col22a1 cDNA ORF clone, Seriola dumerili(greater amberjack)

Gene
Clones
gRNAs

Summary

Gene Symbol	col22a1
Entrez Gene ID	111228178
Full Name	collagen type XXII alpha 1 chain
Gene Type	protein-coding
Organism	Seriola dumerili(greater amberjack)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022753981.1	XP_022609702.1	collagen alpha-1(XXII) chain

Pathways from BioSystems
Gene Ontology

The following col22a1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the col22a1 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
OSe200723	XM_022753981.1 Latest version!	Seriola dumerili collagen type XXII alpha 1 chain (col22a1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

col22a1 ( XM_022753981.1 ) cDNA ORF clone, Seriola dumerili(greater amberjack) -> XP_022609702.1 Seriola dumerili collagen type XXII alpha 1 chain (col22a1), mRNA.

Price & Availability↑

CloneID	OSe200723
Clone ID Related Accession (Same CDS sequence)	XM_022753981.1
Accession Version	XM_022753981.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4869bp) 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	2017-10-03
Organism	Seriola dumerili(greater amberjack)
Product	collagen alpha-1(XXII) chain
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019174457.1) 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 :: Seriola dumerili 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##

ATGGAATTAC GAGTGGGATT TAGGATCACC CTGGTCTTGG TCATCCTGGC CTTGACTCTT 
TCTGGTGAGA GAGTGGAAGC ACAGAGGGCA GGGTGTAAAA GTGTCCACTA TGACTTGGCG 
TTTATCCTGG ATACCTCATC CAGTGTTGGA AAAGAGAACT TCGAGAAGAT CAGACAATGG 
GTGGCCAACC TGGTGGAGTC TTTCGATGTG GCCGCAGAGA AGACGAGAGT AGCTGTGGTT 
CGCTACAGTG ACAGACCCAC CACTGAATTC AACCTGGGGA AACACAGGAC CCTGGAAGAT 
GTGAAGCGAG CTGCCCGTAA CATACGCTAC CTGGGGGGAA ATACAATGAC CGGGGACGCC 
ATCAGCTACA CCACCAACAA CATCTTCACC GAGCAGAACG GAGCAAGGCC CGTCGCCAAA 
GGCATCCAGA GGGTGGCCAT CCTCCTCACA GATGGCCGAA GCCAGGATTA TGTTCTGGAG 
CCCTCTAAGG CAGCTGCCAA AGCCGGCATC AGGATGTTCG CCGTGGGCAT CGGGGAGGCG 
CTGAAGGAGG AGCTGGAGGA AATCGCCGCC GAGCCAAAGA ATGCCCACGT CTTCCATGTG 
ACGGACTTTA ATGCCATTGA CAAGATCAGG GGCCGGCTGA GGAGGAGGCT GTGCGAGAAT 
GTCCTGTGTC CAAACATGAA GGTTCAACCT GATCGCTTTA AGCCCAGCAG CACCAGTTAT 
GGTCTTGAAG AGGTTCCAGG GTTCGACCTG ATGGACTACT TCAATGTGAG AGATATTCTG 
