LOC106130228 cDNA ORF clone, Amyelois transitella

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106130228
Entrez Gene ID	106130228
Full Name	proteasome-associated protein ECM29 homolog
Gene Type	protein-coding
Organism	Amyelois transitella

mRNA and Protein(s)

mRNA	Protein	Name
XM_013329024.1	XP_013184478.1	proteasome-associated protein ECM29 homolog

Pathways from BioSystems
Gene Ontology

The following LOC106130228 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106130228 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
OAm59670	XM_013329024.1 Latest version!	Amyelois transitella proteasome-associated protein ECM29 homolog (LOC106130228), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$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
30% OFF

*Business Day

** 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)

LOC106130228 ( XM_013329024.1 ) cDNA ORF clone, Amyelois transitella -> XP_013184478.1 Amyelois transitella proteasome-associated protein ECM29 homolog (LOC106130228), mRNA.

Price & Availability↑

CloneID	OAm59670
Clone ID Related Accession (Same CDS sequence)	XM_013329024.1
Accession Version	XM_013329024.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5589bp) 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	proteasome-associated protein ECM29 homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013535371.1) and transcript sequence (GDGN01044323.1) 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## ##RefSeq-Attributes-START## assembly gap :: added 94 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGTCTGAAA TGGAAGTAAC AGAAGGTGGA AATGATTTTG CCAATGATTT AATGTTGCTT 
GATCGGGTGT TTCTAAGGCT TGGCAATGCG GACTCCGATG ACCAGCTTGA GAGTTGTCTT 
GGCAGATTTC TGTGTCCTGT CATTCTAAAG CTATCATCTC CACATGAACA GGTGCGAACC 
AAAGTGATGG AGTTATTAGT ACATGTTAAC AAGCGTGTGA AATGCCGAGC GGACGTGCAG 
TTGCCGGTGG AAACGTTACT GCAACTGTAC AAGGACCCTA ACGCCAATAG CTTCATCATT 
AATTTCACTA TAATATACAT AACGATGGGG TATGGGCGGA TGCCGCGCGC GCAACAACTG 
