Smp_105700 cDNA ORF clone, Schistosoma mansoni

Gene
Clones
gRNAs

Summary

Gene Symbol	Smp_105700
Entrez Gene ID	8341055
Full Name	U520, putative
Gene Type	protein-coding
Organism	Schistosoma mansoni

mRNA and Protein(s)

mRNA	Protein	Name
XM_018791236.1	XP_018645572.1	U520, putative

Pathways from BioSystems
Gene Ontology

The following Smp_105700 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Smp_105700 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
OSc78188	XM_018791236.1 Latest version!	Schistosoma mansoni U520, putative partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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
30% OFF

*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)

Smp_105700 ( XM_018791236.1 ) cDNA ORF clone, Schistosoma mansoni -> XP_018645572.1 Schistosoma mansoni U520, putative partial mRNA.

Price & Availability↑

CloneID	OSc78188
Clone ID Related Accession (Same CDS sequence)	XM_018791236.1
Accession Version	XM_018791236.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6636bp) 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	2016-10-18
Organism	Schistosoma mansoni
Product	U520, putative
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_017386011).

ATGGCTGACG ATGCAGCCAG AAAGCTGCAG TTTGAGTACA AAATCAACTC CAACCTTGTG 
CTCTCAACAG ATCGGTCACT CATCGACAGG CGTCCAAGAG ATGAATCCAC CGGAGAGGTG 
TTAAGCTTAG CTGGCAAAAT TCGTGCTCAA GAAATGGGAC ACAAGTCGCA AAGGACGAAA 
CCACCTATGT TGCAAGAGAA ACGAGCAAAA CGTCAAAAAC GTGACGAGTC TCAACAAGAC 
GCTTTAAAAT TGAAAGGAAC TAGCTTACTA AACGATGATT TCAATGATAT AGCAGGGATC 
ATGTACCACC CTAAGACACC AGACACTCGC AAAACTTACG AATACATTCT TCACTGTATT 
CAAGAGGCAT TAGGTGATCA GTCACGTGAA ATCCTGTGTG GAGCAGCAGA TGAAGTTATA 
GCCACTTCTA AAAACGTTCA TTTGAAAGAT AAGGAGAAAA GAAAGGAAAC GGAGTCCTTG 
TTAGGTCCTC TCGTTGATGA AAGGTATAAT ATTATTGTCA ACCTTTGCAA GAAAATCACA 
GACTGGAAAG AAGAAGAAGA ACCTGTGTCT ACTGCGGTCG CTAACTCCAA TGACAGTATT 
GACCAAACGT ATGGGGTAAA TGTTCAGTTT GAAGAATCAG ACCAAGAGGA TGAGGAAAAT 
GCCTTTGGGG AGGTCAAAGA AGAAGATGAT GAAGATGAAC CAGATGGGGA GGAGGCTGTT 
GTAGAAATGA CTTTACAGTC TCGTAAAAAT GAGTCGGTTA TTACCGCTCA CCAAAATGCT 
GAAAATTTAC ATCCTCGAGA TATTGATGCA TTTTGGTTGC AACGTAACCT TGCCAAACAT 
