LOC100908544 cDNA ORF clone, Galendromus occidentalis(western predatory mite)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100908544
Entrez Gene ID	100908544
Full Name	uncharacterized LOC100908544
Gene Type	protein-coding
Organism	Galendromus occidentalis(western predatory mite)

mRNA and Protein(s)

mRNA	Protein	Name
XM_003740530.1	XP_003740578.1	uncharacterized protein LOC100908544

Pathways from BioSystems
Gene Ontology

The following LOC100908544 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100908544 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
OGa54905	XM_003740530.1 Latest version!	Metaseiulus occidentalis uncharacterized LOC100908544 (LOC100908544), 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)

LOC100908544 ( XM_003740530.1 ) cDNA ORF clone, Galendromus occidentalis(western predatory mite) -> XP_003740578.1 Metaseiulus occidentalis uncharacterized LOC100908544 (LOC100908544), mRNA.

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CloneID	OGa54905
Clone ID Related Accession (Same CDS sequence)	XM_003740530.1
Accession Version	XM_003740530.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4992bp) 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	2019-05-06
Organism	Galendromus occidentalis(western predatory mite)
Product	uncharacterized protein LOC100908544
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003804988.1) 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 :: Galendromus occidentalis Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 58% of CDS bases ##RefSeq-Attributes-END##

