LOC111682977 cDNA ORF clone, Lucilia cuprina(Australian sheep blowfly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC111682977
Entrez Gene ID	111682977
Full Name	brefeldin A-inhibited guanine nucleotide-exchange protein 3
Gene Type	protein-coding
Organism	Lucilia cuprina(Australian sheep blowfly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_023444980.1	XP_023300748.1	brefeldin A-inhibited guanine nucleotide-exchange protein 3

Pathways from BioSystems
Gene Ontology

The following LOC111682977 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111682977 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
OLu54515	XM_023444980.1 Latest version!	Lucilia cuprina brefeldin A-inhibited guanine nucleotide-exchange protein 3 (LOC111682977), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1161.30 $1659.00

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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)

LOC111682977 ( XM_023444980.1 ) cDNA ORF clone, Lucilia cuprina(Australian sheep blowfly) -> XP_023300748.1 Lucilia cuprina brefeldin A-inhibited guanine nucleotide-exchange protein 3 (LOC111682977), mRNA.

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CloneID	OLu54515
Clone ID Related Accession (Same CDS sequence)	XM_023444980.1
Accession Version	XM_023444980.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6057bp) 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	2018-01-04
Organism	Lucilia cuprina(Australian sheep blowfly)
Product	brefeldin A-inhibited guanine nucleotide-exchange protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019410880.1) 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 :: Lucilia cuprina 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##

