LOC105269706 cDNA ORF clone, Fopius arisanus

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105269706
Entrez Gene ID	105269706
Full Name	MON2 homolog (S. cerevisiae)
Gene Type	protein-coding
Organism	Fopius arisanus

mRNA and Protein(s)

mRNA	Protein	Name
XM_011310161.1	XP_011308463.1	protein MON2 homolog

Pathways from BioSystems
Gene Ontology

The following LOC105269706 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105269706 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
OFo52785	XM_011310161.1 Latest version!	Fopius arisanus protein MON2 homolog (LOC105269706), 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)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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)

LOC105269706 ( XM_011310161.1 ) cDNA ORF clone, Fopius arisanus -> XP_011308463.1 Fopius arisanus protein MON2 homolog (LOC105269706), mRNA.

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CloneID	OFo52785
Clone ID Related Accession (Same CDS sequence)	XM_011310161.1
Accession Version	XM_011310161.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5337bp) 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	2015-02-09
Organism	Fopius arisanus
Product	protein MON2 homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011887813.1) 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 :: Fopius arisanus 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##

ATGACTACCA CGTCAGTCGC ACTCACTCCT GAGTACAACA GCAAATTTTT TGAGTCTCTG 
CAAGCAGATC TGAAGGCATT ATGTGCAGAG ACGAAGAAAA AATATCCACA GATTAAAGAG 
TCCTGCGAGG AGGGGATTGC AAAGCTCCGA ACAGTAATAA ACAATCCGGG GGCCTCTTCA 
GTCTATCATG TCGTCAATCA GATTCTGTAC CCACTGGTTC AAGGTTGCGA GAGCAAAGAC 
ACGAAAATAA TAAAATTTTG CCTTGGAATG ATGCAAAAAT TGATAACCCA GCAGGCAATT 
GATCAGAAAG GTGCGCGTTA CATAACAGAC ACTCTGTGGA TGCTAATGGA GGTGGGAATA 
GAAGAAGTTA AAGTTCTTCA AACAGTCACA CTTCTCCTTA CCAGCAGTAC AATCGTCCAT 
GGTGAGACAC TGTCCCGAAA TTTGGTCCTC TGTTTTCGCT TGCACTTTAC GAAAGATTCG 
ACTACTATCA ACACAGCTGG TGCCACTGTT CGCCAGTTGG TATCTCTAGT ATTCGAGCGA 
GTGATAGCTG AAGATGAGTC ATTGAAAATC TCCAAACAAC CTAGACCAGA GCCTGAGCAA 
GTTCCAACTC AACCGGACCA ATCCCAACCG AAGCAGAATC ATCCGGAAGA CCTGAAGCAG 
AGCTCAGCCC AAGCACCAAA GGGCCTCGCC CCATGTGCTG CTGATGCATT CCTCATGTTT 
CAGGATCTCG TTCACCTTGT CAATGCAGAC CAACCCTATT GGCTCATCGG TATCACCGAA 
ATGACTCGAA CCTTCGGTTT AGAACTCCTC GAATCAGTTC TCACGAAATT CTCCTCAGTT 
TTCTTCAACC ATCCAGAGTT CAGTTTCCTT CTGAAGGAAC GAGTGTGCGC TCTGGTGATC 
