kcp cDNA ORF clone,

Gene
Clones
gRNAs

The following kcp gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the kcp 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
OCl122244	XM_026366381.1 Latest version!	Anabas testudineus kielin cysteine rich BMP regulator (kcp), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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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)

kcp ( XM_026366381.1 ) cDNA ORF clone, -> XP_026222166.1 Anabas testudineus kielin cysteine rich BMP regulator (kcp), mRNA.

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CloneID	OCl122244
Clone ID Related Accession (Same CDS sequence)	XM_026366381.1
Accession Version	XM_026366381.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6315bp) 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	2018-09-06
Organism	Anabas testudineus(climbing perch)
Product	kielin/chordin-like protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020535997.1) 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 Name :: Anabas testudineus Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAAGTG GCAAACTGAG GACCCTCATG CTACTGGAGA TACATTTGCT CTGGGTCTTT 
GCACTGTCTG TGCAGGGGCA CTCTGGTGCA GATCACAAGA ATGTGATTGA CCTTCTGGCA 
GCTTTGAACA TGTCCCACCA TAGAAGTGGT GTTACCAGAC TGCAGAGTTC TGAAAGTGTT 
ATATATCGAA TACGTCCCAG AGCACCTTAC CTGACTCTGC CTCCAGAATA TTCACACGTC 
TTGTCCACCA GCATTCAAAG TAGCATGGGC GTGCATTTGG TGGGCCGCCA GTCATCGGGC 
TCCAGTGCCA CTCTTTTTTC TCTCTCCTCC GCATCCTCAA CAATTCTCCA AATCATCTCC 
TCCACCCTCA ATAACACTCT GAGTTTGGAC CATCAACCCA GAGGATTAGC TCGGGGATTC 
GCCCGCATTC ACTTCCCCAG AAAAAACCCA TTCTCCGGGG AGGAGTGGGT ACAGTTGGCT 
GTGAGCATGG AGCCTGACAG GCTGACATTT TTTGTAGACT GTCAAGAGGC TGTTGTTGTC 
CCCATAAAAA GCGAAGAGAG GATCAACCTG GATCTGCCTC AAGATGTTGT TGTCACTATT 
GCCGGCACAC CAGGAACGAA AGACAGCAAA TTTAGTGGGC ATTTGAAGGC AGCTGCAATT 
TCAGTGAAAG CATATCTAAG GCGCCCATGG CTCTGCAATG GTGTTACAGA TGACCTGCCT 
GCGTCTCAGT ACACAGGCGC TCCAAGCCCA GATTCTCAGA GTGAGAGCAG TCAAAGGCTC 
CAGCACCCCG GCTTCACCAG TAAGCCTCAA AGCAGTCATA GACCAACAGA CCAAACAAAA 
CATCATCCAC ATGATGTTCA GAGTGACCAA CTGCAGAGAG GCGTCGTCCT GGGGCCTCCA 
GGATCTCCCC AAGGGGTAAA ATCTGTTTCA GAAGCTCAGC AAGATGACAG GCTGAATAAC 
