LOC105193486 cDNA ORF clone, Solenopsis invicta(red fire ant)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105193486
Entrez Gene ID	105193486
Full Name	uncharacterized LOC105193486
Gene Type	protein-coding
Organism	Solenopsis invicta(red fire ant)

mRNA and Protein(s)

mRNA	Protein	Name
XM_026135499.1	XP_025991284.1	uncharacterized protein LOC105193486
XM_011157943.1	XP_011156245.1	uncharacterized protein LOC105193486

Pathways from BioSystems
Gene Ontology

The following LOC105193486 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105193486 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
OSo119683	XM_011157943.1 Latest version!	Solenopsis invicta uncharacterized LOC105193486 (LOC105193486), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OSo167717	XM_026135499.1 Latest version!	Solenopsis invicta uncharacterized LOC105193486 (LOC105193486), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00

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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*Business Day

** 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)

LOC105193486 ( XM_011157943.1 ) cDNA ORF clone, Solenopsis invicta(red fire ant) -> XP_011156245.1 Solenopsis invicta uncharacterized LOC105193486 (LOC105193486), mRNA.

Price & Availability↑

CloneID	OSo119683
Clone ID Related Accession (Same CDS sequence)	XM_011157943.1
Accession Version	XM_011157943.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4245bp) 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	2015-01-26
Organism	Solenopsis invicta(red fire ant)
Product	uncharacterized protein LOC105193486
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011794484.1) 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 :: Solenopsis invicta Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 25% of CDS bases ##RefSeq-Attributes-END##

