AAEL_AAEL008829 cDNA ORF clone, Aedes aegypti(Yellow fever mosquito)

Gene
Clones
gRNAs

Summary

Gene Symbol	AAEL_AAEL008829
Entrez Gene ID	5571135
Full Name	uncharacterized LOC5571135
Synonyms	AAEL008829
Gene Type	protein-coding
Organism	Aedes aegypti(Yellow fever mosquito)

mRNA and Protein(s)

mRNA	Protein	Name
XM_001659527.2	XP_001659577.1	uncharacterized protein LOC5571135
XM_001659527.1	XP_001659577.1	AAEL008829-PA

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

Genome sequence of Aedes aegypti, a major arbovirus vector.
Nene V, Wortman JR, Lawson D, Haas B, Kodira C, Tu ZJ, Loftus B, Xi Z, Megy K, Grabherr M, Ren Q, Zdobnov EM, Lobo NF, Campbell KS, Brown SE, Bonaldo MF, Zhu J, Sinkins SP, Hogenkamp DG, Amedeo P, Arensburger P, Atkinson PW, Bidwell S, Biedler J, Birney E, Bruggner RV, Costas J, Coy MR, Crabtree J, Crawford M, Debruyn B, Decaprio D, Eiglmeier K, Eisenstadt E, El-Dorry H, Gelbart WM, Gomes SL, Hammond M, Hannick LI, Hogan JR, Holmes MH, Jaffe D, Johnston JS, Kennedy RC, Koo H, Kravitz S, Kriventseva EV, Kulp D, Labutti K, Lee E, Li S, Lovin DD, Mao C, Mauceli E, Menck CF, Miller JR, Montgomery P, Mori A, Nascimento AL, Naveira HF, Nusbaum C, O'leary S, Orvis J, Pertea M, Quesneville H, Reidenbach KR, Rogers YH, Roth CW, Schneider JR, Schatz M, Shumway M, Stanke M, Stinson EO, Tubio JM, Vanzee JP, Verjovski-Almeida S, Werner D, White O, Wyder S, Zeng Q, Zhao Q, Zhao Y, Hill CA, Raikhel AS, Soares MB, Knudson DL, Lee NH, Galagan J, Salzberg SL, Paulsen IT, Dimopoulos G, Collins FH, Birren B, Fraser-Liggett CM, Severson DW
Science (New York, N.Y.)316(5832)1718-23(2007 Jun)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following AAEL_AAEL008829 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the AAEL_AAEL008829 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)
OAe06592	XM_001659527.2 Latest version!	Aedes aegypti uncharacterized LOC5571135 (LOC5571135), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
View Old Accession Versions >>
OAe06592	XM_001659527.1	Aedes aegypti AAEL008829-RA partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
Hide Old Accession Versions >>

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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)

AAEL_AAEL008829 ( XM_001659527.2 ) cDNA ORF clone, Aedes aegypti(Yellow fever mosquito) -> XP_001659577.1 Aedes aegypti uncharacterized LOC5571135 (LOC5571135), mRNA.

