SS1G_08985 cDNA ORF clone, Sclerotinia sclerotiorum 1980 UF-70

Gene
Clones
gRNAs

Summary

Gene Symbol	SS1G_08985
Entrez Gene ID	5486489
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Sclerotinia sclerotiorum 1980 UF-70

mRNA and Protein(s)

mRNA	Protein	Name
XM_001590171.1	XP_001590221.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following SS1G_08985 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SS1G_08985 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
OSo03201	XM_001590171.1 Latest version!	Sclerotinia sclerotiorum 1980 UF-70 hypothetical protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$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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*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_08985 ( XM_001590171.1 ) cDNA ORF clone, Sclerotinia sclerotiorum 1980 UF-70 -> XP_001590221.1 Sclerotinia sclerotiorum 1980 UF-70 hypothetical protein partial mRNA.

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CloneID	OSo03201
Clone ID Related Accession (Same CDS sequence)	XM_001590171.1
Accession Version	XM_001590171.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5172bp) 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_001820824). COMPLETENESS: incomplete on both ends.

ATGTCATCTT CTGGCAAATC CTCCTTCTTT TCGAGGAATA GGAAGGATAA AAGAAATGCC 
AGTGACGAAG GACGACAACT TTCTTCTGCA GGTACAGGAA ACAACGATGC AGCAAGTGGC 
AGAGGGTCGA CGTCTTCAAG ACATGCTAGA ATGTCCTCTG TTGCCTCGGA AGATACTCCT 
GGATCGCCTG GTGCAGACTT GACGGGGATT AATATGATGG CGGGTGTAAT TACTTCAATT 
CCATACGACA GTGTAATGGC GGATGGTAGA TCACCAATAC CAGTGGATTA TCTACCCAGG 
AGCGATCAGA TGCCATTAAG AAGGGAACCA CTCCCACATC ATTTGAATAT GAATGGAATG 
GATTTTCATC AGTACCCCGC TTCAGACACA GCATCTATTA ATGGCAGTTC ACATCCCACA 
GGCCCGCGAG CTCCACCGGT GGGAAATGTA ACAATGGCAT CAACTGGAAA TCGTACAGCT 
CAGTTACAGC AGTGGGGCCC CAATAGGACC AGTATTGCAA GCACGGTAAA TGGAAGTCAC 
AATTCAAGAT ACGATTCCTA TTCTACAAAT CAATCCTCGA ATTATGGCGG TCGCGTATCC 
TTCGATCAAC AAAGTGTGGA TTCGATGACG GAAAGATCCA GCGTTCTTTC ATCAGGGAGC 
TCCTCAAAAA CAGCTTTACC AGGTTCCTAT TCGAATAGTT CGTTATCGCC GTCATATCAA 
CCAGGTGCCG GGAAAGACAC TCCACGTCTG ACAAAATTAC CTCAACATCT TAGCACAGGA 
TATAGTTCGC CAACGGTCGC TTCGCCGGAT GGATTTAAAC TCAACAAACC AAACGATGAC 
AGGGTTATTG AAGAGCAATT CTTATCATTG ATGCAGAAAC GAGGATGGCA CAATTTACCA 
GATCAAGCGC GCCGGCAAAT GATGGCATAC ACACCCGCGA AGAAATGGAC TCTGGTACAT 
