LOC110953312 cDNA ORF clone, Acanthochromis polyacanthus(spiny chromis)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110953312
Entrez Gene ID	110953312
Full Name	collagen alpha-1(XXVII) chain B-like
Gene Type	protein-coding
Organism	Acanthochromis polyacanthus(spiny chromis)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022197257.1	XP_022052949.1	collagen alpha-1(XXVII) chain B-like

Pathways from BioSystems
Gene Ontology

The following LOC110953312 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110953312 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
OAc194567	XM_022197257.1 Latest version!	Acanthochromis polyacanthus collagen alpha-1(XXVII) chain B-like (LOC110953312), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

LOC110953312 ( XM_022197257.1 ) cDNA ORF clone, Acanthochromis polyacanthus(spiny chromis) -> XP_022052949.1 Acanthochromis polyacanthus collagen alpha-1(XXVII) chain B-like (LOC110953312), mRNA.

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CloneID	OAc194567
Clone ID Related Accession (Same CDS sequence)	XM_022197257.1
Accession Version	XM_022197257.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5079bp) 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	2017-08-06
Organism	Acanthochromis polyacanthus(spiny chromis)
Product	collagen alpha-1(XXVII) chain B-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019029403.1) 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 :: Acanthochromis polyacanthus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGCCGG AAAATGCCCC GTACTCCAAA CTCAAAAGCA CTGGAGTCGG GGGGAGAGTT 
CTGATTTTCT GGACTATACT CTGTTGCACC TGCTCTCTAA GGCTAGCACA AGCACAAGAT 
GTTGATATTC TGCAGCAGCT TGGGCTTTCT GGGCGCAGGG CAGGCGGTTC TTCATCCTCA 
GGCGCTCGAT CCATCCCCAA CGGCATCATC CCCTTCAAGT CCGGAGTCAT CCTCACCCCG 
AGGGCTCGTA TCCAGGCGCC TCTGCACACC GTCATCCCCG CTACCTTCAA CGCCACCAGC 
CTGTCCTTGA TCCTCAGCCT TTCGGTTCAC CGCACCAACA GCGCCTTTCT TTTCTCGGTG 
CTGTCCAAGA GAAGGAAAGT GCAGCTCGGA GTGCAGTTCG CACCGGGGAA AGTTCTGGTC 
CACGTGGGGC CGAGGAGCTC TGTGAGTTTG GACTATGATG TCTACGATGG CCAGTGGCAC 
AACTTGGCTT TGGATATTCG AGGCCATCGG GTGTCCTTGC ACACATCTTG CGGTAGGAGA 
AGTGTGCATG CGGATTTGTT TTCCAAAAAA GAGGAGACCC TGGATCTGGA GGGCTCTTTT 
CTACTGGGCA AAATGAACCA CAACTCGGTG CCATTCGAAG GTGCCATCTG TCAGTTTGAC 
ATTTATCCCT TTGCCGAGGC AGCTCATAAC TATTGTGATT ACATTAAGAA ACACTGCAGG 
GAAGCCGACA CGTATCGGCC CGTTCTTCCG CCCCTGCTAC CTCTAATTTC CACAGATCCA 
