LOC106133601 cDNA ORF clone, Amyelois transitella

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106133601
Entrez Gene ID	106133601
Full Name	uncharacterized LOC106133601
Gene Type	protein-coding
Organism	Amyelois transitella

mRNA and Protein(s)

mRNA	Protein	Name
XM_013333389.1	XP_013188843.1	uncharacterized protein LOC106133601 isoform X1
XM_013333390.1	XP_013188844.1	uncharacterized protein LOC106133601 isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC106133601 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106133601 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
OAm63140	XM_013333389.1 Latest version!	Amyelois transitella uncharacterized LOC106133601 (LOC106133601), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OAm63141	XM_013333390.1 Latest version!	Amyelois transitella uncharacterized LOC106133601 (LOC106133601), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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*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)

LOC106133601 ( XM_013333389.1 ) cDNA ORF clone, Amyelois transitella -> XP_013188843.1 Amyelois transitella uncharacterized LOC106133601 (LOC106133601), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAm63140
Clone ID Related Accession (Same CDS sequence)	XM_013333389.1
Accession Version	XM_013333389.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4698bp) 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	uncharacterized protein LOC106133601 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013535438.1) 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##

ATGGCGGCGT CGGGAGGGAA GCGCCGTGAC GACGGCAGCG ATAATTCAGA CGACGAGCTC 
ACACCACTGG CCAACGAGAT TTACGGCGGC AGCCAAAGAA CCGTCCAAGA AACAAAAGGA 
TGGGACGTGT TCCGGGAGTT TCCGCCGAAG CAGGACAGTG GGTCGATGGA GAGCCAGAAG 
TGCTTGGAGT TCACAGTGCG CCTGCTGAAG GTGCTGGCCT ATGTCGTAGT CTTCGTAGTG 
GTGCTCGGCT CTGGAGTTAT TGCCAAGGGC ACAGTACTAT TTATGACCTC GCAGCTGAAG 
AAAGATAAGC GGTTATCGTT TTGTAATAGG AATTTAGGTA GGGATAAACA ATTTTTAGTC 
ACTTTGCCAG ACGAAGAGCG GGTAGCCTGG ATGTGGGCTC TTCTTGCGGC CTTTGCGATA 
CCTGAGATAG GAACGCTCAT ACGATCAGTC AGGATATGTT TCTTCAAGTC TTCGAAACGG 
CCTACGAGCG CCCAGTTTAT TGTGGTGCTC ATAGCGGAGT CACTTCACAC GGTCGGAATG 
GCCTTACTTT TCTTTAAAAT TCTTCCCGAA TTGGACGTTG TAAAAGGGGC CATGATAACG 
AACTGTCTCT GCATCGTTCC TGCAATCCTG GGACTGTTGT CACGAAGCTC GAGAGATTCC 
AAGCGATTTG TGAAAGTCAT CGTGGATATG GCCGCCATAG TCGCTCAAGT CACCGGGTTC 
ATTGTATGGC CGCTGTTGGA AAACAAACCT GTGCTGTGGT TGATGCCGAT CGCTGCTCTG 
TGCATATCAC TGGGCTGGTG GGAAAATTAC GTGACCAGGC AAAGTCCCAT TGGTATAATA 
AAAAGTTTAG GAAGATTGAA GGAGGAGCTA GCGTTGACCC GGTACTACAC GTACAGATTC 
ATCTCCGTGT GGAAGATCGT ATTCTTTCTT ATTTGCATTC TGTTCGCTCT CTGGATGGAG 
GGCGACGAGC CCGCCATGTT TTTCCAACTG TTCAACGCAG GGTTTAGTCC CCACAATATT 
GTGGTCGAAG AGGTTCAAAT TCAGTTAGGA GGCACGGTCA TACCAGACTT GGTCAATGCT 
ACTCTGACTG GAGATTCGGT GGAAGTTCCA GCTGTGCACA AATCTGCTTT TTACGTTCTT 
CTTATCCAAG TTTTCGCAGC ATATTTCTGC TACATATTCG GAAAATTCGC GTGCAAAATC 
CTTATTCAGG GATTCAGTTA CGCGTTCCCG ATAAATTTGG TGATTCCTTT GGTGGTGAAC 
ATGTTGATCG CAGCCTGCGG ATTGAGGAAT GGAGATACGT GTTTCTTCCA CGGAACTATT 
CCTGATTATC TTTTCTTTGA AAGTCCTCCA GTTTTTACTC TCAGCGATTT TATTTCCCGT 
CAAATGGCTT GGGTGTGGTT ACTATGGCTG CTGTCCCAGA CATGGATTAC GATACACATT 
TGGACGCCTA AGGCTGAACG TTTGGCTTCG ACTGAAAAGT TATTCGTGAT TCCAATGTAC 
AATGGGCTTT TGATAGACCA AAGCATGGCG ATGAACAGGA AAAGAGACGA CCACAAAGAT 
GTTAAGACAG AGGATTTGGC AGAAATTGAG AAAGAAAAAG GTGACGAATA TTACGAAACG 
