LOC107217557 cDNA ORF clone, Neodiprion lecontei(redheaded pine sawfly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107217557
Entrez Gene ID	107217557
Full Name	uncharacterized LOC107217557
Gene Type	protein-coding
Organism	Neodiprion lecontei(redheaded pine sawfly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_015655124.1	XP_015510610.1	uncharacterized protein LOC107217557

Pathways from BioSystems
Gene Ontology

The following LOC107217557 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107217557 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
ONe14523	XM_015655124.1 Latest version!	Neodiprion lecontei uncharacterized LOC107217557 (LOC107217557), 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)

LOC107217557 ( XM_015655124.1 ) cDNA ORF clone, Neodiprion lecontei(redheaded pine sawfly) -> XP_015510610.1 Neodiprion lecontei uncharacterized LOC107217557 (LOC107217557), mRNA.

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CloneID	ONe14523
Clone ID Related Accession (Same CDS sequence)	XM_015655124.1
Accession Version	XM_015655124.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5286bp) 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	2016-02-18
Organism	Neodiprion lecontei(redheaded pine sawfly)
Product	uncharacterized protein LOC107217557
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015382116.1) 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 :: Neodiprion lecontei 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##

ATGGATTCAG GAGTAAATGT TTCTCGATCT CTTCCGCCAC TGGTCGAGGG GAAACTTCAC 
GGCTACTTGA ACCTCACCAT CGACGAAATT GTCTGGTCAA GACGAAGTCC GGGAGACGTA 
ACTATACTTG CCTCCTGGTG GGGTGAACTC GACAGTGCGC AATTTAGACC AGTCGACATC 
AAGACTGGTT CACAAACAGT AGACGAAGAT ACAACAGAGA CTTATGCTGT GAGAACAAGT 
GTCGATTTAT TTGCAGAGTA TCTGAAAAAT TGCGGGACAA TAGAGCTTGT GGTTGTGGCA 
GAAAATACAC ATCAGGTTAT TGCCACAGCT CATGTTATCG ATTTACTGGA TATATTCGAG 
AGTAAAACAT ACTCTAGATA TTTTCCAATT ATAAATGAGG CTGGGAACAG ATTAGGAGAC 
GTTCATATTT GTTTGAAGTT TACAAACATG ACGAAAGGTG TTAAGACTAC CAGAAAAATT 
AAACGATTTC AAAAAACGCA GTTTGAAGAT CAAGCATTGC ACCCTGTAAT TAATTTAAAG 
CCGAGAGTAA ACGACGAGAA ACTACAGAAA TCAAACAAAA TGATCTTTGA TAATAAGTCA 
AATTACACGT TAGCCATGAG CAATTCTAAG TACATGGACA ATGCATATAA GTCTGTATTG 
AAAGACAAGC GAATGCAGAG TGAGATACCA TTGAAAAAAT TAAACACCGA AGTCGCTGAC 
AAACTTGTCG CCCAGGTTGT TGCGAGAGCA CAGAGGTTGC GAGGAGCCAT TCTCAAAGAA 
ACTTGCAGCG ATGACCGTTT AGCTTTGAGC GAAAGTTCTG CTCTAGATAG TCTTACGTCT 