AGTTTAGCAC CGTCCCTACT GGAAGCGCTG GAAAATAAGC CTCAACCGCA TCAAGATGGG 
CTACTTATGT TGGTAATGCC GCTTCTAGGG GACATCAAGG AGGCCGATTT AAACTTGAAA 
GAGAAGCCCA AATTGGCTAC CTTGGTGCTC AAGTTTGCAA CTGATGTGCT GTTGCTGCCA 
TACAGGGCTT TACCGAACTC TGGCGAATGT GAATTTCAAG TGCCGCCCGG GATGAGCATG 
AAGACTTACA AACGCATCGT GGATAAGAAC CAGTTGAATC CCAACCAGTT GGAAGAGATG 
AAACTGTCAA TCGTGAATTT CATAACGAAG GATATATTCA ATATGAGCGA TACTCTACTA 
CCTCTTATTG TGGCGGCCGC GGACTCCCGC TTCAGTGTTG CCAACCTCGC CAACAGTCCG 
CTCATACGAG CCAACAGTTC TGTGGACTGG TCGCTGGCGT CCGTGGCGGC GCCGCTGTAC 
GCGCTGTTCC TGGGCACGTG GAGCGGGCTC AAGGTGCCTC CCGACGACCG CAAGGTACCT 
GCTTGCACCA GACTCCGTTT GAAGTTAATA CAATACCTTA ATAAAGCTTC AGGACCAGCT 
ATCATGTTCC CGCACTGTGT ACAGGTAGTG TTCTCGTCAC TGTTCGATCC GAACACAAAT 
TCCCGTCTCA GAAACATGGC GCTAATGTTT TTGCTGAACG TTATAAACAG CGGCGACGTA 
AACCAATTGA AGAAAGTTGC CACAATATTC CTGCAAGGGT TGCTGAAGTT GATTCGTTCG 
GACGAGTACG CTGAACATCA GCCTAAAGCT TACATGTGTC TCGGTAGACT GGCGATGAAG 
TGTCCCGACA GCATCAACAA CCAGTTCGCA TTGCTGGAAG AGCTGGTGAA GAAGATTCCA 
GAAGCCACTC CCGAGATGAA GACAGCTTTG CGTGACGCGC TGTTGGAGAT GGCGGCCGCT 
TTTAAGATAT CGCCTGATGA AAAATCCGCC TCAAGCCCTG ACGAAGGACC AAGCAGTACG 
AAAGTGTCCC GCATGGACGT GGACGAGCCG CTCGACGAGC CGCAAGCGCT CGCCTTGTTC 
GCTCTGCTCG ACCATTACAT GCAGAGCGAA GAGTCAATGA TCCGATACAT CGCAATGCGG 
TACTCGTCCA CTGTGTTCCC TCAGGACTAC ATGCCGTCCA GATATTTGTT GCTTTTGGCC 
AGCGGTGACA GCCAAGACGA AATATCAAAC GAAGCTCTAA AATGTTTATA CGGAACATCC 
CGACCGACTG AGATAGAAGA TGTAGTGAAT AACGTGAGCA AGAAGGAGAC GGCTACAGTC 
AACATTGACG AGGAATCGCC TAAGCGTGAC AAGGACAGAA CAGAGGCACC GGAGTTCAAA 
GTCCCAAGGT TCAAAACTGT GGTGAACTAC ATATGGGATC AAATGCAGAA GAGGAAGGCG 
GGCTCCAACT CCAAGCACCG GTTCGTGGTC GGAAACCAGG TGCTGCAGTT CCATCCGCTC 
ACTTTCCAGG AGATCCTCCG CTACATGCGC ATGTGCCTGA ACCGGGACGC GAACCTGACC 
TCGTGCTCGG AGCACCCGAA CGCGACATCT CCCCAGCTGT CGGCGTACGT GCGCGAGCAG 
CTGCTGGAGA CGGAGGTGCT GGAGAGGTTC CTCGCCATGG TCACGTCGCT GCTCGCCGCC 
GGCGCAGACT TAATGCCGCT GACATGTTTC CTCGACATAG TCGGCTGCGT GCCGGACAAG 
