LOC107188341 cDNA ORF clone, Dufourea novaeangliae

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107188341
Entrez Gene ID	107188341
Full Name	GTPase-activating protein CdGAPr
Gene Type	protein-coding
Organism	Dufourea novaeangliae

mRNA and Protein(s)

mRNA	Protein	Name
XM_015576617.1	XP_015432103.1	GTPase-activating protein CdGAPr

Pathways from BioSystems
Gene Ontology

The following LOC107188341 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107188341 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
ODu06234	XM_015576617.1 Latest version!	Dufourea novaeangliae GTPase-activating protein CdGAPr (LOC107188341), 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)

LOC107188341 ( XM_015576617.1 ) cDNA ORF clone, Dufourea novaeangliae -> XP_015432103.1 Dufourea novaeangliae GTPase-activating protein CdGAPr (LOC107188341), mRNA.

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CloneID	ODu06234
Clone ID Related Accession (Same CDS sequence)	XM_015576617.1
Accession Version	XM_015576617.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4695bp) 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	2016-02-08
Organism	Dufourea novaeangliae
Product	GTPase-activating protein CdGAPr
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015374010.1) 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 :: Dufourea novaeangliae Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 36% of CDS bases ##RefSeq-Attributes-END##

ATGCCAGGAT CGGCTCAAGA GAGGCCTCGA GCGCAACGGC TCACCGACAT CGAGCCGCAA 
GCTGCAAAGG GATTAGGATG TAATCGGACG GACGATTTCA GCACGCCGGT CAGTTCTGGC 
AGCAACATGG GCAGTATCGC ACGGTTCCCG AAATTGGACG AGTGCGCCCA CTTTCATTAC 
GAACACGTCG AGCTCAGTTC CTTGGAGGTT TCACTTAGCG AAGGTTCCAA TGATTCCGAC 
AGCTACGCGG TCAGAGTCAC ATCCGGTGAT GCATGCTGGA CCCTCCAACG ATCTTATGAT 
AATTTTGTTA TGTTTGACAA GCAATTGCAT CGCTGCATAT TTGACAGGAA GTACTCCTCG 
TTGACCAAGC TTCCAGATAC TCGGCCGAAA ACCACCTGTG ATATACTGAG GGACTATTTA 
AATCGGTTCT CACAGTTAAA TCATGAAGGC CTAAATTGCG GTCCTGTGTT AAATTGGTTG 
CAGCTAGATA ATAGAGGAAG AAGAATCCTC GTCCCAGAGT CAGATTCATG CCCCATTAAC 
ACGCCCGCGG TAGCCGCGGC TTATGCAGTT AGACCGTACG TGGCCCAGGC GCCGGATGAA 
ATCTCGTTCC AGGTTGGAGA CATGATCTCT GTAATAGACA TGCCTCCATC AGGGGAAAGC 
ACATGGTGGC GCGGAAAGCA CGGTTTCGCA GTGGGATTCT TTCCAGCTGA GTGTGTGGCC 