AAACTCTTCT CTCCAAACAT CAAATACAGA AACTCAGTGC CAGCTTCAGT CCAGCAAGCC 
ACTCCCCTGG ACAAGCCATA CTTTCCCATC AGCATGAGAC TTCTTCGAGT GGTATCAATT 
CTCGTTCAAA AATATCACTC ACTCCTGATC ACTGAATGCG AGATCTTTCT CTCACTAATC 
GTCAAGTTCC TGGATCCAGA CAAGCCTGCT TGGCAACGAG CACTAGCCTT GGAGGTCCTC 
CACAAAATGA CAGTCCATAC TGATCTACTG ATTAATTTCT GCGAATGTTA CGATTTGAAA 
CAACATACAA CAAATATTTT CCAAGATATT GTGAACAGTT TTGGAGCATA TGTTCACAGT 
CTCTTTGTGA ATCCAGTGCA GATGAGCCCA CAGGTGAATC CAGCTGGGGC CTCAGCTGTT 
CAACAGCCCT CGATGGCCTC AGCAACTCTT CTAGCTGGAA TGCCAGTTGG TCCCGGTGTT 
TCACCCCAAC CTGGATTTTA TTCTCGAGGC GTCTGGCTAC CAATAGTCGT AACATACCCC 
ACAGGCCAGG CAAAGCCCAT CTACTTGGAG ATGCTGGATA AAATCGAGCC TCCACAAATT 
CCCGAAGGTT ACGGGATTAG CATAGCATAC GCCTGCCTTC TGGATATCAT CGGTTCAATC 
TGCTTTGGAA TTCTCGGCTC CGACGACCAG ACTGGACGAG GCAGTGATAC ACACGAGAGT 
AATCGATACA AACCGACCGA AGCAGAACAA AAATTGCATA TCCAATTGAT CACATCAAGC 
TGGTGTGGAT TACTGGCTGC ACTGAGCCCA TTAGTCGATG CCAGCACTGA CGAATCAACC 
ACTGAAAATC TCCTGAAAGC AATCCAAACA TTTGCATCAC TGTGTGGCTT GCTGGAGCTT 
CAAACCCCTC GAGATGCTTT CATAACAGCA ATCTGTAAAG CTTCATTACC TCTCCACTAT 
GCCCTGACAG TTTTAAATAC AAATGGCAAT GGAAATACTG TGAAAGGGAT TAGAACTGGT 
CCTCTAACTC CAACTAGAAG TCAACAACAA GGGGACAATC AGCCTCAAAA TCAAACTCCA 
TCACCGCCGG TGCATCAGGA CTCTTGTCAC AATTACAATC CCTCGATCGT CGAGCCCTCG 
GATTATCGAC AACAAGTGGT GGCAGTGGGG ACACCTCTTC CAACTGCTTC ATTGCCGATT 
GGGGCTCAGC ATCAGGGCCC AGTGATGCTC ACTGCCAAGA ACCTACAATG CATGAGAGCA 
TTGCTAATGC TCGCTCATTG TCATGGGAGT ATCCTAGGTA GTGCCTGGCA CCTAGTTCTC 
ACCACCCTGC AGCACCTAGT TTGGATTCTC GGCCTCAAGC CATCAACAGG TGGTTCATTG 
AAAGCTGGCA GAACAGCGAC AGACTCTAAT GCTGTTCTAA CAACAGCTGT CATGGCTGAT 
TTACCTGTAC TCAGTGCCAT GTTGAGCAGA CTGTTCGAGA GCAGTCAATA CCTGGATGAT 
GTAGCTCTTC ATCATCTCAT CGATGCTCTG TGCAAGTTGA GTCAGGAAGC CATGGAGCTG 
GCGTACACCA ATAGAGAGCC ATCATTATTC GCTGTTGCTA AATTGTTGGA AACTGGAATA 
GTTAATCTGT CAAGAGTTGA GGTTCTCTGG AGGCCTCTGA CCAATCATCT GTTGGAGGTC 
TGTCAGCATC CTCATATCAG GATGAGAGAG TGGGGTGTAG AGGCAGTAAC ATATCTGGTG 
AAATCTGCCC TACAGTACAA GTATCCAACT CCACTCAGGG ACAATCAGAA GCTGCAGACA 
TTGTTGCTGG GCCCCTTATC TGAATTATCT TCTGTTAGAC ACGCAGATGT ACGTCAAAGA 
CAACTGGAGT GCGTTCTCCA GATTCTCCAT GGAGGTGGAG AGACTCTACA TCATGGCTGG 
CCTTTAGTCC TTGGAATCAT TGGCGCTGTC TCTGACCATC AGGGTGATAA TCTGGTGAGA 
ATTGCATTTC AATGTCTTCA ACTTGTGGTG ACTGATTATC TTCCAGTCAT GAGCTGGCGT 
TGTCTCCCAC TCTGTGTCGA TACAGCTGCT AAATTCGGCT CACAGACGCA AGAGCTCAAT 
ATATCGTTGA CAGCAGTTGG ACTTATGTGG AATATCAGCG ATTACTTCTT CCAAAATCAG 
GAGAAGATAT TGAATTCTTT GAAATCCAAT GAGTCCCACG TGGAAAATAT CTTTCCGGAC 
