AAEL_AAEL000444 cDNA ORF clone, Aedes aegypti(Yellow fever mosquito)

Gene
Clones
gRNAs

Summary

Gene Symbol	AAEL_AAEL000444
Entrez Gene ID	5577322
Full Name	UDP-glucose:glycoprotein glucosyltransferase
Synonyms	AAEL000444
Gene Type	protein-coding
Organism	Aedes aegypti(Yellow fever mosquito)

mRNA and Protein(s)

mRNA	Protein	Name
XM_001656350.2	XP_001656400.1	UDP-glucose:glycoprotein glucosyltransferase
XM_001656350.1	XP_001656400.1	AAEL000444-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_AAEL000444 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the AAEL_AAEL000444 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)
OAe12091	XM_001656350.2 Latest version!	Aedes aegypti UDP-glucose:glycoprotein glucosyltransferase (LOC5577322), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
View Old Accession Versions >>
OAe12091	XM_001656350.1	Aedes aegypti AAEL000444-RA mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
Hide Old Accession Versions >>

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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*Business Day

** 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_AAEL000444 ( XM_001656350.2 ) cDNA ORF clone, Aedes aegypti(Yellow fever mosquito) -> XP_001656400.1 Aedes aegypti UDP-glucose:glycoprotein glucosyltransferase (LOC5577322), mRNA.

Price & Availability↑

CloneID	OAe12091
Clone ID Related Accession (Same CDS sequence)	XM_001656350.2 , XM_001656350.1
Accession Version	XM_001656350.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4584bp) 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	UDP-glucose:glycoprotein glucosyltransferase
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 mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jul 20, 2017 this sequence version replaced XM_001656350.1. ##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##

