LOC111429384 cDNA ORF clone, Onthophagus taurus

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC111429384
Entrez Gene ID	111429384
Full Name	MAP kinase-activating death domain protein
Gene Type	protein-coding
Organism	Onthophagus taurus

mRNA and Protein(s)

mRNA	Protein	Name
XM_023065285.1	XP_022921053.1	MAP kinase-activating death domain protein

Pathways from BioSystems
Gene Ontology

The following LOC111429384 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111429384 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
OOn49033	XM_023065285.1 Latest version!	Onthophagus taurus MAP kinase-activating death domain protein (LOC111429384), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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)

LOC111429384 ( XM_023065285.1 ) cDNA ORF clone, Onthophagus taurus -> XP_022921053.1 Onthophagus taurus MAP kinase-activating death domain protein (LOC111429384), mRNA.

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CloneID	OOn49033
Clone ID Related Accession (Same CDS sequence)	XM_023065285.1
Accession Version	XM_023065285.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5661bp) 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	2017-11-23
Organism	Onthophagus taurus
Product	MAP kinase-activating death domain protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019280330.1) 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 :: Onthophagus taurus 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##

ATGTCCTTGG ACGCTGAAAG GCAATTCTTG TGCCCCCGAC TTATAGACTA CTTGGCTATT 
GTCGGGGTCA AGCCTGCAAA CAGCTGCAGG CCTTCAACAA ACCCTTCTAT TCAGTCTCCG 
GAACTTCTAC GACGATATCC AACCCATGAT CATAAAGACT TCCCAATGCC ATTGGATATG 
GTTTATTTCT GCCAACCTGA AGGATGTTCT TCGGTTGGGC CGAAACGAAC AGCTCTTCGC 
GAAGCTTCCT CTTTCGTTTT TATGCTCACC GATAAGGATT CGGGACGAAC TCGATATGGA 
ATTTGCGTAA ATTTTTATCG GCCCATCGAA AAAGGGCCTT CAACGATTGG AGTTGGAAGG 
CGAGGGAGTT CTACGTTAAG AAGGGATTCT TGGAGGAAAA GTATGGAAAA AAGTTCAGAT 
