NWD1 cDNA ORF clone, Apteryx australis mantelli

Gene
Clones
gRNAs

Summary

Gene Symbol	NWD1
Entrez Gene ID	106495595
Full Name	NACHT and WD repeat domain containing 1
Gene Type	protein-coding
Organism	Apteryx australis mantelli

mRNA and Protein(s)

mRNA	Protein	Name
XM_013956100.1	XP_013811554.1	NACHT domain- and WD repeat-containing protein 1

Pathways from BioSystems
Gene Ontology

The following NWD1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the NWD1 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
OAp24143	XM_013956100.1 Latest version!	Apteryx australis mantelli NACHT and WD repeat domain containing 1 (NWD1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

NWD1 ( XM_013956100.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013811554.1 Apteryx australis mantelli NACHT and WD repeat domain containing 1 (NWD1), mRNA.

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CloneID	OAp24143
Clone ID Related Accession (Same CDS sequence)	XM_013956100.1
Accession Version	XM_013956100.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4791bp) 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	2015-09-08
Organism	Apteryx australis mantelli
Product	NACHT domain- and WD repeat-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014004572.1) 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 :: Apteryx australis mantelli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 3% of CDS bases ##RefSeq-Attributes-END##

ATGAGCTTCA GTCCAGATAT ACGCTGGAAT CTTCTCCGTG GGAAGATGGT TCCTCTTCCT 
TTCCAGCCCT CCAGCCTGGT CCGAGTCTTC ATCAGCTCAG TTTTTTCAGA CATGGCTACG 
GAGAGAGAGA CCCTCCTGGA GACAGCATAT CCAGAAGTGC TGGCCTTTTG TCAGAAGCAC 
GGCCTAATGT TTGAGGTAAT TGACCTGAGA TGGGGTATTT CTGAGCTTGT AGACACTGAT 
CACAGAAACA CACAACTCTG TCTGGAAGAA ATTGAAGCCT GTCAGAAACT GTCAGCAGGT 
CCTACCTTTA TTGGACTCCT GGGGGACTGC TACGGGCACC AGACTGTGCC CCGACTCATT 
GCAGAGAAGG AGTTTGAGGC CCTAACTCTG CAGCTGTCAG GGGACTCTGC CCAGCTCCTG 
ACACAGTGGT ACCAGCGGGA TGAGAACGCG CTGCCCACCC GCTACGTCCT GCAGCCGGCT 
GACGGGCAGG CCTGGCACCA CGTGGAGGGA CGCCTGGCCT CAGCGCTGCA GGAGGCAGCC 
CAGAAGGCAG AGAGGGGTGG GCTGCTCAGC CCAGAGCAGA GGCACTGCTA CCACAAATCA 
GCGATTGAAT GGGAGATTGA ACACTGTCTC CTCAATAACC AGCAGAGCAA CCAGGGGGCT 
TTCATATTCC TCAGAGAGGC TGAGGATTCT GACAAACAGA CAGACAAAGG GACAAACTCT 
