LOC106621004 cDNA ORF clone, Bactrocera oleae(olive fruit fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106621004
Entrez Gene ID	106621004
Full Name	uncharacterized LOC106621004
Gene Type	protein-coding
Organism	Bactrocera oleae(olive fruit fly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014239684.1	XP_014095159.1	uncharacterized protein LOC106621004

Pathways from BioSystems
Gene Ontology

The following LOC106621004 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106621004 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
OBa73710	XM_014239684.1 Latest version!	Bactrocera oleae uncharacterized LOC106621004 (LOC106621004), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

LOC106621004 ( XM_014239684.1 ) cDNA ORF clone, Bactrocera oleae(olive fruit fly) -> XP_014095159.1 Bactrocera oleae uncharacterized LOC106621004 (LOC106621004), mRNA.

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CloneID	OBa73710
Clone ID Related Accession (Same CDS sequence)	XM_014239684.1
Accession Version	XM_014239684.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6003bp) 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	2015-09-20
Organism	Bactrocera oleae(olive fruit fly)
Product	uncharacterized protein LOC106621004
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013581596.1) 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 :: Bactrocera oleae 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##

ATGAATCTTG ATGCATATAG CCATGATGTG CCCGCCAGTA TGTTGGCGTC TACAGCGCCA 
CCGAATGTAT TCGAAGATAA AACGGGCAAT AGTCAGGTTA TGGCTACATC CTTTATGGCT 
TCGATTACTT GCCCATACCC GCTAGCGGTT GTGTGGTGGC AAACTATAGA TGGTGTAAAT 
CGCGCTGTTA TTGGCTATTC CGACGGTTCC ATTTGTTTTG TGGGTTTGAG TCCAAATTGC 
CCGTTCGTAG CGAGCACGGC AATTGATACC GGCTCTGTTG TGAAGTTGCT CATTTGCAAG 
GACAGCACTT TTGAGAGCGT TATGTTGCTG ATCACCTCGT CTGTAAAGCA GCAGTTTAAA 
TTACTACTTG AACAGAAAGC CATCAAATAT ATATACCCAG GCGAAATCTC ACCCAGCGCG 
ATACACGGGC GTGATAGTGA CTGGCAGATT GTTATGCCGC TAAAGACACA AAGTAATTGC 
TCTGACCCAG CATCAGACAA CAGCGCTTTA GATGAGGATG TTTTCTTAAG AAACGATGAA 
