LOC106139084 cDNA ORF clone, Amyelois transitella

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106139084
Entrez Gene ID	106139084
Full Name	spatacsin
Gene Type	protein-coding
Organism	Amyelois transitella

mRNA and Protein(s)

mRNA	Protein	Name
XM_013340442.1	XP_013195896.1	spatacsin

Pathways from BioSystems
Gene Ontology

The following LOC106139084 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106139084 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
OAm68738	XM_013340442.1 Latest version!	Amyelois transitella spatacsin (LOC106139084), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
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)

LOC106139084 ( XM_013340442.1 ) cDNA ORF clone, Amyelois transitella -> XP_013195896.1 Amyelois transitella spatacsin (LOC106139084), mRNA.

Price & Availability↑

CloneID	OAm68738
Clone ID Related Accession (Same CDS sequence)	XM_013340442.1
Accession Version	XM_013340442.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5865bp) 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	2015-08-05
Organism	Amyelois transitella
Product	spatacsin
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013535777.1) 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 :: Amyelois transitella 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##

ATGATGGAGG GCCTGACACA TAATGAGAAG ATCATTTGGT CTTGTTGGGA AGATAAATCC 
CCTAGAGATG TAGTTCGAGA GGCGGCGGCC AAGGGTACTC ATATAAACTT GGCTGTAAAA 
TATTTGATGG CATTTAATTC ATGGACAGAA GTAACTGCAA GGGAGTGGTT CTTAGCTGAG 
GTGAAAGCAT GGACTGTACA ACTTTTGATG AGAAAACAAA TATTCAAAGT ACTGCATATA 
TTGGAAAAAG TTAAATTGAA CCCTGAAGAT CATTTGATGA CTTTAGCTGA AGCTTCTCCT 
GATATAGAAT ATAGAGATTT TATTGTTGAC AATATTGAAA AGATATCAAA GAATATTGCT 
CCCCATAACT TAGACAGATG GATTAATTTC AAAAAACATT GGAATCTATT GAGACTCCTT 
GAGAAATCTT TTGAAGTTGA TGGAAAGTTC AAACAGAATA AGGTGTTTGG TGCTGGAAAA 
AATAGGTTTA TTGTGAATGA GAGTGAAATT AAAGCATTGA CTGTTGAAAA GATTGAAAAA 
TATCCAGTGG ATTGGAAATG CAAAATAGCT ACAGCACTAT TTTTTGACTC TTTTGAATTT 