GGAACCAAAG TTGATGAGGG CCAGAGTTCT TATGTTCGCC TTGGCACCAT GCCCATTGTA 
CAGCAAACAG AAGACGTATT TCCTCAAGGG CTGCCGGATG AATACGCCTT TGTGACGACA 
TTCAAATTCA GGAAAACCTC AAGGCGTGAA GATTGGTACC TCTGGCAGGT TTTTGACAAA 
TATGGAATCC CACAGGTGTC CATCCGTCTG GACGGTGAGA ACAAGGCGGT GGAATACAAC 
GCTGTCGGGC TGACAAAGGA CGCTGTCAGA GCTGTGTTCA AGAACGCCGA GGTTGACAAC 
CTGTTTGACC GCAACTGGCA CAAGATTGCC CTCAGCGTGG AGGCCAAGGC TGTGTCTCTG 
TACCTGGACT GCAAACACAT CCAGACTCTT CCCATTGAAG ACAGGGAGGA CATTGATATC 
CAAGGGAAGA CAGTGATTGG GAAGAGGCTG TATGACAGTG TGCCAATTGA TTTCGACCTC 
CAAAGGATGA TGATTTACTG CGATTCCAAG CATGCAGAGC TGGAAACCTG CTGTGATCTA 
CCCAATGGAC CTTGCCCTAA GAAAGTGGTG ACGGAGGCTC CCCCAGAAGA GATCCCCACT 
CCGACACCTA CTGTTGTGGA GCAAAAAAGA GGCCCTGAAG TCAACTGTTC TTGTGCTGCA 
GGAGAGAAGG GAGACATCGG TGCACCTGGT GTTGCAGGTT CCAAGGGTGA AAAGGGTGAC 
ACTGGCCCTA TGGGTGCCAT CGGACCGCCT GGAATCAAAG GAGCAAAAGG AGAAACTGGC 
AGAGTTCTCT CTGTCAGAGG TGACAGAGGT GAGAAGGGTG ATAGTGGCAG CATAGGGTTG 
ACAGGTGCTC CTGGACAAAA AGGAGAGAAG GGTCACGGCG GTATACCAGG TATTGATGGC 
TTACCTGGAG ACAAAGGAGA GCAAGGTCAA GCAGGACTGG CTGGTGATCA AGGGCTGCCG 
GGTCCAGCTG GACCAAAGGG AATTCAAGGG GATGCAGGAA TTCCTGGCGG ACCCGGACCA 
AAAGGTGTCA TTGGTGATTC AGGTATAAAA GGTGAAAAAG GAACTCCAGG AGCCAGGGGC 
GAAGCAGGTT TGGACGGATT ACCAGGAAAA CCTGGAGTTC CTGGGAAAGA TGGTTTCAGA 
GGACTGGTTG GTGCACCCGG TCCCAGCGGA TTTAAAGGCG ACAAGGGGGA GAGAGGCCTT 
CCTGGATTAC CTGGGGATGT GGTTCAGAAA GAAGGCTTAC GGGGTGAAAA GGGAATTGCT 
GGACCTCCTG GGCCTCCAGG GGCCGACGGC CCCCCAGGGC CTCCTGGTCC TCCTGGACTA 
CTAGGTCTGC CTGGAGAGCC TGGAGAGTTT GGCCAAAGGG GGAAGAAGGG AGAGAGTGGA 
TTGCCTGGCG TGGACGGCCT TCCTGGACCT CCTGGTCCTC AGGGTCCACC TGGGTCACCA 
GGAAACCAAG GACACACTGG ACCTCCTGGT CTGCCTGGTG AAATTGGATT TTCAGGCAAA 
CCTGGAGAAC CTGGAAAGCC TGGTCTTCCT GGTAAAGACG GTCTCGACGG TCTTCCTGGA 
AACGATGGTG CCATGGGGCC CAGGGGAGAG CGGGGAACAG ATGGTTTTTC TGGAAAGCCT 
GGACCTAAGG GTGATGATGG GCCACCTGGA CCAAGAGGAC CTCCAGGGGA GAGAGGAGAA 
GCTGGTTCCC CTGGACAACC AGGTGCTGAT GGAGCGAGAG GAGACAGGGG CATTCCGGGA 
GAAAGAGGAC TGGATGGACC AAATGGGCCA AAAGGTGAAA GGGGAGACAA GGGTGAAGTT 
GGAGCGAGGG GACCGCCTGG CGCTCCAGGA AATGTGGCAA ATGTCATCCC TGAGCCTGGT 
GAACCTGGAA CACCTGGAGA AAAGGGAGAG AAAGGAGATC AAGGGAAACC AGGAGAGATG 
GGCCAAAGAG GGTTACCTGG TGAACAAGGT TTTAAGGGAC CAGCTGGACC CCCGGGACCG 
AAAGGTGACA CTGGACTTAC AGGAGAGACA GGACGCGTTG GAGACCCTGG TCCACCCGGC 
