LOC105673752 cDNA ORF clone, Linepithema humile(Argentine ant)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105673752
Entrez Gene ID	105673752
Full Name	endothelin-converting enzyme 1-like
Gene Type	protein-coding
Organism	Linepithema humile(Argentine ant)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012369602.1	XP_012225025.1	endothelin-converting enzyme 1-like isoform X2
XM_012369601.1	XP_012225024.1	neprilysin-2-like isoform X1

Pathways from BioSystems
Gene Ontology

The following LOC105673752 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105673752 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
OLi53251	XM_012369601.1 Latest version!	Linepithema humile endothelin-converting enzyme 1-like (LOC105673752), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$629.30 $899.00
OLi53252	XM_012369602.1 Latest version!	Linepithema humile endothelin-converting enzyme 1-like (LOC105673752), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$629.30 $899.00

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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)

LOC105673752 ( XM_012369601.1 ) cDNA ORF clone, Linepithema humile(Argentine ant) -> XP_012225024.1 Linepithema humile endothelin-converting enzyme 1-like (LOC105673752), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OLi53251
Clone ID Related Accession (Same CDS sequence)	XM_012369601.1
Accession Version	XM_012369601.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3288bp) 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	2015-04-26
Organism	Linepithema humile(Argentine ant)
Product	neprilysin-2-like isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012160728.1) 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 :: Linepithema humile Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCCTTTC GCCAAACGTA CCAAATCTAT CGCGAGCGTA AGGCCGCTCA ACGAGAACAA 
TCGTTCAGAT GCTGCCTCAT CATTCTGATC GTTTTCATTT TCCTAAGTCT CATCCTCCTC 
CTCGCACGCA TACCTTGGGG AACGCAAGGA AAAAACAAGG AGCTGTCTAC TGTCGCTGAC 
ACGACACAGA CAATTTTGAG AACTGAATCT TCTGCAGAAA TTACGACAAC TCCAAATACA 
CCAACTGCAT CCGATACAAA AAGTGAAACT CCATCAACGA GTCAGACAAC TTTGAAAACT 
AAATCTACTG CAGGAATTAC GACAACTCCA TTTACGAATC AGACGACTCC GAATACACCA 
ACTGCATCCG ATACAAAAAG TGAAACTCCA TCAACGAGTC AGACAACTTT GAGAACTGAA 
TCTACTGCAG GAATTACGAC AACTCCACTT ACGAATCAGA CAACTTCGAA TACACCAACT 
GCATCGGATA CAAAAAGTGA AACTCCATCA ACGAATCAGA CAACTTTGAG AACTGAATCT 
ACTGCAGGAA TTACGACAAC TCTACCACCG AGTCAGGCTA AATATTCTAA ACAGCATGAA 
AACCGCACAG AAGAGATAAC AAATTTATCA ACGAATAAGA CAACGAATGA GACAATTCTG 
TATTCACCGC AAAACAGAAC TGCATCCACT GTAGAAAGTG CATCAATGAA CAAAATCAAT 
GAAAGCTCAT CAAAAACACC AATTAACGAA TCTCATTCTG TCGAGGAAAT TCATTTTAAT 
TCAACTGAAC GCGAAGAAGA TGCTGAGACC ACAACAACAA AGACAACTGA ACAAACTTCG 