ATGAAGGTTT GTTACGGGCT GGTGTTGTTG GCTTTAGTGA CGTTCTTCGA AGCGGCTGCC 
GGTGAATCTA AAAGCCACCC AGTCACAACG CAGCTTTCGG CGAAATGGGG CATAACGCCA 
GCCGAACTGG AGATTGCGGA GTTCATTGCA GAGGAAAATG TTAATCTGTT TTGGGACTAC 
ATCGACTTGC TCAACAAGAT TCCACACGGT CTTTATAGCA TAGGTACCGA ACGGGATCGA 
TACAAGAAGT CTATCGAGCT GGCCGAAAGT TTACTAGGAG TTGGTCAAAC AAACTTGTTG 
AAGCTGGCAT TATCGTTGCA TAGCTTTTCC GCCAAGGTGC AAGCTCATCT CCAGATAGCC 
AACGAGGTCC TAAAACAAGG AGATTGCGAA TCTGCGGCAT TTGTGAGCAT TGGAGGAAAG 
GTGGCGTGCG ATGAAAGTGA GCTTAGGAGC ATCCTGAATG CCCTGGATAA GGATCCTTCG 
AAGGTGGAAA CTACCACTTT GGACCATGTG TACCCAGCTT CGGAGAATAA TTCGCTAACT 
GCCGTTCTAT ACGCTCAGAT AGGAACCGAA CTGTTTGAAA AGTTCCATGT GATTCTCAAG 
GAAAAGGCCG AACAGGGAGC AGTTAAGTAT GTTCTTAGGC ACTTCGTGAA GGTTGTTTCA 
AACAGGAAAA TGCGACTGTC CGGATACGGC GTGGAACTGC ATTTGAAGTC GACTGAGTAC 
AAAAGCCAGG ACGATTCGCC CCGTCCGCAG GACCAAGACA CAGTTTTTAG CGACGATTCT 
GCCGAACCGG AAGTCGAAGG ATTCGACTTC GTGAAACTTA AGGCACGCTT CCCGCATCTT 
TCCCACTCGC TTGACCGTTT TCGCAATGCC CTGCAGGAGA AACACGAGGA AATTGCACCT 
CTGAAAGCTT GGGAGTTCCA GGAGTTGGGT CTGCAAGCCG CTCAAAGAAT CGCTCAGATC 
CAAGGTGAAG AAGCGTTGCA AATTTTGCAA TTCACAGCGC AGAATTTCCC AACGCAAGCC 
AAATCCCTGC TAGCTCAAAC GGTATCTGAA GATTTCAAAA AAGAAATGCG ACACAACATC 
GAAGTGCTGG GTCGCAATCT GAATCTGCAA CCTCCGGATT CTGCCTTATT CCTCAACGGA 
TTGTTCTTCG ATGCTGAGAC AATCGATACC ATTACACTGT TGGACACACT CCGTTCAGAA 
ATGCACGTCC TAGAAGGTTT AAGTCGTATC AATCTTCGCG GCAAAGCGGC CGCCCCTTTG 
CTGGCCCTGG ATCTCTCGTC GACCTCCAAG GAATTTGCCA TCGACATTCG TGATTCGGCC 
ATCACGTGGA TCAACGATTT GGAAAACGAC GCCCAATATC GGCGATGGCC GGGAAGTGTC 
ATGGATCTGT TGCGGCCAAC TTTCCCCGGA ATGTTGCGAA ACATTCGCAA GAACCTCTTC 
AACCTGGTGC TGGTAATCGA TCCAGTAGCT AACAGCGACA ATGGTCGGGG CATAGTGAAG 
CTTGCGGAAA GCTTCGTCGT CCATTCGGCA CCGGTTCGGG TGGGTTTGGT CTTTGACACT 
AGGGCTAGCT CGGATAAAGA GGCGGACTAC CGTGCGATTG TATGTGCATT CAACTATGTC 
CACCAGAAGA AGGGATCCAC CGATGCTCTG GGATTCCTAA CAGATCTCTT TGCGGTTGCC 
TCCAAAAAAG ACATCACCTA CGACGATGTG CGCAAGCAGC TGAAGAAAAC TTTCTCCAAA 
CTAAAATCGG ACGAGGTGGA CGAGATTCTC GGCGAGGACT CGGACTTCGA TTACGGTCGA 
CAGCTTTCGC AAGAATTTGT CGCTAGGCTT GGCTTGAAGA CCACACCGCA GGCTTTGATG 
AATGGAGTTA TGCTGCCACA AAACACACTA AACACCGATG ACTTTGAGGA AACTATTCTC 
ACGGAGATCA TGCAGCAGAC GCCCACCATC CAGAAGGCCG TCTACAAGGG AGACCTTAAC 
GATGGGGAAC CCGTAATCGA CTATCTGATG AAGCAACCAC ACGTCATGCC AAGATTGAAT 
CAGCGCATCC TATCGGCCGA AGATCCAACC TTCCTGGACG TCTCCGGCAA TCCTCATCCG 
GATCTGGAGG ACGTATCCGC CTTGGCCCAA TTGTCGAACT CCGACCTGAC GGCTACGCTG 
TTGAAGAACC TCAAGTATCT GGGTGGGAAG TCGACCTACG AAAAGTTCAT GGGCTATCGG 
CTGCATTTCC AAAATGTTTG GGTTGTTGCG GATTTAAAGC AAAGCGACGG ACGAAAACTA 
