COLP3alpha cDNA ORF clone, Strongylocentrotus purpuratus(purple sea urchin)

Gene
Clones
gRNAs

Summary

Gene Symbol	COLP3alpha
Entrez Gene ID	373182
Full Name	3 alpha procollagen
Gene Type	protein-coding
Organism	Strongylocentrotus purpuratus(purple sea urchin)

mRNA and Protein(s)

mRNA	Protein	Name
NM_214466.1	NP_999631.1	3 alpha procollagen precursor

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

Gene structure in the sea urchin Strongylocentrotus purpuratus based on transcriptome analysis.
Tu Q, Cameron RA, Worley KC, Gibbs RA, Davidson EH
Genome research22(10)2079-87(2012 Oct)

Complete primary structure of a sea urchin type IV collagen alpha chain and analysis of the 5' end of its gene.
Exposito JY, D'Alessio M, Di Liberto M, Ramirez F
The Journal of biological chemistry268(7)5249-54(1993 Mar)

Primary mesenchyme cells of the sea urchin embryo require an autonomously produced, nonfibrillar collagen for spiculogenesis.
Wessel GM, Etkin M, Benson S
Developmental biology148(1)261-72(1991 Nov)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following COLP3alpha gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the COLP3alpha 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
OSd20286	NM_214466.1 Latest version!	Strongylocentrotus purpuratus 3 alpha procollagen (COLP3alpha), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

COLP3alpha ( NM_214466.1 ) cDNA ORF clone, Strongylocentrotus purpuratus(purple sea urchin) -> NP_999631.1 Strongylocentrotus purpuratus 3 alpha procollagen (COLP3alpha), mRNA.

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CloneID	OSd20286
Clone ID Related Accession (Same CDS sequence)	NM_214466.1
Accession Version	NM_214466.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5259bp) 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	1569600000000
Organism	Strongylocentrotus purpuratus(purple sea urchin)
Product	3 alpha procollagen precursor
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from L02917.1. ##Evidence-Data-START## Transcript exon combination :: L02917.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMN01096960, SAMN01103178 [ECO:0000348] ##Evidence-Data-END##

