LOC105154249 cDNA ORF clone, Acromyrmex echinatior(Panamanian leafcutter ant)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105154249
Entrez Gene ID	105154249
Full Name	uncharacterized LOC105154249
Gene Type	protein-coding
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011069619.1	XP_011067921.1	uncharacterized protein LOC105154249

Pathways from BioSystems
Gene Ontology

The following LOC105154249 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105154249 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
OAc124287	XM_011069619.1 Latest version!	Acromyrmex echinatior uncharacterized LOC105154249 (LOC105154249), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1371.30 $1959.00

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)

LOC105154249 ( XM_011069619.1 ) cDNA ORF clone, Acromyrmex echinatior(Panamanian leafcutter ant) -> XP_011067921.1 Acromyrmex echinatior uncharacterized LOC105154249 (LOC105154249), mRNA.

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CloneID	OAc124287
Clone ID Related Accession (Same CDS sequence)	XM_011069619.1
Accession Version	XM_011069619.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7794bp) 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	2015-01-12
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)
Product	uncharacterized protein LOC105154249
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011626806.1) 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 :: Acromyrmex echinatior 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##

ATGAAAGTAC AATCTAGTGT ATGCTTGCCG TCCGTTTCAA TGATGCATAA TGATTTTAAA 
TCAGTCATTA AGGAAGTTGT TACCAATAAT GTACCAAAGC TTGACAGGAG TGTCGTCTCT 
TCAGAAGTTA GTGAAGAGGA TTTGGAATTG TTATCTAAAA CAATTAATTT GTCCGGATTT 
GATGATAATA TATCCCCGTG TAATCACATT AATTTATTAC TTCGCTTTGC CGTAGGAGAG 
TTCTCCGTAA ATCTGGAAGA TATGGCGGAT AATCGAGAAC AGCCTTACTT AAATTTGAGA 
TTGCACACCT TGTATTATGA AACAGCCATA ATGGAATACG GCGTTGCTGT TCAATTTGGC 
ATTGGATCGA TTTTTCTGGT TGATAAGACA AACGCTGGCG TTACCGGATC GTATCTAGAA 
TTGATATCCA CTGACGAGTC ATATGAAGTC CTCGTTGTGT CGTATCGTAA GGTTAAATCG 
AATTGCCCTG ATTTTAAATC TCATTTCAAA AATATCGAAC GCTCGCTGGT TGTGAACCTG 
TTAAATATCA ACGTAAACTT TCATAGATCT GCGTTGTTGA AAATGAAAGA CTACTGGCAT 
AAATTTCAAA CTGTGTGTCA TGATACCCTC TTATTCAAAT ACGCCGACAA GATATGCGAT 
AATATTGTAA AACGAGAACA AAAGGACATT GATCCACCAA TTCCACCAGG CGCAATTAAA 
CTTAACTATT CAACCAGGCT CAGTTCATTA GTGGTACGTT TCTGCGATAA AGACATTGAT 
TTAATGGAAA TTAAGATTTT GGGTTTAGAA AATGATTGCA TTTACAATGC GAATGAGAGA 
ATGGTGTTGC GTGCACATCT CAGGAGCATA CTCGCTGAAG ATCTGATTGA TGATACGCTT 