ACATTGCTGG AGTTTTCATC ACCACAAGAA GTGTGGAATC ATTTATTAGA ACAAAATAAA 
GCTATGATTC TAGTACGTTG GATCAATGTT CAAACATCAG AGGTCGTGCG GGATTTGAAT 
GCAAGATACA ACTTCTTTAA TAATGAGGGC TTTGTGAAGA AGTTTTTAAA TGTTGACACA 
AAAGGTTTTA ACAATGAGAT TCTTGAGAAA TTGGATAACA TTTTTAGAAC TTGGGCTATT 
ACTGATGAAA TGATACAATC TGTTGCAAAA AGTAATTGCT TCCCTTACAC TAAAATGTGT 
ATATACGACA CATTGTGCTC ATATGGTATT GTTAATGGCG ATGAGCGTAA TAATCTGTAT 
CAGATCATAT CAAGACTCAC CAGAACTCAA AACTTAAGAC TTATCGACGA TATATTTTCT 
GAATCATGTG CAACAGTCAC TAAGCAACAA TTTTATGTCG CGTTGGCCAA GTATTGTGTC 
AAAAATAAAT TATATAAAGT TTTGACCATG TGCGTCGAAG GTCATATACT TGACACGGAT 
TTGTCTGAAG TGGAAAAAAG TGCAAAGGAA TGTATTGAAT TGTGGCTATT ATTTAAAAGT 
ATCGAACAAA CTTCAGATCG TCAGAGTCAT GTTGTACCCG TCTATAAGAC TTGTGAACAA 
ATAGCCCATG ATAATATTGA CGATTACATA TGTTCTAACC CACAGTTAAT TCTTGGAATG 
ATTCTACTTG AGGACAATGC AAAGTTATTT GACATATTCT CCAATGAGGA GTTCTTGAAC 
TTTAAAGACT TTAATTTACC AAACAAAGGG TATAAAGATA AGTTGCCTTA TTTGTACAAT 
GTTTATAAAA AGTACAGTGA TTCGAAACAA AAGTATGATA CTAAAGATGT GAATGTCTAC 
CAGTTGTTGT CAGGGTACCG TGGTCTAGAT GTATCTAAAA TATTTGAGTT TCAGTTGATA 
AATCAAAACA CAAAAAGTCT TTTGACTGAT AAATCAGACA GACGTAGTTT GGGAAGTTTG 
TTGGCTAATG ATGTTGATAT AAACTCTGCT AGTATAAAAG CCTTGTCCCA GAGAAGCATG 
GATTTGCCTG ACTTTTCTAA TGAAAAACTA ATGAAAAGAT ATGGTTATGT TGCAAAGTTA 
AGTCACGCTT ATTATTTGAA ACAGTATCGA CCATGTAATG CGAGTCAGGC ATTTTTAGCA 
CAGCAATATT TGACTTACAA CAGGCTTCAA GAGAAGAGCA TAAAGAGTGC ATGTTGTGAA 
GCGCACGCTC TCGCTCTACA AAATTGGTTT GATCCTGCAA TGACCGCGTG CGCGATTTCA 
TTTGTTGCGA TGATCGGTTG CAATCCCACA CGGTGCAGAG TCCATATGTC GGCAGCTAAT 
ATGATGAGGG GCTACCTGAT CGGACATAAA GACGTATCTG ATGTTGAAGC AAACAAGATT 
ATCAATGATT TTATGGCTAG ACTTATACAA AGTAATGATG AGGCCGCAAG AGATATACTA 
CAGCATCTGG AGGAGATGAC AATGTTTAGG CTTCAGGAAC AATTTAGTTC AGATGGAAAA 
GTTGACATGG CACTGGTACT GTATGAATCG CAAACAATGG TGAAATTTGC CATCTTGCAC 
GATCTACCAC TTCCAGAGAT GCTTTTGAAA GAATTCATTA AATCTAACTC CTGGTTCAAT 
TTTCTATTGT TTGGCGACGT CTTCCGATAT CCATTGACTC AGATGTTACG GTTGTCTCAG 
