LOC111690194 cDNA ORF clone, Lucilia cuprina(Australian sheep blowfly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC111690194
Entrez Gene ID	111690194
Full Name	serine-rich adhesin for platelets-like
Gene Type	protein-coding
Organism	Lucilia cuprina(Australian sheep blowfly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_023452635.1	XP_023308403.1	uncharacterized protein LOC111690194

Pathways from BioSystems
Gene Ontology

The following LOC111690194 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111690194 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
OLu45015	XM_023452635.1 Latest version!	Lucilia cuprina serine-rich adhesin for platelets-like (LOC111690194), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$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)

LOC111690194 ( XM_023452635.1 ) cDNA ORF clone, Lucilia cuprina(Australian sheep blowfly) -> XP_023308403.1 Lucilia cuprina serine-rich adhesin for platelets-like (LOC111690194), mRNA.

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CloneID	OLu45015
Clone ID Related Accession (Same CDS sequence)	XM_023452635.1
Accession Version	XM_023452635.1 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	uncharacterized protein LOC111690194
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019410391.1) annotated using gene prediction method: Gnomon, supported by EST evidence. 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGTTTTCAG GTGGTGATTC GAGTGAGGGG ATCAACAGCT TAAATCAATT GGGAGCCTAT 
GGATTCGTTA ATCAAGTTGC TGTCACAAAT GCAATGGCTG CTGGCCAGAA TATTGATTGG 
GCCCAGTTGG CTCAGCAGTG GATACAAATG CGTGATAATT CTACTATAGA AACAAAAATG 
GATTATAATA CAGCGAGAGC TGACAATGTC AGTGGTCCTA GTTGTAATAA TTTAAAGTTT 
GAAGAAAAAG GAGAAGCAGA TATGGACATG GATGACGAAG AACAAACGGA TGAGAAAACA 
GCACAGCGAG CAAACAACGA GTATAACGCT TCCTCAGCGG TTAGTAACTT AAATCAGTGG 
TTCTATAGTG AAGGAACTTC GCAAATAGTA CCACAATCAG CAAATAACAA TCAATGGAAT 
GCTTGGCCAA ATCGAGAAAT TATGACAGAA TCAAATAAAA ATGTAAATCG TGGTCCAAAT 
CCTACAGCTC ACATTCCATC CTTGTTAAAA ATGACTGTAC CTCATCCCAA TGATATAAGA 
GTAATGCCTG ATACTGTAAA TCAGGCAGAA AACAACAGTA ATATGATGGA TGCTGCAAAA 