TATTCCAAAA TCTTGATGAC TGATGAAGAT AAAGTTTTTG ATCTGAAATA TGTGAGACAC 
ATACCAAGAT TATATAAATG CTCTGATATC GATACAAATC AGGATGACGT TATGTCGGAT 
GGCACTTTTA AGCTTTCTGT TGGACGAATA AATTGCGTGA TTATTTCTAA AATTCTATAT 
GATTTACGGA ATTTTATAAT ACCATTTACG TCTACGTATT ATACGCGTCT CTTATATTAC 
TTGAAAAATA AATTCGTTGG AGGGATTGAA CTATTTAAAA GGAGCGCGAC GAAACTGCAT 
ATTTTTATTG ACATACAAGG GCCTACTTTT TTACTGCCAC AGAAGAAAGA TGCCCCGAGT 
CTCTTGGTTT TTGATACAGG TATATTATCG GTTGAAAATT TTTTTAAGAA TAGTGGACAG 
TCAGTACAAT CAATTAAAGT GACTGCTAAC GATAGCAATC AATTAATAAT TGATAATATT 
TTGGTAAAGT TGAAATCTAT GACTGTATCT AGAGCAATTA TGACTCTGAC TCGAGATTTA 
GAAGTCCAGG AACCCATTAT CGAACCTATA CAAATTCAAT TTGATATTAA GAGAAAAACG 
GAGTATCGTA GCATTATTGA ATTTCAAACC TATGGTTTAT TCGACATACA AGGAGCTATT 
GATATCATAA ATATAAACTT AAGTCAGAGA GATCTCAAAT CCCTCATATC GGTGTGGCAA 
GATAACATTT CTAAAATACC ATTGCTTAAG AAAATCGGTG AGAATGAAGA TAGAATTTTA 
ACACAAGATT CGCAAAAAAA TACTAACCAC GACGATGATA TTATGGTGAA GAAACTGGAA 
AATTTCTTAA CGCACAATGA AACAACATTA TGCGAAGTTA ACATAAAACT TGCCTTGGAG 
GGTTTGCAAT TAAATTTGTT TATGGATACA GAAGAGGTGT TGAGTTCTCC TGTACGCGAT 
TTAAATCACG GTTTATGCAA GTTGGTCTTT GGAGAAACTA TAAATACATG GGACTTTTAT 
AGCGACAAGA GTTTGAAAAT GAAATTGTCT TTGCAAAGCT GCTTATTGCA GGATACTCGT 
AAGGATTCGG TCGTCGAGAA AAGGATAATA CAATCACCGG CGATATCCTT AGAAAAGAAT 
TTGGAATCCT GTATTTCCGT ATCAATGTCT CCTATAGTCG ATGTAACATA TAGTCGTACT 
CAAGCAGAGG AAAAGTGTTT CGATGTTCTT ATTCAAGACA TACGAATTAA TTTATCTGTG 
CCTTTCTTGA TGCACTTGGG ACGTTATTTT CTAGATTCCT TACCCGGTGA ACAGATAGAG 
AAAGGAATTA TCAATCACGG ATATGATAAT AATAATCAGA TGAACCGGAA TACTTTAAAT 
GCAGAAATTG ACAAATTAAA TCACTCCCAA TATTTTAAGG AACAGCCAGG TACTTCAATA 
TCAATTAGAA TACAAAAACC AGATATCTTT CTATTCGGTG ACTTAGAGAA GAGCAGCACT 
CATGTAATAC GAATGCAAGC GGAAGTGTTT ATTGAAAGTA GCAGACACAG TCGGTCCTCC 
TCGGTAGTCT GTACGTTGAC TAACGTCAAT GCCAAGACTA AAGGACAGGG AAATTATGAG 
TCCCCGTGTT GGTTGTTACG TCCCTGTGAT ATAGAAATTT GTAAAAAGAA ATTATCTTGC 
GGTAACGAAG ACATTACTGT TGCTATAAAT AATATTAATA TACATCTATC AGCGGAAGTG 
ATGCATACTT TTATTGACAT ATTGAATGAA GCGTCGACTT TCTTGAACAG TATTAATTTG 
AAAACAGACG ATGACAGTAA TCAGAACACA AACGTGCATA ATCTTTGGAC ACCAAGAAAA 
GTTTCTAGTA TACCATATAA AAAAACTGAC GAACGTAACA GAGAATTGTA TCGTCGCCGC 
AACGATCAAG TAACATTCAA TTTGAGACCT GTGCTAATAT GTTTATTGCT GGAAATGGAA 
TACGCCGTAG GAAGATTTCC AGTAATGAGA ATGGAAACTG TCATCACTGC TACCATTAAC 
GATTGGCGCA ACAATTTTCA CCTTGAATCC AATGTAAAAC TTCACGCGTT CTGTTACAAT 
AGAGCTCGTC AGAATTGGGA ACCTTTCATC GAATTTTACA CGAAAGATGA CATAGACTAT 
AGACCATGGG AAATCACAAT CAAGATATAT CGAGGCGAAG CGAATATGAT TAATTCTGAT 
TGGACGGACC CTTGCCATCA CATAAAGCAA GATCCACTGA AAGCGAGAAA AAAAAATATG 
