SS1G_13747 cDNA ORF clone, Sclerotinia sclerotiorum 1980 UF-70

Gene
Clones
gRNAs

Summary

Gene Symbol	SS1G_13747
Entrez Gene ID	5481383
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Sclerotinia sclerotiorum 1980 UF-70

mRNA and Protein(s)

mRNA	Protein	Name
XM_001585129.1	XP_001585179.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following SS1G_13747 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SS1G_13747 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
OSo00383	XM_001585129.1 Latest version!	Sclerotinia sclerotiorum 1980 UF-70 hypothetical protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$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_13747 ( XM_001585129.1 ) cDNA ORF clone, Sclerotinia sclerotiorum 1980 UF-70 -> XP_001585179.1 Sclerotinia sclerotiorum 1980 UF-70 hypothetical protein partial mRNA.

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CloneID	OSo00383
Clone ID Related Accession (Same CDS sequence)	XM_001585129.1
Accession Version	XM_001585129.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5604bp) 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_001820809). COMPLETENESS: incomplete on both ends.

ATGGAAACTA ATGCATATCA TCAAACAGCA AGCAAACAAA CGTCTTCTTC AGACGAGGAA 
GATCTTTTGT CGTTTCATGA CGCTGTTACT GTCATTCAAC CTCAAGTTCT CTCTTCTTCT 
GTCAATGTTG ATACTTTCCG AGGAAATATA TCTTTTGCAC ATAGCAATGG CAATGCTGTA 
GTAGGTGTCA ACAGCGGATC TATCAACAAG GTCTCGCAAT CTTCTTACTC CACTCAATCT 
TCATCCTTTC TGAACGGTAA TCAAGGTGAT ACCGGAACCT CTCTGTCTCT TTCAACCTAC 
TGCAGGCCGG AAATTATCTT TGGATCTCCT TCGGAGAATC CAGAAATTTC ACTTCATAAA 
ACATCGCCCA ATTCAATTCA AGCTTCGGAT TCGGTTTCTC TACTTTCTGT CACTGATCAA 
GGTCAAGGTC TCACTACACC AGTCACAACG TCATCGGCGA GGAGACCAAG CTTTCTAGAG 
AAATCTCCAC GATCCTCAAG TCCGGACCTG ATCCAATTCA CTCCTCCGGA GAGAAGTTTG 
TCAAGAAAGG AAAGTAAGAA AGCTAGGGAG TCTATTCAAA TTCATGCCTC AAAGCTGAAA 
TCTATTGCAC CCGCCTTCTC TGCATTGAAT CCTTTTCCTT CTTCGAGATT ACCCCGCACG 
CCAGGAGACT TTAAGAGGAA TCCAGCATCT CTTTCTATTG ATAACCTTAT AAATCCTGAG 