ATGCTGGTCA CCCATGCTCC GAGGGTCTCG GACATCCCTA GATTCAGCGG CGACGTGAGA 
AGATATCGGG ACTGGTGGCA ACATTTCGAA TTTCTGGTTG ACTCGAAGTC ACTTCCATTG 
ACCGAAAAAT TCAGACTGCT GAAACTCTCA GTCACCGGCC AAGCAGCTCT AGCCATAGCG 
GATCTCAAAC TCATTGAATC CAGCTACGAG GTCGCGAAGC AAACCCTGAA GGATCGTTTC 
GGCAAAGTGA GGGATGCCAA CTCCGAGCAT GTGCTGGCAA TCATGAAGAT CTGCGGCCAG 
AAGGATCCAC AGCGACACGA TAAGTTATTG TATTTCGCCA CTCAGATCTC GATGAATATC 
AAAGCGCTTA TCGCCCTAGG TAGTTCGTAC GGGACGTTGT CAACGACTAT CTTTCCGGTT 
ATCCTCGAAG CATTACCCCA GTGGCGGAGA GAGCAGTTTT CCCTATGGGT CAGGGACCAT 
CATTCCGAGG ACGAATCGAG AGAGTGCGAC CTGGAAAAAA TGATGAAGTT TTTGGAACGA 
ATCGCGGACG CCGAAAGGGA ATCGGTGGGG TTCGATAAAT CGGACTCCAA ACCCTCGCGT 
TTCAGCGGTA AGAGGGAGTC GAGTCAACCC AAAATCAAAT TTCCTCCCAA TGGCGACCGT 
CGTAACAAGT TCGATCGTTC GTTATCGAGC AATCAGGGGG ATGCGAGTTT TCTATCCCAA 
CCTCAGAGCT TTGAATCGAC GGCCTTCGCG ACTGGTCACT CGGCTGCCGT GGACCACTCA 
TGCATTTTCT GTGGCGAGAA TCATATCAGC TTCAAGTGTA GGAAGGCCTT CACGGTGGAT 
GAGCGATTGG CGATGGTGGC GCAGAATAAA GCGTGCTCGA AATGCTTGCG TCGAAATCAC 
TCGGCTGAGC GATGCAAATT TCGTCTCCCG AAGTGTCCAG GCTGCGAGAA ACGCCACTAT 
TTCGTTATGT GTGACAAACC GCGGAACGCA GGGTCGGGTT CTCATTCGGC GATGCACTTT 
GCTGGGATCA GCGAGAGAAC CAGGTCTAAA CAGACGGAGG TCCTTCTGAC CGGTCATGTA 
GAGGCTAAGA ATCGGGAGAA CTCGGCCATT TGCAGAATAT TAATTGATCC GGGCAGCCAG 
AGGTCATATT GCTCTGAGTC TCTGGTTGAA AGGCTCAAAT CAACGAAGGT CGGCACCGAA 
TGGCTCAGAC TATTGACTAT CGGGGGCGCG ATCTCAGAGA TTCAGGAATA CGATATCCAT 
GTCATTTCGC TGAAGAGTCG TTTCTCGGAC GCGCGGATCG AAGTGCGCTT CACCGTATTG 
GCGGAAACTT CCAAGGGTAC CCTCCCGGTC ATCCAAAACT CGCTCGGACT ATTTCCGGTC 
GCGGATTCCG AGGATCCTTC GTTCCCGAGG ACGATCGAGG TGGTTCTGGG CGCGAACGCC 
ATTCCATCCC TCAAGCAAAA AATTTCGCAC GAGTTTAAAG ATATGGTAGC GGTCGATACC 
ATCTTCGGGT GGTTTTTCAA TGGACTCGAC TCGGTCGACG ATTCGTCGGC GATTTCTACG 
GCTCTTCTGG CCCTACACTC CGCCGAAAAG TATCCAATTC TGAACAACGC GAAGCGGGGT 
GCAGAATTAC CGGTTGGGCT CGAACAACAG ATCGATTTCC TCTGGGACAT GGAACGGCTC 
GGCCTGACCA TGGAGAAAGA CGACGACGAA ACTGAGGGAC AGCTTGAACG TTTCGTAGAG 
GAGACAATTG AGAAGAGGCC AGACGGAGGC TATACTGTTT CTCTCCCCTT CAGGGAGAAT 
GTCGGCTCCT TAGGTGATAA TGAGAAGCTG GCTCGTAGCT GCCTTTCTCA TTTCTTGAAA 
TCTAATCGGG AAAATCAAAA GTTGATCATC GCCGTCGACA ACGAAATTAA AGACTGCATC 
ACGTCGGGTT TCGCCGAGCC AGCCCCGCAG CGCACAGAAG GGCAACCAGC TCACTATCTC 
CCGATTATGG CCGTGGCAAA AAAGTCGAGC TTAGCCAAAC CCGAACTCCC GAAAATCAGA 
GTGGTCAAAA ACGCAGCGGC CCGAAGTCGG GACGAAGCAT CTCTTAATGA TGTTCTTCAC 
TGCGGACCGA GTTTACTTCC TGAGATTCTC AAGGTTCTGA TCTTCTTCCG CTCGCACAAA 
ATCGCCATCG TGTCAGATAT TCAGAAAGCG TTCTTGCAGT TTCAGATAAA TCCGAAGCAT 
CGTACCTTCC TGAGATTCTT TTGGCCGATC GGGATAGGGG AAAACCCTAA CGCTCCCGTG 
AGGGAGTTCT GGGGAAGATC ATTGGAATTC GGCCTGGTTT GTTCTCCATT TTTGCATTGC 
GCGGGCTTGA GATACCATCT CGACTCTGAG ATCAGGAACC GCCCCGAGGA TGCGGATTGG 
CTTCAAGAAG TCAGGAACTC GTTCTATATG GACGACATTT TCTCCGGGGC GTCTGACGTT 
CTTGAGGGCA AGCACCGAGT TGAAACTCTA TCCCAGGTAT TCGCGAATGG GAAATTCCCT 