GTAGCCGGTC CTCAAGGTCT TCGTGGATTG CCAGGAAATG TGGGCATACC TGGGATCATT 
GGGCCTCCTG GTCCAGCTGG ACAGAGAGGA GACAAGGGTG AACCAGGTAA ACCAGGACAA 
ACAGGTCTCG CAGGCCCACC CGGAGAGCCC GGTGTGACTG GACCCCCTGG ACCAACGGGG 
AAAGGGAAAG ACGGGCAAAA TGGCGAACCA GGACCACAGG GAATCCAAGG ACCCTCAGGG 
CCAAAGGGTC AACCAGGGTC ACAAGGAGAA CCAGGAGTAC CAGGAGACAG GGGTCCTGCA 
GGAGAGGGCA AAATGGGACC ATCGGGGCTC CCAGGAAATA ATGGGGAACC TGGACCTGCG 
GGCTTGAGGG GTCCACCAGG AGTTGCTGGT CCTCAGGGCC CAGCAGGACA TAATGGTTTA 
CCAGGAAGGC CGGGAGACAA AGGATCACCT GGAGAGCCTG GAAAGGCAGC CGACCTCTCT 
GACCTAAATT TGAAGGATGT TTGCTCAGAC TGCCCTGCAG GCCCACCCGG ACCACCCGGG 
CTCCCAGGAA TCCCCGGAGA CAAAGGACAC ACAGGACCTC CGGGGAAAGA CGGTCAAGAC 
GGTTACCAAG GCCCGCCGGG ACCAGCCGGA CCTCAAGGGC CCCCCGGAGC CGACGGAGGC 
AAGGGTATAA AAGGTGATCG AGGACCTCCT GGAGGCCCTG GAGAGAAAGG AGACAAGGGT 
CACCCAGGAC CCCCTGGTCA TCCAGGTGCT GCTGGCTTGA TGGGTACACC TGGTAACGAT 
GGACAGCCTG GCCCCGCTGG TCCCCCAGGG CCCCCTGGAG AAAAGGGCAA AGAGGGTCTG 
AAAGGAATCC AGGGACCACC GGGTCTTCCT GGCATGATTG GTCAGCCTGG AAAGATGGGA 
AAGGATGGCA GACTAGGTGA AACAGGAGAA CCTGGCAAGC AAGGTGAACC CGGGCCACCA 
GGAAACCCTG GGCTGAGGGG ACTCCCAGGC TTTAAAGGCC ACAGAGGAGA ACCTGGACCT 
CCAGGATCTA AGGGAGAAGA TGGAAAGCCT GGATCGCTCG GGCGTGACGG CAAACCTGGG 
AAGGAGGGCT CTATGGGACC TCCAGGTCCA GAGGGACGTA TTGGACCAAG AGGGGAGTCG 
GGCAAGCCAG GTGAACCAGG GCCGTCGGGA AAAGCAGGTC TCCCTGGAAC TCCAGGTCTC 
AGGGGAGACA AGGGAGAGGC CGGCAACCCA GGATTACCCG GATTTAGTGG GCCTAAAGGC 
CCCGCGGGTC CAGCTGGTCC AGTGGGCCCC GAGGGAAAGC AGGGGATGCC GGGCAGAGTT 
GGTGATCGTG GCGTCAAAGG AGATAAGGGT GACCCAGGTA TAAAGGGAGA TAAAGGACAT 
TCAGGAGAAT CAGGAATGCC TGGAAACCCA GGACCCCCAG GCAGAAAGGG CCACACAGGA 
ATGATGGGCA TGTCAGGACC ACCAGGAGAA ATAGGGCCTC CTGGGTCACA AGGACCTTCA 
GGAAACCCTG GTATCCCAGG ACCAAGGGGA GAGTCGGTAT CACTGGAGCA GATGAGACGG 
CTCATCCAGG AGGAGCTGGC AAAACAATTA GATGCCAAAC TGGCTTACCT CATGGCTCAG 
ATGCAGCCGG CGCATGTGAA GAGCACAGCC GGCCGTCCGG GACCTCCGGG CCCTCCAGGT 
AAGGACGGCA GTCCTGGACG ATCTGGCCCC CCGGGAGAGC CTGGCATGCC TGGACAGAAT 
GGAGGGGAAG GACCCAGAGG ACCCATGGGC CCTAAAGGTG AGAAAGGAAC AAGAGGAGAG 
AAGGGAGAAA CTGGTATTGG TGAAAGAGGA GAGCAAGGCC CTCCTGGCCC GATAGGTCCA 
GCCGGTCTGC CTGGCTACGG TAAAGACGGA AGCCCAGGAC AGGCCGGAGT CCAGGGAGAG 
CCAGGAAACC CTGGTCCCCA CGGTCAGCCT GGACCTCCAG GTCCTCCTGG CCAATGTGAC 
CCCACCCAGT GTGCCTACTA TGCCAGCCTG GCACAAAGAC CCCACACCAA AAACGTCAAG 
GGGACTTAA

