LOC100899489 cDNA ORF clone, Galendromus occidentalis(western predatory mite)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100899489
Entrez Gene ID	100899489
Full Name	uncharacterized LOC100899489
Gene Type	protein-coding
Organism	Galendromus occidentalis(western predatory mite)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018642030.1	XP_018497546.1	LOW QUALITY PROTEIN: uncharacterized protein LOC100899489

Pathways from BioSystems
Gene Ontology

The following LOC100899489 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100899489 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
OGa53669	XM_018642030.1 Latest version!	Metaseiulus occidentalis uncharacterized LOC100899489 (LOC100899489), 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)

LOC100899489 ( XM_018642030.1 ) cDNA ORF clone, Galendromus occidentalis(western predatory mite) -> XP_018497546.1 Metaseiulus occidentalis uncharacterized LOC100899489 (LOC100899489), mRNA.

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CloneID	OGa53669
Clone ID Related Accession (Same CDS sequence)	XM_018642030.1
Accession Version	XM_018642030.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4863bp) 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	2016-10-11
Organism	Galendromus occidentalis(western predatory mite)
Product	LOW QUALITY PROTEIN: uncharacterized protein LOC100899489
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003804470.1) 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 :: Metaseiulus occidentalis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 26% of CDS bases frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGTCGAGTC AGAGGCGATC ACAGAAAGTG ACGCAATGTC ATTCGATCCA GAGCACATCT 
CGGCGCGACA AAGTTCCGCC GATGAGCGTG ACGAATGGCT ATAGGTATCC ACCAAAACCA 
TCAGGCTTGC CTCAGCTAGA CCCCATAAGC GAGCGACTTG TCTCCCCGAG AATTCCTTAC 
ATGCAAATAC GCCGTTTGCG TCGTGACGGT TGTTACGGTA TTGTCGGTCA AGTCATCAAT 
GTCCCAGTTG ATGTCAACAC GATGTCCACC GTGAAGGCCT GGCTGGAATA TCTAGTTGAG 
CAGCCTTTGT ACAAATACTA TGGTATCAGG GTAAATTGGT CTGAAGTTGT TGATGAGTCG 
TTGCCGAATT GCGGAACACG GGATGACGGA TCCGATCATG TTGAGTCTAT CCGCACCGAT 
GATGCTCCGG AATCAGAGCT GATCAATTTA CGACAGCAAA CAATGTTGTG GAATGAGGAT 
CTCTGTTTAG ATATCGCTCC AGGCCAGCAC AAAACACCCG AGTGCATTCT TTTTGACACA 
TTCGCAGAGG AGCTTTCGTT CCCTGCGATA TACTTCGGTG TTGGACGGAA AATCAAGGAC 
GGGGTTCGAG CAACATCTTA CACTATGTGT ACGTCAGAAA TAAGAAGATC TGATCGACGA 
