LOC103513338 cDNA ORF clone, Diaphorina citri(Asian citrus psyllid)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC103513338
Entrez Gene ID	103513338
Full Name	sodium channel protein para
Synonyms	para
Gene Type	protein-coding
Organism	Diaphorina citri(Asian citrus psyllid)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017445780.1	XP_017301269.1	sodium channel protein para
NM_001329182.1	NP_001316111.1	sodium channel protein para

Pathways from BioSystems
Gene Ontology

The following LOC103513338 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC103513338 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
ODi86954	NM_001329182.1 Latest version!	Diaphorina citri sodium channel protein para (LOC103513338), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00
ODi80704	XM_017445780.1 Latest version!	Diaphorina citri sodium channel protein para (LOC103513338), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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)

LOC103513338 ( NM_001329182.1 ) cDNA ORF clone, Diaphorina citri(Asian citrus psyllid) -> NP_001316111.1 Diaphorina citri sodium channel protein para (LOC103513338), mRNA.

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CloneID	ODi86954
Clone ID Related Accession (Same CDS sequence)	NM_001329182.1
Accession Version	NM_001329182.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6114bp) 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	2018-10-28
Organism	Diaphorina citri(Asian citrus psyllid)
Product	sodium channel protein para
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from KP284178.1. ##Evidence-Data-START## Transcript exon combination :: KP284178.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMN00100712, SAMN04159735 [ECO:0000350] ##Evidence-Data-END##

