LOC108764289 cDNA ORF clone, Trachymyrmex cornetzi

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108764289
Entrez Gene ID	108764289
Full Name	uncharacterized LOC108764289
Gene Type	protein-coding
Organism	Trachymyrmex cornetzi

mRNA and Protein(s)

mRNA	Protein	Name
XM_018512441.1	XP_018367943.1	uncharacterized protein LOC108764289

Pathways from BioSystems
Gene Ontology

The following LOC108764289 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108764289 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
OTr63836	XM_018512441.1 Latest version!	Trachymyrmex cornetzi uncharacterized LOC108764289 (LOC108764289), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

LOC108764289 ( XM_018512441.1 ) cDNA ORF clone, Trachymyrmex cornetzi -> XP_018367943.1 Trachymyrmex cornetzi uncharacterized LOC108764289 (LOC108764289), mRNA.

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CloneID	OTr63836
Clone ID Related Accession (Same CDS sequence)	XM_018512441.1
Accession Version	XM_018512441.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3732bp) 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 cornetzi
Product	uncharacterized protein LOC108764289
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017295687.1) 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 cornetzi 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## ##RefSeq-Attributes-START## ab initio :: 100% of CDS bases ##RefSeq-Attributes-END##

ATGACGACGG ATGCACAAGT ACTACACTCT TCGATTGAGC ATATCACATA CTCGCCCAAT 
GTTTTACTAG CAACCGCTTT GATTAAGAAA ATCTCCCCCT CTGGAGAAAC TTGCAGCGTC 
AGAGCACTTC TAGATCAAGG GTCGGAGATA TCTCTAGTAA CCGAACGTCT CGTTCAAAGA 
CAGCATCTGC CTCGCACTCA GGCACATCTT ACCTTAACAG GTATAGGTGC TCAAAAATCG 
TCAAGGACAA AAGGGCTAGC ATCAGTTACA CTAAAGCCTC ATTTCGCTTC AGATTATGAA 
CTCACCATTT CAGTATACAT TTTGAAAAGA CTAACGTCCT CGATTCCGTC AGTCGCAGCA 
AATTCCCATT CATGGAAGCA CTTGAATGAT TTGAAGTTAG CGGATCTCAA TTACTATTCT 
CCTGGTTCAA TTGACATGAT CCTAGGAGCC GACGTCTATA GCCAGATAAT AGAAGAAGGA 
ATAATTAAGG GACAAAGAGA TTCTCCCATC GCTCAGCGAA CCAAGTTTGG ATGGATTGTC 
TCTGGTCCCG TCAAGGACAC TATCACTACA AGGACAGCTC GCGGATTTCA TGTCACCTTG 
GACGAAGATC TCCCCAATCT GCTACGCAAA TTTTGGGCTC TAGAAGAACC TCCCTCAACC 
AGAGTCTCTC GCCTGTCCTT GGCAGACCAA GATTGTGAAG ACCACTTCAA ATCTACATAC 
TCTCGAGATG AACAAGGACG ATACATCGTG AAGCTTCCGT TCAAAGAATC GATTGACAAA 
TTGGGAGAGT CTCATAATAG AGCCTTACGA CTCGCGATGA AATTGAGAAA TCGACTTGAC 
AATAATGAAG ATTACGCTCG TGCTTATTCA GATTTCTTAA AGGAATATGA AAGATTGCAA 
CACATGCGGT TGGTGCCAGT TTGCCTATCG CCTCCGTCGT ACAGCTGTTA CCTGCCACAT 
CATGGCGTCA TGAGAGAGCA GAGTCTCACT ACCAAGTTGA GAGTTGTATT TAACGGTTCA 
AGCCCTACCT CTTCAGGATA TTCGTTAAAT GATCTTTTGC ATACTGGAGA AAAATTGCAG 
ACCGAATTGT TTGATATACT TATATGGTTT CGGCTGTTTC GTTACGTGTT CTGCACTGAT 
GTCGAGAAGA TGTTTCGACA AATAAAAGTT CATCCAGACC ATTGGGCATT TCAGCGCATT 
