col4a1 cDNA ORF clone, Seriola lalandi dorsalis

Gene
Clones
gRNAs

Summary

Gene Symbol	col4a1
Entrez Gene ID	111662056
Full Name	collagen type IV alpha 1 chain
Gene Type	protein-coding
Organism	Seriola lalandi dorsalis

mRNA and Protein(s)

mRNA	Protein	Name
XM_023415802.1	XP_023271570.1	collagen alpha-1(IV) chain

Pathways from BioSystems
Gene Ontology

The following col4a1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the col4a1 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
OSe160695	XM_023415802.1 Latest version!	Seriola lalandi dorsalis collagen type IV alpha 1 chain (col4a1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

col4a1 ( XM_023415802.1 ) cDNA ORF clone, Seriola lalandi dorsalis -> XP_023271570.1 Seriola lalandi dorsalis collagen type IV alpha 1 chain (col4a1), mRNA.

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CloneID	OSe160695
Clone ID Related Accession (Same CDS sequence)	XM_023415802.1
Accession Version	XM_023415802.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4623bp) 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	2017-12-25
Organism	Seriola lalandi dorsalis
Product	collagen alpha-1(IV) chain
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019525112.1) 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 :: Seriola lalandi dorsalis Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGCTGTTAC CGTCCGGCAC CCTGCTTCTG CTGGCGGCTC TCTACTCAAG TGTAGACCTG 
ACAGGCGCTG AGGGTTGTGG GGCATCATGT GGAAAATGTG ACTGCAGTGG TGTGAAAGGA 
ACAAAGGGTG AGCGGGGATT TCCTGGTCTC CAAGGTAATA TGGGATTCCC AGGGATGCAG 
GGACCTGAGG GGCCTCCAGG GCAATTGGGC CCCAAGGGAG ATTCAGGTGA ATCTGGGGCT 
CCTGGAATGA AAGGAGTGAG GGGTCCGCCT GGTCTGCCAG GTTTCCCGGG AAACCCAGGA 
CTACCAGGCA TCAATGGAAA CGACGGCCCA CCAGGAGCAC CAGGTATCCC AGGATGCAAT 
GGGACTAAAG GAGACAGAGG ACTGGATGGC TCTCCTGGTT TTCCCGGTCT TCAAGGACCT 
CCTGGCATCC CAGGACTTCA TGGAATGAAG GGTGACCCCG GTGGTGTGAT TGGGATTGTT 
CCACTGAAGG GAGACAGAGG ATTCCCTGGC ACACCTGGAT TACCTGGATC AATCGGAACT 
CCTGGACCTA CTGGACCTCC AGGACCTCGT GGATATCAAG GACCCAAAGG TGATCCTGGC 
CTTCCTGGCC CTCCGGGAGA GAAGGGTGAC AAGCTGGCTT TTGTGAGTGA GAAAGGAGAC 
AAGGGTGATG CTGGATTTCG TGGCCCGCCT GGTCCCCCTG GACCTCCTGC ATCGGGTGTT 
