LOC107225518 cDNA ORF clone, Neodiprion lecontei(redheaded pine sawfly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107225518
Entrez Gene ID	107225518
Full Name	zinc finger MYM-type protein 3
Gene Type	protein-coding
Organism	Neodiprion lecontei(redheaded pine sawfly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_015666017.1	XP_015521503.1	zinc finger MYM-type protein 3

Pathways from BioSystems
Gene Ontology

The following LOC107225518 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107225518 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
ONe23100	XM_015666017.1 Latest version!	Neodiprion lecontei zinc finger MYM-type protein 3 (LOC107225518), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

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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)

LOC107225518 ( XM_015666017.1 ) cDNA ORF clone, Neodiprion lecontei(redheaded pine sawfly) -> XP_015521503.1 Neodiprion lecontei zinc finger MYM-type protein 3 (LOC107225518), mRNA.

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CloneID	ONe23100
Clone ID Related Accession (Same CDS sequence)	XM_015666017.1
Accession Version	XM_015666017.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4977bp) 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	zinc finger MYM-type protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015385185.1) 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##

ATGGAGCAAG ACACAGAAGC CGTCTCAGCG ACTGACGACT CGATTGTTCC TAGTTCTACG 
GAAGCTCAAC CAGAAGCCGG GGCATATGTA ATGGATGAAA ATGCCGAAAC ACCCGAAAAA 
GATGGTCTTA CAGGCTTGGA AACAACTCTA GCAGTGGTTG ACGATAAAAA CGAAGACCCC 
GTACCCCCTA AAAGCTGTGA GACAAATCTA GAAGATACTC CTAAATCTGA TGCAGATACA 
GCGTCTGTTC CTAAGCTAGT TGACTCGATA GAAGACAATA GAGTGATTAA GTCATCTACT 
GTAACTGACC TAGCGTTCCA CAAGAATGTT GAATCTAACG AAAATTCCCT TAGCTTAAAT 
CCTCTTGACT CGGAATGGAA AGATACTGAT GTATCTATGA CAAGTGTGAG TGAAAATCCA 
ACCTCTGAGG CAGAAGAATC TACTATAGTT TGCAAATCTC CAAATTTAGA AAAACCTTCA 
AAGCCAGAGA AGAGAAACTT GGACACAGTA GAGGAGAGTT CAAAACTACA GTCTCCTGAA 
AAATCAGATA ATCCTGACGT AGAAAAGGCT TTAGATATTT GTGCTGACGA CACAGCGATG 
GAAGAAAAAC CTGACTCCAA AAAGTGTATG GACAATATAG AGGATAGTTC AAAACCTCCA 
TCCCCTCAAA AATCTGACCA TTCTGATGTA GAAAAGGCTT TAGATACTTG TGCTGATGAT 
CCAGAGATGG AAAAAGAACC TAATTCTGAA AAGTGTGTAG AGGTAGATAT AACAAAACAA 
