LOC105700713 cDNA ORF clone, Orussus abietinus

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105700713
Entrez Gene ID	105700713
Full Name	uncharacterized LOC105700713
Gene Type	protein-coding
Organism	Orussus abietinus

mRNA and Protein(s)

mRNA	Protein	Name
XM_012426843.1	XP_012282266.1	uncharacterized protein LOC105700713

Pathways from BioSystems
Gene Ontology

The following LOC105700713 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105700713 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
OOr137778	XM_012426843.1 Latest version!	Orussus abietinus uncharacterized LOC105700713 (LOC105700713), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

LOC105700713 ( XM_012426843.1 ) cDNA ORF clone, Orussus abietinus -> XP_012282266.1 Orussus abietinus uncharacterized LOC105700713 (LOC105700713), mRNA.

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CloneID	OOr137778
Clone ID Related Accession (Same CDS sequence)	XM_012426843.1
Accession Version	XM_012426843.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5139bp) 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	2018-01-01
Organism	Orussus abietinus
Product	uncharacterized protein LOC105700713
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019394676.1) 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 Name :: Orussus abietinus Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 100% of CDS bases ##RefSeq-Attributes-END##

ATGTCCATCG ATATGAAAGC TCTGATCCAT AAGCGTGGCT TGATTAAGAG TCAGTTAACG 
CGACTTAAGA ATGCCGTTGC CGAATATCGT CGTCGTCCCG CCGATTGTGA TCGACTTCTT 
CCTGCATTGA AAATTAGTGT TTCCAAGGTA GAAGACTCCT GGCCAGTGTT TGACGAGATT 
CAAACTCAAA TCGAGCTTCT AACCGTAAAC GAGGATGCTG GAGACAATTT CGAAGATCCC 
AATCGTATAG AATTCCAAAA CACCTTTTAT GAAACTGTAG GCGCTGCGAG AGAAATTATA 
GATCGAAGCC TCATCAGTAA CTCAGCGACT ACGGCAAGTG TGTCAACTGT TAATAATGAC 
AGCGCTCCGA GGAATACAAA TAATTTCAGA CTGCCGAAAC TAGAATTGCC GTCATTTAAT 
GGATCTTATG ACACGTGGTT AAACTTTCGT GATACCTTCG TCTCAATTAT ACATTCCAAC 
GCGAGTCTTC CCGACGTACA GAAATTGCAC TACCTTCGGT CATCTCTTAA AGAAGAAGCT 
TCCGACATTA TTGCGTCTTT AGAAACGTCG TCCGAAAATT ACTCTGTCGC GTGGAATCTT 
TTGACGGAGC GATACGATAA TCAGCGCATT ATTATTTTAA AGCATATCGG AGAACTTCTT 
AACTTCACCC CACTGATTAA GGCAAATAAT CAAGCCATAG GTCAATTAGT ATGCACCTTT 
TCCAAGCACA TCAGAGCACT CAAGGCGCTT AAGCAATCGA CGGAAGCGTG GGATTCGATA 
TTAATCGGAA TTATGTTAAC AAAATTCGAT ACGGAAACTC GCATTAAATG GGAAGAATCG 