GACAATTCCA TTGAGAATGA AGCCAAGCTT TATGAATACT TTCTTGGAAA GAAAATGAGT 
CAATTGGATG AGCGCAAGGC ATTAGAAACA TTGAGATCTA CATCTCCCAC ACCAAGCTTG 
ATTAATCTAG CTTCTGAAAC AATTCAATCG TGCTATAACT GCCAGCAACG TTGTAATCAA 
AGAAAGATTG TCATGAGCAA GCCTGATGAA GTTGTGAATG AAGTTATTTC CAAAGATTCA 
GAATCGTATA AGTACAGAGA ATCAGGCCCG ATTGATCGTA TAGACAGCAT GAAGATTGTC 
GTAGAGTCCC TAACGTTGTC TCCACCAGGA TATCGAAGAG TCCGATCATC TTGCGTTTCT 
CGGGGTGATA GCATACCATT AGCAGTGACG TACCTTGTTG AATATGATAC ATCATTTACG 
AAAAAGCCGA TCAGGAAATC TAATAGTGAG AGCCGCCCCA CGAAATTATG TTCCAAAAAA 
CAAGTTGGTC AAGTTATTTA TTTCAATCAT CAAGCGATCT TTGACCTGCC AAAACCCTAC 
ATTCACATGG ATCTACCTTT AAAGTTCAAG GTTTTTAATC GACATTTGAA TCAAAGGTCG 
CCTACCTTAC TAGGTTTTGG ATCAATATAT ATAAGCGAAG TTGCAGAAAT GGAAACACTG 
AGTACAACGC AAAAGCTAGC AATAGTTAAC AAAGGCATAA AAATGGGAGA ATTAAAAGTT 
AATATAGAAC TGGGCTGTGA TGGGATTCAC TTTGGAAAAG ATTTTATTGA TGCAGTAACA 
TCTACGAAGC AAAATATTCC TGTGTATGAG ATATCATCGG TGCCTAGCAC AACAGGAAGC 
AAAGCAAAAT CAGCTACTGG TAGCAATTCA AAGCCAAACA GCAGGGTTTC AACATCCTCT 
AAATACTCTT ATAGTTGCAG TGGGAGCAAA TCTAGTGGGA GTAATAAAAA CGGTGTCACG 
GAGAATAGGC AAAGCGACAC AGAAGATAGA TATGTAAAAG TCGATCAACC TAGTGAAAAT 
AAAGAAGAAA AAACACTTCT GCATGGATTG ATATACATAG CTGAAGGTAA AGGATTACCC 
AAATTGAATA CGTACTTAAT ATGTCGAGCA TTTTGGAAAG AAGATAGAGC TACTAGCCAA 
TTGTGCAATG ATACTGAGAA TCCGTTTTAC CATTTTCACG AACTAGTTCC ATTGTTGCAC 
GGACAAGAAT TGCTCGATAG AACAAAGGAT AACTTCATCG TTACCGAAGT TTGGAGTAGA 
AATATTTCAG GACAAGACAG TTTACTCGGT ATTGCCAAAC TACCTGTTCA TCAGTTGTAT 
GTCGCTTATC GCGATTCTTT AGTGGTTCCA CATCTTTTAT TATCAAAGTA TCCTGTTATA 
AGCGTTGACG GATGGGTTCC GATTTCTGAA CCAATAACTG GCAACTATTG TGGGGAACTA 
CTGGCTTTGG TAGCTCTTGG CACTGCGGAT CAAATCGCTC TTCTAGAAAT GACCAGAGGA 
CTTAGAGACT GCAACATAAC ACCTCGTGTG ATTCAAAGTT CTTTGAGGAA TGCCTCTCAG 
AATACACAGA AATCTAACTT GTCTACAGGC GAAAGTCAAG TTCTTAATCA GAGAATTCAT 
GTTCGTCGCG AGAATCCTCA TGCTTCTACA GATTTCCTAC AAGGATTTGA TAGCGGATTT 
CAACATTTTC ACGCGGAAGA AATTTATTTT GTGCCTCAAG ATAAAAAAAC TCAGGAATCA 
CAGACTGAAA TTACTACCGT TGAAGATGTG AAGTCTTTTG ATACTTTAAA TAGAGAAGCT 
CAAAATGATC CCTCAGGCTC ACAAAGTTCA GTTCTACATG CACTGGTTGA CCATTTGGCT 
CAAACACTTG GTGTTCCAAA GGTTAGCAGT CATACTGCAA CTGAGGCTCA CACTGTTCAA 
CCAAACCATC GTAAAATGTC AACTATTGTA GAACAAATTG ACTTAGAACC ATTGAGTAAT 
GAAAGTGTTT CTTCCTTGGA AAGTAGTCCT AGAGAAAATG ACTGTATGCC CACTGAGATG 
TATAGAAGTG TTGGAGTTGG CGCAGAGTAT GATGATACTG TCAATCAAGT TCCAAGCACA 
AGTTACTCAA ACTCGAATCC TAAACCACTG ATCACAGAGA AATCTGTTAC ACATGATGAA 
TTAAGGGATA TGATGGTACA CATAGATGAG GAATCATCAT TTAGGGCTCA CGTAGAGATT 