ATGGAGAACA AGATAGATTC GATAAATACT GTATGTCGCT CTGTGGAATA CGGCCTTCGT 
ATAATCGGTG TATGGCCGGG CATGCCGTGC GCAATTTTAT TCAAAGTTTT CAGCATATCG 
ACGATGATCG TGTCTCAAAT CTTTCAATAC CGATATGCGA TCGTGCGTTT TGGCGAGGAA 
GATCTAATGG TTCTCATGGA CGGACTAAGC GTAACTTTCG CTTACAGCCT TCTGCTCGTC 
AAAATGCTTA TTTTCGCGTT TAATTCTCGT CTGCTGAACG AAATCGTAAC GTGTATCGCC 
AAGGACTGGA GGGGCAGCGA TATTTCGGGC GAGTACATGA TGACCAAACT AGCTGACAGC 
ACTCGTTGGC TCTGTAACGT TATAATCTTT TCGCATATGA TGTCAGTATT TCTCTACGCG 
ATAGGCACGA TAATGAAGAT TAGAAACGAA AATCAAACTG AAGCTCGAGA GCTTATCATC 
AAGATGGAGA TACCCTTTGA GATCCAGAGC ACATCGGTAC ACGTAGCAGT TCTCGTTACG 
CAATTTATTC ATCAGACAAC TGCGGCTGCC ATGGTAGGCG TATTGAATTC TTTCCTGATA 
ATACTGGTTC TTCACGTGTG TGGGCAGATT GACATAATAC GGCAAAAATT GAGTGAAATT 
ACGCAGAAGA GTATCGTGCA GAAGAACATC GAGCAAGGTG TGAACGAGAG TGTCATAAAG 
ACGCTGATTG TTCGGCATCA GCAGATTATA GCCTTCTCCA AAAACATCGA GACTCTCTAC 
TCGAATATCG CGCTGATACA GTTCGTGTCG AACACGCTGG TAATCTGTTG CCTAGGATTT 
CTTATTGTGA TCTCTATCGG TGCTCCTAAC GGATCGATGA TGCTAATAAA GTCCGTGTTC 
TTTTATATTG TTATGAGTTT GGAGGCATTT ATATATTGCT TCGTCGGGGA ACATCTCAGT 
ACAAAAAGCG AGATGATTGG CTACTCGGCA TACGAATCGC TTTGGTACGA TCTGAGCCCG 
AGACAAAATC GAGACATCCA GATCATGATC GTAAGATCTC AAAAGAACTT GACGCTCACG 
ATAGGAAAAG TCGTAGAACT TTCTTTGAGG CAATTTGCCA ACATCGTGAA AGCTTCGGCG 
TCATACGTGT CCGTGTTGCA CGCGATAGGC TCGACGGGGT TTCGTATTGA GAGTGTACAG 
AAACAAGAAA ATTATTTACC GAAGCATCGA TTCGTGATAA CCGTACTTGT GTTACAGTAT 
TACGAAATGT TTTATCTTCA ATACAAGAAA ATGTCACCTG CTGAAGTAAT ACCTGCTTCT 
TCGCTACGTG CTCTAGCCTG CAGCACCGTT GATTTTTCTC TGAACTACCG ACAGCATCAA 
CTTGTGATCT TCGCATTGGT CTTTCCATTG CAACGAACTT TTGAGTACCA AGATGTAGCT 
ATGACCGTCT TGGCCCATCC TCTATTTAAG TTGAAGAAAG AAAAAGTTTT TCTGCTGGAC 
GATATCATAG CACACGTGGT CGAAGACTGG AAGAATTGTG ATGTTTCGGA CGAGTACACG 
ATGAACAGAA TGGCCAACAT TTCTCGTTGG TTCTCCAACT TGATAATCGG TTCGCACGCA 
GTATCGGTAT TCCTTTATGC GATCGGTACT TTGTTGAAAA TCGAGACTCA AGAGCTTATT 
CTTAAAATGG AATTACCTTT CAAGATGGAA AGCACGTTAG TATATCTTTC CGTTCTCGTT 
ACGCAGTTCG TTCATCAGGT AAGTGCGGCC AGTATGATGG CTGTGCTAAA TTGCTTGCTG 
CTCACGCTGG TTCTTCATGC ATGCGGCCAG ATTGATATAA TACGGCAGAA ACTGAGTGAA 
ATCACGGGGA AGAACGTCGA GCGAGATGCA AATGAGAGTG TCGCGAAAAT GCTGATCGTT 
CGCCATCAAA AGATTATCTC CTTCTCCAAG AATATTGAGA CTCTCTTCTC GAACATAGCG 
CTATTACAAT TCGTATCGAA CACTTTGGTC CTCTGTTCCC TAGGATTTCT CATCGTGATC 
AGTAAAATGA TCGGCGACGC GGCTTACGAA GCGCTTTGGT ACGAATTAAA TCCAATTCAG 
AATCGAGATA TCCTCTTTAT AATTGTAAGA TCACAGAAGT ACTTGACGCT AACGATCGGA 
AAGGTCGCGG ATCTTTCGCT GAGGCAATTT ACTAACACCT TCCAATATCG ACACTTGATT 
ATGCATTTCG GCGAGGAGGA TCTCTTGCTC CTCATGGATG TATTAAGCAC AACTATGGCT 
TATACACTTC TGATGATCAA GTTGATTATT TTTACGTTCA ATACTCGTCT GCTGAACGAA 
ATGATAGCGC GTGTAATTGA GGATTGGAAA CAGCGCGATG TTTGCGACAA GTACACGATG 
ACTAGGATGG CGTACATCTC TCGTCGATTC TCTAACTTTA TAATTGGCTT GTACGCGCTT 
TCGGTATTCC TTTACGCAAC CGGTACTTTG CTGCGATACA GAAGCAGCAA TCAGACTGAC 
ACGCGAGAGC TCATCCTTAA GCTGGAACTA CCTTTCGAGA TTAAGAGCAC AACGGTATAC 
GTAGCTGTTC TCGTTACACA ATTTATTCAT CTGACAAGCG CAGCGAGTAT GGTCGGCGTG 
ATGAATTCCT TGCTGATAAC ACTAGTTCTC CACGTGTGCG GACAGATTGA CATTGTGCGG 
CAGAAACTGA GTGAAATAAC GCGGAAGGAC GTCAAGCGGG ACGTGAACGA GAGCATCGTG 
AAAATGTTGA TTATTCGGCA TCAAAGAATT ATCTCCTTTT CCAAGAATAT CGAGGCCTTC 
TTCTCGAATA TCGCGCTAAT ACAATTCGTA TCGAACACCC TGGTTATCTG TTGTCTGGGA 
TTCCTTATCG TGATCAGCCA AAAGATCGGC GATGCGGTGT ATGAGTCGCT TTGGTACGAG 
CTGGACCCGA ATCAAAATCG AGACATTCTG ATCATGATCA TAAGGTCGCA AAAGCACCTG 
ACGCTCACGG TCGGAAAGGT CATGGATCTT TCCCTCAAGC AATTCGCCAG CTCCGGGAAG 
CGTTTCCTGG CGTTGCCGAG GAGAAACATG GGGATGACCA CACTCAGCCG ATTGGTCAGA 
TTCGGCCTTC ACGTTTACGG TATACGGCCG TATGTTACGT CCACTGTGGT GTTCAGATTG 
TACTGGATCA TAATGCTCAG CACGGCTCAA GTCTTTCAAT ACCGATACGT GGTAATGAAC 
ATTCATATGG ACGACTTCTC CGAGTATATG GACGGAGTGA GCAGCGCAAT GGCATCTTCT 
TTACTCTACA TTAAGCTCAT TATCCTTTGG ACCCACGAAC GAATATTTTC CGATCTATTG 
CAAATGATGT CTACGGACTG GCAAGATTAC ATCTCGACCC GCCATAGTTC ACGCATAATG 
ACAAACGCGG CAAATCTTGC ACGTCGCACC TCGAGGTGGA TTGTCGGCAT GCAGGTGGCT 
TCCGGAACTT TCTACAGTGT CGGCGTACTC GCTAGCAATG CAAATAATCC TGAGAAATTA 
GAGCCGTATA CGCGAGAACT TATTCTGAAA ATGGAACTGC CATTTAACAT TAGCACAGAA 
TTTATTTACA CGGCAGTCCA AAGTGTTCAA TTTTATCATC TGTCTTTAGT CTGCTACGGC 
ATTACGATTG TCAATTCACT TCTCGTTACT CTGATACTTC ACATCTGTGG TCAAATTGAC 
ATTCTTCGAG AATGCTTGTT AAAAGTCTTT TCAAAAAATT CGGCGGAATC AACGGACGAA 
ATTACGATGC GATCGCTAAT TGCGAAGCAC CAGCGTATTA TCATATTTGC GGAGCATATA 
GAGACACTTT ACACGTACAT CGCATTAATG ATGCTCTTAT CAGATACGAT CATTATATGC 
TGCTTAGGAT TTATTATTGT TATCTCACTC GACTCGCCAA ATGCCGCAGC GATTTTGGTG 
AAGTCCATGT TATTCTACAT CTCGATGAAT GTCGAAGCAT TCATATACTG CTTTTCGGGC 
GAATATCTAA GCGCTAAGAG CAAAATGATT GGAAATGCGG CGTACGATTC TCTCTGGTAT 
GATTTTCCAG CCAAAGAAAG TCGAACTGTA CTGTTCCTCA TTGTGAGATC GCAGAAAAGA 
TTGACGATCA CGAGCGGAAA AATCGTAGAC CTTTCTTTGG AGCGATTTAC CAGCGTAGTA 
AAGGCATCGT TGTCGTATAT ATCGGTGCTA TTGGCGATGT ACTGA