ATGAAATACA GAGAAGTATT GGAAAGGCAC GTTTTCGTGT GTCTCTCGCT ACTTATTATT 
GTCTTCGCTT ACTGGGCAGA TGCAGCGGCC TGTGTAGGAT GTCTATCAGC AACATGTATA 
TGCAATGGAA CGAAAGGAGA AAGGGGTGAC AGGGGATATG TAGGCTTTCC TGGACCTCCT 
GGCCCCGGAG GGTTCCCAGG AGTTGAAGGA CCACCAGGAT ACAAAGGACA AAAGGGAAAT 
CTAGGAATTG CAGGATCAGG AGGACCTAAA GGATTCAGAG GAAGCTTGGG TAATCCCGGT 
ATTCCTGGGA TCCCTGGAAT CCCAGGAGAA CCCGGACAAG AAGGACCTCC TGGAGAACCT 
GGTATTCCTG GCTGCAATGG AACAAAGGGA GAAAGGGGTC CATCTGGACC TACAGGGTTC 
GGACAACCAG GATCACCAGG ACCGAGGGGA GATCCAGGAC CACAGGGGCC ACCTGGTGAC 
ACTACTTATG GATTGAAAGG AATCAAAGGA GAACCTGGAA GACTCGGCAG AGACGGATAC 
CCTGGAACAC CTGGAGATTC TGGACCAACT GGACCTAAAG GAATATCTGG AGATCCAGGT 
CTATTAGGTT CCAAAGGAAC ACGAGGTTTA AAAGGAGAAC CCGGACAACC TGGAGTTCAG 
TACCAAGGTG GTAAAGGAGA AAAGGGTAGC GTAGGTACGC AAGGATTGCC GGGTGAGTCT 
TGTAGGGATC AGGCAGCAAC GGGAAACGAT ACAACCATCG TCCAAGGACG TCCGGGTCCA 
AAGGGAGACC AGGGAGAATA TGGAGACAAA GGAGATAAGG GATTCCTCGG AATGAAAGGA 
ATGAAGGGCC CAAAGGGACA GTATGGTCTG AAGGGAGAGA AAGGACTATC AGGCCCTCAA 
GGACCCAGGG GTAAAATTGG CAAAGATGGC ACTCCAGGCA ACCAAGGAAT GAAGGGATCA 
CCTGGGATAC CAGGCAACCC TGGACCAACA GGATTCAATG GTCAACTGGG AGACAAGGGA 
GACAGAGGAC CAAAAGGAAG AGTAGGACCC CCTGGACCAC CGGGTCCCTC CGTACCCGTT 
AATGACAAAG GAACTAAAGG ACTTCCAGGT CCTTCTGGAC GTCATGGGTC TGCAGGACCT 
AGAGGATACC CAGGAGAGAA GGGAAGAACT GGTTATGATG GAAAGGCTGG GCAGCCTGGA 
CCCCCTGGAT CTGCAGGAGA TAGAGGAGTT CCTGGACCTG TTGGCATCGG AGAGAAAGGA 
GAGCCAGGCA ACCCAGGTAT CCCTGGCATG CCTGGACCTA ATGGGTTCCA GGGCTTACCA 
GGCCGAGATG GGCCTAAAGG AGACAAAGGT ATGGCAGGAC TGACCATTCA AGGTCTTCCT 
GGAATGGATG GACGTCCAGG ACCAGATGGA CCTGCTGGAC TGCCTGGACA AGTTGGAGAT 
GCTGGACCTC AAGGTCTCAT TGGAGAACCT GGTAATGGTT TGCCTGGAGA TCCTGGTCCT 
AAAGGACAAA CTGGACGTGA TGGACCTCGT GGTATACCTG GTGATGTAGG ATCTTCTGGA 
CAACCAGGAT TACCTGGACC ACAAGGCAGC AAAGGAGAAG CCTGCGCTGC TTGCCGCTCT 
GGTGAGATAG GACCTAAAGG AGATCCAGGA CAAAGTGGTG AGATAGGACA ACCTGGTCAA 
CCTGTCTACA ATGGCAATTC TGGACCAAGT GGACCTAAAG GAGACAGAGG TCTAAGAGGC 