TCTGCTTTCT CAAGTGATTA TAGAAGCAGT AATGTTGGTC CTAGTGATTC CGAAAAGGAT 
TGTCCGAGTC GAAGAGATTC GGAGATTTTA ACCCATCCGA ATTTCACTCA ACCTCCAAGA 
TTAGGAGTTA CTGCACCGAG TAATGATTCT GAAAGCGGTG GGAGTCATTC ACCATCACCT 
AGGGCGAGTC GACGGAGACA GCGAATTCGC AATCACTCTT TAACATCTCT ATGCCTTTTA 
TCCCATCATC CATTTTTCTC AACATTCCGT GAATGTCTCT TCATTCTAAA GAAATTAATA 
GACGCCTGTA ATGAATCATC AAGTCCAAGA AGAGTTGGTG CTTCAAGACA GGTTGGAAGA 
GACACGGTAT GGAGTGTAAT AACAAATCAA GCAAGTGACT CAACGCCTTC GATAGTTCTT 
CATGATGTTC GTGAAATAGA AACGTGGATT TTAAGACTTT TATCTGCTCC GGTGCCGATT 
CCGGGTAAAA CTCGCGTCGA AGTCGAGGTT TTATCACCAA CGGTTTACGA GCCTTTAGTT 
TTTGCCTTAC CCGATCATAC CAGATTTACA TTGGTTGATT TTCCTCTTCA TTTACCATTG 
GAACTTTTGG GTGTGGATAC TTGTTTAAAA GTTTTAACAT TGATATTATT GGAAAATAAG 
GTGGTGTTAC AATCGCGTGA TTACAATGCT CTTTCGATGT CGGTTATGGC TTTCGTGACC 
ATGATTTATC CGTTGGAATA TATGTTTCCG GTTATTCCAT TATTGCCGAC TTGTATGAGT 
TGTGCCGAAC AGTTATTATT GGCACCAACG CCTTTTGTGA TTGGATTACC CGCAAGTTTT 
TTGATGTACA AGAAAAATTT CCGGTTGCCT GATGATGTTT GGTTGGTCGA TTTGGACTCG 
AATAAATTGT TGCCTCAAGG GGAAATTCCC CCGTTACCTG AACCTGAAGG AACGATTCTC 
AAGAACCATT TAAGACAAGC TATGCAACTT ATGGATCAAG TGGGCACAGG AGCACTAGGT 
AGTTTATCAA CACCAAGTGC TTCTTCTACT CAATTGATGC CGTCCAGAAG AGAAAGTATT 
CCAGCTCCAA ATACCTTAAG TGTTTCTTCA GCAAGAAAAT CTCCTGATGT CTCACCGTCT 
CCATCGCCAT CTCCAATCCT CCCCAACAGT AAGCTTTTCG CAGGTTCCCC ATCGATTTCC 
CCAAGAAGCA GTATTTCGCC ATCTCAACAA TCTCCATTCG CCCCTCTAGT TTACGGAAAC 
GATATTGATT CTGTTGATGT TGCCACAAGA GTGGCTATGG TGAGGTTCTT TAATTCGCAA 
AATTTGTTGG CGAATTTTGC TGAACATACA AGAACGTTAA GACTTTATCC ACGACCGGTT 
GTTGCGTTAC AAATTAATAG TTTTCTGCGT TCGCGGCCGA GAACGTCACA ATTTTTAAAC 
AGATTTGCTA GAACTCAAGC GGTTGAGTTT TTGGCGGAAT GGTCTTTAAC GCCTAGTAAC 
GTAGCATTTC AAAGAGTTCA AACAGGGATT TTAGATCCAA TTCAAATTGG TGATAAACCA 
AAATGGTACA TGCATTGTTT GGATTCGATG AAATTTGTTG TTTGGGATGA TGGAAGTTCG 
TTAAACGGTG CTTTGAGAAG TATTCAAAAT CAAGAAAGTC AACCAACTGA TGAAAGTGGG 
TCAGATTCTG AAGAAGGTGA AAGCACAAGT TCTAGTTATT CCTCGTTAAG CGACTTTGTT 
