LOC107224841 cDNA ORF clone, Neodiprion lecontei(redheaded pine sawfly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107224841
Entrez Gene ID	107224841
Full Name	uncharacterized LOC107224841
Gene Type	protein-coding
Organism	Neodiprion lecontei(redheaded pine sawfly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_015665055.1	XP_015520541.1	uncharacterized protein LOC107224841

Pathways from BioSystems
Gene Ontology

The following LOC107224841 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107224841 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
ONe11592	XM_015665055.1 Latest version!	Neodiprion lecontei uncharacterized LOC107224841 (LOC107224841), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$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)

LOC107224841 ( XM_015665055.1 ) cDNA ORF clone, Neodiprion lecontei(redheaded pine sawfly) -> XP_015520541.1 Neodiprion lecontei uncharacterized LOC107224841 (LOC107224841), mRNA.

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CloneID	ONe11592
Clone ID Related Accession (Same CDS sequence)	XM_015665055.1
Accession Version	XM_015665055.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6378bp) 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 LOC107224841
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015381138.1) 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGTTAAAA CTGTTACATT TTCGCTGCTT TACTGCTTAA GCTTTTACAT TTGCAGAATC 
AGCTGTGACC TCAATGAAAT TTCATGGCCG TCGGTCAGCG AAGCGTCGAA TTCAGGATCT 
ACGGAGATCG AGATTAAGCA CAGCTTATTT GACGACCCTT CGAAGAGAAC TGTGGCAGTA 
GTATTACCCT TGGACGAAGA GAAACCCCAG GTAGAAAATC ATCAGAAGAA GAAACGATGT 
CGGAAAAACC GCCGGCACAG AAAAATGAAG CTGCGACTCG ACCTAAACGA TGCAACGGAC 
AATAACAGAG ATAATTTAGT GCAGACCAGA TACAGAAAGA AGATCTCATC CGCAGAGATG 
GAAGGCCAGC AGGTTCCATC GATTCGCAGC GATTTCCATG AGAACACGAA ACGGCGCATC 
GACGGGTCTA AGGAATTTCA GGACATCGAC GAGAGCTTGG AAAATCCGTT CATGAGAATA 
TCGGAAAATC GGGGGTCTCA CAGATCGAAC AACGAGGAAG CGGAGATCGG TAGCTTCGAA 
AAAAATGACG AAGACGTTAT TTTGAGACGG ATCAGGAATC ATATAATCAA CCCTGGCAAC 
TACAAAGTCC TGGCCCTGGT CGGCAAAAAG GACGATTATT CACCGCCTCA GAATCCGAAG 
AAATACATTT GCTACTGCAG AGAAGATGAC TGCTCAGGTA AGGACTGCCA ACCTGAGATT 
TACAAGCCCT GTTTAGGGTC GAGAAAAAAT TCTAGACCCA CACCTATGAA CAATTGTGGC 