GAATGTGCCT TGCACTTGCC TAAAGTAGAA AAACTTGAAG GAGCTATTGA ACCAAGTACA 
TACGTGACTT TTCAACCTGC GCAGCAAGAT AATGGAACAC AATTCGGTTC ATACAAAATC 
ACAAATATCT TTCCTAACAG CTGCAGTCCA AAATGGGAAT GGAGATGCGA TACACGTCTC 
TCTTCTGACT TACTCGTAAA TGAACAGAAA AGAATGATAT TAAAAATCTG GCGACTGCTA 
GATCCTACGA CAAGTCCAAA TTTTGACTTG AATAGGGATA TAGTTATTGG ATTTGCAGCT 
GTTGATTTGT CCATATTACT TGCTGGGTTC CCTCTTGTAT CCGGATGGTT TCACATCATG 
GATTTTACTG GGAAATGCAA CGGTCAAATA AAAGTCACTA TTACACCGCT GGAAAGTATC 
TCAATGTTCA TCAAATCGAC TTCTAGCACA AGTATTCCAC ACCAACAAAT ACCGCAATTG 
ACAGCATCCT ATATTCCACA GAGTACTGGT GTCCTCTTAG AAAATTTTCT CCCTCCTGTG 
GAACAAATAT CACAAAACCA CACTATTAGC AATAATGACG GATTTTGTAC TAGTTATAAC 
GAATTAGAAA ATGATCCAGG GAATGACATC GGTCATAGTC TAGGTGATGT TTCTATGACG 
TTTTTGTCGC AATCACTCAA GCAAAAGTTG ACTGAGTTGG ATGAGATTAC AAAACGATTG 
AAATCTCGAT TGCACGATGT AACAAATGAA GATTTTGACG TTGACTTTGA TCCTGACTTC 
GATGCTGATG AGCCGGATTT AGAATTTGCA CATCATCAAA ATGGAAACAC TGTGAATGAT 
CACTCTGCGA GAATCGCGCC TCGGAATGTA AAAGATTGGC AACCTCTACC ACAAACAACT 
AGCAATTTAT CTAGTCAATG CTCTCAAACA AATAGATATC AGGATTCAAA TTTTTTTCTC 
GACATCCAAA ACCGATACGT GCCAAATAAT TACAATGCTA ACACAGAAAG TACGGATCCA 
AATCTAACAG ACACCGGTTA CTCTACAACT TCACATGTGC ACTCCAGTCA GAGTGTGTCA 
AATGGACATT TTGATGGTGG GAATCGAAAT GATGACTATT CTAATAACTG TTACGCGAGA 
GATGATGTAG CTGAACAACC TACAAGGGGC GCTAGAATGC ACATAAACCA TTTACTAGAT 
AAATTAACGT CTCTAACATC TGCACCACCA CCAGCGGGAA ATTTTCCAAT CAAAAGAAAT 
ATTCACGATT TTATCGCTAG TTTACGACAC AACAATACAC ATACTAATAG AAAATGTAAT 
CAAGAAGTTA ATGTGCGAAC TGTTCCGACG CAAACAGAGT ATCAGGACAT TCAGCGCACT 
GAAACTTATA AAAATCAGAA TCCATCATCT ATTAATTTAC AGCTAAATGT AGTAACAAGA 
GATGTCAATG AGAATAACAA TGCTGCTGAC AGTACTGCGA GCAATGTAAC GCATGAAAGA 
AATAAGGTAT CAACGATGAT TCGGGAGGAA TTAGTCACCG AGGAAAATAA TGATTTTACT 
GAATTTGACG ACTTGACAAC ACACTTGTTG ACTTCAAATG TTCGCCACAT GCATTCGGAG 
AGTATTTTCA ATCCATTATT GTATCAACAC TTAATTCCTA ATGTTCACGT CTCTGATTCT 
TTTTCAAATC CAAATAATTC TAATGAAGGC GTAGAAAATT TGAATGCAAC GAATGACGGA 
GTTGTAATAG AAGAGTTGGA CAACAGATAT ACAGAGAATT TCAATGCTAC TATCAATAAT 
AGGTTGGGTA GACTTAGAAA TTTAATAGAA ATTGATACAT CTTTGGTCGA AGATAATGTT 
AGCCAGAACA GAGTTCAGGC AAATACTTCT AAAAGCTTAG AAGGTAATGA TTTCCTTAGA 
ATGACACCAA CAGGGGTGTC CGATGATACT GGCGGAAATA TTGACGTTAC AGAACCTGAT 
AAACCAAATT CTGATGAATC AATGACTAGT AATAGTACAG AGTCAACAAC TACACTTTCG 
TTAGATACTT CTTCTGTTAG ACTAAGGCAA CATGTTGTTG ATAATGGTTC TGGAATGACA 
TCCGATTCAT CGGTGTCTGT AGTCACTCGA CAAGCTCCAG ATGGAGGAAA CCCTACAGAG 
GAGACTAACA AACCATTAGT TATCAGTCGC CAAAACGAGA GTGACCATTC TTTAACTGAT 
AGCTAA

