LOC110994180 cDNA ORF clone, Pieris rapae(cabbage white)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110994180
Entrez Gene ID	110994180
Full Name	dedicator of cytokinesis protein 9
Gene Type	protein-coding
Organism	Pieris rapae(cabbage white)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022260698.1	XP_022116390.1	dedicator of cytokinesis protein 9

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

Genomic adaptation to agricultural environments: cabbage white butterflies (Pieris rapae) as a case study.
Sikkink KL, Kobiela ME, Snell-Rood EC
BMC genomics18(1)412(2017 May)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following LOC110994180 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110994180 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
OPi78695	XM_022260698.1 Latest version!	Pieris rapae dedicator of cytokinesis protein 9 (LOC110994180), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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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)

LOC110994180 ( XM_022260698.1 ) cDNA ORF clone, Pieris rapae(cabbage white) -> XP_022116390.1 Pieris rapae dedicator of cytokinesis protein 9 (LOC110994180), mRNA.

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CloneID	OPi78695
Clone ID Related Accession (Same CDS sequence)	XM_022260698.1
Accession Version	XM_022260698.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6162bp) 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	2017-08-09
Organism	Pieris rapae(cabbage white)
Product	dedicator of cytokinesis protein 9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019093279.1) and transcript sequence (GFMO01008178.1) 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 Version :: Pieris rapae Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## assembly gap :: added 253 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGCCTCCAG TAAATTCAAA AGGGAAAAAG AACGGCACTG AATACGGGAA TATTATAACA 
ACCAAATGTA CAGTTTTGGA TTTTGAACAG TACATACAAG AGAACAAAAC ACTATTACTG 
AATGATCCAT TACGGGATAT ACTTTTGTAT CCATCAGATG ATGTTTCTAG TGTGGTTCTC 
CCTCGGAGAT GGAGAACAGT GACAACAGCC GTTCCTGACG TGAAAACATC TGCAACATGC 
CCCCTTCTAA CTAGACAAGC TCTCCTTAGC TATGCATCCA GTTGGAACCT TGTTCATTAC 