AACATTACTG TCGCTCACGT AACTCCGTTG TCGCTGACGG AGATTTCCAA AAAGGCTCAG 
GCACCTACTT TGGCCGCAGA CACCAGGACT ACGATTCTTG TTCCAGTCGA TGGGGAGCTG 
ATGTTGAACA AAACATCTGT GTATCAGATC ACTCCAAAAC CTGGTGTTGT GTCCATTCCT 
CCACCAGTTC ATCCAGGTTT GGAAAGCCCA TCTAAATTTC CAACTCAGAC TGTTACTACG 
TCTCTTCGGA TCTGCGTGAA CCCAGAGTCA GATTCAGACG CCAGAAAGAA CACAGAGCAA 
AGCGATGCTA GCCCTCCGAA ACCTTCTGGG AAACATTTAC CCGTTTCCAG CGGACCATCG 
GAGGTGAAGC CAAACCTCCA GATCACTTCT GCTTCCACAC AGGGGTCTAG TTCCAACACC 
TACTCTCCCC ATAAAAAGCA GCTAGCCACA GTAGCTCCAA AGAAAGCGGA GCCAAAAGTG 
GCCAGTGTGC AGGATGTCAA ACCCACCTGG CTTGTTCCAG TCACCCCAGC TGCAACAGAT 
GGCTTCCAAA CATTTGACCT GGAGCCCACT CAGTTCTCTT TGCTCGCTGG ACCACCTGGA 
CTGAAAGGAG AACCAGGACC GCCGGGCCTT CAAGGACTTC CAGGGTTGCC AGGAAAGCCA 
GGCAAGAGGG GCCCAAGGGG TCCTCCTGGC CCACATGGAA ATCCTGGCCG GCCCGGACTG 
CCTGGAGTGA AGGGACAAAA AGGAGATCCT GGATTGTCCC TTGGTCAAGC CCCGAAAGGA 
CTAAAAGGAG AGCCTGGAGT CGTCGGCCCC TCTGGACTGC CCGGCCAAGA TGGACGAAAG 
GGACATAAAG GTCATCCTGG TCCGTCTGGT CTCCCAGGTG AACCTGGTGA ACGGGGAGAT 
GATGGAAGCC CTGGGGCCAA AGGCTATCCT GGCAGGCAGG GTTTACCTGG GCCTGTAGGA 
AGAATGGGGC CAAAGGGAGT CAGGGGTCAC ATTGGCATCC CTGGGCTCTT TGGCTTTCCT 
GGTCCCGATG GCGAGAGAGG AATTCCTGGC GTTCATGGGA AGAAGGGCAA GATGGGTAGG 
CCGGGGTTTC CTGGTGACTT TGGAGAGAGG GGACCTCCTG GCCCAGATGG GAACCCAGGT 
GAACTGGGAG CTCCTGGTCC ATGTGGAGTA AATGGTCTCA TTGGAGACAT TGGCCCTGTT 
GGCATTATGG GCTTATCAGG ACCACCAGGA CTGAAGGGAG TGCCGGGAAA CCCAGGGGAA 
CCAGGACTGA AAGGTGATAA GGGGGATATT GGCATACCAG GAGAGCCAGG GGAGTTTGGC 
TTCCAAGGGG ACAAGGGCAA CCGTGGCTCA CCTGGGTTGC CAGGTCCTTG TGGAAAACCA 
GGACCACAGG GCAACCCTGG TGAAAAAGGC CCTGATGGTA TACCTGGTCC TCCAGGCCCA 
GAGGGCTTTC CAGGTGACAT TGGCCCACCA GGACAAAACG GGCCTGAAGG ACCTAAGGGA 
AAGCAAGGGA CACAAGGTTT TCCAGGTCCA AGAGGAGCCC TCGGACTCCA GGGTGATGAG 
GGACCGGTTG GGCCAACTGG ACCCGCTGGA CTCGAGGGCA GGCCTGGGAG GCAGGGATTC 
CCTGGACTGA CAGGCCCAGA TGGACTCAAG GGCGAGACCG GGATAACTGG CGAGGTCGGA 
AAGCTTGGCG AGAGGGGACT GCCGGGTTTC ATCGGGCCTG CTGGGGAGAT GGGTATCGCC 
GGAGAAAAGG GGGATCGAGG GAAGACAGGC GTCCCCGGGC CACCAGGTGA ACCAGGGCCG 
ATGGGTCACA CTGGAATACC TGGAGAGACG GGGCTACCTG GACCACAAGG GATCCCAGGG 
CCTCCTGGTT CACGGGGATC CGTCGGCATC AGAGGACCCA AAGGCAGGAG GGGTCCGAGG 
GGTCCCGATG GCCCGCTGGG GGAGAAAGGG TCAACGGGAG TAAAGGGCCC TGATGGTCCA 
CCAGGAAAAT TGGGCCTCCC TGGGGAGATG GGGAAGCTCG GTGAGCCAGG TGAAGCTGGT 
CCTCGGGGAT TTCCAGGTGT TCAGGGGCCC TCAGGACCTC CAGGAGCCAA AGGAATCGCC 
GGAGAGCCAG GACCAGCGGG GCCACCGGGA ACGATTGGGT CACTCGGGGA GATGGGACCG 
