LOC108686632 cDNA ORF clone, Atta colombica

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108686632
Entrez Gene ID	108686632
Full Name	centromere-associated protein E-like
Gene Type	protein-coding
Organism	Atta colombica

mRNA and Protein(s)

mRNA	Protein	Name
XM_018192057.1	XP_018047546.1	centromere-associated protein E-like

Pathways from BioSystems
Gene Ontology

The following LOC108686632 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108686632 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
OAt84471	XM_018192057.1 Latest version!	Atta colombica centromere-associated protein E-like (LOC108686632), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

LOC108686632 ( XM_018192057.1 ) cDNA ORF clone, Atta colombica -> XP_018047546.1 Atta colombica centromere-associated protein E-like (LOC108686632), mRNA.

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CloneID	OAt84471
Clone ID Related Accession (Same CDS sequence)	XM_018192057.1
Accession Version	XM_018192057.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6039bp) 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	2016-09-18
Organism	Atta colombica
Product	centromere-associated protein E-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017259279.1) 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 :: Atta colombica Annotation Release 100 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##

ATGGCGAACA TCAAAGTGGC TGTGCGCGTG AGACCGGTAT CTGCTAGGGA ATTAAACTTA 
ACTGGATCTG CAGTGGTAGT TCGCGCAGAA TCGAATGAGA TTTCCCTGAC GAATTTAAAG 
GTATCATCGA GCAAGGTTGG AGACAGTCGC GAAAGAACTC GAAGATATGA TTTCGATTAC 
TGCTTCGATT CATCGGATCC TGAGGCGAAG AATTACGCCA CTCAAGCGAC GATCTACGAG 
ACACTCGGCC AGTCCATCTT GGATGCCATG TTTTCTGGAT ACAATTCTTG CTTAATTGCT 
TACGGACAGA GTGCATCAGG CAAAACCTAC ACCATGATGG GCACGAAGGA GGACCCAGGA 
CTGATTCCAC GACTCTGTGA AGGAATCTTC TCAAAGATCG AACAGGAGAG TGAGCACGAG 
AAGATTTATC GAGTGACAGT TAGTTATTTG GAGATATATA ATGAGAGGGT AAGGGATCTC 
CTGAAGCCGT CGACGAGTAC GAGCGGTCTC AGAGTTCGAG AACATCCTCG ATTAGGACCT 
