KIAA0556 cDNA ORF clone, Calidris pugnax(ruff)

Gene
Clones
gRNAs

Summary

Gene Symbol	KIAA0556
Entrez Gene ID	106884943
Full Name	KIAA0556 ortholog
Gene Type	protein-coding
Organism	Calidris pugnax(ruff)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014936726.1	XP_014792212.1	uncharacterized protein KIAA0556 homolog

Pathways from BioSystems
Gene Ontology

The following KIAA0556 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the KIAA0556 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
OCa61159	XM_014936726.1 Latest version!	Calidris pugnax KIAA0556 ortholog (KIAA0556), 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)

KIAA0556 ( XM_014936726.1 ) cDNA ORF clone, Calidris pugnax(ruff) -> XP_014792212.1 Calidris pugnax KIAA0556 ortholog (KIAA0556), mRNA.

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CloneID	OCa61159
Clone ID Related Accession (Same CDS sequence)	XM_014936726.1
Accession Version	XM_014936726.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4707bp) 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	uncharacterized protein KIAA0556 homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015090794.1) 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##

ATGGTGACTG ACTTTGATGA AAAACATGAC GAATACTTAA TATCCCTTCA GCAAAGAAAC 
CGGCTACTGA GGCGTTTAAA AAGAAAGGAT CCCATGCAAA TCAGACTGGA GCAGTTAGAA 
CAAGGATTTT CTCTGTATCT GAATGGAGCT AATTCAGAGT TGAGAAATTA CCGCAGAAAA 
GTCAATTCAC ATGGCTCCCT TAAAAATGAC ACAAAGACCA GCAGGACAAA TGCAGCCCAG 
CTAGAAGAGA GTGAGTTGCA AGAATGCAGC ACACAGACTG CACCCAGCAA AATGCAACGC 
AGAAGTTGGC TTCAGAAAGC TGTGGAGATT AAAACAGAAA GGGGTGCTAA ACTCTGCATT 
AAACCTCCTC TTGACTACTC TGAGGATTTT GAACCTTATG AAAGCTTGAG CGTGGAGACA 
AGTGGTGATG ATTCTCTCCG TTGCACCCAG GAATTGAGAA GCTCGCAACT CAGTGTAGAA 
GAGAAAAGGG TGGAAGAAAC TTCTCTTAGT GATGATTGTG ACTCTGTTGA AGAGGATGTG 
TTTTCAGAGC CATCTCCCAC TGAGGAAACA ATCACAAGCT TTGGAGACCT CCAGTTGCAC 
AGCGGTAGAT CACTGCAGAA AGAAACTTCT GAACGTCAGG ACACTGGGAG ATGCTCCAGC 
CTTGATTGTG GTGCCCTTAC TGTGTTGGAG TTCAACCAGG ATCAAAGTAA TGTGAAGCCA 
CTACGAGTTC TCTCAGCAAA AAGAAAAGAT AATGCTGAAA AGTACATTCC TGTCAGACCA 
GTTGTGGTAA AAAATAAAAT CACTCGGCCA CTCTCTGCCG AGTTCTTGCA GCAGGAAAGA 
