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
OMo172637	XM_028000092.1 Latest version!	Xiphophorus couchianus 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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Next-day Shipping ORF Clones ( in default vector with tag)
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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_028000092.1 ) cDNA ORF clone, -> XP_027855893.1 Xiphophorus couchianus kielin cysteine rich BMP regulator (kcp), mRNA.

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CloneID	OMo172637
Clone ID Related Accession (Same CDS sequence)	XM_028000092.1
Accession Version	XM_028000092.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6363bp) 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	2019-02-10
Organism	Xiphophorus couchianus(Monterrey platyfish)
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 (NC_040229.1) 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 :: Xiphophorus couchianus Annotation Release 101 Annotation Version :: 101 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##

ATGAGCTGGT CGGGTTTTGA TCCATGCTCT TGGGCCCGAA GAATGGAGCG CAGCAAACTG 
AGGACGGTGC TGCCGCTGCT CAACTTGCAT TTGCTGTGGA TGTTTGTGAT GTTTTTGCGT 
GGACACTCTG CCCCGAACCG GGAAGATGCA ATTGACCTTC TAGCAGCACT AAACATATCT 
CAGCAGAGAA GTGGTGTTTC CAGACTGCAG AGTCCAAACG GCGTGACGTA TAAAATACGT 
CACAGAGCAG CTTACCTGAT CCTCCCTCAG GAATACTCCA GCTTCCTGCA CTCCAACTTT 
CGGGGCAGTA TTGGAGTGCA TTTGGTTGGA CGTCAGGCAC CAAGATCCAG TGCTACTCTC 
TTTTCTCTCT CCTCAGCAAC CTCACCTATA CTCCAAATCA TCTCCTCCAC TATCAATAAC 
TCTCTGCATT TGGACTACCA ATCTGCTGGA GTATCACTTG CCCGCTTTTA TTTTCCCCAA 
AAAAATCCCA TCCGTGGAGG TGAATGGGTG CAGTTGGCTG TGAGCCTGGA GCCGGACAGA 
TTGGTATTTT ATGCTGATTG CCAAAAACCT ATTGTTATAG GAATAAAGAG TGAAAACAGG 
ATCCACTTGG ACATTCCGCA TGATGTTGTC ATTGCTCTTG GGAGCACACC GGGAAAAACA 
GAGAGCAAAT TTATTGGACA TCTGAAGACA GCTGAATTAT CACTGGAAGC TTATGTAAGA 
CGTCCATGGA GCTGTGACAA CAATACAGAT GACCTGCCTC TGTCTCATTA CAAAGACACA 
CATGGTCCAA ATTCCATAAC TGACACCAGA CAAATGCTCC AGCATGATGG TTCACCCAGT 
AAACATCAAA CGAACAACAG GTCATGGGAG GAAACCGACC ATTATCCCGG GGACGTCCAG 
GCAGACCAGC AGCAGAGGGC TGCAGCTCTG GGGCCTCCAG GATTTCCTCG CGGGGTAAAA 
TCTGGCTCTC AAGAGCAGAG AGTGGACAGG CTAGGGGTAC TGGAGAACAA GCTAGAAGAG 