GGTGTTACCC CCCAGCATGT GCTGTTCATG GCAATGAAAA TCCTCCGTTT CCGGATTCGT 
GATGGCATTC AGAATATGTA TCGTTGCCTA CGGACTACAG CACAGCTGAC TAGATCCATG 
ATAGAAGATC GACAATTCGT GGAACATTTG GTGGAGACAA ATCAAGCCTT CATGAAAACT 
ATTCCCAACT CGATGCAGTA TTGGTCATCG AGGAAAAAGG ATCTGTTCGC GATGATTCGT 
CAGCTCGGAA AACCTACAGC ATTCTTGACT CTCAGTGCGA ATGAGATCCG ATGGCCACAT 
TTGCTTCAAA TTTTGTTCCG ATTGTCTGAT GAGTTCAAAT CTCTCGGCGA CAACATTGAG 
CTCACCGAGA TTTTTGAAAC ACTTGATGGA TACAAGCGTG CTTTCCTGGT TTCGGAGGAT 
CCCGTCACTT GCTGCATTTA TTTTCACAAA TTGGTTCGCG TCGTGATGGG TATACTCTCC 
ACCAAACAGT CACACAATCC TTTCGGGAAG CACCGTGTTG TCGATTACTT TTTGCGCATA 
GAGTTCCAGC ATCGAGGGAG CCCACATGCT CATATCCTGC TCTGGTTAGA TAAAGACCCC 
GCAGAAGATG TGCGCGAGAG TATGCTCCGC ACAATTCAAC TGATGACAGA CCTATTTAGT 
GTCGACAGAA ACGACTTGAG CAATCCGGAA ATGATCCGTA ATCAAACCCA TTCGCATACA 
TTTACGTGCA CGAAACGTGG CGAAAAATAT TGTCGTTTCA ATATTCCGTT TTGGCCCATG 
CATCGTACTC ATGTTCTAAT TCCACTAACA AAAGAAGATC CTCGGCGTGA AACTCTCAAG 
AAGAAAGTTC AAAATGCTCG CGATAAACTC GAAATGAAGG CATACAATAG CATCGAAGAA 
TATCTTCGTG ATATTGAGTG TGATAACGAG GCGTATCTGA CAATGATCAG ATCGACACTT 
AAGCGTCCAA CAGTTCTATT CAAGAGGGAC ATGACCCAAA TTTTCATTAA TACCTTCAAT 
CCGTGGATCG CATCAATTCT GAATTCGAAT AGCGATTTAC AAATGATTCT CGATCCGTAT 
TCATGCGCCG CATACGTAGT AGAATATGTC AATAAGTCCG ATCGTGGCAT GAGCAATCTC 
CACCGAGAGC TCATGAAAAT TCATGAGACG AACCCGGAAT ATGATCAGGC GCAATTGATG 
TCTAAAGTTG GATTGAAGTT GTTGAATAAT GTTGAGATGT CTGCGCAAGA AGCCTCCTGG 
TACCTACTCC GACAACCCAT GAGCTGGGCG TCAAGGACGA CTGTAGCAAT ACCGACAATG 
TGGCCACAGG AGAGACATAA GGCTCAGAAA CGAAAATCGA CAATGAACGC GGAAAATTTA 
CCTCCGGATA GTACGGATAT TTGGACGAAG TCCTTAATCG ACAAGTATGA GGAACGTCCA 
GCTTCACTCG AGCAGATCAA CCTAGCTCAA TTTGCAGCCT GGTTCGAGCC ACGGCAGAAG 
ATAGTGGACT CCGACGAAAC CGAAGAAGAT ATCGATACGT TTGATAGCGG AGATAATGAG 
ACGCAGCGGA ATGAATATCG ACGTCGTGAG AACCCAAAGA TCATAAGGTA TCGAAATTAC 
GAGAAAGAAG ATTTGTATAA CTACAAGCGA GAGATGGTGA CTCTGTACGT TCCGTTCCGA 
AATGAACTTA CTGACGTTAT CGATCGTGAC AAATTTCTCG ATGTGTGCGC CTCGAATGAA 
CAACAAATCC TAGAACGGCG AAAAGAATTC GAACATAATC TTGACGTTGA AACACTGATG 
AAAGAGATTG AGGCCTTGTG CTTGATGAGC GAACAATTTA CCGAAGACCA TGTCCCGCAA 
GCATCATCGG TGATGATCGA TACGAGTCTA ACACCAAACG ATGACGATTT CGACGAAGGC 
AATAATCATC TCTCCGTGAG CGCAGTGAGA AAGCGAAGTA ATGTTTTGAG TAAGGCTGAT 
TATTGTGCTC TGATACGACA GATGAATGCC GAACAACGTG AACTGATATT GGAAATCATA 
CATCGCTTGC ATAAGCCTTG TCGAGAACCG CTACAAATTT TCCTGACGGG TCCAGCAGGA 