TATGTTCAAG GTTTAACACA CCATGTAGTT TGCACCCTGG GGTCATTGAT ATCATACGTA 
GAGGAGGGCA CAAAGGCTAG AAAGACAGCC TCGACACTTC AGAACCCTAG TAGCAGCCGT 
AGTCACGCTC TGCTGACGGT CGACCTCTCG CAGGAGACAG CCGACGCCGA GCGTCCTAGC 
AGCAGTGGTA CTTTCTTGTC CTCCAAGAGG CAAGACGCCA CTCTGCACGG CGGTAGCAGG 
TTACATCTAG TCGATCTGGC GGGCAGCGAG AGCGCGGCCA CCTGCAGCGG CGTTCATCGA 
CTGAAGGAAG GTGCGAATAT CAACAAGAGC CTAGTGGCTT TAGGGAACGT GATATCCGCA 
CTCGCTGAGA GAGGCTCAAC CGGAAGTAGG CCAGGAAGAA GATACATCCC TTACAGAGAC 
TCTTCGCTCA CTTGGCTGCT GAAGGATGCA CTCGGCGGAA ATGCCACCAC CATTATGCTC 
GCCACGATAT CTCCGGCCAG CGGAAGTTAC AACGAAACCG CGCATACCCT ACGATTTGCG 
CAAAGGGCGC AGAGCGTGGT CAATCGACCA GTGGTCAACG AGGATCCCGT GGAGAGAATT 
ATTCGTGAAT TAAGGGCTGA AGTCGCTAGA TTGAAATCTT TATTATTGGA AAAGGATATC 
GACCAGACTA AAACGCCATG TTGCTGCGGC AAAGTTCAAA GTTCAAACGA TTCCTCGACG 
GATCCTCAGT ATCGTGAAGA ACAAGAATTA GTCAACACTT CACAATTCGA GAAATCTAAT 
CATAAAAACA AAATTGTACA ATCGAAAGAT AACAAAAATC TCGATACATT TCCGATAAGA 
AGATACAATT CCAGTGATAG TGTGACGACT TATGAGACGA ACTCTTCAGG GTCTATCAGA 
AAATTCAACT CTTACGAGCA TCTGCAACTT CCGGACCGCT TCATCGGCAA TTATAACCAG 
GCCAAAGTCA CTGAATTGAA TGAGGAAGAT GACGAGATAG TGGACGAAAT TAAGGAACCT 
GTCTTTGTGG ATATACCGAC GCTGGTGGCT GTATTGATCA AGCCAGACAA CAACTTGCAA 
GAATCATCTA CACAGATCGA GGAAATTTGT TCCGATGAAG TGCAAGAAGA TTCGATCGAT 
ACCGATTTTA TAGAAGGCAG CAACGAGGAT TTCGAGGGAT CGGAAAGAAT CGACGATGAT 
CCTGATGATT GCAGCAGTTC AGCGAATTCG TGCATCTTGA AAGATTCAGA GATCGGTGAT 
CTTCATCAAA TTACCTCAGG ATGCCCTCCA CCAAGTCCGG TATCTGTTGG AAGAAACAGA 
CCGAGAGGTA AGTTCAGTAA GCAAAATTCG ATCGATTTAC CTTCATCCAA CTTGAACATC 
TCGAAGAAGT TTGGCTCTAT CGACGGAATT AGCAAAAAGA AGGAACCAAT TTTCGGCGTT 
CAGCGGTCGC ATACAAACTT AGAGAAACGC CCGCTATCCG AACGTGGGAA GAAACTCAAT 
AATATTCGCG AGATCGATGA TCGTAAGGCG AATGTTAAGG CGAATAACAT CTGGAGAGCG 
ATCGGCAGTA AAGATCATCT GCAGAGGAAG AGTAGCAATG AGTCCGATAA GAGTTTGAAG 
GACTCCATCA GTGGCAGAAC AGGTAGCTAT AACAGTATCG GCAGAAAGTC GAGTTTGGAG 
AGCTTGAAGA GAAAGACCAG CAAGGATAGT AGTTCAAGTA GCTCTAAAGA CGAACAGATT 
TTGATCTCGA GTTTGACACG TGACAAGATA GCTCGCAGAA AGAGCTCCTT GGATCAAGAA 
GCAGCAGCAG CGGCAGCAGC AGCGGCAACA GCGGCAGACG GTGTAAAGCA CACAGCCATT 
