LOC108745856 cDNA ORF clone, Trachymyrmex septentrionalis

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108745856
Entrez Gene ID	108745856
Full Name	HEAT repeat-containing protein 1
Gene Type	protein-coding
Organism	Trachymyrmex septentrionalis

mRNA and Protein(s)

mRNA	Protein	Name
XM_018482252.1	XP_018337754.1	HEAT repeat-containing protein 1

Pathways from BioSystems
Gene Ontology

The following LOC108745856 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108745856 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
OTr66199	XM_018482252.1 Latest version!	Trachymyrmex septentrionalis HEAT repeat-containing protein 1 (LOC108745856), 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)

LOC108745856 ( XM_018482252.1 ) cDNA ORF clone, Trachymyrmex septentrionalis -> XP_018337754.1 Trachymyrmex septentrionalis HEAT repeat-containing protein 1 (LOC108745856), mRNA.

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CloneID	OTr66199
Clone ID Related Accession (Same CDS sequence)	XM_018482252.1
Accession Version	XM_018482252.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6147bp) 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	2016-09-22
Organism	Trachymyrmex septentrionalis
Product	HEAT repeat-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017304675.1) 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 :: Trachymyrmex septentrionalis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAACGT CGTTAGCAGC ACAACTTAAA AAATTAAGAA CTCCGCAGAC GAATTTACTG 
CTACAGGATA AAAAACGTCC TAGCTTGCTG TTTGACCCAA AGGAGGCTGC GAATTTGGAT 
AGGGACACTG TGTTGAGTAT AGGCCAGAGT GGTTTGGAGG AATTACAGAA ACTTTCATCA 
GTATTTGATG AATTTCAAGG TACATTATTT GCACAGAGTT CTGTAAACTT TGAAAGAGCT 
GTCCAGAATG TTACATTAAA TAAGCAACTG GATGCAGAGA TTGCAAAATT TCTATTATTA 
TCGACTCCAT ATTTCTTACT GAATGCCTGC CACAAAGCTC TGGAGTGGCT TGTATTCAGA 
TATCACATTC ATCACTATAA TAGAGAGCAA TTTATTCTTC TGATCTTACC GTACCATGAA 
ACTCGTATAT TTGTTAGAGC CCTGCAATTG ATAGATCTGT CAGATGAGAG CGATAAATGG 
CATTGGTTAG TACCTATGCA AAAACGCGGT ATAACTCTAT CTTCCGCAAT TCTCGTCAAT 
