LOC103507940 cDNA ORF clone, Diaphorina citri(Asian citrus psyllid)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC103507940
Entrez Gene ID	103507940
Full Name	putative ATP-dependent RNA helicase DHX57
Gene Type	protein-coding
Organism	Diaphorina citri(Asian citrus psyllid)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017443530.1	XP_017299019.1	putative ATP-dependent RNA helicase DHX57
XM_026822672.1	XP_026678473.1	putative ATP-dependent RNA helicase DHX57

Pathways from BioSystems
Gene Ontology

The following LOC103507940 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC103507940 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
ODi76492	XM_026822672.1 Latest version!	Diaphorina citri putative ATP-dependent RNA helicase DHX57 (LOC103507940), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
ODi76492	XM_017443530.1 Latest version!	Diaphorina citri putative ATP-dependent RNA helicase DHX57 (LOC103507940), 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)

LOC103507940 ( XM_017443530.1 ) cDNA ORF clone, Diaphorina citri(Asian citrus psyllid) -> XP_017299019.1 Diaphorina citri putative ATP-dependent RNA helicase DHX57 (LOC103507940), mRNA.

Price & Availability↑

CloneID	ODi76492
Clone ID Related Accession (Same CDS sequence)	XM_017443530.1 , XM_026822672.1
Accession Version	XM_017443530.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3480bp) 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	putative ATP-dependent RNA helicase DHX57
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_007377789.1) 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 :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGAAAGCA CTGGATGCTG GGATAACTAC TATGTTCCCT ACATGCCAGG GAGTGCTTCA 
TCCTACATCC AGAATGACAG TGGACCATAC ATCCCAGACA ACTCTGCCAT CCCTGGCCAA 
AGTTCCTGGC AATACAACTA TCCAGAATAT CCTCCTGCTA CTCCTTCTAC CGCGCCTGAT 
AACACTTTCC CGCCGTCTGT CAGCGAACCT ACAGTCCCTG ATATTGTACC ACCAAAACAA 
TTTCTGCCAG ACGATGCTGA TTTCTATCAG GACTACCATG AACTCACAGG AGACCAAATG 
AAGCAATCCA GAGTCCTTGA ACTATCAGAT GAACTTAAAC AAATGACTCT GGACGCATTG 
AAAAATGTGG AAAAGGATTT TTCGTTCCGA GATAGTTCTT CTTACAGCAG TCAAAATATG 
AAGTCCACTG AGAAGTATCA AGTGAATCAA GGTCATTTAG TTATCAAAGG CACTTCTTAT 
GCCAAGCAAT GTTCTGACTC AGACTTGGGG ATAAAGTATC TCATTTCAAA GCTCAGCAGA 
TATGGATTTC ATACAAACCA TTGTGCAGAA GTGTTGGAGC ACTGTCAAGG CAATGTAGAC 
GCAGCCTTTG AGCTACTTAT GAGGAAATAT TTCAATCTAC AAGAGTTCAG CCCTGAAGCT 
AAGAACGACC AGTATGATCT CAGAGGCATC CGCTCCGAGG AATTCAACTG TTTATTCTCC 
ATTTTCGAAG AGCAGTGTGA AACGAAAGTG TTTGATCAGC TGTGGATTTT CCATTTAGAA 
CTGCCTTACC TGCAAGACCA ATATTTGAAA GCAAAGTCCA ACAAGGTTCA ACCGCAGCCG 
AAAGAGAAGA ACAAGAAGAG ACCTCACTGT AAATTTTTCC TATCGGGGAA GTGTCGGTTT 
GGATATAATT GTGCATTTGC TCATAATGTG GAAACGGTGA ACAAGCCAGG TGTAGATGCA 
AGTGATGTTC TCAGCAAAAT GTATTTTGAC ATTGAAGTGC GGTTTCCTCC AGGATCACAA 