CAGAAAGTGA AACGCGCCGA AATTGTGGCA GCCGTCACGG AAAGACTCTA TTCTAGCAGA 
AAACACACAG AAGAGACTAA TATGGCGAGC AATAATACAG CGGGTATGCG TTCACCACCG 
GAAGGTATAG ATGTGAAGAT GCCAAACAGT CTCATAGCGC GATCGCGACT TCAGGAGATT 
TCGCGAAAGA TGCTGTTGAA ACGACGAAAG ATCAACGTTG ATACTCAGAC GGAAACGGCG 
TCGACATTGC GCTTCAAGGA TACAGCGTGT CTGACGGATC AACCTAAAGT GGTTCTCCAA 
GACGCAGCGG TTCTCACAGA TGATCACGCG GATGGAGATG TCGCGATAGT TGCAATGGAT 
CGCCGATTAC CTGTCCTTAG AGTAAAGGAC ATGGCAACGT TGACGGATCG ACGACCGCCA 
ATCAATATCT TCCGCTGCAA GGATGCTGAA AGCTTAGCAA CCGATCTGGA CTTCGATGAC 
TACGAACTTC ACTCGCCGCG AAATGATTCT GGTATACTTT CTGACGATGC GCAGAATTAC 
GCTGAGAGTA ATCTATCCAG TGCTGATGTG TCTGAACTTT ATCCGGAAAG TGGTGACAAA 
AGAGTATCAT GCATGGATAA TTCGACTAAC ACGTTTCTCA CATCGCCCGG AAGAAATTCG 
GCGGTGCAAA CGACAGTGCG ACGATTGGAA GCAGCGAATC GGCTAAAAGA TAATTCGGAG 
AATAGAAGCT ATAACAGGTG CTGTAATTTG ATTCACGAGC TCAGTCAACA TGCACGAACA 
AATAGTCCCG AGAAGAACGT TATCTCTATA TCTCTACCAG AAATGATCAG TATAACTATT 
GAGAGCACAA ATGGTCTAGA GTCAAGAATC GCTGTGATAG ACAGTAGTGA CGCCATACAG 
GAGAAATCGA AACCCATTTA CAATGACAAG GCAACACAGA CGGATAAAGA GATTAAAAAT 
GAAACTGAAG GATCCTTTCT AAAGGATTTT GCAGTCAAAT CGACAGCCAT TCAGACGGAC 
GGCAGAGTTT TCAGAATCGA GAATATCTTT CAAGATCCAA AGAGCAAAAG CGATGACGCG 
TCTTCCAATG TGAAGAAAGA GACTACGAAA AAATTAGTAA CTTTTAGAAA TTCCTTAGGC 
ACTTCTTCTA TCATCGAGAC AAAAGAGAAT AGCATAGAGA CGGAATGGAA CGGAATATAC 
AATGGTGATA TTTGTCAAGA AACGTGGCCG ATTTCGAAAG GTAGTTTAAC ACAGGCTTTC 
ATCATTAAGA AACGAAGCTA CAGTTTAAGT TCTAGAAGAT CACACAGACT TGCCGATCAT 
GATCTATGGA AAAACTGGAC TCTTCCGTGT CTAGAAAGAT CGAAATTTAT CGATCATAAC 
AGAGAGATAA GAACTATGCC ACCTTCTATG CAACAAGATA TTAATTTAGA ATTAGTTGAT 
AATTTATTTT CTTCTATGAT AAACAACGAA TGTTCTTTTG TCGATACAAT TCCAGAAGAT 
ATGGCTCAGA AATCATGTAA TCAAGACTCG AAGAACAATT ACAAGAGTTT GAAAAAATCA 
AAATCTATTT CGATAAAGAA TTTATTAAAT TGCGATAATT TTTCAGATGA TAGTCTTGAT 
TATGATGACG ACAATGTCGC GAAAAAGACA ATTGAGGTAA AAACTATGGA TGTGCATGAT 
GATAAAAATT ATGAGAGCCT TTGTCCTCCG GATGTCGTTG CACACACAAA GAAAGAAGCT 
TCAAAATTGA TGAATCATGT AGATTCAACT GACATCGAGT CCTCGATGTT AGTAGACGAC 