GCGGGGCCGC CGGGAAAGCG TGGAGACAGA GGACTGCCTG GAGAACCTGG AGAGAAGGGT 
GCCGTTGGTC AACTGGGCAG CATCGGCGAG CAGGGTTTGA TCGGCCAGAG AGGGGAGCCA 
GGCATCGATG GGGAGGCTGG GGCGAGCGGA CCTGACGGAG CCAAGGGTGA GAAGGGGGAT 
GCTGGTCCAG AGGGCGCTAC AGGAGACAGG GGTGAAATTG GCCTGAAAGG AAAGGAAGGA 
CTACCTGGGC CTCCCGGACT GGTGGGGGTG AGGGGTCAGG AGGGTAAACC TGGCGAAATT 
GGGGAAAGAG GAAAGCCGGG AGAAAAGGGC ACCAAAGGTC AGCAGGGTCA CCTGGGTGAG 
ACGGGGCCAA TCGGAGATCG GGGAGAGCCG GGGTTTGTCG GGCAGAAGGG GGCGAGAGGC 
ACCATTGGAC CGGTGGGTGC TCCGGGAAGA ATGGGCCAAC AAGGAGATCC AGGCATATCA 
GGTTACGAGG GTCACACGGG ACCACAGGGC CCACTGGGAC CTCCGGGGCC AAAAGGTGAA 
AAGGGTGAAC AGGGAGACGA CGGCAAGGTT GAAGGTCCTC AGGGTCCCCA AGGTGACAGA 
GGTCCACCTG GAGACCGAGG AGAGAGAGGA GAACCAGGCG ACCCCGGATA CATTGGTCAA 
ATAGGTGTGG ATGGAGCCAG AGGTGAAGCT GGTGCCCCCG GGCTTCCTGG ACATCCTGGG 
CCAAAGGGAC AACCCGGGCT GAAAGGATCC AAAGGTGATC AAGGTCAGAA AGGAAAGTCA 
GGGCCAACAG GTGCATCTGG AACTAAAGGA CCACCAGGTC CAGAGGGTCC TCCAGGGCCA 
CGTGGAGTCG TGGGCAGGGA AGGACTCGAG GGTCCACCTG GAATGGACGG TTTACCCGGT 
AAAGATGGAA GCAAAGGAGT CAAGGGGGAG CAAGGAGACG ACGGAGAATT AGGTTTACTT 
GGAAAACCTG GGCACCAGGG TAAAAACGGT GTGACGGGGC TTCCTGGAAG TCAAGGCTCC 
TTTGGTCCGA AGGGCGAAAG AGGTCTGCCG GGTCAAACTG GTCCAGCAGG GAAGAGAGGC 
CATGTTGGCG GGATGGGATT GCCAGGAAAA CAAGGAGATC AGGGAGCTAA AGGGCAACCG 
GGGAATTCTG GTGAACAGGG ATTTCCGGGG GTGTTGGGTC TGTTTGGACC AAAGGGACCT 
CCAGGAGACA TTGGCCCAGC AGGGATCCAG GGACCAAAAG GACCGCGAGG CTTGATGGGG 
ATGGAGGGAG CTCTGGGCCC CGTCGGCATC ATTGGCCCCA GCGGTCATCC TGGACCCCAG 
GGTGACAAAG GAAGTCGGGG GGAGACGGGG TTGCAAGGAC CAAGAGGATC TCCTGGACCT 
CGTGGACCAC CTGGACCACC GGGTCTGCCC AGTTCTGACC TTTTACTTAG AAATGAAGCT 
CTTGGTGCTG CTTTTCAAGT CATTATCGAT TCCCATGCTG CACTGAGGCA AGAGAACTAC 
CAGACCATGG ACCTGCCCAT GCTGGACCAG GGCACTGAGA TCTTTAAGAC CCTGCAGCAT 
CTCAGCACTC TGATCCAGAG TCTTAAAAAC CCACTGGGGA CCCGTGACAA TCCTGCCCGA 
ATCTGCCGAG ACCTCTACAA CTGTGAGCAG AGGATGTACG ACGGCACTTA CTGGATCGAT 
CCAAACCTCG GCTGCGCTGC TGATACCATT GAGGTGACCT GCAACTTCAC CGGTGGAGGA 
CAGACGTGCC TGAAACCTGT CACAGTGTCC AAGTTGGAGA TTGGAGTGGG TCGCATCCAG 
ATGAACTTCA TCCACCTTCT GAGCACCGAG GCCGTTCAGC ACATCTTCAT CCACTGCCTC 
AACGCGTCTG TGTGGGCAGC AGGACCCTCA ATGCAACCCT CATCTAGAGC TGTGAGTTTC 
AAGGCCTGGA CCGGGGAGAA GATTCGGGCC GGAGACCTCC TGGAACCGCT CATACCCAGA 
GACGACTGCT GGATGAAAGA TGGACGCTGG CATCAGACGC ACTTCATCTT CCAGAGCCAG 
GACCCAAACT TACTCCCCAT AGTGGACGTC TACAACCTGC CGACCGCAGA TCCCGGCGCA 
CGCTATCACC TCGAGGTTGG ACCTGTGTGC TTCCTGTAA