CATGAAAGAA TTTGTTCTAG ACCGTTCAGT CGCCCAGAAA GACCGCTTTC AGCAACTCGA 
AAACATGTAT GTGAGAAGGA CCCTGATTTC TCGGTCTCAG CTGTGGTTAA AGCAATGCAA 
ATGGAAAATG AAATCTTGCA GAGAGATCTG CAAAGGCAGG TGGTTGCCAC AAGCCCCCAA 
AAGAAGAAAT TTTCTGTGTC GTCTCTTGCT TCTGGGATGG CTGAACCTCC AGAAAAAAGC 
CAGACACGGA CTGCAGTGAC AAAAGCTGCT GAGAGAATTT GTCCTTTTGG AATCAGACAA 
CAGAAGAAGC TTCTGAAAGC CCTGCCAGAG CCTGAGAGCC ATTCTGCCTG TGATAATGAC 
ATACTCCTGC CTGATGACAA ATCTGAAGTA GATTCCATGC TGAGAGAGAA GATGACAACC 
AGTGTGGAAG TACGTGATGC CATTTATGTG ACCATGGAAC TTCTTTCTAA CTGGGGAAAT 
CCAGTAAACG TGGGCCTGAG CGAGGTGGAA TTCTTTGATT TATGCAACGA AAAGATATTT 
GTGTCTCCTC ATGATGTGGA CATTCGAAAT GCTGACAACC CAGGGAATTT GTGCTGCTTG 
GTCAATAAGA ACTTAAATAC CAGGAAGGAA AGCTTCCTTT GGATGTGCCC TTTCCATCCG 
CCTGTCCAAC TTTACTTTGT TATCCGCAAT CCCACCCGGT CACATGGCTT TGGTATATCC 
AAGATCAAGA TTTGGAATTA CAACCCAACA ACTCCCTGCG ACCTTAATGT TGGAGCAAAG 
AAGGTGAAGT TATATGTTGA TGAGAACCTT GTATTTGACG GTGAATTAGA GAGAGCCTCT 
GGAGATCCCC TCACTGACCA CAGCACTACA ATTGACCTTA CAGATCACAA GCAAGATCCC 
TCTGTGTATC CTGCAAATGA AAGGAAAAAA GTAAGCACAC CTGCAGTTGC AGAGAAGAAA 
GCAGACCTGC ATTTTAAATG CTCCCAGTCA AACAGCACTT CACCAAACTG GAAATCTCTG 
CCGGAAGAAA ATCTTCTTGA GCAGAAGATG AGCTCGGTCA GCTATACAAA GAAAAATTTG 
ACTGAGTTAG AGGGTGATCC AAAAGTGTTA CCATCTCAAA TTTGTCTAAA AGATGCCAAA 
GAGAATGCAA CAGCACAAGC AGGTACAGAG CATGTTCAAT CTGACGATGA ACTTCCTTTG 
AGCGAGCAAA TGGAAAAGCT GACAGGAAGA AAATTGTCTG ACTCTACAGG TGCAGTTCCT 
TCTTGGTTAC AGTCATCTTC CCAAGCAACA GAGAATAATC AAGTTACTTC CAGTAAGTGG 
AAGCCTCCCT GGCTTGCTAC AGAACATTCA TTAGGCTTGA GACTTCAAAC ACAGACAGGT 
CTGACTAATG AGGGTGTTAA ATGTCAGAGA AATGAACTGG GAAGATCCAG TAGTAGAAAT 
GCAAATGGTG ATGAGAGATC ACAGATGCTG ACCAAAAAGG ATGGGGATGT GGGCTTGGAC 
ATTTCAGAGC AGCTTTCTAA CAAAAGTTGC TGCAGCTTAC AGTACCCTAC AAGTGGAAGG 
AGAAGTGTCA GATGTGTAAA AAAGGCGGGA TTAAACACTA TAAATCTTGG AGAAGATGAT 
GCTGTTTTCA AAGATGAAGA CTTTTCTGTC AAGGACACAG CAACCTCTAG AGCCAAGCGG 
CACGGGGAAC AAGAAGACAC TCTGCAGGAG TCGTGGAACT CCTTGGTAAA GTTCAATTAT 
TCCCATCGTG GCCGGATCTC TGACATGGAT TTTCAAGGGG ATATCTTTGA TGAATTTCTC 
CATCAACAGA AAATCAACCG ACCTGGAGAA TATCAGCAAG TGAGAAAAGA GGGATTACAA 
ACACTACCAA AAAGGCAAGA AGAAGAAAAT GCCACGGAGG CACATGATGG AAATGATTTT 