AAATATAGTA ATTACTCAGG CTCTTATCAT AATTTGCCAC GGCCCTTTGA CACAAAGTTG 
CCGATTGAAA TTTATGATCT CGATACTGAA ATAGAAAATG AACATGAAGC TCAAAACAAA 
GTGGATGTTG GAACAAAAGA GGGATACCTT TACAAAGGAC CAGAGATTGG CTCAGAAAGG 
ATGTTTAGCA ATCTTGCTTC AAAATCTTTC AAGAAACGCT ATTGCTCAAT GGTTAAAGAG 
GCTGATGGTA CATATATACT CGAAGTATAT AAGGATGAAA AGAAAACAGA TACAAAGCTC 
ACAATTGTCA TGGATTTTTG TTCAGAAGTA GTTAGGAATA CAAAACGCGG TAGATTTTGT 
TTTGAATTGC GTATGAGTGG GAACAAAGGT TACACATTCG CAGCAGAAAA TGAGGAAGAA 
ATTAAGGAAT GGATTAATTG TTTCACTTCA GCGCTCAAGA AGAACCAAGA TCAGGGAAAT 
CATCAAAATG ACGAGATTTT AGATAAAGAT GCGGACATAT CCTTAACAGG CGAGCCCCCG 
CCTCCCATAT ACGGTACATT GAAAGGCCTA GAACACAGTA TGAATCCACT ACTAATGCGA 
TATTCACGGG AAACTGACCT CTCAATCGCT GCCGCGAGGA ACGAATGTCG CTCGAACATA 
TTCAACTTGC CATACAAGAG ATCGCCTTCA CCCGAACCAC AATTGGAACC ATTCAAGGAA 
CATTTCGGTC AAAGAATATT ACTGAAGTGC GAAAGTCTGA AATTCAGATT ACAAGCACCC 
ATAGATGGTG ACAAAGAGTT GTTGTGCCAA GTCGAACCTT ATTTTACTCA CTTAGCAATA 
TACGATGCAC GTAGCGGGAG GAAAGTGACG GAGAACTTTC ATTTTGATCT CAATCACGCG 
GCTGTAAGAG ATCTTATAAA GGAGAATGAG TGTACCAAGT TGTTGGTCGA GAACTTTAAG 
TATGATGTAA AGGTGGATGT TAAACAAATA CCGGAGGAGT GGTTTAATTC AAAGAAACAG 
GTGCTGTTAT CAGTGAACAA CCCACATCCG GATTTATTTT TGGTTGTGAG GATCGATAAG 
ATTCTTCAAG GTCACGTAAG TCAAGTCCTG GAGCCATATC AAAAAGCCAC AAAAGACCCC 
CGATTAGGCC TCAAAGTCCA CAAAAATGTG CAGGCCTATG CAAATCGTGT TGGGAATTAT 
AGGATGCCGT TTGCGTGGGC GGCAAAACCT TTGTTCAGAT TATATAGTAA CGATTTGGAT 
ACAACGCCAG AATTCCCAGC CATATACCGA CAGGAACCAA ATAAAATGTC TGACGATGAC 
TTACTGAAAA TTCTGCAAGA CTTTAGAAAA CCAGAAAAAT TGGCCAAATT GAATGCGATA 
CCTGGGTGGC TGTCCATCAG TATTCTCCCT TCTAATGAAC AAATACCAAA TTGTATGACG 
AGTTCCTATG CTGCACTAAA GCCATTTCCA TTGCCACCAA CATCGCCATT AACGTTGGAG 
CTCTCTACGT ACAATTTTGA GCCTGAACAA CCGTATGCAG CATACATTCA TCACCTATAC 
GTCCGACCGT TAGCCCTGAA TTTTGAATCT CAGAAAGTCT TCGTGCGAGC GCGAAATATT 
TCCTGTACAA TCGAATTGAA GGACAGCGAT ACGGGCGATG TTAAAGCGTT GCAGATAATC 
CACGGACGTA TAGGTATGAC AGACCAGTAC AAGTGTTCAG TATTACATCA TAATGCAAAC 
CCGAGCTGGT GCGATGAGGC CAAGATTCGA CTCCCGACTA CTTTAACCAA TCAACATCAC 
CTGCTCTTTA CATTTCACCA TATATCCTGC GATATTGCTA AGAAAAATGA TACCAATGTG 
GAAACTTGTA TTGGTTATGC CTGGGTGCCG TTGCTTAAAA ACGACAAATT TATTGACGAA 
TTTGTGAACT TGCCAATTGC AACACACTTG CCATCTGGAT ATTTATCTAT TCAACCATTG 
