NWD1 cDNA ORF clone, Calidris pugnax(ruff)

Gene
Clones
gRNAs

Summary

Gene Symbol	NWD1
Entrez Gene ID	106894243
Full Name	NACHT and WD repeat domain containing 1
Gene Type	protein-coding
Organism	Calidris pugnax(ruff)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014952798.1	XP_014808284.1	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
OCa72916	XM_014952798.1 Latest version!	Calidris pugnax NACHT and WD repeat domain containing 1 (NWD1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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_014952798.1 ) cDNA ORF clone, Calidris pugnax(ruff) -> XP_014808284.1 Calidris pugnax NACHT and WD repeat domain containing 1 (NWD1), mRNA.

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CloneID	OCa72916
Clone ID Related Accession (Same CDS sequence)	XM_014952798.1
Accession Version	XM_014952798.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5103bp) 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	2015-12-08
Organism	Calidris pugnax(ruff)
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_015090970.1) 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 :: Calidris pugnax Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 7% of CDS bases ##RefSeq-Attributes-END##

ATGCGCTGGA GTTTCACTGC ATCTCAGTGC AGACAGTCAA CCAACTGTCT CCCTAAGTGG 
CTGAAATTTT CCCAGGTTTT CCTTAAAAGA AGGAACCAGC CAGCTTTCTG GAGAGAGGTA 
CCGCTGACCG GTGTCGTTGC CGTTAGTCAC CCCCTCTCTA ACGAGGGGGA GAGCCCGGGG 
AGCCCCGAGA ACAGCATGAG CTTCAGTCCA GACACACGTC GGGATCTCCT CTGTGGGAAG 
ATGGTTCCTC TCCCTTTCCA GCCCTCCAGC CTGGTCCAAA TCTTCATCAG CTCAGTTTTT 
GCAGACATGG CTAAGGAGAG AGAGACCCTC CTGGAGAAAG CGTACCCAGA GGTGCAGGCC 
TTCTGTCAGA AGCACGGCCT CATGCTTGAG GTAATTGACT TGAGATGGGG CGTTTCTGAG 
CTTGTAGACT CTGACCCCAG AAACACACAA CTCTCTCTGG AGGAAATCGA AGCCTGTCAG 
AAGCTGTCAG CTGGTCCCAC CTTCATCGTA AGTGCCAGCG CCGTGGTGTG GACCCGGTCC 
CTGTGGCAGG GTGTCACGCT GCAAGGTGAT ACCTGTTCCA CACTCTGCCC TACTCAACCC 
TCTCCCATCA CTCCTTCTGA CCACGGACTC CTGGGGGACC GCTGCGGCCA CCAGCCCGTG 
CCTCGGCTCA TTGCAGAGAA GGAATTTGAG GCTCTAATTC TGCAGCTGCC CGGGGACTCT 