GTGATAGGGG ATAAGGTTCC TCGACACTTG ACCGTGTCGA CGACAGTCAG ATCGAAGTTA 
CCCGTGAAAC CGGTGTTCAG GAAGCACGGG AAGCTGATCG CCTTTTTCAG ATCGTTTATA 
CTGAATAGAC CATCTAGGAG GCGACTGAAG CAGTCGGGAA TTTTGAAGGA ACGCGTGTTT 
GGTTGTGATC TAGGGGAACA TCTGTTAAAT TCGGGACAAG ATGTGCCTAC CGTTTTAACA 
TGTTGCGCCG AATTCATCGA GAATCATGGG CTGGTCGACG GCATATACCG TCTGAGCGGC 
GTGACGTCGA ACATTCAACG ATTACGAAAC GCGTTCGACG AGGATCGTGT TCCTGCATTG 
CATTCCGATG AAAGTATTTT ACAGGACATC CACTCGGTGG CGTCCCTATT GAAAATGTAC 
TTCAGAGAGC TACCGAATCC ACTCTGTACA TACCAGCTTT ATTCTACTTT CGTTAGCGCG 
GTTCAGGCTA ACACTGACGC GGAGAGGTTA AGGCGGATGA GGGATACCGT TAGGAAATTA 
CCACCACCTC ACTACAGAAC TTTAGAATAT CTTATGCGCC ATTTAGTCAG AGTCGCAGCC 
CGCGGCACGG AGACCGGTAT GACGCCACGG AACATCGCCA TAGTTTGGGC TCCGAATCTG 
CTGAGGTGCA AGGAACTGGA AGTGGGCGGC GTGGCGGCGC TCCAGGGGGT CGGTGTGCAG 
GCGGTGGTCA CGGAGTTTTT AGTTTGTTAC GCGGAATTAA TATTCGGGGA CGGTCCGGTC 
GGACGGCCGA AATCGTTGGC CATTACGACA CCCGCAAGAT TACTAAGCCT GGAGGAGGCA 
CGGAACCGAA GTCTGAGGGG CGAGCCGGAT TACATAGAAG TGGGCGCCGG TCCAGCTGGG 
TTATCATTAC AGTACCACAC GGTCATAGAG CTGCCGCGAA AGAGAAACGG CTCGAAACGT 
TCGCCCTCGT TGAACTGGAG GGCTTTGTTC GGTCGGGGTG GTCTGGGTGC CAGGGGGAAA 
CCGCGACAGG TTGGCACGCC ACCTCAAACA GAAACGGTGC CAAGTTCCTT AAATTCGTTG 
CGACGATTGA GACCGGTGAA GAGCGCCGAC AGTTTGGATG GCGAGGACAG TCTCGGTCCT 
CTGTTGGGAC CACCACCAGC CAGACCGTGC GGACACAGTC GTTCGGTGTC GCACGACTCG 
TATTTCGATC ATTTGGCGGA CGCGCCGAAC CCGACGTCGC CCTTGGACCT TTCCGAGATA 
CAACTTAACT TCGATCTGGA GGAACGGGAA ATGAGAATGT TCTCCGAGGA GGAGAGCGGA 
GGCGTAGCAT CGGTCGAGGC ATCCCCGAGA CGGCAGAGAC TGGAAGGGGC TCAGAACACT 
GCTAACACCG GTGGATCAAA GAGAAAAAGG TCGAGACTGG AGGAAAGACT GCAATGCGAC 
GTCGAATTGC GCTTCATTGA TAGCCAAAGT CCTGATCAGG TGATGGTATC CGCAGACGTG 
CACAGTATGG ACACCCCATC CTCTCTACCC ACGCCAGGGT ACCTTCCATT GTTATCCGAA 
GCATCGACGC CACTTACCCC AGCCACATTG CACGGCACCC CGCATTCTAC ATCACCCATC 
CCAGCCAACA GTCCTAGGAT AAGTTTCCGA AGCTTCACAT TACCGTTAGA GATCGATGAC 
GAGCAAAGCA ACGCGAACAA ACTGAACAGA ACTAGCGTGT CTTCCGATAA ATCATCCGAC 
CCTAGTCATA GGTTATCCAT AAACTTAGAA GGGCAGAGTA ACGCTAAGTC CTGCGAGAGA 
CTAATGACGT ACGAGAAACG CGTAGATTTG TACGACGAGA AAGGGTCTTC CAAGGCTCAG 
AAGACGTCGA AAGAGTCGAA CTTAGGAGTA TCAGACGTAG ACCAGGAGAT GGTATCTTGT 
GATAGGCTAG TGTCCCACTC TAGTGACATA GAATCGAATA AGAGAACGTC CCCCTGCAAG 