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

RefSeq	XP_015510610.1
CDS	124..5409
Translation	MDSGVNVSRSLPPLVEGKLHGYLNLTIDEIVWSRRSPGDVTILASWWGELDSAQFRPVDIKTGSQTVDEDTTETYAVRTSVDLFAEYLKNCGTIELVVVAENTHQVIATAHVIDLLDIFESKTYSRYFPIINEAGNRLGDVHICLKFTNMTKGVKTTRKIKRFQKTQFEDQALHPVINLKPRVNDEKLQKSNKMIFDNKSNYTLAMSNSKYMDNAYKSVLKDKRMQSEIPLKKLNTEVADKLVAQVVARAQRLRGAILKETCSDDRLALSESSALDSLTSDNSIENEAKLYEYFLGKKMSQLDERKALETLRSTSPTPSLINLASETIQSCYNCQQRCNQRKIVMSKPDEVVNEVISKDSESYKYRESGPIDRIDSMKIVVESLTLSPPGYRRVRSSCVSRGDSIPLAVTYLVEYDTSFTKKPIRKSNSESRPTKLCSKKQVGQVIYFNHQAIFDLPKPYIHMDLPLKFKVFNRHLNQRSPTLLGFGSIYISEVAEMETLSTTQKLAIVNKGIKMGELKVNIELGCDGIHFGKDFIDAVTSTKQNIPVYEISSVPSTTGSKAKSATGSNSKPNSRVSTSSKYSYSCSGSKSSGSNKNGVTENRQSDTEDRYVKVDQPSENKEEKTLLHGLIYIAEGKGLPKLNTYLICRAFWKEDRATSQLCNDTENPFYHFHELVPLLHGQELLDRTKDNFIVTEVWSRNISGQDSLLGIAKLPVHQLYVAYRDSLVVPHLLLSKYPVISVDGWVPISEPITGNYCGELLALVALGTADQIALLEMTRGLRDCNITPRVIQSSLRNASQNTQKSNLSTGESQVLNQRIHVRRENPHASTDFLQGFDSGFQHFHAEEIYFVPQDKKTQESQTEITTVEDVKSFDTLNREAQNDPSGSQSSVLHALVDHLAQTLGVPKVSSHTATEAHTVQPNHRKMSTIVEQIDLEPLSNESVSSLESSPRENDCMPTEMYRSVGVGAEYDDTVNQVPSTSYSNSNPKPLITEKSVTHDELRDMMVHIDEESSFRAHVEIECALHLPKVEKLEGAIEPSTYVTFQPAQQDNGTQFGSYKITNIFPNSCSPKWEWRCDTRLSSDLLVNEQKRMILKIWRLLDPTTSPNFDLNRDIVIGFAAVDLSILLAGFPLVSGWFHIMDFTGKCNGQIKVTITPLESISMFIKSTSSTSIPHQQIPQLTASYIPQSTGVLLENFLPPVEQISQNHTISNNDGFCTSYNELENDPGNDIGHSLGDVSMTFLSQSLKQKLTELDEITKRLKSRLHDVTNEDFDVDFDPDFDADEPDLEFAHHQNGNTVNDHSARIAPRNVKDWQPLPQTTSNLSSQCSQTNRYQDSNFFLDIQNRYVPNNYNANTESTDPNLTDTGYSTTSHVHSSQSVSNGHFDGGNRNDDYSNNCYARDDVAEQPTRGARMHINHLLDKLTSLTSAPPPAGNFPIKRNIHDFIASLRHNNTHTNRKCNQEVNVRTVPTQTEYQDIQRTETYKNQNPSSINLQLNVVTRDVNENNNAADSTASNVTHERNKVSTMIREELVTEENNDFTEFDDLTTHLLTSNVRHMHSESIFNPLLYQHLIPNVHVSDSFSNPNNSNEGVENLNATNDGVVIEELDNRYTENFNATINNRLGRLRNLIEIDTSLVEDNVSQNRVQANTSKSLEGNDFLRMTPTGVSDDTGGNIDVTEPDKPNSDESMTSNSTESTTTLSLDTSSVRLRQHVVDNGSGMTSDSSVSVVTRQAPDGGNPTEETNKPLVISRQNESDHSLTDS

Target ORF information:

RefSeq Version	XM_015655124.1
Organism	Neodiprion lecontei(redheaded pine sawfly)
Definition	Neodiprion lecontei uncharacterized LOC107217557 (LOC107217557), mRNA.