ATTTCGGTTC ACACAGATAA CACTGGTTCT TCTCCTAAAA CGGTGAAGTC ATCAGATTCG 
ATAACGAGGA TCTACGCTTG CGCCACTATG TGGCACGAGA CTAAAGACGA GATGATGGAG 
TTCTTGAAGT CTATCCTCAG GCTGGATGAA GATCAGTGCG CTCGTAGAGT GGCTCAGAAA 
TATCTACGTG TGGTAGATCC TGATTATTAT GAATTTGAAA CTCATATCTT CTTGGACGAC 
GCTTTCGAAA TATCAGATCA CAGTGACGAT GATTCTCAAG TCAATCGGTT CGTGAAATTG 
TTAGTCGATA CGATAGACGA AGCTGCTTCC GAAGTACATC AGACGATCAT ACGCATTCGT 
CCTCCGAAGA AACTACCAGC CCCTTACGGA GGAAGACTGA CTTGGGTTCT GCCAGGAAAG 
ACTAAAATGA TCTGCCACTT GAAGGATAAG GCCAAAATTC GACACAGGAA ACGGTGGTCT 
CAGGTGATGT ACATGTACTA TCTGCTTGGA CACCGGCTAA TGGAGCTGCC GATCTCCGTT 
GATCGTAAAG AAGTGATGGC GGAGAACACA TTCTTGCTGA CCCTGGACGG AGATATCGAT 
TTCCAACCGC ACGCTGTTAG ACTGTTGATT GACTTGATGA AAAAGAATAA GAACTTGGGT 
GCCGCTTGTG GTCGTATTCA TCCCGTTGGT TCAGGTCCTA TGGTGTGGTA TCAAATGTTC 
GAATACGCTA TTGGTCATTG GCTGCAAAAG GCGACTGAAC ACATGATCGG CTGCGTACTC 
TGTAGTCCTG GATGCTTCTC CCTCTTCAGA GGAAAGGCTT TGATGGATGA CAACGTGATG 
AAGAAATACA CACTGCGCTC AGATGAAGCC CGGCATTACG TGCAATACGA TCAAGGGGAA 
GATCGTTGGT TGTGCACTTT GCTACTGCAA CGTGGTTACC GTGTGGAATA CTCAGCCGCG 
TCGGACGCCT ACACGCACTG CCCTGAAGGG TTCAGTGAGT TTTACAACCA GCGCCGTCGG 
TGGGTGCCCT CCACCATCGC CAACATTATG GACTTGCTCA TGGACTACAA GCACACGATC 
AAAATTAACG ACAATATATC TACTCCGTAC ATCGCTTATC AGATGATGTT GATGGGTGGT 
ACGATCTTGG GCCCTGGTAC GATATTCCTT ATGTTGGTGG GAGCTTTCGT GGCCGCTTTC 
AGAATCGACA ATTGGACTTC GTTTGAGTAC AACCTATATC CGATCATGCT TTTCATGTTC 
GTTTGCTTCA CAATGAAATC AGAAATACAG TTATTGGTGG CACAAATACT ATCGACAGCG 
TACGCCATGA TTATGATGGC TGTGATCGTC GGTACGGCGC TTCAGTTGGG CGAGGACGGT 
ATCGGCTCTC CTTCCGCTAT TTTCTTGATC GCTCTTTCCA GTTCATTCTT CATAGCAGCG 
TGCTTACATC CGCAGGAGTT TTGGTGCATT GTACCTGGAA TAATTTACCT GTTATCTATA 
CCGTCTATGT ACTTGCTGCT GATCTTGTAT TCTATCATCA ACTTGAATGT TGTTACGTGG 
GGTACGAGAG AAGTACAAAC GAAGAAAACT AAGAAGGAAA TTGAGCAAGA AAAGAAGGAC 
GCGGAAGAAG CAAAGAAAAA AGCCAAACAG AAGTCATTGC TTGGTTTCCT TCAAGGGGTA 
AACAGCAATG AAGAGGAAGG ATCTATAGAG TTTTCGTTTG CGGGTTTATT CAAATGTTTG 
TTGTGTACTC ATCCCAAAGG AAACGAAGAA AAAGTACAAC TGTTGCATAT AGCTTCTACT 
CTAGACAAAC TGGAGAAAAA GTTGGATATT GTAGAGAGAT CGATCGATCC TCACGGACTA 
GCTAGAGGTA GAAAGTTATC AATAGGTCAT CGAGGCAGCA CCAACGGAGA TCATGGATTA 
GACGCTCTGG CAGAGGGTCC GGAGGAAGAC CGCGATTCAG ATTCCGAGAC AGATACTCTT 
TCTACATCAC CAAGGGAGAG AAGAGATGAT CTTATTAATC CATACTGGAT CGAAGACCCG 
GAACTGAAAA AGGGAGAAGT TGATTTTTTG AGTCCAGCTG AGATACAGTT TTGGAAAGAC 
TTGATCGATA AGTATTTGTA CCCGATTGAT GCCAACAAGG AGGAACAGGC ACGTATATCA 
AGGGATCTAA AAGAATTGCG AGATTCATCT GTTTTTTCAT TCTTTATGTG CAATGCCCTA 
TTTGTGCTCA TTGTATTCTT GCTACAACTG AACAAGGACA ACCTTCACTT TAAGTGGCCC 
TTCGGAGTTA AAACTAACAT AACTTATGAT GAAATTTCCC AAGAGGTAAT AATTTCAAAA 
GAATATCTAC AATTGGAGCC AATTGGTCTT GTATTTGTAT TCTTCTTTGC TTTGATCTTG 
GTCATACAAT TTTCGGCTAT GTTGTTCCAT CGATTTGGAA CTCTTTCGCA CATATTAGCA 
TCGACAGAAT TGAACTGGTT CTGTACGAAG AAGTCTGAAG ATTTGTCGCA AGATGCACTA 
CTGGATAAGA ACGCAATAGC TATAGTCAAA GACTTGCAAA AACTAAATGG ACTAGATGAC 
GATTATGATA ATGATTCAAG TTCTGGTCCT CATAATGTTG GAAGACGAAA GACTATTCAT 
AACCTGGAGA AAGCAAGGCA GAAGAAAAGA AACATCGGCA CGCTGGACGT AGCGTTCAAG 
AAACGATTCT TCAATATGAA TGCCAACGAT GGACCTGGTA CTCCAGTACT TAATCGTAAA 
ATGACCCTCC GAAGGGAAAC ACTGAAAGCT TTGGAGACTA GAAGAAACTC TGTTATGGCC 
GAACGAAGAA AGTCGCAGAT GCAGACACTT GGGGCTAATA ATGAATATGG TGTTACAGGA 
AAGTTGAATA ATAACATAGC TGTACCACGT CATCGTGCAT CTAACGCGAA TATCTCGGTC 
AAAGACGTAT TTGCTGAGCC CAATGGAGGG CAAATAAACC GTGGCTATGA AACCGCACTA 
GGTGATGAAG AAGAAGCGAA TTCAATGAGA CTGCAGCCAA GAACGAACCA GGTGTCCTTC 
CAAGGAAGAT ATCAATAA