CCACAAATAC CCATATCAGC CATCACAAAC GCTCTCCATT GCAAAAACTT TCAGGGGATC 
CCTAGGAAAG ACGTTGTTCA ACCTACTGCT GGAGATAAAC TTTCCCTTAC TAGGATAGCC 
AGTATGGAAT TGCCACAAGC TCCCCACGTT GCGGATGTGG TCATGTCGAT GACTGTTGAC 
TTGATTGCTT CACAAGAGTC TGCTTCAGCT GCTGACGGCC AGCCTCAAAG GTCGAAGATG 
CTAAACCTAC CAATTCCTTC TCTACTCGCT GAGAATGGTA AGGGGGTTTC TTCCGCTGCT 
GTATTAACAA ACTCTCTTGG TCCAGATCTT TATCGCGACA TTCCTCTACA ACCCGGCTCG 
TCATTTCCGG TGGATTCTTC TGCTGTCGTG TCAGCTACTC GCATTACCCA AGCCTCTATG 
CCATTTGCAC TTGCCACAAG AACAACTGAT GACGTTTTTG CAGAACTCAA GCGGCCTTTA 
CATGCTCAAG CAAGCACCAA CATTCAGGCC TCCGACAAAT ATGACAAGTC GAACCAACAT 
GAAACGCTTG CTGCCGAGGA AGAGGAAGAC GAAGACGATG GAGAGGATCT GAATCAACCG 
GCTCCAGCTA TTAAACGAAT CTCAGCACGA AAGCAAAAAA ATGCTGCCAT ATTTGACACA 
TTTCTCAAAG AAGTTGCCAA ACAACCTAAG ACAGAAAAAA TTTCACATGC GGATGATGAA 
GCAGTTCAGT CTACCAGGTG GTTAATTGAG CAGGCGGAAA AACAACATAT CATAGAGAGT 
CCTAGAGATT ATCAACTTGA ATTGTTTGAG AAGGCCAAGA AACAGAATCT CATAGCTGTT 
TTGGACACTG GCTCTGGCAA AACATTTATC GCCGTTCTCC TACTTCGTTA TATCATTGAC 
CAAGAGCTTG AGGACAGAGC TATTGGCAAA TCTAAACGTG TCTCATTCTT CCTGAAAGAT 
CATCCTTATG CCAGGATTAT CAAGGATTTC TATCGCAGTG ATACAGATGA ACCAATTTCT 
CTGCCTAAAA TATTCGGGAT GACGGCATCA CCTGTTGATG CTAGGGATAA TATCAAAAAA 
GCTGCAGAAG AGCTTGAGGG TCTTTTACAC AGTCAGATTT GCACTGCGGT AGATCCTAGC 
TTGATGCAGT ACTCGATCAA AGGCAAGCCG GAGACCATTG CTTTCTATGA TTGCTTGGGC 
CCGAGATTTC ACACTCCTCT TTATCTCAAG ATGCTCCCAC TCCTAGAGGA GAACCCTATT 
TTTCAGAAGC CGTTTATATT TGGGAAGGAA GCCAGTCGAA CTCTAGGGTC CTGGTGTGCT 
GACCAAATCT GGACTTTCTG TCTTCAAGAG GAAGAGTCTA AGAAACTTCA AGCAAAGACA 
GAGCAGGCGC ACCACAGCAA AAAAGTACCG GAGCCATTGG AGGTCCTGGA GGAACGCAAG 
GAACAACTTC AAGAGGCTAA ATCCATTGTG AAAGATCATA TTTTTGAGCC ACCTCACTTT 
GCGTCAAAAT TATCAGATGA CTTTGCAACG AAGGTTCATT ATTCGACTAA TTTGTCTACA 
AAGGTGGTTG CTCTGTTGAG TATTCTCAAA GATAGATTTC AACGACCAAC TAATGACAAA 
TGTATTGTAT TTGTCAGAGA GAGGTACACT GCACGGCTTC TAGCGTCACT CCTCTCCACA 
CCTGAAGCCG GAACACCGTT TTTGAAGGTC GCACCGCTGG TTGGTACCAC GTCTACTTCA 