CTGCAGAATG CGCTACGATT TATGAAATCA ACTAGCGGCA CAAGGGTGGC ATTCGTTCCT 
AACGTAGACG GTTCGGATGC GGCTCGATCC GAACTGAAGA AAGATTTAAA TGCTCTGGTA 
TGGGCTGCGA TCAACACTCT TCAGCCAGAC GAGGCAACCG AATTGGTAAT CAATCTGTTG 
AAGCAAGCTG AAGAAGGCAA GGACTTCGAA GTTCCAGATT CAGTACTTGG CTTCCTCCCG 
GCAACGCAGC TGCACTTGAA AATGCTTCGG GTTTACTGTC AACGTGTCCT GAAACTGAAA 
GCATCCATGA ACGGCTTGGT GGCTAATGGT CGTGTTCTGG GACCATTTGA TCCTGAGGAA 
GTGTTCGATT CGGAAGACTT CGGCTTGCTG GAAAAGTTCA TCAATCTGCA GTACACCGAC 
AAGATTCGAA AAGCCCTGAA GGAGGCATCC ACTGATGGGG AAGACATCGA AGTTTCCAGT 
GATACCATCT TCCGGCTGGT TTCAATTCTA GTACCTCGGC AGCAATCGAA GTCACGCTTT 
AACATACCGG CGGAAATCCA GGAGAACCAT ACCGTGGTTA GGCTACCTCC GAAATCGAAC 
GATTTGCCTT TCTTCGAGAT TGTTGCGGTA TTGGATCCCG CATCGAGAGG AGCCCAGAAG 
CTATCGTCAT TACTCATTCT GTTGCGCAAT GTGGTCAACT GCAATATGCG TCTGATTCTC 
TGCGCCGTGG ATAGACACAG CGACATGCCG GTAAAAACTT TCTACCGCTT CGTTGTTGAG 
CCAGAACTTC AATTCACGCC TGATGGTAAA CATGCTCCTG GGCCATATGC CAAGTTCGTC 
GGATTGCCAG CAAATCCTTT GCTGACGCAA AGTCTCAACG TGCCAGAAAA TTGGCTCGTA 
GAAGTGGTGC GATCCGTCTA CGATCTGGAC AATATCAAGC TGTCAGAAAT CAACGGCCCG 
GTGCATAGCG AATACGAGCT GGAGTATCTG CTTCTGGAGG GTCACTGCTT CGACACCACG 
ACTGGTTCAC CACCACGAGG TTTGCAAATC ACGTTGGGAA CGGAGCAGCA GCCCATCGTC 
GTCGATACTA TCGTGATGGC CAATTTGGGT TATTTTCAGC TGAAGGCAAA TCCGGGAGCT 
TGGGTTTTGA AGCTGCGTCA CGGTAAGAGT GCGGATATCT ATGACATTAC AAGTGCCGAG 
GGACCCAGTA CCGTGCACTC CAGCGATGAT ACAAGGGTTA TCGTAAGTTC ACTGAAGTCG 
CACGTGTTGA AGTTGAGGGT AACCAAAAAA CCGGGCAAAG CTAATGCTGA TTTGCTTGGA 
GATGATAAGG ATTCCGGTGG TGGAATTTGG GATTCGATAA GTTCTATCGT AGGATCTGGC 
GATGCCCAGG ACAAAGAAGT GCTGAACATA TTTTCGGTTG CTTCGGGACA CTTGTATGAA 
CGGCTGTTGA GGATTATGAT GCTGTCGTTA CTGAAGCATA CCAAAACTCC CGTCAAGTTT 
TGGTTCTTGA AAAATTATCT TTCACCACAG TTCATAGACT TCTTACCGTA CATGGCCAAG 
GAGTACAACT TCCAGTATGA GTTGGTACAA TACAAATGGC CACGTTGGTT ACATCAGCAG 
ACTGAAAAAC AGCGAATTAT TTGGGGCTAC AAAATTCTTT TCCTAGACGT ACTCTTCCCG 
CTGGATGTAA AGAAAATTAT TTTCGTTGAC GCCGATCAAA TCGTTCGTGC TGATATGAAA 
GAGCTCAACG ACTTCGATCT CGGTGGAGCT CCCTACGGGT ATACCCCTTT CTGCGATTCA 
CGTCAAGAAA TGGAAGGATT CCGCTTCTGG AAACAGGGTT ACTGGAGGAA CCACTTGCAA 
GGTCGCAAGT ATCACATTTC GGCATTGTAC GTGGTAGATT TGAAACGATT TAGAAAGATC 
GCCGCTGGTG ATCGAATCCG AGGACAGTAT CAAGCTTTAA GCCAAGATCC CAACAGTTTA 
TCGAACTTGG ATCAGGATCT GCCAAATAAT ATGATTCATC AGGTGGCGAT CAAATCGCTA 
CCACAGGAAT GGCTTTGGTG TGAAACTTGG TGTAGTAGCG ATACGTTACA GTATGCGAAG 
ACCATCGATC TTTGCAACAA TCCTCTGACC AAAGAGGCTA AACTAACCGC CGCCCAAAGA 
ATTGTGCCCG AATGGAAGGA CTACGATTCG GAGATAAAAC GACTGCAAGC CAAGGTGGAT 
GAACTTGAAC ACGAAGCTGG TCAGATTTCA CATTCCCAAG GAGATGCTTC CTCCAACCAA 
GAAGCGCAAC ACACTGAGCT GTAG

