LOC108691367 cDNA ORF clone, Atta colombica

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108691367
Entrez Gene ID	108691367
Full Name	uncharacterized LOC108691367
Gene Type	protein-coding
Organism	Atta colombica

mRNA and Protein(s)

mRNA	Protein	Name
XM_018199071.1	XP_018054560.1	uncharacterized protein LOC108691367

Pathways from BioSystems
Gene Ontology

The following LOC108691367 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108691367 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
OAt89843	XM_018199071.1 Latest version!	Atta colombica uncharacterized LOC108691367 (LOC108691367), 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)

LOC108691367 ( XM_018199071.1 ) cDNA ORF clone, Atta colombica -> XP_018054560.1 Atta colombica uncharacterized LOC108691367 (LOC108691367), mRNA.

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CloneID	OAt89843
Clone ID Related Accession (Same CDS sequence)	XM_018199071.1
Accession Version	XM_018199071.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3981bp) 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	2016-09-18
Organism	Atta colombica
Product	uncharacterized protein LOC108691367
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017259535.1) 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 :: Atta colombica 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##

ATGCAGGCAA AAATTGAGAA ATGGACGGAA TTGATACAGT TGGGGAAATT GCAAGATGTG 
TCGGAGGATA TTCAGATGAC TATCCGTGTG CAATCCAATG GTAAACTCAA TGACGGTTTA 
TTTAAATTAT TACTACGCTT ATGTTGCGTG GCAGATAAAT ATAATAAATG TAATAAACAA 
AACTGTGAGA CTGGAAAGAG TATTGCTGTA TTAGCTAAAT TACTTTGTTC GTTGCTGATC 
AAAGTACCTG ATGACAACAA CTTTGTCAAA GCTGTATTTA AAATTGTTCA GTGTTTAATT 
TCTTTTAATT TATACGAGGA CGCGGCAGAG ATCTGTTATT ACTTGAAATC GGGCAATTTG 
TATAGTCTCC AAAACAACAC CATGAATCTT GTGATAAAAG TATTATCCTT ATGGCGTGTT 
TTAGTTAACA ATGTATATAT TACTCTTACA AATGAGTCAT TAAACACAGA GAATTATAGT 
AAGTTGAAAA ATGTCCTGAA GTATGAAATG GAAATGATAC AGATAGCATA TAAAAATTAT 
ACGAAACATT TAATTATGGA GATAAGTATA TACTTGGACA GAATAGCAGC AATTGATAAG 
GACACAAAAT ATTTTGATGA CTTTTGTAAA TATATATTGG AATACTTGTC AGGATTGCAA 
TTATATTTAG ACAAGGATGA GAAATACTTA ATATATCGTT ATATAGTTCA TATTATGTGT 
CATGTAATAT GTAAGACTAT TAATACAACT CATATTGAAT CTGTAGTAAC AACATTAGAT 
GAATTGTCTA GTTATTTTGA GACTCCTGTG GCAGAAGACG AGGAATGCTA TCAATCTTTT 
CAGCAATTTC GGAGTTTGTG TATGAATCTT TTAGTGCCAA TAAAAAATCT TGTCAAGGAT 
AATGCCAAAA ATGTACAAAA TATTATTTAT TGTAATTTGA ATATTATGCA AAAATATGGA 
TATGAAAGTC TTAAATGGAA TGCACTCTGT ATTGCAGAGA TAGTTGAATC AATGTTTACG 
TACTGGGAAA AATGTGTAGA AACTGATAAA CACATGCTCA AGAACTTGCT TGATACTGGC 
ATCTTGCTAG AATTAATGAA TTTATTTGTA CAAATACATG TAGATGAATT TTATGTTAAG 
CAAGTGTCAA TCAAATGCAA ATGGTGCCAG GACAAATTGT GCACAGTTAA GAGGGATTTA 
TACAATGCTA TAGTGATGAA ATGTAGATGT ATTAGTTTAT TATGTAAATT TTCTGTTAAA 
ACTTTGCCGG CCGATGTATG TGCTCTTAGC AGAAAAATCT TGGAACAGAA CGTCGAATCG 
ATTATTCGTG AAATGAAAGA AACCGAATGT AAGCGTTGGA CACAATCATG GAATACTTGT 