GATTTTAATG ATATTCAGAT AGAATTTCCA AAAAGAAAAC CTGATGAAAT ATCAGAAAAA 
AATCCTCTGC AAGATTACAA GGCGTTGATC CTCGGGACAT CATTGCATGT TGTAGATAGT 
GATTTCGAAG GAGAAGCGAA AATCAAACAG CTTGATAATA CTAGCAAGAA AAAAGTATCT 
TTTTCAAATC CCAATAGTCT TGAGGAGATA ACTGACGTCA TAAATAATCG TAAAATTCTG 
GCACCAAAAC AAAATTCAGA AGCAGCCTTA AAGCCTATTA TAAAGAAGGT GAAGAAGAAG 
AAGCCAGTTG TGACTGAAAG TTTGGATATC ATTCGATCGA ATGTCAAAAT CGATCAGTCT 
TTACAGCAGA AAAAGATAGG ATCGACAAAG AGCGAAGAAG TTCTGCCTGC TTTGAAAAAG 
AAGAATGATT CTGAGAACTC TGAAGAATCC TTTAACGACG AGAAGATGGA ATTCTCCAAC 
GAAAATCTTC GCAATGAAAT TGTCGAAGAT AGTGTCGTCA ACAAAGACAC TCATTCTCAT 
ATAGCATCGA AGAGAAATAT TTTTGAAGAG TATCTGAATG AAGCAATAAC TTTCATGCGC 
AACATGAACT CTATCAACGA GTACATGAGT GCCACAAACA TGTTGGAGAA CTATGGGAAG 
CGTCGCAGAA AACGAGGAGG TCGTCGTGGG AATAATTCGA ACACGGATAA AGATTATATA 
GAATTTCGAG GACGCAAAAT GAGCCTGAAG GATGACACCG ACAAATACTT GCTACCGGAC 
AATGATGAGA TCGTTGCTAT CGAATCTTAC GTGAAATGTT TGAAAGGCAT CGAGAGATTG 
GAGGCATGCA TCGATAATGT CAACAAGCAC AACCAGGTCC TTCAAGATAG ATATGGTATC 
GATGTTGAGT CTGCTGGCGC TAAATTCAGT TTAGCGAGTT CCAGTGTAGA TTCTAAGGTG 
TCCAGCATCA GTGACGACGC TATCCATCAA TGCAAAAACG CAGTTTCCGA AAATGATGCT 
AAGAATTGCT ATGAATCCAA TCTTTCCAGG ATTTCCTTAC CACTTTTGTC TTCCACTCAA 
ACTAACGTCG CGAAACGATT AACGTTAAAT GAGACAGAAA AATATCAAGC TGTTACTCAG 
ATAGATGAAC AAGATCTTGA TGACAAGAAC AACAATATTA CTGAGGATGA TCTCGAGCGT 
AAAATTTTCG ATCAATTAAT GCGCGCGACC GATCTTAGTA AATGCTGGAG TCTGAAACAA 
TCCCGACAGG AACGCCTCCG GAAAATATCC GATCTTAGAT CGCAAAGCCC GACAACTTAC 
TCCAAGTTAC GAGGGACTTT CCAACAGGAT GTTCATGGCA TCCTTAATTT CGACGAAGTT 
TCCACCGAGG ATTATCTCGA CCGCATTCAC GGAATCGAGA GTAACCCCTG GATGTTTAGG 
AAAAGGAAGC TATCAGATCA AATGAACGAT ATTAGCTCGA GAACATCGAT CGGTTTTGAA 
ATTGATTCTG AAGCATTTTG TGGTGAATCA ATTTCAAAAC CGGAAGACAA TGGTAATTTG 
TCAGATATTG AGATGTCGAA TAAATCAACG ATTTTCCAAA TAAAGCATGA TTATCTAATA 
GATCCTACAA AAGCGATCGA AGCAGAATTA CCTTATAAAG AAAACGAAAT TGTGCGGAAA 
TCGAAAGATA GTTTAAGAAC TGAATTAATA AACTCCAGAT TTGGAGATTC TTTTACAGTG 
GAATTGAAAT ATCCTGGTAG CCCAAGAGCA AAATTTTTGG AGCTTTTAAG TGAGAGGAGA 
CGTATCGTAG AAAATAGCAG GGGTACGAAT GTATTTTAA