TTGACTGGTA CCGATATGCC GACTATGAGC GAAATGACCG CATTTTTAGA AAAACGAAGG 
CAAGCTTTGG ATGCGACAGC GATAGGATCA ATGGAAATTA ATGCTAAGGA ACGTAATCGC 
GTGCTCAGTA CAGCACCACG TCAGAAGTTT AAGCAGCAAT CGTTCCTTAC AACCGACTCA 
AAGTTTTCTT GTTCCATATG TAAAGGTCCA CATCAAATCC AAGTCTGCAA GGATTTTTTA 
GCCCTGTCTG TTCCAGAGAG ATATAATCTG GTAAAAGAGA AGAAGTTATG TTTTAATTGT 
TTGCGATCAA ATCATATGGT GCAAAATTGC AAGTGTTCTC GATGCACAAT CTGTTCAAAG 
AAGCATCATT CTAAGCTCCA TCCTACAACG GCTCCAGCAA CGGTGGAAAT CGCTGAAAAT 
CAGACAGCTT CGTCGCAATC TGTTACCCTG CAAGTGTCTG CATCGACACA AGTTTTATTA 
TCCACTGCAT TGGTGCACAT TTGCGACAGT CGAGGAAAGC TGCACCCATG TAGAGTTCTG 
CTAGATTCGG GCTCACAGTC GAATTTTATT ACAGAGAAAT TAGCGACAGA TCTCCAATTA 
CTGAAGAAAG ACGTTGATAT TCCAGTTGCC GGACTGAATC AAGTTTTTAC AAAAATTAAT 
TATCTCGTCT CGACCACTGT GAAATCACGA GAAACTCAAT TCGAATCCAC TCTCTCGTTT 
CTAGTAATTC CGAAAATCAC AGGCTATCTT CCTGCCGATA CAGTGGATGT GGCACACTTA 
AATATTCCGA AAAACGTAGT GCTTGCAGAT CCCGAATTTT ATAGACCTTC ACAGATAGAT 
GCGTTGCTAG GAGCAGAAAT CTTTTACAAA TTACTGTGCA TTGGTCAGAT TAGATTGCCT 
AAAACAGCAG CGACATTGCA AAAAACTCAT TTTGGATGGG TTATTTCGGG TCGCATACCG 
TGCACAGATA TTGCGCCTAC AACCTGCCAT ACGTCCACTG AAGGTCTTGA AAATCATCTA 
AGAAAATTTT GGGAAATTGA AGAAATCCCT CCTACACACC GGTTATCGTC GGAAGAAATT 
GCATGCGAGA AGCATTTTCA AGAACACACT CAGCGCGACT CGTTCGGACG CTATATAGTT 
CAATTACCCT TTAAGGAAAA CCTTGAAGCT TTAGGAGAGT CGGAAAAATT AGCCTCACGA 
AGATTTTACC AAGTAGAAAG GCGTCTACAG TCAAATCCGC AGCTGCGAAA TCTTTATTCG 
GAATTCATGA GAGAATATAT ACAGTTAGGC CATATGCAGG AGATAGCAGA TCCCGTAAAC 
GGTTCAGGCT ACTATCTTCC TCATCATGCG GTTATTAAAG AAACGAGCCT TACAACCAAA 
CTCAGGGTAG TTTTTGACGG TTCTGCCAAA ACTACCACAG GCATTTCTCT GAACGAAACC 
CTTCTTGTCG GCCCGACTAT TCAGGAGGAT ATATTCTCTA TTATAACCAG GTTTCGCACG 
CACGAATATG TTCTTACAGC CGATATAGAG AAAATGTATC GACAGGTCAA GCTCCACGCT 
AAGGATACTG CATATCAGAG AATACTCTGG CGTGAAAATC CATCCGATGA GCTGAAAACG 
TACGAGTTAA ATACTGTTAC ATATGGACTT GCATCTGCAC CCTTTCTGGC AATTCGTACG 
CTTCACCAAT TAGCTAAGGA TGAAAGAGAC AAGTATCCCG CAGCAGCTGA GATACTTATA 
AGAGATTTTT ATGTCGACGA TCTGCTCACT GGAACCACCA CATACGAAGA TGCAGTAATT 
CTGAGAGACG AATTAACTCA ACTGTTACAA CGTGGGGGGT TCAATCTACG GCAATGGTCG 
TCAAATGAGC CATCGTTAAT TAATTCGCTG CCTGAAGAAA CGGTAAATCT GCAACTACTG 
ACCGATTCTT CGCAAACGAC AAAAACGCTA GGGGTCCATT GGAATTCTGC TCAAGATTGC 
ATAGTCTACA CTATCAATAC TGCATTTACA TCGTCTCGTG TAACGAAAAG AAACATGCTG 
TCGTATATTG CAAAATTGTT TGATCCGTTA GGATTATTAG GACCCGTAAT AGTTACTGCA 
AAAATTATTA TGCAGCAGTT ATGGCAACTG AAGACTGGAT GGGACGAATC GGTACCTCAG 