AAGGTATCTG AGCCTGAAGA ATCACTTTGG AATTTGAAAG TTGGCGGGGG TGTCGAGGCT 
GAAAAAAAAC CTGAAGCTAG TGAAAGTGCT GTGGAATATG ATACAAAAAA ATTTGACTCG 
TTAAATTCAG AATCTAGTCT CGATGGCCAG GAGAAAGATG CACTGGTAGA AAAGAATGTG 
TCTGTCATAG AGCCTGAGAA TACAGAGTTT GTGCAAATAT CGCAAGAGGA TAAGCACGAC 
GAGTCTCACA TAGAAAATCA GTCCATAGAT AATGCGGAAG ATCCATTCGG CGGTGACAAT 
GAGAACTCGG AACATCCAGA CGACGATCAT ATGGAGGCTG ATAATCTTGA TGGGGAAATT 
GCTGACCTTC AGAAGCTTGG AGACCAGGCT GATAACCTCC AGGATGTAGT TAAAGCTAAG 
GACAACTTTC AGCCAGACAA ATCTAAAGAT GATTTGAGCA ATGAAATACT GAGTAAAGCT 
GACAGTGGTG ACTCTGTGGC AGATGTTATT TCCGATAAAA CTGTTGACGA AATTGTAAAA 
GTGCAGAAGT TAGTTACGAC TCCTTCGATT GAGAGTGAGG ACAAATCGGA GGAGAACAAC 
AAAGAGGCTG TTGAAGAACG AGATACTGGA GAAGCAGCTG AAGGAAAAGA AAGCCCCGGA 
GATGATGAGA TCCAAAAAGA TGGTAAAGAA GGAGAGAAAC TTTTGGCTAA GGCGAGCCTT 
CCACCTTTAG GGGCCGAAGA CATATCATCT GATGTTCTTC CTGGGCAGGA TGATGAACTA 
TGTATTATTC CTGATAGTAT GAAGGTCATT TTGCCTGGAG GAACAGCAGA GAAGACTAGC 
GAAGGCGTAG AGAGTCAGAA AAAGCCGGAG GAAGAATCGG TAGAGAACAA TGCGGTAGAT 
TCGGAAAAAA TTATGGATGA CGATCAAAGT CTGACTATTG TGAAAAAACC GGTTGTAACC 
AAGGCGATAT CTGGACAGTT GGTTCCAAAG AAGGGAAGAA TTGTGACCGT TAAGTCGAAG 
GGTGGCAAGC CTTCTTCTGC TGATGTTATA AACCTAGATG ACGATCCACA AAATTCAGAG 
TCTGAGGGAA GTAAGCAGAA AGAGAAGTGT AAACAATGCA ATAAAGAGCA GTCGTGCAAA 
ATAAAGGTGA AGATAGGCAC AGAGTGCTTC AATGTTTGCT CAAAGGAATG TAGGAATTCA 
TTTAAGGCAG CTAATAACAA AGCAACCGAT ATTCCGAGCG ATGGAGTTAA CTCAAAACGG 
GAAAAGAGAT GCGCAGGGTG TCTCTTGATC GTCGATGCGA ATGACGAGAA AAATCTTTCC 
TGGGAGACAA TGGAATTCTG CAATGAGGAA TGCCTGGGCA AATTCCAAAC CAAATACGGA 
AGCTATTGTA GGAATTGCAA TGGCTCCGTC CAGGCGGTCA GCCTAGGAAA GTACTGTGTA 
CGCTTTGGGT ATGACGTCAG ACAGTTCTGC TGCTCAACAT GCTTAGAGGA ATTCAAAAAA 
GGATTAAAGG TATGCAGCTA CTGTCAGAAG GATATCAGTT CTGGTACAGA AGGATTTTTA 
GCTCCTGTGG GGGATAAAGG ACAGTTTAAA GACTTCTGCA CTCAGGATTG CATGGAGAAA 
TATTCCAGAA TGAGCTCCAG TGAACCTCCG GCATCAGTGA AAAAGTCTTG CAGTGTTTGC 
CAACTGGAAA AAATTGTCCA CTGCGAAGTA CAAATTGATG GAGGGACTCC AGCAGCCATA 
TGCAGTGATC CTTGTTTTGC AGCATTTAAA TTTGTGAACA AGGTTGACCC AGATCAATGT 
TCGACGTGTA AAAAATTCTT CCAGTTGTTG AGTAAAAAGA ATTTTGTTGT CTTCTATGAA 
GGAGAGGCGC ACATGTTCTG TAACAAGACA TGCCTCAACG TTTTCATAAT AACTAACAGA 
AAAATTGTAC CGTGCAACTG GTGCAAAGTT AAGAAGTACA ATTTCGATAT GATAAAGAAG 
GAACTTAAAT CTGGACAATT AATGATGATG TGCAGTTTGA ATTGTCTCAC CCTTTATCAA 
GTTTCCATTA ACGCTGTATC CGCAAGGAGA ATAAACTGTG ACTTTTGTAA AGAGTTTTCA 
