LOC108689535 cDNA ORF clone, Atta colombica

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108689535
Entrez Gene ID	108689535
Full Name	protogenin-like
Synonyms	Protogenin
Gene Type	protein-coding
Organism	Atta colombica

mRNA and Protein(s)

mRNA	Protein	Name
XM_018196328.1	XP_018051817.1	protogenin-like

Pathways from BioSystems
Gene Ontology

The following LOC108689535 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108689535 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
OAt87785	XM_018196328.1 Latest version!	Atta colombica protogenin-like (LOC108689535), 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)

LOC108689535 ( XM_018196328.1 ) cDNA ORF clone, Atta colombica -> XP_018051817.1 Atta colombica protogenin-like (LOC108689535), mRNA.

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CloneID	OAt87785
Clone ID Related Accession (Same CDS sequence)	XM_018196328.1
Accession Version	XM_018196328.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3606bp) 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	protogenin-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017259370.1) 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##

ATGGCGGCGC GAGTACTGTT GCTGAGCGTC TTGATTACGG AAGTGTTGAA ACCAGCTTGC 
GCCGCAGGTG TTAAAGGTAT TGGAGGAAAT ATCAGTGGTA AGAACGTGTC CAAATCAGAC 
AGTTCTGACA CTGGCTTAAT TAAAGGATTT GGATTAACAC TGGAAATTCA ACCTAGTGGC 
CATGTGATAC TAGGAAAAAA GGGGATCACA CTCAGTTGCA TAGCTGGTTC AAATGAGACT 
GTGACTTGGT TGCACAATGG AATACCAGCA CCTCCATGTG GTCTTATTCG CTGTATTCTT 
CTTTCCAATG GCTCTCTCCA CTTTTACAAG AAACAAAATT TACAAATGCA AAAGTTCAAA 
GAAAAGGAAA GGAATAATAT TGTTAATGCT AGAAACCATA ATAAAGATGA ATATCGCTGT 
ATAGCACGTA CTAATTTAGG AGAGTTGATA CAATCAGCTC CCACCATTAT TCAAATAGCA 
GAACTTGCCC ATGTATTTAA AGAAACTCCA GAAAATATTA CTGTTCAAGA AGGTGAAGTC 
ACAAGATTGT CTTGCTTGAT TGACAGTGTT CCTTTTCCAC CCAATATTAC GTGGCAGCAT 
AATGAAACAT TGTTATCTTA TAATGAATCA AAGTATTCTG TGGTACCACC AGGTGTTCTG 
TATATAAGTG CAACGAAACT GTCAGATGCT GGCTCATATA GATGCATAGT CACTAATGAA 
TTTCTAAAGA AGACCAAAAG GAGCAAAGAA GCAAAATTAA CGGTTATTGT GAGAGCGGAG 
AACAAAACAA TTCATACGCC ATCGTCCTTG TTTCCACAAG TTTCGTACAA TCATTGGCTG 
GTTAATGGAT CGAATCTTAA GTTGGCATGT GCTGCATCTG GTTATCCATC ACCATTCATA 
ACATGGTCAT TTATTCCTCG TTACATAGAT AATGTTACAA AACCTCGCAT CCTTCTTAAT 
TCTACCACTG GCATTAGTAT ATTGTCATTA ACAAACGTGA ACATTTCTTA TGCTGGTGTC 
TACCTGTGTT CTTCAAAGAA TTCTATTACC AATGACTTAC AAGTACAGAA TATAACAGTA 
GATATATTAA TACCACCGTC ATTTGTAAAA ACGCCGATGA ATCAAATCTG TCCAAATGGA 
AGAACAGCGA GATTCGAGTG TCAGGCGCAA GGATTACCCG TACCTCAAAT TTATTGGCTA 
AAAGATTCAT TAAATATTAC TATTAATGGT CGCAGAACAA CTTATGTTAA GGAATATAAT 