ATGGCCGCCA AATACACGAA CCTCCTGCCG TTCCTCAAGA CTCTCTTCAC GACCAGTACC 
AAGGAAGACA TTCGTGATAC AGCCTCGCTT ATCTACGCTA TAATCACTGT GCATACTAGC 
GATAAGTCGG CGATAGAAAA GGAGATTGAA GAGTTTGTGG TACAGGGGAT AGGGAATAAG 
AGTTTGGAGA GCCAGTGCGG GTATTTGAGT GCGTTTGCGC ATGTGTGCGA AAGGTGTATC 
GTAATGGCGA AGAGGGGCAA ATTTGGGGGG AAAGGATTCA GTGCGGCCAA CTGGGAGCCT 
TATCAACAAG GTGTTATAAG TTTGGCGAAC TTCCTGATCA GCCCGCAAAC TCTTCTAGTC 
AACACGTCCT GCAACGCAGT CTCACTTCTC TCAAGATGTG CGGGGCTGCC ACTGCCTAAC 
ACTACTCCAG CGCAAGACGC GCTCATGCAA CAGGACAACC CGTTCTCGTC TGCCGATGAC 
TCCAATGACG TCATCACGAA GTTCACAGTC GCCGATCGCC TGTTCAAGAT TGTGGGTAAC 
GCGAAGTTGC CTTCCAAAGT GAAGGAGAGA GCGTTGTTCA CGCTGGGCTT GCTTTGTTGT 
GGGGAACGAC TGAGTTTCGC CAAGCAAATT GTTAAGGGAT TCTTACAGAT GGCTAAAGAT 
AGTAAAGAGT TTGAAATCCA CTTGCAAATA GGCGAGTCTT TAGTGTTGTG CGTGGAAGGT 
GTCAATTCTA ATGAGAACAG GGATTTGTGG ACGGAACTCC CGAGGGAGGG TCCGCAGAAG 
ATACGCGACC ACGAGGCTCT GAAAGAGAAT GATGAGCTCT TGGAGTGGCT TCTCCACCAG 
CTGTTTAAGA TCGGCCAGCA CCCCCATCCG CACTCAAGAC AAGCGACCAG CATTTGGCTG 
CTGGCGTTGT TGAAGAACTG TCCCGAACGG GAACCCATCA AGACCAAACT GCAAGAGCTG 
CAAAATGTCT TCATGGACTA TCTCTCGGAA AATAGCGACA TAGTCCAGGA CGTGGCCAGC 
AAGGGCCTGA GCTTAGTTTA CCAGAACAGC GAAGATAGCC AGCGGCAGCA GTTAGTGTCG 
CAGCTGGCCG AGCAGCTGGC GGGCGGCGCG CGGGCCGCCG TGCGGGTCAC CGCCGACACG 
CAGCTGTTCG AGGAGGGGCA GCTGGGCACC GCGCCCACGG GGGGCAATCT GTCTACGTAC 
AAGGAACTGT GCTCGCTCGC ATCGGATCTC AACCAGCCTG ATCTCCTGTA CAAGTTCATG 
CATTTGGCTC ATCACAACGC CGTGTGGAAC TCAAAGAGAG GAGCAGCGTT CGGTTTCCAC 
TCGATCGCGA TATCGGCGGG CGCGAAGCTC TCCGCTCAAC TCCCGCGCAT CGTGCCGCGC 
CTCTACCGCT ACAGGTTCGA CCCCACCCCG CGCATTCAGA ACTCCATGGC CGCAATATGG 
CAGGCGTTGG TGCCTGACAC GCACTCCACC GTGCAAAAGT ATCATAAGGA GATATTGGAT 
GACCTCGTGA CCAACCTGAC CTCAAACCAG TGGCGGGTCA GGATGTCCTG TTGCAACGCT 
CTCGCCGATT TGTTACGTGG CGCTAAAAGT CTCCACGAGT CATTACCCCA GCTGCCCACG 
ATCTGGACGC AGCTCTTCAG GGTCATGGAC GACGTGCACG AGGGCACCAG GCAGGCCGCC 
GCCACCACCG CCAACGTCCT GTCCAAGCTA TGCATCCGAG CGTCAGACGT GAGCCAGGGT 