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

RefSeq	XP_011156245.1
CDS	17..4261
Translation	MENKIDSINTVCRSVEYGLRIIGVWPGMPCAILFKVFSISTMIVSQIFQYRYAIVRFGEEDLMVLMDGLSVTFAYSLLLVKMLIFAFNSRLLNEIVTCIAKDWRGSDISGEYMMTKLADSTRWLCNVIIFSHMMSVFLYAIGTIMKIRNENQTEARELIIKMEIPFEIQSTSVHVAVLVTQFIHQTTAAAMVGVLNSFLIILVLHVCGQIDIIRQKLSEITQKSIVQKNIEQGVNESVIKTLIVRHQQIIAFSKNIETLYSNIALIQFVSNTLVICCLGFLIVISIGAPNGSMMLIKSVFFYIVMSLEAFIYCFVGEHLSTKSEMIGYSAYESLWYDLSPRQNRDIQIMIVRSQKNLTLTIGKVVELSLRQFANIVKASASYVSVLHAIGSTGFRIESVQKQENYLPKHRFVITVLVLQYYEMFYLQYKKMSPAEVIPASSLRALACSTVDFSLNYRQHQLVIFALVFPLQRTFEYQDVAMTVLAHPLFKLKKEKVFLLDDIIAHVVEDWKNCDVSDEYTMNRMANISRWFSNLIIGSHAVSVFLYAIGTLLKIETQELILKMELPFKMESTLVYLSVLVTQFVHQVSAASMMAVLNCLLLTLVLHACGQIDIIRQKLSEITGKNVERDANESVAKMLIVRHQKIISFSKNIETLFSNIALLQFVSNTLVLCSLGFLIVISKMIGDAAYEALWYELNPIQNRDILFIIVRSQKYLTLTIGKVADLSLRQFTNTFQYRHLIMHFGEEDLLLLMDVLSTTMAYTLLMIKLIIFTFNTRLLNEMIARVIEDWKQRDVCDKYTMTRMAYISRRFSNFIIGLYALSVFLYATGTLLRYRSSNQTDTRELILKLELPFEIKSTTVYVAVLVTQFIHLTSAASMVGVMNSLLITLVLHVCGQIDIVRQKLSEITRKDVKRDVNESIVKMLIIRHQRIISFSKNIEAFFSNIALIQFVSNTLVICCLGFLIVISQKIGDAVYESLWYELDPNQNRDILIMIIRSQKHLTLTVGKVMDLSLKQFASSGKRFLALPRRNMGMTTLSRLVRFGLHVYGIRPYVTSTVVFRLYWIIMLSTAQVFQYRYVVMNIHMDDFSEYMDGVSSAMASSLLYIKLIILWTHERIFSDLLQMMSTDWQDYISTRHSSRIMTNAANLARRTSRWIVGMQVASGTFYSVGVLASNANNPEKLEPYTRELILKMELPFNISTEFIYTAVQSVQFYHLSLVCYGITIVNSLLVTLILHICGQIDILRECLLKVFSKNSAESTDEITMRSLIAKHQRIIIFAEHIETLYTYIALMMLLSDTIIICCLGFIIVISLDSPNAAAILVKSMLFYISMNVEAFIYCFSGEYLSAKSKMIGNAAYDSLWYDFPAKESRTVLFLIVRSQKRLTITSGKIVDLSLERFTSVVKASLSYISVLLAMY

Target ORF information:

RefSeq Version	XM_011157943.1
Organism	Solenopsis invicta(red fire ant)
Definition	Solenopsis invicta uncharacterized LOC105193486 (LOC105193486), mRNA.

Target ORF information:

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

XM_011157943.1

ORF Insert Sequence:

ATGGAGAACA AGATAGATTC GATAAATACT GTATGTCGCT CTGTGGAATA CGGCCTTCGT 
ATAATCGGTG TATGGCCGGG CATGCCGTGC GCAATTTTAT TCAAAGTTTT CAGCATATCG 
ACGATGATCG TGTCTCAAAT CTTTCAATAC CGATATGCGA TCGTGCGTTT TGGCGAGGAA 
GATCTAATGG TTCTCATGGA CGGACTAAGC GTAACTTTCG CTTACAGCCT TCTGCTCGTC 
AAAATGCTTA TTTTCGCGTT TAATTCTCGT CTGCTGAACG AAATCGTAAC GTGTATCGCC 
AAGGACTGGA GGGGCAGCGA TATTTCGGGC GAGTACATGA TGACCAAACT AGCTGACAGC 
ACTCGTTGGC TCTGTAACGT TATAATCTTT TCGCATATGA TGTCAGTATT TCTCTACGCG 
ATAGGCACGA TAATGAAGAT TAGAAACGAA AATCAAACTG AAGCTCGAGA GCTTATCATC 
AAGATGGAGA TACCCTTTGA GATCCAGAGC ACATCGGTAC ACGTAGCAGT TCTCGTTACG 
CAATTTATTC ATCAGACAAC TGCGGCTGCC ATGGTAGGCG TATTGAATTC TTTCCTGATA 
ATACTGGTTC TTCACGTGTG TGGGCAGATT GACATAATAC GGCAAAAATT GAGTGAAATT 
ACGCAGAAGA GTATCGTGCA GAAGAACATC GAGCAAGGTG TGAACGAGAG TGTCATAAAG 
ACGCTGATTG TTCGGCATCA GCAGATTATA GCCTTCTCCA AAAACATCGA GACTCTCTAC 
TCGAATATCG CGCTGATACA GTTCGTGTCG AACACGCTGG TAATCTGTTG CCTAGGATTT 
CTTATTGTGA TCTCTATCGG TGCTCCTAAC GGATCGATGA TGCTAATAAA GTCCGTGTTC 
TTTTATATTG TTATGAGTTT GGAGGCATTT ATATATTGCT TCGTCGGGGA ACATCTCAGT 
ACAAAAAGCG AGATGATTGG CTACTCGGCA TACGAATCGC TTTGGTACGA TCTGAGCCCG 
AGACAAAATC GAGACATCCA GATCATGATC GTAAGATCTC AAAAGAACTT GACGCTCACG 
ATAGGAAAAG TCGTAGAACT TTCTTTGAGG CAATTTGCCA ACATCGTGAA AGCTTCGGCG 
TCATACGTGT CCGTGTTGCA CGCGATAGGC TCGACGGGGT TTCGTATTGA GAGTGTACAG 
AAACAAGAAA ATTATTTACC GAAGCATCGA TTCGTGATAA CCGTACTTGT GTTACAGTAT 
TACGAAATGT TTTATCTTCA ATACAAGAAA ATGTCACCTG CTGAAGTAAT ACCTGCTTCT 
TCGCTACGTG CTCTAGCCTG CAGCACCGTT GATTTTTCTC TGAACTACCG ACAGCATCAA 
CTTGTGATCT TCGCATTGGT CTTTCCATTG CAACGAACTT TTGAGTACCA AGATGTAGCT 
ATGACCGTCT TGGCCCATCC TCTATTTAAG TTGAAGAAAG AAAAAGTTTT TCTGCTGGAC 
GATATCATAG CACACGTGGT CGAAGACTGG AAGAATTGTG ATGTTTCGGA CGAGTACACG 
ATGAACAGAA TGGCCAACAT TTCTCGTTGG TTCTCCAACT TGATAATCGG TTCGCACGCA 
GTATCGGTAT TCCTTTATGC GATCGGTACT TTGTTGAAAA TCGAGACTCA AGAGCTTATT 
CTTAAAATGG AATTACCTTT CAAGATGGAA AGCACGTTAG TATATCTTTC CGTTCTCGTT 
ACGCAGTTCG TTCATCAGGT AAGTGCGGCC AGTATGATGG CTGTGCTAAA TTGCTTGCTG 
CTCACGCTGG TTCTTCATGC ATGCGGCCAG ATTGATATAA TACGGCAGAA ACTGAGTGAA 
ATCACGGGGA AGAACGTCGA GCGAGATGCA AATGAGAGTG TCGCGAAAAT GCTGATCGTT 
CGCCATCAAA AGATTATCTC CTTCTCCAAG AATATTGAGA CTCTCTTCTC GAACATAGCG 
CTATTACAAT TCGTATCGAA CACTTTGGTC CTCTGTTCCC TAGGATTTCT CATCGTGATC 
AGTAAAATGA TCGGCGACGC GGCTTACGAA GCGCTTTGGT ACGAATTAAA TCCAATTCAG 
AATCGAGATA TCCTCTTTAT AATTGTAAGA TCACAGAAGT ACTTGACGCT AACGATCGGA 
AAGGTCGCGG ATCTTTCGCT GAGGCAATTT ACTAACACCT TCCAATATCG ACACTTGATT 
ATGCATTTCG GCGAGGAGGA TCTCTTGCTC CTCATGGATG TATTAAGCAC AACTATGGCT 
TATACACTTC TGATGATCAA GTTGATTATT TTTACGTTCA ATACTCGTCT GCTGAACGAA 
ATGATAGCGC GTGTAATTGA GGATTGGAAA CAGCGCGATG TTTGCGACAA GTACACGATG 
ACTAGGATGG CGTACATCTC TCGTCGATTC TCTAACTTTA TAATTGGCTT GTACGCGCTT 
TCGGTATTCC TTTACGCAAC CGGTACTTTG CTGCGATACA GAAGCAGCAA TCAGACTGAC 
ACGCGAGAGC TCATCCTTAA GCTGGAACTA CCTTTCGAGA TTAAGAGCAC AACGGTATAC 
GTAGCTGTTC TCGTTACACA ATTTATTCAT CTGACAAGCG CAGCGAGTAT GGTCGGCGTG 
ATGAATTCCT TGCTGATAAC ACTAGTTCTC CACGTGTGCG GACAGATTGA CATTGTGCGG 
CAGAAACTGA GTGAAATAAC GCGGAAGGAC GTCAAGCGGG ACGTGAACGA GAGCATCGTG 
AAAATGTTGA TTATTCGGCA TCAAAGAATT ATCTCCTTTT CCAAGAATAT CGAGGCCTTC 
TTCTCGAATA TCGCGCTAAT ACAATTCGTA TCGAACACCC TGGTTATCTG TTGTCTGGGA 
TTCCTTATCG TGATCAGCCA AAAGATCGGC GATGCGGTGT ATGAGTCGCT TTGGTACGAG 
CTGGACCCGA ATCAAAATCG AGACATTCTG ATCATGATCA TAAGGTCGCA AAAGCACCTG 
ACGCTCACGG TCGGAAAGGT CATGGATCTT TCCCTCAAGC AATTCGCCAG CTCCGGGAAG 
CGTTTCCTGG CGTTGCCGAG GAGAAACATG GGGATGACCA CACTCAGCCG ATTGGTCAGA 
TTCGGCCTTC ACGTTTACGG TATACGGCCG TATGTTACGT CCACTGTGGT GTTCAGATTG 
TACTGGATCA TAATGCTCAG CACGGCTCAA GTCTTTCAAT ACCGATACGT GGTAATGAAC 
ATTCATATGG ACGACTTCTC CGAGTATATG GACGGAGTGA GCAGCGCAAT GGCATCTTCT 
TTACTCTACA TTAAGCTCAT TATCCTTTGG ACCCACGAAC GAATATTTTC CGATCTATTG 
CAAATGATGT CTACGGACTG GCAAGATTAC ATCTCGACCC GCCATAGTTC ACGCATAATG 
ACAAACGCGG CAAATCTTGC ACGTCGCACC TCGAGGTGGA TTGTCGGCAT GCAGGTGGCT 
TCCGGAACTT TCTACAGTGT CGGCGTACTC GCTAGCAATG CAAATAATCC TGAGAAATTA 
GAGCCGTATA CGCGAGAACT TATTCTGAAA ATGGAACTGC CATTTAACAT TAGCACAGAA 
TTTATTTACA CGGCAGTCCA AAGTGTTCAA TTTTATCATC TGTCTTTAGT CTGCTACGGC 
ATTACGATTG TCAATTCACT TCTCGTTACT CTGATACTTC ACATCTGTGG TCAAATTGAC 
ATTCTTCGAG AATGCTTGTT AAAAGTCTTT TCAAAAAATT CGGCGGAATC AACGGACGAA 
ATTACGATGC GATCGCTAAT TGCGAAGCAC CAGCGTATTA TCATATTTGC GGAGCATATA 
GAGACACTTT ACACGTACAT CGCATTAATG ATGCTCTTAT CAGATACGAT CATTATATGC 
TGCTTAGGAT TTATTATTGT TATCTCACTC GACTCGCCAA ATGCCGCAGC GATTTTGGTG 
AAGTCCATGT TATTCTACAT CTCGATGAAT GTCGAAGCAT TCATATACTG CTTTTCGGGC 
GAATATCTAA GCGCTAAGAG CAAAATGATT GGAAATGCGG CGTACGATTC TCTCTGGTAT 
GATTTTCCAG CCAAAGAAAG TCGAACTGTA CTGTTCCTCA TTGTGAGATC GCAGAAAAGA 
TTGACGATCA CGAGCGGAAA AATCGTAGAC CTTTCTTTGG AGCGATTTAC CAGCGTAGTA 
AAGGCATCGT TGTCGTATAT ATCGGTGCTA TTGGCGATGT ACTGA

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

LOC105193486 ( XM_026135499.1 ) cDNA ORF clone, Solenopsis invicta(red fire ant) -> XP_025991284.1 Solenopsis invicta uncharacterized LOC105193486 (LOC105193486), mRNA.