CAATACAATG AAGAGGATAT GACAGATATG ACATTTATTG GACCTGATGT CGATATGATC 
TCAGTTACAA GAAAAGAACC TGAAACCTAT GATACATATG AGGATGAATC TGACACGGAT 
GATGATGAGA ACGATACAAA ATTAACAAAA ATTTCAAGTT ATTTATTTAA TAGTACCAGT 
GATGGCGAAG AAAGCGATTC TGACGATTCA AGTACAAACG AGGATGAGGA ATTTGAATTA 
ATATTGGATT GTAATCCTGA ATGTTGCAAT CCAGTCACAC ATGTACCGAC AAAAACGAAT 
CTCACCGCAC CATATATCAT TATCTATTCA GAGAACAAAG TTAACATTAC TATAACGCAA 
GACATGATTG CAACATGGAA TGCAATTTCA AACGCATTTA CACAAGCGAG GGGTGGAATT 
CCGTTTGTAC CCACTAATAC GCGGGAATTA ACTGTGTTAA ACGACATAGG TCACGCAAGT 
CGAGTTGAGC TGCTTGTTCA AGAGCAAGTG GACGGGAATA ACGACATGCG TGTCGTAGCT 
GCATATAATT TTCATGACGG AAGCTCACCA GTTAGTGCAC CTAGCAGTCC TGAGAATGAA 
CAGGCGGATC TCACGAGTCC CCAGTGGGCC GGAAAGGAAA CCACTGCGAT CGTATCAGAG 
TGTAAAGCTT TCCCCATCGA CTCACCAGTG TATATCTACA AATCGATAAC TGATGAACTT 
CTTCGTATCA TCTTTGAAGG GTTCGAAGAC GTGTTGGTGT ATTGCCCGAA GAAAGAAACG 
CGTAATCTCG TAGCACTTCG TCCTGTGAGA CATGAGGTTC GTTATTACCT GGTGATAGAG 
GCATCCATAA ACAATTTTTT GCATCGTACG ATTTGCGTGC GATCTCCGTT ACAGTTTCGA 
AATGAAACTT CATACGCCTT GGGACTTTAT TACAAGAAAG CGATGATAGA TAAATTGAAT 
TTGACGCTAA CCGGTGAAAC TACGAATCCT TTCGATGATA ATGTGAGAAT GGCGATCATA 
GAACCTGATG CAACATATAA TATACCTTTA TATATCGCTT ATCATTGCCC AATACATGTT 
CTTCCTGCAT ATCTAGAGAA ATATCAAGTT AGTGAAGAAG GAATTTATTG GAAAGATTTG 
AGGGGTATAG CAAATGCATT TAAGGATGTA TGCTGCGAAG CGAAAGGCGA TAATAATCGT 
AATGTATTCT GTGTCAGAGC GATATGCACG GAACTTCCAT TAACGACTCG TCCCTCAGGT 
TGTCAAGTGC CGAATTACTT GATAAATATC GTTCCACCTA TTATTTTTAA TAATCAGCTA 
CCTTTTGTTA TCGATGTCAG TATACCTGGC ATCAATTACG AAGTAAAAAT CGAACCCGGG 
GAGAAAATAA ATATGCATTC TTTAAATCAT GGCAATAACG TACAGTTTGT TTTCAAGATA 
CACAACTATT TAGGCATGTC TTGGATGGGT GCAGTAAAAC TAAATATGAA TCTGGAGCGC 
AAGTTCGTAT TAATGTCTAC AGATAACGAG TCAGACTTAA TGAAGCCTTT TCTGCTGTGT 
TTAGAATTGT GCAAAATTCT CAGTTGGAAC ATTATTATAC AATCGCAATA TTGGATAATA 
AATAAATCTG GCTTACCGTT GTTTATCCAG GACTGTCATT CTCATATAAC GTATGAGATG 
CCGGAGGAGG AGTTAATGAT ATTCTCTCAA AAGAACAATA AGAAGAGTAT GGTACGATTA 
AGAGCACATC AATCTGAATG GTCAATGCCA TTTGGACTGG ACGGGATTAC GTCAATGTCA 
TTGATCATAT GTCGCGATAT CGAACGCGGA CGAAAGTATC AGATTTTAAC AGAGATAGAG 
AGCTCACGTT TGTCGCCAAT CTTCACAAAG ATCATAACGT TTCTACCATA CTTCTTCATC 
TGCAACAAAA CCAAGAGAGC CTTGAGATTC ATGGAAGAGA ATGAAGAAGC CGATCTTTGG 
AACGACCTCT TGCCCGGGCA AGAGATGTCA TTCTGGCCCG CCACTGAATC TATGAAGATG 
AAAATAAAGT GGAGAAATAG CCAATTGGTT TCGCAACACT TTGATATTAC GCATGCGGGC 
AAAACTGTGT TGAGAATGGA TAACGGGTCG GCACTATGCG TGGAGATCGA AGGCGGCGTC 
AGTACTCCGT ACCGTATAAC ATTCCGGAGA TATATCACTG GTGATATACC AGTGAGAGTG 
GATAATCTCT GCGACAAATT ATTTCTGAAG CTGAATCAAA TTAATTTAGG CCAAGTCGCA 
TTGCTCAAAC CATTTCAAAG TTTATTATAT ACATGGGACG ATCCTACTCA AACTAGAGAA 
