ERICH3 cDNA ORF clone, Propithecus coquereli(Coquerel's sifaka)

Gene
Clones
gRNAs

Summary

Gene Symbol	ERICH3
Entrez Gene ID	105823795
Full Name	glutamate rich 3
Gene Type	protein-coding
Organism	Propithecus coquereli(Coquerel's sifaka)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012661042.1	XP_012516496.1	glutamate-rich protein 3

Pathways from BioSystems
Gene Ontology

The following ERICH3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ERICH3 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
OPr117218	XM_012661042.1 Latest version!	Propithecus coquereli glutamate-rich 3 (ERICH3), 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)

ERICH3 ( XM_012661042.1 ) cDNA ORF clone, Propithecus coquereli(Coquerel's sifaka) -> XP_012516496.1 Propithecus coquereli glutamate-rich 3 (ERICH3), mRNA.

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CloneID	OPr117218
Clone ID Related Accession (Same CDS sequence)	XM_012661042.1
Accession Version	XM_012661042.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4665bp) 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	2015-05-31
Organism	Propithecus coquereli(Coquerel's sifaka)
Product	glutamate-rich protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012153062.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Propithecus coquereli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 5% of CDS bases ##RefSeq-Attributes-END##

ATGAGCCATT CTCACCCCGC TGGATTACTT GCAGCATATG ATAGCCTTAC GGATAAACAC 
CTGGCTGGAT ATTTTAACAA TACAAGGATA AGGCGACATC TCTTGAGATC AGGGCTGATC 
ACAAGAAGTG GAAGAATACT TTCTGAAAAA GAATACAAAC TAAATATCAT GAAGCGAGAT 
CACCAGAAAT ATATCCGGGA GTGCTTAGCC CAGGCTATTT TCCATAAGGT TCTTGATATG 
GAGCGTTACC ATCAGCTTGA AATAAAAAAG AAATTGGAAA CCTTAGCTAG GAAGGAGAGA 
ATTCAGAGAT TTAAGGGAGA GCACACAAGA CGATTTATTG AAAATAACAT GCCAAGTCTG 
TCTCCCCATC CCCCAGTTGG CCCAAGGACG AATCGTGGCC ATAGTGTTCT GGTTGATGAA 
GGACCTTCCA GTCCATTAGC ACTGACAGCC CCTCGACCAT ATACTGCCCC AGGAAATATG 
CAGCCTCCAA TTCGATTACA GCCTCTTCCC AGTAATCCTG CAGTGGGGAC TGTTCCAAAG 
ATAACTTCGG GGTCCAGATC AAAATCCTCA TTGCTGGAAA GTGAAGCTCC ATTTCCTATT 
GGGGGCAAGA AGGCAGTGAT GAAGTTCAGG AACTCCACAG GCAATTCACA GAGAATGAAT 
CCATATCGAC TTCCAGACAT TAACAGTTGC ATGATGCCTA TTCCTCCTCC ACTTCCTCCC 