AAAATAGAAT TAGCAATATC AGCAACAGTA CCGTCTGACT CTGGCATATA CCAATGTGTG 
GCGGTAAATG CAGCGGGTGA AATTTGGGCT GCTGGTCGGC TCCAAGTAAA TACATCGCGT 
AATAGTCCTG CCACACCCAC TTCTCTAAAG TGTCACGCTA TTTCACCAGT TAAAATCTTA 
ATTTCATGGG AACCACCAAA GTCTGTACCA TATACCAGTA TTACAGCTTA TACCGTCCAT 
TATAGTCCTG TAGAAGGTGG TAAGGAGGAA GTTTCGCCGC CAGAACCAGG GAATTCTACA 
TCTGTAGAAG TAACAAAACT TCTTGAACCG TTTACAAATT ACTCGTTCTA CGTACGCGTG 
TGGAATAACT ATGGTGCTAG CGATCAGTCG GCTACCATTG TGTGTTCCAC TGCTCCAAGT 
GTTCCTAAAG GCACACCAAA AATGAATGTG AATATAATCA GTAGTACAAA ACTAAATGTA 
TCGTGGGAAC CCTTAAGTAA AAAGGATTCT CGCGGCGTCA TAGTGGATTA TAAGCTATTA 
TGGAAACTTC ACCAGAGTTC ATCTAGATTG GTACAATATC TACCTGCATC CGTTGAATAC 
TACATAATTT CTGATTTGGA ACCTGGAGCA CAATATGATC TTCAAGTATT GCCAAGAACA 
AAACAGGGCG AGCCAAATAT TAGTGAATCA CAATTGGATT GGATTACTGT AACCATGCCA 
TCTGAATCCA ATCAGTTTAC TATAAAGAAT GTAGATATTC AAGTATTAAT TGTAAACTCT 
TCAATTATCA AGATGAAATG GAAGATCAAC TTCAAGCAAA GTGATCAAAT TGAATCAAAG 
TTCGATTCCT GGCAAATTTA TTGCGAAAAT CAAAATGGTG AAAATTTAAA GAATATTAGT 
TTACCGCAGA ATATTACTGA ATACTTGTTT ACAGATCTTG ATATGAACGA TTCTTATACT 
ATGCATCTAT GTATGGTGAA GAACAGCTCA GATGAAGCAA CAAGCTGCTT AACAAAATAT 
GTAGAGACCG TAGAATCCGA TCCTAATACT GTGCCAATGA CATTGGAGGC TGTTCCCGTT 
TCGCCCACGT CCATTAATGT GTCATGGACA TTGTCCGATG CGCATGATAT AAATTCATTT 
GAATTTTGTT ATTATGCGGT GCATGTGCAA AATTCTAACA ATTCTAAATG TTCTATCATA 
AATGACACAA AAACAAGTGT TGATGAGCTA AAGCCTTTTA CTTTATATGA ATTTAAAGTA 
AAAGCCATTA GACATGATAT AAATCGAACC AACTTCTATA GCAAGTCTAT AGAATGCTAT 
ACAAACGAAG ATGTTCCTGG TAAAGTCGAA GGGTTACAAT GGTTCTTAGA GAACAATACG 
AAAGTACGAA TTGTATGGGA GGAACCGACG AATATAAACG GCATTATACA AAATTATATT 
GTCGGATATA CCATAAATTT GACGACGACA TGGAATAATG TAACTGTGTC TGGTAATAAA 
AGGACGACGA ATCTACCAGA CTTAGCACCA GGGAAACGAT ATTTCGTTAT GGTACAAGCT 
GCGACGAATG CTGGCTATGG GAAACCTTCA AACCCTATTA TTGTTTTTAC CGGCGGTACT 
AGTCGTAACA GTAGTAATGG CGGTAGTAAT AATAGTGGTG GTGGTGGTGG TGGTGGTGGT 
GGTGGAGGAA CATCAAAAGT ACCTGCCCCA TCAGGCAATG AGAAAAACTC TAAGCCTGAT 
CAGAGTCTAG GTGTGATCCT CGGGGTAAGC ATAAGTATTG GATTTATCAT GATATGCCTA 
TGCAGTATAT ACTGCCGGAG GAAATTTGAG AACTCACGGT TGAGAAACGA CGCTCAACCT 
ACGAACGGGT GCGTGCTGTC GCGAAACAGA AATGAATGTT GTGCGGAGCA ATCCTCCACG 
TCTGTGAGTC AACATATGAA TACCACCGGT ACCCCGAATG AGATTGAATT GGCAGTGCTA 
TGTCCATCAT CACCGATCGA AACAAATCCG CACTCAGACG CAAAGGGCGC ACAGTCTAAT 
GGGGTTTTCG AAATTTGCGC GAAAGAACCC TTATTGTCGC CGTGGGAGAT TAATGGAGGC 
TCGAAGGATG TTCATATTAT GGAGAATCCT CAGTACAAAA GAAGAGGCAG CTCCGCCTCG 
AATGATCAAG AGGATCGAGA GGAGGAAGAG GAGCAAGATC TAGAAGGCAC GCAGCTCACA 
ATGGTCAATT GTACTTTAGG CAGTAGTGCT AGCAGTTTAA ATAACAATTC AGGATATCCG 
GACGATGAGA TTTCATCGCC GAAAGCCACG TGTGCATCTG TTCCGGCGCT TGGACCAAAC 
GGGTGA

