LOC110524439 cDNA ORF clone, Oncorhynchus mykiss(rainbow trout)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110524439
Entrez Gene ID	110524439
Full Name	collagen alpha-1(I) chain-like
Gene Type	protein-coding
Organism	Oncorhynchus mykiss(rainbow trout)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021604065.1	XP_021459740.1	collagen alpha-1(I) chain-like

Pathways from BioSystems
Gene Ontology

The following LOC110524439 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110524439 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
OOf45754	XM_021604065.1 Latest version!	Oncorhynchus mykiss collagen alpha-1(I) chain-like (LOC110524439), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

LOC110524439 ( XM_021604065.1 ) cDNA ORF clone, Oncorhynchus mykiss(rainbow trout) -> XP_021459740.1 Oncorhynchus mykiss collagen alpha-1(I) chain-like (LOC110524439), mRNA.

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CloneID	OOf45754
Clone ID Related Accession (Same CDS sequence)	XM_021604065.1
Accession Version	XM_021604065.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5424bp) 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	2017-06-26
Organism	Oncorhynchus mykiss(rainbow trout)
Product	collagen alpha-1(I) chain-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_035081.1) 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 :: Oncorhynchus mykiss 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##

ATGCAGGGCC CTGCCGTGAT TCTGCTGCTA CTCAGCTATG GCACCATACA ACAGATGACC 
TTCATAATGG GTGATCCTAC AGCAGCCAGA CAGCACTGTC AAGACTACAA CTCCACCTGC 
ATCCCTCACA CAGACAAACA GGAGAAAGTG ATTTTAGCTG CTGAGAAGGT GCTTGGTCGA 
GTTGCGACCA GGGCAACATT AAGAGAAGAG TCTCATGGAC CCAGGCTGAG AGATCAGACT 
GCAGAGCAGG ACACAGCCAA GAACACTAAC CTATCAGCAC AGTCATTGCC ATCCGTAAGA 
GCTCAGTCAG TTCCAGAGAC ACAGAAAAAG ACAAGGATAA CACCTGAAAC AGACAAATTA 
AAGCTCACTC AGAAGATAGG ATGGCTGAAT GAAACTTCCA CACTGCAGGA TGATAAAGCA 
