LOC107689224 cDNA ORF clone, Sinocyclocheilus anshuiensis

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107689224
Entrez Gene ID	107689224
Full Name	laminin subunit beta-1-like
Gene Type	protein-coding
Organism	Sinocyclocheilus anshuiensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_016487152.1	XP_016342638.1	laminin subunit beta-1-like

Pathways from BioSystems
Gene Ontology

The following LOC107689224 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107689224 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
OSi107790	XM_016487152.1 Latest version!	Sinocyclocheilus anshuiensis laminin subunit beta-1-like (LOC107689224), 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)

LOC107689224 ( XM_016487152.1 ) cDNA ORF clone, Sinocyclocheilus anshuiensis -> XP_016342638.1 Sinocyclocheilus anshuiensis laminin subunit beta-1-like (LOC107689224), mRNA.

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CloneID	OSi107790
Clone ID Related Accession (Same CDS sequence)	XM_016487152.1
Accession Version	XM_016487152.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5319bp) 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	2016-05-02
Organism	Sinocyclocheilus anshuiensis
Product	laminin subunit beta-1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015540910.1) 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 :: Sinocyclocheilus anshuiensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGGATTC TCCAGATTAC AGCTCTTACG ATATCTATTG CTTTGCACAC CCTGGCACAA 
GTACCCGATC ACAATGACAA GTGTGCAGAG GGGAGCTGTT ACCCTGCTAC AGGTGATTTG 
CTGATAGGAA GAGCACATCG GCTTGCAGTC TCCTCCACCT GTGGACTGGA TGGACCAGAT 
AGATTCTGCA TTGTCAGCCA TTTGCAGGAT GAAACAGACT GTTTTGAATG CGATTCTCGG 
CGCATGTACA ATGAGTTCAC CAACCCCAAC AGCCACACCA TTGAGAATGT GGTGACAACT 
TTCGCTCCCA ACCGCCTCAA AACCTGGTGG CAGTCCGAGA ACGGAGTTGA AAATGTGACC 
ATTCAGCTGG ATTTGGAAGC CGAATTCCAC TTCACACACC TCATCATGAC CTTTAAGACC 