TTTAATAAGG TTAGAAATTA CTCGCCGTCG AATGCCAAAC ACGATAACAA GAACTACGTT 
CAAACACTGG CAAAAGTCAA CGTCGAAAAC AGTGGAATGA ACCACAAAAT CTTGCAAGAA 
GTGGAGAATA ATAAGAACGA TTTCTCAAAG GAAACCAATT CCAATCAAAA TATCCAGGCG 
CAAAAATCCA CCGTGAATTT AGACCAACAG GACCAATTAT CAGTCAAAAA TTCTCAACGA 
CTTGCAACTT CGACGCAGCA AAGTGTCAGC CAGATTCGCA CTCCGAACAA CAATCAGTGG 
CTGCGTCCAG TCCTTGGAAT CAAAGGATCA CCGATACAGT CTGGTAGTCA AGGATCCTCT 
CAAGAATTCA GTAGAACACA ATCGGACGCA ACCTTGAGTT GGCTTCCGTT TTTGAAGGAT 
CAATCTACCA AGGGCAAGAA CGAAGATGGA GTGCTGATGG CTCATGTTCA GGTACCTCTT 
CAGAAAAGTC GCACTGTTCA ACTTCCGTCC GTTAAAGAGC CGGTGCCGAG CGTCGAGAAG 
CCTTTCGGTT ACCTGGAAAA CCCTGAATCT TATGTGATCT CATATGGAGA TTCGACGACG 
ATGGAATCAA GCACCGAGAA ATATCAGCAA TCGGAAGAGA ATCGAGGCTA TGACTCGAAC 
GTGGAATCCA ATGTCGGCTT GCCCGTTAGT TCGGAGGAAT ATTCATCGGA CAAATTCGAT 
GCTTCTACGG AGGGAAACCT GTATCTGCAA GTAGACGATG ACCCAGAATC AGACGAAGTC 
ACCAAAGCCT CGGTCCCGCT GAATCATCGT GTGAGTCTTC CTCACCCTGA AAATCACGAC 
GACGATATTT ACTTGCTCGG AGATTCGACG GAGGAATTAA CTGGTCACAA AGAATTCGGC 
AATACTCCTC AGAAGTATGA ACTTCCTCTG ACGATGTCAA AGGACGACGA ATATCAACCG 
GAAACAGATC AATTACACCA CAAAATGTCT GGCTTCGGAA CTCTGCGACC AGGATACAAT 
CCTCTGCCAC CAGGAAGTTT CGTTCACGAA TTTCGAAGAC CTTATAACGG TTACGGAAGT 
TATGTGGTGA GTCCAAATAC GCAACCCAGC TGGAAAGATC GCTCGGGTTA CTTGACCACT 
GAAATTCCTT TTCGAGCACA GCTGGAACGA CCTGCGATCG CAAGATCCGG CTGGAATGGA 
TGCAACGTTT ATCCGACTGC TCAGCTTTGG CCGTACAAAG GGACGATGCA GTCTCCGAAT 
AATTACTACG GAATCGGAAT AGGCGGTCCC GCATTGCGAA ATTTTGGATA TTACGGAAAT 
CCGCATGCGG GAAAGCCGAT GGAGGATAAA AGTCACTTGT ATTATTCACC GATGATGAAG 
ACAGGCAATG GAGGTTCAGG GTTGGCTCAA CAACGACGTC CCGCGGCTAA TGACAACCGC 
GATGATTATT CCGACATACA AGTCGTAACG AACGGATATT TCACTTCGAA AACATACGAT 
GACGTGGAAG ATGTCGGTGG CAACGACGAT CAGGAAACGG GAAACGCGCA GGCGAAATTC 
GAGAGTAACG TTGACCGGGT ACATCACCTC ACTCAACAAG GCTTCGCTTA TCCCACTTCG 
AATTTATACA ATGGATACGA ACCAGCGAAT GATTGGAAAG CACAGAAAGA AAATTTCGCG 
GTCTTCGATG GAGAAAATTC GCGGTATCTT GAATCAGTGG AAGATGACGA TGAAATGGAA 
AATCCTTCCG CAGTTTCTGC TGAAGCCAAT ACACCGATCG TCGATGAGGA TCTGAACATT 
TTAGCCGTAA CTGAGGAAAG TTCTTCGGAG GAATCCTCAC CGAGTGAAGA TTTTACTGGC 
GAAAATCAGT CAAAGGGTGT TTCAATGGAT TCAGCTGTTC ACCAGAGTCT GGATTTACTG 
AAAAAAGGAA ATACGTCTAG GGTTGAAACT GTCGGCGGAA GAAAGATAGG AATATGGGGC 
ACATCGGACT CGTTGGAGGC AATAGAACTA AATGCTGAGT CTTGGAATGA ACAGTATGGA 