TGTAAAGATC CGATACTTGC TCAGGCGAAA GCTCGCGAAT GTCTAGAAAT TCTCCAGTCA 
GCTTCTGATG ATAGGGATTT AGAAAACCGT TTAGTTCGTG CCCTCGGTTA TGAACAGTTC 
GATTTTGTCA AAATTTTACG CAAACATAGA CTTATGGTTT TGCACTGTAT CTTATTAGCA 
CAAGCGCAAA CAGTTCAGGA ACGTAGCCAA ATGGAGGCAA AAATGCGTAG CGATCCTACG 
TTAGCCAAAG TATTGCATGA ATTAAGAGAA ACAGAAAATT CTGCCGATTT AGTCGCTGAA 
GAACGTCAAA GGAAAAATGT TCAGCGTGTC GTCCGTGTTC AGGCTGATAT GGAGCATGAA 
AATATGAACG ATGAAGGTTT TCACTTGTCT GAAGACGGTG CTATCGGTGT TGCGAATATC 
GTTGACTTAG AGGGTCTAGC GTTTTCGCAA GGAGGACATT TAATGGCAAA CAAGAGATGT 
CAGTTACCCG ATGGTTCATT TCGAAAGCAG AAAAAAGGTT ACGAAGAAGT ACATGTACCA 
CCTTTACGCC AAAAACCATT AGAACCAGGC GAAACTCTAA TAAAAATTGA AAAACTACCT 
GCATATGCAC AAGCTGCCTT TGAAGGTTGC AAAACTCTCA ACTTAATCCA AAGTCGTTTA 
TACCATGCTG CAATGGAAAC GGATGAAAAT CTGCTGCTAT GTGCTCCTAC TGGTGCTGGT 
AAAACAAACG TAGCTTTATT ATGTATTATG CACGAACTTG GCAAATTTAT TAATCCTGAT 
GGTACCATAA ATAAAGATGA ATTCAAACTT ATTTATATTG CACCTATGCG ATCTTTGGTA 
CAAGAAGTTG TCGGTAATTT TAATAAGCTG TTAAGCAGTT ATGGTATTAA AGTTGATGAA 
CTTACTGGTG ATCACCAACT TAGTCGTGAA CAAATTTATG AAACGCAAGT TATCGTATGC 
ACACCAGAAA AATGGGATGT AATTACACGT CGTGGTGGAG ATGAGCGAGC TTATATACAG 
TTGGTTAGAT TAATTATTTT TGACGAAATT CATCTACTAC ACGATGATCG TGGTCCAATA 
CTGGAAGCTA TTGTTGCACG AACTTTACGT GCTGTAGAGA GTACATCCGG TCTAGCTGTT 
TCTAATGATA TTGGCGGTGG TGGTGGTGTT CGTCTTGTCG GTTTGAGTGC TACGTTACCA 
AATTATGAAG ATGTAGCGAC GTTTCTACGA GTTGATTGTT CGAAAGGACT ATTTCATTTT 
GATAACAGTT ATCGTCCTGT ACCATTAGAA CAACAATATA TTGGAATAAC TGAGAAAAAA 
GCTGTAAAAC GTTATCAAAT AATGAATGAT ATTGTTTATG ATAAAGTAAT GGAACATGCT 
GGACGTAATC AAATTTTAAT ATTTGTTCAT AGTCGTAAAG AAACTGGTAA AACAGCACGT 
ACATTAAGAG ATGCATGCCT GGAAAAAGAT ACTTTAGGTA TATTTATGAA AGAAAAAAAT 
GCATCAGCTG TTGTTCTACG TCAAGAAGCT GAACAAGTTA AAAATTCTGA ACTTAAAGAT 
TTACTTCCCT ATGGATTTGG CATACATCAT GCTGGTATGA GCCGTGTTGA TCGTACTTTA 
GTTGAAGATT TATTCGCTGA TCGACATATT CAAGTTTTAG TCTCTACTGC TACATTAGCT 
TGGGGTGTTA ATCTACCAGC TCACACGGTA TTGATTAAAG GAACTCAGAT TTACAGTCCA 
GAGAAAGGAC GTTGGACGGA ATTAGGTGCT TTGGATGTTA TGCAAATGCT TGGTCGCGCT 
GGCCGCCCTC AATATGATAC GAAAGGTGAA GGTATACTGA TTACAAATCA TACAGAGTTA 
CAATACTACT TAAGTTTAAT GAATCAACAA CTTCCAATTG AAAGTCAGCT AGTCTCACGT 
