LOC107221330 cDNA ORF clone, Neodiprion lecontei(redheaded pine sawfly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107221330
Entrez Gene ID	107221330
Full Name	probable RNA helicase armi
Gene Type	protein-coding
Organism	Neodiprion lecontei(redheaded pine sawfly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_015660274.1	XP_015515760.1	probable RNA helicase armi

Pathways from BioSystems
Gene Ontology

The following LOC107221330 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107221330 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
ONe18516	XM_015660274.1 Latest version!	Neodiprion lecontei probable RNA helicase armi (LOC107221330), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

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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)

LOC107221330 ( XM_015660274.1 ) cDNA ORF clone, Neodiprion lecontei(redheaded pine sawfly) -> XP_015515760.1 Neodiprion lecontei probable RNA helicase armi (LOC107221330), mRNA.

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CloneID	ONe18516
Clone ID Related Accession (Same CDS sequence)	XM_015660274.1
Accession Version	XM_015660274.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3492bp) 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	2016-02-18
Organism	Neodiprion lecontei(redheaded pine sawfly)
Product	probable RNA helicase armi
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015384115.1) 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 :: Neodiprion lecontei Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTATCCT TATTGTACGG GGTATTTAAA AAAGTGCTCG GTTTCTCCGA GCCTCCCGAG 
CCGGATTTAG CTGATTTGAT ACAACAGTTG GAGGGCGAGC AAAATGTTAA ATTGAACAAC 
TGCGATAATC GAGAGATAAC TGAAGAAGAA ATAGAAGGAT GCTTTCACAA AACTGGTATC 
GTAACGGAAA TTAGGTCCGA ATACTTTATA ATAGATGATA AATTTGAATG CCAAAACGTA 
AATGCTTCTA TCGGAGAAAT CCGAGTTGGA GCCAAAGTGT ATTACCTGGC GTTCCAGAGG 
ACAAAGGGTG AGGAGCTAAA GATAAAAAAA ATTTTATCAA TCATTGATGA CGAATGGGAA 
AACGAAGTGG CAACTTGCAC CGAAGATGCG GTAAAATCCC AAATGCTGAA TCGCGTTATT 
GTTGGAAAGG TGATGCGCAG GGAGCAGAGG ATGGTTTTTA TTGAGCCTGG CCAAATTTCC 
TTCAGCCTTG ACGAAATCAC CTCTGAATTT TTGCCCATCG TCGGGGATTG GGTCAAACTT 
CAAACCATAG TAGCAGTTGA CGACAACGTT GTAGATTTCA GCGGGGAAGT TCTTCAGGTT 
GACAAAATTT TTCCTCTAAG GTCAAAACTC GCCACTGGTG TTGTATCTGC CTATGACGTC 
AAGTCTGGTT CTGGTACCAT ACAGCATAAC ATCGTTTTTA ACAAAGCCAA CTGCGAGCCT 
GGATATATTC CATGTGTCGG CGATAAAGTT GTCGCAGATA GCATCGAAAG TGATCAAGGA 
ATGCAGACGT GGAGGTCATT GTCGGTCGTT CCGCTAATGC ATCAGGTGTC GCAAAGACAA 
TTGTTCAATA ATCAGGCTCA AACTGAAACT GTAAATGAAA AACAAGAAAC TTTTGGAGAA 
GAAAAATATG GGATAGTTGT CACAAATAAT TTGATGTTCG ATTTGCAATT GCTTGAAATG 
AGAGATATTT CGATAGAGAT AAAAAATAAT GGACTTCACC CACAGACGTT ACTCAAAGGA 