CGTAATTTAA TTTATAATAT AGGTGTACTA TCTGAACATG TGTATGAAGA AAGTGTACAT 
TTGTTCTCCT TTTTATGTAC TTCCATTTTT CAACTTGAAT TAATTGAATC AAATTCTATA 
TATTCTGAGA ATTCCCAAAA CTATGAAAAT ATTCTTTCTT TTGCATTACA CAGATTAAGT 
GTTATATATT ACAATAATAA TATATATAGG AAAGCCATGA CAGTATGTGC ATTGAATGCT 
TTGTTAACTT ATAATCAATC GAATACAAAA GCTTTTCGTA CATGGATAAA TATTAAGAAA 
AATGCTTCTG AAGAAATTGC AAATTTAACT ATGCTAGACT GCTTAACAAA TGATAAAGAC 
AAGATAAAGA ATGAATTGGG ATTTTCACTC AATATTTCTA AGTATGACTG TACTGAATTG 
TGTTTAAATG AAATAAAAAA TTTGCTAGAG GAACAGATCA CATTTACAAA TGGTGTGGCA 
GCAGTTCTAG AAAAACTTAG AAAGTTGCAG CCAAGTAATC AATATGCACA CACAGTGCAA 
TTATTAGGAT ATTATTTCTT AGGTTTCACA TCACATGACA GTTCTATTCT GAAATATCAT 
GAGCAAGCTA TATGTGATTT GAAGCAAGAT AAGTCAAATT CTGTGGCCAT TCTGTGCTTG 
GAAGCTAACT TAAGCCTTTT TATGTTTGTG GAGGAGTTGC ATATAATGAA TAAGCAAACT 
CGGATGGAAA TGGAAAGTAC AAAATTTGCT TTATGTGCTC CCAAGTTACG AGAATTAGCC 
GAAACCAATT CTCCAAATGT AGTGCCTGCT TATACTATGA TAAACGTTAA AAAAGATACC 
AATCTTATGT TGTGTCTACA AAAATGTGTA CAAAAGTGGA AACAACTATT TAAGTGCCAT 
TTTAAAAAAA TTATCAAGAA TTGGGAACCT GATCTTATAC TTCGCATGCT GATAACAGCT 
GGTGAATATG CCCGATTATA TCGGTATGAA CATTGTGAAG CTGAAGTATG GACTTTGGCA 
TATAAGTTAG CATCAGAAAT GAATGATTAT ACAACTATTT ATATTACAAG TCGTTGTATA 
TCATTAAGAC AAGTCAATTA CGATTGGATC ACTACTGCTA AGGAACATAT CATAAATTAT 
AGAAATTCTA AGGACGAAAA TGTAATTGGC TCCATTGCTA TCTTTTGGAT AAGTTTAGCA 
GATCTCTATT TTGAATGTGG AAAGTATGAT GATGCTAAGC AATTACTTAT CGAAGCTAGG 
AGTCTTTCAG GAATTTCATT TCTTGCTAAT AGAACCGTGT ATTTGTTAAG TTTAGATGTC 
ATCATACGCA ATAGTCATTT TTATATAGAT AATATGCAGC ATGAGAATTA TGGTTCATAT 
ATTGTGGAAA GTTTATTGGC AGTAAGAACC TTAAATCAAG ATCTGTTGTC GAAAAAATGG 
ATAAATCGAT CAACGTATCT TTTTAGTTAC GATACACTTT TCACTATGAC AGTTAATTTG 
TCCGTAAGGA TAAATAGTCT ACTATCTTTT CGTGGTATTT GTCCGGATTT AGTACTACTC 
TTAAAGTCGG CACAGAGCTT AAATGCGATG TTACGCACTG CCGAACTATT GAAATCGCTA 
TGTTACATCG ATTTGTCACG TTTACAACTG GAGGATTGCG AAGTAAAGTT ACAAGGACTT 
GAACACATGT TGAACATCGA GACGTTTCAA TTATCGATGG AGTCTAAACT CGTTGAAACA 
TCGTTCGTGC AACTTCCAGT GACTCCCACG AAGATTGTAG ATCCTGTCAG AGATACGCCT 
CAGTATGGCG CTTCCCCAGT GCTCGGCAAG AAAGTATTTG ATCCGCCAAA ATTCACATCG 
CATATGAATT GCGATTGCTA CAAATGTAGT AACGTTTCGT ATCAATACTT GGTATTTGCT 
ACCACTTATA TCAGAGCGCA GTTATATGCT TTGCAGAATC ATACCATGGC AGCACTCGAT 
CATTTTCACG GCGCTTTTCA ATTAAGGCAA AAACTATTCA AAGAAGAAAA ATCAGTTCTA 
CCCAAAAACT GGCCTTGTGA TGAAATTGAT ATAAAGCGAT TCTCTTGGCA GACTCGTTAT 
ATAACTGATT ATATACAACT ATTGATTGAT TTCTGTTATT TTCTGAAAGC AAAAATAACG 
TCGAGACAAG AGGATGTATT CGATATTGCC AATTTAGCTA TCAATATATG CTACAAATAT 
AAATTACAGG GACATCCCAT CTATATAACG GCTAAGGAAT TAATACTTGA CAATGAATTC 
CAGCCGGTAT TGGATTCTTC AGACTTAAAG TTTACGGTTC CGCAGCCACA CGAAATTGAT 
ATAAGTGATC ATGCAAAAAC CCCAATTGAT CCAAGCGTTT GTGTTACGCC ATGCGCTCCG 
AAGCATCGTG CCAAAAAACC TGTTTCAGTT CGACGTAAAA AGAATGCAAC AGCTTTAAAG 
ATACCTACAA TTAATTTGAT TTGGAGTGAT GATGAAGACG ATAATAGTAT ATCACCACCA 
CCTGCCACGA ATAGAAAATC CAAATCACGA ACAAATTTAG TGAAAAGAAA AATTTTAAAA 
GAAGATTTAG TGGATGACTA G