Price & Availability↑

CloneID	OAe06592
Clone ID Related Accession (Same CDS sequence)	XM_001659527.2 , XM_001659527.1
Accession Version	XM_001659527.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6597bp) 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	1500393600000
Organism	Aedes aegypti(yellow fever mosquito)
Product	uncharacterized protein LOC5571135
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_035109.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jul 20, 2017 this sequence version replaced XM_001659527.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Aedes aegypti Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAATAGGT TAAGCTTTCT TTTTTCGACG CTTTTCGTGA TTGCAGCGAT TCAGATTAAG 
ATCGAGACTA ACGCGCAGGT CGTCCAACCA GCGCATACCC TTCCTTCAAA CGAGCGACCA 
ACAAGTGGTC CAACAAAACC CGCCAAAAAT GGTTCCCCGC CGCTTAAAAT CCCAACGGCC 
AAACCTAGTC TCGGTGACGC GATCAAGAGC CTCAATGATC GCATCCTGAA TGACACGGAC 
ACTCCGCAGG ATATGCTCCA ACACGTCCGA GATAGTTCGT TCCGAAACGT TTTCCACGAG 
GCGATCGACG CCAAGATCGT CAATCCGGAT CTCATCAGAA CGCTGGCTTC GGTCGGCAAA 
CCGTTGGTCA ATGACTACAC CCGGGACACC CTGCTGATCG AGTCGATCAG GGAAGACATT 
AACTTCACAT TCGGGCCTAA TGTCACTTGG TGGGAAACAC TGGAGCTCAA GAAGAACGAG 
CAGCACGTGA TCGTGGGGTT GAGCAATAGC AGTATCGTTA TTCTGTTTGA GCACTTTGGC 
GAGTTCAAGC TACAGCAGGA GGTTCTGATG GAGACGGCGC CGACGGCTTT CGAGATCATC 
ACGGTTTGGG ACTCGGTGGC GGAGACTCCG GTCAGCTGTT TGATCGTGGC GACCGAGTTG 
CAGCTCATTT GGTACACGAT GCGACCGGAT ACGAATTTCG TTCTGACGGA GGAGTGGCGT 
TGGCCGCTTT ATAAGATGAC GACGTTGATT CGGGGATTCA AGTACCGGGA TATTCACATG 
ATCTTGCTGG TGGGGACGCA CCCGAACAAA CAAAAATCCG TTTCGGCAAC TCTTTATGAG 
TTCAATTTTG AGAAGCAGCA GTTTTGGCTT CTGCAGCGGT TGGATCTTGC ACATGCTTGT 
AGTACGGTTG GACTGGTGAG GGTTGGACGG GAGTTTTTGG TGGCTTTTCC GCAGCATGAT 
AAGGCCATGA TTTACACTCT GGAAGCCGGT GAGAAATATC GCGGAAGGTT CAATTTGGTA 
GCGAACTACA CGTCGGAGTT GGTTCAGACG GTGGGGGCTT TTCAGGTCGG AAGGTATGCC 
TATATTGCGA TCGGGGGGAG ATCGCCACAG ATCGTGCGCT ATGCCAATGG AGTGTTCGTG 
TCCCAGCGTA TTCCAATGGA GGCGATGGAG ACGGTTGAGG CATACTTTGA AATACCGACT 
CCTACCTATC GGGATGACTT CATTCTGCTG GTGCAGCACA AAATGCTTTT CTCAACGCAC 
GATCTTCAGC GGTTGGATAT TTTTGTGTGG AACGGGGAGT CGTTTGATCT CCGAAGTAAC 
ATCCCTTGCT ACGTGGAAGA CGAACTAATG GACAACGAAG TTTCGTGCAT GCTGGATCTG 
TACCGGCCGA CCGGTATCGT CGGGTCTGCG ATCATACTTC GGGGCAAGCA GGTTTCGATG 
ATCGTTCCTC GCTATCAGAC TCATTCGACG CTGTTCAACT TGCGTATCGA GCTGCTGTCC 
GCAGAGCACC CGATCAGGCA GAAGACTCAG GAGATGCGGG ACACGATCGA TGCGTTTACC 
AAAATCTTCC ACTACCAAGA CGAGGTGATC AGCGAAGCGT ATGCGGCGAT CGCCGAAGCG 
GAGCAGACAT ATGATGTTCC ACTGCTAACG CTGCAGAACT GTTCTCTGGG GACAGTTCAG 
GCGGACTTGG TTGTGCAAGA TTCGGACTTC CGGTGGCCGA GCGGGAAGAT CATGGTTGGT 
AACAGGACAT GGTCGCATCG TGACACGGCG GTTGACGTTC CAGCGATCGC GCGAGAATTA 
GAGGCGGAGA TGGCGCTGTT GAGTGAGTTG GAGCAACAGC TGAACTACAC GGTTCGACGA 
CACAACGATA GCTTCTCGCT GGATTTGGAT CAGCCGTTGT ACGTGCAGGG TCGAGTCGAG 
GTCGGAGGAG CTCTGGTTAC GGATGATCTG TACGTAAGGC AGCTGGAAGA AGATCCACCG 
TTGTTGCGGG TGGTCCGGCA AACCGGCGAT GATGGTATGC AGGAGTTGCG GGTCAAAGAT 
CTCAAAGTTC GTCATCTGAA TTTTGAAACC GTGAACGGAA TTCTGGCGAG TGATCTCGTC 
TACAATACGG GCGAGAAGAT CGAGTTGGCC AACGCGCTGG TTGTGAACAG TGTGCTTGTG 
GCGCAAAACG TGATCTTGCC CAAAGGCGGA ACGGTCAACG GGGTAGATCT GAGCGAGTCA 
ACGGTCTATT TCAACTGCAA GAATCGTCGG TGGGATAACT TGAAGTTCGA TTCGGTGGAA 
GTGTTGGAGA ATGTGGTAGC TCACGAAACG ATCAACGGGG TGAAGCTTGA CCTGGCGGAA 
TTGGATGCTC GATTCAGGCA GGCAAGTGAA GACATGTCTG ATGTGCTGGT AACGGAAAAT 
CTACAACTAG ATGGAAGTTT GTACGTCCAT AGCATAAATG GCGTACCGTG GAGTGACATT 
ATCCATCGAA TCGTGCTGAA GAACCGACCT AATCGGCTGG CTGATCTGAA GATCAACGGA 
AGTCTGATTC TGCAGAACGA CAACGTGACG GTTTACCATC TGAATGGGCT GGCCTTCCCA 
ATGGATTATC TGCTCTCCAG CAGTCCGATG GAGTCGATCG TGACCGGCTA CAAGAAATTT 
GTGAACATTA CGAACATCGA AGCCATGGAC GTAGAACGCA CGATCAACGG AGTTGACCTG 
CAGGACATTA TCACCTTGCA CGACGATCAG CACATCCCTG GTGACGTTAC CATCGGTGAA 
CTTCACGTAA CCGAACGGCT GGAAGTCAAG GGAGCTATCC GCGGCAAGCA CTTGGATGAA 
TTCCTGGACA ACCCAACGCT GCTGCAAACC ACGTCGATCA AAGCCGCGTG CCATTTCAAG 
CAGCTCTTCG TCGACGGACC GGTGATCGTG GAAGGCAATC TCAACGGCAT GGATGTGGAC 
GCAGTGCTGT CGGATGTGGT CTACGACACG GAGCACACGG TCACGATCGA GGCTTCCAAG 
CGAATTGCTT CGGCAGAGTT CCGCGACAAT GTCACGATCA GTTCTAATAT GGTCAACGAG 
TTCAAACTGG ATCAGTTTGT GACGCGCAGC ACCGAGCAGG AGCTGAACGT TCGGGAGATC 
AACGGAAACG TATTTATCCG CGAGTTGCAA TTAGATGGGC TATTCGATGG ACTGAATGCG 
ACGGCTTTGG ATGTGAGCGC GGTGAAGTTG TTTGGCGATC AGTACACGGA AGCTTCGTTG 
ATCTTCAAGA ATCGGGAGAA TGCTCTGTAC CCGGACGTGG AAGCAAACGA GCTTAAGATT 
ATGAAAACTC TGAACTCCAA AGCGAGAAGT GAATACAAGG ATACGGATCA AGAAGAACTG 
GTTCTGACCG GGCAGATTAG TCTGAACCAT CTACATGTAG ATCATTTGCT GTTGAAGGGA 
TCGAGCTTAG AGGGACCGTC CAAAATGATC AACTTGGTGC ACTTACCGAC CTTCGACAAC 
CTTCGCTTCA GCTTGACGAG ACCTCAACAG GTCACAGCAC CGTTCATCGT GAACAAACTT 
GTCGTGGGAA GTCAAATAGC GGCGGCTTAC GTTAATGGAC GAGACTTCCG GGGTCTGAAG 
GAGAGCATCG ATCGCTTGGA CAACTTCAAG AACCACCTGC TACAGGGAAG TATTCCGATT 
GAGAATCTCC ACGTTGGAGG CGATCTGCAG GTCAACATGT TGAACGACGT AAACTTTGAT 
GCGTTGGTGA AGCAAGTCAT CTGGTTGAAC CGCCCCAACA GGATACCGGG AACGATCCGG 
TTCCTCGATC CTCTGATGAT CATTGGAAAT CTAACGGCAC GGGGACAGGT CAACAACGCC 
GTTTTCGGAG ACTTTTTGGA AGATGTGATC CGGAAATCGG CAGGAGTGGC GGAGTTTCAC 
GGTTCAATTA CATTCATGAA CGGTTTGGTA GTCGAAGGCA ACGTCAATAC TGAGAGCATC 
AACAATATCC ACATGAGTGA GCTGGCGTTG AGAAACGATA CGATCTACTT GCAAGGTGAC 
GTGGAAATCT TGGGAGACCT TTTCGTGGAG CATCTACACG TCGAGAACCA TCTGAATCAG 
GAGCCCATTC AGAACCTCCT GAACTCGTAC AGCTATGACG ATTCCAAGGA CGTTCACACG 
GTCAAAAGTG ATATGTACCT GTATGGTGCC CAAATCGGAG CGCTGCACAT CGGAGGAATG 
CTGAACCAGA TACCGAACGT TGACGCCCAC TTGGCATCGG TCATCCGCAA GGACCAAAAC 
TACAACTTCA CCAAGCCGCT GTTGTTCAAG AACGAAGTCT TCTTCGATCA AGGTTTCTCG 
GCCACCTACC TCAACCAAAT TGATATTTCA AATATCCAGC AAGACATCGT TCGGATCAAC 
GATCCGAACC CGGTAGAGAT CGAAGCGGAA GTGATCACGT TCGCCGAACC CATCTACGCT 
GATCAGTTGA CCATCAAAGG GGATATGATC ACTACAAATC TCGTTGGGTG CAATCCGGAC 
ATCTGGACGA GCACAGGAAT CATGATCAAT AGGGACGCCG AGATCTACGC GAAAACATTC 
TTCTCGCCGG GAGCCTTCCG TACGAATCAT CTCCGCGTAG ACTACATGAA CGGACAACCG 
ATGAACAGCC TGATCACGCT GAACACCGAT CAGACGATCG AGACAACGCT GCTCATTCAC 
GAGATGACAA TTACACAGCC GATGGATGTC GGTGGATACG TCAACGGAGT TACGCTACCG 
TACGAACGCA AGAATACGCT CATGACATAC GGCAACCAGC GGGTCCGCCT ACCAACAGTC 
TTCCACACGA TCCGAGTCCT TCAATCGCTC ACTCTCCCAC CAATTCTGAA CAGTAAACCC 
TTCGGACCAC CGGTCGCGAT CGGACCCGAA ATGATAATCG AGTCCCCCAT TTCCTTCCGA 
CATCTCATCG TTGATCGGCT CGAGACGGAA GACATGATCT CCGGGGTGGA CTTCAACCAG 
TGGTACGAGA ACAGTTTGTG GCGTAAGGGC CGCGATCACC AGACCATCGA AGCGAAGATT 
TCAGCCCGCA ATGTGCGGTT CAACGGAGAC GTGGAAGGCG ACGGCAAGAT CAACGGAGTA 
GACATCGTGG ACGTCGTGCA GCGAATGAAG GCCGCCAAGA AGAACGTGGA AGATCAGCTA 
CTGGACTACC GGTCGGAGAT GCGATCGTTC TGCTCCAACA CCAAACAGCT GGTGGACAAA 
TCCCAGAGCC GGATGTACTT CTTCAAGTAC TTCGTGCAGC GACAGGTGAT CAATGAGCAT 
CTACCGATCG TGTCGTTCCA CTTCTTCGAT CACTTGGGGT ACAATTTCCT GGGCGTGAAC 
ATGGGATGCG AGAGCCACTT CTACCAATGG GATCCGACTG GGAAGGCATT CGTGCCGATT 
TTCAAATATT ACACGGGAGT GGTGCAGGAA TGGAACCACG TGGTTAATGG CGAGGAAGCT 
ATCTTCCTGG TGACGCGATC GATCACTGAG CTTACGCAAT GTGAAGTTGC GGGACTTAGC 
GTGTGGTTGT TCACGGGCGT ACAGCTGCAG CTGATTTGGA ATACGGTGGA CACCGCCTCG 
ATGCAATCGG TAGCTGCCGA TCCTGCGAAG TCGACAAGCT TCTATGTACT AACGCCGGAT 
GTTGTGGTGG AGTACGGCGT TGATGGAAGC ACTTTGGAGC AGTGGAGACT TCCAAAGAGC 
GCTTTGGGTT ACGAATTCAT CCCCAGTAAG GTCGGACTTG GACTGGCCTT AAGCGATAGT 
AAGCTACTGG TTCTGCTTTC GAATGTGAAC AAGACTTTCG AGGAGGATTC GACTGATCTT 
GAAATGGCGC TGTTCTCTTC GCAATCGCTG CACGATCGCA TGAAAAAGAC GTATTCGGAA 
AAGCTATTGA ATTCTACGGT AAGCTCAGAA GAAGTCAGCG ACATTATCCA CCCAGAAAAT 
ATATCACCAC TCGAAGAGCA CTCACATTTC AACAACGATA CGGTGATCTA TGTGGTTGAA 
CCGGAGACAA TCGACATACC GGATCCACCG GTAAGTGAAG ATGAATTGTC TTCGGAGACA 
CCGATCGCCA GAGACATTCC CCACGGAGGA ATCCTGATTG CCGACAACCA GCACTTCCCC 
GAGAGAGCCA AAGGGGACGT GGTGGCATTT TACGCTGGTC CGCACAACAA GAAGCGCCAT 
CTGGTGGCGG TGTCCACTGT GATTCACACA GTCATCCAAG GAGATCAGGA CGCGATCAAG 
ATCTACACCG ACATCCAGAC GGGCAAACTC TACCAGGTTC TACCCTGTCA CCGTCCTTCG 
CATTTGACCG CCCTGGAACT GCGGGACGAG ACGATCCTCG CCTTCCTGGA AGCCCGGCAG 
ACCGTGCAGA TCTACATCTA CCGGGGCATG CAGGGTTTCG TGCGGCTGAG CAACTTCAAG 
CTGACGGCTC CGGCCAGGGC CATGGCCGGG GTTTCGCTGC CGCAGCCGTT GACGATTCGA 
TGCAAGCTGC ACTACCTGGC GATCGCCACT GAGCAGAACG AACTGATCAT GCTACGAGCC 
AAGACACAAG GTGACTGCGG ACTGCTGGTC CAGGTGGACT GCGATGATGT GGAGTGA

