LOC111231188 cDNA ORF clone, Seriola dumerili(greater amberjack)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC111231188
Entrez Gene ID	111231188
Full Name	uncharacterized LOC111231188
Gene Type	protein-coding
Organism	Seriola dumerili(greater amberjack)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022758223.1	XP_022613944.1	uncharacterized protein LOC111231188

Pathways from BioSystems
Gene Ontology

The following LOC111231188 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111231188 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
OSe204160	XM_022758223.1 Latest version!	Seriola dumerili uncharacterized LOC111231188 (LOC111231188), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$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)

LOC111231188 ( XM_022758223.1 ) cDNA ORF clone, Seriola dumerili(greater amberjack) -> XP_022613944.1 Seriola dumerili uncharacterized LOC111231188 (LOC111231188), mRNA.

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CloneID	OSe204160
Clone ID Related Accession (Same CDS sequence)	XM_022758223.1
Accession Version	XM_022758223.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4995bp) 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	uncharacterized protein LOC111231188
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019174546.1) 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## ##RefSeq-Attributes-START## ab initio :: 33% of CDS bases ##RefSeq-Attributes-END##

ATGTCTTTCC CTTCTTCATT TGGTTCGCAG GTCGCAGCCA TCATGGATGT GTTAGCGAAA 
GCTGCGGTCG CCGAAATAAC GAAGCTGATG GAGGACGGGA CCGTGGTTCT GCGCCTGGAG 
ATGTGTCGGA AGGACAGTGA GATCGAGGAG CTCAAAAGAA GTTTAAACCT GATGGAGGTT 
GAACTCTGCA AAGCTCAAGA AGCAGCCATG ACACGAGCTA CAGAGGACAA GCAGGAGCGA 
ACAACAGCCG GGAGTCAGGT CCCTCCAAAA GATGAAAAAG AAGATCAGCA AACATGTGAG 
GTGTATCGGG AACCAAAGAC TACTGATTCA CTCTGTGATG GGACAGAGGA GAGCCATGAC 
ATGAGGCCAG CAGTGAAACA TGAGCCAGCA GATGAACTTG CAGTCCAGGA AACAACAGAC 
AACACTGCAA CAGCAGCCAC TAATCTTAAC TTTGAGGCGG GAGAGCAAGA TGACCCAGTA 
TGGCCTCCTG CTGCTTGTAG CATGTTTGAG GAAAGCTCTG TTGCAGCTCA GCAGCGCATA 
CAGATTTTCC CTTCTCACGC TGAGCAATTG TCTGCTCACA GAAATGCAGA AAGCTCCTTT 
AACTCTTCAT CAGCTGCACC AGAGGAAATC GCAGAAGATT CCTTAAGTGT GCCGATAAAA 
GTAGAGGTAG AGATTCCTCC TATGTGCATG GGAGGTACCG CTTCAGAGCC TGTTCATAAT 
GAACCATTTC AACATGTTTC ACGCCCTGCA GTCAGTCAGG ACCCCCGGTT GCAACTGTCT 