TACCCTCATG AGCCCCCTCT GGTTACTCTC CTACCTAATA ACCAGGAGTT TCCCAAGCTT 
GTGGCACTGA AGATCACCAA GAGATTGATG CAGGAGGCTG AAACTCTCGC TCAGAAACGA 
ACACCTTGCT GTTACGCCCT CATTGATTTG GCCAATAATC CGGCGGAAAT ATTGAAAGCA 
ATAAGTGAAG ATTTCTGTCC TCCTGATGCG GATTCTCCCC TGCTGTCGAA TTCCGTCGTG 
TCTGAGAGGG GAAGAGAATG CAGCTCCGAT AACGAAGAAG ATGGAGTGGT TACGTTCGAT 
AGTGCAGCGG GTCCCAACCA ATCCCAGCAC AGGGAGGATG CGTATAAGAC CAATAGAATC 
AATGCTCATA TTTGTGAACG ATACAAGCAA AGTTTGAACG ATCCCCATTT CATCAAGATG 
TTGAGAATTC GACAGGAACT ACCGGCCTGG GGCGTGTATA GTAAAATCCT TCATCTTATC 
CGACACAATC AGGTTGTGGT CATTTGTGGC GAAACTGGTT GTGGCAAAAG TACTCAGATT 
CCCCAATTCA TTCTGGACAA CTTCTTGGAA AACTTCAGCG CCAAAAACAA CCAGCGTAAT 
CGGAACCGGA ACGATTTTCA CGACAAGATC AACATCGTGT GTACACAGCC TAGACAAATA 
TCTGCCATCA GTTTAGCCAG GAGGGTGGCA GATGAGAGGT TGGATAAGCT GGGGAATGTA 
GTGGGATATC AGAATAGTAT TAAAACGTGT AAAACTATTT ACTTTATGAA CAACGATAAA 
ATCAATTACG GTTTGATCAA AAGTACCTTA GTGTGGATTG TATCTGGAGA TCATGATTAT 
CCTAAGACAG GATCCATATT GGTTTTCCTG CCGGGACTTC ACGAGATCAA GACATTCTTC 
GAGGAGTTGA CAGAGAAGAC CAAGATGTTT TCTCCCGAGG GAGGCAAATT CTGGGTGATT 
CCCCTTCACT CGTCTCTCAC ATCTGAGGAA CAGGCTAATG TTTTTAGGGT GCCCCCTCAC 
GGTGTTAGGA AAATCATTCT CTCCACTAAC ATAGCAGAAT CTTCCGTCAC TATTGATGAT 
TGTGTGTTTG TTATTGACGT AGGCAAGATG AAAGAAAATA GGTTCGATTC CCTCCGCAAC 
ATAGAAAGTC TGGACTCGGT GTGGGTATCT AAGGCAAACG CCAAGCAGAG GAAAGGCAGG 
GCCGGGCGTG TATTGCCTGG AGTTTGTATT CATCTGTACA CAAGTCATCG GTATGAACAT 
CTACTGGCCG AGAGAGAACC AGAGTTGCAT CGAGTATCTC TGGAACAGGT CCTGTTGAGA 
ATTCGAACCA TCCCCTTGTT TGCTGACCGA TCCTTTGAAA GTGTCCTAGA GAAAATGGTG 
CAGCCTCCCA AACTAGAAAA CATTCTGACG GCCGCCACGC GTCTCCAATA TCTCGAAGCT 
CTCAACGAAA ACTACGAACT TACTCCGCTC GGTAAACACC TGTCCAAGCT GCCTGTTGAC 
GTACGCGTGG GCAAACTGAT CATCTATGGC GCTGTGTTCT TCTGTCTGGA CTCGGCGCTA 
ACTATAGCGG CCTGTGTTTC GTTCAAACCA CCGTTCAGTG CATCGTTTAA TAAGAGGGAA 
GAGATGGAGT TCCGGAGGAT TACGTTTGCC ACCGGCCTCA GTGACCCGCT TACGAATTTG 
AACGCTTATA AGCAATGGAA GAAGGAAGCA GAGCGGAGTT CATATCATGG TCGCCAGTTT 
GCCAACGCCA ACTATCTCTC CCTCTCGGTA CTCTACACGC TGGGCGAAAC CAAAAACCAG 
TTCCTCAAAT ATTTGGCCCA CATCGGCTTC ATTCCCAACA CGGTCAAGTT ACCCCGCTGT 
GCGGGACCTG ACCGAGTGCT AGAAGCTACA GGCCCTGAGT TGAACAAATA CGGTGAAAAT 
CAAAAGCTCC TGGCAGGAAT CCTGTGCTCC GCCCTCTATC CTAACATTGT TACTGTCACT 
GTACCTCCCT CCTTCTGTGA TTATTCTATA TACGGATCTT TTCCGCGACC AATCAATGCT 
GATCAATTAG TTTTCTACAC CAAGAAAGAC GGACCAGTAT TTCTACATCC GAGTTCTATA 
CTGAAAGAAG TGTCCCGGTT TCCAAGCCCC TACATAGTGT TTCAAGAGAA AATTAAAACA 
TCCAAGTTGT TCATTAGAAA TTGCACCATG GTCCCAACGT TAGCGCTTAT TCTGTTCTGT 
AAAGGTTCGG TCAATGTTCA GAAATACCTG GATACGTTTG TGTTGTCTTT GGATGACGAT 
TGGATAGCCT TGAATATTAA AGATAACCAA ATTGCAGAAC TTCTAGTGGC TGTCAAGAAA 
GAACTATTCA AACTATTAGA CAAGAAAATT AAAGATCCAT CAGTAGATCT GACCAAGTAC 
AAGAAAGGTC TGAAAATAAT TGAAGCCGTT GTGAACCTAA TAGACAGCAG TTATATTTAA