GCCCAGCTCC TGGCACAGTG GTACTGGCGG GATGAGAATG CTTTGCCCAC GTGCTACGTG 
CTGCAGCCAG CTGAAAGGCA GGCCTGGTGT CACCTGGAGG GACGCGTGGC CTCGGCGCTG 
CGTGTGGCCG CCCTGAAGGC AGAGAGGTGT GGGCTAATGG GCCCAGAGCA GAGGCACCGC 
TACCACAAAC CAGCGATTGA ATGGGAGATT GAACAGGGTC TCCTCAACAC CCAGCAGAGC 
AACCCAGGGG CTTTCATATT CCTCAGAGAG TTTGAAGAGT CCAACAGACA AACCGGGCAA 
GGGACAACCA GCGAGCTGTT AGAAAAAGAG GACAATCTAG ACAGTGAAGG AAAACAGCTG 
CTCAACAACC TTAAAGCAAA AATTGCAAGC TGTTATCCCC AACACCTCCA AGTACACACT 
CTGCCATGCA GGACAGACTC CGGGAACCCT CAGCGCAAGG AGAAGAATAA ATACCTGAAA 
CAACTTTGTG AGCAGTTCAT TGCTGTCATT AATCACCAGA TTTTAGAGAA TCTTCCATAC 
CGAGGACAGA GCAGTGAGGA GCCAGGGCGA CTGCTGGAGG AGCTGGGCCA CCACGCAGCT 
CTGTGCCTGA AGAACTGCCG GTTTTTCTGT GGGAGACAGA ATTTATTGGA TAACATTTTT 
CACTGCATCA GGCAGAACAA TGATAAAACC CACACAACCC TCATCCTTTA CGGGCCACCA 
GGCTGCGGAA AAACAGCTGT GATGTGCAAA CTATCTGAGC AGGTACAAGC TGTTCTAGGG 
GAAGACAGTG TGGTTGTGAT TCGTTTGCTG GGGACATCCC AGCTCAGTTC TGCCATTCAC 
AGCCTGCTGA GGGACATTTG CCTCCAAGTC TGTTTAGCAT TTGATTTACC ACCACCTCCA 
ACCCAAACCA AACAAGCTTG CAGTGATTTG GTCTTGTTCC TCAGTAAACT CCTCCTCACG 
GTCTCCCGTC GTGGCGCACA CACCTTGGTG GTGTTCCTGG ACTCTGTGGA GAGATTGCAC 
CCTGGTGATG GTGCTCACAG ATTCCACTGG CTCCCTCCAG ATTGCCCTCC AAGGGTCCAC 
ATCATCATTT CCATCTCCAC AGCAGAGCCT GATACTCTCA AAGCTCTCCA ACACGCTGTG 
CCTGAGGCAG AAGCGTACTT TGAAGTAGGA CCTTTAACCA GTGAGGAGGG GGAGGAGATG 
CTAGAGACAC TCTTAGCGTC AGACAGACGA CGGCTAAGCC CAGCTCAATG GGCTTATTTC 
CATCAGAGCT TCCCTAATGG TGGGCAAGCC CTGCTCTTCC AGCTGGCCTT CCACGAGGCC 
AGAAAATGGG CGTCTTACAC TTCACCTTCA GAGCTAGTGG TTGCCAGCAC AGCCCAGGAA 
GCCATGCACC ATCTGTGGGA GAGACTGGAA AAGTCCCATG GCACAGTCCT TGTGGCTCAC 
GTGCTCGGCT ACATTGCTTC CTCACGAAAT GGGCTGTCAG AAATGGAGTT GAAGGACATT 
TTATCCCTTG ACGATGAAGC TCTCTCAGAG ATTCACCACT GCCACCTTCC TTCAAGTAAA 
ACTATCCTGC GCCTTCCTCC TCTCCGCTGG GCACGGCTTC GCAGGGAGAT GGGCGCGTGC 
CTGGCAGAAC GGAAGGCAGA CGGCTTCACC CTTCTCTGCT TTGCTCACAG GCAATTCGTT 
GAAACGGTGC AGAATCGTTA TCTATCAAAA CAAGACCAAA TCAAGAGGCA TTTTCTCCTG 
GCAGATTTCT TCAAGGGGAC TTGGAGCTGG GGGATGAAGA AACCTCTTAC ATTGCCACAC 
CTTAGCAGGA CTTTGAGTGC CGACAGGAAG GTAGCCCCTC AGCCCCTCTG GTTCTCTGAC 
ACCGTTGCAA ATCTGAGGAA GTTGAGCGAA TTGCCATTTC ATTTACTTAA TGCTGGACGA 