CGTTTGGTCG CAGATAAAGG AATCCTGAAG ACGCTATGTA CTCATGTGAC ATTTGCCACG 
AAGACTTATT CCGACAAAGC ATCTTGTCTG ACCACTTTGT ATTCCTTTTA CACTACGGCA 
GTGTTAGGAA TGATTGAACT AATAACCATC ACTGAGGTTG AAGTAAACTA TCTATTACCA 
ACTCTTCTTC AAGGCTTGAG AAGTCCCATT CTTGATTTTG CTGCCAGCAG CTATATGATT 
ATTGCAAAAC TGATAACAAA GGCGAAATTG AATGACGACA CAATAGAGAA ATTGTTGTTG 
ACGACGTTCA AGAATTCACA CATGAAACAG GAAGCTACTA TTTTTCTACT CCATCTTTAC 
CAATCTCAAT TAACTGTTAT ACCGCAAAGT TTGATTCTTC AATTATCTGA GCTACCTTGG 
TTTGTTACGA CGATTGTCGC AACAATTAAG TTGGGTACTA ATGTCTCAAG ATTTATTCTA 
CATTTTCTTC GAGCCGCTTG CCAACTTATC TCCGAGAGTA GTGTGCAAAA CATGCTCAGC 
AATATGCTGG AGCACATTAG ACTCGATGAT GAGACAGCGG ACGCTATTTT AGCTACATTA 
ACATGCGACT TTAAAGATGA AGCTTTAAGT AGCGAAATAA AAAGTTTTCT AGTGAAATTT 
TATCAGAATT TTGAACGCAG CTATCCAGAG AATTTTGATA GATATCTAAA AAAGCTGATG 
AAGCAGAGCG AGTTTGATGA AAAATCTAAA CAGGCGTTAC ATTTCCTTAC TTCAAGGTCT 
TTTGGCACTA AGAACACACA CGAGTCCGTC GAGATTTTGG ACAAACTAAC GCACATCAGC 
GCTGCGCAAC GTGTGATTGC TCTTGAAATT CTCGCTAAGA ACAACATCAA TGTGTTCGAG 
AGTTTTCGCA GCATATTGAC GAGTACTCTT CAAGCTAGAT TTTATGATGA CGACATTAAC 
GTTGTAAAGA CTCTGCTGTC TTTTCCTACG AAGAAATTGA TTAGTTTGTT ACCCACAGAT 
ACTCTGATGG ATGAGTTACT GGTTTTGTTA TCAACGTGTC ACACAGCATC GAGAAAAGTG 
TTAGCTAAGC CAGCTTTGAA GACACTGTTA GAACTTTGCG ATGAAAGCGA CGATACTAGC 
ATCTTTATCA CAGCTTTACC ATATCTATTT CCAGCTACGG ATGTAGATGT AGAAATTGCT 
ATGGAAGTTC TCAATTCAAA CTTTGCTAAG AATAATATAT ATATGCAAAG CGTGGTGCAA 
GACATTAATA AATCTAATTT GAATGCCGAA GTGATATCTT CTGCTGCTTT TCACAACATA 
TTAAACCATG CGTTGCTACC GCCTACGGAG AGTATATTGA ATTCCATGCG GCAACAAATG 
TCGCATGGCG ATGCGGCATC TTTATTCTTC AACATGATAC TATTAGGATC AGTCTGCAGA 
GTACCCGTGG GCTCAATGCC GCCTAAAACT GCACGGGACG TGATTGAAAT AGCCACGGAG 
ATGATTAAAA CATATTCGCA CGTTAAGCTA CTTCGCAACT GTAACAATAT TACTGGCAAC 
AACATTCAAA TGGCTCTGAA GCTTACATCT GAGGGAATTT TGCCGCTTCA AGCAGGAACT 
TACGTTCTCG AAATGGTGCA CAGGCGATTG AATATTAAAT CCGAATCAAA ACTTGATTTC 
GACCACAACG CTGAACGAAG CAATCTGATT CTGCGACTAC TAGAGATGTT CATTGAAGGC 
ATGGACAATA AAAGTTGGCG AAAGCACTAT TCTAGATGTC TACAAATCTT CTTCCAGCTT 
CATTTTGCTA CAGTGAAGGA TCTTATCTGC TTTCTTGCGC AGTTCTATGC AGAACCCATA 
