LOC103520467 cDNA ORF clone, Diaphorina citri(Asian citrus psyllid)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC103520467
Entrez Gene ID	103520467
Full Name	muscle M-line assembly protein unc-89-like
Gene Type	protein-coding
Organism	Diaphorina citri(Asian citrus psyllid)

mRNA and Protein(s)

mRNA	Protein	Name
XM_026831571.1	XP_026687372.1	protein hsr-9-like
XM_017448531.1	XP_017304020.1	muscle M-line assembly protein unc-89-like

Pathways from BioSystems
Gene Ontology

The following LOC103520467 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC103520467 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
ODi85932	XM_017448531.1 Latest version!	Diaphorina citri muscle M-line assembly protein unc-89-like (LOC103520467), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00
ODi215838	XM_026831571.1 Latest version!	Diaphorina citri protein hsr-9-like (LOC103520467), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00

ORF Online Only Promotion

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

LOC103520467 ( XM_017448531.1 ) cDNA ORF clone, Diaphorina citri(Asian citrus psyllid) -> XP_017304020.1 Diaphorina citri muscle M-line assembly protein unc-89-like (LOC103520467), mRNA.

Price & Availability↑

CloneID	ODi85932
Clone ID Related Accession (Same CDS sequence)	XM_017448531.1
Accession Version	XM_017448531.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2538bp) 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	muscle M-line assembly protein unc-89-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_007381056.1) 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 :: 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 :: 100% of CDS bases ##RefSeq-Attributes-END##