CTGGAGAAGA GGCTGGATGA GCTCACTCGT ATGCTGGACA TGGTCAAAGC TCAGAATGTA 
GATTTACAAT CACGAGTAAA ATACCTTGAG GGATGTGAGT GTGTGAAGCA GCGATGTGTT 
TGGGAGGGAC ATGAAGTGGA CGATGGCCAG CACTGGCAGA CTGACATAAA CACTGTGTGT 
ACTTGCACAT CTGGAAAGGT TACATGCCAA ACTAACATCA GAGGGTGTGA GGTGGATGGT 
ACCATTCATA ATGTGTCCTA CAGTACTCTA GATGGCTGTC AGACATGTAC ATGCAAGAGT 
GGTAACAGGG AGTGCTCTCC CCTGCCCTGT CCGACACTTG ACTGCATACA GACGGAAACA 
TTACCTGGGG ACTGTTGCCA GCAATGCAGA GGCTGCATCC ACTCTGGTGT CAGATATGAT 
CACAGAGCTA AGTGGAGACC GGTAGAGAGT CCCTGTGATA TCTGCCAGTG TGTGGAGGGT 
CATGTCCATT GTGAGACGGA GCAGTGTCAC ACCCCCTGTA AAAACCCAGC TCCTCCAGCA 
GCCAACACCT GCTGTCCAGT TTGTCAGGGC TGCGGTGTGA ATGGTCACAA CTTTCCTAAT 
GGAGCTGTGA TTCCCACTGG AGACAGCTGT CTAGAGTGTA CATGTGTGAA TGGAAATGTG 
ACTTGCTCTC CCCTTCCTTG TCCTGCCTTG TCTTGTCAAA ACCCTGTTCA TCATGGAGGA 
GACTGTTGCC CACGGTGTGA GCACTGTGAG TATGAGTCCA GGGTGTATAC AGATGGACAG 
AGGTTCTCCT CCAGGAGGGA TCCCTGCCTT CACTGTCATT GTTCTGCAGG TGAAGTGTCT 
TGTGAACGTA TGGATGCATC ATGTCCCACC ACACGCTGTA GTCATCCCGC AAAACGCACA 
GGAGACTGTT GCCCCACATG TGATGAATGT GAGTATGATA AGAGGGTGTA TTCTGATGGC 
AAAGTGTTCA GTCCTGCTGG AAGTGGACCC TGCCTGCAGT GCAGCTGTAA GGGTGGAAAT 
GTAATTTGCC GCAAAGAGAG GTGCCCTCCT GTCCATTGCT CCAACCCTAT TAGAGATGCA 
CATCTCTGCT GCCCAGTCTG CAAAGCATGT GTGTTGGAGG AAGTGGAATA TGAAGAAGGC 
TCTAGTTGGC AACCCGAGGG TCCCTGCTCC AGCTGCACCT GTGTGAATGG AGAGATCTCG 
TGTTCGCACA CACAATGCCC CCCCACCGAG TGCCTGCACC CGACCAAGAT CACTGGTTCC 
TGTTGTGCGG TGTGTGAAAG CTGCACCTTT AACCACCGTA TCTATAGCAA TGGACAGAGG 
TTTATAAACC CTGACCAGCA CTGCCACATC TGCATCTGTC AGCACGGCAC TGTAGCATGT 
GAGAGAAGAA CATGTCCTCC ACTCAACTGT ACAAACTCAT ACACCCCACC TGGAGAGTGC 
TGTCCTAAAT GTCCAGATTG CTCCTTTGAA AACCATGTGT TTGTGGATGG AGAAGCTTTT 
CCCAATCCTT TGAGTGTCTG TGAGGAATGT AGGTGTGTGA GTGGCAGAAT TGACTGCCAT 
CAAGCACAAT GTCCACATCC CCATTGCAGT GCACCTCTAC CAGGAACATG CTGTCAGAAC 
AACTGCAATG GCTGCAGCTA TGCTGGGAAG GAGTATCCCA ATGGGCAGGA GTTTCCACAT 
CCTACGGACA AATGCAGGAC ATGCAGCTGC ATAAATGGGA ACGTCCAATG TTTGATGAAG 
AGGTGTCCAC CACTGCGATG CTCCAACCCA AATGTGGTGC CAGCAGACTG CTGTCCCCAG 
TGTCCTGCTC CTCCATCCGA CTGTGTGTAT GAACAACGCC CCTACAGACA CACGGAGCGT 
TTCTACCACC CGTCTGACAA CTGTCGATTG TGTGCCTGTA CTAATGGGAC AGTTCACTGT 
CAGCACAAGC CCTGCCCCTT CACCTCGTGC TCTCACCCAA TCACGCAGGA GTGCTGCCGT 