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

RefSeq	XP_001659577.1
CDS	178..6774
Translation	MNRLSFLFSTLFVIAAIQIKIETNAQVVQPAHTLPSNERPTSGPTKPAKNGSPPLKIPTAKPSLGDAIKSLNDRILNDTDTPQDMLQHVRDSSFRNVFHEAIDAKIVNPDLIRTLASVGKPLVNDYTRDTLLIESIREDINFTFGPNVTWWETLELKKNEQHVIVGLSNSSIVILFEHFGEFKLQQEVLMETAPTAFEIITVWDSVAETPVSCLIVATELQLIWYTMRPDTNFVLTEEWRWPLYKMTTLIRGFKYRDIHMILLVGTHPNKQKSVSATLYEFNFEKQQFWLLQRLDLAHACSTVGLVRVGREFLVAFPQHDKAMIYTLEAGEKYRGRFNLVANYTSELVQTVGAFQVGRYAYIAIGGRSPQIVRYANGVFVSQRIPMEAMETVEAYFEIPTPTYRDDFILLVQHKMLFSTHDLQRLDIFVWNGESFDLRSNIPCYVEDELMDNEVSCMLDLYRPTGIVGSAIILRGKQVSMIVPRYQTHSTLFNLRIELLSAEHPIRQKTQEMRDTIDAFTKIFHYQDEVISEAYAAIAEAEQTYDVPLLTLQNCSLGTVQADLVVQDSDFRWPSGKIMVGNRTWSHRDTAVDVPAIARELEAEMALLSELEQQLNYTVRRHNDSFSLDLDQPLYVQGRVEVGGALVTDDLYVRQLEEDPPLLRVVRQTGDDGMQELRVKDLKVRHLNFETVNGILASDLVYNTGEKIELANALVVNSVLVAQNVILPKGGTVNGVDLSESTVYFNCKNRRWDNLKFDSVEVLENVVAHETINGVKLDLAELDARFRQASEDMSDVLVTENLQLDGSLYVHSINGVPWSDIIHRIVLKNRPNRLADLKINGSLILQNDNVTVYHLNGLAFPMDYLLSSSPMESIVTGYKKFVNITNIEAMDVERTINGVDLQDIITLHDDQHIPGDVTIGELHVTERLEVKGAIRGKHLDEFLDNPTLLQTTSIKAACHFKQLFVDGPVIVEGNLNGMDVDAVLSDVVYDTEHTVTIEASKRIASAEFRDNVTISSNMVNEFKLDQFVTRSTEQELNVREINGNVFIRELQLDGLFDGLNATALDVSAVKLFGDQYTEASLIFKNRENALYPDVEANELKIMKTLNSKARSEYKDTDQEELVLTGQISLNHLHVDHLLLKGSSLEGPSKMINLVHLPTFDNLRFSLTRPQQVTAPFIVNKLVVGSQIAAAYVNGRDFRGLKESIDRLDNFKNHLLQGSIPIENLHVGGDLQVNMLNDVNFDALVKQVIWLNRPNRIPGTIRFLDPLMIIGNLTARGQVNNAVFGDFLEDVIRKSAGVAEFHGSITFMNGLVVEGNVNTESINNIHMSELALRNDTIYLQGDVEILGDLFVEHLHVENHLNQEPIQNLLNSYSYDDSKDVHTVKSDMYLYGAQIGALHIGGMLNQIPNVDAHLASVIRKDQNYNFTKPLLFKNEVFFDQGFSATYLNQIDISNIQQDIVRINDPNPVEIEAEVITFAEPIYADQLTIKGDMITTNLVGCNPDIWTSTGIMINRDAEIYAKTFFSPGAFRTNHLRVDYMNGQPMNSLITLNTDQTIETTLLIHEMTITQPMDVGGYVNGVTLPYERKNTLMTYGNQRVRLPTVFHTIRVLQSLTLPPILNSKPFGPPVAIGPEMIIESPISFRHLIVDRLETEDMISGVDFNQWYENSLWRKGRDHQTIEAKISARNVRFNGDVEGDGKINGVDIVDVVQRMKAAKKNVEDQLLDYRSEMRSFCSNTKQLVDKSQSRMYFFKYFVQRQVINEHLPIVSFHFFDHLGYNFLGVNMGCESHFYQWDPTGKAFVPIFKYYTGVVQEWNHVVNGEEAIFLVTRSITELTQCEVAGLSVWLFTGVQLQLIWNTVDTASMQSVAADPAKSTSFYVLTPDVVVEYGVDGSTLEQWRLPKSALGYEFIPSKVGLGLALSDSKLLVLLSNVNKTFEEDSTDLEMALFSSQSLHDRMKKTYSEKLLNSTVSSEEVSDIIHPENISPLEEHSHFNNDTVIYVVEPETIDIPDPPVSEDELSSETPIARDIPHGGILIADNQHFPERAKGDVVAFYAGPHNKKRHLVAVSTVIHTVIQGDQDAIKIYTDIQTGKLYQVLPCHRPSHLTALELRDETILAFLEARQTVQIYIYRGMQGFVRLSNFKLTAPARAMAGVSLPQPLTIRCKLHYLAIATEQNELIMLRAKTQGDCGLLVQVDCDDVE

Target ORF information:

RefSeq Version	XM_001659527.2
Organism	Aedes aegypti(yellow fever mosquito)
Definition	Aedes aegypti uncharacterized LOC5571135 (LOC5571135), mRNA.

Target ORF information:

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

XM_001659527.2

ORF Insert Sequence:

ATGAATAGGT TAAGCTTTCT TTTTTCGACG CTTTTCGTGA TTGCAGCGAT TCAGATTAAG 
ATCGAGACTA ACGCGCAGGT CGTCCAACCA GCGCATACCC TTCCTTCAAA CGAGCGACCA 
ACAAGTGGTC CAACAAAACC CGCCAAAAAT GGTTCCCCGC CGCTTAAAAT CCCAACGGCC 
AAACCTAGTC TCGGTGACGC GATCAAGAGC CTCAATGATC GCATCCTGAA TGACACGGAC 
ACTCCGCAGG ATATGCTCCA ACACGTCCGA GATAGTTCGT TCCGAAACGT TTTCCACGAG 
GCGATCGACG CCAAGATCGT CAATCCGGAT CTCATCAGAA CGCTGGCTTC GGTCGGCAAA 
CCGTTGGTCA ATGACTACAC CCGGGACACC CTGCTGATCG AGTCGATCAG GGAAGACATT 
AACTTCACAT TCGGGCCTAA TGTCACTTGG TGGGAAACAC TGGAGCTCAA GAAGAACGAG 
CAGCACGTGA TCGTGGGGTT GAGCAATAGC AGTATCGTTA TTCTGTTTGA GCACTTTGGC 
GAGTTCAAGC TACAGCAGGA GGTTCTGATG GAGACGGCGC CGACGGCTTT CGAGATCATC 
ACGGTTTGGG ACTCGGTGGC GGAGACTCCG GTCAGCTGTT TGATCGTGGC GACCGAGTTG 
CAGCTCATTT GGTACACGAT GCGACCGGAT ACGAATTTCG TTCTGACGGA GGAGTGGCGT 
TGGCCGCTTT ATAAGATGAC GACGTTGATT CGGGGATTCA AGTACCGGGA TATTCACATG 
ATCTTGCTGG TGGGGACGCA CCCGAACAAA CAAAAATCCG TTTCGGCAAC TCTTTATGAG 
TTCAATTTTG AGAAGCAGCA GTTTTGGCTT CTGCAGCGGT TGGATCTTGC ACATGCTTGT 
AGTACGGTTG GACTGGTGAG GGTTGGACGG GAGTTTTTGG TGGCTTTTCC GCAGCATGAT 
AAGGCCATGA TTTACACTCT GGAAGCCGGT GAGAAATATC GCGGAAGGTT CAATTTGGTA 
GCGAACTACA CGTCGGAGTT GGTTCAGACG GTGGGGGCTT TTCAGGTCGG AAGGTATGCC 
TATATTGCGA TCGGGGGGAG ATCGCCACAG ATCGTGCGCT ATGCCAATGG AGTGTTCGTG 
TCCCAGCGTA TTCCAATGGA GGCGATGGAG ACGGTTGAGG CATACTTTGA AATACCGACT 
CCTACCTATC GGGATGACTT CATTCTGCTG GTGCAGCACA AAATGCTTTT CTCAACGCAC 
GATCTTCAGC GGTTGGATAT TTTTGTGTGG AACGGGGAGT CGTTTGATCT CCGAAGTAAC 
ATCCCTTGCT ACGTGGAAGA CGAACTAATG GACAACGAAG TTTCGTGCAT GCTGGATCTG 
TACCGGCCGA CCGGTATCGT CGGGTCTGCG ATCATACTTC GGGGCAAGCA GGTTTCGATG 
ATCGTTCCTC GCTATCAGAC TCATTCGACG CTGTTCAACT TGCGTATCGA GCTGCTGTCC 
GCAGAGCACC CGATCAGGCA GAAGACTCAG GAGATGCGGG ACACGATCGA TGCGTTTACC 
AAAATCTTCC ACTACCAAGA CGAGGTGATC AGCGAAGCGT ATGCGGCGAT CGCCGAAGCG 
GAGCAGACAT ATGATGTTCC ACTGCTAACG CTGCAGAACT GTTCTCTGGG GACAGTTCAG 
GCGGACTTGG TTGTGCAAGA TTCGGACTTC CGGTGGCCGA GCGGGAAGAT CATGGTTGGT 
AACAGGACAT GGTCGCATCG TGACACGGCG GTTGACGTTC CAGCGATCGC GCGAGAATTA 
GAGGCGGAGA TGGCGCTGTT GAGTGAGTTG GAGCAACAGC TGAACTACAC GGTTCGACGA 
CACAACGATA GCTTCTCGCT GGATTTGGAT CAGCCGTTGT ACGTGCAGGG TCGAGTCGAG 
GTCGGAGGAG CTCTGGTTAC GGATGATCTG TACGTAAGGC AGCTGGAAGA AGATCCACCG 
TTGTTGCGGG TGGTCCGGCA AACCGGCGAT GATGGTATGC AGGAGTTGCG GGTCAAAGAT 
CTCAAAGTTC GTCATCTGAA TTTTGAAACC GTGAACGGAA TTCTGGCGAG TGATCTCGTC 
TACAATACGG GCGAGAAGAT CGAGTTGGCC AACGCGCTGG TTGTGAACAG TGTGCTTGTG 
GCGCAAAACG TGATCTTGCC CAAAGGCGGA ACGGTCAACG GGGTAGATCT GAGCGAGTCA 
ACGGTCTATT TCAACTGCAA GAATCGTCGG TGGGATAACT TGAAGTTCGA TTCGGTGGAA 
GTGTTGGAGA ATGTGGTAGC TCACGAAACG ATCAACGGGG TGAAGCTTGA CCTGGCGGAA 
TTGGATGCTC GATTCAGGCA GGCAAGTGAA GACATGTCTG ATGTGCTGGT AACGGAAAAT 
CTACAACTAG ATGGAAGTTT GTACGTCCAT AGCATAAATG GCGTACCGTG GAGTGACATT 
ATCCATCGAA TCGTGCTGAA GAACCGACCT AATCGGCTGG CTGATCTGAA GATCAACGGA 
AGTCTGATTC TGCAGAACGA CAACGTGACG GTTTACCATC TGAATGGGCT GGCCTTCCCA 
ATGGATTATC TGCTCTCCAG CAGTCCGATG GAGTCGATCG TGACCGGCTA CAAGAAATTT 
GTGAACATTA CGAACATCGA AGCCATGGAC GTAGAACGCA CGATCAACGG AGTTGACCTG 
CAGGACATTA TCACCTTGCA CGACGATCAG CACATCCCTG GTGACGTTAC CATCGGTGAA 
CTTCACGTAA CCGAACGGCT GGAAGTCAAG GGAGCTATCC GCGGCAAGCA CTTGGATGAA 
TTCCTGGACA ACCCAACGCT GCTGCAAACC ACGTCGATCA AAGCCGCGTG CCATTTCAAG 
CAGCTCTTCG TCGACGGACC GGTGATCGTG GAAGGCAATC TCAACGGCAT GGATGTGGAC 
GCAGTGCTGT CGGATGTGGT CTACGACACG GAGCACACGG TCACGATCGA GGCTTCCAAG 
CGAATTGCTT CGGCAGAGTT CCGCGACAAT GTCACGATCA GTTCTAATAT GGTCAACGAG 
TTCAAACTGG ATCAGTTTGT GACGCGCAGC ACCGAGCAGG AGCTGAACGT TCGGGAGATC 
AACGGAAACG TATTTATCCG CGAGTTGCAA TTAGATGGGC TATTCGATGG ACTGAATGCG 
ACGGCTTTGG ATGTGAGCGC GGTGAAGTTG TTTGGCGATC AGTACACGGA AGCTTCGTTG 
ATCTTCAAGA ATCGGGAGAA TGCTCTGTAC CCGGACGTGG AAGCAAACGA GCTTAAGATT 
ATGAAAACTC TGAACTCCAA AGCGAGAAGT GAATACAAGG ATACGGATCA AGAAGAACTG 
GTTCTGACCG GGCAGATTAG TCTGAACCAT CTACATGTAG ATCATTTGCT GTTGAAGGGA 
TCGAGCTTAG AGGGACCGTC CAAAATGATC AACTTGGTGC ACTTACCGAC CTTCGACAAC 
CTTCGCTTCA GCTTGACGAG ACCTCAACAG GTCACAGCAC CGTTCATCGT GAACAAACTT 
GTCGTGGGAA GTCAAATAGC GGCGGCTTAC GTTAATGGAC GAGACTTCCG GGGTCTGAAG 
GAGAGCATCG ATCGCTTGGA CAACTTCAAG AACCACCTGC TACAGGGAAG TATTCCGATT 
GAGAATCTCC ACGTTGGAGG CGATCTGCAG GTCAACATGT TGAACGACGT AAACTTTGAT 
GCGTTGGTGA AGCAAGTCAT CTGGTTGAAC CGCCCCAACA GGATACCGGG AACGATCCGG 
TTCCTCGATC CTCTGATGAT CATTGGAAAT CTAACGGCAC GGGGACAGGT CAACAACGCC 
GTTTTCGGAG ACTTTTTGGA AGATGTGATC CGGAAATCGG CAGGAGTGGC GGAGTTTCAC 
GGTTCAATTA CATTCATGAA CGGTTTGGTA GTCGAAGGCA ACGTCAATAC TGAGAGCATC 
AACAATATCC ACATGAGTGA GCTGGCGTTG AGAAACGATA CGATCTACTT GCAAGGTGAC 
GTGGAAATCT TGGGAGACCT TTTCGTGGAG CATCTACACG TCGAGAACCA TCTGAATCAG 
GAGCCCATTC AGAACCTCCT GAACTCGTAC AGCTATGACG ATTCCAAGGA CGTTCACACG 
GTCAAAAGTG ATATGTACCT GTATGGTGCC CAAATCGGAG CGCTGCACAT CGGAGGAATG 
CTGAACCAGA TACCGAACGT TGACGCCCAC TTGGCATCGG TCATCCGCAA GGACCAAAAC 
TACAACTTCA CCAAGCCGCT GTTGTTCAAG AACGAAGTCT TCTTCGATCA AGGTTTCTCG 
GCCACCTACC TCAACCAAAT TGATATTTCA AATATCCAGC AAGACATCGT TCGGATCAAC 
GATCCGAACC CGGTAGAGAT CGAAGCGGAA GTGATCACGT TCGCCGAACC CATCTACGCT 
GATCAGTTGA CCATCAAAGG GGATATGATC ACTACAAATC TCGTTGGGTG CAATCCGGAC 
ATCTGGACGA GCACAGGAAT CATGATCAAT AGGGACGCCG AGATCTACGC GAAAACATTC 
TTCTCGCCGG GAGCCTTCCG TACGAATCAT CTCCGCGTAG ACTACATGAA CGGACAACCG 
ATGAACAGCC TGATCACGCT GAACACCGAT CAGACGATCG AGACAACGCT GCTCATTCAC 
GAGATGACAA TTACACAGCC GATGGATGTC GGTGGATACG TCAACGGAGT TACGCTACCG 
TACGAACGCA AGAATACGCT CATGACATAC GGCAACCAGC GGGTCCGCCT ACCAACAGTC 
TTCCACACGA TCCGAGTCCT TCAATCGCTC ACTCTCCCAC CAATTCTGAA CAGTAAACCC 
TTCGGACCAC CGGTCGCGAT CGGACCCGAA ATGATAATCG AGTCCCCCAT TTCCTTCCGA 
CATCTCATCG TTGATCGGCT CGAGACGGAA GACATGATCT CCGGGGTGGA CTTCAACCAG 
TGGTACGAGA ACAGTTTGTG GCGTAAGGGC CGCGATCACC AGACCATCGA AGCGAAGATT 
TCAGCCCGCA ATGTGCGGTT CAACGGAGAC GTGGAAGGCG ACGGCAAGAT CAACGGAGTA 
GACATCGTGG ACGTCGTGCA GCGAATGAAG GCCGCCAAGA AGAACGTGGA AGATCAGCTA 
CTGGACTACC GGTCGGAGAT GCGATCGTTC TGCTCCAACA CCAAACAGCT GGTGGACAAA 
TCCCAGAGCC GGATGTACTT CTTCAAGTAC TTCGTGCAGC GACAGGTGAT CAATGAGCAT 
CTACCGATCG TGTCGTTCCA CTTCTTCGAT CACTTGGGGT ACAATTTCCT GGGCGTGAAC 
ATGGGATGCG AGAGCCACTT CTACCAATGG GATCCGACTG GGAAGGCATT CGTGCCGATT 
TTCAAATATT ACACGGGAGT GGTGCAGGAA TGGAACCACG TGGTTAATGG CGAGGAAGCT 
ATCTTCCTGG TGACGCGATC GATCACTGAG CTTACGCAAT GTGAAGTTGC GGGACTTAGC 
GTGTGGTTGT TCACGGGCGT ACAGCTGCAG CTGATTTGGA ATACGGTGGA CACCGCCTCG 
ATGCAATCGG TAGCTGCCGA TCCTGCGAAG TCGACAAGCT TCTATGTACT AACGCCGGAT 
GTTGTGGTGG AGTACGGCGT TGATGGAAGC ACTTTGGAGC AGTGGAGACT TCCAAAGAGC 
GCTTTGGGTT ACGAATTCAT CCCCAGTAAG GTCGGACTTG GACTGGCCTT AAGCGATAGT 
AAGCTACTGG TTCTGCTTTC GAATGTGAAC AAGACTTTCG AGGAGGATTC GACTGATCTT 
GAAATGGCGC TGTTCTCTTC GCAATCGCTG CACGATCGCA TGAAAAAGAC GTATTCGGAA 
AAGCTATTGA ATTCTACGGT AAGCTCAGAA GAAGTCAGCG ACATTATCCA CCCAGAAAAT 
ATATCACCAC TCGAAGAGCA CTCACATTTC AACAACGATA CGGTGATCTA TGTGGTTGAA 
CCGGAGACAA TCGACATACC GGATCCACCG GTAAGTGAAG ATGAATTGTC TTCGGAGACA 
CCGATCGCCA GAGACATTCC CCACGGAGGA ATCCTGATTG CCGACAACCA GCACTTCCCC 
GAGAGAGCCA AAGGGGACGT GGTGGCATTT TACGCTGGTC CGCACAACAA GAAGCGCCAT 
CTGGTGGCGG TGTCCACTGT GATTCACACA GTCATCCAAG GAGATCAGGA CGCGATCAAG 
ATCTACACCG ACATCCAGAC GGGCAAACTC TACCAGGTTC TACCCTGTCA CCGTCCTTCG 
CATTTGACCG CCCTGGAACT GCGGGACGAG ACGATCCTCG CCTTCCTGGA AGCCCGGCAG 
ACCGTGCAGA TCTACATCTA CCGGGGCATG CAGGGTTTCG TGCGGCTGAG CAACTTCAAG 
CTGACGGCTC CGGCCAGGGC CATGGCCGGG GTTTCGCTGC CGCAGCCGTT GACGATTCGA 
TGCAAGCTGC ACTACCTGGC GATCGCCACT GAGCAGAACG AACTGATCAT GCTACGAGCC 
AAGACACAAG GTGACTGCGG ACTGCTGGTC CAGGTGGACT GCGATGATGT GGAGTGA

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

AAEL_AAEL008829 ( XM_001659527.1 ) cDNA ORF clone, Aedes aegypti(Yellow fever mosquito) -> XP_001659577.1 Aedes aegypti AAEL008829-RA partial mRNA.