AAAACAAAAA CATCCTATCA CTGTTTACAG ATTTCCTTAT TACTATTAAA TCAGTGTAAA 
TCCGTCCACT GGGCATTTGA GGATCAAGAC TTTGTTACCA ATTTGCTACT TTCGTTGGCA 
AGACGTAATA ACGAATGCAG AAGAGTAGCG ATAGATATTT TAAAAAAGAT AACACAGACT 
TTTAGTCTCA GTACGGAACC ATTCTTCGTG TTGTTGCAGA AACTAGCGAC AAAAAGTACA 
GAAATCTGCA GTGATTCTGA TGAACTTGCA TTCTACTTCT ACTTCTTCCT TTCTCCAGAT 
CCACATGTTT CTCATCAAAT AAAAGAACAT AAGAAGTTGC AGCAGACTCA GAAATTATTA 
TTTGACATGG TGACACAGCA GAATGAAGAA TCAAAAATTT CTCTGACTCA AAGATCACAA 
CTCCTTGATA TTTTGGTGAA TGTTAATAGT ACCGAAATCC TCCAGCAATT GGCTCCGATA 
GGTCTTCAGC TTGTACAAAA GCTAGTGGAA GATCCAAAAA ATAAACCGGC TGGTAGTGCT 
TTACGAAATA TATTGGATCG TTTTACCATA AACACAATTG ATGCCCTGAA GGACGACAAA 
GTATGGTTGC TCTTCACAAC ATGCATTCAA GTACACGAAT CCTGTGCAGT TTTAGAAAAT 
GGTAATCGAA CTTCGCCGAG CATCATGATG TTAAAACGAA TTGATATACT CTTCGATGCA 
ATGTCTCATG ATGTTAAGGT CAGCATCCTG TCCAAAATCC TGGACGTGAT GATTGATTGC 
GAGATTAACA ACGTAGTTTC TGTCGCGGGA AAGACACTTC GCCGGTTGCA CGTGGATGCG 
ACGATCTTAA TTTCAGAATT GAAGGCCATG ATGAGCAACC AAATTCAAGA AGAGGCGAGC 
TCCGAGATAA AGTCAAGCGA AAGAAAGCGG AAAAAGCGAC AGAGTCAAAC TCAGTTGGCG 
CATTCGGCGA TGATTCACAG TCGGGCGTGG AAGCGCGGTG TCATCCTGTT GGAGTTTGCA 
GAGCACGCCG ACAACATTAA AAATGAGGAA CTGCTTTATG GTGTATTGTT TGATTTGCTA 
AATGTTTGTC TGAGTCTGGA GGAACAGAGC CCAATCGAAT ATACGAATCA GCTGCTTCTT 
TCAACAATCT TTTGGATGAT GAAGAAGAAA CTGCCAGTGC GTGACGCTGA CTTGCAGATT 
TCGCTTATTG TCAAGTGCAT CAGAACGTCG CGCAATCCGC AGACGCATCA TCATGCATTA 
CTGGTGCTGG TCGAGTTTTT GAGGAATATG AATGTCCATC GTGCTCTTTT TAATCTCATG 
CCAATTTTCA CATTTATGGG CAGCACGATG GTGCGGCAGG ACGACGCTTA TTCCATACAA 
ATCATCTCCA AGACTCTGGA AACGGTGGTA CCAATCATAA ACGCAACTGA CAATGCGGTA 
CATGCTTGCG AATTGCTGAG GACCTTTATT GTCTCGTTGC CTCACATTCC TGAGCATAGG 
CGGATGCCAC TCTTTGTCAA GTTGCTGCAG CTTCTCGACA ATTATCTGCA TTTGTATTAT 
TTGCTGACTT TCGAGAGCTA CGTTATGAAG ATAGCAAGCC AGAAGGTCGA ACATCCCACT 
CAGTGGTTAG ATTTTGCTCT TCAGGTGTCT CAAGAATTTC CACCGTATCG ATTACTTCAG 
ATTTGCACGA AAGTGGTCCA GTTCATCAAG CTCTTGCCAA CTGATATCGA GGAAGAACAG 
GGCAGAAGGG AAGCAATGAA ATTTCAATAT AAAAATATTT ATGACGTGAC TAAGTCCACG 
CCAAAAAGTC TTCGGCACTA TAAAATGACG GCTGTACAAT TTCTCAGTAA TCTCTTGTCG 
