LOC105625091 cDNA ORF clone, Atta cephalotes

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105625091
Entrez Gene ID	105625091
Full Name	nuclear pore membrane glycoprotein 210
Gene Type	protein-coding
Organism	Atta cephalotes

mRNA and Protein(s)

mRNA	Protein	Name
XM_012206433.1	XP_012061823.1	LOW QUALITY PROTEIN: nuclear pore membrane glycoprotein 210

Pathways from BioSystems
Gene Ontology

The following LOC105625091 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105625091 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
OAt120015	XM_012206433.1 Latest version!	Atta cephalotes nuclear pore membrane glycoprotein 210 (LOC105625091), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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)

LOC105625091 ( XM_012206433.1 ) cDNA ORF clone, Atta cephalotes -> XP_012061823.1 Atta cephalotes nuclear pore membrane glycoprotein 210 (LOC105625091), mRNA.

Price & Availability↑

CloneID	OAt120015
Clone ID Related Accession (Same CDS sequence)	XM_012206433.1
Accession Version	XM_012206433.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5772bp) 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	2015-04-01
Organism	Atta cephalotes
Product	LOW QUALITY PROTEIN: nuclear pore membrane glycoprotein 210
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012130171.1) 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 cephalotes Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGTTCGGGT TGACAACACT CTGGAGAGCC GTGCTACTCG TTGGCCTGGT TGCGGCGTTT 
TACGATACGA CGGTTTCCAC AACGCATAGA TTGAATGTGC CTCGAGTCCT GTTGCCTGTA 
TTCAACAACT TTGCGGTGAA TTTCACGCTG GAGGTGACAG ACGGCGGTTG CTATAAATGG 
TCTACCTCGC GTTTGGATAT TATACAGCTG ATTCCCATAA ACGAGAACTT TGATAGAACA 
TGTTCTCCAG CGGTATTGAT TCAAACTATA ACGAGAGAAC TGACAAGGAA CACTGCAATT 
GTCTTGGCAG AGGACATCAA TACTGGTCAT TTTCTGAGAT GCGACATTAT AGTAGATGCA 
ATTTTCTCTC TAAATCTCAT TACTACTACG AGAGAGTTAT ACATCGAGGA TATACCTGAA 
GCCTTTGAGG TCCGAGCATA CGATGAACAC GGAAATGAAT TTACAACTTT AGCAGGCATA 