ATGTCCATCG CCTCGGACTC GGTCTCCTCT GAAGAACGGT CCCTCTTCCG CCCATTCACC 
CGCGAGTCGC TCGCTGCGAT CGACGCGCGC ATAGCCGAGG AACAGGAAAA GCAGAAGGAG 
TTTGAACGCA AGCGGGCCGA AGGCGAGCAA GAATATGGGA GGAAACGTAA GAAGAAAGAA 
ATTCGTTACG ACGATGAGGA CGAGGATGAA GGGCCCCAAC CGGACGCCAC ACTGGAACAA 
GGAGTGCCTT TACCTGTGCG CCTACAGGGC TCTTTTCCTG CCGAACTCGC CTCGACACCC 
CTCGAGGACA TTGACCCCTA CTACGAGAAC CAGAAGACAT TCGTCGTGGT GAGCAAAGGC 
AAAGACATCT TTCGCTTCTC CGCTACGGAT GCCCTCTGGG TTCTCGACCC GTTCAATCCC 
ATCCGACGTG TCGCCATTTA CATCCTGGTG CACCCCCTGT TCTCCTTGTT CATAATCACC 
ACCATCCTCA CCAATTGTAT TCTCATGATC ATGCCTGGGA CGCCCACCAT TGAATCCACC 
GAGGTGATAT TCACCGGTAT CTACACGTTC GAGTCCGCGG TAAAAGTGAT GGCGCGGGGT 
TTCATTCTCG AGTCATTCAC CTATCTGCGG GACGCATGGA ACTGGTTGGA CTTCATTGTG 
ATAGCATTAG CCTACGTCAC CATGGGTATA GATCTAGGAA ACCTAGCGGC CCTCAGAACT 
TTTAGGGTTT TGAGGGCTTT AAAAACTGTC GCCATTGTGC CTGGTCTCAA GACCATTGTC 
GGAGCTGTGA TAGAATCCGT GAAGAATCTC CGGGATGTAA TCATTTTGAC CATGTTCTCC 
CTCAGTGTAT TCGCCCTCAT GGGTCTACAG ATCTACATGG GCGTCCTCAC TCAGAAGTGT 
ATCCGACGCT ATCCTATCCA TGAGAACGGT ACGCTGATCG AACCAGAGGG TGTCTTGTAT 
GGAAACCTCA CGGATGAGTC CTGGAACCGG TGGAATAAAA ACGCCAGCAA TTGGTTCGGA 
GAGGAGAACA AATATCCTCT CTGTGGCAAC TCGTCAGGTG CAGGTCAATG TGAGCCAGGC 
TATGTGTGTT TGCAAGGGTT CGGTCCCAAC CCGGACTATG GCTACACCAA CTTCGACACG 
TTTGCCTGGG CATTCCTCGC TGCGTTCCGT CTCATGACTC AGGACTACTG GGAGAATCTC 
TACCAGTTGG TGTTGAGAGC GGTGGGTCCA TGGCATATTG TATTCTTCAT CGTGATTATC 
TTCCTCGGTT CGTTCTATCT TGTGAATTTG ATCTTGGCCA TTGTCGCCAT GTCGTACGAC 
GAATTGCAGA AGAAAGCGGA AGAGGAAGAC GCGGCCGAAG AAGAAGCCAT ACGGGTAGCG 
GAGCAGAACG CTGCGGACCG CATAGCACGC AAGGAGGCGC GACAGGAACG TCGCGATGGT 
CGCGCCGCGG AGCGTGCCGC GCGCGACGAA GCCCTCGCAC ATCCGGAACT GCATCCGCCC 
CCCGCGCCGG AACCCAAGAG TCCGGACTTC TCCGTGCATA GCTACGAGTT ATTCGTGGGC 
GAGGAGAAAC AAGGAGAGGA CAATCGAGAG AAGATGAGCA TGCGGTCGGA GATCAGTCAG 
AGCAAACACT CGGTCAACAG TTGCTCGAAA GGACGGAAAG TGAGTCAGGC AAGTCTAAGT 
TTGCCCGGGT CTCCATTCAA CTTGAGGCGA AGTTCTCATC AGTTCGCTCT GAGGAATGGG 
AGACCTCGCT TCTCATCCGG GACCGACCGG AAGCCTTTAG TTTTATCAAC CTATTTAGAT 
GCTCAGCAAC ATTTGCCTTT CGCGGATGAC TCCAACGCGG TGACGCCCCT ATCGGAAGAG 
AACGGCGCCA TCTTGGTTCC TCACTACGGC TATCACGCAA CGCTAGGGTC CCGGCAACAC 
TCGTACACAT CACACACTAG TCGCGCGTCC TACACTAGTC ATGCGGACCT GTTGCCGCAC 
CTCGGACAAA CCAAGGAGGC GCGACTGCGG TCCAGATCAC GGAACAGTTC GGACAAGCAG 
TGCTGTACCC GGTCCTCACG GGACTATGTT AGTGATACCC TCCAGGACAC TAGTTATGAG 
GTGGATGAAT ACAAGACCAG CAAACATCAA GACTCCTCCT ACTTAGACAA TAGTTCCCAA 
CACAATACAG TTGTAGATAT GAAAGATGTA ATGGTGCTCA ATGAAATTAT AGAACAAGCC 
GCCGGGAGAC AAAGTGTGAC GGGTGATCAC GCTGGAATGG GAGTCTCCAC GGTGTATTAC 
TTCCCAACAG ATCCCATTGA CGACGATGAA GATGGCCCCA CAGCGGGGGA GAAGATCCTC 
GCCGCCTGCC TCCAGGGGAT TGATATCTTC TGCGTGTGGG ATTGCTGTGT GCCCTGGCTC 
AAACTGCAGG AGTGGATCTC GTTCGTGGTG TTTGATCCGT TTGTGGAGCT GTTCATCACG 
CTGTGTACTG TGGCCAATAC GCTGTTCATG GCGCTGGATC ATCATGAAAT GGACAAGAAC 
ATGGAGAAGT TCCTGAAGAG TGGAAACCTG TTTTTCAGCG CCACGTTTGC AGTGGAAGCG 
TTTCTCAAAC TGATGGCCAT GTCGCCCAAG TACTATTTCC AGGTGGGCTG GAACATATTC 
GACTTCATTA TTGTGGCCTT GTCCGTACTC GAGCTTAGTT TGGAAGGAGT GCAGGGTCTC 
TCCGTATTGC GGTCGTTCAG ATTGCTGCGA GTGTTCAAAC TAGCCAAGTC CTGGCCCACG 
CTCAATCTTC TCATTTCCAT CATGGGCAGA ACTATCGGTG CTTTGGGTAA TCTGACGTTC 
GTCTTGTGCA TTATCATCTT CATCTTTGCC GTCATGGGCA TGCAACTGTT CGGCAAGAAC 
TACACGGACA AAGTATCAGA GTTCCCAGGC GGGGAAATGC CTCGTTGGAA TTTCACAGAC 
TTCATGCACT CATTCATGAT CGTGTTTCGA GTGTTGTGCG GAGAGTGGAT TGAGTCCATG 
TGGGATTGTT TGCATGTGGG CGATGTGTCC TGTATACCAT TCTTCCTAGC TACGGTCGTC 
ATTGGAAACC TGGTGGTGCT CAACCTTTTC TTGGCGTTGC TCTTGTCCAA CTTCGGTTCA 
TCGAGTCTGA GCGCTCCCAC AGCCGACAGC GACACCAACA AAATTGCCGA AGCCTTCAAC 
CGTATCAGCC GGTTTATCGA TTGGATCAAA CGGTGCGTCC GGTCGTTCTT CGGTGCCATT 
CGCAACATGC TCCGCAACCA GATAGCAGCA CAAGCGCCGA TAAACCGAGA CATGGATGCT 
ACAAGAGATG AAATCCTGGC AGATGGTATT GATTATGATA AGAAGGATGC GTTTGAAGTG 
GCTATCGGAG ATGGCATGGA GTTTACTATT CATGGTGATA TGAAATCGAA CAAGTTCAGG 
AAAAGTAAAA ACAATTGCAT CGGAAATTCA ATCGGTTTGG ATCACACTCA GGATATGATT 
CTGGATCAGG AGTACATGTT CCGCAAATTG GATCCAGACT GTATAAGCAA CAAGTCATAC 
GGGAGTCACA AACATCATCC TTTCCGACAA GACACGCACA GTCACAAGGG TAGTGTAGAG 
ACCGTCATCA AAGAGAAAAC AGAAGACCTG GTAGCCGAAC CTGAAGTGCC GGAGGAGCAG 
AATGTGGTGG AGGAGGACGT GGTCCTTATC GGCCCGGATG ATGGCGAGGA AGACGCGTAC 
CCATCCGACT GTTGTCCGGA TAAATGTTAC GTCCGGTTTC CATTCCTGGC CGGCGATGAT 
GACACGCCGT TTTGGCAGGG CTGGGCCAAC CTGAGGCTCA AAACGTTCCA GCTCATTGAA 
AACAAATACT TTGAAACTGC TGTGATAACC ATGATCTTGC TGAGTAGCTT GGCCCTGGCT 
CTGGAGGATG TGCACCTTCA GAACAGACCA ATCCTCCAAG ATATCCTGTA CTACATGGAC 
CGAATCTTCA CTGTTATCTT CTTCATTGAG ATGTTGATCA AATTCCTGGC CCTCGGGTTT 
GCCAAGTATT TCACCAATGC CTGGTGCTGG CTCGACTTTG TCATTGTAAT GGTGTCGCTT 
ATTAACTTCA TCGCCTCGCT GCTTGGGGCC GGCGGAATTC AAGCGTTCAA AACAATGCGA 
ACGCTCCGGG CTCTGAGGCC GCTGAGGGCG ATGTCCCGGA TGCAGGGAAT GAGGGTTGTC 
GTGAACGCTT TGGTCCAAGC TATTCCATCC ATCTTCAACG TACTGCTCGT GTGTTTGATA 
TTTTGGCTCA TCTTTGCCAT CATGGGAGTA CAATTGTTTG CCGGCAAATA TTTCAAGTGT 
GTCGATGGAA ATGGTACCAC TCTCAGTCAT GAGATTATTC CTGATAAAAA TGTGTGTAAA 
GCGGAAAATT ACACGTGGGA GAATTCGCCA ATGAATTTCG ATCATGTAGG AAAGGCCTAT 
TTGTGCCTTT TTCAAGTCGC GACGTTTAAA GGATGGATTC CTATAATGAA CGATGCGATC 
GATTCACGAG AATTGAACAA GCAACCCATC CGCGAGACCA ATATCTACAT GTATTTATAT 
TTTGTATTCT TTATTATCTT CGGATCCTTC TTCACGCTCA ATCTATTTAT AGGAGTAATC 
ATTGACAATT TCAACGAACA GAAGAAAAAG GCGGGAGGCT CACTAGAGAT GTTCATGACT 
GAAGATCAGA AGAAGTATTA CAACGCCATG AAGAAGATGG GCTCCAAGAA ACCGCTGAAA 
GCTATCCCAA GGCCCAGGTG GCGCCCTCAA GCGATCGTGT TCGAGGTGGT GACGGACAAG 
AAGTTCGACA TGGTGATCAT GTTGTTCATC GGGCTCAACA TGCTGACCAT GACCATGGAC 
CATTACCAGC AGACCGAACT CTTTTCCAGC GTCCTGGACA ACCTCAATGC CATCTTCATC 
ATCATCTTCT CCTCCGAGTG CCTTCTCAAG ATATTCGCCC TCCGCTATCA TTACTTCGTT 
GAGCCCTGGA ACCTGTTCGA CTTTGTGGTC GTCATTCTGT CCATTCTGGG TTTGGTGTTG 
AGTGACATCA TTGAGAAGTA CTTCGTCTCT CCCACTCTCC TCCGAGTGGT GCGAGTGGCC 
AAGGTGGGTC GTGTACTCCG TCTGGTCAAA GGGGCCAAAG GTATCCGAAC CCTCCTATTC 
GCGCTAGCCA TGTCTCTGCC GGCGCTGTTC AACATTTGTC TCCTCCTGTT TCTGGTCATG 
TTTATCTTCG CCATATTCGG GATGTCGTTC TTCATGAACG TCAAGGAGAA GTCAGGGATT 
GACGACGTGT ACAACTTCAA GACCTTCTTT CAGTCCTTCA TTTTGCTCTT TCAAATGTCC 
ACGTCAGCCG GTTGGGACGG AGTCCTAGAC GGCATCATCA ACGAAGAAGA CTGCGACGCT 
CCCGTCCCAG AAATGGGGAA CCCGGGTAAC TGTGGCAACT CTACCGTGGG TATCACGTTC 
CTATTATCCT ACTTAGTTAT AAGTTTCCTG ATTGTGATCA ACATGTACAT CGCCGTCATC 
TTGGAGAACT ACTCGCAGGC CACGGAAGAT GTACAGGAGG GTCTCACCGA CGACGACTAC 
GACATGTACT ATGAGATTTG GCAACAGTTT GATCCCGAGG GGACCCAGTA TATTCGGTAC 
GACCAGCTGT GTGACTTCTT GGACGTGCTG GAACCCCCGC TACAGATTCA TAAGCCGAAC 
AAGTATAAGA TCGTGTCTAT GGATATTCCG ATCTGTAAGG GAGACATGAT GTTCTGCGTG 
GACATTCTGG ATGCGCTCAC CAAAGACTTC TTTGCCCGAA AAGGCAACCC CATCGAAGAG 
ACGGGTGACC TGGTGGCCGA GGTGAACACT CGTCCGGACG AGGCAGGCTA TGACCCGGTG 
AGCTCCACGC TCTGGCGCCA GCGTGAGGAG TACTGCGCCC GACTGATACA ACACGCGTGG 
CGGAAACACA AGCAATGTCG CGCGGGGGGC ACGGAGCCTG GGTCACCTGG ATCTCCGGAT 
GGAAGGGACA CGGCGGTGCT TGTAGAGTCA GACGGGTTCT CCATTAAGAA CGGCCATCGG 
GTTGTCATTC ACTCGAGATC CCCATCACAG ACATCGCGCT CGGCGGAAGT TTGA