GATCTGGCAG AGAAAGAGGA CAACCCAGAC AGCGAAGCAG AAGAGCTGCT CAGCAACCTT 
AAAGCAAAAA TTGCAAGCCA TCATCCCAAA CACCTCACGG TACACACACT GACATGCAGC 
AAAGACTCTC GGAACACCCA GCACAAGAGG AGTAATAGAT ACCTGAAACA ACTCTGTGAA 
CAGTTCACTG CTGTCACTAA CCACCAGGTC TTAGAGAATC TTCGATACCG AGGACAGATC 
AGCGAGGAGC CAGAGAGACT TCTGGAAGAG CTGAGCCACC ATGCAGCTCT GTGCCTGGAG 
AACTGCAGAT TTTTCTGTGG GAGACAGAAT TTATTGGATA ACATTTTTCA TCGTATCAGG 
CAGAACAACG ATAAAACGCA CACAGCCCTA ATCCTCTATG GGCCACCAGG CTGTGGAAAA 
ACAGCTGTGA TGTGCAAACT CTCTGAGCAG GTGCAAGCTG TTTTAGGGCA AGACACTGTG 
GTCGTGATTC GTTTGCTGGG GACATCCCAG CTCAGCTCTG CTATTCACAG CCTGCTGAGG 
GACATTTGTC TCCAAGTGTG TTTAGCTTTT GATTTGCCAC CACCTCCAAA CCAAACCAAA 
CAGGCTTGCA GTGATTTAGT CTTGTTCCTC AGTAACCTCC TCCTCTCTGT CTCACATTGC 
AGCACACAGA CACTGGTGTT GTTCCTTGAC TCTGTGGAGA GATTATTTCC TTATAGCGGT 
GCTCACAGAT TCTACTGGCT CCCTACAGAT TGCCCTCCCA AGGTCCACAT CATCATTTCC 
ATTTCCACAG CAGAGCATGA TATTCTGAAA GCTCTGCAAC ACGCTGTGCC CGAGGCTGAG 
GCATACTTTG AAGTAGAACC CTTATCCAGT GAGGAAGGCA AGGAGATGCT AGAGATGCTC 
TTAGCATCAG ACAGACGGCA GCTGAGCCCA GCTCAACGGG CTTATCTCTG GCACAAGTTC 
CCCATCGGTG GCCAAGCCCT GCTCTACAAG CTGGCCTTCC ACGAGGCCAG GAAATGGGCG 
TCTTACACTT CACCTTCAGA ACTAGCGATC GCTAGCACAG CCCAGGAAGC CATGCACTGT 
CTGTGCGAGA GACTGGAAAA GTCACATGGC ACAGTCCTTG TGGCCCACGC GCTTGGCTAC 
ATTGCTTCCT CACGAAATGG GCTGTCAGAC ATGGAGCTAA AGGACATTTT ATCCCTTGAC 
GATGATGTTC TTTCAGAGAT TCACCACTGC CACTTTCCTT CAAGTAAAAG TGTCTTGCGC 
CTTCCTCCTC TCCACTGGGC ACGGCTGCGC AGTGACATGG GAGAGTGCCT GGCAGAACGG 
AAGGTCGACG GCTTCACCCT TCTCAGCTTT GCACACAGGC AATTTGTTGA AAAGGTACAG 
AATCGTTATC TATCAAAACA AGACCAAACC AAGCGGCATT TTCTCCTGGC AGACTTCTTC 
AAGGGGACTT GGAGCTGGGG AATGAAGAAA CCTCTTATAT TACCAGACCT TAGCAGGACT 
TTGAATGCCG ACAGGAAGGT AGCCCCTCAG CCACTCTGGT TCTCTGATAC TGTTGCCAAT 
CGGAGGAAGC TGAGTGAATT GCCATTTCAC TTACTCAATG CAGGACGAAT TGAGGAGCTA 
AAAGAGGATG TGCTGGGGAA TATGAACTGG ATCAGCTGCA AAATAATTGT CTCTGGAATA 
CAGAGTGTTG TTGATGACTT TGCCATGTGT GCTGAACAGA TCGACTGTCC AGAATTACGT 
CTTGTGCAGA ACACTCTTCT CCTTTTGAAA CCAGCAGTCA GCAGTATAGA CAGCCTCAAG 
GGATTGAGTA TACTATACAC AGAAGTGCTG GCCAGGCTTC TTTTTCTCAT GCCTTCTTAC 
CCTGACGTGA TCGGGAAGCT GTGCGAGCAG TGTCTAAGCT GGTTCAGTGT CTGTCCCTAT 
CCTGTTCTCA TTCCATTGTG TGGATTCCTC CAGCCACCTG GTGGGCCCCT GAACACAACG 
CTCACGGGAT TCCTCAAAGG CGCCACAGCG ATGGCACTTA GTTCTGATTA CAAGCTGCTG 