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CloneID	OAe06592
Clone ID Related Accession (Same CDS sequence)	XM_001659527.2 , XM_001659527.1
Accession Version	XM_001659527.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6597bp) 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	1425398400000
Organism	Aedes aegypti(Yellow fever mosquito)
Product	AAEL008829-PA
Comment	PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_001811076). COMPLETENESS: incomplete on the 5' end.

ATGAATAGGT TAAGCTTTCT TTTTTCGACG CTTTTCGTGA TTGCAGCGAT TCAGATTAAG 
ATCGAGACTA ACGCGCAGGT CGTCCAACCA GCGCATACCC TTCCTTCAAA CGAGCGACCA 
ACAAGTGGTC CAACAAAACC CGCCAAAAAT GGTTCCCCGC CGCTTAAAAT CCCAACGGCC 
AAACCTAGTC TCGGTGACGC GATCAAGAGC CTCAATGATC GCATCCTGAA TGACACGGAC 
ACTCCGCAGG ATATGCTCCA ACACGTCCGA GATAGTTCGT TCCGAAACGT TTTCCACGAG 
GCGATCGACG CCAAGATCGT CAATCCGGAT CTCATCAGAA CGCTGGCTTC GGTCGGCAAA 
CCGTTGGTCA ATGACTACAC CCGGGACACC CTGCTGATCG AGTCGATCAG GGAAGACATT 
AACTTCACAT TCGGGCCTAA TGTCACTTGG TGGGAAACAC TGGAGCTCAA GAAGAACGAG 
CAGCACGTGA TCGTGGGGTT GAGCAATAGC AGTATCGTTA TTCTGTTTGA GCACTTTGGC 
GAGTTCAAGC TACAGCAGGA GGTTCTGATG GAGACGGCGC CGACGGCTTT CGAGATCATC 
ACGGTTTGGG ACTCGGTGGC GGAGACTCCG GTCAGCTGTT TGATCGTGGC GACCGAGTTG 
CAGCTCATTT GGTACACGAT GCGACCGGAT ACGAATTTCG TTCTGACGGA GGAGTGGCGT 
TGGCCGCTTT ATAAGATGAC GACGTTGATT CGGGGATTCA AGTACCGGGA TATTCACATG 
ATCTTGCTGG TGGGGACGCA CCCGAACAAA CAAAAATCCG TTTCGGCAAC TCTTTATGAG 
TTCAATTTTG AGAAGCAGCA GTTTTGGCTT CTGCAGCGGT TGGATCTTGC ACATGCTTGT 
AGTACGGTTG GACTGGTGAG GGTTGGACGG GAGTTTTTGG TGGCTTTTCC GCAGCATGAT 
AAGGCCATGA TTTACACTCT GGAAGCCGGT GAGAAATATC GCGGAAGGTT CAATTTGGTA 
GCGAACTACA CGTCGGAGTT GGTTCAGACG GTGGGGGCTT TTCAGGTCGG AAGGTATGCC 
TATATTGCGA TCGGGGGGAG ATCGCCACAG ATCGTGCGCT ATGCCAATGG AGTGTTCGTG 
TCCCAGCGTA TTCCAATGGA GGCGATGGAG ACGGTTGAGG CATACTTTGA AATACCGACT 
CCTACCTATC GGGATGACTT CATTCTGCTG GTGCAGCACA AAATGCTTTT CTCAACGCAC 
GATCTTCAGC GGTTGGATAT TTTTGTGTGG AACGGGGAGT CGTTTGATCT CCGAAGTAAC 
ATCCCTTGCT ACGTGGAAGA CGAACTAATG GACAACGAAG TTTCGTGCAT GCTGGATCTG 
TACCGGCCGA CCGGTATCGT CGGGTCTGCG ATCATACTTC GGGGCAAGCA GGTTTCGATG 
ATCGTTCCTC GCTATCAGAC TCATTCGACG CTGTTCAACT TGCGTATCGA GCTGCTGTCC 
GCAGAGCACC CGATCAGGCA GAAGACTCAG GAGATGCGGG ACACGATCGA TGCGTTTACC 
AAAATCTTCC ACTACCAAGA CGAGGTGATC AGCGAAGCGT ATGCGGCGAT CGCCGAAGCG 
GAGCAGACAT ATGATGTTCC ACTGCTAACG CTGCAGAACT GTTCTCTGGG GACAGTTCAG 
GCGGACTTGG TTGTGCAAGA TTCGGACTTC CGGTGGCCGA GCGGGAAGAT CATGGTTGGT 
AACAGGACAT GGTCGCATCG TGACACGGCG GTTGACGTTC CAGCGATCGC GCGAGAATTA 
GAGGCGGAGA TGGCGCTGTT GAGTGAGTTG GAGCAACAGC TGAACTACAC GGTTCGACGA 
CACAACGATA GCTTCTCGCT GGATTTGGAT CAGCCGTTGT ACGTGCAGGG TCGAGTCGAG 
GTCGGAGGAG CTCTGGTTAC GGATGATCTG TACGTAAGGC AGCTGGAAGA AGATCCACCG 
TTGTTGCGGG TGGTCCGGCA AACCGGCGAT GATGGTATGC AGGAGTTGCG GGTCAAAGAT 
CTCAAAGTTC GTCATCTGAA TTTTGAAACC GTGAACGGAA TTCTGGCGAG TGATCTCGTC 
TACAATACGG GCGAGAAGAT CGAGTTGGCC AACGCGCTGG TTGTGAACAG TGTGCTTGTG 
GCGCAAAACG TGATCTTGCC CAAAGGCGGA ACGGTCAACG GGGTAGATCT GAGCGAGTCA 
ACGGTCTATT TCAACTGCAA GAATCGTCGG TGGGATAACT TGAAGTTCGA TTCGGTGGAA 
GTGTTGGAGA ATGTGGTAGC TCACGAAACG ATCAACGGGG TGAAGCTTGA CCTGGCGGAA 
TTGGATGCTC GATTCAGGCA GGCAAGTGAA GACATGTCTG ATGTGCTGGT AACGGAAAAT 
CTACAACTAG ATGGAAGTTT GTACGTCCAT AGCATAAATG GCGTACCGTG GAGTGACATT 
ATCCATCGAA TCGTGCTGAA GAACCGACCT AATCGGCTGG CTGATCTGAA GATCAACGGA 
AGTCTGATTC TGCAGAACGA CAACGTGACG GTTTACCATC TGAATGGGCT GGCCTTCCCA 
ATGGATTATC TGCTCTCCAG CAGTCCGATG GAGTCGATCG TGACCGGCTA CAAGAAATTT 
GTGAACATTA CGAACATCGA AGCCATGGAC GTAGAACGCA CGATCAACGG AGTTGACCTG 
CAGGACATTA TCACCTTGCA CGACGATCAG CACATCCCTG GTGACGTTAC CATCGGTGAA 
CTTCACGTAA CCGAACGGCT GGAAGTCAAG GGAGCTATCC GCGGCAAGCA CTTGGATGAA 
TTCCTGGACA ACCCAACGCT GCTGCAAACC ACGTCGATCA AAGCCGCGTG CCATTTCAAG 
CAGCTCTTCG TCGACGGACC GGTGATCGTG GAAGGCAATC TCAACGGCAT GGATGTGGAC 
GCAGTGCTGT CGGATGTGGT CTACGACACG GAGCACACGG TCACGATCGA GGCTTCCAAG 
CGAATTGCTT CGGCAGAGTT CCGCGACAAT GTCACGATCA GTTCTAATAT GGTCAACGAG 
TTCAAACTGG ATCAGTTTGT GACGCGCAGC ACCGAGCAGG AGCTGAACGT TCGGGAGATC 
AACGGAAACG TATTTATCCG CGAGTTGCAA TTAGATGGGC TATTCGATGG ACTGAATGCG 
ACGGCTTTGG ATGTGAGCGC GGTGAAGTTG TTTGGCGATC AGTACACGGA AGCTTCGTTG 
ATCTTCAAGA ATCGGGAGAA TGCTCTGTAC CCGGACGTGG AAGCAAACGA GCTTAAGATT 
ATGAAAACTC TGAACTCCAA AGCGAGAAGT GAATACAAGG ATACGGATCA AGAAGAACTG 
GTTCTGACCG GGCAGATTAG TCTGAACCAT CTACATGTAG ATCATTTGCT GTTGAAGGGA 
TCGAGCTTAG AGGGACCGTC CAAAATGATC AACTTGGTGC ACTTACCGAC CTTCGACAAC 
CTTCGCTTCA GCTTGACGAG ACCTCAACAG GTCACAGCAC CGTTCATCGT GAACAAACTT 
GTCGTGGGAA GTCAAATAGC GGCGGCTTAC GTTAATGGAC GAGACTTCCG GGGTCTGAAG 
GAGAGCATCG ATCGCTTGGA CAACTTCAAG AACCACCTGC TACAGGGAAG TATTCCGATT 
GAGAATCTCC ACGTTGGAGG CGATCTGCAG GTCAACATGT TGAACGACGT AAACTTTGAT 
GCGTTGGTGA AGCAAGTCAT CTGGTTGAAC CGCCCCAACA GGATACCGGG AACGATCCGG 
TTCCTCGATC CTCTGATGAT CATTGGAAAT CTAACGGCAC GGGGACAGGT CAACAACGCC 
GTTTTCGGAG ACTTTTTGGA AGATGTGATC CGGAAATCGG CAGGAGTGGC GGAGTTTCAC 
GGTTCAATTA CATTCATGAA CGGTTTGGTA GTCGAAGGCA ACGTCAATAC TGAGAGCATC 
AACAATATCC ACATGAGTGA GCTGGCGTTG AGAAACGATA CGATCTACTT GCAAGGTGAC 
GTGGAAATCT TGGGAGACCT TTTCGTGGAG CATCTACACG TCGAGAACCA TCTGAATCAG 
GAGCCCATTC AGAACCTCCT GAACTCGTAC AGCTATGACG ATTCCAAGGA CGTTCACACG 
GTCAAAAGTG ATATGTACCT GTATGGTGCC CAAATCGGAG CGCTGCACAT CGGAGGAATG 
CTGAACCAGA TACCGAACGT TGACGCCCAC TTGGCATCGG TCATCCGCAA GGACCAAAAC 
TACAACTTCA CCAAGCCGCT GTTGTTCAAG AACGAAGTCT TCTTCGATCA AGGTTTCTCG 
GCCACCTACC TCAACCAAAT TGATATTTCA AATATCCAGC AAGACATCGT TCGGATCAAC 
GATCCGAACC CGGTAGAGAT CGAAGCGGAA GTGATCACGT TCGCCGAACC CATCTACGCT 
GATCAGTTGA CCATCAAAGG GGATATGATC ACTACAAATC TCGTTGGGTG CAATCCGGAC 
ATCTGGACGA GCACAGGAAT CATGATCAAT AGGGACGCCG AGATCTACGC GAAAACATTC 
TTCTCGCCGG GAGCCTTCCG TACGAATCAT CTCCGCGTAG ACTACATGAA CGGACAACCG 
ATGAACAGCC TGATCACGCT GAACACCGAT CAGACGATCG AGACAACGCT GCTCATTCAC 
GAGATGACAA TTACACAGCC GATGGATGTC GGTGGATACG TCAACGGAGT TACGCTACCG 
TACGAACGCA AGAATACGCT CATGACATAC GGCAACCAGC GGGTCCGCCT ACCAACAGTC 
TTCCACACGA TCCGAGTCCT TCAATCGCTC ACTCTCCCAC CAATTCTGAA CAGTAAACCC 
TTCGGACCAC CGGTCGCGAT CGGACCCGAA ATGATAATCG AGTCCCCCAT TTCCTTCCGA 
CATCTCATCG TTGATCGGCT CGAGACGGAA GACATGATCT CCGGGGTGGA CTTCAACCAG 
TGGTACGAGA ACAGTTTGTG GCGTAAGGGC CGCGATCACC AGACCATCGA AGCGAAGATT 
TCAGCCCGCA ATGTGCGGTT CAACGGAGAC GTGGAAGGCG ACGGCAAGAT CAACGGAGTA 
GACATCGTGG ACGTCGTGCA GCGAATGAAG GCCGCCAAGA AGAACGTGGA AGATCAGCTA 
CTGGACTACC GGTCGGAGAT GCGATCGTTC TGCTCCAACA CCAAACAGCT GGTGGACAAA 
TCCCAGAGCC GGATGTACTT CTTCAAGTAC TTCGTGCAGC GACAGGTGAT CAATGAGCAT 
CTACCGATCG TGTCGTTCCA CTTCTTCGAT CACTTGGGGT ACAATTTCCT GGGCGTGAAC 
ATGGGATGCG AGAGCCACTT CTACCAATGG GATCCGACTG GGAAGGCATT CGTGCCGATT 
TTCAAATATT ACACGGGAGT GGTGCAGGAA TGGAACCACG TGGTTAATGG CGAGGAAGCT 
ATCTTCCTGG TGACGCGATC GATCACTGAG CTTACGCAAT GTGAAGTTGC GGGACTTAGC 
GTGTGGTTGT TCACGGGCGT ACAGCTGCAG CTGATTTGGA ATACGGTGGA CACCGCCTCG 
ATGCAATCGG TAGCTGCCGA TCCTGCGAAG TCGACAAGCT TCTATGTACT AACGCCGGAT 
GTTGTGGTGG AGTACGGCGT TGATGGAAGC ACTTTGGAGC AGTGGAGACT TCCAAAGAGC 
GCTTTGGGTT ACGAATTCAT CCCCAGTAAG GTCGGACTTG GACTGGCCTT AAGCGATAGT 
AAGCTACTGG TTCTGCTTTC GAATGTGAAC AAGACTTTCG AGGAGGATTC GACTGATCTT 
GAAATGGCGC TGTTCTCTTC GCAATCGCTG CACGATCGCA TGAAAAAGAC GTATTCGGAA 
AAGCTATTGA ATTCTACGGT AAGCTCAGAA GAAGTCAGCG ACATTATCCA CCCAGAAAAT 
ATATCACCAC TCGAAGAGCA CTCACATTTC AACAACGATA CGGTGATCTA TGTGGTTGAA 
CCGGAGACAA TCGACATACC GGATCCACCG GTAAGTGAAG ATGAATTGTC TTCGGAGACA 
CCGATCGCCA GAGACATTCC CCACGGAGGA ATCCTGATTG CCGACAACCA GCACTTCCCC 
GAGAGAGCCA AAGGGGACGT GGTGGCATTT TACGCTGGTC CGCACAACAA GAAGCGCCAT 
CTGGTGGCGG TGTCCACTGT GATTCACACA GTCATCCAAG GAGATCAGGA CGCGATCAAG 
ATCTACACCG ACATCCAGAC GGGCAAACTC TACCAGGTTC TACCCTGTCA CCGTCCTTCG 
CATTTGACCG CCCTGGAACT GCGGGACGAG ACGATCCTCG CCTTCCTGGA AGCCCGGCAG 
ACCGTGCAGA TCTACATCTA CCGGGGCATG CAGGGTTTCG TGCGGCTGAG CAACTTCAAG 
CTGACGGCTC CGGCCAGGGC CATGGCCGGG GTTTCGCTGC CGCAGCCGTT GACGATTCGA 
TGCAAGCTGC ACTACCTGGC GATCGCCACT GAGCAGAACG AACTGATCAT GCTACGAGCC 
AAGACACAAG GTGACTGCGG ACTGCTGGTC CAGGTGGACT GCGATGATGT GGAGTGA