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

RefSeq	XP_017299019.1
CDS	149..3628
Translation	MESTGCWDNYYVPYMPGSASSYIQNDSGPYIPDNSAIPGQSSWQYNYPEYPPATPSTAPDNTFPPSVSEPTVPDIVPPKQFLPDDADFYQDYHELTGDQMKQSRVLELSDELKQMTLDALKNVEKDFSFRDSSSYSSQNMKSTEKYQVNQGHLVIKGTSYAKQCSDSDLGIKYLISKLSRYGFHTNHCAEVLEHCQGNVDAAFELLMRKYFNLQEFSPEAKNDQYDLRGIRSEEFNCLFSIFEEQCETKVFDQLWIFHLELPYLQDQYLKAKSNKVQPQPKEKNKKRPHCKFFLSGKCRFGYNCAFAHNVETVNKPGVDASDVLSKMYFDIEVRFPPGSQYPHEPPLVTLLPNNQEFPKLVALKITKRLMQEAETLAQKRTPCCYALIDLANNPAEILKAISEDFCPPDADSPLLSNSVVSERGRECSSDNEEDGVVTFDSAAGPNQSQHREDAYKTNRINAHICERYKQSLNDPHFIKMLRIRQELPAWGVYSKILHLIRHNQVVVICGETGCGKSTQIPQFILDNFLENFSAKNNQRNRNRNDFHDKINIVCTQPRQISAISLARRVADERLDKLGNVVGYQNSIKTCKTIYFMNNDKINYGLIKSTLVWIVSGDHDYPKTGSILVFLPGLHEIKTFFEELTEKTKMFSPEGGKFWVIPLHSSLTSEEQANVFRVPPHGVRKIILSTNIAESSVTIDDCVFVIDVGKMKENRFDSLRNIESLDSVWVSKANAKQRKGRAGRVLPGVCIHLYTSHRYEHLLAEREPELHRVSLEQVLLRIRTIPLFADRSFESVLEKMVQPPKLENILTAATRLQYLEALNENYELTPLGKHLSKLPVDVRVGKLIIYGAVFFCLDSALTIAACVSFKPPFSASFNKREEMEFRRITFATGLSDPLTNLNAYKQWKKEAERSSYHGRQFANANYLSLSVLYTLGETKNQFLKYLAHIGFIPNTVKLPRCAGPDRVLEATGPELNKYGENQKLLAGILCSALYPNIVTVTVPPSFCDYSIYGSFPRPINADQLVFYTKKDGPVFLHPSSILKEVSRFPSPYIVFQEKIKTSKLFIRNCTMVPTLALILFCKGSVNVQKYLDTFVLSLDDDWIALNIKDNQIAELLVAVKKELFKLLDKKIKDPSVDLTKYKKGLKIIEAVVNLIDSSYI

Target ORF information:

RefSeq Version	XM_017443530.1
Organism	Diaphorina citri(Asian citrus psyllid)
Definition	Diaphorina citri putative ATP-dependent RNA helicase DHX57 (LOC103507940), mRNA.

Target ORF information:

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

XM_017443530.1

ORF Insert Sequence:

ATGGAAAGCA CTGGATGCTG GGATAACTAC TATGTTCCCT ACATGCCAGG GAGTGCTTCA 
TCCTACATCC AGAATGACAG TGGACCATAC ATCCCAGACA ACTCTGCCAT CCCTGGCCAA 
AGTTCCTGGC AATACAACTA TCCAGAATAT CCTCCTGCTA CTCCTTCTAC CGCGCCTGAT 
AACACTTTCC CGCCGTCTGT CAGCGAACCT ACAGTCCCTG ATATTGTACC ACCAAAACAA 
TTTCTGCCAG ACGATGCTGA TTTCTATCAG GACTACCATG AACTCACAGG AGACCAAATG 
AAGCAATCCA GAGTCCTTGA ACTATCAGAT GAACTTAAAC AAATGACTCT GGACGCATTG 
AAAAATGTGG AAAAGGATTT TTCGTTCCGA GATAGTTCTT CTTACAGCAG TCAAAATATG 
AAGTCCACTG AGAAGTATCA AGTGAATCAA GGTCATTTAG TTATCAAAGG CACTTCTTAT 
GCCAAGCAAT GTTCTGACTC AGACTTGGGG ATAAAGTATC TCATTTCAAA GCTCAGCAGA 
TATGGATTTC ATACAAACCA TTGTGCAGAA GTGTTGGAGC ACTGTCAAGG CAATGTAGAC 
GCAGCCTTTG AGCTACTTAT GAGGAAATAT TTCAATCTAC AAGAGTTCAG CCCTGAAGCT 
AAGAACGACC AGTATGATCT CAGAGGCATC CGCTCCGAGG AATTCAACTG TTTATTCTCC 
ATTTTCGAAG AGCAGTGTGA AACGAAAGTG TTTGATCAGC TGTGGATTTT CCATTTAGAA 
CTGCCTTACC TGCAAGACCA ATATTTGAAA GCAAAGTCCA ACAAGGTTCA ACCGCAGCCG 
AAAGAGAAGA ACAAGAAGAG ACCTCACTGT AAATTTTTCC TATCGGGGAA GTGTCGGTTT 
GGATATAATT GTGCATTTGC TCATAATGTG GAAACGGTGA ACAAGCCAGG TGTAGATGCA 
AGTGATGTTC TCAGCAAAAT GTATTTTGAC ATTGAAGTGC GGTTTCCTCC AGGATCACAA 
TACCCTCATG AGCCCCCTCT GGTTACTCTC CTACCTAATA ACCAGGAGTT TCCCAAGCTT 
GTGGCACTGA AGATCACCAA GAGATTGATG CAGGAGGCTG AAACTCTCGC TCAGAAACGA 
ACACCTTGCT GTTACGCCCT CATTGATTTG GCCAATAATC CGGCGGAAAT ATTGAAAGCA 
ATAAGTGAAG ATTTCTGTCC TCCTGATGCG GATTCTCCCC TGCTGTCGAA TTCCGTCGTG 
TCTGAGAGGG GAAGAGAATG CAGCTCCGAT AACGAAGAAG ATGGAGTGGT TACGTTCGAT 
AGTGCAGCGG GTCCCAACCA ATCCCAGCAC AGGGAGGATG CGTATAAGAC CAATAGAATC 
AATGCTCATA TTTGTGAACG ATACAAGCAA AGTTTGAACG ATCCCCATTT CATCAAGATG 
TTGAGAATTC GACAGGAACT ACCGGCCTGG GGCGTGTATA GTAAAATCCT TCATCTTATC 
CGACACAATC AGGTTGTGGT CATTTGTGGC GAAACTGGTT GTGGCAAAAG TACTCAGATT 
CCCCAATTCA TTCTGGACAA CTTCTTGGAA AACTTCAGCG CCAAAAACAA CCAGCGTAAT 
CGGAACCGGA ACGATTTTCA CGACAAGATC AACATCGTGT GTACACAGCC TAGACAAATA 
TCTGCCATCA GTTTAGCCAG GAGGGTGGCA GATGAGAGGT TGGATAAGCT GGGGAATGTA 
GTGGGATATC AGAATAGTAT TAAAACGTGT AAAACTATTT ACTTTATGAA CAACGATAAA 
ATCAATTACG GTTTGATCAA AAGTACCTTA GTGTGGATTG TATCTGGAGA TCATGATTAT 
CCTAAGACAG GATCCATATT GGTTTTCCTG CCGGGACTTC ACGAGATCAA GACATTCTTC 
GAGGAGTTGA CAGAGAAGAC CAAGATGTTT TCTCCCGAGG GAGGCAAATT CTGGGTGATT 
CCCCTTCACT CGTCTCTCAC ATCTGAGGAA CAGGCTAATG TTTTTAGGGT GCCCCCTCAC 
GGTGTTAGGA AAATCATTCT CTCCACTAAC ATAGCAGAAT CTTCCGTCAC TATTGATGAT 
TGTGTGTTTG TTATTGACGT AGGCAAGATG AAAGAAAATA GGTTCGATTC CCTCCGCAAC 
ATAGAAAGTC TGGACTCGGT GTGGGTATCT AAGGCAAACG CCAAGCAGAG GAAAGGCAGG 
GCCGGGCGTG TATTGCCTGG AGTTTGTATT CATCTGTACA CAAGTCATCG GTATGAACAT 
CTACTGGCCG AGAGAGAACC AGAGTTGCAT CGAGTATCTC TGGAACAGGT CCTGTTGAGA 
ATTCGAACCA TCCCCTTGTT TGCTGACCGA TCCTTTGAAA GTGTCCTAGA GAAAATGGTG 
CAGCCTCCCA AACTAGAAAA CATTCTGACG GCCGCCACGC GTCTCCAATA TCTCGAAGCT 
CTCAACGAAA ACTACGAACT TACTCCGCTC GGTAAACACC TGTCCAAGCT GCCTGTTGAC 
GTACGCGTGG GCAAACTGAT CATCTATGGC GCTGTGTTCT TCTGTCTGGA CTCGGCGCTA 
ACTATAGCGG CCTGTGTTTC GTTCAAACCA CCGTTCAGTG CATCGTTTAA TAAGAGGGAA 
GAGATGGAGT TCCGGAGGAT TACGTTTGCC ACCGGCCTCA GTGACCCGCT TACGAATTTG 
AACGCTTATA AGCAATGGAA GAAGGAAGCA GAGCGGAGTT CATATCATGG TCGCCAGTTT 
GCCAACGCCA ACTATCTCTC CCTCTCGGTA CTCTACACGC TGGGCGAAAC CAAAAACCAG 
TTCCTCAAAT ATTTGGCCCA CATCGGCTTC ATTCCCAACA CGGTCAAGTT ACCCCGCTGT 
GCGGGACCTG ACCGAGTGCT AGAAGCTACA GGCCCTGAGT TGAACAAATA CGGTGAAAAT 
CAAAAGCTCC TGGCAGGAAT CCTGTGCTCC GCCCTCTATC CTAACATTGT TACTGTCACT 
GTACCTCCCT CCTTCTGTGA TTATTCTATA TACGGATCTT TTCCGCGACC AATCAATGCT 
GATCAATTAG TTTTCTACAC CAAGAAAGAC GGACCAGTAT TTCTACATCC GAGTTCTATA 
CTGAAAGAAG TGTCCCGGTT TCCAAGCCCC TACATAGTGT TTCAAGAGAA AATTAAAACA 
TCCAAGTTGT TCATTAGAAA TTGCACCATG GTCCCAACGT TAGCGCTTAT TCTGTTCTGT 
AAAGGTTCGG TCAATGTTCA GAAATACCTG GATACGTTTG TGTTGTCTTT GGATGACGAT 
TGGATAGCCT TGAATATTAA AGATAACCAA ATTGCAGAAC TTCTAGTGGC TGTCAAGAAA 
GAACTATTCA AACTATTAGA CAAGAAAATT AAAGATCCAT CAGTAGATCT GACCAAGTAC 
AAGAAAGGTC TGAAAATAAT TGAAGCCGTT GTGAACCTAA TAGACAGCAG TTATATTTAA

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

LOC103507940 ( XM_026822672.1 ) cDNA ORF clone, Diaphorina citri(Asian citrus psyllid) -> XP_026678473.1 Diaphorina citri putative ATP-dependent RNA helicase DHX57 (LOC103507940), mRNA.