GCTTCGCAGC GGGCCGGGCC GTCACGAGCC CTGCCTCATG TCCCGAAGTC CACAGAAGAC 
ACAGAGGATT ACATCTACAG TAGAAACAAC CTGCGGGCAA AAAGAGTAAT GAATCTGTGG 
AGGACAAATC AGAAACTCTT CATCTGCTCT GTGTGCAACA AGGGTTTTCC GCGCTTGTCT 
CAGCTGGAGG AGCACAAGGC CACCCACCAA CCCTTCAAAC CTTTTAGGTG CCTTGAATGC 
GGCAAGTCTT TCACCCAGAA GACCCGGCTG AAGACGCACC AAAGTGTGCA CACGGGAGAG 
AGGCCGTTCA GTTGTAAAAT CTGCGGCAAA ATGTTTTCGA GGCAGGACAA CTGCCTGAGA 
CACGAACGGT TCCACAGCGG CCTGAAGCCG TACAGCTGTG GGCAGTGTGG TAAAAGCTTC 
ACAGTGCTAG GTAACCTCAA AATACACCAA GAGATTCACC TGCAAGGAAG ATACGTCGCT 
CTGCGGGCTC AGATCGCCTC CATCATCGAT GCCCTGTCCA AAGCGGCCGT GGCAGAAATC 
TCCAAAGTTG TGGAGGACGG CATGGTGGTG CTGCGGCTGG AAATGTGTCA GCGGGAGAAT 
GAGATCAAGA AGCTGAAAAG CAGCGTGGAG GTTCTCCACA GCGAGCTGAG AGCGGCGCAG 
GACAGGGTGA CCCTGCGACC CGACACCTAT GTGAGAGATG GTAGTCAGAG TGCCACCGCT 
GACGAGAGGA CCTCGCTTGA AAATGTGTGC GCTGACCAGG ACCACAACAG CCTGTCCATG 
CCGGAGGTCC AGGTTAAACC TGAACCCATG GAACAGGGAG GTGTGGAGGC CAGAGGGCAA 
GCTGATCAGC TGGGAGAGGA GCTGGGACTG TACGAGGGGA ACAGTGGGCA GTGGAGATCG 
ACGACACAAA ACGAGACAGG ACGCAACAAC TCCGATTATT TAAATTTAGG GCAGAACTCC 
CTGTCGTGTC TCCCTGAATC CTCCCTGAAC TCTGGACTGG CTGTGCCCTG CAGCAGCTCC 
GGCGGGTTTC AGCAGAGCCC GTTCGGCCGC GGGCTGCTGG GTCACAGTCA GTACCGTAAC 
TTGTACAACA TTGTGCGGAG GAGGAAGAGG TTGATGTTTA AGAAAGGCTT CGTCTGTCCG 
TACTGTGGCA AATGTTTTGA GCGCGCCGGG CACCTCGAGA GACACAAAAG GATTCATACC 
GGCGAGAAAC CGTATCGTTG CGAGATTTGT GGGAGACGTT TCAATCAGAC GTGCAGCCTC 
AAGGAGCACA TGAAGATTCA TCGGAGATGT ATTCAGCCCA GACCAGTTGA GGTCCAAGTA 
GGCGAACAGA AGCAAATTCC CGAGGTGAAT CCGCGCACCG ACACACATCG CCCCGAGGAA 
GAGAGCCAGA TCAAAGCTGA GGATGGCCTA CCCAAGAACG AGGACATGCT CCCAACACCT 
GTACAGGTCA AATCTGAGCC GGTCGAGGAG AACGTAACAC AGCCGCTGTT TCATGGAGGA 
AGTGAGCAGA CAAAGGAAGG AGGAGACACC CTCGGTGAAA ACTTTACAGC GTTTGAGAGG 
GACGGCCAGC AGTGGATCTC CAGATTACAA GGACAGAACA GCACAGAGAT GAGCAGTATA 
GAATATCTCG GCGGCTCGGC GCAGAATATG ACATCCTTCC CCGGGATGGC TCAGTTACTC 
CCGTCACCAG TCGAAGCTTC TTGTAGCGCC TTCCCCTTCC CGGGGAAAGC GTACGGGGAG 
ATAAAAAACA GCATGATCTC CCAAGCACCC TGCGGGTCGT TAGACACGCT GCTGATGTCA 
AGTGAAGCAG GCTTACGTGG CATGGCGGCG GACGCCTCGC TCAATCACCA CCGGCAGAGG 
AGAAGCAGGT CTTTTCAGGT GATCAAACCG AAGAAGTGCT TCGTCTGCTC GTACTGTGGC 
AAGGTCTTCG AGCGCGCCGG CCATCTGGAA AGACATTTGC GAATTCATAC CGGGGAGAAG 
CCGTACGGGT GCCATATCTG CGGGAGGTGC TTCAATCAGA AAAGCAGCCT CAAGGGCCAC 
ATGAAGACGC ACAGAAATGG GGAGAGCACA GATGTGCTGG AGGCACATCG CCTGATGATC 