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

RefSeq	XP_018047546.1
CDS	269..6307
Translation	MANIKVAVRVRPVSARELNLTGSAVVVRAESNEISLTNLKVSSSKVGDSRERTRRYDFDYCFDSSDPEAKNYATQATIYETLGQSILDAMFSGYNSCLIAYGQSASGKTYTMMGTKEDPGLIPRLCEGIFSKIEQESEHEKIYRVTVSYLEIYNERVRDLLKPSTSTSGLRVREHPRLGPYVQGLTHHVVCTLGSLISYVEEGTKARKTASTLQNPSSSRSHALLTVDLSQETADAERPSSSGTFLSSKRQDATLHGGSRLHLVDLAGSESAATCSGVHRLKEGANINKSLVALGNVISALAERGSTGSRPGRRYIPYRDSSLTWLLKDALGGNATTIMLATISPASGSYNETAHTLRFAQRAQSVVNRPVVNEDPVERIIRELRAEVARLKSLLLEKDIDQTKTPCCCGKVQSSNDSSTDPQYREEQELVNTSQFEKSNHKNKIVQSKDNKNLDTFPIRRYNSSDSVTTYETNSSGSIRKFNSYEHLQLPDRFIGNYNQAKVTELNEEDDEIVDEIKEPVFVDIPTLVAVLIKPDNNLQESSTQIEEICSDEVQEDSIDTDFIEGSNEDFEGSERIDDDPDDCSSSANSCILKDSEIGDLHQITSGCPPPSPVSVGRNRPRGKFSKQNSIDLPSSNLNISKKFGSIDGISKKKEPIFGVQRSHTNLEKRPLSERGKKLNNIREIDDRKANVKANNIWRAIGSKDHLQRKSSNESDKSLKDSISGRTGSYNSIGRKSSLESLKRKTSKDSSSSSSKDEQILISSLTRDKIARRKSSLDQEAAAAAAAAATAADGVKHTAIQKVKRAEIVAAVTERLYSSRKHTEETNMASNNTAGMRSPPEGIDVKMPNSLIARSRLQEISRKMLLKRRKINVDTQTETASTLRFKDTACLTDQPKVVLQDAAVLTDDHADGDVAIVAMDRRLPVLRVKDMATLTDRRPPINIFRCKDAESLATDLDFDDYELHSPRNDSGILSDDAQNYAESNLSSADVSELYPESGDKRVSCMDNSTNTFLTSPGRNSAVQTTVRRLEAANRLKDNSENRSYNRCCNLIHELSQHARTNSPEKNVISISLPEMISITIESTNGLESRIAVIDSSDAIQEKSKPIYNDKATQTDKEIKNETEGSFLKDFAVKSTAIQTDGRVFRIENIFQDPKSKSDDASSNVKKETTKKLVTFRNSLGTSSIIETKENSIETEWNGIYNGDICQETWPISKGSLTQAFIIKKRSYSLSSRRSHRLADHDLWKNWTLPCLERSKFIDHNREIRTMPPSMQQDINLELVDNLFSSMINNECSFVDTIPEDMAQKSCNQDSKNNYKSLKKSKSISIKNLLNCDNFSDDSLDYDDDNVAKKTIEVKTMDVHDDKNYESLCPPDVVAHTKKEASKLMNHVDSTDIESSMLVDDDFNDIQIEFPKRKPDEISEKNPLQDYKALILGTSLHVVDSDFEGEAKIKQLDNTSKKKVSFSNPNSLEEITDVINNRKILAPKQNSEAALKPIIKKVKKKKPVVTESLDIIRSNVKIDQSLQQKKIGSTKSEEVLPALKKKNDSENSEESFNDEKMEFSNENLRNEIVEDSVVNKDTHSHIASKRNIFEEYLNEAITFMRNMNSINEYMSATNMLENYGKRRRKRGGRRGNNSNTDKDYIEFRGRKMSLKDDTDKYLLPDNDEIVAIESYVKCLKGIERLEACIDNVNKHNQVLQDRYGIDVESAGAKFSLASSSVDSKVSSISDDAIHQCKNAVSENDAKNCYESNLSRISLPLLSSTQTNVAKRLTLNETEKYQAVTQIDEQDLDDKNNNITEDDLERKIFDQLMRATDLSKCWSLKQSRQERLRKISDLRSQSPTTYSKLRGTFQQDVHGILNFDEVSTEDYLDRIHGIESNPWMFRKRKLSDQMNDISSRTSIGFEIDSEAFCGESISKPEDNGNLSDIEMSNKSTIFQIKHDYLIDPTKAIEAELPYKENEIVRKSKDSLRTELINSRFGDSFTVELKYPGSPRAKFLELLSERRRIVENSRGTNVF

Target ORF information:

RefSeq Version	XM_018192057.1
Organism	Atta colombica
Definition	Atta colombica centromere-associated protein E-like (LOC108686632), mRNA.

Target ORF information:

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

XM_018192057.1

ORF Insert Sequence:

ATGGCGAACA TCAAAGTGGC TGTGCGCGTG AGACCGGTAT CTGCTAGGGA ATTAAACTTA 
ACTGGATCTG CAGTGGTAGT TCGCGCAGAA TCGAATGAGA TTTCCCTGAC GAATTTAAAG 
GTATCATCGA GCAAGGTTGG AGACAGTCGC GAAAGAACTC GAAGATATGA TTTCGATTAC 
TGCTTCGATT CATCGGATCC TGAGGCGAAG AATTACGCCA CTCAAGCGAC GATCTACGAG 
ACACTCGGCC AGTCCATCTT GGATGCCATG TTTTCTGGAT ACAATTCTTG CTTAATTGCT 
TACGGACAGA GTGCATCAGG CAAAACCTAC ACCATGATGG GCACGAAGGA GGACCCAGGA 
CTGATTCCAC GACTCTGTGA AGGAATCTTC TCAAAGATCG AACAGGAGAG TGAGCACGAG 
AAGATTTATC GAGTGACAGT TAGTTATTTG GAGATATATA ATGAGAGGGT AAGGGATCTC 
CTGAAGCCGT CGACGAGTAC GAGCGGTCTC AGAGTTCGAG AACATCCTCG ATTAGGACCT 
TATGTTCAAG GTTTAACACA CCATGTAGTT TGCACCCTGG GGTCATTGAT ATCATACGTA 
GAGGAGGGCA CAAAGGCTAG AAAGACAGCC TCGACACTTC AGAACCCTAG TAGCAGCCGT 
AGTCACGCTC TGCTGACGGT CGACCTCTCG CAGGAGACAG CCGACGCCGA GCGTCCTAGC 
AGCAGTGGTA CTTTCTTGTC CTCCAAGAGG CAAGACGCCA CTCTGCACGG CGGTAGCAGG 
TTACATCTAG TCGATCTGGC GGGCAGCGAG AGCGCGGCCA CCTGCAGCGG CGTTCATCGA 
CTGAAGGAAG GTGCGAATAT CAACAAGAGC CTAGTGGCTT TAGGGAACGT GATATCCGCA 
CTCGCTGAGA GAGGCTCAAC CGGAAGTAGG CCAGGAAGAA GATACATCCC TTACAGAGAC 
TCTTCGCTCA CTTGGCTGCT GAAGGATGCA CTCGGCGGAA ATGCCACCAC CATTATGCTC 
GCCACGATAT CTCCGGCCAG CGGAAGTTAC AACGAAACCG CGCATACCCT ACGATTTGCG 
CAAAGGGCGC AGAGCGTGGT CAATCGACCA GTGGTCAACG AGGATCCCGT GGAGAGAATT 
ATTCGTGAAT TAAGGGCTGA AGTCGCTAGA TTGAAATCTT TATTATTGGA AAAGGATATC 
GACCAGACTA AAACGCCATG TTGCTGCGGC AAAGTTCAAA GTTCAAACGA TTCCTCGACG 
GATCCTCAGT ATCGTGAAGA ACAAGAATTA GTCAACACTT CACAATTCGA GAAATCTAAT 
CATAAAAACA AAATTGTACA ATCGAAAGAT AACAAAAATC TCGATACATT TCCGATAAGA 
AGATACAATT CCAGTGATAG TGTGACGACT TATGAGACGA ACTCTTCAGG GTCTATCAGA 
AAATTCAACT CTTACGAGCA TCTGCAACTT CCGGACCGCT TCATCGGCAA TTATAACCAG 
GCCAAAGTCA CTGAATTGAA TGAGGAAGAT GACGAGATAG TGGACGAAAT TAAGGAACCT 
GTCTTTGTGG ATATACCGAC GCTGGTGGCT GTATTGATCA AGCCAGACAA CAACTTGCAA 
GAATCATCTA CACAGATCGA GGAAATTTGT TCCGATGAAG TGCAAGAAGA TTCGATCGAT 
ACCGATTTTA TAGAAGGCAG CAACGAGGAT TTCGAGGGAT CGGAAAGAAT CGACGATGAT 
CCTGATGATT GCAGCAGTTC AGCGAATTCG TGCATCTTGA AAGATTCAGA GATCGGTGAT 
CTTCATCAAA TTACCTCAGG ATGCCCTCCA CCAAGTCCGG TATCTGTTGG AAGAAACAGA 
CCGAGAGGTA AGTTCAGTAA GCAAAATTCG ATCGATTTAC CTTCATCCAA CTTGAACATC 
TCGAAGAAGT TTGGCTCTAT CGACGGAATT AGCAAAAAGA AGGAACCAAT TTTCGGCGTT 
CAGCGGTCGC ATACAAACTT AGAGAAACGC CCGCTATCCG AACGTGGGAA GAAACTCAAT 