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

RefSeq	NP_001316111.1
CDS	51..6164
Translation	MSIASDSVSSEERSLFRPFTRESLAAIDARIAEEQEKQKEFERKRAEGEQEYGRKRKKKEIRYDDEDEDEGPQPDATLEQGVPLPVRLQGSFPAELASTPLEDIDPYYENQKTFVVVSKGKDIFRFSATDALWVLDPFNPIRRVAIYILVHPLFSLFIITTILTNCILMIMPGTPTIESTEVIFTGIYTFESAVKVMARGFILESFTYLRDAWNWLDFIVIALAYVTMGIDLGNLAALRTFRVLRALKTVAIVPGLKTIVGAVIESVKNLRDVIILTMFSLSVFALMGLQIYMGVLTQKCIRRYPIHENGTLIEPEGVLYGNLTDESWNRWNKNASNWFGEENKYPLCGNSSGAGQCEPGYVCLQGFGPNPDYGYTNFDTFAWAFLAAFRLMTQDYWENLYQLVLRAVGPWHIVFFIVIIFLGSFYLVNLILAIVAMSYDELQKKAEEEDAAEEEAIRVAEQNAADRIARKEARQERRDGRAAERAARDEALAHPELHPPPAPEPKSPDFSVHSYELFVGEEKQGEDNREKMSMRSEISQSKHSVNSCSKGRKVSQASLSLPGSPFNLRRSSHQFALRNGRPRFSSGTDRKPLVLSTYLDAQQHLPFADDSNAVTPLSEENGAILVPHYGYHATLGSRQHSYTSHTSRASYTSHADLLPHLGQTKEARLRSRSRNSSDKQCCTRSSRDYVSDTLQDTSYEVDEYKTSKHQDSSYLDNSSQHNTVVDMKDVMVLNEIIEQAAGRQSVTGDHAGMGVSTVYYFPTDPIDDDEDGPTAGEKILAACLQGIDIFCVWDCCVPWLKLQEWISFVVFDPFVELFITLCTVANTLFMALDHHEMDKNMEKFLKSGNLFFSATFAVEAFLKLMAMSPKYYFQVGWNIFDFIIVALSVLELSLEGVQGLSVLRSFRLLRVFKLAKSWPTLNLLISIMGRTIGALGNLTFVLCIIIFIFAVMGMQLFGKNYTDKVSEFPGGEMPRWNFTDFMHSFMIVFRVLCGEWIESMWDCLHVGDVSCIPFFLATVVIGNLVVLNLFLALLLSNFGSSSLSAPTADSDTNKIAEAFNRISRFIDWIKRCVRSFFGAIRNMLRNQIAAQAPINRDMDATRDEILADGIDYDKKDAFEVAIGDGMEFTIHGDMKSNKFRKSKNNCIGNSIGLDHTQDMILDQEYMFRKLDPDCISNKSYGSHKHHPFRQDTHSHKGSVETVIKEKTEDLVAEPEVPEEQNVVEEDVVLIGPDDGEEDAYPSDCCPDKCYVRFPFLAGDDDTPFWQGWANLRLKTFQLIENKYFETAVITMILLSSLALALEDVHLQNRPILQDILYYMDRIFTVIFFIEMLIKFLALGFAKYFTNAWCWLDFVIVMVSLINFIASLLGAGGIQAFKTMRTLRALRPLRAMSRMQGMRVVVNALVQAIPSIFNVLLVCLIFWLIFAIMGVQLFAGKYFKCVDGNGTTLSHEIIPDKNVCKAENYTWENSPMNFDHVGKAYLCLFQVATFKGWIPIMNDAIDSRELNKQPIRETNIYMYLYFVFFIIFGSFFTLNLFIGVIIDNFNEQKKKAGGSLEMFMTEDQKKYYNAMKKMGSKKPLKAIPRPRWRPQAIVFEVVTDKKFDMVIMLFIGLNMLTMTMDHYQQTELFSSVLDNLNAIFIIIFSSECLLKIFALRYHYFVEPWNLFDFVVVILSILGLVLSDIIEKYFVSPTLLRVVRVAKVGRVLRLVKGAKGIRTLLFALAMSLPALFNICLLLFLVMFIFAIFGMSFFMNVKEKSGIDDVYNFKTFFQSFILLFQMSTSAGWDGVLDGIINEEDCDAPVPEMGNPGNCGNSTVGITFLLSYLVISFLIVINMYIAVILENYSQATEDVQEGLTDDDYDMYYEIWQQFDPEGTQYIRYDQLCDFLDVLEPPLQIHKPNKYKIVSMDIPICKGDMMFCVDILDALTKDFFARKGNPIEETGDLVAEVNTRPDEAGYDPVSSTLWRQREEYCARLIQHAWRKHKQCRAGGTEPGSPGSPDGRDTAVLVESDGFSIKNGHRVVIHSRSPSQTSRSAEV

Target ORF information:

RefSeq Version	NM_001329182.1
Organism	Diaphorina citri(Asian citrus psyllid)
Definition	Diaphorina citri sodium channel protein para (LOC103513338), mRNA.

Target ORF information:

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

NM_001329182.1

ORF Insert Sequence:

ATGTCCATCG CCTCGGACTC GGTCTCCTCT GAAGAACGGT CCCTCTTCCG CCCATTCACC 
CGCGAGTCGC TCGCTGCGAT CGACGCGCGC ATAGCCGAGG AACAGGAAAA GCAGAAGGAG 
TTTGAACGCA AGCGGGCCGA AGGCGAGCAA GAATATGGGA GGAAACGTAA GAAGAAAGAA 
ATTCGTTACG ACGATGAGGA CGAGGATGAA GGGCCCCAAC CGGACGCCAC ACTGGAACAA 
GGAGTGCCTT TACCTGTGCG CCTACAGGGC TCTTTTCCTG CCGAACTCGC CTCGACACCC 
CTCGAGGACA TTGACCCCTA CTACGAGAAC CAGAAGACAT TCGTCGTGGT GAGCAAAGGC 
AAAGACATCT TTCGCTTCTC CGCTACGGAT GCCCTCTGGG TTCTCGACCC GTTCAATCCC 
ATCCGACGTG TCGCCATTTA CATCCTGGTG CACCCCCTGT TCTCCTTGTT CATAATCACC 
ACCATCCTCA CCAATTGTAT TCTCATGATC ATGCCTGGGA CGCCCACCAT TGAATCCACC 
GAGGTGATAT TCACCGGTAT CTACACGTTC GAGTCCGCGG TAAAAGTGAT GGCGCGGGGT 
TTCATTCTCG AGTCATTCAC CTATCTGCGG GACGCATGGA ACTGGTTGGA CTTCATTGTG 
ATAGCATTAG CCTACGTCAC CATGGGTATA GATCTAGGAA ACCTAGCGGC CCTCAGAACT 
TTTAGGGTTT TGAGGGCTTT AAAAACTGTC GCCATTGTGC CTGGTCTCAA GACCATTGTC 
GGAGCTGTGA TAGAATCCGT GAAGAATCTC CGGGATGTAA TCATTTTGAC CATGTTCTCC 
CTCAGTGTAT TCGCCCTCAT GGGTCTACAG ATCTACATGG GCGTCCTCAC TCAGAAGTGT 
ATCCGACGCT ATCCTATCCA TGAGAACGGT ACGCTGATCG AACCAGAGGG TGTCTTGTAT 
GGAAACCTCA CGGATGAGTC CTGGAACCGG TGGAATAAAA ACGCCAGCAA TTGGTTCGGA 
GAGGAGAACA AATATCCTCT CTGTGGCAAC TCGTCAGGTG CAGGTCAATG TGAGCCAGGC 
TATGTGTGTT TGCAAGGGTT CGGTCCCAAC CCGGACTATG GCTACACCAA CTTCGACACG 
TTTGCCTGGG CATTCCTCGC TGCGTTCCGT CTCATGACTC AGGACTACTG GGAGAATCTC 
TACCAGTTGG TGTTGAGAGC GGTGGGTCCA TGGCATATTG TATTCTTCAT CGTGATTATC 
TTCCTCGGTT CGTTCTATCT TGTGAATTTG ATCTTGGCCA TTGTCGCCAT GTCGTACGAC 
GAATTGCAGA AGAAAGCGGA AGAGGAAGAC GCGGCCGAAG AAGAAGCCAT ACGGGTAGCG 
GAGCAGAACG CTGCGGACCG CATAGCACGC AAGGAGGCGC GACAGGAACG TCGCGATGGT 
CGCGCCGCGG AGCGTGCCGC GCGCGACGAA GCCCTCGCAC ATCCGGAACT GCATCCGCCC 
CCCGCGCCGG AACCCAAGAG TCCGGACTTC TCCGTGCATA GCTACGAGTT ATTCGTGGGC 
GAGGAGAAAC AAGGAGAGGA CAATCGAGAG AAGATGAGCA TGCGGTCGGA GATCAGTCAG 
AGCAAACACT CGGTCAACAG TTGCTCGAAA GGACGGAAAG TGAGTCAGGC AAGTCTAAGT 
TTGCCCGGGT CTCCATTCAA CTTGAGGCGA AGTTCTCATC AGTTCGCTCT GAGGAATGGG 
AGACCTCGCT TCTCATCCGG GACCGACCGG AAGCCTTTAG TTTTATCAAC CTATTTAGAT 
GCTCAGCAAC ATTTGCCTTT CGCGGATGAC TCCAACGCGG TGACGCCCCT ATCGGAAGAG 
AACGGCGCCA TCTTGGTTCC TCACTACGGC TATCACGCAA CGCTAGGGTC CCGGCAACAC 
TCGTACACAT CACACACTAG TCGCGCGTCC TACACTAGTC ATGCGGACCT GTTGCCGCAC 
CTCGGACAAA CCAAGGAGGC GCGACTGCGG TCCAGATCAC GGAACAGTTC GGACAAGCAG 
TGCTGTACCC GGTCCTCACG GGACTATGTT AGTGATACCC TCCAGGACAC TAGTTATGAG 
GTGGATGAAT ACAAGACCAG CAAACATCAA GACTCCTCCT ACTTAGACAA TAGTTCCCAA 
CACAATACAG TTGTAGATAT GAAAGATGTA ATGGTGCTCA ATGAAATTAT AGAACAAGCC 
GCCGGGAGAC AAAGTGTGAC GGGTGATCAC GCTGGAATGG GAGTCTCCAC GGTGTATTAC 
TTCCCAACAG ATCCCATTGA CGACGATGAA GATGGCCCCA CAGCGGGGGA GAAGATCCTC 
GCCGCCTGCC TCCAGGGGAT TGATATCTTC TGCGTGTGGG ATTGCTGTGT GCCCTGGCTC 
AAACTGCAGG AGTGGATCTC GTTCGTGGTG TTTGATCCGT TTGTGGAGCT GTTCATCACG 
CTGTGTACTG TGGCCAATAC GCTGTTCATG GCGCTGGATC ATCATGAAAT GGACAAGAAC 
ATGGAGAAGT TCCTGAAGAG TGGAAACCTG TTTTTCAGCG CCACGTTTGC AGTGGAAGCG 
TTTCTCAAAC TGATGGCCAT GTCGCCCAAG TACTATTTCC AGGTGGGCTG GAACATATTC 
GACTTCATTA TTGTGGCCTT GTCCGTACTC GAGCTTAGTT TGGAAGGAGT GCAGGGTCTC 
TCCGTATTGC GGTCGTTCAG ATTGCTGCGA GTGTTCAAAC TAGCCAAGTC CTGGCCCACG 
CTCAATCTTC TCATTTCCAT CATGGGCAGA ACTATCGGTG CTTTGGGTAA TCTGACGTTC 
GTCTTGTGCA TTATCATCTT CATCTTTGCC GTCATGGGCA TGCAACTGTT CGGCAAGAAC 
TACACGGACA AAGTATCAGA GTTCCCAGGC GGGGAAATGC CTCGTTGGAA TTTCACAGAC 
TTCATGCACT CATTCATGAT CGTGTTTCGA GTGTTGTGCG GAGAGTGGAT TGAGTCCATG 
TGGGATTGTT TGCATGTGGG CGATGTGTCC TGTATACCAT TCTTCCTAGC TACGGTCGTC 