ATGGCCCGTA TGCTGGATAT GGTCAAAGCT CAGAATCTAG ATCTACAAAC CCGTGTAAAC 
TACCTGGAGG GATGTGAGTG CGTGAGGCAA CAATGCGTAT GGGAGGGACG TGAAGTGGAG 
GAGGGCCGGC GCTGGCAGGT TGACCCCAAC ACTGTGTGTT TGTGTTCATC TGGAAAGGTC 
ACATGCCAAA CAAGCAAAAG AGATGCAGGA TGTGAGACAG ACAGTAAAGT TCACAATGTA 
TCCTATGAGG TTCTTGATGG CTGCCAGACA TGCACATGTA AGGGAGGTAA CAGGGAGTGC 
TCTCCGCTGC CGTGCCTCTC GGTAGACTGC ACAGTGCAGG AGACGGTGCC TGGAGACTGT 
TGCCAACAAT GCAGAGGTTG TACCCACTCT GGTGTCAGGC ATGACCACGG AGCCAGATGG 
AGGTCAGCAG AGAATCCCTG TGATCTGTGC TCCTGTTTGG AAGGTCATGT TCACTGTGAG 
AGGGAGGAGT GCAGCACCCC TTGTGATCAC CCTTCTGCTC CTCCTCCTAA TAGCTGCTGT 
CCAGTTTGTC AAGGTTGTGG TGTGAATGGA CTTGAGTTCC CTAACAAAGC TGCAATTCCT 
ACTGGAGACC GATGTCAGGA GTGTACATGT GAGAATGGAA ATGTAGTGTG TTCAGCTCTT 
CAATGCCCTA CGTTGACTTG TCACAGCCCC GTGCATCCTC CTGGTGACTG TTGCCCTCGA 
TGTGAACAGT GTGAATATGA ATCAGAGGTC TATGTGAATG GTCAGAAGTT CTCATCCCTG 
ACCGATCCCT GCCTACTTTG CCGCTGCTCT GAAGGTGAGG TGTCTTGTGA ACGAATGGAG 
GCCTCTTGCT CCACAGTACA CTGCAGTCAT CCAGTCAGGA GAAAGGGAGA GTGCTGTCCC 
ATATGCAAAG AGTGTGAGTT TGACAGGAGA GTGTATGCTG ATGGAAAATT GTTTGTCCCC 
CCTGGGAGTG GACCCTGCCT GCAGTGCAGG TGTAAGACCG GAAACGTAAT TTGCTATGAA 
GAAAAATGTC CTCCCGTCCA GTGCTCTAAT CCCACCATTG ATCCTCATCT TTGCTGTCCA 
GTCTGCAAAG CATGCGTGCT GGAGGGGGTA GAATATGAAG ATGGCTCTAC TTGGCAACCA 
GAGGGTCCGT GTTCCAGTTG CACTTGTGTG AATGGGGAGA CATTATGTTC AAACATACAG 
TGCCTGTCCA CTGAGTGTTT ACATCCCAGC AAGATCCCAG GTTCCTGTTG TGAAATTTGT 
GACAGCTGCA CTTTCAACCA TCGAATTTAC AGCAACGGAC AGAGATTTAC AACCCCTGAC 
CAGCCCTGCC ACATATGTAC CTGTTTGCAT GGGAGCGTTC GCTGTGAACG ACAAGGCTGT 
CCTCCACTAA ACTGCACCAA TTCCTACACT CGTCCTGGAG ACTGTTGTCC TAAATGTCCA 
GACTGCTCCT TTGAAAATCG TGTGTTTGTG AATGGAGAGG CTTTTCCTAA CCCTGTGAGT 
GAGTGTGAGG AGTGTACCTG TGTGAGCGGG AGGATTGACT GCCATCAAAC ACACTGCCCC 
CATCCTCGAT GTAACGCCCC TCTGCCTGGA ACGTGCTGCC AGAATAACTG CAATGGTTGC 
AGCTACGCTG GGAAGGAGTA TCCCAATGGA CAAAACTTTG CCCATCCAAC AGACAAATGC 
AGGACATGCA GCTGCATAAA TGGAAATGTC CAATGTCTAA TGAGGAGGTG TCCTCCACTG 
CAATGCCCCA ATCCTAATAT GATCCCTGGA GACTGCTGCC CACAGTGTCC TGATCCTCCA 
TCAGACTGCC TGTTCGAGCA AAGGTCCTTC AGACACACAG AACGTTTCAA CCACCCGGCT 
GACAGCTGCC GAACATGCGC CTGCAACAAT GGGACAGTTC GCTGTCACCG TAAGCCCTGC 
CCTTCCGCTC CATGCTCTCA ACCCATTACA CGGGACTGCT GCCGGACGTG CGAAGGCTGC 