TTGATTTGGA ATGTTTACAG TAATAATGCA ATTGGTTACA GAGCACAATT TGAGATGGAT 
GGTTGTGGGC AGGAAAAAGT ATCTTTCATA ACCATCGAAC GACGCCACAG TGCGTCTTAT 
TCTTCCGTTA CTCCCAAGTC ACTAGCGAAT ACGAAGTCGT GGTCGGAGGA TACGAGTGGA 
AATGTCAATC ACGTTCCTAG CGCGGAATCC GAGGCGAAGT CGCAAATGTC GGAGCATATG 
CACCAGGGTG AAGCAATGGT TTACTGGGTG AGCTATATGG AAGGTGAGCA ACGCGTGATG 
CTGTTCACAC AGCACGAGAG CGTGTACCTT AAAGCAAGGA GTATTATCGA TCCTGAGGCG 
AGCAAAAGAG AAATATTCTT GTCAATTGCA GCTATTGGAA TAAGTGTTGT TGTACATGAA 
TCCAATCCTC ATAACTCCAG ACGGGAGTTA CTGTACGCTA GTGTGATCGA CTCAGCCGCG 
CATTGGGAAC TTTACTTCAG CAAACGATGG AGGAATCTAT CGCTGGAGCT GAGTGCCTGG 
TTAGAAAATA AATACACGAA TTCCGCGAAG ACGGCACAGC TTGAGAATTT CATTGACGTT 
GACTTCACAA AAATGCAGAT GACAAAACCA TTCTTTGGCA AGCTGCGAAG AACGTATTCA 
CCAGGTATCT GGTTACATTG TAGGGAATCC ACGACGCTTT GTTACTTGCA AGGATACATT 
CATAGAATAC AGATCGATAA TCAACTGAAT GAAGCTACCT TCCCGGTAGT TCTATATCCC 
AACTTGGAAA AGACTTTTGT GAATTATGCT GGAAGCCGCA AATTGAAACA TTGCTTAGAA 
TTCTCGTACC TGAAACAACG CAAATTAAGA AGCATTATTT ACAAAGGAAT ATGTGTCATC 
GTCAGAGAGT TTAATTTGAA TATAGAAGAG TCCTTCCTCA GTTCCTTGAT CAATTTAGTA 
CCTAAGACAC CGGAAACTAA ACATTCGATT GCCGCGAAAT TAAGGAGAGA TGTGTCCAAT 
ATGCGCGTTT CTTCAGTTCG CAATATTAGT AATAACACAA ATGGCAAAGG AAAAGATTTA 
ATAGAGCAGA TATACATCTC CCCGATAGCA TTACGCTTGA GATTATTGGC TAATACGGAC 
GGAACTAATA CGCGTAATTT CAACAACGTG CTTGGTTATC ACAATGTTCT TCGATTTATT 
TTCGAGTATG CAGAGAAGGG TACGTTTAAG AGGGACGTTG AATTCAGATT GCCTGACTAT 
CGAAAAAGTT TCATGACCGT GGATAACAAA TGGTTCCTCT CCCATCTTTC ACGTATCTAC 
ATGGCGCAGA TTATGGAACA GTTCCACGTG CTGGTCCGCT TAACTACCGT CCTGGGAAAT 
CAGTATGGCT ACAACTTTAA GTCGCCAGGG AGCAATTTCT GCGAGCCGGA TTTGCTATTG 
ATGTGTGGGG ACGAGTCTGC GGAGAAACTG GCACACGAGG TCGCATGTGA GCTAGGATAT 
GCTACGCCCG ATGGTATACA AGCCTCATTT TTAAGCGGCC ATGACGCTCA CACGCTTCAT 
TACAAGATGA AAGATACAAA TTATCGAAAT CCAGATGTTC CGCCTTTGGC GTTTTTAGTC 
GATCATTCAT TCGCTACAGA AATTGATTTG GAGACTTCTG GCTTGATCAC TACGTCGACG 
AATAGCATTC ATCGAGAAGA ATTAAGATAT TTCTTCAAAA CATTGGGAAA GAAAACATCT 
GTGCTCTTCA AGGCGGAAAG TTCTTATTTG AAAACTTATT CGAAAGTAAT AGCAGATATA 
ATAAAAAGGG CGCAAGAGGT GGGCCTCGTA TCCAGAATGC GATTGCCGCG ATATATTAAT 
CCACATTTCG GCGTAGAATC ATTTTCGACG CATAAAGCGA AAGGAGCGTA CTTATTAAAC 
GCTATAAGTA AAGGTCATTG CGTTCAGAAC GATTCTTATT GGGGACACGC TACGCTTCAC 
AGCGATGGAA AATACATTAC GCTCGTATCT TTGCAACGGA TATACTATAT CGAGAAAGGA 
AATGCATGGG GATCATGGAA TGTGAAATGG ACTTTGGAAA CTAATCAATT GCTATCACCA 
CCAACCATCG CTAAGAATAA ACTTGTTTTG CATATAGAGA ACGAGAAAGA GACATCGTCG 
TCTATGGTAG ATTGGTATGT GGAGAGCGAG GCCGAGGACA TCCTGAATTG GCTGTGTCGC 
AAAATGAACA ACGCAATGAT CCTGAACATG GAGAACAGCA TTTGTTCCAA ATGA