TCCTGTGAAG GCTGTTTACA TGAGGGTCAG GAGAGAGCTA ATGGGGAGAC ATGGAATGAT 
GCGTCAGACC CGTGTGCCAA ATGTGTTTGC CGCGAGGGCT CTGTTCACTG TGCGATCACA 
CACTGTCCAC CCACCAGCTG TAACTACCCA GTTCAGAGAC AGTGCTGCAT GTCCTGTGAT 
GGCTGCATGT TTCACGGTAA GGAATATCCT GATGGCACTG AGTTTCGCAA TGACCACGAC 
CCCTGTGGTG TGTGTCTCTG TCATGGAGGA GAGGTCACGT GCAGCAAAGT GCCTTGTTAT 
GGAGGCTGTA CCCACCCTTT CAAGCCACCT GGACAATGCT GTGGCGAATG TGAACGCTGT 
TTCTATAACA GTGCAGTTCT CACCAATGGG GAATCGATCC CTGACCCAGG GAACCCCTGC 
TCCGAATGCA CCTGCCAGAG CGGTTCAGTG CAATGTGTGA AGAAGTCGTG TCCTGCAGCT 
CTTTGCCCAC ACCCAGTCAC CAACGCATGT GGCTGTCCTG TCTGTGATGG TTGTCAATTC 
CAAGGTGTGA CTTATGCTGA TGGACAGATC CGTCCAGGAG GAGAGAGAGG GTGTCAGGAC 
TGCACATGCT CAAGAGGAGA AGTGGTGTGT GCTCGGCGAC GATGCCCCGC TGTGTCATGT 
CCACACCCAG GTCTGGGAGA TTGTGAATGT GGAGTGTGTG ACGGATGCAA CTTTCATGGA 
CGAAACTGCT TTAATGGAGA GAGGTTCCCA CACCCAACAG ACCACTGTCA GCTGTGCTCC 
TGTCTGAATG GTGGGGTGGT GTGTGCACGT GTATCCTGTC CAGGAGTTGC CTGTGTGCGC 
ACAGTGACCC GTCCAGGGGA GTGCTGCCCC GTCTGCACAG GCAGTTGTCT TCTTCAGGGG 
ACTGAGTATC AGTCTGGCTC CACCTTTACT TTACCATCTG ATCCCTGTTC CTCATGCTCC 
TGTCTGAATG AGGTGGTGAA CTGTCAAAAG AGGCCCTGTC CAGTCCAGTG CTCTCATCCA 
GTCCCTTCAG AAACCTGTTG CCCCATCTGT GACTCCTGTC TGTATGAGGG TGTGGTGCAC 
TCTCACAGTC ACACCTTCAC AGCCTCCTCC AACCCCTGCC AGCGCTGCAC ATGTGTCAGA 
GGCACCATCA CCTGTGTTCC ACTTGTCTGT CCACCAACAC CATGTGCTCG ACCCATTATC 
AAGCCAGGAC AGTGTTGTCC AGAGTGCACA GTGTGTGTGC TGGATGGACA AGAGTTTAGT 
GATGGACAGT CTTGGACCCT GAGTTCAAAC CACTGTTCCA CTTGCACCTG CCAGGCAGGT 
GAGGTCAAAT GTGCGTCTCG TCAGTGTCCC AGTCTGCCAT GTATGCATCA GGTGACCGAT 
CCGGGAGCCT GTTGTCCTCG TTGTAGAGGT TGTGTGTATG AAGCAGAAGA GCATATAGAG 
GGCAGCAGCT GGTTCGCAGA CTCTACTCCT TGTATGACCT GTATGTGTGT GGATGGGGTG 
ACTACCTGCT CTGAAGTACA CTGTCTATCT CCCTGTATAA ACTTCATTAG CGTGCCTGGG 
GAGTGCTGCC CTATGTGTGC AGACTGTGTA TTTGAGGGCA GAGTGTACGG CCCAGGGGAC 
AGTTTCAATC CAGCTGATGA CCCCTGCCAG ATATGCACAT GTGAGGTGAT GCCAGATGGA 
GAACAGCACC TGAGGTGTTA CCGAAAACAG TGTCCCAGTC TGGTTGACTG TCCTAAAAGC 
AACATCTTGT TTGCTGGACC AGACTCCTGC TGTCCTGTCT GTGCACAGCC TCTTAGTAAC 
TGCACCGCCA CACTGATTGG GAACGAAGTG TTGGCCACAG ATGACCCCTG TTTTACCTGC 
CATTGCAAGG ACCTGACCTG GACTTGTGTA CACCAAATGT GCCTCCCACT CACTTGCCCT 
CTTAATGAAC AGTTCACTCC TCCAGACTCG TGCTGCCCTG TGTGTAAAGA ATGTGTGATT 