ATGTCACTTG TTTCAGATGG CCTCAGTGCA TTCAATCCTG ATAAAGACTC AGTCGATACT 
AGCATTCCAC GAGAGGACAC AGGAGATGTA CCAGAAATCT CTCATCCCAA CTATATCAAT 
CAACCAAGCA CTTCCAAATC CCAAGACAAA CCCCAATGTT CAACAATTGA AACCTATTCA 
CCCCAAATAT TGACTGATTC TATCTGTGAT ACCACTCCTA AATTTAATCA GCACCTTATT 
GTACCAAGTA CAATAGAGTC TGATTCTAAA GAATGCAAGG AAAGACTTGG ACAAGTTGTC 
CAGAATATGA ACACAGCTCA AGAAGAGCAA GCAACTCAAA GAATGGACAC AATTCAAAAA 
GTAGGAAAAT CTGATGTCAG AAATGTCACT CATTCAACAC ATCCTAAAAG AACACCCGTC 
TCAAGGTTCA CAATTCGGAA TGACCCTTTG GAAGAAATGT CCATCACAAA TACTACTAGT 
CCAACCCTCC CTATTGAAGA CAATGCTGGA ATTAATGCCA CCATTCCAAC AATTCCTTCT 
AAAGAAATTG ATGAGATTGT TTCTAATGTT ACTAATTCAG ACCCTCCTTT ACCCAATGAA 
ATCATAGACT CACCTCTCAA CTCAATAGAA GATGATGATG CCTATGAAGA TATGGATGAT 
AGTTTGATAG ACAACAAGGC CAATGAGAAA CCTGTCAAAC CCACCACCAT GTTGGTCAAA 
AAGAAACGGC GAAAATGGTC TCTGACTACC AAAAGAAAAG CTCACTTAAA ACGAGCCGTC 
AAACTGGAAA TTCCTAAAGA ACGGATTGAC AAAGATTATG AAAAGTTGGC TGAACAATCA 
CCCAAGAGTG AGAGATTTGA GAATGTGCAA GATAGCTCCC AAGATGTTCC TAGTGAGGAA 
GGAGATGAAA CAAATGCAGA TCGAGCAAAT GAAACCAGTG AAAGTGTTGA AAAACAAGAA 
TTGGGCAAAG AACAAGAACT GGAGATCAAA AAACCTGTTA CACCACGACC GCGACGAAGC 
AAAAACGTGA AAGAAAATGT GGAAGCACAA AAGAAAGTTG CTGAAACCAT GAACAAGAGG 
AATCACAAAG AACATGCTCC CAAAGGCAAC TTGAAAGACA AGGTTAACTC CGGCAAAAAC 
GTCGATGTAG AAACTAAATC AAACCTCAGT GATACAGAAA CAATTGCCCA TGACTTGGTT 
GTTGCCAAAG AAGCTAAGCC GTCTTCCAAA GCAGGTGCTA TGAAAGCATT CCTCGAGAAA 
ACCATGAATG AGATCAACAT CGAGGAAATG TACCAACAAC TAATCATGGG TGATGACCTC 
AGCCAAAGTG AAAACAGCCA GAGTGGAGAT GATTCCTATA TCAAAGAAGT GTTAGGGTCT 
GCTGTCAAAA AGGAAGACCT TCTTGATCAA AGTATCGTCA AGGATGTTGA CAATGAAAGT 
AAAGTTGATG AAAGCGTTAC AGAAGTAGTT GGCACTGATG TAACGAATAC ACCTGCTCCA 
TCTCCGATTA AATCCCGAGG AAGGCCCCGG AAATACCCAA AGGGCCAAGA GCCCTATGTG 
ACAACACCCC GGAACGCTCA AATTTCCGCC GAAGGCAGTA AAGATCCCGA TCCAGTTTCA 
CCAGACGGCG AAAGTTCACC GGCGACGGTA TTTTCTTCTC CAAAAGGTCG TGGTCGGCCC 