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

RefSeq	XP_011067921.1
CDS	28..7821
Translation	MKVQSSVCLPSVSMMHNDFKSVIKEVVTNNVPKLDRSVVSSEVSEEDLELLSKTINLSGFDDNISPCNHINLLLRFAVGEFSVNLEDMADNREQPYLNLRLHTLYYETAIMEYGVAVQFGIGSIFLVDKTNAGVTGSYLELISTDESYEVLVVSYRKVKSNCPDFKSHFKNIERSLVVNLLNINVNFHRSALLKMKDYWHKFQTVCHDTLLFKYADKICDNIVKREQKDIDPPIPPGAIKLNYSTRLSSLVVRFCDKDIDLMEIKILGLENDCIYNANERMVLRAHLRSILAEDLIDDTLYSKILMTDEDKVFDLKYVRHIPRLYKCSDIDTNQDDVMSDGTFKLSVGRINCVIISKILYDLRNFIIPFTSTYYTRLLYYLKNKFVGGIELFKRSATKLHIFIDIQGPTFLLPQKKDAPSLLVFDTGILSVENFFKNSGQSVQSIKVTANDSNQLIIDNILVKLKSMTVSRAIMTLTRDLEVQEPIIEPIQIQFDIKRKTEYRSIIEFQTYGLFDIQGAIDIININLSQRDLKSLISVWQDNISKIPLLKKIGENEDRILTQDSQKNTNHDDDIMVKKLENFLTHNETTLCEVNIKLALEGLQLNLFMDTEEVLSSPVRDLNHGLCKLVFGETINTWDFYSDKSLKMKLSLQSCLLQDTRKDSVVEKRIIQSPAISLEKNLESCISVSMSPIVDVTYSRTQAEEKCFDVLIQDIRINLSVPFLMHLGRYFLDSLPGEQIEKGIINHGYDNNNQMNRNTLNAEIDKLNHSQYFKEQPGTSISIRIQKPDIFLFGDLEKSSTHVIRMQAEVFIESSRHSRSSSVVCTLTNVNAKTKGQGNYESPCWLLRPCDIEICKKKLSCGNEDITVAINNINIHLSAEVMHTFIDILNEASTFLNSINLKTDDDSNQNTNVHNLWTPRKVSSIPYKKTDERNRELYRRRNDQVTFNLRPVLICLLLEMEYAVGRFPVMRMETVITATINDWRNNFHLESNVKLHAFCYNRARQNWEPFIEFYTKDDIDYRPWEITIKIYRGEANMINSDWTDPCHHIKQDPLKARKKNMQYNEEDMTDMTFIGPDVDMISVTRKEPETYDTYEDESDTDDDENDTKLTKISSYLFNSTSDGEESDSDDSSTNEDEEFELILDCNPECCNPVTHVPTKTNLTAPYIIIYSENKVNITITQDMIATWNAISNAFTQARGGIPFVPTNTRELTVLNDIGHASRVELLVQEQVDGNNDMRVVAAYNFHDGSSPVSAPSSPENEQADLTSPQWAGKETTAIVSECKAFPIDSPVYIYKSITDELLRIIFEGFEDVLVYCPKKETRNLVALRPVRHEVRYYLVIEASINNFLHRTICVRSPLQFRNETSYALGLYYKKAMIDKLNLTLTGETTNPFDDNVRMAIIEPDATYNIPLYIAYHCPIHVLPAYLEKYQVSEEGIYWKDLRGIANAFKDVCCEAKGDNNRNVFCVRAICTELPLTTRPSGCQVPNYLINIVPPIIFNNQLPFVIDVSIPGINYEVKIEPGEKINMHSLNHGNNVQFVFKIHNYLGMSWMGAVKLNMNLERKFVLMSTDNESDLMKPFLLCLELCKILSWNIIIQSQYWIINKSGLPLFIQDCHSHITYEMPEEELMIFSQKNNKKSMVRLRAHQSEWSMPFGLDGITSMSLIICRDIERGRKYQILTEIESSRLSPIFTKIITFLPYFFICNKTKRALRFMEENEEADLWNDLLPGQEMSFWPATESMKMKIKWRNSQLVSQHFDITHAGKTVLRMDNGSALCVEIEGGVSTPYRITFRRYITGDIPVRVDNLCDKLFLKLNQINLGQVALLKPFQSLLYTWDDPTQTRELIWNVYSNNAIGYRAQFEMDGCGQEKVSFITIERRHSASYSSVTPKSLANTKSWSEDTSGNVNHVPSAESEAKSQMSEHMHQGEAMVYWVSYMEGEQRVMLFTQHESVYLKARSIIDPEASKREIFLSIAAIGISVVVHESNPHNSRRELLYASVIDSAAHWELYFSKRWRNLSLELSAWLENKYTNSAKTAQLENFIDVDFTKMQMTKPFFGKLRRTYSPGIWLHCRESTTLCYLQGYIHRIQIDNQLNEATFPVVLYPNLEKTFVNYAGSRKLKHCLEFSYLKQRKLRSIIYKGICVIVREFNLNIEESFLSSLINLVPKTPETKHSIAAKLRRDVSNMRVSSVRNISNNTNGKGKDLIEQIYISPIALRLRLLANTDGTNTRNFNNVLGYHNVLRFIFEYAEKGTFKRDVEFRLPDYRKSFMTVDNKWFLSHLSRIYMAQIMEQFHVLVRLTTVLGNQYGYNFKSPGSNFCEPDLLLMCGDESAEKLAHEVACELGYATPDGIQASFLSGHDAHTLHYKMKDTNYRNPDVPPLAFLVDHSFATEIDLETSGLITTSTNSIHREELRYFFKTLGKKTSVLFKAESSYLKTYSKVIADIIKRAQEVGLVSRMRLPRYINPHFGVESFSTHKAKGAYLLNAISKGHCVQNDSYWGHATLHSDGKYITLVSLQRIYYIEKGNAWGSWNVKWTLETNQLLSPPTIAKNKLVLHIENEKETSSSMVDWYVESEAEDILNWLCRKMNNAMILNMENSICSK

Target ORF information:

RefSeq Version	XM_011069619.1
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)
Definition	Acromyrmex echinatior uncharacterized LOC105154249 (LOC105154249), mRNA.

Target ORF information:

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

XM_011069619.1

ORF Insert Sequence:

ATGAAAGTAC AATCTAGTGT ATGCTTGCCG TCCGTTTCAA TGATGCATAA TGATTTTAAA 
TCAGTCATTA AGGAAGTTGT TACCAATAAT GTACCAAAGC TTGACAGGAG TGTCGTCTCT 
TCAGAAGTTA GTGAAGAGGA TTTGGAATTG TTATCTAAAA CAATTAATTT GTCCGGATTT 
GATGATAATA TATCCCCGTG TAATCACATT AATTTATTAC TTCGCTTTGC CGTAGGAGAG 
TTCTCCGTAA ATCTGGAAGA TATGGCGGAT AATCGAGAAC AGCCTTACTT AAATTTGAGA 
TTGCACACCT TGTATTATGA AACAGCCATA ATGGAATACG GCGTTGCTGT TCAATTTGGC 
ATTGGATCGA TTTTTCTGGT TGATAAGACA AACGCTGGCG TTACCGGATC GTATCTAGAA 
TTGATATCCA CTGACGAGTC ATATGAAGTC CTCGTTGTGT CGTATCGTAA GGTTAAATCG 
AATTGCCCTG ATTTTAAATC TCATTTCAAA AATATCGAAC GCTCGCTGGT TGTGAACCTG 
TTAAATATCA ACGTAAACTT TCATAGATCT GCGTTGTTGA AAATGAAAGA CTACTGGCAT 
AAATTTCAAA CTGTGTGTCA TGATACCCTC TTATTCAAAT ACGCCGACAA GATATGCGAT 
AATATTGTAA AACGAGAACA AAAGGACATT GATCCACCAA TTCCACCAGG CGCAATTAAA 
CTTAACTATT CAACCAGGCT CAGTTCATTA GTGGTACGTT TCTGCGATAA AGACATTGAT 
TTAATGGAAA TTAAGATTTT GGGTTTAGAA AATGATTGCA TTTACAATGC GAATGAGAGA 
ATGGTGTTGC GTGCACATCT CAGGAGCATA CTCGCTGAAG ATCTGATTGA TGATACGCTT 
TATTCCAAAA TCTTGATGAC TGATGAAGAT AAAGTTTTTG ATCTGAAATA TGTGAGACAC 
ATACCAAGAT TATATAAATG CTCTGATATC GATACAAATC AGGATGACGT TATGTCGGAT 
GGCACTTTTA AGCTTTCTGT TGGACGAATA AATTGCGTGA TTATTTCTAA AATTCTATAT 
GATTTACGGA ATTTTATAAT ACCATTTACG TCTACGTATT ATACGCGTCT CTTATATTAC 
TTGAAAAATA AATTCGTTGG AGGGATTGAA CTATTTAAAA GGAGCGCGAC GAAACTGCAT 
ATTTTTATTG ACATACAAGG GCCTACTTTT TTACTGCCAC AGAAGAAAGA TGCCCCGAGT 
CTCTTGGTTT TTGATACAGG TATATTATCG GTTGAAAATT TTTTTAAGAA TAGTGGACAG 
TCAGTACAAT CAATTAAAGT GACTGCTAAC GATAGCAATC AATTAATAAT TGATAATATT 
TTGGTAAAGT TGAAATCTAT GACTGTATCT AGAGCAATTA TGACTCTGAC TCGAGATTTA 
GAAGTCCAGG AACCCATTAT CGAACCTATA CAAATTCAAT TTGATATTAA GAGAAAAACG 
GAGTATCGTA GCATTATTGA ATTTCAAACC TATGGTTTAT TCGACATACA AGGAGCTATT 
GATATCATAA ATATAAACTT AAGTCAGAGA GATCTCAAAT CCCTCATATC GGTGTGGCAA 
GATAACATTT CTAAAATACC ATTGCTTAAG AAAATCGGTG AGAATGAAGA TAGAATTTTA 
ACACAAGATT CGCAAAAAAA TACTAACCAC GACGATGATA TTATGGTGAA GAAACTGGAA 
AATTTCTTAA CGCACAATGA AACAACATTA TGCGAAGTTA ACATAAAACT TGCCTTGGAG 
GGTTTGCAAT TAAATTTGTT TATGGATACA GAAGAGGTGT TGAGTTCTCC TGTACGCGAT 
TTAAATCACG GTTTATGCAA GTTGGTCTTT GGAGAAACTA TAAATACATG GGACTTTTAT 
AGCGACAAGA GTTTGAAAAT GAAATTGTCT TTGCAAAGCT GCTTATTGCA GGATACTCGT 
AAGGATTCGG TCGTCGAGAA AAGGATAATA CAATCACCGG CGATATCCTT AGAAAAGAAT 
TTGGAATCCT GTATTTCCGT ATCAATGTCT CCTATAGTCG ATGTAACATA TAGTCGTACT 
CAAGCAGAGG AAAAGTGTTT CGATGTTCTT ATTCAAGACA TACGAATTAA TTTATCTGTG 
CCTTTCTTGA TGCACTTGGG ACGTTATTTT CTAGATTCCT TACCCGGTGA ACAGATAGAG 
AAAGGAATTA TCAATCACGG ATATGATAAT AATAATCAGA TGAACCGGAA TACTTTAAAT 
GCAGAAATTG ACAAATTAAA TCACTCCCAA TATTTTAAGG AACAGCCAGG TACTTCAATA 
TCAATTAGAA TACAAAAACC AGATATCTTT CTATTCGGTG ACTTAGAGAA GAGCAGCACT 
CATGTAATAC GAATGCAAGC GGAAGTGTTT ATTGAAAGTA GCAGACACAG TCGGTCCTCC 
TCGGTAGTCT GTACGTTGAC TAACGTCAAT GCCAAGACTA AAGGACAGGG AAATTATGAG 
TCCCCGTGTT GGTTGTTACG TCCCTGTGAT ATAGAAATTT GTAAAAAGAA ATTATCTTGC 