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

RefSeq	XP_013188843.1
CDS	132..4829
Translation	MAASGGKRRDDGSDNSDDELTPLANEIYGGSQRTVQETKGWDVFREFPPKQDSGSMESQKCLEFTVRLLKVLAYVVVFVVVLGSGVIAKGTVLFMTSQLKKDKRLSFCNRNLGRDKQFLVTLPDEERVAWMWALLAAFAIPEIGTLIRSVRICFFKSSKRPTSAQFIVVLIAESLHTVGMALLFFKILPELDVVKGAMITNCLCIVPAILGLLSRSSRDSKRFVKVIVDMAAIVAQVTGFIVWPLLENKPVLWLMPIAALCISLGWWENYVTRQSPIGIIKSLGRLKEELALTRYYTYRFISVWKIVFFLICILFALWMEGDEPAMFFQLFNAGFSPHNIVVEEVQIQLGGTVIPDLVNATLTGDSVEVPAVHKSAFYVLLIQVFAAYFCYIFGKFACKILIQGFSYAFPINLVIPLVVNMLIAACGLRNGDTCFFHGTIPDYLFFESPPVFTLSDFISRQMAWVWLLWLLSQTWITIHIWTPKAERLASTEKLFVIPMYNGLLIDQSMAMNRKRDDHKDVKTEDLAEIEKEKGDEYYETISVHTDNTGSSPKTVKSSDSITRIYACATMWHETKDEMMEFLKSILRLDEDQCARRVAQKYLRVVDPDYYEFETHIFLDDAFEISDHSDDDSQVNRFVKLLVDTIDEAASEVHQTIIRIRPPKKLPAPYGGRLTWVLPGKTKMICHLKDKAKIRHRKRWSQVMYMYYLLGHRLMELPISVDRKEVMAENTFLLTLDGDIDFQPHAVRLLIDLMKKNKNLGAACGRIHPVGSGPMVWYQMFEYAIGHWLQKATEHMIGCVLCSPGCFSLFRGKALMDDNVMKKYTLRSDEARHYVQYDQGEDRWLCTLLLQRGYRVEYSAASDAYTHCPEGFSEFYNQRRRWVPSTIANIMDLLMDYKHTIKINDNISTPYIAYQMMLMGGTILGPGTIFLMLVGAFVAAFRIDNWTSFEYNLYPIMLFMFVCFTMKSEIQLLVAQILSTAYAMIMMAVIVGTALQLGEDGIGSPSAIFLIALSSSFFIAACLHPQEFWCIVPGIIYLLSIPSMYLLLILYSIINLNVVTWGTREVQTKKTKKEIEQEKKDAEEAKKKAKQKSLLGFLQGVNSNEEEGSIEFSFAGLFKCLLCTHPKGNEEKVQLLHIASTLDKLEKKLDIVERSIDPHGLARGRKLSIGHRGSTNGDHGLDALAEGPEEDRDSDSETDTLSTSPRERRDDLINPYWIEDPELKKGEVDFLSPAEIQFWKDLIDKYLYPIDANKEEQARISRDLKELRDSSVFSFFMCNALFVLIVFLLQLNKDNLHFKWPFGVKTNITYDEISQEVIISKEYLQLEPIGLVFVFFFALILVIQFSAMLFHRFGTLSHILASTELNWFCTKKSEDLSQDALLDKNAIAIVKDLQKLNGLDDDYDNDSSSGPHNVGRRKTIHNLEKARQKKRNIGTLDVAFKKRFFNMNANDGPGTPVLNRKMTLRRETLKALETRRNSVMAERRKSQMQTLGANNEYGVTGKLNNNIAVPRHRASNANISVKDVFAEPNGGQINRGYETALGDEEEANSMRLQPRTNQVSFQGRYQ

Target ORF information:

RefSeq Version	XM_013333389.1
Organism	Amyelois transitella
Definition	Amyelois transitella uncharacterized LOC106133601 (LOC106133601), transcript variant X1, mRNA.

Target ORF information:

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

XM_013333389.1

ORF Insert Sequence:

ATGGCGGCGT CGGGAGGGAA GCGCCGTGAC GACGGCAGCG ATAATTCAGA CGACGAGCTC 
ACACCACTGG CCAACGAGAT TTACGGCGGC AGCCAAAGAA CCGTCCAAGA AACAAAAGGA 
TGGGACGTGT TCCGGGAGTT TCCGCCGAAG CAGGACAGTG GGTCGATGGA GAGCCAGAAG 
TGCTTGGAGT TCACAGTGCG CCTGCTGAAG GTGCTGGCCT ATGTCGTAGT CTTCGTAGTG 
GTGCTCGGCT CTGGAGTTAT TGCCAAGGGC ACAGTACTAT TTATGACCTC GCAGCTGAAG 
AAAGATAAGC GGTTATCGTT TTGTAATAGG AATTTAGGTA GGGATAAACA ATTTTTAGTC 
ACTTTGCCAG ACGAAGAGCG GGTAGCCTGG ATGTGGGCTC TTCTTGCGGC CTTTGCGATA 
CCTGAGATAG GAACGCTCAT ACGATCAGTC AGGATATGTT TCTTCAAGTC TTCGAAACGG 
CCTACGAGCG CCCAGTTTAT TGTGGTGCTC ATAGCGGAGT CACTTCACAC GGTCGGAATG 
GCCTTACTTT TCTTTAAAAT TCTTCCCGAA TTGGACGTTG TAAAAGGGGC CATGATAACG 
AACTGTCTCT GCATCGTTCC TGCAATCCTG GGACTGTTGT CACGAAGCTC GAGAGATTCC 
AAGCGATTTG TGAAAGTCAT CGTGGATATG GCCGCCATAG TCGCTCAAGT CACCGGGTTC 
ATTGTATGGC CGCTGTTGGA AAACAAACCT GTGCTGTGGT TGATGCCGAT CGCTGCTCTG 
TGCATATCAC TGGGCTGGTG GGAAAATTAC GTGACCAGGC AAAGTCCCAT TGGTATAATA 
AAAAGTTTAG GAAGATTGAA GGAGGAGCTA GCGTTGACCC GGTACTACAC GTACAGATTC 
ATCTCCGTGT GGAAGATCGT ATTCTTTCTT ATTTGCATTC TGTTCGCTCT CTGGATGGAG 
GGCGACGAGC CCGCCATGTT TTTCCAACTG TTCAACGCAG GGTTTAGTCC CCACAATATT 
GTGGTCGAAG AGGTTCAAAT TCAGTTAGGA GGCACGGTCA TACCAGACTT GGTCAATGCT 
ACTCTGACTG GAGATTCGGT GGAAGTTCCA GCTGTGCACA AATCTGCTTT TTACGTTCTT 
CTTATCCAAG TTTTCGCAGC ATATTTCTGC TACATATTCG GAAAATTCGC GTGCAAAATC 
CTTATTCAGG GATTCAGTTA CGCGTTCCCG ATAAATTTGG TGATTCCTTT GGTGGTGAAC 
ATGTTGATCG CAGCCTGCGG ATTGAGGAAT GGAGATACGT GTTTCTTCCA CGGAACTATT 
CCTGATTATC TTTTCTTTGA AAGTCCTCCA GTTTTTACTC TCAGCGATTT TATTTCCCGT 
CAAATGGCTT GGGTGTGGTT ACTATGGCTG CTGTCCCAGA CATGGATTAC GATACACATT 
TGGACGCCTA AGGCTGAACG TTTGGCTTCG ACTGAAAAGT TATTCGTGAT TCCAATGTAC 
AATGGGCTTT TGATAGACCA AAGCATGGCG ATGAACAGGA AAAGAGACGA CCACAAAGAT 
GTTAAGACAG AGGATTTGGC AGAAATTGAG AAAGAAAAAG GTGACGAATA TTACGAAACG 
ATTTCGGTTC ACACAGATAA CACTGGTTCT TCTCCTAAAA CGGTGAAGTC ATCAGATTCG 
ATAACGAGGA TCTACGCTTG CGCCACTATG TGGCACGAGA CTAAAGACGA GATGATGGAG 
TTCTTGAAGT CTATCCTCAG GCTGGATGAA GATCAGTGCG CTCGTAGAGT GGCTCAGAAA 
TATCTACGTG TGGTAGATCC TGATTATTAT GAATTTGAAA CTCATATCTT CTTGGACGAC 
GCTTTCGAAA TATCAGATCA CAGTGACGAT GATTCTCAAG TCAATCGGTT CGTGAAATTG 
TTAGTCGATA CGATAGACGA AGCTGCTTCC GAAGTACATC AGACGATCAT ACGCATTCGT 
CCTCCGAAGA AACTACCAGC CCCTTACGGA GGAAGACTGA CTTGGGTTCT GCCAGGAAAG 
ACTAAAATGA TCTGCCACTT GAAGGATAAG GCCAAAATTC GACACAGGAA ACGGTGGTCT 
CAGGTGATGT ACATGTACTA TCTGCTTGGA CACCGGCTAA TGGAGCTGCC GATCTCCGTT 
GATCGTAAAG AAGTGATGGC GGAGAACACA TTCTTGCTGA CCCTGGACGG AGATATCGAT 
TTCCAACCGC ACGCTGTTAG ACTGTTGATT GACTTGATGA AAAAGAATAA GAACTTGGGT 
GCCGCTTGTG GTCGTATTCA TCCCGTTGGT TCAGGTCCTA TGGTGTGGTA TCAAATGTTC 
GAATACGCTA TTGGTCATTG GCTGCAAAAG GCGACTGAAC ACATGATCGG CTGCGTACTC 
TGTAGTCCTG GATGCTTCTC CCTCTTCAGA GGAAAGGCTT TGATGGATGA CAACGTGATG 
AAGAAATACA CACTGCGCTC AGATGAAGCC CGGCATTACG TGCAATACGA TCAAGGGGAA 
GATCGTTGGT TGTGCACTTT GCTACTGCAA CGTGGTTACC GTGTGGAATA CTCAGCCGCG 
TCGGACGCCT ACACGCACTG CCCTGAAGGG TTCAGTGAGT TTTACAACCA GCGCCGTCGG 
TGGGTGCCCT CCACCATCGC CAACATTATG GACTTGCTCA TGGACTACAA GCACACGATC 
AAAATTAACG ACAATATATC TACTCCGTAC ATCGCTTATC AGATGATGTT GATGGGTGGT 
ACGATCTTGG GCCCTGGTAC GATATTCCTT ATGTTGGTGG GAGCTTTCGT GGCCGCTTTC 
AGAATCGACA ATTGGACTTC GTTTGAGTAC AACCTATATC CGATCATGCT TTTCATGTTC 
GTTTGCTTCA CAATGAAATC AGAAATACAG TTATTGGTGG CACAAATACT ATCGACAGCG 
TACGCCATGA TTATGATGGC TGTGATCGTC GGTACGGCGC TTCAGTTGGG CGAGGACGGT 
ATCGGCTCTC CTTCCGCTAT TTTCTTGATC GCTCTTTCCA GTTCATTCTT CATAGCAGCG 
TGCTTACATC CGCAGGAGTT TTGGTGCATT GTACCTGGAA TAATTTACCT GTTATCTATA 
CCGTCTATGT ACTTGCTGCT GATCTTGTAT TCTATCATCA ACTTGAATGT TGTTACGTGG 
GGTACGAGAG AAGTACAAAC GAAGAAAACT AAGAAGGAAA TTGAGCAAGA AAAGAAGGAC 
GCGGAAGAAG CAAAGAAAAA AGCCAAACAG AAGTCATTGC TTGGTTTCCT TCAAGGGGTA 
AACAGCAATG AAGAGGAAGG ATCTATAGAG TTTTCGTTTG CGGGTTTATT CAAATGTTTG 
TTGTGTACTC ATCCCAAAGG AAACGAAGAA AAAGTACAAC TGTTGCATAT AGCTTCTACT 
CTAGACAAAC TGGAGAAAAA GTTGGATATT GTAGAGAGAT CGATCGATCC TCACGGACTA 
GCTAGAGGTA GAAAGTTATC AATAGGTCAT CGAGGCAGCA CCAACGGAGA TCATGGATTA 
GACGCTCTGG CAGAGGGTCC GGAGGAAGAC CGCGATTCAG ATTCCGAGAC AGATACTCTT 
TCTACATCAC CAAGGGAGAG AAGAGATGAT CTTATTAATC CATACTGGAT CGAAGACCCG 
GAACTGAAAA AGGGAGAAGT TGATTTTTTG AGTCCAGCTG AGATACAGTT TTGGAAAGAC 
TTGATCGATA AGTATTTGTA CCCGATTGAT GCCAACAAGG AGGAACAGGC ACGTATATCA 
AGGGATCTAA AAGAATTGCG AGATTCATCT GTTTTTTCAT TCTTTATGTG CAATGCCCTA 
TTTGTGCTCA TTGTATTCTT GCTACAACTG AACAAGGACA ACCTTCACTT TAAGTGGCCC 
TTCGGAGTTA AAACTAACAT AACTTATGAT GAAATTTCCC AAGAGGTAAT AATTTCAAAA 
GAATATCTAC AATTGGAGCC AATTGGTCTT GTATTTGTAT TCTTCTTTGC TTTGATCTTG 
GTCATACAAT TTTCGGCTAT GTTGTTCCAT CGATTTGGAA CTCTTTCGCA CATATTAGCA 
TCGACAGAAT TGAACTGGTT CTGTACGAAG AAGTCTGAAG ATTTGTCGCA AGATGCACTA 
CTGGATAAGA ACGCAATAGC TATAGTCAAA GACTTGCAAA AACTAAATGG ACTAGATGAC 
GATTATGATA ATGATTCAAG TTCTGGTCCT CATAATGTTG GAAGACGAAA GACTATTCAT 
AACCTGGAGA AAGCAAGGCA GAAGAAAAGA AACATCGGCA CGCTGGACGT AGCGTTCAAG 
AAACGATTCT TCAATATGAA TGCCAACGAT GGACCTGGTA CTCCAGTACT TAATCGTAAA 
ATGACCCTCC GAAGGGAAAC ACTGAAAGCT TTGGAGACTA GAAGAAACTC TGTTATGGCC 
GAACGAAGAA AGTCGCAGAT GCAGACACTT GGGGCTAATA ATGAATATGG TGTTACAGGA 
AAGTTGAATA ATAACATAGC TGTACCACGT CATCGTGCAT CTAACGCGAA TATCTCGGTC 
AAAGACGTAT TTGCTGAGCC CAATGGAGGG CAAATAAACC GTGGCTATGA AACCGCACTA 
GGTGATGAAG AAGAAGCGAA TTCAATGAGA CTGCAGCCAA GAACGAACCA GGTGTCCTTC 
CAAGGAAGAT ATCAATAA