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

RefSeq	XP_018054560.1
CDS	154..4134
Translation	MQAKIEKWTELIQLGKLQDVSEDIQMTIRVQSNGKLNDGLFKLLLRLCCVADKYNKCNKQNCETGKSIAVLAKLLCSLLIKVPDDNNFVKAVFKIVQCLISFNLYEDAAEICYYLKSGNLYSLQNNTMNLVIKVLSLWRVLVNNVYITLTNESLNTENYSKLKNVLKYEMEMIQIAYKNYTKHLIMEISIYLDRIAAIDKDTKYFDDFCKYILEYLSGLQLYLDKDEKYLIYRYIVHIMCHVICKTINTTHIESVVTTLDELSSYFETPVAEDEECYQSFQQFRSLCMNLLVPIKNLVKDNAKNVQNIIYCNLNIMQKYGYESLKWNALCIAEIVESMFTYWEKCVETDKHMLKNLLDTGILLELMNLFVQIHVDEFYVKQVSIKCKWCQDKLCTVKRDLYNAIVMKCRCISLLCKFSVKTLPADVCALSRKILEQNVESIIREMKETECKRWTQSWNTCRNLIYNIGVLSEHVYEESVHLFSFLCTSIFQLELIESNSIYSENSQNYENILSFALHRLSVIYYNNNIYRKAMTVCALNALLTYNQSNTKAFRTWINIKKNASEEIANLTMLDCLTNDKDKIKNELGFSLNISKYDCTELCLNEIKNLLEEQITFTNGVAAVLEKLRKLQPSNQYAHTVQLLGYYFLGFTSHDSSILKYHEQAICDLKQDKSNSVAILCLEANLSLFMFVEELHIMNKQTRMEMESTKFALCAPKLRELAETNSPNVVPAYTMINVKKDTNLMLCLQKCVQKWKQLFKCHFKKIIKNWEPDLILRMLITAGEYARLYRYEHCEAEVWTLAYKLASEMNDYTTIYITSRCISLRQVNYDWITTAKEHIINYRNSKDENVIGSIAIFWISLADLYFECGKYDDAKQLLIEARSLSGISFLANRTVYLLSLDVIIRNSHFYIDNMQHENYGSYIVESLLAVRTLNQDLLSKKWINRSTYLFSYDTLFTMTVNLSVRINSLLSFRGICPDLVLLLKSAQSLNAMLRTAELLKSLCYIDLSRLQLEDCEVKLQGLEHMLNIETFQLSMESKLVETSFVQLPVTPTKIVDPVRDTPQYGASPVLGKKVFDPPKFTSHMNCDCYKCSNVSYQYLVFATTYIRAQLYALQNHTMAALDHFHGAFQLRQKLFKEEKSVLPKNWPCDEIDIKRFSWQTRYITDYIQLLIDFCYFLKAKITSRQEDVFDIANLAINICYKYKLQGHPIYITAKELILDNEFQPVLDSSDLKFTVPQPHEIDISDHAKTPIDPSVCVTPCAPKHRAKKPVSVRRKKNATALKIPTINLIWSDDEDDNSISPPPATNRKSKSRTNLVKRKILKEDLVDD

Target ORF information:

RefSeq Version	XM_018199071.1
Organism	Atta colombica
Definition	Atta colombica uncharacterized LOC108691367 (LOC108691367), mRNA.