TGCGGGAAGA CATTCACACT CAAAGCGATC ATGGAAACAT ACAACCGATA TACAGAGCAA 
CACAACTCAC TGAACAATGC CTATATTGCC ACGGCAACCA CAGGGAAAGC AGCGGTCGGA 
CTAAATGGTT TAACCCTCCA CTCAGCCTTT CGCCTGACAA CATCGAAGCA ATCCAGTCGG 
CTCACGCATG ACACGCTACA AACGTATCGT CATGTACTCC GAAACGTCAA ATGCGTCATT 
ATTGATGAAA TCAGCATGTG CAGCTCACAT CTACTACATT CAGTGAGTTC GCGGCTCCAA 
GAGATGGTTG GCGAATACAC GAATGTTTTC GGTGGTCTCG ATCTAATCGC ATGTGGAGAC 
CTCCGGCAAC TACCCCCAGT TAGTGCCGCA CCGGTTTACA GCGCTACTCA GCAAGCAATA 
GGCAGAAATG CTCTCCTATG GCAATCCCTA GATTACTATC CCCTGACTCG AGTAGTGCGA 
CAAAAAGATA CAAACTTTTC ATCTGTTCTG ACCAAAATCG GCTCCGGAGA AAATTTAACT 
TCGGATGAAT ATGAATTGGT TCGATCAAGA TTCCGCACAC GACAGTGGTG CGAAGAAAAC 
CTGCCTGACA CGGTCGTTCG TCTCTTCTCC AATAATGTCA ATGTCGAGGA ATACAATTCC 
AACGCGCTCC CCATAACCGA AAGCACCGTG AATGTTCTCG CTAAAGATCT ATACACTGGA 
TATTCTACAG AAACCGAAAG GCGTGATGCG ATTGGAAAAG TGCATCGAAT GAAAATCGGA 
GATACTGGTG GACTCCCATA CAACATACGA TTGACAGAAA ATTATCCGTA CATAATAACC 
GCTAATGTCG ACGTTGAAGA CGGTCTGGTC AATGGAGCCA TAGGTACACT CCGTCATGTC 
GAACTCCTCC CCTCTGCTCA TGGAGAAGTT GATTCGTGCC GTGTTTGGCT TCAATTCGAA 
AACGAGAATA TTGGTCGTCG AATCACGGTG AAATATAGAG CTCACGTACA TAGCAAACCG 
GATATACTCA ACGATAAATG GGTACCCATT GAGCAACGCT CCCTCAACGT CAAAGTGACG 
AACAAAGTCA AATGTCGCCG TCAACAATTT CCGCTGACAC CAGCATGCGC GCTCACAATC 
CACAAGTCTC AAGGCGGAAC GTTCGACAGA ATAGTTTATG ATTATCATAA GAACCATAAG 
CAACAACTGG TTTACGTGGC AATGAGCCGC GTGACATCTG TAGACGGTTT ATTCTTGACG 
AATTCTGAGA ACGACTTCAA TTTCTATCAT GCTAAACAGT CTGAAGCTCC AGCGACGAAG 
AGTATTCGAA ATGAGTATAG AAGATTGGAA ACGCATCGTC TATCAACAAT TACGACAGAT 
ATGGAAAGAT TCCTCCACGT ATCCGCTGAT CAAGGAGTCA GTATCATTAT CGCGAACATC 
AACGTTCAGA GTTTGGCCGC ACATGCTGGA GACATATCAA CAGATTCGAT CTTGACGCGC 
GCGGATTTCC TGGCATTGAC CGAGACATGG ATGCACCCAG AAGGAGCATC AATTGAAATC 
GACGGTTTTC GATTCGTCCA CCAGACGGCA TGCGAGAATC GCTCGGGAGG TGTCGCCGTG 
TACAAACGAA ATGATTATGC AATTATCGCA ACACCATCCA TTGCAAGCGA TCCATATGAT 
GGCGCTCATC AACAGAATCA TGCGCATGCT GCCGATATGG CATTCACGGA GATGATAATT 
CCAGGCCGAC AAAAAATTCA CCTTGTGACG ATTTATGTGC ACCAGCATAC TGGATTCGAA 
ACCTTGAGAG ACCACCTGCG TGTTTCTCTG CGGTATTTCG AGATAGAAAA CACTAATAGA 
GATCAGATTG TACCACTGAT CATTATCGGG GATTTCAACA CAACCGATAC TGATCGAGCA 
AAGCTTGAAA AGTTCCTCGA CGACTACTAC GCTTTGAAGT TGAAGAACAA CCCAGAAGAG 
AGGACAACAC TCGGGAATAC ATGTATTGAT TTGACATTCT CGAGAAGAAT CCAAGTCGAG 
AGCAAGCCGT TCGTATCATA CTTCTCGTAC CATCGTTCCG TGATCAATAA ATTGAATCCG 
TAG