GAGGGTCAGA AGAGAGTGGC CAACGGCAGC TTCTGGAAGG ACAGCGACGA CGACTGTGTC 
GCGTGCACAT GTAATTCGGG CTACGTTGAA TGCAACATTG AAGAGTGTTT ACCTGTGCTC 
TGTCTGAACG GCTGGAAACA AGTAAAGCTT CCTGGGAAAT GCTGCTATGA ATGCCAAGAC 
TCAGTCGGCT CGTGTTCGTA CCTGGGAACA GTTTATCACA GCAATGAACA GTGGGAAGTG 
GATGAGTGCA CCAGCTGTAC GTGTGTACAT GGAGACGTAC ACTGTCACAG TGAACGCTGC 
CCTCCCATCA CCTGCTCAAC CGATGAGATG CCGGCAGTTG TCCCAGGTTT GTGCTGTCCT 
CATTGCCTGC CTCGTCCAGC CACCTGCATT GCCTTCGGCG ACCCTCATTA TCGCACGTTC 
GACGGCCGCA TGCTGCACTT CCAAGGAACG TGCACGTATG TCCTAGCGCA GGACTGTGAG 
GGTGGAGACT TCAGTATTCA TGCAACTAAT GACGATCGTG GACGTAACGG AGTATCCTGG 
ACCAAAGAGG TGACTGTGTT TATAGGAGAC GTCACGGTGC AGCTGCTCCA GAACTGGGTT 
GTGAAGGTCA ATGGTGAAGC TGTGACTTTG CCGTTCCTCA GAGAACCCTA CGTCTATATA 
GAACGTCAAA CCAACATCAT CTTACTGAAC ACCAACATTG GCCTGAAGGT GCTTTGGAGC 
GGTCGATCAC ACCTGGAAGT GAGTGTGCCC GGCTCCTATA AGAGCCACAC CTGTGGTCTC 
TGTGGAAACT TCAACAACTA CCACCAGGAT GACCTCCGAA TGCCCAGTGG ACAACTTAGC 
CTATCAGAGT CTGACTTTGG CAACAGCTGG AAGGTCCGAA ATAGCAGCAA TTCCCTCTCA 
TCCTGTCGAC CGGGTGAGGA TGTTGACCCC TGTAAGGACG CAGGCTACCA GGCCAAGAAG 
CAGGCCAACG CTCGCTGTAA GGTCCTGAAG TCTTCCGTCT TTAAGCCCTG CCATCGTGTG 
GTGCCTCCTG AATCATGGTA CGGAGCATGC GTGTACGATC TCTGTGCCTG CGGGGCTAAT 
ACTGACGAGT GTCTCTGTGA AACACTGGAG GCCTATGCAG GTCAGTGCAG AGAGGCCGGA 
GTTGTCCTGC ACTGGAGGAG CCCATCACTG TGTGCTGTGG GCTGTCCAGC GGAGAGGGGC 
TTTGTGTTTG ATGAATGTGG TCCCCCGTGT CCCGTAACCT GCTTTAATGT GGACGTACCC 
CTCGGTGTGA TAGAGAGCCA CTGCTTCAAG CCCTGTGTCC CGGGCTGTCA GTGTCCTGCT 
GGTCTGGTTT TACACAACAA CTACTGCATA CAGCGAGAAA AGTGCCCCAA GATAATTCAT 
GGAAACTCTT CATAA

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

RefSeq	XP_026222166.1
CDS	535..6849
Translation	MESGKLRTLMLLEIHLLWVFALSVQGHSGADHKNVIDLLAALNMSHHRSGVTRLQSSESVIYRIRPRAPYLTLPPEYSHVLSTSIQSSMGVHLVGRQSSGSSATLFSLSSASSTILQIISSTLNNTLSLDHQPRGLARGFARIHFPRKNPFSGEEWVQLAVSMEPDRLTFFVDCQEAVVVPIKSEERINLDLPQDVVVTIAGTPGTKDSKFSGHLKAAAISVKAYLRRPWLCNGVTDDLPASQYTGAPSPDSQSESSQRLQHPGFTSKPQSSHRPTDQTKHHPHDVQSDQLQRGVVLGPPGSPQGVKSVSEAQQDDRLNNLEKRLDELTRMLDMVKAQNVDLQSRVKYLEGCECVKQRCVWEGHEVDDGQHWQTDINTVCTCTSGKVTCQTNIRGCEVDGTIHNVSYSTLDGCQTCTCKSGNRECSPLPCPTLDCIQTETLPGDCCQQCRGCIHSGVRYDHRAKWRPVESPCDICQCVEGHVHCETEQCHTPCKNPAPPAANTCCPVCQGCGVNGHNFPNGAVIPTGDSCLECTCVNGNVTCSPLPCPALSCQNPVHHGGDCCPRCEHCEYESRVYTDGQRFSSRRDPCLHCHCSAGEVSCERMDASCPTTRCSHPAKRTGDCCPTCDECEYDKRVYSDGKVFSPAGSGPCLQCSCKGGNVICRKERCPPVHCSNPIRDAHLCCPVCKACVLEEVEYEEGSSWQPEGPCSSCTCVNGEISCSHTQCPPTECLHPTKITGSCCAVCESCTFNHRIYSNGQRFINPDQHCHICICQHGTVACERRTCPPLNCTNSYTPPGECCPKCPDCSFENHVFVDGEAFPNPLSVCEECRCVSGRIDCHQAQCPHPHCSAPLPGTCCQNNCNGCSYAGKEYPNGQEFPHPTDKCRTCSCINGNVQCLMKRCPPLRCSNPNVVPADCCPQCPAPPSDCVYEQRPYRHTERFYHPSDNCRLCACTNGTVHCQHKPCPFTSCSHPITQECCRSCEGCLHEGQERANGETWNDASDPCAKCVCREGSVHCAITHCPPTSCNYPVQRQCCMSCDGCMFHGKEYPDGTEFRNDHDPCGVCLCHGGEVTCSKVPCYGGCTHPFKPPGQCCGECERCFYNSAVLTNGESIPDPGNPCSECTCQSGSVQCVKKSCPAALCPHPVTNACGCPVCDGCQFQGVTYADGQIRPGGERGCQDCTCSRGEVVCARRRCPAVSCPHPGLGDCECGVCDGCNFHGRNCFNGERFPHPTDHCQLCSCLNGGVVCARVSCPGVACVRTVTRPGECCPVCTGSCLLQGTEYQSGSTFTLPSDPCSSCSCLNEVVNCQKRPCPVQCSHPVPSETCCPICDSCLYEGVVHSHSHTFTASSNPCQRCTCVRGTITCVPLVCPPTPCARPIIKPGQCCPECTVCVLDGQEFSDGQSWTLSSNHCSTCTCQAGEVKCASRQCPSLPCMHQVTDPGACCPRCRGCVYEAEEHIEGSSWFADSTPCMTCMCVDGVTTCSEVHCLSPCINFISVPGECCPMCADCVFEGRVYGPGDSFNPADDPCQICTCEVMPDGEQHLRCYRKQCPSLVDCPKSNILFAGPDSCCPVCAQPLSNCTATLIGNEVLATDDPCFTCHCKDLTWTCVHQMCLPLTCPLNEQFTPPDSCCPVCKECVIEGQKRVANGSFWKDSDDDCVACTCNSGYVECNIEECLPVLCLNGWKQVKLPGKCCYECQDSVGSCSYLGTVYHSNEQWEVDECTSCTCVHGDVHCHSERCPPITCSTDEMPAVVPGLCCPHCLPRPATCIAFGDPHYRTFDGRMLHFQGTCTYVLAQDCEGGDFSIHATNDDRGRNGVSWTKEVTVFIGDVTVQLLQNWVVKVNGEAVTLPFLREPYVYIERQTNIILLNTNIGLKVLWSGRSHLEVSVPGSYKSHTCGLCGNFNNYHQDDLRMPSGQLSLSESDFGNSWKVRNSSNSLSSCRPGEDVDPCKDAGYQAKKQANARCKVLKSSVFKPCHRVVPPESWYGACVYDLCACGANTDECLCETLEAYAGQCREAGVVLHWRSPSLCAVGCPAERGFVFDECGPPCPVTCFNVDVPLGVIESHCFKPCVPGCQCPAGLVLHNNYCIQREKCPKIIHGNSS

Target ORF information:

RefSeq Version	XM_026366381.1
Organism	Anabas testudineus(climbing perch)
Definition	Anabas testudineus kielin cysteine rich BMP regulator (kcp), mRNA.

Target ORF information:

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

XM_026366381.1

ORF Insert Sequence:

ATGGAAAGTG GCAAACTGAG GACCCTCATG CTACTGGAGA TACATTTGCT CTGGGTCTTT 
GCACTGTCTG TGCAGGGGCA CTCTGGTGCA GATCACAAGA ATGTGATTGA CCTTCTGGCA 
GCTTTGAACA TGTCCCACCA TAGAAGTGGT GTTACCAGAC TGCAGAGTTC TGAAAGTGTT 
ATATATCGAA TACGTCCCAG AGCACCTTAC CTGACTCTGC CTCCAGAATA TTCACACGTC 
TTGTCCACCA GCATTCAAAG TAGCATGGGC GTGCATTTGG TGGGCCGCCA GTCATCGGGC 
TCCAGTGCCA CTCTTTTTTC TCTCTCCTCC GCATCCTCAA CAATTCTCCA AATCATCTCC 