GCAAAGATCA CTAGAAACAG AACAGTATAT TCACAAACCG CTGGATCTCT TCATCAGCCA 
AACCAAACCA ATACAGCCAG AGATGTCTCT GGCATGAAAG GTGTAGTAGT ACCATCTCAG 
ACAGTGGAGA CAGCCATTCT CAGTCCCACT GCATGGTCAG AAAACCCCAC TGAACCAGCC 
CTGCTGATCC AGGAGTCAGA CAGTGATGGA GAATCAATAG GCTCAGGGAG AAATACATCA 
GTGAGGTTAG ATGATTTACA GATCCCACCT AAACCCAAAC AGGGCTTTGG GCCTACAAGA 
CAAACATGGT CCTTAGAACA CACCATAAAA CCCAACCTTT TGGAATTCAA GAAAATAGAG 
GAGGAGCTAC TGAGGCAGGC TGTGATTCCT CTGCCTCCAG TGCTACCTCC AAATAATAGC 
ACTGTCACAG GGAGAAAGAC AGCACTGGAG GCAGAGGAGC CTCTGGGACA ATCTCCAACA 
CATCAAAACA CCACTGGAAT CACTTCCACA TCAACAGGTG ACAAAGCTTC AAAGAGACAA 
AGGGGCCAAA AGACTGTGAC AAAGACTTTG ACAGATTCTG GACAAGTCAT GGAGAAGGGG 
GATAAAGTTT TATCCCAGGA GCCACCCACA GAGGATCTAG AGACAGACAC AGAAACAAAG 
ACAGAGTTCG AGTCAGCAGA AGAGATGGAC ACAGAAACAG AAATGGAAGA AATTGATGAG 
GACAATGATA AGGAATCAGA GACAGAGGAA ACAGATGTAG GCGACAGCAA GTTGGCACAC 
AACATCACTC AAGTCAACAC AAGGCAGTTT AAAAATAATG GAGGAGCCGT CAAAACTGAT 
GTTCTAACTG AGCTCATGTC CCCGGAGCCG AGAGGATTAG AGCGGGAACT GCCGCCTACC 
CCTCTGCCTC CTGCCAGTGT GCCAGCCAAT CATCAACCAA GACACGCACT CAAAGAGCGA 
GGGACAGCCT ATAGACCGGG GCTTCGAGTG CAACAGGGAC TTCAGGGTCC ACCTGGTTTG 
ACAGGGCCAC CTGGACCAAA AGGGGATAAA GGCTACGCTG GCGGGATGGG CCGGACTGGA 
CGCACAGGTT ACCGAGGCCC CATTGGTCCA CCAGGGATGC CCGCCATCGT AGTGTTCAAG 
AGCTCTGAGG AAGAGTGGGA GAACTTCAAG AAAAAGACAT TCTACAAAAA GCTTGTTGCA 
ACTTGGCCGA GATTGAAGGG CCCTCCAGGG CCCCTTGGCC CCCCTGGGGA TGCTGGACCT 
CCTGGACCCC CGGGAATGAC TGGAAAACAA GGACGAAAAG GAGATGGAGG GAAAATCGGT 
GGTCCTGGAC CACCAGGGAT GCCCGGGCCT CCAGGAAGAA CTGGGAGTGA TGGGATTGAT 
GGTATAAATT CTGATGATGG CCCTGCAGGA CCACCTGGGG AACAGGGTCT CCAGGGTTAC 
AGAGGAGAGA AGGGCAGCAA AGGGGAGCTG GGTGAGTGGG GTTATGAAGG GGAACCAGGA 
CCCCAGGGAA ACAGAGGCCG GAAAGGAGAC AAGGGGAATA AAGGAAACCG AGGGCTCATA 
GGGATCACTG GATACATAGG AATACCTGGA GCCAGAGGAC AACTGGGCTA CCCGGGAACA 
TCTGGACCTC CTGGAGACAT CGGTGGCATT GGTTTTGTTG GATCACCAGG CCCTCCTGGC 
AAAATGGGGC CAAGAGGGCC AAAGGGGGTA CCAGGAGTCA ATGGACCACC AGGCCAACCA 