CTTACAGGAA GAGATGGACA AGATGGACCA CAAGGGCCAC CAGGTAGCAC CGGCCGTCCT 
GGGAACAAGG GACAACTTGG CCTTCAAGGA GAGGTAGGCT TTACTGAACC AGGACCAAGG 
GGAATTCAAG GGGACCCAGG ACTGAAGGGA GACAATGGTC TGAATGGAGA GCCAGGACCA 
CCATGTGAAC CAGGTGCCGT CAAAGTCAAC GGAGAAAAGG GGGCTCTAGG ACCACCAGGT 
CCCCCAGGCC GCGATGGAGT TCCAGGATAC CAGGGACAGA AAGGAGACCG TGGACTCCCA 
GGAGATAGCC TCCGTGGAAG TAATGGAGAA AAGGGAGACC AAGGACCACG AGGAGAGCGT 
GGAACTTACG GATCCCCGGG AGATAAAGGT GAAGTTGTTT ACTATGAAAC TGGAACACAA 
GGACCTAAGG GAGAGCCCGG TAATCCTGGT ACTGCTGGGC CTCCAGGACC AGCTGGACCT 
ACTGGAAATC AGGGACTTCC GGGTGACCAA GGTCCGGATG GATACCAAGG TGAGAAGGGC 
TCCCAAGGAC AATCAGGACC TCCAGGAAAC TCCATTCCAG GTTCTCCAGG AGAGAAAGGT 
GCCCAAGGCA TCCCAGGAGA CGTAGGACAA CCTGGTCAAC CTGGACCAAC CGGACCACTG 
GGTAACCCTG GAATCCCTGG AGCTTTCGGC GAGAAGGGAG ACTTTGGACC TCAAGGAAAC 
CCAGGTGGAC AGGGACTGCG GGGCTTGACA GGACAACCAG GTCAACCAGG TATCGGAGGA 
GAAAGGGGTA ACATTGGTGA CCCTGGAACA AGAGGTCGAG ATGGTATCCC AGGACAAGCA 
GGAGGAAAGG GTGAAACTGG ACCAGGAGGG CTACCTGGTG GTCCAGGAAT CAAAGGAGAA 
CCTGGTCTAT CTATCCCTGG TCAGGACGGA TCCAGTGGAA CCCCAGGGAG AGATGGAGCC 
CCAGGAGGCC CTGGAGAACC TGGACCCTCA GGCCCGCGTG GAGAACCTGC ACAGCCGCTC 
TTAGAGGAGA CAAGGATCAC CAGACTTAAT GGTCAGAGGC GACCTCCAGG TCAACCTGGA 
GACAACGGAG CCCCTGGAAA TGACGGAGAA CCTGGTCCAG CCGGACAAAT TGGAGTGAAA 
GGATCGCCGG GACCACTTGG ACCTGGAGGA TCACAAGGAC CACCTGGATC ACCTGGACCG 
ATTGGAGCAC CTGGAGAAAA GGGGGAACGT GGTGGCATGG GAACGCCAGG ATCACCAGGG 
CCCTCTGGTT CGCCAGGAGC TAAAGGAGAG CCAGGTTTGC CAGGACCACT CGGTGAGAAG 
GAATCCCGTG GACCAGGTGG TGTACCAGGA TCCAAAGGAG AATCAGGAAT TCCAGGAAGA 
TCAGGAGGTA TTGGATCTCC TGGCTCCATT GGTCTACCAG GACTGAATGG TGTGAAGGGA 
GAACCAGGTA TACCAGGAAA CAGCGGCATT CCAGGAGGAA GAGGACTAAA TGGAGAGCCT 
GGACCCGCCG GATTCAAGGG ATTCCAAGGT CTTCTAGGGG TAAAGGGAGA TTTCGGTATC 
AAAGGACAAA TGGGCTTCCC TGGACCTAAG GGAGACAATG CCCAGATGGG AATCCCAGGA 
CAGAATGGAG GAGAAGGTTT CCCCGGAAGG AGTGGTATTC CTGGACCTCA AGGCGCTCCT 
GGTAGCCCGG GCGAACCTGG AACCGATGGA TCGAATGGAG GACCGGGATC GAAGGGAGAA 