CCAAATGGAA AAATCACAAG AGAAAATAGA TCTGAAACAT GGAGAAGGAG AACATTTCGT 
CCAACCACTG CTCCAAATGG CTTAGAACCT CTCTTTACCA GGGATTCAAG AAGTATTTAT 
AAAACATCGC CACATAGTAA TGCAGCTATT ACAATGATCT ATTTGGGGAA AAATGTACAC 
CTATCTTATG ATAACCCAGA CTTCCGGGAT GAAATAAAAA TTTATCAACA GCACTGTGGT 
GGGGAAAATC TTTGTGTCTA CAAAGGCAAA CTACTTGAGA AAGAGACCTT TCAGTTTATT 
TCCAAAAGGC ACCATGGTTT CCCCTTCAGT CTCACCTTTT TCCTCAATGG GATGCAGGTG 
AATAGGTTAA GCTCCTGCTG TGAATACAAG CACCGAAAAG GTTCCAGACT TGGAGGCAAA 
CGAGGATACT TTGGATTTGT GTGTGTTGAG AGATCATCTC CTTGCTACAA GTGCATTATT 
GCAATGGGCC TTGATAAAAA AACATCTTTA CCAAAACCTC GGAAAGAAAA GAGCACTGAG 
AAGAGAGTGG AACTGAGGAA GGGTGAGGGG AAAGTGAGGA AAGACGGAGA GTACATGACA 
CCAAGAAGAA ATGAGATGAA GGGGGACAAA ACCTCTGTCT CAGACATTTT TTCAGCTCAA 
GAAATAAACA CTGGGGTCAG AGAAGTGAGA ACTGCTATGG AAGAAATGGA ACGTAAAGGA 
AAACCAGGTC AAGATGTTTG GGAAGATGAC CAGGAAAATA CTTTAAAATA TGAATATGAA 
GAAGATTTTG AAGTAGATGA GGAGAAACAC TATGGGAAAG CTAATGAAGA AGGACAGGCT 
GATGATCAAA TGAATGGAAT ATCAAAGTCA CCCTCAGATG ATGAAAAAGA TAATTTAGAC 
CCTGAAAAGG AGAGTGAAAG CTCATCACAG AAGGCACCAG ATGCCCATGA CAATGTGAAA 
GATGAGGATG ATGGGTGCTC GGAGAGTGAC TCAGAAGAGG ATAAACAAGA TATAAAAACT 
ACTTCATTAG CCTCATCCAG AAGTCACGCC TATTCTAGTG TCAGTGAGGA TGAATCTCCA 
TCAGGAGACA GGGAAGCCCA CACTGAAAAC AGTGCAGAGG AAAGTACCAG AAGTTCATCT 
GCTCAGGAAC TGAGTGAAAA TGATGAGCCA GGAAAATCCC ACCTCTCGAC TGAGGAATCC 
TTAGAAATTG AAACTGAAGA ACAAGAAGTA ACAAAAGCAG ATGTGGAGAC CAAACCCCTG 
CCAATAGAGG AAAGCTCTGA GAACATTCTT GAGGAAGAAA TGGAGAAGGG AACCCAAGGG 
ATTGCAGGGA GTTTATCTGA GAAGTCCAGG AAACATGTGT CCGAGGAAGA AAAGGAAAAG 
GATGCAAGTA AGCTATGTGA AGGAAGCACT GCTAAGCTGA AGGACAAAAA GGCAGGTTTC 
CCTGGGATGG AGAAAGGTGG TAAGTATGTT GGACAGATTA TAACTGAAGC TGTGGCATCA 
GGCTGCCACA GCCACTATGA TGCCGAGTCT GGCGTTAGCA GCACAGACGA GGAGTGGAAG 
CCCTCGAGGA AGCTGGAGAG TGACACAGGT GGAGTGTCAA ATAAGAATTT AGCGGTGGAG 
GAAAGGGTGG CAGTCAACTC AAACGAGGAA TCCAAGCAAG TTGCACAAGA AACATATAAG 
CTGGAGAAGA AAGAAGCCAT GGAGGAAGAT GAAGCTCTTC AGCACAGAGA TGCTACAATA 
GAAGAAAAAA GGGACAGAGC ACTGTGGGGA GAAGCGGGCC TGGATGAGGT TCCCTTTGGG 
GAGGGAAAGC CAACAGCAGT GCAGCCAGCA TTAGTAGAAC AGTTTGCAGA AGAAAGGGAG 
AGCCCTCCAG CCATAGAAAG TGGGGCCGAG GCAGGGGCAG AAGTAGAAGG GGCAAGAAGG 
CTGTGTAAGG CGGGGTTAGA CCCCGCAGGA AAAGCAGCAG CAAGAGACAC AGTGGATCTG 