AGAAAATATC CTAAAGACCC GTCTTCCATT GAGCTCCCGG CTCCAAAACT CCCTCCCCGG 
GCAAGACGAT TCCCAGCTAG CACGCCCATC AAGAGCCCTT CGCCGATAAA GAGCTCTTCG 
CCGGGGAAGC GGGGACGGCC ACGAAAGTAC CCTCGGGGTG AGGAACCTCC TCAGGCGGCT 
TATCTAAAGA AGTACCAGCT GAATGAGTTG AAGAAGAAGA TCCTCGGCTC TCAGCGAAGC 
CCGAAGGGTT TGAATTCGGT GGAGGAGCAG AATTTTCGGG GCTTTCGACG CCCGGTGGGT 
GCTGGCTCCC CAACCACCCC AAGTAATGGT AGCCCGAAAA CGGCGAAAGG GAATTCTGAA 
AATGAACCGG AACGGACTGG AAATGAACCA GCTCCCTCTG AAGTTAAAAC TGATCCCAAT 
CACCCAGAAA GCAAAGATTC TAAAACTGAT TCCAAGGCTG ACCCCGATAT TGTTGGTACG 
CCAAACACTG AGAAACTTGG CTCCGAAAAT GAAACAAAGC CCCAATTGGA TGCTAGTCTT 
GCTCACTCCA GAAATGAAGG ATCACAGAAT TCTGGAAATG AAGCGCGATC CACTTTGGAA 
AATAACTGTG ATACTGACAC GAAAACTGAG GCTTTCGAAG ACGAAACCAC TGAACCAGTC 
GCCGAATCTG TGTCAAAAAC TGAGACCACA AAACACATAA TAAGCCACAA TCAAGACGTA 
TTAAGCAACG ATGAAACAAC TAAAACAAGT GATGTTGAAG CAACCAAGAC TGATGTCGAA 
TCAAGCGACC TGTCCACAAC TGCTGTCACC AAACCCAGCA ACCTCAATCA GAACCTAATC 
GCTCCGGGCG TGAAGTGA

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

RefSeq	XP_017304020.1
CDS	1..2538
Translation	MSLVSDGLSAFNPDKDSVDTSIPREDTGDVPEISHPNYINQPSTSKSQDKPQCSTIETYSPQILTDSICDTTPKFNQHLIVPSTIESDSKECKERLGQVVQNMNTAQEEQATQRMDTIQKVGKSDVRNVTHSTHPKRTPVSRFTIRNDPLEEMSITNTTSPTLPIEDNAGINATIPTIPSKEIDEIVSNVTNSDPPLPNEIIDSPLNSIEDDDAYEDMDDSLIDNKANEKPVKPTTMLVKKKRRKWSLTTKRKAHLKRAVKLEIPKERIDKDYEKLAEQSPKSERFENVQDSSQDVPSEEGDETNADRANETSESVEKQELGKEQELEIKKPVTPRPRRSKNVKENVEAQKKVAETMNKRNHKEHAPKGNLKDKVNSGKNVDVETKSNLSDTETIAHDLVVAKEAKPSSKAGAMKAFLEKTMNEINIEEMYQQLIMGDDLSQSENSQSGDDSYIKEVLGSAVKKEDLLDQSIVKDVDNESKVDESVTEVVGTDVTNTPAPSPIKSRGRPRKYPKGQEPYVTTPRNAQISAEGSKDPDPVSPDGESSPATVFSSPKGRGRPRKYPKDPSSIELPAPKLPPRARRFPASTPIKSPSPIKSSSPGKRGRPRKYPRGEEPPQAAYLKKYQLNELKKKILGSQRSPKGLNSVEEQNFRGFRRPVGAGSPTTPSNGSPKTAKGNSENEPERTGNEPAPSEVKTDPNHPESKDSKTDSKADPDIVGTPNTEKLGSENETKPQLDASLAHSRNEGSQNSGNEARSTLENNCDTDTKTEAFEDETTEPVAESVSKTETTKHIISHNQDVLSNDETTKTSDVEATKTDVESSDLSTTAVTKPSNLNQNLIAPGVK