AAAAAAAACG TTGAGTCGAC TATGCAGAGT AGCGTAACTG ATATCAATGA TAATAGAAAT 
TCTACTGACA TAAATGAAAC ATCGCAAACT ACTTTAGCAA GTGATGCAAT AACTCGTGAG 
AATGCAACAA GGGACAGTTA TTCTCAACAC AATTATACTC CGTTTTCGGA TGAGAAGTTT 
TCAACCATGA ACGAAACTAA CGAAAAATAC ACTACTAACG TAATTACCAG CACAACGGAG 
ACTTCGACTT CTTTCAATAA GTTAACAACC ACGATAGCTC CAATAAGCTA CGAAAGGAAT 
TTCTCGTCTA CGGCGACTAC TGACAAAAAT ACAAATAACA TCTGCAATAC GAGCTACTGT 
AAGCAGATAG CCAGCAAGAT GATATCCTAC ATGAATGACT CGGCTGATCC TTGCAACGAT 
TTCTATGAAT ATGCTTGCGG CGGTTTCGAG ACGAATCCGC TGCTGATTGA CGTGGATCAG 
GCTCGGAGAA TCAGTAATTA CGAGCGAATC GAGAAACAGA TGATAAAGGA AAATTTGACT 
TTCGCGATAT ACTACAAGAG TTGCGTGAAA TATGAAAGAA CCGTGAGTCT CAGCGAAAGG 
ATCAAAATGG CAAGAGATGC GTTGGAAAGA GTAGGAAAAT TTTATATCAA TGACACGTGT 
TCTGCTGATA GTGCAAATTT CACCGACTTG TTCGTCAAAT TAATTCAACA TCACAGCGCT 
TTCCTATTCG ACGTCGTACC GGAAGTGGAC GAGTATCATC CGAATAGTTT TACGCTGAAG 
ATTGGTCCCA CGAGCTACGA GAGTCCCTTC AAAACAGAAT ATGAGGAAGA TTCATGCTTT 
GAAAACGATT TTAAGATTTT TGTGGATTTC GAAGCTTTGT ATCGTAGATA CAAGACGTGT 
AAGAAGCAAG ACGAGAAAGA TGAGATTAGA AAATCCGTTT CAGATGCGTT GGTAATACTT 
AAAGTTTTTG AGAATTTGAA TGACACCAAT CTAGAATTGG AGCGTATAAA TAAGACCATT 
AACGTAATCG ACTCTGTTAT AATGCAAGGA TACTTTTCGC ACTTCCCGAG CAAGAGCGAC 
GCCCGGAAAG CATATTTGGA GAACAATTAT ACAAGTATTA GTTTAAAAAA GTTGCACGAA 
AAGGATAATA GCGCGTTTAT AAATTGGACA CTCTTAATTG AGTCACTCAC CAATACAGAT 
AAGATAATCA ATAAGGATAT TCAAGTTTAT TTTCTCGACT CAATGGTCAA AGGTTTGCAG 
AAATTGAAGG AATCCGCCGA AAGGAATTGT ACGAACCTTC ACAACGCGAT AATGGCGTTA 
TACGCGCGCA AACTTTATCA GGAATTAGTT ATGCCGAGAC AAAATGCAAA GGCTCATTGC 
CTGCGAGTGG CTACTTATCT CCTGCGACCC GAAGCGACTA ATTTATATTT ATCATCCTTT 
GCCGATCACG AAATAGAGCG GATGAATAAT AGAACGACAT ATATGTTCAA CGAGTTAAAA 
CAAACTCTAA AGAAGAAAAT AAATGTGACA CTGCCCGAAG GAAATGGAAA GAAAGCATCG 
GACAAAACCG ACAGTCTTGA GCTCGCATTG CCTCCTGTTT CTTATTTCAA GAATAAAGAA 
TTACTATATA GCGATTATAA TATGGCGCAA TTTCAGAATT TATCCAAAAA TTACTTCGAT 
AACTCAATAA ATTTAATGAA AAGATACAGA ACCTTGATGT ACACCGAAAT AAGAAGAGAA 
TTTAAGATAT CAGAGCAAAT TTGGACGTAT TACGCAACGC CGTTCCAGTC GCAAATCAAA 
ACGATCTACG GCTTAAATCA GATCGTGATC CCTTACGGTA TCATTGATTG GACCGCAATA 
AATAACGAAG ACTCTCTCAA TTATATTTCG TTGGCGACGC TCGGAAATAC AATTGCTCTT 
CAGATTGCCA ATCATTTCGA TGAGCCAGGT TCATACTACT GGAACCAAAC CAGGAATCCA 
AAATCTTTGT TCGATGACCT CAACACCAAC AAAACCTTCC GAAACTGTAC TTCCGATCAA 
AAAGAAAACT TTTTTAACGG TTTTATGAAT TTTATACTGC CTTCCACCAA CCAAAACGTG 
TCACTTACGA TCCCGCAGTT GGCCGTGAAC AAACAGTCGT CTCAAAAGAC AGGACTCAAA 
TTAACCTACG ATACTTTGGA TCGTATGAGA TCGAAAGTGC AGGAAGAGGA TCTCCCATGG 
ATGAACTTCC ACATCGACAA ATTATTCTAT CTCGCCTACG CTCAGACATA TTGCACGAGG 
ACGCCACTAA CATCGTCGTA TGTCGACCTG CACGAGAGTG AGGATCTGCC AAGTCGCATT 
CTCATCTTCA TCACGATGTT CAAAAACACG CTCGTCGACA GCGCGTGGGA CTGCCAGAAG 
GACCAGTACG ACCCCAAAAA TACCTGCAGT GTATACCCCG ACATATAA