GTGGCAGGTT CCCAGGATGG CTCAATGCTC GTCTGGAATA TGGAGGTTAT TGAGATGCTG 
CACGCCCTGC CTGGGCACTC TGCTGAGGTG AGGTGTGTGA AAGTGTTTGG AAAAGGAACT 
TGTGCTGTTT CAGCTGCCAT GGATCACAGT CTGCGCATCT GGAATCTGAC CTCTGGCAGA 
GCAAAGTTTG TTATCCAGGA TACCCATTTT GAAGAGCAGC CCTCACATTG CCTTCATGTG 
GATGAGAGGC GCATGATTGT ATATTCTTCC TCAGGTACAA AGGTTAATGC TTGGCACTTG 
GAGACAGCAG AACTCATCTT CCGGATTTCT GGAGAGGTGA CAGATGCGTG GATGTGTTCT 
GCAGTATTCA GCCCAAGGCT GGTGATTATG ACTGTGTCTG AAGGAGGGAC GCTGAGTCTG 
TGGAACAGCA ACACCGGCAA GCTGCAATCC AAATGTCAGC TATCAGGGCT GCAGGAAGAA 
ATACCAACTG CCAGTGTTCT CATCCAGAAG CAAGGGAAGA TGATAGTGGG ATTTAGTGGG 
GGATCTCTAT CCACGATCTC TTCTGCTGGG AACAGTCTGC TAGAGAAGCT TCCTGGAAGC 
GTTTGCTTTG TGGTGGCGTC AGAAGATGAG TCCATTCTTG CTGCAGGCTT TGGGGAATAT 
GTGCGAGTGT TTCTGGCTGA CTCAAAGGGA TTCCACAGGT TCCTAGCGGC AGATTTGGAA 
CATGAAGGAA TGGTTCATAC AGCTGTTATA TCTCCTGACA ACAGCCTCAT TGTTACTGGT 
TCTCAAACTG CATCTATCCA GGTGTGGAGT CTAACAGCCC AGGGTTTGCT AACTGCCAGG 
CTGGATGGCA TGGGAGCACC AGTAACGCTC TTAGCCCTGT GTGACAGCAC TTTGGTCTCT 
GCCTCCCACA GCGCACCGTA TCTGAGAGTG TGGAACCTCA TTTACAACCA GCAGCAGAAA 
ACCTGGGCAC CTGTCCCAGA TACAGGCTGC ACTGCACTGT CGCATGGTGG GAACTATGTC 
TATTTTACCC AGCCTGAAGA CAGACATAAA GTCATCATCT GGGACACCAG AGAAGGTGCA 
GTGTGTGACA CACTGGACAC CTCTGCCCAA GTGAGGTGCC TGGAAATAGC TGAGCAAAAC 
CAGCTCCTTT TCACCGGGCT TGTGTCCGGA ACAGTCCTTG TCTTTCCACT GAACTCCAGG 
CAGGACGTAG CATGCATCCC ACCTCCAGAG TCACGGAAAC CAGTCAATAA CATGGCAATC 
AACAAGGGGG AAAAGCAGCT GGCCATAGCA TATGATGATT TAGTCCTTGT GCTGGATATT 
ACCTCTGCAG ACCCATGCCC AGTGATTGGC AGGCCCACCT ACACATTTTA TACTCAGATC 
CCTGGCTCTC TGATTTCCAG CGTGGCTGTC CTTGCAGATT ACAGAGTCCT GTACGGCATG 
ACTACTGGGG ATTTATTCCT TTACGACTGC CCTCAATCCA CAGTGTTTCC TTTGGAAGCT 
CACAGAAGCC AGATCTCCTG TTTGGAAAGC AGCCATGGAG AGCAGTGGGC ATTCAGTGGA 
TCTGAAGATT CCCTGCAATG TCTCTGGGAC TTGGAGCTTT GTCAGCAGGA ACATGAGATG 
CGCTATTATA AGCCTACATC TCCCCTGAAA GGCATTTGCT GTGCTTGTTT CTCAAAAGAT 
GATAAGTACG TGTACACTGG AGCGTTGGAT GAATCCATTA CAGTCTGGGA TGTTGCAAGT 
GGTGCCTTAC TAGCCGTACA GTGCATATAC ACAACTGCTA GCAGAATTGT ACCAACTGCG 
GATGGGTTTG TTGCAACAAC AAAACTTGGT TATATCATTC GTGAGCGGTT TCATTGTCCT 
CAGACCACAT CTCCCCAGGA CAACCCACTC CCGAACATCA TGGCAACGTG TACAGTAAAA 
TCCAGAAAGA AAGAAGGAGA AAACTTGAGC AAGCAACAGT ATAACCAAGG AAGCTCTTCT 
GGGAACCCAG TTCGCACCAA CAAGCGCTCT CAAATCTGCT CAGTGGTATA G