ATGGAAGATT TATTTCTATT GATAATAAAG GAGTCTACAG GGACTAAACA TAATGCCCTT 
CGACAGACTG CACAAATAGC ATACGATAAA TTATATCGAC AACATGGTAT ACATCGAGAT 
CCATCACATG AATTGCGTTC GGTGTGCTTT ACAGCACTGC AAATGGCATT AGACACCAAG 
CGACCAAAAT TTGTAACAAT GGGCTTAAAC GGATTGCATA GAATAATAAA AGATGAACGT 
TTCTATATTG GCCTGGAGCC GGAAGATGAT TCGGTATGGT TGCCAGCACA GCTATTGAGG 
GCCACCTCTA GTATATTGCC TACAACCAGT AATGAAGATA CCGTGGTTAA TGTTTTAAGA 
CTTTTTCTGG CTATGGCTTG TTCTCCTGCT TGTACCCTAA ATGGACGTCT ACTTATTGAG 
ATTCTCTCAC GTTGTGGGGA ATGCTGGGAA TTGGGTTCGA GAGCCACTAA AGCGGCTTCT 
TTAGCAGCCG CTTCACAGTG TTTAAGGACA TTTTGTACCT TTCTCATAGA AGAGGCAGAG 
GATGTCAAGA AAACCGCCCC TGCTGGCTTA ATGACACAAA CTCAGGCTAC CGCCGTATAT 
AATGAGGTAA TACCGGTAAT GCAGTGGCTT TGCAGTCGTT TGGTGGAACC AAATGTTACC 
AGTTCACCTA ATAAAAAAGT GGAGAACACT TGCACTCTGT ATTTAACGGA ATGTATATTA 
ACATTGACTT CATCGTTGCC ACGTAACGTA TACGCCAATC CACATTTTAC TTCATTTTTA 
TGGCAAAAGT TTTGCCCTAC TTTGGCGGCT GCATTGGGTT CTCCGGGAAG AGTAAATTTG 
GATAAAAAAT TTACTTATAA AGATGCTTTA CACATTATAG AAAATGAGGC TAGAGGATTC 
TTTACTGGTC CTGGTTTGGA TGGTGCTCAA GCTCGTTGTG TTTATCTTAC GGGTATTCAA 
CTGTTAAGAA TAGCTGGCTC TCATGGTTCC TTAAGGCCGA TGTTAGAAGC TTTATTCCAT 
CGCATGCTTT TGCTGCCTAC ACCACAAAAT CGTACAGAAC CCTTAAAATG CGTACGAGAA 
ATTTTCCGTA GTCCAGAACG TTTAATCGAT TTAGCTGTGA TTCTTTATGC CGACAAAACT 
ACTGTCCAGG GCTGTAGTGA TGAAATGGCT CTCTTTAGAT TAATGATCGA TGCAATGGAA 
GAATGTGCTT ATGGCGCCGG AAACAGTACT GTAGTCGAGG CCAGTTTACA AGCAAGTGTT 
GAATGCATGG TAGCCCTGCT ACAAAGTCTA CAAGTACTTT GTACCGGCGA ATTAACAGAA 
ACAATGATAA GTGATCAAAT TGTCAATGTG GTAAACTCAC GTTACGGGCA ATTAAAAGAT 
GCCGACTATA CAGGACCTTT AACCTATCAG TCAATGGCTC GTTTACCGGC ATCTTATCGT 
GATGCAGTCG TTGAATTTCG GCAAAGTGTT TATGAAGCTT CGTCGGGATC AGAAAGTGAT 
GGTGATCATC ATATAGAAAA TGATGCGGCT TCGAATGGTT CTGGCGATAC TGAGGGACCC 
GAAGATGAAG AACATTCTAC ATCTAGCGAT GAGGCTTCAA GAGCTGAACT TAATCGCTGG 
CCATATACTA ATCTGGAAGT GCCAGTAATT CCGGTACGTT CCGATGTTGA CACCGATCGT 
CAACATGCAC GGGATTTTGC TAAAGCTTTA CACTCTGATT TGGTTCCTAA ACTCTTGCGT 
TTACGCTCAT GTATTGAAGT CGACGAGGCC ATGCAGGAGT TTGCCTCAGC TGTGTGTCAA 
GAGAACAGCG CCAATATTTC CGATTTTGAT TATAACTTTA CAGTCATCAA TGCTGATGGC 
ATATATTTGG CCATTTACTC AGCTTTACTG CTAAGTTGGC AACTAAAGAA AGCCGGCTAT 
TATGCAGACA TGCAGAAGGA GATAATGATA CCCATGTCTG AGCAACAGTT TGTTACATCC 
GTCCAGAATA CCGGCGTCTT GGTATATCTA TCCTCAGCTT GGTTATGTGA ATTGTATCAG 