CAAGCTCAAT ACCATCTCAC GATGTCAGAC GCAACAATAC GAAATTTCTG CTCCTACAAA 
TGCGTGATGA ACTTTCAAAG CCAGTACACG AAATCTCCGA TCACCATTCC ATCCAGCGAC 
GATCCGGTAC CAACTGGAAA TCCTAAAAGA TCAATCGCCC AGCAGCGATC GGTTGTACAA 
CCTAGTCAAA AGCAGCCACC TGACCTTCAG ACCAAAAGCT TGCCAATTAT TTCCTCTGTT 
ACAAGTCTTG CCTCAATTGC AAACGGGCAA ACTTGCAGCC CGACTACACA GCAGAACCAG 
ACCAACAATA TAGGCACAAA TGTCTCTGTC CAGAGTCAGC CACCTCAAGT CCTTTACACG 
CAACAAATCA TAAGTAGACC TGCTAGTCCA ACAAAGGTCC ACAACAAAGT AACCCAATGC 
AAGCCGCTGA TGCACACAAA GGGCGTTTCT GTCCGACCTC ACCCCTGCAC AAAGTCAACG 
CAAACCGATG ACACACCACA GATTTTGATA CCAATCCCTG TTCCTATTTA CGTTCCGTTT 
CCGATGCACA TGTACAGCAT GCCATTTCCC GTACCTTTTC CATTTCCTCT ACCCATTCCA 
GTTCCAATAT TTATTCCCAC TACTAGAAAT AGCGCCAAAG GCATATTCAA GGAGATAAAG 
AGAATACAGG AGAAGATACC CGCAGATCCG TTTGAGGCAG AGCTACTGAT GATGGCGGAA 
ATGGTTGCAA CTGAGAAAAA ACGCAACGAG AGTGATTCAG ATTCCGAGGA CGATAACAGA 
GACGACGTAG CCGATGTACC TGCCAACTCG ACTAGCGATG GTTTCAGTCC TGACGGTGTA 
GATTCGAGCC ATGCTTTTGG AGATGATATG CTTCAAATGG CATTAAAAAT GGCTACTGGA 
GAGCTGGACG AGCCTGCAGT TGATCTTGAA GCTGCGTTGA CCCCAAATAC AATAACTGCT 
ACACAGGCTC CTCCCCAGCA AGATTCTACA ATAGACGGAG ATGTTCAACC TGAGAGACTG 
ATAACTTCAA CTCGCGGCCG GAAACGCATG GTTCCCTATA AACCACGCTC TACGCCAAGT 
AAACGTGGTA GAAGAGTGTC TGGGACAAAT GATATACCCC TAATGCCTCC TCCGGAGCCG 
CAGCTGCCCC CGCAACCAAG AATCATGGAA CCCATAGAAA AACCAGATGC CAACATGGCT 
CTAAAATACA CTTTTGGAGT CAATGCTTGG AGGCAATGGG TGGTAGGCAA GAATGCTGAA 
TTAGAGAAGC AAAGTACGCC TGCAAGGAGA GTGAAATTAT TTAAAACTGA TCTATTACAA 
TTGACGGCTG ATGAGTTAAA TTACTCGTTA TGTTTGTTTG TAAAAGAAGT GAGAAAACCG 
AACGGCGCTG AATACGCACC TGATACTATA TACTATTTAT GCCTAGGTAT ACAACAATAT 
CTATTTGAAA ATAATCGAAT AGACAACATA TTTACCGATT CTTACTACGA AAAGTTCACA 
GAATGCTTGA ACGACGTTGC TAAGAAATTC TCTGTGTTAT ACAATGACGC TCAATACATT 
GTAACTAGAG TTGAGGAAGA ACATCTATGG GAAAGTAAAC AGTTGGGAGC TCATTCCCCT 
CACGTACTAC TTAGCACACT AATGTTCTTT AATACGAAGC ACTTCAATCT GGTGACCGTA 
GATGAGCACA TGCAGCTATC GTTTTCACAC ATAATGAAAC ACTGGAAGCG AAATCCTGCT 
GCTCAGCCTG CGGCAGTTGC CGGAAAAGCT CCCGGCTCGC GTAACGTCTT GTTACGTTTT 
TATCCCCCAC AATCTGCCTT GGAAGCGAAT TCAAGGAAGA AAAAGGTTTA CGAGCAACAA 
GAAAACGAAG ACAATCCATT AAGATGTCCT GTCAAACTTT ACGAGTTCTA CTTATCAAAA 
TGCCCAGAGA GCGTAAAAAC CCGGAACGAC GTGTTTTACT TGCTGCCAGA GAGAAGCTGC 
GTACCAGACA GTCCAGTGTG GTATTCAACG TCTGCTCTAG CAAAGGAGCA CTTAATCAAG 
ATGCTTTACC GGGTAAAGAT GGTAAAAGAA ATCAACGTGG CTTTGTTGAC CAGTTAA