TGTTTTCTGT CAAAAAAATC CATGTCGCAA TTGACTTTGT TGCGACCAAA AATAGATACT 
ACGTCAGTAT TGCAGCCTTC GGAATCAATA ACATATGTAT TCAGATGCCA TGCAAAATTT 
GTCGGGTATT CGGAAGAAAT GTTTCTGTTC ATCTTCAAAC ATCTGAAAGT CCATCGCATG 
TTTCGCTTCA ATGTTAGTTT GAAAAACTCC GTAAATCATA ACGTGCAAAG CGGTCAAAAT 
CCAAGGGGAA ACAAAATTTA CAAGCAAAAC GAGTTCGATC AATCGACCTG TGTTCGTGGC 
GTTAGAACCT GTCAAGCACC AAAGTTCATT ACTGTCAGGC CTGGAATATT CAAAATACCT 
CAACACTTAT GGGATGTCGT ATTGCGCCTA GAAAATGATA AAATACCTTT TCGGAGCGGC 
ATTGTGGCGA TAGAAGAAAC CGTGCCTTGC TTATTCGAAG ATTTGACGTT TCAAAATTAC 
AGAGATCGAT TTCATGCTCT GTTGTACTTG GAAAGCATAG CTGATTCTAT AGCTTTACAA 
CGATACGACA TAAGCAGTAC AGTCATGAGA TTTTGCGGAG AATTTCTCGC CCTTGAAGTG 
CCAGGACTAG CGGAAAAACG ACCATCGCTC TTAGTCGGAG ACAAAGCCAT AGTTTCTTTC 
AATTGGGACT CCAGCAAAGG TGAAATAAAG TACGAGGGAT GCATTCACGA GGTAAAGAAC 
TCGGAGATTT TACTCAAGTT CAATCCAGCT TTCCATGAAA AATATAACGG CGAACGATGC 
GAAGTGACAT TCAAGTGCTC CCAAACACCG TCGAGTCGCT GTCACACGGC CGTTAACTTG 
GCGATAAATC ATCTGGGAAA AGAATTTTTA TTTCCTACAA AAATTGTACC CAAACCACCG 
CAACTGGAAC TTTTGGAAAT GAGTGACGAT GGAGAATCCA GAAACAGTAC GTTTGCACGA 
CAAAATGATG TTACTCCAGG CCTGCAACCG AATGCGCAGG CATGTTCCAA GACTGGAGAC 
ACTGATTCGT GCGTTTTACA AATAAAAAAA CGCAAATTAG TATGGTTCAA CAGGGCGTTG 
AATTACTACC AGAAAGAGGC TGTGCGTAAC GTTTTGCAGA GTCCAGCTCA CCCGTTGCCT 
TACGTCATAT TTGGGCCACC AGGAACAGGG AAAACGATAA CTCTTTGCGA AACGATATTG 
CAGATATTTA GGACCATACC CGAAAGCAGA CTGTTGGTTG CGACGCCTTC GAATAGTTCA 
GCCAATCTAA TATCGGAAAG ACTTTTAGAC AGCGGAGTTT TGAAACCGGG CGATTTGGTC 
AGATTGATAG GGTTTCACTG CACCACAGAT GGGTCAATTC CGCAGAAACT AATCCCGTAT 
TGCGCTGTAG GTGACTTGGC TCGAGAGGGA ACTCGAAATA CTCCTGACCA CAATGCCAAC 
GGCATAAGAC CGAGCTGCAG TGCAAGTGTT TTGGGACGGC ACAGAATCAC AGTCGGTACT 
TGCATCTCAT TGGGCATACT GCATAACATG GGCTTTCCTC GAGGTCACTT CACCCACGTT 
TTTGTTGACG AAGCTGGACA AGCTACAGAG CCGGAAATAT TAGTGCCATT AAATTTCATT 
CATGCCGATA CCGGGCATGT AATTTTGGCT GGAGACCCAA TGCAGCTTGG ACCTGTCGTC 
CAAAGTAAAT ACGCATCGCA TTTTGGACTT GGGTTGTCTT TTCTGTCTCG GTTGCTTCAG 
CGCTTCCCTT ACCAACGAGA CTTGGAAGGA TTTGAGAGGG GCTACGATCC ACGACTAGTT 
ACTAAACTCA TCATGAACTA TCGCAGCTTG CCGGAAATTC TCGCACTTCC GAATTCGTTA 
TTCTATGATT CTGAGCTCGA GGCGCAGATT ACAAGGCAAG GAAAAGAAGG TGACCTGCTC 
ACTTCAGTCG CTAACGATTT ACCTGAACGC GACGATTTTC CACCTGCGAT AGTTTTCCAT 
GGCGTTCTCG GCGAGAATTA TCAGGATCAA GATAGTCCAA GCTGGTATAA TCCGGAAGAA 
GCTGCTCAGG CTTACTTTTA TATACTAAAA CTTTACAGCC ACGGACTTGG CCCTGACGAT 
ATTGGGATTA TAGCACCTTA CACTAAACAA GCTCGTCATA TTCGGGATTT ACTTGCAGAG 
ATGAATACAA CATTGCCAAA AGTTGGCAGT GTGGAAGAGT TTCAAGGACA AGAACGAAAT 
GTTATTATTC TATCTGCAGT CAGATCGATA AGCGATCTAG TCCAAGAAGA TGTTAAACGA 
TGTCTTGGTT TTATCGCTTC TCCACACCGT TTGAATGTCG CTATTACCAG GGCTCGGGCA 
CTATTAATTA TTCTGGGAAA TCCACATTTA TTATCACAAG ATCCTTACTG GAGAACAGTG 
ATTACGTATT GTATTGACAA GAATTCTTAC ACTGGCTGTG ATTTCTTTTC ATCAGCGATT 
ATCAATGAGT AG