AATAAAGATG AGGCTCCAGA AGAGCAGGCC TTGATGCTAA CCGTGCTTGA GGCAGTGGAG 
GCCGCTTCCC CAGGGGAACG GGGTTCGGAG AAGGCAGCGC TTTCAAACAA GGCAGAAGCC 
CTGAACTTGA AGCATCTTCG GGAGGCAGCA GCAGCCCTGA GAGAGGCAGG GACACCAGAG 
AGGAGAGAGG CTGAGAGAGG GGCCGCTGGG AGTGAGGCAG GGTCCCAAAA ACCAGATGCG 
GAGGGAAGTG AAGAGGAAGC ATCCACAGAC CTAGAGGACA CGGGACCCAT GGAAGACACA 
GCATGGGAAA GAGAGGATGG TTCTGAAGAG GCAACTCTGG AGGGAGAGGA ACCAGCCAAA 
GAGAGGAAGG AAGTTATGAG AACAGAAACG CCTTTGAGCC CCTCAGTGGG AGAGACAGCG 
GTGAACTGGA CGCAGGTCTC CGGGGGCAGC CCTGAAGCCC TCTGTGAGGA AGATGCAGAA 
AAGGAGGAGA CTGTGACTGA GGCGGAATCT AATAGGGAAA ACGACAGGAA AGAAATGGTA 
CCTGAGGAAT TAGATGTAGC AAGAGAGAGG AAAGCTGAGA GGCCAAAAAC ACCTCTGAGG 
GAAACCGAAT CTGAGAGAGA AGAGGTGACA AGGGCAAATG AACTTAAGGA TGAAGACGCT 
TTAGAAGGAG AGCAAAACCT TAAAGGGAAA GAGGAGAAAA CAGCAAAGGA GGAAAGATCT 
GAGGAAGACA CAAAAGCCCC CCCCAATGAA ACGAAATCTG ATGCTGAGAA TGCAGCACCG 
GAGAAAGCAT CTGAATTGTC TGAAGATCCG GGGCTTCTAG AACATTCACT GAGAGAGAGA 
GCGGTTAGCA TGTTTGAAGC CACGCCTGGA TTTGAAAAGT CACTGGAAAA CGTGACAGTT 
CTCAGGAAGG GAGGAGGAGG GGGGAGACTG AGCGAAGCCG AAGACACACA GCGCGAAGGC 
AGAGCGGAGC TGTTGCACGG GGAGAATGTG GCCCCGGAGG AGGAGGGGAG CCCCTGCCGG 
GCAGAGCGTG CCTCGGGCGC TGCTGCCAGA AAGCCGGAGG GAAAGGCGCA GGCCCGCGAG 
GCGGCGGTGT CCACCCCAGG TGCGGTGGAG GAACCTGAGG CCAAAGCCCA AGACCGCCTC 
ACGGGGCCGG AGGGGAGGGA TGAGGGAGCG CCTCTGCAGG TGCCAGAAGG AGCGGAGGTC 
ATGATAACGA CCCAGGAAGA TGCTCCTGAG GGAGATCCCA TGATGGCAGG AAAGTTCGGT 
GAAGAAGGCG TGGATGAGGA CTCAGAGGAG AAGGATGAAG AGTGCACTCT GGGGACAGGA 
GTGATGCAGG ACAAGAACAC AGAGCGGGTC TGGGGCATGG GAGGAGGAGC CGCTGCTGAG 
GAAGGTCTAC ACCGAGGAGG AGGAGTGGCA GCAGAAGCCG CCGCAGAGGA GAGGGAGGTG 
TTGGCAGGTT CCCTGACAGC TGAAGGAAAA ACAGTAGCAA AGAAAGCCTC CTCCTTTTCA 
GATGTTGCTG GGAAAGAAAC TTGGCACCAA GAGGATGAGT TACTAGGCAA AACAGCAGCT 
GCAGAGAGGC TGGCGGTGGA GGAGTTAGCG CTGCCGAGCA GGGAGGCGGT GCCAGCGGTG 
GAGGAGGCGA CAGTGACATC AACATCAGAG GGTTGGGTGG GAGCTCCCCA GGAAGCTTTG 
GCCCTGGCAG GGAAGGCCCC AGGGCAAGGA CAGGACCAAG CCAGAGGGGT AGCGCGAGGG 
CAGGCAGCGG CCGGGAGTGG CGATGGGGGG CAGGAGCCCG GAGCAGCGGA AGAATCCCAA 
ATAGTATTAT CACAGGCGAG ACAGAGGCCA CCGAGTAGAG ACGGTCTACG GGAGGTGGCA 
GCACTGCCTA GGAACCCCGA TTTCACTGGA ACGCAAGAGA AGCAAGAGCG TATGGTGCAA 
AAAAGTGAGG ATGCTGATGT CTCCCTGAGT GACCTGAAGG CCTAG