GACGCCGGGA ACAGATCGAG CGCGTGTCCG ACCGACGAGA GCAAATCGTC CAACAGCGAC 
AACAGAGACG CATTGGATGT ACGAAAAAAT AATGCTTCGA GTAAATCTGT TGGTTCCCAG 
AACGACGGTA ATCTGGCTGG AAATTGTAAC GCACACAGAA ATGAAATGCA AAGTATGCCT 
TTGTCGAGTG CCACTGATCT CGATTCCCCG ATGTCCTACG AGCAGACCAT CGATGATCTG 
CCAGACTCCG GCTTTGTAAT CTATGATAGC TCTGACAAGA TGTTCACTAC AACCGAAACA 
CCGCAGATGG CATCGACCAC CAATGATTCC GGTGAATGGG TGATAGTCGA AAGAACCAGC 
TCTATCACAA CGCCTACCAG TGATTCGAGC AGTCCCAAGG ATCCTCTGGA GGGGACAGTG 
AATCGCGCAA TAGCGACGGA AGCGCCGCAG CTGAGATCAA TGTCGGAGAA CGTCTCTAGG 
ACCTCTCTGG ATTTTACTAT GGGCTCGACC GTGGACACCG ACACGTCTTG CATCGGTGTC 
AGCGACTTGA CTGAAAGTCC AATCCTCCCT CAGGAGTCTG GAGAGATGAC CTTCGACGTT 
ACCGATAGGG AACTCGATGA ACACAATGGT ACCGCTCAGA GGACATCCAG AGGCTTCGAT 
GGTCAAGCGA ATTTCGGTTT GGTCGAGTCT GGGAACAATT ACTCGAATAT CTCTTCGATA 
CACGACCAGG ACAACGGAAA TCAGAAGATT TGCACCGTCA GTATCACGGA CATCCGTTTG 
AATCAGAAAC CCAACAACAT GGAACACGAG GTATCCACGT GTTACACGCA GTTGGACAAT 
ACGAAGTCAT TGAACAGAAA CGATAACCCC GTGAAGGATG AAGTCCGCAG GGACGAAATG 
TTCGAGGACA CTCAACGAAC TTCGAGAAAC ATGGACTTCC TGCAGCAAGA CGTCCGACGT 
TCCCTGCAGC TGCACCACAA GCCCCAGTTT ACGGGCGAGC GACGTTCATT CTCGAGCCAA 
TCGAACAGGA AGGATCTCGA TCTATCTCTC ACCGACAATA ACAAACAACG TTGCCCGAAT 
CAGAAGCCGG AAAAGTGCCA AAGCTTCGAG TACGTCTCAC CAAAGGAATC AGCTCAGAAC 
AGTCAACAGC ACAAACAGTA TCAACACGCC GACGAGAATT CGAAATGCAA CAGTCTGAAG 
AGTACCCAGC CGCGGGAGCA TATCGAGGTA ATACCGTCGG AGAACGCTAC GGAGCCCAGT 
GAAATAGCAC ACTCGCCCGA GGGTGCATCC GAGACCACGT CCTTGAACTC GTCCTGTACC 
TTCTCCAATG CGTCCTCCCC AGTGGATGAT TCCATAGTCC TTCGAGACAC CGCCGCGATA 
CTACAGGAAC TAGCGTTACA GAGATTGTCC GGTGGAATGG TGGGCAGTGA CCTGTCCGTT 
TCAACAAGAA GAAGATTCGA CACGGAGAGC AGCAAGGATA GAAGAAGCTT CGATTCGGAG 
ATAGGAAGGG AAATTGTCAG GGAGCGCAAG ATGAGGCAGG AACTGGACAC TGCTAGGGGA 
AAGTCAGAGG AACCTCCGGT AAATACTCCG CATCTGCCGC CATGTTTGAG GGCGCGTCAC 
GCAAGGGCCA CCAGGGCGTC TTTGAGTCGA TCGTTAGATG AAGCCAAGTT CAATAAAATG 
ACCGAGGCAG CTTCGCTGCC TGTAAAGCAA GCCTGCGAGG ACTCGCAGCA CAGTTCCACG 
CCCAATGTTG GGACTGCGTC GAACGCGTCG AATAACTCCG ATAAGATTAA CCTGAAGAAT 
CTCGGCGGCT TGGACCTGGG TGATCCCCAA TGCAGAGAGA GAATAGAAAA GTACAAAGAG 
GAGAGGAGGA CGTTCTTGAG GGACAAGTAC AGGTCCGAAA GCTTCCGGGG AATATTGTCG 
AAGACGGAGG ACGACGGGGA GCAAGCGCTT TTAGCTAGGT TAAAGCAGAG AGCGTCTAGG 
CCCTCCCTTC ATTGA