TTGGCTGATT TACTTAATGC AGAAATAGTT TTAGGTACTG TAACAACTAT TCGTGAAGCA 
GTAACTTGGT TGGGTTACAC TTATCTATAC ATTCGTATGC TTCGAAATCC CACTTTATAT 
GGTGTACCAC AAGGTAGTGA AAAGGATGAC CCTTGGCTTG AACAGTATCG TCGAGATCTA 
GTGCATACAG CAGCTATAGA ATTAGAACGT TCACAGTTAA TTCGTTATGA TAGACGTTCA 
GGATGTTTGC AGTCAACTGA ACTTGGTCGA ATTGCCTCAC ATTACTACTT AACTCATACA 
ACTGTACTTT CATACAATAA ATTGCTTCGA CCGGGTTTGG GTGAGATCGA ATTATTCCGT 
GTGTTTGCTG CCAGTTCTGA ATTCAAACAT ATGACTGTTC GACAAGAAGA GCGATTCGAA 
TTAGCAAAAC TTCTTGAACG TGTTCCAATT CCAATTAAAG AATCTCCTGA AGAGCCATCA 
GCTAAAATCA ACTGTTTATT ACAAGCATAT ATTTCTGGAT TGAAATTAGA GGGATTCTCT 
TTAATGTCTG ACATGGTTTA TATCACTCAA TCAGCTGGTC GACTTGTACG AGCGATCTTT 
GAAATTGTTC TTCATCGAGG TTGGGCTGAA TTAGCAGATA ATGCACTCAC ATTAGCTAAA 
ATGATTGAAC GTCGTATGTG GGAATCAATG TGTCCTTTAC GTCAGTTTAA AAAGTTACCA 
GATGAAGTGA TTCGTAAATT AGAGAAGAAA TCAATACCAT TTGATCGTTT ATATGATATG 
AATCATCATG AATTAGGTGA GTTGGTACGG TTACCTAAAT TAGGTAGACC TCTACATAAA 
TACCTACATC AATTACCTCG TCTAGAAATG AGTGTACATG TTCAACCAAT TACAAGATCT 
GCTTTACGTG TTGAGTTAAC TTTAACACCT GATTTTATTT GGGATGAAAA AGTACATTCA 
ACAAATCAAG CGTTTTGGAT ATTTGTAGAA GATGTTGATG GAAACAGTGT ATTACATCAT 
GAATTTTTTG TATTAAAACA ACGTTATGGA ACAGAAGAAC ATGTTTTACG ATTTGTTTTA 
CCAATATTCG ATCCATTGCC ACCACACTAT TATATAACTG CTGTATCTGA TCGTTGGATT 
GGTGGTGAAG TAACTTTACC AGTATCATTT AGACATTTAA TATTACCAGA AAAAACAATA 
CCGCCTACTG AATTATTGGA TTTACAACCA CTTCCAGTGA CTGCATTAAG AAATAAAGAT 
TTTGAAGCAT TATATACAGA TCGTATTAAA GTATTCAATC CTATACAAAC ACAGGTTTTC 
AATTCCCTAT ATAATTCAGA TGAAAATGTC TTAATAGCAG CTCCAACTGG AAGTGGCAAA 
ACAGTTTGTG CTGAATTAAC AATATTTCGT TTAATAACTA CACATAATAG TTCAACAAAT 
CAGTCGGACT CTTCAGGTAC AACTGCCAAT TTTCGGTGTA TTTACGTCTT ACCACCACAT 
GAAGAACAAG TGGAACAGCG TTATATTGAT TGGGCAAGTC GATTTGGCGA GAAGTTGGGT 
AAACGTGTCG TTCGATTAAC TGGAGAAACC TCTGTAGACT TAAAATTATT AGCTCGCGGG 
AATATCATAG TTACTACACC AGAACACTGG GATGTGCTAT CCAGAAGATG GAAACAACGT 
AAAAATGTAC AAAATGTCAA TTTATTTATT GCGGACAATT TACATTTAGT TGGTTCTGAA 
GGCGGGTCAG TGTTAGAAGT GGTATGTTCA AGAATGCGTT ACATTAGTAG TCAAGTGGAT 
AATCCAATCC GTATAATTGG CTTGTCTCAT AGTCTTACCA ATGGTCGTGA TATTGCTAGT 
TGGCTCGGTT GTACTTCTGG AGCAACTTAC AATTTCCCAC CTGCCACTAG ACCTATTCCT 