TTTCGGCCGG CAGCCATGCT GATTGAGCGT TCCGCAGATT ATGGGCGAAG CTGGCAGGTG 
TACCGTTACT ACGCTTTCCA CTGTACTGAA TCCTATCCGC ACGTCCCTCA GGGGCCAATC 
AGAAAAGTGG ATGATGTCAT TTGTGACAGC CGCTATTCAG GCATTGAGCC ATCAACAGAA 
GGAGAGGTCA TTTTTAGGGC ACTTGATCCT GCATTTAAGA TTCCTGACCC TTACAGCCCA 
CGCATTCAGA ACTTACTGAA GATTACAAAC TTGCGCATAC GGATGGAAAA GTTGCACACT 
CTAGGTGATG ATCTGTTTGA TGACCGAGAG GGGGTGAAAA AGAAATACTA TTACACTCTC 
TACGATATGG TCGTCCGTGG CAACTGTTTC TGCTATGGCC ACGCCTCCAA GTGTGCACCG 
GTCGGCAATG AGGCAGGGGT CGAGGGCATG GTTCATGGTC ATTGCATGTG CAATCACCAC 
ACTACTGGAC TGAACTGTGA AGAGTGTGAG GACTTTTACC AAGATCTGCC CTGGAGACCA 
GCAGTGGGTC GAGAGACAAA TGCATGCAAG AGATGTGAGT GTAACCATCA CTCGTATTCC 
TGTCATTTTG ACATGGCGGT GTATCTGTCA TCGGGAAATA GGAGTGGAGG AGTGTGTGAT 
GACTGTCAGC ACAACACAGA GGGCCAATGG TGTGAGAACT GCAAACCCTT TTACTACAGG 
CACCCTGGCA GAAACATCAG AGACCCCAGG ATCTGCGAGC CCTGTGATTG TGACCCACGT 
GGTTCTCTGA ACGGAGGCTT ATGTGACAGC GCTACGGATG TTTTAAGAGA TATGATTGCC 
GGACAGTGTC GTTGCAAAGC TAATGTGGAG GGACAACGTT GTGACCACTG TAAAAAGAGA 
CATTATGGCC TCAGTGACGA CCCATTAGGC TGTCGGTCAT GCAGCTGTAA TCCTCTAGGC 
ACACTCCCAG CAGGAAGTCC CTGTGATATA CAGACAGGAA GCTGTTACTG CAAACGTCTT 
GTGACTGGAC GAAATTGTGA CCAGTGTCTG CCGCAGCACT GGGGTCTCAG TAATGATATG 
GATGGCTGCA GACCATGTGA CTGTGACGTA GGTGGGGCTT TGAATAATAA TTGTTCTCGG 
GAGACAGGAC AGTGTGCTTG TAAGAAGCAT ATGTTTGGTA GGCGATGTGA CCAAGTGCAT 
TCTGGGTACT ACTTTGCGGC ACTGGACCAC TATATTTACG AAGCTGAGGA TGCTTCCTTT 
GGAGCGGAAG TAAAAGTGCT TCAGAGACCG TCATCCTTGG ATCGTAAACC AACCTGGACG 
GGTAAAGGAT TTGCAAATGT ACCAGAGGGT GAAACACTGA GGTTCAACAT TTACAATTTA 
CCACGATCTA TGGAGTACAA CTTAATGATC CGCTATGAAC CACTGTTGCC AGATGAATGG 
GAGCAGGTTG TAGTACAGAT AGAGCGGCCC AGAGGCACTT ACCCAGCAGC ACACTGCACT 
TCTACATACA ACGATGAGCA GACCGTCTCA CTGCACCCTG GATCCAGATA TGCAGTTCTG 
CCTGGCCCAG TGTGTTTGGA GAAGGGTCAG AATTACACAG CGAAAATTAG CTTCCCACAG 
TACTCATCAT ACAGCTATCA CTCTTCTCCT CACACACTTG TTGATTCAAT AGTGCTTTTG 