GGTAACGAAG ACATTACTGT TGCTATAAAT AATATTAATA TACATCTATC AGCGGAAGTG 
ATGCATACTT TTATTGACAT ATTGAATGAA GCGTCGACTT TCTTGAACAG TATTAATTTG 
AAAACAGACG ATGACAGTAA TCAGAACACA AACGTGCATA ATCTTTGGAC ACCAAGAAAA 
GTTTCTAGTA TACCATATAA AAAAACTGAC GAACGTAACA GAGAATTGTA TCGTCGCCGC 
AACGATCAAG TAACATTCAA TTTGAGACCT GTGCTAATAT GTTTATTGCT GGAAATGGAA 
TACGCCGTAG GAAGATTTCC AGTAATGAGA ATGGAAACTG TCATCACTGC TACCATTAAC 
GATTGGCGCA ACAATTTTCA CCTTGAATCC AATGTAAAAC TTCACGCGTT CTGTTACAAT 
AGAGCTCGTC AGAATTGGGA ACCTTTCATC GAATTTTACA CGAAAGATGA CATAGACTAT 
AGACCATGGG AAATCACAAT CAAGATATAT CGAGGCGAAG CGAATATGAT TAATTCTGAT 
TGGACGGACC CTTGCCATCA CATAAAGCAA GATCCACTGA AAGCGAGAAA AAAAAATATG 
CAATACAATG AAGAGGATAT GACAGATATG ACATTTATTG GACCTGATGT CGATATGATC 
TCAGTTACAA GAAAAGAACC TGAAACCTAT GATACATATG AGGATGAATC TGACACGGAT 
GATGATGAGA ACGATACAAA ATTAACAAAA ATTTCAAGTT ATTTATTTAA TAGTACCAGT 
GATGGCGAAG AAAGCGATTC TGACGATTCA AGTACAAACG AGGATGAGGA ATTTGAATTA 
ATATTGGATT GTAATCCTGA ATGTTGCAAT CCAGTCACAC ATGTACCGAC AAAAACGAAT 
CTCACCGCAC CATATATCAT TATCTATTCA GAGAACAAAG TTAACATTAC TATAACGCAA 
GACATGATTG CAACATGGAA TGCAATTTCA AACGCATTTA CACAAGCGAG GGGTGGAATT 
CCGTTTGTAC CCACTAATAC GCGGGAATTA ACTGTGTTAA ACGACATAGG TCACGCAAGT 
CGAGTTGAGC TGCTTGTTCA AGAGCAAGTG GACGGGAATA ACGACATGCG TGTCGTAGCT 
GCATATAATT TTCATGACGG AAGCTCACCA GTTAGTGCAC CTAGCAGTCC TGAGAATGAA 
CAGGCGGATC TCACGAGTCC CCAGTGGGCC GGAAAGGAAA CCACTGCGAT CGTATCAGAG 
TGTAAAGCTT TCCCCATCGA CTCACCAGTG TATATCTACA AATCGATAAC TGATGAACTT 
CTTCGTATCA TCTTTGAAGG GTTCGAAGAC GTGTTGGTGT ATTGCCCGAA GAAAGAAACG 
CGTAATCTCG TAGCACTTCG TCCTGTGAGA CATGAGGTTC GTTATTACCT GGTGATAGAG 
GCATCCATAA ACAATTTTTT GCATCGTACG ATTTGCGTGC GATCTCCGTT ACAGTTTCGA 
AATGAAACTT CATACGCCTT GGGACTTTAT TACAAGAAAG CGATGATAGA TAAATTGAAT 
TTGACGCTAA CCGGTGAAAC TACGAATCCT TTCGATGATA ATGTGAGAAT GGCGATCATA 
GAACCTGATG CAACATATAA TATACCTTTA TATATCGCTT ATCATTGCCC AATACATGTT 
CTTCCTGCAT ATCTAGAGAA ATATCAAGTT AGTGAAGAAG GAATTTATTG GAAAGATTTG 
AGGGGTATAG CAAATGCATT TAAGGATGTA TGCTGCGAAG CGAAAGGCGA TAATAATCGT 
AATGTATTCT GTGTCAGAGC GATATGCACG GAACTTCCAT TAACGACTCG TCCCTCAGGT 
TGTCAAGTGC CGAATTACTT GATAAATATC GTTCCACCTA TTATTTTTAA TAATCAGCTA 
CCTTTTGTTA TCGATGTCAG TATACCTGGC ATCAATTACG AAGTAAAAAT CGAACCCGGG 
GAGAAAATAA ATATGCATTC TTTAAATCAT GGCAATAACG TACAGTTTGT TTTCAAGATA 
CACAACTATT TAGGCATGTC TTGGATGGGT GCAGTAAAAC TAAATATGAA TCTGGAGCGC 
AAGTTCGTAT TAATGTCTAC AGATAACGAG TCAGACTTAA TGAAGCCTTT TCTGCTGTGT 
TTAGAATTGT GCAAAATTCT CAGTTGGAAC ATTATTATAC AATCGCAATA TTGGATAATA 
AATAAATCTG GCTTACCGTT GTTTATCCAG GACTGTCATT CTCATATAAC GTATGAGATG 
CCGGAGGAGG AGTTAATGAT ATTCTCTCAA AAGAACAATA AGAAGAGTAT GGTACGATTA 
AGAGCACATC AATCTGAATG GTCAATGCCA TTTGGACTGG ACGGGATTAC GTCAATGTCA 
TTGATCATAT GTCGCGATAT CGAACGCGGA CGAAAGTATC AGATTTTAAC AGAGATAGAG 
AGCTCACGTT TGTCGCCAAT CTTCACAAAG ATCATAACGT TTCTACCATA CTTCTTCATC 
TGCAACAAAA CCAAGAGAGC CTTGAGATTC ATGGAAGAGA ATGAAGAAGC CGATCTTTGG 
AACGACCTCT TGCCCGGGCA AGAGATGTCA TTCTGGCCCG CCACTGAATC TATGAAGATG 