CAAGATCGCT TAACCGAATG GCAAGGAGAA CAAAAGAGAC GAACGAACGC CAAGCACACG 
GGTCAATATG GTTCTGCTAT GGAAATGCTC CTCAATGCGG AGGAGGAAGG AACTCCAGAA 
TGGTTTGTAA GGAAAGTCAT GGATAATAGC ATCTCGGCAA AGCAATTACA GAGTCTCGCA 
GGACCAACTG GGCCAGAAGG GTCAATTAGT GACAAGGATC TGGATAGGGA ATATGATATC 
TGCAAGTGTC TGAAGGCTTT GATGAACAAC AAATTCGGTG CCGACGATGC TTTACAACAT 
CAACAAGTCA TTGTGGCTTT GGCCACATCC CTGGTATCTC CCAGGATCCC AACGAGAAGG 
GTTGCCAGTG AAGTTTTGAC TTTCTTGTGT CATTGGGCAG ATGGGCAGGG TCATTTGAAG 
GTCGTTCAGG CCATGGACTA TGTGAAAAAT CAACAGGGTG AAAATGGACG TTTCGATGCA 
TGGATGCGTG TTGTTGAAGT CACAGTTGAT GGGCGAGGAA AGATGGGAAG TCTTGTGGGT 
GCTAGCGAGG AGGTTAGAAG TGGTGGTGCG GGCATGGAGA ATCTACTCAT GGAATATGCT 
TTGACGACTA TGTTCTTGAT TAACATGATC GTTGATGCTC CCGAGAGGGA TTTACAGCTT 
CGTGTTCACA TTCGAGCTCA GTTTACAGCA TGCGGTATCA AGCGGATTCT TACGAAGATG 
GAAGGTTTCC AATACGATGT CCTCGACAAG CAAATTGAAA GATTTCGTAC AAATGAGGCG 
ATTGATTATG AGGATCTTCT CGAGCGTGAG AATAGTAGCA TAAAGGATAG TATTGAAGGG 
GATATCAAAG ATCTCACTGA CCCGACTCAA ATTGTCGATG CTATTATGCA AAAGGTTCAA 
GGAAGTAGAA CTCAAGATTA CTTCGTCTCT GCATTGCAAC ATCTTCTCCT CATCAGAGAT 
AGCGACAGTG AGGAACGACT AAGAATGTTT CAACTCGTGG ATTCTATGCT TAGTTATGTC 
GCTATGGATA GGAGGCTTCC TGACATGGAC CTAAAGCAGA GTCTCAATTT CACGGTACAG 
AGTCTTTTGG ATAAATTACA CACAGATTCT GAAGCACGAC AAGCACTCGA TGAAGCTCTT 
GAAGCTCGCC AGATTGCCGA TTCAGCAATG GCTGAAAGGG ATGAAATGAG AGCTAGAATT 
GAACTTGGTG CGGATGGACT TGTGGGGAAA TTGCAAAAAC AATTAGATGA ACAAGCACAA 
ATCATAGAGG TCCAGCGAAG ACAAATAGAT GCACTGAAGG GTGAGATGGA AAATATTCAA 
ACGGTTCGTG CTAAAGAAGC TCAAAGGAAT GAGCTTGAAA CCAGAGAATT GTACCTCATG 
CTCCGCGATG CACAAGATAT TGCCGCATCC AATGCTTCGA AGGGTGGGGC TGGATTGGGC 
GAGACTGATC CTTCACATAT GAAAGGTATT TTGGATCGCG AACGACTTAT GGATCGTCTC 
GAAATGCAAA TTGAGAGACA AAAGACCCAG TATAAGCTTG AAGGTAGAGT ATGGGGTGAT 
GCAGCCGGTC CTTCTGATCG ATTGAGAGCA CTTCGTGAGG AAATGGACGG TGTAGATCGT 
AGGTCGGGTG GAGGTCTCGG AGTTCCACCT GGAGATTACA GTCACGGCAT CCTTGGAAAC 
GTAACGAGGT CGACTAAGAT ACCTAGAAAA CCAATTGGCG CTGAAGGTTT CTCTGAAGGC 
TCTGACATGG AAGACGAAGA CGGCATGGTT TATGAAAAGC CTCGTGTTGT CAAGCTAAGA 
AGACCCAAGC AATCCAAGGG CTACTTAGAC GAGACCACCA TCGCAAAGTC AAACGTTACG 
ATGCTAGCGA TGATGATGAT GATGATGATG ATGAGAGATG ATGATACGAC GGACTTCACA 
CCAAGTTCGA GTCGGCCACA AAACTCACGT GATGAGAATC TTCAAAGGTC GATGACCAAA 
GTCCCGGGAT TCAATGGACC CCTCCACTCA CACCTCCACT ATGCCGAGAC AAGGTCTCCA 
GGATTCAATG AGCCAGCTCC TCCACCTCCT CCACCCCCTC CTCCAGGTAT GAATGCACCA 