CCAGAGGTAC AAGACCTGGA TCTATTTTCT GGCGGACCCC AGCAGCGGGA GGACTGGGAG 
ATGTTCCAGA AATACAGATG TATGGAACGC AGCCAGAGTG TTATTAAAAT CCCCCTAATG 
GATATTTGCA GAGATTACAT CTTCAGTGTG TCAGCACTAC TACACAATGG AGCTCTTGAG 
TGTAAGTGTG ACCCCCAAGG TTCTCTGAGC ACAGTGTGTG ACAATATCGG TGGGCAGTGT 
CAGTGTCGAC CCAACGTTTT AGGAAGGAAC TGCAACACCT GTGCCCCGGC CACCTACCTG 
TTTGGACCCT CAGGATGTAG ACCATGTGAC TGTAACCCAC TGGGCTCTCA GAACCTATTC 
TGCCACCCCA CCACGGGCCA GTGTTTATGC GTGTCAGGGG CATATGGGCA GCAATGTGGC 
AACTGTAAGC CCAACCATTG GGGCTTCCCT CAATGCCAGC CCTGCTTCTG TAATGGGAAC 
AGTGAACAGT GCCACCCAGT TACGGGCGAG TGTCTGAACT GCAGGGGTCA CACCACTGGC 
CACAACTGTG AGAGGTGTGA AAGTGGTTAT CACCGTAACA CGCTGCTGGG CTCCAGTGAG 
CCGTGTCGCC CTTGTATGTG TCCTAACGGA CCTGGAAGTG GAATGCAGTT CGCTGAAAGC 
TGTTACCAAA ATTTCAACTC TCTCCAAATG GTGTGTGTCT GCAGCTCAGG CTACAAAGGA 
CCAAAGTGTG AGGAATGTGC CTCTGGTTAC TATGGTAACC CTCAGGTCCC AGGAGGGCGG 
TGCCATCCGT GTCAGTGTAA CAGAAATATT AACATGCAGG ACCCTGAATC ATGTGACGCC 
CGCACTGGTG CCTGTCTCAA ATGCCTGTTT CACTCCGATG GCAATGCGTG CCAGTACTGC 
AGTCGTGGTT ATTATGGAGA TGCCCGTACT CAGAACTGCA GGAGATGCAT GTGCCATCTC 
GTGGGAAGTT CCAGGCAAAG ATGTGTTGAC GGCTTGTGTG AGTGTGACAG GGTTAGTGGC 
CAGTGCCCAT GTCTGCCCGG TGTGGTGGGT CAGCACTGTG ACCGCTGTGC CCCCAACACA 
TGGAACATAA ACAGTGGCAA AGGATGCCAA CCTTGCCAGT GCCACCCTGA ACATTCTTAC 
ACGTCCTCCT GTGATCTGCT GACCGGTCAG TGTTCCTGTA AACCTGGTTT TGGAGGCAGG 
ACGTGTGAGG AGTGCAGGGA ACTGTTCTGG GGGAATCCTG AGGTCCAGTG CCATGCATGC 
AACTGTGATC CTCGAGGCAT TGCTACTCAG CAGTGTAATA TGATGACCGG CGAGTGTGTG 
TGTGTAGAGG GTGTAGCCGG GCGGAGGTGT GACTCATGTG GACGTGGCTA CGTTGGGACC 
TTTCCTGACT GCGAGGCCTG TCATCTGTGT TTCCGTGAAT GGGATGTTAA TGTGGGAGAG 
CTGACCAATC ACACGCAGAG ACTGGTGGAT ACAGTGGAGG AAATTAAAGA GACTGGCGTG 
GCTACGCCCT ATAAAGACAT CATATCGAGT CTGGATGATG AAACCAAACA GCTCAGACAG 
ATTCTGGAAG ATGACAAGGT TCAGCAAACG CTCACACACA TGCAGAGGAT GCTGCAGCAA 
GCCAATGAGA CAGCATCACT CCTGAGAAAG TCTATGGACC GATCTGTAAC AGATCTGGAG 