Target ORF information:

RefSeq Version	XM_017448531.1
Organism	Diaphorina citri(Asian citrus psyllid)
Definition	Diaphorina citri muscle M-line assembly protein unc-89-like (LOC103520467), mRNA.

Target ORF information:

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

XM_017448531.1

ORF Insert Sequence:

ATGTCACTTG TTTCAGATGG CCTCAGTGCA TTCAATCCTG ATAAAGACTC AGTCGATACT 
AGCATTCCAC GAGAGGACAC AGGAGATGTA CCAGAAATCT CTCATCCCAA CTATATCAAT 
CAACCAAGCA CTTCCAAATC CCAAGACAAA CCCCAATGTT CAACAATTGA AACCTATTCA 
CCCCAAATAT TGACTGATTC TATCTGTGAT ACCACTCCTA AATTTAATCA GCACCTTATT 
GTACCAAGTA CAATAGAGTC TGATTCTAAA GAATGCAAGG AAAGACTTGG ACAAGTTGTC 
CAGAATATGA ACACAGCTCA AGAAGAGCAA GCAACTCAAA GAATGGACAC AATTCAAAAA 
GTAGGAAAAT CTGATGTCAG AAATGTCACT CATTCAACAC ATCCTAAAAG AACACCCGTC 
TCAAGGTTCA CAATTCGGAA TGACCCTTTG GAAGAAATGT CCATCACAAA TACTACTAGT 
CCAACCCTCC CTATTGAAGA CAATGCTGGA ATTAATGCCA CCATTCCAAC AATTCCTTCT 
AAAGAAATTG ATGAGATTGT TTCTAATGTT ACTAATTCAG ACCCTCCTTT ACCCAATGAA 
ATCATAGACT CACCTCTCAA CTCAATAGAA GATGATGATG CCTATGAAGA TATGGATGAT 
AGTTTGATAG ACAACAAGGC CAATGAGAAA CCTGTCAAAC CCACCACCAT GTTGGTCAAA 
AAGAAACGGC GAAAATGGTC TCTGACTACC AAAAGAAAAG CTCACTTAAA ACGAGCCGTC 
AAACTGGAAA TTCCTAAAGA ACGGATTGAC AAAGATTATG AAAAGTTGGC TGAACAATCA 
CCCAAGAGTG AGAGATTTGA GAATGTGCAA GATAGCTCCC AAGATGTTCC TAGTGAGGAA 
GGAGATGAAA CAAATGCAGA TCGAGCAAAT GAAACCAGTG AAAGTGTTGA AAAACAAGAA 
TTGGGCAAAG AACAAGAACT GGAGATCAAA AAACCTGTTA CACCACGACC GCGACGAAGC 
AAAAACGTGA AAGAAAATGT GGAAGCACAA AAGAAAGTTG CTGAAACCAT GAACAAGAGG 
AATCACAAAG AACATGCTCC CAAAGGCAAC TTGAAAGACA AGGTTAACTC CGGCAAAAAC 
GTCGATGTAG AAACTAAATC AAACCTCAGT GATACAGAAA CAATTGCCCA TGACTTGGTT 
GTTGCCAAAG AAGCTAAGCC GTCTTCCAAA GCAGGTGCTA TGAAAGCATT CCTCGAGAAA 
ACCATGAATG AGATCAACAT CGAGGAAATG TACCAACAAC TAATCATGGG TGATGACCTC 
AGCCAAAGTG AAAACAGCCA GAGTGGAGAT GATTCCTATA TCAAAGAAGT GTTAGGGTCT 
GCTGTCAAAA AGGAAGACCT TCTTGATCAA AGTATCGTCA AGGATGTTGA CAATGAAAGT 
AAAGTTGATG AAAGCGTTAC AGAAGTAGTT GGCACTGATG TAACGAATAC ACCTGCTCCA 
TCTCCGATTA AATCCCGAGG AAGGCCCCGG AAATACCCAA AGGGCCAAGA GCCCTATGTG 
ACAACACCCC GGAACGCTCA AATTTCCGCC GAAGGCAGTA AAGATCCCGA TCCAGTTTCA 
CCAGACGGCG AAAGTTCACC GGCGACGGTA TTTTCTTCTC CAAAAGGTCG TGGTCGGCCC 
AGAAAATATC CTAAAGACCC GTCTTCCATT GAGCTCCCGG CTCCAAAACT CCCTCCCCGG 
GCAAGACGAT TCCCAGCTAG CACGCCCATC AAGAGCCCTT CGCCGATAAA GAGCTCTTCG 
CCGGGGAAGC GGGGACGGCC ACGAAAGTAC CCTCGGGGTG AGGAACCTCC TCAGGCGGCT 
TATCTAAAGA AGTACCAGCT GAATGAGTTG AAGAAGAAGA TCCTCGGCTC TCAGCGAAGC 
CCGAAGGGTT TGAATTCGGT GGAGGAGCAG AATTTTCGGG GCTTTCGACG CCCGGTGGGT 
GCTGGCTCCC CAACCACCCC AAGTAATGGT AGCCCGAAAA CGGCGAAAGG GAATTCTGAA 
AATGAACCGG AACGGACTGG AAATGAACCA GCTCCCTCTG AAGTTAAAAC TGATCCCAAT 
CACCCAGAAA GCAAAGATTC TAAAACTGAT TCCAAGGCTG ACCCCGATAT TGTTGGTACG 
CCAAACACTG AGAAACTTGG CTCCGAAAAT GAAACAAAGC CCCAATTGGA TGCTAGTCTT 
GCTCACTCCA GAAATGAAGG ATCACAGAAT TCTGGAAATG AAGCGCGATC CACTTTGGAA 
AATAACTGTG ATACTGACAC GAAAACTGAG GCTTTCGAAG ACGAAACCAC TGAACCAGTC 
GCCGAATCTG TGTCAAAAAC TGAGACCACA AAACACATAA TAAGCCACAA TCAAGACGTA 
TTAAGCAACG ATGAAACAAC TAAAACAAGT GATGTTGAAG CAACCAAGAC TGATGTCGAA 
TCAAGCGACC TGTCCACAAC TGCTGTCACC AAACCCAGCA ACCTCAATCA GAACCTAATC 
GCTCCGGGCG TGAAGTGA

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

LOC103520467 ( XM_026831571.1 ) cDNA ORF clone, Diaphorina citri(Asian citrus psyllid) -> XP_026687372.1 Diaphorina citri protein hsr-9-like (LOC103520467), mRNA.