TCTGAGATGG CATCATCTGA TTTGTCACCC GGAGGTTCTT ATCAAGATCA CAAAGCATCT 
CAAAACATGT CTTTGTCATC AAATTTAGAC CCCCAATCGA TTTATAAACC ACCTTCAGAG 
CTTCTATATC CAGATGGTGA TATTCCCGAA AACCGCCCGG ATTCACCTCA ATCTTCAAGT 
AGCAGTACAA ACTCTGAATT GAGTTCGCCG TCTTATAATC GTGATTCCGA GTTGGAATTT 
TCAAATCGAT TAAAAACCGA ATCCCAACCC GTTCAGAAAG ATAAAGATAA AGAGGAAAGC 
GGGAGTTTAG AAAATGAATC CGATTCTAAT TCGACGACTA CTCCAAAGAC AATTATTAGT 
ACAAGTAAAC AAGATTCGCC TACGAGTGTT TCTGCTGATA CGAGTGAAAA AGTACGTAAA 
ACTCGTTCCG GAAGAACAAT AACTCCAGTT CCGCCAATTG CACCGGGATT AACTCGACAG 
CCCAGCGTGG GAAATGTTCT TGCTCGAACA TCCAGTTTTA GCTCATCGGG AAATGGAAGT 
CCCGCTCCAT CTTCAGGCGG AAGTGTCGGC GTACAAAGGC AAGGTTCTCA AGGTTCACTT 
TTCGAACAGT TCGCATCGCA AGCCAAAGAA TTAGTTAAAG AAACAACTCG ACAGAGTAGC 
CAGGATGGAA TTCTTGCTCA AATGGATAAA TTTAAAAGTA GTGCAAAAGG AAAATTTAGC 
GATGAAGATA TCTTTGCGCC ATTTGATAAA TTAACAAGTC ATGCAAAGAA AGCAGCTGAT 
GAAGCCGCTA AAAGTGTTCA CGAAGCTAGT AAAAGTGCTT TGGAAGCTAG TAAAACGGCA 
GCTGGTGTTA GTAAAAATAC TATTGAGGAT TTAACTTATG TTGGGAAGTC TACTATTGGG 
GATTTAACAA AAAGTGCGAA AGAAGCTGTT GTTAAAAAAG GATTGTTGAG GGCTGATTCT 
TTTACAAAAA GCATCGAAGC CAGAAGAGAT TCAACAAGTT CGACATCTCT AGTTCAAGCA 
AGTACTGGTT TACTAGCAGG AACAAGTCGC GATTTCTTCT CAAACATCGG TTCCGATTTA 
AACGGAATCG CCGCAAGTAC TACGAGCATG TTTTCGGATC TATTCGGAAG TAAAAGCCAA 
AAGAAACAAG AAGCTCAAGT TCAACAACAA AAACAACTCC AGCAAAAAGG AAAAGAAACG 
AAAACTGGGA TGTTTGGACC GTTTCCAAGA GGACCACGGG GATTCGTTGA AAAAAGTCCG 
TTAATTATCC ACAGTCCGCG AAAAGAAGAA GAATATCAAA GAAAACAAAG CGTTGATAAA 
ACGGCGAGTA ACGTTGAAAA TCAAGCTTTC TTAAAGGATG TTGTTAATCA AGTTTTGGAA 
GGTGAAGGTG TTGGTTGGTT AAAATTGAAT CGGTTGAAGA AGTTGATGGA GGATGAATCT 
TATAGAAACT TTGTTTTGAG TAAATTAAAT AAGACTTTAG ATAAAAAGAT CGGACCTGAT 
GATCATATTG ATGATGTCTG TGTTTCTAAA CCGATTTGGA AAGGAATGTT AAAAGTAATG 
TTAGCTGTCG TTCATGGTCT TGAAGTTACT TATAGCAACT TTGGTTTGGG AGGAATGGCT 
TCGGCTTTTC AACTTAACGA AATCGCGCAC ACTCATTATT GGACGAAAGA CATTTTGGAT 
GGTTCAATAA GCGATGTTGC GACTCAAAGT TCGAGTCCAA GATCGCCTCA AAGTCCGAAA 