ATTCCTAGCA CATCAGCGGC GGCAGCGACA TGTGGTGGTC CAGCACAGCC TTGTCATTCA 
CTGCGACGTT CCGTCATAAT ACCCGGTACA CACACACCTA TGTCTAAAAC CGCAATGCCA 
CCACCGCCTC CACCTTATTC GGTAGCTATC AATCGTCACT TGGACACTGC GCCCACAACG 
AGCACCAGCG CCATAGGTGG CAACAGTGCG GCTGCCACGA ATACTACCGC AAGCAACAGT 
GGCAACGGCA GCGGCAGCGT GCCCACTACC ATGAGCATTG CCAATGGTAG CTCAGCGACC 
GGTATACGTT TCACACAACA ACAGCTGCCC GAATTGGACG ATGTGAATGC ACGTGCTGGC 
ATTTTGCCAG CAGCACGCGC ACGTCTCGCC TCATTGAAGA GCCTGGGCAC AAAGAAGCTG 
AATGCCATCA AAATGCGTCT CTCCGATAAT CGGCATAAGC TCGAAGATTA TGTGTCTGAA 
AATACTCTTG GCAACTTTGC CATCATAGAT TCACCATCGC TAACCCCCGA GGTGTTGAAC 
AACTCCAGCG GTTCCTTCTA CACCATACAG AATTTGCGCA ACACCTATCT GCTAAGCGCA 
CTACACAGTC ACACAAACAG TCTCACCGTG CATAATATTG ATATTAATTT GAAACCGTTA 
TTTCTCTATA AGATCCCGAA GAACTGCTTT GATATTTTAA TCAGCTCAAA TATGCTTTAT 
ACCATACAAT ATGTCGATAT AAATGGTGGC GATAATGCGA AAGAATGCGC TGACCTAACG 
AATGCCGAAC GCAATACGGA AAAAGAGAAT CGCGACACCG ATACCGAGAA GGAAGAAGTC 
ATCGATCTAT GCGAAGGCAA TGACACGCTG CTTGCGGATA TCAATTCGGC GGGCTCGTTT 
AGTGCGGACA CGAGTGCGAC CACGAGCGGG CCATCCACCA GCGACAGCTT ATCGCACTGT 
AACGCGATAA ATGCTGTCGG CGTGATAAGC AGCGCAATGG CCACTTTACG CGCAGGCGAT 
GATGATTGCT TCAACGGCGC TTCACAGCTG ACCATATTTC GCTTCGAGAA TGAGACTGTG 
CTGAATCTCT ATCAAATGGC CACCTATCGC TCGAGTGAGC CTAGCGAAAT CATCACGAAG 
GAGGAGAAAG CTAAAGCGTT CAATTTCAAG GATATACGCT CACCCATGGA TTATGTGCAG 
TTCTATGAGC ATGCCGACGT GAAGGCGGAG TACTCGTTGC GTCAAATGGA AATTATGAAC 
CATGAATTTC CAAAAATCAA TTACGATCCC TGCTACGTGA TCACCAACAA AAATGTCTAC 
TACATACAAT TAAAGAAGGA GCCGTTCGCC ATCTTCCTAG ATTCTGCGCT GGCGGGTGAA 
TGGAAGCAAT GTCGTGAATT CTGCAACACC TTTGATCTCA CCTACGAGGC GTGCATAGAG 
TTTGCCGGCG ATTATCTGCT GCGTCGCAAG CGCGTCACTC AGGCGCTGGT CACATACAAC 
TCAGCGCGTA TCAAGCCAAT ACGCACCGCA CTCAAATTAG CCATGTTCGG ACAGACATGT 
GCGCTTATGC ATCTCTGCGC TATGGCACTG AAGACGACCT ACCTGCTGAA GTCGAAATAC 
TTTAGCAGTC CCATAATAAG AACATTACTT AAAGATATTA CATATCGTCA CTCGGAAGAT 
GTGCGCACAA TTCTACCGCT GACGGCCGAT AAAAATTCTG CTGTGGTGAT AAATGAGGGC 
ATATCAGCCA GTGACTATAA CTATGGAGTG GATGACTCGC TTAGCAACCT ACAAATGTCG 
CCTTCGTCAC AATTTCATTT GGCCAATTTG TTGTTGATAT CGTTAGCGGA GCGCGCTGTG 
AATGATAAGA ACTACTTGCC GTTGTGGAAT TTCCTTGTTA CCAATACGAA ATATCACACG 