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

RefSeq	XP_001659577.1
CDS	1..6597
Translation	MNRLSFLFSTLFVIAAIQIKIETNAQVVQPAHTLPSNERPTSGPTKPAKNGSPPLKIPTAKPSLGDAIKSLNDRILNDTDTPQDMLQHVRDSSFRNVFHEAIDAKIVNPDLIRTLASVGKPLVNDYTRDTLLIESIREDINFTFGPNVTWWETLELKKNEQHVIVGLSNSSIVILFEHFGEFKLQQEVLMETAPTAFEIITVWDSVAETPVSCLIVATELQLIWYTMRPDTNFVLTEEWRWPLYKMTTLIRGFKYRDIHMILLVGTHPNKQKSVSATLYEFNFEKQQFWLLQRLDLAHACSTVGLVRVGREFLVAFPQHDKAMIYTLEAGEKYRGRFNLVANYTSELVQTVGAFQVGRYAYIAIGGRSPQIVRYANGVFVSQRIPMEAMETVEAYFEIPTPTYRDDFILLVQHKMLFSTHDLQRLDIFVWNGESFDLRSNIPCYVEDELMDNEVSCMLDLYRPTGIVGSAIILRGKQVSMIVPRYQTHSTLFNLRIELLSAEHPIRQKTQEMRDTIDAFTKIFHYQDEVISEAYAAIAEAEQTYDVPLLTLQNCSLGTVQADLVVQDSDFRWPSGKIMVGNRTWSHRDTAVDVPAIARELEAEMALLSELEQQLNYTVRRHNDSFSLDLDQPLYVQGRVEVGGALVTDDLYVRQLEEDPPLLRVVRQTGDDGMQELRVKDLKVRHLNFETVNGILASDLVYNTGEKIELANALVVNSVLVAQNVILPKGGTVNGVDLSESTVYFNCKNRRWDNLKFDSVEVLENVVAHETINGVKLDLAELDARFRQASEDMSDVLVTENLQLDGSLYVHSINGVPWSDIIHRIVLKNRPNRLADLKINGSLILQNDNVTVYHLNGLAFPMDYLLSSSPMESIVTGYKKFVNITNIEAMDVERTINGVDLQDIITLHDDQHIPGDVTIGELHVTERLEVKGAIRGKHLDEFLDNPTLLQTTSIKAACHFKQLFVDGPVIVEGNLNGMDVDAVLSDVVYDTEHTVTIEASKRIASAEFRDNVTISSNMVNEFKLDQFVTRSTEQELNVREINGNVFIRELQLDGLFDGLNATALDVSAVKLFGDQYTEASLIFKNRENALYPDVEANELKIMKTLNSKARSEYKDTDQEELVLTGQISLNHLHVDHLLLKGSSLEGPSKMINLVHLPTFDNLRFSLTRPQQVTAPFIVNKLVVGSQIAAAYVNGRDFRGLKESIDRLDNFKNHLLQGSIPIENLHVGGDLQVNMLNDVNFDALVKQVIWLNRPNRIPGTIRFLDPLMIIGNLTARGQVNNAVFGDFLEDVIRKSAGVAEFHGSITFMNGLVVEGNVNTESINNIHMSELALRNDTIYLQGDVEILGDLFVEHLHVENHLNQEPIQNLLNSYSYDDSKDVHTVKSDMYLYGAQIGALHIGGMLNQIPNVDAHLASVIRKDQNYNFTKPLLFKNEVFFDQGFSATYLNQIDISNIQQDIVRINDPNPVEIEAEVITFAEPIYADQLTIKGDMITTNLVGCNPDIWTSTGIMINRDAEIYAKTFFSPGAFRTNHLRVDYMNGQPMNSLITLNTDQTIETTLLIHEMTITQPMDVGGYVNGVTLPYERKNTLMTYGNQRVRLPTVFHTIRVLQSLTLPPILNSKPFGPPVAIGPEMIIESPISFRHLIVDRLETEDMISGVDFNQWYENSLWRKGRDHQTIEAKISARNVRFNGDVEGDGKINGVDIVDVVQRMKAAKKNVEDQLLDYRSEMRSFCSNTKQLVDKSQSRMYFFKYFVQRQVINEHLPIVSFHFFDHLGYNFLGVNMGCESHFYQWDPTGKAFVPIFKYYTGVVQEWNHVVNGEEAIFLVTRSITELTQCEVAGLSVWLFTGVQLQLIWNTVDTASMQSVAADPAKSTSFYVLTPDVVVEYGVDGSTLEQWRLPKSALGYEFIPSKVGLGLALSDSKLLVLLSNVNKTFEEDSTDLEMALFSSQSLHDRMKKTYSEKLLNSTVSSEEVSDIIHPENISPLEEHSHFNNDTVIYVVEPETIDIPDPPVSEDELSSETPIARDIPHGGILIADNQHFPERAKGDVVAFYAGPHNKKRHLVAVSTVIHTVIQGDQDAIKIYTDIQTGKLYQVLPCHRPSHLTALELRDETILAFLEARQTVQIYIYRGMQGFVRLSNFKLTAPARAMAGVSLPQPLTIRCKLHYLAIATEQNELIMLRAKTQGDCGLLVQVDCDDVE