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

RefSeq	XP_012516496.1
CDS	221..4885
Translation	MSHSHPAGLLAAYDSLTDKHLAGYFNNTRIRRHLLRSGLITRSGRILSEKEYKLNIMKRDHQKYIRECLAQAIFHKVLDMERYHQLEIKKKLETLARKERIQRFKGEHTRRFIENNMPSLSPHPPVGPRTNRGHSVLVDEGPSSPLALTAPRPYTAPGNMQPPIRLQPLPSNPAVGTVPKITSGSRSKSSLLESEAPFPIGGKKAVMKFRNSTGNSQRMNPYRLPDINSCMMPIPPPLPPPNGKITRENRSETWRRRTFRPTTAPNGLEPLFTRDSRSIYKTSPHSNAAITMIYLGKNVHLSYDNPDFRDEIKIYQQHCGGENLCVYKGKLLEKETFQFISKRHHGFPFSLTFFLNGMQVNRLSSCCEYKHRKGSRLGGKRGYFGFVCVERSSPCYKCIIAMGLDKKTSLPKPRKEKSTEKRVELRKGEGKVRKDGEYMTPRRNEMKGDKTSVSDIFSAQEINTGVREVRTAMEEMERKGKPGQDVWEDDQENTLKYEYEEDFEVDEEKHYGKANEEGQADDQMNGISKSPSDDEKDNLDPEKESESSSQKAPDAHDNVKDEDDGCSESDSEEDKQDIKTTSLASSRSHAYSSVSEDESPSGDREAHTENSAEESTRSSSAQELSENDEPGKSHLSTEESLEIETEEQEVTKADVETKPLPIEESSENILEEEMEKGTQGIAGSLSEKSRKHVSEEEKEKDASKLCEGSTAKLKDKKAGFPGMEKGGKYVGQIITEAVASGCHSHYDAESGVSSTDEEWKPSRKLESDTGGVSNKNLAVEERVAVNSNEESKQVAQETYKLEKKEAMEEDEALQHRDATIEEKRDRALWGEAGLDEVPFGEGKPTAVQPALVEQFAEERESPPAIESGAEAGAEVEGARRLCKAGLDPAGKAAARDTVDLNKDEAPEEQALMLTVLEAVEAASPGERGSEKAALSNKAEALNLKHLREAAAALREAGTPERREAERGAAGSEAGSQKPDAEGSEEEASTDLEDTGPMEDTAWEREDGSEEATLEGEEPAKERKEVMRTETPLSPSVGETAVNWTQVSGGSPEALCEEDAEKEETVTEAESNRENDRKEMVPEELDVARERKAERPKTPLRETESEREEVTRANELKDEDALEGEQNLKGKEEKTAKEERSEEDTKAPPNETKSDAENAAPEKASELSEDPGLLEHSLRERAVSMFEATPGFEKSLENVTVLRKGGGGGRLSEAEDTQREGRAELLHGENVAPEEEGSPCRAERASGAAARKPEGKAQAREAAVSTPGAVEEPEAKAQDRLTGPEGRDEGAPLQVPEGAEVMITTQEDAPEGDPMMAGKFGEEGVDEDSEEKDEECTLGTGVMQDKNTERVWGMGGGAAAEEGLHRGGGVAAEAAAEEREVLAGSLTAEGKTVAKKASSFSDVAGKETWHQEDELLGKTAAAERLAVEELALPSREAVPAVEEATVTSTSEGWVGAPQEALALAGKAPGQGQDQARGVARGQAAAGSGDGGQEPGAAEESQIVLSQARQRPPSRDGLREVAALPRNPDFTGTQEKQERMVQKSEDADVSLSDLKA

Target ORF information:

RefSeq Version	XM_012661042.1
Organism	Propithecus coquereli(Coquerel's sifaka)
Definition	Propithecus coquereli glutamate-rich 3 (ERICH3), mRNA.