AGGAAAGGTT TGCCCGCATG GATAAGGGAG GGATTGGAAA AAATGGAACG TGAAAAACAG 
AAGCAATTAG AAAAGGAACA ACAAAAAAAA GATAATACAA ATTCATTTGA TGAAGATAAT 
GCTTCTCCTA AAGATATTTT GCCTAAAACT CTAAATCCTG CAAACGGCAG TTTTGCCGTT 
TTGGACGAAG AAAGTACTGA CAATGAAGAC ACTGCTGTAA CAAAAAGCAC AAAAAATGAG 
GCAGAAGTGG ATTTTAAAAA GGACAGTGAA GAAGACGAAA CATTGATTTC TTCAGTAGCT 
AAAACTTATG AACAAAAATT GGCAGATTTG ATGACAGTAG TACGACGAAT ATTAACTGAA 
CTATTGCTAG AAGCCACTAA TGAAGAAATC TCTAAAGTGG CTGAAGAAAC AATTAAAACA 
TTTAAAACTA AAGCGTCATC AGCACAAGTG ATCCGCAAAA GCGCTTTATC TACCTTAACT 
GGCAAACTGG GTTTAGCAGC ATATGGTGAC AGTTCAAGTG AGGATAATAG TGATGAGGAC 
GATGATGAGC ACAATTCCTC CAAAAAGGCA ACAGGTCAAT CGGAAAGCGA AAATGATTCT 
GAGGAAGAAA TACGGAATAT TATACGTTCA AAACGAAGGG CTTTTATAAA AACATCAGAA 
GAAATAGAAG AGCGTGTTGC AACAGCCGCA GCTCGAGAAG AGGAGAAGCT TAAATATTTT 
TCACGAAAGG AAGAGGAAGA GGAGAGAGAA CATCACCGCA AAAAACAAGA ACGGTCTACA 
TTAAGAGAGC CGCCATCTTC TAGCCATGGT GGAAACAATA TTTTCAAAGG TTATGAAAAA 
GATTTTGGTG AGATAACTGA TACAAAGATA CAAAATCTAA ACGGCAAACG TCAAAGGGAT 
CGCAGTAGTC GAAGAGAACG CACTACACGT TTTAGTGATA ACAAAGATAA ATATGTATCG 
TTGCCAAATG CAGCGACTTT TCTTACAAAT ATAAATACTG CAACAAATTC AGGAACTGCC 
GCACCATTAT CAAATAACAT CCAACGTCAA AATATTCCCG ACATAAATGG TTTATTGCCC 
AATTATACAA ATACAGGAAT GACAAATGTT TTAAATGCGG CTGATGCTGC ATTAGAGAAA 
GTATTAAAAG GTAAATCGTC CTCCAGTACA GAAAAGCAAA GTCGACGACA TGATCGAGAT 
CGTAATTATC TTCCGTCAAA GAAGAGACAA CGTACAAATG ATAGTAAAAA TTCCCGGTCT 
CGTTCGAAGT CTAGTTCTTC TTCATCCACA TCCTCCTCCT CTTCGTCTAC GTCATCAGAT 
TCTGATTCTT CTTCTACTTC GCGATCATCT CATCATTCGA AATACAATCA CCGATCAGCT 
ACAAAACATA AATCTCATTC ATCTTCTGAC AGGCACTATG AAAAACCACA CAAAGATCAT 
AGAGGTGATC GCAAATATTC ATCGTCATCT TCATCGTACA GAAAAAAGGA TCGTGAATCA 
AAAAATCGTC GTTACCATCG TAACGGATCT AGTGATTCAG AAGACGAATA TCGTCGACGA 
CACAAATATG ATTCCCATTA CTCGCGCAAT TCTTCCCACT CGCGTAGTTA TACTTCCACT 
AGACGTGATC GCGACCGTGA ACATTCCCGT TCACAGTCTA GATCATCTTA TTCTTCTTCC 
AGTACTCGCA GACCTAATTT CATAATGGAT GGGAATAGTT CGTTAGAGAG ACGATACAGC 
TTTAACATGG CTCAAGCGAA TCCTGTTGCT GAATCCACAC ATCTTAATGG AAGCAGTTTT 
TCTTGGGGTT CTTCTATGAG TCCAAAGCAT CGAAGTAATT CAAGCATTTG TTTAAATAAT 