GCCGGAGAAA TGCATATCAC ATTTAGATCC CAAACCCTTA CCATGCACGA TTTTCGCAAT 
GGTAAAATAA ATTGTCTCAT CGCAACATCC GTTGCAGAAG AAGGCCTTGA TATTCCTGAT 
TGTAATCTCG TCGTTAGATT TGATCTGTAC AGTACAGTAA TCCAGTACAT TCAATCCAGA 
GGCCGTGCTA GACATGTAAA CTCGAGATAT TACCACATGG TGGAGAGCCA TAACGAAGAA 
CAGAGGCGAA CGATCAAGGA AGTTTTGAAG CATGAGAAAT TGCTGAAGCA TTTTGCTTCT 
GCTCTACCCG AGGATCGAAA GTTGACTGGC AACAATTTTA ATATGGACTA TTTTCTTAGA 
AAAGAGCGAA CTCACCGAGT CTATACCGTC CCTGGTAGCA ATGCGAAACT CACCTATAGA 
ATGAGCTTAA CGGTCTTATC TGCCTTCGTT GATTCCCTTC CTCAAGCCCA AGATTCAGCC 
CTTCGTGTGG ATTATGTCGT CACAACTGTC AATAAGCAGT TTATATGTGA AGTCATTTTA 
CCGGAAGAAG CACCTATACG TGGAGCAATT GGTCGGCCAG CAACAACCAA ACAGGTAGCC 
AAATGTTCTG CAGCTTTCGA AACATGTGTA ATTTTGCATC AGAAGGGCTA CATTGATCAA 
TTCCTGCTCT CCACATTCAA GAAGTCGGCC CATATGATGA GAAATGCCCT TTTAGCCGTG 
GATGGAAAGA AACGAGAAGC TTATGAGATG AGCACGAAAC CAACTTTGTG GTTATCCAAA 
GGAGAGCAAG GCATCTTTTA TATGACTATA TTGTCTCTCA TATCTCCGGA AAGTCTCGAC 
AGAGCATCAC AACCCTTGGG TCTACTTACA AGATCTCCTT TGCCTGTTTT GCCACAATTC 
CTTCTTCATT TCGGAGGCGG TCGAAACTCG CCGGTTTCAT GCGTGCCTCT CACTTCTTCA 
GTGAAGCTCG AAGGAACCAC GCTTGACCAA GTTAATATGT TCACCCTATG TCTATTTCAG 
GATGTGTTCA GCAAAGCTTA CAAATCGAAT CCTGATAGTA TGCCGTACTT TTTGGTTCCT 
ATCAATTGTC CAAATCACAC TGGGGACTGG AAAGATTATG AGCCCATGTC AATAATTGAT 
TGGGAAACTG TTCAATATGT CCAAGATTTC GAGAACAAGC AGGCCGGTAA ACCATGGGAG 
CATAAGCCAT GGTTAGGAAA GCCAGATGAG TATTTCAAAA ACAAGTTCAT AACTGATCCT 
TTCGATGGAT CTCGAAAACT GTGGTCGGTA GGAATCACAA AAGACTACAA ACCTTTGGAT 
CCAGTTCCAC CAAATACAGC ACCTAGAAAG GGAGCTAGGA AGAACAACAG TAACATTATG 
GAGTATAGTT GTAGTCTTTG GGCAAAAGCT AGAACAAGAC GAACCTTCGA TGAAGAGCAA 
CCTGTTGTTG AAGCAACATA CATTTCGCTC CGGAGAAACT TGCTTGATGA GTTTGATACA 
GGAGAAGTTG AAACTCCAAA GAAATGCTTC GTAATTTTGG AACCATTGAA GGTTTCACCT 
CTCTCAACCA CTGTAGTTGC AATGGCCTAT CTTCTGCCTG CCATCATTCA TCGAGTTGAG 
TCATATCTCA TTGCCCTCGA AGCTACTGAT TTATTGCATC TTGATATTCG CCCTGACCTT 
GCATTGGAAG CCGTTACTAA AGATTCTGAC AATTCTGAAG AGCATGGTGA AGAGCAAACA 
AATTTCCAAC GAGGAATGGG TAACAATTAT GAACGCCTCG AATTTCTTGG GGATTGTTTC 