AAAATTCCTG TTTTACCTTA CGGGCAGCAC TTAGTGATAG ACATTCGAAC AACATGGGGG 
GACAGACATT ATGTTGGTCT TAATGGAATT GAAGTTTTCA GTTCTAAAGG AGAGCCTGTT 
CAGATTTCAA AAATAACAGC TGAACCACCT GATATAAATA TATTACCAGC TTATGGCAAC 
GATCCCAGAA TAATAACCAA CCTAATTGAT GGGGTAAATC GGACGCAGGA TGATATGCAT 
CTCTGGCTGG CACCATTTAC CCCTGGAAAA CCTCACTTCA TCTTTATTGA CTTTGCGAAT 
TCCTGTCAAG TAGCTATGAT TAGGATTTGG AATTATAATA AATCTCGCAT ACACTCTTTC 
AGAGGTGTGA AAGACATTAT AATGGTGTTA GATGAACAAT GCATCTTTAA GGGAGAAATT 
GCAAAAGCTT CAGGAACGTT GTCTGGAGCT CCAGAGCACT TTGGGGATAC TATCCTGTTC 
ACTACCGATG ATGACATCCT TGAAGCTGTG TACTGCTACG ATGAGACTTA CGATGGAGAA 
ATGGAAAATG GCAGCTCCTT GAGATACGAG GAAGAGCTAA AGAGGCCCAC GACTGCTGAC 
AGGGAGGGAG ATGAAAGACC TTTTACACAA GCGGGGTTAA GAACAGAGAA CCAACAGGTT 
CAAGAGCCAG ACCCTCTCTC TGAATGTATA CCCAAGGAAT CAGGAATATT TACTGGAAAA 
TGCCTGCAAC TGAATTTTAC CATGACGTGG GGAGACTCTC ATTACCTCGG CCTGACAGGA 
CTTGAAGTGA TAGGAAAGGA TAGTCACGCG TTAAAAATAA GTACAGAACA GATTTCTGCT 
TCACCCCAAG ACTTAAATGA TCTTCCAGAG TATACAGGAG ATTCCAGAAC ATTAGAAAAG 
TTAATAGATG GGACTAATAT CACAGTAGAG GATGACCATA TGTGGCTCAT TCCCTTCTCT 
TTTGGGGAAG ATCATCTGCT CACAATCCAT TTTGATAAAA TTGAAAGTAT TGCAGGGCTT 
CGCTTTTGGA ACTATAATAA ATCTCCGGAG GATACCTATA GAGGGGCTAA GGTAGTCCAT 
GTGTCGCTGG ATGATCACAG GATCTCCCCA CCAGAGGGCT TTCTTATCCG CAAGGGACCA 
GGCAACTGCC ATTTTGACTT TGCCCAAGAA ATTCTCTTTC TTGACTATCT GCAGCCCCAG 
CTGATTAATA AAGTACAAAG GAGGACTGGT TCAAAGAGAA TGGAACAAGC CAGTATGGAC 
TATGAAGCAC CATTAATGCC GTGTGGTTTT ATTTTCCAGT TTCAGCTCCT GACAAGCTGG 
GGCGATCCAT ACTACATTGG TTTGAATGGA CTTGAGTTGT TCAATGAACA TGGAGACCAG 
ATCTTGCTGA CTGAGAACAA TATTGCTGCT TTTCCAGATA GCGTCAACGT TTTAGAAGAT 
GTATCTGGCG ACGTCCGAAC TCCAGACAAA CTCATTGACA GAGTAAATGA CACAACTGAT 
GGCAGACACA TGTGGCTTGC ACCAGTTCTT CCTGGTTTGG TGAATAGAGT ATATGTCATT 
TTTGATGTAC CTACTACTGT GTCAATGATC AAGTTATGGA ATTATGCCAA AACACCTCAG 
AGAGGTGTGA AAGAATTCGG TCTTCTGGTG GATGACTTGC TGGTCTACAA TGGGATTCTG 
GATATGGTGA CCCATGTGGT CTCGGGCATC CTGCCGACCT GCGATCCAGT GGTCCCGTAT 
CACACCATTC TCTTTACAGA TGATGAGAAG ATTTGCCATC AGGAGAAGAG AACTGTTATC 
AGCAATCATG TGGGAGATCA GGATGTACGA ATGATGAATG AAAATGAGAT TGTCACCAAC 
AGCAAAAAGA AGCAGGTTGT GGCTGATCCA GCTTTGCGTC CAAAAACCTG CATATGTGAA 
AAAGGACTGC AGAGGAGGAA AAGATAA