TTAGAATTGA CTATTATGCC GTTCAATATT CCACACCAAG CGTCTCGTTT GTTAGCGATG 
ACTAAACCTG TTTACCAACT AATAACACGA CTAGCATTTA CCCCAAGTCC TGCGGGTAGC 
TCACAGCATT CTCAGCGTAA ACCAACTTTA GTTTATGTGC CCACTAGACG TCAAGCACAA 
AGAGCTGCTC TTGATTTGAT AACAATGTTC GCTGTCAGCA ATGCAACATC TAAATTTCAA 
ACTATCTCAA GTCACTTGGA AGAGGCTTTG TCTCGAGCTG CTGACCAGTT AGCTGATAGA 
GCATTAGCTG AAGTTATTCG TCATGGTGGC GGTGTAGCTT ATTTACATGA AGCAATCTCA 
AAACCAGATC GTCGATTAAT TGAAGTGTTA TTCGCTGCCG GTGCATTGCA TACCTTGGTT 
GTATCACGTG CTCTTGTTTG GGCTGCAGCC TCACCAAATC CATTGACAGC TTACCTTGTA 
ATTGTAATGG ATACACAAGA TTATAATGGA AAGATTCATG CTTATGAAGA TTATCCAATA 
GTTGATTTGA TTGAGATGTT AGGACATGCT AATCGTCCAA ATATCGATAG TGAAGCTAAA 
GCTGTTGTAT TATGTCAAAC TGGAAAAAAA GAATTCCTGA AAAAATTCCT TCATGATCCA 
TTACCAGTGG AATCACATTT AGATCATGCT TTGCATGATC ATTTCAACGC TGAAATAGTC 
ACCAAAACTA TTGAAAATAA ACAAGATGCT GTAGACTATT TAACATGGAC TTTTCTCTAT 
CAACGTATGA CACAAAATCC AAATTACTAT AATTTACAGG GTGTGACACA TCGACATTTA 
AGTGATCACC TAAGTGAATT AGTCGAGACT ACATTGAATG ATCTGGAGAC ATCTAAATGT 
ATTTCTATAG AAGATGGTAT TGATTTGGCT CCATTAAATC TGGGCATGAT ATCGGCGTAC 
TATTATATTC AATACAACAC AATAGAATTA TTCAGTTTAT CATTAACAGC TAAAATGAAA 
ATTCGTGGAT TATTAGATGT CATTAGTAAT GCAGCTGAAT TTGATATATT ATTACCTGTA 
CGACATCATG AAGATATTTT ATTACGTCAA TTAAGTGTAA AAGTACCACA GAAATTAGCA 
CCAAAAGCTA AATTTTCTAG TCCACATGTT AAAGCAAATT TATTATTACA AGCCCATTTA 
TCACGTTTAC AATTACCAAT TGAAATGCAA ACAGATACAG ATCGTTTATT AGGTTGTACT 
ATACGTTTAA TTCAAGCTTG TGTAGATGTA TTATCTAGTA ATAGTTGGTT AGGTCCTGCT 
TTAGCAGCTA TGGAACTATC ACAAATGTGT ACACAAGCTG TATGGCATAA AGATTCTTAT 
TTACGTCAAA TACCACATTT TACAGCTGAA CGTATTAATC AATGTAAAGA AAATAAAGTT 
GAAACTGTAT TTGATTTAAT TGAATTAGAA GATGAAGAAC GTAATCAATT ATTAGATGGA 
TTAACACAAG TTCAAATGGC TGATGTAGCT AGATTTTGTA ATCGTTATCC AAATATTGAA 
ATTACTTATG AAATTACTAC AAATAATGGA AATAATGCAT TAAAAACACC TATACGAACT 
GGTGAAACAT TAACTGTACA AGTTTCGTTA GAACGTGAAG AAGATAATGT GGGTCCTGTT 
ATAGCGCCGT TTTTCTCTCA GCCTCGTGAA GAAGGTTGGT GGTTGGTAGT TGGAGAAGTA 
AAAACGAATT CATTAGTTGC AATCAAGCGC CTATTTGTTT CACAGTCAAT GAAAGTTCGT 
TTAGATTTGA GTGCACCAAC CCATTCAGGT CGTCATGAAT TCACGTTGTT CTTTATGTCA 
GATGCGTATA TGGGTTGTGA TCAAGAGTAT AAATTTCAGA TTGAAGTACG TGAAGGAGGA 
GGAGGAGGAA CAGGTGGACG AGGTCATAAT GACTAA