ACGATGCCAG ATAATCCACC GCTGGAGAAC CTGGCAGAGC CCAGGACCGG ACCAGCAGCT 
TTTGAGGAGC AGTTGCCGGG CAGCGAGGCG GCGGGTGAGC AAACAGTAAT GGTGAAGGTG 
GAGCCAAATG GAGAGGATTT TCACACTCTA AGTCAGGCAG GGCCCGACAG CGGCACCGGA 
GCACCAGACC AAAGTCAGCT GTGGACATCA GGGATAGAAA AGAGTAGTGA CCCCACGGAG 
CAAACTGTCT GCGTACTTTT ACATGATGTC AAGTATCACC TCAGTCCTGC AGCTGGAACG 
GCCAATCAGC AGCAGGGATA CACATCTCCA GTCAAGGATC TGCCTTTTCT AGAGGATAAA 
GAGAAGGAAG AGATGATGCA CAGTGATCAG TTTTCAGTGA TGGGAATACA ATCAAGAAGC 
TCTGATATGA CTCTCACATC TGAGCTACGA GACCAACATA TTATACACGA GGTGACTGTG 
AACGATTACA GCGCAGTGAG TGACCCGACT CACGAGGGAA CTGCGTTTGA ATTCAACATG 
ACCTCCTCGA GCAACCGTGA GGACAACTGC GACAGAACCC GACAAAATTG CTTCATATGC 
TCGAGTTGTG GGCAAAGCTT CGGTAATTTC ACTTTATTCG AGCGGCACCA GTGTAAGAGT 
ATTACCGAGC CGTCCTTCAG CTGTGAGATA TGTGTTCCCT TCCAAACGCA GTTATCCTCA 
ATAATGGAGG TCCTGGTGAA GGCAGCAGTG GCAGAGATAT CCAAACTAGT CGATGACAAA 
TGTGCGTTTT TGCATCTTGA AATATCCCGA AAGCAAAGCG AGATTGAGAT GCTGAAAAGG 
AAATTGTTAA TGATGGAGAA CAAAAATGCG CAGCTGCAGA GCGGGTTTGA AAACTACATG 
GACCGAGGAA CTGATGTGGG GAGTAATTGT CCTCATCCCA CTGGAGATAT AAAGTTTCCA 
GAGATTGAAG ATGCCACAGT TTCCTTCACA ATAAAAGAAG AGAGTCCAGA TGAACCACTG 
TGGATCAGTG ATGCTACTGG ACCGATTGGT CCTGCTGTAC AGTACCCCAA TCCAGGTAAT 
GCTCCAGAAA GCCAGCAGCT TGAGGAGGAC CATCAGTTAA ACCATTCAGA TGTCGCCAGG 
CTGAAGACAT CGGACTTTGG TGACTTGTAT AACTCTGGTC AACACACAGG AGACATCAGC 
GGCCTTCATT TCACTGTCAA GACGGAGAAG GAGGAGGACC GATCAGGACT CGGTCAGGAC 
GGATGCCAGC ACAGCGCGGG GAAGCAGACT CAGCTTGCTG CTGACTTTTC CATGGATGAA 
AGAGAGAATC AACTCTGGTC ATCCATAATT GAAGGTAACG ACATTGACGC CGGGTTTCCC 
GACTTTTCTA GCGTGGTAGA GGAGTACTCC AACACATTCC CGGACCATTC GGATACGCAC 
GTGGTTTCTA ACACGAGCAA GTCGACTAGT GTCCAGCAGC CGTCCTCTCA GAGGCCGTGT 
AATGGGATCT ACAACAGTGA GTATCAGAAG GATGTTCCTC AGTCGTCCAA TTTTCAGAGC 
AGACCTCAGG GTGCTCTCTC ACAGCAGGAC AGGCAGAAGG AACAAATGTA CTCGCAGAGG 
AACGCGTCTC ATTTTGGACA ACACAGGCAG CCAGACGAAC ACCCCGAGAG GGAGGCCGCG 
GCAGGAGACA GAGCGGTCGT AACTCACTCG CACAACACTT TCACACCGAG CAGCTACCAC 
ACTCACGCCC CCCACAGACC TTTTTCTGGC GCGGCGCGAG GCTACGTCTG CTCGCAGTGC 
GGAAAAGCGT TCGGCCGCCT GCACCAGTTC AAGCTGCACC AGCAGAGCCA CAAGAGAAAG 
CGAGCGTTCT GGTGCACGGT GTGCGGGAAG AGCTTCCAGT GTTCGTCCCA CCTCAGCATA 
CACCACCGGA CGCACACGGG CGAGAAGCCG TACGGTTGCG GGCAGTGCGG GAAGAGGTTC 
ACGCAGCAGA GCAGCCTGAG GGTCCACCAG CGCACTCACA GCGGGGAGCG GCCCTACAGC 
TGCTCGCAGT GCGGGAAAAC CTTCATCCTG ATGCACCATC TGAAACGGCA CAGGATTATT 
CACACATACA GCTGA