TCCACCCTCA ATAACACTCT GAGTTTGGAC CATCAACCCA GAGGATTAGC TCGGGGATTC 
GCCCGCATTC ACTTCCCCAG AAAAAACCCA TTCTCCGGGG AGGAGTGGGT ACAGTTGGCT 
GTGAGCATGG AGCCTGACAG GCTGACATTT TTTGTAGACT GTCAAGAGGC TGTTGTTGTC 
CCCATAAAAA GCGAAGAGAG GATCAACCTG GATCTGCCTC AAGATGTTGT TGTCACTATT 
GCCGGCACAC CAGGAACGAA AGACAGCAAA TTTAGTGGGC ATTTGAAGGC AGCTGCAATT 
TCAGTGAAAG CATATCTAAG GCGCCCATGG CTCTGCAATG GTGTTACAGA TGACCTGCCT 
GCGTCTCAGT ACACAGGCGC TCCAAGCCCA GATTCTCAGA GTGAGAGCAG TCAAAGGCTC 
CAGCACCCCG GCTTCACCAG TAAGCCTCAA AGCAGTCATA GACCAACAGA CCAAACAAAA 
CATCATCCAC ATGATGTTCA GAGTGACCAA CTGCAGAGAG GCGTCGTCCT GGGGCCTCCA 
GGATCTCCCC AAGGGGTAAA ATCTGTTTCA GAAGCTCAGC AAGATGACAG GCTGAATAAC 
CTGGAGAAGA GGCTGGATGA GCTCACTCGT ATGCTGGACA TGGTCAAAGC TCAGAATGTA 
GATTTACAAT CACGAGTAAA ATACCTTGAG GGATGTGAGT GTGTGAAGCA GCGATGTGTT 
TGGGAGGGAC ATGAAGTGGA CGATGGCCAG CACTGGCAGA CTGACATAAA CACTGTGTGT 
ACTTGCACAT CTGGAAAGGT TACATGCCAA ACTAACATCA GAGGGTGTGA GGTGGATGGT 
ACCATTCATA ATGTGTCCTA CAGTACTCTA GATGGCTGTC AGACATGTAC ATGCAAGAGT 
GGTAACAGGG AGTGCTCTCC CCTGCCCTGT CCGACACTTG ACTGCATACA GACGGAAACA 
TTACCTGGGG ACTGTTGCCA GCAATGCAGA GGCTGCATCC ACTCTGGTGT CAGATATGAT 
CACAGAGCTA AGTGGAGACC GGTAGAGAGT CCCTGTGATA TCTGCCAGTG TGTGGAGGGT 
CATGTCCATT GTGAGACGGA GCAGTGTCAC ACCCCCTGTA AAAACCCAGC TCCTCCAGCA 
GCCAACACCT GCTGTCCAGT TTGTCAGGGC TGCGGTGTGA ATGGTCACAA CTTTCCTAAT 
GGAGCTGTGA TTCCCACTGG AGACAGCTGT CTAGAGTGTA CATGTGTGAA TGGAAATGTG 
ACTTGCTCTC CCCTTCCTTG TCCTGCCTTG TCTTGTCAAA ACCCTGTTCA TCATGGAGGA 
GACTGTTGCC CACGGTGTGA GCACTGTGAG TATGAGTCCA GGGTGTATAC AGATGGACAG 
AGGTTCTCCT CCAGGAGGGA TCCCTGCCTT CACTGTCATT GTTCTGCAGG TGAAGTGTCT 
TGTGAACGTA TGGATGCATC ATGTCCCACC ACACGCTGTA GTCATCCCGC AAAACGCACA 
GGAGACTGTT GCCCCACATG TGATGAATGT GAGTATGATA AGAGGGTGTA TTCTGATGGC 
AAAGTGTTCA GTCCTGCTGG AAGTGGACCC TGCCTGCAGT GCAGCTGTAA GGGTGGAAAT 
GTAATTTGCC GCAAAGAGAG GTGCCCTCCT GTCCATTGCT CCAACCCTAT TAGAGATGCA 
CATCTCTGCT GCCCAGTCTG CAAAGCATGT GTGTTGGAGG AAGTGGAATA TGAAGAAGGC 
TCTAGTTGGC AACCCGAGGG TCCCTGCTCC AGCTGCACCT GTGTGAATGG AGAGATCTCG 
TGTTCGCACA CACAATGCCC CCCCACCGAG TGCCTGCACC CGACCAAGAT CACTGGTTCC 
TGTTGTGCGG TGTGTGAAAG CTGCACCTTT AACCACCGTA TCTATAGCAA TGGACAGAGG 
TTTATAAACC CTGACCAGCA CTGCCACATC TGCATCTGTC AGCACGGCAC TGTAGCATGT 
