LOC106129240 cDNA ORF clone, Amyelois transitella

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106129240
Entrez Gene ID	106129240
Full Name	uncharacterized LOC106129240
Gene Type	protein-coding
Organism	Amyelois transitella

mRNA and Protein(s)

mRNA	Protein	Name
XM_013327737.1	XP_013183191.1	uncharacterized protein LOC106129240

Pathways from BioSystems
Gene Ontology

The following LOC106129240 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106129240 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
OAm58662	XM_013327737.1 Latest version!	Amyelois transitella uncharacterized LOC106129240 (LOC106129240), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00

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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)

LOC106129240 ( XM_013327737.1 ) cDNA ORF clone, Amyelois transitella -> XP_013183191.1 Amyelois transitella uncharacterized LOC106129240 (LOC106129240), mRNA.

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CloneID	OAm58662
Clone ID Related Accession (Same CDS sequence)	XM_013327737.1
Accession Version	XM_013327737.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2979bp) 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	2015-08-05
Organism	Amyelois transitella
Product	uncharacterized protein LOC106129240
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013535353.1) 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 :: Amyelois transitella Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 68% of CDS bases ##RefSeq-Attributes-END##

ATGAATAAAG GTCCTCCCGC TGGTAATGTT CTACGCAAAC AAATAAGTTT GTTACCAAAG 
TATCAAATAA CAATGACACC AGTAGACGAG AGCGTTGTAA AGATGCAGCT GTTGCTGCTC 
AACCACAATT ATCTGGCTGA AAACATGGAG CACCTAACGG CAGGAGAGAG GCACAAAAGT 
TACATCATCG TCGGCGATTC TGAAAATCAC TTGTTATTAC TGTCATTTTT CCAGGATAAG 
GATTTGATAG GAATGTACGA CGGAATAATC ACACACGAAA TAAGAAGAAA ATATAATTTT 
GAACACAAAA TCATAGCGCA CTGTATCAGT TCCAATTTCG TTGGCATCGA TGCACAATGT 
GAATACGTAT TTAAAGATTT AGAAGCGGCA ACAATGAATA TTGATGAAGA TAACTGTTAT 
TTCAATAAGG ATGCAGCAAC CAATATAACA AGACAGTCTT GTATAGCAGA TGTCTATAAA 
GAAAGAAAAC GAAAAAATGA ATGTGATTCA GAAATATGCC AATCAAAAGA AAAAAAGAAA 
CGTGAGAGCG CACTTGCTGA GAAAATTAGA TTATTGAAAG AATCATTTGG AAAAGCAACT 
AAAGATAATC TGCCAAAGGA AGCAACAAGA AAATCTGCCA AAAAATCTAA TAAAACAGCA 
CATGATGTTT TAAATTTAAA CGATAAAGTG GCTCTTGATA TTGATAAAAA CAATTCAAAA 
CCAACGGAAA TATTTAAGCA TAATAATAAT GTCACCACAC GTTATATAAA TGATCTTGAA 