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

RefSeq	XP_022613944.1
CDS	78..5072
Translation	MSFPSSFGSQVAAIMDVLAKAAVAEITKLMEDGTVVLRLEMCRKDSEIEELKRSLNLMEVELCKAQEAAMTRATEDKQERTTAGSQVPPKDEKEDQQTCEVYREPKTTDSLCDGTEESHDMRPAVKHEPADELAVQETTDNTATAATNLNFEAGEQDDPVWPPAACSMFEESSVAAQQRIQIFPSHAEQLSAHRNAESSFNSSSAAPEEIAEDSLSVPIKVEVEIPPMCMGGTASEPVHNEPFQHVSRPAVSQDPRLQLSASQRAGPSRALPHVPKSTEDTEDYIYSRNNLRAKRVMNLWRTNQKLFICSVCNKGFPRLSQLEEHKATHQPFKPFRCLECGKSFTQKTRLKTHQSVHTGERPFSCKICGKMFSRQDNCLRHERFHSGLKPYSCGQCGKSFTVLGNLKIHQEIHLQGRYVALRAQIASIIDALSKAAVAEISKVVEDGMVVLRLEMCQRENEIKKLKSSVEVLHSELRAAQDRVTLRPDTYVRDGSQSATADERTSLENVCADQDHNSLSMPEVQVKPEPMEQGGVEARGQADQLGEELGLYEGNSGQWRSTTQNETGRNNSDYLNLGQNSLSCLPESSLNSGLAVPCSSSGGFQQSPFGRGLLGHSQYRNLYNIVRRRKRLMFKKGFVCPYCGKCFERAGHLERHKRIHTGEKPYRCEICGRRFNQTCSLKEHMKIHRRCIQPRPVEVQVGEQKQIPEVNPRTDTHRPEEESQIKAEDGLPKNEDMLPTPVQVKSEPVEENVTQPLFHGGSEQTKEGGDTLGENFTAFERDGQQWISRLQGQNSTEMSSIEYLGGSAQNMTSFPGMAQLLPSPVEASCSAFPFPGKAYGEIKNSMISQAPCGSLDTLLMSSEAGLRGMAADASLNHHRQRRSRSFQVIKPKKCFVCSYCGKVFERAGHLERHLRIHTGEKPYGCHICGRCFNQKSSLKGHMKTHRNGESTDVLEAHRLMITMPDNPPLENLAEPRTGPAAFEEQLPGSEAAGEQTVMVKVEPNGEDFHTLSQAGPDSGTGAPDQSQLWTSGIEKSSDPTEQTVCVLLHDVKYHLSPAAGTANQQQGYTSPVKDLPFLEDKEKEEMMHSDQFSVMGIQSRSSDMTLTSELRDQHIIHEVTVNDYSAVSDPTHEGTAFEFNMTSSSNREDNCDRTRQNCFICSSCGQSFGNFTLFERHQCKSITEPSFSCEICVPFQTQLSSIMEVLVKAAVAEISKLVDDKCAFLHLEISRKQSEIEMLKRKLLMMENKNAQLQSGFENYMDRGTDVGSNCPHPTGDIKFPEIEDATVSFTIKEESPDEPLWISDATGPIGPAVQYPNPGNAPESQQLEEDHQLNHSDVARLKTSDFGDLYNSGQHTGDISGLHFTVKTEKEEDRSGLGQDGCQHSAGKQTQLAADFSMDERENQLWSSIIEGNDIDAGFPDFSSVVEEYSNTFPDHSDTHVVSNTSKSTSVQQPSSQRPCNGIYNSEYQKDVPQSSNFQSRPQGALSQQDRQKEQMYSQRNASHFGQHRQPDEHPEREAAAGDRAVVTHSHNTFTPSSYHTHAPHRPFSGAARGYVCSQCGKAFGRLHQFKLHQQSHKRKRAFWCTVCGKSFQCSSHLSIHHRTHTGEKPYGCGQCGKRFTQQSSLRVHQRTHSGERPYSCSQCGKTFILMHHLKRHRIIHTYS

Target ORF information:

RefSeq Version	XM_022758223.1
Organism	Seriola dumerili(greater amberjack)
Definition	Seriola dumerili uncharacterized LOC111231188 (LOC111231188), mRNA.