ACACACACAC CTTCGGCCTG TAATAACAAA TCTATTGTCA GTCCAAAATC TAAAAATATT 
ACGAAAATTG ATGCGAGAAT AGCAGCCGAT GTTCAAAGCA AAGGTTTGGC GTCACGCATT 
GTGAAATACC ATGAGAGTGG AACTAGATTA AATCGCAGTA TGTCAGCACA TAATCTATAC 
AGTAAACCAG GACAGTTTCC AGCCGTTACC CTTAAGAAAA CTGATCTACC ATATAGAGCT 
ACTAAACAAG AATTGTCAAT GATACGAATA GCTCCACCAG AGAAATCATC GTTTTTGGGA 
AACACGATTT CTAGTCTTTT AAGATCTAGT TCTGTCGTGG GTTTACAACA ATCTAAACGA 
AATGAAGATT TATCCCGAGA GAATCGGCCT ATAATTCACC CACCTCCTAC AGAGAATGAT 
ATGGCTCCAA CACGTAGTGT TTTAGATGTT CTGAAAGAGA TATCTCGTAA ACGTATTAAC 
AGTGATGATT TAGAAGTGGA TGAAACCTCA AAAAAATATT GCAATCGGGC TGGAAATGAC 
TCTGTTGATA CTGGAAACAA TACGACATCA ACAAATCCAC AATATTTTAC AGCGTCATCG 
GTATCTTGCC AACGATACAA AAGACAACGG GATTGTATAA CGTCACATCA TAGTGTACAA 
ATACAAGAAA CCAGAACTTC ACCGGAACAA GCCAAGAAAC GCGTATGTAA TTACAATAAT 
GACATTACAA GTTCACTTAG TTCAAGCATA AAATGCAAAG CATATGGAAA TACCAAGAGA 
GTTTCAGCAT CGACTAATCT TAATCAAACG ATGCCATCAA ATTTAGAATC ATATGAAATG 
CAGAAAGCAA AAGTGCAACG ATATCACGAT TATAATAAGA CGAATAACAC ACAAGTTGAC 
GTGAGATTTG ATAATCTCGA AAATACTTTA AGAAAGGTGG ATAACACTAT AAACCCCATC 
ACTCCTATTC CAGCAACTCC TTGTGGTCAG GATCAGAATA ATACTGGAGG GGTTCCTCCT 
ATGCGGACCG TATCTGAGCC AGCTTATAAT CCAGATCGGA CGAATAAAAT GAATTTAATA 
CAGCCAGCTA ACAAACCTCG CTTAACATTG TTTAACAAGA AGTATGACGA CGATGAAAGC 
AAAGTAACAA ACGAATCAGG CACATCTGTA GACGAAAACA CTGACGATTT AAATGAATTT 
GGCGAATGCG CGGGGATTCC ATTTGTTAAG CCTAAGAAGT TATCATCAAT TAGTGGCTTA 
AGAAATCCTG TAATAGAACG AACACAAAAA TCAAAATTGG CTTTGATGTT GAGTGGATTA 
AGAGGAGAAC TTTATCAGAA CTCCGACGAT GATGAATTGG ATTCGGCAAA GGAAAAATTG 
AATATACCAG AGAACAACAA AGTAGACTCT AATTCCGGTG CAGTAACATC AGCATTAAAA 
TCTACTAGCA CAGTAACCAC TTTAACTACA GTCACTTCAA CCTCTAACGA GGGAGTGATA 
AACACATCTA GTTCATTCAA CTTTTCTACG AATACAAAAT CATCGTCTCC TTTAGTTGGA 
CTGAAATTAT CCCAGTCAAA GGTGTCATCA GCAACTGTTA ATAATACATT GAGTATTGAC 
TCTACTAAAA AGTTGGAAAC CAATCCAAAA CAAAATATAC CCGTTTTAGG TGGTTTCTCT 
TTCAGCACTA CAAATACAAG TTCTACACCA GTTGTTGACG CTGTTGCATC AAATAGTACT 
CTAAAAGAGC CTAAAGCTTC AGAAGCAACA ATATCATCTA TTTCAGCAAA TAATAGTAAT 
GCTTTTAACT TTGGCCAATC AACTCAGTTG CCGACAAAGC TTCCGTCTTC TCCGGTTAGT 
AATAACACAG ATAAATTATC AGCAAATTTA CAAACTTCGA CAAAAGATAA CTTGACACAA 