GAACATAATG ACTATATTGA TGATACAAAA ATAAATGACA TACTAAATGA TATTGAGAAT 
GAAATAAATA AGGGAGAAAA AAATTATGAA TATTTCGATA GCAAACTTAA CAATGAAAAA 
TTCCTCATAC AGACAAAAGA TACTTTTAAA CATCCAGCAG GTGTGCATCA AACAAAAGTT 
ATTAAGAAAC CAAAAAAGAG TAATTTCAGT TTCCTAGAAT TATTAGACAA AGGTGTTGAT 
TTTAACGAAG AGGACGATGG TAAATCCCTC ACCGATACTG GATTTTCCAA TACTGTAAAA 
TTGCAAATTG ATAAATATTT GCAACAAACT CAAGCAACTA CAAATACTAA TAATATTTTA 
GTCGAGAATT TGCTCAATGA AAATAGCTTG GGAATAGAAA ATAGAAACAA AGAAAGTAAT 
GCGGATGATA TACATGTCAA TTCAAAAAAA CATTATAAAT GCTCAATAGA TTCAGAGGAA 
ACTAGATCTG TGGCTAATGT GAACAATGAA CATAACAGAG GATATGTTTG CAAAAACGCC 
CAAAATAATG TAGAGGTCAA ATCTACTCAA GCATCAAAAC CTTATGATAC ATCTATTATT 
CTCCTTCATA ATCCTAAGAC TAAATTCGAA GAAATCAATA GTGAAAAACA TTTAAATAAT 
GTCACATATG GCAGGAATTT TAATTTTAAT GAAATTTGCA ATTCGAAAAT CAACAGTTTA 
AGTAATCTAA ATGTAAATGT CTCATCAAAA GATTTTAAAT ACAATTCGGA AGAGTATGAT 
TTCAAGATAA ATCTAAATAA TTGCAATACC AAGCAACCCT TTTCGATTGA AGGAGTGTCT 
AAAAATAACA ATTTAGTATT TTCTGGCAAA GTAGGTGAAA AATCTTTATA CAGCAAAGAC 
AGAGCACTAA CGACAACAGT TAAGGGGTTT ACCAGGCCAG TTTGTGATAA CGATGATAAT 
GATTATAAAA AAAAGAAGTG CAAACATAAT TACATAAGAA ATTTTTCGTA TTCTGCAATG 
AATATTGATA TTTCTTCTAC TCATTCAGCT GATCACCATA TTCATATAAT AAAAAAAATT 
AAATTGGATG TAGATGTTAC TGAAATAGTA ACAAATAATG ACTCAAAATC AAATATTAAT 
ACGGCCACGA TAAATGTCGA TGATACTTTA ACACTTACGC CAACATCAAA ATCAGAAGAA 
CATTTTAAAT CTTGGCAATC ATTACCAGGG CCTTTAAACA ACAATGAGTT CCGAAAAGCA 
TGTGACAGCA AAACTTATAA ATTTACCGAT CAATTAGTTT CTACATATCA AAACAAGTTG 
CATTCTAACA CCGAAATATT GAAACCAATA ACTAACTTAA AAAATATACA TGATAACAAA 
GAAAATCCAA GTATTGATGA AAACTCTAAT GCTAGCTCAA AAGAAAACAA TTCAAGCAAT 
ACAAAAATAC AAGTTTCTCA ACAAGTTAAA AAAAGTAGAA GAGAAGATGT GATATTGGAA 
AGCAGCAAAT CGGATCAAGC TGCCAGTGAC AGTTCAAAAA GTGTCCACAT TAAGCGGCCT 
TTTAAAATAA CTGACATAGA TAAAATAGAT CAAAAATTGC CAGCCATGCT TATTGCTAAT 
ACTTCTTTGT GTGCAACCCC AATCCAAAGC AAAGATGATA ATGTAGGAAA AGAAGAGATA 
TTAGTATCGC AATTACCAAA TACAGTACCT GATATTCCCC ATATCAATCT TCATGATGTA 
ATAATGACTG AAGAACAAAT AGCAAAACTC TCTCCAGTCA CTTCGATAGA TCCTTCGATT 
TGTGATTATA AAATAGACGA TTCAATGTTC AATCCTAGAA CAATACTGCA GTGTTTGATA 
ACGGATGGAC CGGAGATAAT TCCGCCGCCA CCGGAATTCA GCGATTTAAT TTATTCTCCA 
TCTCAACCAG CAGAAATAGA TTATACACAT GATGACCCAG TTTTCGATAT AATTGAATTA 
GACAATGATA AAAATATAGA AGAGGACCAA ATGAACTATA ATAACAGAGA ATTTCAAAAG 
AATAATTTTT CCGATAATTC ATTGGATGGT ATTGAAACAT TGCTATTAGA AAATGAAGAT 
ATGCCTTGGA CAGTTTCGTC CTCACCAGCT TTTAGAAATA CACGTCGTGG ATATATATAC 
TCTTCTGGTA GTGTACGAAA TTTAACAAAT TTAAATTAA