ATTGGAAACC TGGTGGTGCT CAACCTTTTC TTGGCGTTGC TCTTGTCCAA CTTCGGTTCA 
TCGAGTCTGA GCGCTCCCAC AGCCGACAGC GACACCAACA AAATTGCCGA AGCCTTCAAC 
CGTATCAGCC GGTTTATCGA TTGGATCAAA CGGTGCGTCC GGTCGTTCTT CGGTGCCATT 
CGCAACATGC TCCGCAACCA GATAGCAGCA CAAGCGCCGA TAAACCGAGA CATGGATGCT 
ACAAGAGATG AAATCCTGGC AGATGGTATT GATTATGATA AGAAGGATGC GTTTGAAGTG 
GCTATCGGAG ATGGCATGGA GTTTACTATT CATGGTGATA TGAAATCGAA CAAGTTCAGG 
AAAAGTAAAA ACAATTGCAT CGGAAATTCA ATCGGTTTGG ATCACACTCA GGATATGATT 
CTGGATCAGG AGTACATGTT CCGCAAATTG GATCCAGACT GTATAAGCAA CAAGTCATAC 
GGGAGTCACA AACATCATCC TTTCCGACAA GACACGCACA GTCACAAGGG TAGTGTAGAG 
ACCGTCATCA AAGAGAAAAC AGAAGACCTG GTAGCCGAAC CTGAAGTGCC GGAGGAGCAG 
AATGTGGTGG AGGAGGACGT GGTCCTTATC GGCCCGGATG ATGGCGAGGA AGACGCGTAC 
CCATCCGACT GTTGTCCGGA TAAATGTTAC GTCCGGTTTC CATTCCTGGC CGGCGATGAT 
GACACGCCGT TTTGGCAGGG CTGGGCCAAC CTGAGGCTCA AAACGTTCCA GCTCATTGAA 
AACAAATACT TTGAAACTGC TGTGATAACC ATGATCTTGC TGAGTAGCTT GGCCCTGGCT 
CTGGAGGATG TGCACCTTCA GAACAGACCA ATCCTCCAAG ATATCCTGTA CTACATGGAC 
CGAATCTTCA CTGTTATCTT CTTCATTGAG ATGTTGATCA AATTCCTGGC CCTCGGGTTT 
GCCAAGTATT TCACCAATGC CTGGTGCTGG CTCGACTTTG TCATTGTAAT GGTGTCGCTT 
ATTAACTTCA TCGCCTCGCT GCTTGGGGCC GGCGGAATTC AAGCGTTCAA AACAATGCGA 
ACGCTCCGGG CTCTGAGGCC GCTGAGGGCG ATGTCCCGGA TGCAGGGAAT GAGGGTTGTC 
GTGAACGCTT TGGTCCAAGC TATTCCATCC ATCTTCAACG TACTGCTCGT GTGTTTGATA 
TTTTGGCTCA TCTTTGCCAT CATGGGAGTA CAATTGTTTG CCGGCAAATA TTTCAAGTGT 
GTCGATGGAA ATGGTACCAC TCTCAGTCAT GAGATTATTC CTGATAAAAA TGTGTGTAAA 
GCGGAAAATT ACACGTGGGA GAATTCGCCA ATGAATTTCG ATCATGTAGG AAAGGCCTAT 
TTGTGCCTTT TTCAAGTCGC GACGTTTAAA GGATGGATTC CTATAATGAA CGATGCGATC 
GATTCACGAG AATTGAACAA GCAACCCATC CGCGAGACCA ATATCTACAT GTATTTATAT 
TTTGTATTCT TTATTATCTT CGGATCCTTC TTCACGCTCA ATCTATTTAT AGGAGTAATC 
ATTGACAATT TCAACGAACA GAAGAAAAAG GCGGGAGGCT CACTAGAGAT GTTCATGACT 
GAAGATCAGA AGAAGTATTA CAACGCCATG AAGAAGATGG GCTCCAAGAA ACCGCTGAAA 
GCTATCCCAA GGCCCAGGTG GCGCCCTCAA GCGATCGTGT TCGAGGTGGT GACGGACAAG 
AAGTTCGACA TGGTGATCAT GTTGTTCATC GGGCTCAACA TGCTGACCAT GACCATGGAC 
CATTACCAGC AGACCGAACT CTTTTCCAGC GTCCTGGACA ACCTCAATGC CATCTTCATC 
ATCATCTTCT CCTCCGAGTG CCTTCTCAAG ATATTCGCCC TCCGCTATCA TTACTTCGTT 
GAGCCCTGGA ACCTGTTCGA CTTTGTGGTC GTCATTCTGT CCATTCTGGG TTTGGTGTTG 
AGTGACATCA TTGAGAAGTA CTTCGTCTCT CCCACTCTCC TCCGAGTGGT GCGAGTGGCC 
AAGGTGGGTC GTGTACTCCG TCTGGTCAAA GGGGCCAAAG GTATCCGAAC CCTCCTATTC 
GCGCTAGCCA TGTCTCTGCC GGCGCTGTTC AACATTTGTC TCCTCCTGTT TCTGGTCATG 
TTTATCTTCG CCATATTCGG GATGTCGTTC TTCATGAACG TCAAGGAGAA GTCAGGGATT 
GACGACGTGT ACAACTTCAA GACCTTCTTT CAGTCCTTCA TTTTGCTCTT TCAAATGTCC 
ACGTCAGCCG GTTGGGACGG AGTCCTAGAC GGCATCATCA ACGAAGAAGA CTGCGACGCT 
CCCGTCCCAG AAATGGGGAA CCCGGGTAAC TGTGGCAACT CTACCGTGGG TATCACGTTC 
CTATTATCCT ACTTAGTTAT AAGTTTCCTG ATTGTGATCA ACATGTACAT CGCCGTCATC 
TTGGAGAACT ACTCGCAGGC CACGGAAGAT GTACAGGAGG GTCTCACCGA CGACGACTAC 
GACATGTACT ATGAGATTTG GCAACAGTTT GATCCCGAGG GGACCCAGTA TATTCGGTAC 
GACCAGCTGT GTGACTTCTT GGACGTGCTG GAACCCCCGC TACAGATTCA TAAGCCGAAC 
AAGTATAAGA TCGTGTCTAT GGATATTCCG ATCTGTAAGG GAGACATGAT GTTCTGCGTG 
GACATTCTGG ATGCGCTCAC CAAAGACTTC TTTGCCCGAA AAGGCAACCC CATCGAAGAG 
ACGGGTGACC TGGTGGCCGA GGTGAACACT CGTCCGGACG AGGCAGGCTA TGACCCGGTG 
AGCTCCACGC TCTGGCGCCA GCGTGAGGAG TACTGCGCCC GACTGATACA ACACGCGTGG 
CGGAAACACA AGCAATGTCG CGCGGGGGGC ACGGAGCCTG GGTCACCTGG ATCTCCGGAT 
GGAAGGGACA CGGCGGTGCT TGTAGAGTCA GACGGGTTCT CCATTAAGAA CGGCCATCGG 
GTTGTCATTC ACTCGAGATC CCCATCACAG ACATCGCGCT CGGCGGAAGT TTGA