AAAATAAAGT GGAGAAATAG CCAATTGGTT TCGCAACACT TTGATATTAC GCATGCGGGC 
AAAACTGTGT TGAGAATGGA TAACGGGTCG GCACTATGCG TGGAGATCGA AGGCGGCGTC 
AGTACTCCGT ACCGTATAAC ATTCCGGAGA TATATCACTG GTGATATACC AGTGAGAGTG 
GATAATCTCT GCGACAAATT ATTTCTGAAG CTGAATCAAA TTAATTTAGG CCAAGTCGCA 
TTGCTCAAAC CATTTCAAAG TTTATTATAT ACATGGGACG ATCCTACTCA AACTAGAGAA 
TTGATTTGGA ATGTTTACAG TAATAATGCA ATTGGTTACA GAGCACAATT TGAGATGGAT 
GGTTGTGGGC AGGAAAAAGT ATCTTTCATA ACCATCGAAC GACGCCACAG TGCGTCTTAT 
TCTTCCGTTA CTCCCAAGTC ACTAGCGAAT ACGAAGTCGT GGTCGGAGGA TACGAGTGGA 
AATGTCAATC ACGTTCCTAG CGCGGAATCC GAGGCGAAGT CGCAAATGTC GGAGCATATG 
CACCAGGGTG AAGCAATGGT TTACTGGGTG AGCTATATGG AAGGTGAGCA ACGCGTGATG 
CTGTTCACAC AGCACGAGAG CGTGTACCTT AAAGCAAGGA GTATTATCGA TCCTGAGGCG 
AGCAAAAGAG AAATATTCTT GTCAATTGCA GCTATTGGAA TAAGTGTTGT TGTACATGAA 
TCCAATCCTC ATAACTCCAG ACGGGAGTTA CTGTACGCTA GTGTGATCGA CTCAGCCGCG 
CATTGGGAAC TTTACTTCAG CAAACGATGG AGGAATCTAT CGCTGGAGCT GAGTGCCTGG 
TTAGAAAATA AATACACGAA TTCCGCGAAG ACGGCACAGC TTGAGAATTT CATTGACGTT 
GACTTCACAA AAATGCAGAT GACAAAACCA TTCTTTGGCA AGCTGCGAAG AACGTATTCA 
CCAGGTATCT GGTTACATTG TAGGGAATCC ACGACGCTTT GTTACTTGCA AGGATACATT 
CATAGAATAC AGATCGATAA TCAACTGAAT GAAGCTACCT TCCCGGTAGT TCTATATCCC 
AACTTGGAAA AGACTTTTGT GAATTATGCT GGAAGCCGCA AATTGAAACA TTGCTTAGAA 
TTCTCGTACC TGAAACAACG CAAATTAAGA AGCATTATTT ACAAAGGAAT ATGTGTCATC 
GTCAGAGAGT TTAATTTGAA TATAGAAGAG TCCTTCCTCA GTTCCTTGAT CAATTTAGTA 
CCTAAGACAC CGGAAACTAA ACATTCGATT GCCGCGAAAT TAAGGAGAGA TGTGTCCAAT 
ATGCGCGTTT CTTCAGTTCG CAATATTAGT AATAACACAA ATGGCAAAGG AAAAGATTTA 
ATAGAGCAGA TATACATCTC CCCGATAGCA TTACGCTTGA GATTATTGGC TAATACGGAC 
GGAACTAATA CGCGTAATTT CAACAACGTG CTTGGTTATC ACAATGTTCT TCGATTTATT 
TTCGAGTATG CAGAGAAGGG TACGTTTAAG AGGGACGTTG AATTCAGATT GCCTGACTAT 
CGAAAAAGTT TCATGACCGT GGATAACAAA TGGTTCCTCT CCCATCTTTC ACGTATCTAC 
ATGGCGCAGA TTATGGAACA GTTCCACGTG CTGGTCCGCT TAACTACCGT CCTGGGAAAT 
CAGTATGGCT ACAACTTTAA GTCGCCAGGG AGCAATTTCT GCGAGCCGGA TTTGCTATTG 
ATGTGTGGGG ACGAGTCTGC GGAGAAACTG GCACACGAGG TCGCATGTGA GCTAGGATAT 
GCTACGCCCG ATGGTATACA AGCCTCATTT TTAAGCGGCC ATGACGCTCA CACGCTTCAT 
TACAAGATGA AAGATACAAA TTATCGAAAT CCAGATGTTC CGCCTTTGGC GTTTTTAGTC 
GATCATTCAT TCGCTACAGA AATTGATTTG GAGACTTCTG GCTTGATCAC TACGTCGACG 
AATAGCATTC ATCGAGAAGA ATTAAGATAT TTCTTCAAAA CATTGGGAAA GAAAACATCT 
GTGCTCTTCA AGGCGGAAAG TTCTTATTTG AAAACTTATT CGAAAGTAAT AGCAGATATA 
ATAAAAAGGG CGCAAGAGGT GGGCCTCGTA TCCAGAATGC GATTGCCGCG ATATATTAAT 
CCACATTTCG GCGTAGAATC ATTTTCGACG CATAAAGCGA AAGGAGCGTA CTTATTAAAC 
GCTATAAGTA AAGGTCATTG CGTTCAGAAC GATTCTTATT GGGGACACGC TACGCTTCAC 
AGCGATGGAA AATACATTAC GCTCGTATCT TTGCAACGGA TATACTATAT CGAGAAAGGA 
AATGCATGGG GATCATGGAA TGTGAAATGG ACTTTGGAAA CTAATCAATT GCTATCACCA 
CCAACCATCG CTAAGAATAA ACTTGTTTTG CATATAGAGA ACGAGAAAGA GACATCGTCG 
TCTATGGTAG ATTGGTATGT GGAGAGCGAG GCCGAGGACA TCCTGAATTG GCTGTGTCGC 
AAAATGAACA ACGCAATGAT CCTGAACATG GAGAACAGCA TTTGTTCCAA ATGA