GAGTTTGAAA ACAAAGCATA CGCAGAGCAC TTAAAATACA TAATGCTGCA TCGAAACTCT 
GAGGAGGGTT CCGATAAGTC TATATCTAGT AATGGGCAAA GAAAAATATC AAGAATCAAT 
TCTTCGGATA CCAGCCCGTG TCACAGTTCC CACAGTAGCT CGCTGTCGTT CGAGTTTCCC 
AGTAGCTCGG TGATGGGCTG CGAGCTGTGG GAGGTGGCTG CGGCCTGCCA CGGCCCGGAC 
GACCCCCCCG CAGCTTTATT GAGAGCCGCA GACCTTTACA GGGAGCCTTT ACTTGTCCTC 
ATCGCCAGTT GTTATGAGCC GAACGCTGTA GACGTGCTAT GGGTGCACTG GATCCTGTGC 
TCGCTGGGTC AGAGTGCGCG TGCGCAGTCA GTGCTCGCAT GGGAGATGTC TCAGCAGCAA 
GTGCCTGCGC AGCAGTTCCA GAGGGTCGCA GAACTCTGCC TATCAGAGGG CTACGTCAAT 
ACGTTGCATG AGTCCATGCT TATATTTATG CCGGAAAGTC CACTCACACT ACTGACTTCG 
TTTCTTCACC GATGCATCCG TCTTAGGAAT TTCGACCCTG ATACGGTGAA GCTACTGTCA 
AGTTTTGTCC AGCACTGTCA AAGGAGGTAC AGTGTGGATG CTTCAGGCGT CACGTGGCAA 
TTGTCCAAAG AGGCTTTGCA AAGAGTGGCA GTGTCCCTTG TGAAGATCGC CTTAACTCAA 
GGTTTTGATA GTGCCTTCCA CCAAAGGGAA TTTCTGAGGT GTTTGGCTGT AGCGGAATTC 
GAAAAAGGAT TTGCGGTACC TACACCCAAC TTTATAACTC TTTACGAAAT TCTGCAAATA 
TCCATGGAGA CTTCATTAGT CGTCAACATA ACCAAAATGC TCCAGGACGA CGTCAAAGAA 
TATTTATCTG AATGCATCGA AATGTTCATA GCCAATGGTA ACTACGAGGT CGCCATTAAA 
ATAGCAAAAT TAGCTAATCT TTCTGTGAAC AATATTCTCA AAGCCGAATG GGCGTATAAA 
TACGAAATGA TGCTAATGAA CGAAGACCTC ACGGTACAAG ACAAAGATTT AACACTCTTT 
ATCACCCAAT GCAGTGAAGC GTTTAAGAAA GCAGCTGTTA CATTTGCCGA TGCAACGGAA 
CATCTAATAA GCCACGCGGA ACGATTAACT GATGCCGTTC AACAATTCTA CACCTATAGA 
ATAATCATGA GTTGGTTTGA AGAAAACCTA GAATATGGTC GTAGAAGGGA AGAAATCGAG 
CACCGTATGT GGGGCGCCTA TTTTCAAAGT GAACCCCAAA ATGACGTGTT TCTTAACAGC 
TATCGAAGCA CTTTGCATTT CATACTGAAC GGGCAGAAAG ATGCGAATTT ATCGAGAAAA 
ATCGGTCAGA TAAATGTCGA TAAACCATTT TCATCGACGT TGAGAGAGAT CGAGGTTGAA 
TCCGACGTTG TTAGCATCGA AAATGTCGTT ATGTTGGAGG ATCCTGAGGC CATAGACAAT 
TGGAGGAAGG TCATGTACCA ATTGTTGGAA TTGAGACTGT TGGTAGACGC TTTTAGATTG 
TCGGCTTTGT TCAAGACGCC ACCCGAATAT AGGTACAGAC CGCCGGCGTG TCCAGTGCAG 
ATCATAAGGA CGTGTCTGAA GCTAGCCGAG GGAACGTGCA CGCCTTACGA ATTGCCGCAA 
GAGTTGCGAT TGGTGATTTC TGCGCCAACA TTGCAAAATA GACTAACAGT CTCGGGCACG 