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

RefSeq	XP_001656400.1
CDS	298..4881
Translation	MKVCYGLVLLALVTFFEAAAGESKSHPVTTQLSAKWGITPAELEIAEFIAEENVNLFWDYIDLLNKIPHGLYSIGTERDRYKKSIELAESLLGVGQTNLLKLALSLHSFSAKVQAHLQIANEVLKQGDCESAAFVSIGGKVACDESELRSILNALDKDPSKVETTTLDHVYPASENNSLTAVLYAQIGTELFEKFHVILKEKAEQGAVKYVLRHFVKVVSNRKMRLSGYGVELHLKSTEYKSQDDSPRPQDQDTVFSDDSAEPEVEGFDFVKLKARFPHLSHSLDRFRNALQEKHEEIAPLKAWEFQELGLQAAQRIAQIQGEEALQILQFTAQNFPTQAKSLLAQTVSEDFKKEMRHNIEVLGRNLNLQPPDSALFLNGLFFDAETIDTITLLDTLRSEMHVLEGLSRINLRGKAAAPLLALDLSSTSKEFAIDIRDSAITWINDLENDAQYRRWPGSVMDLLRPTFPGMLRNIRKNLFNLVLVIDPVANSDNGRGIVKLAESFVVHSAPVRVGLVFDTRASSDKEADYRAIVCAFNYVHQKKGSTDALGFLTDLFAVASKKDITYDDVRKQLKKTFSKLKSDEVDEILGEDSDFDYGRQLSQEFVARLGLKTTPQALMNGVMLPQNTLNTDDFEETILTEIMQQTPTIQKAVYKGDLNDGEPVIDYLMKQPHVMPRLNQRILSAEDPTFLDVSGNPHPDLEDVSALAQLSNSDLTATLLKNLKYLGGKSTYEKFMGYRLHFQNVWVVADLKQSDGRKLLQNALRFMKSTSGTRVAFVPNVDGSDAARSELKKDLNALVWAAINTLQPDEATELVINLLKQAEEGKDFEVPDSVLGFLPATQLHLKMLRVYCQRVLKLKASMNGLVANGRVLGPFDPEEVFDSEDFGLLEKFINLQYTDKIRKALKEASTDGEDIEVSSDTIFRLVSILVPRQQSKSRFNIPAEIQENHTVVRLPPKSNDLPFFEIVAVLDPASRGAQKLSSLLILLRNVVNCNMRLILCAVDRHSDMPVKTFYRFVVEPELQFTPDGKHAPGPYAKFVGLPANPLLTQSLNVPENWLVEVVRSVYDLDNIKLSEINGPVHSEYELEYLLLEGHCFDTTTGSPPRGLQITLGTEQQPIVVDTIVMANLGYFQLKANPGAWVLKLRHGKSADIYDITSAEGPSTVHSSDDTRVIVSSLKSHVLKLRVTKKPGKANADLLGDDKDSGGGIWDSISSIVGSGDAQDKEVLNIFSVASGHLYERLLRIMMLSLLKHTKTPVKFWFLKNYLSPQFIDFLPYMAKEYNFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLDVKKIIFVDADQIVRADMKELNDFDLGGAPYGYTPFCDSRQEMEGFRFWKQGYWRNHLQGRKYHISALYVVDLKRFRKIAAGDRIRGQYQALSQDPNSLSNLDQDLPNNMIHQVAIKSLPQEWLWCETWCSSDTLQYAKTIDLCNNPLTKEAKLTAAQRIVPEWKDYDSEIKRLQAKVDELEHEAGQISHSQGDASSNQEAQHTEL

Target ORF information:

RefSeq Version	XM_001656350.2
Organism	Aedes aegypti(yellow fever mosquito)
Definition	Aedes aegypti UDP-glucose:glycoprotein glucosyltransferase (LOC5577322), mRNA.

Target ORF information:

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

XM_001656350.2

ORF Insert Sequence:

ATGAAGGTTT GTTACGGGCT GGTGTTGTTG GCTTTAGTGA CGTTCTTCGA AGCGGCTGCC 
GGTGAATCTA AAAGCCACCC AGTCACAACG CAGCTTTCGG CGAAATGGGG CATAACGCCA 
GCCGAACTGG AGATTGCGGA GTTCATTGCA GAGGAAAATG TTAATCTGTT TTGGGACTAC 
ATCGACTTGC TCAACAAGAT TCCACACGGT CTTTATAGCA TAGGTACCGA ACGGGATCGA 
TACAAGAAGT CTATCGAGCT GGCCGAAAGT TTACTAGGAG TTGGTCAAAC AAACTTGTTG 
AAGCTGGCAT TATCGTTGCA TAGCTTTTCC GCCAAGGTGC AAGCTCATCT CCAGATAGCC 
AACGAGGTCC TAAAACAAGG AGATTGCGAA TCTGCGGCAT TTGTGAGCAT TGGAGGAAAG 
GTGGCGTGCG ATGAAAGTGA GCTTAGGAGC ATCCTGAATG CCCTGGATAA GGATCCTTCG 
AAGGTGGAAA CTACCACTTT GGACCATGTG TACCCAGCTT CGGAGAATAA TTCGCTAACT 
GCCGTTCTAT ACGCTCAGAT AGGAACCGAA CTGTTTGAAA AGTTCCATGT GATTCTCAAG 
GAAAAGGCCG AACAGGGAGC AGTTAAGTAT GTTCTTAGGC ACTTCGTGAA GGTTGTTTCA 
AACAGGAAAA TGCGACTGTC CGGATACGGC GTGGAACTGC ATTTGAAGTC GACTGAGTAC 
AAAAGCCAGG ACGATTCGCC CCGTCCGCAG GACCAAGACA CAGTTTTTAG CGACGATTCT 
GCCGAACCGG AAGTCGAAGG ATTCGACTTC GTGAAACTTA AGGCACGCTT CCCGCATCTT 
TCCCACTCGC TTGACCGTTT TCGCAATGCC CTGCAGGAGA AACACGAGGA AATTGCACCT 
CTGAAAGCTT GGGAGTTCCA GGAGTTGGGT CTGCAAGCCG CTCAAAGAAT CGCTCAGATC 
CAAGGTGAAG AAGCGTTGCA AATTTTGCAA TTCACAGCGC AGAATTTCCC AACGCAAGCC 
AAATCCCTGC TAGCTCAAAC GGTATCTGAA GATTTCAAAA AAGAAATGCG ACACAACATC 
GAAGTGCTGG GTCGCAATCT GAATCTGCAA CCTCCGGATT CTGCCTTATT CCTCAACGGA 
TTGTTCTTCG ATGCTGAGAC AATCGATACC ATTACACTGT TGGACACACT CCGTTCAGAA 
ATGCACGTCC TAGAAGGTTT AAGTCGTATC AATCTTCGCG GCAAAGCGGC CGCCCCTTTG 
CTGGCCCTGG ATCTCTCGTC GACCTCCAAG GAATTTGCCA TCGACATTCG TGATTCGGCC 
ATCACGTGGA TCAACGATTT GGAAAACGAC GCCCAATATC GGCGATGGCC GGGAAGTGTC 
ATGGATCTGT TGCGGCCAAC TTTCCCCGGA ATGTTGCGAA ACATTCGCAA GAACCTCTTC 
AACCTGGTGC TGGTAATCGA TCCAGTAGCT AACAGCGACA ATGGTCGGGG CATAGTGAAG 
CTTGCGGAAA GCTTCGTCGT CCATTCGGCA CCGGTTCGGG TGGGTTTGGT CTTTGACACT 
AGGGCTAGCT CGGATAAAGA GGCGGACTAC CGTGCGATTG TATGTGCATT CAACTATGTC 
CACCAGAAGA AGGGATCCAC CGATGCTCTG GGATTCCTAA CAGATCTCTT TGCGGTTGCC 
TCCAAAAAAG ACATCACCTA CGACGATGTG CGCAAGCAGC TGAAGAAAAC TTTCTCCAAA 
CTAAAATCGG ACGAGGTGGA CGAGATTCTC GGCGAGGACT CGGACTTCGA TTACGGTCGA 
CAGCTTTCGC AAGAATTTGT CGCTAGGCTT GGCTTGAAGA CCACACCGCA GGCTTTGATG 
AATGGAGTTA TGCTGCCACA AAACACACTA AACACCGATG ACTTTGAGGA AACTATTCTC 
ACGGAGATCA TGCAGCAGAC GCCCACCATC CAGAAGGCCG TCTACAAGGG AGACCTTAAC 
GATGGGGAAC CCGTAATCGA CTATCTGATG AAGCAACCAC ACGTCATGCC AAGATTGAAT 
CAGCGCATCC TATCGGCCGA AGATCCAACC TTCCTGGACG TCTCCGGCAA TCCTCATCCG 
GATCTGGAGG ACGTATCCGC CTTGGCCCAA TTGTCGAACT CCGACCTGAC GGCTACGCTG 
TTGAAGAACC TCAAGTATCT GGGTGGGAAG TCGACCTACG AAAAGTTCAT GGGCTATCGG 
CTGCATTTCC AAAATGTTTG GGTTGTTGCG GATTTAAAGC AAAGCGACGG ACGAAAACTA 