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

RefSeq	XP_015521503.1
CDS	188..5164
Translation	MEQDTEAVSATDDSIVPSSTEAQPEAGAYVMDENAETPEKDGLTGLETTLAVVDDKNEDPVPPKSCETNLEDTPKSDADTASVPKLVDSIEDNRVIKSSTVTDLAFHKNVESNENSLSLNPLDSEWKDTDVSMTSVSENPTSEAEESTIVCKSPNLEKPSKPEKRNLDTVEESSKLQSPEKSDNPDVEKALDICADDTAMEEKPDSKKCMDNIEDSSKPPSPQKSDHSDVEKALDTCADDPEMEKEPNSEKCVEVDITKQKVSEPEESLWNLKVGGGVEAEKKPEASESAVEYDTKKFDSLNSESSLDGQEKDALVEKNVSVIEPENTEFVQISQEDKHDESHIENQSIDNAEDPFGGDNENSEHPDDDHMEADNLDGEIADLQKLGDQADNLQDVVKAKDNFQPDKSKDDLSNEILSKADSGDSVADVISDKTVDEIVKVQKLVTTPSIESEDKSEENNKEAVEERDTGEAAEGKESPGDDEIQKDGKEGEKLLAKASLPPLGAEDISSDVLPGQDDELCIIPDSMKVILPGGTAEKTSEGVESQKKPEEESVENNAVDSEKIMDDDQSLTIVKKPVVTKAISGQLVPKKGRIVTVKSKGGKPSSADVINLDDDPQNSESEGSKQKEKCKQCNKEQSCKIKVKIGTECFNVCSKECRNSFKAANNKATDIPSDGVNSKREKRCAGCLLIVDANDEKNLSWETMEFCNEECLGKFQTKYGSYCRNCNGSVQAVSLGKYCVRFGYDVRQFCCSTCLEEFKKGLKVCSYCQKDISSGTEGFLAPVGDKGQFKDFCTQDCMEKYSRMSSSEPPASVKKSCSVCQLEKIVHCEVQIDGGTPAAICSDPCFAAFKFVNKVDPDQCSTCKKFFQLLSKKNFVVFYEGEAHMFCNKTCLNVFIITNRKIVPCNWCKVKKYNFDMIKKELKSGQLMMMCSLNCLTLYQVSINAVSARRINCDFCKEFSQAQYHLTMSDATIRNFCSYKCVMNFQSQYTKSPITIPSSDDPVPTGNPKRSIAQQRSVVQPSQKQPPDLQTKSLPIISSVTSLASIANGQTCSPTTQQNQTNNIGTNVSVQSQPPQVLYTQQIISRPASPTKVHNKVTQCKPLMHTKGVSVRPHPCTKSTQTDDTPQILIPIPVPIYVPFPMHMYSMPFPVPFPFPLPIPVPIFIPTTRNSAKGIFKEIKRIQEKIPADPFEAELLMMAEMVATEKKRNESDSDSEDDNRDDVADVPANSTSDGFSPDGVDSSHAFGDDMLQMALKMATGELDEPAVDLEAALTPNTITATQAPPQQDSTIDGDVQPERLITSTRGRKRMVPYKPRSTPSKRGRRVSGTNDIPLMPPPEPQLPPQPRIMEPIEKPDANMALKYTFGVNAWRQWVVGKNAELEKQSTPARRVKLFKTDLLQLTADELNYSLCLFVKEVRKPNGAEYAPDTIYYLCLGIQQYLFENNRIDNIFTDSYYEKFTECLNDVAKKFSVLYNDAQYIVTRVEEEHLWESKQLGAHSPHVLLSTLMFFNTKHFNLVTVDEHMQLSFSHIMKHWKRNPAAQPAAVAGKAPGSRNVLLRFYPPQSALEANSRKKKVYEQQENEDNPLRCPVKLYEFYLSKCPESVKTRNDVFYLLPERSCVPDSPVWYSTSALAKEHLIKMLYRVKMVKEINVALLTS

Target ORF information:

RefSeq Version	XM_015666017.1
Organism	Neodiprion lecontei(redheaded pine sawfly)
Definition	Neodiprion lecontei zinc finger MYM-type protein 3 (LOC107225518), mRNA.