AATATGACTA GCATTGTACT GTGCCAGAGT GGTCTCTTCT CGTCGGCGTT GTTGTTGGCG 
AAGACGCGTG GCGTTTGTAT CGATACATTT TTGGCGCTGA CCAGTGTTGT GGGGCAGGAA 
TTCGAGATGA ATGTGTGTTT GTATAATTTG AGTGAGCCAA TTTTCGCCGA GACGATCACT 
TATTTGCCGC AAGTCGCTGT GGACTATTTT GCTTTCATAC AAGAGAAACT ACCAAATATA 
AGGCACTGCG TGCTTGAGCG CCTGGAACAC CAATTGAATC CCTTCTCCGC GGTTCTACGT 
CCAATTGTAT CGCACACTTC CTCCGGTCAT GTGGAGCACA ATATAAACGA CAATAAAACG 
TTTTTATTTG ATTTTTGTAA AAATCTCATC GAAACATATT TAGCTGTACT CATACATATG 
GAATCTCAAC GCTCGAAGAG CGAACACATA ACGAACGCAT TGTCGACGTT CCGCATCACC 
TACGAAGACA ATCAGTTTGC GATCGAAACA TCACGCTTTA AACCCATCTC TGCTGGTTGT 
GCACACTGTG CTTGCGTTGT GGACGGTGTT GCCTACTTTT GGGGTTCTAA TGGAGTGCCT 
TGTAATTATA GCGTTAACAA GTCTTCCGAT CCGCCAGAGC CGCCACACGC CGTTAAGAGC 
TTGGACCTAC TGTCACAATT GAATCTGGAG GTGCATACCG TAAAGTGCGG CCGCCAGCAT 
ACGCTACTGT TAACGAACAA TGGGTTATAC GCGTTTGGCA ACAATAATCT GCTCCAGTTG 
GGCATTGGAC GCGACATGCA AGTGTCGCTG CAGCCAATGC TGGTGCGCGC CTTCGATGGC 
AAGAACATAA CGATCATCGA AGCTGGTCAA TATCACAATG TGGCGGTGGC GGATGGACTC 
CTGTACACCT GGGGTTGGGG TATTTATGGG CAACTTGGCC ATGGAAATTG CGAGAATGTG 
GCCGAACCGA AAGTAGTTGC TTTCTTCAAA ACGAAAAAAG TACTCCAAGT ATCCTTAGGG 
CATGCGCACA GCGTGGTGCT CTGTCAGACG CCTAATAATC CTAACGCCAC CGAATTATAT 
GTATTTGGTT CCAATCATTT TGGTCAGTTG GGTATTGGCT CTGGTCCCAG CGGCGTCGAA 
GGACTTTCGA CTGACGATGA AATGCATTGC GCTAGTCAAG TGAAGAGTTT AGTGCCCATT 
AAACTGTTCG TTTGCGACGA AAGAATAAGA CTGATACATA CCAAATTTTT TTCTAACTTA 
GCGGTAGATG ATAATGGACG CATGTACACG TGGGGCTCCT CGCCGCAAGC TCTGCGCTTA 
GCCAACCAAA TAAAGCGTCG TGCAAATGCG AAGCAAAAAA TGGAGGAACA TCAACGGCGT 
GAAATGAGCA AACAATTCGA GGCTACATTG CCCAGTGAGA ATGCAAGCGT ACCCTGTCCA 
TCGTCCACAT CCAAAAGCGC ATATGCTGAG GCGCCAAAAT CTATGGTCGC TGACGTTGCC 
AGCAGCATAC TAACGGATAT AGTGGACGAA AACCCATCCA CAACCGCCAG CAAGACCGCT 
AATATTGTTC AGGAGACTGA CGCGGACTTA GAATCGACTA CAGACAACGC CTTTAAAGAA 
CCGGAACTCA TTGCAGTTTT AGCTACCACT GTTACGGCCG AGCAAGAAGA GGTTGATGAA 
TTGAAAGACG AAGGCGTAAA GGAAACAATT GTAGAAGGCA TTGCCAACGC TGAAACCGAG 
ATAACCATAC AGTTAGTGAA CGAAGTAGTG GAGGAGTTTG TCGAAGAAGT TAAACCAATG 
GTCGCTCAAC CGCTCAAATC ATTAAACCCT TTGACATCAG CTACCGGTGA GTTATCGGCA 