TTGTGGATGG ATCCAGACAA GAGACTTTCC ACCTACGAAC TTACAACAAA GACGAGTTTG 
AAGTATCCAT TAGCGGTTCC TGTACTGAAA AAAGGAAGAT ACGTCGATGA TGTCTTTGGC 
GGAGCTGATT GCATTGAAAG GACTCAAGAA ATTATAAATC AACTAATACC ACTTTGCAAG 
GCGGGCGGCT TCAACTTACA AAAATGGACC AGCAATCATC CTAAAATCTT AGAACACGTT 
CCCATGGAAA ATCAAGTTAA CCATTCCACC GTTCACATTG AAAACGATCT AATCGTTCAC 
ACTCTTGGAT TAGAATGGCA ACCATCGAAG GATGTCTTCC AGTTCACTTC AACTTTATTT 
AAAGCGGACA TTGTAACTAA AAGAACTATC TTATCTACCA TAGCTAGGAT TTATGATCCA 
CTCGGGCTCC TGTCACCGAT TATTATCACT GCCAAGATCA TCATACAAGA ACTTTGGTCT 
ATCAAGCTGG GTTGGGATGA TCCATTACCT AATCCTATAG CTAACAAATG GTGTAACTTC 
CTCAACAAAT TACAGAATCT AAGCAAACTC ACATTTCCAC GGTGGATTGG ATGGAAGGTT 
GGTTACCTGA CTGAACTCCA TGGGTTTTGT GATGCATCAC AATTGGCTAT GGCCGCAGTT 
GTCTATATTC GCATAACTAA CGTGCAAGAA GAAACAACGA CCATTTTATT GGCCTCCAAG 
ACAAAGGTAG CTCCTCTTAA ACGACTAACC ATTCCACGTT TAGAATTAAC GGGAGCCTTC 
TTGCTAACGA AAGTTTGTTA TATCCAAGAA ACATTACCTC AAGCGACTTG GAAGTTCATT 
CCTGGAAACG AGAATCTAGC AGATTTAGCT ACAAGAGGCT TAACTCCGAA TCAACTGTCA 
GAACAACCGG CTTGGTGGAC CGGTCCAAGT TGGTTGTCAG AAACTCCTTC GAGTTGGCCA 
ACTTTATCAA TTCCAACTAC TAATAAAGAA CTCCTCGAAG AAAAGCCAAC TAAGATCAAC 
GTAGCTCTTG TCACTATCAA GCTATGGGAT CTCGTGCTTA AATATTCTAG CTTGAACAAG 
CTGGTTCGAA TAACCGCTCT TTGCCGAAGA GCTATCGCTA AACTCAGAAA AACAGCGACC 
TCGTTGACGA CACTTACCAC CCAAGAATTG GAGGACGCTA GATTATTCTG GGTAAGCGCA 
GTTCAAAAAT CACACTTTCA ACAGGAGCTG GAGATTCTTT CGAAACATAA TTCCTTGCCT 
ACATCCAACC CTCTCTTACG TCTTACACCC TTCGTTGACT CAAAAGGGCT TTTACGTGTT 
GGAGGTCGAT TGCAACGTTC TCTTCTTCCA CCGTCAGAGC AACATCCATT AATTCTACCA 
AAAGATTCGC CCTTGACTAG ACTCATTATA GCAGAGGCTC ATCAACGTAC CTTGCATGGT 
GGTACACAAG TAACATTATC ATATATAAGA CACGACTATT GGATTATAGG TGGACGATCT 
ACAGTACGTT CCTTTATTCT TAAATGCGTA AGATGTGCTC GTTACCGACA GAAAAGAGCG 
CAACAATTGA TGGGGCAATT GCCTCCAGAG AGAATAACTC CTTCAAGACC CTTTACGCAC 
ACAGGGGTAG ATTATGCTAG CCCCTTTGTT ATCAAAACGT GGAAAGGAAA AAATGCCAAG 
ACTTACAAGG CTTATATTGC ACTTTTTGTT TGTTATGCTA CTTCAGCTAT TCATTTGGAA 
CTCGTTACAG ATTACACAGC AGATAGATTT ATAGCTGCAT TCAAAAGATT TACAGCTCGA 
CGTGGTATAT GCTCTACTCT GTACAGTGAC TATGGGACTA ATTTTAAAGG TGCGGACGCA 
GAGCTGCAAC GATTATTCAC ACTTGCCACT CAAGAATCTA ACAAGCTCGC TACTCTTCTT 
TCCAATGACG GAACTCAATG GCGGTTCAAC CCACCATCAA CTCCACATTT TGGTGGAAAA 
TGGGAAGCCG GAGTTAAATC CGTAAAACTG CACCTTTATC GGATTGTCGG AAATTCATTG 
CTTACATACG AAGAGTTTAC TACCCTATTG ACTCAAATTG AGGCAGTACT TAATTCAAGG 
CCCTTAAGCG CTTTGACCGA GGACCCTGAT GACCTCCAGG CATTGACACC AGGCCACTTT 
CTAATGGGGT GTGCTCCTTC GGTTGTTCCT GAACCCTGTA CTGAGCATAT TAAACTTTCC 
CATCTTTCTA GATGGCAACT TATACAACAG ATGACAGAGA GCTTTTGGAC TAGATGGTCC 
AAGGAATGTC TACAACGATA CTATGCTAGA TACAAATGGA AAAAACCTTT ACCTTCCCTA 
ACTATCGGGG ATCTGGTTCT CGTGGTTGAC GAACGTTATC CATCATGCAA ATGGCCTATC 
GGACGCATCG TTCAAACTCA TCCTGGGACT GACGGACTTA CTCGAGTTGT TTCTATCCAA 
ACTCACTCTT CTGTATTGAA ACGCTCTGTT GGGAAAGTTT GCCCCCTTCC GATATCTCAT 
GAAACTTTGT GA