GGTGAGCGAG GCCTAAGGGG ACCACTCAGG CCTCAGGGAG AGCCAGGTCC TGATGGGATT 
GTTGGATTCC CTGGCGTTCG TGGACCTCAG GGAAAAACAG GTGCAGATGG GCCTACAGGT 
CCGAAAGGGG ATCCCGGTGA CGCAGGTGAT GAGGGAAATA TAGGAGAATC AGGACTCTCT 
GGGCTTCACG GAGCCAATGG CAAACCAGGA AAAACTGGAC CCTCAGGTGA CCCAGGGATC 
AAAGCATCTA AGAGAAGTGA CAAGGGTGAC CCAGGATGTA AAGGGGACCA GGGTCGACCC 
GGGCCTCCAG GTAAAAGAGG CTTTAAAGGC AGAGGAGGAG CATCAGGGCT GCTAGGTAAT 
GTTGGACCAG TGGGGCCCCC TGGATTTCCT GGAACCACAG GTTATGATGG AATCATTGGG 
GAGAATGGTA AGCAGGGAAA AGATGGGCCA AAGGGTGGCA GAGGTCCTAG CGGTGGGCCA 
GGCGTTGTTG GACCTAGAGG TGATAAGGGG CGAGAAGGTC GAGTAGGATT TGCCGGTTTG 
CCAGGGCCTT TTGGAGAGAT GGGGAAGTCA GGAGAGAGAG GAGCTGAAGG AGAACCCGGT 
ATTAAGGGGA GGACTGGAAT TCCAGGAGTC ACTGGACTGA AAGGGCTGAA GGGACTTCAA 
GGCTATCTAG GAGGTAGGGG ACTGGATGGA ACACATGGAC CCCCGGGACC CATCGGAGGA 
ACTGCATCTG ACGGGGATAC TGGATCTACT GGACTAAGGG GAATGGTGGG GAAGACTGGG 
GCACCAGGGA TTCAAGGTCC AGTTGGGAAG AGTGGGGATT CTGGTGGTAG AGGGATCACT 
GGTAAGCCAG GAAAGCCAGG AGTCAGGGGT GCCAAAGGTA AAGAGGGTCC GAACGGCCTT 
CTGGGAAATC CTGGCCTGAA GGGAAACAGA GGTCAAGAAG GTTCGAAGGG GAAACGCGGA 
AGTCCAGGCG TGCAGGGATT GACAGGGATA CAGGGATACA GAGGAGCTCC TGGCATAGCA 
GGCAATATAG GACCATGGGG TGAGGTGGGC CTCCAAGGGC CACCAGGGGA CAAGGGGCCC 
CCAGGATTAG TTGGGCCCCG TGGAGTTGTA GGTTACCCAG GTAAAGATGG ACCACAGGGA 
GGTATTGGGC CATTGGCAGA CAATGGGGAT AAGGGGTCCA GAGGAGCTAT CGGACAGAAG 
GGAGTTGCTG GTGTCGATGG TGAGGAGGGC CCGACTGGAT TGTGGGGTCC AATGGGGCCA 
CCAGGACTGA AGGGGCTACC GGGTGAAAAG GGGAAGATGG GCGCTCAGGG GGAAAGAGGT 
GGAAAGGGGA TCCAGGGAGA CAGAGGCCAC CAAGGTCAAG AAGGACCAAA GGGCCCACTG 
GGGAAAGAAG GATACTTAGG GCCATCAGGG GACAGAGGGA AAGAAGGAGC TTCAGGACTT 
AAGGGCCAGC CGGGCATCAG AGGCCCTACA GGTCTCGCTG GGCGTTACGG ACCAGGGGGC 
AACACCGGAA GAGGCCGTGC CAAGGGAGAG AAGGGGCTCC CCGGAACCAC AGGGCCTCCT 
GGAAGGTTTG GGCCTACAGG CTTAGTTGGA CCAAAAGGAC CAACAGGTTT ACCAGGAAAA 
AGAGGAGTCG ATGGAAAAAG TGGACTTGGT GGACTTAAGG GAGATTATGG GGAGAGGGGA 