TTTCCTACTG TTAGTGCTGC ATTCACATTA GCCACTACAA AAACAAGTAC ATCTTCAACA 
GTGCCAAGCT CTATGTCAGC TACAAGTGCT TTCAGTTTCA ATACAAATGT AACAGCACCA 
GCATCTACGA TAAGTACATC AACTCCAGCT GTGGCTACAA CTTCCTTTAC AAGCACTGTT 
AAGCCAAATA ATGGTTTTAG TTTTTCTGTC CCTTCTACTA CATCTCAGCC CGTCACTAGT 
GCTTCAGCTA CTCCAATTAT GTTTGGTACT TCAACGTCTT CAGCGACCTC AGTCAACAGC 
ACTACCAATA CTAGTATCGT AGCAACCACA ACAACTAGTG TACCAACTTT TGGCGCAGTT 
GCTACATCTA CAAATCTAGG TGGTTTAACG AGCACAACTT CTTTCGCATT TAATACACCG 
AAGCAATCAT CAACAATACA ACCTACAAAT GTTTCTTCAA GTAGTGGTGC GGTCCCCGCC 
CCGACTTTTA ATTTTGGTTC AAGTGTTAAT TCTGCGTCTC TTCCTACGTT TGGAACAAAT 
GCGAATGCAG TAATTAAACC TCAACCCAGT AGCTCTGGAT TTTCGTTTGG TTCTGAACCC 
AAAAATCAGA ATTCGTCATC AGGTGCACAA AATAACCCTG CAGACACTTC CAAGCAGCCA 
GACAATAATG CCTTTAATTC GACCTCATCA ACGATATTTG GATCAACAGG ATTTAATGCA 
CCATCAGGTG GTGCTACTCC TATATTTGGT AATGCCACTA ATAGTTCAGA GAAAAATGTC 
TTCAATTCTT CGAATGCTAC ATCAATATTT GGTTCGAGTT CAGTTAAAGG AGCTACCCAG 
ACATTTGGCT CAAATGTGGA TAATAAATCA GCGGCATTAG TAACTCCATC GGTATTTGGT 
GGTAGTACTA CCAACAACAG TACATCAACT CCATTTAGTT TTGGCTCAAA GCCGGCAATA 
GCACAAAATA CTAATTCTAA TAACACCAAT AGCGCTGCTG GAGGATTCTC TTTCAGTTCA 
ACAGTTTCGA ATAGTTCGGA AGGTGGATCT TTTGGATTTG GTAGTAAAAC AGATGGGTCA 
ACAAACACTT CTAGCAACAC TTTTGGTGGC GCACCAACAA CGGCACAAAA CAAAAACTTT 
ACATTCAGTG GCGCTGCAAG CAGCAAACCA AGCAATCCCC CGAGTGTATT TGGTGGAGCT 
GTGAATAAAC CAACTGAAAA CACGGCATCT CCTGGTGGAT TTTCGTTTGG TTCAGCATTG 
TCCCCTAAAA CTCCCACATT TAGCTTTGGA GCAAGCAGTA ATTCATTTTC TGGGAGCAAT 
ACTAATAGCA CAGACAACAC TTCATCAGGT TTTTCATTTG GCGCGGCTGC ATCTATAAAA 
ACGAACGAAA TCTCAACTAA TAAACCATTT TCCTTTGGAT CTCCACAACC TCCACAGCAA 
CAACAAATAA TGTCAGCGCA AAATAATTCA AATGCCAATC CTCCAAACAT TTTTGGTTCT 
AGTGTAGCTT CTAAAACAAC ACCAGTGCCT GCTTTTAGTT TCAATTCTGG AAGTTCAACA 
AATTTACAGC CTAATGCTCC AGCGTCTAAC AATTTATTTG CACCACCTCC ATCAACTATT 
ACAACAGGTC CTGGTGATCG TCTAATACGT CGAGCCACAA GACGTTTGCA AAAATGA

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

RefSeq	XP_023308403.1
CDS	73..6129