ATTGAGGAGC TCAAACGGGA TGTGTTGGGG AATATGAACT GGATCAGCTG TAAAATAATT 
GCCTGTGGAA TAGAGAGTGT TGTTGATGAC TTTGCCATGT GCACTCGACG CATCCGTTGT 
CCAGAACTAC GCCTTGTGCA GGAGACACTT CTCCTCTCGA AGCCCGCGGT CAGCGGCGTT 
TGCAGCCCTG AAGGAATGAG TCTAATATAC ACAGAAATGT TGGCCAGGCT TCTTTTTTTG 
GTGCCTTCTT ACCCGGAGGT AATCGGGGAG CTGTGCCAGC AGTGTCTAAG CTGGTGCAGG 
GCCTGTCCCT ATCCCCTTCT CATTCCACGC TGCGGATTTC TCCAGCCACC TGGTGGGCCC 
CTCCGCACCA CGCTCACCGG ATTCCTCAAA GGCGTCACAG CGATGGCACT TTGCTCTGAT 
CAACGGCTGC TGGTGGCAGG TTCCCAGGAT GGCTCGATGC TTGTCTGGAA TATGGAAGTT 
TTTGAGATGC TGCACGCCCT CCCCGGGCAC TCGGCTGAGG TGAGGTGCGT GAAAGTGTTT 
GGGAAAGGAA GCCGTGCTGT TTCCGCTGCC ATGGATCACA GTCTGCGCGT CTGGAATTTG 
ATTTCCGGCA GAACAAGGTT TATTATCCAA GATACACGTA TTGAAGAACA GCCCTCAGAT 
CACCTCCATG TGGATGAGGG GCACATGATT GTGTATTCCT CCTCAGACAC AAAGGTCAAT 
GCTTGGCACC TGGAGACAGC AGAACTCATC TTCCAGATTT CTGGAGAGGC GTCAGACACG 
TGGATGTGTT CTGCAGTTTT CAGCCCACGG CTGGTGATTG TGACCGTGTC TGCAGGAGGA 
ACACTGAGTC TGTGGGACAG CAACACGGGC CAGCTGAGAT CCAAACGTCA GCTGCCAGGG 
CTGCAGGAAG AAACACCAAC ATCCAGCGTC CTGATCCAGA AGCAGGGGAA GATGATAGTG 
GGATTTAGTG GGGGATCTCT ATCCGTGATC TCTTGTGATG GAAACAGCCT GCTAGAGAAG 
CTTCCTGGAA GAGTTTGCTT TGTGGTGGCA TCTGAAGATG AGTCCATCCT TGCTGCAGGC 
TTCGAGGAAT ACGTGCGAGT GTACCGGGCA GACCCAGCAG GATTCCAAAG GTTCCTCACA 
GCAGATTTGG AACACGATGC AAGGGTTCAA ACGGCTGTGA TCTCTGCCGG CAACAGCATT 
GTTGTTACTG CTTCTCAGGC TGCATCTATC CAGGTGTGGA GTTTAGCAGA GCAGGGGTTG 
CTGACTGACA CACTGGATGG CACGGGAGAA CCAGTAACAC TCTTAGCCCT GCACGACTGC 
ACTTTGGTGT CTGCCTCCCA CAGCACACCC TCCCTAAGAG TCTGGAACCT GATTTATAAC 
CATCAGCAGA AAAACCCAGT GCCTGCCCCA AATACCGGCT GCGCTGCACT CTCCCACGGG 
GGGAACTATG TCTATTTTAC CCAGACTGAA GACACACAGA AAGTCATCAT CTGGAACACC 
ACAGAAGGTG ACGTGTGTGA CACACTGGAC ACCTCTGCCC GAGTGAGATG CCTGGAAATA 
GCTGAGCAAA ACCAGCTCCT TTTCACAGGG CTTATATCTG GAACAGTCCT TGTCTTTCCT 
CTGAACTCCA GGCAGGACGT AGCATGCATC CCACCTCCAG AGTCACAGAA ACCAGTCAAG 
GACATAGCAA TCGACAAGCA GGAGAAGCAG CTGGCCATAG CATACGATGA TTTAGTCCTT 
GTGCTGGATA TTATCCCTGC AGATCCATGC CCAGTGATCA ACAGGCCCAC CTACACCTTT 
AAAACGCAGC TCCCCGACGC TCTGATTTCC AGAGTGGCCA TCCTCACAGA TCACAGACTC 