TTGCACCAGG GTCGAGAGCG AACCAATGGA GAGACTTGGG AGGATCCCTC AGATTCGTGT 
GCTGTCTGCG TTTGTCATGA AGGTTCTGTG CAATGTGAAA GAAAGCGCTG TCCACCATCC 
AACTGCAACC ACCCAGTAGA GACAGACTGC TGCAGGTCCT GTGATGGATG CACATTTCGT 
GATAAAGAAT ATCCTGATGG CACTGAGTTT GCTGATGGCC AAGACCCCTG TGGTGTGTGT 
TACTGTTATG GAGGAGACAT CACCTGCACT AAGTTACCTT GTTATGGAGA TTGCAGCCAC 
CCTTACAAAC CACCTGGGCA ATGCTGCGGA GAATGTGAAA GATGCTTCTA TAACGGCGTG 
GTCCTTGTCA ATGGACAGTC CATTCCTGAT CCAGGAAACC CTTGCTCTGA ATGTGCATGC 
CAGAGTGGTT CAGTGAGATG TTCAAGGAAA CCTTGTCCAG CAGCTTCCTG TCCTCATCCT 
GTCACCAGCC CATGCGGATG CCCCGTCTGT GATGGTTGTC ATTTCCAGGG TGTTACATAT 
GCTGATGGCC AGGTCTTCCA TGGGGGAGAA CAGAAGTGCC AGGACTGCAC ATGCTCAAGA 
GGAGAGGTGG TGTGCACGGC CCGAAGATGC CCTTCTGCAC CATGTGCACA CCCAGCTCTG 
GATGGTTGTG CATGTAGAGT GTGTGATGGA TGTAACTTCA ATGGGCGGGG CTGCTACAAT 
GGAGAGCAAT TCCCACACCC TGAAGACCAC TGTCAGAGCT GCTTCTGTCT GAATGGTGGT 
GTGGTGTGTG CTCAAACATC TTGTCCAAGC ACCACTTGCA GAAACCCAGT GATGCCTCCA 
GGGGAGTGCT GTCCTGTCTG CACAGGGAGG TGTTTCCATC AGGGTGCAGA GCACGAGTCC 
GGCTCCACCT TCACATCACC ATCTGATCCC TGCTCGACAT GCACCTGTCT GAATGAAGTG 
GTGACCTGTC AGAGTAGACC CTGTCCAGTT CACTGCTTAA ATCCCATACC CTCTGATACT 
TGCTGTCCTA TTTGTGATGA CTGCTTCTAT GAGGGTGTTG TGCACACTCA AGGCCACACC 
TTCGCATCCG TGTCCAGTCC CTGTGAGCGC TGCACTTGTG TCAGAGGAAC AGTTTCTTGT 
GTTCCGGTCG TCTGTCCACC GACAGCATGC GATCAGCCCG TTACTGAGCC AGGACAGTGC 
TGCCCGGAGT GCACAGTGTG TGAGCTGAAT GGACACAAGT ATACTGATGG ACAGATATGG 
GCCCTGAGTA CAAATCATTG CTCCACCTGC ACCTGCAAGA AAGGTGAGGT TCAGTGTGCA 
CCTCTGGAGT GTCCCAAGCT GTCTTGTCCT CACCTGGTGA CAGATCCAGG TTCCTGCTGT 
CCCCACTGTA GAGGTTGTAT GTATGGAGGA CAGCAGCATG CGGAGGGCAG CAGCTGGTTT 
GCAGATTCCA ACCCCTGCAT GACTTGTATG TGTGTGGATG GAGTGACCAC CTGCTCTGAA 
GTACATTGCG TATCGCCATG TGTCAACTTC ATGACGGTGC CTGGGGAGTG CTGCCCAGTG 
TGTGCTGATT GCATATTTGA GGGCAGAGTG TATGGTCCAG GGGACAGTTT CCATCCTGCC 
AATGATCCCT GTCAGATCTG CACATGTGAG GTGATGCCTG ATGGACAGCA ACACCTGAAG 
TGTTACAGGA AGCAGTGTCC CAGCCTAGTA GACTGTCCCA AGAGCAACAT TTTATTTCCA 
GGACCAGATT CCTGCTGTCC TGTCTGCGCA CAGCCTCTGA CTAATTGTAC AAGCAGACTG 
ATTGGCAATG AGGTGCTAGC AACAGATGAC CCCTGCTTTA CCTGCCAGTG CCAGGACCTG 
ACGTGGACAT GCCTGCAGCA AACATGTCCA ACACTAAGTT GCCCTAGTGA TGAACATTTC 
ACTCCCCCAG ATTCCTGCTG CCCTGTGTGC AATGAATGCT TGATTGAGGG TCAGGATAAG 