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

RefSeq	XP_015432103.1
CDS	1..4695
Translation	MPGSAQERPRAQRLTDIEPQAAKGLGCNRTDDFSTPVSSGSNMGSIARFPKLDECAHFHYEHVELSSLEVSLSEGSNDSDSYAVRVTSGDACWTLQRSYDNFVMFDKQLHRCIFDRKYSSLTKLPDTRPKTTCDILRDYLNRFSQLNHEGLNCGPVLNWLQLDNRGRRILVPESDSCPINTPAVAAAYAVRPYVAQAPDEISFQVGDMISVIDMPPSGESTWWRGKHGFAVGFFPAECVAVIGDKVPRHLTVSTTVRSKLPVKPVFRKHGKLIAFFRSFILNRPSRRRLKQSGILKERVFGCDLGEHLLNSGQDVPTVLTCCAEFIENHGLVDGIYRLSGVTSNIQRLRNAFDEDRVPALHSDESILQDIHSVASLLKMYFRELPNPLCTYQLYSTFVSAVQANTDAERLRRMRDTVRKLPPPHYRTLEYLMRHLVRVAARGTETGMTPRNIAIVWAPNLLRCKELEVGGVAALQGVGVQAVVTEFLVCYAELIFGDGPVGRPKSLAITTPARLLSLEEARNRSLRGEPDYIEVGAGPAGLSLQYHTVIELPRKRNGSKRSPSLNWRALFGRGGLGARGKPRQVGTPPQTETVPSSLNSLRRLRPVKSADSLDGEDSLGPLLGPPPARPCGHSRSVSHDSYFDHLADAPNPTSPLDLSEIQLNFDLEEREMRMFSEEESGGVASVEASPRRQRLEGAQNTANTGGSKRKRSRLEERLQCDVELRFIDSQSPDQVMVSADVHSMDTPSSLPTPGYLPLLSEASTPLTPATLHGTPHSTSPIPANSPRISFRSFTLPLEIDDEQSNANKLNRTSVSSDKSSDPSHRLSINLEGQSNAKSCERLMTYEKRVDLYDEKGSSKAQKTSKESNLGVSDVDQEMVSCDRLVSHSSDIESNKRTSPCKDAGNRSSACPTDESKSSNSDNRDALDVRKNNASSKSVGSQNDGNLAGNCNAHRNEMQSMPLSSATDLDSPMSYEQTIDDLPDSGFVIYDSSDKMFTTTETPQMASTTNDSGEWVIVERTSSITTPTSDSSSPKDPLEGTVNRAIATEAPQLRSMSENVSRTSLDFTMGSTVDTDTSCIGVSDLTESPILPQESGEMTFDVTDRELDEHNGTAQRTSRGFDGQANFGLVESGNNYSNISSIHDQDNGNQKICTVSITDIRLNQKPNNMEHEVSTCYTQLDNTKSLNRNDNPVKDEVRRDEMFEDTQRTSRNMDFLQQDVRRSLQLHHKPQFTGERRSFSSQSNRKDLDLSLTDNNKQRCPNQKPEKCQSFEYVSPKESAQNSQQHKQYQHADENSKCNSLKSTQPREHIEVIPSENATEPSEIAHSPEGASETTSLNSSCTFSNASSPVDDSIVLRDTAAILQELALQRLSGGMVGSDLSVSTRRRFDTESSKDRRSFDSEIGREIVRERKMRQELDTARGKSEEPPVNTPHLPPCLRARHARATRASLSRSLDEAKFNKMTEAASLPVKQACEDSQHSSTPNVGTASNASNNSDKINLKNLGGLDLGDPQCRERIEKYKEERRTFLRDKYRSESFRGILSKTEDDGEQALLARLKQRASRPSLH

Target ORF information:

RefSeq Version	XM_015576617.1
Organism	Dufourea novaeangliae
Definition	Dufourea novaeangliae GTPase-activating protein CdGAPr (LOC107188341), mRNA.