GTTGCCCCCG GATTTGGTGG GCCTCCACCT CCTCCACCCC CTCCACCACC CCCTGGTATG 
CCTGGTATGC CTCCACCGCC ACCTCCCCCG CCGCCGCCTC CTGGAATGCC TGGCAAGATG 
AGTGGACACT TCTTAGCACA ACCATCTTAC AATGCTGCAC CAACGCTTGG TATGGGTTTT 
GCGAGATCGA AGAAGAAGCT CAAGGTTATT CATTGGGAGA AGGTCGATAC TCCTATGACA 
ACGCATTGGG CTGCTCACAC ACCTACAGCA GCAGAAAAGG AAGCGAAGTA TGCAGAACTT 
ACTCGCAAGG GTGTTCTTGA TGAAGTTGAA AAGTTGTTCT TGGCAAAGGA AATTAAACAA 
ATCGGAAAGA GCAACAAGGC CAAGCCAGAC AAGAAACAGA TCATTTCAAA TGAACTTTCG 
AAAACATTCC AAATTTGCCT CTCGAAGTTC TCCTCATTAA GTCCGGATAG AATTGCACAA 
ATGATTATTC ATTGTGACAA AGACGTCTTG GACAATCCTG TGGTGATGGA GTTCTTGATA 
AGAGACGACA TGTGCAATAT CCCTGAAAAT ACTGCCAAGC TTATGGCGCC GTATAGCAAA 
GACTGGACTG GACCTGATGC AAATAAGGAG AACCGAGAAT CAGACCCGAG CGAATTAACT 
CGGGAAGATC AAATCTATCT ACAGACAGCC TTCGAATTAC GTCATTACTG GAAATCTAGA 
ATAAGAGCAC TTTCCCTTAC ACGTACTTTT GAACAAGAAT ATGACGAGAT TTCCGACAAG 
CTCAAACAAG TTGTGGCTGT TTCCGAATCA TTGAGAGACT CGGTTTCCTT GATGAATGTT 
TTGGGGTTGA TTCTTGACAT TGGTAATTAC ATGAACGATT CCAACAAACA AGCGAGTGGT 
TCCAAATTGA GTTCCCTTAG CAAGATTAGG AATGGGCCAG GGATGACAAG AATGAGTCAA 
CATTCCGCTG ATCTGGTGGA GCGTATTGTC CGTACACAAT ATTCTGAATG GGAAGGCTTC 
ACTGATGACA TTGGTGGCGT TGTCACAGCA CAGAAGTTGA ATGTTGAGCA ATTACAACAA 
GATGCTAAAC GATATATTGA CAATGTCAAG AACGTTCAAA TGTCACTTGA CTCGGGTAAT 
CTCAGTGACC CGAAAAAATT CCATCCACAA GATCGTGTTA GTCAAGTTGT TCAACGATCA 
ATGAAGGATG CGAGAAGGAA GGCCGAACAG ATGCAACTGT TTTTGGAAGA GATGATTAGA 
ACTTACGATG ATATCATGGT CTTCTATGGT GAAGATTCTG CTGACGAGAA TGCAAGAAGA 
GAATTCTTCG CCAAGCTTGC TATTTTTGTA ACCGAGTGGA AGAAATCGAA AGAAAAGAAC 
ATGGCTCTGG AGGCCACACG CAAGCGCAAC GAGGAATCGA TGAAACGGAA GCGAGCACAG 
ATAAATGTTG GGGCTACAGC AGCTGCTGGA CCACCTTCAC CAAGTTCCAC AGGTGCTATG 
GACTCCTTAC TTGAGAAATT ACGAGCTGCC GCACCCCAAG CTCGTGATCA AAGGGATCGA 
AGACGAAGAG CACGATTACA AAATCGTCAC CAAGTTCGTG TTGCATCTGG TCAGAAAATT 
CCTGATCCAG ATGAAATCCC AGAAGCCGAA GTAGGACTCA ATAATGTTGA ATCGGTCAAA 
ACAGAAGGTT TATTAAGTCC TGATTTACCG CCACCGAAGG AGGTTGATAA TGAAACCGAT 
GATGTCGCTG ACAGAGCGGC ACAACTATTA CAGGGAATGC GTGGAGCGGA TGGTGTCGAT 
GAAGGGGAAG GAGATACCAC TAGAAGGGAT AGTGCTAGAA GATCAAGGCG AAGAAATAAT 
GCAGAGGAGG AAAGAAATGA ACGAAGAAGG CGTAGACAAA AGGCTAGTAG TGCATCTGAA 
ACTGCTACAC CCGGTGCAGA AGAAGATACG GCTACTGAAG AAGTAAAAAC AAAGGAAACT 
ACGATCCTCG TACCAGGTTC ACCATTATCG GAAGATGGTG ATAGAATACT TACTCCTACG 
ATGATTGTTA GTCCGCCTGA AGTTACGGAA GCGGAGGGTT CCCCACAAAA GCCGATTGAG 
TTGGATGATT AA