GATACGTTCA TTTCATGGAT CGCATATGTG GAGCAACTAA AGGCCATAAA TAATATGAAA 
ATTCCTCGAA AGGTAATTAT TCGCGATGCA ATAGAAATTG AATTGCACGG ATTTTGCGAC 
GCCAGTGAGA AAGCTTATGG AGCCTGCATT TATCTCGTTT CCTCAGATCG ACATTATAAC 
CGGGAATCTC AGCTTGTATG CGCTAAGTCC CGAGTTGCTC CGCTCAAAAG CATTTCATTG 
CCACGTTTAG AACTGTGCGC AGCCGTGTTG TTAGCCCGAT TATATAAAAA CACTGTCAAG 
GCCTTAAGGG TCACCCTGTC AAAATGTACA TTCTGGTCAG ATTCAACGAT CGTTCTCCAC 
TGGATTCAAA CTTCTCCGCA TCAGTTAAAA ACGTTTGTTG CTAATCGCAT TTCTGAGGTA 
CAAGATTTGA CAAATACCTC AAACTGGAGA CACGTTCGGT CGCAAGATAA TCCTGCGGAT 
TTAATCTCTC GAGGTCAATC AGTTCCTGAG TTACTGGACC ACTCACTATG GTTTTCTGGA 
CCTTCCTGGC TGCTAAGCAA TGAGAGTAAC TGGCCTGTTA CCCAAATCCA TCTCGACGTT 
ATCCCTGAAC AACGAGCATC AGTTATCCTG GTTACGTCAA TACCAACGTG GGATGTTATT 
AATAAATTCT CCTGTTTCAC TACTCTCGTC AATGTAATCG CGTATTGTTG TCGCTTTATT 
AATAACTGCA AGAGAAGGGA ACGCAAATCT GGATCGCTTA CAGTGGACGA AGTACTGTAT 
GCAAAAAATA AAATTATAAA ATATATGCAG CAACAGGAGT TCGCATCGGA AATTCGCGAA 
ATTGAAGAAA CCGGCACGGT GCAACGAAGG AGCAAACTTC TGGCATTGTC TCCTTTTCTA 
GATGCGGACA GACTTCTTCG AGTAGGAGGC AGATTGAATA ATGCAGGCAT CCCCTACGAC 
GCAAAACATC CGATCTTGCT TCCTAAAAAT CATCATGTGA CAACGTTAAT TGTAAGGCGC 
GAACACATGA TTCATTGGCA CGCAGGTTCT CAGGCAACGC TATATGCTGT CAGGCAACGA 
TATTGGATTC TGGACGGAAG GAACACGGTT CGTAAAATAA TACGAAATTG CATCCGTTGT 
CTCAGGGCAT CTCCAAGGGA GACAAATTAT CTAATGGGCA ATCTACCGGA ATCAAGGGTT 
ACACATGCCA GACCGTTCAC GAACTGCGGT ATAGACTACT GCGGACCATT CTTTATTAAG 
GAAAAACGGT TCCGAAATAG AAATAAATTA AAGGTGTATG TTGCGATTTT CGTCTGCTTT 
ATAACAAAGG CTGTACACAT TGAGCTCGTC AGTGACCTGA CCACTGAAGC CTTCGTCGCC 
GCCCTTCGAA GATTTATGGC ACGGCGCGGG AAATGCGTCA ATATCTACTC AGACAATGCG 
ACAAATTTTG TAGGCGCAAA CCGCGAATTA CGAGAACTTT ATGATCACGT TAGGTCTAAA 
GATCACAATG AGAGGGTCAG CCGAGTACTG CTGCAAGAAA ACATAAATTG GCACTTTAAT 
CCTCCCAGAG CTCCACATTT TGGCGGATTA TGGGAAGCGG CTGTACGCTC TTTTAAACAC 
CACATGGTAA GAACAATCGG AGACACGCTG TTCACATATG AGGACTTACA CACATATGTT 
ACCGAGATAG AGGCGATTTT AAATTCTCGT CCTTTGACCC CTCTATCCTC TGACCCCAAC 
GATCTTCTCG CACTAACCCC CGCACATTTC CTTATTGGCG ACTCATTGAC GAGCATTCCG 
GGCCACGACT TTTCTGAGAC GCCTGCTAAC AGATTATCTA GTTGGCAGCA TATCCAGAAG 
CTGAAGCAGC ACTTTTGGAC CCGCTGGCAC AAGGAATATC TCAATGAGAT AAATGGTAGA 
TCGAAATGGC GGGAGACATC AGCCAACATC AAGGTTGGGA CTCTGGTCGT TGTCAAGGAA 
GACAACGTAC CACCTCTACA CTGGCCCCTG GCGAGAATCA TCGAAGTGCA TCCCGGAGCA 
GATAACGTTG TCAGGGTTGT GACAATAAAA ACGTCGAGTG GGGTGTACAA AAGAAGCGTG 
AAGCGAATTT CACCGCTTCC AATCGAGATA TCTGCTTAG