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

RefSeq	XP_018645572.1
CDS	115..6750
Translation	MADDAARKLQFEYKINSNLVLSTDRSLIDRRPRDESTGEVLSLAGKIRAQEMGHKSQRTKPPMLQEKRAKRQKRDESQQDALKLKGTSLLNDDFNDIAGIMYHPKTPDTRKTYEYILHCIQEALGDQSREILCGAADEVIATSKNVHLKDKEKRKETESLLGPLVDERYNIIVNLCKKITDWKEEEEPVSTAVANSNDSIDQTYGVNVQFEESDQEDEENAFGEVKEEDDEDEPDGEEAVVEMTLQSRKNESVITAHQNAENLHPRDIDAFWLQRNLAKHCKDPILAQAKARECLEILQSASDDRDLENRLVRALGYEQFDFVKILRKHRLMVLHCILLAQAQTVQERSQMEAKMRSDPTLAKVLHELRETENSADLVAEERQRKNVQRVVRVQADMEHENMNDEGFHLSEDGAIGVANIVDLEGLAFSQGGHLMANKRCQLPDGSFRKQKKGYEEVHVPPLRQKPLEPGETLIKIEKLPAYAQAAFEGCKTLNLIQSRLYHAAMETDENLLLCAPTGAGKTNVALLCIMHELGKFINPDGTINKDEFKLIYIAPMRSLVQEVVGNFNKLLSSYGIKVDELTGDHQLSREQIYETQVIVCTPEKWDVITRRGGDERAYIQLVRLIIFDEIHLLHDDRGPILEAIVARTLRAVESTSGLAVSNDIGGGGGVRLVGLSATLPNYEDVATFLRVDCSKGLFHFDNSYRPVPLEQQYIGITEKKAVKRYQIMNDIVYDKVMEHAGRNQILIFVHSRKETGKTARTLRDACLEKDTLGIFMKEKNASAVVLRQEAEQVKNSELKDLLPYGFGIHHAGMSRVDRTLVEDLFADRHIQVLVSTATLAWGVNLPAHTVLIKGTQIYSPEKGRWTELGALDVMQMLGRAGRPQYDTKGEGILITNHTELQYYLSLMNQQLPIESQLVSRLADLLNAEIVLGTVTTIREAVTWLGYTYLYIRMLRNPTLYGVPQGSEKDDPWLEQYRRDLVHTAAIELERSQLIRYDRRSGCLQSTELGRIASHYYLTHTTVLSYNKLLRPGLGEIELFRVFAASSEFKHMTVRQEERFELAKLLERVPIPIKESPEEPSAKINCLLQAYISGLKLEGFSLMSDMVYITQSAGRLVRAIFEIVLHRGWAELADNALTLAKMIERRMWESMCPLRQFKKLPDEVIRKLEKKSIPFDRLYDMNHHELGELVRLPKLGRPLHKYLHQLPRLEMSVHVQPITRSALRVELTLTPDFIWDEKVHSTNQAFWIFVEDVDGNSVLHHEFFVLKQRYGTEEHVLRFVLPIFDPLPPHYYITAVSDRWIGGEVTLPVSFRHLILPEKTIPPTELLDLQPLPVTALRNKDFEALYTDRIKVFNPIQTQVFNSLYNSDENVLIAAPTGSGKTVCAELTIFRLITTHNSSTNQSDSSGTTANFRCIYVLPPHEEQVEQRYIDWASRFGEKLGKRVVRLTGETSVDLKLLARGNIIVTTPEHWDVLSRRWKQRKNVQNVNLFIADNLHLVGSEGGSVLEVVCSRMRYISSQVDNPIRIIGLSHSLTNGRDIASWLGCTSGATYNFPPATRPIPLELTIMPFNIPHQASRLLAMTKPVYQLITRLAFTPSPAGSSQHSQRKPTLVYVPTRRQAQRAALDLITMFAVSNATSKFQTISSHLEEALSRAADQLADRALAEVIRHGGGVAYLHEAISKPDRRLIEVLFAAGALHTLVVSRALVWAAASPNPLTAYLVIVMDTQDYNGKIHAYEDYPIVDLIEMLGHANRPNIDSEAKAVVLCQTGKKEFLKKFLHDPLPVESHLDHALHDHFNAEIVTKTIENKQDAVDYLTWTFLYQRMTQNPNYYNLQGVTHRHLSDHLSELVETTLNDLETSKCISIEDGIDLAPLNLGMISAYYYIQYNTIELFSLSLTAKMKIRGLLDVISNAAEFDILLPVRHHEDILLRQLSVKVPQKLAPKAKFSSPHVKANLLLQAHLSRLQLPIEMQTDTDRLLGCTIRLIQACVDVLSSNSWLGPALAAMELSQMCTQAVWHKDSYLRQIPHFTAERINQCKENKVETVFDLIELEDEERNQLLDGLTQVQMADVARFCNRYPNIEITYEITTNNGNNALKTPIRTGETLTVQVSLEREEDNVGPVIAPFFSQPREEGWWLVVGEVKTNSLVAIKRLFVSQSMKVRLDLSAPTHSGRHEFTLFFMSDAYMGCDQEYKFQIEVREGGGGGTGGRGHND

Target ORF information:

RefSeq Version	XM_018791236.1
Organism	Schistosoma mansoni
Definition	Schistosoma mansoni U520, putative partial mRNA.

Target ORF information:

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

XM_018791236.1

ORF Insert Sequence:

ATGGCTGACG ATGCAGCCAG AAAGCTGCAG TTTGAGTACA AAATCAACTC CAACCTTGTG 
CTCTCAACAG ATCGGTCACT CATCGACAGG CGTCCAAGAG ATGAATCCAC CGGAGAGGTG 
TTAAGCTTAG CTGGCAAAAT TCGTGCTCAA GAAATGGGAC ACAAGTCGCA AAGGACGAAA 
CCACCTATGT TGCAAGAGAA ACGAGCAAAA CGTCAAAAAC GTGACGAGTC TCAACAAGAC 
GCTTTAAAAT TGAAAGGAAC TAGCTTACTA AACGATGATT TCAATGATAT AGCAGGGATC 
ATGTACCACC CTAAGACACC AGACACTCGC AAAACTTACG AATACATTCT TCACTGTATT 
CAAGAGGCAT TAGGTGATCA GTCACGTGAA ATCCTGTGTG GAGCAGCAGA TGAAGTTATA 
GCCACTTCTA AAAACGTTCA TTTGAAAGAT AAGGAGAAAA GAAAGGAAAC GGAGTCCTTG 
TTAGGTCCTC TCGTTGATGA AAGGTATAAT ATTATTGTCA ACCTTTGCAA GAAAATCACA 
GACTGGAAAG AAGAAGAAGA ACCTGTGTCT ACTGCGGTCG CTAACTCCAA TGACAGTATT 
GACCAAACGT ATGGGGTAAA TGTTCAGTTT GAAGAATCAG ACCAAGAGGA TGAGGAAAAT 
GCCTTTGGGG AGGTCAAAGA AGAAGATGAT GAAGATGAAC CAGATGGGGA GGAGGCTGTT 
GTAGAAATGA CTTTACAGTC TCGTAAAAAT GAGTCGGTTA TTACCGCTCA CCAAAATGCT 
GAAAATTTAC ATCCTCGAGA TATTGATGCA TTTTGGTTGC AACGTAACCT TGCCAAACAT 
TGTAAAGATC CGATACTTGC TCAGGCGAAA GCTCGCGAAT GTCTAGAAAT TCTCCAGTCA 
GCTTCTGATG ATAGGGATTT AGAAAACCGT TTAGTTCGTG CCCTCGGTTA TGAACAGTTC 
GATTTTGTCA AAATTTTACG CAAACATAGA CTTATGGTTT TGCACTGTAT CTTATTAGCA 
CAAGCGCAAA CAGTTCAGGA ACGTAGCCAA ATGGAGGCAA AAATGCGTAG CGATCCTACG 
TTAGCCAAAG TATTGCATGA ATTAAGAGAA ACAGAAAATT CTGCCGATTT AGTCGCTGAA 
GAACGTCAAA GGAAAAATGT TCAGCGTGTC GTCCGTGTTC AGGCTGATAT GGAGCATGAA 
AATATGAACG ATGAAGGTTT TCACTTGTCT GAAGACGGTG CTATCGGTGT TGCGAATATC 
GTTGACTTAG AGGGTCTAGC GTTTTCGCAA GGAGGACATT TAATGGCAAA CAAGAGATGT 
CAGTTACCCG ATGGTTCATT TCGAAAGCAG AAAAAAGGTT ACGAAGAAGT ACATGTACCA 
CCTTTACGCC AAAAACCATT AGAACCAGGC GAAACTCTAA TAAAAATTGA AAAACTACCT 
GCATATGCAC AAGCTGCCTT TGAAGGTTGC AAAACTCTCA ACTTAATCCA AAGTCGTTTA 
TACCATGCTG CAATGGAAAC GGATGAAAAT CTGCTGCTAT GTGCTCCTAC TGGTGCTGGT 
AAAACAAACG TAGCTTTATT ATGTATTATG CACGAACTTG GCAAATTTAT TAATCCTGAT 
GGTACCATAA ATAAAGATGA ATTCAAACTT ATTTATATTG CACCTATGCG ATCTTTGGTA 
CAAGAAGTTG TCGGTAATTT TAATAAGCTG TTAAGCAGTT ATGGTATTAA AGTTGATGAA 
CTTACTGGTG ATCACCAACT TAGTCGTGAA CAAATTTATG AAACGCAAGT TATCGTATGC 
ACACCAGAAA AATGGGATGT AATTACACGT CGTGGTGGAG ATGAGCGAGC TTATATACAG 
TTGGTTAGAT TAATTATTTT TGACGAAATT CATCTACTAC ACGATGATCG TGGTCCAATA 
CTGGAAGCTA TTGTTGCACG AACTTTACGT GCTGTAGAGA GTACATCCGG TCTAGCTGTT 
TCTAATGATA TTGGCGGTGG TGGTGGTGTT CGTCTTGTCG GTTTGAGTGC TACGTTACCA 
AATTATGAAG ATGTAGCGAC GTTTCTACGA GTTGATTGTT CGAAAGGACT ATTTCATTTT 
GATAACAGTT ATCGTCCTGT ACCATTAGAA CAACAATATA TTGGAATAAC TGAGAAAAAA 
GCTGTAAAAC GTTATCAAAT AATGAATGAT ATTGTTTATG ATAAAGTAAT GGAACATGCT 