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

RefSeq	XP_014792212.1
CDS	145..4851
Translation	MVTDFDEKHDEYLISLQQRNRLLRRLKRKDPMQIRLEQLEQGFSLYLNGANSELRNYRRKVNSHGSLKNDTKTSRTNAAQLEESELQECSTQTAPSKMQRRSWLQKAVEIKTERGAKLCIKPPLDYSEDFEPYESLSVETSGDDSLRCTQELRSSQLSVEEKRVEETSLSDDCDSVEEDVFSEPSPTEETITSFGDLQLHSGRSLQKETSERQDTGRCSSLDCGALTVLEFNQDQSNVKPLRVLSAKRKDNAEKYIPVRPVVVKNKITRPLSAEFLQQERHERICSRPFSRPERPLSATRKHVCEKDPDFSVSAVVKAMQMENEILQRDLQRQVVATSPQKKKFSVSSLASGMAEPPEKSQTRTAVTKAAERICPFGIRQQKKLLKALPEPESHSACDNDILLPDDKSEVDSMLREKMTTSVEVRDAIYVTMELLSNWGNPVNVGLSEVEFFDLCNEKIFVSPHDVDIRNADNPGNLCCLVNKNLNTRKESFLWMCPFHPPVQLYFVIRNPTRSHGFGISKIKIWNYNPTTPCDLNVGAKKVKLYVDENLVFDGELERASGDPLTDHSTTIDLTDHKQDPSVYPANERKKVSTPAVAEKKADLHFKCSQSNSTSPNWKSLPEENLLEQKMSSVSYTKKNLTELEGDPKVLPSQICLKDAKENATAQAGTEHVQSDDELPLSEQMEKLTGRKLSDSTGAVPSWLQSSSQATENNQVTSSKWKPPWLATEHSLGLRLQTQTGLTNEGVKCQRNELGRSSSRNANGDERSQMLTKKDGDVGLDISEQLSNKSCCSLQYPTSGRRSVRCVKKAGLNTINLGEDDAVFKDEDFSVKDTATSRAKRHGEQEDTLQESWNSLVKFNYSHRGRISDMDFQGDIFDEFLHQQKINRPGEYQQVRKEGLQTLPKRQEEENATEAHDGNDFKIPVLPYGQHLVIDIRTTWGDRHYVGLNGIEVFSSKGEPVQISKITAEPPDINILPAYGNDPRIITNLIDGVNRTQDDMHLWLAPFTPGKPHFIFIDFANSCQVAMIRIWNYNKSRIHSFRGVKDIIMVLDEQCIFKGEIAKASGTLSGAPEHFGDTILFTTDDDILEAVYCYDETYDGEMENGSSLRYEEELKRPTTADREGDERPFTQAGLRTENQQVQEPDPLSECIPKESGIFTGKCLQLNFTMTWGDSHYLGLTGLEVIGKDSHALKISTEQISASPQDLNDLPEYTGDSRTLEKLIDGTNITVEDDHMWLIPFSFGEDHLLTIHFDKIESIAGLRFWNYNKSPEDTYRGAKVVHVSLDDHRISPPEGFLIRKGPGNCHFDFAQEILFLDYLQPQLINKVQRRTGSKRMEQASMDYEAPLMPCGFIFQFQLLTSWGDPYYIGLNGLELFNEHGDQILLTENNIAAFPDSVNVLEDVSGDVRTPDKLIDRVNDTTDGRHMWLAPVLPGLVNRVYVIFDVPTTVSMIKLWNYAKTPQRGVKEFGLLVDDLLVYNGILDMVTHVVSGILPTCDPVVPYHTILFTDDEKICHQEKRTVISNHVGDQDVRMMNENEIVTNSKKKQVVADPALRPKTCICEKGLQRRKR

Target ORF information:

RefSeq Version	XM_014936726.1
Organism	Calidris pugnax(ruff)
Definition	Calidris pugnax KIAA0556 ortholog (KIAA0556), mRNA.