CTGAAGATGG GAACATCAAT ATCTCTATAC GGTTTAAACC CTGATAGTGA CGAATTTCGT 
TATCATGTTG ATCGTATGTG CCTGATATGC AACAAGAATT TGTTCAACAC GGCTTTAAAG 
CTGGAGCTTT ACAGGTTCAT TCGATCAGCA GCCTTCAATC GACGTGCTTG GTATCCCGAA 
GGCCCTGAGT TATTAAGAGG TAAAACGGCT ACTGCACCAA ACACTCACAA GCTTGGTGAC 
AAGTCAATTG CAGATGTTTG TGAAGCGATG ATTGGCGCCG CCTTACTCAG TCATCATGAA 
AGCAAATCCA TGGATAATGC AGTTCGTGCA GTTACCGAAG TTGTCAATAG TGACAATCAC 
AAAGCTATAG TATGGTCTGA CTATTACAAG CTCTATCAGA AGCCAAAATA CCAAACTGCT 
GTAGCTACAG CTGCACAAAT AGATCTGGCG AGACAAGTTG AGACGAAACA TCCGTATCAC 
TTCAAATACC CACGGCTTTT AAGATCAGCA TCCACCCATC CAGCATATCC GTTTTCTTAC 
GAACAAATTC CCAGCTATCA ACGACTCGAA TTCTTGGGCG ATGCCTTACT CGACATGGTT 
CAAAAAATGG TTGCAGAGTA TGCTTGTGAT ATCAATGAAG CCCTTATCCA AGCCAAAGCA 
GATGCCAAGA GAGCGGGTAA ATCAGAAGAT GATTACGCTC CTGATTATTG GATCACCGTT 
CGTCAACCTC CTAAATGTCT TCCGGATATG GTTGAAGCAT TCATTGGTGC CATTTTCGTT 
GATTCTGAGT ACAAATTTGA GGAAGTAGAG AAGTTCTTTG AAATGCACAT CAGATGGTAC 
TTTAAGGACA TGAGTATCTA CGATACTTAC GCCAACAAGC ATCCAACCAC ATTCCTCACC 
AATTTCTTGC AAAAGAATAT GGGTTGTGAA GATTGGGCAC CTGTTAGTCG TGAAATGCCT 
GGAGAGGATG GTAGAAAGAA TGTTGTGGTT TGTGGTGTCA TTGTGCACAA CAAGGTGGTA 
TCAACTTTCC AAGCTGAAAG CATGCGATAT GCGAAGGTGG GTGCAGCTAA GAAAGCTTTG 
GCACAATTGG AGGGTATGAG CGTTCGAGAA TTCAGAGAAC AATTCGAATG TTCATGTAAA 
GGGGATGTTG CTGATGCAGA GGGCAATGTC GAATTTGTTG AGCGTGAGGA TGGAATCTCA 
GGGATGGATA TGGGAATGGG ACCGGGTTAT AGAGAACAGG TTTTTGATGA TATTTTGAAG 
GAAGTTGGGG ATGATATGAA TGGAGAAGAT AAGGAGAATG GAATTGTGGA GGATTTGACG 
GAAGGAAAAT TACTGGAGTT ATAG

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

RefSeq	XP_001585179.1
CDS	1..5604
Translation	METNAYHQTASKQTSSSDEEDLLSFHDAVTVIQPQVLSSSVNVDTFRGNISFAHSNGNAVVGVNSGSINKVSQSSYSTQSSSFLNGNQGDTGTSLSLSTYCRPEIIFGSPSENPEISLHKTSPNSIQASDSVSLLSVTDQGQGLTTPVTTSSARRPSFLEKSPRSSSPDLIQFTPPERSLSRKESKKARESIQIHASKLKSIAPAFSALNPFPSSRLPRTPGDFKRNPASLSIDNLINPEPQIPISAITNALHCKNFQGIPRKDVVQPTAGDKLSLTRIASMELPQAPHVADVVMSMTVDLIASQESASAADGQPQRSKMLNLPIPSLLAENGKGVSSAAVLTNSLGPDLYRDIPLQPGSSFPVDSSAVVSATRITQASMPFALATRTTDDVFAELKRPLHAQASTNIQASDKYDKSNQHETLAAEEEEDEDDGEDLNQPAPAIKRISARKQKNAAIFDTFLKEVAKQPKTEKISHADDEAVQSTRWLIEQAEKQHIIESPRDYQLELFEKAKKQNLIAVLDTGSGKTFIAVLLLRYIIDQELEDRAIGKSKRVSFFLKDHPYARIIKDFYRSDTDEPISLPKIFGMTASPVDARDNIKKAAEELEGLLHSQICTAVDPSLMQYSIKGKPETIAFYDCLGPRFHTPLYLKMLPLLEENPIFQKPFIFGKEASRTLGSWCADQIWTFCLQEEESKKLQAKTEQAHHSKKVPEPLEVLEERKEQLQEAKSIVKDHIFEPPHFASKLSDDFATKVHYSTNLSTKVVALLSILKDRFQRPTNDKCIVFVRERYTARLLASLLSTPEAGTPFLKVAPLVGTTSTSAGEMHITFRSQTLTMHDFRNGKINCLIATSVAEEGLDIPDCNLVVRFDLYSTVIQYIQSRGRARHVNSRYYHMVESHNEEQRRTIKEVLKHEKLLKHFASALPEDRKLTGNNFNMDYFLRKERTHRVYTVPGSNAKLTYRMSLTVLSAFVDSLPQAQDSALRVDYVVTTVNKQFICEVILPEEAPIRGAIGRPATTKQVAKCSAAFETCVILHQKGYIDQFLLSTFKKSAHMMRNALLAVDGKKREAYEMSTKPTLWLSKGEQGIFYMTILSLISPESLDRASQPLGLLTRSPLPVLPQFLLHFGGGRNSPVSCVPLTSSVKLEGTTLDQVNMFTLCLFQDVFSKAYKSNPDSMPYFLVPINCPNHTGDWKDYEPMSIIDWETVQYVQDFENKQAGKPWEHKPWLGKPDEYFKNKFITDPFDGSRKLWSVGITKDYKPLDPVPPNTAPRKGARKNNSNIMEYSCSLWAKARTRRTFDEEQPVVEATYISLRRNLLDEFDTGEVETPKKCFVILEPLKVSPLSTTVVAMAYLLPAIIHRVESYLIALEATDLLHLDIRPDLALEAVTKDSDNSEEHGEEQTNFQRGMGNNYERLEFLGDCFLKMGTSISLYGLNPDSDEFRYHVDRMCLICNKNLFNTALKLELYRFIRSAAFNRRAWYPEGPELLRGKTATAPNTHKLGDKSIADVCEAMIGAALLSHHESKSMDNAVRAVTEVVNSDNHKAIVWSDYYKLYQKPKYQTAVATAAQIDLARQVETKHPYHFKYPRLLRSASTHPAYPFSYEQIPSYQRLEFLGDALLDMVQKMVAEYACDINEALIQAKADAKRAGKSEDDYAPDYWITVRQPPKCLPDMVEAFIGAIFVDSEYKFEEVEKFFEMHIRWYFKDMSIYDTYANKHPTTFLTNFLQKNMGCEDWAPVSREMPGEDGRKNVVVCGVIVHNKVVSTFQAESMRYAKVGAAKKALAQLEGMSVREFREQFECSCKGDVADAEGNVEFVEREDGISGMDMGMGPGYREQVFDDILKEVGDDMNGEDKENGIVEDLTEGKLLEL

Target ORF information:

RefSeq Version	XM_001585129.1
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_001585129.1

ORF Insert Sequence:

ATGGAAACTA ATGCATATCA TCAAACAGCA AGCAAACAAA CGTCTTCTTC AGACGAGGAA 
GATCTTTTGT CGTTTCATGA CGCTGTTACT GTCATTCAAC CTCAAGTTCT CTCTTCTTCT 
GTCAATGTTG ATACTTTCCG AGGAAATATA TCTTTTGCAC ATAGCAATGG CAATGCTGTA 
GTAGGTGTCA ACAGCGGATC TATCAACAAG GTCTCGCAAT CTTCTTACTC CACTCAATCT 
TCATCCTTTC TGAACGGTAA TCAAGGTGAT ACCGGAACCT CTCTGTCTCT TTCAACCTAC 