Price & Availability↑

CloneID	OSo167717
Clone ID Related Accession (Same CDS sequence)	XM_026135499.1
Accession Version	XM_026135499.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4254bp) 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	2018-08-29
Organism	Solenopsis invicta(red fire ant)
Product	uncharacterized protein LOC105193486
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020521581.1) 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 :: Solenopsis invicta Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 12% of CDS bases ##RefSeq-Attributes-END##

ATGGAGAACA AGATAGATTC GATAAATACT GTATGTCGCT CTGTGGAATA CGGCCTTCGT 
ATAATCGGTG TATGGCCGGG CATGCCGTGC GCAATTTTAT TCAAAGTTTT CAGCATATCG 
ACGATGATCG TGTCTCAAAT CTTTCAATAC CGATATGCGA TCGTGCGTTT TGGCGAGGAA 
GATCTAATGG TTCTCATGGA CGGACTAAGC GTAACTTTCG CTTACAGCCT TCTGCTCGTC 
AAAATGCTTA TTTTCGCGTT TAATTCTCGT CTGCTGAACG AAATCGTAAC GTGTATCGCC 
AAGGACTGGA GGGGCAGCGA TATTTCGGGC GAGTACATGA TGACCAAACT AGCTGACAGC 
ACTCGTTGGC TCTGTAACGT TATAATCTTT TCGCATATGA TGTCAGTATT TCTCTACGCG 
ATAGGCACGA TAATGAAGAT TAGAAACGAA AATCAAACTG AAGCTCGAGA GCTTATCATC 
AAGATGGAGA TACCCTTTGA GATCCAGAGC ACATCGGTAC ACGTAGCAGT TCTCGTTACG 
CAATTTATTC ATCAGACAAC TGCGGCTGCC ATGGTAGGCG TATTGAATTC TTTCCTGATA 
ATACTGGTTC TTCACGTGTG TGGGCAGATT GACATAATAC GGCAAAAATT GAGTGAAATT 
ACGCAGAAGA GTATCGTGCA GAAGAACATC GAGCAAGGTG TGAACGAGAG TGTCATAAAG 
ACGCTGATTG TTCGGCATCA GCAGATTATA GCCTTCTCCA AAAACATCGA GACTCTCTAC 
TCGAATATCG CGCTGATACA GTTCGTGTCG AACACGCTGG TAATCTGTTG CCTAGGATTT 
CTTATTGTGA TCTCTATCGG TGCTCCTAAC GGATCGATGA TGCTAATAAA GTCCGTGTTC 
TTTTATATTG TTATGAGTTT GGAGGCATTT ATATATTGCT TCGTCGGGGA ACATCTCAGT 
ACAAAAAGCG AGATGATTGG CTACTCGGCA TACGAATCGC TTTGGTACGA TCTGAGCCCG 
AGACAAAATC GAGACATCCA GATCATGATC GTAAGATCTC AAAAGAACTT GACGCTCACG 
ATAGGAAAAG TCGTAGAACT TTCTTTGAGG CAATTTGCCA ACAAAATGTC ACCTGCTGAA 
GTAATACCTG CTTCTTCGCT ACGTGCTCTA GCCTGCAGCA CCGTTGATTT TTCTCTGAAC 
TACCGACAGC ATCAACTTGT GATCTTCGCA TTGGTCTTTC CATTGCAACG AACTTTTGAG 
TACCAAGATG TAGCTATGAC CGTCTTGGCC CATCCTCTAT TTAAGTTGAA GAAAGAAAAA 
GTTTTTCTGC TGGACGATAT CATAGCACAC GTGGTCGAAG ACTGGAAGAA TTGTGATGTT 
TCGGACGAGT ACACGATGAA CAGAATGGCC AACATTTCTC GTTGGTTCTC CAACTTGATA 
ATCGGTTCGC ACGCAGTATC GGTATTCCTT TATGCGATCG GTACTTTGTT GAAAATCGAG 
ACTCAAGAGC TTATTCTTAA AATGGAATTA CCTTTCAAGA TGGAAAGCAC GTTAGTATAT 
CTTTCCGTTC TCGTTACGCA GTTCGTTCAT CAGGTAAGTG CGGCCAGTAT GATGGCTGTG 
CTAAATTGCT TGCTGCTCAC GCTGGTTCTT CATGCATGCG GCCAGATTGA TATAATACGG 
CAGAAACTGA GTGAAATCAC GGGGAAGAAC GTCGAGCGAG ATGCAAATGA GAGTGTCGCG 
AAAATGCTGA TCGTTCGCCA TCAAAAGATT ATCTCCTTCT CCAAGAATAT TGAGACTCTC 
TTCTCGAACA TAGCGCTATT ACAATTCGTA TCGAACACTT TGGTCCTCTG TTCCCTAGGA 