AAAGACGGCA AGGAGATAGT GTCGGCCATA CTGCCGGTGC TGCTAGACAC CGGCATCACC 
AACGTGGTCA GGGAGGTCAG GAGCGTCAGC CTGCAAACAG TATCAAAACT GGTCACCGCT 
GCCGGGGAAA GTCTCAAACC TTTCCTGGAC AAGCTGATTC CGGCTTTAGT CGGCGCTGCG 
GGGGAGTTAG AGTCAGCCAA ACTGTCTTAC CTCAGCACCG CTCTCACTGA CAGCAACACC 
AGAGATACAC TGGACGAATT GAGGGCCAAT GCGGCCCGCC ATCATTATAC TACTGATACC 
GTTGTTAAGT GCATGCCGTA CATCGACATC GAAGTGATGA AGGAAACTCT GCCGAAGATC 
CTGGAACTGA TGAAGTCCCC CCAGCTTGGC ACCAAAGTGG CCTGCTGCCA TTTCATAGTG 
CTCGCCGCGC ACTATCTGAG GCAGGATCTG GAGCCAGTCG CGGGGAAGAT CATGTCCAAT 
TTACTGAACG GGACATTCGA CAGGAACCCC ACCGTGAGGA AGATTTGTGC TGAGGCGCTT 
GGACAAGTAT CAGCTTGCGC CAAGAGTCAG TCAGCAGAAA AATTGATGAA GAAATTAGTC 
GGCCTTTACG AAACGAAAGA GGATGAAGCG TCGCGGTCGG CCATCGCTCT CACACTCAAA 
TCCGTGGCCA AAGCCAAGAT AGAGCACATC AAAGACAATG AGGAGATATT GGCCCCGGTC 
GTGTTTTTGG CTATGCACGC GCCCAAAGAC AACGATGACT CATCGACAGT AGAGATGTTC 
GAAGAGATCT GGACGGACAT AAGTCCAGGA CGGGAGACCG GCATCAAGGA ACACCTGCCT 
CTAATACGCG ACGAAATAGA GAAGGCGCTG AACTCTAGCA GTTGGACTAA GAAGATACAG 
GGCGCAAGGG CAATATCGAC GATTTGCAAA GAGTTATCGT CTGGTTTGGG CGAGCAAAGA 
GAGCCTTTAA TGCGTGCTTT ATTAGCCGCC GCGCACGGGA AGACATTCGA CGGGAAACAG 
CACTTGTTGG AAGCTTTGGC TGAACTTTGC AGTGTTAAAG ATGGCGAGCA ACCGCTCTCT 
CCGAGTCTAG CAGAAGACTG CATCAACGCC TTACTGACGG AGTCTCGCAA GCAAGACGTG 
TCTTACAAGA CACACGCCAT CAGCTGCCTG GGGGCGGCGC TCGCGGCCGC CGACTGCGAC 
AGGTTCCAAC AGGTCTATGA CCTCGTCAAG GTCATACTGT CCAAGGATGA GTCGTCAATG 
GACAAAGATT CCGATACAGA AGACAATGAA GGCGCTCGTC TACGGCGAGA ACAAGTCACC 
GCGCTCAAAC AGGCCGCCTA CGAGCTACTG GGCAAGGCTT GGCCCACGGA TCCCCACACT 
CAAGAGAAAT ATCAGGACGT ATTCTTCGAG CACTGCGCGA CATGTTACCC CGCCAGCTCG 
CGGCCCACGC AGCTCGCCAT ACTGGCGGCG GCGGCGCGCG TGTGCGGCCG CCTGTGCGCG 
CCCGCAGCCG TGACGTCACC GCTCGCCGCG CTGCTGCGGC ACACGCTCGA GAACAGTAAT 
CAAGTGAGAC ACAGAAGGGA GGCGTTACAT ATTATGGAAA TAGTCGTCAA AAAATTAAAA 
GATTGCAACA TGACAACAGA ACTGAACATA TTCAAAGAAA TCTACCAAAC TTACGCACCA 
GATCTGTCAA AGGATTCGTC ACACGAAATC CGCTCTAAAG TCGAAAGCAT CAAGGTTCTT 
TTTAAGTAA