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

RefSeq	XP_012225024.1
CDS	151..3438
Translation	MPFRQTYQIYRERKAAQREQSFRCCLIILIVFIFLSLILLLARIPWGTQGKNKELSTVADTTQTILRTESSAEITTTPNTPTASDTKSETPSTSQTTLKTKSTAGITTTPFTNQTTPNTPTASDTKSETPSTSQTTLRTESTAGITTTPLTNQTTSNTPTASDTKSETPSTNQTTLRTESTAGITTTLPPSQAKYSKQHENRTEEITNLSTNKTTNETILYSPQNRTASTVESASMNKINESSSKTPINESHSVEEIHFNSTEREEDAETTTTKTTEQTSKKNVESTMQSSVTDINDNRNSTDINETSQTTLASDAITRENATRDSYSQHNYTPFSDEKFSTMNETNEKYTTNVITSTTETSTSFNKLTTTIAPISYERNFSSTATTDKNTNNICNTSYCKQIASKMISYMNDSADPCNDFYEYACGGFETNPLLIDVDQARRISNYERIEKQMIKENLTFAIYYKSCVKYERTVSLSERIKMARDALERVGKFYINDTCSADSANFTDLFVKLIQHHSAFLFDVVPEVDEYHPNSFTLKIGPTSYESPFKTEYEEDSCFENDFKIFVDFEALYRRYKTCKKQDEKDEIRKSVSDALVILKVFENLNDTNLELERINKTINVIDSVIMQGYFSHFPSKSDARKAYLENNYTSISLKKLHEKDNSAFINWTLLIESLTNTDKIINKDIQVYFLDSMVKGLQKLKESAERNCTNLHNAIMALYARKLYQELVMPRQNAKAHCLRVATYLLRPEATNLYLSSFADHEIERMNNRTTYMFNELKQTLKKKINVTLPEGNGKKASDKTDSLELALPPVSYFKNKELLYSDYNMAQFQNLSKNYFDNSINLMKRYRTLMYTEIRREFKISEQIWTYYATPFQSQIKTIYGLNQIVIPYGIIDWTAINNEDSLNYISLATLGNTIALQIANHFDEPGSYYWNQTRNPKSLFDDLNTNKTFRNCTSDQKENFFNGFMNFILPSTNQNVSLTIPQLAVNKQSSQKTGLKLTYDTLDRMRSKVQEEDLPWMNFHIDKLFYLAYAQTYCTRTPLTSSYVDLHESEDLPSRILIFITMFKNTLVDSAWDCQKDQYDPKNTCSVYPDI

Target ORF information:

RefSeq Version	XM_012369601.1
Organism	Linepithema humile(Argentine ant)
Definition	Linepithema humile endothelin-converting enzyme 1-like (LOC105673752), transcript variant X1, mRNA.

Target ORF information:

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

XM_012369601.1

ORF Insert Sequence:

ATGCCCTTTC GCCAAACGTA CCAAATCTAT CGCGAGCGTA AGGCCGCTCA ACGAGAACAA 
TCGTTCAGAT GCTGCCTCAT CATTCTGATC GTTTTCATTT TCCTAAGTCT CATCCTCCTC 
CTCGCACGCA TACCTTGGGG AACGCAAGGA AAAAACAAGG AGCTGTCTAC TGTCGCTGAC 
ACGACACAGA CAATTTTGAG AACTGAATCT TCTGCAGAAA TTACGACAAC TCCAAATACA 
CCAACTGCAT CCGATACAAA AAGTGAAACT CCATCAACGA GTCAGACAAC TTTGAAAACT 
AAATCTACTG CAGGAATTAC GACAACTCCA TTTACGAATC AGACGACTCC GAATACACCA 
ACTGCATCCG ATACAAAAAG TGAAACTCCA TCAACGAGTC AGACAACTTT GAGAACTGAA 
TCTACTGCAG GAATTACGAC AACTCCACTT ACGAATCAGA CAACTTCGAA TACACCAACT 
GCATCGGATA CAAAAAGTGA AACTCCATCA ACGAATCAGA CAACTTTGAG AACTGAATCT 
ACTGCAGGAA TTACGACAAC TCTACCACCG AGTCAGGCTA AATATTCTAA ACAGCATGAA 
AACCGCACAG AAGAGATAAC AAATTTATCA ACGAATAAGA CAACGAATGA GACAATTCTG 
TATTCACCGC AAAACAGAAC TGCATCCACT GTAGAAAGTG CATCAATGAA CAAAATCAAT 
GAAAGCTCAT CAAAAACACC AATTAACGAA TCTCATTCTG TCGAGGAAAT TCATTTTAAT 
TCAACTGAAC GCGAAGAAGA TGCTGAGACC ACAACAACAA AGACAACTGA ACAAACTTCG 
AAAAAAAACG TTGAGTCGAC TATGCAGAGT AGCGTAACTG ATATCAATGA TAATAGAAAT 
TCTACTGACA TAAATGAAAC ATCGCAAACT ACTTTAGCAA GTGATGCAAT AACTCGTGAG 
AATGCAACAA GGGACAGTTA TTCTCAACAC AATTATACTC CGTTTTCGGA TGAGAAGTTT 
TCAACCATGA ACGAAACTAA CGAAAAATAC ACTACTAACG TAATTACCAG CACAACGGAG 
ACTTCGACTT CTTTCAATAA GTTAACAACC ACGATAGCTC CAATAAGCTA CGAAAGGAAT 
TTCTCGTCTA CGGCGACTAC TGACAAAAAT ACAAATAACA TCTGCAATAC GAGCTACTGT 
AAGCAGATAG CCAGCAAGAT GATATCCTAC ATGAATGACT CGGCTGATCC TTGCAACGAT 
TTCTATGAAT ATGCTTGCGG CGGTTTCGAG ACGAATCCGC TGCTGATTGA CGTGGATCAG 
GCTCGGAGAA TCAGTAATTA CGAGCGAATC GAGAAACAGA TGATAAAGGA AAATTTGACT 
TTCGCGATAT ACTACAAGAG TTGCGTGAAA TATGAAAGAA CCGTGAGTCT CAGCGAAAGG 
ATCAAAATGG CAAGAGATGC GTTGGAAAGA GTAGGAAAAT TTTATATCAA TGACACGTGT 
TCTGCTGATA GTGCAAATTT CACCGACTTG TTCGTCAAAT TAATTCAACA TCACAGCGCT 
TTCCTATTCG ACGTCGTACC GGAAGTGGAC GAGTATCATC CGAATAGTTT TACGCTGAAG 
ATTGGTCCCA CGAGCTACGA GAGTCCCTTC AAAACAGAAT ATGAGGAAGA TTCATGCTTT 
GAAAACGATT TTAAGATTTT TGTGGATTTC GAAGCTTTGT ATCGTAGATA CAAGACGTGT 
AAGAAGCAAG ACGAGAAAGA TGAGATTAGA AAATCCGTTT CAGATGCGTT GGTAATACTT 
AAAGTTTTTG AGAATTTGAA TGACACCAAT CTAGAATTGG AGCGTATAAA TAAGACCATT 
AACGTAATCG ACTCTGTTAT AATGCAAGGA TACTTTTCGC ACTTCCCGAG CAAGAGCGAC 
GCCCGGAAAG CATATTTGGA GAACAATTAT ACAAGTATTA GTTTAAAAAA GTTGCACGAA 
AAGGATAATA GCGCGTTTAT AAATTGGACA CTCTTAATTG AGTCACTCAC CAATACAGAT 
AAGATAATCA ATAAGGATAT TCAAGTTTAT TTTCTCGACT CAATGGTCAA AGGTTTGCAG 
AAATTGAAGG AATCCGCCGA AAGGAATTGT ACGAACCTTC ACAACGCGAT AATGGCGTTA 
TACGCGCGCA AACTTTATCA GGAATTAGTT ATGCCGAGAC AAAATGCAAA GGCTCATTGC 
CTGCGAGTGG CTACTTATCT CCTGCGACCC GAAGCGACTA ATTTATATTT ATCATCCTTT 
GCCGATCACG AAATAGAGCG GATGAATAAT AGAACGACAT ATATGTTCAA CGAGTTAAAA 
CAAACTCTAA AGAAGAAAAT AAATGTGACA CTGCCCGAAG GAAATGGAAA GAAAGCATCG 
GACAAAACCG ACAGTCTTGA GCTCGCATTG CCTCCTGTTT CTTATTTCAA GAATAAAGAA 
TTACTATATA GCGATTATAA TATGGCGCAA TTTCAGAATT TATCCAAAAA TTACTTCGAT 
AACTCAATAA ATTTAATGAA AAGATACAGA ACCTTGATGT ACACCGAAAT AAGAAGAGAA 
TTTAAGATAT CAGAGCAAAT TTGGACGTAT TACGCAACGC CGTTCCAGTC GCAAATCAAA 
ACGATCTACG GCTTAAATCA GATCGTGATC CCTTACGGTA TCATTGATTG GACCGCAATA 
AATAACGAAG ACTCTCTCAA TTATATTTCG TTGGCGACGC TCGGAAATAC AATTGCTCTT 
CAGATTGCCA ATCATTTCGA TGAGCCAGGT TCATACTACT GGAACCAAAC CAGGAATCCA 
AAATCTTTGT TCGATGACCT CAACACCAAC AAAACCTTCC GAAACTGTAC TTCCGATCAA 
AAAGAAAACT TTTTTAACGG TTTTATGAAT TTTATACTGC CTTCCACCAA CCAAAACGTG 
TCACTTACGA TCCCGCAGTT GGCCGTGAAC AAACAGTCGT CTCAAAAGAC AGGACTCAAA 
TTAACCTACG ATACTTTGGA TCGTATGAGA TCGAAAGTGC AGGAAGAGGA TCTCCCATGG 
ATGAACTTCC ACATCGACAA ATTATTCTAT CTCGCCTACG CTCAGACATA TTGCACGAGG 
ACGCCACTAA CATCGTCGTA TGTCGACCTG CACGAGAGTG AGGATCTGCC AAGTCGCATT 
CTCATCTTCA TCACGATGTT CAAAAACACG CTCGTCGACA GCGCGTGGGA CTGCCAGAAG 
GACCAGTACG ACCCCAAAAA TACCTGCAGT GTATACCCCG ACATATAA