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

RefSeq	XP_015515760.1
CDS	398..3889
Translation	MVSLLYGVFKKVLGFSEPPEPDLADLIQQLEGEQNVKLNNCDNREITEEEIEGCFHKTGIVTEIRSEYFIIDDKFECQNVNASIGEIRVGAKVYYLAFQRTKGEELKIKKILSIIDDEWENEVATCTEDAVKSQMLNRVIVGKVMRREQRMVFIEPGQISFSLDEITSEFLPIVGDWVKLQTIVAVDDNVVDFSGEVLQVDKIFPLRSKLATGVVSAYDVKSGSGTIQHNIVFNKANCEPGYIPCVGDKVVADSIESDQGMQTWRSLSVVPLMHQVSQRQLFNNQAQTETVNEKQETFGEEKYGIVVTNNLMFDLQLLEMRDISIEIKNNGLHPQTLLKGCFLSKKSMSQLTLLRPKIDTTSVLQPSESITYVFRCHAKFVGYSEEMFLFIFKHLKVHRMFRFNVSLKNSVNHNVQSGQNPRGNKIYKQNEFDQSTCVRGVRTCQAPKFITVRPGIFKIPQHLWDVVLRLENDKIPFRSGIVAIEETVPCLFEDLTFQNYRDRFHALLYLESIADSIALQRYDISSTVMRFCGEFLALEVPGLAEKRPSLLVGDKAIVSFNWDSSKGEIKYEGCIHEVKNSEILLKFNPAFHEKYNGERCEVTFKCSQTPSSRCHTAVNLAINHLGKEFLFPTKIVPKPPQLELLEMSDDGESRNSTFARQNDVTPGLQPNAQACSKTGDTDSCVLQIKKRKLVWFNRALNYYQKEAVRNVLQSPAHPLPYVIFGPPGTGKTITLCETILQIFRTIPESRLLVATPSNSSANLISERLLDSGVLKPGDLVRLIGFHCTTDGSIPQKLIPYCAVGDLAREGTRNTPDHNANGIRPSCSASVLGRHRITVGTCISLGILHNMGFPRGHFTHVFVDEAGQATEPEILVPLNFIHADTGHVILAGDPMQLGPVVQSKYASHFGLGLSFLSRLLQRFPYQRDLEGFERGYDPRLVTKLIMNYRSLPEILALPNSLFYDSELEAQITRQGKEGDLLTSVANDLPERDDFPPAIVFHGVLGENYQDQDSPSWYNPEEAAQAYFYILKLYSHGLGPDDIGIIAPYTKQARHIRDLLAEMNTTLPKVGSVEEFQGQERNVIILSAVRSISDLVQEDVKRCLGFIASPHRLNVAITRARALLIILGNPHLLSQDPYWRTVITYCIDKNSYTGCDFFSSAIINE

Target ORF information:

RefSeq Version	XM_015660274.1
Organism	Neodiprion lecontei(redheaded pine sawfly)
Definition	Neodiprion lecontei probable RNA helicase armi (LOC107221330), mRNA.