CTGCAGAATG CGCTACGATT TATGAAATCA ACTAGCGGCA CAAGGGTGGC ATTCGTTCCT 
AACGTAGACG GTTCGGATGC GGCTCGATCC GAACTGAAGA AAGATTTAAA TGCTCTGGTA 
TGGGCTGCGA TCAACACTCT TCAGCCAGAC GAGGCAACCG AATTGGTAAT CAATCTGTTG 
AAGCAAGCTG AAGAAGGCAA GGACTTCGAA GTTCCAGATT CAGTACTTGG CTTCCTCCCG 
GCAACGCAGC TGCACTTGAA AATGCTTCGG GTTTACTGTC AACGTGTCCT GAAACTGAAA 
GCATCCATGA ACGGCTTGGT GGCTAATGGT CGTGTTCTGG GACCATTTGA TCCTGAGGAA 
GTGTTCGATT CGGAAGACTT CGGCTTGCTG GAAAAGTTCA TCAATCTGCA GTACACCGAC 
AAGATTCGAA AAGCCCTGAA GGAGGCATCC ACTGATGGGG AAGACATCGA AGTTTCCAGT 
GATACCATCT TCCGGCTGGT TTCAATTCTA GTACCTCGGC AGCAATCGAA GTCACGCTTT 
AACATACCGG CGGAAATCCA GGAGAACCAT ACCGTGGTTA GGCTACCTCC GAAATCGAAC 
GATTTGCCTT TCTTCGAGAT TGTTGCGGTA TTGGATCCCG CATCGAGAGG AGCCCAGAAG 
CTATCGTCAT TACTCATTCT GTTGCGCAAT GTGGTCAACT GCAATATGCG TCTGATTCTC 
TGCGCCGTGG ATAGACACAG CGACATGCCG GTAAAAACTT TCTACCGCTT CGTTGTTGAG 
CCAGAACTTC AATTCACGCC TGATGGTAAA CATGCTCCTG GGCCATATGC CAAGTTCGTC 
GGATTGCCAG CAAATCCTTT GCTGACGCAA AGTCTCAACG TGCCAGAAAA TTGGCTCGTA 
GAAGTGGTGC GATCCGTCTA CGATCTGGAC AATATCAAGC TGTCAGAAAT CAACGGCCCG 
GTGCATAGCG AATACGAGCT GGAGTATCTG CTTCTGGAGG GTCACTGCTT CGACACCACG 
ACTGGTTCAC CACCACGAGG TTTGCAAATC ACGTTGGGAA CGGAGCAGCA GCCCATCGTC 
GTCGATACTA TCGTGATGGC CAATTTGGGT TATTTTCAGC TGAAGGCAAA TCCGGGAGCT 
TGGGTTTTGA AGCTGCGTCA CGGTAAGAGT GCGGATATCT ATGACATTAC AAGTGCCGAG 
GGACCCAGTA CCGTGCACTC CAGCGATGAT ACAAGGGTTA TCGTAAGTTC ACTGAAGTCG 
CACGTGTTGA AGTTGAGGGT AACCAAAAAA CCGGGCAAAG CTAATGCTGA TTTGCTTGGA 
GATGATAAGG ATTCCGGTGG TGGAATTTGG GATTCGATAA GTTCTATCGT AGGATCTGGC 
GATGCCCAGG ACAAAGAAGT GCTGAACATA TTTTCGGTTG CTTCGGGACA CTTGTATGAA 
CGGCTGTTGA GGATTATGAT GCTGTCGTTA CTGAAGCATA CCAAAACTCC CGTCAAGTTT 
TGGTTCTTGA AAAATTATCT TTCACCACAG TTCATAGACT TCTTACCGTA CATGGCCAAG 
GAGTACAACT TCCAGTATGA GTTGGTACAA TACAAATGGC CACGTTGGTT ACATCAGCAG 
ACTGAAAAAC AGCGAATTAT TTGGGGCTAC AAAATTCTTT TCCTAGACGT ACTCTTCCCG 
CTGGATGTAA AGAAAATTAT TTTCGTTGAC GCCGATCAAA TCGTTCGTGC TGATATGAAA 
GAGCTCAACG ACTTCGATCT CGGTGGAGCT CCCTACGGGT ATACCCCTTT CTGCGATTCA 
CGTCAAGAAA TGGAAGGATT CCGCTTCTGG AAACAGGGTT ACTGGAGGAA CCACTTGCAA 
GGTCGCAAGT ATCACATTTC GGCATTGTAC GTGGTAGATT TGAAACGATT TAGAAAGATC 
GCCGCTGGTG ATCGAATCCG AGGACAGTAT CAAGCTTTAA GCCAAGATCC CAACAGTTTA 
TCGAACTTGG ATCAGGATCT GCCAAATAAT ATGATTCATC AGGTGGCGAT CAAATCGCTA 
CCACAGGAAT GGCTTTGGTG TGAAACTTGG TGTAGTAGCG ATACGTTACA GTATGCGAAG 
ACCATCGATC TTTGCAACAA TCCTCTGACC AAAGAGGCTA AACTAACCGC CGCCCAAAGA 
ATTGTGCCCG AATGGAAGGA CTACGATTCG GAGATAAAAC GACTGCAAGC CAAGGTGGAT 
GAACTTGAAC ACGAAGCTGG TCAGATTTCA CATTCCCAAG GAGATGCTTC CTCCAACCAA 
GAAGCGCAAC ACACTGAGCT GTAG