TCCGAGGATT TTATCAATCG TGTAGCTGTG CTAAATCAGG ATGAGACAGA CAATATAAAC 
AAGCATTGCG ATCATCTGGC GATCGAGTTG ATTATGTTGA TTCAGATAAT TTCGAAGATC 
GCTGATCAGC ATCAAAACAG ACCAAGTGCC AAGTACTGGA AAGTGTTATT ACACCATTTG 
TACGATGTGT TGGATTTAGT GAACAATCTA TTACCAAATA CTCTGTTCCT TCAGAGTATC 
AAGAACCTCC TAAAACATGA AGTCCTATTA GTAAAGAAGA AAGCTCTAGA ATTGTTAAAC 
GCAAGATTGC TTCAGAAGAA ATTTGGTGAG GATGCTCACG AAGAACTTCT GAGTTTGATT 
AAACCTTTGA CAGACTTCTT CAAAGTTGAA GTAAAGGTTG AAAATCAGGA ACAAGAGATC 
GTACAACAGA CTGTATTAAT ATCTTTGAAA CTACTAACGA AATTATTGGC CATTGACCGT 
CCTGCTGTTT TTAGACCAAT TTTGGATATA ACGACAGAAT TGTTAGAATC CAAAAATGGT 
CCGGTATTAG CCAATGCAGC GTTGTGTGTA GCAGAATTAT GCAGTTCAAT GCGAACCCAT 
GCTCTGTACT CGCTGAACAA GTTTGTGCCT GCAGTTTTAA AGTTGTTAAA AACTCATTGC 
TATCAAAATG TGCCGGATGT TATAGTCATT AGCATCGTGA GTGCATTGCA GAAGATAGTG 
GAATCTTTGG GAAATTTCCT GTCGCTCTAC TTGGATCAAC TCTTATACGA ATTGACAATG 
CTCAGTTCTC AGTATACCAA CACGGATCAT CCTAAGGCTA GTATCGTTAT TTCGCGTCTG 
AAGGCAACAA CGCAGAAATT ATCCAGTTGC ATACCTCTGC GAGTGCTGCT GCCAGCTGTT 
AATGGAACTT ATCAATTGCT ATTAGACAAA AAATCTTATA TATGTATACC ATCCTTGATG 
AGTGTGCTAG CAGAATCCTT TGACAGTGTG CCTCCAACAG AACTGAAGGC GGAAGTCGAC 
AATCTCGCCA ATTTCTTCCT CCAAATTCTT CAATTTCGTG AAAGAATCGA AGATAACATG 
GAAACACAAA ACGACCAACA AATTACATTA AAAGACATCG TCGCGGTTGA GGAAAGCGCT 
AGTAAAGCAT TGGTAGCATT ACTCTTGAAA TTGAGCGAAG TAACGTTTAG ACCATTCTAT 
GATAAACTTT ATGGATGGGC AGCGAATGAT ACACAGCACA AACAACGGAG TATAACATTC 
TACAGATTAT CGGCAAATAT AGCAGAATGT TTGAAGTCCC TGTTCGTTCT GTTCGCTGGA 
CTTTTTTTGA AGCATGCGGC ATCGTTACTG AAGAACAACA ACATGTTCAT AACGGACACT 
CCGCAGGAAT TGACGCTTCC CGATGAATCC AGCAGAATTG AGCTGGTAGA GGCAATTCTA 
TTGACACTTT ATCGGGTATT CAGTTATGAT GTGCATAACG TCGTCGTTGA GGACCGATAT 
GAGATTCTCA TGCAACCGAT AGTGGATCAA GTGGAAAACA CAATGGGAAC TAGAGAAGAA 
TATGAGATTC GAGCTAGTCA GCTTATTGTA CCTTGTATAG CTTCTTTCGC TAGCGCCATT 
TCCGACGATT CATTGCACAA ACAACTGGTC TATCAAACGT TGTTGAAAAC GAGGCATGCA 
AAGCCTTACG TCAGAAGCAC AGCTTTGAAT GCATTGGTGG AAATCGCGAG AAAACTCGGC 
GAGGATTTTA TGCCATTATT GCCAGAAACC GTACCATTCC TGGCGGAAAT GTTGGAAGAC 
GAAGACGAAG CTACAGAGAA GTGTGCGCAG AATGCTATTC GAACTTTAGA AGAAATTTTC 
GGAGAGTCTT TGCAGAAATA TTTTTAA