AGTGTATTGG TTCTAAATAT ATTAGAATCT CTAGACAGTA ATGACCAGGA GGGAGGTAAT 
AATCGTTGTG CCTTGATCGA TATGTTATGT GATGCTGGTG GTTTAGGGGC TACACAAATG 
ATGTCCGAGT GGCAAAGACT TCAGTCCGCT AATGTTAAGT ATACGGATGA TGAACACAGT 
ACTGCAAGGC GTGAAGCTGC TAAGAAACTA AGTCGACGTT TGCTAACCTG TTGTTGGGAT 
TCCATGGTTT TGGTATTAAG TTCAGGATTA GGTGATTTGC CATCTTCCAG TTCGAGTAAA 
TTTGTGGCAT TATCTAAACG CACGTTGAGG GTTAAAAGCA AAACTGCCAA ATCGAATGGC 
GAGGCTTTAT ATGCCATGTG TTTGGATGGT CTACACTCGG CTGCTACATT AAGCAATAAC 
CTTAACTTAC AACACTTGGC TGGTAAGATT CTTAACTTAT TAGCTTCGAA CGTTTGCCAA 
ACGACGGGAC CGCGTATTTC TGCCAGTCAG GCTTTGTCGA TGGATGTCGT GCTTAGTGGC 
GGTCTTAATT TAGGTTCCTA TAGTCCAGAT TGCTGGCAAT CTATATTCGC CGTTTGTCGT 
CATGTCAGCC AGTTGGAGCA TGAGATATTT AGCATGCGTA ATCCTTCGGT ACCAACGTCA 
TCGCCAAATG GCAATCGTGA CATAGAGACA GGAGAAAAAT TGCAATGTAA TGGTGGTCAA 
AATGAAAAAC TTAATTTGGC TTCCATACCC ATAGATGATG ATGAAACTTG TGTTGATGTC 
TATAGCTTCC TACAAGCTCC ACTTCGTAGT CCCAATACAA ATATTACTTC GATTCTTAAA 
GTCTACTCGG GCACCAACGA AACTGTGCTA CTGAGTCCAA GCGATACAAC CAAAGTTCTT 
TGTGGCCTGT CCCAGCAGGC TGAAAATCTC TTTAGTGATG CAGCCGAACG TTTAAGTTTG 
CCCTCATTAT GCCAGTTTTT GAAAAATCTT TGTAGGGCCT CCAGAGAACA GTTATACAAG 
AATAACACCA CCCGTAAAGG CAGTCGAGTT TGGTGGCCCA GCAAGGGTTG GCGTAAACAT 
GATACTTTGC CTATGTCTTT ACTTTTGCAT CGTATAGGTG ATGTTACTTT AAAAGTATTT 
CGCAGCCCTA GGCCCTTATT ACACATTCTC AAGATATGGG CCATAACGGG GCCGCATCTA 
ATGGACGCCG CTTGTCATCG CGATCGTGTT ATATCAAAGC GAGCTATAGA GTATATACAT 
GATATAGTTA CGGCTTTATT GGTGGAACAA TCTGAACTAC CCTACTTCCA CTTTAATGAG 
GCTTTACTGA AACCATTTGA GAATCTTTTA AGCATGGACT CATGCGATTC TGATGTTCAG 
GATCAAATTG TGGCATGTTT ATACGAAATC GTGGAAGCTC ATCGTACTGA AATACGTTCG 
GGTTGGCGTC CCTTGTTTGG CACTTTACGC AATGCCAGAA GCCGCATGTT AAACGCAAGC 
AATATCATCG ACATATTTAG AGTATTTTTA GATTCTGACA ACACTTTGGT TTTTGCTAAT 
GCGGGCCTCG ATTGTATTTT GTGCTTACTA TCATTTCTCG AGGTACCCGG TGCTGGAGGA 
GGGGGTGGTG GAGGTGTGGG CGGAGGTGGT GGAGGGAGCG GTTCGAATAC TGGCTCATCT 
TCGGGTGGTG GCGTTTCAAA TGATGATGAG AATAACTTTA GACCCACAGA ATTCTTGCAT 
GAAACTTTAC GTTTCCTAGA ACGTTGCTCT TCCATTTTAG GTTTCATGTA CAATATGCCG 
AAATGCCCAA ATTTCCATTC CACCTACAAG ATCAAGGGTA TTTCTTACAC ACACATTATT 
GATGCCAACA TACCCAATTC CATGGAAAAT TTCACATATT TTGGCAACGA TTATTTACAA 
ACTAAAAATG AACAACATAT GATTTCATAT CGCTCATTGC ACATCGACAA GGAGACCATA 