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

RefSeq	XP_013811554.1
CDS	414..5204
Translation	MSFSPDIRWNLLRGKMVPLPFQPSSLVRVFISSVFSDMATERETLLETAYPEVLAFCQKHGLMFEVIDLRWGISELVDTDHRNTQLCLEEIEACQKLSAGPTFIGLLGDCYGHQTVPRLIAEKEFEALTLQLSGDSAQLLTQWYQRDENALPTRYVLQPADGQAWHHVEGRLASALQEAAQKAERGGLLSPEQRHCYHKSAIEWEIEHCLLNNQQSNQGAFIFLREAEDSDKQTDKGTNSDLAEKEDNPDSEAEELLSNLKAKIASHHPKHLTVHTLTCSKDSRNTQHKRSNRYLKQLCEQFTAVTNHQVLENLRYRGQISEEPERLLEELSHHAALCLENCRFFCGRQNLLDNIFHRIRQNNDKTHTALILYGPPGCGKTAVMCKLSEQVQAVLGQDTVVVIRLLGTSQLSSAIHSLLRDICLQVCLAFDLPPPPNQTKQACSDLVLFLSNLLLSVSHCSTQTLVLFLDSVERLFPYSGAHRFYWLPTDCPPKVHIIISISTAEHDILKALQHAVPEAEAYFEVEPLSSEEGKEMLEMLLASDRRQLSPAQRAYLWHKFPIGGQALLYKLAFHEARKWASYTSPSELAIASTAQEAMHCLCERLEKSHGTVLVAHALGYIASSRNGLSDMELKDILSLDDDVLSEIHHCHFPSSKSVLRLPPLHWARLRSDMGECLAERKVDGFTLLSFAHRQFVEKVQNRYLSKQDQTKRHFLLADFFKGTWSWGMKKPLILPDLSRTLNADRKVAPQPLWFSDTVANRRKLSELPFHLLNAGRIEELKEDVLGNMNWISCKIIVSGIQSVVDDFAMCAEQIDCPELRLVQNTLLLLKPAVSSIDSLKGLSILYTEVLARLLFLMPSYPDVIGKLCEQCLSWFSVCPYPVLIPLCGFLQPPGGPLNTTLTGFLKGATAMALSSDYKLLVAGSQDGSMLVWNMEVIEMLHALPGHSAEVRCVKVFGKGTCAVSAAMDHSLRIWNLTSGRAKFVIQDTHFEEQPSHCLHVDERRMIVYSSSGTKVNAWHLETAELIFRISGEVTDAWMCSAVFSPRLVIMTVSEGGTLSLWNSNTGKLQSKCQLSGLQEEIPTASVLIQKQGKMIVGFSGGSLSTISSAGNSLLEKLPGSVCFVVASEDESILAAGFGEYVRVFLADSKGFHRFLAADLEHEGMVHTAVISPDNSLIVTGSQTASIQVWSLTAQGLLTARLDGMGAPVTLLALCDSTLVSASHSAPYLRVWNLIYNQQQKTWAPVPDTGCTALSHGGNYVYFTQPEDRHKVIIWDTREGAVCDTLDTSAQVRCLEIAEQNQLLFTGLVSGTVLVFPLNSRQDVACIPPPESRKPVNNMAINKGEKQLAIAYDDLVLVLDITSADPCPVIGRPTYTFYTQIPGSLISSVAVLADYRVLYGMTTGDLFLYDCPQSTVFPLEAHRSQISCLESSHGEQWAFSGSEDSLQCLWDLELCQQEHEMRYYKPTSPLKGICCACFSKDDKYVYTGALDESITVWDVASGALLAVQCIYTTASRIVPTADGFVATTKLGYIIRERFHCPQTTSPQDNPLPNIMATCTVKSRKKEGENLSKQQYNQGSSSGNPVRTNKRSQICSVV

Target ORF information:

RefSeq Version	XM_013956100.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli NACHT and WD repeat domain containing 1 (NWD1), mRNA.