AATATTCGCG AGATCGATGA TCGTAAGGCG AATGTTAAGG CGAATAACAT CTGGAGAGCG 
ATCGGCAGTA AAGATCATCT GCAGAGGAAG AGTAGCAATG AGTCCGATAA GAGTTTGAAG 
GACTCCATCA GTGGCAGAAC AGGTAGCTAT AACAGTATCG GCAGAAAGTC GAGTTTGGAG 
AGCTTGAAGA GAAAGACCAG CAAGGATAGT AGTTCAAGTA GCTCTAAAGA CGAACAGATT 
TTGATCTCGA GTTTGACACG TGACAAGATA GCTCGCAGAA AGAGCTCCTT GGATCAAGAA 
GCAGCAGCAG CGGCAGCAGC AGCGGCAACA GCGGCAGACG GTGTAAAGCA CACAGCCATT 
CAGAAAGTGA AACGCGCCGA AATTGTGGCA GCCGTCACGG AAAGACTCTA TTCTAGCAGA 
AAACACACAG AAGAGACTAA TATGGCGAGC AATAATACAG CGGGTATGCG TTCACCACCG 
GAAGGTATAG ATGTGAAGAT GCCAAACAGT CTCATAGCGC GATCGCGACT TCAGGAGATT 
TCGCGAAAGA TGCTGTTGAA ACGACGAAAG ATCAACGTTG ATACTCAGAC GGAAACGGCG 
TCGACATTGC GCTTCAAGGA TACAGCGTGT CTGACGGATC AACCTAAAGT GGTTCTCCAA 
GACGCAGCGG TTCTCACAGA TGATCACGCG GATGGAGATG TCGCGATAGT TGCAATGGAT 
CGCCGATTAC CTGTCCTTAG AGTAAAGGAC ATGGCAACGT TGACGGATCG ACGACCGCCA 
ATCAATATCT TCCGCTGCAA GGATGCTGAA AGCTTAGCAA CCGATCTGGA CTTCGATGAC 
TACGAACTTC ACTCGCCGCG AAATGATTCT GGTATACTTT CTGACGATGC GCAGAATTAC 
GCTGAGAGTA ATCTATCCAG TGCTGATGTG TCTGAACTTT ATCCGGAAAG TGGTGACAAA 
AGAGTATCAT GCATGGATAA TTCGACTAAC ACGTTTCTCA CATCGCCCGG AAGAAATTCG 
GCGGTGCAAA CGACAGTGCG ACGATTGGAA GCAGCGAATC GGCTAAAAGA TAATTCGGAG 
AATAGAAGCT ATAACAGGTG CTGTAATTTG ATTCACGAGC TCAGTCAACA TGCACGAACA 
AATAGTCCCG AGAAGAACGT TATCTCTATA TCTCTACCAG AAATGATCAG TATAACTATT 
GAGAGCACAA ATGGTCTAGA GTCAAGAATC GCTGTGATAG ACAGTAGTGA CGCCATACAG 
GAGAAATCGA AACCCATTTA CAATGACAAG GCAACACAGA CGGATAAAGA GATTAAAAAT 
GAAACTGAAG GATCCTTTCT AAAGGATTTT GCAGTCAAAT CGACAGCCAT TCAGACGGAC 
GGCAGAGTTT TCAGAATCGA GAATATCTTT CAAGATCCAA AGAGCAAAAG CGATGACGCG 
TCTTCCAATG TGAAGAAAGA GACTACGAAA AAATTAGTAA CTTTTAGAAA TTCCTTAGGC 
ACTTCTTCTA TCATCGAGAC AAAAGAGAAT AGCATAGAGA CGGAATGGAA CGGAATATAC 
AATGGTGATA TTTGTCAAGA AACGTGGCCG ATTTCGAAAG GTAGTTTAAC ACAGGCTTTC 
ATCATTAAGA AACGAAGCTA CAGTTTAAGT TCTAGAAGAT CACACAGACT TGCCGATCAT 
GATCTATGGA AAAACTGGAC TCTTCCGTGT CTAGAAAGAT CGAAATTTAT CGATCATAAC 
AGAGAGATAA GAACTATGCC ACCTTCTATG CAACAAGATA TTAATTTAGA ATTAGTTGAT 
AATTTATTTT CTTCTATGAT AAACAACGAA TGTTCTTTTG TCGATACAAT TCCAGAAGAT 
ATGGCTCAGA AATCATGTAA TCAAGACTCG AAGAACAATT ACAAGAGTTT GAAAAAATCA 
AAATCTATTT CGATAAAGAA TTTATTAAAT TGCGATAATT TTTCAGATGA TAGTCTTGAT 