Target ORF information:

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

XM_015666017.1

ORF Insert Sequence:

ATGGAGCAAG ACACAGAAGC CGTCTCAGCG ACTGACGACT CGATTGTTCC TAGTTCTACG 
GAAGCTCAAC CAGAAGCCGG GGCATATGTA ATGGATGAAA ATGCCGAAAC ACCCGAAAAA 
GATGGTCTTA CAGGCTTGGA AACAACTCTA GCAGTGGTTG ACGATAAAAA CGAAGACCCC 
GTACCCCCTA AAAGCTGTGA GACAAATCTA GAAGATACTC CTAAATCTGA TGCAGATACA 
GCGTCTGTTC CTAAGCTAGT TGACTCGATA GAAGACAATA GAGTGATTAA GTCATCTACT 
GTAACTGACC TAGCGTTCCA CAAGAATGTT GAATCTAACG AAAATTCCCT TAGCTTAAAT 
CCTCTTGACT CGGAATGGAA AGATACTGAT GTATCTATGA CAAGTGTGAG TGAAAATCCA 
ACCTCTGAGG CAGAAGAATC TACTATAGTT TGCAAATCTC CAAATTTAGA AAAACCTTCA 
AAGCCAGAGA AGAGAAACTT GGACACAGTA GAGGAGAGTT CAAAACTACA GTCTCCTGAA 
AAATCAGATA ATCCTGACGT AGAAAAGGCT TTAGATATTT GTGCTGACGA CACAGCGATG 
GAAGAAAAAC CTGACTCCAA AAAGTGTATG GACAATATAG AGGATAGTTC AAAACCTCCA 
TCCCCTCAAA AATCTGACCA TTCTGATGTA GAAAAGGCTT TAGATACTTG TGCTGATGAT 
CCAGAGATGG AAAAAGAACC TAATTCTGAA AAGTGTGTAG AGGTAGATAT AACAAAACAA 
AAGGTATCTG AGCCTGAAGA ATCACTTTGG AATTTGAAAG TTGGCGGGGG TGTCGAGGCT 
GAAAAAAAAC CTGAAGCTAG TGAAAGTGCT GTGGAATATG ATACAAAAAA ATTTGACTCG 
TTAAATTCAG AATCTAGTCT CGATGGCCAG GAGAAAGATG CACTGGTAGA AAAGAATGTG 
TCTGTCATAG AGCCTGAGAA TACAGAGTTT GTGCAAATAT CGCAAGAGGA TAAGCACGAC 
GAGTCTCACA TAGAAAATCA GTCCATAGAT AATGCGGAAG ATCCATTCGG CGGTGACAAT 
GAGAACTCGG AACATCCAGA CGACGATCAT ATGGAGGCTG ATAATCTTGA TGGGGAAATT 
GCTGACCTTC AGAAGCTTGG AGACCAGGCT GATAACCTCC AGGATGTAGT TAAAGCTAAG 
GACAACTTTC AGCCAGACAA ATCTAAAGAT GATTTGAGCA ATGAAATACT GAGTAAAGCT 
GACAGTGGTG ACTCTGTGGC AGATGTTATT TCCGATAAAA CTGTTGACGA AATTGTAAAA 
GTGCAGAAGT TAGTTACGAC TCCTTCGATT GAGAGTGAGG ACAAATCGGA GGAGAACAAC 
AAAGAGGCTG TTGAAGAACG AGATACTGGA GAAGCAGCTG AAGGAAAAGA AAGCCCCGGA 
GATGATGAGA TCCAAAAAGA TGGTAAAGAA GGAGAGAAAC TTTTGGCTAA GGCGAGCCTT 
CCACCTTTAG GGGCCGAAGA CATATCATCT GATGTTCTTC CTGGGCAGGA TGATGAACTA 