ACAATTAGAC CGGAAGAGAA TATCTCATCG GATTCATTGG AAGTCTCGGA GGAGAAAACT 
TCAGAATTAA TTGAAAATGG ATCTCGAGGT CTTGAGTCGA AGTACGCTGA TTCGAAAAAC 
GATAATGGCG AAGAAGTTGG TTCCTATTAC AAGGCAGACT GCCACTACCC AACGTCTTCT 
TTGTCCGATA AAAAGTATTC CGAGAACATT GTATCAGCAG AAAATGAAGG CAACGCTGAG 
CAACAAGACG TATCAAACCT TTCGCCGCCG ATTATCATCG AGCCAATTGT AGCGATCGAA 
ACTTCACCGA CTAAATATTT TTCCCCGAAT GACAGAGTCT TGGAGTACAT AAAAAATCAC 
GGTCAAAATT TATTACAACA TTCTGATCCT TCTAGCCTTG ACCAACAAGA TGCAGTAAAT 
CAAGGAGATC ATATGGGCCA AACAAATGAG ACCAAAGACC AAGAAACGTT TGTTCAAAAT 
CCACAATACG TCGGAGAATA TAGTCAAATG TCGACATCAG AGAATACGAA TAGTGAAGAG 
GTAACCGATG AGAAATCGGA AAATCTAGAG AGAATATTTA CTCAGCCGAA TATACCGGAA 
ATTGATGAAA TCGATGAAGA TTCCGGTGAT TCTACGGAGC GATTTGACGC TGATGCGGAA 
AATGAATCTG AGGAAAAATC TGTAATGACT TCGGAATATG TCCAGAGACC GGGAAAATAT 
GGTGTACAGG ATAAAATTAG TCCGACCGAC TTATCATCTC TGAAAAATGA GGCGTCTGAG 
GATTTATCTC GAAGTTACGA AGATTGCACA GTGGAATCTG TGATTTCCGA AGTTTTAGGA 
GAAACCCGAT ATCCTGATAG TTACATATCC GAATCAATGG ATGAATCAAC AGAGTGCTCG 
CAGCTAGAAG ATTCAGTTTC AAATGATCAT CTAGACATGG AGAACTATGG ATCCGAATCT 
ATGGTTAAAA ATTCTAAAGA AAACATTCAA CAATATGGAA CTGTAGAGGC TGGAAGAGGA 
AAGAATTTAA ATTCCTATAA CATTGGCAGT CACGATTATA ATGATGAAAA TTTGCAAAAA 
GAGAATGCGA GAACTCAAGA AGCGTCAGTT AATTTAGTTA TGAATGAATA CCGGAAGAAT 
AATGATGAAA GCAATGCAGA ATCCAATTAC AAACCAACCA CGGAGACTTA CGCAGACAAC 
AAAAGACTTC TGGTTGGCGA ATTTCTGAAT CCTTCTACTG AGAAAATCGT GCAAGAAGTC 
AACAGCCGGA CAGAAATGAA ACCTGAGGAT CACGATGCTG TGGAAGACAA CGGAATGCAG 
TTAACGGTTC AAAGTTCGAA ACTAGAGGAT AAAACGGATG GAAAATGGGA CACCGCGCAA 
CACAGAGTCG ATTATGGGGA CGGAAAATAT TCAAGTTCAC TTGAAGATGA TAATGATTAC 
GGATACGAGA ATTTACGAGA AGATTCAAAT ACTCGGAAAT ATTCGGAGAA ATTAGGAGCA 
GTGAGTTTGG TTGCAAATGA GGGAGAGGAT CGTAACGAAA TGAGTACCGC AGCATCGGTG 
AAGACTACAC CATCTGTATC ATGTAGTTGC AGAGTTCCCG AGGGTGAAAT CACTACGGAG 
GCTTACAGAA ATAACGAAAA ACTTTCGTTA AGTGAAGTCC TGGAACCTAC TGTTGAGAAA 
GACGTGCAGG ATACAGAATC AATGAACACA CATAAGATAA GCGATGACAA GGCCAACAGC 
AATTCCCAAG TACCTAGTCG AAAATCAACA ACAGAAGCTT ACGAAGAGAG TAGGAAACTC 
CTGCTTGGTG AATTCGTGGA TCCTCCTACT AGAAAAGACG TTTCAGAAGA AGAATCATTG 
AATGCGTACA GTGGCAAGTA TGGGGAATCA AATTTTGGCA ATAATCCGAC ACCTGGAATG 
AGTGGGAAGG TCAACGGCTT CGTTGGAATT CAATCTACGA CAAAAAATTC TAAAATAGAT 
CACGAGGTAA ATCGAAATGC GGGTAAATAT CACGATTATA GAACATCAGG GCAATATTCG 