AAGGGACAAC CAGGAATCAT CAGAGATCTT CTTGCAGGCT GGAGGAAAGG AGTCAAGGGA 
GATCCTGGAC GGACAGGTCC TGAGGGGGCA AAGGGCAATC CTGGTCTTCC AGGGATCCCA 
GGTGAGTCCG GAGATGCAGG ACTCCCAGGA TCAGAGGGTA GACCAGGTCA ACCAGGAACA 
TCTGGACCTC CTGGACCACC AGGACCAAAT GGAGAACCTG GTCTTATAGG AAGGACCGGA 
ACACCAGGAG ACCCAGGACC AAGGGGAGAA CGCGGCTCCT ATGGAACCCC AGGAGAAGAT 
GGTATCCCAG GAGTTAAAGG AGACTCTGGA GATCCTGGCC TCATGGGACT ACCAGGAGGA 
CCAGGTCTAC CAGGACCAGG CGGACCTCCA GGAGAAAGTG GATTCCCAGG TGTCAGAGGA 
GTAAAGGGTA TTCCTGGAAC TCCTGGTTTA TCTGCACTTG GCATCAAGGG AGAACCTGGT 
TTCCCTGGAC TTAAGGGAGA CTCCGGTCAA CCTGGTCTAA ATGGTGGATC TGGATCAATC 
GGTCTACCTG GCATGAAGGG AACTAAAGGA GAAACAGGCC CTGTTGGTCC TAGGAGCCCA 
CTGCCCCCTG TCATCCCTGG TCCTAAGGGA GAGATCGGTA TTCCCGGAGC AAACGGAGAC 
CGAGGAGACA AGGGAGATAG GGGAGAACCT GGTAGACCAG GATTCCAAGG AAGGCCAGGA 
GAATCAGGAA GCCCAGGTCT TAACGGCCAA ATGGGAGATC CTGGAGGACC TGGGTTCCAG 
GGACTCAAAG GAAGCAAGGG AGAACCGGGT CCAATCCCTA ACGTCTTTGA AATGAAGGGT 
GTGAAAGGAG ACCGTGGTGG GCCTGGTCCC GATGGTCCTC AGGGACCACC AGGACGAGAC 
GGACGTCCAG GTCCACAGGG ACCACCAGGT CTGACAGGAG ATAAGGGTAC GCCTGGAGTA 
CAGGGGAATC CTGGAGTAAG TGGTGTTCCC GGAGAGCCAG GACTCAAGGG AGAACAAGGA 
TTCCGTGGGC AGAATGGTCA ACCAGGAGAC CCCGGTTTCC CAGGAACCAA GGGTGAGGCA 
GGTATCCCCG GTTCGTCCTC TGGATTCTTC ATTACTCGTC ACAGTCAGAC CACCTCCATC 
CCGCAGTGTC CCCAGGGAAC GGCCAAGATG TGGCACGGGT ACAGTTTGCT CTTCGTACAG 
GGTAATGAGC GAGGCCACGG GCAGGATCTG GGCAAACCTG GCAGCTGCTT GAAGCGATTC 
AGCACCATGC CATTCCTCTT CTGCAACATC AACAACGTTT GTCACGTGGC ATCGCGAAAC 
GACTACTCCT ACTGGCTGTC GACCACGGAG CCCATGCCAA TGAACATGGC TCCGATCAGA 
GGCGGTCAGC TCCAGCCTTT CATCAGCAGG TGTGTCGTGT GTGAGGCCCC AGCTCAAGTG 
CTGACCGTGC ACAGCCAGAC GGTCAATATT CCAGACTGCC CAGACAGGTG GGGGGTCTTG 
TGGATCGGAT ACAGTTTTAT GATGCACACC GGACCTGGTG GTGAGGGATC AGGACAGATG 
TTGTCCTCCC CAGGATCCTG TTTGGAGGAC TTCCGCTCCT CGCCTTTCAT CGAATGCCAC 
GGCGACGGCA AATGCAACTA TTACGCCACC ACATACACCT TCTGGTTGAG CTCCATTACA 
GGCAATGCTC AATTCACCAT GCCCCAATCA GAGACACTCA AGGCCGGGTC ACTGAGGACA 
CGAGTCAGTA GATGTGCCGT ATGCCTCAGA AATCAGTAA