TTTCTCATCG TGATCAGTAA AATGATCGGC GACGCGGCTT ACGAAGCGCT TTGGTACGAA 
TTAAATCCAA TTCAGAATCG AGATATCCTC TTTATAATTG TAAGATCACA GAAGTACTTG 
ACGCTAACGA TCGGAAAGGT CGCGGATCTT TCGCTGAGGC AATTTACTAA CTGCTCTTGT 
GCCGTGAGAC TGATTTGCTC GAGCTCAATG AGTAGCAGCA TAGAATCGGT GAATACCGTG 
TGCCGTCCTG TCAAATTCGG CCTTCGCATG ATCGGGGTAT GGCCGAGCAC GTCGTATGCA 
ATCTTGCGCA GAGTGTTCTG CATATCTTCA ATGGCGGTGT TTCAGACCTT CCAATATCGA 
CACTTGATTA TGCATTTCGG CGAGGAGGAT CTCTTGCTCC TCATGGATGT ATTAAGCACA 
ACTATGGCTT ATACACTTCT GATGATCAAG TTGATTATTT TTACGTTCAA TACTCGTCTG 
CTGAACGAAA TGATAGCGCG TGTAATTGAG GATTGGAAAC AGCGCGATGT TTGCGACAAG 
TACACGATGA CTAGGATGGC GTACATCTCT CGTCGATTCT CTAACTTTAT AATTGGCTTG 
TACGCGCTTT CGGTATTCCT TTACGCAACC GGTACTTTGC TGCGATACAG AAGCAGCAAT 
CAGACTGACA CGCGAGAGCT CATCCTTAAG CTGGAACTAC CTTTCGAGAT TAAGAGCACA 
ACGGTATACG TAGCTGTTCT CGTTACACAA TTTATTCATC TGACAAGCGC AGCGAGTATG 
GTCGGCGTGA TGAATTCCTT GCTGATAACA CTAGTTCTCC ACGTGTGCGG ACAGATTGAC 
ATTGTGCGGC AGAAACTGAG TGAAATAACG CGGAAGGACG TCAAGCGGGA CGTGAACGAG 
AGCATCGTGA AAATGTTGAT TATTCGGCAT CAAAGAATTA TCTCCTTTTC CAAGAATATC 
GAGGCCTTCT TCTCGAATAT CGCGCTAATA CAATTCGTAT CGAACACCCT GGTTATCTGT 
TGTCTGGGAT TCCTTATCGT GATCAGCCAA AAGATCGGCG ATGCGGTGTA TGAGTCGCTT 
TGGTACGAGC TGGACCCGAA TCAAAATCGA GACATTCTGA TCATGATCAT AAGGTCGCAA 
AAGCACCTGA CGCTCACGGT CGGAAAGGTC ATGGATCTTT CCCTCAAGCA ATTCGCCAGC 
TCCGGGAAGC GTTTCCTGGC GTTGCCGAGG AGAAACATGG GGATGACCAC ACTCAGCCGA 
TTGGTCAGAT TCGGCCTTCA CGTTTACGGT ATACGGCCGT ATGTTACGTC CACTGTGGTG 
TTCAGATTGT ACTGGATCAT AATGCTCAGC ACGGCTCAAG TCTTTCAATA CCGATACGTG 
GTAATGAACA TTCATATGGA CGACTTCTCC GAGTATATGG ACGGAGTGAG CAGCGCAATG 
GCATCTTCTT TACTCTACAT TAAGCTCATT ATCCTTTGGA CCCACGAACG AATATTTTCC 
GATCTATTGC AAATGATGTC TACGGACTGG CAAGATTACA TCTCGACCCG CCATAGTTCA 
CGCATAATGA CAAACGCGGC AAATCTTGCA CGTCGCACCT CGAGGTGGAT TGTCGGCATG 
CAGGTGGCTT CCGGAACTTT CTACAGTGTC GGCGTACTCG CTAGCAATGC AAATAATCCT 
GAGAAATTAG AGCCGTATAC GCGAGAACTT ATTCTGAAAA TGGAACTGCC ATTTAACATT 
AGCACAGAAT TTATTTACAC GGCAGTCCAA AGTGTTCAAT TTTATCATCT GTCTTTAGTC 
TGCTACGGCA TTACGATTGT CAATTCACTT CTCGTTACTC TGATACTTCA CATCTGTGGT 
CAAATTGACA TTCTTCGAGA ATGCTTGTTA AAAGTCTTTT CAAAAAATTC GGCGGAATCA 
ACGGACGAAA TTACGATGCG ATCGCTAATT GCGAAGCACC AGCGTATTAT CATATTTGCG 
GAGCATATAG AGACACTTTA CACGTACATC GCATTAATGA TGCTCTTATC AGATACGATC 
ATTATATGCT GCTTAGGATT TATTATTGTT ATCTCACTCG ACTCGCCAAA TGCCGCAGCG 
ATTTTGGTGA AGTCCATGTT ATTCTACATC TCGATGAATG TCGAAGCATT CATATACTGC 
TTTTCGGGCG AATATCTAAG CGCTAAGAGC AAAATGATTG GAAATGCGGC GTACGATTCT 
CTCTGGTATG ATTTTCCAGC CAAAGAAAGT CGAACTGTAC TGTTCCTCAT TGTGAGATCG 
CAGAAAAGAT TGACGATCAC GAGCGGAAAA ATCGTAGACC TTTCTTTGGA GCGATTTACC 
AGCGTAGTAA AGGCATCGTT GTCGTATATA TCGGTGCTAT TGGCGATGTA CTGA