AGTTCTTGGA AAAATTCGGG AGAGTTGCAG AGTGCGCCAA GTTTGACTAC CGATAAATAC 
TCGAAGCATA ATAAGAAAAG TAATGTGGCA AACTCTGCTT TTCGAATTCT TAGTCAAAAA 
TCATCTACGA AGGCATATGA AGATAAAGAG AAACAACTTG CAGGTGGTGA ATTTTTGATT 
TCTGCTAAAG AAAACGTGCC GAAAAACAAT GCACTGAAGC AAGAGAACGC TGAGGTTGAA 
CTGATGAATA ATGCCAAAAA TCCCTTAGCC CAAATCGACG GTGAGATGAA AAGCTTTGGC 
AAAGAAACAG AGAATAATGA CATGCAATCC ACGAATGAAA AATCGAAACT AGAGAATGAA 
ACGAATAAAA TCGTTTCACA AGGTAATCCT GAGCCTAATA GCGACTCATT TTCAAATTCG 
CCGAATGAAG AAGATCACAA CACGATGCTA TTTCCAGGAA ATTCTGGGGA GATAACGACA 
AAAAATTTTG AAATCAACGG AGTTGTACAA TCGCTAGGCT CCTGCATCAA GCCACCAGAA 
GTACAAAATG ATTCTGGTTA CTTGGGAAGA ATTGCTCCAC GAAATCCAAC TGCAGCTGTT 
GAGTCTTTCG GGGATCTTGT CGATTCCGAT CTCTACTACA TCGGAGACGG TGTAAGGCTA 
CCATTGACCA TAAAGCGGTT GCAGGATGGA TCCTTTGCTC TGAGCATATC GGAGAAAATT 
TGTCAACAAT GGGCGAAGGA GAAATGCCCC TGCTGCGTCC CGCGGGAGGG AAAAATTCTA 
CAGGAAAAAC ACTGGGATGA TAAAAACTTG GATTCACTAA TGAAAACCAG CCGGAGCAGC 
CTCAGTCGAA GAGGAATTTC AGCTGATCAA AAATCAAAAA GTGATGAAAT GGAGCTTGAG 
GATAATCCGG ATATCGCGAA AGGTACGCAA CTTCCCAAGA AAAGGAGTAT CAGGTCGATA 
ACTATGCCGG TTGACGAGTT CGCTCAATTA TATAATTTGA ATTTAAATTT GGAGGATTAC 
AACGTGGAAT CAACGGCGAT TGAATCCACT CGGAGACACA AACTGACCGA AAGATCTAAG 
ATGGAGAACG ACAATCAAGC GCAGAGCAGC GATTTGGTCC AGAAAATTGT ATCGATAAAC 
GAGGTGCCTG AGAATGAGAA GGTCGGCGTA TTGTTGTCGA CTTTGCAAGA CTTGATTGCA 
ACAGAGCCGA CGGAAATATC TGAGGTTGTG GATAAGCTCG AGGAAAATAT AGCGAAGGAA 
AAATTCAGGG GCGAATTAGG AGGGGATAAC GGAGAGGAAG ATGCTTCCGG GGATGAAGCG 
AAGCGATTAT ACGATTACCA GAAGAACAAT CCTGTTCTGG AAAGAATAAG AATTATAAAG 
CAGCTGCAGA TGGGTAAGGC AAGATGTGAA CACAAGTACC AAAAGGACTG CGACTACGCG 
ATTACCCAGA AAACTGAACT CCTTACGACA ATACTGCGAT GGCTTAAGGA GTTGTTGCTC 
ACAAGTCAGA TTGAATGA

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

RefSeq	XP_015520541.1
CDS	1..6378
Translation	MVKTVTFSLLYCLSFYICRISCDLNEISWPSVSEASNSGSTEIEIKHSLFDDPSKRTVAVVLPLDEEKPQVENHQKKKRCRKNRRHRKMKLRLDLNDATDNNRDNLVQTRYRKKISSAEMEGQQVPSIRSDFHENTKRRIDGSKEFQDIDESLENPFMRISENRGSHRSNNEEAEIGSFEKNDEDVILRRIRNHIINPGNYKVLALVGKKDDYSPPQNPKKYICYCREDDCSGKDCQPEIYKPCLGSRKNSRPTPMNNCGFNKVRNYSPSNAKHDNKNYVQTLAKVNVENSGMNHKILQEVENNKNDFSKETNSNQNIQAQKSTVNLDQQDQLSVKNSQRLATSTQQSVSQIRTPNNNQWLRPVLGIKGSPIQSGSQGSSQEFSRTQSDATLSWLPFLKDQSTKGKNEDGVLMAHVQVPLQKSRTVQLPSVKEPVPSVEKPFGYLENPESYVISYGDSTTMESSTEKYQQSEENRGYDSNVESNVGLPVSSEEYSSDKFDASTEGNLYLQVDDDPESDEVTKASVPLNHRVSLPHPENHDDDIYLLGDSTEELTGHKEFGNTPQKYELPLTMSKDDEYQPETDQLHHKMSGFGTLRPGYNPLPPGSFVHEFRRPYNGYGSYVVSPNTQPSWKDRSGYLTTEIPFRAQLERPAIARSGWNGCNVYPTAQLWPYKGTMQSPNNYYGIGIGGPALRNFGYYGNPHAGKPMEDKSHLYYSPMMKTGNGGSGLAQQRRPAANDNRDDYSDIQVVTNGYFTSKTYDDVEDVGGNDDQETGNAQAKFESNVDRVHHLTQQGFAYPTSNLYNGYEPANDWKAQKENFAVFDGENSRYLESVEDDDEMENPSAVSAEANTPIVDEDLNILAVTEESSSEESSPSEDFTGENQSKGVSMDSAVHQSLDLLKKGNTSRVETVGGRKIGIWGTSDSLEAIELNAESWNEQYGTIRPEENISSDSLEVSEEKTSELIENGSRGLESKYADSKNDNGEEVGSYYKADCHYPTSSLSDKKYSENIVSAENEGNAEQQDVSNLSPPIIIEPIVAIETSPTKYFSPNDRVLEYIKNHGQNLLQHSDPSSLDQQDAVNQGDHMGQTNETKDQETFVQNPQYVGEYSQMSTSENTNSEEVTDEKSENLERIFTQPNIPEIDEIDEDSGDSTERFDADAENESEEKSVMTSEYVQRPGKYGVQDKISPTDLSSLKNEASEDLSRSYEDCTVESVISEVLGETRYPDSYISESMDESTECSQLEDSVSNDHLDMENYGSESMVKNSKENIQQYGTVEAGRGKNLNSYNIGSHDYNDENLQKENARTQEASVNLVMNEYRKNNDESNAESNYKPTTETYADNKRLLVGEFLNPSTEKIVQEVNSRTEMKPEDHDAVEDNGMQLTVQSSKLEDKTDGKWDTAQHRVDYGDGKYSSSLEDDNDYGYENLREDSNTRKYSEKLGAVSLVANEGEDRNEMSTAASVKTTPSVSCSCRVPEGEITTEAYRNNEKLSLSEVLEPTVEKDVQDTESMNTHKISDDKANSNSQVPSRKSTTEAYEESRKLLLGEFVDPPTRKDVSEEESLNAYSGKYGESNFGNNPTPGMSGKVNGFVGIQSTTKNSKIDHEVNRNAGKYHDYRTSGQYSSSWKNSGELQSAPSLTTDKYSKHNKKSNVANSAFRILSQKSSTKAYEDKEKQLAGGEFLISAKENVPKNNALKQENAEVELMNNAKNPLAQIDGEMKSFGKETENNDMQSTNEKSKLENETNKIVSQGNPEPNSDSFSNSPNEEDHNTMLFPGNSGEITTKNFEINGVVQSLGSCIKPPEVQNDSGYLGRIAPRNPTAAVESFGDLVDSDLYYIGDGVRLPLTIKRLQDGSFALSISEKICQQWAKEKCPCCVPREGKILQEKHWDDKNLDSLMKTSRSSLSRRGISADQKSKSDEMELEDNPDIAKGTQLPKKRSIRSITMPVDEFAQLYNLNLNLEDYNVESTAIESTRRHKLTERSKMENDNQAQSSDLVQKIVSINEVPENEKVGVLLSTLQDLIATEPTEISEVVDKLEENIAKEKFRGELGGDNGEEDASGDEAKRLYDYQKNNPVLERIRIIKQLQMGKARCEHKYQKDCDYAITQKTELLTTILRWLKELLLTSQIE

Target ORF information:

RefSeq Version	XM_015665055.1
Organism	Neodiprion lecontei(redheaded pine sawfly)
Definition	Neodiprion lecontei uncharacterized LOC107224841 (LOC107224841), mRNA.

Target ORF information:

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

XM_015665055.1

ORF Insert Sequence:

ATGGTTAAAA CTGTTACATT TTCGCTGCTT TACTGCTTAA GCTTTTACAT TTGCAGAATC 
AGCTGTGACC TCAATGAAAT TTCATGGCCG TCGGTCAGCG AAGCGTCGAA TTCAGGATCT 
ACGGAGATCG AGATTAAGCA CAGCTTATTT GACGACCCTT CGAAGAGAAC TGTGGCAGTA 
GTATTACCCT TGGACGAAGA GAAACCCCAG GTAGAAAATC ATCAGAAGAA GAAACGATGT 
CGGAAAAACC GCCGGCACAG AAAAATGAAG CTGCGACTCG ACCTAAACGA TGCAACGGAC 