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

RefSeq	XP_018497546.1
CDS	1..4863
Translation	MSSQRRSQKVTQCHSIQSTSRRDKVPPMSVTNGYRYPPKPSGLPQLDPISERLVSPRIPYMQIRRLRRDGCYGIVGQVINVPVDVNTMSTVKAWLEYLVEQPLYKYYGIRVNWSEVVDESLPNCGTRDDGSDHVESIRTDDAPESELINLRQQTMLWNEDLCLDIAPGQHKTPECILFDTFAEELSFPAIYFGVGRKIKDGVRATSYTMCTSEIRRSDRRGVTPQHVLFMAMKILRFRIRDGIQNMYRCLRTTAQLTRSMIEDRQFVEHLVETNQAFMKTIPNSMQYWSSRKKDLFAMIRQLGKPTAFLTLSANEIRWPHLLQILFRLSDEFKSLGDNIELTEIFETLDGYKRAFLVSEDPVTCCIYFHKLVRVVMGILSTKQSHNPFGKHRVVDYFLRIEFQHRGSPHAHILLWLDKDPAEDVRESMLRTIQLMTDLFSVDRNDLSNPEMIRNQTHSHTFTCTKRGEKYCRFNIPFWPMHRTHVLIPLTKEDPRRETLKKKVQNARDKLEMKAYNSIEEYLRDIECDNEAYLTMIRSTLKRPTVLFKRDMTQIFINTFNPWIASILNSNSDLQMILDPYSCAAYVVEYVNKSDRGMSNLHRELMKIHETNPEYDQAQLMSKVGLKLLNNVEMSAQEASWYLLRQPMSWASRTTVAIPTMWPQERHKAQKRKSTMNAENLPPDSTDIWTKSLIDKYEERPASLEQINLAQFAAWFEPRQKIVDSDETEEDIDTFDSGDNETQRNEYRRRENPKIIRYRNYEKEDLYNYKREMVTLYVPFRNELTDVIDRDKFLDVCASNEQQILERRKEFEHNLDVETLMKEIEALCLMSEQFTEDHVPQASSVMIDTSLTPNDDDFDEGNNHLSVSAVRKRSNVLSKADYCALIRQMNAEQRELILEIIHRLHKPCREPLQIFLTGPAGCGKTFTLKAIMETYNRYTEQHNSLNNAYIATATTGKAAVGLNGLTLHSAFRLTTSKQSSRLTHDTLQTYRHVLRNVKCVIIDEISMCSSHLLHSVSSRLQEMVGEYTNVFGGLDLIACGDLRQLPPVSAAPVYSATQQAIGRNALLWQSLDYYPLTRVVRQKDTNFSSVLTKIGSGENLTSDEYELVRSRFRTRQWCEENLPDTVVRLFSNNVNVEEYNSNALPITESTVNVLAKDLYTGYSTETERRDAIGKVHRMKIGDTGGLPYNIRLTENYPYIITANVDVEDGLVNGAIGTLRHVELLPSAHGEVDSCRVWLQFENENIGRRITVKYRAHVHSKPDILNDKWVPIEQRSLNVKVTNKVKCRRQQFPLTPACALTIHKSQGGTFDRIVYDYHKNHKQQLVYVAMSRVTSVDGLFLTNSENDFNFYHAKQSEAPATKSIRNEYRRLETHRLSTITTDMERFLHVSADQGVSIIIANINVQSLAAHAGDISTDSILTRADFLALTETWMHPEGASIEIDGFRFVHQTACENRSGGVAVYKRNDYAIIATPSIASDPYDGAHQQNHAHAADMAFTEMIIPGRQKIHLVTIYVHQHTGFETLRDHLRVSLRYFEIENTNRDQIVPLIIIGDFNTTDTDRAKLEKFLDDYYALKLKNNPEERTTLGNTCIDLTFSRRIQVESKPFVSYFSYHRSVINKLNP