TCGGTTCATT CCGAGTGGGA TTCAAGAAAG TCTTCCCAAA TTGATGCCCC CGAAGTTAGA 
TTGATCCAAG ATGAACGTGA AGAAATCTCG ACGGCCGATA TGTTTAAAGA TATGCTCAAT 
CAGAAGAAGA ATATACTTTT AAGCAAATTA ACTTCGTTCG ATTCCGATGC TGAAGGGAAT 
CCACATAGTT CTGGAGGAAC TCTTTCACCA GGTGGTTCAA TAACGACCGG TCCGGCGTGT 
GGTTTAAACA GAGGTGGACT TCATCAAGCT TCATTTCGAT CAACAGTTTC TGATACAGAA 
GTTGAAAATT TGCAGTTTCC GAAAAACCCA AAACAAAGAA CCTCAAGCGT TTGGTCAAGT 
AAATCCTCAT TAAGCACCGG GTTTCGTTAT CATGGTGGTC ATATGGTTAA TACAGCAACA 
ACACCATCTC CGGATGTACC AAGAACATAT TTATTTGAAG GTTTAACGGG TAAGGAGCGG 
TCAACTTTAT GGGATCAAAT GCAATTTTGG GAGGATGCAT TTTTGGATGC TGTTTCACAA 
GAGCGTGATA TGATTGGGAT GGATCAAGGG CCAAGAGAAA TGATGGAACG ATACAAGGCG 
TTAAGTGAAA CGGAAAGGAA ACGTCTTGAA CACGATGAAG ATCGATTGTT ATCGACGATG 
TTGTATAATT TAACTGCGAT AATGGTGATG TTGAATGTTA ACAAAAACGA GATTAAGAAA 
AAGAATAGGA GGTTGTTGGG AAAAAGTCAT ATTGGATTGG TTTATAGTCA AGAAGTTAAT 
TTATTGCTAG ATCAAATTAA TAACTTACAT GGTAATGACA TCGATTTAAA ACCACTTGGT 
TCAAGATTAT TACATAGACA AAGTTTTACC GTGCATCAAG GTGTTGATGG AGGTGGCGAA 
TTGAGATTTT TGGAAGTTCG AGATGATGGT TTGGTTCTAA GATCCGTTTC GGGGGTGATT 
GTTGAAAGGT GGTGGTACGA AAGGCTCGTT AATATGACTT ATAGCCCAAA GAATAAAGTT 
TTGTGTTTGT GGAGAAGATC TGGACAACAA ACTCAATTAC ATAAATATTA TACTAAAAAG 
TGTAAACAAC TTTATTATTG TATAAAAGAA GCAATGCAAC GCGGAGGTGT TTCTGGGGTT 
CCTCCAGAAT TAGGGGGCGA ATTTCCGGTT CAAGACATGA GTTCGGGCGA AGGAGGATTG 
CTTCAGGTCT GCATGGAAGG AGTAGGATTG CTGTTCGCCC ATAGCAAGGA CTTTGAGTTT 
TTCGTGCGGA TAGATCATAT CCGGAAGTGC TTTACACAGA AGGGAGGCAT TTTTGTTCTT 
GAAGAATTTA ATCCTAAAAC AAGACAGGTG ATTCAAAGAA AATATAAATC ATCAATGGCC 
GACCAAATAT GCTACGCCGT TCTCTGCGTG TTTTCTTACG TCGCTGCCGG CTCAGAAAAG 
AGACTGCAAA TCTCTAAAAC GGCTACAGCT TCTTCTATTT CTTCGGTACC AAATCCTCAA 
CAATTAGTTG AATCTGGGAG TGTAACTCCG ATTGGAGGTC CACCTTCATA TCCACCTCCC 
GCTTTACCAC CAGGAGTTCC ACCTCCTGCT GCACCTCCAG GTGCGAAAAG TTTTGGAATT 
CCAGTGCAAC AAGGAATTCG GCCATTGAGA CCGCCTCCGG TACCCAGCAG GAATCTTCCA 
CCTGGATCCG GAGGACTTCC TCATCAAATG TCTCTTCAAT CATCTCATCC TCCCCCACAA 
CCACCCCCAA GACCAAAGTG A