GAAGGAGGAC ATACCACGGT GCACCTTCCT GGACCACCGG GAGACAGAGG AGTCAAAGGA 
GAGAAAGGAG AACAAGGCTT TTGCATCCCT CATCTCGAAG GTGTCAAAGG TGAACCCGGC 
CCACCTGGAC CAAGAGGTAA ACCTGGAAAG GATGGAGAGT TTGGGCTAAA GGGAGAAAGA 
GGCTTTCCAG GAGTTCCTGG ATACACCGGT TCCCAGGGTG AAAAAGGAGA AAAAGGACCA 
CCAGGTTTTG GTATTGGTGC CCCTGGTCCT CCAGGTTCTC CTGGTTTCCC AGGGAAAGAA 
GGAGAAAGAG GTTTTCCTGG GCCCCGGGGC GAGGCAGGTC CACCAGGCCA GCACATTGAA 
GGGCCTCGAG GAGAGAGGGG TGAGAAGGGA GACATGGGTG AGAAAGGAGA TCGGGGTATA 
GAAGGAGAGT CTCTGGTTGG ACCTCCAGGA CAACCAGGAA TTCCTGGACC CCCAGGAGAA 
CCAGGACTCC CAATTGACCC TAATGAATGT GACATTGAGA AAGGCGCTCC TGGCCCACCT 
GGACCTCCAG GGTTACAAGG GGAACTGGGA CAGAAAGGTG ACAAAGGAGA TACCTGTGTT 
AAGTGTGAAG CTTCCGGTGC ACCTGGATTA CCTGGCCCCC CGGGGCCTAA AGGAGAGCAC 
GGACCTCCTG GGTCAGTAGG ATACAAAGGA GAAAAGGGTC AATCAGGAGC TCCTGGACAA 
CCTGGACGAC CTGGTATTCA AGGCAATCCT GGGTTGATGG GAGCTCCAGG TGCTATTGGT 
GAGCCTGGGG ACATATTCAT AGCTCCTGGT TTGAAGGGAG ACAAAGGTCT TCCTGGTTCT 
GCTGGGTCAC CGGGGCAGCC TGGATCGAAT GGACTGCCAG GGAGAGATGG CATACCGGGT 
CAACCTGGCC CCAAAGGAGA ACCTGCCAAA GAGGGCATTA AGGGTGAGCG TGGACTAGAT 
GGGGACCCTG GTCTTATCGG GCCCCCAGGA GAGAGGGGTC CCCCTGGTGT GCCAGGCATC 
GGTCAACCAG GAGAGTCAGG AGAGAAAGGC AGTCCAGGGA GACCAGGACT GCCTGGAGTC 
CCTGGACAAC CTGGTACAAA AGGTGAGCCA GGTGTAGGTG TGAGTACTCC AGGACCTCAG 
GGAGTACCTG GACCACGAGG AGAAACCGGC AGACCTGGAC TTCAAGGGGA CAGAGGCCTG 
GTTGGAGACC AAGGGTTGCC AGGTTTCCCT GGACAGAAAG GTGAACATGG ACCCCCTGGA 
ATTGGTTTGC CAGGCCCAAC AGGTCCAAAA GGAATCGGTG GTATCCCAGG AGCTACAGGA 
TTGCCAGGAG AGCCAGGAAG ACCGGGACAG GATGGCTTGT CGGGACGACC TGGTCTACCT 
GGACAAAAAG GTGAACCTGG ACGGGGTCTT CCAGGCCCAA AAGGATCGCA GGGCCTCCCA 
GGAGTTATTG GCTTCCAGGG AGAGAAGGGT AGCATTGGAC TTCCTGGTAT TCCTGGACGA 
GAAGGCGAGA CAGGTCTACC AGGACCTCAG GGAATCAAAG GTGAAATAGG GCCCCCAGGG 
CTTCCTGGAC TGATTGGCTC ACCCGGTGCT CCAGGAAAAG GTTCACCTGG AGCTCCCGGA 
CCACAGGGAC CACCTGGAGA GCCTGGACCA TATGGTAGAG AAGGTGTAAA GGGAGAAAAG 
GGCTACCCTG GTCCTCCTGG TCTGGACATG CCGGGACCTC AGGGAGAAAA GGGAATCCCT 
GGGTTCCCAG GGCTTGCAGG CTCTAAAGGA CTGCCAGGGC AACCAGGCTT ACCAGGCAGG 
GATGGGCTGA TTGGAAACCA AGGTGAGACA GACAAACAGT GGCAGAAATT TATAAAGTTG 
AGTGAGAAAG GAGACCCTGG TTTTCCTGGT GAACCTGGCA GCATTGGACA ACCTGGACAG 
AAGGGCACTG TAGGAGAGAT GGGAATACCA GGTGTGAGTG GCCCAAAAGG TACTAAAGGA 