GGACTCGGAA AAGGGAACAC AGGCCCCGAA GTGGTATGGG TTGAAGGTGA GAAGCAGCTC 
TTTCGTTGCC AACTTGTCCT TGACTCCACC GTTGAGACCA GAGACCCACA TTTACATACT 
CTATTCAGTT CTATAGAGAG ATTGATAAAT ACATCTTCCC CCTCTAGTCC CATTTCACCT 
CATGACGTCA CAAATGCTTT AAAAGCCGCA CACGGGATAC AATTAAGCTC TCTCGTAGCC 
TTCTTGCCGA CTATATTAAA TCAACTGTTT GAACTTATGA CAATTGATAA GGGCTATTCA 
CACGATATGG GCTATCAGAT TGTAAAGCTA ATGATACAAT ATGTTCATAT GATCCACGAA 
TATGGACGAA AAGATTTACT GGATAGTTAT ATAAAGTATG TCTTTAACTG CGTGGAACTA 
AAGCTGCATA CAGTTTTAAC TGCCCCGTTA TACATGTTCG TTGACCCAAC GCAGCAAGAC 
TTTCTTCTAG GACACAAATT CATGCAATAT TCAAGCTTTT TCTTTGATGC TATTGTGAAG 
AGTATGGTGC AGTATTTAAT TAATACTGGA AGGATAAAGA TGTCTCGCCA CGAACGTTTT 
CACTCGGAAT TGTTGGAGAA CATTGACAGA CTGGTTAGTA CCGTGGAGCC GTCATACATA 
TTGCAACAAC CGATGCAAAC ACACATATTC AACAAGAATT TGGCTTTGTT CCTTAAGTCA 
TGCCTCTCGC TCATGGATCG GGGTTTCGTG TTCCGTCAAA TCAAAAAGTA CTTGGAGAAG 
TTCAAGACTT GCGATCCAAA AGCGTTGTTC GATTTCAAGT TCACATTTTT GCAAACGATT 
TGTTCTCACG AACACTATGT ACCGTTCAAC TTGCCTCTGC TCGCAAACAA AGTAACCAAG 
GATTCTGATG AAGATCCCGC AAGGCTGAAA TTAACTGAAG ATTTTATAAT GAGACATTTC 
TTGGCTGGTA TTCTTATTAA ACATGTAGAG CAATCACTGC GCGAAGCCCC TCAAAAGCGT 
CGCGTAGCGT TGAACGTGTT ACGTAATTTA CTAACGAAGC ACGAACACGA CGATCGGTAC 
AACACAAGGC AGGCGAGAGC GAGGCTCGCA CAACTCTATG CGCCTTGGCT TACCATTGTA 
CTCGAAAATG CCCATCGGTT GGTAACAAAA TCTCTAGCAA GTCCCATATT CGAAAATGGT 
CACGATAAAG TGGACGGAGA TGCGAGCGTA TACCCCGTAA TGAATACGCA AAAGGAAATC 
ACCTCGGCGA ATAGTACGCC ACGAAGGAAT CGATTGACCC TGCATTTTGA TCATACGCCG 
GTCCGGAATT CGGGTCACTT TAAAGATCCA CCGAATATTA CTAACAATAT GTATGGAAAA 
GATAACGTAA ATAACATATC GCATAGTTCA CTAGAGTCAG TGTCGACAAT GTCAGGTGGG 
GACTCTCTAC CAAGAAATAG TCGGCTGCAA TTGAGCGAAA TTGGCGATCA GGTTAACAGA 
TTCGGTGTGA TGTCCGCTGA AGAGGTACGG GATGTGCTTC TGTGTTTCTT GTTTGTGTTG 
AAATATTTGG ATGAAGATAG ACTCGTAGAA TGGTGGAGGA CGTATACGCC AGCTCAGCAA 
CAATCGTTCT TTAACGTTTT AGAAATATGT GCTGAGCAAT TCCAATACGT GGGAAAAAAG 
AAGATTTTGT CTGAATTAAA AGTGTCCACA CCCGATTGTA ATGATAAGTC GAAACCGATG 
AAGGCAAGGA CGTTGCCGGC GAGAATGAGC CCGCCTGATT TCTCTAAGGA ACCACCTATA 
ATCGTTGAGA AAAATAATAC AGTTAATAGA GAGAATTTGG TTAATACAAC GGTGCCTACC 
GAACTGGAAG CAATGTCGGA AATCGCAGTC GTATCTGCCG GTTGCTTAGC AACCGAGGTG 
GGTCTCACTA TTATAGACCG TGCTTGTCTC TTTATGAAAA ACCTGGGAGC TGCAGAAGGA 