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

RefSeq	XP_001590221.1
CDS	1..5172
Translation	MSSSGKSSFFSRNRKDKRNASDEGRQLSSAGTGNNDAASGRGSTSSRHARMSSVASEDTPGSPGADLTGINMMAGVITSIPYDSVMADGRSPIPVDYLPRSDQMPLRREPLPHHLNMNGMDFHQYPASDTASINGSSHPTGPRAPPVGNVTMASTGNRTAQLQQWGPNRTSIASTVNGSHNSRYDSYSTNQSSNYGGRVSFDQQSVDSMTERSSVLSSGSSSKTALPGSYSNSSLSPSYQPGAGKDTPRLTKLPQHLSTGYSSPTVASPDGFKLNKPNDDRVIEEQFLSLMQKRGWHNLPDQARRQMMAYTPAKKWTLVHQDRLTEWQGEQKRRTNAKHTGQYGSAMEMLLNAEEEGTPEWFVRKVMDNSISAKQLQSLAGPTGPEGSISDKDLDREYDICKCLKALMNNKFGADDALQHQQVIVALATSLVSPRIPTRRVASEVLTFLCHWADGQGHLKVVQAMDYVKNQQGENGRFDAWMRVVEVTVDGRGKMGSLVGASEEVRSGGAGMENLLMEYALTTMFLINMIVDAPERDLQLRVHIRAQFTACGIKRILTKMEGFQYDVLDKQIERFRTNEAIDYEDLLERENSSIKDSIEGDIKDLTDPTQIVDAIMQKVQGSRTQDYFVSALQHLLLIRDSDSEERLRMFQLVDSMLSYVAMDRRLPDMDLKQSLNFTVQSLLDKLHTDSEARQALDEALEARQIADSAMAERDEMRARIELGADGLVGKLQKQLDEQAQIIEVQRRQIDALKGEMENIQTVRAKEAQRNELETRELYLMLRDAQDIAASNASKGGAGLGETDPSHMKGILDRERLMDRLEMQIERQKTQYKLEGRVWGDAAGPSDRLRALREEMDGVDRRSGGGLGVPPGDYSHGILGNVTRSTKIPRKPIGAEGFSEGSDMEDEDGMVYEKPRVVKLRRPKQSKGYLDETTIAKSNVTMLAMMMMMMMMRDDDTTDFTPSSSRPQNSRDENLQRSMTKVPGFNGPLHSHLHYAETRSPGFNEPAPPPPPPPPPGMNAPVAPGFGGPPPPPPPPPPPGMPGMPPPPPPPPPPPGMPGKMSGHFLAQPSYNAAPTLGMGFARSKKKLKVIHWEKVDTPMTTHWAAHTPTAAEKEAKYAELTRKGVLDEVEKLFLAKEIKQIGKSNKAKPDKKQIISNELSKTFQICLSKFSSLSPDRIAQMIIHCDKDVLDNPVVMEFLIRDDMCNIPENTAKLMAPYSKDWTGPDANKENRESDPSELTREDQIYLQTAFELRHYWKSRIRALSLTRTFEQEYDEISDKLKQVVAVSESLRDSVSLMNVLGLILDIGNYMNDSNKQASGSKLSSLSKIRNGPGMTRMSQHSADLVERIVRTQYSEWEGFTDDIGGVVTAQKLNVEQLQQDAKRYIDNVKNVQMSLDSGNLSDPKKFHPQDRVSQVVQRSMKDARRKAEQMQLFLEEMIRTYDDIMVFYGEDSADENARREFFAKLAIFVTEWKKSKEKNMALEATRKRNEESMKRKRAQINVGATAAAGPPSPSSTGAMDSLLEKLRAAAPQARDQRDRRRRARLQNRHQVRVASGQKIPDPDEIPEAEVGLNNVESVKTEGLLSPDLPPPKEVDNETDDVADRAAQLLQGMRGADGVDEGEGDTTRRDSARRSRRRNNAEEERNERRRRRQKASSASETATPGAEEDTATEEVKTKETTILVPGSPLSEDGDRILTPTMIVSPPEVTEAEGSPQKPIELDD