AAGACTGGGG CTGGTGGTAT CAAAGGAGAT GTGGGATTGC AAGGTCCAAG GGGGAAGAAA 
GGAGAGTCTG GAACAGGAGG CAAAATGGGG ACATTGGGAA AGAGGGGGTT CACCGGGTCT 
CCAGGAGGTA AAGGCAGATC TGGGCCTGCT GGTGCCCCTG GAGAGAAAGG TGGTAAAGGA 
ATAAAAGGGC CAAAGGGATT GCATGGCAGC CCAGGAAAGA GGGGAGGCAG GGGAGTTAGA 
GGCAAACCAG GAGAAGAAGG CCCATTGGGA CCGGATGGAC CAGTTGGAAG ATCTGGAAAG 
CCAGGACTTG CTGGTTTAGA TGGATTGCTG GGGGTTGAAG GAAATGAAGG AGATAATGGT 
GATATTGGTT ACAGAGGAAC CCCTGGGAGG CCTGGTCTAC CAGGGAAGAT GGGTCAAAGT 
GGACAACCTG GATTGAGTGG TGGTCACGGA GCACCAGGGT CAAAGGGTAA TCTTGGATCA 
AAAGGAAAAC GAGGACCTGC AGGGCCAATG GGGCCAAGGG GTATTCCAGG GTTTGGAGGA 
GCAAAGGGGA AGTTTGGCCA GCATGGATCA AAGGGTCAGG CAGGCGGCAG AGGCCTGCAG 
GGACATATTG GACCGCGAGG AATCAAAGGG AATCCAGGAC TGCCGGGGAA TAAAGGGCAG 
CTAGGCCCAA AAGGCATACA GGGCGACATT GGTCCTCGTG GTCCACCTGG GAAAAAGGGC 
TTCCCTGGTC TACCTGGTCT CTTTGGAAAT AGGGGAATGA AGGGGATACA AGGAATGCCT 
GGAGTTAAGG GACTGAAAGG TGTGCGTGGA CAACCAGGAA AACCAGGTCC TCCTGGCCGT 
CCAAGAAACA GGCGACCTGG AGCCCTTGGT AAAAGAAGAG GATCCAAAAA ACAAACTCGG 
GCCATGACCA GGAGAACGCT TACCTCACTG CCTGACCAGA AGCCAAGCAG CTCCATCAGC 
TGGCCTCAGG GCAGCAAAGA CAGCCCTGCA ACCACCTGCC ACGAGCTGGG GCTGATTCGT 
CCACACCTGC AGGATGGACA CTTCTACATG GACCCTAACC AGGGCTGCCC ATTTGATGCC 
GTGCAAGTCT TCTGTAACTT CACTGCAGGA GGGATGACCT GTATACCTCC TGTCCAGTCA 
CAGATAATAG GAAAATGGGA ACCAGAAAAA AACATGTCAA AAAAGTATAT CCAGTGGTTT 
AGCCAGCTTG ATGGTGGCTA TAAGTCTGAG TATGCTGGTC TTGATGTGGT CCAGCTCCGA 
TTTCTACGGT TACACAGCCA CTCTGCCTCT CAGCACCTGA CCATCGCCTG CCCTTTTAAC 
CACAATAGTA GAGAAATCAG GAAAAATGCA ACAAACAGGG TTCTTCACTT TCTGGGAGAC 
TCTGGTGGGG AGATTGGTTC AAGCTATATG ACAGTATCGA AGAATGGTTG TGAAGTGGAG 
GTGGAGGTAC GAGTGAGGGG AAGCACAGAG ATCCACAGAG GGGACATGGA GCTGCTGCCC 
CTCAGGGATG TTCGTATGGA GGGAAGGGGA GACCACTGGG ACACAGACCT CAGAGCTGTC 
CTGGGACCTT TGTGCTTTTT GTAG

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

RefSeq	XP_021459740.1
CDS	422..5845