AAGCACGCAC ATACGCCAGC GCCAACAATA GCTGTCACGG CGCCTGCAAC GGCAACGGCA 
AACACAACAA ATGTTACGAC CGAAGTCGAT CCTTGCGAGC ACATGACACC GCATCTGGTA 
GACACCACCG AGGTAGCCGG TCAAATTTTG CAGATCTCAA GCGGACTCTT CCATTTTGCC 
TTGATCTCGT CTACTTGCAC CCTGTACACT TGGGGCAAAA ATTTGGAACA CCAACTTGGT 
ACTGGCGATA AGGAGCGACG TGCGGTCAGC AAACCCTCAC CCGTCGATTG TGTCGACAGT 
CCCATGTATG TCGACTGCGG TGCAGATTTC ACGCTCGTCA TGACCACAGA GTTTATGGTC 
AAAGCGTTTG GTGGCAACTC AAATGGACAG TGCGGTCGTG ATCTTGGACC TTCCATCGAT 
AAGATGAAAC AACGCGTTGT CTGTTTGCCC ACCACCAAGC GGCTAATGCG CTTCGAGAGT 
CAGTGTGTCG ATGTGCCGGT GGAAATCAAT TTGCCACGCC CACGTATACG TTTGGAATTC 
GAACCGGTGC GTTATTTGAA GAGCATACCA AAATACCAAC CACGATTCAT GCAAGAAGAT 
GGCATAAATT TCGACAATAC GCGTAACTTT GAACGTCCCT CACCTTCGAA TCAGTACAAG 
TCGACAACGC AAGCCGACAG TAGCGAAAAT GTAGTTACCG GCCAAGACTC GGACGATATG 
ATCTCAAGCT TAGAGAATTT AAGTAACAAT GAAGCGAACG ATGGTTGTTC ACTGAACTTC 
TCATTGCTGC CCTCCTCGGG TGCAGCGGGT GCGCTGCCAC TTGCCGCGGC TACGGCGGAT 
GATGCGCAAC ACAGCGCTGC TGTTGATGAT ATAACACCCG ACGAGCAGAG CTATGCGCGC 
CTGCCCATCA CGGATAATTC CGATGCCAGC TGTGTTTGTG TGGCCGGTCA GCAGAGTGCC 
GAGCAATGTC CGTTAGTGGC AATAGCAAAG CACGATGCAA ACGACGACGC ACAGACACCA 
ACACAAGCGG CCGGCTCACA GAGCACGCTC ACTTCGAATG CGCCTGTGGA GGCTGAGGAG 
AGTGTAGAGG ATGATGCGAA TCTGCAACAG TTGCGACAAT ACATACACTA TTGCCTCTAT 
GTATTTCACG GTCTCTACAA TCCGGACAAG GTGTGCGACT TCTCCAAAGA ACGTCTGGAG 
TATCGTATAC GCACGCTTAT GTTGAATTTC AAATTCGTCG ATGCATTCGT ATTGTGTTTG 
CAGAATTGCA ATAGTGCCAG CAAGGCGTTG AAAATTTTCG CATACTTCTC CAAAGACACC 
GGCTCCGTGC CGCTGCGTCG ACAGGACGTG AAGTACTTAA TTTACTATTT GTTGAAACAC 
TTCATGGCGC AGAAGTTCGA TATGCTCGAA TGTGAGCGTT TCTTTTTGGG CGATCTCGAT 
TATTATTTGC TTGAGTTGTC GTATGTACTG TTCTTCAACA ACAACAACAC CATGCTGGAG 
CGTAACTTAA ATGACAAATT CAAGATTTAC TTTGCGCAGG AGCAGTCGCA ACTGAATCAA 
AATCAAAACG ACGATGAGCA GGTGCAACAC AAGCTGGAGG ACACGGATGT GATATTCGAT 
AGCCTAAGTG TTAAGTTCAA AACAATCGTT TGCCAGAGGC TGATGCAGCA CTGCAACAAT 
TAG

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

RefSeq	XP_014095159.1
CDS	64..6066