Target ORF information:

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

XM_013956100.1

ORF Insert Sequence:

ATGAGCTTCA GTCCAGATAT ACGCTGGAAT CTTCTCCGTG GGAAGATGGT TCCTCTTCCT 
TTCCAGCCCT CCAGCCTGGT CCGAGTCTTC ATCAGCTCAG TTTTTTCAGA CATGGCTACG 
GAGAGAGAGA CCCTCCTGGA GACAGCATAT CCAGAAGTGC TGGCCTTTTG TCAGAAGCAC 
GGCCTAATGT TTGAGGTAAT TGACCTGAGA TGGGGTATTT CTGAGCTTGT AGACACTGAT 
CACAGAAACA CACAACTCTG TCTGGAAGAA ATTGAAGCCT GTCAGAAACT GTCAGCAGGT 
CCTACCTTTA TTGGACTCCT GGGGGACTGC TACGGGCACC AGACTGTGCC CCGACTCATT 
GCAGAGAAGG AGTTTGAGGC CCTAACTCTG CAGCTGTCAG GGGACTCTGC CCAGCTCCTG 
ACACAGTGGT ACCAGCGGGA TGAGAACGCG CTGCCCACCC GCTACGTCCT GCAGCCGGCT 
GACGGGCAGG CCTGGCACCA CGTGGAGGGA CGCCTGGCCT CAGCGCTGCA GGAGGCAGCC 
CAGAAGGCAG AGAGGGGTGG GCTGCTCAGC CCAGAGCAGA GGCACTGCTA CCACAAATCA 
GCGATTGAAT GGGAGATTGA ACACTGTCTC CTCAATAACC AGCAGAGCAA CCAGGGGGCT 
TTCATATTCC TCAGAGAGGC TGAGGATTCT GACAAACAGA CAGACAAAGG GACAAACTCT 
GATCTGGCAG AGAAAGAGGA CAACCCAGAC AGCGAAGCAG AAGAGCTGCT CAGCAACCTT 
AAAGCAAAAA TTGCAAGCCA TCATCCCAAA CACCTCACGG TACACACACT GACATGCAGC 
AAAGACTCTC GGAACACCCA GCACAAGAGG AGTAATAGAT ACCTGAAACA ACTCTGTGAA 
CAGTTCACTG CTGTCACTAA CCACCAGGTC TTAGAGAATC TTCGATACCG AGGACAGATC 
AGCGAGGAGC CAGAGAGACT TCTGGAAGAG CTGAGCCACC ATGCAGCTCT GTGCCTGGAG 
AACTGCAGAT TTTTCTGTGG GAGACAGAAT TTATTGGATA ACATTTTTCA TCGTATCAGG 
CAGAACAACG ATAAAACGCA CACAGCCCTA ATCCTCTATG GGCCACCAGG CTGTGGAAAA 
ACAGCTGTGA TGTGCAAACT CTCTGAGCAG GTGCAAGCTG TTTTAGGGCA AGACACTGTG 
GTCGTGATTC GTTTGCTGGG GACATCCCAG CTCAGCTCTG CTATTCACAG CCTGCTGAGG 
GACATTTGTC TCCAAGTGTG TTTAGCTTTT GATTTGCCAC CACCTCCAAA CCAAACCAAA 
CAGGCTTGCA GTGATTTAGT CTTGTTCCTC AGTAACCTCC TCCTCTCTGT CTCACATTGC 
AGCACACAGA CACTGGTGTT GTTCCTTGAC TCTGTGGAGA GATTATTTCC TTATAGCGGT 
GCTCACAGAT TCTACTGGCT CCCTACAGAT TGCCCTCCCA AGGTCCACAT CATCATTTCC 