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

RefSeq	XP_025991284.1
CDS	57..4310
Translation	MENKIDSINTVCRSVEYGLRIIGVWPGMPCAILFKVFSISTMIVSQIFQYRYAIVRFGEEDLMVLMDGLSVTFAYSLLLVKMLIFAFNSRLLNEIVTCIAKDWRGSDISGEYMMTKLADSTRWLCNVIIFSHMMSVFLYAIGTIMKIRNENQTEARELIIKMEIPFEIQSTSVHVAVLVTQFIHQTTAAAMVGVLNSFLIILVLHVCGQIDIIRQKLSEITQKSIVQKNIEQGVNESVIKTLIVRHQQIIAFSKNIETLYSNIALIQFVSNTLVICCLGFLIVISIGAPNGSMMLIKSVFFYIVMSLEAFIYCFVGEHLSTKSEMIGYSAYESLWYDLSPRQNRDIQIMIVRSQKNLTLTIGKVVELSLRQFANKMSPAEVIPASSLRALACSTVDFSLNYRQHQLVIFALVFPLQRTFEYQDVAMTVLAHPLFKLKKEKVFLLDDIIAHVVEDWKNCDVSDEYTMNRMANISRWFSNLIIGSHAVSVFLYAIGTLLKIETQELILKMELPFKMESTLVYLSVLVTQFVHQVSAASMMAVLNCLLLTLVLHACGQIDIIRQKLSEITGKNVERDANESVAKMLIVRHQKIISFSKNIETLFSNIALLQFVSNTLVLCSLGFLIVISKMIGDAAYEALWYELNPIQNRDILFIIVRSQKYLTLTIGKVADLSLRQFTNCSCAVRLICSSSMSSSIESVNTVCRPVKFGLRMIGVWPSTSYAILRRVFCISSMAVFQTFQYRHLIMHFGEEDLLLLMDVLSTTMAYTLLMIKLIIFTFNTRLLNEMIARVIEDWKQRDVCDKYTMTRMAYISRRFSNFIIGLYALSVFLYATGTLLRYRSSNQTDTRELILKLELPFEIKSTTVYVAVLVTQFIHLTSAASMVGVMNSLLITLVLHVCGQIDIVRQKLSEITRKDVKRDVNESIVKMLIIRHQRIISFSKNIEAFFSNIALIQFVSNTLVICCLGFLIVISQKIGDAVYESLWYELDPNQNRDILIMIIRSQKHLTLTVGKVMDLSLKQFASSGKRFLALPRRNMGMTTLSRLVRFGLHVYGIRPYVTSTVVFRLYWIIMLSTAQVFQYRYVVMNIHMDDFSEYMDGVSSAMASSLLYIKLIILWTHERIFSDLLQMMSTDWQDYISTRHSSRIMTNAANLARRTSRWIVGMQVASGTFYSVGVLASNANNPEKLEPYTRELILKMELPFNISTEFIYTAVQSVQFYHLSLVCYGITIVNSLLVTLILHICGQIDILRECLLKVFSKNSAESTDEITMRSLIAKHQRIIIFAEHIETLYTYIALMMLLSDTIIICCLGFIIVISLDSPNAAAILVKSMLFYISMNVEAFIYCFSGEYLSAKSKMIGNAAYDSLWYDFPAKESRTVLFLIVRSQKRLTITSGKIVDLSLERFTSVVKASLSYISVLLAMY

Target ORF information:

RefSeq Version	XM_026135499.1
Organism	Solenopsis invicta(red fire ant)
Definition	Solenopsis invicta uncharacterized LOC105193486 (LOC105193486), mRNA.

Target ORF information:

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

XM_026135499.1

ORF Insert Sequence:

ATGGAGAACA AGATAGATTC GATAAATACT GTATGTCGCT CTGTGGAATA CGGCCTTCGT 
ATAATCGGTG TATGGCCGGG CATGCCGTGC GCAATTTTAT TCAAAGTTTT CAGCATATCG 
ACGATGATCG TGTCTCAAAT CTTTCAATAC CGATATGCGA TCGTGCGTTT TGGCGAGGAA 
GATCTAATGG TTCTCATGGA CGGACTAAGC GTAACTTTCG CTTACAGCCT TCTGCTCGTC 
AAAATGCTTA TTTTCGCGTT TAATTCTCGT CTGCTGAACG AAATCGTAAC GTGTATCGCC 
AAGGACTGGA GGGGCAGCGA TATTTCGGGC GAGTACATGA TGACCAAACT AGCTGACAGC 
ACTCGTTGGC TCTGTAACGT TATAATCTTT TCGCATATGA TGTCAGTATT TCTCTACGCG 
ATAGGCACGA TAATGAAGAT TAGAAACGAA AATCAAACTG AAGCTCGAGA GCTTATCATC 
AAGATGGAGA TACCCTTTGA GATCCAGAGC ACATCGGTAC ACGTAGCAGT TCTCGTTACG 
CAATTTATTC ATCAGACAAC TGCGGCTGCC ATGGTAGGCG TATTGAATTC TTTCCTGATA 
ATACTGGTTC TTCACGTGTG TGGGCAGATT GACATAATAC GGCAAAAATT GAGTGAAATT 
ACGCAGAAGA GTATCGTGCA GAAGAACATC GAGCAAGGTG TGAACGAGAG TGTCATAAAG 
ACGCTGATTG TTCGGCATCA GCAGATTATA GCCTTCTCCA AAAACATCGA GACTCTCTAC 
TCGAATATCG CGCTGATACA GTTCGTGTCG AACACGCTGG TAATCTGTTG CCTAGGATTT 
CTTATTGTGA TCTCTATCGG TGCTCCTAAC GGATCGATGA TGCTAATAAA GTCCGTGTTC 
TTTTATATTG TTATGAGTTT GGAGGCATTT ATATATTGCT TCGTCGGGGA ACATCTCAGT 
ACAAAAAGCG AGATGATTGG CTACTCGGCA TACGAATCGC TTTGGTACGA TCTGAGCCCG 
AGACAAAATC GAGACATCCA GATCATGATC GTAAGATCTC AAAAGAACTT GACGCTCACG 
ATAGGAAAAG TCGTAGAACT TTCTTTGAGG CAATTTGCCA ACAAAATGTC ACCTGCTGAA 
GTAATACCTG CTTCTTCGCT ACGTGCTCTA GCCTGCAGCA CCGTTGATTT TTCTCTGAAC 
TACCGACAGC ATCAACTTGT GATCTTCGCA TTGGTCTTTC CATTGCAACG AACTTTTGAG 
TACCAAGATG TAGCTATGAC CGTCTTGGCC CATCCTCTAT TTAAGTTGAA GAAAGAAAAA 
GTTTTTCTGC TGGACGATAT CATAGCACAC GTGGTCGAAG ACTGGAAGAA TTGTGATGTT 
TCGGACGAGT ACACGATGAA CAGAATGGCC AACATTTCTC GTTGGTTCTC CAACTTGATA 
ATCGGTTCGC ACGCAGTATC GGTATTCCTT TATGCGATCG GTACTTTGTT GAAAATCGAG 
ACTCAAGAGC TTATTCTTAA AATGGAATTA CCTTTCAAGA TGGAAAGCAC GTTAGTATAT 
CTTTCCGTTC TCGTTACGCA GTTCGTTCAT CAGGTAAGTG CGGCCAGTAT GATGGCTGTG 
CTAAATTGCT TGCTGCTCAC GCTGGTTCTT CATGCATGCG GCCAGATTGA TATAATACGG 
CAGAAACTGA GTGAAATCAC GGGGAAGAAC GTCGAGCGAG ATGCAAATGA GAGTGTCGCG 
AAAATGCTGA TCGTTCGCCA TCAAAAGATT ATCTCCTTCT CCAAGAATAT TGAGACTCTC 
TTCTCGAACA TAGCGCTATT ACAATTCGTA TCGAACACTT TGGTCCTCTG TTCCCTAGGA 
TTTCTCATCG TGATCAGTAA AATGATCGGC GACGCGGCTT ACGAAGCGCT TTGGTACGAA 
TTAAATCCAA TTCAGAATCG AGATATCCTC TTTATAATTG TAAGATCACA GAAGTACTTG 
ACGCTAACGA TCGGAAAGGT CGCGGATCTT TCGCTGAGGC AATTTACTAA CTGCTCTTGT 
GCCGTGAGAC TGATTTGCTC GAGCTCAATG AGTAGCAGCA TAGAATCGGT GAATACCGTG 
TGCCGTCCTG TCAAATTCGG CCTTCGCATG ATCGGGGTAT GGCCGAGCAC GTCGTATGCA 
ATCTTGCGCA GAGTGTTCTG CATATCTTCA ATGGCGGTGT TTCAGACCTT CCAATATCGA 
CACTTGATTA TGCATTTCGG CGAGGAGGAT CTCTTGCTCC TCATGGATGT ATTAAGCACA 
ACTATGGCTT ATACACTTCT GATGATCAAG TTGATTATTT TTACGTTCAA TACTCGTCTG 
CTGAACGAAA TGATAGCGCG TGTAATTGAG GATTGGAAAC AGCGCGATGT TTGCGACAAG 
TACACGATGA CTAGGATGGC GTACATCTCT CGTCGATTCT CTAACTTTAT AATTGGCTTG 
TACGCGCTTT CGGTATTCCT TTACGCAACC GGTACTTTGC TGCGATACAG AAGCAGCAAT 
CAGACTGACA CGCGAGAGCT CATCCTTAAG CTGGAACTAC CTTTCGAGAT TAAGAGCACA 
ACGGTATACG TAGCTGTTCT CGTTACACAA TTTATTCATC TGACAAGCGC AGCGAGTATG 
GTCGGCGTGA TGAATTCCTT GCTGATAACA CTAGTTCTCC ACGTGTGCGG ACAGATTGAC 
ATTGTGCGGC AGAAACTGAG TGAAATAACG CGGAAGGACG TCAAGCGGGA CGTGAACGAG 
AGCATCGTGA AAATGTTGAT TATTCGGCAT CAAAGAATTA TCTCCTTTTC CAAGAATATC 
GAGGCCTTCT TCTCGAATAT CGCGCTAATA CAATTCGTAT CGAACACCCT GGTTATCTGT 
TGTCTGGGAT TCCTTATCGT GATCAGCCAA AAGATCGGCG ATGCGGTGTA TGAGTCGCTT 
TGGTACGAGC TGGACCCGAA TCAAAATCGA GACATTCTGA TCATGATCAT AAGGTCGCAA 
AAGCACCTGA CGCTCACGGT CGGAAAGGTC ATGGATCTTT CCCTCAAGCA ATTCGCCAGC 
TCCGGGAAGC GTTTCCTGGC GTTGCCGAGG AGAAACATGG GGATGACCAC ACTCAGCCGA 
TTGGTCAGAT TCGGCCTTCA CGTTTACGGT ATACGGCCGT ATGTTACGTC CACTGTGGTG 
TTCAGATTGT ACTGGATCAT AATGCTCAGC ACGGCTCAAG TCTTTCAATA CCGATACGTG 
GTAATGAACA TTCATATGGA CGACTTCTCC GAGTATATGG ACGGAGTGAG CAGCGCAATG 
GCATCTTCTT TACTCTACAT TAAGCTCATT ATCCTTTGGA CCCACGAACG AATATTTTCC 
GATCTATTGC AAATGATGTC TACGGACTGG CAAGATTACA TCTCGACCCG CCATAGTTCA 
CGCATAATGA CAAACGCGGC AAATCTTGCA CGTCGCACCT CGAGGTGGAT TGTCGGCATG 
CAGGTGGCTT CCGGAACTTT CTACAGTGTC GGCGTACTCG CTAGCAATGC AAATAATCCT 
GAGAAATTAG AGCCGTATAC GCGAGAACTT ATTCTGAAAA TGGAACTGCC ATTTAACATT 
AGCACAGAAT TTATTTACAC GGCAGTCCAA AGTGTTCAAT TTTATCATCT GTCTTTAGTC 
TGCTACGGCA TTACGATTGT CAATTCACTT CTCGTTACTC TGATACTTCA CATCTGTGGT 
CAAATTGACA TTCTTCGAGA ATGCTTGTTA AAAGTCTTTT CAAAAAATTC GGCGGAATCA 
ACGGACGAAA TTACGATGCG ATCGCTAATT GCGAAGCACC AGCGTATTAT CATATTTGCG 
GAGCATATAG AGACACTTTA CACGTACATC GCATTAATGA TGCTCTTATC AGATACGATC 
ATTATATGCT GCTTAGGATT TATTATTGTT ATCTCACTCG ACTCGCCAAA TGCCGCAGCG 
ATTTTGGTGA AGTCCATGTT ATTCTACATC TCGATGAATG TCGAAGCATT CATATACTGC 
TTTTCGGGCG AATATCTAAG CGCTAAGAGC AAAATGATTG GAAATGCGGC GTACGATTCT 
CTCTGGTATG ATTTTCCAGC CAAAGAAAGT CGAACTGTAC TGTTCCTCAT TGTGAGATCG 
CAGAAAAGAT TGACGATCAC GAGCGGAAAA ATCGTAGACC TTTCTTTGGA GCGATTTACC 
AGCGTAGTAA AGGCATCGTT GTCGTATATA TCGGTGCTAT TGGCGATGTA CTGA