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

RefSeq	NP_999631.1
CDS	748..6006
Translation	MKYREVLERHVFVCLSLLIIVFAYWADAAACVGCLSATCICNGTKGERGDRGYVGFPGPPGPGGFPGVEGPPGYKGQKGNLGIAGSGGPKGFRGSLGNPGIPGIPGIPGEPGQEGPPGEPGIPGCNGTKGERGPSGPTGFGQPGSPGPRGDPGPQGPPGDTTYGLKGIKGEPGRLGRDGYPGTPGDSGPTGPKGISGDPGLLGSKGTRGLKGEPGQPGVQYQGGKGEKGSVGTQGLPGESCRDQAATGNDTTIVQGRPGPKGDQGEYGDKGDKGFLGMKGMKGPKGQYGLKGEKGLSGPQGPRGKIGKDGTPGNQGMKGSPGIPGNPGPTGFNGQLGDKGDRGPKGRVGPPGPPGPSVPVNDKGTKGLPGPSGRHGSAGPRGYPGEKGRTGYDGKAGQPGPPGSAGDRGVPGPVGIGEKGEPGNPGIPGMPGPNGFQGLPGRDGPKGDKGMAGLTIQGLPGMDGRPGPDGPAGLPGQVGDAGPQGLIGEPGNGLPGDPGPKGQTGRDGPRGIPGDVGSSGQPGLPGPQGSKGEACAACRSGEIGPKGDPGQSGEIGQPGQPVYNGNSGPSGPKGDRGLRGLTGRDGQDGPQGPPGSTGRPGNKGQLGLQGEVGFTEPGPRGIQGDPGLKGDNGLNGEPGPPCEPGAVKVNGEKGALGPPGPPGRDGVPGYQGQKGDRGLPGDSLRGSNGEKGDQGPRGERGTYGSPGDKGEVVYYETGTQGPKGEPGNPGTAGPPGPAGPTGNQGLPGDQGPDGYQGEKGSQGQSGPPGNSIPGSPGEKGAQGIPGDVGQPGQPGPTGPLGNPGIPGAFGEKGDFGPQGNPGGQGLRGLTGQPGQPGIGGERGNIGDPGTRGRDGIPGQAGGKGETGPGGLPGGPGIKGEPGLSIPGQDGSSGTPGRDGAPGGPGEPGPSGPRGEPAQPLLEETRITRLNGQRRPPGQPGDNGAPGNDGEPGPAGQIGVKGSPGPLGPGGSQGPPGSPGPIGAPGEKGERGGMGTPGSPGPSGSPGAKGEPGLPGPLGEKESRGPGGVPGSKGESGIPGRSGGIGSPGSIGLPGLNGVKGEPGIPGNSGIPGGRGLNGEPGPAGFKGFQGLLGVKGDFGIKGQMGFPGPKGDNAQMGIPGQNGGEGFPGRSGIPGPQGAPGSPGEPGTDGSNGGPGSKGEKGQPGIIRDLLAGWRKGVKGDPGRTGPEGAKGNPGLPGIPGESGDAGLPGSEGRPGQPGTSGPPGPPGPNGEPGLIGRTGTPGDPGPRGERGSYGTPGEDGIPGVKGDSGDPGLMGLPGGPGLPGPGGPPGESGFPGVRGVKGIPGTPGLSALGIKGEPGFPGLKGDSGQPGLNGGSGSIGLPGMKGTKGETGPVGPRSPLPPVIPGPKGEIGIPGANGDRGDKGDRGEPGRPGFQGRPGESGSPGLNGQMGDPGGPGFQGLKGSKGEPGPIPNVFEMKGVKGDRGGPGPDGPQGPPGRDGRPGPQGPPGLTGDKGTPGVQGNPGVSGVPGEPGLKGEQGFRGQNGQPGDPGFPGTKGEAGIPGSSSGFFITRHSQTTSIPQCPQGTAKMWHGYSLLFVQGNERGHGQDLGKPGSCLKRFSTMPFLFCNINNVCHVASRNDYSYWLSTTEPMPMNMAPIRGGQLQPFISRCVVCEAPAQVLTVHSQTVNIPDCPDRWGVLWIGYSFMMHTGPGGEGSGQMLSSPGSCLEDFRSSPFIECHGDGKCNYYATTYTFWLSSITGNAQFTMPQSETLKAGSLRTRVSRCAVCLRNQ

Target ORF information:

RefSeq Version	NM_214466.1
Organism	Strongylocentrotus purpuratus(purple sea urchin)
Definition	Strongylocentrotus purpuratus 3 alpha procollagen (COLP3alpha), mRNA.

Target ORF information:

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

NM_214466.1

ORF Insert Sequence:

ATGAAATACA GAGAAGTATT GGAAAGGCAC GTTTTCGTGT GTCTCTCGCT ACTTATTATT 
GTCTTCGCTT ACTGGGCAGA TGCAGCGGCC TGTGTAGGAT GTCTATCAGC AACATGTATA 
TGCAATGGAA CGAAAGGAGA AAGGGGTGAC AGGGGATATG TAGGCTTTCC TGGACCTCCT 
GGCCCCGGAG GGTTCCCAGG AGTTGAAGGA CCACCAGGAT ACAAAGGACA AAAGGGAAAT 
CTAGGAATTG CAGGATCAGG AGGACCTAAA GGATTCAGAG GAAGCTTGGG TAATCCCGGT 
ATTCCTGGGA TCCCTGGAAT CCCAGGAGAA CCCGGACAAG AAGGACCTCC TGGAGAACCT 
GGTATTCCTG GCTGCAATGG AACAAAGGGA GAAAGGGGTC CATCTGGACC TACAGGGTTC 
GGACAACCAG GATCACCAGG ACCGAGGGGA GATCCAGGAC CACAGGGGCC ACCTGGTGAC 
ACTACTTATG GATTGAAAGG AATCAAAGGA GAACCTGGAA GACTCGGCAG AGACGGATAC 
CCTGGAACAC CTGGAGATTC TGGACCAACT GGACCTAAAG GAATATCTGG AGATCCAGGT 
CTATTAGGTT CCAAAGGAAC ACGAGGTTTA AAAGGAGAAC CCGGACAACC TGGAGTTCAG 
TACCAAGGTG GTAAAGGAGA AAAGGGTAGC GTAGGTACGC AAGGATTGCC GGGTGAGTCT 
TGTAGGGATC AGGCAGCAAC GGGAAACGAT ACAACCATCG TCCAAGGACG TCCGGGTCCA 
AAGGGAGACC AGGGAGAATA TGGAGACAAA GGAGATAAGG GATTCCTCGG AATGAAAGGA 
ATGAAGGGCC CAAAGGGACA GTATGGTCTG AAGGGAGAGA AAGGACTATC AGGCCCTCAA 
GGACCCAGGG GTAAAATTGG CAAAGATGGC ACTCCAGGCA ACCAAGGAAT GAAGGGATCA 
CCTGGGATAC CAGGCAACCC TGGACCAACA GGATTCAATG GTCAACTGGG AGACAAGGGA 
GACAGAGGAC CAAAAGGAAG AGTAGGACCC CCTGGACCAC CGGGTCCCTC CGTACCCGTT 
AATGACAAAG GAACTAAAGG ACTTCCAGGT CCTTCTGGAC GTCATGGGTC TGCAGGACCT 
AGAGGATACC CAGGAGAGAA GGGAAGAACT GGTTATGATG GAAAGGCTGG GCAGCCTGGA 
CCCCCTGGAT CTGCAGGAGA TAGAGGAGTT CCTGGACCTG TTGGCATCGG AGAGAAAGGA 
GAGCCAGGCA ACCCAGGTAT CCCTGGCATG CCTGGACCTA ATGGGTTCCA GGGCTTACCA 
GGCCGAGATG GGCCTAAAGG AGACAAAGGT ATGGCAGGAC TGACCATTCA AGGTCTTCCT 
GGAATGGATG GACGTCCAGG ACCAGATGGA CCTGCTGGAC TGCCTGGACA AGTTGGAGAT 
GCTGGACCTC AAGGTCTCAT TGGAGAACCT GGTAATGGTT TGCCTGGAGA TCCTGGTCCT 
AAAGGACAAA CTGGACGTGA TGGACCTCGT GGTATACCTG GTGATGTAGG ATCTTCTGGA 
CAACCAGGAT TACCTGGACC ACAAGGCAGC AAAGGAGAAG CCTGCGCTGC TTGCCGCTCT 
GGTGAGATAG GACCTAAAGG AGATCCAGGA CAAAGTGGTG AGATAGGACA ACCTGGTCAA 
CCTGTCTACA ATGGCAATTC TGGACCAAGT GGACCTAAAG GAGACAGAGG TCTAAGAGGC 