AAGGTATCTG CTGACCATCA GCAGGCCGTG GAGAACCTAA AAAGCCTGAC TGAGGAGGCC 
CAAAACCTAC AAGAGATCTC CTCTGACAAA CAGCAACAGG TTCTGAATAT TAAACATTCA 
GACCCCAGAG GTGCGGCGGA CAGCATCAGA GAGTATTACA GGGAATCTGG CGAGGCCGAG 
TTTCGTGTCA ATCAAGCTGT CTCTGACCCA GAAAGTACAG TTAAAGAGTC TGCCCAGATA 
CGGAAAGCTG CAGAGGCCAA ATTAGACAGC ACAGAGAAAG AATTTAACCT GAAACATCAG 
CTGCATTTAC AGAGGCTGGA CAAAATTGGA TCTGAACTGG ACTCCGCAGA CCTTTCACGA 
CTAAGCCATC AGGTGTGCGG AGGGGCGTCA GGTCTAGATG GTTGCGGTAA CTGTGGTGGT 
CTGGGATGTG TGAGCGAGGA TGGCACATCC CAGTGTGGTG GGGAAGGATG TGAGACCATT 
GTGACACGAT ACCAAAAGGT CTTGAACGAA GCCAAAAACT CAGACCAAGA GGTCCTGCAT 
GCTTTAAGAG AAGTAGACGA GCTAAACAAG ATGGTGTCAG ATGCTCGAGG ACGTGCGGAT 
GAGGCCAAGC TCAATGCTCA GGATGTGTTA CTGAGAGCCA ATCAGAGCAA AGCACGAGTG 
GAGCAGACCA ATGAGGAGCT CAGAGACCTC ATTCATCAAA TACGAGACTT CCTCACAAAC 
GAAACTGATC CGAAGCGTAT AGAGGAAGTA GCTGATGAGG TGATGAAACT GAGTTTGCCA 
GTGTCGCCCG GTGCACTAAA GAACGTGACC ACAGAGATCC GCCAACATGT GGCCAGACTG 
ACCCAGGTGG AGGATATTCT GACCCAGACG GCAGAGAATG CGCATACTGC AGAGAGACTC 
CTGCAAGAAG CACAGGCTGC CAATGAGACA GCTACAGCAC TGAAACAGGC CACTGATGAG 
GCGAAGGAAA CTCTAGAGGA CACTGAGCGC GCTCAGACTG CTGCCGGCGA AAAACTGAAA 
GAGGTTGAGA GAGACGTGAA CCAAACAAAA CAACAAATCA CTGATGTACA ATCAAAAACC 
GAAGCGACTG AGTTCAAACT AAGTAGCAGC ACAGGAAGGT TTCTGGATCT TGAGAGAGAG 
GTTGACGAAC TCCAACAGAA AACTCTAGAA ACATCCAGCA GTGCAGATGA AACTCAGAGA 
CAAACTGAGT ACATCACAGC AGAAATTGAC CACACAGAAC GGGAGATTGA CTCACTCGTG 
CAACCTAAGT ACCAACTGGC CAATGGTCTG ATAGATCAAA AGGCAGCAGG TGTGGTTGAT 
GCACGTCAGA AGGCCGAGAA ACTACGCCAG GAGGCAAAAG ATCTATTAAT AGATGCCACA 
AGCAAACTGC AGAGACTGAG AGAGCTGGAG AGATCATTTG TGCTAAATCA GCACATTCTG 
GTGGAGAAAG CTCAGGAGCT GGATGGACTG GAGAATGAGG CCAGAGATGT ACTGCAAGAA 
CTCAGTCAGA AAATCACCAT CTACAGCACC TGCGCTTAA

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

RefSeq	XP_016342638.1
CDS	43..5361