Target ORF information:

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

XM_015655124.1

ORF Insert Sequence:

ATGGATTCAG GAGTAAATGT TTCTCGATCT CTTCCGCCAC TGGTCGAGGG GAAACTTCAC 
GGCTACTTGA ACCTCACCAT CGACGAAATT GTCTGGTCAA GACGAAGTCC GGGAGACGTA 
ACTATACTTG CCTCCTGGTG GGGTGAACTC GACAGTGCGC AATTTAGACC AGTCGACATC 
AAGACTGGTT CACAAACAGT AGACGAAGAT ACAACAGAGA CTTATGCTGT GAGAACAAGT 
GTCGATTTAT TTGCAGAGTA TCTGAAAAAT TGCGGGACAA TAGAGCTTGT GGTTGTGGCA 
GAAAATACAC ATCAGGTTAT TGCCACAGCT CATGTTATCG ATTTACTGGA TATATTCGAG 
AGTAAAACAT ACTCTAGATA TTTTCCAATT ATAAATGAGG CTGGGAACAG ATTAGGAGAC 
GTTCATATTT GTTTGAAGTT TACAAACATG ACGAAAGGTG TTAAGACTAC CAGAAAAATT 
AAACGATTTC AAAAAACGCA GTTTGAAGAT CAAGCATTGC ACCCTGTAAT TAATTTAAAG 
CCGAGAGTAA ACGACGAGAA ACTACAGAAA TCAAACAAAA TGATCTTTGA TAATAAGTCA 
AATTACACGT TAGCCATGAG CAATTCTAAG TACATGGACA ATGCATATAA GTCTGTATTG 
AAAGACAAGC GAATGCAGAG TGAGATACCA TTGAAAAAAT TAAACACCGA AGTCGCTGAC 
AAACTTGTCG CCCAGGTTGT TGCGAGAGCA CAGAGGTTGC GAGGAGCCAT TCTCAAAGAA 
ACTTGCAGCG ATGACCGTTT AGCTTTGAGC GAAAGTTCTG CTCTAGATAG TCTTACGTCT 
GACAATTCCA TTGAGAATGA AGCCAAGCTT TATGAATACT TTCTTGGAAA GAAAATGAGT 
CAATTGGATG AGCGCAAGGC ATTAGAAACA TTGAGATCTA CATCTCCCAC ACCAAGCTTG 
ATTAATCTAG CTTCTGAAAC AATTCAATCG TGCTATAACT GCCAGCAACG TTGTAATCAA 
AGAAAGATTG TCATGAGCAA GCCTGATGAA GTTGTGAATG AAGTTATTTC CAAAGATTCA 
GAATCGTATA AGTACAGAGA ATCAGGCCCG ATTGATCGTA TAGACAGCAT GAAGATTGTC 
GTAGAGTCCC TAACGTTGTC TCCACCAGGA TATCGAAGAG TCCGATCATC TTGCGTTTCT 
CGGGGTGATA GCATACCATT AGCAGTGACG TACCTTGTTG AATATGATAC ATCATTTACG 
AAAAAGCCGA TCAGGAAATC TAATAGTGAG AGCCGCCCCA CGAAATTATG TTCCAAAAAA 
CAAGTTGGTC AAGTTATTTA TTTCAATCAT CAAGCGATCT TTGACCTGCC AAAACCCTAC 
ATTCACATGG ATCTACCTTT AAAGTTCAAG GTTTTTAATC GACATTTGAA TCAAAGGTCG 
CCTACCTTAC TAGGTTTTGG ATCAATATAT ATAAGCGAAG TTGCAGAAAT GGAAACACTG 
AGTACAACGC AAAAGCTAGC AATAGTTAAC AAAGGCATAA AAATGGGAGA ATTAAAAGTT 
AATATAGAAC TGGGCTGTGA TGGGATTCAC TTTGGAAAAG ATTTTATTGA TGCAGTAACA 
TCTACGAAGC AAAATATTCC TGTGTATGAG ATATCATCGG TGCCTAGCAC AACAGGAAGC 