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

RefSeq	XP_013184478.1
CDS	60..5648
Translation	MSEMEVTEGGNDFANDLMLLDRVFLRLGNADSDDQLESCLGRFLCPVILKLSSPHEQVRTKVMELLVHVNKRVKCRADVQLPVETLLQLYKDPNANSFIINFTIIYITMGYGRMPRAQQLSLAPSLLEALENKPQPHQDGLLMLVMPLLGDIKEADLNLKEKPKLATLVLKFATDVLLLPYRALPNSGECEFQVPPGMSMKTYKRIVDKNQLNPNQLEEMKLSIVNFITKDIFNMSDTLLPLIVAAADSRFSVANLANSPLIRANSSVDWSLASVAAPLYALFLGTWSGLKVPPDDRKVPACTRLRLKLIQYLNKASGPAIMFPHCVQVVFSSLFDPNTNSRLRNMALMFLLNVINSGDVNQLKKVATIFLQGLLKLIRSDEYAEHQPKAYMCLGRLAMKCPDSINNQFALLEELVKKIPEATPEMKTALRDALLEMAAAFKISPDEKSASSPDEGPSSTKVSRMDVDEPLDEPQALALFALLDHYMQSEESMIRYIAMRYSSTVFPQDYMPSRYLLLLASGDSQDEISNEALKCLYGTSRPTEIEDVVNNVSKKETATVNIDEESPKRDKDRTEAPEFKVPRFKTVVNYIWDQMQKRKAGSNSKHRFVVGNQVLQFHPLTFQEILRYMRMCLNRDANLTSCSEHPNATSPQLSAYVREQLLETEVLERFLAMVTSLLAAGADLMPLTCFLDIVGCVPDKMAAKYTNLLPFLKTLFTTSTKEDIRDTASLIYAIITVHTSDKSAIEKEIEEFVVQGIGNKSLESQCGYLSAFAHVCERCIVMAKRGKFGGKGFSAANWEPYQQGVISLANFLISPQTLLVNTSCNAVSLLSRCAGLPLPNTTPAQDALMQQDNPFSSADDSNDVITKFTVADRLFKIVGNAKLPSKVKERALFTLGLLCCGERLSFAKQIVKGFLQMAKDSKEFEIHLQIGESLVLCVEGVNSNENRDLWTELPREGPQKIRDHEALKENDELLEWLLHQLFKIGQHPHPHSRQATSIWLLALLKNCPEREPIKTKLQELQNVFMDYLSENSDIVQDVASKGLSLVYQNSEDSQRQQLVSQLAEQLAGGARAAVRVTADTQLFEEGQLGTAPTGGNLSTYKELCSLASDLNQPDLLYKFMHLAHHNAVWNSKRGAAFGFHSIAISAGAKLSAQLPRIVPRLYRYRFDPTPRIQNSMAAIWQALVPDTHSTVQKYHKEILDDLVTNLTSNQWRVRMSCCNALADLLRGAKSLHESLPQLPTIWTQLFRVMDDVHEGTRQAAATTANVLSKLCIRASDVSQGKDGKEIVSAILPVLLDTGITNVVREVRSVSLQTVSKLVTAAGESLKPFLDKLIPALVGAAGELESAKLSYLSTALTDSNTRDTLDELRANAARHHYTTDTVVKCMPYIDIEVMKETLPKILELMKSPQLGTKVACCHFIVLAAHYLRQDLEPVAGKIMSNLLNGTFDRNPTVRKICAEALGQVSACAKSQSAEKLMKKLVGLYETKEDEASRSAIALTLKSVAKAKIEHIKDNEEILAPVVFLAMHAPKDNDDSSTVEMFEEIWTDISPGRETGIKEHLPLIRDEIEKALNSSSWTKKIQGARAISTICKELSSGLGEQREPLMRALLAAAHGKTFDGKQHLLEALAELCSVKDGEQPLSPSLAEDCINALLTESRKQDVSYKTHAISCLGAALAAADCDRFQQVYDLVKVILSKDESSMDKDSDTEDNEGARLRREQVTALKQAAYELLGKAWPTDPHTQEKYQDVFFEHCATCYPASSRPTQLAILAAAARVCGRLCAPAAVTSPLAALLRHTLENSNQVRHRREALHIMEIVVKKLKDCNMTTELNIFKEIYQTYAPDLSKDSSHEIRSKVESIKVLFK

Target ORF information:

RefSeq Version	XM_013329024.1
Organism	Amyelois transitella
Definition	Amyelois transitella proteasome-associated protein ECM29 homolog (LOC106130228), mRNA.

Target ORF information:

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

XM_013329024.1

ORF Insert Sequence:

ATGTCTGAAA TGGAAGTAAC AGAAGGTGGA AATGATTTTG CCAATGATTT AATGTTGCTT 
GATCGGGTGT TTCTAAGGCT TGGCAATGCG GACTCCGATG ACCAGCTTGA GAGTTGTCTT 
GGCAGATTTC TGTGTCCTGT CATTCTAAAG CTATCATCTC CACATGAACA GGTGCGAACC 
AAAGTGATGG AGTTATTAGT ACATGTTAAC AAGCGTGTGA AATGCCGAGC GGACGTGCAG 
TTGCCGGTGG AAACGTTACT GCAACTGTAC AAGGACCCTA ACGCCAATAG CTTCATCATT 
AATTTCACTA TAATATACAT AACGATGGGG TATGGGCGGA TGCCGCGCGC GCAACAACTG 
AGTTTAGCAC CGTCCCTACT GGAAGCGCTG GAAAATAAGC CTCAACCGCA TCAAGATGGG 
CTACTTATGT TGGTAATGCC GCTTCTAGGG GACATCAAGG AGGCCGATTT AAACTTGAAA 
GAGAAGCCCA AATTGGCTAC CTTGGTGCTC AAGTTTGCAA CTGATGTGCT GTTGCTGCCA 
TACAGGGCTT TACCGAACTC TGGCGAATGT GAATTTCAAG TGCCGCCCGG GATGAGCATG 
AAGACTTACA AACGCATCGT GGATAAGAAC CAGTTGAATC CCAACCAGTT GGAAGAGATG 
AAACTGTCAA TCGTGAATTT CATAACGAAG GATATATTCA ATATGAGCGA TACTCTACTA 
CCTCTTATTG TGGCGGCCGC GGACTCCCGC TTCAGTGTTG CCAACCTCGC CAACAGTCCG 
CTCATACGAG CCAACAGTTC TGTGGACTGG TCGCTGGCGT CCGTGGCGGC GCCGCTGTAC 
GCGCTGTTCC TGGGCACGTG GAGCGGGCTC AAGGTGCCTC CCGACGACCG CAAGGTACCT 
GCTTGCACCA GACTCCGTTT GAAGTTAATA CAATACCTTA ATAAAGCTTC AGGACCAGCT 
ATCATGTTCC CGCACTGTGT ACAGGTAGTG TTCTCGTCAC TGTTCGATCC GAACACAAAT 
TCCCGTCTCA GAAACATGGC GCTAATGTTT TTGCTGAACG TTATAAACAG CGGCGACGTA 
AACCAATTGA AGAAAGTTGC CACAATATTC CTGCAAGGGT TGCTGAAGTT GATTCGTTCG 
GACGAGTACG CTGAACATCA GCCTAAAGCT TACATGTGTC TCGGTAGACT GGCGATGAAG 
TGTCCCGACA GCATCAACAA CCAGTTCGCA TTGCTGGAAG AGCTGGTGAA GAAGATTCCA 
GAAGCCACTC CCGAGATGAA GACAGCTTTG CGTGACGCGC TGTTGGAGAT GGCGGCCGCT 
TTTAAGATAT CGCCTGATGA AAAATCCGCC TCAAGCCCTG ACGAAGGACC AAGCAGTACG 
AAAGTGTCCC GCATGGACGT GGACGAGCCG CTCGACGAGC CGCAAGCGCT CGCCTTGTTC 
GCTCTGCTCG ACCATTACAT GCAGAGCGAA GAGTCAATGA TCCGATACAT CGCAATGCGG 
TACTCGTCCA CTGTGTTCCC TCAGGACTAC ATGCCGTCCA GATATTTGTT GCTTTTGGCC 
AGCGGTGACA GCCAAGACGA AATATCAAAC GAAGCTCTAA AATGTTTATA CGGAACATCC 
CGACCGACTG AGATAGAAGA TGTAGTGAAT AACGTGAGCA AGAAGGAGAC GGCTACAGTC 
AACATTGACG AGGAATCGCC TAAGCGTGAC AAGGACAGAA CAGAGGCACC GGAGTTCAAA 
GTCCCAAGGT TCAAAACTGT GGTGAACTAC ATATGGGATC AAATGCAGAA GAGGAAGGCG 
GGCTCCAACT CCAAGCACCG GTTCGTGGTC GGAAACCAGG TGCTGCAGTT CCATCCGCTC 