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

RefSeq	XP_012282266.1
CDS	1..5139
Translation	MSIDMKALIHKRGLIKSQLTRLKNAVAEYRRRPADCDRLLPALKISVSKVEDSWPVFDEIQTQIELLTVNEDAGDNFEDPNRIEFQNTFYETVGAAREIIDRSLISNSATTASVSTVNNDSAPRNTNNFRLPKLELPSFNGSYDTWLNFRDTFVSIIHSNASLPDVQKLHYLRSSLKEEASDIIASLETSSENYSVAWNLLTERYDNQRIIILKHIGELLNFTPLIKANNQAIGQLVCTFSKHIRALKALKQSTEAWDSILIGIMLTKFDTETRIKWEESLTGTDMPTMSEMTAFLEKRRQALDATAIGSMEINAKERNRVLSTAPRQKFKQQSFLTTDSKFSCSICKGPHQIQVCKDFLALSVPERYNLVKEKKLCFNCLRSNHMVQNCKCSRCTICSKKHHSKLHPTTAPATVEIAENQTASSQSVTLQVSASTQVLLSTALVHICDSRGKLHPCRVLLDSGSQSNFITEKLATDLQLLKKDVDIPVAGLNQVFTKINYLVSTTVKSRETQFESTLSFLVIPKITGYLPADTVDVAHLNIPKNVVLADPEFYRPSQIDALLGAEIFYKLLCIGQIRLPKTAATLQKTHFGWVISGRIPCTDIAPTTCHTSTEGLENHLRKFWEIEEIPPTHRLSSEEIACEKHFQEHTQRDSFGRYIVQLPFKENLEALGESEKLASRRFYQVERRLQSNPQLRNLYSEFMREYIQLGHMQEIADPVNGSGYYLPHHAVIKETSLTTKLRVVFDGSAKTTTGISLNETLLVGPTIQEDIFSIITRFRTHEYVLTADIEKMYRQVKLHAKDTAYQRILWRENPSDELKTYELNTVTYGLASAPFLAIRTLHQLAKDERDKYPAAAEILIRDFYVDDLLTGTTTYEDAVILRDELTQLLQRGGFNLRQWSSNEPSLINSLPEETVNLQLLTDSSQTTKTLGVHWNSAQDCIVYTINTAFTSSRVTKRNMLSYIAKLFDPLGLLGPVIVTAKIIMQQLWQLKTGWDESVPQDTFISWIAYVEQLKAINNMKIPRKVIIRDAIEIELHGFCDASEKAYGACIYLVSSDRHYNRESQLVCAKSRVAPLKSISLPRLELCAAVLLARLYKNTVKALRVTLSKCTFWSDSTIVLHWIQTSPHQLKTFVANRISEVQDLTNTSNWRHVRSQDNPADLISRGQSVPELLDHSLWFSGPSWLLSNESNWPVTQIHLDVIPEQRASVILVTSIPTWDVINKFSCFTTLVNVIAYCCRFINNCKRRERKSGSLTVDEVLYAKNKIIKYMQQQEFASEIREIEETGTVQRRSKLLALSPFLDADRLLRVGGRLNNAGIPYDAKHPILLPKNHHVTTLIVRREHMIHWHAGSQATLYAVRQRYWILDGRNTVRKIIRNCIRCLRASPRETNYLMGNLPESRVTHARPFTNCGIDYCGPFFIKEKRFRNRNKLKVYVAIFVCFITKAVHIELVSDLTTEAFVAALRRFMARRGKCVNIYSDNATNFVGANRELRELYDHVRSKDHNERVSRVLLQENINWHFNPPRAPHFGGLWEAAVRSFKHHMVRTIGDTLFTYEDLHTYVTEIEAILNSRPLTPLSSDPNDLLALTPAHFLIGDSLTSIPGHDFSETPANRLSSWQHIQKLKQHFWTRWHKEYLNEINGRSKWRETSANIKVGTLVVVKEDNVPPLHWPLARIIEVHPGADNVVRVVTIKTSSGVYKRSVKRISPLPIEISA

Target ORF information:

RefSeq Version	XM_012426843.1
Organism	Orussus abietinus
Definition	Orussus abietinus uncharacterized LOC105700713 (LOC105700713), mRNA.