TTTCCTGGCA CAACGAATAT GCCATCATTC GATAAATTGT GGATGTGTTT GTACACGAGA 
TTGGGGGATT TGTGTGTAGA TCCTAGACCA GCTGTTCGCA AATCAGCGAG TCAGACGTTA 
TTTTCAACGA TTTCAGCGCA TGGGGGACTG CTACATCAGC AGACGTGGCA GGCTGTTCTC 
TGGCAGGTGC TATTTCCACT TCTGGATAAA GTGAGAAATT TGTCGAGCTC TGCAAGCAAT 
GAAAAAGTGG ATACCAGTGG TAATATTTTG ATTCACCACA GCAGAAATAC CGCGCAAAAG 
CAGTGGGCAG AGACCCAAGT GTTGACTTTG AGTGGAGTGG CAAGGGTCTT CAACACCAAG 
AGACAATTAC TTCAGACCTT GGGAGACTTT CCAAGAGCGT GGTCACTTCT TCTCGAATTT 
ATCGAGTACT CAGCGTTGAG TAAGAATAAT GAAGTGTCTT TAGCTGCGTT GAAATCATTT 
CAAGAGATTC TCTACATCCA GAAGAATGGA AACACTGAAA ATCCAGAGGG ATTGACCTCT 
GCAGCATCTT CCATGGAGTC CCTGTGGCTG GTTGTCTGGA AGGTTTGGTT GAACATTGGA 
ATGGAGAGCT CTGTTGTACC TTCACTATCA GAGAGAGATA ATTCTGATGC AATTAATCAA 
CAAAATGTTC ACAATATCTT AGTGGATGCC CTGCAACAGC CTTATGTACC CTCTCAAGCT 
TTCCTGTCAG CACTGATTCA AATATTTCCA GCAATATTCC AACACATCAG GAATAAATTC 
ACAAGTGGTG ATGTTGAAAA ATTGTGTACA GTACTTAAGC ACGTGGTGCA GGTTCCCGTT 
CATGGAGAAT CAACTCCTTA CATTCTTCCC ACAGTTCCTG ATATTATTCT GACACAACTC 
CAGGACGGTG TTTTACACTC GATGGATCTT TTGAAGGGCG AAGCACTCAG TGGAGAGACT 
GATAAACTCA ATACCATGAT TGGATTTATA TTTTTGCAGT TGTTGGAGTT CTCCAAACTA 
GCTTGCCATC CACCCTCATC GATGTATGGA AAACTTCAAA TCAAAACGAA TTACAATATG 
AATCAATCTC AGCAGATACG AAATTCCTCC AACGAGTGGA TTACAATGAA TTATGTTCCT 
TTTGGGGAGA AATCCCTGAC AATGGCTGTC AATCTTTATG ACAAAACAGC TGCAGAGACT 
GTGGTGATTG ATCAAGAGAT CTTGAAGCAT ATTATCGGTG CTCTGAGGAT ACCCCTGTCC 
ATGAAGTACG CATGTCCCTC TCCAACAACC TGGAAACTTG CCGTGACGAG TCTTCTGACA 
GTTCTTCATG TTGGTTTACC TCTAGCCAGG AAGCATCAGG ATAAATTCAA AACGATGTGG 
CCGGTGCTGG CTGATACCCT TGACGAGTTC CTCTTCCCTA AGAGTTTAGC AATGATCAAG 
ACTGAGAGGA ATCTTGAGGA GATCCAAGCA GACGAGGCCG TTGACTGCCA GATAATGGAG 
CTACTGAGAG ATCAGGTTCT ACCACATTCC CAATTCATCC CTCAGGAATT CATACTCAGG 
ATAGTAATGC TACTTAATAA GGGATCAATA CACTCAGCAA CGTCTCTCCA TAATTTAAAT 
GCAAATACAG CTAATTCAAC AGGTTCAGCT ATCAATGACT TGTCATCATC GCCATTGAAT 
AACACCGAGA CTAAATTGAG AGAGGAATTT GCTAAAACCT GTTTTGAGAC ACTTCTGCAG 
TTTTCGCTGG TCGATGGACT CAGTGATGTT ACCGAGTTTC CAATGTTCGA GAGGACGATA 
AATAATGCTA CGATTAGTGA GTGTGAGGAT GAGAATGGGG GGATTGCAGG GAGATTGGCA 
GTGACTGCAT TGCTCCACAG GTTCCAACAG GTTTTGTATC GGTATATCGA GGATGACAGG 
AAGAGTGGCA AGTGTCCACT TCCAAGGTAC AGATTATCAG AGATTTCGTT CGTTCTTAAG 
GCAGTGGCAA CACTCGTGGT GTCTCTGAAA AAGGCACCGG CTAATAAAGT GGAAAAATCC 
GTGTGGCAGC AGCTGATTGG ACTTTATCCT TGCCTGGTGG AGTGTAATCT TGCTGCAGCC 
TCTCCCCAGG TGTCTCGATC ACTTAGGGAA GCTCTCATGC AGTATTATGA TCTTCTTAGA 
CCACCGATTG AGGAAAATTC CGGAGGCACT CCCGCCAAGC CTAATAATGG CGTTTGA