CTCATGAAAT GGGCAACCAA TTCGGCGACT CTGGGTACGT TCATGAGGGA CCAATTCCCG 
GAAGCTCAGG TGACTTTCCA AGACAGTAAT TTCAAGATGC TGGGTATCCT CTGGGATCAA 
CCTCAGGATA AAATCGGAGT ATTCGTGGAC AACGCGTTGA CACAACTCCG AGTCGAGCCT 
CCTACGAAAA TGTCAGTCCT CCGAGGTCTT TCTCATATTT TTGATCCGCT GGGCGTCGTA 
GTTCCGATTT CCATAAACTT CAAGATCCTC CTCCAGACAC TGTGGAGCGA GAGAAGAGAT 
TGGAAGGAAG AGCTTTCGGG CGAAAATCTC CAGGCTTTCC AATTGTTCCG TGATCAGCTC 
GAACAGGCAG GATCCATCCG CGTCGACAGG CTGGTTTCTT CTCATCAGGG GATCGTCCGC 
CGGGAACTGC ACGTTTTCTC CGATGCTAGT CTCCTCAGCT ACGGAGCAGT CGTGTATTTA 
AAGGAATTCA TGGAGGACCG CCGCGCTCGG GTTACTTTCA TGATGGCAAA GGCTAGGGTG 
AAACCGCTCA AGGGCTGTTG GAACATCCAT CGATTGGAGC TGCAGGCAGC CGTTGTAGGA 
GTCAGAATTC ACGATAAGAT CGTGCAGGCT TTCAGATCGT CGATAGACGA ATCTATTTTC 
CACTGCGATA ACGCGTCGGT TCTCGGGTGG GTCCGGGGCG ATAGTGACCG TTGGAAGGTC 
TTCGTTCAGA ATCGCGTTAA AGAATTGCAC GCGTCGTCCA GGGCATCCAA CTGGCGCTAC 
GTTCCATCGG AACTCAATCC GGCTGACGTC CTCAGCCGGG GGAAGCCGCT TACGAATCCC 
GCAGATTTGC AATTCTGGAT GAAAGGTCCT CCTTGGTTAT CGCGAACCGA GGAAATGAAT 
TTCGAACATA TACTCAAGAG CAATCCTTCG GAGGAACTGT CCGAGGAAAG AAAGAATTCC 
CCGATCTCAA ATGTCTTAGG CGCGGAGCGC TGCTCTTCGT GGACAAGTTT CATTAAGAGA 
GCGGCCTTTG CCGCCCGATT CATCCGGCGA TGCCGGAAAG CCCAGGTCGA GTATGCTTCT 
CCATATGTCT CCTCGGAGGA ATTCGCGGAG ACCGTCATAT TCGTCTTCAG GGCAGTTCAG 
CGAGTCCATT TCAGCAGCGA ACTCAGGGAG GGTCTCCAAA AAATCGCTAA GTCCAGCAAA 
CTCTTCCAAC TCCGCCCATT CCTCGACGAA AACTTAGTCA TTCGATGTCG CACTCGGCTC 
GAAAGAGCCA ACGAGTGGAC CTTTGAGCAG AAGTATCCGA TTATTCTTCC GAACTCGGAT 
CCGTCCGTCT GGCTCTACGT CAATTGGATA CATGCCGTCA AATGCATACA TTCAGGCGGA 
GTCAACGCGA TCCTCCACCA TCTCAGGTCG ATGGTTTTCG TTCTCGGAGC GAGGCGCGTT 
GCAAAGAGAG TAATCAACCA ATGCAAAGTC TGCCTCAAAT TCAACGCAAA GAGAGCAGCG 
GAGGTCCCAC CCCCACTCCC AGACTTTCGC ACCGGGATAG GATCCGCATT TTGCTCCGTG 
GGAGTCGACT TCGCAGGGCC TCTGTACGTT CGCAACGATG CCGGCGTCAA GTCGAAAAGT 
TACATCTGTC TATTCGTCTG CAGTTCCTCG CGCGCAGTAC ATCTCGAACT TGTCCCGGAT 
CTCACATGCT ATGAATTCCT CTTGGCATTA AGGAGATTCT TCAATAGATT TCCGTTTGTC 
TCGAGGATTG TGTCGGACAA TGCCCTAACT TTCAAACGCG CCGACAAAGA ACTCGCTCTC 
ATCAGGCAAT ACGTCAAATC AGGTGATGGT CAGGCAATCC TCGCTAAGTT CGACGTCCGA 
TGGGAATTCG CCGCAGAGCG TTCCCCTTGG CAACAGGGCT GGGTCGAACG TTTAGTGCAA 
TGCGTCAAGC GTCCACTCCG GAAGATCCTC GGAACGAATG TTCCCCGTTT CCGAGATTTG 
GCCACGACGC TGACTGATAT AGAGAGCATG ATCAATCAAA GGCCCCTCAC GTATGTGCCG 
TCAGAGGTGG ACGAGCCTAG GGCCCTCACT CCGTTCGACC TCATCTTCGG AAATTCAGCT 
AAGGTCACTC TTCCGAGAAA TTCCGCCCCA CCAAGGTCTC CTGAAGACGC GGGCGCAGTA 
ATTTTTCAGG AGAGGTGGCG ACGCCAACAA TCAATTCTAG GTCTGTTTTG GAAACGCTTC 
GTGAAGGAAT ACCTTCAATA TCTGCGGAGT CTACATTTTT CGAAACCAAT TGAGACTAGG 
GTCCCGAAGG TTGGAGATCT CTGTTTACTG GAGGACTCGA GTCCTTCGAG AGCTCATTGG 
CCGCTCTGCC GCGTCACAGC TCTCGTCGGA GGCAAGCGCA CGGATCTGCG GCAAAGAACA 
TGTTTTGTCA AATTCGCGGA CGGCCGAGTT CTCAGGCGAT CAATTCAAAA TTTATTTCCC 
CTCGAAGTTT AA