Target ORF information:

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

XM_012426843.1

ORF Insert Sequence:

ATGTCCATCG ATATGAAAGC TCTGATCCAT AAGCGTGGCT TGATTAAGAG TCAGTTAACG 
CGACTTAAGA ATGCCGTTGC CGAATATCGT CGTCGTCCCG CCGATTGTGA TCGACTTCTT 
CCTGCATTGA AAATTAGTGT TTCCAAGGTA GAAGACTCCT GGCCAGTGTT TGACGAGATT 
CAAACTCAAA TCGAGCTTCT AACCGTAAAC GAGGATGCTG GAGACAATTT CGAAGATCCC 
AATCGTATAG AATTCCAAAA CACCTTTTAT GAAACTGTAG GCGCTGCGAG AGAAATTATA 
GATCGAAGCC TCATCAGTAA CTCAGCGACT ACGGCAAGTG TGTCAACTGT TAATAATGAC 
AGCGCTCCGA GGAATACAAA TAATTTCAGA CTGCCGAAAC TAGAATTGCC GTCATTTAAT 
GGATCTTATG ACACGTGGTT AAACTTTCGT GATACCTTCG TCTCAATTAT ACATTCCAAC 
GCGAGTCTTC CCGACGTACA GAAATTGCAC TACCTTCGGT CATCTCTTAA AGAAGAAGCT 
TCCGACATTA TTGCGTCTTT AGAAACGTCG TCCGAAAATT ACTCTGTCGC GTGGAATCTT 
TTGACGGAGC GATACGATAA TCAGCGCATT ATTATTTTAA AGCATATCGG AGAACTTCTT 
AACTTCACCC CACTGATTAA GGCAAATAAT CAAGCCATAG GTCAATTAGT ATGCACCTTT 
TCCAAGCACA TCAGAGCACT CAAGGCGCTT AAGCAATCGA CGGAAGCGTG GGATTCGATA 
TTAATCGGAA TTATGTTAAC AAAATTCGAT ACGGAAACTC GCATTAAATG GGAAGAATCG 
TTGACTGGTA CCGATATGCC GACTATGAGC GAAATGACCG CATTTTTAGA AAAACGAAGG 
CAAGCTTTGG ATGCGACAGC GATAGGATCA ATGGAAATTA ATGCTAAGGA ACGTAATCGC 
GTGCTCAGTA CAGCACCACG TCAGAAGTTT AAGCAGCAAT CGTTCCTTAC AACCGACTCA 
AAGTTTTCTT GTTCCATATG TAAAGGTCCA CATCAAATCC AAGTCTGCAA GGATTTTTTA 
GCCCTGTCTG TTCCAGAGAG ATATAATCTG GTAAAAGAGA AGAAGTTATG TTTTAATTGT 
TTGCGATCAA ATCATATGGT GCAAAATTGC AAGTGTTCTC GATGCACAAT CTGTTCAAAG 
AAGCATCATT CTAAGCTCCA TCCTACAACG GCTCCAGCAA CGGTGGAAAT CGCTGAAAAT 
CAGACAGCTT CGTCGCAATC TGTTACCCTG CAAGTGTCTG CATCGACACA AGTTTTATTA 
TCCACTGCAT TGGTGCACAT TTGCGACAGT CGAGGAAAGC TGCACCCATG TAGAGTTCTG 
CTAGATTCGG GCTCACAGTC GAATTTTATT ACAGAGAAAT TAGCGACAGA TCTCCAATTA 
CTGAAGAAAG ACGTTGATAT TCCAGTTGCC GGACTGAATC AAGTTTTTAC AAAAATTAAT 
TATCTCGTCT CGACCACTGT GAAATCACGA GAAACTCAAT TCGAATCCAC TCTCTCGTTT 
CTAGTAATTC CGAAAATCAC AGGCTATCTT CCTGCCGATA CAGTGGATGT GGCACACTTA 