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

LOC105673752 ( XM_012369602.1 ) cDNA ORF clone, Linepithema humile(Argentine ant) -> XP_012225025.1 Linepithema humile endothelin-converting enzyme 1-like (LOC105673752), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OLi53252
Clone ID Related Accession (Same CDS sequence)	XM_012369602.1
Accession Version	XM_012369602.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3282bp) 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	2015-04-26
Organism	Linepithema humile(Argentine ant)
Product	endothelin-converting enzyme 1-like isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012160728.1) 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 :: Linepithema humile Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCCTTTC GCCAAACGTA CCAAATCTAT CGCGAGCGTA AGGCCGCTCA ACGAGAACAA 
TCGTTCAGAT GCTGCCTCAT CATTCTGATC GTTTTCATTT TCCTAAGTCT CATCCTCCTC 
CTCGCACGCA TACCTTGGGG AACGCAAGGA AAAAACAAGG AGCTGTCTAC TGTCGCTGAC 
ACGACACAGA CAATTTTGAG AACTGAATCT TCTGCAGAAA TTACGACAAC TCCAAATACA 
CCAACTGCAT CCGATACAAA AAGTGAAACT CCATCAACGA GTCAGACAAC TTTGAAAACT 
AAATCTACTG CAGGAATTAC GACAACTCCA TTTACGAATC AGACGACTCC GAATACACCA 
ACTGCATCCG ATACAAAAAG TGAAACTCCA TCAACGAGTC AGACAACTTT GAGAACTGAA 
TCTACTGCAG GAATTACGAC AACTCCACTT ACGAATCAGA CAACTTCGAA TACACCAACT 
GCATCGGATA CAAAAAGTGA AACTCCATCA ACGAATCAGA CAACTTTGAG AACTGAATCT 
ACTGCAGGAA TTACGACAAC TCTACCACCG AGTCAGGCTA AATATTCTAA ACAGCATGAA 
AACCGCACAG AAGAGATAAC AAATTTATCA ACGAATAAGA CAACGAATGA GACAATTCTG 
TATTCACCGC AAAACAGAAC TGCATCCACT GTAGAAAGTG CATCAATGAA CAAAATCAAT 
GAAAGCTCAT CAAAAACACC AATTAACGAA TCTCATTCTG TCGAGGAAAT TCATTTTAAT 
TCAACTGAAC GCGAAGAAGA TGCTGAGACC ACAACAACAA AGACAACTGA ACAAACTTCG 
AAAAAAAACG TTGAGTCGAC TATGCAGAGT AGCGTAACTG ATATCAATGA TAATAGAAAT 
TCTACTGACA TAAATGAAAC ATCGCAAACT ACTTTAGCAA GTGATGCAAT AACTCGTGAG 
AATGCAACAA GGGACAGTTA TTCTCAACAC AATTATACTC CGTTTTCGGA TGAGAAGTTT 
TCAACCATGA ACGAAACTAA CGAAAAATAC ACTACTAACG TAATTACCAG CACAACGGAG 
ACTTCGACTT CTTTCAATAA GTTAACAACC ACGATAGCTC CAATAAGCTA CGAAAGGAAT 
TTCTCGTCTA CGGCGACTAC TGACAAAAAT ACAAATAACA TCTGCAATAC GAGCTACTGT 
AAGCAGATAG CCAGCAAGAT GATATCCTAC ATGAATGACT CGGCTGATCC TTGCAACGAT 