CTCTACGGCA TGACCAGCGG GGAATTATTC CTTTATGACT GCCCTCGGGC CCGAGTGTTT 
CCTTTGGAAG GTCACAGAAA CCAGATCTCC TGTTTGGAAA GCAGCCACAG AGAGCAACAG 
GCGCTCAGTG GATCTGAAGA TTCCCTGCAG TGTCTCTGGG ACTTGGAGTT CTGTCAGCAG 
GAACACGAGA TGTGCTATTA TAAGCCCACA TCCCTCCTGA GAGGAATCTG CTGCGCTTGC 
TTCTCAAAAG ACGACAAGTA CTTGTACAGC GCGTCGCTGG ATCAGGCCAT CACAGTCTGG 
GATGTCACAA GTGGTGCCTT GCTGGCTGTA CAGTGCGTGT ACACAACTGC TCACAGAATT 
GTGCCAACTG CAGACGGATT TGTGGCAGTA ACAAAAGCTG GTTGTATAAT TCGTGAGCAG 
TTTCACTGTC CAAAAACCAC CCCTCCTCAG TATAACCCAC TCCAGAACAC GGTGGCAACA 
TGTACAGTAA AATCCAGAAA GAAAGACAGG GAAAACTCAA GCAAGCAACA GTACAGCCAA 
GGAAATCCTT CTGGGAGCCT GGCTCATACC AGCAGGGTCT CTCAAATCTG CTCCGTGGCA 
TAA

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

RefSeq	XP_014808284.1
CDS	27..5129
Translation	MRWSFTASQCRQSTNCLPKWLKFSQVFLKRRNQPAFWREVPLTGVVAVSHPLSNEGESPGSPENSMSFSPDTRRDLLCGKMVPLPFQPSSLVQIFISSVFADMAKERETLLEKAYPEVQAFCQKHGLMLEVIDLRWGVSELVDSDPRNTQLSLEEIEACQKLSAGPTFIVSASAVVWTRSLWQGVTLQGDTCSTLCPTQPSPITPSDHGLLGDRCGHQPVPRLIAEKEFEALILQLPGDSAQLLAQWYWRDENALPTCYVLQPAERQAWCHLEGRVASALRVAALKAERCGLMGPEQRHRYHKPAIEWEIEQGLLNTQQSNPGAFIFLREFEESNRQTGQGTTSELLEKEDNLDSEGKQLLNNLKAKIASCYPQHLQVHTLPCRTDSGNPQRKEKNKYLKQLCEQFIAVINHQILENLPYRGQSSEEPGRLLEELGHHAALCLKNCRFFCGRQNLLDNIFHCIRQNNDKTHTTLILYGPPGCGKTAVMCKLSEQVQAVLGEDSVVVIRLLGTSQLSSAIHSLLRDICLQVCLAFDLPPPPTQTKQACSDLVLFLSKLLLTVSRRGAHTLVVFLDSVERLHPGDGAHRFHWLPPDCPPRVHIIISISTAEPDTLKALQHAVPEAEAYFEVGPLTSEEGEEMLETLLASDRRRLSPAQWAYFHQSFPNGGQALLFQLAFHEARKWASYTSPSELVVASTAQEAMHHLWERLEKSHGTVLVAHVLGYIASSRNGLSEMELKDILSLDDEALSEIHHCHLPSSKTILRLPPLRWARLRREMGACLAERKADGFTLLCFAHRQFVETVQNRYLSKQDQIKRHFLLADFFKGTWSWGMKKPLTLPHLSRTLSADRKVAPQPLWFSDTVANLRKLSELPFHLLNAGRIEELKRDVLGNMNWISCKIIACGIESVVDDFAMCTRRIRCPELRLVQETLLLSKPAVSGVCSPEGMSLIYTEMLARLLFLVPSYPEVIGELCQQCLSWCRACPYPLLIPRCGFLQPPGGPLRTTLTGFLKGVTAMALCSDQRLLVAGSQDGSMLVWNMEVFEMLHALPGHSAEVRCVKVFGKGSRAVSAAMDHSLRVWNLISGRTRFIIQDTRIEEQPSDHLHVDEGHMIVYSSSDTKVNAWHLETAELIFQISGEASDTWMCSAVFSPRLVIVTVSAGGTLSLWDSNTGQLRSKRQLPGLQEETPTSSVLIQKQGKMIVGFSGGSLSVISCDGNSLLEKLPGRVCFVVASEDESILAAGFEEYVRVYRADPAGFQRFLTADLEHDARVQTAVISAGNSIVVTASQAASIQVWSLAEQGLLTDTLDGTGEPVTLLALHDCTLVSASHSTPSLRVWNLIYNHQQKNPVPAPNTGCAALSHGGNYVYFTQTEDTQKVIIWNTTEGDVCDTLDTSARVRCLEIAEQNQLLFTGLISGTVLVFPLNSRQDVACIPPPESQKPVKDIAIDKQEKQLAIAYDDLVLVLDIIPADPCPVINRPTYTFKTQLPDALISRVAILTDHRLLYGMTSGELFLYDCPRARVFPLEGHRNQISCLESSHREQQALSGSEDSLQCLWDLEFCQQEHEMCYYKPTSLLRGICCACFSKDDKYLYSASLDQAITVWDVTSGALLAVQCVYTTAHRIVPTADGFVAVTKAGCIIREQFHCPKTTPPQYNPLQNTVATCTVKSRKKDRENSSKQQYSQGNPSGSLAHTSRVSQICSVA

Target ORF information:

RefSeq Version	XM_014952798.1
Organism	Calidris pugnax(ruff)
Definition	Calidris pugnax 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_014952798.1

ORF Insert Sequence:

ATGCGCTGGA GTTTCACTGC ATCTCAGTGC AGACAGTCAA CCAACTGTCT CCCTAAGTGG 
CTGAAATTTT CCCAGGTTTT CCTTAAAAGA AGGAACCAGC CAGCTTTCTG GAGAGAGGTA 
CCGCTGACCG GTGTCGTTGC CGTTAGTCAC CCCCTCTCTA ACGAGGGGGA GAGCCCGGGG 
AGCCCCGAGA ACAGCATGAG CTTCAGTCCA GACACACGTC GGGATCTCCT CTGTGGGAAG 
ATGGTTCCTC TCCCTTTCCA GCCCTCCAGC CTGGTCCAAA TCTTCATCAG CTCAGTTTTT 
GCAGACATGG CTAAGGAGAG AGAGACCCTC CTGGAGAAAG CGTACCCAGA GGTGCAGGCC 
TTCTGTCAGA AGCACGGCCT CATGCTTGAG GTAATTGACT TGAGATGGGG CGTTTCTGAG 
CTTGTAGACT CTGACCCCAG AAACACACAA CTCTCTCTGG AGGAAATCGA AGCCTGTCAG 
AAGCTGTCAG CTGGTCCCAC CTTCATCGTA AGTGCCAGCG CCGTGGTGTG GACCCGGTCC 
CTGTGGCAGG GTGTCACGCT GCAAGGTGAT ACCTGTTCCA CACTCTGCCC TACTCAACCC 
TCTCCCATCA CTCCTTCTGA CCACGGACTC CTGGGGGACC GCTGCGGCCA CCAGCCCGTG 
CCTCGGCTCA TTGCAGAGAA GGAATTTGAG GCTCTAATTC TGCAGCTGCC CGGGGACTCT 
GCCCAGCTCC TGGCACAGTG GTACTGGCGG GATGAGAATG CTTTGCCCAC GTGCTACGTG 
CTGCAGCCAG CTGAAAGGCA GGCCTGGTGT CACCTGGAGG GACGCGTGGC CTCGGCGCTG 
CGTGTGGCCG CCCTGAAGGC AGAGAGGTGT GGGCTAATGG GCCCAGAGCA GAGGCACCGC 
TACCACAAAC CAGCGATTGA ATGGGAGATT GAACAGGGTC TCCTCAACAC CCAGCAGAGC 
AACCCAGGGG CTTTCATATT CCTCAGAGAG TTTGAAGAGT CCAACAGACA AACCGGGCAA 
GGGACAACCA GCGAGCTGTT AGAAAAAGAG GACAATCTAG ACAGTGAAGG AAAACAGCTG 
CTCAACAACC TTAAAGCAAA AATTGCAAGC TGTTATCCCC AACACCTCCA AGTACACACT 
CTGCCATGCA GGACAGACTC CGGGAACCCT CAGCGCAAGG AGAAGAATAA ATACCTGAAA 
CAACTTTGTG AGCAGTTCAT TGCTGTCATT AATCACCAGA TTTTAGAGAA TCTTCCATAC 
CGAGGACAGA GCAGTGAGGA GCCAGGGCGA CTGCTGGAGG AGCTGGGCCA CCACGCAGCT 
CTGTGCCTGA AGAACTGCCG GTTTTTCTGT GGGAGACAGA ATTTATTGGA TAACATTTTT 