GGACGTAATC AAATTTTAAT ATTTGTTCAT AGTCGTAAAG AAACTGGTAA AACAGCACGT 
ACATTAAGAG ATGCATGCCT GGAAAAAGAT ACTTTAGGTA TATTTATGAA AGAAAAAAAT 
GCATCAGCTG TTGTTCTACG TCAAGAAGCT GAACAAGTTA AAAATTCTGA ACTTAAAGAT 
TTACTTCCCT ATGGATTTGG CATACATCAT GCTGGTATGA GCCGTGTTGA TCGTACTTTA 
GTTGAAGATT TATTCGCTGA TCGACATATT CAAGTTTTAG TCTCTACTGC TACATTAGCT 
TGGGGTGTTA ATCTACCAGC TCACACGGTA TTGATTAAAG GAACTCAGAT TTACAGTCCA 
GAGAAAGGAC GTTGGACGGA ATTAGGTGCT TTGGATGTTA TGCAAATGCT TGGTCGCGCT 
GGCCGCCCTC AATATGATAC GAAAGGTGAA GGTATACTGA TTACAAATCA TACAGAGTTA 
CAATACTACT TAAGTTTAAT GAATCAACAA CTTCCAATTG AAAGTCAGCT AGTCTCACGT 
TTGGCTGATT TACTTAATGC AGAAATAGTT TTAGGTACTG TAACAACTAT TCGTGAAGCA 
GTAACTTGGT TGGGTTACAC TTATCTATAC ATTCGTATGC TTCGAAATCC CACTTTATAT 
GGTGTACCAC AAGGTAGTGA AAAGGATGAC CCTTGGCTTG AACAGTATCG TCGAGATCTA 
GTGCATACAG CAGCTATAGA ATTAGAACGT TCACAGTTAA TTCGTTATGA TAGACGTTCA 
GGATGTTTGC AGTCAACTGA ACTTGGTCGA ATTGCCTCAC ATTACTACTT AACTCATACA 
ACTGTACTTT CATACAATAA ATTGCTTCGA CCGGGTTTGG GTGAGATCGA ATTATTCCGT 
GTGTTTGCTG CCAGTTCTGA ATTCAAACAT ATGACTGTTC GACAAGAAGA GCGATTCGAA 
TTAGCAAAAC TTCTTGAACG TGTTCCAATT CCAATTAAAG AATCTCCTGA AGAGCCATCA 
GCTAAAATCA ACTGTTTATT ACAAGCATAT ATTTCTGGAT TGAAATTAGA GGGATTCTCT 
TTAATGTCTG ACATGGTTTA TATCACTCAA TCAGCTGGTC GACTTGTACG AGCGATCTTT 
GAAATTGTTC TTCATCGAGG TTGGGCTGAA TTAGCAGATA ATGCACTCAC ATTAGCTAAA 
ATGATTGAAC GTCGTATGTG GGAATCAATG TGTCCTTTAC GTCAGTTTAA AAAGTTACCA 
GATGAAGTGA TTCGTAAATT AGAGAAGAAA TCAATACCAT TTGATCGTTT ATATGATATG 
AATCATCATG AATTAGGTGA GTTGGTACGG TTACCTAAAT TAGGTAGACC TCTACATAAA 
TACCTACATC AATTACCTCG TCTAGAAATG AGTGTACATG TTCAACCAAT TACAAGATCT 
GCTTTACGTG TTGAGTTAAC TTTAACACCT GATTTTATTT GGGATGAAAA AGTACATTCA 
ACAAATCAAG CGTTTTGGAT ATTTGTAGAA GATGTTGATG GAAACAGTGT ATTACATCAT 
GAATTTTTTG TATTAAAACA ACGTTATGGA ACAGAAGAAC ATGTTTTACG ATTTGTTTTA 
CCAATATTCG ATCCATTGCC ACCACACTAT TATATAACTG CTGTATCTGA TCGTTGGATT 
GGTGGTGAAG TAACTTTACC AGTATCATTT AGACATTTAA TATTACCAGA AAAAACAATA 
CCGCCTACTG AATTATTGGA TTTACAACCA CTTCCAGTGA CTGCATTAAG AAATAAAGAT 
TTTGAAGCAT TATATACAGA TCGTATTAAA GTATTCAATC CTATACAAAC ACAGGTTTTC 
AATTCCCTAT ATAATTCAGA TGAAAATGTC TTAATAGCAG CTCCAACTGG AAGTGGCAAA 
ACAGTTTGTG CTGAATTAAC AATATTTCGT TTAATAACTA CACATAATAG TTCAACAAAT 
CAGTCGGACT CTTCAGGTAC AACTGCCAAT TTTCGGTGTA TTTACGTCTT ACCACCACAT 
GAAGAACAAG TGGAACAGCG TTATATTGAT TGGGCAAGTC GATTTGGCGA GAAGTTGGGT 
AAACGTGTCG TTCGATTAAC TGGAGAAACC TCTGTAGACT TAAAATTATT AGCTCGCGGG 
AATATCATAG TTACTACACC AGAACACTGG GATGTGCTAT CCAGAAGATG GAAACAACGT 