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

LOC106133601 ( XM_013333390.1 ) cDNA ORF clone, Amyelois transitella -> XP_013188844.1 Amyelois transitella uncharacterized LOC106133601 (LOC106133601), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAm63141
Clone ID Related Accession (Same CDS sequence)	XM_013333390.1
Accession Version	XM_013333390.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4695bp) 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	uncharacterized protein LOC106133601 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013535438.1) 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##

ATGGCGGCGT CGGGAGGGAA GCGCCGTGAC GACGGCAGCG ATAATTCAGA CGACGAGCTC 
ACACCACTGG CCAACGAGAT TTACGGCGGC AGCCAAAGAA CCGTCCAAGA AACAAAAGGA 
TGGGACGTGT TCCGGGAGTT TCCGCCGAAG CAGGACAGTG GGTCGATGGA GAGCCAGAAG 
TGCTTGGAGT TCACAGTGCG CCTGCTGAAG GTGCTGGCCT ATGTCGTAGT CTTCGTAGTG 
GTGCTCGGCT CTGGAGTTAT TGCCAAGGGC ACAGTACTAT TTATGACCTC GCAGCTGAAG 
AAAGATAAGC GGTTATCGTT TTGTAATAGG AATTTAGGTA GGGATAAACA ATTTTTAGTC 
ACTTTGCCAG ACGAAGAGCG GGTAGCCTGG ATGTGGGCTC TTCTTGCGGC CTTTGCGATA 
CCTGAGATAG GAACGCTCAT ACGATCAGTC AGGATATGTT TCTTCAAGTC TTCGAAACGG 
CCTACGAGCG CCCAGTTTAT TGTGGTGCTC ATAGCGGAGT CACTTCACAC GGTCGGAATG 
GCCTTACTTT TCTTTAAAAT TCTTCCCGAA TTGGACGTTG TAAAAGGGGC CATGATAACG 
AACTGTCTCT GCATCGTTCC TGCAATCCTG GGACTGTTGT CACGAAGCTC GAGAGATTCC 
AAGCGATTTG TGAAAGTCAT CGTGGATATG GCCGCCATAG TCGCTCAAGT CACCGGGTTC 
ATTGTATGGC CGCTGTTGGA AAACAAACCT GTGCTGTGGT TGATGCCGAT CGCTGCTCTG 
TGCATATCAC TGGGCTGGTG GGAAAATTAC GTGACCAGGC AAAGTCCCAT TGGTATAATA 
AAAAGTTTAG GAAGATTGAA GGAGGAGCTA GCGTTGACCC GGTACTACAC GTACAGATTC 
ATCTCCGTGT GGAAGATCGT ATTCTTTCTT ATTTGCATTC TGTTCGCTCT CTGGATGGAG 
GGCGACGAGC CCGCCATGTT TTTCCAACTG TTCAACGCAG GGTTTAGTCC CCACAATATT 
GTGGTCGAAG AGGTTCAAAT TCAGTTAGGA GGCACGGTCA TACCAGACTT GGTCAATGCT 
ACTCTGACTG GAGATTCGGT GGAAGTTCCA GCTGTGCACA AATCTGCTTT TTACGTTCTT 
CTTATCCAAG TTTTCGCAGC ATATTTCTGC TACATATTCG GAAAATTCGC GTGCAAAATC 
CTTATTCAGG GATTCAGTTA CGCGTTCCCG ATAAATTTGG TGATTCCTTT GGTGGTGAAC 
ATGTTGATCG CAGCCTGCGG ATTGAGGAAT GGAGATACGT GTTTCTTCCA CGGAACTATT 
CCTGATTATC TTTTCTTTGA AAGTCCTCCA GTTTTTACTC TCAGCGATTT TATTTCCCGT 
CAAATGGCTT GGGTGTGGTT ACTATGGCTG CTGTCCCAGA CATGGATTAC GATACACATT 
TGGACGCCTA AGGCTGAACG TTTGGCTTCG ACTGAAAAGT TATTCGTGAT TCCAATGTAC 
AATGGGCTTT TGATAGACCA AAGCATGGCG ATGAACAGGA AAAGAGACGA CCACAAAGAT 
GTTAAGACAG AGGATTTGGC AGAAATTGAG AAAGAAAAAG GTGACGAATA TTACGAAACG 
ATTTCGGTTC ACACAGATAA CACTGGTTCT TCTCCTAAAA CGGTGAAGTC ATCAGATTCG 
ATAACGAGGA TCTACGCTTG CGCCACTATG TGGCACGAGA CTAAAGACGA GATGATGGAG 
TTCTTGAAGT CTATCCTCAG GCTGGATGAA GATCAGTGCG CTCGTAGAGT GGCTCAGAAA 
TATCTACGTG TGGTAGATCC TGATTATTAT GAATTTGAAA CTCATATCTT CTTGGACGAC 
GCTTTCGAAA TATCAGATCA CAGTGACGAT GATTCTCAAG TCAATCGGTT CGTGAAATTG 
TTAGTCGATA CGATAGACGA AGCTGCTTCC GAAGTACATC AGACGATCAT ACGCATTCGT 
CCTCCGAAGA AACTACCAGC CCCTTACGGA GGAAGACTGA CTTGGGTTCT GCCAGGAAAG 