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

RefSeq	XP_018051817.1
CDS	20..3625
Translation	MAARVLLLSVLITEVLKPACAAGVKGIGGNISGKNVSKSDSSDTGLIKGFGLTLEIQPSGHVILGKKGITLSCIAGSNETVTWLHNGIPAPPCGLIRCILLSNGSLHFYKKQNLQMQKFKEKERNNIVNARNHNKDEYRCIARTNLGELIQSAPTIIQIAELAHVFKETPENITVQEGEVTRLSCLIDSVPFPPNITWQHNETLLSYNESKYSVVPPGVLYISATKLSDAGSYRCIVTNEFLKKTKRSKEAKLTVIVRAENKTIHTPSSLFPQVSYNHWLVNGSNLKLACAASGYPSPFITWSFIPRYIDNVTKPRILLNSTTGISILSLTNVNISYAGVYLCSSKNSITNDLQVQNITVDILIPPSFVKTPMNQICPNGRTARFECQAQGLPVPQIYWLKDSLNITINGRRTTYVKEYNKIELAISATVPSDSGIYQCVAVNAAGEIWAAGRLQVNTSRNSPATPTSLKCHAISPVKILISWEPPKSVPYTSITAYTVHYSPVEGGKEEVSPPEPGNSTSVEVTKLLEPFTNYSFYVRVWNNYGASDQSATIVCSTAPSVPKGTPKMNVNIISSTKLNVSWEPLSKKDSRGVIVDYKLLWKLHQSSSRLVQYLPASVEYYIISDLEPGAQYDLQVLPRTKQGEPNISESQLDWITVTMPSESNQFTIKNVDIQVLIVNSSIIKMKWKINFKQSDQIESKFDSWQIYCENQNGENLKNISLPQNITEYLFTDLDMNDSYTMHLCMVKNSSDEATSCLTKYVETVESDPNTVPMTLEAVPVSPTSINVSWTLSDAHDINSFEFCYYAVHVQNSNNSKCSIINDTKTSVDELKPFTLYEFKVKAIRHDINRTNFYSKSIECYTNEDVPGKVEGLQWFLENNTKVRIVWEEPTNINGIIQNYIVGYTINLTTTWNNVTVSGNKRTTNLPDLAPGKRYFVMVQAATNAGYGKPSNPIIVFTGGTSRNSSNGGSNNSGGGGGGGGGGGTSKVPAPSGNEKNSKPDQSLGVILGVSISIGFIMICLCSIYCRRKFENSRLRNDAQPTNGCVLSRNRNECCAEQSSTSVSQHMNTTGTPNEIELAVLCPSSPIETNPHSDAKGAQSNGVFEICAKEPLLSPWEINGGSKDVHIMENPQYKRRGSSASNDQEDREEEEEQDLEGTQLTMVNCTLGSSASSLNNNSGYPDDEISSPKATCASVPALGPNG

Target ORF information:

RefSeq Version	XM_018196328.1
Organism	Atta colombica
Definition	Atta colombica protogenin-like (LOC108689535), mRNA.