AAAGCAAAAT CAGCTACTGG TAGCAATTCA AAGCCAAACA GCAGGGTTTC AACATCCTCT 
AAATACTCTT ATAGTTGCAG TGGGAGCAAA TCTAGTGGGA GTAATAAAAA CGGTGTCACG 
GAGAATAGGC AAAGCGACAC AGAAGATAGA TATGTAAAAG TCGATCAACC TAGTGAAAAT 
AAAGAAGAAA AAACACTTCT GCATGGATTG ATATACATAG CTGAAGGTAA AGGATTACCC 
AAATTGAATA CGTACTTAAT ATGTCGAGCA TTTTGGAAAG AAGATAGAGC TACTAGCCAA 
TTGTGCAATG ATACTGAGAA TCCGTTTTAC CATTTTCACG AACTAGTTCC ATTGTTGCAC 
GGACAAGAAT TGCTCGATAG AACAAAGGAT AACTTCATCG TTACCGAAGT TTGGAGTAGA 
AATATTTCAG GACAAGACAG TTTACTCGGT ATTGCCAAAC TACCTGTTCA TCAGTTGTAT 
GTCGCTTATC GCGATTCTTT AGTGGTTCCA CATCTTTTAT TATCAAAGTA TCCTGTTATA 
AGCGTTGACG GATGGGTTCC GATTTCTGAA CCAATAACTG GCAACTATTG TGGGGAACTA 
CTGGCTTTGG TAGCTCTTGG CACTGCGGAT CAAATCGCTC TTCTAGAAAT GACCAGAGGA 
CTTAGAGACT GCAACATAAC ACCTCGTGTG ATTCAAAGTT CTTTGAGGAA TGCCTCTCAG 
AATACACAGA AATCTAACTT GTCTACAGGC GAAAGTCAAG TTCTTAATCA GAGAATTCAT 
GTTCGTCGCG AGAATCCTCA TGCTTCTACA GATTTCCTAC AAGGATTTGA TAGCGGATTT 
CAACATTTTC ACGCGGAAGA AATTTATTTT GTGCCTCAAG ATAAAAAAAC TCAGGAATCA 
CAGACTGAAA TTACTACCGT TGAAGATGTG AAGTCTTTTG ATACTTTAAA TAGAGAAGCT 
CAAAATGATC CCTCAGGCTC ACAAAGTTCA GTTCTACATG CACTGGTTGA CCATTTGGCT 
CAAACACTTG GTGTTCCAAA GGTTAGCAGT CATACTGCAA CTGAGGCTCA CACTGTTCAA 
CCAAACCATC GTAAAATGTC AACTATTGTA GAACAAATTG ACTTAGAACC ATTGAGTAAT 
GAAAGTGTTT CTTCCTTGGA AAGTAGTCCT AGAGAAAATG ACTGTATGCC CACTGAGATG 
TATAGAAGTG TTGGAGTTGG CGCAGAGTAT GATGATACTG TCAATCAAGT TCCAAGCACA 
AGTTACTCAA ACTCGAATCC TAAACCACTG ATCACAGAGA AATCTGTTAC ACATGATGAA 
TTAAGGGATA TGATGGTACA CATAGATGAG GAATCATCAT TTAGGGCTCA CGTAGAGATT 
GAATGTGCCT TGCACTTGCC TAAAGTAGAA AAACTTGAAG GAGCTATTGA ACCAAGTACA 
TACGTGACTT TTCAACCTGC GCAGCAAGAT AATGGAACAC AATTCGGTTC ATACAAAATC 
ACAAATATCT TTCCTAACAG CTGCAGTCCA AAATGGGAAT GGAGATGCGA TACACGTCTC 
TCTTCTGACT TACTCGTAAA TGAACAGAAA AGAATGATAT TAAAAATCTG GCGACTGCTA 
GATCCTACGA CAAGTCCAAA TTTTGACTTG AATAGGGATA TAGTTATTGG ATTTGCAGCT 
GTTGATTTGT CCATATTACT TGCTGGGTTC CCTCTTGTAT CCGGATGGTT TCACATCATG 
GATTTTACTG GGAAATGCAA CGGTCAAATA AAAGTCACTA TTACACCGCT GGAAAGTATC 