Price & Availability↑

CloneID	ODi76492
Clone ID Related Accession (Same CDS sequence)	XM_017443530.1 , XM_026822672.1
Accession Version	XM_026822672.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3480bp) 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	putative ATP-dependent RNA helicase DHX57
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_007377789.1) 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##

ATGGAAAGCA CTGGATGCTG GGATAACTAC TATGTTCCCT ACATGCCAGG GAGTGCTTCA 
TCCTACATCC AGAATGACAG TGGACCATAC ATCCCAGACA ACTCTGCCAT CCCTGGCCAA 
AGTTCCTGGC AATACAACTA TCCAGAATAT CCTCCTGCTA CTCCTTCTAC CGCGCCTGAT 
AACACTTTCC CGCCGTCTGT CAGCGAACCT ACAGTCCCTG ATATTGTACC ACCAAAACAA 
TTTCTGCCAG ACGATGCTGA TTTCTATCAG GACTACCATG AACTCACAGG AGACCAAATG 
AAGCAATCCA GAGTCCTTGA ACTATCAGAT GAACTTAAAC AAATGACTCT GGACGCATTG 
AAAAATGTGG AAAAGGATTT TTCGTTCCGA GATAGTTCTT CTTACAGCAG TCAAAATATG 
AAGTCCACTG AGAAGTATCA AGTGAATCAA GGTCATTTAG TTATCAAAGG CACTTCTTAT 
GCCAAGCAAT GTTCTGACTC AGACTTGGGG ATAAAGTATC TCATTTCAAA GCTCAGCAGA 
TATGGATTTC ATACAAACCA TTGTGCAGAA GTGTTGGAGC ACTGTCAAGG CAATGTAGAC 
GCAGCCTTTG AGCTACTTAT GAGGAAATAT TTCAATCTAC AAGAGTTCAG CCCTGAAGCT 
AAGAACGACC AGTATGATCT CAGAGGCATC CGCTCCGAGG AATTCAACTG TTTATTCTCC 
ATTTTCGAAG AGCAGTGTGA AACGAAAGTG TTTGATCAGC TGTGGATTTT CCATTTAGAA 
CTGCCTTACC TGCAAGACCA ATATTTGAAA GCAAAGTCCA ACAAGGTTCA ACCGCAGCCG 
AAAGAGAAGA ACAAGAAGAG ACCTCACTGT AAATTTTTCC TATCGGGGAA GTGTCGGTTT 
GGATATAATT GTGCATTTGC TCATAATGTG GAAACGGTGA ACAAGCCAGG TGTAGATGCA 
AGTGATGTTC TCAGCAAAAT GTATTTTGAC ATTGAAGTGC GGTTTCCTCC AGGATCACAA 
TACCCTCATG AGCCCCCTCT GGTTACTCTC CTACCTAATA ACCAGGAGTT TCCCAAGCTT 
GTGGCACTGA AGATCACCAA GAGATTGATG CAGGAGGCTG AAACTCTCGC TCAGAAACGA 
ACACCTTGCT GTTACGCCCT CATTGATTTG GCCAATAATC CGGCGGAAAT ATTGAAAGCA 
ATAAGTGAAG ATTTCTGTCC TCCTGATGCG GATTCTCCCC TGCTGTCGAA TTCCGTCGTG 
TCTGAGAGGG GAAGAGAATG CAGCTCCGAT AACGAAGAAG ATGGAGTGGT TACGTTCGAT 
AGTGCAGCGG GTCCCAACCA ATCCCAGCAC AGGGAGGATG CGTATAAGAC CAATAGAATC 
AATGCTCATA TTTGTGAACG ATACAAGCAA AGTTTGAACG ATCCCCATTT CATCAAGATG 
TTGAGAATTC GACAGGAACT ACCGGCCTGG GGCGTGTATA GTAAAATCCT TCATCTTATC 
CGACACAATC AGGTTGTGGT CATTTGTGGC GAAACTGGTT GTGGCAAAAG TACTCAGATT 
