SS1G_06305 cDNA ORF clone, Sclerotinia sclerotiorum 1980 UF-70

Gene
Clones
gRNAs

Summary

Gene Symbol	SS1G_06305
Entrez Gene ID	5488975
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Sclerotinia sclerotiorum 1980 UF-70

mRNA and Protein(s)

mRNA	Protein	Name
XM_001593333.1	XP_001593383.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following SS1G_06305 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SS1G_06305 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
OSo05026	XM_001593333.1 Latest version!	Sclerotinia sclerotiorum 1980 UF-70 hypothetical protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00

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)

SS1G_06305 ( XM_001593333.1 ) cDNA ORF clone, Sclerotinia sclerotiorum 1980 UF-70 -> XP_001593383.1 Sclerotinia sclerotiorum 1980 UF-70 hypothetical protein partial mRNA.

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CloneID	OSo05026
Clone ID Related Accession (Same CDS sequence)	XM_001593333.1
Accession Version	XM_001593333.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4395bp) 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	2017-08-07
Organism	Sclerotinia sclerotiorum 1980 UF-70
Product	hypothetical protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_001820829). COMPLETENESS: incomplete on both ends.

ATGGCTGTCG ACAAGCACCC CACCTATATC GACCTTCCTC CTGCTCCTCA CAATGCGGTC 
GTGTCGCCAA ACGAAACAGA GAGAGGTACA CCAAACTCAG AATATGATCG GCCCATATCA 
CCCCTACATA TGCCTCCCGG CGAAATTGAT GGCTTGGATG CTTTGAAAGC CCAGGAATAT 
ATGAGTGGGA GACGAGGATC AGGCCAGAGT AGTAACCTAC ATATACACAT TCCCGGTATG 
GTCTCGCCTG CAGATGTAGC ATTTTCGGCC ATGCATTATC TGCCATACCC TTGTGTGGTT 
CTAAATGGTT CTAAAACGGT GATACTCGCA AACGAAGCCA CTGCGAGACT ACTCAGTGCA 
GACGGTGACG AAAGTGAAGA AAATGAAGAT GCACAGTGCG TGGAACAATA CAAAGGACAA 
ACACTTTCCC AATTGGGCAT CGACATGGTG AAAGATTTCA AGCCTGTGTG GGTTACTTGG 
GACACATTTC TGGATAGTCT GGGCGAGGAA ATCAATGTAC ATGCGAATGC GCAAGAGACT 
GTATCATCAG AGTATGAAGG AGATGTGACC CCGACGGCTG AAAGAACAGA ACCTTCAAGT 
AGGATTACAA ATCCTGAGAG AAAGGCTTCG GTGGTTCATG ATGCCGTGGT TGAAGTCATC 