TGCAGGCCGG AAATTATCTT TGGATCTCCT TCGGAGAATC CAGAAATTTC ACTTCATAAA 
ACATCGCCCA ATTCAATTCA AGCTTCGGAT TCGGTTTCTC TACTTTCTGT CACTGATCAA 
GGTCAAGGTC TCACTACACC AGTCACAACG TCATCGGCGA GGAGACCAAG CTTTCTAGAG 
AAATCTCCAC GATCCTCAAG TCCGGACCTG ATCCAATTCA CTCCTCCGGA GAGAAGTTTG 
TCAAGAAAGG AAAGTAAGAA AGCTAGGGAG TCTATTCAAA TTCATGCCTC AAAGCTGAAA 
TCTATTGCAC CCGCCTTCTC TGCATTGAAT CCTTTTCCTT CTTCGAGATT ACCCCGCACG 
CCAGGAGACT TTAAGAGGAA TCCAGCATCT CTTTCTATTG ATAACCTTAT AAATCCTGAG 
CCACAAATAC CCATATCAGC CATCACAAAC GCTCTCCATT GCAAAAACTT TCAGGGGATC 
CCTAGGAAAG ACGTTGTTCA ACCTACTGCT GGAGATAAAC TTTCCCTTAC TAGGATAGCC 
AGTATGGAAT TGCCACAAGC TCCCCACGTT GCGGATGTGG TCATGTCGAT GACTGTTGAC 
TTGATTGCTT CACAAGAGTC TGCTTCAGCT GCTGACGGCC AGCCTCAAAG GTCGAAGATG 
CTAAACCTAC CAATTCCTTC TCTACTCGCT GAGAATGGTA AGGGGGTTTC TTCCGCTGCT 
GTATTAACAA ACTCTCTTGG TCCAGATCTT TATCGCGACA TTCCTCTACA ACCCGGCTCG 
TCATTTCCGG TGGATTCTTC TGCTGTCGTG TCAGCTACTC GCATTACCCA AGCCTCTATG 
CCATTTGCAC TTGCCACAAG AACAACTGAT GACGTTTTTG CAGAACTCAA GCGGCCTTTA 
CATGCTCAAG CAAGCACCAA CATTCAGGCC TCCGACAAAT ATGACAAGTC GAACCAACAT 
GAAACGCTTG CTGCCGAGGA AGAGGAAGAC GAAGACGATG GAGAGGATCT GAATCAACCG 
GCTCCAGCTA TTAAACGAAT CTCAGCACGA AAGCAAAAAA ATGCTGCCAT ATTTGACACA 
TTTCTCAAAG AAGTTGCCAA ACAACCTAAG ACAGAAAAAA TTTCACATGC GGATGATGAA 
GCAGTTCAGT CTACCAGGTG GTTAATTGAG CAGGCGGAAA AACAACATAT CATAGAGAGT 
CCTAGAGATT ATCAACTTGA ATTGTTTGAG AAGGCCAAGA AACAGAATCT CATAGCTGTT 
TTGGACACTG GCTCTGGCAA AACATTTATC GCCGTTCTCC TACTTCGTTA TATCATTGAC 
CAAGAGCTTG AGGACAGAGC TATTGGCAAA TCTAAACGTG TCTCATTCTT CCTGAAAGAT 
CATCCTTATG CCAGGATTAT CAAGGATTTC TATCGCAGTG ATACAGATGA ACCAATTTCT 
CTGCCTAAAA TATTCGGGAT GACGGCATCA CCTGTTGATG CTAGGGATAA TATCAAAAAA 
GCTGCAGAAG AGCTTGAGGG TCTTTTACAC AGTCAGATTT GCACTGCGGT AGATCCTAGC 
TTGATGCAGT ACTCGATCAA AGGCAAGCCG GAGACCATTG CTTTCTATGA TTGCTTGGGC 
CCGAGATTTC ACACTCCTCT TTATCTCAAG ATGCTCCCAC TCCTAGAGGA GAACCCTATT 
TTTCAGAAGC CGTTTATATT TGGGAAGGAA GCCAGTCGAA CTCTAGGGTC CTGGTGTGCT 