Target ORF information:

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

XM_012661042.1

ORF Insert Sequence:

ATGAGCCATT CTCACCCCGC TGGATTACTT GCAGCATATG ATAGCCTTAC GGATAAACAC 
CTGGCTGGAT ATTTTAACAA TACAAGGATA AGGCGACATC TCTTGAGATC AGGGCTGATC 
ACAAGAAGTG GAAGAATACT TTCTGAAAAA GAATACAAAC TAAATATCAT GAAGCGAGAT 
CACCAGAAAT ATATCCGGGA GTGCTTAGCC CAGGCTATTT TCCATAAGGT TCTTGATATG 
GAGCGTTACC ATCAGCTTGA AATAAAAAAG AAATTGGAAA CCTTAGCTAG GAAGGAGAGA 
ATTCAGAGAT TTAAGGGAGA GCACACAAGA CGATTTATTG AAAATAACAT GCCAAGTCTG 
TCTCCCCATC CCCCAGTTGG CCCAAGGACG AATCGTGGCC ATAGTGTTCT GGTTGATGAA 
GGACCTTCCA GTCCATTAGC ACTGACAGCC CCTCGACCAT ATACTGCCCC AGGAAATATG 
CAGCCTCCAA TTCGATTACA GCCTCTTCCC AGTAATCCTG CAGTGGGGAC TGTTCCAAAG 
ATAACTTCGG GGTCCAGATC AAAATCCTCA TTGCTGGAAA GTGAAGCTCC ATTTCCTATT 
GGGGGCAAGA AGGCAGTGAT GAAGTTCAGG AACTCCACAG GCAATTCACA GAGAATGAAT 
CCATATCGAC TTCCAGACAT TAACAGTTGC ATGATGCCTA TTCCTCCTCC ACTTCCTCCC 
CCAAATGGAA AAATCACAAG AGAAAATAGA TCTGAAACAT GGAGAAGGAG AACATTTCGT 
CCAACCACTG CTCCAAATGG CTTAGAACCT CTCTTTACCA GGGATTCAAG AAGTATTTAT 
AAAACATCGC CACATAGTAA TGCAGCTATT ACAATGATCT ATTTGGGGAA AAATGTACAC 
CTATCTTATG ATAACCCAGA CTTCCGGGAT GAAATAAAAA TTTATCAACA GCACTGTGGT 
GGGGAAAATC TTTGTGTCTA CAAAGGCAAA CTACTTGAGA AAGAGACCTT TCAGTTTATT 
TCCAAAAGGC ACCATGGTTT CCCCTTCAGT CTCACCTTTT TCCTCAATGG GATGCAGGTG 
AATAGGTTAA GCTCCTGCTG TGAATACAAG CACCGAAAAG GTTCCAGACT TGGAGGCAAA 
CGAGGATACT TTGGATTTGT GTGTGTTGAG AGATCATCTC CTTGCTACAA GTGCATTATT 
GCAATGGGCC TTGATAAAAA AACATCTTTA CCAAAACCTC GGAAAGAAAA GAGCACTGAG 
AAGAGAGTGG AACTGAGGAA GGGTGAGGGG AAAGTGAGGA AAGACGGAGA GTACATGACA 
CCAAGAAGAA ATGAGATGAA GGGGGACAAA ACCTCTGTCT CAGACATTTT TTCAGCTCAA 
GAAATAAACA CTGGGGTCAG AGAAGTGAGA ACTGCTATGG AAGAAATGGA ACGTAAAGGA 
AAACCAGGTC AAGATGTTTG GGAAGATGAC CAGGAAAATA CTTTAAAATA TGAATATGAA 