Translation	MNLDAYSHDVPASMLASTAPPNVFEDKTGNSQVMATSFMASITCPYPLAVVWWQTIDGVNRAVIGYSDGSICFVGLSPNCPFVASTAIDTGSVVKLLICKDSTFESVMLLITSSVKQQFKLLLEQKAIKYIYPGEISPSAIHGRDSDWQIVMPLKTQSNCSDPASDNSALDEDVFLRNDEIPSTSAAAATCGGPAQPCHSLRRSVIIPGTHTPMSKTAMPPPPPPYSVAINRHLDTAPTTSTSAIGGNSAAATNTTASNSGNGSGSVPTTMSIANGSSATGIRFTQQQLPELDDVNARAGILPAARARLASLKSLGTKKLNAIKMRLSDNRHKLEDYVSENTLGNFAIIDSPSLTPEVLNNSSGSFYTIQNLRNTYLLSALHSHTNSLTVHNIDINLKPLFLYKIPKNCFDILISSNMLYTIQYVDINGGDNAKECADLTNAERNTEKENRDTDTEKEEVIDLCEGNDTLLADINSAGSFSADTSATTSGPSTSDSLSHCNAINAVGVISSAMATLRAGDDDCFNGASQLTIFRFENETVLNLYQMATYRSSEPSEIITKEEKAKAFNFKDIRSPMDYVQFYEHADVKAEYSLRQMEIMNHEFPKINYDPCYVITNKNVYYIQLKKEPFAIFLDSALAGEWKQCREFCNTFDLTYEACIEFAGDYLLRRKRVTQALVTYNSARIKPIRTALKLAMFGQTCALMHLCAMALKTTYLLKSKYFSSPIIRTLLKDITYRHSEDVRTILPLTADKNSAVVINEGISASDYNYGVDDSLSNLQMSPSSQFHLANLLLISLAERAVNDKNYLPLWNFLVTNTKYHTNMTSIVLCQSGLFSSALLLAKTRGVCIDTFLALTSVVGQEFEMNVCLYNLSEPIFAETITYLPQVAVDYFAFIQEKLPNIRHCVLERLEHQLNPFSAVLRPIVSHTSSGHVEHNINDNKTFLFDFCKNLIETYLAVLIHMESQRSKSEHITNALSTFRITYEDNQFAIETSRFKPISAGCAHCACVVDGVAYFWGSNGVPCNYSVNKSSDPPEPPHAVKSLDLLSQLNLEVHTVKCGRQHTLLLTNNGLYAFGNNNLLQLGIGRDMQVSLQPMLVRAFDGKNITIIEAGQYHNVAVADGLLYTWGWGIYGQLGHGNCENVAEPKVVAFFKTKKVLQVSLGHAHSVVLCQTPNNPNATELYVFGSNHFGQLGIGSGPSGVEGLSTDDEMHCASQVKSLVPIKLFVCDERIRLIHTKFFSNLAVDDNGRMYTWGSSPQALRLANQIKRRANAKQKMEEHQRREMSKQFEATLPSENASVPCPSSTSKSAYAEAPKSMVADVASSILTDIVDENPSTTASKTANIVQETDADLESTTDNAFKEPELIAVLATTVTAEQEEVDELKDEGVKETIVEGIANAETEITIQLVNEVVEEFVEEVKPMVAQPLKSLNPLTSATGELSAKHAHTPAPTIAVTAPATATANTTNVTTEVDPCEHMTPHLVDTTEVAGQILQISSGLFHFALISSTCTLYTWGKNLEHQLGTGDKERRAVSKPSPVDCVDSPMYVDCGADFTLVMTTEFMVKAFGGNSNGQCGRDLGPSIDKMKQRVVCLPTTKRLMRFESQCVDVPVEINLPRPRIRLEFEPVRYLKSIPKYQPRFMQEDGINFDNTRNFERPSPSNQYKSTTQADSSENVVTGQDSDDMISSLENLSNNEANDGCSLNFSLLPSSGAAGALPLAAATADDAQHSAAVDDITPDEQSYARLPITDNSDASCVCVAGQQSAEQCPLVAIAKHDANDDAQTPTQAAGSQSTLTSNAPVEAEESVEDDANLQQLRQYIHYCLYVFHGLYNPDKVCDFSKERLEYRIRTLMLNFKFVDAFVLCLQNCNSASKALKIFAYFSKDTGSVPLRRQDVKYLIYYLLKHFMAQKFDMLECERFFLGDLDYYLLELSYVLFFNNNNTMLERNLNDKFKIYFAQEQSQLNQNQNDDEQVQHKLEDTDVIFDSLSVKFKTIVCQRLMQHCNN

Target ORF information:

RefSeq Version	XM_014239684.1
Organism	Bactrocera oleae(olive fruit fly)
Definition	Bactrocera oleae uncharacterized LOC106621004 (LOC106621004), mRNA.