TTCTATGAAT ATGCTTGCGG CGGTTTCGAG ACGAATCCGC TGCTGATTGA CGTGGATCAG 
GCTCGGAGAA TCAGTAATTA CGAGCGAATC GAGAAACAGA TGATAAAGGA AAATTTGACT 
TTCGCGATAT ACTACAAGAG TTGCGTGAAA TATGAAAGAA CCGTGAGTCT CAGCGAAAGG 
ATCAAAATGG CAAGAGATGC GTTGGAAAGA GTAGGAAAAT TTTATATCAA TGACACGTGT 
TCTGCTGATA GTGCAAATTT CACCGACTTG TTCGTCAAAT TAATTCAACA TCACAGCGCT 
TTCCTATTCG ACGTCGTACC GGAAGTGGAC GAGTATCATC CGAATAGTTT TACGCTGAAG 
ATTGGTCCCA CGAGCTACGA GAGTCCCTTC AAAACAGAAT ATGAGGAAGA TTCATGCTTT 
GAAAACGATT TTAAGATTTT TGTGGATTTC GAAGCTTTGT ATCGTAGATA CAAGACGTGT 
AAGAAGCAAG ACGAGAAAGA TGAGATTAGA AAATCCGTTT CAGATGCGTT GGTAATACTT 
AAAGTTTTTG AGAATTTGAA TGACACCAAT CTAGAATTGG AGCGTATAAA TAAGACCATT 
AACGTAATCG ACTCTGTTAT AATGCAAGGA TACTTTTCGC ACTTCCCGAG CAAGAGCGAC 
GCCCGGAAAG CATATTTGGA GAACAATTAT ACAAGTATTA GTTTAAAAAA GTTGCACGAA 
AAGGATAATA GCGCGTTTAT AAATTGGACA CTCTTAATTG AGTCACTCAC CAATACAGAT 
AAGATAATCA ATAAGGATAT TCAAGTTTAT TTTCTCGACT CAATGGTCAA AGGTTTGCAG 
AAATTGAAGG AATCCGCCGA AAGGAATTGT ACGAACCTTC ACAACGCGAT AATGGCGTTA 
TACGCGCGCA AACTTTATCA GGAATTAGTT ATGCCGAGAC AAAATGCAAA GGCTCATTGC 
CTGCGAGTGG CTACTTATCT CCTGCGACCC GAAGCGACTA ATTTATATTT ATCATCCTTT 
GCCGATCACG AAATAGAGCG GATGAATAAT AGAACGACAT ATATGTTCAA CGAGTTAAAA 
CAAACTCTAA AGAAGAAAAT AAATGTGACA CTGCCCGAAG GAAATGGAAA GAAAGCATCG 
GACAAAACCG ACAGTCTTGA GCTCGCATTG CCTCCTGTTT CTTATTTCAA GAATAAAGAA 
TTACTATATA GCGATTATAA TATGGCGCAA AATTTATCCA AAAATTACTT CGATAACTCA 
ATAAATTTAA TGAAAAGATA CAGAACCTTG ATGTACACCG AAATAAGAAG AGAATTTAAG 
ATATCAGAGC AAATTTGGAC GTATTACGCA ACGCCGTTCC AGTCGCAAAT CAAAACGATC 
TACGGCTTAA ATCAGATCGT GATCCCTTAC GGTATCATTG ATTGGACCGC AATAAATAAC 
GAAGACTCTC TCAATTATAT TTCGTTGGCG ACGCTCGGAA ATACAATTGC TCTTCAGATT 
GCCAATCATT TCGATGAGCC AGGTTCATAC TACTGGAACC AAACCAGGAA TCCAAAATCT 
TTGTTCGATG ACCTCAACAC CAACAAAACC TTCCGAAACT GTACTTCCGA TCAAAAAGAA 
AACTTTTTTA ACGGTTTTAT GAATTTTATA CTGCCTTCCA CCAACCAAAA CGTGTCACTT 
ACGATCCCGC AGTTGGCCGT GAACAAACAG TCGTCTCAAA AGACAGGACT CAAATTAACC 
TACGATACTT TGGATCGTAT GAGATCGAAA GTGCAGGAAG AGGATCTCCC ATGGATGAAC 
TTCCACATCG ACAAATTATT CTATCTCGCC TACGCTCAGA CATATTGCAC GAGGACGCCA 
CTAACATCGT CGTATGTCGA CCTGCACGAG AGTGAGGATC TGCCAAGTCG CATTCTCATC 
TTCATCACGA TGTTCAAAAA CACGCTCGTC GACAGCGCGT GGGACTGCCA GAAGGACCAG 
TACGACCCCA AAAATACCTG CAGTGTATAC CCCGACATAT AA