CAATCCATCA AACCATATTT GAAACTTCTA CAATTGCCTC AAAGCGAAAC GCTTTATAAA 
CACCTCTTTG CTGGTTTGAG AGCATATATC AATCAGTTTT CGGAAACATT GTTTGACGGT 
GGCAGCACAC TTTGCGCGGG CATAGTAAGT GCAGTAGTGA AGCTTTGTGA GGCAAGAGCG 
GCGTGGCTTC GTCGCGAGGC AGCCGCTGCT CTATATCTAC TGATGAGGGC TAACTTCCAA 
CATGCTACGG GTGGAAACCT TACTAGGGTT CACCTTCAGG TAATTATTGC GGTGTCTAAA 
CTCCTAGACA ACTCAACGGC ACTGAATTGC AAACGTTTTC AAGAATCTCT CTCGGTCATC 
AACTGTTTTG CAACAGGGGA TAAGGCTATG AAAGGAACAG GTCTTTCAAG CGAGGTGGCT 
GAACTAATGC GTCGCGTACG CACAGTTGTT GGGGCAAGAG CTAGACTTGC TGGTGCTGCG 
GGAGGAGGGA CAGGCGCAGG CAGCATTCAA CTATCCGAGC TCCAATTCGC CCTCGCTGCC 
TCTTGTCGTG CCACGCCCCG TTTACGTCAC GCATGGCTTG CGACACTTGC TGATTTACAT 
TCGAGGAATG GCGATCATGA TGAGGCAATG TGTTGTCAGC TCCACATAGC AGCATTAATA 
GCAGAGTATC TCAAACTACG CGGCGTACAA TGTTGGGGTG CTGAAACATT CGAAGATATA 
TCTAAGAACA TTCCCACCGA TGAAACGGGA CTCAAGATTG ATGAAGGCAT GACAGACATT 
CATTACAACG AGCAAGCTCT GCTTGATCAG CTCATGCTGT GCACAGAATA CGTAGATAGA 
GCAGAGAGAT ACGAACTCCT TGGTCCCATT TATCGCCTTA TTATACCAAT CTACGAAAGG 
AGAAAGGATT ATCAAGCACT CCTTACCAGT TACCAACATT TGACCAAGGC GTACGCAAAG 
GTCATTGAAG TCACAAATTC TGGGAAGCGA TTGCTCGGAA GATTTTATCG GGTGGCGTTT 
TTCGGAAAGG CGCACTTCAG CGAGGATGAA GAAGGCATCG AGTTTATTTA TAAGGAACCT 
AAACTGACGT CATTGAGCGA GATATCGGAA AGACTTCAAC AGTTTTATGA ACAGAAATTG 
GGATCGGGCT GCGTTAAAAT GATTATGGAT TCGGCACCGG TAAATCGTGA TGAATTAGAC 
TCCAAACTAG CGTATATCCA AGTGACCTGG GTTCGGGCAG CGCCCGAAGG TATGCTGGCC 
TGCTCATCGA GTGCTGAGGG CTCCTTCGAA AGAGCTCATA ATATCAGACG ATTCGTTTTT 
GAAACACCAT TTACGAGAGA TGGCGCTGCA AGAGGACCTG TACATCATCA AAGATTGAGG 
CTTACACATC TTACAGCCGA AAACTGGTTT CCATACGTCA AGCGGCGTAT ACCGGTGAGC 
GAATGTCAAG TTGAGGAGAA GAGTCCAATA GAGGTCGCAG TCGCTGAAAT GGAGAGTCAG 
GTCAATGAAC TGAATGAGAT CGTCCACGCT AAGACACCTG ATTTGAAGAA GTTGCAACTC 
AGACTTCAAG GCAGCGTATG CGTCCAAGTA AATGCGGGTC CGATCGCGTA CGCGAACGCG 
TTTCTTGATC CAACACTCGC GCCCATGTAT CCTGATGACA TGGTGGACAA ACTCAAGGCT 
ACTTTCAAAG AGTTCCTAAC AGTATGTCAC TCGGCCTTGC AACTTAACGC TAAACTGATT 
AGTTCCGACC AACACTCCTA CCACGAAGCT CTTGAAGCGA ATTATCTCAA ACTGAGCGAT 
TCCCTTTCTT CACTCCTGGG ACAACCCTTA CACGACATAC TGGTCAACGG TAATCTTAGT 
ACCACAGTTA CTGGGGTGGA ACTTGATTGT AGTAATGCTT AG

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

RefSeq	XP_022116390.1
CDS	220..6381