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

RefSeq	XP_003740578.1
CDS	1..4992
Translation	MLVTHAPRVSDIPRFSGDVRRYRDWWQHFEFLVDSKSLPLTEKFRLLKLSVTGQAALAIADLKLIESSYEVAKQTLKDRFGKVRDANSEHVLAIMKICGQKDPQRHDKLLYFATQISMNIKALIALGSSYGTLSTTIFPVILEALPQWRREQFSLWVRDHHSEDESRECDLEKMMKFLERIADAERESVGFDKSDSKPSRFSGKRESSQPKIKFPPNGDRRNKFDRSLSSNQGDASFLSQPQSFESTAFATGHSAAVDHSCIFCGENHISFKCRKAFTVDERLAMVAQNKACSKCLRRNHSAERCKFRLPKCPGCEKRHYFVMCDKPRNAGSGSHSAMHFAGISERTRSKQTEVLLTGHVEAKNRENSAICRILIDPGSQRSYCSESLVERLKSTKVGTEWLRLLTIGGAISEIQEYDIHVISLKSRFSDARIEVRFTVLAETSKGTLPVIQNSLGLFPVADSEDPSFPRTIEVVLGANAIPSLKQKISHEFKDMVAVDTIFGWFFNGLDSVDDSSAISTALLALHSAEKYPILNNAKRGAELPVGLEQQIDFLWDMERLGLTMEKDDDETEGQLERFVEETIEKRPDGGYTVSLPFRENVGSLGDNEKLARSCLSHFLKSNRENQKLIIAVDNEIKDCITSGFAEPAPQRTEGQPAHYLPIMAVAKKSSLAKPELPKIRVVKNAAARSRDEASLNDVLHCGPSLLPEILKVLIFFRSHKIAIVSDIQKAFLQFQINPKHRTFLRFFWPIGIGENPNAPVREFWGRSLEFGLVCSPFLHCAGLRYHLDSEIRNRPEDADWLQEVRNSFYMDDIFSGASDVLEGKHRVETLSQVFANGKFPLMKWATNSATLGTFMRDQFPEAQVTFQDSNFKMLGILWDQPQDKIGVFVDNALTQLRVEPPTKMSVLRGLSHIFDPLGVVVPISINFKILLQTLWSERRDWKEELSGENLQAFQLFRDQLEQAGSIRVDRLVSSHQGIVRRELHVFSDASLLSYGAVVYLKEFMEDRRARVTFMMAKARVKPLKGCWNIHRLELQAAVVGVRIHDKIVQAFRSSIDESIFHCDNASVLGWVRGDSDRWKVFVQNRVKELHASSRASNWRYVPSELNPADVLSRGKPLTNPADLQFWMKGPPWLSRTEEMNFEHILKSNPSEELSEERKNSPISNVLGAERCSSWTSFIKRAAFAARFIRRCRKAQVEYASPYVSSEEFAETVIFVFRAVQRVHFSSELREGLQKIAKSSKLFQLRPFLDENLVIRCRTRLERANEWTFEQKYPIILPNSDPSVWLYVNWIHAVKCIHSGGVNAILHHLRSMVFVLGARRVAKRVINQCKVCLKFNAKRAAEVPPPLPDFRTGIGSAFCSVGVDFAGPLYVRNDAGVKSKSYICLFVCSSSRAVHLELVPDLTCYEFLLALRRFFNRFPFVSRIVSDNALTFKRADKELALIRQYVKSGDGQAILAKFDVRWEFAAERSPWQQGWVERLVQCVKRPLRKILGTNVPRFRDLATTLTDIESMINQRPLTYVPSEVDEPRALTPFDLIFGNSAKVTLPRNSAPPRSPEDAGAVIFQERWRRQQSILGLFWKRFVKEYLQYLRSLHFSKPIETRVPKVGDLCLLEDSSPSRAHWPLCRVTALVGGKRTDLRQRTCFVKFADGRVLRRSIQNLFPLEV

Target ORF information:

RefSeq Version	XM_003740530.1
Organism	Galendromus occidentalis(western predatory mite)
Definition	Metaseiulus occidentalis uncharacterized LOC100908544 (LOC100908544), mRNA.