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

RefSeq	XP_011308463.1
CDS	722..6058
Translation	MTTTSVALTPEYNSKFFESLQADLKALCAETKKKYPQIKESCEEGIAKLRTVINNPGASSVYHVVNQILYPLVQGCESKDTKIIKFCLGMMQKLITQQAIDQKGARYITDTLWMLMEVGIEEVKVLQTVTLLLTSSTIVHGETLSRNLVLCFRLHFTKDSTTINTAGATVRQLVSLVFERVIAEDESLKISKQPRPEPEQVPTQPDQSQPKQNHPEDLKQSSAQAPKGLAPCAADAFLMFQDLVHLVNADQPYWLIGITEMTRTFGLELLESVLTKFSSVFFNHPEFSFLLKERVCALVIKLFSPNIKYRNSVPASVQQATPLDKPYFPISMRLLRVVSILVQKYHSLLITECEIFLSLIVKFLDPDKPAWQRALALEVLHKMTVHTDLLINFCECYDLKQHTTNIFQDIVNSFGAYVHSLFVNPVQMSPQVNPAGASAVQQPSMASATLLAGMPVGPGVSPQPGFYSRGVWLPIVVTYPTGQAKPIYLEMLDKIEPPQIPEGYGISIAYACLLDIIGSICFGILGSDDQTGRGSDTHESNRYKPTEAEQKLHIQLITSSWCGLLAALSPLVDASTDESTTENLLKAIQTFASLCGLLELQTPRDAFITAICKASLPLHYALTVLNTNGNGNTVKGIRTGPLTPTRSQQQGDNQPQNQTPSPPVHQDSCHNYNPSIVEPSDYRQQVVAVGTPLPTASLPIGAQHQGPVMLTAKNLQCMRALLMLAHCHGSILGSAWHLVLTTLQHLVWILGLKPSTGGSLKAGRTATDSNAVLTTAVMADLPVLSAMLSRLFESSQYLDDVALHHLIDALCKLSQEAMELAYTNREPSLFAVAKLLETGIVNLSRVEVLWRPLTNHLLEVCQHPHIRMREWGVEAVTYLVKSALQYKYPTPLRDNQKLQTLLLGPLSELSSVRHADVRQRQLECVLQILHGGGETLHHGWPLVLGIIGAVSDHQGDNLVRIAFQCLQLVVTDYLPVMSWRCLPLCVDTAAKFGSQTQELNISLTAVGLMWNISDYFFQNQEKILNSLKSNESHVENIFPDFPGTTNMPSFDKLWMCLYTRLGDLCVDPRPAVRKSASQTLFSTISAHGGLLHQQTWQAVLWQVLFPLLDKVRNLSSSASNEKVDTSGNILIHHSRNTAQKQWAETQVLTLSGVARVFNTKRQLLQTLGDFPRAWSLLLEFIEYSALSKNNEVSLAALKSFQEILYIQKNGNTENPEGLTSAASSMESLWLVVWKVWLNIGMESSVVPSLSERDNSDAINQQNVHNILVDALQQPYVPSQAFLSALIQIFPAIFQHIRNKFTSGDVEKLCTVLKHVVQVPVHGESTPYILPTVPDIILTQLQDGVLHSMDLLKGEALSGETDKLNTMIGFIFLQLLEFSKLACHPPSSMYGKLQIKTNYNMNQSQQIRNSSNEWITMNYVPFGEKSLTMAVNLYDKTAAETVVIDQEILKHIIGALRIPLSMKYACPSPTTWKLAVTSLLTVLHVGLPLARKHQDKFKTMWPVLADTLDEFLFPKSLAMIKTERNLEEIQADEAVDCQIMELLRDQVLPHSQFIPQEFILRIVMLLNKGSIHSATSLHNLNANTANSTGSAINDLSSSPLNNTETKLREEFAKTCFETLLQFSLVDGLSDVTEFPMFERTINNATISECEDENGGIAGRLAVTALLHRFQQVLYRYIEDDRKSGKCPLPRYRLSEISFVLKAVATLVVSLKKAPANKVEKSVWQQLIGLYPCLVECNLAAASPQVSRSLREALMQYYDLLRPPIEENSGGTPAKPNNGV

Target ORF information:

RefSeq Version	XM_011310161.1
Organism	Fopius arisanus
Definition	Fopius arisanus protein MON2 homolog (LOC105269706), mRNA.