CACTGCATCA GGCAGAACAA TGATAAAACC CACACAACCC TCATCCTTTA CGGGCCACCA 
GGCTGCGGAA AAACAGCTGT GATGTGCAAA CTATCTGAGC AGGTACAAGC TGTTCTAGGG 
GAAGACAGTG TGGTTGTGAT TCGTTTGCTG GGGACATCCC AGCTCAGTTC TGCCATTCAC 
AGCCTGCTGA GGGACATTTG CCTCCAAGTC TGTTTAGCAT TTGATTTACC ACCACCTCCA 
ACCCAAACCA AACAAGCTTG CAGTGATTTG GTCTTGTTCC TCAGTAAACT CCTCCTCACG 
GTCTCCCGTC GTGGCGCACA CACCTTGGTG GTGTTCCTGG ACTCTGTGGA GAGATTGCAC 
CCTGGTGATG GTGCTCACAG ATTCCACTGG CTCCCTCCAG ATTGCCCTCC AAGGGTCCAC 
ATCATCATTT CCATCTCCAC AGCAGAGCCT GATACTCTCA AAGCTCTCCA ACACGCTGTG 
CCTGAGGCAG AAGCGTACTT TGAAGTAGGA CCTTTAACCA GTGAGGAGGG GGAGGAGATG 
CTAGAGACAC TCTTAGCGTC AGACAGACGA CGGCTAAGCC CAGCTCAATG GGCTTATTTC 
CATCAGAGCT TCCCTAATGG TGGGCAAGCC CTGCTCTTCC AGCTGGCCTT CCACGAGGCC 
AGAAAATGGG CGTCTTACAC TTCACCTTCA GAGCTAGTGG TTGCCAGCAC AGCCCAGGAA 
GCCATGCACC ATCTGTGGGA GAGACTGGAA AAGTCCCATG GCACAGTCCT TGTGGCTCAC 
GTGCTCGGCT ACATTGCTTC CTCACGAAAT GGGCTGTCAG AAATGGAGTT GAAGGACATT 
TTATCCCTTG ACGATGAAGC TCTCTCAGAG ATTCACCACT GCCACCTTCC TTCAAGTAAA 
ACTATCCTGC GCCTTCCTCC TCTCCGCTGG GCACGGCTTC GCAGGGAGAT GGGCGCGTGC 
CTGGCAGAAC GGAAGGCAGA CGGCTTCACC CTTCTCTGCT TTGCTCACAG GCAATTCGTT 
GAAACGGTGC AGAATCGTTA TCTATCAAAA CAAGACCAAA TCAAGAGGCA TTTTCTCCTG 
GCAGATTTCT TCAAGGGGAC TTGGAGCTGG GGGATGAAGA AACCTCTTAC ATTGCCACAC 
CTTAGCAGGA CTTTGAGTGC CGACAGGAAG GTAGCCCCTC AGCCCCTCTG GTTCTCTGAC 
ACCGTTGCAA ATCTGAGGAA GTTGAGCGAA TTGCCATTTC ATTTACTTAA TGCTGGACGA 
ATTGAGGAGC TCAAACGGGA TGTGTTGGGG AATATGAACT GGATCAGCTG TAAAATAATT 
GCCTGTGGAA TAGAGAGTGT TGTTGATGAC TTTGCCATGT GCACTCGACG CATCCGTTGT 
CCAGAACTAC GCCTTGTGCA GGAGACACTT CTCCTCTCGA AGCCCGCGGT CAGCGGCGTT 
TGCAGCCCTG AAGGAATGAG TCTAATATAC ACAGAAATGT TGGCCAGGCT TCTTTTTTTG 
GTGCCTTCTT ACCCGGAGGT AATCGGGGAG CTGTGCCAGC AGTGTCTAAG CTGGTGCAGG 
GCCTGTCCCT ATCCCCTTCT CATTCCACGC TGCGGATTTC TCCAGCCACC TGGTGGGCCC 
CTCCGCACCA CGCTCACCGG ATTCCTCAAA GGCGTCACAG CGATGGCACT TTGCTCTGAT 
CAACGGCTGC TGGTGGCAGG TTCCCAGGAT GGCTCGATGC TTGTCTGGAA TATGGAAGTT 
TTTGAGATGC TGCACGCCCT CCCCGGGCAC TCGGCTGAGG TGAGGTGCGT GAAAGTGTTT 
GGGAAAGGAA GCCGTGCTGT TTCCGCTGCC ATGGATCACA GTCTGCGCGT CTGGAATTTG 
