ATATAGAGAA AGTAAAAAAG AAGCAGTAGA ATATCGTCAA 
CATGCTCTAC AAGGTTTTTG TACGGTATTA CATGAGTTGG ATGTCGATAA ATTTACAGAA 
GTTTATAATA TTGCTCAAGA AATTTTAACA AAGTTATCAA ATAAAAACAC TGATGATGAT 
GGTGATGATT CCATCGCTGA AAGTTCTAAA AGGAAAGAAG ATAATATTAA GTTACAAAAA 
GTAGTATATG AAGTGCTTGG GAAAGCATGG CCATCTTCTA AAAAGACACA GGATGAATTT 
TGTATAGAAT TTGTACACCA CTGTCAGCAA GTACTACCTA ACACAACAAT ATTTGTACAA 
ATTGCTATAT TGACATCATT AAATCATTTT GTGGATAAAC TTGTTCTTTT TACAATAGAT 
AATGCAAATA TGTCGACAAA AGATAAAGAA ACATTAAATT CATTATGTGA TATGCTTTGC 
AATATATTAT CACATTGTAT AAGTACTCCG AAATATACCA GAATAAAAAA GGAAGGATTA 
AATATAGTTA TATCGCTTTC AAAAAAATTA AATGAGACAA ATAATATTGA AAATCTTGAC 
AAAATTAAAT TAGTTGTCAA AGAATTAATG CCAGATTTAA CAAAAGATAA TCAGCCCGAA 
ATTCGAACAA GAGTTATAGA TATTAAAGAA ATGCTGAAAA TGTAA