Target ORF information:

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

XM_022758223.1

ORF Insert Sequence:

ATGTCTTTCC CTTCTTCATT TGGTTCGCAG GTCGCAGCCA TCATGGATGT GTTAGCGAAA 
GCTGCGGTCG CCGAAATAAC GAAGCTGATG GAGGACGGGA CCGTGGTTCT GCGCCTGGAG 
ATGTGTCGGA AGGACAGTGA GATCGAGGAG CTCAAAAGAA GTTTAAACCT GATGGAGGTT 
GAACTCTGCA AAGCTCAAGA AGCAGCCATG ACACGAGCTA CAGAGGACAA GCAGGAGCGA 
ACAACAGCCG GGAGTCAGGT CCCTCCAAAA GATGAAAAAG AAGATCAGCA AACATGTGAG 
GTGTATCGGG AACCAAAGAC TACTGATTCA CTCTGTGATG GGACAGAGGA GAGCCATGAC 
ATGAGGCCAG CAGTGAAACA TGAGCCAGCA GATGAACTTG CAGTCCAGGA AACAACAGAC 
AACACTGCAA CAGCAGCCAC TAATCTTAAC TTTGAGGCGG GAGAGCAAGA TGACCCAGTA 
TGGCCTCCTG CTGCTTGTAG CATGTTTGAG GAAAGCTCTG TTGCAGCTCA GCAGCGCATA 
CAGATTTTCC CTTCTCACGC TGAGCAATTG TCTGCTCACA GAAATGCAGA AAGCTCCTTT 
AACTCTTCAT CAGCTGCACC AGAGGAAATC GCAGAAGATT CCTTAAGTGT GCCGATAAAA 
GTAGAGGTAG AGATTCCTCC TATGTGCATG GGAGGTACCG CTTCAGAGCC TGTTCATAAT 
GAACCATTTC AACATGTTTC ACGCCCTGCA GTCAGTCAGG ACCCCCGGTT GCAACTGTCT 
GCTTCGCAGC GGGCCGGGCC GTCACGAGCC CTGCCTCATG TCCCGAAGTC CACAGAAGAC 
ACAGAGGATT ACATCTACAG TAGAAACAAC CTGCGGGCAA AAAGAGTAAT GAATCTGTGG 
AGGACAAATC AGAAACTCTT CATCTGCTCT GTGTGCAACA AGGGTTTTCC GCGCTTGTCT 
CAGCTGGAGG AGCACAAGGC CACCCACCAA CCCTTCAAAC CTTTTAGGTG CCTTGAATGC 
GGCAAGTCTT TCACCCAGAA GACCCGGCTG AAGACGCACC AAAGTGTGCA CACGGGAGAG 
AGGCCGTTCA GTTGTAAAAT CTGCGGCAAA ATGTTTTCGA GGCAGGACAA CTGCCTGAGA 
CACGAACGGT TCCACAGCGG CCTGAAGCCG TACAGCTGTG GGCAGTGTGG TAAAAGCTTC 
ACAGTGCTAG GTAACCTCAA AATACACCAA GAGATTCACC TGCAAGGAAG ATACGTCGCT 
CTGCGGGCTC AGATCGCCTC CATCATCGAT GCCCTGTCCA AAGCGGCCGT GGCAGAAATC 
TCCAAAGTTG TGGAGGACGG CATGGTGGTG CTGCGGCTGG AAATGTGTCA GCGGGAGAAT 
GAGATCAAGA AGCTGAAAAG CAGCGTGGAG GTTCTCCACA GCGAGCTGAG AGCGGCGCAG 
GACAGGGTGA CCCTGCGACC CGACACCTAT GTGAGAGATG GTAGTCAGAG TGCCACCGCT 
GACGAGAGGA CCTCGCTTGA AAATGTGTGC GCTGACCAGG ACCACAACAG CCTGTCCATG 
CCGGAGGTCC AGGTTAAACC TGAACCCATG GAACAGGGAG GTGTGGAGGC CAGAGGGCAA 