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

RefSeq	XP_018337754.1
CDS	148..6294
Translation	MATSLAAQLKKLRTPQTNLLLQDKKRPSLLFDPKEAANLDRDTVLSIGQSGLEELQKLSSVFDEFQGTLFAQSSVNFERAVQNVTLNKQLDAEIAKFLLLSTPYFLLNACHKALEWLVFRYHIHHYNREQFILLILPYHETRIFVRALQLIDLSDESDKWHWLVPMQKRGITLSSAILVNRLVADKGILKTLCTHVTFATKTYSDKASCLTTLYSFYTTAVLGMIELITITEVEVNYLLPTLLQGLRSPILDFAASSYMIIAKLITKAKLNDDTIEKLLLTTFKNSHMKQEATIFLLHLYQSQLTVIPQSLILQLSELPWFVTTIVATIKLGTNVSRFILHFLRAACQLISESSVQNMLSNMLEHIRLDDETADAILATLTCDFKDEALSSEIKSFLVKFYQNFERSYPENFDRYLKKLMKQSEFDEKSKQALHFLTSRSFGTKNTHESVEILDKLTHISAAQRVIALEILAKNNINVFESFRSILTSTLQARFYDDDINVVKTLLSFPTKKLISLLPTDTLMDELLVLLSTCHTASRKVLAKPALKTLLELCDESDDTSIFITALPYLFPATDVDVEIAMEVLNSNFAKNNIYMQSVVQDINKSNLNAEVISSAAFHNILNHALLPPTESILNSMRQQMSHGDAASLFFNMILLGSVCRVPVGSMPPKTARDVIEIATEMIKTYSHVKLLRNCNNITGNNIQMALKLTSEGILPLQAGTYVLEMVHRRLNIKSESKLDFDHNAERSNLILRLLEMFIEGMDNKSWRKHYSRCLQIFFQLHFATVKDLICFLAQFYAEPIKTKTSYHCLQISLLLLNQCKSVHWAFEDQDFVTNLLLSLARRNNECRRVAIDILKKITQTFSLSTEPFFVLLQKLATKSTEICSDSDELAFYFYFFLSPDPHVSHQIKEHKKLQQTQKLLFDMVTQQNEESKISLTQRSQLLDILVNVNSTEILQQLAPIGLQLVQKLVEDPKNKPAGSALRNILDRFTINTIDALKDDKVWLLFTTCIQVHESCAVLENGNRTSPSIMMLKRIDILFDAMSHDVKVSILSKILDVMIDCEINNVVSVAGKTLRRLHVDATILISELKAMMSNQIQEEASSEIKSSERKRKKRQSQTQLAHSAMIHSRAWKRGVILLEFAEHADNIKNEELLYGVLFDLLNVCLSLEEQSPIEYTNQLLLSTIFWMMKKKLPVRDADLQISLIVKCIRTSRNPQTHHHALLVLVEFLRNMNVHRALFNLMPIFTFMGSTMVRQDDAYSIQIISKTLETVVPIINATDNAVHACELLRTFIVSLPHIPEHRRMPLFVKLLQLLDNYLHLYYLLTFESYVMKIASQKVEHPTQWLDFALQVSQEFPPYRLLQICTKVVQFIKLLPTDIEEEQGRREAMKFQYKNIYDVTKSTPKSLRHYKMTAVQFLSNLLSSEDFINRVAVLNQDETDNINKHCDHLAIELIMLIQIISKIADQHQNRPSAKYWKVLLHHLYDVLDLVNNLLPNTLFLQSIKNLLKHEVLLVKKKALELLNARLLQKKFGEDAHEELLSLIKPLTDFFKVEVKVENQEQEIVQQTVLISLKLLTKLLAIDRPAVFRPILDITTELLESKNGPVLANAALCVAELCSSMRTHALYSLNKFVPAVLKLLKTHCYQNVPDVIVISIVSALQKIVESLGNFLSLYLDQLLYELTMLSSQYTNTDHPKASIVISRLKATTQKLSSCIPLRVLLPAVNGTYQLLLDKKSYICIPSLMSVLAESFDSVPPTELKAEVDNLANFFLQILQFRERIEDNMETQNDQQITLKDIVAVEESASKALVALLLKLSEVTFRPFYDKLYGWAANDTQHKQRSITFYRLSANIAECLKSLFVLFAGLFLKHAASLLKNNNMFITDTPQELTLPDESSRIELVEAILLTLYRVFSYDVHNVVVEDRYEILMQPIVDQVENTMGTREEYEIRASQLIVPCIASFASAISDDSLHKQLVYQTLLKTRHAKPYVRSTALNALVEIARKLGEDFMPLLPETVPFLAEMLEDEDEATEKCAQNAIRTLEEIFGESLQKYF

Target ORF information:

RefSeq Version	XM_018482252.1
Organism	Trachymyrmex septentrionalis
Definition	Trachymyrmex septentrionalis HEAT repeat-containing protein 1 (LOC108745856), mRNA.

Target ORF information:

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

XM_018482252.1

ORF Insert Sequence:

ATGGCAACGT CGTTAGCAGC ACAACTTAAA AAATTAAGAA CTCCGCAGAC GAATTTACTG 
CTACAGGATA AAAAACGTCC TAGCTTGCTG TTTGACCCAA AGGAGGCTGC GAATTTGGAT 
AGGGACACTG TGTTGAGTAT AGGCCAGAGT GGTTTGGAGG AATTACAGAA ACTTTCATCA 
GTATTTGATG AATTTCAAGG TACATTATTT GCACAGAGTT CTGTAAACTT TGAAAGAGCT 
GTCCAGAATG TTACATTAAA TAAGCAACTG GATGCAGAGA TTGCAAAATT TCTATTATTA 
TCGACTCCAT ATTTCTTACT GAATGCCTGC CACAAAGCTC TGGAGTGGCT TGTATTCAGA 
TATCACATTC ATCACTATAA TAGAGAGCAA TTTATTCTTC TGATCTTACC GTACCATGAA 
ACTCGTATAT TTGTTAGAGC CCTGCAATTG ATAGATCTGT CAGATGAGAG CGATAAATGG 
CATTGGTTAG TACCTATGCA AAAACGCGGT ATAACTCTAT CTTCCGCAAT TCTCGTCAAT 
CGTTTGGTCG CAGATAAAGG AATCCTGAAG ACGCTATGTA CTCATGTGAC ATTTGCCACG 
AAGACTTATT CCGACAAAGC ATCTTGTCTG ACCACTTTGT ATTCCTTTTA CACTACGGCA 
GTGTTAGGAA TGATTGAACT AATAACCATC ACTGAGGTTG AAGTAAACTA TCTATTACCA 
ACTCTTCTTC AAGGCTTGAG AAGTCCCATT CTTGATTTTG CTGCCAGCAG CTATATGATT 
ATTGCAAAAC TGATAACAAA GGCGAAATTG AATGACGACA CAATAGAGAA ATTGTTGTTG 
ACGACGTTCA AGAATTCACA CATGAAACAG GAAGCTACTA TTTTTCTACT CCATCTTTAC 
CAATCTCAAT TAACTGTTAT ACCGCAAAGT TTGATTCTTC AATTATCTGA GCTACCTTGG 
TTTGTTACGA CGATTGTCGC AACAATTAAG TTGGGTACTA ATGTCTCAAG ATTTATTCTA 
CATTTTCTTC GAGCCGCTTG CCAACTTATC TCCGAGAGTA GTGTGCAAAA CATGCTCAGC 
AATATGCTGG AGCACATTAG ACTCGATGAT GAGACAGCGG ACGCTATTTT AGCTACATTA 
ACATGCGACT TTAAAGATGA AGCTTTAAGT AGCGAAATAA AAAGTTTTCT AGTGAAATTT 
TATCAGAATT TTGAACGCAG CTATCCAGAG AATTTTGATA GATATCTAAA AAAGCTGATG 
AAGCAGAGCG AGTTTGATGA AAAATCTAAA CAGGCGTTAC ATTTCCTTAC TTCAAGGTCT 
TTTGGCACTA AGAACACACA CGAGTCCGTC GAGATTTTGG ACAAACTAAC GCACATCAGC 
GCTGCGCAAC GTGTGATTGC TCTTGAAATT CTCGCTAAGA ACAACATCAA TGTGTTCGAG 
AGTTTTCGCA GCATATTGAC GAGTACTCTT CAAGCTAGAT TTTATGATGA CGACATTAAC 
GTTGTAAAGA CTCTGCTGTC TTTTCCTACG AAGAAATTGA TTAGTTTGTT ACCCACAGAT 
ACTCTGATGG ATGAGTTACT GGTTTTGTTA TCAACGTGTC ACACAGCATC GAGAAAAGTG 
TTAGCTAAGC CAGCTTTGAA GACACTGTTA GAACTTTGCG ATGAAAGCGA CGATACTAGC 
ATCTTTATCA CAGCTTTACC ATATCTATTT CCAGCTACGG ATGTAGATGT AGAAATTGCT 
ATGGAAGTTC TCAATTCAAA CTTTGCTAAG AATAATATAT ATATGCAAAG CGTGGTGCAA 
GACATTAATA AATCTAATTT GAATGCCGAA GTGATATCTT CTGCTGCTTT TCACAACATA 
TTAAACCATG CGTTGCTACC GCCTACGGAG AGTATATTGA ATTCCATGCG GCAACAAATG 
TCGCATGGCG ATGCGGCATC TTTATTCTTC AACATGATAC TATTAGGATC AGTCTGCAGA 
GTACCCGTGG GCTCAATGCC GCCTAAAACT GCACGGGACG TGATTGAAAT AGCCACGGAG 