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

LOC103513338 ( XM_017445780.1 ) cDNA ORF clone, Diaphorina citri(Asian citrus psyllid) -> XP_017301269.1 Diaphorina citri sodium channel protein para (LOC103513338), mRNA.

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CloneID	ODi80704
Clone ID Related Accession (Same CDS sequence)	XM_017445780.1
Accession Version	XM_017445780.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5001bp) 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	2016-06-29
Organism	Diaphorina citri(Asian citrus psyllid)
Product	sodium channel protein para
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_007378390.1) and transcript sequence (KP284178.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Diaphorina citri Annotation Release 101 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## ##RefSeq-Attributes-START## ab initio :: 10% of CDS bases assembly gap :: added 165 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGTCCATCG CCTCGGACTC GGTCTCCTCT GAAGAACGGT CCCTCTTCCG CCCATTCACC 
CGCGAGTCGC TCGCTGCGAT CGACGCGCGC ATAGCCGAGG AACAGGAAAA GCAGAAGGAG 
TTTGAACGCA AGCGGGCCGA AGGCGAGCAA GAATATGGGA GGAAACGTAA GAAGAAAGAA 
ATTCGTTACG ACGATGAGGA CGAGGATGAA GGGCCCCAAC CGGACGCCAC ACTGGAACAA 
GGAGTGCCTT TACCTGTGCG CCTACAGGGC TCTTTTCCTG CCGAACTCGC CTCGACACCC 
CTCGAGGACA TTGACCCCTA CTACGAGAAC CAGAAGACAT TCGTCGTGGT GAGCAAAGGC 
AAAGACATCT TTCGCTTCTC CGCTACGGAT GCCCTCTGGG TTCTCGACCC GTTCAATCCC 
ATCCGACGTG TCGCCATTTA CATCCTGGTG CACCCCCTGT TCTCCTTGTT CATAATCACC 
ACCATCCTCA CCAATTGTAT TCTCATGATC ATGCCTGGGA CGCCCACCAT TGAATCCACC 
GAGGTGATAT TCACCGGTAT CTACACGTTC GAGTCCGCGG TAAAAGTGAT GGCGCGGGGT 
TTCATTCTCG AGTCATTCAC CTATCTGCGG GACGCATGGA ACTGGTTGGA CTTCATTGTG 
ATAGCATTAG CCTACGTCAC CATGGGTATA GATCTAGGAA ACCTAGCGGC CCTCAGAACT 
TTTAGGGTTT TGAGGGCTTT AAAAACTGTC GCCATTGTGC CTGGTCTCAA GACCATTGTC 
GGAGCTGTGA TAGAATCCGT GAAGAATCTC CGGGATGTAA TCATTTTGAC CATGTTCTCC 
CTCAGTGTAT TCGCCCTCAT GGGTCTACAG TGTATTCGCC CTCATGGGTC TACAGATGTA 
ATGGTGCTCA ATGAAATTAT AGAACAAGCC GCCGGGAGAC AAAGTGTGAC GGGTGATCAC 
GCTGGAATGG GAGAACAAGC CGCTGGGAGA CAAAGTGTGA CGGGTGATCA CGCTGGAATG 
GGAGGTGCTC AACCTTTTCT TGGCGTTGCT CTTGTCCAAC TTCGGTTCAT CGAGTCTGAG 
CGCTCCCACA GCCGACAGCG ACACCAACAA AATTGCCGAA GCCTTCAACC GTATCAGCCG 
GTTTATCGAT TGGATCAAAC GGTGCGTCCG GTCGCCACAG CCGACAGCGA CACCAACAAA 
ATTGCCGAAG CCTTCAACCG TATCAGCCGG TTTATCGATT GGATCAAACG GTGCGTCCGG 
TCCTTCTTCG GTGCCATTCG CAACATGCTC CGCAACCAGA TAGCAGCACA AGCGCCGAAA 
AGCAACTCCG ATACCCTCCA GGACACTAGT TATGAGGTGG ATGAATACAA GACCAGCAAA 
CATCAAGACT CCTCCTACTT AGACAATAGT TCCCAACACA ATACAGTTGT AGATATGAAA 
GTCTCCACGG TGTATTACTT CCCAACAGAT CCCATTGACG ACGATGAAGA TGGCCCCACA 
GCGGGGGAGA AGATCCTCGC CGCCTGCCTC CAGGGGATTG ATATCTTCTG CGTGTGGGAT 
TGCTGTGTGC CCTGGCTCAA ACTGCAGGAG TGGATCTCGT TCGTGGTGTT TGATCCGTTT 
GTGGAGCTGT TCATCACGCT GTGTATTGTG GCCAATACGC TGTTCATGGC GCTGGATCAT 
CATGAAATGG ACAAGAACAT GGAGAAGTTC CTGAAGAGTG GAAACCTGTT CTTCAGCGCC 
ACGTTCGCAG TGGAAGCGTT TCTCAAACTG ATGGCCATGT CGCCCAAGTA CTATTTCCAG 
GTGGGCTGGA ACATATTCGA CTTCATTATT GTGGCCTTGT CCGTACTCGA GCTTAGTTTG 
GAAGGAGTGC AGGGTCTCTC CGTATTGCGG TCGTTCAGAT TGCTGCGAGT GTTCAAACTA 
GCCAAGTCCT GGCCTACGCT CAATCTTCTC ATTTCCATCA TGGGCAGAAC TATCGGTGCT 
TTGGGTAATC TGACGTTCGT CTTGTGCATT ATCATCTTCA TCTTTGCCGT CATGGGCATG 
CAACTGTTCG GCAAGAACTA CACGGACAAA GTATCAGAGT TCCCAGGCGG GGAAATGCCT 
CGTTGGAATT TCACAGACTT CATGCACTCA TTCATGATCG TGTTTCGAGT GTTGTGCGGA 
GAGTGGATTG AGTCCATGTG GGATTGTTTG CATGTGGGCG ATGTGTCCTG TATACCATTC 
TTCCTAGCTA CGGTCGTCAT TGGAAACCTG GTGGTAAGTT TAACGAAAGC TGCACAGGTA 
AACCGAGACA TGGATGCTAC AAGAGATGAA ATCCTGGCAG ATGGTATTGA TTATGATAAG 
AAGGATGCGT TTGAAGTGGC TATCGGAGAT GGCATGGAGT TTACTATTCA TGGTGATATG 
AAATCGAACA AGTTCAGGAA AAGTAAAAAC AATTGCATCG GAAATTCAAT CGGTTTGGAT 
CACACTCAGG ATATGATTCT GGATCAGGAG TACATGTTCC GCAAATTGGA TCCAGACTGT 
ATAAGCAACA AGTCATACGG GAGTCACAAA CATCATCCTT TCCGACAAGA CACGCACAGT 
CACAAGGGTA GTGTAGAGAC CGTCATCAAA GAGAAAACAG AAGACCTGGT AGCCGAACCT 
GAAGTGCCGG AGGAGCAGAA TGTGGTGGAG GAGGACGTGG TCCTTATCGG CCCGGATGAT 
GGCGAGGAAG ACGCGTACCC ATCCGACTGT TGTCCGGATA AATGTTACGT CCGGTTTCCA 
TTCCTGGCCG GCGATGATGA CACGCCGTTT TGGCAGGGCT GGGCCAACCT GAGGCTCAAA 
ACGTTCCAGC TCATTGAAAA CAAATACTTT GAAACTGCTG TGATAACCAT GATCTTGCTG 
AGTAGCTTGG CCCTGGCTTT GGAGGATGTG CACCTTCAGA ACAGACCAAT CCTCCAAGAT 
ATCCTCTACT ACATGGACCG AATCTTCACT GTTATCTTCT TCATTGAGAT GTTGATCAAA 
TTCCTGGCCC TTGGGTTTGC CAAGTATTTC ACCAATGCCT GGTGCTGGCT CGACTTTGTC 
ATTGTAATGG TGTCGCTTAT TAACTTCATC GCCTCGCTGC TTGGGGCCGG CGGAATTCAA 
GCGTTCAAAA CAATGCGAAC GCTCCGGGCT CTGAGGCCGC TGAGGGCGAT GTCCCGGATG 
CAGGGAATGA GGGTTGTCGT GAACGCTTTG GTCCAAGCTA TTCCATCCAT CTTCAACGTA 
CTGCTCGTGT GTTTGATATT TTGGCTCATC TTTGCCATCA TGGGAGTACA ATTGTTTGCC 
GGCAAATATT TCAAGTGTGT CGATGGAAAT GGTACCACTC TCAGTCATGA GATTATTCCT 
GATAAAAATG TGTGTAAAGC GGAAAATTAC ACGTGGGAGA ATTCGCCAAT GAATTTCGAT 
CATGTAGGAA AGGCCTATTT GTGCCTTTTT CAAGTCGCGA CGTTTAAAGG ATGGATTCCT 
ATAATGAACG ATGCGATCGA TTCACGAGAA TTGAACAAGC AACCCATCCG CGAGACCAAT 
ATCTACATGT ATTTATATTT TGTATTCTTT ATTATCTTCG GATCCTTCTT CACGCTCAAT 
CTATTTATAG GAGTAATCAT TGACAATTTC AACGAACAGA AGAAAAAGGC GGGAGGCTCA 
CTAGAGATGT TCATGACTGA AGATCAGAAG AAGTATTACA ACGCCATGAA GAAGATGGGC 
TCCAAGAAAC CGCTGAAAGC TATCCCAAGG CCCAGGTGGC GCCCTCAAGC GATCGTGTTC 
GAGGTGGTGA CGGACAAGAA GTTCGACATG GTGATCATGT TGTTCATCGG GCTCAACATG 
CTGACCATGA CCATGGACCA TTACCAGCAG ACCGAACTCT TCTCCAGCGT CCTGGACAAC 
CTCAATGCCA TCTTCATCAT CATCTTCTCC TCCGAGTGCC TTCTCAAGAT ATTCGCCCTC 
CGCTATCATT ACTTCGTTGA GCCCTGGAAC CTGTTCGACT TTGTGGTCGT CATTCTGTCC 
ATTCTGGGTT TGGTGTTGAG TGACATCATT GAGAAGTACT TCGTCTCTCC CACTCTCCTC 
CGAGTGGTGC GAGTGGCCAA GGTGGGTCGT GTACTCCGTC TGGTCAAAGG GGCCAAAGGT 
ATCCGAACCC TCCTATTCGC GCTAGCCATG TCTCTGCCGG CGCTGTTCAA CATTTGTCTC 
CTCCTGTTTC TGGTCATGTT TATCTTCGCC ATATTCGGGA TGTCGTTCTT CATGAACGTC 
AAGGAGAAGT CGGGGATCGA TGACGTGTAC AACTTCAAGA CCTTCTTTCA GTCCTTCATT 
TTGCTCTTTC AAGTGAGAAA TGATGGTCAG ACACTACAAG CATTTAGTTT CCTGATTGTG 
ATCAACATGT ACATCGCCGT CATCTTGGAG AACTACTCGC AGGCCACGGA AGATGTACAG 
GAGGGTCTCA CTGACGACGA CTACGACATG TACTATGAGA TTTGGCAACA GTTTGATCCC 
GAGGGGACCC AGTATATTCG GTACGACCAG CTGTGTGACT TCTTGGACGT GCTGGAACCC 
CCGCTACAGA TTCATAAGCC GAACAAGTAT AAGATCATCG TGTCTATGGA TATTCCGATC 
TGTAAGGGAG ACATGATGTT CTGCGTGGAC ATTCTGGATG CGCTCACCAA AGACTTCTTT 
GCCCGAAAAG GCAACCCCAT CGAAGAGACG GGTGACCTGG TGGCCGAGGT GAACACTCGT 
CCGGACGAGG CAGGCTATGA CCCGGTGAGC TCCACGCTCT GGCGCCAGCG TGAGGAGTAC 
TGCGCCCGAC TGATACAACA CGCGTGGCGG AAACACAAGC AATGTCGCGC GGGGGGCACG 
GAGCCTGGGT CACCTGGATC TCCGGATGGA AGGGACACGG CGGTGCTTGT AGAGTCAGAC 
GGGTTCTCCA TTAAGAACGG CCATCGGGTT GTCATTCACT CGAGATCCCC CTCACAGACA 
TCGCGCTCGG CGGAAGTTTG A