Target ORF information:

RefSeq Version	XM_018642030.1
Organism	Galendromus occidentalis(western predatory mite)
Definition	Metaseiulus occidentalis uncharacterized LOC100899489 (LOC100899489), mRNA.

Target ORF information:

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

XM_018642030.1

ORF Insert Sequence:

ATGTCGAGTC AGAGGCGATC ACAGAAAGTG ACGCAATGTC ATTCGATCCA GAGCACATCT 
CGGCGCGACA AAGTTCCGCC GATGAGCGTG ACGAATGGCT ATAGGTATCC ACCAAAACCA 
TCAGGCTTGC CTCAGCTAGA CCCCATAAGC GAGCGACTTG TCTCCCCGAG AATTCCTTAC 
ATGCAAATAC GCCGTTTGCG TCGTGACGGT TGTTACGGTA TTGTCGGTCA AGTCATCAAT 
GTCCCAGTTG ATGTCAACAC GATGTCCACC GTGAAGGCCT GGCTGGAATA TCTAGTTGAG 
CAGCCTTTGT ACAAATACTA TGGTATCAGG GTAAATTGGT CTGAAGTTGT TGATGAGTCG 
TTGCCGAATT GCGGAACACG GGATGACGGA TCCGATCATG TTGAGTCTAT CCGCACCGAT 
GATGCTCCGG AATCAGAGCT GATCAATTTA CGACAGCAAA CAATGTTGTG GAATGAGGAT 
CTCTGTTTAG ATATCGCTCC AGGCCAGCAC AAAACACCCG AGTGCATTCT TTTTGACACA 
TTCGCAGAGG AGCTTTCGTT CCCTGCGATA TACTTCGGTG TTGGACGGAA AATCAAGGAC 
GGGGTTCGAG CAACATCTTA CACTATGTGT ACGTCAGAAA TAAGAAGATC TGATCGACGA 
GGTGTTACCC CCCAGCATGT GCTGTTCATG GCAATGAAAA TCCTCCGTTT CCGGATTCGT 
GATGGCATTC AGAATATGTA TCGTTGCCTA CGGACTACAG CACAGCTGAC TAGATCCATG 
ATAGAAGATC GACAATTCGT GGAACATTTG GTGGAGACAA ATCAAGCCTT CATGAAAACT 
ATTCCCAACT CGATGCAGTA TTGGTCATCG AGGAAAAAGG ATCTGTTCGC GATGATTCGT 
CAGCTCGGAA AACCTACAGC ATTCTTGACT CTCAGTGCGA ATGAGATCCG ATGGCCACAT 
TTGCTTCAAA TTTTGTTCCG ATTGTCTGAT GAGTTCAAAT CTCTCGGCGA CAACATTGAG 
CTCACCGAGA TTTTTGAAAC ACTTGATGGA TACAAGCGTG CTTTCCTGGT TTCGGAGGAT 
CCCGTCACTT GCTGCATTTA TTTTCACAAA TTGGTTCGCG TCGTGATGGG TATACTCTCC 
ACCAAACAGT CACACAATCC TTTCGGGAAG CACCGTGTTG TCGATTACTT TTTGCGCATA 
GAGTTCCAGC ATCGAGGGAG CCCACATGCT CATATCCTGC TCTGGTTAGA TAAAGACCCC 
GCAGAAGATG TGCGCGAGAG TATGCTCCGC ACAATTCAAC TGATGACAGA CCTATTTAGT 
GTCGACAGAA ACGACTTGAG CAATCCGGAA ATGATCCGTA ATCAAACCCA TTCGCATACA 
TTTACGTGCA CGAAACGTGG CGAAAAATAT TGTCGTTTCA ATATTCCGTT TTGGCCCATG 