TGTATTATTC CTGATAGTAT GAAGGTCATT TTGCCTGGAG GAACAGCAGA GAAGACTAGC 
GAAGGCGTAG AGAGTCAGAA AAAGCCGGAG GAAGAATCGG TAGAGAACAA TGCGGTAGAT 
TCGGAAAAAA TTATGGATGA CGATCAAAGT CTGACTATTG TGAAAAAACC GGTTGTAACC 
AAGGCGATAT CTGGACAGTT GGTTCCAAAG AAGGGAAGAA TTGTGACCGT TAAGTCGAAG 
GGTGGCAAGC CTTCTTCTGC TGATGTTATA AACCTAGATG ACGATCCACA AAATTCAGAG 
TCTGAGGGAA GTAAGCAGAA AGAGAAGTGT AAACAATGCA ATAAAGAGCA GTCGTGCAAA 
ATAAAGGTGA AGATAGGCAC AGAGTGCTTC AATGTTTGCT CAAAGGAATG TAGGAATTCA 
TTTAAGGCAG CTAATAACAA AGCAACCGAT ATTCCGAGCG ATGGAGTTAA CTCAAAACGG 
GAAAAGAGAT GCGCAGGGTG TCTCTTGATC GTCGATGCGA ATGACGAGAA AAATCTTTCC 
TGGGAGACAA TGGAATTCTG CAATGAGGAA TGCCTGGGCA AATTCCAAAC CAAATACGGA 
AGCTATTGTA GGAATTGCAA TGGCTCCGTC CAGGCGGTCA GCCTAGGAAA GTACTGTGTA 
CGCTTTGGGT ATGACGTCAG ACAGTTCTGC TGCTCAACAT GCTTAGAGGA ATTCAAAAAA 
GGATTAAAGG TATGCAGCTA CTGTCAGAAG GATATCAGTT CTGGTACAGA AGGATTTTTA 
GCTCCTGTGG GGGATAAAGG ACAGTTTAAA GACTTCTGCA CTCAGGATTG CATGGAGAAA 
TATTCCAGAA TGAGCTCCAG TGAACCTCCG GCATCAGTGA AAAAGTCTTG CAGTGTTTGC 
CAACTGGAAA AAATTGTCCA CTGCGAAGTA CAAATTGATG GAGGGACTCC AGCAGCCATA 
TGCAGTGATC CTTGTTTTGC AGCATTTAAA TTTGTGAACA AGGTTGACCC AGATCAATGT 
TCGACGTGTA AAAAATTCTT CCAGTTGTTG AGTAAAAAGA ATTTTGTTGT CTTCTATGAA 
GGAGAGGCGC ACATGTTCTG TAACAAGACA TGCCTCAACG TTTTCATAAT AACTAACAGA 
AAAATTGTAC CGTGCAACTG GTGCAAAGTT AAGAAGTACA ATTTCGATAT GATAAAGAAG 
GAACTTAAAT CTGGACAATT AATGATGATG TGCAGTTTGA ATTGTCTCAC CCTTTATCAA 
GTTTCCATTA ACGCTGTATC CGCAAGGAGA ATAAACTGTG ACTTTTGTAA AGAGTTTTCA 
CAAGCTCAAT ACCATCTCAC GATGTCAGAC GCAACAATAC GAAATTTCTG CTCCTACAAA 
TGCGTGATGA ACTTTCAAAG CCAGTACACG AAATCTCCGA TCACCATTCC ATCCAGCGAC 
GATCCGGTAC CAACTGGAAA TCCTAAAAGA TCAATCGCCC AGCAGCGATC GGTTGTACAA 
CCTAGTCAAA AGCAGCCACC TGACCTTCAG ACCAAAAGCT TGCCAATTAT TTCCTCTGTT 
ACAAGTCTTG CCTCAATTGC AAACGGGCAA ACTTGCAGCC CGACTACACA GCAGAACCAG 
ACCAACAATA TAGGCACAAA TGTCTCTGTC CAGAGTCAGC CACCTCAAGT CCTTTACACG 
CAACAAATCA TAAGTAGACC TGCTAGTCCA ACAAAGGTCC ACAACAAAGT AACCCAATGC 