ACTTTCCAGG AGATCCTCCG CTACATGCGC ATGTGCCTGA ACCGGGACGC GAACCTGACC 
TCGTGCTCGG AGCACCCGAA CGCGACATCT CCCCAGCTGT CGGCGTACGT GCGCGAGCAG 
CTGCTGGAGA CGGAGGTGCT GGAGAGGTTC CTCGCCATGG TCACGTCGCT GCTCGCCGCC 
GGCGCAGACT TAATGCCGCT GACATGTTTC CTCGACATAG TCGGCTGCGT GCCGGACAAG 
ATGGCCGCCA AATACACGAA CCTCCTGCCG TTCCTCAAGA CTCTCTTCAC GACCAGTACC 
AAGGAAGACA TTCGTGATAC AGCCTCGCTT ATCTACGCTA TAATCACTGT GCATACTAGC 
GATAAGTCGG CGATAGAAAA GGAGATTGAA GAGTTTGTGG TACAGGGGAT AGGGAATAAG 
AGTTTGGAGA GCCAGTGCGG GTATTTGAGT GCGTTTGCGC ATGTGTGCGA AAGGTGTATC 
GTAATGGCGA AGAGGGGCAA ATTTGGGGGG AAAGGATTCA GTGCGGCCAA CTGGGAGCCT 
TATCAACAAG GTGTTATAAG TTTGGCGAAC TTCCTGATCA GCCCGCAAAC TCTTCTAGTC 
AACACGTCCT GCAACGCAGT CTCACTTCTC TCAAGATGTG CGGGGCTGCC ACTGCCTAAC 
ACTACTCCAG CGCAAGACGC GCTCATGCAA CAGGACAACC CGTTCTCGTC TGCCGATGAC 
TCCAATGACG TCATCACGAA GTTCACAGTC GCCGATCGCC TGTTCAAGAT TGTGGGTAAC 
GCGAAGTTGC CTTCCAAAGT GAAGGAGAGA GCGTTGTTCA CGCTGGGCTT GCTTTGTTGT 
GGGGAACGAC TGAGTTTCGC CAAGCAAATT GTTAAGGGAT TCTTACAGAT GGCTAAAGAT 
AGTAAAGAGT TTGAAATCCA CTTGCAAATA GGCGAGTCTT TAGTGTTGTG CGTGGAAGGT 
GTCAATTCTA ATGAGAACAG GGATTTGTGG ACGGAACTCC CGAGGGAGGG TCCGCAGAAG 
ATACGCGACC ACGAGGCTCT GAAAGAGAAT GATGAGCTCT TGGAGTGGCT TCTCCACCAG 
CTGTTTAAGA TCGGCCAGCA CCCCCATCCG CACTCAAGAC AAGCGACCAG CATTTGGCTG 
CTGGCGTTGT TGAAGAACTG TCCCGAACGG GAACCCATCA AGACCAAACT GCAAGAGCTG 
CAAAATGTCT TCATGGACTA TCTCTCGGAA AATAGCGACA TAGTCCAGGA CGTGGCCAGC 
AAGGGCCTGA GCTTAGTTTA CCAGAACAGC GAAGATAGCC AGCGGCAGCA GTTAGTGTCG 
CAGCTGGCCG AGCAGCTGGC GGGCGGCGCG CGGGCCGCCG TGCGGGTCAC CGCCGACACG 
CAGCTGTTCG AGGAGGGGCA GCTGGGCACC GCGCCCACGG GGGGCAATCT GTCTACGTAC 
AAGGAACTGT GCTCGCTCGC ATCGGATCTC AACCAGCCTG ATCTCCTGTA CAAGTTCATG 
CATTTGGCTC ATCACAACGC CGTGTGGAAC TCAAAGAGAG GAGCAGCGTT CGGTTTCCAC 
TCGATCGCGA TATCGGCGGG CGCGAAGCTC TCCGCTCAAC TCCCGCGCAT CGTGCCGCGC 
CTCTACCGCT ACAGGTTCGA CCCCACCCCG CGCATTCAGA ACTCCATGGC CGCAATATGG 
CAGGCGTTGG TGCCTGACAC GCACTCCACC GTGCAAAAGT ATCATAAGGA GATATTGGAT 
GACCTCGTGA CCAACCTGAC CTCAAACCAG TGGCGGGTCA GGATGTCCTG TTGCAACGCT 
CTCGCCGATT TGTTACGTGG CGCTAAAAGT CTCCACGAGT CATTACCCCA GCTGCCCACG 