ATTTCCACAG CAGAGCATGA TATTCTGAAA GCTCTGCAAC ACGCTGTGCC CGAGGCTGAG 
GCATACTTTG AAGTAGAACC CTTATCCAGT GAGGAAGGCA AGGAGATGCT AGAGATGCTC 
TTAGCATCAG ACAGACGGCA GCTGAGCCCA GCTCAACGGG CTTATCTCTG GCACAAGTTC 
CCCATCGGTG GCCAAGCCCT GCTCTACAAG CTGGCCTTCC ACGAGGCCAG GAAATGGGCG 
TCTTACACTT CACCTTCAGA ACTAGCGATC GCTAGCACAG CCCAGGAAGC CATGCACTGT 
CTGTGCGAGA GACTGGAAAA GTCACATGGC ACAGTCCTTG TGGCCCACGC GCTTGGCTAC 
ATTGCTTCCT CACGAAATGG GCTGTCAGAC ATGGAGCTAA AGGACATTTT ATCCCTTGAC 
GATGATGTTC TTTCAGAGAT TCACCACTGC CACTTTCCTT CAAGTAAAAG TGTCTTGCGC 
CTTCCTCCTC TCCACTGGGC ACGGCTGCGC AGTGACATGG GAGAGTGCCT GGCAGAACGG 
AAGGTCGACG GCTTCACCCT TCTCAGCTTT GCACACAGGC AATTTGTTGA AAAGGTACAG 
AATCGTTATC TATCAAAACA AGACCAAACC AAGCGGCATT TTCTCCTGGC AGACTTCTTC 
AAGGGGACTT GGAGCTGGGG AATGAAGAAA CCTCTTATAT TACCAGACCT TAGCAGGACT 
TTGAATGCCG ACAGGAAGGT AGCCCCTCAG CCACTCTGGT TCTCTGATAC TGTTGCCAAT 
CGGAGGAAGC TGAGTGAATT GCCATTTCAC TTACTCAATG CAGGACGAAT TGAGGAGCTA 
AAAGAGGATG TGCTGGGGAA TATGAACTGG ATCAGCTGCA AAATAATTGT CTCTGGAATA 
CAGAGTGTTG TTGATGACTT TGCCATGTGT GCTGAACAGA TCGACTGTCC AGAATTACGT 
CTTGTGCAGA ACACTCTTCT CCTTTTGAAA CCAGCAGTCA GCAGTATAGA CAGCCTCAAG 
GGATTGAGTA TACTATACAC AGAAGTGCTG GCCAGGCTTC TTTTTCTCAT GCCTTCTTAC 
CCTGACGTGA TCGGGAAGCT GTGCGAGCAG TGTCTAAGCT GGTTCAGTGT CTGTCCCTAT 
CCTGTTCTCA TTCCATTGTG TGGATTCCTC CAGCCACCTG GTGGGCCCCT GAACACAACG 
CTCACGGGAT TCCTCAAAGG CGCCACAGCG ATGGCACTTA GTTCTGATTA CAAGCTGCTG 
GTGGCAGGTT CCCAGGATGG CTCAATGCTC GTCTGGAATA TGGAGGTTAT TGAGATGCTG 
CACGCCCTGC CTGGGCACTC TGCTGAGGTG AGGTGTGTGA AAGTGTTTGG AAAAGGAACT 
TGTGCTGTTT CAGCTGCCAT GGATCACAGT CTGCGCATCT GGAATCTGAC CTCTGGCAGA 
GCAAAGTTTG TTATCCAGGA TACCCATTTT GAAGAGCAGC CCTCACATTG CCTTCATGTG 
GATGAGAGGC GCATGATTGT ATATTCTTCC TCAGGTACAA AGGTTAATGC TTGGCACTTG 
GAGACAGCAG AACTCATCTT CCGGATTTCT GGAGAGGTGA CAGATGCGTG GATGTGTTCT 
GCAGTATTCA GCCCAAGGCT GGTGATTATG ACTGTGTCTG AAGGAGGGAC GCTGAGTCTG 