Target ORF information:

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

XM_014936726.1

ORF Insert Sequence:

ATGGTGACTG ACTTTGATGA AAAACATGAC GAATACTTAA TATCCCTTCA GCAAAGAAAC 
CGGCTACTGA GGCGTTTAAA AAGAAAGGAT CCCATGCAAA TCAGACTGGA GCAGTTAGAA 
CAAGGATTTT CTCTGTATCT GAATGGAGCT AATTCAGAGT TGAGAAATTA CCGCAGAAAA 
GTCAATTCAC ATGGCTCCCT TAAAAATGAC ACAAAGACCA GCAGGACAAA TGCAGCCCAG 
CTAGAAGAGA GTGAGTTGCA AGAATGCAGC ACACAGACTG CACCCAGCAA AATGCAACGC 
AGAAGTTGGC TTCAGAAAGC TGTGGAGATT AAAACAGAAA GGGGTGCTAA ACTCTGCATT 
AAACCTCCTC TTGACTACTC TGAGGATTTT GAACCTTATG AAAGCTTGAG CGTGGAGACA 
AGTGGTGATG ATTCTCTCCG TTGCACCCAG GAATTGAGAA GCTCGCAACT CAGTGTAGAA 
GAGAAAAGGG TGGAAGAAAC TTCTCTTAGT GATGATTGTG ACTCTGTTGA AGAGGATGTG 
TTTTCAGAGC CATCTCCCAC TGAGGAAACA ATCACAAGCT TTGGAGACCT CCAGTTGCAC 
AGCGGTAGAT CACTGCAGAA AGAAACTTCT GAACGTCAGG ACACTGGGAG ATGCTCCAGC 
CTTGATTGTG GTGCCCTTAC TGTGTTGGAG TTCAACCAGG ATCAAAGTAA TGTGAAGCCA 
CTACGAGTTC TCTCAGCAAA AAGAAAAGAT AATGCTGAAA AGTACATTCC TGTCAGACCA 
GTTGTGGTAA AAAATAAAAT CACTCGGCCA CTCTCTGCCG AGTTCTTGCA GCAGGAAAGA 
CATGAAAGAA TTTGTTCTAG ACCGTTCAGT CGCCCAGAAA GACCGCTTTC AGCAACTCGA 
AAACATGTAT GTGAGAAGGA CCCTGATTTC TCGGTCTCAG CTGTGGTTAA AGCAATGCAA 
ATGGAAAATG AAATCTTGCA GAGAGATCTG CAAAGGCAGG TGGTTGCCAC AAGCCCCCAA 
AAGAAGAAAT TTTCTGTGTC GTCTCTTGCT TCTGGGATGG CTGAACCTCC AGAAAAAAGC 
CAGACACGGA CTGCAGTGAC AAAAGCTGCT GAGAGAATTT GTCCTTTTGG AATCAGACAA 
CAGAAGAAGC TTCTGAAAGC CCTGCCAGAG CCTGAGAGCC ATTCTGCCTG TGATAATGAC 
ATACTCCTGC CTGATGACAA ATCTGAAGTA GATTCCATGC TGAGAGAGAA GATGACAACC 
AGTGTGGAAG TACGTGATGC CATTTATGTG ACCATGGAAC TTCTTTCTAA CTGGGGAAAT 
CCAGTAAACG TGGGCCTGAG CGAGGTGGAA TTCTTTGATT TATGCAACGA AAAGATATTT 
GTGTCTCCTC ATGATGTGGA CATTCGAAAT GCTGACAACC CAGGGAATTT GTGCTGCTTG 
GTCAATAAGA ACTTAAATAC CAGGAAGGAA AGCTTCCTTT GGATGTGCCC TTTCCATCCG 