GAATTTGTAT GGAGTATTGG CGATGCTAAT AAACACATGC CATCGGATAA TAAAGTCACG 
AGCAATGTGC TTCGTTTTAT GACTTATGAG GAATCACAAT ATGAAAGACC CATCAGTATA 
GATAGTACGT TAGATAGTAT TGACAAAAGA GGTCACATTG TTCTCATAGA AGGTGTTAGA 
ACCGGCACGG CTAAGGTATC TGTTAGATTA CCGCATTCAG AATATAAATA TGTTCCATCC 
ATAGAACTGG AATTGGTCGT TATTGCCAAT TTAATCATCA TTCCGCCAGA GATAACAATA 
ATGGCCCACG ACAGCTTCAG GTACAAGATA ATGCACACTC GTCAGGGTCG CCTAGAGGAG 
ATCAGCCTGC CTTTGAGCCA GTATTATCTG GAAGCCGAGA GTCCCGATAT ATTAGAGATC 
GATAACGATC GTGATTTTGC CTATGGACGT AAACTGGGAC GTACAAAGGT GTTCCTACAT 
GATAAGAATG TCCGTGAAGA GTATCCGGTT ATTCTACCTT CCGCTATAGT TAACATACAC 
GAAGTTGCAT ATATCTCTCT TTCTGTTTTA CCGAACAGAA ACTGGGGATT GGTATTAGGT 
CACGCTCACG AGATCGTTGT TGAACTATAC AATAGCAAAG ATCATAAATT TCACATCGGA 
GAAGGCGTGG AAGTTTCCAT GAAAATAAAC GAGCAATACC TAGAACCGAA ATCGATTACG 
CAAAATGGTA CTTATGCTAT CGTTATACCA ATCGTCTGTG GAATAACGAC CGTGGAAGCG 
ACATTGCGCG GTATAATCAA TGAACATGGT AAGAGGATTG CTTTTGAGCC ACAACTCTCT 
ACGAGAGCTG AACTCACGAT ACACACGCCA GTAAAGGTTC AACCTCGCGT CTTGGCTGTT 
CCATGGGATA TTGTGAATAA GTCTAGATTT GACATAATGT TGAAAACGAG CGGAGGAGAC 
GGATCATATG TTTGGTCCAG TAGACAACCA TCGATACTAG CTGTCTCACA GAACGGTGGT 
ATCAAAATTC TATCAGCGGG TACGGCGGAA GTAGTTGTTA TGATGGCAAG AAATCAACAC 
AACAGAGACA CGGCGAAAAT ACATGTATTG CCTCCTGTAA AGCTGAAAAT TATCGAGTAT 
AACATGGAGG CGGCTATAGG AGAACCTATT CATTTGCACG TCGCATTATT TGGGCTACTG 
ATTAATGGAT CCGATGCCAG GGAGATACCC TTCAGTGACT GCAAGGATGT TGATTTCGAA 
GTACATATCC CGGACGTAAA TTTCGTACGG AGTTATGATA AAAATGCACA ACCGGTTGGC 
GCCGCATGCG CCGTGATAAC CGTAATAAAC TATCGTAGCG TTGGTACATC CGACGTGACC 
GTTGCCTACA ATGCGAACAA CAACGATGTG ATCGACCATT ACTTAACAGA CAATGTCACC 
GTATCAGCAT ACGAACCGCT CGCGGCGATA CATCCAAAGA GTAAGGAAAC ATTACTCACT 
GTAGGGTCCT CGAGGTATGT GATATTTAAG GGTGGACCAT TGCCGTGGAC GAATAAATCT 
CAAGATTACT CGCGGGAGAT ACATCTATCG AACGAGGAGA TTGCTGAAGT AACCAAATAT 
GAGGACTCAT TAAGTGGACC ATTTGACAGA GCCGTTCTCA AAATAATTTG CAAAACGTTA 
GGCAAAACTA CATTGACGTA CACGGTGTCA AATGTGCCCC TGTTCTTGAA TTGTCGGCGC 