Price & Availability↑

CloneID	ODi215838
Clone ID Related Accession (Same CDS sequence)	XM_026831571.1
Accession Version	XM_026831571.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3147bp) 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	2018-10-21
Organism	Diaphorina citri(Asian citrus psyllid)
Product	protein hsr-9-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_007381056.1) 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 :: Diaphorina citri Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGTCACTTG TTTCAGATGG CCTCAGTGCA TTCAATCCTG ATAAAGACTC AGTCGATACT 
AGCATTCCAC GAGAGGACAC AGGAGATGTA CCAGAAATCT CTCATCCCAA CTATATCAAT 
CAACCAAGCA CTTCCAAATC CCAAGACAAA CCCCAATGTT CAACAATTGA AACCTATTCA 
CCCCAAATAT TGACTGATTC TATCTGTGAT ACCACTCCTA AATTTAATCA GCACCTTATT 
GTACCAAGTA CAATAGAGTC TGATTCTAAA GAATGCAAGG AAAGACTTGG ACAAGTTGTC 
CAGAATATGA ACACAGCTCA AGAAGAGCAA GCAACTCAAA GAATGGACAC AATTCAAAAA 
GTAGGAAAAT CTGATGTCAG AAATGTCACT CATTCAACAC ATCCTAAAAG AACACCCGTC 
TCAAGGTTCA CAATTCGGAA TGACCCTTTG GAAGAAATGT CCATCACAAA TACTACTAGT 
CCAACCCTCC CTATTGAAGA CAATGCTGGA ATTAATGCCA CCATTCCAAC AATTCCTTCT 
AAAGAAATTG ATGAGATTGT TTCTAATGTT ACTAATTCAG ACCCTCCTTT ACCCAATGAA 
ATCATAGACT CACCTCTCAA CTCAATAGAA GATGATGATG CCTATGAAGA TATGGATGAT 
AGTTTGATAG ACAACAAGGC CAATGAGAAA CCTGTCAAAC CCACCACCAT GTTGGTCAAA 
AAGAAACGGC GAAAATGGTC TCTGACTACC AAAAGAAAAG CTCACTTAAA ACGAGCCGTC 
AAACTGGAAA TTCCTAAAGA ACGGATTGAC AAAGATTATG AAAAGTTGGC TGAACAATCA 
CCCAAGAGTG AGAGATTTGA GAATGTGCAA GATAGCTCCC AAGATGTTCC TAGTGAGGAA 
GGAGATGAAA CAAATGCAGA TCGAGCAAAT GAAACCAGTG AAAGTGTTGA AAAACAAGAA 
TTGGGCAAAG AACAAGAACT GGAGATCAAA AAACCTGTTA CACCACGACC GCGACGAAGC 
AAAAACGTGA AAGAAAATGT GGAAGCACAA AAGAAAGTTG CTGAAACCAT GAACAAGAGG 
AATCACAAAG AACATGCTCC CAAAGGCAAC TTGAAAGACA AGGTTAACTC CGGCAAAAAC 
GTCGATGTAG AAACTAAATC AAACCTCAGT GATACAGAAA CAATTGCCCA TGACTTGGTT 
GTTGCCAAAG AAGCTAAGCC GTCTTCCAAA GCAGGTGCTA TGAAAGCATT CCTCGAGAAA 
ACCATGAATG AGATCAACAT CGAGGAAATG TACCAACAAC TAATCATGGG TGATGACCTC 