CATCGTACTC ATGTTCTAAT TCCACTAACA AAAGAAGATC CTCGGCGTGA AACTCTCAAG 
AAGAAAGTTC AAAATGCTCG CGATAAACTC GAAATGAAGG CATACAATAG CATCGAAGAA 
TATCTTCGTG ATATTGAGTG TGATAACGAG GCGTATCTGA CAATGATCAG ATCGACACTT 
AAGCGTCCAA CAGTTCTATT CAAGAGGGAC ATGACCCAAA TTTTCATTAA TACCTTCAAT 
CCGTGGATCG CATCAATTCT GAATTCGAAT AGCGATTTAC AAATGATTCT CGATCCGTAT 
TCATGCGCCG CATACGTAGT AGAATATGTC AATAAGTCCG ATCGTGGCAT GAGCAATCTC 
CACCGAGAGC TCATGAAAAT TCATGAGACG AACCCGGAAT ATGATCAGGC GCAATTGATG 
TCTAAAGTTG GATTGAAGTT GTTGAATAAT GTTGAGATGT CTGCGCAAGA AGCCTCCTGG 
TACCTACTCC GACAACCCAT GAGCTGGGCG TCAAGGACGA CTGTAGCAAT ACCGACAATG 
TGGCCACAGG AGAGACATAA GGCTCAGAAA CGAAAATCGA CAATGAACGC GGAAAATTTA 
CCTCCGGATA GTACGGATAT TTGGACGAAG TCCTTAATCG ACAAGTATGA GGAACGTCCA 
GCTTCACTCG AGCAGATCAA CCTAGCTCAA TTTGCAGCCT GGTTCGAGCC ACGGCAGAAG 
ATAGTGGACT CCGACGAAAC CGAAGAAGAT ATCGATACGT TTGATAGCGG AGATAATGAG 
ACGCAGCGGA ATGAATATCG ACGTCGTGAG AACCCAAAGA TCATAAGGTA TCGAAATTAC 
GAGAAAGAAG ATTTGTATAA CTACAAGCGA GAGATGGTGA CTCTGTACGT TCCGTTCCGA 
AATGAACTTA CTGACGTTAT CGATCGTGAC AAATTTCTCG ATGTGTGCGC CTCGAATGAA 
CAACAAATCC TAGAACGGCG AAAAGAATTC GAACATAATC TTGACGTTGA AACACTGATG 
AAAGAGATTG AGGCCTTGTG CTTGATGAGC GAACAATTTA CCGAAGACCA TGTCCCGCAA 
GCATCATCGG TGATGATCGA TACGAGTCTA ACACCAAACG ATGACGATTT CGACGAAGGC 
AATAATCATC TCTCCGTGAG CGCAGTGAGA AAGCGAAGTA ATGTTTTGAG TAAGGCTGAT 
TATTGTGCTC TGATACGACA GATGAATGCC GAACAACGTG AACTGATATT GGAAATCATA 
CATCGCTTGC ATAAGCCTTG TCGAGAACCG CTACAAATTT TCCTGACGGG TCCAGCAGGA 
TGCGGGAAGA CATTCACACT CAAAGCGATC ATGGAAACAT ACAACCGATA TACAGAGCAA 
CACAACTCAC TGAACAATGC CTATATTGCC ACGGCAACCA CAGGGAAAGC AGCGGTCGGA 
CTAAATGGTT TAACCCTCCA CTCAGCCTTT CGCCTGACAA CATCGAAGCA ATCCAGTCGG 
CTCACGCATG ACACGCTACA AACGTATCGT CATGTACTCC GAAACGTCAA ATGCGTCATT 
ATTGATGAAA TCAGCATGTG CAGCTCACAT CTACTACATT CAGTGAGTTC GCGGCTCCAA 
GAGATGGTTG GCGAATACAC GAATGTTTTC GGTGGTCTCG ATCTAATCGC ATGTGGAGAC 