ACTCACGCAT CGGAAACGAT TGAGATTGTC TGTGGCAAGC CTAGATACAT CTATCTACAA 
CCAGAATTCA AGGAGATACA CGACAAGAAT TGCCCAATCA GTAAGAACAC GGATAAAATA 
ATGGCGCACA GTCATAAGCG TCTAAAGATC GCTGTGATTG TCAAAGATGA GGATGGTAAG 
CAGTTTGACA ATATCACGAG CTTGAATATT GAGTGGAACT TGAAGCCATC CAGCAGCGGC 
GCTGTAGAAA TCCAATCCAG TACGATGGAA GAGACTTGGA CGGACATGAA TGTAGTTTTG 
CCGAAGAGTC ACTATCAGAA CATCATTTTC AAGAAGCATC ATGGAATTCT CACGATTTTC 
GCGACTGTGA CTGGCTATCA GAAGCTTGTT CTTAACAGAC TGAAAATCTC GCCGGAATGG 
CCACCGTTTC CCATCGAAAA CGAAAGAGGC GGAGTAGAGA CTCCACTGAT AGAAGCCTCT 
ATAGAAGTGA CTTTGGTGAA CGACACCATC GTCAGTCCCG ATAAGTTGAT AATTTTGAAC 
GATTCAAGCA TGAAATCGTA CTTGCAGGTC AGCCAAGGCT CTGGTCACTA TGAATTAGTC 
CTCAGTTCGA AAGATATAGC AGATATTCGG TACATGGATA CAACGAGAAC GATCAGTGTG 
ACACCGAGGA AACCAGGTGT CCTTCATATA ACATTGATGG ATCTCTGTCT ACCCTCGAAG 
TTGGCAGAAG TACACGTGGA GGTTCAACAA CTCGCGGCTA TCGAAGTAAA CGTCGTGGAT 
AAAATCGAGA AGGGGAAATG CGTGATAGCC GCGTTGAGAC TTTACGACAC GAACGACCAC 
GTCGTGAAAC TGCCCTCTCT TGATGCACTA GATTTCCGTG CGGAGATCGA CAACGAATAT 
GTCGAGCTTA AACAATTACC TGCTAACGAA CAGGATGTCG CACCCTATGA ACGAATACTG 
TATAAAATCC ACGGTTTGTC AGAGGGTGAA AGTCAACTGA TGTTCGTGAA GACGGGCGAC 
CGTGAAATAC GCAGCGAGCC GATCACCGTG CAAGTATTTG TCCCGCTACG AGTACAACCA 
AGGAATCTGA CGATACTGAT CGGTACCATT TATCAAATGC AGACCATCGG TGGTCCACCG 
AACGCTGAAA TCGAGTTCTC AACAGAAAGC GGGGATATTC TACGCGTCGA TCGCAATGGG 
ATCCTTGAAG GAAAATCAGC TGGTTGGACT GGGATTCACG TGCGTGCCGT CGGACTCGAC 
GCTAAGGGTA ACAAAGTGAT TTACTCGGAA GATCGCGCTG ATATATATGT GCTGCATCTT 
GACGGAGTAA AGATCTCGAC CCCAGTAAAT AGAGTAAAAG TCGGCGCGAC GTTTCCTCTC 
TGGGCATTTG GTATTCCCGA TTATCTAACG CCACTCATCA TCGGTTCCAT GCAGTTGCCG 
CTGAGTTTTG CGTGGTCATC GAACGATCCT AATCTATTGA CCTTGCATAA TATGTACGAA 
GGTACTGGCA TCAATATCAG ATATCAAAAT CAGGTATCGC TGAGGGCCAG GGCTATAAAT 
CCAGGCGTAG CAACAATCTA TTTGAACGCT ACTGTACCCT GCAACATGCT CTCTAGCTTT 
AACAAGAATG ACATCATATA CACCACATTC GTGAAAATCG AAATTTTTGA AGAATTGCAT 
CTGACTAATC CGTCGTTGTC GGGAAACTCG GTATTGACGA TATTAATGTC ACCGAACTCT 
GTTCTGCAGC TACAAACCAA TCGCGACAGA CATGGTACAA CGACTTACAG GATCTTGTCG 