Target ORF information:

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

XM_003740530.1

ORF Insert Sequence:

ATGCTGGTCA CCCATGCTCC GAGGGTCTCG GACATCCCTA GATTCAGCGG CGACGTGAGA 
AGATATCGGG ACTGGTGGCA ACATTTCGAA TTTCTGGTTG ACTCGAAGTC ACTTCCATTG 
ACCGAAAAAT TCAGACTGCT GAAACTCTCA GTCACCGGCC AAGCAGCTCT AGCCATAGCG 
GATCTCAAAC TCATTGAATC CAGCTACGAG GTCGCGAAGC AAACCCTGAA GGATCGTTTC 
GGCAAAGTGA GGGATGCCAA CTCCGAGCAT GTGCTGGCAA TCATGAAGAT CTGCGGCCAG 
AAGGATCCAC AGCGACACGA TAAGTTATTG TATTTCGCCA CTCAGATCTC GATGAATATC 
AAAGCGCTTA TCGCCCTAGG TAGTTCGTAC GGGACGTTGT CAACGACTAT CTTTCCGGTT 
ATCCTCGAAG CATTACCCCA GTGGCGGAGA GAGCAGTTTT CCCTATGGGT CAGGGACCAT 
CATTCCGAGG ACGAATCGAG AGAGTGCGAC CTGGAAAAAA TGATGAAGTT TTTGGAACGA 
ATCGCGGACG CCGAAAGGGA ATCGGTGGGG TTCGATAAAT CGGACTCCAA ACCCTCGCGT 
TTCAGCGGTA AGAGGGAGTC GAGTCAACCC AAAATCAAAT TTCCTCCCAA TGGCGACCGT 
CGTAACAAGT TCGATCGTTC GTTATCGAGC AATCAGGGGG ATGCGAGTTT TCTATCCCAA 
CCTCAGAGCT TTGAATCGAC GGCCTTCGCG ACTGGTCACT CGGCTGCCGT GGACCACTCA 
TGCATTTTCT GTGGCGAGAA TCATATCAGC TTCAAGTGTA GGAAGGCCTT CACGGTGGAT 
GAGCGATTGG CGATGGTGGC GCAGAATAAA GCGTGCTCGA AATGCTTGCG TCGAAATCAC 
TCGGCTGAGC GATGCAAATT TCGTCTCCCG AAGTGTCCAG GCTGCGAGAA ACGCCACTAT 
TTCGTTATGT GTGACAAACC GCGGAACGCA GGGTCGGGTT CTCATTCGGC GATGCACTTT 
GCTGGGATCA GCGAGAGAAC CAGGTCTAAA CAGACGGAGG TCCTTCTGAC CGGTCATGTA 
GAGGCTAAGA ATCGGGAGAA CTCGGCCATT TGCAGAATAT TAATTGATCC GGGCAGCCAG 
AGGTCATATT GCTCTGAGTC TCTGGTTGAA AGGCTCAAAT CAACGAAGGT CGGCACCGAA 
TGGCTCAGAC TATTGACTAT CGGGGGCGCG ATCTCAGAGA TTCAGGAATA CGATATCCAT 
GTCATTTCGC TGAAGAGTCG TTTCTCGGAC GCGCGGATCG AAGTGCGCTT CACCGTATTG 
GCGGAAACTT CCAAGGGTAC CCTCCCGGTC ATCCAAAACT CGCTCGGACT ATTTCCGGTC 
GCGGATTCCG AGGATCCTTC GTTCCCGAGG ACGATCGAGG TGGTTCTGGG CGCGAACGCC 
ATTCCATCCC TCAAGCAAAA AATTTCGCAC GAGTTTAAAG ATATGGTAGC GGTCGATACC 
ATCTTCGGGT GGTTTTTCAA TGGACTCGAC TCGGTCGACG ATTCGTCGGC GATTTCTACG 
GCTCTTCTGG CCCTACACTC CGCCGAAAAG TATCCAATTC TGAACAACGC GAAGCGGGGT 
