LOC111687392 cDNA ORF clone, Lucilia cuprina(Australian sheep blowfly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC111687392
Entrez Gene ID	111687392
Full Name	glutamate receptor ionotropic, kainate 2
Gene Type	protein-coding
Organism	Lucilia cuprina(Australian sheep blowfly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_023449828.1	XP_023305596.1	glutamate receptor ionotropic, kainate 2

Pathways from BioSystems
Gene Ontology

The following LOC111687392 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111687392 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
OLu58452	XM_023449828.1 Latest version!	Lucilia cuprina glutamate receptor ionotropic, kainate 2 (LOC111687392), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

LOC111687392 ( XM_023449828.1 ) cDNA ORF clone, Lucilia cuprina(Australian sheep blowfly) -> XP_023305596.1 Lucilia cuprina glutamate receptor ionotropic, kainate 2 (LOC111687392), mRNA.

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CloneID	OLu58452
Clone ID Related Accession (Same CDS sequence)	XM_023449828.1
Accession Version	XM_023449828.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3141bp) 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	2018-01-04
Organism	Lucilia cuprina(Australian sheep blowfly)
Product	glutamate receptor ionotropic, kainate 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019411528.1) 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 Name :: Lucilia cuprina Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTTTTAT TAAAGTTAGT TCTAGCAGCT TTAGTGCTAA AATGGAGCAG TTGTCAGCCA 
GTTTTCAAAG TTGGTGTTAT TTTTGATGAA CCTAACTCGG AACTGGAAAT GGCATTTAAT 
GCCTCTATCG AAAGGGCCAA TGTTAATGAG CGCAGTTTTG CCTTACAGGC TATTATAACT 
TATGCCAGTA GTGATGATAG TTTCCTAATG GAAAAGACAG CATGTTATTT AGCTTCTGAA 
AAGATAATTG CCATATTTGG ACCAGCTAAT GGTGAAAGTT CCGATATTGT TGCCTCTATA 
TCGAATACCT TTGATATACC TCACATCACA TTCGATTGGA CGCCCAGTGA AGATCTTAGC 
GAAAAACCCT TTAGAGGTAT GACTTTAAAT TTACATCCAG ATAATCTACT ACTGGCACGT 
GGTATATCAG AAATTGTACA AAGTTTTGGT TGGCGTTCCT ATACGTTGGT ATATGAAAAG 
GAAAAGGAAC TATTACAATT GCAAGATATT CTACAAATAG GTGATCCTAC CAGTAATCCC 
ACTACGGTCA TGCAATTACC CAGTGATACT GATGATTATA GACCCTTTAT AAAAGCTATT 
AAAACATCAA CCGATAATTG TTTAATTTTA CATTGTGCTG TTGAAAAAAT ACCGATAATA 
CTTAAGCAGG CCGATGATTT GAAAATGTTG GGAGAGTATC AGAGTATATT CATACCCAAT 
TTGGATACAC ATACCTTGGA CTTAAATGCC TTCTATGAGG TTGGTGCCAA TATCACAACT 
ATACGTTTAA TGGATCCAAC AGATTTTGAA ATTAAAAATC TAGTAAGAGA TTGGAGAGAT 
CGTAAGAAAA AAGAAGGAGT TCATTACACA CTAGAACCCA ATCAAGTGAG GACTGACATG 