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

RefSeq	XP_012225025.1
CDS	151..3432
Translation	MPFRQTYQIYRERKAAQREQSFRCCLIILIVFIFLSLILLLARIPWGTQGKNKELSTVADTTQTILRTESSAEITTTPNTPTASDTKSETPSTSQTTLKTKSTAGITTTPFTNQTTPNTPTASDTKSETPSTSQTTLRTESTAGITTTPLTNQTTSNTPTASDTKSETPSTNQTTLRTESTAGITTTLPPSQAKYSKQHENRTEEITNLSTNKTTNETILYSPQNRTASTVESASMNKINESSSKTPINESHSVEEIHFNSTEREEDAETTTTKTTEQTSKKNVESTMQSSVTDINDNRNSTDINETSQTTLASDAITRENATRDSYSQHNYTPFSDEKFSTMNETNEKYTTNVITSTTETSTSFNKLTTTIAPISYERNFSSTATTDKNTNNICNTSYCKQIASKMISYMNDSADPCNDFYEYACGGFETNPLLIDVDQARRISNYERIEKQMIKENLTFAIYYKSCVKYERTVSLSERIKMARDALERVGKFYINDTCSADSANFTDLFVKLIQHHSAFLFDVVPEVDEYHPNSFTLKIGPTSYESPFKTEYEEDSCFENDFKIFVDFEALYRRYKTCKKQDEKDEIRKSVSDALVILKVFENLNDTNLELERINKTINVIDSVIMQGYFSHFPSKSDARKAYLENNYTSISLKKLHEKDNSAFINWTLLIESLTNTDKIINKDIQVYFLDSMVKGLQKLKESAERNCTNLHNAIMALYARKLYQELVMPRQNAKAHCLRVATYLLRPEATNLYLSSFADHEIERMNNRTTYMFNELKQTLKKKINVTLPEGNGKKASDKTDSLELALPPVSYFKNKELLYSDYNMAQNLSKNYFDNSINLMKRYRTLMYTEIRREFKISEQIWTYYATPFQSQIKTIYGLNQIVIPYGIIDWTAINNEDSLNYISLATLGNTIALQIANHFDEPGSYYWNQTRNPKSLFDDLNTNKTFRNCTSDQKENFFNGFMNFILPSTNQNVSLTIPQLAVNKQSSQKTGLKLTYDTLDRMRSKVQEEDLPWMNFHIDKLFYLAYAQTYCTRTPLTSSYVDLHESEDLPSRILIFITMFKNTLVDSAWDCQKDQYDPKNTCSVYPDI

Target ORF information:

RefSeq Version	XM_012369602.1
Organism	Linepithema humile(Argentine ant)
Definition	Linepithema humile endothelin-converting enzyme 1-like (LOC105673752), transcript variant X2, mRNA.

Target ORF information:

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

XM_012369602.1

ORF Insert Sequence:

ATGCCCTTTC GCCAAACGTA CCAAATCTAT CGCGAGCGTA AGGCCGCTCA ACGAGAACAA 
TCGTTCAGAT GCTGCCTCAT CATTCTGATC GTTTTCATTT TCCTAAGTCT CATCCTCCTC 
CTCGCACGCA TACCTTGGGG AACGCAAGGA AAAAACAAGG AGCTGTCTAC TGTCGCTGAC 
ACGACACAGA CAATTTTGAG AACTGAATCT TCTGCAGAAA TTACGACAAC TCCAAATACA 
CCAACTGCAT CCGATACAAA AAGTGAAACT CCATCAACGA GTCAGACAAC TTTGAAAACT 
AAATCTACTG CAGGAATTAC GACAACTCCA TTTACGAATC AGACGACTCC GAATACACCA 
ACTGCATCCG ATACAAAAAG TGAAACTCCA TCAACGAGTC AGACAACTTT GAGAACTGAA 
TCTACTGCAG GAATTACGAC AACTCCACTT ACGAATCAGA CAACTTCGAA TACACCAACT 
GCATCGGATA CAAAAAGTGA AACTCCATCA ACGAATCAGA CAACTTTGAG AACTGAATCT 
ACTGCAGGAA TTACGACAAC TCTACCACCG AGTCAGGCTA AATATTCTAA ACAGCATGAA 
AACCGCACAG AAGAGATAAC AAATTTATCA ACGAATAAGA CAACGAATGA GACAATTCTG 
TATTCACCGC AAAACAGAAC TGCATCCACT GTAGAAAGTG CATCAATGAA CAAAATCAAT 
GAAAGCTCAT CAAAAACACC AATTAACGAA TCTCATTCTG TCGAGGAAAT TCATTTTAAT 
TCAACTGAAC GCGAAGAAGA TGCTGAGACC ACAACAACAA AGACAACTGA ACAAACTTCG 
AAAAAAAACG TTGAGTCGAC TATGCAGAGT AGCGTAACTG ATATCAATGA TAATAGAAAT 
TCTACTGACA TAAATGAAAC ATCGCAAACT ACTTTAGCAA GTGATGCAAT AACTCGTGAG 
AATGCAACAA GGGACAGTTA TTCTCAACAC AATTATACTC CGTTTTCGGA TGAGAAGTTT 
TCAACCATGA ACGAAACTAA CGAAAAATAC ACTACTAACG TAATTACCAG CACAACGGAG 
ACTTCGACTT CTTTCAATAA GTTAACAACC ACGATAGCTC CAATAAGCTA CGAAAGGAAT 
TTCTCGTCTA CGGCGACTAC TGACAAAAAT ACAAATAACA TCTGCAATAC GAGCTACTGT 
AAGCAGATAG CCAGCAAGAT GATATCCTAC ATGAATGACT CGGCTGATCC TTGCAACGAT 
TTCTATGAAT ATGCTTGCGG CGGTTTCGAG ACGAATCCGC TGCTGATTGA CGTGGATCAG 
GCTCGGAGAA TCAGTAATTA CGAGCGAATC GAGAAACAGA TGATAAAGGA AAATTTGACT 
TTCGCGATAT ACTACAAGAG TTGCGTGAAA TATGAAAGAA CCGTGAGTCT CAGCGAAAGG 
ATCAAAATGG CAAGAGATGC GTTGGAAAGA GTAGGAAAAT TTTATATCAA TGACACGTGT 
TCTGCTGATA GTGCAAATTT CACCGACTTG TTCGTCAAAT TAATTCAACA TCACAGCGCT 
TTCCTATTCG ACGTCGTACC GGAAGTGGAC GAGTATCATC CGAATAGTTT TACGCTGAAG 
ATTGGTCCCA CGAGCTACGA GAGTCCCTTC AAAACAGAAT ATGAGGAAGA TTCATGCTTT 
GAAAACGATT TTAAGATTTT TGTGGATTTC GAAGCTTTGT ATCGTAGATA CAAGACGTGT 
AAGAAGCAAG ACGAGAAAGA TGAGATTAGA AAATCCGTTT CAGATGCGTT GGTAATACTT 
AAAGTTTTTG AGAATTTGAA TGACACCAAT CTAGAATTGG AGCGTATAAA TAAGACCATT 
AACGTAATCG ACTCTGTTAT AATGCAAGGA TACTTTTCGC ACTTCCCGAG CAAGAGCGAC 
GCCCGGAAAG CATATTTGGA GAACAATTAT ACAAGTATTA GTTTAAAAAA GTTGCACGAA 
AAGGATAATA GCGCGTTTAT AAATTGGACA CTCTTAATTG AGTCACTCAC CAATACAGAT 
AAGATAATCA ATAAGGATAT TCAAGTTTAT TTTCTCGACT CAATGGTCAA AGGTTTGCAG 
AAATTGAAGG AATCCGCCGA AAGGAATTGT ACGAACCTTC ACAACGCGAT AATGGCGTTA 
TACGCGCGCA AACTTTATCA GGAATTAGTT ATGCCGAGAC AAAATGCAAA GGCTCATTGC 
CTGCGAGTGG CTACTTATCT CCTGCGACCC GAAGCGACTA ATTTATATTT ATCATCCTTT 
GCCGATCACG AAATAGAGCG GATGAATAAT AGAACGACAT ATATGTTCAA CGAGTTAAAA 
CAAACTCTAA AGAAGAAAAT AAATGTGACA CTGCCCGAAG GAAATGGAAA GAAAGCATCG 
GACAAAACCG ACAGTCTTGA GCTCGCATTG CCTCCTGTTT CTTATTTCAA GAATAAAGAA 
TTACTATATA GCGATTATAA TATGGCGCAA AATTTATCCA AAAATTACTT CGATAACTCA 
ATAAATTTAA TGAAAAGATA CAGAACCTTG ATGTACACCG AAATAAGAAG AGAATTTAAG 
ATATCAGAGC AAATTTGGAC GTATTACGCA ACGCCGTTCC AGTCGCAAAT CAAAACGATC 
TACGGCTTAA ATCAGATCGT GATCCCTTAC GGTATCATTG ATTGGACCGC AATAAATAAC 
GAAGACTCTC TCAATTATAT TTCGTTGGCG ACGCTCGGAA ATACAATTGC TCTTCAGATT 
GCCAATCATT TCGATGAGCC AGGTTCATAC TACTGGAACC AAACCAGGAA TCCAAAATCT 
TTGTTCGATG ACCTCAACAC CAACAAAACC TTCCGAAACT GTACTTCCGA TCAAAAAGAA 
AACTTTTTTA ACGGTTTTAT GAATTTTATA CTGCCTTCCA CCAACCAAAA CGTGTCACTT 
ACGATCCCGC AGTTGGCCGT GAACAAACAG TCGTCTCAAA AGACAGGACT CAAATTAACC 
TACGATACTT TGGATCGTAT GAGATCGAAA GTGCAGGAAG AGGATCTCCC ATGGATGAAC 
TTCCACATCG ACAAATTATT CTATCTCGCC TACGCTCAGA CATATTGCAC GAGGACGCCA 
CTAACATCGT CGTATGTCGA CCTGCACGAG AGTGAGGATC TGCCAAGTCG CATTCTCATC 
TTCATCACGA TGTTCAAAAA CACGCTCGTC GACAGCGCGT GGGACTGCCA GAAGGACCAG 
TACGACCCCA AAAATACCTG CAGTGTATAC CCCGACATAT AA