Translation	MQGPAVILLLLSYGTIQQMTFIMGDPTAARQHCQDYNSTCIPHTDKQEKVILAAEKVLGRVATRATLREESHGPRLRDQTAEQDTAKNTNLSAQSLPSVRAQSVPETQKKTRITPETDKLKLTQKIGWLNETSTLQDDKAAKITRNRTVYSQTAGSLHQPNQTNTARDVSGMKGVVVPSQTVETAILSPTAWSENPTEPALLIQESDSDGESIGSGRNTSVRLDDLQIPPKPKQGFGPTRQTWSLEHTIKPNLLEFKKIEEELLRQAVIPLPPVLPPNNSTVTGRKTALEAEEPLGQSPTHQNTTGITSTSTGDKASKRQRGQKTVTKTLTDSGQVMEKGDKVLSQEPPTEDLETDTETKTEFESAEEMDTETEMEEIDEDNDKESETEETDVGDSKLAHNITQVNTRQFKNNGGAVKTDVLTELMSPEPRGLERELPPTPLPPASVPANHQPRHALKERGTAYRPGLRVQQGLQGPPGLTGPPGPKGDKGYAGGMGRTGRTGYRGPIGPPGMPAIVVFKSSEEEWENFKKKTFYKKLVATWPRLKGPPGPLGPPGDAGPPGPPGMTGKQGRKGDGGKIGGPGPPGMPGPPGRTGSDGIDGINSDDGPAGPPGEQGLQGYRGEKGSKGELGEWGYEGEPGPQGNRGRKGDKGNKGNRGLIGITGYIGIPGARGQLGYPGTSGPPGDIGGIGFVGSPGPPGKMGPRGPKGVPGVNGPPGQPGERGLRGPLRPQGEPGPDGIVGFPGVRGPQGKTGADGPTGPKGDPGDAGDEGNIGESGLSGLHGANGKPGKTGPSGDPGIKASKRSDKGDPGCKGDQGRPGPPGKRGFKGRGGASGLLGNVGPVGPPGFPGTTGYDGIIGENGKQGKDGPKGGRGPSGGPGVVGPRGDKGREGRVGFAGLPGPFGEMGKSGERGAEGEPGIKGRTGIPGVTGLKGLKGLQGYLGGRGLDGTHGPPGPIGGTASDGDTGSTGLRGMVGKTGAPGIQGPVGKSGDSGGRGITGKPGKPGVRGAKGKEGPNGLLGNPGLKGNRGQEGSKGKRGSPGVQGLTGIQGYRGAPGIAGNIGPWGEVGLQGPPGDKGPPGLVGPRGVVGYPGKDGPQGGIGPLADNGDKGSRGAIGQKGVAGVDGEEGPTGLWGPMGPPGLKGLPGEKGKMGAQGERGGKGIQGDRGHQGQEGPKGPLGKEGYLGPSGDRGKEGASGLKGQPGIRGPTGLAGRYGPGGNTGRGRAKGEKGLPGTTGPPGRFGPTGLVGPKGPTGLPGKRGVDGKSGLGGLKGDYGERGKTGAGGIKGDVGLQGPRGKKGESGTGGKMGTLGKRGFTGSPGGKGRSGPAGAPGEKGGKGIKGPKGLHGSPGKRGGRGVRGKPGEEGPLGPDGPVGRSGKPGLAGLDGLLGVEGNEGDNGDIGYRGTPGRPGLPGKMGQSGQPGLSGGHGAPGSKGNLGSKGKRGPAGPMGPRGIPGFGGAKGKFGQHGSKGQAGGRGLQGHIGPRGIKGNPGLPGNKGQLGPKGIQGDIGPRGPPGKKGFPGLPGLFGNRGMKGIQGMPGVKGLKGVRGQPGKPGPPGRPRNRRPGALGKRRGSKKQTRAMTRRTLTSLPDQKPSSSISWPQGSKDSPATTCHELGLIRPHLQDGHFYMDPNQGCPFDAVQVFCNFTAGGMTCIPPVQSQIIGKWEPEKNMSKKYIQWFSQLDGGYKSEYAGLDVVQLRFLRLHSHSASQHLTIACPFNHNSREIRKNATNRVLHFLGDSGGEIGSSYMTVSKNGCEVEVEVRVRGSTEIHRGDMELLPLRDVRMEGRGDHWDTDLRAVLGPLCFL

Target ORF information:

RefSeq Version	XM_021604065.1
Organism	Oncorhynchus mykiss(rainbow trout)
Definition	Oncorhynchus mykiss collagen alpha-1(I) chain-like (LOC110524439), mRNA.