GTTCTAATAA GCGATGCTGT AGCATTATTT GTCAAAGGTT TAGCGGAACT GGAAATAGTC 
GATGAACTAA AGCCGGTAAA ATTAGATTGT CGCCGAAATA GAGCTTGGAA TCAGGGTCGA 
ACGATTATAG AATTTATTAA AGCGCGCATT GGTGCTGAAA CCTCTTCGGG TCGTGTGGAT 
TTCAATCAAT ATGGCCAGAG AAGCTTTTTT ACATTACGTT GCATGGAAAT AACAAGTACC 
GGACTTTTGG ACTTGGCCAC TTGGGATCCC GTAAATGGTT TTGATCTGTT GGGAGACGAT 
GATGCCAGTG ATAAGAGAGC TGCCATAAAA ATACAAAATA AAACTTTTAT TATAACCTCA 
CGTTTAGGAG CACCCTTTTT AATGAAACGC GAAGCCAAAG AAGGTGAAAT TCTGGAGGGT 
AATGCCCGCT ATGAGGGCTA TTCATTAGAT CTTATAGATG CTATTGCCAA GTTTTTAAAT 
TTTAAATATA TTTTTGAATT GGCTCCTGAT GGTAAATATG GTGCTTTTAA TAAGGTCACC 
AAAACCTGGG ATGGTTTGGT CAAACAATTG CTGGATGGGA ACGCCGATTT AGGCATTTGC 
GATTTAACCA TGACTTCAGC TCGCCGTCAA GCAGTAGATT TCACTCCACC CTTTATGACT 
TTGGGCATAA GTATTCTCTA TATGAAACCC GAAGTTAAAC CGCCCAATTT GTTCTCCTTC 
CTTTTGCCCT TCTCCAAAGA TGTCTGGGTC TATATGGCTA CCGGTTATTT GGGTGTATCA 
CTATTACTTT TCATTTTATC ACGCATGGCT CCAGAAGATT GGGAAAATCC TCATCCGTGT 
AAAGAACCAG AAGAATATGA AAATATTTGG ACTATAACAA ATACCACCTG GTTGACAATG 
GGTTCTATTA TGGGTCAAGG ATGTGATATA TTACCGAAGG CTTCTTCGAC CCGTTTAGTT 
ACCGGTATTT GGTGGTTTTT CGCCTTGATG ATGTTAAATT CTTATACTGC CAATTTGGCG 
GCCTTCTTGA CCATGTCACG TATGGGTTCC TCCATTAAGA GTGCCGAAGA TTTGGCAGCG 
CAAAATAAAA TTAAATATGG AGCCGTTTAT GGTGGTAGTA CTATGTCGTT TTTTAAGGAG 
TCAAACTTCA CAACATATCA GCGCATGTGG GCAGCTATGG AATCAGATCC CTCGGTATTT 
ACTAAAAGTA ATGATGAAGG CAAAGAACGT GTTTTAAAGG GCAAACGTTT ATATGCCTAT 
CTAATGGAGT CCACTTCACT GGAATATTTA GTGGAAAGAG ATTGTGATCT GGTGCAGATA 
GGTGGATGGT TGGATTATAA AACCTATGGC ATAGCCATGC CATTTAATTC TCCTTATCGC 
AAACAAATAA GTGGCGCTGT TCTAAAATTG GGCGAAGCGG GCACCTTGGC CGAGTTGAAA 
AGAAAATGGT GGAAGGAAAT GCATGGTGGT GGCAAATGTG AAAGTGCAGC GGCTGCTTCT 
AGTGATACAC CCGAATTGGA TTTGGAAAGT GTTGGTGGTG TGTTCTTGGT TTTAGGTTTG 
GGTCTATTGT GTGCCATGCT CATAGGTTTG GTAGAGTTTT TGTGGAATGT TAAAACGGTT 
GCTGTGGATG AAAAGTTAAC CCTAATGGAG GCTCTTAAGG TAGAAACATT ATTTGCCTTA 
AAATTCTGGG TAGCTACTAA GCCGGTGCAC GCTAGTTCTG CCGATTCTAG TTCCAGTTCG 
AGCTCATCAT CATCCTCCTC TTCATCGCGT TCTAAATCCT CTAAATCGGG AGGACTTTCA 
ATATCTCACA GCATGAAATC CATTAAGAGT TCTATACCCG AAACTGTACG TTCTTCGGTA 
CATGAAAGAC TTAGAAAAAT TGGTTCTATA TTTTCATTGA AATCGATGAA ATTGGAAAAA 
TCAGAAGATG AGATAGAAGC TCCACCGGTA TTGGCCATTA AACCCAAATC TGTAGTGACC 
ACAGAAGATA AAGCCATACA AATTGAATTG AAACGTGAAC CGGCTGAAGA GCAACGTCAT 
CATCATCATC ACCACCATCA TCATCATGAC CAACCTCATC ATCAGCAGCA GCAGCAGGAT 
ACTAAAGAAA AGCAACCGAT AGAGGAACCA GAACCGGAAC CAGTTACAGA GGATCACCAT 
CATCAACATC ATCATCGTCA TGAACACAAA AGTCGCAAGC GTGATAGTAA AGTCAGTTCA 
AAAAGTCATT TAAATGTTTA A