CGCTTCGCTA ATGGCGCCAG CTGGAAAGAC TGTGATAACG ATTGTATCTC ATGTGTTTGC 
AATTTGGGCC ATGTTGAGTG CAGCACTGAA GAGTGTCCTC CTGTAGTTTG TGTGAATGGA 
CAGACACAAG TAAAGCTCCC AGGAAAATGC TGCGACGAAT GCCAAGATTC AAGGGAGTCT 
TGTTTGTATC AAGGAACCCA GTATTACTCT GATGAACATT GGCAGGTGGA TGAATGCACC 
AACTGCATGT GTGTGTCTGG AGACGTCCAC TGTCGGAGTG AACGCTGTCC TCCTCTCACC 
TGTGCAGCAG ATGAGATGCC TGCAGTAATT CCAGGTTTGT GTTGTCCACA CTGCCTTCCT 
CGTCCAGCTA CCTGCATCGC CTTTGGTGAC CCTCACTACC GCACCTTCGA TGGACGTATG 
TTTCACTTCC AGGGCACATG CACGTATATC CTGACGAAGG ATTGTAAAGA TGAAGACTTC 
AGTGTTCATG TTACAAATGA TGATCGTGGG CGTAAAGGAG TGTCCTGGAC TAAGGAGGTG 
ACCGTCTTTA TAAGAGATGT TGCTGTGCAG TTGCTCCAAG AATTTGTTGT GAAGGTGAAT 
GAAGAGGTTG TGACTTTGCC TTTTTTAAGA GAGCCATATA TCTTTATAGA GCGGCAAGCC 
AACACCGTCC TCCTCAACAC TAACATTGGA TTAAAGGTGC TGTGGAGTCC CCGTTCACAC 
CTGGAAGTGA GCGTGCCAGG CTCCTACAAG GAAAGCACCT GTGGTCTTTG TGGAAATTTC 
AACAAGTATC CCCAGGATGA CCTCCAAATG TCCACCGGCA AACTCACCAC CTCAGAGTCT 
GACTTTGGCA ACAGTTGGAG AATGACAAAT GGAAAGCATT CACTTTCATC CTGTCGACCC 
GGAGAAGATG TCGATCCCTG TAAGAGTGCT GGATACCAGG CCAGGAAAGG GGCCAACACC 
CGCTGTAAAG TTCTCAGGTC TACAGTCTTC AAGCCCTGTC ACCGTGTCGT TCCACCTGAA 
CCGTGGTATG CCGCCTGCGT CTATGACCTC TGTGCGTGTG GGGCCAATAC TGACGAGTGT 
CTGTGTGACG CACTGGAGGC CTACGCCAGC CAGTGCAGAG AAGCAGGAGT CATCCTGCAG 
TGGAGGAGCA CATCACTCTG TGCTGTGGGC TGTCCTGTGG AGCGGGGCTT TGTGTTTGAC 
GAGTGCGGCC CACCTTGTCC CGTAACATGC TTTAATGCTG ACGTACCACT GGGAGTGATA 
GAGAGCCACT GCTTCAAGCC CTGCGTCCCA GGCTGCCAGT GTCCTGCTGG TCTGGTTCTC 
CATAACAATT ACTGCATCCA GCCAGAAAAA TGCCCCAAGA TCATTCATGG CAGCGCTTTG 
TGA

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

RefSeq	XP_027855893.1
CDS	341..6703
Translation	MSWSGFDPCSWARRMERSKLRTVLPLLNLHLLWMFVMFLRGHSAPNREDAIDLLAALNISQQRSGVSRLQSPNGVTYKIRHRAAYLILPQEYSSFLHSNFRGSIGVHLVGRQAPRSSATLFSLSSATSPILQIISSTINNSLHLDYQSAGVSLARFYFPQKNPIRGGEWVQLAVSLEPDRLVFYADCQKPIVIGIKSENRIHLDIPHDVVIALGSTPGKTESKFIGHLKTAELSLEAYVRRPWSCDNNTDDLPLSHYKDTHGPNSITDTRQMLQHDGSPSKHQTNNRSWEETDHYPGDVQADQQQRAAALGPPGFPRGVKSGSQEQRVDRLGVLENKLEEMARMLDMVKAQNLDLQTRVNYLEGCECVRQQCVWEGREVEEGRRWQVDPNTVCLCSSGKVTCQTSKRDAGCETDSKVHNVSYEVLDGCQTCTCKGGNRECSPLPCLSVDCTVQETVPGDCCQQCRGCTHSGVRHDHGARWRSAENPCDLCSCLEGHVHCEREECSTPCDHPSAPPPNSCCPVCQGCGVNGLEFPNKAAIPTGDRCQECTCENGNVVCSALQCPTLTCHSPVHPPGDCCPRCEQCEYESEVYVNGQKFSSLTDPCLLCRCSEGEVSCERMEASCSTVHCSHPVRRKGECCPICKECEFDRRVYADGKLFVPPGSGPCLQCRCKTGNVICYEEKCPPVQCSNPTIDPHLCCPVCKACVLEGVEYEDGSTWQPEGPCSSCTCVNGETLCSNIQCLSTECLHPSKIPGSCCEICDSCTFNHRIYSNGQRFTTPDQPCHICTCLHGSVRCERQGCPPLNCTNSYTRPGDCCPKCPDCSFENRVFVNGEAFPNPVSECEECTCVSGRIDCHQTHCPHPRCNAPLPGTCCQNNCNGCSYAGKEYPNGQNFAHPTDKCRTCSCINGNVQCLMRRCPPLQCPNPNMIPGDCCPQCPDPPSDCLFEQRSFRHTERFNHPADSCRTCACNNGTVRCHRKPCPSAPCSQPITRDCCRTCEGCLHQGRERTNGETWEDPSDSCAVCVCHEGSVQCERKRCPPSNCNHPVETDCCRSCDGCTFRDKEYPDGTEFADGQDPCGVCYCYGGDITCTKLPCYGDCSHPYKPPGQCCGECERCFYNGVVLVNGQSIPDPGNPCSECACQSGSVRCSRKPCPAASCPHPVTSPCGCPVCDGCHFQGVTYADGQVFHGGEQKCQDCTCSRGEVVCTARRCPSAPCAHPALDGCACRVCDGCNFNGRGCYNGEQFPHPEDHCQSCFCLNGGVVCAQTSCPSTTCRNPVMPPGECCPVCTGRCFHQGAEHESGSTFTSPSDPCSTCTCLNEVVTCQSRPCPVHCLNPIPSDTCCPICDDCFYEGVVHTQGHTFASVSSPCERCTCVRGTVSCVPVVCPPTACDQPVTEPGQCCPECTVCELNGHKYTDGQIWALSTNHCSTCTCKKGEVQCAPLECPKLSCPHLVTDPGSCCPHCRGCMYGGQQHAEGSSWFADSNPCMTCMCVDGVTTCSEVHCVSPCVNFMTVPGECCPVCADCIFEGRVYGPGDSFHPANDPCQICTCEVMPDGQQHLKCYRKQCPSLVDCPKSNILFPGPDSCCPVCAQPLTNCTSRLIGNEVLATDDPCFTCQCQDLTWTCLQQTCPTLSCPSDEHFTPPDSCCPVCNECLIEGQDKRFANGASWKDCDNDCISCVCNLGHVECSTEECPPVVCVNGQTQVKLPGKCCDECQDSRESCLYQGTQYYSDEHWQVDECTNCMCVSGDVHCRSERCPPLTCAADEMPAVIPGLCCPHCLPRPATCIAFGDPHYRTFDGRMFHFQGTCTYILTKDCKDEDFSVHVTNDDRGRKGVSWTKEVTVFIRDVAVQLLQEFVVKVNEEVVTLPFLREPYIFIERQANTVLLNTNIGLKVLWSPRSHLEVSVPGSYKESTCGLCGNFNKYPQDDLQMSTGKLTTSESDFGNSWRMTNGKHSLSSCRPGEDVDPCKSAGYQARKGANTRCKVLRSTVFKPCHRVVPPEPWYAACVYDLCACGANTDECLCDALEAYASQCREAGVILQWRSTSLCAVGCPVERGFVFDECGPPCPVTCFNADVPLGVIESHCFKPCVPGCQCPAGLVLHNNYCIQPEKCPKIIHGSAL

Target ORF information:

RefSeq Version	XM_028000092.1
Organism	Xiphophorus couchianus(Monterrey platyfish)
Definition	Xiphophorus couchianus 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_028000092.1

ORF Insert Sequence:

ATGAGCTGGT CGGGTTTTGA TCCATGCTCT TGGGCCCGAA GAATGGAGCG CAGCAAACTG 
AGGACGGTGC TGCCGCTGCT CAACTTGCAT TTGCTGTGGA TGTTTGTGAT GTTTTTGCGT 
GGACACTCTG CCCCGAACCG GGAAGATGCA ATTGACCTTC TAGCAGCACT AAACATATCT 
CAGCAGAGAA GTGGTGTTTC CAGACTGCAG AGTCCAAACG GCGTGACGTA TAAAATACGT 
CACAGAGCAG CTTACCTGAT CCTCCCTCAG GAATACTCCA GCTTCCTGCA CTCCAACTTT 
CGGGGCAGTA TTGGAGTGCA TTTGGTTGGA CGTCAGGCAC CAAGATCCAG TGCTACTCTC 
TTTTCTCTCT CCTCAGCAAC CTCACCTATA CTCCAAATCA TCTCCTCCAC TATCAATAAC 