Target ORF information:

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

XM_011310161.1

ORF Insert Sequence:

ATGACTACCA CGTCAGTCGC ACTCACTCCT GAGTACAACA GCAAATTTTT TGAGTCTCTG 
CAAGCAGATC TGAAGGCATT ATGTGCAGAG ACGAAGAAAA AATATCCACA GATTAAAGAG 
TCCTGCGAGG AGGGGATTGC AAAGCTCCGA ACAGTAATAA ACAATCCGGG GGCCTCTTCA 
GTCTATCATG TCGTCAATCA GATTCTGTAC CCACTGGTTC AAGGTTGCGA GAGCAAAGAC 
ACGAAAATAA TAAAATTTTG CCTTGGAATG ATGCAAAAAT TGATAACCCA GCAGGCAATT 
GATCAGAAAG GTGCGCGTTA CATAACAGAC ACTCTGTGGA TGCTAATGGA GGTGGGAATA 
GAAGAAGTTA AAGTTCTTCA AACAGTCACA CTTCTCCTTA CCAGCAGTAC AATCGTCCAT 
GGTGAGACAC TGTCCCGAAA TTTGGTCCTC TGTTTTCGCT TGCACTTTAC GAAAGATTCG 
ACTACTATCA ACACAGCTGG TGCCACTGTT CGCCAGTTGG TATCTCTAGT ATTCGAGCGA 
GTGATAGCTG AAGATGAGTC ATTGAAAATC TCCAAACAAC CTAGACCAGA GCCTGAGCAA 
GTTCCAACTC AACCGGACCA ATCCCAACCG AAGCAGAATC ATCCGGAAGA CCTGAAGCAG 
AGCTCAGCCC AAGCACCAAA GGGCCTCGCC CCATGTGCTG CTGATGCATT CCTCATGTTT 
CAGGATCTCG TTCACCTTGT CAATGCAGAC CAACCCTATT GGCTCATCGG TATCACCGAA 
ATGACTCGAA CCTTCGGTTT AGAACTCCTC GAATCAGTTC TCACGAAATT CTCCTCAGTT 
TTCTTCAACC ATCCAGAGTT CAGTTTCCTT CTGAAGGAAC GAGTGTGCGC TCTGGTGATC 
AAACTCTTCT CTCCAAACAT CAAATACAGA AACTCAGTGC CAGCTTCAGT CCAGCAAGCC 
ACTCCCCTGG ACAAGCCATA CTTTCCCATC AGCATGAGAC TTCTTCGAGT GGTATCAATT 
CTCGTTCAAA AATATCACTC ACTCCTGATC ACTGAATGCG AGATCTTTCT CTCACTAATC 
GTCAAGTTCC TGGATCCAGA CAAGCCTGCT TGGCAACGAG CACTAGCCTT GGAGGTCCTC 
CACAAAATGA CAGTCCATAC TGATCTACTG ATTAATTTCT GCGAATGTTA CGATTTGAAA 
CAACATACAA CAAATATTTT CCAAGATATT GTGAACAGTT TTGGAGCATA TGTTCACAGT 
CTCTTTGTGA ATCCAGTGCA GATGAGCCCA CAGGTGAATC CAGCTGGGGC CTCAGCTGTT 
CAACAGCCCT CGATGGCCTC AGCAACTCTT CTAGCTGGAA TGCCAGTTGG TCCCGGTGTT 
TCACCCCAAC CTGGATTTTA TTCTCGAGGC GTCTGGCTAC CAATAGTCGT AACATACCCC 
ACAGGCCAGG CAAAGCCCAT CTACTTGGAG ATGCTGGATA AAATCGAGCC TCCACAAATT 
CCCGAAGGTT ACGGGATTAG CATAGCATAC GCCTGCCTTC TGGATATCAT CGGTTCAATC 
TGCTTTGGAA TTCTCGGCTC CGACGACCAG ACTGGACGAG GCAGTGATAC ACACGAGAGT 
AATCGATACA AACCGACCGA AGCAGAACAA AAATTGCATA TCCAATTGAT CACATCAAGC 