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

RefSeq	XP_023305596.1
CDS	52..3192
Translation	MFLLKLVLAALVLKWSSCQPVFKVGVIFDEPNSELEMAFNASIERANVNERSFALQAIITYASSDDSFLMEKTACYLASEKIIAIFGPANGESSDIVASISNTFDIPHITFDWTPSEDLSEKPFRGMTLNLHPDNLLLARGISEIVQSFGWRSYTLVYEKEKELLQLQDILQIGDPTSNPTTVMQLPSDTDDYRPFIKAIKTSTDNCLILHCAVEKIPIILKQADDLKMLGEYQSIFIPNLDTHTLDLNAFYEVGANITTIRLMDPTDFEIKNLVRDWRDRKKKEGVHYTLEPNQVRTDMVLISDAVALFVKGLAELEIVDELKPVKLDCRRNRAWNQGRTIIEFIKARIGAETSSGRVDFNQYGQRSFFTLRCMEITSTGLLDLATWDPVNGFDLLGDDDASDKRAAIKIQNKTFIITSRLGAPFLMKREAKEGEILEGNARYEGYSLDLIDAIAKFLNFKYIFELAPDGKYGAFNKVTKTWDGLVKQLLDGNADLGICDLTMTSARRQAVDFTPPFMTLGISILYMKPEVKPPNLFSFLLPFSKDVWVYMATGYLGVSLLLFILSRMAPEDWENPHPCKEPEEYENIWTITNTTWLTMGSIMGQGCDILPKASSTRLVTGIWWFFALMMLNSYTANLAAFLTMSRMGSSIKSAEDLAAQNKIKYGAVYGGSTMSFFKESNFTTYQRMWAAMESDPSVFTKSNDEGKERVLKGKRLYAYLMESTSLEYLVERDCDLVQIGGWLDYKTYGIAMPFNSPYRKQISGAVLKLGEAGTLAELKRKWWKEMHGGGKCESAAAASSDTPELDLESVGGVFLVLGLGLLCAMLIGLVEFLWNVKTVAVDEKLTLMEALKVETLFALKFWVATKPVHASSADSSSSSSSSSSSSSSRSKSSKSGGLSISHSMKSIKSSIPETVRSSVHERLRKIGSIFSLKSMKLEKSEDEIEAPPVLAIKPKSVVTTEDKAIQIELKREPAEEQRHHHHHHHHHHDQPHHQQQQQDTKEKQPIEEPEPEPVTEDHHHQHHHRHEHKSRKRDSKVSSKSHLNV

Target ORF information:

RefSeq Version	XM_023449828.1
Organism	Lucilia cuprina(Australian sheep blowfly)
Definition	Lucilia cuprina glutamate receptor ionotropic, kainate 2 (LOC111687392), mRNA.

Target ORF information:

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

XM_023449828.1

ORF Insert Sequence:

ATGTTTTTAT TAAAGTTAGT TCTAGCAGCT TTAGTGCTAA AATGGAGCAG TTGTCAGCCA 
GTTTTCAAAG TTGGTGTTAT TTTTGATGAA CCTAACTCGG AACTGGAAAT GGCATTTAAT 
GCCTCTATCG AAAGGGCCAA TGTTAATGAG CGCAGTTTTG CCTTACAGGC TATTATAACT 
TATGCCAGTA GTGATGATAG TTTCCTAATG GAAAAGACAG CATGTTATTT AGCTTCTGAA 
AAGATAATTG CCATATTTGG ACCAGCTAAT GGTGAAAGTT CCGATATTGT TGCCTCTATA 
TCGAATACCT TTGATATACC TCACATCACA TTCGATTGGA CGCCCAGTGA AGATCTTAGC 
GAAAAACCCT TTAGAGGTAT GACTTTAAAT TTACATCCAG ATAATCTACT ACTGGCACGT 
GGTATATCAG AAATTGTACA AAGTTTTGGT TGGCGTTCCT ATACGTTGGT ATATGAAAAG 
GAAAAGGAAC TATTACAATT GCAAGATATT CTACAAATAG GTGATCCTAC CAGTAATCCC 
ACTACGGTCA TGCAATTACC CAGTGATACT GATGATTATA GACCCTTTAT AAAAGCTATT 
AAAACATCAA CCGATAATTG TTTAATTTTA CATTGTGCTG TTGAAAAAAT ACCGATAATA 
CTTAAGCAGG CCGATGATTT GAAAATGTTG GGAGAGTATC AGAGTATATT CATACCCAAT 
TTGGATACAC ATACCTTGGA CTTAAATGCC TTCTATGAGG TTGGTGCCAA TATCACAACT 
ATACGTTTAA TGGATCCAAC AGATTTTGAA ATTAAAAATC TAGTAAGAGA TTGGAGAGAT 
CGTAAGAAAA AAGAAGGAGT TCATTACACA CTAGAACCCA ATCAAGTGAG GACTGACATG 
GTTCTAATAA GCGATGCTGT AGCATTATTT GTCAAAGGTT TAGCGGAACT GGAAATAGTC 
GATGAACTAA AGCCGGTAAA ATTAGATTGT CGCCGAAATA GAGCTTGGAA TCAGGGTCGA 
ACGATTATAG AATTTATTAA AGCGCGCATT GGTGCTGAAA CCTCTTCGGG TCGTGTGGAT 
TTCAATCAAT ATGGCCAGAG AAGCTTTTTT ACATTACGTT GCATGGAAAT AACAAGTACC 
GGACTTTTGG ACTTGGCCAC TTGGGATCCC GTAAATGGTT TTGATCTGTT GGGAGACGAT 
GATGCCAGTG ATAAGAGAGC TGCCATAAAA ATACAAAATA AAACTTTTAT TATAACCTCA 
CGTTTAGGAG CACCCTTTTT AATGAAACGC GAAGCCAAAG AAGGTGAAAT TCTGGAGGGT 
AATGCCCGCT ATGAGGGCTA TTCATTAGAT CTTATAGATG CTATTGCCAA GTTTTTAAAT 
TTTAAATATA TTTTTGAATT GGCTCCTGAT GGTAAATATG GTGCTTTTAA TAAGGTCACC 
AAAACCTGGG ATGGTTTGGT CAAACAATTG CTGGATGGGA ACGCCGATTT AGGCATTTGC 
GATTTAACCA TGACTTCAGC TCGCCGTCAA GCAGTAGATT TCACTCCACC CTTTATGACT 
TTGGGCATAA GTATTCTCTA TATGAAACCC GAAGTTAAAC CGCCCAATTT GTTCTCCTTC 
CTTTTGCCCT TCTCCAAAGA TGTCTGGGTC TATATGGCTA CCGGTTATTT GGGTGTATCA 
CTATTACTTT TCATTTTATC ACGCATGGCT CCAGAAGATT GGGAAAATCC TCATCCGTGT 
AAAGAACCAG AAGAATATGA AAATATTTGG ACTATAACAA ATACCACCTG GTTGACAATG 
GGTTCTATTA TGGGTCAAGG ATGTGATATA TTACCGAAGG CTTCTTCGAC CCGTTTAGTT 
ACCGGTATTT GGTGGTTTTT CGCCTTGATG ATGTTAAATT CTTATACTGC CAATTTGGCG 
GCCTTCTTGA CCATGTCACG TATGGGTTCC TCCATTAAGA GTGCCGAAGA TTTGGCAGCG 
CAAAATAAAA TTAAATATGG AGCCGTTTAT GGTGGTAGTA CTATGTCGTT TTTTAAGGAG 
TCAAACTTCA CAACATATCA GCGCATGTGG GCAGCTATGG AATCAGATCC CTCGGTATTT 
ACTAAAAGTA ATGATGAAGG CAAAGAACGT GTTTTAAAGG GCAAACGTTT ATATGCCTAT 
CTAATGGAGT CCACTTCACT GGAATATTTA GTGGAAAGAG ATTGTGATCT GGTGCAGATA 
GGTGGATGGT TGGATTATAA AACCTATGGC ATAGCCATGC CATTTAATTC TCCTTATCGC 
AAACAAATAA GTGGCGCTGT TCTAAAATTG GGCGAAGCGG GCACCTTGGC CGAGTTGAAA 
AGAAAATGGT GGAAGGAAAT GCATGGTGGT GGCAAATGTG AAAGTGCAGC GGCTGCTTCT 
AGTGATACAC CCGAATTGGA TTTGGAAAGT GTTGGTGGTG TGTTCTTGGT TTTAGGTTTG 
GGTCTATTGT GTGCCATGCT CATAGGTTTG GTAGAGTTTT TGTGGAATGT TAAAACGGTT 
GCTGTGGATG AAAAGTTAAC CCTAATGGAG GCTCTTAAGG TAGAAACATT ATTTGCCTTA 
AAATTCTGGG TAGCTACTAA GCCGGTGCAC GCTAGTTCTG CCGATTCTAG TTCCAGTTCG 
AGCTCATCAT CATCCTCCTC TTCATCGCGT TCTAAATCCT CTAAATCGGG AGGACTTTCA 
ATATCTCACA GCATGAAATC CATTAAGAGT TCTATACCCG AAACTGTACG TTCTTCGGTA 
CATGAAAGAC TTAGAAAAAT TGGTTCTATA TTTTCATTGA AATCGATGAA ATTGGAAAAA 
TCAGAAGATG AGATAGAAGC TCCACCGGTA TTGGCCATTA AACCCAAATC TGTAGTGACC 
ACAGAAGATA AAGCCATACA AATTGAATTG AAACGTGAAC CGGCTGAAGA GCAACGTCAT 
CATCATCATC ACCACCATCA TCATCATGAC CAACCTCATC ATCAGCAGCA GCAGCAGGAT 
ACTAAAGAAA AGCAACCGAT AGAGGAACCA GAACCGGAAC CAGTTACAGA GGATCACCAT 
CATCAACATC ATCATCGTCA TGAACACAAA AGTCGCAAGC GTGATAGTAA AGTCAGTTCA 
AAAAGTCATT TAAATGTTTA A