CCCCAATTCA TTCTGGACAA CTTCTTGGAA AACTTCAGCG CCAAAAACAA CCAGCGTAAT 
CGGAACCGGA ACGATTTTCA CGACAAGATC AACATCGTGT GTACACAGCC TAGACAAATA 
TCTGCCATCA GTTTAGCCAG GAGGGTGGCA GATGAGAGGT TGGATAAGCT GGGGAATGTA 
GTGGGATATC AGAATAGTAT TAAAACGTGT AAAACTATTT ACTTTATGAA CAACGATAAA 
ATCAATTACG GTTTGATCAA AAGTACCTTA GTGTGGATTG TATCTGGAGA TCATGATTAT 
CCTAAGACAG GATCCATATT GGTTTTCCTG CCGGGACTTC ACGAGATCAA GACATTCTTC 
GAGGAGTTGA CAGAGAAGAC CAAGATGTTT TCTCCCGAGG GAGGCAAATT CTGGGTGATT 
CCCCTTCACT CGTCTCTCAC ATCTGAGGAA CAGGCTAATG TTTTTAGGGT GCCCCCTCAC 
GGTGTTAGGA AAATCATTCT CTCCACTAAC ATAGCAGAAT CTTCCGTCAC TATTGATGAT 
TGTGTGTTTG TTATTGACGT AGGCAAGATG AAAGAAAATA GGTTCGATTC CCTCCGCAAC 
ATAGAAAGTC TGGACTCGGT GTGGGTATCT AAGGCAAACG CCAAGCAGAG GAAAGGCAGG 
GCCGGGCGTG TATTGCCTGG AGTTTGTATT CATCTGTACA CAAGTCATCG GTATGAACAT 
CTACTGGCCG AGAGAGAACC AGAGTTGCAT CGAGTATCTC TGGAACAGGT CCTGTTGAGA 
ATTCGAACCA TCCCCTTGTT TGCTGACCGA TCCTTTGAAA GTGTCCTAGA GAAAATGGTG 
CAGCCTCCCA AACTAGAAAA CATTCTGACG GCCGCCACGC GTCTCCAATA TCTCGAAGCT 
CTCAACGAAA ACTACGAACT TACTCCGCTC GGTAAACACC TGTCCAAGCT GCCTGTTGAC 
GTACGCGTGG GCAAACTGAT CATCTATGGC GCTGTGTTCT TCTGTCTGGA CTCGGCGCTA 
ACTATAGCGG CCTGTGTTTC GTTCAAACCA CCGTTCAGTG CATCGTTTAA TAAGAGGGAA 
GAGATGGAGT TCCGGAGGAT TACGTTTGCC ACCGGCCTCA GTGACCCGCT TACGAATTTG 
AACGCTTATA AGCAATGGAA GAAGGAAGCA GAGCGGAGTT CATATCATGG TCGCCAGTTT 
GCCAACGCCA ACTATCTCTC CCTCTCGGTA CTCTACACGC TGGGCGAAAC CAAAAACCAG 
TTCCTCAAAT ATTTGGCCCA CATCGGCTTC ATTCCCAACA CGGTCAAGTT ACCCCGCTGT 
GCGGGACCTG ACCGAGTGCT AGAAGCTACA GGCCCTGAGT TGAACAAATA CGGTGAAAAT 
CAAAAGCTCC TGGCAGGAAT CCTGTGCTCC GCCCTCTATC CTAACATTGT TACTGTCACT 
GTACCTCCCT CCTTCTGTGA TTATTCTATA TACGGATCTT TTCCGCGACC AATCAATGCT 
GATCAATTAG TTTTCTACAC CAAGAAAGAC GGACCAGTAT TTCTACATCC GAGTTCTATA 
CTGAAAGAAG TGTCCCGGTT TCCAAGCCCC TACATAGTGT TTCAAGAGAA AATTAAAACA 
TCCAAGTTGT TCATTAGAAA TTGCACCATG GTCCCAACGT TAGCGCTTAT TCTGTTCTGT 
AAAGGTTCGG TCAATGTTCA GAAATACCTG GATACGTTTG TGTTGTCTTT GGATGACGAT 
TGGATAGCCT TGAATATTAA AGATAACCAA ATTGCAGAAC TTCTAGTGGC TGTCAAGAAA 
GAACTATTCA AACTATTAGA CAAGAAAATT AAAGATCCAT CAGTAGATCT GACCAAGTAC 
AAGAAAGGTC TGAAAATAAT TGAAGCCGTT GTGAACCTAA TAGACAGCAG TTATATTTAA