AAGCCGCTGA TGCACACAAA GGGCGTTTCT GTCCGACCTC ACCCCTGCAC AAAGTCAACG 
CAAACCGATG ACACACCACA GATTTTGATA CCAATCCCTG TTCCTATTTA CGTTCCGTTT 
CCGATGCACA TGTACAGCAT GCCATTTCCC GTACCTTTTC CATTTCCTCT ACCCATTCCA 
GTTCCAATAT TTATTCCCAC TACTAGAAAT AGCGCCAAAG GCATATTCAA GGAGATAAAG 
AGAATACAGG AGAAGATACC CGCAGATCCG TTTGAGGCAG AGCTACTGAT GATGGCGGAA 
ATGGTTGCAA CTGAGAAAAA ACGCAACGAG AGTGATTCAG ATTCCGAGGA CGATAACAGA 
GACGACGTAG CCGATGTACC TGCCAACTCG ACTAGCGATG GTTTCAGTCC TGACGGTGTA 
GATTCGAGCC ATGCTTTTGG AGATGATATG CTTCAAATGG CATTAAAAAT GGCTACTGGA 
GAGCTGGACG AGCCTGCAGT TGATCTTGAA GCTGCGTTGA CCCCAAATAC AATAACTGCT 
ACACAGGCTC CTCCCCAGCA AGATTCTACA ATAGACGGAG ATGTTCAACC TGAGAGACTG 
ATAACTTCAA CTCGCGGCCG GAAACGCATG GTTCCCTATA AACCACGCTC TACGCCAAGT 
AAACGTGGTA GAAGAGTGTC TGGGACAAAT GATATACCCC TAATGCCTCC TCCGGAGCCG 
CAGCTGCCCC CGCAACCAAG AATCATGGAA CCCATAGAAA AACCAGATGC CAACATGGCT 
CTAAAATACA CTTTTGGAGT CAATGCTTGG AGGCAATGGG TGGTAGGCAA GAATGCTGAA 
TTAGAGAAGC AAAGTACGCC TGCAAGGAGA GTGAAATTAT TTAAAACTGA TCTATTACAA 
TTGACGGCTG ATGAGTTAAA TTACTCGTTA TGTTTGTTTG TAAAAGAAGT GAGAAAACCG 
AACGGCGCTG AATACGCACC TGATACTATA TACTATTTAT GCCTAGGTAT ACAACAATAT 
CTATTTGAAA ATAATCGAAT AGACAACATA TTTACCGATT CTTACTACGA AAAGTTCACA 
GAATGCTTGA ACGACGTTGC TAAGAAATTC TCTGTGTTAT ACAATGACGC TCAATACATT 
GTAACTAGAG TTGAGGAAGA ACATCTATGG GAAAGTAAAC AGTTGGGAGC TCATTCCCCT 
CACGTACTAC TTAGCACACT AATGTTCTTT AATACGAAGC ACTTCAATCT GGTGACCGTA 
GATGAGCACA TGCAGCTATC GTTTTCACAC ATAATGAAAC ACTGGAAGCG AAATCCTGCT 
GCTCAGCCTG CGGCAGTTGC CGGAAAAGCT CCCGGCTCGC GTAACGTCTT GTTACGTTTT 
TATCCCCCAC AATCTGCCTT GGAAGCGAAT TCAAGGAAGA AAAAGGTTTA CGAGCAACAA 
GAAAACGAAG ACAATCCATT AAGATGTCCT GTCAAACTTT ACGAGTTCTA CTTATCAAAA 
TGCCCAGAGA GCGTAAAAAC CCGGAACGAC GTGTTTTACT TGCTGCCAGA GAGAAGCTGC 
GTACCAGACA GTCCAGTGTG GTATTCAACG TCTGCTCTAG CAAAGGAGCA CTTAATCAAG 
ATGCTTTACC GGGTAAAGAT GGTAAAAGAA ATCAACGTGG CTTTGTTGAC CAGTTAA