CTCCGGCAAC TACCCCCAGT TAGTGCCGCA CCGGTTTACA GCGCTACTCA GCAAGCAATA 
GGCAGAAATG CTCTCCTATG GCAATCCCTA GATTACTATC CCCTGACTCG AGTAGTGCGA 
CAAAAAGATA CAAACTTTTC ATCTGTTCTG ACCAAAATCG GCTCCGGAGA AAATTTAACT 
TCGGATGAAT ATGAATTGGT TCGATCAAGA TTCCGCACAC GACAGTGGTG CGAAGAAAAC 
CTGCCTGACA CGGTCGTTCG TCTCTTCTCC AATAATGTCA ATGTCGAGGA ATACAATTCC 
AACGCGCTCC CCATAACCGA AAGCACCGTG AATGTTCTCG CTAAAGATCT ATACACTGGA 
TATTCTACAG AAACCGAAAG GCGTGATGCG ATTGGAAAAG TGCATCGAAT GAAAATCGGA 
GATACTGGTG GACTCCCATA CAACATACGA TTGACAGAAA ATTATCCGTA CATAATAACC 
GCTAATGTCG ACGTTGAAGA CGGTCTGGTC AATGGAGCCA TAGGTACACT CCGTCATGTC 
GAACTCCTCC CCTCTGCTCA TGGAGAAGTT GATTCGTGCC GTGTTTGGCT TCAATTCGAA 
AACGAGAATA TTGGTCGTCG AATCACGGTG AAATATAGAG CTCACGTACA TAGCAAACCG 
GATATACTCA ACGATAAATG GGTACCCATT GAGCAACGCT CCCTCAACGT CAAAGTGACG 
AACAAAGTCA AATGTCGCCG TCAACAATTT CCGCTGACAC CAGCATGCGC GCTCACAATC 
CACAAGTCTC AAGGCGGAAC GTTCGACAGA ATAGTTTATG ATTATCATAA GAACCATAAG 
CAACAACTGG TTTACGTGGC AATGAGCCGC GTGACATCTG TAGACGGTTT ATTCTTGACG 
AATTCTGAGA ACGACTTCAA TTTCTATCAT GCTAAACAGT CTGAAGCTCC AGCGACGAAG 
AGTATTCGAA ATGAGTATAG AAGATTGGAA ACGCATCGTC TATCAACAAT TACGACAGAT 
ATGGAAAGAT TCCTCCACGT ATCCGCTGAT CAAGGAGTCA GTATCATTAT CGCGAACATC 
AACGTTCAGA GTTTGGCCGC ACATGCTGGA GACATATCAA CAGATTCGAT CTTGACGCGC 
GCGGATTTCC TGGCATTGAC CGAGACATGG ATGCACCCAG AAGGAGCATC AATTGAAATC 
GACGGTTTTC GATTCGTCCA CCAGACGGCA TGCGAGAATC GCTCGGGAGG TGTCGCCGTG 
TACAAACGAA ATGATTATGC AATTATCGCA ACACCATCCA TTGCAAGCGA TCCATATGAT 
GGCGCTCATC AACAGAATCA TGCGCATGCT GCCGATATGG CATTCACGGA GATGATAATT 
CCAGGCCGAC AAAAAATTCA CCTTGTGACG ATTTATGTGC ACCAGCATAC TGGATTCGAA 
ACCTTGAGAG ACCACCTGCG TGTTTCTCTG CGGTATTTCG AGATAGAAAA CACTAATAGA 
GATCAGATTG TACCACTGAT CATTATCGGG GATTTCAACA CAACCGATAC TGATCGAGCA 
AAGCTTGAAA AGTTCCTCGA CGACTACTAC GCTTTGAAGT TGAAGAACAA CCCAGAAGAG 
AGGACAACAC TCGGGAATAC ATGTATTGAT TTGACATTCT CGAGAAGAAT CCAAGTCGAG 
AGCAAGCCGT TCGTATCATA CTTCTCGTAC CATCGTTCCG TGATCAATAA ATTGAATCCG 
TAG