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

RefSeq	XP_026678473.1
CDS	241..3720
Translation	MESTGCWDNYYVPYMPGSASSYIQNDSGPYIPDNSAIPGQSSWQYNYPEYPPATPSTAPDNTFPPSVSEPTVPDIVPPKQFLPDDADFYQDYHELTGDQMKQSRVLELSDELKQMTLDALKNVEKDFSFRDSSSYSSQNMKSTEKYQVNQGHLVIKGTSYAKQCSDSDLGIKYLISKLSRYGFHTNHCAEVLEHCQGNVDAAFELLMRKYFNLQEFSPEAKNDQYDLRGIRSEEFNCLFSIFEEQCETKVFDQLWIFHLELPYLQDQYLKAKSNKVQPQPKEKNKKRPHCKFFLSGKCRFGYNCAFAHNVETVNKPGVDASDVLSKMYFDIEVRFPPGSQYPHEPPLVTLLPNNQEFPKLVALKITKRLMQEAETLAQKRTPCCYALIDLANNPAEILKAISEDFCPPDADSPLLSNSVVSERGRECSSDNEEDGVVTFDSAAGPNQSQHREDAYKTNRINAHICERYKQSLNDPHFIKMLRIRQELPAWGVYSKILHLIRHNQVVVICGETGCGKSTQIPQFILDNFLENFSAKNNQRNRNRNDFHDKINIVCTQPRQISAISLARRVADERLDKLGNVVGYQNSIKTCKTIYFMNNDKINYGLIKSTLVWIVSGDHDYPKTGSILVFLPGLHEIKTFFEELTEKTKMFSPEGGKFWVIPLHSSLTSEEQANVFRVPPHGVRKIILSTNIAESSVTIDDCVFVIDVGKMKENRFDSLRNIESLDSVWVSKANAKQRKGRAGRVLPGVCIHLYTSHRYEHLLAEREPELHRVSLEQVLLRIRTIPLFADRSFESVLEKMVQPPKLENILTAATRLQYLEALNENYELTPLGKHLSKLPVDVRVGKLIIYGAVFFCLDSALTIAACVSFKPPFSASFNKREEMEFRRITFATGLSDPLTNLNAYKQWKKEAERSSYHGRQFANANYLSLSVLYTLGETKNQFLKYLAHIGFIPNTVKLPRCAGPDRVLEATGPELNKYGENQKLLAGILCSALYPNIVTVTVPPSFCDYSIYGSFPRPINADQLVFYTKKDGPVFLHPSSILKEVSRFPSPYIVFQEKIKTSKLFIRNCTMVPTLALILFCKGSVNVQKYLDTFVLSLDDDWIALNIKDNQIAELLVAVKKELFKLLDKKIKDPSVDLTKYKKGLKIIEAVVNLIDSSYI

Target ORF information:

RefSeq Version	XM_026822672.1
Organism	Diaphorina citri(Asian citrus psyllid)
Definition	Diaphorina citri putative ATP-dependent RNA helicase DHX57 (LOC103507940), mRNA.

Target ORF information:

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

XM_026822672.1

ORF Insert Sequence:

ATGGAAAGCA CTGGATGCTG GGATAACTAC TATGTTCCCT ACATGCCAGG GAGTGCTTCA 
TCCTACATCC AGAATGACAG TGGACCATAC ATCCCAGACA ACTCTGCCAT CCCTGGCCAA 
AGTTCCTGGC AATACAACTA TCCAGAATAT CCTCCTGCTA CTCCTTCTAC CGCGCCTGAT 
AACACTTTCC CGCCGTCTGT CAGCGAACCT ACAGTCCCTG ATATTGTACC ACCAAAACAA 
TTTCTGCCAG ACGATGCTGA TTTCTATCAG GACTACCATG AACTCACAGG AGACCAAATG 
AAGCAATCCA GAGTCCTTGA ACTATCAGAT GAACTTAAAC AAATGACTCT GGACGCATTG 
AAAAATGTGG AAAAGGATTT TTCGTTCCGA GATAGTTCTT CTTACAGCAG TCAAAATATG 
AAGTCCACTG AGAAGTATCA AGTGAATCAA GGTCATTTAG TTATCAAAGG CACTTCTTAT 
GCCAAGCAAT GTTCTGACTC AGACTTGGGG ATAAAGTATC TCATTTCAAA GCTCAGCAGA 
TATGGATTTC ATACAAACCA TTGTGCAGAA GTGTTGGAGC ACTGTCAAGG CAATGTAGAC 
GCAGCCTTTG AGCTACTTAT GAGGAAATAT TTCAATCTAC AAGAGTTCAG CCCTGAAGCT 
AAGAACGACC AGTATGATCT CAGAGGCATC CGCTCCGAGG AATTCAACTG TTTATTCTCC 
ATTTTCGAAG AGCAGTGTGA AACGAAAGTG TTTGATCAGC TGTGGATTTT CCATTTAGAA 
CTGCCTTACC TGCAAGACCA ATATTTGAAA GCAAAGTCCA ACAAGGTTCA ACCGCAGCCG 
AAAGAGAAGA ACAAGAAGAG ACCTCACTGT AAATTTTTCC TATCGGGGAA GTGTCGGTTT 
GGATATAATT GTGCATTTGC TCATAATGTG GAAACGGTGA ACAAGCCAGG TGTAGATGCA 
AGTGATGTTC TCAGCAAAAT GTATTTTGAC ATTGAAGTGC GGTTTCCTCC AGGATCACAA 
TACCCTCATG AGCCCCCTCT GGTTACTCTC CTACCTAATA ACCAGGAGTT TCCCAAGCTT 
GTGGCACTGA AGATCACCAA GAGATTGATG CAGGAGGCTG AAACTCTCGC TCAGAAACGA 
ACACCTTGCT GTTACGCCCT CATTGATTTG GCCAATAATC CGGCGGAAAT ATTGAAAGCA 
ATAAGTGAAG ATTTCTGTCC TCCTGATGCG GATTCTCCCC TGCTGTCGAA TTCCGTCGTG 
TCTGAGAGGG GAAGAGAATG CAGCTCCGAT AACGAAGAAG ATGGAGTGGT TACGTTCGAT 
AGTGCAGCGG GTCCCAACCA ATCCCAGCAC AGGGAGGATG CGTATAAGAC CAATAGAATC 
AATGCTCATA TTTGTGAACG ATACAAGCAA AGTTTGAACG ATCCCCATTT CATCAAGATG 
TTGAGAATTC GACAGGAACT ACCGGCCTGG GGCGTGTATA GTAAAATCCT TCATCTTATC 
CGACACAATC AGGTTGTGGT CATTTGTGGC GAAACTGGTT GTGGCAAAAG TACTCAGATT 
CCCCAATTCA TTCTGGACAA CTTCTTGGAA AACTTCAGCG CCAAAAACAA CCAGCGTAAT 
CGGAACCGGA ACGATTTTCA CGACAAGATC AACATCGTGT GTACACAGCC TAGACAAATA 
TCTGCCATCA GTTTAGCCAG GAGGGTGGCA GATGAGAGGT TGGATAAGCT GGGGAATGTA 
GTGGGATATC AGAATAGTAT TAAAACGTGT AAAACTATTT ACTTTATGAA CAACGATAAA 
ATCAATTACG GTTTGATCAA AAGTACCTTA GTGTGGATTG TATCTGGAGA TCATGATTAT 
CCTAAGACAG GATCCATATT GGTTTTCCTG CCGGGACTTC ACGAGATCAA GACATTCTTC 
GAGGAGTTGA CAGAGAAGAC CAAGATGTTT TCTCCCGAGG GAGGCAAATT CTGGGTGATT 
CCCCTTCACT CGTCTCTCAC ATCTGAGGAA CAGGCTAATG TTTTTAGGGT GCCCCCTCAC 
GGTGTTAGGA AAATCATTCT CTCCACTAAC ATAGCAGAAT CTTCCGTCAC TATTGATGAT 
TGTGTGTTTG TTATTGACGT AGGCAAGATG AAAGAAAATA GGTTCGATTC CCTCCGCAAC 
ATAGAAAGTC TGGACTCGGT GTGGGTATCT AAGGCAAACG CCAAGCAGAG GAAAGGCAGG 
GCCGGGCGTG TATTGCCTGG AGTTTGTATT CATCTGTACA CAAGTCATCG GTATGAACAT 
CTACTGGCCG AGAGAGAACC AGAGTTGCAT CGAGTATCTC TGGAACAGGT CCTGTTGAGA 
ATTCGAACCA TCCCCTTGTT TGCTGACCGA TCCTTTGAAA GTGTCCTAGA GAAAATGGTG 
CAGCCTCCCA AACTAGAAAA CATTCTGACG GCCGCCACGC GTCTCCAATA TCTCGAAGCT 
CTCAACGAAA ACTACGAACT TACTCCGCTC GGTAAACACC TGTCCAAGCT GCCTGTTGAC 
GTACGCGTGG GCAAACTGAT CATCTATGGC GCTGTGTTCT TCTGTCTGGA CTCGGCGCTA 
ACTATAGCGG CCTGTGTTTC GTTCAAACCA CCGTTCAGTG CATCGTTTAA TAAGAGGGAA 
GAGATGGAGT TCCGGAGGAT TACGTTTGCC ACCGGCCTCA GTGACCCGCT TACGAATTTG 
AACGCTTATA AGCAATGGAA GAAGGAAGCA GAGCGGAGTT CATATCATGG TCGCCAGTTT 
GCCAACGCCA ACTATCTCTC CCTCTCGGTA CTCTACACGC TGGGCGAAAC CAAAAACCAG 
TTCCTCAAAT ATTTGGCCCA CATCGGCTTC ATTCCCAACA CGGTCAAGTT ACCCCGCTGT 
GCGGGACCTG ACCGAGTGCT AGAAGCTACA GGCCCTGAGT TGAACAAATA CGGTGAAAAT 
CAAAAGCTCC TGGCAGGAAT CCTGTGCTCC GCCCTCTATC CTAACATTGT TACTGTCACT 
GTACCTCCCT CCTTCTGTGA TTATTCTATA TACGGATCTT TTCCGCGACC AATCAATGCT 
GATCAATTAG TTTTCTACAC CAAGAAAGAC GGACCAGTAT TTCTACATCC GAGTTCTATA 
CTGAAAGAAG TGTCCCGGTT TCCAAGCCCC TACATAGTGT TTCAAGAGAA AATTAAAACA 
TCCAAGTTGT TCATTAGAAA TTGCACCATG GTCCCAACGT TAGCGCTTAT TCTGTTCTGT 
AAAGGTTCGG TCAATGTTCA GAAATACCTG GATACGTTTG TGTTGTCTTT GGATGACGAT 
TGGATAGCCT TGAATATTAA AGATAACCAA ATTGCAGAAC TTCTAGTGGC TGTCAAGAAA 
GAACTATTCA AACTATTAGA CAAGAAAATT AAAGATCCAT CAGTAGATCT GACCAAGTAC 
AAGAAAGGTC TGAAAATAAT TGAAGCCGTT GTGAACCTAA TAGACAGCAG TTATATTTAA