Target ORF information:

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

XM_018199071.1

ORF Insert Sequence:

ATGCAGGCAA AAATTGAGAA ATGGACGGAA TTGATACAGT TGGGGAAATT GCAAGATGTG 
TCGGAGGATA TTCAGATGAC TATCCGTGTG CAATCCAATG GTAAACTCAA TGACGGTTTA 
TTTAAATTAT TACTACGCTT ATGTTGCGTG GCAGATAAAT ATAATAAATG TAATAAACAA 
AACTGTGAGA CTGGAAAGAG TATTGCTGTA TTAGCTAAAT TACTTTGTTC GTTGCTGATC 
AAAGTACCTG ATGACAACAA CTTTGTCAAA GCTGTATTTA AAATTGTTCA GTGTTTAATT 
TCTTTTAATT TATACGAGGA CGCGGCAGAG ATCTGTTATT ACTTGAAATC GGGCAATTTG 
TATAGTCTCC AAAACAACAC CATGAATCTT GTGATAAAAG TATTATCCTT ATGGCGTGTT 
TTAGTTAACA ATGTATATAT TACTCTTACA AATGAGTCAT TAAACACAGA GAATTATAGT 
AAGTTGAAAA ATGTCCTGAA GTATGAAATG GAAATGATAC AGATAGCATA TAAAAATTAT 
ACGAAACATT TAATTATGGA GATAAGTATA TACTTGGACA GAATAGCAGC AATTGATAAG 
GACACAAAAT ATTTTGATGA CTTTTGTAAA TATATATTGG AATACTTGTC AGGATTGCAA 
TTATATTTAG ACAAGGATGA GAAATACTTA ATATATCGTT ATATAGTTCA TATTATGTGT 
CATGTAATAT GTAAGACTAT TAATACAACT CATATTGAAT CTGTAGTAAC AACATTAGAT 
GAATTGTCTA GTTATTTTGA GACTCCTGTG GCAGAAGACG AGGAATGCTA TCAATCTTTT 
CAGCAATTTC GGAGTTTGTG TATGAATCTT TTAGTGCCAA TAAAAAATCT TGTCAAGGAT 
AATGCCAAAA ATGTACAAAA TATTATTTAT TGTAATTTGA ATATTATGCA AAAATATGGA 
TATGAAAGTC TTAAATGGAA TGCACTCTGT ATTGCAGAGA TAGTTGAATC AATGTTTACG 
TACTGGGAAA AATGTGTAGA AACTGATAAA CACATGCTCA AGAACTTGCT TGATACTGGC 
ATCTTGCTAG AATTAATGAA TTTATTTGTA CAAATACATG TAGATGAATT TTATGTTAAG 
CAAGTGTCAA TCAAATGCAA ATGGTGCCAG GACAAATTGT GCACAGTTAA GAGGGATTTA 
TACAATGCTA TAGTGATGAA ATGTAGATGT ATTAGTTTAT TATGTAAATT TTCTGTTAAA 
ACTTTGCCGG CCGATGTATG TGCTCTTAGC AGAAAAATCT TGGAACAGAA CGTCGAATCG 
ATTATTCGTG AAATGAAAGA AACCGAATGT AAGCGTTGGA CACAATCATG GAATACTTGT 
CGTAATTTAA TTTATAATAT AGGTGTACTA TCTGAACATG TGTATGAAGA AAGTGTACAT 
TTGTTCTCCT TTTTATGTAC TTCCATTTTT CAACTTGAAT TAATTGAATC AAATTCTATA 
TATTCTGAGA ATTCCCAAAA CTATGAAAAT ATTCTTTCTT TTGCATTACA CAGATTAAGT 
GTTATATATT ACAATAATAA TATATATAGG AAAGCCATGA CAGTATGTGC ATTGAATGCT 
TTGTTAACTT ATAATCAATC GAATACAAAA GCTTTTCGTA CATGGATAAA TATTAAGAAA 
AATGCTTCTG AAGAAATTGC AAATTTAACT ATGCTAGACT GCTTAACAAA TGATAAAGAC 
AAGATAAAGA ATGAATTGGG ATTTTCACTC AATATTTCTA AGTATGACTG TACTGAATTG 
TGTTTAAATG AAATAAAAAA TTTGCTAGAG GAACAGATCA CATTTACAAA TGGTGTGGCA 
GCAGTTCTAG AAAAACTTAG AAAGTTGCAG CCAAGTAATC AATATGCACA CACAGTGCAA 