TCTCTGCATT TGGACTACCA ATCTGCTGGA GTATCACTTG CCCGCTTTTA TTTTCCCCAA 
AAAAATCCCA TCCGTGGAGG TGAATGGGTG CAGTTGGCTG TGAGCCTGGA GCCGGACAGA 
TTGGTATTTT ATGCTGATTG CCAAAAACCT ATTGTTATAG GAATAAAGAG TGAAAACAGG 
ATCCACTTGG ACATTCCGCA TGATGTTGTC ATTGCTCTTG GGAGCACACC GGGAAAAACA 
GAGAGCAAAT TTATTGGACA TCTGAAGACA GCTGAATTAT CACTGGAAGC TTATGTAAGA 
CGTCCATGGA GCTGTGACAA CAATACAGAT GACCTGCCTC TGTCTCATTA CAAAGACACA 
CATGGTCCAA ATTCCATAAC TGACACCAGA CAAATGCTCC AGCATGATGG TTCACCCAGT 
AAACATCAAA CGAACAACAG GTCATGGGAG GAAACCGACC ATTATCCCGG GGACGTCCAG 
GCAGACCAGC AGCAGAGGGC TGCAGCTCTG GGGCCTCCAG GATTTCCTCG CGGGGTAAAA 
TCTGGCTCTC AAGAGCAGAG AGTGGACAGG CTAGGGGTAC TGGAGAACAA GCTAGAAGAG 
ATGGCCCGTA TGCTGGATAT GGTCAAAGCT CAGAATCTAG ATCTACAAAC CCGTGTAAAC 
TACCTGGAGG GATGTGAGTG CGTGAGGCAA CAATGCGTAT GGGAGGGACG TGAAGTGGAG 
GAGGGCCGGC GCTGGCAGGT TGACCCCAAC ACTGTGTGTT TGTGTTCATC TGGAAAGGTC 
ACATGCCAAA CAAGCAAAAG AGATGCAGGA TGTGAGACAG ACAGTAAAGT TCACAATGTA 
TCCTATGAGG TTCTTGATGG CTGCCAGACA TGCACATGTA AGGGAGGTAA CAGGGAGTGC 
TCTCCGCTGC CGTGCCTCTC GGTAGACTGC ACAGTGCAGG AGACGGTGCC TGGAGACTGT 
TGCCAACAAT GCAGAGGTTG TACCCACTCT GGTGTCAGGC ATGACCACGG AGCCAGATGG 
AGGTCAGCAG AGAATCCCTG TGATCTGTGC TCCTGTTTGG AAGGTCATGT TCACTGTGAG 
AGGGAGGAGT GCAGCACCCC TTGTGATCAC CCTTCTGCTC CTCCTCCTAA TAGCTGCTGT 
CCAGTTTGTC AAGGTTGTGG TGTGAATGGA CTTGAGTTCC CTAACAAAGC TGCAATTCCT 
ACTGGAGACC GATGTCAGGA GTGTACATGT GAGAATGGAA ATGTAGTGTG TTCAGCTCTT 
CAATGCCCTA CGTTGACTTG TCACAGCCCC GTGCATCCTC CTGGTGACTG TTGCCCTCGA 
TGTGAACAGT GTGAATATGA ATCAGAGGTC TATGTGAATG GTCAGAAGTT CTCATCCCTG 
ACCGATCCCT GCCTACTTTG CCGCTGCTCT GAAGGTGAGG TGTCTTGTGA ACGAATGGAG 
GCCTCTTGCT CCACAGTACA CTGCAGTCAT CCAGTCAGGA GAAAGGGAGA GTGCTGTCCC 
ATATGCAAAG AGTGTGAGTT TGACAGGAGA GTGTATGCTG ATGGAAAATT GTTTGTCCCC 
CCTGGGAGTG GACCCTGCCT GCAGTGCAGG TGTAAGACCG GAAACGTAAT TTGCTATGAA 
GAAAAATGTC CTCCCGTCCA GTGCTCTAAT CCCACCATTG ATCCTCATCT TTGCTGTCCA 
GTCTGCAAAG CATGCGTGCT GGAGGGGGTA GAATATGAAG ATGGCTCTAC TTGGCAACCA 
GAGGGTCCGT GTTCCAGTTG CACTTGTGTG AATGGGGAGA CATTATGTTC AAACATACAG 
TGCCTGTCCA CTGAGTGTTT ACATCCCAGC AAGATCCCAG GTTCCTGTTG TGAAATTTGT 
GACAGCTGCA CTTTCAACCA TCGAATTTAC AGCAACGGAC AGAGATTTAC AACCCCTGAC 
CAGCCCTGCC ACATATGTAC CTGTTTGCAT GGGAGCGTTC GCTGTGAACG ACAAGGCTGT 