GAGAGAAGAA CATGTCCTCC ACTCAACTGT ACAAACTCAT ACACCCCACC TGGAGAGTGC 
TGTCCTAAAT GTCCAGATTG CTCCTTTGAA AACCATGTGT TTGTGGATGG AGAAGCTTTT 
CCCAATCCTT TGAGTGTCTG TGAGGAATGT AGGTGTGTGA GTGGCAGAAT TGACTGCCAT 
CAAGCACAAT GTCCACATCC CCATTGCAGT GCACCTCTAC CAGGAACATG CTGTCAGAAC 
AACTGCAATG GCTGCAGCTA TGCTGGGAAG GAGTATCCCA ATGGGCAGGA GTTTCCACAT 
CCTACGGACA AATGCAGGAC ATGCAGCTGC ATAAATGGGA ACGTCCAATG TTTGATGAAG 
AGGTGTCCAC CACTGCGATG CTCCAACCCA AATGTGGTGC CAGCAGACTG CTGTCCCCAG 
TGTCCTGCTC CTCCATCCGA CTGTGTGTAT GAACAACGCC CCTACAGACA CACGGAGCGT 
TTCTACCACC CGTCTGACAA CTGTCGATTG TGTGCCTGTA CTAATGGGAC AGTTCACTGT 
CAGCACAAGC CCTGCCCCTT CACCTCGTGC TCTCACCCAA TCACGCAGGA GTGCTGCCGT 
TCCTGTGAAG GCTGTTTACA TGAGGGTCAG GAGAGAGCTA ATGGGGAGAC ATGGAATGAT 
GCGTCAGACC CGTGTGCCAA ATGTGTTTGC CGCGAGGGCT CTGTTCACTG TGCGATCACA 
CACTGTCCAC CCACCAGCTG TAACTACCCA GTTCAGAGAC AGTGCTGCAT GTCCTGTGAT 
GGCTGCATGT TTCACGGTAA GGAATATCCT GATGGCACTG AGTTTCGCAA TGACCACGAC 
CCCTGTGGTG TGTGTCTCTG TCATGGAGGA GAGGTCACGT GCAGCAAAGT GCCTTGTTAT 
GGAGGCTGTA CCCACCCTTT CAAGCCACCT GGACAATGCT GTGGCGAATG TGAACGCTGT 
TTCTATAACA GTGCAGTTCT CACCAATGGG GAATCGATCC CTGACCCAGG GAACCCCTGC 
TCCGAATGCA CCTGCCAGAG CGGTTCAGTG CAATGTGTGA AGAAGTCGTG TCCTGCAGCT 
CTTTGCCCAC ACCCAGTCAC CAACGCATGT GGCTGTCCTG TCTGTGATGG TTGTCAATTC 
CAAGGTGTGA CTTATGCTGA TGGACAGATC CGTCCAGGAG GAGAGAGAGG GTGTCAGGAC 
TGCACATGCT CAAGAGGAGA AGTGGTGTGT GCTCGGCGAC GATGCCCCGC TGTGTCATGT 
CCACACCCAG GTCTGGGAGA TTGTGAATGT GGAGTGTGTG ACGGATGCAA CTTTCATGGA 
CGAAACTGCT TTAATGGAGA GAGGTTCCCA CACCCAACAG ACCACTGTCA GCTGTGCTCC 
TGTCTGAATG GTGGGGTGGT GTGTGCACGT GTATCCTGTC CAGGAGTTGC CTGTGTGCGC 
ACAGTGACCC GTCCAGGGGA GTGCTGCCCC GTCTGCACAG GCAGTTGTCT TCTTCAGGGG 
ACTGAGTATC AGTCTGGCTC CACCTTTACT TTACCATCTG ATCCCTGTTC CTCATGCTCC 
TGTCTGAATG AGGTGGTGAA CTGTCAAAAG AGGCCCTGTC CAGTCCAGTG CTCTCATCCA 
GTCCCTTCAG AAACCTGTTG CCCCATCTGT GACTCCTGTC TGTATGAGGG TGTGGTGCAC 
TCTCACAGTC ACACCTTCAC AGCCTCCTCC AACCCCTGCC AGCGCTGCAC ATGTGTCAGA 
GGCACCATCA CCTGTGTTCC ACTTGTCTGT CCACCAACAC CATGTGCTCG ACCCATTATC 
AAGCCAGGAC AGTGTTGTCC AGAGTGCACA GTGTGTGTGC TGGATGGACA AGAGTTTAGT 
GATGGACAGT CTTGGACCCT GAGTTCAAAC CACTGTTCCA CTTGCACCTG CCAGGCAGGT 
GAGGTCAAAT GTGCGTCTCG TCAGTGTCCC AGTCTGCCAT GTATGCATCA GGTGACCGAT 