Target ORF information:

RefSeq Version	XM_001590171.1
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_001590171.1

ORF Insert Sequence:

ATGTCATCTT CTGGCAAATC CTCCTTCTTT TCGAGGAATA GGAAGGATAA AAGAAATGCC 
AGTGACGAAG GACGACAACT TTCTTCTGCA GGTACAGGAA ACAACGATGC AGCAAGTGGC 
AGAGGGTCGA CGTCTTCAAG ACATGCTAGA ATGTCCTCTG TTGCCTCGGA AGATACTCCT 
GGATCGCCTG GTGCAGACTT GACGGGGATT AATATGATGG CGGGTGTAAT TACTTCAATT 
CCATACGACA GTGTAATGGC GGATGGTAGA TCACCAATAC CAGTGGATTA TCTACCCAGG 
AGCGATCAGA TGCCATTAAG AAGGGAACCA CTCCCACATC ATTTGAATAT GAATGGAATG 
GATTTTCATC AGTACCCCGC TTCAGACACA GCATCTATTA ATGGCAGTTC ACATCCCACA 
GGCCCGCGAG CTCCACCGGT GGGAAATGTA ACAATGGCAT CAACTGGAAA TCGTACAGCT 
CAGTTACAGC AGTGGGGCCC CAATAGGACC AGTATTGCAA GCACGGTAAA TGGAAGTCAC 
AATTCAAGAT ACGATTCCTA TTCTACAAAT CAATCCTCGA ATTATGGCGG TCGCGTATCC 
TTCGATCAAC AAAGTGTGGA TTCGATGACG GAAAGATCCA GCGTTCTTTC ATCAGGGAGC 
TCCTCAAAAA CAGCTTTACC AGGTTCCTAT TCGAATAGTT CGTTATCGCC GTCATATCAA 
CCAGGTGCCG GGAAAGACAC TCCACGTCTG ACAAAATTAC CTCAACATCT TAGCACAGGA 
TATAGTTCGC CAACGGTCGC TTCGCCGGAT GGATTTAAAC TCAACAAACC AAACGATGAC 
AGGGTTATTG AAGAGCAATT CTTATCATTG ATGCAGAAAC GAGGATGGCA CAATTTACCA 
GATCAAGCGC GCCGGCAAAT GATGGCATAC ACACCCGCGA AGAAATGGAC TCTGGTACAT 
CAAGATCGCT TAACCGAATG GCAAGGAGAA CAAAAGAGAC GAACGAACGC CAAGCACACG 
GGTCAATATG GTTCTGCTAT GGAAATGCTC CTCAATGCGG AGGAGGAAGG AACTCCAGAA 
TGGTTTGTAA GGAAAGTCAT GGATAATAGC ATCTCGGCAA AGCAATTACA GAGTCTCGCA 
GGACCAACTG GGCCAGAAGG GTCAATTAGT GACAAGGATC TGGATAGGGA ATATGATATC 
TGCAAGTGTC TGAAGGCTTT GATGAACAAC AAATTCGGTG CCGACGATGC TTTACAACAT 
CAACAAGTCA TTGTGGCTTT GGCCACATCC CTGGTATCTC CCAGGATCCC AACGAGAAGG 
GTTGCCAGTG AAGTTTTGAC TTTCTTGTGT CATTGGGCAG ATGGGCAGGG TCATTTGAAG 
GTCGTTCAGG CCATGGACTA TGTGAAAAAT CAACAGGGTG AAAATGGACG TTTCGATGCA 
TGGATGCGTG TTGTTGAAGT CACAGTTGAT GGGCGAGGAA AGATGGGAAG TCTTGTGGGT 
GCTAGCGAGG AGGTTAGAAG TGGTGGTGCG GGCATGGAGA ATCTACTCAT GGAATATGCT 
TTGACGACTA TGTTCTTGAT TAACATGATC GTTGATGCTC CCGAGAGGGA TTTACAGCTT 