AGCACGCACA GCGACGAACC TGAAAATCTG CGTGCCTTGA CGCCCGCTGC GAAGGCCGTG 
ACTGTGGAAA AGAACGGAAT CGTGAGATCC GGCGAGAATT ACGGTCAAAC GATTATTTTA 
GTTACGAATA CAGAAACGTA CAATTTGAAG CAATCGTTGA TGGTGGTTGT CGAAGTCAAG 
CCTATTCATT ACATGATGTT TTCACTGAAA TCCAAACTAC GTATACGGAA CGGCGAAGAG 
CTGAATATGT TACCGAAGGG AATGAAGCTG AATTACGTAA TTGAGTATTA TGACAACGTA 
GGAAATAGAT TCCATGCTGC CGAGACAAAT GTTAAGGCCA TGCTAAATCG CGCTGATCTA 
GCGTCGTTTA CCGCAGGCGC GGATAACGTT ATCACTGCCA AATTTCTAGA AAATGGCGAA 
CTAGTCGTGA AAACCTTCAA TGAGAAGCAT CCTAGTGGAA TATACGACTA CGTTCACATG 
ATGATCGGCG ATATCATATT TCCAACGAAG ACTACCCTGA CTATCGGCGA TATAATATGT 
TTCTCCATGC CGCTTCTCTC ATCTGATGGT GATCCAGGAT ACTGGCAAAC CTCCGCGCCC 
GAAATATTGT TAGTAGATCC CATCACGGGT ATAGGTCGCG CACGAAACGT CGGGCACGCC 
GTTATAAAAC ATAGTCTCGC AACACACGTG CAAAGTGAAA TAGAAGTCAA CGTTCTACCA 
GTTGCACGGG TATCTATAGT TCCTTTGAGA GGAAGAAATA TCACTGGCAC AGAAACTTTC 
AGCGTGCCAC TTGTGCTGAA AGGGAAGGAT GAGGAAATCA AGGAAAATAA TGTATTGGCA 
AGAGGTTTGG GCGGTTGTCG GACATTATCG TCATTCGCAT TAAACGCGTT TCCCTATTTA 
TGTAATATTC AGTTTGTTTC ATCAACCTCT TCAATTGGCG TGAAGGACCT ATTTGTCGTG 
AAGCCGCGAT TCGATATCGT GACAGGCTTC TATTACTGCG ACATCATACC AATGAGTTCT 
CCAACTATAG CCGCCAGTAT ATTAGAAAGC CATATTCAAA TTAATGTTCA GAGTCGAGAC 
ATTGAGTCGA CAGCTCTGGA ACTCGCTTAT TTGCCACCTA TATATGTCGA TGCTAAGGAG 
ATTATGTTTG TCAGTACACA AAGTGGTAGT GCGCCGTCGA CGACGCTAGA GGTGTATGGC 
TTGCCGTCGG TATTACAGTA TCTCACTGTT GACGTACCAG ATGGTGTGGC CGTTACTTGG 
CAACATGTTT CCAAATCTAC AATGCAATAT AGATTACGTT TAATGAATAA TCAAGATGAG 
ATTCAGGGAC AAAAAGTGTT TATTGCGAAT GATTTGACCA AGCAAAACAT ATCTCTTCGC 
ATACGTGTTT CGAGATATAA TCAATTCATC CCTATGTCCG GAGTACAATG GGTCAATTAC 
ATGTATTTTC ACAGATACAC GCTGGGAACG TTCGCTGTTA TTGTGATTAC AATTTTTTAT 
GTTTGGAAAC ATAAAATAGC GACTGTCGAT TTAACAATTA GAAACAGAAA TATTTTTGCT 
GTTAAATCTC CGCCGATGAT GAAAAAGACG ATCTGTACTT CATGTACAAC TACTCCAACG 
ACTACTACTC CAAGTACTAC AAGCCCGCTT CGAACTCCAC CATTAAGGCC TTTTTCAGCG 
TTTGAATCAT CTGTTTATGG TGACCCTCGT AGTTTCGGCA CACCGTATAT TAGAAGAAGA 
GATATATGTT AG