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

RefSeq	XP_022921053.1
CDS	115..5775
Translation	MSLDAERQFLCPRLIDYLAIVGVKPANSCRPSTNPSIQSPELLRRYPTHDHKDFPMPLDMVYFCQPEGCSSVGPKRTALREASSFVFMLTDKDSGRTRYGICVNFYRPIEKGPSTIGVGRRGSSTLRRDSWRKSMEKSSDSAFSSDYRSSNVGPSDSEKDCPSRRDSEILTHPNFTQPPRLGVTAPSNDSESGGSHSPSPRASRRRQRIRNHSLTSLCLLSHHPFFSTFRECLFILKKLIDACNESSSPRRVGASRQVGRDTVWSVITNQASDSTPSIVLHDVREIETWILRLLSAPVPIPGKTRVEVEVLSPTVYEPLVFALPDHTRFTLVDFPLHLPLELLGVDTCLKVLTLILLENKVVLQSRDYNALSMSVMAFVTMIYPLEYMFPVIPLLPTCMSCAEQLLLAPTPFVIGLPASFLMYKKNFRLPDDVWLVDLDSNKLLPQGEIPPLPEPEGTILKNHLRQAMQLMDQVGTGALGSLSTPSASSTQLMPSRRESIPAPNTLSVSSARKSPDVSPSPSPSPILPNSKLFAGSPSISPRSSISPSQQSPFAPLVYGNDIDSVDVATRVAMVRFFNSQNLLANFAEHTRTLRLYPRPVVALQINSFLRSRPRTSQFLNRFARTQAVEFLAEWSLTPSNVAFQRVQTGILDPIQIGDKPKWYMHCLDSMKFVVWDDGSSLNGALRSIQNQESQPTDESGSDSEEGESTSSSYSSLSDFVSEMASSDLSPGGSYQDHKASQNMSLSSNLDPQSIYKPPSELLYPDGDIPENRPDSPQSSSSSTNSELSSPSYNRDSELEFSNRLKTESQPVQKDKDKEESGSLENESDSNSTTTPKTIISTSKQDSPTSVSADTSEKVRKTRSGRTITPVPPIAPGLTRQPSVGNVLARTSSFSSSGNGSPAPSSGGSVGVQRQGSQGSLFEQFASQAKELVKETTRQSSQDGILAQMDKFKSSAKGKFSDEDIFAPFDKLTSHAKKAADEAAKSVHEASKSALEASKTAAGVSKNTIEDLTYVGKSTIGDLTKSAKEAVVKKGLLRADSFTKSIEARRDSTSSTSLVQASTGLLAGTSRDFFSNIGSDLNGIAASTTSMFSDLFGSKSQKKQEAQVQQQKQLQQKGKETKTGMFGPFPRGPRGFVEKSPLIIHSPRKEEEYQRKQSVDKTASNVENQAFLKDVVNQVLEGEGVGWLKLNRLKKLMEDESYRNFVLSKLNKTLDKKIGPDDHIDDVCVSKPIWKGMLKVMLAVVHGLEVTYSNFGLGGMASAFQLNEIAHTHYWTKDILDGSISDVATQSSSPRSPQSPKSVHSEWDSRKSSQIDAPEVRLIQDEREEISTADMFKDMLNQKKNILLSKLTSFDSDAEGNPHSSGGTLSPGGSITTGPACGLNRGGLHQASFRSTVSDTEVENLQFPKNPKQRTSSVWSSKSSLSTGFRYHGGHMVNTATTPSPDVPRTYLFEGLTGKERSTLWDQMQFWEDAFLDAVSQERDMIGMDQGPREMMERYKALSETERKRLEHDEDRLLSTMLYNLTAIMVMLNVNKNEIKKKNRRLLGKSHIGLVYSQEVNLLLDQINNLHGNDIDLKPLGSRLLHRQSFTVHQGVDGGGELRFLEVRDDGLVLRSVSGVIVERWWYERLVNMTYSPKNKVLCLWRRSGQQTQLHKYYTKKCKQLYYCIKEAMQRGGVSGVPPELGGEFPVQDMSSGEGGLLQVCMEGVGLLFAHSKDFEFFVRIDHIRKCFTQKGGIFVLEEFNPKTRQVIQRKYKSSMADQICYAVLCVFSYVAAGSEKRLQISKTATASSISSVPNPQQLVESGSVTPIGGPPSYPPPALPPGVPPPAAPPGAKSFGIPVQQGIRPLRPPPVPSRNLPPGSGGLPHQMSLQSSHPPPQPPPRPK

Target ORF information:

RefSeq Version	XM_023065285.1
Organism	Onthophagus taurus
Definition	Onthophagus taurus MAP kinase-activating death domain protein (LOC111429384), mRNA.

Target ORF information:

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

XM_023065285.1

ORF Insert Sequence:

ATGTCCTTGG ACGCTGAAAG GCAATTCTTG TGCCCCCGAC TTATAGACTA CTTGGCTATT 
GTCGGGGTCA AGCCTGCAAA CAGCTGCAGG CCTTCAACAA ACCCTTCTAT TCAGTCTCCG 
GAACTTCTAC GACGATATCC AACCCATGAT CATAAAGACT TCCCAATGCC ATTGGATATG 
GTTTATTTCT GCCAACCTGA AGGATGTTCT TCGGTTGGGC CGAAACGAAC AGCTCTTCGC 
GAAGCTTCCT CTTTCGTTTT TATGCTCACC GATAAGGATT CGGGACGAAC TCGATATGGA 
ATTTGCGTAA ATTTTTATCG GCCCATCGAA AAAGGGCCTT CAACGATTGG AGTTGGAAGG 
CGAGGGAGTT CTACGTTAAG AAGGGATTCT TGGAGGAAAA GTATGGAAAA AAGTTCAGAT 
TCTGCTTTCT CAAGTGATTA TAGAAGCAGT AATGTTGGTC CTAGTGATTC CGAAAAGGAT 
TGTCCGAGTC GAAGAGATTC GGAGATTTTA ACCCATCCGA ATTTCACTCA ACCTCCAAGA 
TTAGGAGTTA CTGCACCGAG TAATGATTCT GAAAGCGGTG GGAGTCATTC ACCATCACCT 
AGGGCGAGTC GACGGAGACA GCGAATTCGC AATCACTCTT TAACATCTCT ATGCCTTTTA 
TCCCATCATC CATTTTTCTC AACATTCCGT GAATGTCTCT TCATTCTAAA GAAATTAATA 
GACGCCTGTA ATGAATCATC AAGTCCAAGA AGAGTTGGTG CTTCAAGACA GGTTGGAAGA 
GACACGGTAT GGAGTGTAAT AACAAATCAA GCAAGTGACT CAACGCCTTC GATAGTTCTT 
CATGATGTTC GTGAAATAGA AACGTGGATT TTAAGACTTT TATCTGCTCC GGTGCCGATT 
CCGGGTAAAA CTCGCGTCGA AGTCGAGGTT TTATCACCAA CGGTTTACGA GCCTTTAGTT 
TTTGCCTTAC CCGATCATAC CAGATTTACA TTGGTTGATT TTCCTCTTCA TTTACCATTG 
GAACTTTTGG GTGTGGATAC TTGTTTAAAA GTTTTAACAT TGATATTATT GGAAAATAAG 
GTGGTGTTAC AATCGCGTGA TTACAATGCT CTTTCGATGT CGGTTATGGC TTTCGTGACC 
ATGATTTATC CGTTGGAATA TATGTTTCCG GTTATTCCAT TATTGCCGAC TTGTATGAGT 
TGTGCCGAAC AGTTATTATT GGCACCAACG CCTTTTGTGA TTGGATTACC CGCAAGTTTT 
TTGATGTACA AGAAAAATTT CCGGTTGCCT GATGATGTTT GGTTGGTCGA TTTGGACTCG 
AATAAATTGT TGCCTCAAGG GGAAATTCCC CCGTTACCTG AACCTGAAGG AACGATTCTC 
AAGAACCATT TAAGACAAGC TATGCAACTT ATGGATCAAG TGGGCACAGG AGCACTAGGT 
AGTTTATCAA CACCAAGTGC TTCTTCTACT CAATTGATGC CGTCCAGAAG AGAAAGTATT 
CCAGCTCCAA ATACCTTAAG TGTTTCTTCA GCAAGAAAAT CTCCTGATGT CTCACCGTCT 
CCATCGCCAT CTCCAATCCT CCCCAACAGT AAGCTTTTCG CAGGTTCCCC ATCGATTTCC 
CCAAGAAGCA GTATTTCGCC ATCTCAACAA TCTCCATTCG CCCCTCTAGT TTACGGAAAC 
GATATTGATT CTGTTGATGT TGCCACAAGA GTGGCTATGG TGAGGTTCTT TAATTCGCAA 
AATTTGTTGG CGAATTTTGC TGAACATACA AGAACGTTAA GACTTTATCC ACGACCGGTT 
GTTGCGTTAC AAATTAATAG TTTTCTGCGT TCGCGGCCGA GAACGTCACA ATTTTTAAAC 