Target ORF information:

RefSeq Version	XM_001659527.1
Organism	Aedes aegypti(Yellow fever mosquito)
Definition	Aedes aegypti AAEL008829-RA partial mRNA.

Target ORF information:

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

XM_001659527.1

ORF Insert Sequence:

ATGAATAGGT TAAGCTTTCT TTTTTCGACG CTTTTCGTGA TTGCAGCGAT TCAGATTAAG 
ATCGAGACTA ACGCGCAGGT CGTCCAACCA GCGCATACCC TTCCTTCAAA CGAGCGACCA 
ACAAGTGGTC CAACAAAACC CGCCAAAAAT GGTTCCCCGC CGCTTAAAAT CCCAACGGCC 
AAACCTAGTC TCGGTGACGC GATCAAGAGC CTCAATGATC GCATCCTGAA TGACACGGAC 
ACTCCGCAGG ATATGCTCCA ACACGTCCGA GATAGTTCGT TCCGAAACGT TTTCCACGAG 
GCGATCGACG CCAAGATCGT CAATCCGGAT CTCATCAGAA CGCTGGCTTC GGTCGGCAAA 
CCGTTGGTCA ATGACTACAC CCGGGACACC CTGCTGATCG AGTCGATCAG GGAAGACATT 
AACTTCACAT TCGGGCCTAA TGTCACTTGG TGGGAAACAC TGGAGCTCAA GAAGAACGAG 
CAGCACGTGA TCGTGGGGTT GAGCAATAGC AGTATCGTTA TTCTGTTTGA GCACTTTGGC 
GAGTTCAAGC TACAGCAGGA GGTTCTGATG GAGACGGCGC CGACGGCTTT CGAGATCATC 
ACGGTTTGGG ACTCGGTGGC GGAGACTCCG GTCAGCTGTT TGATCGTGGC GACCGAGTTG 
CAGCTCATTT GGTACACGAT GCGACCGGAT ACGAATTTCG TTCTGACGGA GGAGTGGCGT 
TGGCCGCTTT ATAAGATGAC GACGTTGATT CGGGGATTCA AGTACCGGGA TATTCACATG 
ATCTTGCTGG TGGGGACGCA CCCGAACAAA CAAAAATCCG TTTCGGCAAC TCTTTATGAG 
TTCAATTTTG AGAAGCAGCA GTTTTGGCTT CTGCAGCGGT TGGATCTTGC ACATGCTTGT 
AGTACGGTTG GACTGGTGAG GGTTGGACGG GAGTTTTTGG TGGCTTTTCC GCAGCATGAT 
AAGGCCATGA TTTACACTCT GGAAGCCGGT GAGAAATATC GCGGAAGGTT CAATTTGGTA 
GCGAACTACA CGTCGGAGTT GGTTCAGACG GTGGGGGCTT TTCAGGTCGG AAGGTATGCC 
TATATTGCGA TCGGGGGGAG ATCGCCACAG ATCGTGCGCT ATGCCAATGG AGTGTTCGTG 
TCCCAGCGTA TTCCAATGGA GGCGATGGAG ACGGTTGAGG CATACTTTGA AATACCGACT 
CCTACCTATC GGGATGACTT CATTCTGCTG GTGCAGCACA AAATGCTTTT CTCAACGCAC 
GATCTTCAGC GGTTGGATAT TTTTGTGTGG AACGGGGAGT CGTTTGATCT CCGAAGTAAC 
ATCCCTTGCT ACGTGGAAGA CGAACTAATG GACAACGAAG TTTCGTGCAT GCTGGATCTG 
TACCGGCCGA CCGGTATCGT CGGGTCTGCG ATCATACTTC GGGGCAAGCA GGTTTCGATG 
ATCGTTCCTC GCTATCAGAC TCATTCGACG CTGTTCAACT TGCGTATCGA GCTGCTGTCC 
GCAGAGCACC CGATCAGGCA GAAGACTCAG GAGATGCGGG ACACGATCGA TGCGTTTACC 
AAAATCTTCC ACTACCAAGA CGAGGTGATC AGCGAAGCGT ATGCGGCGAT CGCCGAAGCG 
GAGCAGACAT ATGATGTTCC ACTGCTAACG CTGCAGAACT GTTCTCTGGG GACAGTTCAG 
GCGGACTTGG TTGTGCAAGA TTCGGACTTC CGGTGGCCGA GCGGGAAGAT CATGGTTGGT 
AACAGGACAT GGTCGCATCG TGACACGGCG GTTGACGTTC CAGCGATCGC GCGAGAATTA 
GAGGCGGAGA TGGCGCTGTT GAGTGAGTTG GAGCAACAGC TGAACTACAC GGTTCGACGA 
CACAACGATA GCTTCTCGCT GGATTTGGAT CAGCCGTTGT ACGTGCAGGG TCGAGTCGAG 
GTCGGAGGAG CTCTGGTTAC GGATGATCTG TACGTAAGGC AGCTGGAAGA AGATCCACCG 
TTGTTGCGGG TGGTCCGGCA AACCGGCGAT GATGGTATGC AGGAGTTGCG GGTCAAAGAT 
CTCAAAGTTC GTCATCTGAA TTTTGAAACC GTGAACGGAA TTCTGGCGAG TGATCTCGTC 
TACAATACGG GCGAGAAGAT CGAGTTGGCC AACGCGCTGG TTGTGAACAG TGTGCTTGTG 
GCGCAAAACG TGATCTTGCC CAAAGGCGGA ACGGTCAACG GGGTAGATCT GAGCGAGTCA 
ACGGTCTATT TCAACTGCAA GAATCGTCGG TGGGATAACT TGAAGTTCGA TTCGGTGGAA 
GTGTTGGAGA ATGTGGTAGC TCACGAAACG ATCAACGGGG TGAAGCTTGA CCTGGCGGAA 
TTGGATGCTC GATTCAGGCA GGCAAGTGAA GACATGTCTG ATGTGCTGGT AACGGAAAAT 
CTACAACTAG ATGGAAGTTT GTACGTCCAT AGCATAAATG GCGTACCGTG GAGTGACATT 
ATCCATCGAA TCGTGCTGAA GAACCGACCT AATCGGCTGG CTGATCTGAA GATCAACGGA 
AGTCTGATTC TGCAGAACGA CAACGTGACG GTTTACCATC TGAATGGGCT GGCCTTCCCA 
ATGGATTATC TGCTCTCCAG CAGTCCGATG GAGTCGATCG TGACCGGCTA CAAGAAATTT 
GTGAACATTA CGAACATCGA AGCCATGGAC GTAGAACGCA CGATCAACGG AGTTGACCTG 
CAGGACATTA TCACCTTGCA CGACGATCAG CACATCCCTG GTGACGTTAC CATCGGTGAA 
CTTCACGTAA CCGAACGGCT GGAAGTCAAG GGAGCTATCC GCGGCAAGCA CTTGGATGAA 
TTCCTGGACA ACCCAACGCT GCTGCAAACC ACGTCGATCA AAGCCGCGTG CCATTTCAAG 
CAGCTCTTCG TCGACGGACC GGTGATCGTG GAAGGCAATC TCAACGGCAT GGATGTGGAC 
GCAGTGCTGT CGGATGTGGT CTACGACACG GAGCACACGG TCACGATCGA GGCTTCCAAG 
CGAATTGCTT CGGCAGAGTT CCGCGACAAT GTCACGATCA GTTCTAATAT GGTCAACGAG 
TTCAAACTGG ATCAGTTTGT GACGCGCAGC ACCGAGCAGG AGCTGAACGT TCGGGAGATC 
AACGGAAACG TATTTATCCG CGAGTTGCAA TTAGATGGGC TATTCGATGG ACTGAATGCG 
ACGGCTTTGG ATGTGAGCGC GGTGAAGTTG TTTGGCGATC AGTACACGGA AGCTTCGTTG 
ATCTTCAAGA ATCGGGAGAA TGCTCTGTAC CCGGACGTGG AAGCAAACGA GCTTAAGATT 
ATGAAAACTC TGAACTCCAA AGCGAGAAGT GAATACAAGG ATACGGATCA AGAAGAACTG 
GTTCTGACCG GGCAGATTAG TCTGAACCAT CTACATGTAG ATCATTTGCT GTTGAAGGGA 
TCGAGCTTAG AGGGACCGTC CAAAATGATC AACTTGGTGC ACTTACCGAC CTTCGACAAC 
CTTCGCTTCA GCTTGACGAG ACCTCAACAG GTCACAGCAC CGTTCATCGT GAACAAACTT 
GTCGTGGGAA GTCAAATAGC GGCGGCTTAC GTTAATGGAC GAGACTTCCG GGGTCTGAAG 
GAGAGCATCG ATCGCTTGGA CAACTTCAAG AACCACCTGC TACAGGGAAG TATTCCGATT 
GAGAATCTCC ACGTTGGAGG CGATCTGCAG GTCAACATGT TGAACGACGT AAACTTTGAT 
GCGTTGGTGA AGCAAGTCAT CTGGTTGAAC CGCCCCAACA GGATACCGGG AACGATCCGG 