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

RefSeq	XP_012061823.1
CDS	1..5772
Translation	MFGLTTLWRAVLLVGLVAAFYDTTVSTTHRLNVPRVLLPVFNNFAVNFTLEVTDGGCYKWSTSRLDIIQLIPINENFDRTCSPAVLIQTITRELTRNTAIVLAEDINTGHFLRCDIIVDAIFSLNLITTTRELYIEDIPEAFEVRAYDEHGNEFTTLAGIEFVWSIGDANKHMPSDNKVTSNVLRFMTYEESQYERPISIDSTLDSIDKRGHIVLIEGVRTGTAKVSVRLPHSEYKYVPSIELELVVIANLIIIPPEITIMAHDSFRYKIMHTRQGRLEEISLPLSQYYLEAESPDILEIDNDRDFAYGRKLGRTKVFLHDKNVREEYPVILPSAIVNIHEVAYISLSVLPNRNWGLVLGHAHEIVVELYNSKDHKFHIGEGVEVSMKINEQYLEPKSITQNGTYAIVIPIVCGITTVEATLRGIINEHGKRIAFEPQLSTRAELTIHTPVKVQPRVLAVPWDIVNKSRFDIMLKTSGGDGSYVWSSRQPSILAVSQNGGIKILSAGTAEVVVMMARNQHNRDTAKIHVLPPVKLKIIEYNMEAAIGEPIHLHVALFGLLINGSDAREIPFSDCKDVDFEVHIPDVNFVRSYDKNAQPVGAACAVITVINYRSVGTSDVTVAYNANNNDVIDHYLTDNVTVSAYEPLAAIHPKSKETLLTVGSSRYVIFKGGPLPWTNKSQDYSREIHLSNEEIAEVTKYEDSLSGPFDRAVLKIICKTLGKTTLTYTVSNVPLFLNCRRTHASETIEIVCGKPRYIYLQPEFKEIHDKNCPISKNTDKIMAHSHKRLKIAVIVKDEDGKQFDNITSLNIEWNLKPSSSGAVEIQSSTMEETWTDMNVVLPKSHYQNIIFKKHHGILTIFATVTGYQKLVLNRLKISPEWPPFPIENERGGVETPLIEASIEVTLVNDTIVSPDKLIILNDSSMKSYLQVSQGSGHYELVLSSKDIADIRYMDTTRTISVTPRKPGVLHITLMDLCLPSKLAEVHVEVQQLAAIEVNVVDKIEKGKCVIAALRLYDTNDHVVKLPSLDALDFRAEIDNEYVELKQLPANEQDVAPYERILYKIHGLSEGESQLMFVKTGDREIRSEPITVQVFVPLRVQPRNLTILIGTIYQMQTIGGPPNAEIEFSTESGDILRVDRNGILEGKSAGWTGIHVRAVGLDAKGNKVIYSEDRADIYVLHLDGVKISTPVNRVKVGATFPLWAFGIPDYLTPLIIGSMQLPLSFAWSSNDPNLLTLHNMYEGTGINIRYQNQVSLRARAINPGVATIYLNATVPCNMLSSFNKNDIIYTTFVKIEIFEELHLTNPSLSGNSVLTILMSPNSVLQLQTNRDRHGTTTYRILSSTHSDEPENLRALTPAAKAVTVEKNGIVRSGENYGQTIILVTNTETYNLKQSLMVVVEVKPIHYMMFSLKSKLRIRNGEELNMLPKGMKLNYVIEYYDNVGNRFHAAETNVKAMLNRADLASFTAGADNVITAKFLENGELVVKTFNEKHPSGIYDYVHMMIGDIIFPTKTTLTIGDIICFSMPLLSSDGDPGYWQTSAPEILLVDPITGIGRARNVGHAVIKHSLATHVQSEIEVNVLPVARVSIVPLRGRNITGTETFSVPLVLKGKDEEIKENNVLARGLGGCRTLSSFALNAFPYLCNIQFVSSTSSIGVKDLFVVKPRFDIVTGFYYCDIIPMSSPTIAASILESHIQINVQSRDIESTALELAYLPPIYVDAKEIMFVSTQSGSAPSTTLEVYGLPSVLQYLTVDVPDGVAVTWQHVSKSTMQYRLRLMNNQDEIQGQKVFIANDLTKQNISLRIRVSRYNQFIPMSGVQWVNYMYFHRYTLGTFAVIVITIFYVWKHKIATVDLTIRNRNIFAVKSPPMMKKTICTSCTTTPTTTTPSTTSPLRTPPLRPFSAFESSVYGDPRSFGTPYIRRRDIC

Target ORF information:

RefSeq Version	XM_012206433.1
Organism	Atta cephalotes
Definition	Atta cephalotes nuclear pore membrane glycoprotein 210 (LOC105625091), mRNA.

Target ORF information:

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

XM_012206433.1

ORF Insert Sequence:

ATGTTCGGGT TGACAACACT CTGGAGAGCC GTGCTACTCG TTGGCCTGGT TGCGGCGTTT 
TACGATACGA CGGTTTCCAC AACGCATAGA TTGAATGTGC CTCGAGTCCT GTTGCCTGTA 
TTCAACAACT TTGCGGTGAA TTTCACGCTG GAGGTGACAG ACGGCGGTTG CTATAAATGG 
TCTACCTCGC GTTTGGATAT TATACAGCTG ATTCCCATAA ACGAGAACTT TGATAGAACA 
TGTTCTCCAG CGGTATTGAT TCAAACTATA ACGAGAGAAC TGACAAGGAA CACTGCAATT 
GTCTTGGCAG AGGACATCAA TACTGGTCAT TTTCTGAGAT GCGACATTAT AGTAGATGCA 
ATTTTCTCTC TAAATCTCAT TACTACTACG AGAGAGTTAT ACATCGAGGA TATACCTGAA 
GCCTTTGAGG TCCGAGCATA CGATGAACAC GGAAATGAAT TTACAACTTT AGCAGGCATA 
GAATTTGTAT GGAGTATTGG CGATGCTAAT AAACACATGC CATCGGATAA TAAAGTCACG 
AGCAATGTGC TTCGTTTTAT GACTTATGAG GAATCACAAT ATGAAAGACC CATCAGTATA 
GATAGTACGT TAGATAGTAT TGACAAAAGA GGTCACATTG TTCTCATAGA AGGTGTTAGA 
ACCGGCACGG CTAAGGTATC TGTTAGATTA CCGCATTCAG AATATAAATA TGTTCCATCC 
ATAGAACTGG AATTGGTCGT TATTGCCAAT TTAATCATCA TTCCGCCAGA GATAACAATA 
ATGGCCCACG ACAGCTTCAG GTACAAGATA ATGCACACTC GTCAGGGTCG CCTAGAGGAG 
ATCAGCCTGC CTTTGAGCCA GTATTATCTG GAAGCCGAGA GTCCCGATAT ATTAGAGATC 
GATAACGATC GTGATTTTGC CTATGGACGT AAACTGGGAC GTACAAAGGT GTTCCTACAT 
GATAAGAATG TCCGTGAAGA GTATCCGGTT ATTCTACCTT CCGCTATAGT TAACATACAC 
GAAGTTGCAT ATATCTCTCT TTCTGTTTTA CCGAACAGAA ACTGGGGATT GGTATTAGGT 
CACGCTCACG AGATCGTTGT TGAACTATAC AATAGCAAAG ATCATAAATT TCACATCGGA 
GAAGGCGTGG AAGTTTCCAT GAAAATAAAC GAGCAATACC TAGAACCGAA ATCGATTACG 
CAAAATGGTA CTTATGCTAT CGTTATACCA ATCGTCTGTG GAATAACGAC CGTGGAAGCG 
ACATTGCGCG GTATAATCAA TGAACATGGT AAGAGGATTG CTTTTGAGCC ACAACTCTCT 
ACGAGAGCTG AACTCACGAT ACACACGCCA GTAAAGGTTC AACCTCGCGT CTTGGCTGTT 
CCATGGGATA TTGTGAATAA GTCTAGATTT GACATAATGT TGAAAACGAG CGGAGGAGAC 
GGATCATATG TTTGGTCCAG TAGACAACCA TCGATACTAG CTGTCTCACA GAACGGTGGT 
ATCAAAATTC TATCAGCGGG TACGGCGGAA GTAGTTGTTA TGATGGCAAG AAATCAACAC 
AACAGAGACA CGGCGAAAAT ACATGTATTG CCTCCTGTAA AGCTGAAAAT TATCGAGTAT 
AACATGGAGG CGGCTATAGG AGAACCTATT CATTTGCACG TCGCATTATT TGGGCTACTG 
ATTAATGGAT CCGATGCCAG GGAGATACCC TTCAGTGACT GCAAGGATGT TGATTTCGAA 
GTACATATCC CGGACGTAAA TTTCGTACGG AGTTATGATA AAAATGCACA ACCGGTTGGC 
GCCGCATGCG CCGTGATAAC CGTAATAAAC TATCGTAGCG TTGGTACATC CGACGTGACC 
GTTGCCTACA ATGCGAACAA CAACGATGTG ATCGACCATT ACTTAACAGA CAATGTCACC 