GTAAAAATCG ATGAAATGGA CAAACCTTCG GGTGTACTTA AAGTATGGTT TCTTCTCTTG 
GATGGTCTAA CCAACTCCTT AATAGTTTGT CCCTATTCAC ATCAGGCTCC CATATTGCAG 
ACAATCTTTA AGCATTTTAA GAATCTACTA ACAAATCCGG GCATAGAATT TGGTTTCTAT 
TGCATTAATC ACTTGTTAAT ACCCATGATA CAGGATTGGT TGAGGTATAT CAATAAGACC 
GGTACCTCTT GGCAAATGGT GGAGAAAAAT TTCAAGCATT GCTGTTGCAT GACTACAGAT 
TTAGTGGTAG ATTTTATTAA AATGTCTTTG CCCGAAGTGC GCAAACAGGC AACGAATACT 
AGGACTCGTG TTACACAGAT AGTGCAACCC AAGGATAATG CTTATTCTAA GTTGAAGTTT 
GTTACTGAGC CGGTGGAAGA GAGAGTAGCT AATGGTGTTG GAGGAGCGCA ATATGACAGT 
ACTTCCAGCG AGGAAAGTTC TCAAGATTCT AAAGAGACCA GCACAAAAGT ATCTAACTCG 
GCTACTTTGG CCTTGAAACA ATTGCTTTTG GTGCTTATCG AATGTGCCGC CCAGGTTCAA 
GAAACAGTGG CTCGAGTTGG TGTTTCCTGT CTAAAACATG TTATACTTTC TACCGGCACT 
TTGTTTAATG AATACCAATG GATGATAGCC TGCTCGGCTA TACATAGGGC CTGCACTGTT 
ACCATAGCAC CATTGCGCCA ATTATCTTTT GCTTTCCATG AAAAATCCAA TAGTTTTTAT 
GGCGACTGTG CTAATGTTAA GGTGGCCGCT AGACGAGACA GCACCATTGA GGAGTTGACA 
CGCATATATT CACTGGCCCA GCAGGTGTTT CTTTCCGATA ATCAGCGTGA ACCGGGAGCT 
AAATTAAACA ATCATTTGGA TAAACATTTA ACTGATGATC GCAGCTATTC GTTCCTTTTG 
TATCCCCAAA ATAATGGCTT CAATTCCAAT CTCGATAATT TTGTTATACG AATACCCTTC 
AAGACCCTAG TGGTGGGTTT GTTGGCCAAT CAAATGCTTT TACAATTGGT GGCCAAACTT 
TTGCTGTCCC GTTTAAAATG TGTACCACAG GCTGTGTCCA CTTGTATTTT TGACAACTAC 
ACCACCGCTA CACAGCAATG CTATGACTAT GACTTGGATT TCCGTTCCAA GGAGATACTA 
TTGCGTTGTT GCTTGCAGTT CCTAACTAGT GCATTGGAAT TTGATTCTCG TCCTGGTCTT 
AAGTTTCTTA TGCAAAAGGT GGCCAATATA GAGTATGCGG CAAATCTATA CAAACAGATG 
ACTTCCTCTT GGATGATTTA CTATATAGCT TTGGTCGATT CCTATTTAAA CGATATTGTT 
ATTTACAATC TAGGACCAGA GGATTTGAAT TTTATTCTGG AATCCTGCTC ACGTCTTAAC 
ACCACTAAGG TCAAGAAAAA GGAGAACTTT GTAAGATACT TATTTTGCCT ACAAGATGCC 
TGGAATCTGG TGTGTGAACT GTACTTAAGC AACTCTACTT TGCATGATAT AGAAAATGGC 
CGTTTACGTT CGGGAGAGGC GCAACTTAAT GCTTCAGTAA AAAATATAAA ATCTATGTGT 
ATTACTTTGA ATGGCAATAT AGAAAATGGC AGCTCCACAG GACTGGCCGA AAACAACGAT 
TATTCACCCC AAAGATTAAC ACAATCACCC GAAGAGGAAA GCGTTACCAT GACCACATTA 
ATCAGTGAGT TTCAACCTAA AAGCCGTAAT AATCCATTCG ATACAAATCG TCCCCAGAAA 
CCCGAATCGG AAACTATATC ACCCGAAATC GAACAACAAA GAGCTACCAG CATTCTTAAA 
GACTCCAATT ATAAGAGAGC CGCTTTAGCG CAATTAGTAG TGGCTTCTAT GGAATTGCTA 
AGATCACTAC CCGGTGAAGC GGAGGGTAAT CTAAAACTAC TAATGACGCC GACAATACGT 
GAAGCATTCC GTTTGGTGCA GTTGCAAGGC AACGAACTAA AAGTTAACCA ATTTTAG