Target ORF information:

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

XM_015576617.1

ORF Insert Sequence:

ATGCCAGGAT CGGCTCAAGA GAGGCCTCGA GCGCAACGGC TCACCGACAT CGAGCCGCAA 
GCTGCAAAGG GATTAGGATG TAATCGGACG GACGATTTCA GCACGCCGGT CAGTTCTGGC 
AGCAACATGG GCAGTATCGC ACGGTTCCCG AAATTGGACG AGTGCGCCCA CTTTCATTAC 
GAACACGTCG AGCTCAGTTC CTTGGAGGTT TCACTTAGCG AAGGTTCCAA TGATTCCGAC 
AGCTACGCGG TCAGAGTCAC ATCCGGTGAT GCATGCTGGA CCCTCCAACG ATCTTATGAT 
AATTTTGTTA TGTTTGACAA GCAATTGCAT CGCTGCATAT TTGACAGGAA GTACTCCTCG 
TTGACCAAGC TTCCAGATAC TCGGCCGAAA ACCACCTGTG ATATACTGAG GGACTATTTA 
AATCGGTTCT CACAGTTAAA TCATGAAGGC CTAAATTGCG GTCCTGTGTT AAATTGGTTG 
CAGCTAGATA ATAGAGGAAG AAGAATCCTC GTCCCAGAGT CAGATTCATG CCCCATTAAC 
ACGCCCGCGG TAGCCGCGGC TTATGCAGTT AGACCGTACG TGGCCCAGGC GCCGGATGAA 
ATCTCGTTCC AGGTTGGAGA CATGATCTCT GTAATAGACA TGCCTCCATC AGGGGAAAGC 
ACATGGTGGC GCGGAAAGCA CGGTTTCGCA GTGGGATTCT TTCCAGCTGA GTGTGTGGCC 
GTGATAGGGG ATAAGGTTCC TCGACACTTG ACCGTGTCGA CGACAGTCAG ATCGAAGTTA 
CCCGTGAAAC CGGTGTTCAG GAAGCACGGG AAGCTGATCG CCTTTTTCAG ATCGTTTATA 
CTGAATAGAC CATCTAGGAG GCGACTGAAG CAGTCGGGAA TTTTGAAGGA ACGCGTGTTT 
GGTTGTGATC TAGGGGAACA TCTGTTAAAT TCGGGACAAG ATGTGCCTAC CGTTTTAACA 
TGTTGCGCCG AATTCATCGA GAATCATGGG CTGGTCGACG GCATATACCG TCTGAGCGGC 
GTGACGTCGA ACATTCAACG ATTACGAAAC GCGTTCGACG AGGATCGTGT TCCTGCATTG 
CATTCCGATG AAAGTATTTT ACAGGACATC CACTCGGTGG CGTCCCTATT GAAAATGTAC 
TTCAGAGAGC TACCGAATCC ACTCTGTACA TACCAGCTTT ATTCTACTTT CGTTAGCGCG 
GTTCAGGCTA ACACTGACGC GGAGAGGTTA AGGCGGATGA GGGATACCGT TAGGAAATTA 
CCACCACCTC ACTACAGAAC TTTAGAATAT CTTATGCGCC ATTTAGTCAG AGTCGCAGCC 
CGCGGCACGG AGACCGGTAT GACGCCACGG AACATCGCCA TAGTTTGGGC TCCGAATCTG 
CTGAGGTGCA AGGAACTGGA AGTGGGCGGC GTGGCGGCGC TCCAGGGGGT CGGTGTGCAG 
GCGGTGGTCA CGGAGTTTTT AGTTTGTTAC GCGGAATTAA TATTCGGGGA CGGTCCGGTC 