Target ORF information:

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

XM_015660274.1

ORF Insert Sequence:

ATGGTATCCT TATTGTACGG GGTATTTAAA AAAGTGCTCG GTTTCTCCGA GCCTCCCGAG 
CCGGATTTAG CTGATTTGAT ACAACAGTTG GAGGGCGAGC AAAATGTTAA ATTGAACAAC 
TGCGATAATC GAGAGATAAC TGAAGAAGAA ATAGAAGGAT GCTTTCACAA AACTGGTATC 
GTAACGGAAA TTAGGTCCGA ATACTTTATA ATAGATGATA AATTTGAATG CCAAAACGTA 
AATGCTTCTA TCGGAGAAAT CCGAGTTGGA GCCAAAGTGT ATTACCTGGC GTTCCAGAGG 
ACAAAGGGTG AGGAGCTAAA GATAAAAAAA ATTTTATCAA TCATTGATGA CGAATGGGAA 
AACGAAGTGG CAACTTGCAC CGAAGATGCG GTAAAATCCC AAATGCTGAA TCGCGTTATT 
GTTGGAAAGG TGATGCGCAG GGAGCAGAGG ATGGTTTTTA TTGAGCCTGG CCAAATTTCC 
TTCAGCCTTG ACGAAATCAC CTCTGAATTT TTGCCCATCG TCGGGGATTG GGTCAAACTT 
CAAACCATAG TAGCAGTTGA CGACAACGTT GTAGATTTCA GCGGGGAAGT TCTTCAGGTT 
GACAAAATTT TTCCTCTAAG GTCAAAACTC GCCACTGGTG TTGTATCTGC CTATGACGTC 
AAGTCTGGTT CTGGTACCAT ACAGCATAAC ATCGTTTTTA ACAAAGCCAA CTGCGAGCCT 
GGATATATTC CATGTGTCGG CGATAAAGTT GTCGCAGATA GCATCGAAAG TGATCAAGGA 
ATGCAGACGT GGAGGTCATT GTCGGTCGTT CCGCTAATGC ATCAGGTGTC GCAAAGACAA 
TTGTTCAATA ATCAGGCTCA AACTGAAACT GTAAATGAAA AACAAGAAAC TTTTGGAGAA 
GAAAAATATG GGATAGTTGT CACAAATAAT TTGATGTTCG ATTTGCAATT GCTTGAAATG 
AGAGATATTT CGATAGAGAT AAAAAATAAT GGACTTCACC CACAGACGTT ACTCAAAGGA 
TGTTTTCTGT CAAAAAAATC CATGTCGCAA TTGACTTTGT TGCGACCAAA AATAGATACT 
ACGTCAGTAT TGCAGCCTTC GGAATCAATA ACATATGTAT TCAGATGCCA TGCAAAATTT 
GTCGGGTATT CGGAAGAAAT GTTTCTGTTC ATCTTCAAAC ATCTGAAAGT CCATCGCATG 
TTTCGCTTCA ATGTTAGTTT GAAAAACTCC GTAAATCATA ACGTGCAAAG CGGTCAAAAT 
CCAAGGGGAA ACAAAATTTA CAAGCAAAAC GAGTTCGATC AATCGACCTG TGTTCGTGGC 
GTTAGAACCT GTCAAGCACC AAAGTTCATT ACTGTCAGGC CTGGAATATT CAAAATACCT 
CAACACTTAT GGGATGTCGT ATTGCGCCTA GAAAATGATA AAATACCTTT TCGGAGCGGC 
ATTGTGGCGA TAGAAGAAAC CGTGCCTTGC TTATTCGAAG ATTTGACGTT TCAAAATTAC 
AGAGATCGAT TTCATGCTCT GTTGTACTTG GAAAGCATAG CTGATTCTAT AGCTTTACAA 
CGATACGACA TAAGCAGTAC AGTCATGAGA TTTTGCGGAG AATTTCTCGC CCTTGAAGTG 
CCAGGACTAG CGGAAAAACG ACCATCGCTC TTAGTCGGAG ACAAAGCCAT AGTTTCTTTC 