ATCTGGACGC AGCTCTTCAG GGTCATGGAC GACGTGCACG AGGGCACCAG GCAGGCCGCC 
GCCACCACCG CCAACGTCCT GTCCAAGCTA TGCATCCGAG CGTCAGACGT GAGCCAGGGT 
AAAGACGGCA AGGAGATAGT GTCGGCCATA CTGCCGGTGC TGCTAGACAC CGGCATCACC 
AACGTGGTCA GGGAGGTCAG GAGCGTCAGC CTGCAAACAG TATCAAAACT GGTCACCGCT 
GCCGGGGAAA GTCTCAAACC TTTCCTGGAC AAGCTGATTC CGGCTTTAGT CGGCGCTGCG 
GGGGAGTTAG AGTCAGCCAA ACTGTCTTAC CTCAGCACCG CTCTCACTGA CAGCAACACC 
AGAGATACAC TGGACGAATT GAGGGCCAAT GCGGCCCGCC ATCATTATAC TACTGATACC 
GTTGTTAAGT GCATGCCGTA CATCGACATC GAAGTGATGA AGGAAACTCT GCCGAAGATC 
CTGGAACTGA TGAAGTCCCC CCAGCTTGGC ACCAAAGTGG CCTGCTGCCA TTTCATAGTG 
CTCGCCGCGC ACTATCTGAG GCAGGATCTG GAGCCAGTCG CGGGGAAGAT CATGTCCAAT 
TTACTGAACG GGACATTCGA CAGGAACCCC ACCGTGAGGA AGATTTGTGC TGAGGCGCTT 
GGACAAGTAT CAGCTTGCGC CAAGAGTCAG TCAGCAGAAA AATTGATGAA GAAATTAGTC 
GGCCTTTACG AAACGAAAGA GGATGAAGCG TCGCGGTCGG CCATCGCTCT CACACTCAAA 
TCCGTGGCCA AAGCCAAGAT AGAGCACATC AAAGACAATG AGGAGATATT GGCCCCGGTC 
GTGTTTTTGG CTATGCACGC GCCCAAAGAC AACGATGACT CATCGACAGT AGAGATGTTC 
GAAGAGATCT GGACGGACAT AAGTCCAGGA CGGGAGACCG GCATCAAGGA ACACCTGCCT 
CTAATACGCG ACGAAATAGA GAAGGCGCTG AACTCTAGCA GTTGGACTAA GAAGATACAG 
GGCGCAAGGG CAATATCGAC GATTTGCAAA GAGTTATCGT CTGGTTTGGG CGAGCAAAGA 
GAGCCTTTAA TGCGTGCTTT ATTAGCCGCC GCGCACGGGA AGACATTCGA CGGGAAACAG 
CACTTGTTGG AAGCTTTGGC TGAACTTTGC AGTGTTAAAG ATGGCGAGCA ACCGCTCTCT 
CCGAGTCTAG CAGAAGACTG CATCAACGCC TTACTGACGG AGTCTCGCAA GCAAGACGTG 
TCTTACAAGA CACACGCCAT CAGCTGCCTG GGGGCGGCGC TCGCGGCCGC CGACTGCGAC 
AGGTTCCAAC AGGTCTATGA CCTCGTCAAG GTCATACTGT CCAAGGATGA GTCGTCAATG 
GACAAAGATT CCGATACAGA AGACAATGAA GGCGCTCGTC TACGGCGAGA ACAAGTCACC 
GCGCTCAAAC AGGCCGCCTA CGAGCTACTG GGCAAGGCTT GGCCCACGGA TCCCCACACT 
CAAGAGAAAT ATCAGGACGT ATTCTTCGAG CACTGCGCGA CATGTTACCC CGCCAGCTCG 
CGGCCCACGC AGCTCGCCAT ACTGGCGGCG GCGGCGCGCG TGTGCGGCCG CCTGTGCGCG 
CCCGCAGCCG TGACGTCACC GCTCGCCGCG CTGCTGCGGC ACACGCTCGA GAACAGTAAT 
CAAGTGAGAC ACAGAAGGGA GGCGTTACAT ATTATGGAAA TAGTCGTCAA AAAATTAAAA 
GATTGCAACA TGACAACAGA ACTGAACATA TTCAAAGAAA TCTACCAAAC TTACGCACCA 
GATCTGTCAA AGGATTCGTC ACACGAAATC CGCTCTAAAG TCGAAAGCAT CAAGGTTCTT 
TTTAAGTAA