Target ORF information:

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

XM_014239684.1

ORF Insert Sequence:

ATGAATCTTG ATGCATATAG CCATGATGTG CCCGCCAGTA TGTTGGCGTC TACAGCGCCA 
CCGAATGTAT TCGAAGATAA AACGGGCAAT AGTCAGGTTA TGGCTACATC CTTTATGGCT 
TCGATTACTT GCCCATACCC GCTAGCGGTT GTGTGGTGGC AAACTATAGA TGGTGTAAAT 
CGCGCTGTTA TTGGCTATTC CGACGGTTCC ATTTGTTTTG TGGGTTTGAG TCCAAATTGC 
CCGTTCGTAG CGAGCACGGC AATTGATACC GGCTCTGTTG TGAAGTTGCT CATTTGCAAG 
GACAGCACTT TTGAGAGCGT TATGTTGCTG ATCACCTCGT CTGTAAAGCA GCAGTTTAAA 
TTACTACTTG AACAGAAAGC CATCAAATAT ATATACCCAG GCGAAATCTC ACCCAGCGCG 
ATACACGGGC GTGATAGTGA CTGGCAGATT GTTATGCCGC TAAAGACACA AAGTAATTGC 
TCTGACCCAG CATCAGACAA CAGCGCTTTA GATGAGGATG TTTTCTTAAG AAACGATGAA 
ATTCCTAGCA CATCAGCGGC GGCAGCGACA TGTGGTGGTC CAGCACAGCC TTGTCATTCA 
CTGCGACGTT CCGTCATAAT ACCCGGTACA CACACACCTA TGTCTAAAAC CGCAATGCCA 
CCACCGCCTC CACCTTATTC GGTAGCTATC AATCGTCACT TGGACACTGC GCCCACAACG 
AGCACCAGCG CCATAGGTGG CAACAGTGCG GCTGCCACGA ATACTACCGC AAGCAACAGT 
GGCAACGGCA GCGGCAGCGT GCCCACTACC ATGAGCATTG CCAATGGTAG CTCAGCGACC 
GGTATACGTT TCACACAACA ACAGCTGCCC GAATTGGACG ATGTGAATGC ACGTGCTGGC 
ATTTTGCCAG CAGCACGCGC ACGTCTCGCC TCATTGAAGA GCCTGGGCAC AAAGAAGCTG 
AATGCCATCA AAATGCGTCT CTCCGATAAT CGGCATAAGC TCGAAGATTA TGTGTCTGAA 
AATACTCTTG GCAACTTTGC CATCATAGAT TCACCATCGC TAACCCCCGA GGTGTTGAAC 
AACTCCAGCG GTTCCTTCTA CACCATACAG AATTTGCGCA ACACCTATCT GCTAAGCGCA 
CTACACAGTC ACACAAACAG TCTCACCGTG CATAATATTG ATATTAATTT GAAACCGTTA 
TTTCTCTATA AGATCCCGAA GAACTGCTTT GATATTTTAA TCAGCTCAAA TATGCTTTAT 
ACCATACAAT ATGTCGATAT AAATGGTGGC GATAATGCGA AAGAATGCGC TGACCTAACG 
AATGCCGAAC GCAATACGGA AAAAGAGAAT CGCGACACCG ATACCGAGAA GGAAGAAGTC 
ATCGATCTAT GCGAAGGCAA TGACACGCTG CTTGCGGATA TCAATTCGGC GGGCTCGTTT 
AGTGCGGACA CGAGTGCGAC CACGAGCGGG CCATCCACCA GCGACAGCTT ATCGCACTGT 
AACGCGATAA ATGCTGTCGG CGTGATAAGC AGCGCAATGG CCACTTTACG CGCAGGCGAT 
GATGATTGCT TCAACGGCGC TTCACAGCTG ACCATATTTC GCTTCGAGAA TGAGACTGTG 
CTGAATCTCT ATCAAATGGC CACCTATCGC TCGAGTGAGC CTAGCGAAAT CATCACGAAG 
GAGGAGAAAG CTAAAGCGTT CAATTTCAAG GATATACGCT CACCCATGGA TTATGTGCAG 
TTCTATGAGC ATGCCGACGT GAAGGCGGAG TACTCGTTGC GTCAAATGGA AATTATGAAC 
CATGAATTTC CAAAAATCAA TTACGATCCC TGCTACGTGA TCACCAACAA AAATGTCTAC 
TACATACAAT TAAAGAAGGA GCCGTTCGCC ATCTTCCTAG ATTCTGCGCT GGCGGGTGAA 