AGATTTGCTA GAACTCAAGC GGTTGAGTTT TTGGCGGAAT GGTCTTTAAC GCCTAGTAAC 
GTAGCATTTC AAAGAGTTCA AACAGGGATT TTAGATCCAA TTCAAATTGG TGATAAACCA 
AAATGGTACA TGCATTGTTT GGATTCGATG AAATTTGTTG TTTGGGATGA TGGAAGTTCG 
TTAAACGGTG CTTTGAGAAG TATTCAAAAT CAAGAAAGTC AACCAACTGA TGAAAGTGGG 
TCAGATTCTG AAGAAGGTGA AAGCACAAGT TCTAGTTATT CCTCGTTAAG CGACTTTGTT 
TCTGAGATGG CATCATCTGA TTTGTCACCC GGAGGTTCTT ATCAAGATCA CAAAGCATCT 
CAAAACATGT CTTTGTCATC AAATTTAGAC CCCCAATCGA TTTATAAACC ACCTTCAGAG 
CTTCTATATC CAGATGGTGA TATTCCCGAA AACCGCCCGG ATTCACCTCA ATCTTCAAGT 
AGCAGTACAA ACTCTGAATT GAGTTCGCCG TCTTATAATC GTGATTCCGA GTTGGAATTT 
TCAAATCGAT TAAAAACCGA ATCCCAACCC GTTCAGAAAG ATAAAGATAA AGAGGAAAGC 
GGGAGTTTAG AAAATGAATC CGATTCTAAT TCGACGACTA CTCCAAAGAC AATTATTAGT 
ACAAGTAAAC AAGATTCGCC TACGAGTGTT TCTGCTGATA CGAGTGAAAA AGTACGTAAA 
ACTCGTTCCG GAAGAACAAT AACTCCAGTT CCGCCAATTG CACCGGGATT AACTCGACAG 
CCCAGCGTGG GAAATGTTCT TGCTCGAACA TCCAGTTTTA GCTCATCGGG AAATGGAAGT 
CCCGCTCCAT CTTCAGGCGG AAGTGTCGGC GTACAAAGGC AAGGTTCTCA AGGTTCACTT 
TTCGAACAGT TCGCATCGCA AGCCAAAGAA TTAGTTAAAG AAACAACTCG ACAGAGTAGC 
CAGGATGGAA TTCTTGCTCA AATGGATAAA TTTAAAAGTA GTGCAAAAGG AAAATTTAGC 
GATGAAGATA TCTTTGCGCC ATTTGATAAA TTAACAAGTC ATGCAAAGAA AGCAGCTGAT 
GAAGCCGCTA AAAGTGTTCA CGAAGCTAGT AAAAGTGCTT TGGAAGCTAG TAAAACGGCA 
GCTGGTGTTA GTAAAAATAC TATTGAGGAT TTAACTTATG TTGGGAAGTC TACTATTGGG 
GATTTAACAA AAAGTGCGAA AGAAGCTGTT GTTAAAAAAG GATTGTTGAG GGCTGATTCT 
TTTACAAAAA GCATCGAAGC CAGAAGAGAT TCAACAAGTT CGACATCTCT AGTTCAAGCA 
AGTACTGGTT TACTAGCAGG AACAAGTCGC GATTTCTTCT CAAACATCGG TTCCGATTTA 
AACGGAATCG CCGCAAGTAC TACGAGCATG TTTTCGGATC TATTCGGAAG TAAAAGCCAA 
AAGAAACAAG AAGCTCAAGT TCAACAACAA AAACAACTCC AGCAAAAAGG AAAAGAAACG 
AAAACTGGGA TGTTTGGACC GTTTCCAAGA GGACCACGGG GATTCGTTGA AAAAAGTCCG 
TTAATTATCC ACAGTCCGCG AAAAGAAGAA GAATATCAAA GAAAACAAAG CGTTGATAAA 
ACGGCGAGTA ACGTTGAAAA TCAAGCTTTC TTAAAGGATG TTGTTAATCA AGTTTTGGAA 
GGTGAAGGTG TTGGTTGGTT AAAATTGAAT CGGTTGAAGA AGTTGATGGA GGATGAATCT 
TATAGAAACT TTGTTTTGAG TAAATTAAAT AAGACTTTAG ATAAAAAGAT CGGACCTGAT 
GATCATATTG ATGATGTCTG TGTTTCTAAA CCGATTTGGA AAGGAATGTT AAAAGTAATG 
TTAGCTGTCG TTCATGGTCT TGAAGTTACT TATAGCAACT TTGGTTTGGG AGGAATGGCT 