Target ORF information:

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

XM_018196328.1

ORF Insert Sequence:

ATGGCGGCGC GAGTACTGTT GCTGAGCGTC TTGATTACGG AAGTGTTGAA ACCAGCTTGC 
GCCGCAGGTG TTAAAGGTAT TGGAGGAAAT ATCAGTGGTA AGAACGTGTC CAAATCAGAC 
AGTTCTGACA CTGGCTTAAT TAAAGGATTT GGATTAACAC TGGAAATTCA ACCTAGTGGC 
CATGTGATAC TAGGAAAAAA GGGGATCACA CTCAGTTGCA TAGCTGGTTC AAATGAGACT 
GTGACTTGGT TGCACAATGG AATACCAGCA CCTCCATGTG GTCTTATTCG CTGTATTCTT 
CTTTCCAATG GCTCTCTCCA CTTTTACAAG AAACAAAATT TACAAATGCA AAAGTTCAAA 
GAAAAGGAAA GGAATAATAT TGTTAATGCT AGAAACCATA ATAAAGATGA ATATCGCTGT 
ATAGCACGTA CTAATTTAGG AGAGTTGATA CAATCAGCTC CCACCATTAT TCAAATAGCA 
GAACTTGCCC ATGTATTTAA AGAAACTCCA GAAAATATTA CTGTTCAAGA AGGTGAAGTC 
ACAAGATTGT CTTGCTTGAT TGACAGTGTT CCTTTTCCAC CCAATATTAC GTGGCAGCAT 
AATGAAACAT TGTTATCTTA TAATGAATCA AAGTATTCTG TGGTACCACC AGGTGTTCTG 
TATATAAGTG CAACGAAACT GTCAGATGCT GGCTCATATA GATGCATAGT CACTAATGAA 
TTTCTAAAGA AGACCAAAAG GAGCAAAGAA GCAAAATTAA CGGTTATTGT GAGAGCGGAG 
AACAAAACAA TTCATACGCC ATCGTCCTTG TTTCCACAAG TTTCGTACAA TCATTGGCTG 
GTTAATGGAT CGAATCTTAA GTTGGCATGT GCTGCATCTG GTTATCCATC ACCATTCATA 
ACATGGTCAT TTATTCCTCG TTACATAGAT AATGTTACAA AACCTCGCAT CCTTCTTAAT 
TCTACCACTG GCATTAGTAT ATTGTCATTA ACAAACGTGA ACATTTCTTA TGCTGGTGTC 
TACCTGTGTT CTTCAAAGAA TTCTATTACC AATGACTTAC AAGTACAGAA TATAACAGTA 
GATATATTAA TACCACCGTC ATTTGTAAAA ACGCCGATGA ATCAAATCTG TCCAAATGGA 
AGAACAGCGA GATTCGAGTG TCAGGCGCAA GGATTACCCG TACCTCAAAT TTATTGGCTA 
AAAGATTCAT TAAATATTAC TATTAATGGT CGCAGAACAA CTTATGTTAA GGAATATAAT 
AAAATAGAAT TAGCAATATC AGCAACAGTA CCGTCTGACT CTGGCATATA CCAATGTGTG 
GCGGTAAATG CAGCGGGTGA AATTTGGGCT GCTGGTCGGC TCCAAGTAAA TACATCGCGT 
AATAGTCCTG CCACACCCAC TTCTCTAAAG TGTCACGCTA TTTCACCAGT TAAAATCTTA 
ATTTCATGGG AACCACCAAA GTCTGTACCA TATACCAGTA TTACAGCTTA TACCGTCCAT 
TATAGTCCTG TAGAAGGTGG TAAGGAGGAA GTTTCGCCGC CAGAACCAGG GAATTCTACA 
TCTGTAGAAG TAACAAAACT TCTTGAACCG TTTACAAATT ACTCGTTCTA CGTACGCGTG 
TGGAATAACT ATGGTGCTAG CGATCAGTCG GCTACCATTG TGTGTTCCAC TGCTCCAAGT 
GTTCCTAAAG GCACACCAAA AATGAATGTG AATATAATCA GTAGTACAAA ACTAAATGTA 