AATATTCCGA AAAACGTAGT GCTTGCAGAT CCCGAATTTT ATAGACCTTC ACAGATAGAT 
GCGTTGCTAG GAGCAGAAAT CTTTTACAAA TTACTGTGCA TTGGTCAGAT TAGATTGCCT 
AAAACAGCAG CGACATTGCA AAAAACTCAT TTTGGATGGG TTATTTCGGG TCGCATACCG 
TGCACAGATA TTGCGCCTAC AACCTGCCAT ACGTCCACTG AAGGTCTTGA AAATCATCTA 
AGAAAATTTT GGGAAATTGA AGAAATCCCT CCTACACACC GGTTATCGTC GGAAGAAATT 
GCATGCGAGA AGCATTTTCA AGAACACACT CAGCGCGACT CGTTCGGACG CTATATAGTT 
CAATTACCCT TTAAGGAAAA CCTTGAAGCT TTAGGAGAGT CGGAAAAATT AGCCTCACGA 
AGATTTTACC AAGTAGAAAG GCGTCTACAG TCAAATCCGC AGCTGCGAAA TCTTTATTCG 
GAATTCATGA GAGAATATAT ACAGTTAGGC CATATGCAGG AGATAGCAGA TCCCGTAAAC 
GGTTCAGGCT ACTATCTTCC TCATCATGCG GTTATTAAAG AAACGAGCCT TACAACCAAA 
CTCAGGGTAG TTTTTGACGG TTCTGCCAAA ACTACCACAG GCATTTCTCT GAACGAAACC 
CTTCTTGTCG GCCCGACTAT TCAGGAGGAT ATATTCTCTA TTATAACCAG GTTTCGCACG 
CACGAATATG TTCTTACAGC CGATATAGAG AAAATGTATC GACAGGTCAA GCTCCACGCT 
AAGGATACTG CATATCAGAG AATACTCTGG CGTGAAAATC CATCCGATGA GCTGAAAACG 
TACGAGTTAA ATACTGTTAC ATATGGACTT GCATCTGCAC CCTTTCTGGC AATTCGTACG 
CTTCACCAAT TAGCTAAGGA TGAAAGAGAC AAGTATCCCG CAGCAGCTGA GATACTTATA 
AGAGATTTTT ATGTCGACGA TCTGCTCACT GGAACCACCA CATACGAAGA TGCAGTAATT 
CTGAGAGACG AATTAACTCA ACTGTTACAA CGTGGGGGGT TCAATCTACG GCAATGGTCG 
TCAAATGAGC CATCGTTAAT TAATTCGCTG CCTGAAGAAA CGGTAAATCT GCAACTACTG 
ACCGATTCTT CGCAAACGAC AAAAACGCTA GGGGTCCATT GGAATTCTGC TCAAGATTGC 
ATAGTCTACA CTATCAATAC TGCATTTACA TCGTCTCGTG TAACGAAAAG AAACATGCTG 
TCGTATATTG CAAAATTGTT TGATCCGTTA GGATTATTAG GACCCGTAAT AGTTACTGCA 
AAAATTATTA TGCAGCAGTT ATGGCAACTG AAGACTGGAT GGGACGAATC GGTACCTCAG 
GATACGTTCA TTTCATGGAT CGCATATGTG GAGCAACTAA AGGCCATAAA TAATATGAAA 
ATTCCTCGAA AGGTAATTAT TCGCGATGCA ATAGAAATTG AATTGCACGG ATTTTGCGAC 
GCCAGTGAGA AAGCTTATGG AGCCTGCATT TATCTCGTTT CCTCAGATCG ACATTATAAC 
CGGGAATCTC AGCTTGTATG CGCTAAGTCC CGAGTTGCTC CGCTCAAAAG CATTTCATTG 
CCACGTTTAG AACTGTGCGC AGCCGTGTTG TTAGCCCGAT TATATAAAAA CACTGTCAAG 
GCCTTAAGGG TCACCCTGTC AAAATGTACA TTCTGGTCAG ATTCAACGAT CGTTCTCCAC 