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

RefSeq	XP_022052949.1
CDS	929..6007
Translation	MEPENAPYSKLKSTGVGGRVLIFWTILCCTCSLRLAQAQDVDILQQLGLSGRRAGGSSSSGARSIPNGIIPFKSGVILTPRARIQAPLHTVIPATFNATSLSLILSLSVHRTNSAFLFSVLSKRRKVQLGVQFAPGKVLVHVGPRSSVSLDYDVYDGQWHNLALDIRGHRVSLHTSCGRRSVHADLFSKKEETLDLEGSFLLGKMNHNSVPFEGAICQFDIYPFAEAAHNYCDYIKKHCREADTYRPVLPPLLPLISTDPNITVAHVTPLSLTEISKKAQAPTLAADTRTTILVPVDGELMLNKTSVYQITPKPGVVSIPPPVHPGLESPSKFPTQTVTTSLRICVNPESDSDARKNTEQSDASPPKPSGKHLPVSSGPSEVKPNLQITSASTQGSSSNTYSPHKKQLATVAPKKAEPKVASVQDVKPTWLVPVTPAATDGFQTFDLEPTQFSLLAGPPGLKGEPGPPGLQGLPGLPGKPGKRGPRGPPGPHGNPGRPGLPGVKGQKGDPGLSLGQAPKGLKGEPGVVGPSGLPGQDGRKGHKGHPGPSGLPGEPGERGDDGSPGAKGYPGRQGLPGPVGRMGPKGVRGHIGIPGLFGFPGPDGERGIPGVHGKKGKMGRPGFPGDFGERGPPGPDGNPGELGAPGPCGVNGLIGDIGPVGIMGLSGPPGLKGVPGNPGEPGLKGDKGDIGIPGEPGEFGFQGDKGNRGSPGLPGPCGKPGPQGNPGEKGPDGIPGPPGPEGFPGDIGPPGQNGPEGPKGKQGTQGFPGPRGALGLQGDEGPVGPTGPAGLEGRPGRQGFPGLTGPDGLKGETGITGEVGKLGERGLPGFIGPAGEMGIAGEKGDRGKTGVPGPPGEPGPMGHTGIPGETGLPGPQGIPGPPGSRGSVGIRGPKGRRGPRGPDGPLGEKGSTGVKGPDGPPGKLGLPGEMGKLGEPGEAGPRGFPGVQGPSGPPGAKGIAGEPGPAGPPGTIGSLGEMGPAGPPGKRGDRGLPGEPGEKGAVGQLGSIGEQGLIGQRGEPGIDGEAGASGPDGAKGEKGDAGPEGATGDRGEIGLKGKEGLPGPPGLVGVRGQEGKPGEIGERGKPGEKGTKGQQGHLGETGPIGDRGEPGFVGQKGARGTIGPVGAPGRMGQQGDPGISGYEGHTGPQGPLGPPGPKGEKGEQGDDGKVEGPQGPQGDRGPPGDRGERGEPGDPGYIGQIGVDGARGEAGAPGLPGHPGPKGQPGLKGSKGDQGQKGKSGPTGASGTKGPPGPEGPPGPRGVVGREGLEGPPGMDGLPGKDGSKGVKGEQGDDGELGLLGKPGHQGKNGVTGLPGSQGSFGPKGERGLPGQTGPAGKRGHVGGMGLPGKQGDQGAKGQPGNSGEQGFPGVLGLFGPKGPPGDIGPAGIQGPKGPRGLMGMEGALGPVGIIGPSGHPGPQGDKGSRGETGLQGPRGSPGPRGPPGPPGLPSSDLLLRNEALGAAFQVIIDSHAALRQENYQTMDLPMLDQGTEIFKTLQHLSTLIQSLKNPLGTRDNPARICRDLYNCEQRMYDGTYWIDPNLGCAADTIEVTCNFTGGGQTCLKPVTVSKLEIGVGRIQMNFIHLLSTEAVQHIFIHCLNASVWAAGPSMQPSSRAVSFKAWTGEKIRAGDLLEPLIPRDDCWMKDGRWHQTHFIFQSQDPNLLPIVDVYNLPTADPGARYHLEVGPVCFL

Target ORF information:

RefSeq Version	XM_022197257.1
Organism	Acanthochromis polyacanthus(spiny chromis)
Definition	Acanthochromis polyacanthus collagen alpha-1(XXVII) chain B-like (LOC110953312), mRNA.