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

RefSeq	XP_023300748.1
CDS	1..6057
Translation	MEDLFLLIIKESTGTKHNALRQTAQIAYDKLYRQHGIHRDPSHELRSVCFTALQMALDTKRPKFVTMGLNGLHRIIKDERFYIGLEPEDDSVWLPAQLLRATSSILPTTSNEDTVVNVLRLFLAMACSPACTLNGRLLIEILSRCGECWELGSRATKAASLAAASQCLRTFCTFLIEEAEDVKKTAPAGLMTQTQATAVYNEVIPVMQWLCSRLVEPNVTSSPNKKVENTCTLYLTECILTLTSSLPRNVYANPHFTSFLWQKFCPTLAAALGSPGRVNLDKKFTYKDALHIIENEARGFFTGPGLDGAQARCVYLTGIQLLRIAGSHGSLRPMLEALFHRMLLLPTPQNRTEPLKCVREIFRSPERLIDLAVILYADKTTVQGCSDEMALFRLMIDAMEECAYGAGNSTVVEASLQASVECMVALLQSLQVLCTGELTETMISDQIVNVVNSRYGQLKDADYTGPLTYQSMARLPASYRDAVVEFRQSVYEASSGSESDGDHHIENDAASNGSGDTEGPEDEEHSTSSDEASRAELNRWPYTNLEVPVIPVRSDVDTDRQHARDFAKALHSDLVPKLLRLRSCIEVDEAMQEFASAVCQENSANISDFDYNFTVINADGIYLAIYSALLLSWQLKKAGYYADMQKEIMIPMSEQQFVTSVQNTGVLVYLSSAWLCELYQSVLVLNILESLDSNDQEGGNNRCALIDMLCDAGGLGATQMMSEWQRLQSANVKYTDDEHSTARREAAKKLSRRLLTCCWDSMVLVLSSGLGDLPSSSSSKFVALSKRTLRVKSKTAKSNGEALYAMCLDGLHSAATLSNNLNLQHLAGKILNLLASNVCQTTGPRISASQALSMDVVLSGGLNLGSYSPDCWQSIFAVCRHVSQLEHEIFSMRNPSVPTSSPNGNRDIETGEKLQCNGGQNEKLNLASIPIDDDETCVDVYSFLQAPLRSPNTNITSILKVYSGTNETVLLSPSDTTKVLCGLSQQAENLFSDAAERLSLPSLCQFLKNLCRASREQLYKNNTTRKGSRVWWPSKGWRKHDTLPMSLLLHRIGDVTLKVFRSPRPLLHILKIWAITGPHLMDAACHRDRVISKRAIEYIHDIVTALLVEQSELPYFHFNEALLKPFENLLSMDSCDSDVQDQIVACLYEIVEAHRTEIRSGWRPLFGTLRNARSRMLNASNIIDIFRVFLDSDNTLVFANAGLDCILCLLSFLEVPGAGGGGGGGVGGGGGGSGSNTGSSSGGGVSNDDENNFRPTEFLHETLRFLERCSSILGFMYNMPKCPNFHSTYKIKGISYTHIIDANIPNSMENFTYFGNDYLQTKNEQHMISYRSLHIDKETIVKIDEMDKPSGVLKVWFLLLDGLTNSLIVCPYSHQAPILQTIFKHFKNLLTNPGIEFGFYCINHLLIPMIQDWLRYINKTGTSWQMVEKNFKHCCCMTTDLVVDFIKMSLPEVRKQATNTRTRVTQIVQPKDNAYSKLKFVTEPVEERVANGVGGAQYDSTSSEESSQDSKETSTKVSNSATLALKQLLLVLIECAAQVQETVARVGVSCLKHVILSTGTLFNEYQWMIACSAIHRACTVTIAPLRQLSFAFHEKSNSFYGDCANVKVAARRDSTIEELTRIYSLAQQVFLSDNQREPGAKLNNHLDKHLTDDRSYSFLLYPQNNGFNSNLDNFVIRIPFKTLVVGLLANQMLLQLVAKLLLSRLKCVPQAVSTCIFDNYTTATQQCYDYDLDFRSKEILLRCCLQFLTSALEFDSRPGLKFLMQKVANIEYAANLYKQMTSSWMIYYIALVDSYLNDIVIYNLGPEDLNFILESCSRLNTTKVKKKENFVRYLFCLQDAWNLVCELYLSNSTLHDIENGRLRSGEAQLNASVKNIKSMCITLNGNIENGSSTGLAENNDYSPQRLTQSPEEESVTMTTLISEFQPKSRNNPFDTNRPQKPESETISPEIEQQRATSILKDSNYKRAALAQLVVASMELLRSLPGEAEGNLKLLMTPTIREAFRLVQLQGNELKVNQF

Target ORF information:

RefSeq Version	XM_023444980.1
Organism	Lucilia cuprina(Australian sheep blowfly)
Definition	Lucilia cuprina brefeldin A-inhibited guanine nucleotide-exchange protein 3 (LOC111682977), mRNA.

Target ORF information:

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

XM_023444980.1

ORF Insert Sequence:

ATGGAAGATT TATTTCTATT GATAATAAAG GAGTCTACAG GGACTAAACA TAATGCCCTT 
CGACAGACTG CACAAATAGC ATACGATAAA TTATATCGAC AACATGGTAT ACATCGAGAT 
CCATCACATG AATTGCGTTC GGTGTGCTTT ACAGCACTGC AAATGGCATT AGACACCAAG 
CGACCAAAAT TTGTAACAAT GGGCTTAAAC GGATTGCATA GAATAATAAA AGATGAACGT 
TTCTATATTG GCCTGGAGCC GGAAGATGAT TCGGTATGGT TGCCAGCACA GCTATTGAGG 
GCCACCTCTA GTATATTGCC TACAACCAGT AATGAAGATA CCGTGGTTAA TGTTTTAAGA 
CTTTTTCTGG CTATGGCTTG TTCTCCTGCT TGTACCCTAA ATGGACGTCT ACTTATTGAG 
ATTCTCTCAC GTTGTGGGGA ATGCTGGGAA TTGGGTTCGA GAGCCACTAA AGCGGCTTCT 
TTAGCAGCCG CTTCACAGTG TTTAAGGACA TTTTGTACCT TTCTCATAGA AGAGGCAGAG 
GATGTCAAGA AAACCGCCCC TGCTGGCTTA ATGACACAAA CTCAGGCTAC CGCCGTATAT 
AATGAGGTAA TACCGGTAAT GCAGTGGCTT TGCAGTCGTT TGGTGGAACC AAATGTTACC 
AGTTCACCTA ATAAAAAAGT GGAGAACACT TGCACTCTGT ATTTAACGGA ATGTATATTA 
ACATTGACTT CATCGTTGCC ACGTAACGTA TACGCCAATC CACATTTTAC TTCATTTTTA 
TGGCAAAAGT TTTGCCCTAC TTTGGCGGCT GCATTGGGTT CTCCGGGAAG AGTAAATTTG 
GATAAAAAAT TTACTTATAA AGATGCTTTA CACATTATAG AAAATGAGGC TAGAGGATTC 
TTTACTGGTC CTGGTTTGGA TGGTGCTCAA GCTCGTTGTG TTTATCTTAC GGGTATTCAA 
CTGTTAAGAA TAGCTGGCTC TCATGGTTCC TTAAGGCCGA TGTTAGAAGC TTTATTCCAT 
CGCATGCTTT TGCTGCCTAC ACCACAAAAT CGTACAGAAC CCTTAAAATG CGTACGAGAA 
ATTTTCCGTA GTCCAGAACG TTTAATCGAT TTAGCTGTGA TTCTTTATGC CGACAAAACT 
ACTGTCCAGG GCTGTAGTGA TGAAATGGCT CTCTTTAGAT TAATGATCGA TGCAATGGAA 
GAATGTGCTT ATGGCGCCGG AAACAGTACT GTAGTCGAGG CCAGTTTACA AGCAAGTGTT 
GAATGCATGG TAGCCCTGCT ACAAAGTCTA CAAGTACTTT GTACCGGCGA ATTAACAGAA 
ACAATGATAA GTGATCAAAT TGTCAATGTG GTAAACTCAC GTTACGGGCA ATTAAAAGAT 
GCCGACTATA CAGGACCTTT AACCTATCAG TCAATGGCTC GTTTACCGGC ATCTTATCGT 
GATGCAGTCG TTGAATTTCG GCAAAGTGTT TATGAAGCTT CGTCGGGATC AGAAAGTGAT 
GGTGATCATC ATATAGAAAA TGATGCGGCT TCGAATGGTT CTGGCGATAC TGAGGGACCC 
GAAGATGAAG AACATTCTAC ATCTAGCGAT GAGGCTTCAA GAGCTGAACT TAATCGCTGG 
CCATATACTA ATCTGGAAGT GCCAGTAATT CCGGTACGTT CCGATGTTGA CACCGATCGT 
CAACATGCAC GGGATTTTGC TAAAGCTTTA CACTCTGATT TGGTTCCTAA ACTCTTGCGT 
TTACGCTCAT GTATTGAAGT CGACGAGGCC ATGCAGGAGT TTGCCTCAGC TGTGTGTCAA 
GAGAACAGCG CCAATATTTC CGATTTTGAT TATAACTTTA CAGTCATCAA TGCTGATGGC 
ATATATTTGG CCATTTACTC AGCTTTACTG CTAAGTTGGC AACTAAAGAA AGCCGGCTAT 
TATGCAGACA TGCAGAAGGA GATAATGATA CCCATGTCTG AGCAACAGTT TGTTACATCC 
GTCCAGAATA CCGGCGTCTT GGTATATCTA TCCTCAGCTT GGTTATGTGA ATTGTATCAG 