ATCACATCTG GACTAATAAC AGCATCATCG TTTGCAGGGC GAACGGCTAA GAAGATGTCC 
GATAGACATT CATACGCCAA AATGATCATT AGTATCTTCG AAATCGAGAA TGAAAAATAC 
TACATGTTGA CCTTCACGAG TACAGAAACT ACTCAACCTG TATTACCCAG CTCAAGGAGG 
ATTTCAAGGA AAGTACACGA CCCTAAGCTT CAAATGGGTT CCAACAATGG CTCGCACTCG 
TCGAGTTCCA TGTCTCGCTC AAACCCATCG TCCGCCAGCT CCGAACATAG TTCTAGTCAT 
GATTCCAGTC AAGGATCCAG CGGCTCATCT GCAATTTCTA GCCCCACGCA TGCGCCCATG 
TCTTCCTCTC CGTTCCCACC TTTGGGTCCC CCGTCACGCG TCAATAAGTC AGGCGCCCCT 
TCAATTTTGC AGAAGGTGAT TGTGTTGAAA GATGCACTAC TAGATAATAC GGAAATTCCT 
ATTCTGGCAA TGTGGAAGGA CGAGAGTGTG ACGATACCGA ATAAAGCTGC AAGAAGATTG 
TTCGCAAGAG AAGCCGACAT GTCGAATGTT AAAAACGTTG GTAAATGGCA TTGTTACAAC 
CATGATTTCA CCGTAGCTCT AGATCCGTCA GAGTATCCTA TCTCGGTTTT AATGATATGT 
GATAGTATGC CGCAGCTCAT TTGGACGACT ACTCCCGATG GTATGCATGA CTGGTTCAGT 
CAGCGCTGGT ATGACTACAC GGGATTGACC ATGGAGGAAT CCCTTGGTGA GGGTTGGAAA 
TCGCCGTTTC ATCCAGACGA TTTGGCCTTG ACAAAGAAGC GCTGGCAACA TTGCCTAGAG 
ACTGGTGAAC CTTATACTAC AGAATATCGT TGTCGGAAAC ACGATGGAGA ATGGAGATGG 
ATGCTGGGAC GCGCTATTTG CATGAGGAAT AAAGACACTG GCAAAATCGA AAAATGGTAC 
GGAACCTGCA CGGATATCCA TGAAGCGGTC ATGTCACGAT TCGAGGCCAA ACGACTTCGT 
CAACAATTAT TGTCCGTCAT AACCCACGCT CAAGTTACGC TGTTTTCCGT AGATCGACAT 
CGAAAAATCA ACCTCCTGGA AGGTGCCTTC ATATGGGACC TTGAGAGCGA TGTAGGATCT 
AGCGATGAGA GCCTCGCGGG TAGCGGTAAA GCTAAGGGGT CTGATTACAT AGGGAAGAAT 
GTTTACAATG TCTTTTCGCA TTCCAGTAAC CACAGGCAAA GCCATGACGT GATTCCTGCT 
TCACTACAAC CAATCGAGGA TATCTTGACT GGAAAGGTAA TGGAAGACAT GCAAGAACAC 
ACCATCGACA ATAGGTGGTA CCGCACGAAA TTTGTCCCTG TCCTCGGTAA GAAAGATGGG 
GGCGGACATG TTAATGAAGC GTTCATCGAT GGTGTCATTG GATTATCTAT GGATATCACT 
GAGATTAAAG ATCGTGAAAA TGATCTCCAG ATGCAAGAAA GGGAGAATAC CAGACTTCTC 
GCAAATGAAG CAGCCGCCAA AGAAGCTAGT CGATTAAAGA GTCAGTTCCT GGCAAATATG 
AGTCACGAAA TTCGAACACC TATTGCTGGA GTCATCGGGA TGGCCGAACT CCTCACTGAT 
ATGAATCTTG ACGAAGAACA GCAAGAATGT GCCGAAAACA TTCAACGTTC CGCCAATGCA 
CTTCTCACAG TCATCAATGA TATCTTGGAT TTCTCAAAGG TTGAATCTGG CCGGTTGGAT 
ATTGAGGAAG TTCAATTCTC CTTGTCAGTT GTGGTGCGGG ATGTCAGTAA AATGCTGGGA 
TTCGCTGCTG AACGTAAGAA TCTAATGTTC GATTCCGACA TCACGGTCGG AGTTGATAAA 