GAAGATTTTG AAGTAGATGA GGAGAAACAC TATGGGAAAG CTAATGAAGA AGGACAGGCT 
GATGATCAAA TGAATGGAAT ATCAAAGTCA CCCTCAGATG ATGAAAAAGA TAATTTAGAC 
CCTGAAAAGG AGAGTGAAAG CTCATCACAG AAGGCACCAG ATGCCCATGA CAATGTGAAA 
GATGAGGATG ATGGGTGCTC GGAGAGTGAC TCAGAAGAGG ATAAACAAGA TATAAAAACT 
ACTTCATTAG CCTCATCCAG AAGTCACGCC TATTCTAGTG TCAGTGAGGA TGAATCTCCA 
TCAGGAGACA GGGAAGCCCA CACTGAAAAC AGTGCAGAGG AAAGTACCAG AAGTTCATCT 
GCTCAGGAAC TGAGTGAAAA TGATGAGCCA GGAAAATCCC ACCTCTCGAC TGAGGAATCC 
TTAGAAATTG AAACTGAAGA ACAAGAAGTA ACAAAAGCAG ATGTGGAGAC CAAACCCCTG 
CCAATAGAGG AAAGCTCTGA GAACATTCTT GAGGAAGAAA TGGAGAAGGG AACCCAAGGG 
ATTGCAGGGA GTTTATCTGA GAAGTCCAGG AAACATGTGT CCGAGGAAGA AAAGGAAAAG 
GATGCAAGTA AGCTATGTGA AGGAAGCACT GCTAAGCTGA AGGACAAAAA GGCAGGTTTC 
CCTGGGATGG AGAAAGGTGG TAAGTATGTT GGACAGATTA TAACTGAAGC TGTGGCATCA 
GGCTGCCACA GCCACTATGA TGCCGAGTCT GGCGTTAGCA GCACAGACGA GGAGTGGAAG 
CCCTCGAGGA AGCTGGAGAG TGACACAGGT GGAGTGTCAA ATAAGAATTT AGCGGTGGAG 
GAAAGGGTGG CAGTCAACTC AAACGAGGAA TCCAAGCAAG TTGCACAAGA AACATATAAG 
CTGGAGAAGA AAGAAGCCAT GGAGGAAGAT GAAGCTCTTC AGCACAGAGA TGCTACAATA 
GAAGAAAAAA GGGACAGAGC ACTGTGGGGA GAAGCGGGCC TGGATGAGGT TCCCTTTGGG 
GAGGGAAAGC CAACAGCAGT GCAGCCAGCA TTAGTAGAAC AGTTTGCAGA AGAAAGGGAG 
AGCCCTCCAG CCATAGAAAG TGGGGCCGAG GCAGGGGCAG AAGTAGAAGG GGCAAGAAGG 
CTGTGTAAGG CGGGGTTAGA CCCCGCAGGA AAAGCAGCAG CAAGAGACAC AGTGGATCTG 
AATAAAGATG AGGCTCCAGA AGAGCAGGCC TTGATGCTAA CCGTGCTTGA GGCAGTGGAG 
GCCGCTTCCC CAGGGGAACG GGGTTCGGAG AAGGCAGCGC TTTCAAACAA GGCAGAAGCC 
CTGAACTTGA AGCATCTTCG GGAGGCAGCA GCAGCCCTGA GAGAGGCAGG GACACCAGAG 
AGGAGAGAGG CTGAGAGAGG GGCCGCTGGG AGTGAGGCAG GGTCCCAAAA ACCAGATGCG 
GAGGGAAGTG AAGAGGAAGC ATCCACAGAC CTAGAGGACA CGGGACCCAT GGAAGACACA 
GCATGGGAAA GAGAGGATGG TTCTGAAGAG GCAACTCTGG AGGGAGAGGA ACCAGCCAAA 