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

RefSeq	XP_013183191.1
CDS	1..2979
Translation	MNKGPPAGNVLRKQISLLPKYQITMTPVDESVVKMQLLLLNHNYLAENMEHLTAGERHKSYIIVGDSENHLLLLSFFQDKDLIGMYDGIITHEIRRKYNFEHKIIAHCISSNFVGIDAQCEYVFKDLEAATMNIDEDNCYFNKDAATNITRQSCIADVYKERKRKNECDSEICQSKEKKKRESALAEKIRLLKESFGKATKDNLPKEATRKSAKKSNKTAHDVLNLNDKVALDIDKNNSKPTEIFKHNNNVTTRYINDLEEHNDYIDDTKINDILNDIENEINKGEKNYEYFDSKLNNEKFLIQTKDTFKHPAGVHQTKVIKKPKKSNFSFLELLDKGVDFNEEDDGKSLTDTGFSNTVKLQIDKYLQQTQATTNTNNILVENLLNENSLGIENRNKESNADDIHVNSKKHYKCSIDSEETRSVANVNNEHNRGYVCKNAQNNVEVKSTQASKPYDTSIILLHNPKTKFEEINSEKHLNNVTYGRNFNFNEICNSKINSLSNLNVNVSSKDFKYNSEEYDFKINLNNCNTKQPFSIEGVSKNNNLVFSGKVGEKSLYSKDRALTTTVKGFTRPVCDNDDNDYKKKKCKHNYIRNFSYSAMNIDISSTHSADHHIHIIKKIKLDVDVTEIVTNNDSKSNINTATINVDDTLTLTPTSKSEEHFKSWQSLPGPLNNNEFRKACDSKTYKFTDQLVSTYQNKLHSNTEILKPITNLKNIHDNKENPSIDENSNASSKENNSSNTKIQVSQQVKKSRREDVILESSKSDQAASDSSKSVHIKRPFKITDIDKIDQKLPAMLIANTSLCATPIQSKDDNVGKEEILVSQLPNTVPDIPHINLHDVIMTEEQIAKLSPVTSIDPSICDYKIDDSMFNPRTILQCLITDGPEIIPPPPEFSDLIYSPSQPAEIDYTHDDPVFDIIELDNDKNIEEDQMNYNNREFQKNNFSDNSLDGIETLLLENEDMPWTVSSSPAFRNTRRGYIYSSGSVRNLTNLN

Target ORF information:

RefSeq Version	XM_013327737.1
Organism	Amyelois transitella
Definition	Amyelois transitella uncharacterized LOC106129240 (LOC106129240), mRNA.

Target ORF information:

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

XM_013327737.1

ORF Insert Sequence:

ATGAATAAAG GTCCTCCCGC TGGTAATGTT CTACGCAAAC AAATAAGTTT GTTACCAAAG 
TATCAAATAA CAATGACACC AGTAGACGAG AGCGTTGTAA AGATGCAGCT GTTGCTGCTC 
AACCACAATT ATCTGGCTGA AAACATGGAG CACCTAACGG CAGGAGAGAG GCACAAAAGT 
TACATCATCG TCGGCGATTC TGAAAATCAC TTGTTATTAC TGTCATTTTT CCAGGATAAG 
GATTTGATAG GAATGTACGA CGGAATAATC ACACACGAAA TAAGAAGAAA ATATAATTTT 
GAACACAAAA TCATAGCGCA CTGTATCAGT TCCAATTTCG TTGGCATCGA TGCACAATGT 
GAATACGTAT TTAAAGATTT AGAAGCGGCA ACAATGAATA TTGATGAAGA TAACTGTTAT 
TTCAATAAGG ATGCAGCAAC CAATATAACA AGACAGTCTT GTATAGCAGA TGTCTATAAA 
GAAAGAAAAC GAAAAAATGA ATGTGATTCA GAAATATGCC AATCAAAAGA AAAAAAGAAA 
CGTGAGAGCG CACTTGCTGA GAAAATTAGA TTATTGAAAG AATCATTTGG AAAAGCAACT 
AAAGATAATC TGCCAAAGGA AGCAACAAGA AAATCTGCCA AAAAATCTAA TAAAACAGCA 
CATGATGTTT TAAATTTAAA CGATAAAGTG GCTCTTGATA TTGATAAAAA CAATTCAAAA 
CCAACGGAAA TATTTAAGCA TAATAATAAT GTCACCACAC GTTATATAAA TGATCTTGAA 
GAACATAATG ACTATATTGA TGATACAAAA ATAAATGACA TACTAAATGA TATTGAGAAT 
GAAATAAATA AGGGAGAAAA AAATTATGAA TATTTCGATA GCAAACTTAA CAATGAAAAA 
TTCCTCATAC AGACAAAAGA TACTTTTAAA CATCCAGCAG GTGTGCATCA AACAAAAGTT 
ATTAAGAAAC CAAAAAAGAG TAATTTCAGT TTCCTAGAAT TATTAGACAA AGGTGTTGAT 
TTTAACGAAG AGGACGATGG TAAATCCCTC ACCGATACTG GATTTTCCAA TACTGTAAAA 
TTGCAAATTG ATAAATATTT GCAACAAACT CAAGCAACTA CAAATACTAA TAATATTTTA 
GTCGAGAATT TGCTCAATGA AAATAGCTTG GGAATAGAAA ATAGAAACAA AGAAAGTAAT 
GCGGATGATA TACATGTCAA TTCAAAAAAA CATTATAAAT GCTCAATAGA TTCAGAGGAA 
ACTAGATCTG TGGCTAATGT GAACAATGAA CATAACAGAG GATATGTTTG CAAAAACGCC 
CAAAATAATG TAGAGGTCAA ATCTACTCAA GCATCAAAAC CTTATGATAC ATCTATTATT 
CTCCTTCATA ATCCTAAGAC TAAATTCGAA GAAATCAATA GTGAAAAACA TTTAAATAAT 
GTCACATATG GCAGGAATTT TAATTTTAAT GAAATTTGCA ATTCGAAAAT CAACAGTTTA 
AGTAATCTAA ATGTAAATGT CTCATCAAAA GATTTTAAAT ACAATTCGGA AGAGTATGAT 
TTCAAGATAA ATCTAAATAA TTGCAATACC AAGCAACCCT TTTCGATTGA AGGAGTGTCT 
AAAAATAACA ATTTAGTATT TTCTGGCAAA GTAGGTGAAA AATCTTTATA CAGCAAAGAC 
AGAGCACTAA CGACAACAGT TAAGGGGTTT ACCAGGCCAG TTTGTGATAA CGATGATAAT 
GATTATAAAA AAAAGAAGTG CAAACATAAT TACATAAGAA ATTTTTCGTA TTCTGCAATG 
AATATTGATA TTTCTTCTAC TCATTCAGCT GATCACCATA TTCATATAAT AAAAAAAATT 
AAATTGGATG TAGATGTTAC TGAAATAGTA ACAAATAATG ACTCAAAATC AAATATTAAT 
ACGGCCACGA TAAATGTCGA TGATACTTTA ACACTTACGC CAACATCAAA ATCAGAAGAA 
CATTTTAAAT CTTGGCAATC ATTACCAGGG CCTTTAAACA ACAATGAGTT CCGAAAAGCA 
TGTGACAGCA AAACTTATAA ATTTACCGAT CAATTAGTTT CTACATATCA AAACAAGTTG 
CATTCTAACA CCGAAATATT GAAACCAATA ACTAACTTAA AAAATATACA TGATAACAAA 
GAAAATCCAA GTATTGATGA AAACTCTAAT GCTAGCTCAA AAGAAAACAA TTCAAGCAAT 
ACAAAAATAC AAGTTTCTCA ACAAGTTAAA AAAAGTAGAA GAGAAGATGT GATATTGGAA 
AGCAGCAAAT CGGATCAAGC TGCCAGTGAC AGTTCAAAAA GTGTCCACAT TAAGCGGCCT 
TTTAAAATAA CTGACATAGA TAAAATAGAT CAAAAATTGC CAGCCATGCT TATTGCTAAT 
ACTTCTTTGT GTGCAACCCC AATCCAAAGC AAAGATGATA ATGTAGGAAA AGAAGAGATA 
TTAGTATCGC AATTACCAAA TACAGTACCT GATATTCCCC ATATCAATCT TCATGATGTA 
ATAATGACTG AAGAACAAAT AGCAAAACTC TCTCCAGTCA CTTCGATAGA TCCTTCGATT 
TGTGATTATA AAATAGACGA TTCAATGTTC AATCCTAGAA CAATACTGCA GTGTTTGATA 
ACGGATGGAC CGGAGATAAT TCCGCCGCCA CCGGAATTCA GCGATTTAAT TTATTCTCCA 
TCTCAACCAG CAGAAATAGA TTATACACAT GATGACCCAG TTTTCGATAT AATTGAATTA 
GACAATGATA AAAATATAGA AGAGGACCAA ATGAACTATA ATAACAGAGA ATTTCAAAAG 
AATAATTTTT CCGATAATTC ATTGGATGGT ATTGAAACAT TGCTATTAGA AAATGAAGAT 
ATGCCTTGGA CAGTTTCGTC CTCACCAGCT TTTAGAAATA CACGTCGTGG ATATATATAC 
TCTTCTGGTA GTGTACGAAA TTTAACAAAT TTAAATTAA