Translation	MFSGGDSSEGINSLNQLGAYGFVNQVAVTNAMAAGQNIDWAQLAQQWIQMRDNSTIETKMDYNTARADNVSGPSCNNLKFEEKGEADMDMDDEEQTDEKTAQRANNEYNASSAVSNLNQWFYSEGTSQIVPQSANNNQWNAWPNREIMTESNKNVNRGPNPTAHIPSLLKMTVPHPNDIRVMPDTVNQAENNSNMMDAAKRKGLPAWIREGLEKMEREKQKQLEKEQQKKDNTNSFDEDNASPKDILPKTLNPANGSFAVLDEESTDNEDTAVTKSTKNEAEVDFKKDSEEDETLISSVAKTYEQKLADLMTVVRRILTELLLEATNEEISKVAEETIKTFKTKASSAQVIRKSALSTLTGKLGLAAYGDSSSEDNSDEDDDEHNSSKKATGQSESENDSEEEIRNIIRSKRRAFIKTSEEIEERVATAAAREEEKLKYFSRKEEEEEREHHRKKQERSTLREPPSSSHGGNNIFKGYEKDFGEITDTKIQNLNGKRQRDRSSRRERTTRFSDNKDKYVSLPNAATFLTNINTATNSGTAAPLSNNIQRQNIPDINGLLPNYTNTGMTNVLNAADAALEKVLKGKSSSSTEKQSRRHDRDRNYLPSKKRQRTNDSKNSRSRSKSSSSSSTSSSSSSTSSDSDSSSTSRSSHHSKYNHRSATKHKSHSSSDRHYEKPHKDHRGDRKYSSSSSSYRKKDRESKNRRYHRNGSSDSEDEYRRRHKYDSHYSRNSSHSRSYTSTRRDRDREHSRSQSRSSYSSSSTRRPNFIMDGNSSLERRYSFNMAQANPVAESTHLNGSSFSWGSSMSPKHRSNSSICLNNTHTPSACNNKSIVSPKSKNITKIDARIAADVQSKGLASRIVKYHESGTRLNRSMSAHNLYSKPGQFPAVTLKKTDLPYRATKQELSMIRIAPPEKSSFLGNTISSLLRSSSVVGLQQSKRNEDLSRENRPIIHPPPTENDMAPTRSVLDVLKEISRKRINSDDLEVDETSKKYCNRAGNDSVDTGNNTTSTNPQYFTASSVSCQRYKRQRDCITSHHSVQIQETRTSPEQAKKRVCNYNNDITSSLSSSIKCKAYGNTKRVSASTNLNQTMPSNLESYEMQKAKVQRYHDYNKTNNTQVDVRFDNLENTLRKVDNTINPITPIPATPCGQDQNNTGGVPPMRTVSEPAYNPDRTNKMNLIQPANKPRLTLFNKKYDDDESKVTNESGTSVDENTDDLNEFGECAGIPFVKPKKLSSISGLRNPVIERTQKSKLALMLSGLRGELYQNSDDDELDSAKEKLNIPENNKVDSNSGAVTSALKSTSTVTTLTTVTSTSNEGVINTSSSFNFSTNTKSSSPLVGLKLSQSKVSSATVNNTLSIDSTKKLETNPKQNIPVLGGFSFSTTNTSSTPVVDAVASNSTLKEPKASEATISSISANNSNAFNFGQSTQLPTKLPSSPVSNNTDKLSANLQTSTKDNLTQFPTVSAAFTLATTKTSTSSTVPSSMSATSAFSFNTNVTAPASTISTSTPAVATTSFTSTVKPNNGFSFSVPSTTSQPVTSASATPIMFGTSTSSATSVNSTTNTSIVATTTTSVPTFGAVATSTNLGGLTSTTSFAFNTPKQSSTIQPTNVSSSSGAVPAPTFNFGSSVNSASLPTFGTNANAVIKPQPSSSGFSFGSEPKNQNSSSGAQNNPADTSKQPDNNAFNSTSSTIFGSTGFNAPSGGATPIFGNATNSSEKNVFNSSNATSIFGSSSVKGATQTFGSNVDNKSAALVTPSVFGGSTTNNSTSTPFSFGSKPAIAQNTNSNNTNSAAGGFSFSSTVSNSSEGGSFGFGSKTDGSTNTSSNTFGGAPTTAQNKNFTFSGAASSKPSNPPSVFGGAVNKPTENTASPGGFSFGSALSPKTPTFSFGASSNSFSGSNTNSTDNTSSGFSFGAAASIKTNEISTNKPFSFGSPQPPQQQQIMSAQNNSNANPPNIFGSSVASKTTPVPAFSFNSGSSTNLQPNAPASNNLFAPPPSTITTGPGDRLIRRATRRLQK

Target ORF information:

RefSeq Version	XM_023452635.1
Organism	Lucilia cuprina(Australian sheep blowfly)
Definition	Lucilia cuprina serine-rich adhesin for platelets-like (LOC111690194), mRNA.