Target ORF information:

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

XM_021604065.1

ORF Insert Sequence:

ATGCAGGGCC CTGCCGTGAT TCTGCTGCTA CTCAGCTATG GCACCATACA ACAGATGACC 
TTCATAATGG GTGATCCTAC AGCAGCCAGA CAGCACTGTC AAGACTACAA CTCCACCTGC 
ATCCCTCACA CAGACAAACA GGAGAAAGTG ATTTTAGCTG CTGAGAAGGT GCTTGGTCGA 
GTTGCGACCA GGGCAACATT AAGAGAAGAG TCTCATGGAC CCAGGCTGAG AGATCAGACT 
GCAGAGCAGG ACACAGCCAA GAACACTAAC CTATCAGCAC AGTCATTGCC ATCCGTAAGA 
GCTCAGTCAG TTCCAGAGAC ACAGAAAAAG ACAAGGATAA CACCTGAAAC AGACAAATTA 
AAGCTCACTC AGAAGATAGG ATGGCTGAAT GAAACTTCCA CACTGCAGGA TGATAAAGCA 
GCAAAGATCA CTAGAAACAG AACAGTATAT TCACAAACCG CTGGATCTCT TCATCAGCCA 
AACCAAACCA ATACAGCCAG AGATGTCTCT GGCATGAAAG GTGTAGTAGT ACCATCTCAG 
ACAGTGGAGA CAGCCATTCT CAGTCCCACT GCATGGTCAG AAAACCCCAC TGAACCAGCC 
CTGCTGATCC AGGAGTCAGA CAGTGATGGA GAATCAATAG GCTCAGGGAG AAATACATCA 
GTGAGGTTAG ATGATTTACA GATCCCACCT AAACCCAAAC AGGGCTTTGG GCCTACAAGA 
CAAACATGGT CCTTAGAACA CACCATAAAA CCCAACCTTT TGGAATTCAA GAAAATAGAG 
GAGGAGCTAC TGAGGCAGGC TGTGATTCCT CTGCCTCCAG TGCTACCTCC AAATAATAGC 
ACTGTCACAG GGAGAAAGAC AGCACTGGAG GCAGAGGAGC CTCTGGGACA ATCTCCAACA 
CATCAAAACA CCACTGGAAT CACTTCCACA TCAACAGGTG ACAAAGCTTC AAAGAGACAA 
AGGGGCCAAA AGACTGTGAC AAAGACTTTG ACAGATTCTG GACAAGTCAT GGAGAAGGGG 
GATAAAGTTT TATCCCAGGA GCCACCCACA GAGGATCTAG AGACAGACAC AGAAACAAAG 
ACAGAGTTCG AGTCAGCAGA AGAGATGGAC ACAGAAACAG AAATGGAAGA AATTGATGAG 
GACAATGATA AGGAATCAGA GACAGAGGAA ACAGATGTAG GCGACAGCAA GTTGGCACAC 
AACATCACTC AAGTCAACAC AAGGCAGTTT AAAAATAATG GAGGAGCCGT CAAAACTGAT 
GTTCTAACTG AGCTCATGTC CCCGGAGCCG AGAGGATTAG AGCGGGAACT GCCGCCTACC 
CCTCTGCCTC CTGCCAGTGT GCCAGCCAAT CATCAACCAA GACACGCACT CAAAGAGCGA 
GGGACAGCCT ATAGACCGGG GCTTCGAGTG CAACAGGGAC TTCAGGGTCC ACCTGGTTTG 
ACAGGGCCAC CTGGACCAAA AGGGGATAAA GGCTACGCTG GCGGGATGGG CCGGACTGGA 
CGCACAGGTT ACCGAGGCCC CATTGGTCCA CCAGGGATGC CCGCCATCGT AGTGTTCAAG 
AGCTCTGAGG AAGAGTGGGA GAACTTCAAG AAAAAGACAT TCTACAAAAA GCTTGTTGCA 
ACTTGGCCGA GATTGAAGGG CCCTCCAGGG CCCCTTGGCC CCCCTGGGGA TGCTGGACCT 
CCTGGACCCC CGGGAATGAC TGGAAAACAA GGACGAAAAG GAGATGGAGG GAAAATCGGT 