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

RefSeq	XP_022609702.1
CDS	1..4869
Translation	MELRVGFRITLVLVILALTLSGERVEAQRAGCKSVHYDLAFILDTSSSVGKENFEKIRQWVANLVESFDVAAEKTRVAVVRYSDRPTTEFNLGKHRTLEDVKRAARNIRYLGGNTMTGDAISYTTNNIFTEQNGARPVAKGIQRVAILLTDGRSQDYVLEPSKAAAKAGIRMFAVGIGEALKEELEEIAAEPKNAHVFHVTDFNAIDKIRGRLRRRLCENVLCPNMKVQPDRFKPSSTSYGLEEVPGFDLMDYFNVRDILGTKVDEGQSSYVRLGTMPIVQQTEDVFPQGLPDEYAFVTTFKFRKTSRREDWYLWQVFDKYGIPQVSIRLDGENKAVEYNAVGLTKDAVRAVFKNAEVDNLFDRNWHKIALSVEAKAVSLYLDCKHIQTLPIEDREDIDIQGKTVIGKRLYDSVPIDFDLQRMMIYCDSKHAELETCCDLPNGPCPKKVVTEAPPEEIPTPTPTVVEQKRGPEVNCSCAAGEKGDIGAPGVAGSKGEKGDTGPMGAIGPPGIKGAKGETGRVLSVRGDRGEKGDSGSIGLTGAPGQKGEKGHGGIPGIDGLPGDKGEQGQAGLAGDQGLPGPAGPKGIQGDAGIPGGPGPKGVIGDSGIKGEKGTPGARGEAGLDGLPGKPGVPGKDGFRGLVGAPGPSGFKGDKGERGLPGLPGDVVQKEGLRGEKGIAGPPGPPGADGPPGPPGPPGLLGLPGEPGEFGQRGKKGESGLPGVDGLPGPPGPQGPPGSPGNQGHTGPPGLPGEIGFSGKPGEPGKPGLPGKDGLDGLPGNDGAMGPRGERGTDGFSGKPGPKGDDGPPGPRGPPGERGEAGSPGQPGADGARGDRGIPGERGLDGPNGPKGERGDKGEVGARGPPGAPGNVANVIPEPGEPGTPGEKGEKGDQGKPGEMGQRGLPGEQGFKGPAGPPGPKGDTGLTGETGRVGDPGPPGVAGPQGLRGLPGNVGIPGIIGPPGPAGQRGDKGEPGKPGQTGLAGPPGEPGVTGPPGPTGKGKDGQNGEPGPQGIQGPSGPKGQPGSQGEPGVPGDRGPAGEGKMGPSGLPGNNGEPGPAGLRGPPGVAGPQGPAGHNGLPGRPGDKGSPGEPGKAADLSDLNLKDVCSDCPAGPPGPPGLPGIPGDKGHTGPPGKDGQDGYQGPPGPAGPQGPPGADGGKGIKGDRGPPGGPGEKGDKGHPGPPGHPGAAGLMGTPGNDGQPGPAGPPGPPGEKGKEGLKGIQGPPGLPGMIGQPGKMGKDGRLGETGEPGKQGEPGPPGNPGLRGLPGFKGHRGEPGPPGSKGEDGKPGSLGRDGKPGKEGSMGPPGPEGRIGPRGESGKPGEPGPSGKAGLPGTPGLRGDKGEAGNPGLPGFSGPKGPAGPAGPVGPEGKQGMPGRVGDRGVKGDKGDPGIKGDKGHSGESGMPGNPGPPGRKGHTGMMGMSGPPGEIGPPGSQGPSGNPGIPGPRGESVSLEQMRRLIQEELAKQLDAKLAYLMAQMQPAHVKSTAGRPGPPGPPGKDGSPGRSGPPGEPGMPGQNGGEGPRGPMGPKGEKGTRGEKGETGIGERGEQGPPGPIGPAGLPGYGKDGSPGQAGVQGEPGNPGPHGQPGPPGPPGQCDPTQCAYYASLAQRPHTKNVKGT

Target ORF information:

RefSeq Version	XM_022753981.1
Organism	Seriola dumerili(greater amberjack)
Definition	Seriola dumerili collagen type XXII alpha 1 chain (col22a1), mRNA.