Translation	MPPVNSKGKKNGTEYGNIITTKCTVLDFEQYIQENKTLLLNDPLRDILLYPSDDVSSVVLPRRWRTVTTAVPDVKTSATCPLLTRQALLSYASSWNLVHYKYSNYSGSYHNLPRPFDTKLPIEIYDLDTEIENEHEAQNKVDVGTKEGYLYKGPEIGSERMFSNLASKSFKKRYCSMVKEADGTYILEVYKDEKKTDTKLTIVMDFCSEVVRNTKRGRFCFELRMSGNKGYTFAAENEEEIKEWINCFTSALKKNQDQGNHQNDEILDKDADISLTGEPPPPIYGTLKGLEHSMNPLLMRYSRETDLSIAAARNECRSNIFNLPYKRSPSPEPQLEPFKEHFGQRILLKCESLKFRLQAPIDGDKELLCQVEPYFTHLAIYDARSGRKVTENFHFDLNHAAVRDLIKENECTKLLVENFKYDVKVDVKQIPEEWFNSKKQVLLSVNNPHPDLFLVVRIDKILQGHVSQVLEPYQKATKDPRLGLKVHKNVQAYANRVGNYRMPFAWAAKPLFRLYSNDLDTTPEFPAIYRQEPNKMSDDDLLKILQDFRKPEKLAKLNAIPGWLSISILPSNEQIPNCMTSSYAALKPFPLPPTSPLTLELSTYNFEPEQPYAAYIHHLYVRPLALNFESQKVFVRARNISCTIELKDSDTGDVKALQIIHGRIGMTDQYKCSVLHHNANPSWCDEAKIRLPTTLTNQHHLLFTFHHISCDIAKKNDTNVETCIGYAWVPLLKNDKFIDEFVNLPIATHLPSGYLSIQPLGLGKGNTGPEVVWVEGEKQLFRCQLVLDSTVETRDPHLHTLFSSIERLINTSSPSSPISPHDVTNALKAAHGIQLSSLVAFLPTILNQLFELMTIDKGYSHDMGYQIVKLMIQYVHMIHEYGRKDLLDSYIKYVFNCVELKLHTVLTAPLYMFVDPTQQDFLLGHKFMQYSSFFFDAIVKSMVQYLINTGRIKMSRHERFHSELLENIDRLVSTVEPSYILQQPMQTHIFNKNLALFLKSCLSLMDRGFVFRQIKKYLEKFKTCDPKALFDFKFTFLQTICSHEHYVPFNLPLLANKVTKDSDEDPARLKLTEDFIMRHFLAGILIKHVEQSLREAPQKRRVALNVLRNLLTKHEHDDRYNTRQARARLAQLYAPWLTIVLENAHRLVTKSLASPIFENGHDKVDGDASVYPVMNTQKEITSANSTPRRNRLTLHFDHTPVRNSGHFKDPPNITNNMYGKDNVNNISHSSLESVSTMSGGDSLPRNSRLQLSEIGDQVNRFGVMSAEEVRDVLLCFLFVLKYLDEDRLVEWWRTYTPAQQQSFFNVLEICAEQFQYVGKKKILSELKVSTPDCNDKSKPMKARTLPARMSPPDFSKEPPIIVEKNNTVNRENLVNTTVPTELEAMSEIAVVSAGCLATEVGLTIIDRACLFMKNLGAAEGQSIKPYLKLLQLPQSETLYKHLFAGLRAYINQFSETLFDGGSTLCAGIVSAVVKLCEARAAWLRREAAAALYLLMRANFQHATGGNLTRVHLQVIIAVSKLLDNSTALNCKRFQESLSVINCFATGDKAMKGTGLSSEVAELMRRVRTVVGARARLAGAAGGGTGAGSIQLSELQFALAASCRATPRLRHAWLATLADLHSRNGDHDEAMCCQLHIAALIAEYLKLRGVQCWGAETFEDISKNIPTDETGLKIDEGMTDIHYNEQALLDQLMLCTEYVDRAERYELLGPIYRLIIPIYERRKDYQALLTSYQHLTKAYAKVIEVTNSGKRLLGRFYRVAFFGKAHFSEDEEGIEFIYKEPKLTSLSEISERLQQFYEQKLGSGCVKMIMDSAPVNRDELDSKLAYIQVTWVRAAPEGMLACSSSAEGSFERAHNIRRFVFETPFTRDGAARGPVHHQRLRLTHLTAENWFPYVKRRIPVSECQVEEKSPIEVAVAEMESQVNELNEIVHAKTPDLKKLQLRLQGSVCVQVNAGPIAYANAFLDPTLAPMYPDDMVDKLKATFKEFLTVCHSALQLNAKLISSDQHSYHEALEANYLKLSDSLSSLLGQPLHDILVNGNLSTTVTGVELDCSNA

Target ORF information:

RefSeq Version	XM_022260698.1
Organism	Pieris rapae(cabbage white)
Definition	Pieris rapae dedicator of cytokinesis protein 9 (LOC110994180), mRNA.