AGCCAAAGTG AAAACAGCCA GAGTGGAGAT GATTCCTATA TCAAAGAAGT GTTAGGGTCT 
GCTGTCAAAA AGGAAGACCT TCTTGATCAA AGTATCGTCA AGGATGTTGA CAATGAAAGT 
AAAGTTGATG AAAGCGTTAC AGAAGTAGTT GGCACTGATG TAACGAATAC ACCTGCTCCA 
TCTCCGATTA AATCCCGAGG AAGGCCCCGG AAATACCCAA AGGGCCAAGA GCCCTATGTG 
ACAACACCCC GGAACGCTCA AATTTCCGCC GAAGGCAGTA AAGATCCCGA TCCAGTTTCA 
CCAGACGGCG AAAGTTCACC GGCGACGGTA TTTTCTTCTC CAAAAGGTCG TGGTCGGCCC 
AGAAAATATC CTAAAGACCC GTCTTCCATT GAGCTCCCGG CTCCAAAACT CCCTCCCCGG 
GCAAGACGAT TCCCAGCTAG CACGCCCATC AAGAGCCCTT CGCCGATAAA GAGCTCTTCG 
CCGGGGAAGC GGGGACGGCC ACGAAAGTAC CCTCGGGGTG AGGAACCTCC TCAGGCGGCT 
TATCTAAAGA AGTACCAGCT GAATGAGTTG AAGAAGAAGA TCCTCGGCTC TCAGCGAAGC 
CCGAAGGGTT TGAATTCGGT GGAGGAGCAG AATTTTCGGG GCTTTCGACG CCCGGTGGGT 
GCTGGCTCCC CAACCACCCC AAGTAATGGT AGCCCGAAAA CGGCGAAAGG GAATTCTGAA 
AATGAACCGG AACGGACTGG AAATGAACCA GCTCCCTCTG AAGTTAAAAC TGATCCCAAT 
CACCCAGAAA GCAAAGATTC TAAAACTGAT TCCAAGGCTG ACCCCGATAT TGTTGGTACG 
CCAAACACTG AGAAACTTGG CTCCGAAAAT GAAACAAAGC CCCAATTGGA TGCTAGTCTT 
GCTCACTCCA GAAATGAAGG ATCACAGAAT TCTGGAAATG AAGCGCGATC CACTTTGGAA 
AATAACTGTG ATACTGACAC GAAAACTGAG GCTTTCGAAG ACGAAACCAC TGAACCAGTC 
GCCGAATCTG TGTCAAAAAC TGAGACCACA AAACACATAA TAAGCCACAA TCAAGACGTA 
TTAAGCAACG ATGAAACAAC TAAAACAAGT GATGTTGAAG CAACCAAGAC TGATGTCGAA 
TCAAGCGACC TGTCCACAAC TGCTGTCACC AAACCCAGCA ACCTCAATCA GAACCTAAGT 
GAAGTTGACA AATCCATCGA GCAACTTTTG GCCGATTTGA GCGACCTGAA AAGTCGCTCC 
GGGCGTGAAG TGAGTAAGGA TTTGAAGAAA CTCTTCTCGC TTAGGAATAT ATCTCTGATG 
GACCTTGCTG ACAGCGTGAG ACCCAGAGGG AGACCCCCAA AGGGCACGTC CCCAAAGATG 
GAAAAACTGC CGCTCCGTGT AGAAAGGCGG GGTCGCCCAC CCAAAGCCCT GGCCAAGTAC 
AACGTGAAAC GGTACAGAGC TGCTGGAGGA GGAGAAGCCC TGAGGGAGCG GAAGAGGAAG 
AGGCGGGTCT TGACACTTGC ACTTCAGTTG GACAAGGGGA AGAGAAGGAG GAGGAGGAGG 
GCGAGAAAGT CTGAGGAGGA GAACGATGAT GGAAAAGACG ACGGTGACAA CGAACAAAAG 
ACCAAAGACA GTCCTCTAGT CTCGACAGCC ACCTTGGAGG CTAAACCCAC AGGAGATTCA 
GCCTCTGACC GACTCAAAGC TTTGGAGAAC AATAAGGAAA TCGCGTCCAT TCTGCGCAAG 
AACTCTGACT TTGAAGCGTA CTATATGACC AAGACCAGTA CTGAGAGAGG TAATCATCTG 
AAAATCATAG ATCAAACAAA CGAATAG