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

RefSeq	XP_017301269.1
CDS	77..5077
Translation	MSIASDSVSSEERSLFRPFTRESLAAIDARIAEEQEKQKEFERKRAEGEQEYGRKRKKKEIRYDDEDEDEGPQPDATLEQGVPLPVRLQGSFPAELASTPLEDIDPYYENQKTFVVVSKGKDIFRFSATDALWVLDPFNPIRRVAIYILVHPLFSLFIITTILTNCILMIMPGTPTIESTEVIFTGIYTFESAVKVMARGFILESFTYLRDAWNWLDFIVIALAYVTMGIDLGNLAALRTFRVLRALKTVAIVPGLKTIVGAVIESVKNLRDVIILTMFSLSVFALMGLQCIRPHGSTDVMVLNEIIEQAAGRQSVTGDHAGMGEQAAGRQSVTGDHAGMGGAQPFLGVALVQLRFIESERSHSRQRHQQNCRSLQPYQPVYRLDQTVRPVATADSDTNKIAEAFNRISRFIDWIKRCVRSFFGAIRNMLRNQIAAQAPKSNSDTLQDTSYEVDEYKTSKHQDSSYLDNSSQHNTVVDMKVSTVYYFPTDPIDDDEDGPTAGEKILAACLQGIDIFCVWDCCVPWLKLQEWISFVVFDPFVELFITLCIVANTLFMALDHHEMDKNMEKFLKSGNLFFSATFAVEAFLKLMAMSPKYYFQVGWNIFDFIIVALSVLELSLEGVQGLSVLRSFRLLRVFKLAKSWPTLNLLISIMGRTIGALGNLTFVLCIIIFIFAVMGMQLFGKNYTDKVSEFPGGEMPRWNFTDFMHSFMIVFRVLCGEWIESMWDCLHVGDVSCIPFFLATVVIGNLVVSLTKAAQVNRDMDATRDEILADGIDYDKKDAFEVAIGDGMEFTIHGDMKSNKFRKSKNNCIGNSIGLDHTQDMILDQEYMFRKLDPDCISNKSYGSHKHHPFRQDTHSHKGSVETVIKEKTEDLVAEPEVPEEQNVVEEDVVLIGPDDGEEDAYPSDCCPDKCYVRFPFLAGDDDTPFWQGWANLRLKTFQLIENKYFETAVITMILLSSLALALEDVHLQNRPILQDILYYMDRIFTVIFFIEMLIKFLALGFAKYFTNAWCWLDFVIVMVSLINFIASLLGAGGIQAFKTMRTLRALRPLRAMSRMQGMRVVVNALVQAIPSIFNVLLVCLIFWLIFAIMGVQLFAGKYFKCVDGNGTTLSHEIIPDKNVCKAENYTWENSPMNFDHVGKAYLCLFQVATFKGWIPIMNDAIDSRELNKQPIRETNIYMYLYFVFFIIFGSFFTLNLFIGVIIDNFNEQKKKAGGSLEMFMTEDQKKYYNAMKKMGSKKPLKAIPRPRWRPQAIVFEVVTDKKFDMVIMLFIGLNMLTMTMDHYQQTELFSSVLDNLNAIFIIIFSSECLLKIFALRYHYFVEPWNLFDFVVVILSILGLVLSDIIEKYFVSPTLLRVVRVAKVGRVLRLVKGAKGIRTLLFALAMSLPALFNICLLLFLVMFIFAIFGMSFFMNVKEKSGIDDVYNFKTFFQSFILLFQVRNDGQTLQAFSFLIVINMYIAVILENYSQATEDVQEGLTDDDYDMYYEIWQQFDPEGTQYIRYDQLCDFLDVLEPPLQIHKPNKYKIIVSMDIPICKGDMMFCVDILDALTKDFFARKGNPIEETGDLVAEVNTRPDEAGYDPVSSTLWRQREEYCARLIQHAWRKHKQCRAGGTEPGSPGSPDGRDTAVLVESDGFSIKNGHRVVIHSRSPSQTSRSAEV

Target ORF information:

RefSeq Version	XM_017445780.1
Organism	Diaphorina citri(Asian citrus psyllid)
Definition	Diaphorina citri sodium channel protein para (LOC103513338), mRNA.

Target ORF information:

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

XM_017445780.1

ORF Insert Sequence:

ATGTCCATCG CCTCGGACTC GGTCTCCTCT GAAGAACGGT CCCTCTTCCG CCCATTCACC 
CGCGAGTCGC TCGCTGCGAT CGACGCGCGC ATAGCCGAGG AACAGGAAAA GCAGAAGGAG 
TTTGAACGCA AGCGGGCCGA AGGCGAGCAA GAATATGGGA GGAAACGTAA GAAGAAAGAA 
ATTCGTTACG ACGATGAGGA CGAGGATGAA GGGCCCCAAC CGGACGCCAC ACTGGAACAA 
GGAGTGCCTT TACCTGTGCG CCTACAGGGC TCTTTTCCTG CCGAACTCGC CTCGACACCC 
CTCGAGGACA TTGACCCCTA CTACGAGAAC CAGAAGACAT TCGTCGTGGT GAGCAAAGGC 
AAAGACATCT TTCGCTTCTC CGCTACGGAT GCCCTCTGGG TTCTCGACCC GTTCAATCCC 
ATCCGACGTG TCGCCATTTA CATCCTGGTG CACCCCCTGT TCTCCTTGTT CATAATCACC 
ACCATCCTCA CCAATTGTAT TCTCATGATC ATGCCTGGGA CGCCCACCAT TGAATCCACC 
GAGGTGATAT TCACCGGTAT CTACACGTTC GAGTCCGCGG TAAAAGTGAT GGCGCGGGGT 
TTCATTCTCG AGTCATTCAC CTATCTGCGG GACGCATGGA ACTGGTTGGA CTTCATTGTG 
ATAGCATTAG CCTACGTCAC CATGGGTATA GATCTAGGAA ACCTAGCGGC CCTCAGAACT 
TTTAGGGTTT TGAGGGCTTT AAAAACTGTC GCCATTGTGC CTGGTCTCAA GACCATTGTC 
GGAGCTGTGA TAGAATCCGT GAAGAATCTC CGGGATGTAA TCATTTTGAC CATGTTCTCC 
CTCAGTGTAT TCGCCCTCAT GGGTCTACAG TGTATTCGCC CTCATGGGTC TACAGATGTA 
ATGGTGCTCA ATGAAATTAT AGAACAAGCC GCCGGGAGAC AAAGTGTGAC GGGTGATCAC 
GCTGGAATGG GAGAACAAGC CGCTGGGAGA CAAAGTGTGA CGGGTGATCA CGCTGGAATG 
GGAGGTGCTC AACCTTTTCT TGGCGTTGCT CTTGTCCAAC TTCGGTTCAT CGAGTCTGAG 
CGCTCCCACA GCCGACAGCG ACACCAACAA AATTGCCGAA GCCTTCAACC GTATCAGCCG 
GTTTATCGAT TGGATCAAAC GGTGCGTCCG GTCGCCACAG CCGACAGCGA CACCAACAAA 
ATTGCCGAAG CCTTCAACCG TATCAGCCGG TTTATCGATT GGATCAAACG GTGCGTCCGG 
TCCTTCTTCG GTGCCATTCG CAACATGCTC CGCAACCAGA TAGCAGCACA AGCGCCGAAA 
AGCAACTCCG ATACCCTCCA GGACACTAGT TATGAGGTGG ATGAATACAA GACCAGCAAA 
CATCAAGACT CCTCCTACTT AGACAATAGT TCCCAACACA ATACAGTTGT AGATATGAAA 
GTCTCCACGG TGTATTACTT CCCAACAGAT CCCATTGACG ACGATGAAGA TGGCCCCACA 
GCGGGGGAGA AGATCCTCGC CGCCTGCCTC CAGGGGATTG ATATCTTCTG CGTGTGGGAT 
TGCTGTGTGC CCTGGCTCAA ACTGCAGGAG TGGATCTCGT TCGTGGTGTT TGATCCGTTT 
GTGGAGCTGT TCATCACGCT GTGTATTGTG GCCAATACGC TGTTCATGGC GCTGGATCAT 
CATGAAATGG ACAAGAACAT GGAGAAGTTC CTGAAGAGTG GAAACCTGTT CTTCAGCGCC 
ACGTTCGCAG TGGAAGCGTT TCTCAAACTG ATGGCCATGT CGCCCAAGTA CTATTTCCAG 
GTGGGCTGGA ACATATTCGA CTTCATTATT GTGGCCTTGT CCGTACTCGA GCTTAGTTTG 
GAAGGAGTGC AGGGTCTCTC CGTATTGCGG TCGTTCAGAT TGCTGCGAGT GTTCAAACTA 
GCCAAGTCCT GGCCTACGCT CAATCTTCTC ATTTCCATCA TGGGCAGAAC TATCGGTGCT 
TTGGGTAATC TGACGTTCGT CTTGTGCATT ATCATCTTCA TCTTTGCCGT CATGGGCATG 
CAACTGTTCG GCAAGAACTA CACGGACAAA GTATCAGAGT TCCCAGGCGG GGAAATGCCT 
CGTTGGAATT TCACAGACTT CATGCACTCA TTCATGATCG TGTTTCGAGT GTTGTGCGGA 
GAGTGGATTG AGTCCATGTG GGATTGTTTG CATGTGGGCG ATGTGTCCTG TATACCATTC 
TTCCTAGCTA CGGTCGTCAT TGGAAACCTG GTGGTAAGTT TAACGAAAGC TGCACAGGTA 
AACCGAGACA TGGATGCTAC AAGAGATGAA ATCCTGGCAG ATGGTATTGA TTATGATAAG 
AAGGATGCGT TTGAAGTGGC TATCGGAGAT GGCATGGAGT TTACTATTCA TGGTGATATG 
AAATCGAACA AGTTCAGGAA AAGTAAAAAC AATTGCATCG GAAATTCAAT CGGTTTGGAT 
CACACTCAGG ATATGATTCT GGATCAGGAG TACATGTTCC GCAAATTGGA TCCAGACTGT 
ATAAGCAACA AGTCATACGG GAGTCACAAA CATCATCCTT TCCGACAAGA CACGCACAGT 
CACAAGGGTA GTGTAGAGAC CGTCATCAAA GAGAAAACAG AAGACCTGGT AGCCGAACCT 
GAAGTGCCGG AGGAGCAGAA TGTGGTGGAG GAGGACGTGG TCCTTATCGG CCCGGATGAT 
GGCGAGGAAG ACGCGTACCC ATCCGACTGT TGTCCGGATA AATGTTACGT CCGGTTTCCA 
TTCCTGGCCG GCGATGATGA CACGCCGTTT TGGCAGGGCT GGGCCAACCT GAGGCTCAAA 
ACGTTCCAGC TCATTGAAAA CAAATACTTT GAAACTGCTG TGATAACCAT GATCTTGCTG 
AGTAGCTTGG CCCTGGCTTT GGAGGATGTG CACCTTCAGA ACAGACCAAT CCTCCAAGAT 
ATCCTCTACT ACATGGACCG AATCTTCACT GTTATCTTCT TCATTGAGAT GTTGATCAAA 
TTCCTGGCCC TTGGGTTTGC CAAGTATTTC ACCAATGCCT GGTGCTGGCT CGACTTTGTC 
ATTGTAATGG TGTCGCTTAT TAACTTCATC GCCTCGCTGC TTGGGGCCGG CGGAATTCAA 
GCGTTCAAAA CAATGCGAAC GCTCCGGGCT CTGAGGCCGC TGAGGGCGAT GTCCCGGATG 
CAGGGAATGA GGGTTGTCGT GAACGCTTTG GTCCAAGCTA TTCCATCCAT CTTCAACGTA 
CTGCTCGTGT GTTTGATATT TTGGCTCATC TTTGCCATCA TGGGAGTACA ATTGTTTGCC 
GGCAAATATT TCAAGTGTGT CGATGGAAAT GGTACCACTC TCAGTCATGA GATTATTCCT 
GATAAAAATG TGTGTAAAGC GGAAAATTAC ACGTGGGAGA ATTCGCCAAT GAATTTCGAT 
CATGTAGGAA AGGCCTATTT GTGCCTTTTT CAAGTCGCGA CGTTTAAAGG ATGGATTCCT 
ATAATGAACG ATGCGATCGA TTCACGAGAA TTGAACAAGC AACCCATCCG CGAGACCAAT 
ATCTACATGT ATTTATATTT TGTATTCTTT ATTATCTTCG GATCCTTCTT CACGCTCAAT 
CTATTTATAG GAGTAATCAT TGACAATTTC AACGAACAGA AGAAAAAGGC GGGAGGCTCA 
CTAGAGATGT TCATGACTGA AGATCAGAAG AAGTATTACA ACGCCATGAA GAAGATGGGC 
TCCAAGAAAC CGCTGAAAGC TATCCCAAGG CCCAGGTGGC GCCCTCAAGC GATCGTGTTC 
GAGGTGGTGA CGGACAAGAA GTTCGACATG GTGATCATGT TGTTCATCGG GCTCAACATG 
CTGACCATGA CCATGGACCA TTACCAGCAG ACCGAACTCT TCTCCAGCGT CCTGGACAAC 
CTCAATGCCA TCTTCATCAT CATCTTCTCC TCCGAGTGCC TTCTCAAGAT ATTCGCCCTC 
CGCTATCATT ACTTCGTTGA GCCCTGGAAC CTGTTCGACT TTGTGGTCGT CATTCTGTCC 
ATTCTGGGTT TGGTGTTGAG TGACATCATT GAGAAGTACT TCGTCTCTCC CACTCTCCTC 
CGAGTGGTGC GAGTGGCCAA GGTGGGTCGT GTACTCCGTC TGGTCAAAGG GGCCAAAGGT 
ATCCGAACCC TCCTATTCGC GCTAGCCATG TCTCTGCCGG CGCTGTTCAA CATTTGTCTC 
CTCCTGTTTC TGGTCATGTT TATCTTCGCC ATATTCGGGA TGTCGTTCTT CATGAACGTC 
AAGGAGAAGT CGGGGATCGA TGACGTGTAC AACTTCAAGA CCTTCTTTCA GTCCTTCATT 
TTGCTCTTTC AAGTGAGAAA TGATGGTCAG ACACTACAAG CATTTAGTTT CCTGATTGTG 
ATCAACATGT ACATCGCCGT CATCTTGGAG AACTACTCGC AGGCCACGGA AGATGTACAG 
GAGGGTCTCA CTGACGACGA CTACGACATG TACTATGAGA TTTGGCAACA GTTTGATCCC 
GAGGGGACCC AGTATATTCG GTACGACCAG CTGTGTGACT TCTTGGACGT GCTGGAACCC 
CCGCTACAGA TTCATAAGCC GAACAAGTAT AAGATCATCG TGTCTATGGA TATTCCGATC 
TGTAAGGGAG ACATGATGTT CTGCGTGGAC ATTCTGGATG CGCTCACCAA AGACTTCTTT 
GCCCGAAAAG GCAACCCCAT CGAAGAGACG GGTGACCTGG TGGCCGAGGT GAACACTCGT 
CCGGACGAGG CAGGCTATGA CCCGGTGAGC TCCACGCTCT GGCGCCAGCG TGAGGAGTAC 
TGCGCCCGAC TGATACAACA CGCGTGGCGG AAACACAAGC AATGTCGCGC GGGGGGCACG 
GAGCCTGGGT CACCTGGATC TCCGGATGGA AGGGACACGG CGGTGCTTGT AGAGTCAGAC 
GGGTTCTCCA TTAAGAACGG CCATCGGGTT GTCATTCACT CGAGATCCCC CTCACAGACA 
TCGCGCTCGG CGGAAGTTTG A