GATATTGGTA AATCGGGACA TCCAGGATTC AGAGGCACAG ATGGACAGAA AGGAGACAAG 
GGAGCAGCTG GTGAGCCAGG TATTGGGATC CCAGGATATC CAGGAGAAAA GGGTCAGACA 
GGCCAGCCAG GATTCCCAGG AACACCTGGA GAAAAGGGTC AGAAGGGTCA TGAGGGTATG 
CCTGGCAAAC CAGGATCGCA AGGAACTAAA GGAGATAAAG GAAGCATCGG GTATCCAGGC 
CAGCCAGGTA GACCAGGTGA GAAAGGTACG CCTGGGCTTC CAGGGTCTGC AGGAGAACCT 
GGTAATGAAG GCCGACCTGG TGAAGGTGGC TTGCAGGGAC CTCCTGGACC TCCTGGAGAG 
AAGGGAGATC CTGGAGTGGA CGGCATCCCT GGATCCTCAG GGGAGAGAGG AGACCCAGGT 
TTACCTGGCC ACGGTTTCCA AGGGCCACCT GGAACATTTG GTGGCAAAGG CGACAAAGGT 
AGTCCTGGCA TCCCTGGCAC TCCAGGTCAT CCAGGTGTCC CTGGTATCAA AGGCGACAAG 
GGACTTTCAG GCCCACAGGG ACCAACGGGT GAGCCAGGAG AGAGAGGGGC TCAAGGTATC 
TCTGTAGAAG GCCCTAAGGG AGAGAGGGGA GAAACAGGAC AACCCGGAGA AGCAGGATCC 
CCAGGAGGAC CAGGACCAGC TGGTGTGCCA GGCAGACATG GCCATAAGGG AGAGAAAGGA 
GATCAGGGTC TGCCTGGTTT CCAGGGAGAG ACGGGACAAA AGGGTGACCC TGGATTTTCT 
GGACTCCCTG GACAACCTGG TCTTCCTGGT ATTGATGGAC ATAAGGGAGA GAGGGGATTG 
CAAGGTGTTC CTGGCTTCCC AGGTGTAAAG GGTCAATTCG GGGACAGTGG ATTCAAAGGA 
GAGATTGGAG ACAGAGGATT CCCTGGAGAA AAAGGTAATG AAGGTCCTCC TGGCCCCCCT 
GGCCCCCACA CCTTTGTCAA AGGAGACATT GGGTTCCCAG GAATTCAAGG TCTTCCAGGA 
CCGCAGGGTC CATCAGGGTT CCCTGGACAG AAAGGACTGC AAGGTATGAC AGGTATTCCA 
GGGCCAAAAG GTGAAGATGG CCACCCTGGA TTTCACGGTC AGTCTGGAGC CAAAGGAGAG 
CCTGGCCTTC CAGGACCACA AGGACCCAGA GGACACCCAG GTCCTCCAGG ACCTGACGGC 
GTTCCAGGTC AAGTGGGTCC ACCTGGCCCC TCCTCCATGG ATCATGGGTT CCTCGTCACC 
CGTCACAGCC AATCAGTGGA GGTTCCATTT TGTCCTGAGG GAACCTCACC CATATATGAT 
GGCTACTCCT TGCTCTACGT ACAAGGCAAC GAACGGTCTC ATGGACAGGA CTTGGGTACG 
GCAGGCAGCT GTTTAAGAAA GTTCAGCCCC ATGCCCTTCC TGTTCTGTAA CATCAACAAC 
GTGTGCAACT TTGCCTCTCG TAATGACTAC TCCTATTGGC TCACCTCCCC TGAGCCCATG 
CCCATGAGCA TGGCGCCCAT CACTGGTGAA AGCATCAAAC CCTTCATCAG CAGGTGTGCT 
GTGTGTGAAG CCCCAGCCAT GGTGATAGCA GTTCACAGTC AGACCATCAT GATCCCTCCG 
TGCCCTCACG GCTGGGACTC TCTGTGGATT GGCTACTCCT TTGTCATGCA CACCAGCGCT 
GGTGCTGAGG GTTCAGGCCA GGCTCTGGCC TCTCCCGGTT CCTGTCTGGA GGAATTCCGC 
AGCGCTCCAT TCATCGAGTG TCACGGTCGT GGAACCTGCA ACTACTACGC CAACTCCTAC 
AGCTTCTGGC TTGCTACCAT TGAAGACAAC GAGATGTTTA CGAAACCTGT CCCAACAACG 
CTAAAAGCAG GCAATCTCAG AACACACATA AGCCGCTGCC AGGTGTGCAT GAAGAGGACA 
TAA