ACTAAAATGA TCTGCCACTT GAAGGATAAG GCCAAAATTC GACACAGGAA ACGGTGGTCT 
CAGGTGATGT ACATGTACTA TCTGCTTGGA CACCGGCTAA TGGAGCTGCC GATCTCCGTT 
GATCGTAAAG AAGTGATGGC GGAGAACACA TTCTTGCTGA CCCTGGACGG AGATATCGAT 
TTCCAACCGC ACGCTGTTAG ACTGTTGATT GACTTGATGA AAAAGAATAA GAACTTGGGT 
GCCGCTTGTG GTCGTATTCA TCCCGTTGGT TCAGGTCCTA TGGTGTGGTA TCAAATGTTC 
GAATACGCTA TTGGTCATTG GCTGCAAAAG GCGACTGAAC ACATGATCGG CTGCGTACTC 
TGTAGTCCTG GATGCTTCTC CCTCTTCAGA GGAAAGGCTT TGATGGATGA CAACGTGATG 
AAGAAATACA CACTGCGCTC AGATGAAGCC CGGCATTACG TGCAATACGA TCAAGGGGAA 
GATCGTTGGT TGTGCACTTT GCTACTGCAA CGTGGTTACC GTGTGGAATA CTCAGCCGCG 
TCGGACGCCT ACACGCACTG CCCTGAAGGG TTCAGTGAGT TTTACAACCA GCGCCGTCGG 
TGGGTGCCCT CCACCATCGC CAACATTATG GACTTGCTCA TGGACTACAA GCACACGATC 
AAAATTAACG ACAATATATC TACTCCGTAC ATCGCTTATC AGATGATGTT GATGGGTGGT 
ACGATCTTGG GCCCTGGTAC GATATTCCTT ATGTTGGTGG GAGCTTTCGT GGCCGCTTTC 
AGAATCGACA ATTGGACTTC GTTTGAGTAC AACCTATATC CGATCATGCT TTTCATGTTC 
GTTTGCTTCA CAATGAAATC AGAAATACAG TTATTGGTGG CACAAATACT ATCGACAGCG 
TACGCCATGA TTATGATGGC TGTGATCGTC GGTACGGCGC TTCAGTTGGG CGAGGACGGT 
ATCGGCTCTC CTTCCGCTAT TTTCTTGATC GCTCTTTCCA GTTCATTCTT CATAGCAGCG 
TGCTTACATC CGCAGGAGTT TTGGTGCATT GTACCTGGAA TAATTTACCT GTTATCTATA 
CCGTCTATGT ACTTGCTGCT GATCTTGTAT TCTATCATCA ACTTGAATGT TGTTACGTGG 
GGTACGAGAG AAGTACAAAC GAAGAAAACT AAGAAGGAAA TTGAGCAAGA AAAGAAGGAC 
GCGGAAGAAG CAAAGAAAAA AGCCAAACAG AAGTCATTGC TTGGTTTCCT TCAAGGGGTA 
AACAGCAATG AAGAGGAAGG ATCTATAGAG TTTTCGTTTG CGGGTTTATT CAAATGTTTG 
TTGTGTACTC ATCCCAAAGG AAACGAAGAA AAAGTACAAC TGTTGCATAT AGCTTCTACT 
CTAGACAAAC TGGAGAAAAA GTTGGATATT GTAGAGAGAT CGATCGATCC TCACGGACTA 
GCTAGAGGTA GAAAGTTATC AATAGGTCAT CGAGGCAGCA CCAACGGAGA TCATGGATTA 
GACGCTCTGG CAGAGGGTCC GGAGGAAGAC CGCGATTCAG ATTCCGAGAC AGATACTCTT 
TCTACATCAC CAAGGAGAAG AGATGATCTT ATTAATCCAT ACTGGATCGA AGACCCGGAA 
CTGAAAAAGG GAGAAGTTGA TTTTTTGAGT CCAGCTGAGA TACAGTTTTG GAAAGACTTG 
ATCGATAAGT ATTTGTACCC GATTGATGCC AACAAGGAGG AACAGGCACG TATATCAAGG 
GATCTAAAAG AATTGCGAGA TTCATCTGTT TTTTCATTCT TTATGTGCAA TGCCCTATTT 
GTGCTCATTG TATTCTTGCT ACAACTGAAC AAGGACAACC TTCACTTTAA GTGGCCCTTC 
GGAGTTAAAA CTAACATAAC TTATGATGAA ATTTCCCAAG AGGTAATAAT TTCAAAAGAA 
TATCTACAAT TGGAGCCAAT TGGTCTTGTA TTTGTATTCT TCTTTGCTTT GATCTTGGTC 
ATACAATTTT CGGCTATGTT GTTCCATCGA TTTGGAACTC TTTCGCACAT ATTAGCATCG 
ACAGAATTGA ACTGGTTCTG TACGAAGAAG TCTGAAGATT TGTCGCAAGA TGCACTACTG 
GATAAGAACG CAATAGCTAT AGTCAAAGAC TTGCAAAAAC TAAATGGACT AGATGACGAT 
TATGATAATG ATTCAAGTTC TGGTCCTCAT AATGTTGGAA GACGAAAGAC TATTCATAAC 
CTGGAGAAAG CAAGGCAGAA GAAAAGAAAC ATCGGCACGC TGGACGTAGC GTTCAAGAAA 
CGATTCTTCA ATATGAATGC CAACGATGGA CCTGGTACTC CAGTACTTAA TCGTAAAATG 
ACCCTCCGAA GGGAAACACT GAAAGCTTTG GAGACTAGAA GAAACTCTGT TATGGCCGAA 
CGAAGAAAGT CGCAGATGCA GACACTTGGG GCTAATAATG AATATGGTGT TACAGGAAAG 
TTGAATAATA ACATAGCTGT ACCACGTCAT CGTGCATCTA ACGCGAATAT CTCGGTCAAA 
GACGTATTTG CTGAGCCCAA TGGAGGGCAA ATAAACCGTG GCTATGAAAC CGCACTAGGT 
GATGAAGAAG AAGCGAATTC AATGAGACTG CAGCCAAGAA CGAACCAGGT GTCCTTCCAA 
GGAAGATATC AATAA