TGGAACAGCA ACACCGGCAA GCTGCAATCC AAATGTCAGC TATCAGGGCT GCAGGAAGAA 
ATACCAACTG CCAGTGTTCT CATCCAGAAG CAAGGGAAGA TGATAGTGGG ATTTAGTGGG 
GGATCTCTAT CCACGATCTC TTCTGCTGGG AACAGTCTGC TAGAGAAGCT TCCTGGAAGC 
GTTTGCTTTG TGGTGGCGTC AGAAGATGAG TCCATTCTTG CTGCAGGCTT TGGGGAATAT 
GTGCGAGTGT TTCTGGCTGA CTCAAAGGGA TTCCACAGGT TCCTAGCGGC AGATTTGGAA 
CATGAAGGAA TGGTTCATAC AGCTGTTATA TCTCCTGACA ACAGCCTCAT TGTTACTGGT 
TCTCAAACTG CATCTATCCA GGTGTGGAGT CTAACAGCCC AGGGTTTGCT AACTGCCAGG 
CTGGATGGCA TGGGAGCACC AGTAACGCTC TTAGCCCTGT GTGACAGCAC TTTGGTCTCT 
GCCTCCCACA GCGCACCGTA TCTGAGAGTG TGGAACCTCA TTTACAACCA GCAGCAGAAA 
ACCTGGGCAC CTGTCCCAGA TACAGGCTGC ACTGCACTGT CGCATGGTGG GAACTATGTC 
TATTTTACCC AGCCTGAAGA CAGACATAAA GTCATCATCT GGGACACCAG AGAAGGTGCA 
GTGTGTGACA CACTGGACAC CTCTGCCCAA GTGAGGTGCC TGGAAATAGC TGAGCAAAAC 
CAGCTCCTTT TCACCGGGCT TGTGTCCGGA ACAGTCCTTG TCTTTCCACT GAACTCCAGG 
CAGGACGTAG CATGCATCCC ACCTCCAGAG TCACGGAAAC CAGTCAATAA CATGGCAATC 
AACAAGGGGG AAAAGCAGCT GGCCATAGCA TATGATGATT TAGTCCTTGT GCTGGATATT 
ACCTCTGCAG ACCCATGCCC AGTGATTGGC AGGCCCACCT ACACATTTTA TACTCAGATC 
CCTGGCTCTC TGATTTCCAG CGTGGCTGTC CTTGCAGATT ACAGAGTCCT GTACGGCATG 
ACTACTGGGG ATTTATTCCT TTACGACTGC CCTCAATCCA CAGTGTTTCC TTTGGAAGCT 
CACAGAAGCC AGATCTCCTG TTTGGAAAGC AGCCATGGAG AGCAGTGGGC ATTCAGTGGA 
TCTGAAGATT CCCTGCAATG TCTCTGGGAC TTGGAGCTTT GTCAGCAGGA ACATGAGATG 
CGCTATTATA AGCCTACATC TCCCCTGAAA GGCATTTGCT GTGCTTGTTT CTCAAAAGAT 
GATAAGTACG TGTACACTGG AGCGTTGGAT GAATCCATTA CAGTCTGGGA TGTTGCAAGT 
GGTGCCTTAC TAGCCGTACA GTGCATATAC ACAACTGCTA GCAGAATTGT ACCAACTGCG 
GATGGGTTTG TTGCAACAAC AAAACTTGGT TATATCATTC GTGAGCGGTT TCATTGTCCT 
CAGACCACAT CTCCCCAGGA CAACCCACTC CCGAACATCA TGGCAACGTG TACAGTAAAA 
TCCAGAAAGA AAGAAGGAGA AAACTTGAGC AAGCAACAGT ATAACCAAGG AAGCTCTTCT 
GGGAACCCAG TTCGCACCAA CAAGCGCTCT CAAATCTGCT CAGTGGTATA G