AATAACAGAG ATAATTTAGT GCAGACCAGA TACAGAAAGA AGATCTCATC CGCAGAGATG 
GAAGGCCAGC AGGTTCCATC GATTCGCAGC GATTTCCATG AGAACACGAA ACGGCGCATC 
GACGGGTCTA AGGAATTTCA GGACATCGAC GAGAGCTTGG AAAATCCGTT CATGAGAATA 
TCGGAAAATC GGGGGTCTCA CAGATCGAAC AACGAGGAAG CGGAGATCGG TAGCTTCGAA 
AAAAATGACG AAGACGTTAT TTTGAGACGG ATCAGGAATC ATATAATCAA CCCTGGCAAC 
TACAAAGTCC TGGCCCTGGT CGGCAAAAAG GACGATTATT CACCGCCTCA GAATCCGAAG 
AAATACATTT GCTACTGCAG AGAAGATGAC TGCTCAGGTA AGGACTGCCA ACCTGAGATT 
TACAAGCCCT GTTTAGGGTC GAGAAAAAAT TCTAGACCCA CACCTATGAA CAATTGTGGC 
TTTAATAAGG TTAGAAATTA CTCGCCGTCG AATGCCAAAC ACGATAACAA GAACTACGTT 
CAAACACTGG CAAAAGTCAA CGTCGAAAAC AGTGGAATGA ACCACAAAAT CTTGCAAGAA 
GTGGAGAATA ATAAGAACGA TTTCTCAAAG GAAACCAATT CCAATCAAAA TATCCAGGCG 
CAAAAATCCA CCGTGAATTT AGACCAACAG GACCAATTAT CAGTCAAAAA TTCTCAACGA 
CTTGCAACTT CGACGCAGCA AAGTGTCAGC CAGATTCGCA CTCCGAACAA CAATCAGTGG 
CTGCGTCCAG TCCTTGGAAT CAAAGGATCA CCGATACAGT CTGGTAGTCA AGGATCCTCT 
CAAGAATTCA GTAGAACACA ATCGGACGCA ACCTTGAGTT GGCTTCCGTT TTTGAAGGAT 
CAATCTACCA AGGGCAAGAA CGAAGATGGA GTGCTGATGG CTCATGTTCA GGTACCTCTT 
CAGAAAAGTC GCACTGTTCA ACTTCCGTCC GTTAAAGAGC CGGTGCCGAG CGTCGAGAAG 
CCTTTCGGTT ACCTGGAAAA CCCTGAATCT TATGTGATCT CATATGGAGA TTCGACGACG 
ATGGAATCAA GCACCGAGAA ATATCAGCAA TCGGAAGAGA ATCGAGGCTA TGACTCGAAC 
GTGGAATCCA ATGTCGGCTT GCCCGTTAGT TCGGAGGAAT ATTCATCGGA CAAATTCGAT 
GCTTCTACGG AGGGAAACCT GTATCTGCAA GTAGACGATG ACCCAGAATC AGACGAAGTC 
ACCAAAGCCT CGGTCCCGCT GAATCATCGT GTGAGTCTTC CTCACCCTGA AAATCACGAC 
GACGATATTT ACTTGCTCGG AGATTCGACG GAGGAATTAA CTGGTCACAA AGAATTCGGC 
AATACTCCTC AGAAGTATGA ACTTCCTCTG ACGATGTCAA AGGACGACGA ATATCAACCG 
GAAACAGATC AATTACACCA CAAAATGTCT GGCTTCGGAA CTCTGCGACC AGGATACAAT 
CCTCTGCCAC CAGGAAGTTT CGTTCACGAA TTTCGAAGAC CTTATAACGG TTACGGAAGT 
TATGTGGTGA GTCCAAATAC GCAACCCAGC TGGAAAGATC GCTCGGGTTA CTTGACCACT 
GAAATTCCTT TTCGAGCACA GCTGGAACGA CCTGCGATCG CAAGATCCGG CTGGAATGGA 
TGCAACGTTT ATCCGACTGC TCAGCTTTGG CCGTACAAAG GGACGATGCA GTCTCCGAAT 
AATTACTACG GAATCGGAAT AGGCGGTCCC GCATTGCGAA ATTTTGGATA TTACGGAAAT 
CCGCATGCGG GAAAGCCGAT GGAGGATAAA AGTCACTTGT ATTATTCACC GATGATGAAG 
ACAGGCAATG GAGGTTCAGG GTTGGCTCAA CAACGACGTC CCGCGGCTAA TGACAACCGC 
GATGATTATT CCGACATACA AGTCGTAACG AACGGATATT TCACTTCGAA AACATACGAT 
GACGTGGAAG ATGTCGGTGG CAACGACGAT CAGGAAACGG GAAACGCGCA GGCGAAATTC 