GGACGGCCGA AATCGTTGGC CATTACGACA CCCGCAAGAT TACTAAGCCT GGAGGAGGCA 
CGGAACCGAA GTCTGAGGGG CGAGCCGGAT TACATAGAAG TGGGCGCCGG TCCAGCTGGG 
TTATCATTAC AGTACCACAC GGTCATAGAG CTGCCGCGAA AGAGAAACGG CTCGAAACGT 
TCGCCCTCGT TGAACTGGAG GGCTTTGTTC GGTCGGGGTG GTCTGGGTGC CAGGGGGAAA 
CCGCGACAGG TTGGCACGCC ACCTCAAACA GAAACGGTGC CAAGTTCCTT AAATTCGTTG 
CGACGATTGA GACCGGTGAA GAGCGCCGAC AGTTTGGATG GCGAGGACAG TCTCGGTCCT 
CTGTTGGGAC CACCACCAGC CAGACCGTGC GGACACAGTC GTTCGGTGTC GCACGACTCG 
TATTTCGATC ATTTGGCGGA CGCGCCGAAC CCGACGTCGC CCTTGGACCT TTCCGAGATA 
CAACTTAACT TCGATCTGGA GGAACGGGAA ATGAGAATGT TCTCCGAGGA GGAGAGCGGA 
GGCGTAGCAT CGGTCGAGGC ATCCCCGAGA CGGCAGAGAC TGGAAGGGGC TCAGAACACT 
GCTAACACCG GTGGATCAAA GAGAAAAAGG TCGAGACTGG AGGAAAGACT GCAATGCGAC 
GTCGAATTGC GCTTCATTGA TAGCCAAAGT CCTGATCAGG TGATGGTATC CGCAGACGTG 
CACAGTATGG ACACCCCATC CTCTCTACCC ACGCCAGGGT ACCTTCCATT GTTATCCGAA 
GCATCGACGC CACTTACCCC AGCCACATTG CACGGCACCC CGCATTCTAC ATCACCCATC 
CCAGCCAACA GTCCTAGGAT AAGTTTCCGA AGCTTCACAT TACCGTTAGA GATCGATGAC 
GAGCAAAGCA ACGCGAACAA ACTGAACAGA ACTAGCGTGT CTTCCGATAA ATCATCCGAC 
CCTAGTCATA GGTTATCCAT AAACTTAGAA GGGCAGAGTA ACGCTAAGTC CTGCGAGAGA 
CTAATGACGT ACGAGAAACG CGTAGATTTG TACGACGAGA AAGGGTCTTC CAAGGCTCAG 
AAGACGTCGA AAGAGTCGAA CTTAGGAGTA TCAGACGTAG ACCAGGAGAT GGTATCTTGT 
GATAGGCTAG TGTCCCACTC TAGTGACATA GAATCGAATA AGAGAACGTC CCCCTGCAAG 
GACGCCGGGA ACAGATCGAG CGCGTGTCCG ACCGACGAGA GCAAATCGTC CAACAGCGAC 
AACAGAGACG CATTGGATGT ACGAAAAAAT AATGCTTCGA GTAAATCTGT TGGTTCCCAG 
AACGACGGTA ATCTGGCTGG AAATTGTAAC GCACACAGAA ATGAAATGCA AAGTATGCCT 
TTGTCGAGTG CCACTGATCT CGATTCCCCG ATGTCCTACG AGCAGACCAT CGATGATCTG 
CCAGACTCCG GCTTTGTAAT CTATGATAGC TCTGACAAGA TGTTCACTAC AACCGAAACA 
CCGCAGATGG CATCGACCAC CAATGATTCC GGTGAATGGG TGATAGTCGA AAGAACCAGC 
TCTATCACAA CGCCTACCAG TGATTCGAGC AGTCCCAAGG ATCCTCTGGA GGGGACAGTG 