CCGGGAGCCT GTTGTCCTCG TTGTAGAGGT TGTGTGTATG AAGCAGAAGA GCATATAGAG 
GGCAGCAGCT GGTTCGCAGA CTCTACTCCT TGTATGACCT GTATGTGTGT GGATGGGGTG 
ACTACCTGCT CTGAAGTACA CTGTCTATCT CCCTGTATAA ACTTCATTAG CGTGCCTGGG 
GAGTGCTGCC CTATGTGTGC AGACTGTGTA TTTGAGGGCA GAGTGTACGG CCCAGGGGAC 
AGTTTCAATC CAGCTGATGA CCCCTGCCAG ATATGCACAT GTGAGGTGAT GCCAGATGGA 
GAACAGCACC TGAGGTGTTA CCGAAAACAG TGTCCCAGTC TGGTTGACTG TCCTAAAAGC 
AACATCTTGT TTGCTGGACC AGACTCCTGC TGTCCTGTCT GTGCACAGCC TCTTAGTAAC 
TGCACCGCCA CACTGATTGG GAACGAAGTG TTGGCCACAG ATGACCCCTG TTTTACCTGC 
CATTGCAAGG ACCTGACCTG GACTTGTGTA CACCAAATGT GCCTCCCACT CACTTGCCCT 
CTTAATGAAC AGTTCACTCC TCCAGACTCG TGCTGCCCTG TGTGTAAAGA ATGTGTGATT 
GAGGGTCAGA AGAGAGTGGC CAACGGCAGC TTCTGGAAGG ACAGCGACGA CGACTGTGTC 
GCGTGCACAT GTAATTCGGG CTACGTTGAA TGCAACATTG AAGAGTGTTT ACCTGTGCTC 
TGTCTGAACG GCTGGAAACA AGTAAAGCTT CCTGGGAAAT GCTGCTATGA ATGCCAAGAC 
TCAGTCGGCT CGTGTTCGTA CCTGGGAACA GTTTATCACA GCAATGAACA GTGGGAAGTG 
GATGAGTGCA CCAGCTGTAC GTGTGTACAT GGAGACGTAC ACTGTCACAG TGAACGCTGC 
CCTCCCATCA CCTGCTCAAC CGATGAGATG CCGGCAGTTG TCCCAGGTTT GTGCTGTCCT 
CATTGCCTGC CTCGTCCAGC CACCTGCATT GCCTTCGGCG ACCCTCATTA TCGCACGTTC 
GACGGCCGCA TGCTGCACTT CCAAGGAACG TGCACGTATG TCCTAGCGCA GGACTGTGAG 
GGTGGAGACT TCAGTATTCA TGCAACTAAT GACGATCGTG GACGTAACGG AGTATCCTGG 
ACCAAAGAGG TGACTGTGTT TATAGGAGAC GTCACGGTGC AGCTGCTCCA GAACTGGGTT 
GTGAAGGTCA ATGGTGAAGC TGTGACTTTG CCGTTCCTCA GAGAACCCTA CGTCTATATA 
GAACGTCAAA CCAACATCAT CTTACTGAAC ACCAACATTG GCCTGAAGGT GCTTTGGAGC 
GGTCGATCAC ACCTGGAAGT GAGTGTGCCC GGCTCCTATA AGAGCCACAC CTGTGGTCTC 
TGTGGAAACT TCAACAACTA CCACCAGGAT GACCTCCGAA TGCCCAGTGG ACAACTTAGC 
CTATCAGAGT CTGACTTTGG CAACAGCTGG AAGGTCCGAA ATAGCAGCAA TTCCCTCTCA 
TCCTGTCGAC CGGGTGAGGA TGTTGACCCC TGTAAGGACG CAGGCTACCA GGCCAAGAAG 
CAGGCCAACG CTCGCTGTAA GGTCCTGAAG TCTTCCGTCT TTAAGCCCTG CCATCGTGTG 
GTGCCTCCTG AATCATGGTA CGGAGCATGC GTGTACGATC TCTGTGCCTG CGGGGCTAAT 
ACTGACGAGT GTCTCTGTGA AACACTGGAG GCCTATGCAG GTCAGTGCAG AGAGGCCGGA 
GTTGTCCTGC ACTGGAGGAG CCCATCACTG TGTGCTGTGG GCTGTCCAGC GGAGAGGGGC 
TTTGTGTTTG ATGAATGTGG TCCCCCGTGT CCCGTAACCT GCTTTAATGT GGACGTACCC 
CTCGGTGTGA TAGAGAGCCA CTGCTTCAAG CCCTGTGTCC CGGGCTGTCA GTGTCCTGCT 
GGTCTGGTTT TACACAACAA CTACTGCATA CAGCGAGAAA AGTGCCCCAA GATAATTCAT 
GGAAACTCTT CATAA