CGTGTTCACA TTCGAGCTCA GTTTACAGCA TGCGGTATCA AGCGGATTCT TACGAAGATG 
GAAGGTTTCC AATACGATGT CCTCGACAAG CAAATTGAAA GATTTCGTAC AAATGAGGCG 
ATTGATTATG AGGATCTTCT CGAGCGTGAG AATAGTAGCA TAAAGGATAG TATTGAAGGG 
GATATCAAAG ATCTCACTGA CCCGACTCAA ATTGTCGATG CTATTATGCA AAAGGTTCAA 
GGAAGTAGAA CTCAAGATTA CTTCGTCTCT GCATTGCAAC ATCTTCTCCT CATCAGAGAT 
AGCGACAGTG AGGAACGACT AAGAATGTTT CAACTCGTGG ATTCTATGCT TAGTTATGTC 
GCTATGGATA GGAGGCTTCC TGACATGGAC CTAAAGCAGA GTCTCAATTT CACGGTACAG 
AGTCTTTTGG ATAAATTACA CACAGATTCT GAAGCACGAC AAGCACTCGA TGAAGCTCTT 
GAAGCTCGCC AGATTGCCGA TTCAGCAATG GCTGAAAGGG ATGAAATGAG AGCTAGAATT 
GAACTTGGTG CGGATGGACT TGTGGGGAAA TTGCAAAAAC AATTAGATGA ACAAGCACAA 
ATCATAGAGG TCCAGCGAAG ACAAATAGAT GCACTGAAGG GTGAGATGGA AAATATTCAA 
ACGGTTCGTG CTAAAGAAGC TCAAAGGAAT GAGCTTGAAA CCAGAGAATT GTACCTCATG 
CTCCGCGATG CACAAGATAT TGCCGCATCC AATGCTTCGA AGGGTGGGGC TGGATTGGGC 
GAGACTGATC CTTCACATAT GAAAGGTATT TTGGATCGCG AACGACTTAT GGATCGTCTC 
GAAATGCAAA TTGAGAGACA AAAGACCCAG TATAAGCTTG AAGGTAGAGT ATGGGGTGAT 
GCAGCCGGTC CTTCTGATCG ATTGAGAGCA CTTCGTGAGG AAATGGACGG TGTAGATCGT 
AGGTCGGGTG GAGGTCTCGG AGTTCCACCT GGAGATTACA GTCACGGCAT CCTTGGAAAC 
GTAACGAGGT CGACTAAGAT ACCTAGAAAA CCAATTGGCG CTGAAGGTTT CTCTGAAGGC 
TCTGACATGG AAGACGAAGA CGGCATGGTT TATGAAAAGC CTCGTGTTGT CAAGCTAAGA 
AGACCCAAGC AATCCAAGGG CTACTTAGAC GAGACCACCA TCGCAAAGTC AAACGTTACG 
ATGCTAGCGA TGATGATGAT GATGATGATG ATGAGAGATG ATGATACGAC GGACTTCACA 
CCAAGTTCGA GTCGGCCACA AAACTCACGT GATGAGAATC TTCAAAGGTC GATGACCAAA 
GTCCCGGGAT TCAATGGACC CCTCCACTCA CACCTCCACT ATGCCGAGAC AAGGTCTCCA 
GGATTCAATG AGCCAGCTCC TCCACCTCCT CCACCCCCTC CTCCAGGTAT GAATGCACCA 
GTTGCCCCCG GATTTGGTGG GCCTCCACCT CCTCCACCCC CTCCACCACC CCCTGGTATG 
CCTGGTATGC CTCCACCGCC ACCTCCCCCG CCGCCGCCTC CTGGAATGCC TGGCAAGATG 
AGTGGACACT TCTTAGCACA ACCATCTTAC AATGCTGCAC CAACGCTTGG TATGGGTTTT 
GCGAGATCGA AGAAGAAGCT CAAGGTTATT CATTGGGAGA AGGTCGATAC TCCTATGACA 
ACGCATTGGG CTGCTCACAC ACCTACAGCA GCAGAAAAGG AAGCGAAGTA TGCAGAACTT 
ACTCGCAAGG GTGTTCTTGA TGAAGTTGAA AAGTTGTTCT TGGCAAAGGA AATTAAACAA 