AAAAATGTAC AAAATGTCAA TTTATTTATT GCGGACAATT TACATTTAGT TGGTTCTGAA 
GGCGGGTCAG TGTTAGAAGT GGTATGTTCA AGAATGCGTT ACATTAGTAG TCAAGTGGAT 
AATCCAATCC GTATAATTGG CTTGTCTCAT AGTCTTACCA ATGGTCGTGA TATTGCTAGT 
TGGCTCGGTT GTACTTCTGG AGCAACTTAC AATTTCCCAC CTGCCACTAG ACCTATTCCT 
TTAGAATTGA CTATTATGCC GTTCAATATT CCACACCAAG CGTCTCGTTT GTTAGCGATG 
ACTAAACCTG TTTACCAACT AATAACACGA CTAGCATTTA CCCCAAGTCC TGCGGGTAGC 
TCACAGCATT CTCAGCGTAA ACCAACTTTA GTTTATGTGC CCACTAGACG TCAAGCACAA 
AGAGCTGCTC TTGATTTGAT AACAATGTTC GCTGTCAGCA ATGCAACATC TAAATTTCAA 
ACTATCTCAA GTCACTTGGA AGAGGCTTTG TCTCGAGCTG CTGACCAGTT AGCTGATAGA 
GCATTAGCTG AAGTTATTCG TCATGGTGGC GGTGTAGCTT ATTTACATGA AGCAATCTCA 
AAACCAGATC GTCGATTAAT TGAAGTGTTA TTCGCTGCCG GTGCATTGCA TACCTTGGTT 
GTATCACGTG CTCTTGTTTG GGCTGCAGCC TCACCAAATC CATTGACAGC TTACCTTGTA 
ATTGTAATGG ATACACAAGA TTATAATGGA AAGATTCATG CTTATGAAGA TTATCCAATA 
GTTGATTTGA TTGAGATGTT AGGACATGCT AATCGTCCAA ATATCGATAG TGAAGCTAAA 
GCTGTTGTAT TATGTCAAAC TGGAAAAAAA GAATTCCTGA AAAAATTCCT TCATGATCCA 
TTACCAGTGG AATCACATTT AGATCATGCT TTGCATGATC ATTTCAACGC TGAAATAGTC 
ACCAAAACTA TTGAAAATAA ACAAGATGCT GTAGACTATT TAACATGGAC TTTTCTCTAT 
CAACGTATGA CACAAAATCC AAATTACTAT AATTTACAGG GTGTGACACA TCGACATTTA 
AGTGATCACC TAAGTGAATT AGTCGAGACT ACATTGAATG ATCTGGAGAC ATCTAAATGT 
ATTTCTATAG AAGATGGTAT TGATTTGGCT CCATTAAATC TGGGCATGAT ATCGGCGTAC 
TATTATATTC AATACAACAC AATAGAATTA TTCAGTTTAT CATTAACAGC TAAAATGAAA 
ATTCGTGGAT TATTAGATGT CATTAGTAAT GCAGCTGAAT TTGATATATT ATTACCTGTA 
CGACATCATG AAGATATTTT ATTACGTCAA TTAAGTGTAA AAGTACCACA GAAATTAGCA 
CCAAAAGCTA AATTTTCTAG TCCACATGTT AAAGCAAATT TATTATTACA AGCCCATTTA 
TCACGTTTAC AATTACCAAT TGAAATGCAA ACAGATACAG ATCGTTTATT AGGTTGTACT 
ATACGTTTAA TTCAAGCTTG TGTAGATGTA TTATCTAGTA ATAGTTGGTT AGGTCCTGCT 
TTAGCAGCTA TGGAACTATC ACAAATGTGT ACACAAGCTG TATGGCATAA AGATTCTTAT 
TTACGTCAAA TACCACATTT TACAGCTGAA CGTATTAATC AATGTAAAGA AAATAAAGTT 
GAAACTGTAT TTGATTTAAT TGAATTAGAA GATGAAGAAC GTAATCAATT ATTAGATGGA 
TTAACACAAG TTCAAATGGC TGATGTAGCT AGATTTTGTA ATCGTTATCC AAATATTGAA 
ATTACTTATG AAATTACTAC AAATAATGGA AATAATGCAT TAAAAACACC TATACGAACT 
GGTGAAACAT TAACTGTACA AGTTTCGTTA GAACGTGAAG AAGATAATGT GGGTCCTGTT 
ATAGCGCCGT TTTTCTCTCA GCCTCGTGAA GAAGGTTGGT GGTTGGTAGT TGGAGAAGTA 
AAAACGAATT CATTAGTTGC AATCAAGCGC CTATTTGTTT CACAGTCAAT GAAAGTTCGT 
TTAGATTTGA GTGCACCAAC CCATTCAGGT CGTCATGAAT TCACGTTGTT CTTTATGTCA 
GATGCGTATA TGGGTTGTGA TCAAGAGTAT AAATTTCAGA TTGAAGTACG TGAAGGAGGA 
GGAGGAGGAA CAGGTGGACG AGGTCATAAT GACTAA