AATTGGGACT CCAGCAAAGG TGAAATAAAG TACGAGGGAT GCATTCACGA GGTAAAGAAC 
TCGGAGATTT TACTCAAGTT CAATCCAGCT TTCCATGAAA AATATAACGG CGAACGATGC 
GAAGTGACAT TCAAGTGCTC CCAAACACCG TCGAGTCGCT GTCACACGGC CGTTAACTTG 
GCGATAAATC ATCTGGGAAA AGAATTTTTA TTTCCTACAA AAATTGTACC CAAACCACCG 
CAACTGGAAC TTTTGGAAAT GAGTGACGAT GGAGAATCCA GAAACAGTAC GTTTGCACGA 
CAAAATGATG TTACTCCAGG CCTGCAACCG AATGCGCAGG CATGTTCCAA GACTGGAGAC 
ACTGATTCGT GCGTTTTACA AATAAAAAAA CGCAAATTAG TATGGTTCAA CAGGGCGTTG 
AATTACTACC AGAAAGAGGC TGTGCGTAAC GTTTTGCAGA GTCCAGCTCA CCCGTTGCCT 
TACGTCATAT TTGGGCCACC AGGAACAGGG AAAACGATAA CTCTTTGCGA AACGATATTG 
CAGATATTTA GGACCATACC CGAAAGCAGA CTGTTGGTTG CGACGCCTTC GAATAGTTCA 
GCCAATCTAA TATCGGAAAG ACTTTTAGAC AGCGGAGTTT TGAAACCGGG CGATTTGGTC 
AGATTGATAG GGTTTCACTG CACCACAGAT GGGTCAATTC CGCAGAAACT AATCCCGTAT 
TGCGCTGTAG GTGACTTGGC TCGAGAGGGA ACTCGAAATA CTCCTGACCA CAATGCCAAC 
GGCATAAGAC CGAGCTGCAG TGCAAGTGTT TTGGGACGGC ACAGAATCAC AGTCGGTACT 
TGCATCTCAT TGGGCATACT GCATAACATG GGCTTTCCTC GAGGTCACTT CACCCACGTT 
TTTGTTGACG AAGCTGGACA AGCTACAGAG CCGGAAATAT TAGTGCCATT AAATTTCATT 
CATGCCGATA CCGGGCATGT AATTTTGGCT GGAGACCCAA TGCAGCTTGG ACCTGTCGTC 
CAAAGTAAAT ACGCATCGCA TTTTGGACTT GGGTTGTCTT TTCTGTCTCG GTTGCTTCAG 
CGCTTCCCTT ACCAACGAGA CTTGGAAGGA TTTGAGAGGG GCTACGATCC ACGACTAGTT 
ACTAAACTCA TCATGAACTA TCGCAGCTTG CCGGAAATTC TCGCACTTCC GAATTCGTTA 
TTCTATGATT CTGAGCTCGA GGCGCAGATT ACAAGGCAAG GAAAAGAAGG TGACCTGCTC 
ACTTCAGTCG CTAACGATTT ACCTGAACGC GACGATTTTC CACCTGCGAT AGTTTTCCAT 
GGCGTTCTCG GCGAGAATTA TCAGGATCAA GATAGTCCAA GCTGGTATAA TCCGGAAGAA 
GCTGCTCAGG CTTACTTTTA TATACTAAAA CTTTACAGCC ACGGACTTGG CCCTGACGAT 
ATTGGGATTA TAGCACCTTA CACTAAACAA GCTCGTCATA TTCGGGATTT ACTTGCAGAG 
ATGAATACAA CATTGCCAAA AGTTGGCAGT GTGGAAGAGT TTCAAGGACA AGAACGAAAT 
GTTATTATTC TATCTGCAGT CAGATCGATA AGCGATCTAG TCCAAGAAGA TGTTAAACGA 
TGTCTTGGTT TTATCGCTTC TCCACACCGT TTGAATGTCG CTATTACCAG GGCTCGGGCA 
CTATTAATTA TTCTGGGAAA TCCACATTTA TTATCACAAG ATCCTTACTG GAGAACAGTG 
ATTACGTATT GTATTGACAA GAATTCTTAC ACTGGCTGTG ATTTCTTTTC ATCAGCGATT 
ATCAATGAGT AG