AGTGTATTGG TTCTAAATAT ATTAGAATCT CTAGACAGTA ATGACCAGGA GGGAGGTAAT 
AATCGTTGTG CCTTGATCGA TATGTTATGT GATGCTGGTG GTTTAGGGGC TACACAAATG 
ATGTCCGAGT GGCAAAGACT TCAGTCCGCT AATGTTAAGT ATACGGATGA TGAACACAGT 
ACTGCAAGGC GTGAAGCTGC TAAGAAACTA AGTCGACGTT TGCTAACCTG TTGTTGGGAT 
TCCATGGTTT TGGTATTAAG TTCAGGATTA GGTGATTTGC CATCTTCCAG TTCGAGTAAA 
TTTGTGGCAT TATCTAAACG CACGTTGAGG GTTAAAAGCA AAACTGCCAA ATCGAATGGC 
GAGGCTTTAT ATGCCATGTG TTTGGATGGT CTACACTCGG CTGCTACATT AAGCAATAAC 
CTTAACTTAC AACACTTGGC TGGTAAGATT CTTAACTTAT TAGCTTCGAA CGTTTGCCAA 
ACGACGGGAC CGCGTATTTC TGCCAGTCAG GCTTTGTCGA TGGATGTCGT GCTTAGTGGC 
GGTCTTAATT TAGGTTCCTA TAGTCCAGAT TGCTGGCAAT CTATATTCGC CGTTTGTCGT 
CATGTCAGCC AGTTGGAGCA TGAGATATTT AGCATGCGTA ATCCTTCGGT ACCAACGTCA 
TCGCCAAATG GCAATCGTGA CATAGAGACA GGAGAAAAAT TGCAATGTAA TGGTGGTCAA 
AATGAAAAAC TTAATTTGGC TTCCATACCC ATAGATGATG ATGAAACTTG TGTTGATGTC 
TATAGCTTCC TACAAGCTCC ACTTCGTAGT CCCAATACAA ATATTACTTC GATTCTTAAA 
GTCTACTCGG GCACCAACGA AACTGTGCTA CTGAGTCCAA GCGATACAAC CAAAGTTCTT 
TGTGGCCTGT CCCAGCAGGC TGAAAATCTC TTTAGTGATG CAGCCGAACG TTTAAGTTTG 
CCCTCATTAT GCCAGTTTTT GAAAAATCTT TGTAGGGCCT CCAGAGAACA GTTATACAAG 
AATAACACCA CCCGTAAAGG CAGTCGAGTT TGGTGGCCCA GCAAGGGTTG GCGTAAACAT 
GATACTTTGC CTATGTCTTT ACTTTTGCAT CGTATAGGTG ATGTTACTTT AAAAGTATTT 
CGCAGCCCTA GGCCCTTATT ACACATTCTC AAGATATGGG CCATAACGGG GCCGCATCTA 
ATGGACGCCG CTTGTCATCG CGATCGTGTT ATATCAAAGC GAGCTATAGA GTATATACAT 
GATATAGTTA CGGCTTTATT GGTGGAACAA TCTGAACTAC CCTACTTCCA CTTTAATGAG 
GCTTTACTGA AACCATTTGA GAATCTTTTA AGCATGGACT CATGCGATTC TGATGTTCAG 
GATCAAATTG TGGCATGTTT ATACGAAATC GTGGAAGCTC ATCGTACTGA AATACGTTCG 
GGTTGGCGTC CCTTGTTTGG CACTTTACGC AATGCCAGAA GCCGCATGTT AAACGCAAGC 
AATATCATCG ACATATTTAG AGTATTTTTA GATTCTGACA ACACTTTGGT TTTTGCTAAT 
GCGGGCCTCG ATTGTATTTT GTGCTTACTA TCATTTCTCG AGGTACCCGG TGCTGGAGGA 
GGGGGTGGTG GAGGTGTGGG CGGAGGTGGT GGAGGGAGCG GTTCGAATAC TGGCTCATCT 
TCGGGTGGTG GCGTTTCAAA TGATGATGAG AATAACTTTA GACCCACAGA ATTCTTGCAT 
GAAACTTTAC GTTTCCTAGA ACGTTGCTCT TCCATTTTAG GTTTCATGTA CAATATGCCG 
AAATGCCCAA ATTTCCATTC CACCTACAAG ATCAAGGGTA TTTCTTACAC ACACATTATT 
GATGCCAACA TACCCAATTC CATGGAAAAT TTCACATATT TTGGCAACGA TTATTTACAA 
ACTAAAAATG AACAACATAT GATTTCATAT CGCTCATTGC ACATCGACAA GGAGACCATA 