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

RefSeq	XP_023271570.1
CDS	170..4792
Translation	MLLPSGTLLLLAALYSSVDLTGAEGCGASCGKCDCSGVKGTKGERGFPGLQGNMGFPGMQGPEGPPGQLGPKGDSGESGAPGMKGVRGPPGLPGFPGNPGLPGINGNDGPPGAPGIPGCNGTKGDRGLDGSPGFPGLQGPPGIPGLHGMKGDPGGVIGIVPLKGDRGFPGTPGLPGSIGTPGPTGPPGPRGYQGPKGDPGLPGPPGEKGDKLAFVSEKGDKGDAGFRGPPGPPGPPASGVEGGHTTVHLPGPPGDRGVKGEKGEQGFCIPHLEGVKGEPGPPGPRGKPGKDGEFGLKGERGFPGVPGYTGSQGEKGEKGPPGFGIGAPGPPGSPGFPGKEGERGFPGPRGEAGPPGQHIEGPRGERGEKGDMGEKGDRGIEGESLVGPPGQPGIPGPPGEPGLPIDPNECDIEKGAPGPPGPPGLQGELGQKGDKGDTCVKCEASGAPGLPGPPGPKGEHGPPGSVGYKGEKGQSGAPGQPGRPGIQGNPGLMGAPGAIGEPGDIFIAPGLKGDKGLPGSAGSPGQPGSNGLPGRDGIPGQPGPKGEPAKEGIKGERGLDGDPGLIGPPGERGPPGVPGIGQPGESGEKGSPGRPGLPGVPGQPGTKGEPGVGVSTPGPQGVPGPRGETGRPGLQGDRGLVGDQGLPGFPGQKGEHGPPGIGLPGPTGPKGIGGIPGATGLPGEPGRPGQDGLSGRPGLPGQKGEPGRGLPGPKGSQGLPGVIGFQGEKGSIGLPGIPGREGETGLPGPQGIKGEIGPPGLPGLIGSPGAPGKGSPGAPGPQGPPGEPGPYGREGVKGEKGYPGPPGLDMPGPQGEKGIPGFPGLAGSKGLPGQPGLPGRDGLIGNQGETDKQWQKFIKLSEKGDPGFPGEPGSIGQPGQKGTVGEMGIPGVSGPKGTKGDIGKSGHPGFRGTDGQKGDKGAAGEPGIGIPGYPGEKGQTGQPGFPGTPGEKGQKGHEGMPGKPGSQGTKGDKGSIGYPGQPGRPGEKGTPGLPGSAGEPGNEGRPGEGGLQGPPGPPGEKGDPGVDGIPGSSGERGDPGLPGHGFQGPPGTFGGKGDKGSPGIPGTPGHPGVPGIKGDKGLSGPQGPTGEPGERGAQGISVEGPKGERGETGQPGEAGSPGGPGPAGVPGRHGHKGEKGDQGLPGFQGETGQKGDPGFSGLPGQPGLPGIDGHKGERGLQGVPGFPGVKGQFGDSGFKGEIGDRGFPGEKGNEGPPGPPGPHTFVKGDIGFPGIQGLPGPQGPSGFPGQKGLQGMTGIPGPKGEDGHPGFHGQSGAKGEPGLPGPQGPRGHPGPPGPDGVPGQVGPPGPSSMDHGFLVTRHSQSVEVPFCPEGTSPIYDGYSLLYVQGNERSHGQDLGTAGSCLRKFSPMPFLFCNINNVCNFASRNDYSYWLTSPEPMPMSMAPITGESIKPFISRCAVCEAPAMVIAVHSQTIMIPPCPHGWDSLWIGYSFVMHTSAGAEGSGQALASPGSCLEEFRSAPFIECHGRGTCNYYANSYSFWLATIEDNEMFTKPVPTTLKAGNLRTHISRCQVCMKRT