TCAGACACCA GCTTCGAAGA GCTAGTGGTG ATTCAGGAGA AACAGGACAA CGTCCCCGAG 
AGCTGCCACC TGGCGGCGCG CGAGGAGGCT GATCGTCTGG CTGCGCTCGA TGCGCTCGGT 
GTGCGCAGTT CACTCGCCTT AGCGAAGCAG ATCGCCAGTT ATTTTCGCAT AGCGTTACAA 
ATAGGTTGGG ACTACACTTC TGTTTTAAAG TACCAAAATC GATCAGTGGA TTTCATCAAT 
CTCGTTAGCG GGCGGGCGAG GATGTCGCTC GCTAACCTTG TCTTCAGGAC CTTCAACATA 
CCTTCTAAGC AGGTTGCCGA ATATCTCTGC CGGGAAATGG TCGGAGCTAT AATATCGCCG 
CACCTCGTGA AGACTTCAAC TTTCAGGCAA AAGGAGCACT TTCAATACAC TCTCTGGGGG 
TACACAATCA ATTCGGACAT AGAAATGTTT TTGAACATGC GCCCAGACGC CTGTAGCCAC 
ATTGGGAGAT TGATACTCGA TCATTTAATG GCTTTTCAGA AGATTTACAA AGCGACAAAT 
CCGGTTTTAC CTGAGAACGT TAATGATGAT AGCCAATTAG ATGTGGAGAA TTTAATAGAT 
GAAGATTATT TGAATGTAGA AGGGGATGAA GAGGAGTCGA TTTTGACTGA AGAAGGAACT 
TTGATGTCGG CCGAGACTGA GTCGGTTTTT TCTGTTTCCA CCGTGTATAC GACTGGCATG 
AAAATGTCCC GCGAATCTAG GAGGAACCTG TTCGATATGA TATCGAGGGG CAATGTCCAC 
ATTAGGTACG AAGTGAAGTC GAATGTAAGG AAGATCACTA AAGGCGCCAA ATTGTCAACT 
AAACAGGTGA ACATAATAAG CATCGAGTTG CTAGTGCTCG CACACGAGTG CTTCTCCAGC 
GCCTGCGACA CGGAGGGCGT GGCGGTGGCG CTGCGGTCGG CCGCGGCGCT GGCGGCGCGC 
CTGCTGGCCG CGCGCTCGTG GCGGCTCATG GTGCGCCTGC TCACGGGGCT GGCGCGCTAC 
ACCGAGTGCG CCTACGTGTT CCAGGCACTA CGTGACAACC ATCAGTTTGA GTTCCTACTA 
GGCCAGTTTG ACTACATGCT CGGGCAACAA CCCGACAAAA TAGCGGAGTT CAAACAGGGC 
TTGCTGGACT TCCTCAAAAC CCACTGCCCC GGCGATACAG ACACGTACAT AATGGTCGCT 
TTACATTTCA ACATGTACGC AGAGGCGGCG CACGTGAAAA GGAAACAAGC GTTGAGTTTG 
ATAGCGGATT TGGAGAAGAT GGCGTTGGAA GCAGTGAAAA GGACTTCGAG GAAACCTTCT 
CAGCCGCAGT GGCCGCAGAT ACACGATAAT GTTCCGACAA GGTCGCTGTT GGAGACTGCG 
TTGAATCATT GTACGGACGC CGCTGAGCTG TATTTACAGG GTGGCTGCAC AGGCTTCGCA 
GGTGAAATGG CGACGTTGGC GCAACAAATA GCTCTACAGA TGTCGCTGCT AAACGCTTCG 
CCCACGAGAC TCATTCTCAA TAGGAGCACG GAGCAGCTTT ATAAACTAGT CAGCGAATAT 
TTGAGTTTTA TGGAAGGCCT AGTTCTTCTG TCCGGTCGGT ATGGGTCAGC GTGGCTCGAG 
TTGGCGTACC GCCGGGCACT CGGCAACGAC CAGGCTTACC TCCGAGACAT GGCTGCCTAC 
CGGCCCGATG TGGCACACAA CTTTCTGGCC AGATATAAAA CGGAGAAAAA CAAGACATCC 
GTATCGCAAG CGGCCATGAC AGAACTGAAG AATCTTTGTA GATGA