GCAGAATTAC CGGTTGGGCT CGAACAACAG ATCGATTTCC TCTGGGACAT GGAACGGCTC 
GGCCTGACCA TGGAGAAAGA CGACGACGAA ACTGAGGGAC AGCTTGAACG TTTCGTAGAG 
GAGACAATTG AGAAGAGGCC AGACGGAGGC TATACTGTTT CTCTCCCCTT CAGGGAGAAT 
GTCGGCTCCT TAGGTGATAA TGAGAAGCTG GCTCGTAGCT GCCTTTCTCA TTTCTTGAAA 
TCTAATCGGG AAAATCAAAA GTTGATCATC GCCGTCGACA ACGAAATTAA AGACTGCATC 
ACGTCGGGTT TCGCCGAGCC AGCCCCGCAG CGCACAGAAG GGCAACCAGC TCACTATCTC 
CCGATTATGG CCGTGGCAAA AAAGTCGAGC TTAGCCAAAC CCGAACTCCC GAAAATCAGA 
GTGGTCAAAA ACGCAGCGGC CCGAAGTCGG GACGAAGCAT CTCTTAATGA TGTTCTTCAC 
TGCGGACCGA GTTTACTTCC TGAGATTCTC AAGGTTCTGA TCTTCTTCCG CTCGCACAAA 
ATCGCCATCG TGTCAGATAT TCAGAAAGCG TTCTTGCAGT TTCAGATAAA TCCGAAGCAT 
CGTACCTTCC TGAGATTCTT TTGGCCGATC GGGATAGGGG AAAACCCTAA CGCTCCCGTG 
AGGGAGTTCT GGGGAAGATC ATTGGAATTC GGCCTGGTTT GTTCTCCATT TTTGCATTGC 
GCGGGCTTGA GATACCATCT CGACTCTGAG ATCAGGAACC GCCCCGAGGA TGCGGATTGG 
CTTCAAGAAG TCAGGAACTC GTTCTATATG GACGACATTT TCTCCGGGGC GTCTGACGTT 
CTTGAGGGCA AGCACCGAGT TGAAACTCTA TCCCAGGTAT TCGCGAATGG GAAATTCCCT 
CTCATGAAAT GGGCAACCAA TTCGGCGACT CTGGGTACGT TCATGAGGGA CCAATTCCCG 
GAAGCTCAGG TGACTTTCCA AGACAGTAAT TTCAAGATGC TGGGTATCCT CTGGGATCAA 
CCTCAGGATA AAATCGGAGT ATTCGTGGAC AACGCGTTGA CACAACTCCG AGTCGAGCCT 
CCTACGAAAA TGTCAGTCCT CCGAGGTCTT TCTCATATTT TTGATCCGCT GGGCGTCGTA 
GTTCCGATTT CCATAAACTT CAAGATCCTC CTCCAGACAC TGTGGAGCGA GAGAAGAGAT 
TGGAAGGAAG AGCTTTCGGG CGAAAATCTC CAGGCTTTCC AATTGTTCCG TGATCAGCTC 
GAACAGGCAG GATCCATCCG CGTCGACAGG CTGGTTTCTT CTCATCAGGG GATCGTCCGC 
CGGGAACTGC ACGTTTTCTC CGATGCTAGT CTCCTCAGCT ACGGAGCAGT CGTGTATTTA 
AAGGAATTCA TGGAGGACCG CCGCGCTCGG GTTACTTTCA TGATGGCAAA GGCTAGGGTG 
AAACCGCTCA AGGGCTGTTG GAACATCCAT CGATTGGAGC TGCAGGCAGC CGTTGTAGGA 
GTCAGAATTC ACGATAAGAT CGTGCAGGCT TTCAGATCGT CGATAGACGA ATCTATTTTC 
CACTGCGATA ACGCGTCGGT TCTCGGGTGG GTCCGGGGCG ATAGTGACCG TTGGAAGGTC 
TTCGTTCAGA ATCGCGTTAA AGAATTGCAC GCGTCGTCCA GGGCATCCAA CTGGCGCTAC 