Target ORF information:

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

XM_022260698.1

ORF Insert Sequence:

ATGCCTCCAG TAAATTCAAA AGGGAAAAAG AACGGCACTG AATACGGGAA TATTATAACA 
ACCAAATGTA CAGTTTTGGA TTTTGAACAG TACATACAAG AGAACAAAAC ACTATTACTG 
AATGATCCAT TACGGGATAT ACTTTTGTAT CCATCAGATG ATGTTTCTAG TGTGGTTCTC 
CCTCGGAGAT GGAGAACAGT GACAACAGCC GTTCCTGACG TGAAAACATC TGCAACATGC 
CCCCTTCTAA CTAGACAAGC TCTCCTTAGC TATGCATCCA GTTGGAACCT TGTTCATTAC 
AAATATAGTA ATTACTCAGG CTCTTATCAT AATTTGCCAC GGCCCTTTGA CACAAAGTTG 
CCGATTGAAA TTTATGATCT CGATACTGAA ATAGAAAATG AACATGAAGC TCAAAACAAA 
GTGGATGTTG GAACAAAAGA GGGATACCTT TACAAAGGAC CAGAGATTGG CTCAGAAAGG 
ATGTTTAGCA ATCTTGCTTC AAAATCTTTC AAGAAACGCT ATTGCTCAAT GGTTAAAGAG 
GCTGATGGTA CATATATACT CGAAGTATAT AAGGATGAAA AGAAAACAGA TACAAAGCTC 
ACAATTGTCA TGGATTTTTG TTCAGAAGTA GTTAGGAATA CAAAACGCGG TAGATTTTGT 
TTTGAATTGC GTATGAGTGG GAACAAAGGT TACACATTCG CAGCAGAAAA TGAGGAAGAA 
ATTAAGGAAT GGATTAATTG TTTCACTTCA GCGCTCAAGA AGAACCAAGA TCAGGGAAAT 
CATCAAAATG ACGAGATTTT AGATAAAGAT GCGGACATAT CCTTAACAGG CGAGCCCCCG 
CCTCCCATAT ACGGTACATT GAAAGGCCTA GAACACAGTA TGAATCCACT ACTAATGCGA 
TATTCACGGG AAACTGACCT CTCAATCGCT GCCGCGAGGA ACGAATGTCG CTCGAACATA 
TTCAACTTGC CATACAAGAG ATCGCCTTCA CCCGAACCAC AATTGGAACC ATTCAAGGAA 
CATTTCGGTC AAAGAATATT ACTGAAGTGC GAAAGTCTGA AATTCAGATT ACAAGCACCC 
ATAGATGGTG ACAAAGAGTT GTTGTGCCAA GTCGAACCTT ATTTTACTCA CTTAGCAATA 
TACGATGCAC GTAGCGGGAG GAAAGTGACG GAGAACTTTC ATTTTGATCT CAATCACGCG 
GCTGTAAGAG ATCTTATAAA GGAGAATGAG TGTACCAAGT TGTTGGTCGA GAACTTTAAG 
TATGATGTAA AGGTGGATGT TAAACAAATA CCGGAGGAGT GGTTTAATTC AAAGAAACAG 
GTGCTGTTAT CAGTGAACAA CCCACATCCG GATTTATTTT TGGTTGTGAG GATCGATAAG 
ATTCTTCAAG GTCACGTAAG TCAAGTCCTG GAGCCATATC AAAAAGCCAC AAAAGACCCC 
CGATTAGGCC TCAAAGTCCA CAAAAATGTG CAGGCCTATG CAAATCGTGT TGGGAATTAT 
AGGATGCCGT TTGCGTGGGC GGCAAAACCT TTGTTCAGAT TATATAGTAA CGATTTGGAT 
ACAACGCCAG AATTCCCAGC CATATACCGA CAGGAACCAA ATAAAATGTC TGACGATGAC 
TTACTGAAAA TTCTGCAAGA CTTTAGAAAA CCAGAAAAAT TGGCCAAATT GAATGCGATA 
CCTGGGTGGC TGTCCATCAG TATTCTCCCT TCTAATGAAC AAATACCAAA TTGTATGACG 
AGTTCCTATG CTGCACTAAA GCCATTTCCA TTGCCACCAA CATCGCCATT AACGTTGGAG 
CTCTCTACGT ACAATTTTGA GCCTGAACAA CCGTATGCAG CATACATTCA TCACCTATAC 
GTCCGACCGT TAGCCCTGAA TTTTGAATCT CAGAAAGTCT TCGTGCGAGC GCGAAATATT 
TCCTGTACAA TCGAATTGAA GGACAGCGAT ACGGGCGATG TTAAAGCGTT GCAGATAATC 