TGGAAGCAAT GTCGTGAATT CTGCAACACC TTTGATCTCA CCTACGAGGC GTGCATAGAG 
TTTGCCGGCG ATTATCTGCT GCGTCGCAAG CGCGTCACTC AGGCGCTGGT CACATACAAC 
TCAGCGCGTA TCAAGCCAAT ACGCACCGCA CTCAAATTAG CCATGTTCGG ACAGACATGT 
GCGCTTATGC ATCTCTGCGC TATGGCACTG AAGACGACCT ACCTGCTGAA GTCGAAATAC 
TTTAGCAGTC CCATAATAAG AACATTACTT AAAGATATTA CATATCGTCA CTCGGAAGAT 
GTGCGCACAA TTCTACCGCT GACGGCCGAT AAAAATTCTG CTGTGGTGAT AAATGAGGGC 
ATATCAGCCA GTGACTATAA CTATGGAGTG GATGACTCGC TTAGCAACCT ACAAATGTCG 
CCTTCGTCAC AATTTCATTT GGCCAATTTG TTGTTGATAT CGTTAGCGGA GCGCGCTGTG 
AATGATAAGA ACTACTTGCC GTTGTGGAAT TTCCTTGTTA CCAATACGAA ATATCACACG 
AATATGACTA GCATTGTACT GTGCCAGAGT GGTCTCTTCT CGTCGGCGTT GTTGTTGGCG 
AAGACGCGTG GCGTTTGTAT CGATACATTT TTGGCGCTGA CCAGTGTTGT GGGGCAGGAA 
TTCGAGATGA ATGTGTGTTT GTATAATTTG AGTGAGCCAA TTTTCGCCGA GACGATCACT 
TATTTGCCGC AAGTCGCTGT GGACTATTTT GCTTTCATAC AAGAGAAACT ACCAAATATA 
AGGCACTGCG TGCTTGAGCG CCTGGAACAC CAATTGAATC CCTTCTCCGC GGTTCTACGT 
CCAATTGTAT CGCACACTTC CTCCGGTCAT GTGGAGCACA ATATAAACGA CAATAAAACG 
TTTTTATTTG ATTTTTGTAA AAATCTCATC GAAACATATT TAGCTGTACT CATACATATG 
GAATCTCAAC GCTCGAAGAG CGAACACATA ACGAACGCAT TGTCGACGTT CCGCATCACC 
TACGAAGACA ATCAGTTTGC GATCGAAACA TCACGCTTTA AACCCATCTC TGCTGGTTGT 
GCACACTGTG CTTGCGTTGT GGACGGTGTT GCCTACTTTT GGGGTTCTAA TGGAGTGCCT 
TGTAATTATA GCGTTAACAA GTCTTCCGAT CCGCCAGAGC CGCCACACGC CGTTAAGAGC 
TTGGACCTAC TGTCACAATT GAATCTGGAG GTGCATACCG TAAAGTGCGG CCGCCAGCAT 
ACGCTACTGT TAACGAACAA TGGGTTATAC GCGTTTGGCA ACAATAATCT GCTCCAGTTG 
GGCATTGGAC GCGACATGCA AGTGTCGCTG CAGCCAATGC TGGTGCGCGC CTTCGATGGC 
AAGAACATAA CGATCATCGA AGCTGGTCAA TATCACAATG TGGCGGTGGC GGATGGACTC 
CTGTACACCT GGGGTTGGGG TATTTATGGG CAACTTGGCC ATGGAAATTG CGAGAATGTG 
GCCGAACCGA AAGTAGTTGC TTTCTTCAAA ACGAAAAAAG TACTCCAAGT ATCCTTAGGG 
CATGCGCACA GCGTGGTGCT CTGTCAGACG CCTAATAATC CTAACGCCAC CGAATTATAT 
GTATTTGGTT CCAATCATTT TGGTCAGTTG GGTATTGGCT CTGGTCCCAG CGGCGTCGAA 
GGACTTTCGA CTGACGATGA AATGCATTGC GCTAGTCAAG TGAAGAGTTT AGTGCCCATT 
AAACTGTTCG TTTGCGACGA AAGAATAAGA CTGATACATA CCAAATTTTT TTCTAACTTA 
GCGGTAGATG ATAATGGACG CATGTACACG TGGGGCTCCT CGCCGCAAGC TCTGCGCTTA 
GCCAACCAAA TAAAGCGTCG TGCAAATGCG AAGCAAAAAA TGGAGGAACA TCAACGGCGT 
GAAATGAGCA AACAATTCGA GGCTACATTG CCCAGTGAGA ATGCAAGCGT ACCCTGTCCA 
TCGTCCACAT CCAAAAGCGC ATATGCTGAG GCGCCAAAAT CTATGGTCGC TGACGTTGCC 