ATCGGAAAGA GCAACAAGGC CAAGCCAGAC AAGAAACAGA TCATTTCAAA TGAACTTTCG 
AAAACATTCC AAATTTGCCT CTCGAAGTTC TCCTCATTAA GTCCGGATAG AATTGCACAA 
ATGATTATTC ATTGTGACAA AGACGTCTTG GACAATCCTG TGGTGATGGA GTTCTTGATA 
AGAGACGACA TGTGCAATAT CCCTGAAAAT ACTGCCAAGC TTATGGCGCC GTATAGCAAA 
GACTGGACTG GACCTGATGC AAATAAGGAG AACCGAGAAT CAGACCCGAG CGAATTAACT 
CGGGAAGATC AAATCTATCT ACAGACAGCC TTCGAATTAC GTCATTACTG GAAATCTAGA 
ATAAGAGCAC TTTCCCTTAC ACGTACTTTT GAACAAGAAT ATGACGAGAT TTCCGACAAG 
CTCAAACAAG TTGTGGCTGT TTCCGAATCA TTGAGAGACT CGGTTTCCTT GATGAATGTT 
TTGGGGTTGA TTCTTGACAT TGGTAATTAC ATGAACGATT CCAACAAACA AGCGAGTGGT 
TCCAAATTGA GTTCCCTTAG CAAGATTAGG AATGGGCCAG GGATGACAAG AATGAGTCAA 
CATTCCGCTG ATCTGGTGGA GCGTATTGTC CGTACACAAT ATTCTGAATG GGAAGGCTTC 
ACTGATGACA TTGGTGGCGT TGTCACAGCA CAGAAGTTGA ATGTTGAGCA ATTACAACAA 
GATGCTAAAC GATATATTGA CAATGTCAAG AACGTTCAAA TGTCACTTGA CTCGGGTAAT 
CTCAGTGACC CGAAAAAATT CCATCCACAA GATCGTGTTA GTCAAGTTGT TCAACGATCA 
ATGAAGGATG CGAGAAGGAA GGCCGAACAG ATGCAACTGT TTTTGGAAGA GATGATTAGA 
ACTTACGATG ATATCATGGT CTTCTATGGT GAAGATTCTG CTGACGAGAA TGCAAGAAGA 
GAATTCTTCG CCAAGCTTGC TATTTTTGTA ACCGAGTGGA AGAAATCGAA AGAAAAGAAC 
ATGGCTCTGG AGGCCACACG CAAGCGCAAC GAGGAATCGA TGAAACGGAA GCGAGCACAG 
ATAAATGTTG GGGCTACAGC AGCTGCTGGA CCACCTTCAC CAAGTTCCAC AGGTGCTATG 
GACTCCTTAC TTGAGAAATT ACGAGCTGCC GCACCCCAAG CTCGTGATCA AAGGGATCGA 
AGACGAAGAG CACGATTACA AAATCGTCAC CAAGTTCGTG TTGCATCTGG TCAGAAAATT 
CCTGATCCAG ATGAAATCCC AGAAGCCGAA GTAGGACTCA ATAATGTTGA ATCGGTCAAA 
ACAGAAGGTT TATTAAGTCC TGATTTACCG CCACCGAAGG AGGTTGATAA TGAAACCGAT 
GATGTCGCTG ACAGAGCGGC ACAACTATTA CAGGGAATGC GTGGAGCGGA TGGTGTCGAT 
GAAGGGGAAG GAGATACCAC TAGAAGGGAT AGTGCTAGAA GATCAAGGCG AAGAAATAAT 
GCAGAGGAGG AAAGAAATGA ACGAAGAAGG CGTAGACAAA AGGCTAGTAG TGCATCTGAA 
ACTGCTACAC CCGGTGCAGA AGAAGATACG GCTACTGAAG AAGTAAAAAC AAAGGAAACT 
ACGATCCTCG TACCAGGTTC ACCATTATCG GAAGATGGTG ATAGAATACT TACTCCTACG 
ATGATTGTTA GTCCGCCTGA AGTTACGGAA GCGGAGGGTT CCCCACAAAA GCCGATTGAG 
TTGGATGATT AA