Target ORF information:

RefSeq Version	XM_023415802.1
Organism	Seriola lalandi dorsalis
Definition	Seriola lalandi dorsalis collagen type IV alpha 1 chain (col4a1), mRNA.

Target ORF information:

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

XM_023415802.1

ORF Insert Sequence:

ATGCTGTTAC CGTCCGGCAC CCTGCTTCTG CTGGCGGCTC TCTACTCAAG TGTAGACCTG 
ACAGGCGCTG AGGGTTGTGG GGCATCATGT GGAAAATGTG ACTGCAGTGG TGTGAAAGGA 
ACAAAGGGTG AGCGGGGATT TCCTGGTCTC CAAGGTAATA TGGGATTCCC AGGGATGCAG 
GGACCTGAGG GGCCTCCAGG GCAATTGGGC CCCAAGGGAG ATTCAGGTGA ATCTGGGGCT 
CCTGGAATGA AAGGAGTGAG GGGTCCGCCT GGTCTGCCAG GTTTCCCGGG AAACCCAGGA 
CTACCAGGCA TCAATGGAAA CGACGGCCCA CCAGGAGCAC CAGGTATCCC AGGATGCAAT 
GGGACTAAAG GAGACAGAGG ACTGGATGGC TCTCCTGGTT TTCCCGGTCT TCAAGGACCT 
CCTGGCATCC CAGGACTTCA TGGAATGAAG GGTGACCCCG GTGGTGTGAT TGGGATTGTT 
CCACTGAAGG GAGACAGAGG ATTCCCTGGC ACACCTGGAT TACCTGGATC AATCGGAACT 
CCTGGACCTA CTGGACCTCC AGGACCTCGT GGATATCAAG GACCCAAAGG TGATCCTGGC 
CTTCCTGGCC CTCCGGGAGA GAAGGGTGAC AAGCTGGCTT TTGTGAGTGA GAAAGGAGAC 
AAGGGTGATG CTGGATTTCG TGGCCCGCCT GGTCCCCCTG GACCTCCTGC ATCGGGTGTT 
GAAGGAGGAC ATACCACGGT GCACCTTCCT GGACCACCGG GAGACAGAGG AGTCAAAGGA 
GAGAAAGGAG AACAAGGCTT TTGCATCCCT CATCTCGAAG GTGTCAAAGG TGAACCCGGC 
CCACCTGGAC CAAGAGGTAA ACCTGGAAAG GATGGAGAGT TTGGGCTAAA GGGAGAAAGA 
GGCTTTCCAG GAGTTCCTGG ATACACCGGT TCCCAGGGTG AAAAAGGAGA AAAAGGACCA 
CCAGGTTTTG GTATTGGTGC CCCTGGTCCT CCAGGTTCTC CTGGTTTCCC AGGGAAAGAA 
GGAGAAAGAG GTTTTCCTGG GCCCCGGGGC GAGGCAGGTC CACCAGGCCA GCACATTGAA 
GGGCCTCGAG GAGAGAGGGG TGAGAAGGGA GACATGGGTG AGAAAGGAGA TCGGGGTATA 
GAAGGAGAGT CTCTGGTTGG ACCTCCAGGA CAACCAGGAA TTCCTGGACC CCCAGGAGAA 
CCAGGACTCC CAATTGACCC TAATGAATGT GACATTGAGA AAGGCGCTCC TGGCCCACCT 
GGACCTCCAG GGTTACAAGG GGAACTGGGA CAGAAAGGTG ACAAAGGAGA TACCTGTGTT 
AAGTGTGAAG CTTCCGGTGC ACCTGGATTA CCTGGCCCCC CGGGGCCTAA AGGAGAGCAC 