Translation	MWILQITALTISIALHTLAQVPDHNDKCAEGSCYPATGDLLIGRAHRLAVSSTCGLDGPDRFCIVSHLQDETDCFECDSRRMYNEFTNPNSHTIENVVTTFAPNRLKTWWQSENGVENVTIQLDLEAEFHFTHLIMTFKTFRPAAMLIERSADYGRSWQVYRYYAFHCTESYPHVPQGPIRKVDDVICDSRYSGIEPSTEGEVIFRALDPAFKIPDPYSPRIQNLLKITNLRIRMEKLHTLGDDLFDDREGVKKKYYYTLYDMVVRGNCFCYGHASKCAPVGNEAGVEGMVHGHCMCNHHTTGLNCEECEDFYQDLPWRPAVGRETNACKRCECNHHSYSCHFDMAVYLSSGNRSGGVCDDCQHNTEGQWCENCKPFYYRHPGRNIRDPRICEPCDCDPRGSLNGGLCDSATDVLRDMIAGQCRCKANVEGQRCDHCKKRHYGLSDDPLGCRSCSCNPLGTLPAGSPCDIQTGSCYCKRLVTGRNCDQCLPQHWGLSNDMDGCRPCDCDVGGALNNNCSRETGQCACKKHMFGRRCDQVHSGYYFAALDHYIYEAEDASFGAEVKVLQRPSSLDRKPTWTGKGFANVPEGETLRFNIYNLPRSMEYNLMIRYEPLLPDEWEQVVVQIERPRGTYPAAHCTSTYNDEQTVSLHPGSRYAVLPGPVCLEKGQNYTAKISFPQYSSYSYHSSPHTLVDSIVLLPEVQDLDLFSGGPQQREDWEMFQKYRCMERSQSVIKIPLMDICRDYIFSVSALLHNGALECKCDPQGSLSTVCDNIGGQCQCRPNVLGRNCNTCAPATYLFGPSGCRPCDCNPLGSQNLFCHPTTGQCLCVSGAYGQQCGNCKPNHWGFPQCQPCFCNGNSEQCHPVTGECLNCRGHTTGHNCERCESGYHRNTLLGSSEPCRPCMCPNGPGSGMQFAESCYQNFNSLQMVCVCSSGYKGPKCEECASGYYGNPQVPGGRCHPCQCNRNINMQDPESCDARTGACLKCLFHSDGNACQYCSRGYYGDARTQNCRRCMCHLVGSSRQRCVDGLCECDRVSGQCPCLPGVVGQHCDRCAPNTWNINSGKGCQPCQCHPEHSYTSSCDLLTGQCSCKPGFGGRTCEECRELFWGNPEVQCHACNCDPRGIATQQCNMMTGECVCVEGVAGRRCDSCGRGYVGTFPDCEACHLCFREWDVNVGELTNHTQRLVDTVEEIKETGVATPYKDIISSLDDETKQLRQILEDDKVQQTLTHMQRMLQQANETASLLRKSMDRSVTDLEKVSADHQQAVENLKSLTEEAQNLQEISSDKQQQVLNIKHSDPRGAADSIREYYRESGEAEFRVNQAVSDPESTVKESAQIRKAAEAKLDSTEKEFNLKHQLHLQRLDKIGSELDSADLSRLSHQVCGGASGLDGCGNCGGLGCVSEDGTSQCGGEGCETIVTRYQKVLNEAKNSDQEVLHALREVDELNKMVSDARGRADEAKLNAQDVLLRANQSKARVEQTNEELRDLIHQIRDFLTNETDPKRIEEVADEVMKLSLPVSPGALKNVTTEIRQHVARLTQVEDILTQTAENAHTAERLLQEAQAANETATALKQATDEAKETLEDTERAQTAAGEKLKEVERDVNQTKQQITDVQSKTEATEFKLSSSTGRFLDLEREVDELQQKTLETSSSADETQRQTEYITAEIDHTEREIDSLVQPKYQLANGLIDQKAAGVVDARQKAEKLRQEAKDLLIDATSKLQRLRELERSFVLNQHILVEKAQELDGLENEARDVLQELSQKITIYSTCA

Target ORF information:

RefSeq Version	XM_016487152.1
Organism	Sinocyclocheilus anshuiensis
Definition	Sinocyclocheilus anshuiensis laminin subunit beta-1-like (LOC107689224), mRNA.