TCAATGTTCA TCAAATCGAC TTCTAGCACA AGTATTCCAC ACCAACAAAT ACCGCAATTG 
ACAGCATCCT ATATTCCACA GAGTACTGGT GTCCTCTTAG AAAATTTTCT CCCTCCTGTG 
GAACAAATAT CACAAAACCA CACTATTAGC AATAATGACG GATTTTGTAC TAGTTATAAC 
GAATTAGAAA ATGATCCAGG GAATGACATC GGTCATAGTC TAGGTGATGT TTCTATGACG 
TTTTTGTCGC AATCACTCAA GCAAAAGTTG ACTGAGTTGG ATGAGATTAC AAAACGATTG 
AAATCTCGAT TGCACGATGT AACAAATGAA GATTTTGACG TTGACTTTGA TCCTGACTTC 
GATGCTGATG AGCCGGATTT AGAATTTGCA CATCATCAAA ATGGAAACAC TGTGAATGAT 
CACTCTGCGA GAATCGCGCC TCGGAATGTA AAAGATTGGC AACCTCTACC ACAAACAACT 
AGCAATTTAT CTAGTCAATG CTCTCAAACA AATAGATATC AGGATTCAAA TTTTTTTCTC 
GACATCCAAA ACCGATACGT GCCAAATAAT TACAATGCTA ACACAGAAAG TACGGATCCA 
AATCTAACAG ACACCGGTTA CTCTACAACT TCACATGTGC ACTCCAGTCA GAGTGTGTCA 
AATGGACATT TTGATGGTGG GAATCGAAAT GATGACTATT CTAATAACTG TTACGCGAGA 
GATGATGTAG CTGAACAACC TACAAGGGGC GCTAGAATGC ACATAAACCA TTTACTAGAT 
AAATTAACGT CTCTAACATC TGCACCACCA CCAGCGGGAA ATTTTCCAAT CAAAAGAAAT 
ATTCACGATT TTATCGCTAG TTTACGACAC AACAATACAC ATACTAATAG AAAATGTAAT 
CAAGAAGTTA ATGTGCGAAC TGTTCCGACG CAAACAGAGT ATCAGGACAT TCAGCGCACT 
GAAACTTATA AAAATCAGAA TCCATCATCT ATTAATTTAC AGCTAAATGT AGTAACAAGA 
GATGTCAATG AGAATAACAA TGCTGCTGAC AGTACTGCGA GCAATGTAAC GCATGAAAGA 
AATAAGGTAT CAACGATGAT TCGGGAGGAA TTAGTCACCG AGGAAAATAA TGATTTTACT 
GAATTTGACG ACTTGACAAC ACACTTGTTG ACTTCAAATG TTCGCCACAT GCATTCGGAG 
AGTATTTTCA ATCCATTATT GTATCAACAC TTAATTCCTA ATGTTCACGT CTCTGATTCT 
TTTTCAAATC CAAATAATTC TAATGAAGGC GTAGAAAATT TGAATGCAAC GAATGACGGA 
GTTGTAATAG AAGAGTTGGA CAACAGATAT ACAGAGAATT TCAATGCTAC TATCAATAAT 
AGGTTGGGTA GACTTAGAAA TTTAATAGAA ATTGATACAT CTTTGGTCGA AGATAATGTT 
AGCCAGAACA GAGTTCAGGC AAATACTTCT AAAAGCTTAG AAGGTAATGA TTTCCTTAGA 
ATGACACCAA CAGGGGTGTC CGATGATACT GGCGGAAATA TTGACGTTAC AGAACCTGAT 
AAACCAAATT CTGATGAATC AATGACTAGT AATAGTACAG AGTCAACAAC TACACTTTCG 
TTAGATACTT CTTCTGTTAG ACTAAGGCAA CATGTTGTTG ATAATGGTTC TGGAATGACA 
TCCGATTCAT CGGTGTCTGT AGTCACTCGA CAAGCTCCAG ATGGAGGAAA CCCTACAGAG 
GAGACTAACA AACCATTAGT TATCAGTCGC CAAAACGAGA GTGACCATTC TTTAACTGAT 
AGCTAA