CACGGACGTA TAGGTATGAC AGACCAGTAC AAGTGTTCAG TATTACATCA TAATGCAAAC 
CCGAGCTGGT GCGATGAGGC CAAGATTCGA CTCCCGACTA CTTTAACCAA TCAACATCAC 
CTGCTCTTTA CATTTCACCA TATATCCTGC GATATTGCTA AGAAAAATGA TACCAATGTG 
GAAACTTGTA TTGGTTATGC CTGGGTGCCG TTGCTTAAAA ACGACAAATT TATTGACGAA 
TTTGTGAACT TGCCAATTGC AACACACTTG CCATCTGGAT ATTTATCTAT TCAACCATTG 
GGACTCGGAA AAGGGAACAC AGGCCCCGAA GTGGTATGGG TTGAAGGTGA GAAGCAGCTC 
TTTCGTTGCC AACTTGTCCT TGACTCCACC GTTGAGACCA GAGACCCACA TTTACATACT 
CTATTCAGTT CTATAGAGAG ATTGATAAAT ACATCTTCCC CCTCTAGTCC CATTTCACCT 
CATGACGTCA CAAATGCTTT AAAAGCCGCA CACGGGATAC AATTAAGCTC TCTCGTAGCC 
TTCTTGCCGA CTATATTAAA TCAACTGTTT GAACTTATGA CAATTGATAA GGGCTATTCA 
CACGATATGG GCTATCAGAT TGTAAAGCTA ATGATACAAT ATGTTCATAT GATCCACGAA 
TATGGACGAA AAGATTTACT GGATAGTTAT ATAAAGTATG TCTTTAACTG CGTGGAACTA 
AAGCTGCATA CAGTTTTAAC TGCCCCGTTA TACATGTTCG TTGACCCAAC GCAGCAAGAC 
TTTCTTCTAG GACACAAATT CATGCAATAT TCAAGCTTTT TCTTTGATGC TATTGTGAAG 
AGTATGGTGC AGTATTTAAT TAATACTGGA AGGATAAAGA TGTCTCGCCA CGAACGTTTT 
CACTCGGAAT TGTTGGAGAA CATTGACAGA CTGGTTAGTA CCGTGGAGCC GTCATACATA 
TTGCAACAAC CGATGCAAAC ACACATATTC AACAAGAATT TGGCTTTGTT CCTTAAGTCA 
TGCCTCTCGC TCATGGATCG GGGTTTCGTG TTCCGTCAAA TCAAAAAGTA CTTGGAGAAG 
TTCAAGACTT GCGATCCAAA AGCGTTGTTC GATTTCAAGT TCACATTTTT GCAAACGATT 
TGTTCTCACG AACACTATGT ACCGTTCAAC TTGCCTCTGC TCGCAAACAA AGTAACCAAG 
GATTCTGATG AAGATCCCGC AAGGCTGAAA TTAACTGAAG ATTTTATAAT GAGACATTTC 
TTGGCTGGTA TTCTTATTAA ACATGTAGAG CAATCACTGC GCGAAGCCCC TCAAAAGCGT 
CGCGTAGCGT TGAACGTGTT ACGTAATTTA CTAACGAAGC ACGAACACGA CGATCGGTAC 
AACACAAGGC AGGCGAGAGC GAGGCTCGCA CAACTCTATG CGCCTTGGCT TACCATTGTA 
CTCGAAAATG CCCATCGGTT GGTAACAAAA TCTCTAGCAA GTCCCATATT CGAAAATGGT 
CACGATAAAG TGGACGGAGA TGCGAGCGTA TACCCCGTAA TGAATACGCA AAAGGAAATC 
ACCTCGGCGA ATAGTACGCC ACGAAGGAAT CGATTGACCC TGCATTTTGA TCATACGCCG 
GTCCGGAATT CGGGTCACTT TAAAGATCCA CCGAATATTA CTAACAATAT GTATGGAAAA 
GATAACGTAA ATAACATATC GCATAGTTCA CTAGAGTCAG TGTCGACAAT GTCAGGTGGG 
GACTCTCTAC CAAGAAATAG TCGGCTGCAA TTGAGCGAAA TTGGCGATCA GGTTAACAGA 
TTCGGTGTGA TGTCCGCTGA AGAGGTACGG GATGTGCTTC TGTGTTTCTT GTTTGTGTTG 
AAATATTTGG ATGAAGATAG ACTCGTAGAA TGGTGGAGGA CGTATACGCC AGCTCAGCAA 
CAATCGTTCT TTAACGTTTT AGAAATATGT GCTGAGCAAT TCCAATACGT GGGAAAAAAG 
AAGATTTTGT CTGAATTAAA AGTGTCCACA CCCGATTGTA ATGATAAGTC GAAACCGATG 
AAGGCAAGGA CGTTGCCGGC GAGAATGAGC CCGCCTGATT TCTCTAAGGA ACCACCTATA 