GAGAGGAAGG AAGTTATGAG AACAGAAACG CCTTTGAGCC CCTCAGTGGG AGAGACAGCG 
GTGAACTGGA CGCAGGTCTC CGGGGGCAGC CCTGAAGCCC TCTGTGAGGA AGATGCAGAA 
AAGGAGGAGA CTGTGACTGA GGCGGAATCT AATAGGGAAA ACGACAGGAA AGAAATGGTA 
CCTGAGGAAT TAGATGTAGC AAGAGAGAGG AAAGCTGAGA GGCCAAAAAC ACCTCTGAGG 
GAAACCGAAT CTGAGAGAGA AGAGGTGACA AGGGCAAATG AACTTAAGGA TGAAGACGCT 
TTAGAAGGAG AGCAAAACCT TAAAGGGAAA GAGGAGAAAA CAGCAAAGGA GGAAAGATCT 
GAGGAAGACA CAAAAGCCCC CCCCAATGAA ACGAAATCTG ATGCTGAGAA TGCAGCACCG 
GAGAAAGCAT CTGAATTGTC TGAAGATCCG GGGCTTCTAG AACATTCACT GAGAGAGAGA 
GCGGTTAGCA TGTTTGAAGC CACGCCTGGA TTTGAAAAGT CACTGGAAAA CGTGACAGTT 
CTCAGGAAGG GAGGAGGAGG GGGGAGACTG AGCGAAGCCG AAGACACACA GCGCGAAGGC 
AGAGCGGAGC TGTTGCACGG GGAGAATGTG GCCCCGGAGG AGGAGGGGAG CCCCTGCCGG 
GCAGAGCGTG CCTCGGGCGC TGCTGCCAGA AAGCCGGAGG GAAAGGCGCA GGCCCGCGAG 
GCGGCGGTGT CCACCCCAGG TGCGGTGGAG GAACCTGAGG CCAAAGCCCA AGACCGCCTC 
ACGGGGCCGG AGGGGAGGGA TGAGGGAGCG CCTCTGCAGG TGCCAGAAGG AGCGGAGGTC 
ATGATAACGA CCCAGGAAGA TGCTCCTGAG GGAGATCCCA TGATGGCAGG AAAGTTCGGT 
GAAGAAGGCG TGGATGAGGA CTCAGAGGAG AAGGATGAAG AGTGCACTCT GGGGACAGGA 
GTGATGCAGG ACAAGAACAC AGAGCGGGTC TGGGGCATGG GAGGAGGAGC CGCTGCTGAG 
GAAGGTCTAC ACCGAGGAGG AGGAGTGGCA GCAGAAGCCG CCGCAGAGGA GAGGGAGGTG 
TTGGCAGGTT CCCTGACAGC TGAAGGAAAA ACAGTAGCAA AGAAAGCCTC CTCCTTTTCA 
GATGTTGCTG GGAAAGAAAC TTGGCACCAA GAGGATGAGT TACTAGGCAA AACAGCAGCT 
GCAGAGAGGC TGGCGGTGGA GGAGTTAGCG CTGCCGAGCA GGGAGGCGGT GCCAGCGGTG 
GAGGAGGCGA CAGTGACATC AACATCAGAG GGTTGGGTGG GAGCTCCCCA GGAAGCTTTG 
GCCCTGGCAG GGAAGGCCCC AGGGCAAGGA CAGGACCAAG CCAGAGGGGT AGCGCGAGGG 
CAGGCAGCGG CCGGGAGTGG CGATGGGGGG CAGGAGCCCG GAGCAGCGGA AGAATCCCAA 
ATAGTATTAT CACAGGCGAG ACAGAGGCCA CCGAGTAGAG ACGGTCTACG GGAGGTGGCA 
GCACTGCCTA GGAACCCCGA TTTCACTGGA ACGCAAGAGA AGCAAGAGCG TATGGTGCAA 
AAAAGTGAGG ATGCTGATGT CTCCCTGAGT GACCTGAAGG CCTAG