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

RefSeq	XP_026687372.1
CDS	79..3225
Translation	MSLVSDGLSAFNPDKDSVDTSIPREDTGDVPEISHPNYINQPSTSKSQDKPQCSTIETYSPQILTDSICDTTPKFNQHLIVPSTIESDSKECKERLGQVVQNMNTAQEEQATQRMDTIQKVGKSDVRNVTHSTHPKRTPVSRFTIRNDPLEEMSITNTTSPTLPIEDNAGINATIPTIPSKEIDEIVSNVTNSDPPLPNEIIDSPLNSIEDDDAYEDMDDSLIDNKANEKPVKPTTMLVKKKRRKWSLTTKRKAHLKRAVKLEIPKERIDKDYEKLAEQSPKSERFENVQDSSQDVPSEEGDETNADRANETSESVEKQELGKEQELEIKKPVTPRPRRSKNVKENVEAQKKVAETMNKRNHKEHAPKGNLKDKVNSGKNVDVETKSNLSDTETIAHDLVVAKEAKPSSKAGAMKAFLEKTMNEINIEEMYQQLIMGDDLSQSENSQSGDDSYIKEVLGSAVKKEDLLDQSIVKDVDNESKVDESVTEVVGTDVTNTPAPSPIKSRGRPRKYPKGQEPYVTTPRNAQISAEGSKDPDPVSPDGESSPATVFSSPKGRGRPRKYPKDPSSIELPAPKLPPRARRFPASTPIKSPSPIKSSSPGKRGRPRKYPRGEEPPQAAYLKKYQLNELKKKILGSQRSPKGLNSVEEQNFRGFRRPVGAGSPTTPSNGSPKTAKGNSENEPERTGNEPAPSEVKTDPNHPESKDSKTDSKADPDIVGTPNTEKLGSENETKPQLDASLAHSRNEGSQNSGNEARSTLENNCDTDTKTEAFEDETTEPVAESVSKTETTKHIISHNQDVLSNDETTKTSDVEATKTDVESSDLSTTAVTKPSNLNQNLSEVDKSIEQLLADLSDLKSRSGREVSKDLKKLFSLRNISLMDLADSVRPRGRPPKGTSPKMEKLPLRVERRGRPPKALAKYNVKRYRAAGGGEALRERKRKRRVLTLALQLDKGKRRRRRRARKSEEENDDGKDDGDNEQKTKDSPLVSTATLEAKPTGDSASDRLKALENNKEIASILRKNSDFEAYYMTKTSTERGNHLKIIDQTNE