ATTTCCGGCA GAACAAGGTT TATTATCCAA GATACACGTA TTGAAGAACA GCCCTCAGAT 
CACCTCCATG TGGATGAGGG GCACATGATT GTGTATTCCT CCTCAGACAC AAAGGTCAAT 
GCTTGGCACC TGGAGACAGC AGAACTCATC TTCCAGATTT CTGGAGAGGC GTCAGACACG 
TGGATGTGTT CTGCAGTTTT CAGCCCACGG CTGGTGATTG TGACCGTGTC TGCAGGAGGA 
ACACTGAGTC TGTGGGACAG CAACACGGGC CAGCTGAGAT CCAAACGTCA GCTGCCAGGG 
CTGCAGGAAG AAACACCAAC ATCCAGCGTC CTGATCCAGA AGCAGGGGAA GATGATAGTG 
GGATTTAGTG GGGGATCTCT ATCCGTGATC TCTTGTGATG GAAACAGCCT GCTAGAGAAG 
CTTCCTGGAA GAGTTTGCTT TGTGGTGGCA TCTGAAGATG AGTCCATCCT TGCTGCAGGC 
TTCGAGGAAT ACGTGCGAGT GTACCGGGCA GACCCAGCAG GATTCCAAAG GTTCCTCACA 
GCAGATTTGG AACACGATGC AAGGGTTCAA ACGGCTGTGA TCTCTGCCGG CAACAGCATT 
GTTGTTACTG CTTCTCAGGC TGCATCTATC CAGGTGTGGA GTTTAGCAGA GCAGGGGTTG 
CTGACTGACA CACTGGATGG CACGGGAGAA CCAGTAACAC TCTTAGCCCT GCACGACTGC 
ACTTTGGTGT CTGCCTCCCA CAGCACACCC TCCCTAAGAG TCTGGAACCT GATTTATAAC 
CATCAGCAGA AAAACCCAGT GCCTGCCCCA AATACCGGCT GCGCTGCACT CTCCCACGGG 
GGGAACTATG TCTATTTTAC CCAGACTGAA GACACACAGA AAGTCATCAT CTGGAACACC 
ACAGAAGGTG ACGTGTGTGA CACACTGGAC ACCTCTGCCC GAGTGAGATG CCTGGAAATA 
GCTGAGCAAA ACCAGCTCCT TTTCACAGGG CTTATATCTG GAACAGTCCT TGTCTTTCCT 
CTGAACTCCA GGCAGGACGT AGCATGCATC CCACCTCCAG AGTCACAGAA ACCAGTCAAG 
GACATAGCAA TCGACAAGCA GGAGAAGCAG CTGGCCATAG CATACGATGA TTTAGTCCTT 
GTGCTGGATA TTATCCCTGC AGATCCATGC CCAGTGATCA ACAGGCCCAC CTACACCTTT 
AAAACGCAGC TCCCCGACGC TCTGATTTCC AGAGTGGCCA TCCTCACAGA TCACAGACTC 
CTCTACGGCA TGACCAGCGG GGAATTATTC CTTTATGACT GCCCTCGGGC CCGAGTGTTT 
CCTTTGGAAG GTCACAGAAA CCAGATCTCC TGTTTGGAAA GCAGCCACAG AGAGCAACAG 
GCGCTCAGTG GATCTGAAGA TTCCCTGCAG TGTCTCTGGG ACTTGGAGTT CTGTCAGCAG 
GAACACGAGA TGTGCTATTA TAAGCCCACA TCCCTCCTGA GAGGAATCTG CTGCGCTTGC 
TTCTCAAAAG ACGACAAGTA CTTGTACAGC GCGTCGCTGG ATCAGGCCAT CACAGTCTGG 
GATGTCACAA GTGGTGCCTT GCTGGCTGTA CAGTGCGTGT ACACAACTGC TCACAGAATT 
GTGCCAACTG CAGACGGATT TGTGGCAGTA ACAAAAGCTG GTTGTATAAT TCGTGAGCAG 
TTTCACTGTC CAAAAACCAC CCCTCCTCAG TATAACCCAC TCCAGAACAC GGTGGCAACA 
TGTACAGTAA AATCCAGAAA GAAAGACAGG GAAAACTCAA GCAAGCAACA GTACAGCCAA 
GGAAATCCTT CTGGGAGCCT GGCTCATACC AGCAGGGTCT CTCAAATCTG CTCCGTGGCA 
TAA