Target ORF information:

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

XM_022753981.1

ORF Insert Sequence:

ATGGAATTAC GAGTGGGATT TAGGATCACC CTGGTCTTGG TCATCCTGGC CTTGACTCTT 
TCTGGTGAGA GAGTGGAAGC ACAGAGGGCA GGGTGTAAAA GTGTCCACTA TGACTTGGCG 
TTTATCCTGG ATACCTCATC CAGTGTTGGA AAAGAGAACT TCGAGAAGAT CAGACAATGG 
GTGGCCAACC TGGTGGAGTC TTTCGATGTG GCCGCAGAGA AGACGAGAGT AGCTGTGGTT 
CGCTACAGTG ACAGACCCAC CACTGAATTC AACCTGGGGA AACACAGGAC CCTGGAAGAT 
GTGAAGCGAG CTGCCCGTAA CATACGCTAC CTGGGGGGAA ATACAATGAC CGGGGACGCC 
ATCAGCTACA CCACCAACAA CATCTTCACC GAGCAGAACG GAGCAAGGCC CGTCGCCAAA 
GGCATCCAGA GGGTGGCCAT CCTCCTCACA GATGGCCGAA GCCAGGATTA TGTTCTGGAG 
CCCTCTAAGG CAGCTGCCAA AGCCGGCATC AGGATGTTCG CCGTGGGCAT CGGGGAGGCG 
CTGAAGGAGG AGCTGGAGGA AATCGCCGCC GAGCCAAAGA ATGCCCACGT CTTCCATGTG 
ACGGACTTTA ATGCCATTGA CAAGATCAGG GGCCGGCTGA GGAGGAGGCT GTGCGAGAAT 
GTCCTGTGTC CAAACATGAA GGTTCAACCT GATCGCTTTA AGCCCAGCAG CACCAGTTAT 
GGTCTTGAAG AGGTTCCAGG GTTCGACCTG ATGGACTACT TCAATGTGAG AGATATTCTG 
GGAACCAAAG TTGATGAGGG CCAGAGTTCT TATGTTCGCC TTGGCACCAT GCCCATTGTA 
CAGCAAACAG AAGACGTATT TCCTCAAGGG CTGCCGGATG AATACGCCTT TGTGACGACA 
TTCAAATTCA GGAAAACCTC AAGGCGTGAA GATTGGTACC TCTGGCAGGT TTTTGACAAA 
TATGGAATCC CACAGGTGTC CATCCGTCTG GACGGTGAGA ACAAGGCGGT GGAATACAAC 
GCTGTCGGGC TGACAAAGGA CGCTGTCAGA GCTGTGTTCA AGAACGCCGA GGTTGACAAC 
CTGTTTGACC GCAACTGGCA CAAGATTGCC CTCAGCGTGG AGGCCAAGGC TGTGTCTCTG 
TACCTGGACT GCAAACACAT CCAGACTCTT CCCATTGAAG ACAGGGAGGA CATTGATATC 
CAAGGGAAGA CAGTGATTGG GAAGAGGCTG TATGACAGTG TGCCAATTGA TTTCGACCTC 
CAAAGGATGA TGATTTACTG CGATTCCAAG CATGCAGAGC TGGAAACCTG CTGTGATCTA 
CCCAATGGAC CTTGCCCTAA GAAAGTGGTG ACGGAGGCTC CCCCAGAAGA GATCCCCACT 
CCGACACCTA CTGTTGTGGA GCAAAAAAGA GGCCCTGAAG TCAACTGTTC TTGTGCTGCA 
GGAGAGAAGG GAGACATCGG TGCACCTGGT GTTGCAGGTT CCAAGGGTGA AAAGGGTGAC 
ACTGGCCCTA TGGGTGCCAT CGGACCGCCT GGAATCAAAG GAGCAAAAGG AGAAACTGGC 