ATGATTAAAA CATATTCGCA CGTTAAGCTA CTTCGCAACT GTAACAATAT TACTGGCAAC 
AACATTCAAA TGGCTCTGAA GCTTACATCT GAGGGAATTT TGCCGCTTCA AGCAGGAACT 
TACGTTCTCG AAATGGTGCA CAGGCGATTG AATATTAAAT CCGAATCAAA ACTTGATTTC 
GACCACAACG CTGAACGAAG CAATCTGATT CTGCGACTAC TAGAGATGTT CATTGAAGGC 
ATGGACAATA AAAGTTGGCG AAAGCACTAT TCTAGATGTC TACAAATCTT CTTCCAGCTT 
CATTTTGCTA CAGTGAAGGA TCTTATCTGC TTTCTTGCGC AGTTCTATGC AGAACCCATA 
AAAACAAAAA CATCCTATCA CTGTTTACAG ATTTCCTTAT TACTATTAAA TCAGTGTAAA 
TCCGTCCACT GGGCATTTGA GGATCAAGAC TTTGTTACCA ATTTGCTACT TTCGTTGGCA 
AGACGTAATA ACGAATGCAG AAGAGTAGCG ATAGATATTT TAAAAAAGAT AACACAGACT 
TTTAGTCTCA GTACGGAACC ATTCTTCGTG TTGTTGCAGA AACTAGCGAC AAAAAGTACA 
GAAATCTGCA GTGATTCTGA TGAACTTGCA TTCTACTTCT ACTTCTTCCT TTCTCCAGAT 
CCACATGTTT CTCATCAAAT AAAAGAACAT AAGAAGTTGC AGCAGACTCA GAAATTATTA 
TTTGACATGG TGACACAGCA GAATGAAGAA TCAAAAATTT CTCTGACTCA AAGATCACAA 
CTCCTTGATA TTTTGGTGAA TGTTAATAGT ACCGAAATCC TCCAGCAATT GGCTCCGATA 
GGTCTTCAGC TTGTACAAAA GCTAGTGGAA GATCCAAAAA ATAAACCGGC TGGTAGTGCT 
TTACGAAATA TATTGGATCG TTTTACCATA AACACAATTG ATGCCCTGAA GGACGACAAA 
GTATGGTTGC TCTTCACAAC ATGCATTCAA GTACACGAAT CCTGTGCAGT TTTAGAAAAT 
GGTAATCGAA CTTCGCCGAG CATCATGATG TTAAAACGAA TTGATATACT CTTCGATGCA 
ATGTCTCATG ATGTTAAGGT CAGCATCCTG TCCAAAATCC TGGACGTGAT GATTGATTGC 
GAGATTAACA ACGTAGTTTC TGTCGCGGGA AAGACACTTC GCCGGTTGCA CGTGGATGCG 
ACGATCTTAA TTTCAGAATT GAAGGCCATG ATGAGCAACC AAATTCAAGA AGAGGCGAGC 
TCCGAGATAA AGTCAAGCGA AAGAAAGCGG AAAAAGCGAC AGAGTCAAAC TCAGTTGGCG 
CATTCGGCGA TGATTCACAG TCGGGCGTGG AAGCGCGGTG TCATCCTGTT GGAGTTTGCA 
GAGCACGCCG ACAACATTAA AAATGAGGAA CTGCTTTATG GTGTATTGTT TGATTTGCTA 
AATGTTTGTC TGAGTCTGGA GGAACAGAGC CCAATCGAAT ATACGAATCA GCTGCTTCTT 
TCAACAATCT TTTGGATGAT GAAGAAGAAA CTGCCAGTGC GTGACGCTGA CTTGCAGATT 
TCGCTTATTG TCAAGTGCAT CAGAACGTCG CGCAATCCGC AGACGCATCA TCATGCATTA 
CTGGTGCTGG TCGAGTTTTT GAGGAATATG AATGTCCATC GTGCTCTTTT TAATCTCATG 
CCAATTTTCA CATTTATGGG CAGCACGATG GTGCGGCAGG ACGACGCTTA TTCCATACAA 
ATCATCTCCA AGACTCTGGA AACGGTGGTA CCAATCATAA ACGCAACTGA CAATGCGGTA 
CATGCTTGCG AATTGCTGAG GACCTTTATT GTCTCGTTGC CTCACATTCC TGAGCATAGG 
CGGATGCCAC TCTTTGTCAA GTTGCTGCAG CTTCTCGACA ATTATCTGCA TTTGTATTAT 
TTGCTGACTT TCGAGAGCTA CGTTATGAAG ATAGCAAGCC AGAAGGTCGA ACATCCCACT 
CAGTGGTTAG ATTTTGCTCT TCAGGTGTCT CAAGAATTTC CACCGTATCG ATTACTTCAG 