CCTGTCCAAC TTTACTTTGT TATCCGCAAT CCCACCCGGT CACATGGCTT TGGTATATCC 
AAGATCAAGA TTTGGAATTA CAACCCAACA ACTCCCTGCG ACCTTAATGT TGGAGCAAAG 
AAGGTGAAGT TATATGTTGA TGAGAACCTT GTATTTGACG GTGAATTAGA GAGAGCCTCT 
GGAGATCCCC TCACTGACCA CAGCACTACA ATTGACCTTA CAGATCACAA GCAAGATCCC 
TCTGTGTATC CTGCAAATGA AAGGAAAAAA GTAAGCACAC CTGCAGTTGC AGAGAAGAAA 
GCAGACCTGC ATTTTAAATG CTCCCAGTCA AACAGCACTT CACCAAACTG GAAATCTCTG 
CCGGAAGAAA ATCTTCTTGA GCAGAAGATG AGCTCGGTCA GCTATACAAA GAAAAATTTG 
ACTGAGTTAG AGGGTGATCC AAAAGTGTTA CCATCTCAAA TTTGTCTAAA AGATGCCAAA 
GAGAATGCAA CAGCACAAGC AGGTACAGAG CATGTTCAAT CTGACGATGA ACTTCCTTTG 
AGCGAGCAAA TGGAAAAGCT GACAGGAAGA AAATTGTCTG ACTCTACAGG TGCAGTTCCT 
TCTTGGTTAC AGTCATCTTC CCAAGCAACA GAGAATAATC AAGTTACTTC CAGTAAGTGG 
AAGCCTCCCT GGCTTGCTAC AGAACATTCA TTAGGCTTGA GACTTCAAAC ACAGACAGGT 
CTGACTAATG AGGGTGTTAA ATGTCAGAGA AATGAACTGG GAAGATCCAG TAGTAGAAAT 
GCAAATGGTG ATGAGAGATC ACAGATGCTG ACCAAAAAGG ATGGGGATGT GGGCTTGGAC 
ATTTCAGAGC AGCTTTCTAA CAAAAGTTGC TGCAGCTTAC AGTACCCTAC AAGTGGAAGG 
AGAAGTGTCA GATGTGTAAA AAAGGCGGGA TTAAACACTA TAAATCTTGG AGAAGATGAT 
GCTGTTTTCA AAGATGAAGA CTTTTCTGTC AAGGACACAG CAACCTCTAG AGCCAAGCGG 
CACGGGGAAC AAGAAGACAC TCTGCAGGAG TCGTGGAACT CCTTGGTAAA GTTCAATTAT 
TCCCATCGTG GCCGGATCTC TGACATGGAT TTTCAAGGGG ATATCTTTGA TGAATTTCTC 
CATCAACAGA AAATCAACCG ACCTGGAGAA TATCAGCAAG TGAGAAAAGA GGGATTACAA 
ACACTACCAA AAAGGCAAGA AGAAGAAAAT GCCACGGAGG CACATGATGG AAATGATTTT 
AAAATTCCTG TTTTACCTTA CGGGCAGCAC TTAGTGATAG ACATTCGAAC AACATGGGGG 
GACAGACATT ATGTTGGTCT TAATGGAATT GAAGTTTTCA GTTCTAAAGG AGAGCCTGTT 
CAGATTTCAA AAATAACAGC TGAACCACCT GATATAAATA TATTACCAGC TTATGGCAAC 
GATCCCAGAA TAATAACCAA CCTAATTGAT GGGGTAAATC GGACGCAGGA TGATATGCAT 
CTCTGGCTGG CACCATTTAC CCCTGGAAAA CCTCACTTCA TCTTTATTGA CTTTGCGAAT 
TCCTGTCAAG TAGCTATGAT TAGGATTTGG AATTATAATA AATCTCGCAT ACACTCTTTC 