Target ORF information:

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

XM_016487152.1

ORF Insert Sequence:

ATGTGGATTC TCCAGATTAC AGCTCTTACG ATATCTATTG CTTTGCACAC CCTGGCACAA 
GTACCCGATC ACAATGACAA GTGTGCAGAG GGGAGCTGTT ACCCTGCTAC AGGTGATTTG 
CTGATAGGAA GAGCACATCG GCTTGCAGTC TCCTCCACCT GTGGACTGGA TGGACCAGAT 
AGATTCTGCA TTGTCAGCCA TTTGCAGGAT GAAACAGACT GTTTTGAATG CGATTCTCGG 
CGCATGTACA ATGAGTTCAC CAACCCCAAC AGCCACACCA TTGAGAATGT GGTGACAACT 
TTCGCTCCCA ACCGCCTCAA AACCTGGTGG CAGTCCGAGA ACGGAGTTGA AAATGTGACC 
ATTCAGCTGG ATTTGGAAGC CGAATTCCAC TTCACACACC TCATCATGAC CTTTAAGACC 
TTTCGGCCGG CAGCCATGCT GATTGAGCGT TCCGCAGATT ATGGGCGAAG CTGGCAGGTG 
TACCGTTACT ACGCTTTCCA CTGTACTGAA TCCTATCCGC ACGTCCCTCA GGGGCCAATC 
AGAAAAGTGG ATGATGTCAT TTGTGACAGC CGCTATTCAG GCATTGAGCC ATCAACAGAA 
GGAGAGGTCA TTTTTAGGGC ACTTGATCCT GCATTTAAGA TTCCTGACCC TTACAGCCCA 
CGCATTCAGA ACTTACTGAA GATTACAAAC TTGCGCATAC GGATGGAAAA GTTGCACACT 
CTAGGTGATG ATCTGTTTGA TGACCGAGAG GGGGTGAAAA AGAAATACTA TTACACTCTC 
TACGATATGG TCGTCCGTGG CAACTGTTTC TGCTATGGCC ACGCCTCCAA GTGTGCACCG 
GTCGGCAATG AGGCAGGGGT CGAGGGCATG GTTCATGGTC ATTGCATGTG CAATCACCAC 
ACTACTGGAC TGAACTGTGA AGAGTGTGAG GACTTTTACC AAGATCTGCC CTGGAGACCA 
GCAGTGGGTC GAGAGACAAA TGCATGCAAG AGATGTGAGT GTAACCATCA CTCGTATTCC 
TGTCATTTTG ACATGGCGGT GTATCTGTCA TCGGGAAATA GGAGTGGAGG AGTGTGTGAT 
GACTGTCAGC ACAACACAGA GGGCCAATGG TGTGAGAACT GCAAACCCTT TTACTACAGG 
CACCCTGGCA GAAACATCAG AGACCCCAGG ATCTGCGAGC CCTGTGATTG TGACCCACGT 
GGTTCTCTGA ACGGAGGCTT ATGTGACAGC GCTACGGATG TTTTAAGAGA TATGATTGCC 
GGACAGTGTC GTTGCAAAGC TAATGTGGAG GGACAACGTT GTGACCACTG TAAAAAGAGA 
CATTATGGCC TCAGTGACGA CCCATTAGGC TGTCGGTCAT GCAGCTGTAA TCCTCTAGGC 
ACACTCCCAG CAGGAAGTCC CTGTGATATA CAGACAGGAA GCTGTTACTG CAAACGTCTT 
GTGACTGGAC GAAATTGTGA CCAGTGTCTG CCGCAGCACT GGGGTCTCAG TAATGATATG 
GATGGCTGCA GACCATGTGA CTGTGACGTA GGTGGGGCTT TGAATAATAA TTGTTCTCGG 
GAGACAGGAC AGTGTGCTTG TAAGAAGCAT ATGTTTGGTA GGCGATGTGA CCAAGTGCAT 
TCTGGGTACT ACTTTGCGGC ACTGGACCAC TATATTTACG AAGCTGAGGA TGCTTCCTTT 