Target ORF information:

RefSeq Version	XM_026831571.1
Organism	Diaphorina citri(Asian citrus psyllid)
Definition	Diaphorina citri protein hsr-9-like (LOC103520467), mRNA.

Target ORF information:

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

XM_026831571.1

ORF Insert Sequence:

ATGTCACTTG TTTCAGATGG CCTCAGTGCA TTCAATCCTG ATAAAGACTC AGTCGATACT 
AGCATTCCAC GAGAGGACAC AGGAGATGTA CCAGAAATCT CTCATCCCAA CTATATCAAT 
CAACCAAGCA CTTCCAAATC CCAAGACAAA CCCCAATGTT CAACAATTGA AACCTATTCA 
CCCCAAATAT TGACTGATTC TATCTGTGAT ACCACTCCTA AATTTAATCA GCACCTTATT 
GTACCAAGTA CAATAGAGTC TGATTCTAAA GAATGCAAGG AAAGACTTGG ACAAGTTGTC 
CAGAATATGA ACACAGCTCA AGAAGAGCAA GCAACTCAAA GAATGGACAC AATTCAAAAA 
GTAGGAAAAT CTGATGTCAG AAATGTCACT CATTCAACAC ATCCTAAAAG AACACCCGTC 
TCAAGGTTCA CAATTCGGAA TGACCCTTTG GAAGAAATGT CCATCACAAA TACTACTAGT 
CCAACCCTCC CTATTGAAGA CAATGCTGGA ATTAATGCCA CCATTCCAAC AATTCCTTCT 
AAAGAAATTG ATGAGATTGT TTCTAATGTT ACTAATTCAG ACCCTCCTTT ACCCAATGAA 
ATCATAGACT CACCTCTCAA CTCAATAGAA GATGATGATG CCTATGAAGA TATGGATGAT 
AGTTTGATAG ACAACAAGGC CAATGAGAAA CCTGTCAAAC CCACCACCAT GTTGGTCAAA 
AAGAAACGGC GAAAATGGTC TCTGACTACC AAAAGAAAAG CTCACTTAAA ACGAGCCGTC 
AAACTGGAAA TTCCTAAAGA ACGGATTGAC AAAGATTATG AAAAGTTGGC TGAACAATCA 
CCCAAGAGTG AGAGATTTGA GAATGTGCAA GATAGCTCCC AAGATGTTCC TAGTGAGGAA 
GGAGATGAAA CAAATGCAGA TCGAGCAAAT GAAACCAGTG AAAGTGTTGA AAAACAAGAA 
TTGGGCAAAG AACAAGAACT GGAGATCAAA AAACCTGTTA CACCACGACC GCGACGAAGC 
AAAAACGTGA AAGAAAATGT GGAAGCACAA AAGAAAGTTG CTGAAACCAT GAACAAGAGG 
AATCACAAAG AACATGCTCC CAAAGGCAAC TTGAAAGACA AGGTTAACTC CGGCAAAAAC 
GTCGATGTAG AAACTAAATC AAACCTCAGT GATACAGAAA CAATTGCCCA TGACTTGGTT 
GTTGCCAAAG AAGCTAAGCC GTCTTCCAAA GCAGGTGCTA TGAAAGCATT CCTCGAGAAA 
ACCATGAATG AGATCAACAT CGAGGAAATG TACCAACAAC TAATCATGGG TGATGACCTC 
AGCCAAAGTG AAAACAGCCA GAGTGGAGAT GATTCCTATA TCAAAGAAGT GTTAGGGTCT 
GCTGTCAAAA AGGAAGACCT TCTTGATCAA AGTATCGTCA AGGATGTTGA CAATGAAAGT 
AAAGTTGATG AAAGCGTTAC AGAAGTAGTT GGCACTGATG TAACGAATAC ACCTGCTCCA 
TCTCCGATTA AATCCCGAGG AAGGCCCCGG AAATACCCAA AGGGCCAAGA GCCCTATGTG 
ACAACACCCC GGAACGCTCA AATTTCCGCC GAAGGCAGTA AAGATCCCGA TCCAGTTTCA 
CCAGACGGCG AAAGTTCACC GGCGACGGTA TTTTCTTCTC CAAAAGGTCG TGGTCGGCCC 
AGAAAATATC CTAAAGACCC GTCTTCCATT GAGCTCCCGG CTCCAAAACT CCCTCCCCGG 
GCAAGACGAT TCCCAGCTAG CACGCCCATC AAGAGCCCTT CGCCGATAAA GAGCTCTTCG 
CCGGGGAAGC GGGGACGGCC ACGAAAGTAC CCTCGGGGTG AGGAACCTCC TCAGGCGGCT 
TATCTAAAGA AGTACCAGCT GAATGAGTTG AAGAAGAAGA TCCTCGGCTC TCAGCGAAGC 
CCGAAGGGTT TGAATTCGGT GGAGGAGCAG AATTTTCGGG GCTTTCGACG CCCGGTGGGT 
GCTGGCTCCC CAACCACCCC AAGTAATGGT AGCCCGAAAA CGGCGAAAGG GAATTCTGAA 
AATGAACCGG AACGGACTGG AAATGAACCA GCTCCCTCTG AAGTTAAAAC TGATCCCAAT 
CACCCAGAAA GCAAAGATTC TAAAACTGAT TCCAAGGCTG ACCCCGATAT TGTTGGTACG 
CCAAACACTG AGAAACTTGG CTCCGAAAAT GAAACAAAGC CCCAATTGGA TGCTAGTCTT 
GCTCACTCCA GAAATGAAGG ATCACAGAAT TCTGGAAATG AAGCGCGATC CACTTTGGAA 
AATAACTGTG ATACTGACAC GAAAACTGAG GCTTTCGAAG ACGAAACCAC TGAACCAGTC 
GCCGAATCTG TGTCAAAAAC TGAGACCACA AAACACATAA TAAGCCACAA TCAAGACGTA 
TTAAGCAACG ATGAAACAAC TAAAACAAGT GATGTTGAAG CAACCAAGAC TGATGTCGAA 
TCAAGCGACC TGTCCACAAC TGCTGTCACC AAACCCAGCA ACCTCAATCA GAACCTAAGT 
GAAGTTGACA AATCCATCGA GCAACTTTTG GCCGATTTGA GCGACCTGAA AAGTCGCTCC 
GGGCGTGAAG TGAGTAAGGA TTTGAAGAAA CTCTTCTCGC TTAGGAATAT ATCTCTGATG 
GACCTTGCTG ACAGCGTGAG ACCCAGAGGG AGACCCCCAA AGGGCACGTC CCCAAAGATG 
GAAAAACTGC CGCTCCGTGT AGAAAGGCGG GGTCGCCCAC CCAAAGCCCT GGCCAAGTAC 
AACGTGAAAC GGTACAGAGC TGCTGGAGGA GGAGAAGCCC TGAGGGAGCG GAAGAGGAAG 
AGGCGGGTCT TGACACTTGC ACTTCAGTTG GACAAGGGGA AGAGAAGGAG GAGGAGGAGG 
GCGAGAAAGT CTGAGGAGGA GAACGATGAT GGAAAAGACG ACGGTGACAA CGAACAAAAG 
ACCAAAGACA GTCCTCTAGT CTCGACAGCC ACCTTGGAGG CTAAACCCAC AGGAGATTCA 
GCCTCTGACC GACTCAAAGC TTTGGAGAAC AATAAGGAAA TCGCGTCCAT TCTGCGCAAG 
AACTCTGACT TTGAAGCGTA CTATATGACC AAGACCAGTA CTGAGAGAGG TAATCATCTG 
AAAATCATAG ATCAAACAAA CGAATAG