CTTACAGGAA GAGATGGACA AGATGGACCA CAAGGGCCAC CAGGTAGCAC CGGCCGTCCT 
GGGAACAAGG GACAACTTGG CCTTCAAGGA GAGGTAGGCT TTACTGAACC AGGACCAAGG 
GGAATTCAAG GGGACCCAGG ACTGAAGGGA GACAATGGTC TGAATGGAGA GCCAGGACCA 
CCATGTGAAC CAGGTGCCGT CAAAGTCAAC GGAGAAAAGG GGGCTCTAGG ACCACCAGGT 
CCCCCAGGCC GCGATGGAGT TCCAGGATAC CAGGGACAGA AAGGAGACCG TGGACTCCCA 
GGAGATAGCC TCCGTGGAAG TAATGGAGAA AAGGGAGACC AAGGACCACG AGGAGAGCGT 
GGAACTTACG GATCCCCGGG AGATAAAGGT GAAGTTGTTT ACTATGAAAC TGGAACACAA 
GGACCTAAGG GAGAGCCCGG TAATCCTGGT ACTGCTGGGC CTCCAGGACC AGCTGGACCT 
ACTGGAAATC AGGGACTTCC GGGTGACCAA GGTCCGGATG GATACCAAGG TGAGAAGGGC 
TCCCAAGGAC AATCAGGACC TCCAGGAAAC TCCATTCCAG GTTCTCCAGG AGAGAAAGGT 
GCCCAAGGCA TCCCAGGAGA CGTAGGACAA CCTGGTCAAC CTGGACCAAC CGGACCACTG 
GGTAACCCTG GAATCCCTGG AGCTTTCGGC GAGAAGGGAG ACTTTGGACC TCAAGGAAAC 
CCAGGTGGAC AGGGACTGCG GGGCTTGACA GGACAACCAG GTCAACCAGG TATCGGAGGA 
GAAAGGGGTA ACATTGGTGA CCCTGGAACA AGAGGTCGAG ATGGTATCCC AGGACAAGCA 
GGAGGAAAGG GTGAAACTGG ACCAGGAGGG CTACCTGGTG GTCCAGGAAT CAAAGGAGAA 
CCTGGTCTAT CTATCCCTGG TCAGGACGGA TCCAGTGGAA CCCCAGGGAG AGATGGAGCC 
CCAGGAGGCC CTGGAGAACC TGGACCCTCA GGCCCGCGTG GAGAACCTGC ACAGCCGCTC 
TTAGAGGAGA CAAGGATCAC CAGACTTAAT GGTCAGAGGC GACCTCCAGG TCAACCTGGA 
GACAACGGAG CCCCTGGAAA TGACGGAGAA CCTGGTCCAG CCGGACAAAT TGGAGTGAAA 
GGATCGCCGG GACCACTTGG ACCTGGAGGA TCACAAGGAC CACCTGGATC ACCTGGACCG 
ATTGGAGCAC CTGGAGAAAA GGGGGAACGT GGTGGCATGG GAACGCCAGG ATCACCAGGG 
CCCTCTGGTT CGCCAGGAGC TAAAGGAGAG CCAGGTTTGC CAGGACCACT CGGTGAGAAG 
GAATCCCGTG GACCAGGTGG TGTACCAGGA TCCAAAGGAG AATCAGGAAT TCCAGGAAGA 
TCAGGAGGTA TTGGATCTCC TGGCTCCATT GGTCTACCAG GACTGAATGG TGTGAAGGGA 
GAACCAGGTA TACCAGGAAA CAGCGGCATT CCAGGAGGAA GAGGACTAAA TGGAGAGCCT 
GGACCCGCCG GATTCAAGGG ATTCCAAGGT CTTCTAGGGG TAAAGGGAGA TTTCGGTATC 
AAAGGACAAA TGGGCTTCCC TGGACCTAAG GGAGACAATG CCCAGATGGG AATCCCAGGA 
CAGAATGGAG GAGAAGGTTT CCCCGGAAGG AGTGGTATTC CTGGACCTCA AGGCGCTCCT 
GGTAGCCCGG GCGAACCTGG AACCGATGGA TCGAATGGAG GACCGGGATC GAAGGGAGAA 