ATTTGCACGA AAGTGGTCCA GTTCATCAAG CTCTTGCCAA CTGATATCGA GGAAGAACAG 
GGCAGAAGGG AAGCAATGAA ATTTCAATAT AAAAATATTT ATGACGTGAC TAAGTCCACG 
CCAAAAAGTC TTCGGCACTA TAAAATGACG GCTGTACAAT TTCTCAGTAA TCTCTTGTCG 
TCCGAGGATT TTATCAATCG TGTAGCTGTG CTAAATCAGG ATGAGACAGA CAATATAAAC 
AAGCATTGCG ATCATCTGGC GATCGAGTTG ATTATGTTGA TTCAGATAAT TTCGAAGATC 
GCTGATCAGC ATCAAAACAG ACCAAGTGCC AAGTACTGGA AAGTGTTATT ACACCATTTG 
TACGATGTGT TGGATTTAGT GAACAATCTA TTACCAAATA CTCTGTTCCT TCAGAGTATC 
AAGAACCTCC TAAAACATGA AGTCCTATTA GTAAAGAAGA AAGCTCTAGA ATTGTTAAAC 
GCAAGATTGC TTCAGAAGAA ATTTGGTGAG GATGCTCACG AAGAACTTCT GAGTTTGATT 
AAACCTTTGA CAGACTTCTT CAAAGTTGAA GTAAAGGTTG AAAATCAGGA ACAAGAGATC 
GTACAACAGA CTGTATTAAT ATCTTTGAAA CTACTAACGA AATTATTGGC CATTGACCGT 
CCTGCTGTTT TTAGACCAAT TTTGGATATA ACGACAGAAT TGTTAGAATC CAAAAATGGT 
CCGGTATTAG CCAATGCAGC GTTGTGTGTA GCAGAATTAT GCAGTTCAAT GCGAACCCAT 
GCTCTGTACT CGCTGAACAA GTTTGTGCCT GCAGTTTTAA AGTTGTTAAA AACTCATTGC 
TATCAAAATG TGCCGGATGT TATAGTCATT AGCATCGTGA GTGCATTGCA GAAGATAGTG 
GAATCTTTGG GAAATTTCCT GTCGCTCTAC TTGGATCAAC TCTTATACGA ATTGACAATG 
CTCAGTTCTC AGTATACCAA CACGGATCAT CCTAAGGCTA GTATCGTTAT TTCGCGTCTG 
AAGGCAACAA CGCAGAAATT ATCCAGTTGC ATACCTCTGC GAGTGCTGCT GCCAGCTGTT 
AATGGAACTT ATCAATTGCT ATTAGACAAA AAATCTTATA TATGTATACC ATCCTTGATG 
AGTGTGCTAG CAGAATCCTT TGACAGTGTG CCTCCAACAG AACTGAAGGC GGAAGTCGAC 
AATCTCGCCA ATTTCTTCCT CCAAATTCTT CAATTTCGTG AAAGAATCGA AGATAACATG 
GAAACACAAA ACGACCAACA AATTACATTA AAAGACATCG TCGCGGTTGA GGAAAGCGCT 
AGTAAAGCAT TGGTAGCATT ACTCTTGAAA TTGAGCGAAG TAACGTTTAG ACCATTCTAT 
GATAAACTTT ATGGATGGGC AGCGAATGAT ACACAGCACA AACAACGGAG TATAACATTC 
TACAGATTAT CGGCAAATAT AGCAGAATGT TTGAAGTCCC TGTTCGTTCT GTTCGCTGGA 
CTTTTTTTGA AGCATGCGGC ATCGTTACTG AAGAACAACA ACATGTTCAT AACGGACACT 
CCGCAGGAAT TGACGCTTCC CGATGAATCC AGCAGAATTG AGCTGGTAGA GGCAATTCTA 
TTGACACTTT ATCGGGTATT CAGTTATGAT GTGCATAACG TCGTCGTTGA GGACCGATAT 
GAGATTCTCA TGCAACCGAT AGTGGATCAA GTGGAAAACA CAATGGGAAC TAGAGAAGAA 
TATGAGATTC GAGCTAGTCA GCTTATTGTA CCTTGTATAG CTTCTTTCGC TAGCGCCATT 
TCCGACGATT CATTGCACAA ACAACTGGTC TATCAAACGT TGTTGAAAAC GAGGCATGCA 
AAGCCTTACG TCAGAAGCAC AGCTTTGAAT GCATTGGTGG AAATCGCGAG AAAACTCGGC 
GAGGATTTTA TGCCATTATT GCCAGAAACC GTACCATTCC TGGCGGAAAT GTTGGAAGAC 
GAAGACGAAG CTACAGAGAA GTGTGCGCAG AATGCTATTC GAACTTTAGA AGAAATTTTC 
GGAGAGTCTT TGCAGAAATA TTTTTAA