AGAGTTCTCT CTGTCAGAGG TGACAGAGGT GAGAAGGGTG ATAGTGGCAG CATAGGGTTG 
ACAGGTGCTC CTGGACAAAA AGGAGAGAAG GGTCACGGCG GTATACCAGG TATTGATGGC 
TTACCTGGAG ACAAAGGAGA GCAAGGTCAA GCAGGACTGG CTGGTGATCA AGGGCTGCCG 
GGTCCAGCTG GACCAAAGGG AATTCAAGGG GATGCAGGAA TTCCTGGCGG ACCCGGACCA 
AAAGGTGTCA TTGGTGATTC AGGTATAAAA GGTGAAAAAG GAACTCCAGG AGCCAGGGGC 
GAAGCAGGTT TGGACGGATT ACCAGGAAAA CCTGGAGTTC CTGGGAAAGA TGGTTTCAGA 
GGACTGGTTG GTGCACCCGG TCCCAGCGGA TTTAAAGGCG ACAAGGGGGA GAGAGGCCTT 
CCTGGATTAC CTGGGGATGT GGTTCAGAAA GAAGGCTTAC GGGGTGAAAA GGGAATTGCT 
GGACCTCCTG GGCCTCCAGG GGCCGACGGC CCCCCAGGGC CTCCTGGTCC TCCTGGACTA 
CTAGGTCTGC CTGGAGAGCC TGGAGAGTTT GGCCAAAGGG GGAAGAAGGG AGAGAGTGGA 
TTGCCTGGCG TGGACGGCCT TCCTGGACCT CCTGGTCCTC AGGGTCCACC TGGGTCACCA 
GGAAACCAAG GACACACTGG ACCTCCTGGT CTGCCTGGTG AAATTGGATT TTCAGGCAAA 
CCTGGAGAAC CTGGAAAGCC TGGTCTTCCT GGTAAAGACG GTCTCGACGG TCTTCCTGGA 
AACGATGGTG CCATGGGGCC CAGGGGAGAG CGGGGAACAG ATGGTTTTTC TGGAAAGCCT 
GGACCTAAGG GTGATGATGG GCCACCTGGA CCAAGAGGAC CTCCAGGGGA GAGAGGAGAA 
GCTGGTTCCC CTGGACAACC AGGTGCTGAT GGAGCGAGAG GAGACAGGGG CATTCCGGGA 
GAAAGAGGAC TGGATGGACC AAATGGGCCA AAAGGTGAAA GGGGAGACAA GGGTGAAGTT 
GGAGCGAGGG GACCGCCTGG CGCTCCAGGA AATGTGGCAA ATGTCATCCC TGAGCCTGGT 
GAACCTGGAA CACCTGGAGA AAAGGGAGAG AAAGGAGATC AAGGGAAACC AGGAGAGATG 
GGCCAAAGAG GGTTACCTGG TGAACAAGGT TTTAAGGGAC CAGCTGGACC CCCGGGACCG 
AAAGGTGACA CTGGACTTAC AGGAGAGACA GGACGCGTTG GAGACCCTGG TCCACCCGGC 
GTAGCCGGTC CTCAAGGTCT TCGTGGATTG CCAGGAAATG TGGGCATACC TGGGATCATT 
GGGCCTCCTG GTCCAGCTGG ACAGAGAGGA GACAAGGGTG AACCAGGTAA ACCAGGACAA 
ACAGGTCTCG CAGGCCCACC CGGAGAGCCC GGTGTGACTG GACCCCCTGG ACCAACGGGG 
AAAGGGAAAG ACGGGCAAAA TGGCGAACCA GGACCACAGG GAATCCAAGG ACCCTCAGGG 
CCAAAGGGTC AACCAGGGTC ACAAGGAGAA CCAGGAGTAC CAGGAGACAG GGGTCCTGCA 
GGAGAGGGCA AAATGGGACC ATCGGGGCTC CCAGGAAATA ATGGGGAACC TGGACCTGCG 
GGCTTGAGGG GTCCACCAGG AGTTGCTGGT CCTCAGGGCC CAGCAGGACA TAATGGTTTA 