TTCCTCGATC CTCTGATGAT CATTGGAAAT CTAACGGCAC GGGGACAGGT CAACAACGCC 
GTTTTCGGAG ACTTTTTGGA AGATGTGATC CGGAAATCGG CAGGAGTGGC GGAGTTTCAC 
GGTTCAATTA CATTCATGAA CGGTTTGGTA GTCGAAGGCA ACGTCAATAC TGAGAGCATC 
AACAATATCC ACATGAGTGA GCTGGCGTTG AGAAACGATA CGATCTACTT GCAAGGTGAC 
GTGGAAATCT TGGGAGACCT TTTCGTGGAG CATCTACACG TCGAGAACCA TCTGAATCAG 
GAGCCCATTC AGAACCTCCT GAACTCGTAC AGCTATGACG ATTCCAAGGA CGTTCACACG 
GTCAAAAGTG ATATGTACCT GTATGGTGCC CAAATCGGAG CGCTGCACAT CGGAGGAATG 
CTGAACCAGA TACCGAACGT TGACGCCCAC TTGGCATCGG TCATCCGCAA GGACCAAAAC 
TACAACTTCA CCAAGCCGCT GTTGTTCAAG AACGAAGTCT TCTTCGATCA AGGTTTCTCG 
GCCACCTACC TCAACCAAAT TGATATTTCA AATATCCAGC AAGACATCGT TCGGATCAAC 
GATCCGAACC CGGTAGAGAT CGAAGCGGAA GTGATCACGT TCGCCGAACC CATCTACGCT 
GATCAGTTGA CCATCAAAGG GGATATGATC ACTACAAATC TCGTTGGGTG CAATCCGGAC 
ATCTGGACGA GCACAGGAAT CATGATCAAT AGGGACGCCG AGATCTACGC GAAAACATTC 
TTCTCGCCGG GAGCCTTCCG TACGAATCAT CTCCGCGTAG ACTACATGAA CGGACAACCG 
ATGAACAGCC TGATCACGCT GAACACCGAT CAGACGATCG AGACAACGCT GCTCATTCAC 
GAGATGACAA TTACACAGCC GATGGATGTC GGTGGATACG TCAACGGAGT TACGCTACCG 
TACGAACGCA AGAATACGCT CATGACATAC GGCAACCAGC GGGTCCGCCT ACCAACAGTC 
TTCCACACGA TCCGAGTCCT TCAATCGCTC ACTCTCCCAC CAATTCTGAA CAGTAAACCC 
TTCGGACCAC CGGTCGCGAT CGGACCCGAA ATGATAATCG AGTCCCCCAT TTCCTTCCGA 
CATCTCATCG TTGATCGGCT CGAGACGGAA GACATGATCT CCGGGGTGGA CTTCAACCAG 
TGGTACGAGA ACAGTTTGTG GCGTAAGGGC CGCGATCACC AGACCATCGA AGCGAAGATT 
TCAGCCCGCA ATGTGCGGTT CAACGGAGAC GTGGAAGGCG ACGGCAAGAT CAACGGAGTA 
GACATCGTGG ACGTCGTGCA GCGAATGAAG GCCGCCAAGA AGAACGTGGA AGATCAGCTA 
CTGGACTACC GGTCGGAGAT GCGATCGTTC TGCTCCAACA CCAAACAGCT GGTGGACAAA 
TCCCAGAGCC GGATGTACTT CTTCAAGTAC TTCGTGCAGC GACAGGTGAT CAATGAGCAT 
CTACCGATCG TGTCGTTCCA CTTCTTCGAT CACTTGGGGT ACAATTTCCT GGGCGTGAAC 
ATGGGATGCG AGAGCCACTT CTACCAATGG GATCCGACTG GGAAGGCATT CGTGCCGATT 
TTCAAATATT ACACGGGAGT GGTGCAGGAA TGGAACCACG TGGTTAATGG CGAGGAAGCT 
ATCTTCCTGG TGACGCGATC GATCACTGAG CTTACGCAAT GTGAAGTTGC GGGACTTAGC 
GTGTGGTTGT TCACGGGCGT ACAGCTGCAG CTGATTTGGA ATACGGTGGA CACCGCCTCG 
ATGCAATCGG TAGCTGCCGA TCCTGCGAAG TCGACAAGCT TCTATGTACT AACGCCGGAT 
GTTGTGGTGG AGTACGGCGT TGATGGAAGC ACTTTGGAGC AGTGGAGACT TCCAAAGAGC 
GCTTTGGGTT ACGAATTCAT CCCCAGTAAG GTCGGACTTG GACTGGCCTT AAGCGATAGT 
AAGCTACTGG TTCTGCTTTC GAATGTGAAC AAGACTTTCG AGGAGGATTC GACTGATCTT 
GAAATGGCGC TGTTCTCTTC GCAATCGCTG CACGATCGCA TGAAAAAGAC GTATTCGGAA 
AAGCTATTGA ATTCTACGGT AAGCTCAGAA GAAGTCAGCG ACATTATCCA CCCAGAAAAT 
ATATCACCAC TCGAAGAGCA CTCACATTTC AACAACGATA CGGTGATCTA TGTGGTTGAA 
CCGGAGACAA TCGACATACC GGATCCACCG GTAAGTGAAG ATGAATTGTC TTCGGAGACA 
CCGATCGCCA GAGACATTCC CCACGGAGGA ATCCTGATTG CCGACAACCA GCACTTCCCC 
GAGAGAGCCA AAGGGGACGT GGTGGCATTT TACGCTGGTC CGCACAACAA GAAGCGCCAT 
CTGGTGGCGG TGTCCACTGT GATTCACACA GTCATCCAAG GAGATCAGGA CGCGATCAAG 
ATCTACACCG ACATCCAGAC GGGCAAACTC TACCAGGTTC TACCCTGTCA CCGTCCTTCG 
CATTTGACCG CCCTGGAACT GCGGGACGAG ACGATCCTCG CCTTCCTGGA AGCCCGGCAG 
ACCGTGCAGA TCTACATCTA CCGGGGCATG CAGGGTTTCG TGCGGCTGAG CAACTTCAAG 
CTGACGGCTC CGGCCAGGGC CATGGCCGGG GTTTCGCTGC CGCAGCCGTT GACGATTCGA 
TGCAAGCTGC ACTACCTGGC GATCGCCACT GAGCAGAACG AACTGATCAT GCTACGAGCC 
AAGACACAAG GTGACTGCGG ACTGCTGGTC CAGGTGGACT GCGATGATGT GGAGTGA

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

PubMed

Genome sequence of Aedes aegypti, a major arbovirus vector.
Science (New York, N.Y.)316(5832)1718-23(2007 Jun)
Nene V,Wortman JR,Lawson D,Haas B,Kodira C,Tu ZJ,Loftus B,Xi Z,Megy K,Grabherr M,Ren Q,Zdobnov EM,Lobo NF,Campbell KS,Brown SE,Bonaldo MF,Zhu J,Sinkins SP,Hogenkamp DG,Amedeo P,Arensburger P,Atkinson PW,Bidwell S,Biedler J,Birney E,Bruggner RV,Costas J,Coy MR,Crabtree J,Crawford M,Debruyn B,Decaprio D,Eiglmeier K,Eisenstadt E,El-Dorry H,Gelbart WM,Gomes SL,Hammond M,Hannick LI,Hogan JR,Holmes MH,Jaffe D,Johnston JS,Kennedy RC,Koo H,Kravitz S,Kriventseva EV,Kulp D,Labutti K,Lee E,Li S,Lovin DD,Mao C,Mauceli E,Menck CF,Miller JR,Montgomery P,Mori A,Nascimento AL,Naveira HF,Nusbaum C,O'leary S,Orvis J,Pertea M,Quesneville H,Reidenbach KR,Rogers YH,Roth CW,Schneider JR,Schatz M,Shumway M,Stanke M,Stinson EO,Tubio JM,Vanzee JP,Verjovski-Almeida S,Werner D,White O,Wyder S,Zeng Q,Zhao Q,Zhao Y,Hill CA,Raikhel AS,Soares MB,Knudson DL,Lee NH,Galagan J,Salzberg SL,Paulsen IT,Dimopoulos G,Collins FH,Birren B,Fraser-Liggett CM,Severson DW

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AAEL_AAEL008829 cDNA ORF clone, Aedes aegypti(Yellow fever mosquito)

Gene

Clones

gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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