TGGATTCAAA CTTCTCCGCA TCAGTTAAAA ACGTTTGTTG CTAATCGCAT TTCTGAGGTA 
CAAGATTTGA CAAATACCTC AAACTGGAGA CACGTTCGGT CGCAAGATAA TCCTGCGGAT 
TTAATCTCTC GAGGTCAATC AGTTCCTGAG TTACTGGACC ACTCACTATG GTTTTCTGGA 
CCTTCCTGGC TGCTAAGCAA TGAGAGTAAC TGGCCTGTTA CCCAAATCCA TCTCGACGTT 
ATCCCTGAAC AACGAGCATC AGTTATCCTG GTTACGTCAA TACCAACGTG GGATGTTATT 
AATAAATTCT CCTGTTTCAC TACTCTCGTC AATGTAATCG CGTATTGTTG TCGCTTTATT 
AATAACTGCA AGAGAAGGGA ACGCAAATCT GGATCGCTTA CAGTGGACGA AGTACTGTAT 
GCAAAAAATA AAATTATAAA ATATATGCAG CAACAGGAGT TCGCATCGGA AATTCGCGAA 
ATTGAAGAAA CCGGCACGGT GCAACGAAGG AGCAAACTTC TGGCATTGTC TCCTTTTCTA 
GATGCGGACA GACTTCTTCG AGTAGGAGGC AGATTGAATA ATGCAGGCAT CCCCTACGAC 
GCAAAACATC CGATCTTGCT TCCTAAAAAT CATCATGTGA CAACGTTAAT TGTAAGGCGC 
GAACACATGA TTCATTGGCA CGCAGGTTCT CAGGCAACGC TATATGCTGT CAGGCAACGA 
TATTGGATTC TGGACGGAAG GAACACGGTT CGTAAAATAA TACGAAATTG CATCCGTTGT 
CTCAGGGCAT CTCCAAGGGA GACAAATTAT CTAATGGGCA ATCTACCGGA ATCAAGGGTT 
ACACATGCCA GACCGTTCAC GAACTGCGGT ATAGACTACT GCGGACCATT CTTTATTAAG 
GAAAAACGGT TCCGAAATAG AAATAAATTA AAGGTGTATG TTGCGATTTT CGTCTGCTTT 
ATAACAAAGG CTGTACACAT TGAGCTCGTC AGTGACCTGA CCACTGAAGC CTTCGTCGCC 
GCCCTTCGAA GATTTATGGC ACGGCGCGGG AAATGCGTCA ATATCTACTC AGACAATGCG 
ACAAATTTTG TAGGCGCAAA CCGCGAATTA CGAGAACTTT ATGATCACGT TAGGTCTAAA 
GATCACAATG AGAGGGTCAG CCGAGTACTG CTGCAAGAAA ACATAAATTG GCACTTTAAT 
CCTCCCAGAG CTCCACATTT TGGCGGATTA TGGGAAGCGG CTGTACGCTC TTTTAAACAC 
CACATGGTAA GAACAATCGG AGACACGCTG TTCACATATG AGGACTTACA CACATATGTT 
ACCGAGATAG AGGCGATTTT AAATTCTCGT CCTTTGACCC CTCTATCCTC TGACCCCAAC 
GATCTTCTCG CACTAACCCC CGCACATTTC CTTATTGGCG ACTCATTGAC GAGCATTCCG 
GGCCACGACT TTTCTGAGAC GCCTGCTAAC AGATTATCTA GTTGGCAGCA TATCCAGAAG 
CTGAAGCAGC ACTTTTGGAC CCGCTGGCAC AAGGAATATC TCAATGAGAT AAATGGTAGA 
TCGAAATGGC GGGAGACATC AGCCAACATC AAGGTTGGGA CTCTGGTCGT TGTCAAGGAA 
GACAACGTAC CACCTCTACA CTGGCCCCTG GCGAGAATCA TCGAAGTGCA TCCCGGAGCA 
GATAACGTTG TCAGGGTTGT GACAATAAAA ACGTCGAGTG GGGTGTACAA AAGAAGCGTG 
AAGCGAATTT CACCGCTTCC AATCGAGATA TCTGCTTAG