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

RefSeq	XP_013188844.1
CDS	132..4826
Translation	MAASGGKRRDDGSDNSDDELTPLANEIYGGSQRTVQETKGWDVFREFPPKQDSGSMESQKCLEFTVRLLKVLAYVVVFVVVLGSGVIAKGTVLFMTSQLKKDKRLSFCNRNLGRDKQFLVTLPDEERVAWMWALLAAFAIPEIGTLIRSVRICFFKSSKRPTSAQFIVVLIAESLHTVGMALLFFKILPELDVVKGAMITNCLCIVPAILGLLSRSSRDSKRFVKVIVDMAAIVAQVTGFIVWPLLENKPVLWLMPIAALCISLGWWENYVTRQSPIGIIKSLGRLKEELALTRYYTYRFISVWKIVFFLICILFALWMEGDEPAMFFQLFNAGFSPHNIVVEEVQIQLGGTVIPDLVNATLTGDSVEVPAVHKSAFYVLLIQVFAAYFCYIFGKFACKILIQGFSYAFPINLVIPLVVNMLIAACGLRNGDTCFFHGTIPDYLFFESPPVFTLSDFISRQMAWVWLLWLLSQTWITIHIWTPKAERLASTEKLFVIPMYNGLLIDQSMAMNRKRDDHKDVKTEDLAEIEKEKGDEYYETISVHTDNTGSSPKTVKSSDSITRIYACATMWHETKDEMMEFLKSILRLDEDQCARRVAQKYLRVVDPDYYEFETHIFLDDAFEISDHSDDDSQVNRFVKLLVDTIDEAASEVHQTIIRIRPPKKLPAPYGGRLTWVLPGKTKMICHLKDKAKIRHRKRWSQVMYMYYLLGHRLMELPISVDRKEVMAENTFLLTLDGDIDFQPHAVRLLIDLMKKNKNLGAACGRIHPVGSGPMVWYQMFEYAIGHWLQKATEHMIGCVLCSPGCFSLFRGKALMDDNVMKKYTLRSDEARHYVQYDQGEDRWLCTLLLQRGYRVEYSAASDAYTHCPEGFSEFYNQRRRWVPSTIANIMDLLMDYKHTIKINDNISTPYIAYQMMLMGGTILGPGTIFLMLVGAFVAAFRIDNWTSFEYNLYPIMLFMFVCFTMKSEIQLLVAQILSTAYAMIMMAVIVGTALQLGEDGIGSPSAIFLIALSSSFFIAACLHPQEFWCIVPGIIYLLSIPSMYLLLILYSIINLNVVTWGTREVQTKKTKKEIEQEKKDAEEAKKKAKQKSLLGFLQGVNSNEEEGSIEFSFAGLFKCLLCTHPKGNEEKVQLLHIASTLDKLEKKLDIVERSIDPHGLARGRKLSIGHRGSTNGDHGLDALAEGPEEDRDSDSETDTLSTSPRRRDDLINPYWIEDPELKKGEVDFLSPAEIQFWKDLIDKYLYPIDANKEEQARISRDLKELRDSSVFSFFMCNALFVLIVFLLQLNKDNLHFKWPFGVKTNITYDEISQEVIISKEYLQLEPIGLVFVFFFALILVIQFSAMLFHRFGTLSHILASTELNWFCTKKSEDLSQDALLDKNAIAIVKDLQKLNGLDDDYDNDSSSGPHNVGRRKTIHNLEKARQKKRNIGTLDVAFKKRFFNMNANDGPGTPVLNRKMTLRRETLKALETRRNSVMAERRKSQMQTLGANNEYGVTGKLNNNIAVPRHRASNANISVKDVFAEPNGGQINRGYETALGDEEEANSMRLQPRTNQVSFQGRYQ

Target ORF information:

RefSeq Version	XM_013333390.1
Organism	Amyelois transitella
Definition	Amyelois transitella uncharacterized LOC106133601 (LOC106133601), transcript variant X2, mRNA.

Target ORF information:

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

XM_013333390.1

ORF Insert Sequence:

ATGGCGGCGT CGGGAGGGAA GCGCCGTGAC GACGGCAGCG ATAATTCAGA CGACGAGCTC 
ACACCACTGG CCAACGAGAT TTACGGCGGC AGCCAAAGAA CCGTCCAAGA AACAAAAGGA 
TGGGACGTGT TCCGGGAGTT TCCGCCGAAG CAGGACAGTG GGTCGATGGA GAGCCAGAAG 
TGCTTGGAGT TCACAGTGCG CCTGCTGAAG GTGCTGGCCT ATGTCGTAGT CTTCGTAGTG 
GTGCTCGGCT CTGGAGTTAT TGCCAAGGGC ACAGTACTAT TTATGACCTC GCAGCTGAAG 
AAAGATAAGC GGTTATCGTT TTGTAATAGG AATTTAGGTA GGGATAAACA ATTTTTAGTC 
ACTTTGCCAG ACGAAGAGCG GGTAGCCTGG ATGTGGGCTC TTCTTGCGGC CTTTGCGATA 
CCTGAGATAG GAACGCTCAT ACGATCAGTC AGGATATGTT TCTTCAAGTC TTCGAAACGG 
CCTACGAGCG CCCAGTTTAT TGTGGTGCTC ATAGCGGAGT CACTTCACAC GGTCGGAATG 
GCCTTACTTT TCTTTAAAAT TCTTCCCGAA TTGGACGTTG TAAAAGGGGC CATGATAACG 
AACTGTCTCT GCATCGTTCC TGCAATCCTG GGACTGTTGT CACGAAGCTC GAGAGATTCC 
AAGCGATTTG TGAAAGTCAT CGTGGATATG GCCGCCATAG TCGCTCAAGT CACCGGGTTC 
ATTGTATGGC CGCTGTTGGA AAACAAACCT GTGCTGTGGT TGATGCCGAT CGCTGCTCTG 
TGCATATCAC TGGGCTGGTG GGAAAATTAC GTGACCAGGC AAAGTCCCAT TGGTATAATA 
AAAAGTTTAG GAAGATTGAA GGAGGAGCTA GCGTTGACCC GGTACTACAC GTACAGATTC 
ATCTCCGTGT GGAAGATCGT ATTCTTTCTT ATTTGCATTC TGTTCGCTCT CTGGATGGAG 
GGCGACGAGC CCGCCATGTT TTTCCAACTG TTCAACGCAG GGTTTAGTCC CCACAATATT 
GTGGTCGAAG AGGTTCAAAT TCAGTTAGGA GGCACGGTCA TACCAGACTT GGTCAATGCT 
ACTCTGACTG GAGATTCGGT GGAAGTTCCA GCTGTGCACA AATCTGCTTT TTACGTTCTT 
CTTATCCAAG TTTTCGCAGC ATATTTCTGC TACATATTCG GAAAATTCGC GTGCAAAATC 
CTTATTCAGG GATTCAGTTA CGCGTTCCCG ATAAATTTGG TGATTCCTTT GGTGGTGAAC 
ATGTTGATCG CAGCCTGCGG ATTGAGGAAT GGAGATACGT GTTTCTTCCA CGGAACTATT 
CCTGATTATC TTTTCTTTGA AAGTCCTCCA GTTTTTACTC TCAGCGATTT TATTTCCCGT 
CAAATGGCTT GGGTGTGGTT ACTATGGCTG CTGTCCCAGA CATGGATTAC GATACACATT 
TGGACGCCTA AGGCTGAACG TTTGGCTTCG ACTGAAAAGT TATTCGTGAT TCCAATGTAC 
AATGGGCTTT TGATAGACCA AAGCATGGCG ATGAACAGGA AAAGAGACGA CCACAAAGAT 
GTTAAGACAG AGGATTTGGC AGAAATTGAG AAAGAAAAAG GTGACGAATA TTACGAAACG 
ATTTCGGTTC ACACAGATAA CACTGGTTCT TCTCCTAAAA CGGTGAAGTC ATCAGATTCG 
ATAACGAGGA TCTACGCTTG CGCCACTATG TGGCACGAGA CTAAAGACGA GATGATGGAG 
TTCTTGAAGT CTATCCTCAG GCTGGATGAA GATCAGTGCG CTCGTAGAGT GGCTCAGAAA 
TATCTACGTG TGGTAGATCC TGATTATTAT GAATTTGAAA CTCATATCTT CTTGGACGAC 
GCTTTCGAAA TATCAGATCA CAGTGACGAT GATTCTCAAG TCAATCGGTT CGTGAAATTG 
TTAGTCGATA CGATAGACGA AGCTGCTTCC GAAGTACATC AGACGATCAT ACGCATTCGT 
CCTCCGAAGA AACTACCAGC CCCTTACGGA GGAAGACTGA CTTGGGTTCT GCCAGGAAAG 
ACTAAAATGA TCTGCCACTT GAAGGATAAG GCCAAAATTC GACACAGGAA ACGGTGGTCT 
CAGGTGATGT ACATGTACTA TCTGCTTGGA CACCGGCTAA TGGAGCTGCC GATCTCCGTT 
GATCGTAAAG AAGTGATGGC GGAGAACACA TTCTTGCTGA CCCTGGACGG AGATATCGAT 
TTCCAACCGC ACGCTGTTAG ACTGTTGATT GACTTGATGA AAAAGAATAA GAACTTGGGT 
GCCGCTTGTG GTCGTATTCA TCCCGTTGGT TCAGGTCCTA TGGTGTGGTA TCAAATGTTC 
GAATACGCTA TTGGTCATTG GCTGCAAAAG GCGACTGAAC ACATGATCGG CTGCGTACTC 
TGTAGTCCTG GATGCTTCTC CCTCTTCAGA GGAAAGGCTT TGATGGATGA CAACGTGATG 
AAGAAATACA CACTGCGCTC AGATGAAGCC CGGCATTACG TGCAATACGA TCAAGGGGAA 
GATCGTTGGT TGTGCACTTT GCTACTGCAA CGTGGTTACC GTGTGGAATA CTCAGCCGCG 
TCGGACGCCT ACACGCACTG CCCTGAAGGG TTCAGTGAGT TTTACAACCA GCGCCGTCGG 
TGGGTGCCCT CCACCATCGC CAACATTATG GACTTGCTCA TGGACTACAA GCACACGATC 
AAAATTAACG ACAATATATC TACTCCGTAC ATCGCTTATC AGATGATGTT GATGGGTGGT 
ACGATCTTGG GCCCTGGTAC GATATTCCTT ATGTTGGTGG GAGCTTTCGT GGCCGCTTTC 
AGAATCGACA ATTGGACTTC GTTTGAGTAC AACCTATATC CGATCATGCT TTTCATGTTC 
GTTTGCTTCA CAATGAAATC AGAAATACAG TTATTGGTGG CACAAATACT ATCGACAGCG 
TACGCCATGA TTATGATGGC TGTGATCGTC GGTACGGCGC TTCAGTTGGG CGAGGACGGT 
ATCGGCTCTC CTTCCGCTAT TTTCTTGATC GCTCTTTCCA GTTCATTCTT CATAGCAGCG 
TGCTTACATC CGCAGGAGTT TTGGTGCATT GTACCTGGAA TAATTTACCT GTTATCTATA 
CCGTCTATGT ACTTGCTGCT GATCTTGTAT TCTATCATCA ACTTGAATGT TGTTACGTGG 
GGTACGAGAG AAGTACAAAC GAAGAAAACT AAGAAGGAAA TTGAGCAAGA AAAGAAGGAC 
GCGGAAGAAG CAAAGAAAAA AGCCAAACAG AAGTCATTGC TTGGTTTCCT TCAAGGGGTA 
AACAGCAATG AAGAGGAAGG ATCTATAGAG TTTTCGTTTG CGGGTTTATT CAAATGTTTG 
TTGTGTACTC ATCCCAAAGG AAACGAAGAA AAAGTACAAC TGTTGCATAT AGCTTCTACT 
CTAGACAAAC TGGAGAAAAA GTTGGATATT GTAGAGAGAT CGATCGATCC TCACGGACTA 
GCTAGAGGTA GAAAGTTATC AATAGGTCAT CGAGGCAGCA CCAACGGAGA TCATGGATTA 
GACGCTCTGG CAGAGGGTCC GGAGGAAGAC CGCGATTCAG ATTCCGAGAC AGATACTCTT 
TCTACATCAC CAAGGAGAAG AGATGATCTT ATTAATCCAT ACTGGATCGA AGACCCGGAA 
CTGAAAAAGG GAGAAGTTGA TTTTTTGAGT CCAGCTGAGA TACAGTTTTG GAAAGACTTG 
ATCGATAAGT ATTTGTACCC GATTGATGCC AACAAGGAGG AACAGGCACG TATATCAAGG 
GATCTAAAAG AATTGCGAGA TTCATCTGTT TTTTCATTCT TTATGTGCAA TGCCCTATTT 
GTGCTCATTG TATTCTTGCT ACAACTGAAC AAGGACAACC TTCACTTTAA GTGGCCCTTC 
GGAGTTAAAA CTAACATAAC TTATGATGAA ATTTCCCAAG AGGTAATAAT TTCAAAAGAA 
TATCTACAAT TGGAGCCAAT TGGTCTTGTA TTTGTATTCT TCTTTGCTTT GATCTTGGTC 
ATACAATTTT CGGCTATGTT GTTCCATCGA TTTGGAACTC TTTCGCACAT ATTAGCATCG 
ACAGAATTGA ACTGGTTCTG TACGAAGAAG TCTGAAGATT TGTCGCAAGA TGCACTACTG 
GATAAGAACG CAATAGCTAT AGTCAAAGAC TTGCAAAAAC TAAATGGACT AGATGACGAT 
TATGATAATG ATTCAAGTTC TGGTCCTCAT AATGTTGGAA GACGAAAGAC TATTCATAAC 
CTGGAGAAAG CAAGGCAGAA GAAAAGAAAC ATCGGCACGC TGGACGTAGC GTTCAAGAAA 
CGATTCTTCA ATATGAATGC CAACGATGGA CCTGGTACTC CAGTACTTAA TCGTAAAATG 
ACCCTCCGAA GGGAAACACT GAAAGCTTTG GAGACTAGAA GAAACTCTGT TATGGCCGAA 
CGAAGAAAGT CGCAGATGCA GACACTTGGG GCTAATAATG AATATGGTGT TACAGGAAAG 
TTGAATAATA ACATAGCTGT ACCACGTCAT CGTGCATCTA ACGCGAATAT CTCGGTCAAA 
GACGTATTTG CTGAGCCCAA TGGAGGGCAA ATAAACCGTG GCTATGAAAC CGCACTAGGT 
GATGAAGAAG AAGCGAATTC AATGAGACTG CAGCCAAGAA CGAACCAGGT GTCCTTCCAA 
GGAAGATATC AATAA