GCTGATCAGC TGGGAGAGGA GCTGGGACTG TACGAGGGGA ACAGTGGGCA GTGGAGATCG 
ACGACACAAA ACGAGACAGG ACGCAACAAC TCCGATTATT TAAATTTAGG GCAGAACTCC 
CTGTCGTGTC TCCCTGAATC CTCCCTGAAC TCTGGACTGG CTGTGCCCTG CAGCAGCTCC 
GGCGGGTTTC AGCAGAGCCC GTTCGGCCGC GGGCTGCTGG GTCACAGTCA GTACCGTAAC 
TTGTACAACA TTGTGCGGAG GAGGAAGAGG TTGATGTTTA AGAAAGGCTT CGTCTGTCCG 
TACTGTGGCA AATGTTTTGA GCGCGCCGGG CACCTCGAGA GACACAAAAG GATTCATACC 
GGCGAGAAAC CGTATCGTTG CGAGATTTGT GGGAGACGTT TCAATCAGAC GTGCAGCCTC 
AAGGAGCACA TGAAGATTCA TCGGAGATGT ATTCAGCCCA GACCAGTTGA GGTCCAAGTA 
GGCGAACAGA AGCAAATTCC CGAGGTGAAT CCGCGCACCG ACACACATCG CCCCGAGGAA 
GAGAGCCAGA TCAAAGCTGA GGATGGCCTA CCCAAGAACG AGGACATGCT CCCAACACCT 
GTACAGGTCA AATCTGAGCC GGTCGAGGAG AACGTAACAC AGCCGCTGTT TCATGGAGGA 
AGTGAGCAGA CAAAGGAAGG AGGAGACACC CTCGGTGAAA ACTTTACAGC GTTTGAGAGG 
GACGGCCAGC AGTGGATCTC CAGATTACAA GGACAGAACA GCACAGAGAT GAGCAGTATA 
GAATATCTCG GCGGCTCGGC GCAGAATATG ACATCCTTCC CCGGGATGGC TCAGTTACTC 
CCGTCACCAG TCGAAGCTTC TTGTAGCGCC TTCCCCTTCC CGGGGAAAGC GTACGGGGAG 
ATAAAAAACA GCATGATCTC CCAAGCACCC TGCGGGTCGT TAGACACGCT GCTGATGTCA 
AGTGAAGCAG GCTTACGTGG CATGGCGGCG GACGCCTCGC TCAATCACCA CCGGCAGAGG 
AGAAGCAGGT CTTTTCAGGT GATCAAACCG AAGAAGTGCT TCGTCTGCTC GTACTGTGGC 
AAGGTCTTCG AGCGCGCCGG CCATCTGGAA AGACATTTGC GAATTCATAC CGGGGAGAAG 
CCGTACGGGT GCCATATCTG CGGGAGGTGC TTCAATCAGA AAAGCAGCCT CAAGGGCCAC 
ATGAAGACGC ACAGAAATGG GGAGAGCACA GATGTGCTGG AGGCACATCG CCTGATGATC 
ACGATGCCAG ATAATCCACC GCTGGAGAAC CTGGCAGAGC CCAGGACCGG ACCAGCAGCT 
TTTGAGGAGC AGTTGCCGGG CAGCGAGGCG GCGGGTGAGC AAACAGTAAT GGTGAAGGTG 
GAGCCAAATG GAGAGGATTT TCACACTCTA AGTCAGGCAG GGCCCGACAG CGGCACCGGA 
GCACCAGACC AAAGTCAGCT GTGGACATCA GGGATAGAAA AGAGTAGTGA CCCCACGGAG 
CAAACTGTCT GCGTACTTTT ACATGATGTC AAGTATCACC TCAGTCCTGC AGCTGGAACG 
GCCAATCAGC AGCAGGGATA CACATCTCCA GTCAAGGATC TGCCTTTTCT AGAGGATAAA 
GAGAAGGAAG AGATGATGCA CAGTGATCAG TTTTCAGTGA TGGGAATACA ATCAAGAAGC 