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

RefSeq	XP_018367943.1
CDS	1..3732
Translation	MTTDAQVLHSSIEHITYSPNVLLATALIKKISPSGETCSVRALLDQGSEISLVTERLVQRQHLPRTQAHLTLTGIGAQKSSRTKGLASVTLKPHFASDYELTISVYILKRLTSSIPSVAANSHSWKHLNDLKLADLNYYSPGSIDMILGADVYSQIIEEGIIKGQRDSPIAQRTKFGWIVSGPVKDTITTRTARGFHVTLDEDLPNLLRKFWALEEPPSTRVSRLSLADQDCEDHFKSTYSRDEQGRYIVKLPFKESIDKLGESHNRALRLAMKLRNRLDNNEDYARAYSDFLKEYERLQHMRLVPVCLSPPSYSCYLPHHGVMREQSLTTKLRVVFNGSSPTSSGYSLNDLLHTGEKLQTELFDILIWFRLFRYVFCTDVEKMFRQIKVHPDHWAFQRILWMDPDKRLSTYELTTKTSLKYPLAVPVLKKGRYVDDVFGGADCIERTQEIINQLIPLCKAGGFNLQKWTSNHPKILEHVPMENQVNHSTVHIENDLIVHTLGLEWQPSKDVFQFTSTLFKADIVTKRTILSTIARIYDPLGLLSPIIITAKIIIQELWSIKLGWDDPLPNPIANKWCNFLNKLQNLSKLTFPRWIGWKVGYLTELHGFCDASQLAMAAVVYIRITNVQEETTTILLASKTKVAPLKRLTIPRLELTGAFLLTKVCYIQETLPQATWKFIPGNENLADLATRGLTPNQLSEQPAWWTGPSWLSETPSSWPTLSIPTTNKELLEEKPTKINVALVTIKLWDLVLKYSSLNKLVRITALCRRAIAKLRKTATSLTTLTTQELEDARLFWVSAVQKSHFQQELEILSKHNSLPTSNPLLRLTPFVDSKGLLRVGGRLQRSLLPPSEQHPLILPKDSPLTRLIIAEAHQRTLHGGTQVTLSYIRHDYWIIGGRSTVRSFILKCVRCARYRQKRAQQLMGQLPPERITPSRPFTHTGVDYASPFVIKTWKGKNAKTYKAYIALFVCYATSAIHLELVTDYTADRFIAAFKRFTARRGICSTLYSDYGTNFKGADAELQRLFTLATQESNKLATLLSNDGTQWRFNPPSTPHFGGKWEAGVKSVKLHLYRIVGNSLLTYEEFTTLLTQIEAVLNSRPLSALTEDPDDLQALTPGHFLMGCAPSVVPEPCTEHIKLSHLSRWQLIQQMTESFWTRWSKECLQRYYARYKWKKPLPSLTIGDLVLVVDERYPSCKWPIGRIVQTHPGTDGLTRVVSIQTHSSVLKRSVGKVCPLPISHETL

Target ORF information:

RefSeq Version	XM_018512441.1
Organism	Trachymyrmex cornetzi
Definition	Trachymyrmex cornetzi uncharacterized LOC108764289 (LOC108764289), mRNA.