GGTCCTGGAC CACCAGGGAT GCCCGGGCCT CCAGGAAGAA CTGGGAGTGA TGGGATTGAT 
GGTATAAATT CTGATGATGG CCCTGCAGGA CCACCTGGGG AACAGGGTCT CCAGGGTTAC 
AGAGGAGAGA AGGGCAGCAA AGGGGAGCTG GGTGAGTGGG GTTATGAAGG GGAACCAGGA 
CCCCAGGGAA ACAGAGGCCG GAAAGGAGAC AAGGGGAATA AAGGAAACCG AGGGCTCATA 
GGGATCACTG GATACATAGG AATACCTGGA GCCAGAGGAC AACTGGGCTA CCCGGGAACA 
TCTGGACCTC CTGGAGACAT CGGTGGCATT GGTTTTGTTG GATCACCAGG CCCTCCTGGC 
AAAATGGGGC CAAGAGGGCC AAAGGGGGTA CCAGGAGTCA ATGGACCACC AGGCCAACCA 
GGTGAGCGAG GCCTAAGGGG ACCACTCAGG CCTCAGGGAG AGCCAGGTCC TGATGGGATT 
GTTGGATTCC CTGGCGTTCG TGGACCTCAG GGAAAAACAG GTGCAGATGG GCCTACAGGT 
CCGAAAGGGG ATCCCGGTGA CGCAGGTGAT GAGGGAAATA TAGGAGAATC AGGACTCTCT 
GGGCTTCACG GAGCCAATGG CAAACCAGGA AAAACTGGAC CCTCAGGTGA CCCAGGGATC 
AAAGCATCTA AGAGAAGTGA CAAGGGTGAC CCAGGATGTA AAGGGGACCA GGGTCGACCC 
GGGCCTCCAG GTAAAAGAGG CTTTAAAGGC AGAGGAGGAG CATCAGGGCT GCTAGGTAAT 
GTTGGACCAG TGGGGCCCCC TGGATTTCCT GGAACCACAG GTTATGATGG AATCATTGGG 
GAGAATGGTA AGCAGGGAAA AGATGGGCCA AAGGGTGGCA GAGGTCCTAG CGGTGGGCCA 
GGCGTTGTTG GACCTAGAGG TGATAAGGGG CGAGAAGGTC GAGTAGGATT TGCCGGTTTG 
CCAGGGCCTT TTGGAGAGAT GGGGAAGTCA GGAGAGAGAG GAGCTGAAGG AGAACCCGGT 
ATTAAGGGGA GGACTGGAAT TCCAGGAGTC ACTGGACTGA AAGGGCTGAA GGGACTTCAA 
GGCTATCTAG GAGGTAGGGG ACTGGATGGA ACACATGGAC CCCCGGGACC CATCGGAGGA 
ACTGCATCTG ACGGGGATAC TGGATCTACT GGACTAAGGG GAATGGTGGG GAAGACTGGG 
GCACCAGGGA TTCAAGGTCC AGTTGGGAAG AGTGGGGATT CTGGTGGTAG AGGGATCACT 
GGTAAGCCAG GAAAGCCAGG AGTCAGGGGT GCCAAAGGTA AAGAGGGTCC GAACGGCCTT 
CTGGGAAATC CTGGCCTGAA GGGAAACAGA GGTCAAGAAG GTTCGAAGGG GAAACGCGGA 
AGTCCAGGCG TGCAGGGATT GACAGGGATA CAGGGATACA GAGGAGCTCC TGGCATAGCA 
GGCAATATAG GACCATGGGG TGAGGTGGGC CTCCAAGGGC CACCAGGGGA CAAGGGGCCC 
CCAGGATTAG TTGGGCCCCG TGGAGTTGTA GGTTACCCAG GTAAAGATGG ACCACAGGGA 
GGTATTGGGC CATTGGCAGA CAATGGGGAT AAGGGGTCCA GAGGAGCTAT CGGACAGAAG 
GGAGTTGCTG GTGTCGATGG TGAGGAGGGC CCGACTGGAT TGTGGGGTCC AATGGGGCCA 
CCAGGACTGA AGGGGCTACC GGGTGAAAAG GGGAAGATGG GCGCTCAGGG GGAAAGAGGT 
GGAAAGGGGA TCCAGGGAGA CAGAGGCCAC CAAGGTCAAG AAGGACCAAA GGGCCCACTG 
GGGAAAGAAG GATACTTAGG GCCATCAGGG GACAGAGGGA AAGAAGGAGC TTCAGGACTT 