GATTTGATTG TTATGGGCGA CCCAGGTCGA GTTCGCCAGA TCATCACAAA TCTCCTCACG 
AATAGTATTA AATTCACCAG CGAAGGAAGA GTCAAATTCT CGGTCATCAA AGAAAGAGAA 
GATGCAGATA CTATTGAAGT AAAGTTCGTC GTTGAAGATA CCGGTATTGG AATTGAGGAG 
GAAGTCCGAA AACGTCTATT CAAACCTTTC AGTCAAGCAG ATTCATCAAC AGCAAGGAGA 
TTTGGTGGCA CGGGATTAGG TCTCACGATA AGTAAGAATT TGGTGGACTT AATGCACGGT 
AGAATTACTT TGGAGTCATC GTTAGGACAG GGTACGACTG CGACTTTTTG GATTCCCTTC 
AACAAGCCAC AGTATCATGA TGGAAATGCC CTAATTGATA TTGGAAGCTT ACCAGATCGA 
TTACAATCCG AAATGAGTGT TTCTTGTGGC AGCTCGGATT ATGATGTTGG CGCTTCGCCC 
CAGAAAAACT CGTCGGATAT GCCTAGACAT CATAGGTCGG TTAGCATGAC GCCTCCAGTT 
GTGTCCGAGG TAGAAATGTC GCCTGCTGAT AGAGCCAATA TCAAAATCCT TCTTGTTGAA 
GATAATGCTA TCAATCAACA AATTGCTTTG AAAACCATTC GGAAATTAGG ATTTACCGCC 
TCGGCAGTTT GGAATGGAAA GGAAGCTCTT GATTATCTCC TCGCAGCAGA CTCTCCAAAT 
CCACCTCATC CAAAACCAGA TATCATTCTT ATGGATGTAC AAATGCCAAT TATAGATGGA 
TACCGCGCCA CCCATATATT GCGTCACCAC TCCCCTTACA GTTACTCGAC GCGTAACATT 
CCCATCGTAG CCATGACAGC ATCAGTCATC CAGGGCGATC GCGAGAAGTG CCAAAAAGCC 
GGCATGGATG ATTATCTAGC GAAGCCTGTT AAGGGAAAAA CGTTGGAGAA GATGTTGGTG 
AGATGGGCGA TTAATAGAAG AGTCCCGAAA CAGGAGAGTG ACCGGGATGA TGAGGGGAGT 
GATTGTGCGG AGGGAGACAA TGAAAATTGT TCGAGGAGAA GTGAGAAGTC AAAACCCACC 
AAAAATACTT CCAGGCCCTC CCCAGCGCAA CCCCGTCCAA CAAAGAGTGA GCGCCACAAT 
TCCCAGCGTT TAACTCTCCC ACAGCCAGAG TCCGAAGGTG AACGGGCCGT GCGACGTGAA 
GTATTTGAGG AAAAAGCCAA GGAGTTACGA GATGAGAAAT TGGTTGGTGC TGGAGGAGAC 
GAACACGGAG CTCTTTCCTT ACATGACACT CGTGGAAATG GACATGTACA TGCCCATAGA 
GAGGGCATGG GGATCGATGC AGGGCAAGCA GGAGATGAAG CAATACGCCA AAAATTGACG 
GTGGAAAATG TAGGGAGATT GGAGCGACAA GAAAATGAAG AAATGGAGGT AGCTGCAAAA 
TTAGAGCTTG GGATAGGGAA TGGGAGTGGA AGTGGGAAGG AGATAATGAG ACAGAAAGAG 
AAAGGAGGGG GAGTAAGGAG AATGAGTGTG GTCAGAGGGG ATAGTATGCA GGTTTGGGGA 
GATCCGTTGG GGGGGGATTT AAGCCTAGAA ACTTTAAGTA GGAGTGATAC ACACACACCG 
AGTTCCATGT TAGCTGCGGA TGGAAGGGCA TCTGAGAGTC CGAAAGTGAT GGAGAGTCAA 
AGGGGAAGTG AAGATTATTT GAACGGAAAG AATAGGCATA GGAAGGAGAA GGATGTCGAT 
GAAAATCAAG ATGAAAATAG AGAAGAGAGC AAGGGGACCA ACGATAGTGA TCCAACCCGA 
CCGAGTCTGG CAAGGAGATG GATGGATAGT CAAGTTACAG TCCGAGGATC GTCTGCTGGA 
GATTCCTCAG GATAG