GTATCAGCAT ACGAACCGCT CGCGGCGATA CATCCAAAGA GTAAGGAAAC ATTACTCACT 
GTAGGGTCCT CGAGGTATGT GATATTTAAG GGTGGACCAT TGCCGTGGAC GAATAAATCT 
CAAGATTACT CGCGGGAGAT ACATCTATCG AACGAGGAGA TTGCTGAAGT AACCAAATAT 
GAGGACTCAT TAAGTGGACC ATTTGACAGA GCCGTTCTCA AAATAATTTG CAAAACGTTA 
GGCAAAACTA CATTGACGTA CACGGTGTCA AATGTGCCCC TGTTCTTGAA TTGTCGGCGC 
ACTCACGCAT CGGAAACGAT TGAGATTGTC TGTGGCAAGC CTAGATACAT CTATCTACAA 
CCAGAATTCA AGGAGATACA CGACAAGAAT TGCCCAATCA GTAAGAACAC GGATAAAATA 
ATGGCGCACA GTCATAAGCG TCTAAAGATC GCTGTGATTG TCAAAGATGA GGATGGTAAG 
CAGTTTGACA ATATCACGAG CTTGAATATT GAGTGGAACT TGAAGCCATC CAGCAGCGGC 
GCTGTAGAAA TCCAATCCAG TACGATGGAA GAGACTTGGA CGGACATGAA TGTAGTTTTG 
CCGAAGAGTC ACTATCAGAA CATCATTTTC AAGAAGCATC ATGGAATTCT CACGATTTTC 
GCGACTGTGA CTGGCTATCA GAAGCTTGTT CTTAACAGAC TGAAAATCTC GCCGGAATGG 
CCACCGTTTC CCATCGAAAA CGAAAGAGGC GGAGTAGAGA CTCCACTGAT AGAAGCCTCT 
ATAGAAGTGA CTTTGGTGAA CGACACCATC GTCAGTCCCG ATAAGTTGAT AATTTTGAAC 
GATTCAAGCA TGAAATCGTA CTTGCAGGTC AGCCAAGGCT CTGGTCACTA TGAATTAGTC 
CTCAGTTCGA AAGATATAGC AGATATTCGG TACATGGATA CAACGAGAAC GATCAGTGTG 
ACACCGAGGA AACCAGGTGT CCTTCATATA ACATTGATGG ATCTCTGTCT ACCCTCGAAG 
TTGGCAGAAG TACACGTGGA GGTTCAACAA CTCGCGGCTA TCGAAGTAAA CGTCGTGGAT 
AAAATCGAGA AGGGGAAATG CGTGATAGCC GCGTTGAGAC TTTACGACAC GAACGACCAC 
GTCGTGAAAC TGCCCTCTCT TGATGCACTA GATTTCCGTG CGGAGATCGA CAACGAATAT 
GTCGAGCTTA AACAATTACC TGCTAACGAA CAGGATGTCG CACCCTATGA ACGAATACTG 
TATAAAATCC ACGGTTTGTC AGAGGGTGAA AGTCAACTGA TGTTCGTGAA GACGGGCGAC 
CGTGAAATAC GCAGCGAGCC GATCACCGTG CAAGTATTTG TCCCGCTACG AGTACAACCA 
AGGAATCTGA CGATACTGAT CGGTACCATT TATCAAATGC AGACCATCGG TGGTCCACCG 
AACGCTGAAA TCGAGTTCTC AACAGAAAGC GGGGATATTC TACGCGTCGA TCGCAATGGG 
ATCCTTGAAG GAAAATCAGC TGGTTGGACT GGGATTCACG TGCGTGCCGT CGGACTCGAC 
GCTAAGGGTA ACAAAGTGAT TTACTCGGAA GATCGCGCTG ATATATATGT GCTGCATCTT 
GACGGAGTAA AGATCTCGAC CCCAGTAAAT AGAGTAAAAG TCGGCGCGAC GTTTCCTCTC 
TGGGCATTTG GTATTCCCGA TTATCTAACG CCACTCATCA TCGGTTCCAT GCAGTTGCCG 
CTGAGTTTTG CGTGGTCATC GAACGATCCT AATCTATTGA CCTTGCATAA TATGTACGAA 
GGTACTGGCA TCAATATCAG ATATCAAAAT CAGGTATCGC TGAGGGCCAG GGCTATAAAT 
CCAGGCGTAG CAACAATCTA TTTGAACGCT ACTGTACCCT GCAACATGCT CTCTAGCTTT 