TCTGATATGA CTCTCACATC TGAGCTACGA GACCAACATA TTATACACGA GGTGACTGTG 
AACGATTACA GCGCAGTGAG TGACCCGACT CACGAGGGAA CTGCGTTTGA ATTCAACATG 
ACCTCCTCGA GCAACCGTGA GGACAACTGC GACAGAACCC GACAAAATTG CTTCATATGC 
TCGAGTTGTG GGCAAAGCTT CGGTAATTTC ACTTTATTCG AGCGGCACCA GTGTAAGAGT 
ATTACCGAGC CGTCCTTCAG CTGTGAGATA TGTGTTCCCT TCCAAACGCA GTTATCCTCA 
ATAATGGAGG TCCTGGTGAA GGCAGCAGTG GCAGAGATAT CCAAACTAGT CGATGACAAA 
TGTGCGTTTT TGCATCTTGA AATATCCCGA AAGCAAAGCG AGATTGAGAT GCTGAAAAGG 
AAATTGTTAA TGATGGAGAA CAAAAATGCG CAGCTGCAGA GCGGGTTTGA AAACTACATG 
GACCGAGGAA CTGATGTGGG GAGTAATTGT CCTCATCCCA CTGGAGATAT AAAGTTTCCA 
GAGATTGAAG ATGCCACAGT TTCCTTCACA ATAAAAGAAG AGAGTCCAGA TGAACCACTG 
TGGATCAGTG ATGCTACTGG ACCGATTGGT CCTGCTGTAC AGTACCCCAA TCCAGGTAAT 
GCTCCAGAAA GCCAGCAGCT TGAGGAGGAC CATCAGTTAA ACCATTCAGA TGTCGCCAGG 
CTGAAGACAT CGGACTTTGG TGACTTGTAT AACTCTGGTC AACACACAGG AGACATCAGC 
GGCCTTCATT TCACTGTCAA GACGGAGAAG GAGGAGGACC GATCAGGACT CGGTCAGGAC 
GGATGCCAGC ACAGCGCGGG GAAGCAGACT CAGCTTGCTG CTGACTTTTC CATGGATGAA 
AGAGAGAATC AACTCTGGTC ATCCATAATT GAAGGTAACG ACATTGACGC CGGGTTTCCC 
GACTTTTCTA GCGTGGTAGA GGAGTACTCC AACACATTCC CGGACCATTC GGATACGCAC 
GTGGTTTCTA ACACGAGCAA GTCGACTAGT GTCCAGCAGC CGTCCTCTCA GAGGCCGTGT 
AATGGGATCT ACAACAGTGA GTATCAGAAG GATGTTCCTC AGTCGTCCAA TTTTCAGAGC 
AGACCTCAGG GTGCTCTCTC ACAGCAGGAC AGGCAGAAGG AACAAATGTA CTCGCAGAGG 
AACGCGTCTC ATTTTGGACA ACACAGGCAG CCAGACGAAC ACCCCGAGAG GGAGGCCGCG 
GCAGGAGACA GAGCGGTCGT AACTCACTCG CACAACACTT TCACACCGAG CAGCTACCAC 
ACTCACGCCC CCCACAGACC TTTTTCTGGC GCGGCGCGAG GCTACGTCTG CTCGCAGTGC 
GGAAAAGCGT TCGGCCGCCT GCACCAGTTC AAGCTGCACC AGCAGAGCCA CAAGAGAAAG 
CGAGCGTTCT GGTGCACGGT GTGCGGGAAG AGCTTCCAGT GTTCGTCCCA CCTCAGCATA 
CACCACCGGA CGCACACGGG CGAGAAGCCG TACGGTTGCG GGCAGTGCGG GAAGAGGTTC 
ACGCAGCAGA GCAGCCTGAG GGTCCACCAG CGCACTCACA GCGGGGAGCG GCCCTACAGC 
TGCTCGCAGT GCGGGAAAAC CTTCATCCTG ATGCACCATC TGAAACGGCA CAGGATTATT 
CACACATACA GCTGA