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

RefSeq	XP_001593383.1
CDS	1..4395
Translation	MAVDKHPTYIDLPPAPHNAVVSPNETERGTPNSEYDRPISPLHMPPGEIDGLDALKAQEYMSGRRGSGQSSNLHIHIPGMVSPADVAFSAMHYLPYPCVVLNGSKTVILANEATARLLSADGDESEENEDAQCVEQYKGQTLSQLGIDMVKDFKPVWVTWDTFLDSLGEEINVHANAQETVSSEYEGDVTPTAERTEPSSRITNPERKASVVHDAVVEVIITSGLITASSFAGRTAKKMSDRHSYAKMIISIFEIENEKYYMLTFTSTETTQPVLPSSRRISRKVHDPKLQMGSNNGSHSSSSMSRSNPSSASSEHSSSHDSSQGSSGSSAISSPTHAPMSSSPFPPLGPPSRVNKSGAPSILQKVIVLKDALLDNTEIPILAMWKDESVTIPNKAARRLFAREADMSNVKNVGKWHCYNHDFTVALDPSEYPISVLMICDSMPQLIWTTTPDGMHDWFSQRWYDYTGLTMEESLGEGWKSPFHPDDLALTKKRWQHCLETGEPYTTEYRCRKHDGEWRWMLGRAICMRNKDTGKIEKWYGTCTDIHEAVMSRFEAKRLRQQLLSVITHAQVTLFSVDRHRKINLLEGAFIWDLESDVGSSDESLAGSGKAKGSDYIGKNVYNVFSHSSNHRQSHDVIPASLQPIEDILTGKVMEDMQEHTIDNRWYRTKFVPVLGKKDGGGHVNEAFIDGVIGLSMDITEIKDRENDLQMQERENTRLLANEAAAKEASRLKSQFLANMSHEIRTPIAGVIGMAELLTDMNLDEEQQECAENIQRSANALLTVINDILDFSKVESGRLDIEEVQFSLSVVVRDVSKMLGFAAERKNLMFDSDITVGVDKDLIVMGDPGRVRQIITNLLTNSIKFTSEGRVKFSVIKEREDADTIEVKFVVEDTGIGIEEEVRKRLFKPFSQADSSTARRFGGTGLGLTISKNLVDLMHGRITLESSLGQGTTATFWIPFNKPQYHDGNALIDIGSLPDRLQSEMSVSCGSSDYDVGASPQKNSSDMPRHHRSVSMTPPVVSEVEMSPADRANIKILLVEDNAINQQIALKTIRKLGFTASAVWNGKEALDYLLAADSPNPPHPKPDIILMDVQMPIIDGYRATHILRHHSPYSYSTRNIPIVAMTASVIQGDREKCQKAGMDDYLAKPVKGKTLEKMLVRWAINRRVPKQESDRDDEGSDCAEGDNENCSRRSEKSKPTKNTSRPSPAQPRPTKSERHNSQRLTLPQPESEGERAVRREVFEEKAKELRDEKLVGAGGDEHGALSLHDTRGNGHVHAHREGMGIDAGQAGDEAIRQKLTVENVGRLERQENEEMEVAAKLELGIGNGSGSGKEIMRQKEKGGGVRRMSVVRGDSMQVWGDPLGGDLSLETLSRSDTHTPSSMLAADGRASESPKVMESQRGSEDYLNGKNRHRKEKDVDENQDENREESKGTNDSDPTRPSLARRWMDSQVTVRGSSAGDSSG

Target ORF information:

RefSeq Version	XM_001593333.1
Organism	Sclerotinia sclerotiorum 1980 UF-70
Definition	Sclerotinia sclerotiorum 1980 UF-70 hypothetical protein partial mRNA.

Target ORF information:

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

XM_001593333.1

ORF Insert Sequence:

ATGGCTGTCG ACAAGCACCC CACCTATATC GACCTTCCTC CTGCTCCTCA CAATGCGGTC 
GTGTCGCCAA ACGAAACAGA GAGAGGTACA CCAAACTCAG AATATGATCG GCCCATATCA 
CCCCTACATA TGCCTCCCGG CGAAATTGAT GGCTTGGATG CTTTGAAAGC CCAGGAATAT 
ATGAGTGGGA GACGAGGATC AGGCCAGAGT AGTAACCTAC ATATACACAT TCCCGGTATG 
GTCTCGCCTG CAGATGTAGC ATTTTCGGCC ATGCATTATC TGCCATACCC TTGTGTGGTT 
CTAAATGGTT CTAAAACGGT GATACTCGCA AACGAAGCCA CTGCGAGACT ACTCAGTGCA 
GACGGTGACG AAAGTGAAGA AAATGAAGAT GCACAGTGCG TGGAACAATA CAAAGGACAA 
ACACTTTCCC AATTGGGCAT CGACATGGTG AAAGATTTCA AGCCTGTGTG GGTTACTTGG 
GACACATTTC TGGATAGTCT GGGCGAGGAA ATCAATGTAC ATGCGAATGC GCAAGAGACT 
GTATCATCAG AGTATGAAGG AGATGTGACC CCGACGGCTG AAAGAACAGA ACCTTCAAGT 
AGGATTACAA ATCCTGAGAG AAAGGCTTCG GTGGTTCATG ATGCCGTGGT TGAAGTCATC 
ATCACATCTG GACTAATAAC AGCATCATCG TTTGCAGGGC GAACGGCTAA GAAGATGTCC 
GATAGACATT CATACGCCAA AATGATCATT AGTATCTTCG AAATCGAGAA TGAAAAATAC 
TACATGTTGA CCTTCACGAG TACAGAAACT ACTCAACCTG TATTACCCAG CTCAAGGAGG 
ATTTCAAGGA AAGTACACGA CCCTAAGCTT CAAATGGGTT CCAACAATGG CTCGCACTCG 
TCGAGTTCCA TGTCTCGCTC AAACCCATCG TCCGCCAGCT CCGAACATAG TTCTAGTCAT 
GATTCCAGTC AAGGATCCAG CGGCTCATCT GCAATTTCTA GCCCCACGCA TGCGCCCATG 
TCTTCCTCTC CGTTCCCACC TTTGGGTCCC CCGTCACGCG TCAATAAGTC AGGCGCCCCT 
TCAATTTTGC AGAAGGTGAT TGTGTTGAAA GATGCACTAC TAGATAATAC GGAAATTCCT 
ATTCTGGCAA TGTGGAAGGA CGAGAGTGTG ACGATACCGA ATAAAGCTGC AAGAAGATTG 
TTCGCAAGAG AAGCCGACAT GTCGAATGTT AAAAACGTTG GTAAATGGCA TTGTTACAAC 
CATGATTTCA CCGTAGCTCT AGATCCGTCA GAGTATCCTA TCTCGGTTTT AATGATATGT 
GATAGTATGC CGCAGCTCAT TTGGACGACT ACTCCCGATG GTATGCATGA CTGGTTCAGT 
CAGCGCTGGT ATGACTACAC GGGATTGACC ATGGAGGAAT CCCTTGGTGA GGGTTGGAAA 
TCGCCGTTTC ATCCAGACGA TTTGGCCTTG ACAAAGAAGC GCTGGCAACA TTGCCTAGAG 
ACTGGTGAAC CTTATACTAC AGAATATCGT TGTCGGAAAC ACGATGGAGA ATGGAGATGG 
ATGCTGGGAC GCGCTATTTG CATGAGGAAT AAAGACACTG GCAAAATCGA AAAATGGTAC 
GGAACCTGCA CGGATATCCA TGAAGCGGTC ATGTCACGAT TCGAGGCCAA ACGACTTCGT 
CAACAATTAT TGTCCGTCAT AACCCACGCT CAAGTTACGC TGTTTTCCGT AGATCGACAT 
CGAAAAATCA ACCTCCTGGA AGGTGCCTTC ATATGGGACC TTGAGAGCGA TGTAGGATCT 
AGCGATGAGA GCCTCGCGGG TAGCGGTAAA GCTAAGGGGT CTGATTACAT AGGGAAGAAT 
GTTTACAATG TCTTTTCGCA TTCCAGTAAC CACAGGCAAA GCCATGACGT GATTCCTGCT 
TCACTACAAC CAATCGAGGA TATCTTGACT GGAAAGGTAA TGGAAGACAT GCAAGAACAC 
ACCATCGACA ATAGGTGGTA CCGCACGAAA TTTGTCCCTG TCCTCGGTAA GAAAGATGGG 
GGCGGACATG TTAATGAAGC GTTCATCGAT GGTGTCATTG GATTATCTAT GGATATCACT 
GAGATTAAAG ATCGTGAAAA TGATCTCCAG ATGCAAGAAA GGGAGAATAC CAGACTTCTC 
GCAAATGAAG CAGCCGCCAA AGAAGCTAGT CGATTAAAGA GTCAGTTCCT GGCAAATATG 