GGAGCGGAAG TAAAAGTGCT TCAGAGACCG TCATCCTTGG ATCGTAAACC AACCTGGACG 
GGTAAAGGAT TTGCAAATGT ACCAGAGGGT GAAACACTGA GGTTCAACAT TTACAATTTA 
CCACGATCTA TGGAGTACAA CTTAATGATC CGCTATGAAC CACTGTTGCC AGATGAATGG 
GAGCAGGTTG TAGTACAGAT AGAGCGGCCC AGAGGCACTT ACCCAGCAGC ACACTGCACT 
TCTACATACA ACGATGAGCA GACCGTCTCA CTGCACCCTG GATCCAGATA TGCAGTTCTG 
CCTGGCCCAG TGTGTTTGGA GAAGGGTCAG AATTACACAG CGAAAATTAG CTTCCCACAG 
TACTCATCAT ACAGCTATCA CTCTTCTCCT CACACACTTG TTGATTCAAT AGTGCTTTTG 
CCAGAGGTAC AAGACCTGGA TCTATTTTCT GGCGGACCCC AGCAGCGGGA GGACTGGGAG 
ATGTTCCAGA AATACAGATG TATGGAACGC AGCCAGAGTG TTATTAAAAT CCCCCTAATG 
GATATTTGCA GAGATTACAT CTTCAGTGTG TCAGCACTAC TACACAATGG AGCTCTTGAG 
TGTAAGTGTG ACCCCCAAGG TTCTCTGAGC ACAGTGTGTG ACAATATCGG TGGGCAGTGT 
CAGTGTCGAC CCAACGTTTT AGGAAGGAAC TGCAACACCT GTGCCCCGGC CACCTACCTG 
TTTGGACCCT CAGGATGTAG ACCATGTGAC TGTAACCCAC TGGGCTCTCA GAACCTATTC 
TGCCACCCCA CCACGGGCCA GTGTTTATGC GTGTCAGGGG CATATGGGCA GCAATGTGGC 
AACTGTAAGC CCAACCATTG GGGCTTCCCT CAATGCCAGC CCTGCTTCTG TAATGGGAAC 
AGTGAACAGT GCCACCCAGT TACGGGCGAG TGTCTGAACT GCAGGGGTCA CACCACTGGC 
CACAACTGTG AGAGGTGTGA AAGTGGTTAT CACCGTAACA CGCTGCTGGG CTCCAGTGAG 
CCGTGTCGCC CTTGTATGTG TCCTAACGGA CCTGGAAGTG GAATGCAGTT CGCTGAAAGC 
TGTTACCAAA ATTTCAACTC TCTCCAAATG GTGTGTGTCT GCAGCTCAGG CTACAAAGGA 
CCAAAGTGTG AGGAATGTGC CTCTGGTTAC TATGGTAACC CTCAGGTCCC AGGAGGGCGG 
TGCCATCCGT GTCAGTGTAA CAGAAATATT AACATGCAGG ACCCTGAATC ATGTGACGCC 
CGCACTGGTG CCTGTCTCAA ATGCCTGTTT CACTCCGATG GCAATGCGTG CCAGTACTGC 
AGTCGTGGTT ATTATGGAGA TGCCCGTACT CAGAACTGCA GGAGATGCAT GTGCCATCTC 
GTGGGAAGTT CCAGGCAAAG ATGTGTTGAC GGCTTGTGTG AGTGTGACAG GGTTAGTGGC 
CAGTGCCCAT GTCTGCCCGG TGTGGTGGGT CAGCACTGTG ACCGCTGTGC CCCCAACACA 
TGGAACATAA ACAGTGGCAA AGGATGCCAA CCTTGCCAGT GCCACCCTGA ACATTCTTAC 
ACGTCCTCCT GTGATCTGCT GACCGGTCAG TGTTCCTGTA AACCTGGTTT TGGAGGCAGG 
ACGTGTGAGG AGTGCAGGGA ACTGTTCTGG GGGAATCCTG AGGTCCAGTG CCATGCATGC 
AACTGTGATC CTCGAGGCAT TGCTACTCAG CAGTGTAATA TGATGACCGG CGAGTGTGTG 
TGTGTAGAGG GTGTAGCCGG GCGGAGGTGT GACTCATGTG GACGTGGCTA CGTTGGGACC 