TATGATGACG ACAATGTCGC GAAAAAGACA ATTGAGGTAA AAACTATGGA TGTGCATGAT 
GATAAAAATT ATGAGAGCCT TTGTCCTCCG GATGTCGTTG CACACACAAA GAAAGAAGCT 
TCAAAATTGA TGAATCATGT AGATTCAACT GACATCGAGT CCTCGATGTT AGTAGACGAC 
GATTTTAATG ATATTCAGAT AGAATTTCCA AAAAGAAAAC CTGATGAAAT ATCAGAAAAA 
AATCCTCTGC AAGATTACAA GGCGTTGATC CTCGGGACAT CATTGCATGT TGTAGATAGT 
GATTTCGAAG GAGAAGCGAA AATCAAACAG CTTGATAATA CTAGCAAGAA AAAAGTATCT 
TTTTCAAATC CCAATAGTCT TGAGGAGATA ACTGACGTCA TAAATAATCG TAAAATTCTG 
GCACCAAAAC AAAATTCAGA AGCAGCCTTA AAGCCTATTA TAAAGAAGGT GAAGAAGAAG 
AAGCCAGTTG TGACTGAAAG TTTGGATATC ATTCGATCGA ATGTCAAAAT CGATCAGTCT 
TTACAGCAGA AAAAGATAGG ATCGACAAAG AGCGAAGAAG TTCTGCCTGC TTTGAAAAAG 
AAGAATGATT CTGAGAACTC TGAAGAATCC TTTAACGACG AGAAGATGGA ATTCTCCAAC 
GAAAATCTTC GCAATGAAAT TGTCGAAGAT AGTGTCGTCA ACAAAGACAC TCATTCTCAT 
ATAGCATCGA AGAGAAATAT TTTTGAAGAG TATCTGAATG AAGCAATAAC TTTCATGCGC 
AACATGAACT CTATCAACGA GTACATGAGT GCCACAAACA TGTTGGAGAA CTATGGGAAG 
CGTCGCAGAA AACGAGGAGG TCGTCGTGGG AATAATTCGA ACACGGATAA AGATTATATA 
GAATTTCGAG GACGCAAAAT GAGCCTGAAG GATGACACCG ACAAATACTT GCTACCGGAC 
AATGATGAGA TCGTTGCTAT CGAATCTTAC GTGAAATGTT TGAAAGGCAT CGAGAGATTG 
GAGGCATGCA TCGATAATGT CAACAAGCAC AACCAGGTCC TTCAAGATAG ATATGGTATC 
GATGTTGAGT CTGCTGGCGC TAAATTCAGT TTAGCGAGTT CCAGTGTAGA TTCTAAGGTG 
TCCAGCATCA GTGACGACGC TATCCATCAA TGCAAAAACG CAGTTTCCGA AAATGATGCT 
AAGAATTGCT ATGAATCCAA TCTTTCCAGG ATTTCCTTAC CACTTTTGTC TTCCACTCAA 
ACTAACGTCG CGAAACGATT AACGTTAAAT GAGACAGAAA AATATCAAGC TGTTACTCAG 
ATAGATGAAC AAGATCTTGA TGACAAGAAC AACAATATTA CTGAGGATGA TCTCGAGCGT 
AAAATTTTCG ATCAATTAAT GCGCGCGACC GATCTTAGTA AATGCTGGAG TCTGAAACAA 
TCCCGACAGG AACGCCTCCG GAAAATATCC GATCTTAGAT CGCAAAGCCC GACAACTTAC 
TCCAAGTTAC GAGGGACTTT CCAACAGGAT GTTCATGGCA TCCTTAATTT CGACGAAGTT 
TCCACCGAGG ATTATCTCGA CCGCATTCAC GGAATCGAGA GTAACCCCTG GATGTTTAGG 
AAAAGGAAGC TATCAGATCA AATGAACGAT ATTAGCTCGA GAACATCGAT CGGTTTTGAA 
ATTGATTCTG AAGCATTTTG TGGTGAATCA ATTTCAAAAC CGGAAGACAA TGGTAATTTG 
TCAGATATTG AGATGTCGAA TAAATCAACG ATTTTCCAAA TAAAGCATGA TTATCTAATA 
GATCCTACAA AAGCGATCGA AGCAGAATTA CCTTATAAAG AAAACGAAAT TGTGCGGAAA 
TCGAAAGATA GTTTAAGAAC TGAATTAATA AACTCCAGAT TTGGAGATTC TTTTACAGTG 
GAATTGAAAT ATCCTGGTAG CCCAAGAGCA AAATTTTTGG AGCTTTTAAG TGAGAGGAGA 
CGTATCGTAG AAAATAGCAG GGGTACGAAT GTATTTTAA