AAGGGCCAGC CGGGCATCAG AGGCCCTACA GGTCTCGCTG GGCGTTACGG ACCAGGGGGC 
AACACCGGAA GAGGCCGTGC CAAGGGAGAG AAGGGGCTCC CCGGAACCAC AGGGCCTCCT 
GGAAGGTTTG GGCCTACAGG CTTAGTTGGA CCAAAAGGAC CAACAGGTTT ACCAGGAAAA 
AGAGGAGTCG ATGGAAAAAG TGGACTTGGT GGACTTAAGG GAGATTATGG GGAGAGGGGA 
AAGACTGGGG CTGGTGGTAT CAAAGGAGAT GTGGGATTGC AAGGTCCAAG GGGGAAGAAA 
GGAGAGTCTG GAACAGGAGG CAAAATGGGG ACATTGGGAA AGAGGGGGTT CACCGGGTCT 
CCAGGAGGTA AAGGCAGATC TGGGCCTGCT GGTGCCCCTG GAGAGAAAGG TGGTAAAGGA 
ATAAAAGGGC CAAAGGGATT GCATGGCAGC CCAGGAAAGA GGGGAGGCAG GGGAGTTAGA 
GGCAAACCAG GAGAAGAAGG CCCATTGGGA CCGGATGGAC CAGTTGGAAG ATCTGGAAAG 
CCAGGACTTG CTGGTTTAGA TGGATTGCTG GGGGTTGAAG GAAATGAAGG AGATAATGGT 
GATATTGGTT ACAGAGGAAC CCCTGGGAGG CCTGGTCTAC CAGGGAAGAT GGGTCAAAGT 
GGACAACCTG GATTGAGTGG TGGTCACGGA GCACCAGGGT CAAAGGGTAA TCTTGGATCA 
AAAGGAAAAC GAGGACCTGC AGGGCCAATG GGGCCAAGGG GTATTCCAGG GTTTGGAGGA 
GCAAAGGGGA AGTTTGGCCA GCATGGATCA AAGGGTCAGG CAGGCGGCAG AGGCCTGCAG 
GGACATATTG GACCGCGAGG AATCAAAGGG AATCCAGGAC TGCCGGGGAA TAAAGGGCAG 
CTAGGCCCAA AAGGCATACA GGGCGACATT GGTCCTCGTG GTCCACCTGG GAAAAAGGGC 
TTCCCTGGTC TACCTGGTCT CTTTGGAAAT AGGGGAATGA AGGGGATACA AGGAATGCCT 
GGAGTTAAGG GACTGAAAGG TGTGCGTGGA CAACCAGGAA AACCAGGTCC TCCTGGCCGT 
CCAAGAAACA GGCGACCTGG AGCCCTTGGT AAAAGAAGAG GATCCAAAAA ACAAACTCGG 
GCCATGACCA GGAGAACGCT TACCTCACTG CCTGACCAGA AGCCAAGCAG CTCCATCAGC 
TGGCCTCAGG GCAGCAAAGA CAGCCCTGCA ACCACCTGCC ACGAGCTGGG GCTGATTCGT 
CCACACCTGC AGGATGGACA CTTCTACATG GACCCTAACC AGGGCTGCCC ATTTGATGCC 
GTGCAAGTCT TCTGTAACTT CACTGCAGGA GGGATGACCT GTATACCTCC TGTCCAGTCA 
CAGATAATAG GAAAATGGGA ACCAGAAAAA AACATGTCAA AAAAGTATAT CCAGTGGTTT 
AGCCAGCTTG ATGGTGGCTA TAAGTCTGAG TATGCTGGTC TTGATGTGGT CCAGCTCCGA 
TTTCTACGGT TACACAGCCA CTCTGCCTCT CAGCACCTGA CCATCGCCTG CCCTTTTAAC 
CACAATAGTA GAGAAATCAG GAAAAATGCA ACAAACAGGG TTCTTCACTT TCTGGGAGAC 
TCTGGTGGGG AGATTGGTTC AAGCTATATG ACAGTATCGA AGAATGGTTG TGAAGTGGAG 
GTGGAGGTAC GAGTGAGGGG AAGCACAGAG ATCCACAGAG GGGACATGGA GCTGCTGCCC 
CTCAGGGATG TTCGTATGGA GGGAAGGGGA GACCACTGGG ACACAGACCT CAGAGCTGTC 
CTGGGACCTT TGTGCTTTTT GTAG