AGCAGCATAC TAACGGATAT AGTGGACGAA AACCCATCCA CAACCGCCAG CAAGACCGCT 
AATATTGTTC AGGAGACTGA CGCGGACTTA GAATCGACTA CAGACAACGC CTTTAAAGAA 
CCGGAACTCA TTGCAGTTTT AGCTACCACT GTTACGGCCG AGCAAGAAGA GGTTGATGAA 
TTGAAAGACG AAGGCGTAAA GGAAACAATT GTAGAAGGCA TTGCCAACGC TGAAACCGAG 
ATAACCATAC AGTTAGTGAA CGAAGTAGTG GAGGAGTTTG TCGAAGAAGT TAAACCAATG 
GTCGCTCAAC CGCTCAAATC ATTAAACCCT TTGACATCAG CTACCGGTGA GTTATCGGCA 
AAGCACGCAC ATACGCCAGC GCCAACAATA GCTGTCACGG CGCCTGCAAC GGCAACGGCA 
AACACAACAA ATGTTACGAC CGAAGTCGAT CCTTGCGAGC ACATGACACC GCATCTGGTA 
GACACCACCG AGGTAGCCGG TCAAATTTTG CAGATCTCAA GCGGACTCTT CCATTTTGCC 
TTGATCTCGT CTACTTGCAC CCTGTACACT TGGGGCAAAA ATTTGGAACA CCAACTTGGT 
ACTGGCGATA AGGAGCGACG TGCGGTCAGC AAACCCTCAC CCGTCGATTG TGTCGACAGT 
CCCATGTATG TCGACTGCGG TGCAGATTTC ACGCTCGTCA TGACCACAGA GTTTATGGTC 
AAAGCGTTTG GTGGCAACTC AAATGGACAG TGCGGTCGTG ATCTTGGACC TTCCATCGAT 
AAGATGAAAC AACGCGTTGT CTGTTTGCCC ACCACCAAGC GGCTAATGCG CTTCGAGAGT 
CAGTGTGTCG ATGTGCCGGT GGAAATCAAT TTGCCACGCC CACGTATACG TTTGGAATTC 
GAACCGGTGC GTTATTTGAA GAGCATACCA AAATACCAAC CACGATTCAT GCAAGAAGAT 
GGCATAAATT TCGACAATAC GCGTAACTTT GAACGTCCCT CACCTTCGAA TCAGTACAAG 
TCGACAACGC AAGCCGACAG TAGCGAAAAT GTAGTTACCG GCCAAGACTC GGACGATATG 
ATCTCAAGCT TAGAGAATTT AAGTAACAAT GAAGCGAACG ATGGTTGTTC ACTGAACTTC 
TCATTGCTGC CCTCCTCGGG TGCAGCGGGT GCGCTGCCAC TTGCCGCGGC TACGGCGGAT 
GATGCGCAAC ACAGCGCTGC TGTTGATGAT ATAACACCCG ACGAGCAGAG CTATGCGCGC 
CTGCCCATCA CGGATAATTC CGATGCCAGC TGTGTTTGTG TGGCCGGTCA GCAGAGTGCC 
GAGCAATGTC CGTTAGTGGC AATAGCAAAG CACGATGCAA ACGACGACGC ACAGACACCA 
ACACAAGCGG CCGGCTCACA GAGCACGCTC ACTTCGAATG CGCCTGTGGA GGCTGAGGAG 
AGTGTAGAGG ATGATGCGAA TCTGCAACAG TTGCGACAAT ACATACACTA TTGCCTCTAT 
GTATTTCACG GTCTCTACAA TCCGGACAAG GTGTGCGACT TCTCCAAAGA ACGTCTGGAG 
TATCGTATAC GCACGCTTAT GTTGAATTTC AAATTCGTCG ATGCATTCGT ATTGTGTTTG 
CAGAATTGCA ATAGTGCCAG CAAGGCGTTG AAAATTTTCG CATACTTCTC CAAAGACACC 
GGCTCCGTGC CGCTGCGTCG ACAGGACGTG AAGTACTTAA TTTACTATTT GTTGAAACAC 
TTCATGGCGC AGAAGTTCGA TATGCTCGAA TGTGAGCGTT TCTTTTTGGG CGATCTCGAT 
TATTATTTGC TTGAGTTGTC GTATGTACTG TTCTTCAACA ACAACAACAC CATGCTGGAG 
CGTAACTTAA ATGACAAATT CAAGATTTAC TTTGCGCAGG AGCAGTCGCA ACTGAATCAA 
AATCAAAACG ACGATGAGCA GGTGCAACAC AAGCTGGAGG ACACGGATGT GATATTCGAT 
AGCCTAAGTG TTAAGTTCAA AACAATCGTT TGCCAGAGGC TGATGCAGCA CTGCAACAAT 
TAG