GACCAAATCT GGACTTTCTG TCTTCAAGAG GAAGAGTCTA AGAAACTTCA AGCAAAGACA 
GAGCAGGCGC ACCACAGCAA AAAAGTACCG GAGCCATTGG AGGTCCTGGA GGAACGCAAG 
GAACAACTTC AAGAGGCTAA ATCCATTGTG AAAGATCATA TTTTTGAGCC ACCTCACTTT 
GCGTCAAAAT TATCAGATGA CTTTGCAACG AAGGTTCATT ATTCGACTAA TTTGTCTACA 
AAGGTGGTTG CTCTGTTGAG TATTCTCAAA GATAGATTTC AACGACCAAC TAATGACAAA 
TGTATTGTAT TTGTCAGAGA GAGGTACACT GCACGGCTTC TAGCGTCACT CCTCTCCACA 
CCTGAAGCCG GAACACCGTT TTTGAAGGTC GCACCGCTGG TTGGTACCAC GTCTACTTCA 
GCCGGAGAAA TGCATATCAC ATTTAGATCC CAAACCCTTA CCATGCACGA TTTTCGCAAT 
GGTAAAATAA ATTGTCTCAT CGCAACATCC GTTGCAGAAG AAGGCCTTGA TATTCCTGAT 
TGTAATCTCG TCGTTAGATT TGATCTGTAC AGTACAGTAA TCCAGTACAT TCAATCCAGA 
GGCCGTGCTA GACATGTAAA CTCGAGATAT TACCACATGG TGGAGAGCCA TAACGAAGAA 
CAGAGGCGAA CGATCAAGGA AGTTTTGAAG CATGAGAAAT TGCTGAAGCA TTTTGCTTCT 
GCTCTACCCG AGGATCGAAA GTTGACTGGC AACAATTTTA ATATGGACTA TTTTCTTAGA 
AAAGAGCGAA CTCACCGAGT CTATACCGTC CCTGGTAGCA ATGCGAAACT CACCTATAGA 
ATGAGCTTAA CGGTCTTATC TGCCTTCGTT GATTCCCTTC CTCAAGCCCA AGATTCAGCC 
CTTCGTGTGG ATTATGTCGT CACAACTGTC AATAAGCAGT TTATATGTGA AGTCATTTTA 
CCGGAAGAAG CACCTATACG TGGAGCAATT GGTCGGCCAG CAACAACCAA ACAGGTAGCC 
AAATGTTCTG CAGCTTTCGA AACATGTGTA ATTTTGCATC AGAAGGGCTA CATTGATCAA 
TTCCTGCTCT CCACATTCAA GAAGTCGGCC CATATGATGA GAAATGCCCT TTTAGCCGTG 
GATGGAAAGA AACGAGAAGC TTATGAGATG AGCACGAAAC CAACTTTGTG GTTATCCAAA 
GGAGAGCAAG GCATCTTTTA TATGACTATA TTGTCTCTCA TATCTCCGGA AAGTCTCGAC 
AGAGCATCAC AACCCTTGGG TCTACTTACA AGATCTCCTT TGCCTGTTTT GCCACAATTC 
CTTCTTCATT TCGGAGGCGG TCGAAACTCG CCGGTTTCAT GCGTGCCTCT CACTTCTTCA 
GTGAAGCTCG AAGGAACCAC GCTTGACCAA GTTAATATGT TCACCCTATG TCTATTTCAG 
GATGTGTTCA GCAAAGCTTA CAAATCGAAT CCTGATAGTA TGCCGTACTT TTTGGTTCCT 
ATCAATTGTC CAAATCACAC TGGGGACTGG AAAGATTATG AGCCCATGTC AATAATTGAT 
TGGGAAACTG TTCAATATGT CCAAGATTTC GAGAACAAGC AGGCCGGTAA ACCATGGGAG 
CATAAGCCAT GGTTAGGAAA GCCAGATGAG TATTTCAAAA ACAAGTTCAT AACTGATCCT 
TTCGATGGAT CTCGAAAACT GTGGTCGGTA GGAATCACAA AAGACTACAA ACCTTTGGAT 
CCAGTTCCAC CAAATACAGC ACCTAGAAAG GGAGCTAGGA AGAACAACAG TAACATTATG 