AAGGGACAAC CAGGAATCAT CAGAGATCTT CTTGCAGGCT GGAGGAAAGG AGTCAAGGGA 
GATCCTGGAC GGACAGGTCC TGAGGGGGCA AAGGGCAATC CTGGTCTTCC AGGGATCCCA 
GGTGAGTCCG GAGATGCAGG ACTCCCAGGA TCAGAGGGTA GACCAGGTCA ACCAGGAACA 
TCTGGACCTC CTGGACCACC AGGACCAAAT GGAGAACCTG GTCTTATAGG AAGGACCGGA 
ACACCAGGAG ACCCAGGACC AAGGGGAGAA CGCGGCTCCT ATGGAACCCC AGGAGAAGAT 
GGTATCCCAG GAGTTAAAGG AGACTCTGGA GATCCTGGCC TCATGGGACT ACCAGGAGGA 
CCAGGTCTAC CAGGACCAGG CGGACCTCCA GGAGAAAGTG GATTCCCAGG TGTCAGAGGA 
GTAAAGGGTA TTCCTGGAAC TCCTGGTTTA TCTGCACTTG GCATCAAGGG AGAACCTGGT 
TTCCCTGGAC TTAAGGGAGA CTCCGGTCAA CCTGGTCTAA ATGGTGGATC TGGATCAATC 
GGTCTACCTG GCATGAAGGG AACTAAAGGA GAAACAGGCC CTGTTGGTCC TAGGAGCCCA 
CTGCCCCCTG TCATCCCTGG TCCTAAGGGA GAGATCGGTA TTCCCGGAGC AAACGGAGAC 
CGAGGAGACA AGGGAGATAG GGGAGAACCT GGTAGACCAG GATTCCAAGG AAGGCCAGGA 
GAATCAGGAA GCCCAGGTCT TAACGGCCAA ATGGGAGATC CTGGAGGACC TGGGTTCCAG 
GGACTCAAAG GAAGCAAGGG AGAACCGGGT CCAATCCCTA ACGTCTTTGA AATGAAGGGT 
GTGAAAGGAG ACCGTGGTGG GCCTGGTCCC GATGGTCCTC AGGGACCACC AGGACGAGAC 
GGACGTCCAG GTCCACAGGG ACCACCAGGT CTGACAGGAG ATAAGGGTAC GCCTGGAGTA 
CAGGGGAATC CTGGAGTAAG TGGTGTTCCC GGAGAGCCAG GACTCAAGGG AGAACAAGGA 
TTCCGTGGGC AGAATGGTCA ACCAGGAGAC CCCGGTTTCC CAGGAACCAA GGGTGAGGCA 
GGTATCCCCG GTTCGTCCTC TGGATTCTTC ATTACTCGTC ACAGTCAGAC CACCTCCATC 
CCGCAGTGTC CCCAGGGAAC GGCCAAGATG TGGCACGGGT ACAGTTTGCT CTTCGTACAG 
GGTAATGAGC GAGGCCACGG GCAGGATCTG GGCAAACCTG GCAGCTGCTT GAAGCGATTC 
AGCACCATGC CATTCCTCTT CTGCAACATC AACAACGTTT GTCACGTGGC ATCGCGAAAC 
GACTACTCCT ACTGGCTGTC GACCACGGAG CCCATGCCAA TGAACATGGC TCCGATCAGA 
GGCGGTCAGC TCCAGCCTTT CATCAGCAGG TGTGTCGTGT GTGAGGCCCC AGCTCAAGTG 
CTGACCGTGC ACAGCCAGAC GGTCAATATT CCAGACTGCC CAGACAGGTG GGGGGTCTTG 
TGGATCGGAT ACAGTTTTAT GATGCACACC GGACCTGGTG GTGAGGGATC AGGACAGATG 
TTGTCCTCCC CAGGATCCTG TTTGGAGGAC TTCCGCTCCT CGCCTTTCAT CGAATGCCAC 
GGCGACGGCA AATGCAACTA TTACGCCACC ACATACACCT TCTGGTTGAG CTCCATTACA 
GGCAATGCTC AATTCACCAT GCCCCAATCA GAGACACTCA AGGCCGGGTC ACTGAGGACA 
CGAGTCAGTA GATGTGCCGT ATGCCTCAGA AATCAGTAA