TTTCCTGACT GCGAGGCCTG TCATCTGTGT TTCCGTGAAT GGGATGTTAA TGTGGGAGAG 
CTGACCAATC ACACGCAGAG ACTGGTGGAT ACAGTGGAGG AAATTAAAGA GACTGGCGTG 
GCTACGCCCT ATAAAGACAT CATATCGAGT CTGGATGATG AAACCAAACA GCTCAGACAG 
ATTCTGGAAG ATGACAAGGT TCAGCAAACG CTCACACACA TGCAGAGGAT GCTGCAGCAA 
GCCAATGAGA CAGCATCACT CCTGAGAAAG TCTATGGACC GATCTGTAAC AGATCTGGAG 
AAGGTATCTG CTGACCATCA GCAGGCCGTG GAGAACCTAA AAAGCCTGAC TGAGGAGGCC 
CAAAACCTAC AAGAGATCTC CTCTGACAAA CAGCAACAGG TTCTGAATAT TAAACATTCA 
GACCCCAGAG GTGCGGCGGA CAGCATCAGA GAGTATTACA GGGAATCTGG CGAGGCCGAG 
TTTCGTGTCA ATCAAGCTGT CTCTGACCCA GAAAGTACAG TTAAAGAGTC TGCCCAGATA 
CGGAAAGCTG CAGAGGCCAA ATTAGACAGC ACAGAGAAAG AATTTAACCT GAAACATCAG 
CTGCATTTAC AGAGGCTGGA CAAAATTGGA TCTGAACTGG ACTCCGCAGA CCTTTCACGA 
CTAAGCCATC AGGTGTGCGG AGGGGCGTCA GGTCTAGATG GTTGCGGTAA CTGTGGTGGT 
CTGGGATGTG TGAGCGAGGA TGGCACATCC CAGTGTGGTG GGGAAGGATG TGAGACCATT 
GTGACACGAT ACCAAAAGGT CTTGAACGAA GCCAAAAACT CAGACCAAGA GGTCCTGCAT 
GCTTTAAGAG AAGTAGACGA GCTAAACAAG ATGGTGTCAG ATGCTCGAGG ACGTGCGGAT 
GAGGCCAAGC TCAATGCTCA GGATGTGTTA CTGAGAGCCA ATCAGAGCAA AGCACGAGTG 
GAGCAGACCA ATGAGGAGCT CAGAGACCTC ATTCATCAAA TACGAGACTT CCTCACAAAC 
GAAACTGATC CGAAGCGTAT AGAGGAAGTA GCTGATGAGG TGATGAAACT GAGTTTGCCA 
GTGTCGCCCG GTGCACTAAA GAACGTGACC ACAGAGATCC GCCAACATGT GGCCAGACTG 
ACCCAGGTGG AGGATATTCT GACCCAGACG GCAGAGAATG CGCATACTGC AGAGAGACTC 
CTGCAAGAAG CACAGGCTGC CAATGAGACA GCTACAGCAC TGAAACAGGC CACTGATGAG 
GCGAAGGAAA CTCTAGAGGA CACTGAGCGC GCTCAGACTG CTGCCGGCGA AAAACTGAAA 
GAGGTTGAGA GAGACGTGAA CCAAACAAAA CAACAAATCA CTGATGTACA ATCAAAAACC 
GAAGCGACTG AGTTCAAACT AAGTAGCAGC ACAGGAAGGT TTCTGGATCT TGAGAGAGAG 
GTTGACGAAC TCCAACAGAA AACTCTAGAA ACATCCAGCA GTGCAGATGA AACTCAGAGA 
CAAACTGAGT ACATCACAGC AGAAATTGAC CACACAGAAC GGGAGATTGA CTCACTCGTG 
CAACCTAAGT ACCAACTGGC CAATGGTCTG ATAGATCAAA AGGCAGCAGG TGTGGTTGAT 
GCACGTCAGA AGGCCGAGAA ACTACGCCAG GAGGCAAAAG ATCTATTAAT AGATGCCACA 
AGCAAACTGC AGAGACTGAG AGAGCTGGAG AGATCATTTG TGCTAAATCA GCACATTCTG 
GTGGAGAAAG CTCAGGAGCT GGATGGACTG GAGAATGAGG CCAGAGATGT ACTGCAAGAA 
CTCAGTCAGA AAATCACCAT CTACAGCACC TGCGCTTAA