Target ORF information:

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

XM_023452635.1

ORF Insert Sequence:

ATGTTTTCAG GTGGTGATTC GAGTGAGGGG ATCAACAGCT TAAATCAATT GGGAGCCTAT 
GGATTCGTTA ATCAAGTTGC TGTCACAAAT GCAATGGCTG CTGGCCAGAA TATTGATTGG 
GCCCAGTTGG CTCAGCAGTG GATACAAATG CGTGATAATT CTACTATAGA AACAAAAATG 
GATTATAATA CAGCGAGAGC TGACAATGTC AGTGGTCCTA GTTGTAATAA TTTAAAGTTT 
GAAGAAAAAG GAGAAGCAGA TATGGACATG GATGACGAAG AACAAACGGA TGAGAAAACA 
GCACAGCGAG CAAACAACGA GTATAACGCT TCCTCAGCGG TTAGTAACTT AAATCAGTGG 
TTCTATAGTG AAGGAACTTC GCAAATAGTA CCACAATCAG CAAATAACAA TCAATGGAAT 
GCTTGGCCAA ATCGAGAAAT TATGACAGAA TCAAATAAAA ATGTAAATCG TGGTCCAAAT 
CCTACAGCTC ACATTCCATC CTTGTTAAAA ATGACTGTAC CTCATCCCAA TGATATAAGA 
GTAATGCCTG ATACTGTAAA TCAGGCAGAA AACAACAGTA ATATGATGGA TGCTGCAAAA 
AGGAAAGGTT TGCCCGCATG GATAAGGGAG GGATTGGAAA AAATGGAACG TGAAAAACAG 
AAGCAATTAG AAAAGGAACA ACAAAAAAAA GATAATACAA ATTCATTTGA TGAAGATAAT 
GCTTCTCCTA AAGATATTTT GCCTAAAACT CTAAATCCTG CAAACGGCAG TTTTGCCGTT 
TTGGACGAAG AAAGTACTGA CAATGAAGAC ACTGCTGTAA CAAAAAGCAC AAAAAATGAG 
GCAGAAGTGG ATTTTAAAAA GGACAGTGAA GAAGACGAAA CATTGATTTC TTCAGTAGCT 
AAAACTTATG AACAAAAATT GGCAGATTTG ATGACAGTAG TACGACGAAT ATTAACTGAA 
CTATTGCTAG AAGCCACTAA TGAAGAAATC TCTAAAGTGG CTGAAGAAAC AATTAAAACA 
TTTAAAACTA AAGCGTCATC AGCACAAGTG ATCCGCAAAA GCGCTTTATC TACCTTAACT 
GGCAAACTGG GTTTAGCAGC ATATGGTGAC AGTTCAAGTG AGGATAATAG TGATGAGGAC 
GATGATGAGC ACAATTCCTC CAAAAAGGCA ACAGGTCAAT CGGAAAGCGA AAATGATTCT 
GAGGAAGAAA TACGGAATAT TATACGTTCA AAACGAAGGG CTTTTATAAA AACATCAGAA 
GAAATAGAAG AGCGTGTTGC AACAGCCGCA GCTCGAGAAG AGGAGAAGCT TAAATATTTT 
TCACGAAAGG AAGAGGAAGA GGAGAGAGAA CATCACCGCA AAAAACAAGA ACGGTCTACA 
TTAAGAGAGC CGCCATCTTC TAGCCATGGT GGAAACAATA TTTTCAAAGG TTATGAAAAA 
GATTTTGGTG AGATAACTGA TACAAAGATA CAAAATCTAA ACGGCAAACG TCAAAGGGAT 
CGCAGTAGTC GAAGAGAACG CACTACACGT TTTAGTGATA ACAAAGATAA ATATGTATCG 
TTGCCAAATG CAGCGACTTT TCTTACAAAT ATAAATACTG CAACAAATTC AGGAACTGCC 
GCACCATTAT CAAATAACAT CCAACGTCAA AATATTCCCG ACATAAATGG TTTATTGCCC 
AATTATACAA ATACAGGAAT GACAAATGTT TTAAATGCGG CTGATGCTGC ATTAGAGAAA 
GTATTAAAAG GTAAATCGTC CTCCAGTACA GAAAAGCAAA GTCGACGACA TGATCGAGAT 
CGTAATTATC TTCCGTCAAA GAAGAGACAA CGTACAAATG ATAGTAAAAA TTCCCGGTCT 
CGTTCGAAGT CTAGTTCTTC TTCATCCACA TCCTCCTCCT CTTCGTCTAC GTCATCAGAT 