Target ORF information:

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

XM_022197257.1

ORF Insert Sequence:

ATGGAGCCGG AAAATGCCCC GTACTCCAAA CTCAAAAGCA CTGGAGTCGG GGGGAGAGTT 
CTGATTTTCT GGACTATACT CTGTTGCACC TGCTCTCTAA GGCTAGCACA AGCACAAGAT 
GTTGATATTC TGCAGCAGCT TGGGCTTTCT GGGCGCAGGG CAGGCGGTTC TTCATCCTCA 
GGCGCTCGAT CCATCCCCAA CGGCATCATC CCCTTCAAGT CCGGAGTCAT CCTCACCCCG 
AGGGCTCGTA TCCAGGCGCC TCTGCACACC GTCATCCCCG CTACCTTCAA CGCCACCAGC 
CTGTCCTTGA TCCTCAGCCT TTCGGTTCAC CGCACCAACA GCGCCTTTCT TTTCTCGGTG 
CTGTCCAAGA GAAGGAAAGT GCAGCTCGGA GTGCAGTTCG CACCGGGGAA AGTTCTGGTC 
CACGTGGGGC CGAGGAGCTC TGTGAGTTTG GACTATGATG TCTACGATGG CCAGTGGCAC 
AACTTGGCTT TGGATATTCG AGGCCATCGG GTGTCCTTGC ACACATCTTG CGGTAGGAGA 
AGTGTGCATG CGGATTTGTT TTCCAAAAAA GAGGAGACCC TGGATCTGGA GGGCTCTTTT 
CTACTGGGCA AAATGAACCA CAACTCGGTG CCATTCGAAG GTGCCATCTG TCAGTTTGAC 
ATTTATCCCT TTGCCGAGGC AGCTCATAAC TATTGTGATT ACATTAAGAA ACACTGCAGG 
GAAGCCGACA CGTATCGGCC CGTTCTTCCG CCCCTGCTAC CTCTAATTTC CACAGATCCA 
AACATTACTG TCGCTCACGT AACTCCGTTG TCGCTGACGG AGATTTCCAA AAAGGCTCAG 
GCACCTACTT TGGCCGCAGA CACCAGGACT ACGATTCTTG TTCCAGTCGA TGGGGAGCTG 
ATGTTGAACA AAACATCTGT GTATCAGATC ACTCCAAAAC CTGGTGTTGT GTCCATTCCT 
CCACCAGTTC ATCCAGGTTT GGAAAGCCCA TCTAAATTTC CAACTCAGAC TGTTACTACG 
TCTCTTCGGA TCTGCGTGAA CCCAGAGTCA GATTCAGACG CCAGAAAGAA CACAGAGCAA 
AGCGATGCTA GCCCTCCGAA ACCTTCTGGG AAACATTTAC CCGTTTCCAG CGGACCATCG 
GAGGTGAAGC CAAACCTCCA GATCACTTCT GCTTCCACAC AGGGGTCTAG TTCCAACACC 
TACTCTCCCC ATAAAAAGCA GCTAGCCACA GTAGCTCCAA AGAAAGCGGA GCCAAAAGTG 
GCCAGTGTGC AGGATGTCAA ACCCACCTGG CTTGTTCCAG TCACCCCAGC TGCAACAGAT 
GGCTTCCAAA CATTTGACCT GGAGCCCACT CAGTTCTCTT TGCTCGCTGG ACCACCTGGA 
CTGAAAGGAG AACCAGGACC GCCGGGCCTT CAAGGACTTC CAGGGTTGCC AGGAAAGCCA 
GGCAAGAGGG GCCCAAGGGG TCCTCCTGGC CCACATGGAA ATCCTGGCCG GCCCGGACTG 
CCTGGAGTGA AGGGACAAAA AGGAGATCCT GGATTGTCCC TTGGTCAAGC CCCGAAAGGA 
CTAAAAGGAG AGCCTGGAGT CGTCGGCCCC TCTGGACTGC CCGGCCAAGA TGGACGAAAG 