TGGTGTGGAT TACTGGCTGC ACTGAGCCCA TTAGTCGATG CCAGCACTGA CGAATCAACC 
ACTGAAAATC TCCTGAAAGC AATCCAAACA TTTGCATCAC TGTGTGGCTT GCTGGAGCTT 
CAAACCCCTC GAGATGCTTT CATAACAGCA ATCTGTAAAG CTTCATTACC TCTCCACTAT 
GCCCTGACAG TTTTAAATAC AAATGGCAAT GGAAATACTG TGAAAGGGAT TAGAACTGGT 
CCTCTAACTC CAACTAGAAG TCAACAACAA GGGGACAATC AGCCTCAAAA TCAAACTCCA 
TCACCGCCGG TGCATCAGGA CTCTTGTCAC AATTACAATC CCTCGATCGT CGAGCCCTCG 
GATTATCGAC AACAAGTGGT GGCAGTGGGG ACACCTCTTC CAACTGCTTC ATTGCCGATT 
GGGGCTCAGC ATCAGGGCCC AGTGATGCTC ACTGCCAAGA ACCTACAATG CATGAGAGCA 
TTGCTAATGC TCGCTCATTG TCATGGGAGT ATCCTAGGTA GTGCCTGGCA CCTAGTTCTC 
ACCACCCTGC AGCACCTAGT TTGGATTCTC GGCCTCAAGC CATCAACAGG TGGTTCATTG 
AAAGCTGGCA GAACAGCGAC AGACTCTAAT GCTGTTCTAA CAACAGCTGT CATGGCTGAT 
TTACCTGTAC TCAGTGCCAT GTTGAGCAGA CTGTTCGAGA GCAGTCAATA CCTGGATGAT 
GTAGCTCTTC ATCATCTCAT CGATGCTCTG TGCAAGTTGA GTCAGGAAGC CATGGAGCTG 
GCGTACACCA ATAGAGAGCC ATCATTATTC GCTGTTGCTA AATTGTTGGA AACTGGAATA 
GTTAATCTGT CAAGAGTTGA GGTTCTCTGG AGGCCTCTGA CCAATCATCT GTTGGAGGTC 
TGTCAGCATC CTCATATCAG GATGAGAGAG TGGGGTGTAG AGGCAGTAAC ATATCTGGTG 
AAATCTGCCC TACAGTACAA GTATCCAACT CCACTCAGGG ACAATCAGAA GCTGCAGACA 
TTGTTGCTGG GCCCCTTATC TGAATTATCT TCTGTTAGAC ACGCAGATGT ACGTCAAAGA 
CAACTGGAGT GCGTTCTCCA GATTCTCCAT GGAGGTGGAG AGACTCTACA TCATGGCTGG 
CCTTTAGTCC TTGGAATCAT TGGCGCTGTC TCTGACCATC AGGGTGATAA TCTGGTGAGA 
ATTGCATTTC AATGTCTTCA ACTTGTGGTG ACTGATTATC TTCCAGTCAT GAGCTGGCGT 
TGTCTCCCAC TCTGTGTCGA TACAGCTGCT AAATTCGGCT CACAGACGCA AGAGCTCAAT 
ATATCGTTGA CAGCAGTTGG ACTTATGTGG AATATCAGCG ATTACTTCTT CCAAAATCAG 
GAGAAGATAT TGAATTCTTT GAAATCCAAT GAGTCCCACG TGGAAAATAT CTTTCCGGAC 
TTTCCTGGCA CAACGAATAT GCCATCATTC GATAAATTGT GGATGTGTTT GTACACGAGA 
TTGGGGGATT TGTGTGTAGA TCCTAGACCA GCTGTTCGCA AATCAGCGAG TCAGACGTTA 
TTTTCAACGA TTTCAGCGCA TGGGGGACTG CTACATCAGC AGACGTGGCA GGCTGTTCTC 
TGGCAGGTGC TATTTCCACT TCTGGATAAA GTGAGAAATT TGTCGAGCTC TGCAAGCAAT 
GAAAAAGTGG ATACCAGTGG TAATATTTTG ATTCACCACA GCAGAAATAC CGCGCAAAAG 
CAGTGGGCAG AGACCCAAGT GTTGACTTTG AGTGGAGTGG CAAGGGTCTT CAACACCAAG 
AGACAATTAC TTCAGACCTT GGGAGACTTT CCAAGAGCGT GGTCACTTCT TCTCGAATTT 