AACAAGAATG ACATCATATA CACCACATTC GTGAAAATCG AAATTTTTGA AGAATTGCAT 
CTGACTAATC CGTCGTTGTC GGGAAACTCG GTATTGACGA TATTAATGTC ACCGAACTCT 
GTTCTGCAGC TACAAACCAA TCGCGACAGA CATGGTACAA CGACTTACAG GATCTTGTCG 
AGCACGCACA GCGACGAACC TGAAAATCTG CGTGCCTTGA CGCCCGCTGC GAAGGCCGTG 
ACTGTGGAAA AGAACGGAAT CGTGAGATCC GGCGAGAATT ACGGTCAAAC GATTATTTTA 
GTTACGAATA CAGAAACGTA CAATTTGAAG CAATCGTTGA TGGTGGTTGT CGAAGTCAAG 
CCTATTCATT ACATGATGTT TTCACTGAAA TCCAAACTAC GTATACGGAA CGGCGAAGAG 
CTGAATATGT TACCGAAGGG AATGAAGCTG AATTACGTAA TTGAGTATTA TGACAACGTA 
GGAAATAGAT TCCATGCTGC CGAGACAAAT GTTAAGGCCA TGCTAAATCG CGCTGATCTA 
GCGTCGTTTA CCGCAGGCGC GGATAACGTT ATCACTGCCA AATTTCTAGA AAATGGCGAA 
CTAGTCGTGA AAACCTTCAA TGAGAAGCAT CCTAGTGGAA TATACGACTA CGTTCACATG 
ATGATCGGCG ATATCATATT TCCAACGAAG ACTACCCTGA CTATCGGCGA TATAATATGT 
TTCTCCATGC CGCTTCTCTC ATCTGATGGT GATCCAGGAT ACTGGCAAAC CTCCGCGCCC 
GAAATATTGT TAGTAGATCC CATCACGGGT ATAGGTCGCG CACGAAACGT CGGGCACGCC 
GTTATAAAAC ATAGTCTCGC AACACACGTG CAAAGTGAAA TAGAAGTCAA CGTTCTACCA 
GTTGCACGGG TATCTATAGT TCCTTTGAGA GGAAGAAATA TCACTGGCAC AGAAACTTTC 
AGCGTGCCAC TTGTGCTGAA AGGGAAGGAT GAGGAAATCA AGGAAAATAA TGTATTGGCA 
AGAGGTTTGG GCGGTTGTCG GACATTATCG TCATTCGCAT TAAACGCGTT TCCCTATTTA 
TGTAATATTC AGTTTGTTTC ATCAACCTCT TCAATTGGCG TGAAGGACCT ATTTGTCGTG 
AAGCCGCGAT TCGATATCGT GACAGGCTTC TATTACTGCG ACATCATACC AATGAGTTCT 
CCAACTATAG CCGCCAGTAT ATTAGAAAGC CATATTCAAA TTAATGTTCA GAGTCGAGAC 
ATTGAGTCGA CAGCTCTGGA ACTCGCTTAT TTGCCACCTA TATATGTCGA TGCTAAGGAG 
ATTATGTTTG TCAGTACACA AAGTGGTAGT GCGCCGTCGA CGACGCTAGA GGTGTATGGC 
TTGCCGTCGG TATTACAGTA TCTCACTGTT GACGTACCAG ATGGTGTGGC CGTTACTTGG 
CAACATGTTT CCAAATCTAC AATGCAATAT AGATTACGTT TAATGAATAA TCAAGATGAG 
ATTCAGGGAC AAAAAGTGTT TATTGCGAAT GATTTGACCA AGCAAAACAT ATCTCTTCGC 
ATACGTGTTT CGAGATATAA TCAATTCATC CCTATGTCCG GAGTACAATG GGTCAATTAC 
ATGTATTTTC ACAGATACAC GCTGGGAACG TTCGCTGTTA TTGTGATTAC AATTTTTTAT 
GTTTGGAAAC ATAAAATAGC GACTGTCGAT TTAACAATTA GAAACAGAAA TATTTTTGCT 
GTTAAATCTC CGCCGATGAT GAAAAAGACG ATCTGTACTT CATGTACAAC TACTCCAACG 
ACTACTACTC CAAGTACTAC AAGCCCGCTT CGAACTCCAC CATTAAGGCC TTTTTCAGCG 
TTTGAATCAT CTGTTTATGG TGACCCTCGT AGTTTCGGCA CACCGTATAT TAGAAGAAGA 
GATATATGTT AG