Target ORF information:

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

XM_018512441.1

ORF Insert Sequence:

ATGACGACGG ATGCACAAGT ACTACACTCT TCGATTGAGC ATATCACATA CTCGCCCAAT 
GTTTTACTAG CAACCGCTTT GATTAAGAAA ATCTCCCCCT CTGGAGAAAC TTGCAGCGTC 
AGAGCACTTC TAGATCAAGG GTCGGAGATA TCTCTAGTAA CCGAACGTCT CGTTCAAAGA 
CAGCATCTGC CTCGCACTCA GGCACATCTT ACCTTAACAG GTATAGGTGC TCAAAAATCG 
TCAAGGACAA AAGGGCTAGC ATCAGTTACA CTAAAGCCTC ATTTCGCTTC AGATTATGAA 
CTCACCATTT CAGTATACAT TTTGAAAAGA CTAACGTCCT CGATTCCGTC AGTCGCAGCA 
AATTCCCATT CATGGAAGCA CTTGAATGAT TTGAAGTTAG CGGATCTCAA TTACTATTCT 
CCTGGTTCAA TTGACATGAT CCTAGGAGCC GACGTCTATA GCCAGATAAT AGAAGAAGGA 
ATAATTAAGG GACAAAGAGA TTCTCCCATC GCTCAGCGAA CCAAGTTTGG ATGGATTGTC 
TCTGGTCCCG TCAAGGACAC TATCACTACA AGGACAGCTC GCGGATTTCA TGTCACCTTG 
GACGAAGATC TCCCCAATCT GCTACGCAAA TTTTGGGCTC TAGAAGAACC TCCCTCAACC 
AGAGTCTCTC GCCTGTCCTT GGCAGACCAA GATTGTGAAG ACCACTTCAA ATCTACATAC 
TCTCGAGATG AACAAGGACG ATACATCGTG AAGCTTCCGT TCAAAGAATC GATTGACAAA 
TTGGGAGAGT CTCATAATAG AGCCTTACGA CTCGCGATGA AATTGAGAAA TCGACTTGAC 
AATAATGAAG ATTACGCTCG TGCTTATTCA GATTTCTTAA AGGAATATGA AAGATTGCAA 
CACATGCGGT TGGTGCCAGT TTGCCTATCG CCTCCGTCGT ACAGCTGTTA CCTGCCACAT 
CATGGCGTCA TGAGAGAGCA GAGTCTCACT ACCAAGTTGA GAGTTGTATT TAACGGTTCA 
AGCCCTACCT CTTCAGGATA TTCGTTAAAT GATCTTTTGC ATACTGGAGA AAAATTGCAG 
ACCGAATTGT TTGATATACT TATATGGTTT CGGCTGTTTC GTTACGTGTT CTGCACTGAT 
GTCGAGAAGA TGTTTCGACA AATAAAAGTT CATCCAGACC ATTGGGCATT TCAGCGCATT 
TTGTGGATGG ATCCAGACAA GAGACTTTCC ACCTACGAAC TTACAACAAA GACGAGTTTG 
AAGTATCCAT TAGCGGTTCC TGTACTGAAA AAAGGAAGAT ACGTCGATGA TGTCTTTGGC 
GGAGCTGATT GCATTGAAAG GACTCAAGAA ATTATAAATC AACTAATACC ACTTTGCAAG 
GCGGGCGGCT TCAACTTACA AAAATGGACC AGCAATCATC CTAAAATCTT AGAACACGTT 
CCCATGGAAA ATCAAGTTAA CCATTCCACC GTTCACATTG AAAACGATCT AATCGTTCAC 
ACTCTTGGAT TAGAATGGCA ACCATCGAAG GATGTCTTCC AGTTCACTTC AACTTTATTT 
AAAGCGGACA TTGTAACTAA AAGAACTATC TTATCTACCA TAGCTAGGAT TTATGATCCA 
CTCGGGCTCC TGTCACCGAT TATTATCACT GCCAAGATCA TCATACAAGA ACTTTGGTCT 
ATCAAGCTGG GTTGGGATGA TCCATTACCT AATCCTATAG CTAACAAATG GTGTAACTTC 
CTCAACAAAT TACAGAATCT AAGCAAACTC ACATTTCCAC GGTGGATTGG ATGGAAGGTT 