GTAAAAATCG ATGAAATGGA CAAACCTTCG GGTGTACTTA AAGTATGGTT TCTTCTCTTG 
GATGGTCTAA CCAACTCCTT AATAGTTTGT CCCTATTCAC ATCAGGCTCC CATATTGCAG 
ACAATCTTTA AGCATTTTAA GAATCTACTA ACAAATCCGG GCATAGAATT TGGTTTCTAT 
TGCATTAATC ACTTGTTAAT ACCCATGATA CAGGATTGGT TGAGGTATAT CAATAAGACC 
GGTACCTCTT GGCAAATGGT GGAGAAAAAT TTCAAGCATT GCTGTTGCAT GACTACAGAT 
TTAGTGGTAG ATTTTATTAA AATGTCTTTG CCCGAAGTGC GCAAACAGGC AACGAATACT 
AGGACTCGTG TTACACAGAT AGTGCAACCC AAGGATAATG CTTATTCTAA GTTGAAGTTT 
GTTACTGAGC CGGTGGAAGA GAGAGTAGCT AATGGTGTTG GAGGAGCGCA ATATGACAGT 
ACTTCCAGCG AGGAAAGTTC TCAAGATTCT AAAGAGACCA GCACAAAAGT ATCTAACTCG 
GCTACTTTGG CCTTGAAACA ATTGCTTTTG GTGCTTATCG AATGTGCCGC CCAGGTTCAA 
GAAACAGTGG CTCGAGTTGG TGTTTCCTGT CTAAAACATG TTATACTTTC TACCGGCACT 
TTGTTTAATG AATACCAATG GATGATAGCC TGCTCGGCTA TACATAGGGC CTGCACTGTT 
ACCATAGCAC CATTGCGCCA ATTATCTTTT GCTTTCCATG AAAAATCCAA TAGTTTTTAT 
GGCGACTGTG CTAATGTTAA GGTGGCCGCT AGACGAGACA GCACCATTGA GGAGTTGACA 
CGCATATATT CACTGGCCCA GCAGGTGTTT CTTTCCGATA ATCAGCGTGA ACCGGGAGCT 
AAATTAAACA ATCATTTGGA TAAACATTTA ACTGATGATC GCAGCTATTC GTTCCTTTTG 
TATCCCCAAA ATAATGGCTT CAATTCCAAT CTCGATAATT TTGTTATACG AATACCCTTC 
AAGACCCTAG TGGTGGGTTT GTTGGCCAAT CAAATGCTTT TACAATTGGT GGCCAAACTT 
TTGCTGTCCC GTTTAAAATG TGTACCACAG GCTGTGTCCA CTTGTATTTT TGACAACTAC 
ACCACCGCTA CACAGCAATG CTATGACTAT GACTTGGATT TCCGTTCCAA GGAGATACTA 
TTGCGTTGTT GCTTGCAGTT CCTAACTAGT GCATTGGAAT TTGATTCTCG TCCTGGTCTT 
AAGTTTCTTA TGCAAAAGGT GGCCAATATA GAGTATGCGG CAAATCTATA CAAACAGATG 
ACTTCCTCTT GGATGATTTA CTATATAGCT TTGGTCGATT CCTATTTAAA CGATATTGTT 
ATTTACAATC TAGGACCAGA GGATTTGAAT TTTATTCTGG AATCCTGCTC ACGTCTTAAC 
ACCACTAAGG TCAAGAAAAA GGAGAACTTT GTAAGATACT TATTTTGCCT ACAAGATGCC 
TGGAATCTGG TGTGTGAACT GTACTTAAGC AACTCTACTT TGCATGATAT AGAAAATGGC 
CGTTTACGTT CGGGAGAGGC GCAACTTAAT GCTTCAGTAA AAAATATAAA ATCTATGTGT 
ATTACTTTGA ATGGCAATAT AGAAAATGGC AGCTCCACAG GACTGGCCGA AAACAACGAT 
TATTCACCCC AAAGATTAAC ACAATCACCC GAAGAGGAAA GCGTTACCAT GACCACATTA 
ATCAGTGAGT TTCAACCTAA AAGCCGTAAT AATCCATTCG ATACAAATCG TCCCCAGAAA 
CCCGAATCGG AAACTATATC ACCCGAAATC GAACAACAAA GAGCTACCAG CATTCTTAAA 
GACTCCAATT ATAAGAGAGC CGCTTTAGCG CAATTAGTAG TGGCTTCTAT GGAATTGCTA 
AGATCACTAC CCGGTGAAGC GGAGGGTAAT CTAAAACTAC TAATGACGCC GACAATACGT 
GAAGCATTCC GTTTGGTGCA GTTGCAAGGC AACGAACTAA AAGTTAACCA ATTTTAG