ATCGTTGAGA AAAATAATAC AGTTAATAGA GAGAATTTGG TTAATACAAC GGTGCCTACC 
GAACTGGAAG CAATGTCGGA AATCGCAGTC GTATCTGCCG GTTGCTTAGC AACCGAGGTG 
GGTCTCACTA TTATAGACCG TGCTTGTCTC TTTATGAAAA ACCTGGGAGC TGCAGAAGGA 
CAATCCATCA AACCATATTT GAAACTTCTA CAATTGCCTC AAAGCGAAAC GCTTTATAAA 
CACCTCTTTG CTGGTTTGAG AGCATATATC AATCAGTTTT CGGAAACATT GTTTGACGGT 
GGCAGCACAC TTTGCGCGGG CATAGTAAGT GCAGTAGTGA AGCTTTGTGA GGCAAGAGCG 
GCGTGGCTTC GTCGCGAGGC AGCCGCTGCT CTATATCTAC TGATGAGGGC TAACTTCCAA 
CATGCTACGG GTGGAAACCT TACTAGGGTT CACCTTCAGG TAATTATTGC GGTGTCTAAA 
CTCCTAGACA ACTCAACGGC ACTGAATTGC AAACGTTTTC AAGAATCTCT CTCGGTCATC 
AACTGTTTTG CAACAGGGGA TAAGGCTATG AAAGGAACAG GTCTTTCAAG CGAGGTGGCT 
GAACTAATGC GTCGCGTACG CACAGTTGTT GGGGCAAGAG CTAGACTTGC TGGTGCTGCG 
GGAGGAGGGA CAGGCGCAGG CAGCATTCAA CTATCCGAGC TCCAATTCGC CCTCGCTGCC 
TCTTGTCGTG CCACGCCCCG TTTACGTCAC GCATGGCTTG CGACACTTGC TGATTTACAT 
TCGAGGAATG GCGATCATGA TGAGGCAATG TGTTGTCAGC TCCACATAGC AGCATTAATA 
GCAGAGTATC TCAAACTACG CGGCGTACAA TGTTGGGGTG CTGAAACATT CGAAGATATA 
TCTAAGAACA TTCCCACCGA TGAAACGGGA CTCAAGATTG ATGAAGGCAT GACAGACATT 
CATTACAACG AGCAAGCTCT GCTTGATCAG CTCATGCTGT GCACAGAATA CGTAGATAGA 
GCAGAGAGAT ACGAACTCCT TGGTCCCATT TATCGCCTTA TTATACCAAT CTACGAAAGG 
AGAAAGGATT ATCAAGCACT CCTTACCAGT TACCAACATT TGACCAAGGC GTACGCAAAG 
GTCATTGAAG TCACAAATTC TGGGAAGCGA TTGCTCGGAA GATTTTATCG GGTGGCGTTT 
TTCGGAAAGG CGCACTTCAG CGAGGATGAA GAAGGCATCG AGTTTATTTA TAAGGAACCT 
AAACTGACGT CATTGAGCGA GATATCGGAA AGACTTCAAC AGTTTTATGA ACAGAAATTG 
GGATCGGGCT GCGTTAAAAT GATTATGGAT TCGGCACCGG TAAATCGTGA TGAATTAGAC 
TCCAAACTAG CGTATATCCA AGTGACCTGG GTTCGGGCAG CGCCCGAAGG TATGCTGGCC 
TGCTCATCGA GTGCTGAGGG CTCCTTCGAA AGAGCTCATA ATATCAGACG ATTCGTTTTT 
GAAACACCAT TTACGAGAGA TGGCGCTGCA AGAGGACCTG TACATCATCA AAGATTGAGG 
CTTACACATC TTACAGCCGA AAACTGGTTT CCATACGTCA AGCGGCGTAT ACCGGTGAGC 
GAATGTCAAG TTGAGGAGAA GAGTCCAATA GAGGTCGCAG TCGCTGAAAT GGAGAGTCAG 
GTCAATGAAC TGAATGAGAT CGTCCACGCT AAGACACCTG ATTTGAAGAA GTTGCAACTC 
AGACTTCAAG GCAGCGTATG CGTCCAAGTA AATGCGGGTC CGATCGCGTA CGCGAACGCG 
TTTCTTGATC CAACACTCGC GCCCATGTAT CCTGATGACA TGGTGGACAA ACTCAAGGCT 
ACTTTCAAAG AGTTCCTAAC AGTATGTCAC TCGGCCTTGC AACTTAACGC TAAACTGATT 
AGTTCCGACC AACACTCCTA CCACGAAGCT CTTGAAGCGA ATTATCTCAA ACTGAGCGAT 
TCCCTTTCTT CACTCCTGGG ACAACCCTTA CACGACATAC TGGTCAACGG TAATCTTAGT 
ACCACAGTTA CTGGGGTGGA ACTTGATTGT AGTAATGCTT AG