TCGGCTTTTC AACTTAACGA AATCGCGCAC ACTCATTATT GGACGAAAGA CATTTTGGAT 
GGTTCAATAA GCGATGTTGC GACTCAAAGT TCGAGTCCAA GATCGCCTCA AAGTCCGAAA 
TCGGTTCATT CCGAGTGGGA TTCAAGAAAG TCTTCCCAAA TTGATGCCCC CGAAGTTAGA 
TTGATCCAAG ATGAACGTGA AGAAATCTCG ACGGCCGATA TGTTTAAAGA TATGCTCAAT 
CAGAAGAAGA ATATACTTTT AAGCAAATTA ACTTCGTTCG ATTCCGATGC TGAAGGGAAT 
CCACATAGTT CTGGAGGAAC TCTTTCACCA GGTGGTTCAA TAACGACCGG TCCGGCGTGT 
GGTTTAAACA GAGGTGGACT TCATCAAGCT TCATTTCGAT CAACAGTTTC TGATACAGAA 
GTTGAAAATT TGCAGTTTCC GAAAAACCCA AAACAAAGAA CCTCAAGCGT TTGGTCAAGT 
AAATCCTCAT TAAGCACCGG GTTTCGTTAT CATGGTGGTC ATATGGTTAA TACAGCAACA 
ACACCATCTC CGGATGTACC AAGAACATAT TTATTTGAAG GTTTAACGGG TAAGGAGCGG 
TCAACTTTAT GGGATCAAAT GCAATTTTGG GAGGATGCAT TTTTGGATGC TGTTTCACAA 
GAGCGTGATA TGATTGGGAT GGATCAAGGG CCAAGAGAAA TGATGGAACG ATACAAGGCG 
TTAAGTGAAA CGGAAAGGAA ACGTCTTGAA CACGATGAAG ATCGATTGTT ATCGACGATG 
TTGTATAATT TAACTGCGAT AATGGTGATG TTGAATGTTA ACAAAAACGA GATTAAGAAA 
AAGAATAGGA GGTTGTTGGG AAAAAGTCAT ATTGGATTGG TTTATAGTCA AGAAGTTAAT 
TTATTGCTAG ATCAAATTAA TAACTTACAT GGTAATGACA TCGATTTAAA ACCACTTGGT 
TCAAGATTAT TACATAGACA AAGTTTTACC GTGCATCAAG GTGTTGATGG AGGTGGCGAA 
TTGAGATTTT TGGAAGTTCG AGATGATGGT TTGGTTCTAA GATCCGTTTC GGGGGTGATT 
GTTGAAAGGT GGTGGTACGA AAGGCTCGTT AATATGACTT ATAGCCCAAA GAATAAAGTT 
TTGTGTTTGT GGAGAAGATC TGGACAACAA ACTCAATTAC ATAAATATTA TACTAAAAAG 
TGTAAACAAC TTTATTATTG TATAAAAGAA GCAATGCAAC GCGGAGGTGT TTCTGGGGTT 
CCTCCAGAAT TAGGGGGCGA ATTTCCGGTT CAAGACATGA GTTCGGGCGA AGGAGGATTG 
CTTCAGGTCT GCATGGAAGG AGTAGGATTG CTGTTCGCCC ATAGCAAGGA CTTTGAGTTT 
TTCGTGCGGA TAGATCATAT CCGGAAGTGC TTTACACAGA AGGGAGGCAT TTTTGTTCTT 
GAAGAATTTA ATCCTAAAAC AAGACAGGTG ATTCAAAGAA AATATAAATC ATCAATGGCC 
GACCAAATAT GCTACGCCGT TCTCTGCGTG TTTTCTTACG TCGCTGCCGG CTCAGAAAAG 
AGACTGCAAA TCTCTAAAAC GGCTACAGCT TCTTCTATTT CTTCGGTACC AAATCCTCAA 
CAATTAGTTG AATCTGGGAG TGTAACTCCG ATTGGAGGTC CACCTTCATA TCCACCTCCC 
GCTTTACCAC CAGGAGTTCC ACCTCCTGCT GCACCTCCAG GTGCGAAAAG TTTTGGAATT 
CCAGTGCAAC AAGGAATTCG GCCATTGAGA CCGCCTCCGG TACCCAGCAG GAATCTTCCA 
CCTGGATCCG GAGGACTTCC TCATCAAATG TCTCTTCAAT CATCTCATCC TCCCCCACAA 
CCACCCCCAA GACCAAAGTG A