GAGTATAGTT GTAGTCTTTG GGCAAAAGCT AGAACAAGAC GAACCTTCGA TGAAGAGCAA 
CCTGTTGTTG AAGCAACATA CATTTCGCTC CGGAGAAACT TGCTTGATGA GTTTGATACA 
GGAGAAGTTG AAACTCCAAA GAAATGCTTC GTAATTTTGG AACCATTGAA GGTTTCACCT 
CTCTCAACCA CTGTAGTTGC AATGGCCTAT CTTCTGCCTG CCATCATTCA TCGAGTTGAG 
TCATATCTCA TTGCCCTCGA AGCTACTGAT TTATTGCATC TTGATATTCG CCCTGACCTT 
GCATTGGAAG CCGTTACTAA AGATTCTGAC AATTCTGAAG AGCATGGTGA AGAGCAAACA 
AATTTCCAAC GAGGAATGGG TAACAATTAT GAACGCCTCG AATTTCTTGG GGATTGTTTC 
CTGAAGATGG GAACATCAAT ATCTCTATAC GGTTTAAACC CTGATAGTGA CGAATTTCGT 
TATCATGTTG ATCGTATGTG CCTGATATGC AACAAGAATT TGTTCAACAC GGCTTTAAAG 
CTGGAGCTTT ACAGGTTCAT TCGATCAGCA GCCTTCAATC GACGTGCTTG GTATCCCGAA 
GGCCCTGAGT TATTAAGAGG TAAAACGGCT ACTGCACCAA ACACTCACAA GCTTGGTGAC 
AAGTCAATTG CAGATGTTTG TGAAGCGATG ATTGGCGCCG CCTTACTCAG TCATCATGAA 
AGCAAATCCA TGGATAATGC AGTTCGTGCA GTTACCGAAG TTGTCAATAG TGACAATCAC 
AAAGCTATAG TATGGTCTGA CTATTACAAG CTCTATCAGA AGCCAAAATA CCAAACTGCT 
GTAGCTACAG CTGCACAAAT AGATCTGGCG AGACAAGTTG AGACGAAACA TCCGTATCAC 
TTCAAATACC CACGGCTTTT AAGATCAGCA TCCACCCATC CAGCATATCC GTTTTCTTAC 
GAACAAATTC CCAGCTATCA ACGACTCGAA TTCTTGGGCG ATGCCTTACT CGACATGGTT 
CAAAAAATGG TTGCAGAGTA TGCTTGTGAT ATCAATGAAG CCCTTATCCA AGCCAAAGCA 
GATGCCAAGA GAGCGGGTAA ATCAGAAGAT GATTACGCTC CTGATTATTG GATCACCGTT 
CGTCAACCTC CTAAATGTCT TCCGGATATG GTTGAAGCAT TCATTGGTGC CATTTTCGTT 
GATTCTGAGT ACAAATTTGA GGAAGTAGAG AAGTTCTTTG AAATGCACAT CAGATGGTAC 
TTTAAGGACA TGAGTATCTA CGATACTTAC GCCAACAAGC ATCCAACCAC ATTCCTCACC 
AATTTCTTGC AAAAGAATAT GGGTTGTGAA GATTGGGCAC CTGTTAGTCG TGAAATGCCT 
GGAGAGGATG GTAGAAAGAA TGTTGTGGTT TGTGGTGTCA TTGTGCACAA CAAGGTGGTA 
TCAACTTTCC AAGCTGAAAG CATGCGATAT GCGAAGGTGG GTGCAGCTAA GAAAGCTTTG 
GCACAATTGG AGGGTATGAG CGTTCGAGAA TTCAGAGAAC AATTCGAATG TTCATGTAAA 
GGGGATGTTG CTGATGCAGA GGGCAATGTC GAATTTGTTG AGCGTGAGGA TGGAATCTCA 
GGGATGGATA TGGGAATGGG ACCGGGTTAT AGAGAACAGG TTTTTGATGA TATTTTGAAG 
GAAGTTGGGG ATGATATGAA TGGAGAAGAT AAGGAGAATG GAATTGTGGA GGATTTGACG 
GAAGGAAAAT TACTGGAGTT ATAG