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

RefSeq	XP_013195896.1
CDS	81..5945
Translation	MMEGLTHNEKIIWSCWEDKSPRDVVREAAAKGTHINLAVKYLMAFNSWTEVTAREWFLAEVKAWTVQLLMRKQIFKVLHILEKVKLNPEDHLMTLAEASPDIEYRDFIVDNIEKISKNIAPHNLDRWINFKKHWNLLRLLEKSFEVDGKFKQNKVFGAGKNRFIVNESEIKALTVEKIEKYPVDWKCKIATALFFDSFEFTLLEFSSPQEVWNHLLEQNKAMILVRWINVQTSEVVRDLNARYNFFNNEGFVKKFLNVDTKGFNNEILEKLDNIFRTWAITDEMIQSVAKSNCFPYTKMCIYDTLCSYGIVNGDERNNLYQIISRLTRTQNLRLIDDIFSESCATVTKQQFYVALAKYCVKNKLYKVLTMCVEGHILDTDLSEVEKSAKECIELWLLFKSIEQTSDRQSHVVPVYKTCEQIAHDNIDDYICSNPQLILGMILLEDNAKLFDIFSNEEFLNFKDFNLPNKGYKDKLPYLYNVYKKYSDSKQKYDTKDVNVYQLLSGYRGLDVSKIFEFQLINQNTKSLLTDKSDRRSLGSLLANDVDINSASIKALSQRSMDLPDFSNEKLMKRYGYVAKLSHAYYLKQYRPCNASQAFLAQQYLTYNRLQEKSIKSACCEAHALALQNWFDPAMTACAISFVAMIGCNPTRCRVHMSAANMMRGYLIGHKDVSDVEANKIINDFMARLIQSNDEAARDILQHLEEMTMFRLQEQFSSDGKVDMALVLYESQTMVKFAILHDLPLPEMLLKEFIKSNSWFNFLLFGDVFRYPLTQMLRLSQEFENKAYAEHLKYIMLHRNSEEGSDKSISSNGQRKISRINSSDTSPCHSSHSSSLSFEFPSSSVMGCELWEVAAACHGPDDPPAALLRAADLYREPLLVLIASCYEPNAVDVLWVHWILCSLGQSARAQSVLAWEMSQQQVPAQQFQRVAELCLSEGYVNTLHESMLIFMPESPLTLLTSFLHRCIRLRNFDPDTVKLLSSFVQHCQRRYSVDASGVTWQLSKEALQRVAVSLVKIALTQGFDSAFHQREFLRCLAVAEFEKGFAVPTPNFITLYEILQISMETSLVVNITKMLQDDVKEYLSECIEMFIANGNYEVAIKIAKLANLSVNNILKAEWAYKYEMMLMNEDLTVQDKDLTLFITQCSEAFKKAAVTFADATEHLISHAERLTDAVQQFYTYRIIMSWFEENLEYGRRREEIEHRMWGAYFQSEPQNDVFLNSYRSTLHFILNGQKDANLSRKIGQINVDKPFSSTLREIEVESDVVSIENVVMLEDPEAIDNWRKVMYQLLELRLLVDAFRLSALFKTPPEYRYRPPACPVQIIRTCLKLAEGTCTPYELPQELRLVISAPTLQNRLTVSGTSDTSFEELVVIQEKQDNVPESCHLAAREEADRLAALDALGVRSSLALAKQIASYFRIALQIGWDYTSVLKYQNRSVDFINLVSGRARMSLANLVFRTFNIPSKQVAEYLCREMVGAIISPHLVKTSTFRQKEHFQYTLWGYTINSDIEMFLNMRPDACSHIGRLILDHLMAFQKIYKATNPVLPENVNDDSQLDVENLIDEDYLNVEGDEEESILTEEGTLMSAETESVFSVSTVYTTGMKMSRESRRNLFDMISRGNVHIRYEVKSNVRKITKGAKLSTKQVNIISIELLVLAHECFSSACDTEGVAVALRSAAALAARLLAARSWRLMVRLLTGLARYTECAYVFQALRDNHQFEFLLGQFDYMLGQQPDKIAEFKQGLLDFLKTHCPGDTDTYIMVALHFNMYAEAAHVKRKQALSLIADLEKMALEAVKRTSRKPSQPQWPQIHDNVPTRSLLETALNHCTDAAELYLQGGCTGFAGEMATLAQQIALQMSLLNASPTRLILNRSTEQLYKLVSEYLSFMEGLVLLSGRYGSAWLELAYRRALGNDQAYLRDMAAYRPDVAHNFLARYKTEKNKTSVSQAAMTELKNLCR

Target ORF information:

RefSeq Version	XM_013340442.1
Organism	Amyelois transitella
Definition	Amyelois transitella spatacsin (LOC106139084), mRNA.

Target ORF information:

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

XM_013340442.1

ORF Insert Sequence:

ATGATGGAGG GCCTGACACA TAATGAGAAG ATCATTTGGT CTTGTTGGGA AGATAAATCC 
CCTAGAGATG TAGTTCGAGA GGCGGCGGCC AAGGGTACTC ATATAAACTT GGCTGTAAAA 
TATTTGATGG CATTTAATTC ATGGACAGAA GTAACTGCAA GGGAGTGGTT CTTAGCTGAG 
GTGAAAGCAT GGACTGTACA ACTTTTGATG AGAAAACAAA TATTCAAAGT ACTGCATATA 
TTGGAAAAAG TTAAATTGAA CCCTGAAGAT CATTTGATGA CTTTAGCTGA AGCTTCTCCT 
GATATAGAAT ATAGAGATTT TATTGTTGAC AATATTGAAA AGATATCAAA GAATATTGCT 
CCCCATAACT TAGACAGATG GATTAATTTC AAAAAACATT GGAATCTATT GAGACTCCTT 
GAGAAATCTT TTGAAGTTGA TGGAAAGTTC AAACAGAATA AGGTGTTTGG TGCTGGAAAA 
AATAGGTTTA TTGTGAATGA GAGTGAAATT AAAGCATTGA CTGTTGAAAA GATTGAAAAA 
TATCCAGTGG ATTGGAAATG CAAAATAGCT ACAGCACTAT TTTTTGACTC TTTTGAATTT 
ACATTGCTGG AGTTTTCATC ACCACAAGAA GTGTGGAATC ATTTATTAGA ACAAAATAAA 
GCTATGATTC TAGTACGTTG GATCAATGTT CAAACATCAG AGGTCGTGCG GGATTTGAAT 
GCAAGATACA ACTTCTTTAA TAATGAGGGC TTTGTGAAGA AGTTTTTAAA TGTTGACACA 
AAAGGTTTTA ACAATGAGAT TCTTGAGAAA TTGGATAACA TTTTTAGAAC TTGGGCTATT 
ACTGATGAAA TGATACAATC TGTTGCAAAA AGTAATTGCT TCCCTTACAC TAAAATGTGT 
ATATACGACA CATTGTGCTC ATATGGTATT GTTAATGGCG ATGAGCGTAA TAATCTGTAT 
CAGATCATAT CAAGACTCAC CAGAACTCAA AACTTAAGAC TTATCGACGA TATATTTTCT 
GAATCATGTG CAACAGTCAC TAAGCAACAA TTTTATGTCG CGTTGGCCAA GTATTGTGTC 
AAAAATAAAT TATATAAAGT TTTGACCATG TGCGTCGAAG GTCATATACT TGACACGGAT 
TTGTCTGAAG TGGAAAAAAG TGCAAAGGAA TGTATTGAAT TGTGGCTATT ATTTAAAAGT 
ATCGAACAAA CTTCAGATCG TCAGAGTCAT GTTGTACCCG TCTATAAGAC TTGTGAACAA 
ATAGCCCATG ATAATATTGA CGATTACATA TGTTCTAACC CACAGTTAAT TCTTGGAATG 
ATTCTACTTG AGGACAATGC AAAGTTATTT GACATATTCT CCAATGAGGA GTTCTTGAAC 
TTTAAAGACT TTAATTTACC AAACAAAGGG TATAAAGATA AGTTGCCTTA TTTGTACAAT 
GTTTATAAAA AGTACAGTGA TTCGAAACAA AAGTATGATA CTAAAGATGT GAATGTCTAC 
CAGTTGTTGT CAGGGTACCG TGGTCTAGAT GTATCTAAAA TATTTGAGTT TCAGTTGATA 
AATCAAAACA CAAAAAGTCT TTTGACTGAT AAATCAGACA GACGTAGTTT GGGAAGTTTG 
TTGGCTAATG ATGTTGATAT AAACTCTGCT AGTATAAAAG CCTTGTCCCA GAGAAGCATG 
GATTTGCCTG ACTTTTCTAA TGAAAAACTA ATGAAAAGAT ATGGTTATGT TGCAAAGTTA 
AGTCACGCTT ATTATTTGAA ACAGTATCGA CCATGTAATG CGAGTCAGGC ATTTTTAGCA 
CAGCAATATT TGACTTACAA CAGGCTTCAA GAGAAGAGCA TAAAGAGTGC ATGTTGTGAA 
GCGCACGCTC TCGCTCTACA AAATTGGTTT GATCCTGCAA TGACCGCGTG CGCGATTTCA 
TTTGTTGCGA TGATCGGTTG CAATCCCACA CGGTGCAGAG TCCATATGTC GGCAGCTAAT 