TCGTGGGAAC CCTTAAGTAA AAAGGATTCT CGCGGCGTCA TAGTGGATTA TAAGCTATTA 
TGGAAACTTC ACCAGAGTTC ATCTAGATTG GTACAATATC TACCTGCATC CGTTGAATAC 
TACATAATTT CTGATTTGGA ACCTGGAGCA CAATATGATC TTCAAGTATT GCCAAGAACA 
AAACAGGGCG AGCCAAATAT TAGTGAATCA CAATTGGATT GGATTACTGT AACCATGCCA 
TCTGAATCCA ATCAGTTTAC TATAAAGAAT GTAGATATTC AAGTATTAAT TGTAAACTCT 
TCAATTATCA AGATGAAATG GAAGATCAAC TTCAAGCAAA GTGATCAAAT TGAATCAAAG 
TTCGATTCCT GGCAAATTTA TTGCGAAAAT CAAAATGGTG AAAATTTAAA GAATATTAGT 
TTACCGCAGA ATATTACTGA ATACTTGTTT ACAGATCTTG ATATGAACGA TTCTTATACT 
ATGCATCTAT GTATGGTGAA GAACAGCTCA GATGAAGCAA CAAGCTGCTT AACAAAATAT 
GTAGAGACCG TAGAATCCGA TCCTAATACT GTGCCAATGA CATTGGAGGC TGTTCCCGTT 
TCGCCCACGT CCATTAATGT GTCATGGACA TTGTCCGATG CGCATGATAT AAATTCATTT 
GAATTTTGTT ATTATGCGGT GCATGTGCAA AATTCTAACA ATTCTAAATG TTCTATCATA 
AATGACACAA AAACAAGTGT TGATGAGCTA AAGCCTTTTA CTTTATATGA ATTTAAAGTA 
AAAGCCATTA GACATGATAT AAATCGAACC AACTTCTATA GCAAGTCTAT AGAATGCTAT 
ACAAACGAAG ATGTTCCTGG TAAAGTCGAA GGGTTACAAT GGTTCTTAGA GAACAATACG 
AAAGTACGAA TTGTATGGGA GGAACCGACG AATATAAACG GCATTATACA AAATTATATT 
GTCGGATATA CCATAAATTT GACGACGACA TGGAATAATG TAACTGTGTC TGGTAATAAA 
AGGACGACGA ATCTACCAGA CTTAGCACCA GGGAAACGAT ATTTCGTTAT GGTACAAGCT 
GCGACGAATG CTGGCTATGG GAAACCTTCA AACCCTATTA TTGTTTTTAC CGGCGGTACT 
AGTCGTAACA GTAGTAATGG CGGTAGTAAT AATAGTGGTG GTGGTGGTGG TGGTGGTGGT 
GGTGGAGGAA CATCAAAAGT ACCTGCCCCA TCAGGCAATG AGAAAAACTC TAAGCCTGAT 
CAGAGTCTAG GTGTGATCCT CGGGGTAAGC ATAAGTATTG GATTTATCAT GATATGCCTA 
TGCAGTATAT ACTGCCGGAG GAAATTTGAG AACTCACGGT TGAGAAACGA CGCTCAACCT 
ACGAACGGGT GCGTGCTGTC GCGAAACAGA AATGAATGTT GTGCGGAGCA ATCCTCCACG 
TCTGTGAGTC AACATATGAA TACCACCGGT ACCCCGAATG AGATTGAATT GGCAGTGCTA 
TGTCCATCAT CACCGATCGA AACAAATCCG CACTCAGACG CAAAGGGCGC ACAGTCTAAT 
GGGGTTTTCG AAATTTGCGC GAAAGAACCC TTATTGTCGC CGTGGGAGAT TAATGGAGGC 
TCGAAGGATG TTCATATTAT GGAGAATCCT CAGTACAAAA GAAGAGGCAG CTCCGCCTCG 
AATGATCAAG AGGATCGAGA GGAGGAAGAG GAGCAAGATC TAGAAGGCAC GCAGCTCACA 
ATGGTCAATT GTACTTTAGG CAGTAGTGCT AGCAGTTTAA ATAACAATTC AGGATATCCG 
GACGATGAGA TTTCATCGCC GAAAGCCACG TGTGCATCTG TTCCGGCGCT TGGACCAAAC 
GGGTGA