AATCGCGCAA TAGCGACGGA AGCGCCGCAG CTGAGATCAA TGTCGGAGAA CGTCTCTAGG 
ACCTCTCTGG ATTTTACTAT GGGCTCGACC GTGGACACCG ACACGTCTTG CATCGGTGTC 
AGCGACTTGA CTGAAAGTCC AATCCTCCCT CAGGAGTCTG GAGAGATGAC CTTCGACGTT 
ACCGATAGGG AACTCGATGA ACACAATGGT ACCGCTCAGA GGACATCCAG AGGCTTCGAT 
GGTCAAGCGA ATTTCGGTTT GGTCGAGTCT GGGAACAATT ACTCGAATAT CTCTTCGATA 
CACGACCAGG ACAACGGAAA TCAGAAGATT TGCACCGTCA GTATCACGGA CATCCGTTTG 
AATCAGAAAC CCAACAACAT GGAACACGAG GTATCCACGT GTTACACGCA GTTGGACAAT 
ACGAAGTCAT TGAACAGAAA CGATAACCCC GTGAAGGATG AAGTCCGCAG GGACGAAATG 
TTCGAGGACA CTCAACGAAC TTCGAGAAAC ATGGACTTCC TGCAGCAAGA CGTCCGACGT 
TCCCTGCAGC TGCACCACAA GCCCCAGTTT ACGGGCGAGC GACGTTCATT CTCGAGCCAA 
TCGAACAGGA AGGATCTCGA TCTATCTCTC ACCGACAATA ACAAACAACG TTGCCCGAAT 
CAGAAGCCGG AAAAGTGCCA AAGCTTCGAG TACGTCTCAC CAAAGGAATC AGCTCAGAAC 
AGTCAACAGC ACAAACAGTA TCAACACGCC GACGAGAATT CGAAATGCAA CAGTCTGAAG 
AGTACCCAGC CGCGGGAGCA TATCGAGGTA ATACCGTCGG AGAACGCTAC GGAGCCCAGT 
GAAATAGCAC ACTCGCCCGA GGGTGCATCC GAGACCACGT CCTTGAACTC GTCCTGTACC 
TTCTCCAATG CGTCCTCCCC AGTGGATGAT TCCATAGTCC TTCGAGACAC CGCCGCGATA 
CTACAGGAAC TAGCGTTACA GAGATTGTCC GGTGGAATGG TGGGCAGTGA CCTGTCCGTT 
TCAACAAGAA GAAGATTCGA CACGGAGAGC AGCAAGGATA GAAGAAGCTT CGATTCGGAG 
ATAGGAAGGG AAATTGTCAG GGAGCGCAAG ATGAGGCAGG AACTGGACAC TGCTAGGGGA 
AAGTCAGAGG AACCTCCGGT AAATACTCCG CATCTGCCGC CATGTTTGAG GGCGCGTCAC 
GCAAGGGCCA CCAGGGCGTC TTTGAGTCGA TCGTTAGATG AAGCCAAGTT CAATAAAATG 
ACCGAGGCAG CTTCGCTGCC TGTAAAGCAA GCCTGCGAGG ACTCGCAGCA CAGTTCCACG 
CCCAATGTTG GGACTGCGTC GAACGCGTCG AATAACTCCG ATAAGATTAA CCTGAAGAAT 
CTCGGCGGCT TGGACCTGGG TGATCCCCAA TGCAGAGAGA GAATAGAAAA GTACAAAGAG 
GAGAGGAGGA CGTTCTTGAG GGACAAGTAC AGGTCCGAAA GCTTCCGGGG AATATTGTCG 
AAGACGGAGG ACGACGGGGA GCAAGCGCTT TTAGCTAGGT TAAAGCAGAG AGCGTCTAGG 
CCCTCCCTTC ATTGA