TCTGATTCTT CTTCTACTTC GCGATCATCT CATCATTCGA AATACAATCA CCGATCAGCT 
ACAAAACATA AATCTCATTC ATCTTCTGAC AGGCACTATG AAAAACCACA CAAAGATCAT 
AGAGGTGATC GCAAATATTC ATCGTCATCT TCATCGTACA GAAAAAAGGA TCGTGAATCA 
AAAAATCGTC GTTACCATCG TAACGGATCT AGTGATTCAG AAGACGAATA TCGTCGACGA 
CACAAATATG ATTCCCATTA CTCGCGCAAT TCTTCCCACT CGCGTAGTTA TACTTCCACT 
AGACGTGATC GCGACCGTGA ACATTCCCGT TCACAGTCTA GATCATCTTA TTCTTCTTCC 
AGTACTCGCA GACCTAATTT CATAATGGAT GGGAATAGTT CGTTAGAGAG ACGATACAGC 
TTTAACATGG CTCAAGCGAA TCCTGTTGCT GAATCCACAC ATCTTAATGG AAGCAGTTTT 
TCTTGGGGTT CTTCTATGAG TCCAAAGCAT CGAAGTAATT CAAGCATTTG TTTAAATAAT 
ACACACACAC CTTCGGCCTG TAATAACAAA TCTATTGTCA GTCCAAAATC TAAAAATATT 
ACGAAAATTG ATGCGAGAAT AGCAGCCGAT GTTCAAAGCA AAGGTTTGGC GTCACGCATT 
GTGAAATACC ATGAGAGTGG AACTAGATTA AATCGCAGTA TGTCAGCACA TAATCTATAC 
AGTAAACCAG GACAGTTTCC AGCCGTTACC CTTAAGAAAA CTGATCTACC ATATAGAGCT 
ACTAAACAAG AATTGTCAAT GATACGAATA GCTCCACCAG AGAAATCATC GTTTTTGGGA 
AACACGATTT CTAGTCTTTT AAGATCTAGT TCTGTCGTGG GTTTACAACA ATCTAAACGA 
AATGAAGATT TATCCCGAGA GAATCGGCCT ATAATTCACC CACCTCCTAC AGAGAATGAT 
ATGGCTCCAA CACGTAGTGT TTTAGATGTT CTGAAAGAGA TATCTCGTAA ACGTATTAAC 
AGTGATGATT TAGAAGTGGA TGAAACCTCA AAAAAATATT GCAATCGGGC TGGAAATGAC 
TCTGTTGATA CTGGAAACAA TACGACATCA ACAAATCCAC AATATTTTAC AGCGTCATCG 
GTATCTTGCC AACGATACAA AAGACAACGG GATTGTATAA CGTCACATCA TAGTGTACAA 
ATACAAGAAA CCAGAACTTC ACCGGAACAA GCCAAGAAAC GCGTATGTAA TTACAATAAT 
GACATTACAA GTTCACTTAG TTCAAGCATA AAATGCAAAG CATATGGAAA TACCAAGAGA 
GTTTCAGCAT CGACTAATCT TAATCAAACG ATGCCATCAA ATTTAGAATC ATATGAAATG 
CAGAAAGCAA AAGTGCAACG ATATCACGAT TATAATAAGA CGAATAACAC ACAAGTTGAC 
GTGAGATTTG ATAATCTCGA AAATACTTTA AGAAAGGTGG ATAACACTAT AAACCCCATC 
ACTCCTATTC CAGCAACTCC TTGTGGTCAG GATCAGAATA ATACTGGAGG GGTTCCTCCT 
ATGCGGACCG TATCTGAGCC AGCTTATAAT CCAGATCGGA CGAATAAAAT GAATTTAATA 
CAGCCAGCTA ACAAACCTCG CTTAACATTG TTTAACAAGA AGTATGACGA CGATGAAAGC 
AAAGTAACAA ACGAATCAGG CACATCTGTA GACGAAAACA CTGACGATTT AAATGAATTT 
GGCGAATGCG CGGGGATTCC ATTTGTTAAG CCTAAGAAGT TATCATCAAT TAGTGGCTTA 
AGAAATCCTG TAATAGAACG AACACAAAAA TCAAAATTGG CTTTGATGTT GAGTGGATTA 
AGAGGAGAAC TTTATCAGAA CTCCGACGAT GATGAATTGG ATTCGGCAAA GGAAAAATTG 
AATATACCAG AGAACAACAA AGTAGACTCT AATTCCGGTG CAGTAACATC AGCATTAAAA 
TCTACTAGCA CAGTAACCAC TTTAACTACA GTCACTTCAA CCTCTAACGA GGGAGTGATA 
AACACATCTA GTTCATTCAA CTTTTCTACG AATACAAAAT CATCGTCTCC TTTAGTTGGA 