CCAGGAAGGC CGGGAGACAA AGGATCACCT GGAGAGCCTG GAAAGGCAGC CGACCTCTCT 
GACCTAAATT TGAAGGATGT TTGCTCAGAC TGCCCTGCAG GCCCACCCGG ACCACCCGGG 
CTCCCAGGAA TCCCCGGAGA CAAAGGACAC ACAGGACCTC CGGGGAAAGA CGGTCAAGAC 
GGTTACCAAG GCCCGCCGGG ACCAGCCGGA CCTCAAGGGC CCCCCGGAGC CGACGGAGGC 
AAGGGTATAA AAGGTGATCG AGGACCTCCT GGAGGCCCTG GAGAGAAAGG AGACAAGGGT 
CACCCAGGAC CCCCTGGTCA TCCAGGTGCT GCTGGCTTGA TGGGTACACC TGGTAACGAT 
GGACAGCCTG GCCCCGCTGG TCCCCCAGGG CCCCCTGGAG AAAAGGGCAA AGAGGGTCTG 
AAAGGAATCC AGGGACCACC GGGTCTTCCT GGCATGATTG GTCAGCCTGG AAAGATGGGA 
AAGGATGGCA GACTAGGTGA AACAGGAGAA CCTGGCAAGC AAGGTGAACC CGGGCCACCA 
GGAAACCCTG GGCTGAGGGG ACTCCCAGGC TTTAAAGGCC ACAGAGGAGA ACCTGGACCT 
CCAGGATCTA AGGGAGAAGA TGGAAAGCCT GGATCGCTCG GGCGTGACGG CAAACCTGGG 
AAGGAGGGCT CTATGGGACC TCCAGGTCCA GAGGGACGTA TTGGACCAAG AGGGGAGTCG 
GGCAAGCCAG GTGAACCAGG GCCGTCGGGA AAAGCAGGTC TCCCTGGAAC TCCAGGTCTC 
AGGGGAGACA AGGGAGAGGC CGGCAACCCA GGATTACCCG GATTTAGTGG GCCTAAAGGC 
CCCGCGGGTC CAGCTGGTCC AGTGGGCCCC GAGGGAAAGC AGGGGATGCC GGGCAGAGTT 
GGTGATCGTG GCGTCAAAGG AGATAAGGGT GACCCAGGTA TAAAGGGAGA TAAAGGACAT 
TCAGGAGAAT CAGGAATGCC TGGAAACCCA GGACCCCCAG GCAGAAAGGG CCACACAGGA 
ATGATGGGCA TGTCAGGACC ACCAGGAGAA ATAGGGCCTC CTGGGTCACA AGGACCTTCA 
GGAAACCCTG GTATCCCAGG ACCAAGGGGA GAGTCGGTAT CACTGGAGCA GATGAGACGG 
CTCATCCAGG AGGAGCTGGC AAAACAATTA GATGCCAAAC TGGCTTACCT CATGGCTCAG 
ATGCAGCCGG CGCATGTGAA GAGCACAGCC GGCCGTCCGG GACCTCCGGG CCCTCCAGGT 
AAGGACGGCA GTCCTGGACG ATCTGGCCCC CCGGGAGAGC CTGGCATGCC TGGACAGAAT 
GGAGGGGAAG GACCCAGAGG ACCCATGGGC CCTAAAGGTG AGAAAGGAAC AAGAGGAGAG 
AAGGGAGAAA CTGGTATTGG TGAAAGAGGA GAGCAAGGCC CTCCTGGCCC GATAGGTCCA 
GCCGGTCTGC CTGGCTACGG TAAAGACGGA AGCCCAGGAC AGGCCGGAGT CCAGGGAGAG 
CCAGGAAACC CTGGTCCCCA CGGTCAGCCT GGACCTCCAG GTCCTCCTGG CCAATGTGAC 
CCCACCCAGT GTGCCTACTA TGCCAGCCTG GCACAAAGAC CCCACACCAA AAACGTCAAG 
GGGACTTAA