TTATTAGGAT ATTATTTCTT AGGTTTCACA TCACATGACA GTTCTATTCT GAAATATCAT 
GAGCAAGCTA TATGTGATTT GAAGCAAGAT AAGTCAAATT CTGTGGCCAT TCTGTGCTTG 
GAAGCTAACT TAAGCCTTTT TATGTTTGTG GAGGAGTTGC ATATAATGAA TAAGCAAACT 
CGGATGGAAA TGGAAAGTAC AAAATTTGCT TTATGTGCTC CCAAGTTACG AGAATTAGCC 
GAAACCAATT CTCCAAATGT AGTGCCTGCT TATACTATGA TAAACGTTAA AAAAGATACC 
AATCTTATGT TGTGTCTACA AAAATGTGTA CAAAAGTGGA AACAACTATT TAAGTGCCAT 
TTTAAAAAAA TTATCAAGAA TTGGGAACCT GATCTTATAC TTCGCATGCT GATAACAGCT 
GGTGAATATG CCCGATTATA TCGGTATGAA CATTGTGAAG CTGAAGTATG GACTTTGGCA 
TATAAGTTAG CATCAGAAAT GAATGATTAT ACAACTATTT ATATTACAAG TCGTTGTATA 
TCATTAAGAC AAGTCAATTA CGATTGGATC ACTACTGCTA AGGAACATAT CATAAATTAT 
AGAAATTCTA AGGACGAAAA TGTAATTGGC TCCATTGCTA TCTTTTGGAT AAGTTTAGCA 
GATCTCTATT TTGAATGTGG AAAGTATGAT GATGCTAAGC AATTACTTAT CGAAGCTAGG 
AGTCTTTCAG GAATTTCATT TCTTGCTAAT AGAACCGTGT ATTTGTTAAG TTTAGATGTC 
ATCATACGCA ATAGTCATTT TTATATAGAT AATATGCAGC ATGAGAATTA TGGTTCATAT 
ATTGTGGAAA GTTTATTGGC AGTAAGAACC TTAAATCAAG ATCTGTTGTC GAAAAAATGG 
ATAAATCGAT CAACGTATCT TTTTAGTTAC GATACACTTT TCACTATGAC AGTTAATTTG 
TCCGTAAGGA TAAATAGTCT ACTATCTTTT CGTGGTATTT GTCCGGATTT AGTACTACTC 
TTAAAGTCGG CACAGAGCTT AAATGCGATG TTACGCACTG CCGAACTATT GAAATCGCTA 
TGTTACATCG ATTTGTCACG TTTACAACTG GAGGATTGCG AAGTAAAGTT ACAAGGACTT 
GAACACATGT TGAACATCGA GACGTTTCAA TTATCGATGG AGTCTAAACT CGTTGAAACA 
TCGTTCGTGC AACTTCCAGT GACTCCCACG AAGATTGTAG ATCCTGTCAG AGATACGCCT 
CAGTATGGCG CTTCCCCAGT GCTCGGCAAG AAAGTATTTG ATCCGCCAAA ATTCACATCG 
CATATGAATT GCGATTGCTA CAAATGTAGT AACGTTTCGT ATCAATACTT GGTATTTGCT 
ACCACTTATA TCAGAGCGCA GTTATATGCT TTGCAGAATC ATACCATGGC AGCACTCGAT 
CATTTTCACG GCGCTTTTCA ATTAAGGCAA AAACTATTCA AAGAAGAAAA ATCAGTTCTA 
CCCAAAAACT GGCCTTGTGA TGAAATTGAT ATAAAGCGAT TCTCTTGGCA GACTCGTTAT 
ATAACTGATT ATATACAACT ATTGATTGAT TTCTGTTATT TTCTGAAAGC AAAAATAACG 
TCGAGACAAG AGGATGTATT CGATATTGCC AATTTAGCTA TCAATATATG CTACAAATAT 
AAATTACAGG GACATCCCAT CTATATAACG GCTAAGGAAT TAATACTTGA CAATGAATTC 
CAGCCGGTAT TGGATTCTTC AGACTTAAAG TTTACGGTTC CGCAGCCACA CGAAATTGAT 
ATAAGTGATC ATGCAAAAAC CCCAATTGAT CCAAGCGTTT GTGTTACGCC ATGCGCTCCG 
AAGCATCGTG CCAAAAAACC TGTTTCAGTT CGACGTAAAA AGAATGCAAC AGCTTTAAAG 
ATACCTACAA TTAATTTGAT TTGGAGTGAT GATGAAGACG ATAATAGTAT ATCACCACCA 
CCTGCCACGA ATAGAAAATC CAAATCACGA ACAAATTTAG TGAAAAGAAA AATTTTAAAA 
GAAGATTTAG TGGATGACTA G