GGACATAAAG GTCATCCTGG TCCGTCTGGT CTCCCAGGTG AACCTGGTGA ACGGGGAGAT 
GATGGAAGCC CTGGGGCCAA AGGCTATCCT GGCAGGCAGG GTTTACCTGG GCCTGTAGGA 
AGAATGGGGC CAAAGGGAGT CAGGGGTCAC ATTGGCATCC CTGGGCTCTT TGGCTTTCCT 
GGTCCCGATG GCGAGAGAGG AATTCCTGGC GTTCATGGGA AGAAGGGCAA GATGGGTAGG 
CCGGGGTTTC CTGGTGACTT TGGAGAGAGG GGACCTCCTG GCCCAGATGG GAACCCAGGT 
GAACTGGGAG CTCCTGGTCC ATGTGGAGTA AATGGTCTCA TTGGAGACAT TGGCCCTGTT 
GGCATTATGG GCTTATCAGG ACCACCAGGA CTGAAGGGAG TGCCGGGAAA CCCAGGGGAA 
CCAGGACTGA AAGGTGATAA GGGGGATATT GGCATACCAG GAGAGCCAGG GGAGTTTGGC 
TTCCAAGGGG ACAAGGGCAA CCGTGGCTCA CCTGGGTTGC CAGGTCCTTG TGGAAAACCA 
GGACCACAGG GCAACCCTGG TGAAAAAGGC CCTGATGGTA TACCTGGTCC TCCAGGCCCA 
GAGGGCTTTC CAGGTGACAT TGGCCCACCA GGACAAAACG GGCCTGAAGG ACCTAAGGGA 
AAGCAAGGGA CACAAGGTTT TCCAGGTCCA AGAGGAGCCC TCGGACTCCA GGGTGATGAG 
GGACCGGTTG GGCCAACTGG ACCCGCTGGA CTCGAGGGCA GGCCTGGGAG GCAGGGATTC 
CCTGGACTGA CAGGCCCAGA TGGACTCAAG GGCGAGACCG GGATAACTGG CGAGGTCGGA 
AAGCTTGGCG AGAGGGGACT GCCGGGTTTC ATCGGGCCTG CTGGGGAGAT GGGTATCGCC 
GGAGAAAAGG GGGATCGAGG GAAGACAGGC GTCCCCGGGC CACCAGGTGA ACCAGGGCCG 
ATGGGTCACA CTGGAATACC TGGAGAGACG GGGCTACCTG GACCACAAGG GATCCCAGGG 
CCTCCTGGTT CACGGGGATC CGTCGGCATC AGAGGACCCA AAGGCAGGAG GGGTCCGAGG 
GGTCCCGATG GCCCGCTGGG GGAGAAAGGG TCAACGGGAG TAAAGGGCCC TGATGGTCCA 
CCAGGAAAAT TGGGCCTCCC TGGGGAGATG GGGAAGCTCG GTGAGCCAGG TGAAGCTGGT 
CCTCGGGGAT TTCCAGGTGT TCAGGGGCCC TCAGGACCTC CAGGAGCCAA AGGAATCGCC 
GGAGAGCCAG GACCAGCGGG GCCACCGGGA ACGATTGGGT CACTCGGGGA GATGGGACCG 
GCGGGGCCGC CGGGAAAGCG TGGAGACAGA GGACTGCCTG GAGAACCTGG AGAGAAGGGT 
GCCGTTGGTC AACTGGGCAG CATCGGCGAG CAGGGTTTGA TCGGCCAGAG AGGGGAGCCA 
GGCATCGATG GGGAGGCTGG GGCGAGCGGA CCTGACGGAG CCAAGGGTGA GAAGGGGGAT 
GCTGGTCCAG AGGGCGCTAC AGGAGACAGG GGTGAAATTG GCCTGAAAGG AAAGGAAGGA 
CTACCTGGGC CTCCCGGACT GGTGGGGGTG AGGGGTCAGG AGGGTAAACC TGGCGAAATT 
GGGGAAAGAG GAAAGCCGGG AGAAAAGGGC ACCAAAGGTC AGCAGGGTCA CCTGGGTGAG 
ACGGGGCCAA TCGGAGATCG GGGAGAGCCG GGGTTTGTCG GGCAGAAGGG GGCGAGAGGC 