ATCGAGTACT CAGCGTTGAG TAAGAATAAT GAAGTGTCTT TAGCTGCGTT GAAATCATTT 
CAAGAGATTC TCTACATCCA GAAGAATGGA AACACTGAAA ATCCAGAGGG ATTGACCTCT 
GCAGCATCTT CCATGGAGTC CCTGTGGCTG GTTGTCTGGA AGGTTTGGTT GAACATTGGA 
ATGGAGAGCT CTGTTGTACC TTCACTATCA GAGAGAGATA ATTCTGATGC AATTAATCAA 
CAAAATGTTC ACAATATCTT AGTGGATGCC CTGCAACAGC CTTATGTACC CTCTCAAGCT 
TTCCTGTCAG CACTGATTCA AATATTTCCA GCAATATTCC AACACATCAG GAATAAATTC 
ACAAGTGGTG ATGTTGAAAA ATTGTGTACA GTACTTAAGC ACGTGGTGCA GGTTCCCGTT 
CATGGAGAAT CAACTCCTTA CATTCTTCCC ACAGTTCCTG ATATTATTCT GACACAACTC 
CAGGACGGTG TTTTACACTC GATGGATCTT TTGAAGGGCG AAGCACTCAG TGGAGAGACT 
GATAAACTCA ATACCATGAT TGGATTTATA TTTTTGCAGT TGTTGGAGTT CTCCAAACTA 
GCTTGCCATC CACCCTCATC GATGTATGGA AAACTTCAAA TCAAAACGAA TTACAATATG 
AATCAATCTC AGCAGATACG AAATTCCTCC AACGAGTGGA TTACAATGAA TTATGTTCCT 
TTTGGGGAGA AATCCCTGAC AATGGCTGTC AATCTTTATG ACAAAACAGC TGCAGAGACT 
GTGGTGATTG ATCAAGAGAT CTTGAAGCAT ATTATCGGTG CTCTGAGGAT ACCCCTGTCC 
ATGAAGTACG CATGTCCCTC TCCAACAACC TGGAAACTTG CCGTGACGAG TCTTCTGACA 
GTTCTTCATG TTGGTTTACC TCTAGCCAGG AAGCATCAGG ATAAATTCAA AACGATGTGG 
CCGGTGCTGG CTGATACCCT TGACGAGTTC CTCTTCCCTA AGAGTTTAGC AATGATCAAG 
ACTGAGAGGA ATCTTGAGGA GATCCAAGCA GACGAGGCCG TTGACTGCCA GATAATGGAG 
CTACTGAGAG ATCAGGTTCT ACCACATTCC CAATTCATCC CTCAGGAATT CATACTCAGG 
ATAGTAATGC TACTTAATAA GGGATCAATA CACTCAGCAA CGTCTCTCCA TAATTTAAAT 
GCAAATACAG CTAATTCAAC AGGTTCAGCT ATCAATGACT TGTCATCATC GCCATTGAAT 
AACACCGAGA CTAAATTGAG AGAGGAATTT GCTAAAACCT GTTTTGAGAC ACTTCTGCAG 
TTTTCGCTGG TCGATGGACT CAGTGATGTT ACCGAGTTTC CAATGTTCGA GAGGACGATA 
AATAATGCTA CGATTAGTGA GTGTGAGGAT GAGAATGGGG GGATTGCAGG GAGATTGGCA 
GTGACTGCAT TGCTCCACAG GTTCCAACAG GTTTTGTATC GGTATATCGA GGATGACAGG 
AAGAGTGGCA AGTGTCCACT TCCAAGGTAC AGATTATCAG AGATTTCGTT CGTTCTTAAG 
GCAGTGGCAA CACTCGTGGT GTCTCTGAAA AAGGCACCGG CTAATAAAGT GGAAAAATCC 
GTGTGGCAGC AGCTGATTGG ACTTTATCCT TGCCTGGTGG AGTGTAATCT TGCTGCAGCC 
TCTCCCCAGG TGTCTCGATC ACTTAGGGAA GCTCTCATGC AGTATTATGA TCTTCTTAGA 
CCACCGATTG AGGAAAATTC CGGAGGCACT CCCGCCAAGC CTAATAATGG CGTTTGA