CCTCCACTAA ACTGCACCAA TTCCTACACT CGTCCTGGAG ACTGTTGTCC TAAATGTCCA 
GACTGCTCCT TTGAAAATCG TGTGTTTGTG AATGGAGAGG CTTTTCCTAA CCCTGTGAGT 
GAGTGTGAGG AGTGTACCTG TGTGAGCGGG AGGATTGACT GCCATCAAAC ACACTGCCCC 
CATCCTCGAT GTAACGCCCC TCTGCCTGGA ACGTGCTGCC AGAATAACTG CAATGGTTGC 
AGCTACGCTG GGAAGGAGTA TCCCAATGGA CAAAACTTTG CCCATCCAAC AGACAAATGC 
AGGACATGCA GCTGCATAAA TGGAAATGTC CAATGTCTAA TGAGGAGGTG TCCTCCACTG 
CAATGCCCCA ATCCTAATAT GATCCCTGGA GACTGCTGCC CACAGTGTCC TGATCCTCCA 
TCAGACTGCC TGTTCGAGCA AAGGTCCTTC AGACACACAG AACGTTTCAA CCACCCGGCT 
GACAGCTGCC GAACATGCGC CTGCAACAAT GGGACAGTTC GCTGTCACCG TAAGCCCTGC 
CCTTCCGCTC CATGCTCTCA ACCCATTACA CGGGACTGCT GCCGGACGTG CGAAGGCTGC 
TTGCACCAGG GTCGAGAGCG AACCAATGGA GAGACTTGGG AGGATCCCTC AGATTCGTGT 
GCTGTCTGCG TTTGTCATGA AGGTTCTGTG CAATGTGAAA GAAAGCGCTG TCCACCATCC 
AACTGCAACC ACCCAGTAGA GACAGACTGC TGCAGGTCCT GTGATGGATG CACATTTCGT 
GATAAAGAAT ATCCTGATGG CACTGAGTTT GCTGATGGCC AAGACCCCTG TGGTGTGTGT 
TACTGTTATG GAGGAGACAT CACCTGCACT AAGTTACCTT GTTATGGAGA TTGCAGCCAC 
CCTTACAAAC CACCTGGGCA ATGCTGCGGA GAATGTGAAA GATGCTTCTA TAACGGCGTG 
GTCCTTGTCA ATGGACAGTC CATTCCTGAT CCAGGAAACC CTTGCTCTGA ATGTGCATGC 
CAGAGTGGTT CAGTGAGATG TTCAAGGAAA CCTTGTCCAG CAGCTTCCTG TCCTCATCCT 
GTCACCAGCC CATGCGGATG CCCCGTCTGT GATGGTTGTC ATTTCCAGGG TGTTACATAT 
GCTGATGGCC AGGTCTTCCA TGGGGGAGAA CAGAAGTGCC AGGACTGCAC ATGCTCAAGA 
GGAGAGGTGG TGTGCACGGC CCGAAGATGC CCTTCTGCAC CATGTGCACA CCCAGCTCTG 
GATGGTTGTG CATGTAGAGT GTGTGATGGA TGTAACTTCA ATGGGCGGGG CTGCTACAAT 
GGAGAGCAAT TCCCACACCC TGAAGACCAC TGTCAGAGCT GCTTCTGTCT GAATGGTGGT 
GTGGTGTGTG CTCAAACATC TTGTCCAAGC ACCACTTGCA GAAACCCAGT GATGCCTCCA 
GGGGAGTGCT GTCCTGTCTG CACAGGGAGG TGTTTCCATC AGGGTGCAGA GCACGAGTCC 
GGCTCCACCT TCACATCACC ATCTGATCCC TGCTCGACAT GCACCTGTCT GAATGAAGTG 
GTGACCTGTC AGAGTAGACC CTGTCCAGTT CACTGCTTAA ATCCCATACC CTCTGATACT 
TGCTGTCCTA TTTGTGATGA CTGCTTCTAT GAGGGTGTTG TGCACACTCA AGGCCACACC 
TTCGCATCCG TGTCCAGTCC CTGTGAGCGC TGCACTTGTG TCAGAGGAAC AGTTTCTTGT 
GTTCCGGTCG TCTGTCCACC GACAGCATGC GATCAGCCCG TTACTGAGCC AGGACAGTGC 
TGCCCGGAGT GCACAGTGTG TGAGCTGAAT GGACACAAGT ATACTGATGG ACAGATATGG 
GCCCTGAGTA CAAATCATTG CTCCACCTGC ACCTGCAAGA AAGGTGAGGT TCAGTGTGCA 
CCTCTGGAGT GTCCCAAGCT GTCTTGTCCT CACCTGGTGA CAGATCCAGG TTCCTGCTGT 