AGTCACGAAA TTCGAACACC TATTGCTGGA GTCATCGGGA TGGCCGAACT CCTCACTGAT 
ATGAATCTTG ACGAAGAACA GCAAGAATGT GCCGAAAACA TTCAACGTTC CGCCAATGCA 
CTTCTCACAG TCATCAATGA TATCTTGGAT TTCTCAAAGG TTGAATCTGG CCGGTTGGAT 
ATTGAGGAAG TTCAATTCTC CTTGTCAGTT GTGGTGCGGG ATGTCAGTAA AATGCTGGGA 
TTCGCTGCTG AACGTAAGAA TCTAATGTTC GATTCCGACA TCACGGTCGG AGTTGATAAA 
GATTTGATTG TTATGGGCGA CCCAGGTCGA GTTCGCCAGA TCATCACAAA TCTCCTCACG 
AATAGTATTA AATTCACCAG CGAAGGAAGA GTCAAATTCT CGGTCATCAA AGAAAGAGAA 
GATGCAGATA CTATTGAAGT AAAGTTCGTC GTTGAAGATA CCGGTATTGG AATTGAGGAG 
GAAGTCCGAA AACGTCTATT CAAACCTTTC AGTCAAGCAG ATTCATCAAC AGCAAGGAGA 
TTTGGTGGCA CGGGATTAGG TCTCACGATA AGTAAGAATT TGGTGGACTT AATGCACGGT 
AGAATTACTT TGGAGTCATC GTTAGGACAG GGTACGACTG CGACTTTTTG GATTCCCTTC 
AACAAGCCAC AGTATCATGA TGGAAATGCC CTAATTGATA TTGGAAGCTT ACCAGATCGA 
TTACAATCCG AAATGAGTGT TTCTTGTGGC AGCTCGGATT ATGATGTTGG CGCTTCGCCC 
CAGAAAAACT CGTCGGATAT GCCTAGACAT CATAGGTCGG TTAGCATGAC GCCTCCAGTT 
GTGTCCGAGG TAGAAATGTC GCCTGCTGAT AGAGCCAATA TCAAAATCCT TCTTGTTGAA 
GATAATGCTA TCAATCAACA AATTGCTTTG AAAACCATTC GGAAATTAGG ATTTACCGCC 
TCGGCAGTTT GGAATGGAAA GGAAGCTCTT GATTATCTCC TCGCAGCAGA CTCTCCAAAT 
CCACCTCATC CAAAACCAGA TATCATTCTT ATGGATGTAC AAATGCCAAT TATAGATGGA 
TACCGCGCCA CCCATATATT GCGTCACCAC TCCCCTTACA GTTACTCGAC GCGTAACATT 
CCCATCGTAG CCATGACAGC ATCAGTCATC CAGGGCGATC GCGAGAAGTG CCAAAAAGCC 
GGCATGGATG ATTATCTAGC GAAGCCTGTT AAGGGAAAAA CGTTGGAGAA GATGTTGGTG 
AGATGGGCGA TTAATAGAAG AGTCCCGAAA CAGGAGAGTG ACCGGGATGA TGAGGGGAGT 
GATTGTGCGG AGGGAGACAA TGAAAATTGT TCGAGGAGAA GTGAGAAGTC AAAACCCACC 
AAAAATACTT CCAGGCCCTC CCCAGCGCAA CCCCGTCCAA CAAAGAGTGA GCGCCACAAT 
TCCCAGCGTT TAACTCTCCC ACAGCCAGAG TCCGAAGGTG AACGGGCCGT GCGACGTGAA 
GTATTTGAGG AAAAAGCCAA GGAGTTACGA GATGAGAAAT TGGTTGGTGC TGGAGGAGAC 
GAACACGGAG CTCTTTCCTT ACATGACACT CGTGGAAATG GACATGTACA TGCCCATAGA 
GAGGGCATGG GGATCGATGC AGGGCAAGCA GGAGATGAAG CAATACGCCA AAAATTGACG 
GTGGAAAATG TAGGGAGATT GGAGCGACAA GAAAATGAAG AAATGGAGGT AGCTGCAAAA 
TTAGAGCTTG GGATAGGGAA TGGGAGTGGA AGTGGGAAGG AGATAATGAG ACAGAAAGAG 
AAAGGAGGGG GAGTAAGGAG AATGAGTGTG GTCAGAGGGG ATAGTATGCA GGTTTGGGGA 
GATCCGTTGG GGGGGGATTT AAGCCTAGAA ACTTTAAGTA GGAGTGATAC ACACACACCG 
AGTTCCATGT TAGCTGCGGA TGGAAGGGCA TCTGAGAGTC CGAAAGTGAT GGAGAGTCAA 
AGGGGAAGTG AAGATTATTT GAACGGAAAG AATAGGCATA GGAAGGAGAA GGATGTCGAT 
GAAAATCAAG ATGAAAATAG AGAAGAGAGC AAGGGGACCA ACGATAGTGA TCCAACCCGA 
CCGAGTCTGG CAAGGAGATG GATGGATAGT CAAGTTACAG TCCGAGGATC GTCTGCTGGA 
GATTCCTCAG GATAG