GGACCTCCTG GGTCAGTAGG ATACAAAGGA GAAAAGGGTC AATCAGGAGC TCCTGGACAA 
CCTGGACGAC CTGGTATTCA AGGCAATCCT GGGTTGATGG GAGCTCCAGG TGCTATTGGT 
GAGCCTGGGG ACATATTCAT AGCTCCTGGT TTGAAGGGAG ACAAAGGTCT TCCTGGTTCT 
GCTGGGTCAC CGGGGCAGCC TGGATCGAAT GGACTGCCAG GGAGAGATGG CATACCGGGT 
CAACCTGGCC CCAAAGGAGA ACCTGCCAAA GAGGGCATTA AGGGTGAGCG TGGACTAGAT 
GGGGACCCTG GTCTTATCGG GCCCCCAGGA GAGAGGGGTC CCCCTGGTGT GCCAGGCATC 
GGTCAACCAG GAGAGTCAGG AGAGAAAGGC AGTCCAGGGA GACCAGGACT GCCTGGAGTC 
CCTGGACAAC CTGGTACAAA AGGTGAGCCA GGTGTAGGTG TGAGTACTCC AGGACCTCAG 
GGAGTACCTG GACCACGAGG AGAAACCGGC AGACCTGGAC TTCAAGGGGA CAGAGGCCTG 
GTTGGAGACC AAGGGTTGCC AGGTTTCCCT GGACAGAAAG GTGAACATGG ACCCCCTGGA 
ATTGGTTTGC CAGGCCCAAC AGGTCCAAAA GGAATCGGTG GTATCCCAGG AGCTACAGGA 
TTGCCAGGAG AGCCAGGAAG ACCGGGACAG GATGGCTTGT CGGGACGACC TGGTCTACCT 
GGACAAAAAG GTGAACCTGG ACGGGGTCTT CCAGGCCCAA AAGGATCGCA GGGCCTCCCA 
GGAGTTATTG GCTTCCAGGG AGAGAAGGGT AGCATTGGAC TTCCTGGTAT TCCTGGACGA 
GAAGGCGAGA CAGGTCTACC AGGACCTCAG GGAATCAAAG GTGAAATAGG GCCCCCAGGG 
CTTCCTGGAC TGATTGGCTC ACCCGGTGCT CCAGGAAAAG GTTCACCTGG AGCTCCCGGA 
CCACAGGGAC CACCTGGAGA GCCTGGACCA TATGGTAGAG AAGGTGTAAA GGGAGAAAAG 
GGCTACCCTG GTCCTCCTGG TCTGGACATG CCGGGACCTC AGGGAGAAAA GGGAATCCCT 
GGGTTCCCAG GGCTTGCAGG CTCTAAAGGA CTGCCAGGGC AACCAGGCTT ACCAGGCAGG 
GATGGGCTGA TTGGAAACCA AGGTGAGACA GACAAACAGT GGCAGAAATT TATAAAGTTG 
AGTGAGAAAG GAGACCCTGG TTTTCCTGGT GAACCTGGCA GCATTGGACA ACCTGGACAG 
AAGGGCACTG TAGGAGAGAT GGGAATACCA GGTGTGAGTG GCCCAAAAGG TACTAAAGGA 
GATATTGGTA AATCGGGACA TCCAGGATTC AGAGGCACAG ATGGACAGAA AGGAGACAAG 
GGAGCAGCTG GTGAGCCAGG TATTGGGATC CCAGGATATC CAGGAGAAAA GGGTCAGACA 
GGCCAGCCAG GATTCCCAGG AACACCTGGA GAAAAGGGTC AGAAGGGTCA TGAGGGTATG 
CCTGGCAAAC CAGGATCGCA AGGAACTAAA GGAGATAAAG GAAGCATCGG GTATCCAGGC 
CAGCCAGGTA GACCAGGTGA GAAAGGTACG CCTGGGCTTC CAGGGTCTGC AGGAGAACCT 