CCCCACTGTA GAGGTTGTAT GTATGGAGGA CAGCAGCATG CGGAGGGCAG CAGCTGGTTT 
GCAGATTCCA ACCCCTGCAT GACTTGTATG TGTGTGGATG GAGTGACCAC CTGCTCTGAA 
GTACATTGCG TATCGCCATG TGTCAACTTC ATGACGGTGC CTGGGGAGTG CTGCCCAGTG 
TGTGCTGATT GCATATTTGA GGGCAGAGTG TATGGTCCAG GGGACAGTTT CCATCCTGCC 
AATGATCCCT GTCAGATCTG CACATGTGAG GTGATGCCTG ATGGACAGCA ACACCTGAAG 
TGTTACAGGA AGCAGTGTCC CAGCCTAGTA GACTGTCCCA AGAGCAACAT TTTATTTCCA 
GGACCAGATT CCTGCTGTCC TGTCTGCGCA CAGCCTCTGA CTAATTGTAC AAGCAGACTG 
ATTGGCAATG AGGTGCTAGC AACAGATGAC CCCTGCTTTA CCTGCCAGTG CCAGGACCTG 
ACGTGGACAT GCCTGCAGCA AACATGTCCA ACACTAAGTT GCCCTAGTGA TGAACATTTC 
ACTCCCCCAG ATTCCTGCTG CCCTGTGTGC AATGAATGCT TGATTGAGGG TCAGGATAAG 
CGCTTCGCTA ATGGCGCCAG CTGGAAAGAC TGTGATAACG ATTGTATCTC ATGTGTTTGC 
AATTTGGGCC ATGTTGAGTG CAGCACTGAA GAGTGTCCTC CTGTAGTTTG TGTGAATGGA 
CAGACACAAG TAAAGCTCCC AGGAAAATGC TGCGACGAAT GCCAAGATTC AAGGGAGTCT 
TGTTTGTATC AAGGAACCCA GTATTACTCT GATGAACATT GGCAGGTGGA TGAATGCACC 
AACTGCATGT GTGTGTCTGG AGACGTCCAC TGTCGGAGTG AACGCTGTCC TCCTCTCACC 
TGTGCAGCAG ATGAGATGCC TGCAGTAATT CCAGGTTTGT GTTGTCCACA CTGCCTTCCT 
CGTCCAGCTA CCTGCATCGC CTTTGGTGAC CCTCACTACC GCACCTTCGA TGGACGTATG 
TTTCACTTCC AGGGCACATG CACGTATATC CTGACGAAGG ATTGTAAAGA TGAAGACTTC 
AGTGTTCATG TTACAAATGA TGATCGTGGG CGTAAAGGAG TGTCCTGGAC TAAGGAGGTG 
ACCGTCTTTA TAAGAGATGT TGCTGTGCAG TTGCTCCAAG AATTTGTTGT GAAGGTGAAT 
GAAGAGGTTG TGACTTTGCC TTTTTTAAGA GAGCCATATA TCTTTATAGA GCGGCAAGCC 
AACACCGTCC TCCTCAACAC TAACATTGGA TTAAAGGTGC TGTGGAGTCC CCGTTCACAC 
CTGGAAGTGA GCGTGCCAGG CTCCTACAAG GAAAGCACCT GTGGTCTTTG TGGAAATTTC 
AACAAGTATC CCCAGGATGA CCTCCAAATG TCCACCGGCA AACTCACCAC CTCAGAGTCT 
GACTTTGGCA ACAGTTGGAG AATGACAAAT GGAAAGCATT CACTTTCATC CTGTCGACCC 
GGAGAAGATG TCGATCCCTG TAAGAGTGCT GGATACCAGG CCAGGAAAGG GGCCAACACC 
CGCTGTAAAG TTCTCAGGTC TACAGTCTTC AAGCCCTGTC ACCGTGTCGT TCCACCTGAA 
CCGTGGTATG CCGCCTGCGT CTATGACCTC TGTGCGTGTG GGGCCAATAC TGACGAGTGT 
CTGTGTGACG CACTGGAGGC CTACGCCAGC CAGTGCAGAG AAGCAGGAGT CATCCTGCAG 
TGGAGGAGCA CATCACTCTG TGCTGTGGGC TGTCCTGTGG AGCGGGGCTT TGTGTTTGAC 
GAGTGCGGCC CACCTTGTCC CGTAACATGC TTTAATGCTG ACGTACCACT GGGAGTGATA 
GAGAGCCACT GCTTCAAGCC CTGCGTCCCA GGCTGCCAGT GTCCTGCTGG TCTGGTTCTC 
CATAACAATT ACTGCATCCA GCCAGAAAAA TGCCCCAAGA TCATTCATGG CAGCGCTTTG 
TGA