ATGATGAGGG GCTACCTGAT CGGACATAAA GACGTATCTG ATGTTGAAGC AAACAAGATT 
ATCAATGATT TTATGGCTAG ACTTATACAA AGTAATGATG AGGCCGCAAG AGATATACTA 
CAGCATCTGG AGGAGATGAC AATGTTTAGG CTTCAGGAAC AATTTAGTTC AGATGGAAAA 
GTTGACATGG CACTGGTACT GTATGAATCG CAAACAATGG TGAAATTTGC CATCTTGCAC 
GATCTACCAC TTCCAGAGAT GCTTTTGAAA GAATTCATTA AATCTAACTC CTGGTTCAAT 
TTTCTATTGT TTGGCGACGT CTTCCGATAT CCATTGACTC AGATGTTACG GTTGTCTCAG 
GAGTTTGAAA ACAAAGCATA CGCAGAGCAC TTAAAATACA TAATGCTGCA TCGAAACTCT 
GAGGAGGGTT CCGATAAGTC TATATCTAGT AATGGGCAAA GAAAAATATC AAGAATCAAT 
TCTTCGGATA CCAGCCCGTG TCACAGTTCC CACAGTAGCT CGCTGTCGTT CGAGTTTCCC 
AGTAGCTCGG TGATGGGCTG CGAGCTGTGG GAGGTGGCTG CGGCCTGCCA CGGCCCGGAC 
GACCCCCCCG CAGCTTTATT GAGAGCCGCA GACCTTTACA GGGAGCCTTT ACTTGTCCTC 
ATCGCCAGTT GTTATGAGCC GAACGCTGTA GACGTGCTAT GGGTGCACTG GATCCTGTGC 
TCGCTGGGTC AGAGTGCGCG TGCGCAGTCA GTGCTCGCAT GGGAGATGTC TCAGCAGCAA 
GTGCCTGCGC AGCAGTTCCA GAGGGTCGCA GAACTCTGCC TATCAGAGGG CTACGTCAAT 
ACGTTGCATG AGTCCATGCT TATATTTATG CCGGAAAGTC CACTCACACT ACTGACTTCG 
TTTCTTCACC GATGCATCCG TCTTAGGAAT TTCGACCCTG ATACGGTGAA GCTACTGTCA 
AGTTTTGTCC AGCACTGTCA AAGGAGGTAC AGTGTGGATG CTTCAGGCGT CACGTGGCAA 
TTGTCCAAAG AGGCTTTGCA AAGAGTGGCA GTGTCCCTTG TGAAGATCGC CTTAACTCAA 
GGTTTTGATA GTGCCTTCCA CCAAAGGGAA TTTCTGAGGT GTTTGGCTGT AGCGGAATTC 
GAAAAAGGAT TTGCGGTACC TACACCCAAC TTTATAACTC TTTACGAAAT TCTGCAAATA 
TCCATGGAGA CTTCATTAGT CGTCAACATA ACCAAAATGC TCCAGGACGA CGTCAAAGAA 
TATTTATCTG AATGCATCGA AATGTTCATA GCCAATGGTA ACTACGAGGT CGCCATTAAA 
ATAGCAAAAT TAGCTAATCT TTCTGTGAAC AATATTCTCA AAGCCGAATG GGCGTATAAA 
TACGAAATGA TGCTAATGAA CGAAGACCTC ACGGTACAAG ACAAAGATTT AACACTCTTT 
ATCACCCAAT GCAGTGAAGC GTTTAAGAAA GCAGCTGTTA CATTTGCCGA TGCAACGGAA 
CATCTAATAA GCCACGCGGA ACGATTAACT GATGCCGTTC AACAATTCTA CACCTATAGA 
ATAATCATGA GTTGGTTTGA AGAAAACCTA GAATATGGTC GTAGAAGGGA AGAAATCGAG 
CACCGTATGT GGGGCGCCTA TTTTCAAAGT GAACCCCAAA ATGACGTGTT TCTTAACAGC 
TATCGAAGCA CTTTGCATTT CATACTGAAC GGGCAGAAAG ATGCGAATTT ATCGAGAAAA 
ATCGGTCAGA TAAATGTCGA TAAACCATTT TCATCGACGT TGAGAGAGAT CGAGGTTGAA 
TCCGACGTTG TTAGCATCGA AAATGTCGTT ATGTTGGAGG ATCCTGAGGC CATAGACAAT 
TGGAGGAAGG TCATGTACCA ATTGTTGGAA TTGAGACTGT TGGTAGACGC TTTTAGATTG 