GGTAATGAAG GCCGACCTGG TGAAGGTGGC TTGCAGGGAC CTCCTGGACC TCCTGGAGAG 
AAGGGAGATC CTGGAGTGGA CGGCATCCCT GGATCCTCAG GGGAGAGAGG AGACCCAGGT 
TTACCTGGCC ACGGTTTCCA AGGGCCACCT GGAACATTTG GTGGCAAAGG CGACAAAGGT 
AGTCCTGGCA TCCCTGGCAC TCCAGGTCAT CCAGGTGTCC CTGGTATCAA AGGCGACAAG 
GGACTTTCAG GCCCACAGGG ACCAACGGGT GAGCCAGGAG AGAGAGGGGC TCAAGGTATC 
TCTGTAGAAG GCCCTAAGGG AGAGAGGGGA GAAACAGGAC AACCCGGAGA AGCAGGATCC 
CCAGGAGGAC CAGGACCAGC TGGTGTGCCA GGCAGACATG GCCATAAGGG AGAGAAAGGA 
GATCAGGGTC TGCCTGGTTT CCAGGGAGAG ACGGGACAAA AGGGTGACCC TGGATTTTCT 
GGACTCCCTG GACAACCTGG TCTTCCTGGT ATTGATGGAC ATAAGGGAGA GAGGGGATTG 
CAAGGTGTTC CTGGCTTCCC AGGTGTAAAG GGTCAATTCG GGGACAGTGG ATTCAAAGGA 
GAGATTGGAG ACAGAGGATT CCCTGGAGAA AAAGGTAATG AAGGTCCTCC TGGCCCCCCT 
GGCCCCCACA CCTTTGTCAA AGGAGACATT GGGTTCCCAG GAATTCAAGG TCTTCCAGGA 
CCGCAGGGTC CATCAGGGTT CCCTGGACAG AAAGGACTGC AAGGTATGAC AGGTATTCCA 
GGGCCAAAAG GTGAAGATGG CCACCCTGGA TTTCACGGTC AGTCTGGAGC CAAAGGAGAG 
CCTGGCCTTC CAGGACCACA AGGACCCAGA GGACACCCAG GTCCTCCAGG ACCTGACGGC 
GTTCCAGGTC AAGTGGGTCC ACCTGGCCCC TCCTCCATGG ATCATGGGTT CCTCGTCACC 
CGTCACAGCC AATCAGTGGA GGTTCCATTT TGTCCTGAGG GAACCTCACC CATATATGAT 
GGCTACTCCT TGCTCTACGT ACAAGGCAAC GAACGGTCTC ATGGACAGGA CTTGGGTACG 
GCAGGCAGCT GTTTAAGAAA GTTCAGCCCC ATGCCCTTCC TGTTCTGTAA CATCAACAAC 
GTGTGCAACT TTGCCTCTCG TAATGACTAC TCCTATTGGC TCACCTCCCC TGAGCCCATG 
CCCATGAGCA TGGCGCCCAT CACTGGTGAA AGCATCAAAC CCTTCATCAG CAGGTGTGCT 
GTGTGTGAAG CCCCAGCCAT GGTGATAGCA GTTCACAGTC AGACCATCAT GATCCCTCCG 
TGCCCTCACG GCTGGGACTC TCTGTGGATT GGCTACTCCT TTGTCATGCA CACCAGCGCT 
GGTGCTGAGG GTTCAGGCCA GGCTCTGGCC TCTCCCGGTT CCTGTCTGGA GGAATTCCGC 
AGCGCTCCAT TCATCGAGTG TCACGGTCGT GGAACCTGCA ACTACTACGC CAACTCCTAC 
AGCTTCTGGC TTGCTACCAT TGAAGACAAC GAGATGTTTA CGAAACCTGT CCCAACAACG 
CTAAAAGCAG GCAATCTCAG AACACACATA AGCCGCTGCC AGGTGTGCAT GAAGAGGACA 
TAA