GAGAGTAACG TTGACCGGGT ACATCACCTC ACTCAACAAG GCTTCGCTTA TCCCACTTCG 
AATTTATACA ATGGATACGA ACCAGCGAAT GATTGGAAAG CACAGAAAGA AAATTTCGCG 
GTCTTCGATG GAGAAAATTC GCGGTATCTT GAATCAGTGG AAGATGACGA TGAAATGGAA 
AATCCTTCCG CAGTTTCTGC TGAAGCCAAT ACACCGATCG TCGATGAGGA TCTGAACATT 
TTAGCCGTAA CTGAGGAAAG TTCTTCGGAG GAATCCTCAC CGAGTGAAGA TTTTACTGGC 
GAAAATCAGT CAAAGGGTGT TTCAATGGAT TCAGCTGTTC ACCAGAGTCT GGATTTACTG 
AAAAAAGGAA ATACGTCTAG GGTTGAAACT GTCGGCGGAA GAAAGATAGG AATATGGGGC 
ACATCGGACT CGTTGGAGGC AATAGAACTA AATGCTGAGT CTTGGAATGA ACAGTATGGA 
ACAATTAGAC CGGAAGAGAA TATCTCATCG GATTCATTGG AAGTCTCGGA GGAGAAAACT 
TCAGAATTAA TTGAAAATGG ATCTCGAGGT CTTGAGTCGA AGTACGCTGA TTCGAAAAAC 
GATAATGGCG AAGAAGTTGG TTCCTATTAC AAGGCAGACT GCCACTACCC AACGTCTTCT 
TTGTCCGATA AAAAGTATTC CGAGAACATT GTATCAGCAG AAAATGAAGG CAACGCTGAG 
CAACAAGACG TATCAAACCT TTCGCCGCCG ATTATCATCG AGCCAATTGT AGCGATCGAA 
ACTTCACCGA CTAAATATTT TTCCCCGAAT GACAGAGTCT TGGAGTACAT AAAAAATCAC 
GGTCAAAATT TATTACAACA TTCTGATCCT TCTAGCCTTG ACCAACAAGA TGCAGTAAAT 
CAAGGAGATC ATATGGGCCA AACAAATGAG ACCAAAGACC AAGAAACGTT TGTTCAAAAT 
CCACAATACG TCGGAGAATA TAGTCAAATG TCGACATCAG AGAATACGAA TAGTGAAGAG 
GTAACCGATG AGAAATCGGA AAATCTAGAG AGAATATTTA CTCAGCCGAA TATACCGGAA 
ATTGATGAAA TCGATGAAGA TTCCGGTGAT TCTACGGAGC GATTTGACGC TGATGCGGAA 
AATGAATCTG AGGAAAAATC TGTAATGACT TCGGAATATG TCCAGAGACC GGGAAAATAT 
GGTGTACAGG ATAAAATTAG TCCGACCGAC TTATCATCTC TGAAAAATGA GGCGTCTGAG 
GATTTATCTC GAAGTTACGA AGATTGCACA GTGGAATCTG TGATTTCCGA AGTTTTAGGA 
GAAACCCGAT ATCCTGATAG TTACATATCC GAATCAATGG ATGAATCAAC AGAGTGCTCG 
CAGCTAGAAG ATTCAGTTTC AAATGATCAT CTAGACATGG AGAACTATGG ATCCGAATCT 
ATGGTTAAAA ATTCTAAAGA AAACATTCAA CAATATGGAA CTGTAGAGGC TGGAAGAGGA 
AAGAATTTAA ATTCCTATAA CATTGGCAGT CACGATTATA ATGATGAAAA TTTGCAAAAA 
GAGAATGCGA GAACTCAAGA AGCGTCAGTT AATTTAGTTA TGAATGAATA CCGGAAGAAT 
AATGATGAAA GCAATGCAGA ATCCAATTAC AAACCAACCA CGGAGACTTA CGCAGACAAC 
AAAAGACTTC TGGTTGGCGA ATTTCTGAAT CCTTCTACTG AGAAAATCGT GCAAGAAGTC 
AACAGCCGGA CAGAAATGAA ACCTGAGGAT CACGATGCTG TGGAAGACAA CGGAATGCAG 
TTAACGGTTC AAAGTTCGAA ACTAGAGGAT AAAACGGATG GAAAATGGGA CACCGCGCAA 
CACAGAGTCG ATTATGGGGA CGGAAAATAT TCAAGTTCAC TTGAAGATGA TAATGATTAC 
GGATACGAGA ATTTACGAGA AGATTCAAAT ACTCGGAAAT ATTCGGAGAA ATTAGGAGCA 