GGTTACCTGA CTGAACTCCA TGGGTTTTGT GATGCATCAC AATTGGCTAT GGCCGCAGTT 
GTCTATATTC GCATAACTAA CGTGCAAGAA GAAACAACGA CCATTTTATT GGCCTCCAAG 
ACAAAGGTAG CTCCTCTTAA ACGACTAACC ATTCCACGTT TAGAATTAAC GGGAGCCTTC 
TTGCTAACGA AAGTTTGTTA TATCCAAGAA ACATTACCTC AAGCGACTTG GAAGTTCATT 
CCTGGAAACG AGAATCTAGC AGATTTAGCT ACAAGAGGCT TAACTCCGAA TCAACTGTCA 
GAACAACCGG CTTGGTGGAC CGGTCCAAGT TGGTTGTCAG AAACTCCTTC GAGTTGGCCA 
ACTTTATCAA TTCCAACTAC TAATAAAGAA CTCCTCGAAG AAAAGCCAAC TAAGATCAAC 
GTAGCTCTTG TCACTATCAA GCTATGGGAT CTCGTGCTTA AATATTCTAG CTTGAACAAG 
CTGGTTCGAA TAACCGCTCT TTGCCGAAGA GCTATCGCTA AACTCAGAAA AACAGCGACC 
TCGTTGACGA CACTTACCAC CCAAGAATTG GAGGACGCTA GATTATTCTG GGTAAGCGCA 
GTTCAAAAAT CACACTTTCA ACAGGAGCTG GAGATTCTTT CGAAACATAA TTCCTTGCCT 
ACATCCAACC CTCTCTTACG TCTTACACCC TTCGTTGACT CAAAAGGGCT TTTACGTGTT 
GGAGGTCGAT TGCAACGTTC TCTTCTTCCA CCGTCAGAGC AACATCCATT AATTCTACCA 
AAAGATTCGC CCTTGACTAG ACTCATTATA GCAGAGGCTC ATCAACGTAC CTTGCATGGT 
GGTACACAAG TAACATTATC ATATATAAGA CACGACTATT GGATTATAGG TGGACGATCT 
ACAGTACGTT CCTTTATTCT TAAATGCGTA AGATGTGCTC GTTACCGACA GAAAAGAGCG 
CAACAATTGA TGGGGCAATT GCCTCCAGAG AGAATAACTC CTTCAAGACC CTTTACGCAC 
ACAGGGGTAG ATTATGCTAG CCCCTTTGTT ATCAAAACGT GGAAAGGAAA AAATGCCAAG 
ACTTACAAGG CTTATATTGC ACTTTTTGTT TGTTATGCTA CTTCAGCTAT TCATTTGGAA 
CTCGTTACAG ATTACACAGC AGATAGATTT ATAGCTGCAT TCAAAAGATT TACAGCTCGA 
CGTGGTATAT GCTCTACTCT GTACAGTGAC TATGGGACTA ATTTTAAAGG TGCGGACGCA 
GAGCTGCAAC GATTATTCAC ACTTGCCACT CAAGAATCTA ACAAGCTCGC TACTCTTCTT 
TCCAATGACG GAACTCAATG GCGGTTCAAC CCACCATCAA CTCCACATTT TGGTGGAAAA 
TGGGAAGCCG GAGTTAAATC CGTAAAACTG CACCTTTATC GGATTGTCGG AAATTCATTG 
CTTACATACG AAGAGTTTAC TACCCTATTG ACTCAAATTG AGGCAGTACT TAATTCAAGG 
CCCTTAAGCG CTTTGACCGA GGACCCTGAT GACCTCCAGG CATTGACACC AGGCCACTTT 
CTAATGGGGT GTGCTCCTTC GGTTGTTCCT GAACCCTGTA CTGAGCATAT TAAACTTTCC 
CATCTTTCTA GATGGCAACT TATACAACAG ATGACAGAGA GCTTTTGGAC TAGATGGTCC 
AAGGAATGTC TACAACGATA CTATGCTAGA TACAAATGGA AAAAACCTTT ACCTTCCCTA 
ACTATCGGGG ATCTGGTTCT CGTGGTTGAC GAACGTTATC CATCATGCAA ATGGCCTATC 
GGACGCATCG TTCAAACTCA TCCTGGGACT GACGGACTTA CTCGAGTTGT TTCTATCCAA 
ACTCACTCTT CTGTATTGAA ACGCTCTGTT GGGAAAGTTT GCCCCCTTCC GATATCTCAT 
GAAACTTTGT GA