GTTCCATCGG AACTCAATCC GGCTGACGTC CTCAGCCGGG GGAAGCCGCT TACGAATCCC 
GCAGATTTGC AATTCTGGAT GAAAGGTCCT CCTTGGTTAT CGCGAACCGA GGAAATGAAT 
TTCGAACATA TACTCAAGAG CAATCCTTCG GAGGAACTGT CCGAGGAAAG AAAGAATTCC 
CCGATCTCAA ATGTCTTAGG CGCGGAGCGC TGCTCTTCGT GGACAAGTTT CATTAAGAGA 
GCGGCCTTTG CCGCCCGATT CATCCGGCGA TGCCGGAAAG CCCAGGTCGA GTATGCTTCT 
CCATATGTCT CCTCGGAGGA ATTCGCGGAG ACCGTCATAT TCGTCTTCAG GGCAGTTCAG 
CGAGTCCATT TCAGCAGCGA ACTCAGGGAG GGTCTCCAAA AAATCGCTAA GTCCAGCAAA 
CTCTTCCAAC TCCGCCCATT CCTCGACGAA AACTTAGTCA TTCGATGTCG CACTCGGCTC 
GAAAGAGCCA ACGAGTGGAC CTTTGAGCAG AAGTATCCGA TTATTCTTCC GAACTCGGAT 
CCGTCCGTCT GGCTCTACGT CAATTGGATA CATGCCGTCA AATGCATACA TTCAGGCGGA 
GTCAACGCGA TCCTCCACCA TCTCAGGTCG ATGGTTTTCG TTCTCGGAGC GAGGCGCGTT 
GCAAAGAGAG TAATCAACCA ATGCAAAGTC TGCCTCAAAT TCAACGCAAA GAGAGCAGCG 
GAGGTCCCAC CCCCACTCCC AGACTTTCGC ACCGGGATAG GATCCGCATT TTGCTCCGTG 
GGAGTCGACT TCGCAGGGCC TCTGTACGTT CGCAACGATG CCGGCGTCAA GTCGAAAAGT 
TACATCTGTC TATTCGTCTG CAGTTCCTCG CGCGCAGTAC ATCTCGAACT TGTCCCGGAT 
CTCACATGCT ATGAATTCCT CTTGGCATTA AGGAGATTCT TCAATAGATT TCCGTTTGTC 
TCGAGGATTG TGTCGGACAA TGCCCTAACT TTCAAACGCG CCGACAAAGA ACTCGCTCTC 
ATCAGGCAAT ACGTCAAATC AGGTGATGGT CAGGCAATCC TCGCTAAGTT CGACGTCCGA 
TGGGAATTCG CCGCAGAGCG TTCCCCTTGG CAACAGGGCT GGGTCGAACG TTTAGTGCAA 
TGCGTCAAGC GTCCACTCCG GAAGATCCTC GGAACGAATG TTCCCCGTTT CCGAGATTTG 
GCCACGACGC TGACTGATAT AGAGAGCATG ATCAATCAAA GGCCCCTCAC GTATGTGCCG 
TCAGAGGTGG ACGAGCCTAG GGCCCTCACT CCGTTCGACC TCATCTTCGG AAATTCAGCT 
AAGGTCACTC TTCCGAGAAA TTCCGCCCCA CCAAGGTCTC CTGAAGACGC GGGCGCAGTA 
ATTTTTCAGG AGAGGTGGCG ACGCCAACAA TCAATTCTAG GTCTGTTTTG GAAACGCTTC 
GTGAAGGAAT ACCTTCAATA TCTGCGGAGT CTACATTTTT CGAAACCAAT TGAGACTAGG 
GTCCCGAAGG TTGGAGATCT CTGTTTACTG GAGGACTCGA GTCCTTCGAG AGCTCATTGG 
CCGCTCTGCC GCGTCACAGC TCTCGTCGGA GGCAAGCGCA CGGATCTGCG GCAAAGAACA 
TGTTTTGTCA AATTCGCGGA CGGCCGAGTT CTCAGGCGAT CAATTCAAAA TTTATTTCCC 
CTCGAAGTTT AA