GTGAGTTTGG TTGCAAATGA GGGAGAGGAT CGTAACGAAA TGAGTACCGC AGCATCGGTG 
AAGACTACAC CATCTGTATC ATGTAGTTGC AGAGTTCCCG AGGGTGAAAT CACTACGGAG 
GCTTACAGAA ATAACGAAAA ACTTTCGTTA AGTGAAGTCC TGGAACCTAC TGTTGAGAAA 
GACGTGCAGG ATACAGAATC AATGAACACA CATAAGATAA GCGATGACAA GGCCAACAGC 
AATTCCCAAG TACCTAGTCG AAAATCAACA ACAGAAGCTT ACGAAGAGAG TAGGAAACTC 
CTGCTTGGTG AATTCGTGGA TCCTCCTACT AGAAAAGACG TTTCAGAAGA AGAATCATTG 
AATGCGTACA GTGGCAAGTA TGGGGAATCA AATTTTGGCA ATAATCCGAC ACCTGGAATG 
AGTGGGAAGG TCAACGGCTT CGTTGGAATT CAATCTACGA CAAAAAATTC TAAAATAGAT 
CACGAGGTAA ATCGAAATGC GGGTAAATAT CACGATTATA GAACATCAGG GCAATATTCG 
AGTTCTTGGA AAAATTCGGG AGAGTTGCAG AGTGCGCCAA GTTTGACTAC CGATAAATAC 
TCGAAGCATA ATAAGAAAAG TAATGTGGCA AACTCTGCTT TTCGAATTCT TAGTCAAAAA 
TCATCTACGA AGGCATATGA AGATAAAGAG AAACAACTTG CAGGTGGTGA ATTTTTGATT 
TCTGCTAAAG AAAACGTGCC GAAAAACAAT GCACTGAAGC AAGAGAACGC TGAGGTTGAA 
CTGATGAATA ATGCCAAAAA TCCCTTAGCC CAAATCGACG GTGAGATGAA AAGCTTTGGC 
AAAGAAACAG AGAATAATGA CATGCAATCC ACGAATGAAA AATCGAAACT AGAGAATGAA 
ACGAATAAAA TCGTTTCACA AGGTAATCCT GAGCCTAATA GCGACTCATT TTCAAATTCG 
CCGAATGAAG AAGATCACAA CACGATGCTA TTTCCAGGAA ATTCTGGGGA GATAACGACA 
AAAAATTTTG AAATCAACGG AGTTGTACAA TCGCTAGGCT CCTGCATCAA GCCACCAGAA 
GTACAAAATG ATTCTGGTTA CTTGGGAAGA ATTGCTCCAC GAAATCCAAC TGCAGCTGTT 
GAGTCTTTCG GGGATCTTGT CGATTCCGAT CTCTACTACA TCGGAGACGG TGTAAGGCTA 
CCATTGACCA TAAAGCGGTT GCAGGATGGA TCCTTTGCTC TGAGCATATC GGAGAAAATT 
TGTCAACAAT GGGCGAAGGA GAAATGCCCC TGCTGCGTCC CGCGGGAGGG AAAAATTCTA 
CAGGAAAAAC ACTGGGATGA TAAAAACTTG GATTCACTAA TGAAAACCAG CCGGAGCAGC 
CTCAGTCGAA GAGGAATTTC AGCTGATCAA AAATCAAAAA GTGATGAAAT GGAGCTTGAG 
GATAATCCGG ATATCGCGAA AGGTACGCAA CTTCCCAAGA AAAGGAGTAT CAGGTCGATA 
ACTATGCCGG TTGACGAGTT CGCTCAATTA TATAATTTGA ATTTAAATTT GGAGGATTAC 
AACGTGGAAT CAACGGCGAT TGAATCCACT CGGAGACACA AACTGACCGA AAGATCTAAG 
ATGGAGAACG ACAATCAAGC GCAGAGCAGC GATTTGGTCC AGAAAATTGT ATCGATAAAC 
GAGGTGCCTG AGAATGAGAA GGTCGGCGTA TTGTTGTCGA CTTTGCAAGA CTTGATTGCA 
ACAGAGCCGA CGGAAATATC TGAGGTTGTG GATAAGCTCG AGGAAAATAT AGCGAAGGAA 
AAATTCAGGG GCGAATTAGG AGGGGATAAC GGAGAGGAAG ATGCTTCCGG GGATGAAGCG 
AAGCGATTAT ACGATTACCA GAAGAACAAT CCTGTTCTGG AAAGAATAAG AATTATAAAG 
CAGCTGCAGA TGGGTAAGGC AAGATGTGAA CACAAGTACC AAAAGGACTG CGACTACGCG 
ATTACCCAGA AAACTGAACT CCTTACGACA ATACTGCGAT GGCTTAAGGA GTTGTTGCTC 
ACAAGTCAGA TTGAATGA