ACCATTGGAC CGGTGGGTGC TCCGGGAAGA ATGGGCCAAC AAGGAGATCC AGGCATATCA 
GGTTACGAGG GTCACACGGG ACCACAGGGC CCACTGGGAC CTCCGGGGCC AAAAGGTGAA 
AAGGGTGAAC AGGGAGACGA CGGCAAGGTT GAAGGTCCTC AGGGTCCCCA AGGTGACAGA 
GGTCCACCTG GAGACCGAGG AGAGAGAGGA GAACCAGGCG ACCCCGGATA CATTGGTCAA 
ATAGGTGTGG ATGGAGCCAG AGGTGAAGCT GGTGCCCCCG GGCTTCCTGG ACATCCTGGG 
CCAAAGGGAC AACCCGGGCT GAAAGGATCC AAAGGTGATC AAGGTCAGAA AGGAAAGTCA 
GGGCCAACAG GTGCATCTGG AACTAAAGGA CCACCAGGTC CAGAGGGTCC TCCAGGGCCA 
CGTGGAGTCG TGGGCAGGGA AGGACTCGAG GGTCCACCTG GAATGGACGG TTTACCCGGT 
AAAGATGGAA GCAAAGGAGT CAAGGGGGAG CAAGGAGACG ACGGAGAATT AGGTTTACTT 
GGAAAACCTG GGCACCAGGG TAAAAACGGT GTGACGGGGC TTCCTGGAAG TCAAGGCTCC 
TTTGGTCCGA AGGGCGAAAG AGGTCTGCCG GGTCAAACTG GTCCAGCAGG GAAGAGAGGC 
CATGTTGGCG GGATGGGATT GCCAGGAAAA CAAGGAGATC AGGGAGCTAA AGGGCAACCG 
GGGAATTCTG GTGAACAGGG ATTTCCGGGG GTGTTGGGTC TGTTTGGACC AAAGGGACCT 
CCAGGAGACA TTGGCCCAGC AGGGATCCAG GGACCAAAAG GACCGCGAGG CTTGATGGGG 
ATGGAGGGAG CTCTGGGCCC CGTCGGCATC ATTGGCCCCA GCGGTCATCC TGGACCCCAG 
GGTGACAAAG GAAGTCGGGG GGAGACGGGG TTGCAAGGAC CAAGAGGATC TCCTGGACCT 
CGTGGACCAC CTGGACCACC GGGTCTGCCC AGTTCTGACC TTTTACTTAG AAATGAAGCT 
CTTGGTGCTG CTTTTCAAGT CATTATCGAT TCCCATGCTG CACTGAGGCA AGAGAACTAC 
CAGACCATGG ACCTGCCCAT GCTGGACCAG GGCACTGAGA TCTTTAAGAC CCTGCAGCAT 
CTCAGCACTC TGATCCAGAG TCTTAAAAAC CCACTGGGGA CCCGTGACAA TCCTGCCCGA 
ATCTGCCGAG ACCTCTACAA CTGTGAGCAG AGGATGTACG ACGGCACTTA CTGGATCGAT 
CCAAACCTCG GCTGCGCTGC TGATACCATT GAGGTGACCT GCAACTTCAC CGGTGGAGGA 
CAGACGTGCC TGAAACCTGT CACAGTGTCC AAGTTGGAGA TTGGAGTGGG TCGCATCCAG 
ATGAACTTCA TCCACCTTCT GAGCACCGAG GCCGTTCAGC ACATCTTCAT CCACTGCCTC 
AACGCGTCTG TGTGGGCAGC AGGACCCTCA ATGCAACCCT CATCTAGAGC TGTGAGTTTC 
AAGGCCTGGA CCGGGGAGAA GATTCGGGCC GGAGACCTCC TGGAACCGCT CATACCCAGA 
GACGACTGCT GGATGAAAGA TGGACGCTGG CATCAGACGC ACTTCATCTT CCAGAGCCAG 
GACCCAAACT TACTCCCCAT AGTGGACGTC TACAACCTGC CGACCGCAGA TCCCGGCGCA 
CGCTATCACC TCGAGGTTGG ACCTGTGTGC TTCCTGTAA