AGAGGTGTGA AAGACATTAT AATGGTGTTA GATGAACAAT GCATCTTTAA GGGAGAAATT 
GCAAAAGCTT CAGGAACGTT GTCTGGAGCT CCAGAGCACT TTGGGGATAC TATCCTGTTC 
ACTACCGATG ATGACATCCT TGAAGCTGTG TACTGCTACG ATGAGACTTA CGATGGAGAA 
ATGGAAAATG GCAGCTCCTT GAGATACGAG GAAGAGCTAA AGAGGCCCAC GACTGCTGAC 
AGGGAGGGAG ATGAAAGACC TTTTACACAA GCGGGGTTAA GAACAGAGAA CCAACAGGTT 
CAAGAGCCAG ACCCTCTCTC TGAATGTATA CCCAAGGAAT CAGGAATATT TACTGGAAAA 
TGCCTGCAAC TGAATTTTAC CATGACGTGG GGAGACTCTC ATTACCTCGG CCTGACAGGA 
CTTGAAGTGA TAGGAAAGGA TAGTCACGCG TTAAAAATAA GTACAGAACA GATTTCTGCT 
TCACCCCAAG ACTTAAATGA TCTTCCAGAG TATACAGGAG ATTCCAGAAC ATTAGAAAAG 
TTAATAGATG GGACTAATAT CACAGTAGAG GATGACCATA TGTGGCTCAT TCCCTTCTCT 
TTTGGGGAAG ATCATCTGCT CACAATCCAT TTTGATAAAA TTGAAAGTAT TGCAGGGCTT 
CGCTTTTGGA ACTATAATAA ATCTCCGGAG GATACCTATA GAGGGGCTAA GGTAGTCCAT 
GTGTCGCTGG ATGATCACAG GATCTCCCCA CCAGAGGGCT TTCTTATCCG CAAGGGACCA 
GGCAACTGCC ATTTTGACTT TGCCCAAGAA ATTCTCTTTC TTGACTATCT GCAGCCCCAG 
CTGATTAATA AAGTACAAAG GAGGACTGGT TCAAAGAGAA TGGAACAAGC CAGTATGGAC 
TATGAAGCAC CATTAATGCC GTGTGGTTTT ATTTTCCAGT TTCAGCTCCT GACAAGCTGG 
GGCGATCCAT ACTACATTGG TTTGAATGGA CTTGAGTTGT TCAATGAACA TGGAGACCAG 
ATCTTGCTGA CTGAGAACAA TATTGCTGCT TTTCCAGATA GCGTCAACGT TTTAGAAGAT 
GTATCTGGCG ACGTCCGAAC TCCAGACAAA CTCATTGACA GAGTAAATGA CACAACTGAT 
GGCAGACACA TGTGGCTTGC ACCAGTTCTT CCTGGTTTGG TGAATAGAGT ATATGTCATT 
TTTGATGTAC CTACTACTGT GTCAATGATC AAGTTATGGA ATTATGCCAA AACACCTCAG 
AGAGGTGTGA AAGAATTCGG TCTTCTGGTG GATGACTTGC TGGTCTACAA TGGGATTCTG 
GATATGGTGA CCCATGTGGT CTCGGGCATC CTGCCGACCT GCGATCCAGT GGTCCCGTAT 
CACACCATTC TCTTTACAGA TGATGAGAAG ATTTGCCATC AGGAGAAGAG AACTGTTATC 
AGCAATCATG TGGGAGATCA GGATGTACGA ATGATGAATG AAAATGAGAT TGTCACCAAC 
AGCAAAAAGA AGCAGGTTGT GGCTGATCCA GCTTTGCGTC CAAAAACCTG CATATGTGAA 
AAAGGACTGC AGAGGAGGAA AAGATAA