TCGGCTTTGT TCAAGACGCC ACCCGAATAT AGGTACAGAC CGCCGGCGTG TCCAGTGCAG 
ATCATAAGGA CGTGTCTGAA GCTAGCCGAG GGAACGTGCA CGCCTTACGA ATTGCCGCAA 
GAGTTGCGAT TGGTGATTTC TGCGCCAACA TTGCAAAATA GACTAACAGT CTCGGGCACG 
TCAGACACCA GCTTCGAAGA GCTAGTGGTG ATTCAGGAGA AACAGGACAA CGTCCCCGAG 
AGCTGCCACC TGGCGGCGCG CGAGGAGGCT GATCGTCTGG CTGCGCTCGA TGCGCTCGGT 
GTGCGCAGTT CACTCGCCTT AGCGAAGCAG ATCGCCAGTT ATTTTCGCAT AGCGTTACAA 
ATAGGTTGGG ACTACACTTC TGTTTTAAAG TACCAAAATC GATCAGTGGA TTTCATCAAT 
CTCGTTAGCG GGCGGGCGAG GATGTCGCTC GCTAACCTTG TCTTCAGGAC CTTCAACATA 
CCTTCTAAGC AGGTTGCCGA ATATCTCTGC CGGGAAATGG TCGGAGCTAT AATATCGCCG 
CACCTCGTGA AGACTTCAAC TTTCAGGCAA AAGGAGCACT TTCAATACAC TCTCTGGGGG 
TACACAATCA ATTCGGACAT AGAAATGTTT TTGAACATGC GCCCAGACGC CTGTAGCCAC 
ATTGGGAGAT TGATACTCGA TCATTTAATG GCTTTTCAGA AGATTTACAA AGCGACAAAT 
CCGGTTTTAC CTGAGAACGT TAATGATGAT AGCCAATTAG ATGTGGAGAA TTTAATAGAT 
GAAGATTATT TGAATGTAGA AGGGGATGAA GAGGAGTCGA TTTTGACTGA AGAAGGAACT 
TTGATGTCGG CCGAGACTGA GTCGGTTTTT TCTGTTTCCA CCGTGTATAC GACTGGCATG 
AAAATGTCCC GCGAATCTAG GAGGAACCTG TTCGATATGA TATCGAGGGG CAATGTCCAC 
ATTAGGTACG AAGTGAAGTC GAATGTAAGG AAGATCACTA AAGGCGCCAA ATTGTCAACT 
AAACAGGTGA ACATAATAAG CATCGAGTTG CTAGTGCTCG CACACGAGTG CTTCTCCAGC 
GCCTGCGACA CGGAGGGCGT GGCGGTGGCG CTGCGGTCGG CCGCGGCGCT GGCGGCGCGC 
CTGCTGGCCG CGCGCTCGTG GCGGCTCATG GTGCGCCTGC TCACGGGGCT GGCGCGCTAC 
ACCGAGTGCG CCTACGTGTT CCAGGCACTA CGTGACAACC ATCAGTTTGA GTTCCTACTA 
GGCCAGTTTG ACTACATGCT CGGGCAACAA CCCGACAAAA TAGCGGAGTT CAAACAGGGC 
TTGCTGGACT TCCTCAAAAC CCACTGCCCC GGCGATACAG ACACGTACAT AATGGTCGCT 
TTACATTTCA ACATGTACGC AGAGGCGGCG CACGTGAAAA GGAAACAAGC GTTGAGTTTG 
ATAGCGGATT TGGAGAAGAT GGCGTTGGAA GCAGTGAAAA GGACTTCGAG GAAACCTTCT 
CAGCCGCAGT GGCCGCAGAT ACACGATAAT GTTCCGACAA GGTCGCTGTT GGAGACTGCG 
TTGAATCATT GTACGGACGC CGCTGAGCTG TATTTACAGG GTGGCTGCAC AGGCTTCGCA 
GGTGAAATGG CGACGTTGGC GCAACAAATA GCTCTACAGA TGTCGCTGCT AAACGCTTCG 
CCCACGAGAC TCATTCTCAA TAGGAGCACG GAGCAGCTTT ATAAACTAGT CAGCGAATAT 
TTGAGTTTTA TGGAAGGCCT AGTTCTTCTG TCCGGTCGGT ATGGGTCAGC GTGGCTCGAG 
TTGGCGTACC GCCGGGCACT CGGCAACGAC CAGGCTTACC TCCGAGACAT GGCTGCCTAC 
CGGCCCGATG TGGCACACAA CTTTCTGGCC AGATATAAAA CGGAGAAAAA CAAGACATCC 
GTATCGCAAG CGGCCATGAC AGAACTGAAG AATCTTTGTA GATGA