CTGAAATTAT CCCAGTCAAA GGTGTCATCA GCAACTGTTA ATAATACATT GAGTATTGAC 
TCTACTAAAA AGTTGGAAAC CAATCCAAAA CAAAATATAC CCGTTTTAGG TGGTTTCTCT 
TTCAGCACTA CAAATACAAG TTCTACACCA GTTGTTGACG CTGTTGCATC AAATAGTACT 
CTAAAAGAGC CTAAAGCTTC AGAAGCAACA ATATCATCTA TTTCAGCAAA TAATAGTAAT 
GCTTTTAACT TTGGCCAATC AACTCAGTTG CCGACAAAGC TTCCGTCTTC TCCGGTTAGT 
AATAACACAG ATAAATTATC AGCAAATTTA CAAACTTCGA CAAAAGATAA CTTGACACAA 
TTTCCTACTG TTAGTGCTGC ATTCACATTA GCCACTACAA AAACAAGTAC ATCTTCAACA 
GTGCCAAGCT CTATGTCAGC TACAAGTGCT TTCAGTTTCA ATACAAATGT AACAGCACCA 
GCATCTACGA TAAGTACATC AACTCCAGCT GTGGCTACAA CTTCCTTTAC AAGCACTGTT 
AAGCCAAATA ATGGTTTTAG TTTTTCTGTC CCTTCTACTA CATCTCAGCC CGTCACTAGT 
GCTTCAGCTA CTCCAATTAT GTTTGGTACT TCAACGTCTT CAGCGACCTC AGTCAACAGC 
ACTACCAATA CTAGTATCGT AGCAACCACA ACAACTAGTG TACCAACTTT TGGCGCAGTT 
GCTACATCTA CAAATCTAGG TGGTTTAACG AGCACAACTT CTTTCGCATT TAATACACCG 
AAGCAATCAT CAACAATACA ACCTACAAAT GTTTCTTCAA GTAGTGGTGC GGTCCCCGCC 
CCGACTTTTA ATTTTGGTTC AAGTGTTAAT TCTGCGTCTC TTCCTACGTT TGGAACAAAT 
GCGAATGCAG TAATTAAACC TCAACCCAGT AGCTCTGGAT TTTCGTTTGG TTCTGAACCC 
AAAAATCAGA ATTCGTCATC AGGTGCACAA AATAACCCTG CAGACACTTC CAAGCAGCCA 
GACAATAATG CCTTTAATTC GACCTCATCA ACGATATTTG GATCAACAGG ATTTAATGCA 
CCATCAGGTG GTGCTACTCC TATATTTGGT AATGCCACTA ATAGTTCAGA GAAAAATGTC 
TTCAATTCTT CGAATGCTAC ATCAATATTT GGTTCGAGTT CAGTTAAAGG AGCTACCCAG 
ACATTTGGCT CAAATGTGGA TAATAAATCA GCGGCATTAG TAACTCCATC GGTATTTGGT 
GGTAGTACTA CCAACAACAG TACATCAACT CCATTTAGTT TTGGCTCAAA GCCGGCAATA 
GCACAAAATA CTAATTCTAA TAACACCAAT AGCGCTGCTG GAGGATTCTC TTTCAGTTCA 
ACAGTTTCGA ATAGTTCGGA AGGTGGATCT TTTGGATTTG GTAGTAAAAC AGATGGGTCA 
ACAAACACTT CTAGCAACAC TTTTGGTGGC GCACCAACAA CGGCACAAAA CAAAAACTTT 
ACATTCAGTG GCGCTGCAAG CAGCAAACCA AGCAATCCCC CGAGTGTATT TGGTGGAGCT 
GTGAATAAAC CAACTGAAAA CACGGCATCT CCTGGTGGAT TTTCGTTTGG TTCAGCATTG 
TCCCCTAAAA CTCCCACATT TAGCTTTGGA GCAAGCAGTA ATTCATTTTC TGGGAGCAAT 
ACTAATAGCA CAGACAACAC TTCATCAGGT TTTTCATTTG GCGCGGCTGC ATCTATAAAA 
ACGAACGAAA TCTCAACTAA TAAACCATTT TCCTTTGGAT CTCCACAACC TCCACAGCAA 
CAACAAATAA TGTCAGCGCA AAATAATTCA AATGCCAATC CTCCAAACAT TTTTGGTTCT 
AGTGTAGCTT CTAAAACAAC ACCAGTGCCT GCTTTTAGTT TCAATTCTGG AAGTTCAACA 
AATTTACAGC CTAATGCTCC AGCGTCTAAC AATTTATTTG CACCACCTCC ATCAACTATT 
ACAACAGGTC CTGGTGATCG TCTAATACGT CGAGCCACAA GACGTTTGCA AAAATGA