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

AAEL_AAEL000444 ( XM_001656350.1 ) cDNA ORF clone, Aedes aegypti(Yellow fever mosquito) -> XP_001656400.1 Aedes aegypti AAEL000444-RA mRNA.

Price & Availability↑

CloneID	OAe12091
Clone ID Related Accession (Same CDS sequence)	XM_001656350.2 , XM_001656350.1
Accession Version	XM_001656350.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4584bp) 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	AAEL000444-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_001811573).

ATGAAGGTTT GTTACGGGCT GGTGTTGTTG GCTTTAGTGA CGTTCTTCGA AGCGGCTGCC 
GGTGAATCTA AAAGCCACCC AGTCACAACG CAGCTTTCGG CGAAATGGGG CATAACGCCA 
GCCGAACTGG AGATTGCGGA GTTCATTGCA GAGGAAAATG TTAATCTGTT TTGGGACTAC 
ATCGACTTGC TCAACAAGAT TCCACACGGT CTTTATAGCA TAGGTACCGA ACGGGATCGA 
TACAAGAAGT CTATCGAGCT GGCCGAAAGT TTACTAGGAG TTGGTCAAAC AAACTTGTTG 
AAGCTGGCAT TATCGTTGCA TAGCTTTTCC GCCAAGGTGC AAGCTCATCT CCAGATAGCC 
AACGAGGTCC TAAAACAAGG AGATTGCGAA TCTGCGGCAT TTGTGAGCAT TGGAGGAAAG 
GTGGCGTGCG ATGAAAGTGA GCTTAGGAGC ATCCTGAATG CCCTGGATAA GGATCCTTCG 
AAGGTGGAAA CTACCACTTT GGACCATGTG TACCCAGCTT CGGAGAATAA TTCGCTAACT 
GCCGTTCTAT ACGCTCAGAT AGGAACCGAA CTGTTTGAAA AGTTCCATGT GATTCTCAAG 
GAAAAGGCCG AACAGGGAGC AGTTAAGTAT GTTCTTAGGC ACTTCGTGAA GGTTGTTTCA 
AACAGGAAAA TGCGACTGTC CGGATACGGC GTGGAACTGC ATTTGAAGTC GACTGAGTAC 
AAAAGCCAGG ACGATTCGCC CCGTCCGCAG GACCAAGACA CAGTTTTTAG CGACGATTCT 
GCCGAACCGG AAGTCGAAGG ATTCGACTTC GTGAAACTTA AGGCACGCTT CCCGCATCTT 
TCCCACTCGC TTGACCGTTT TCGCAATGCC CTGCAGGAGA AACACGAGGA AATTGCACCT 
CTGAAAGCTT GGGAGTTCCA GGAGTTGGGT CTGCAAGCCG CTCAAAGAAT CGCTCAGATC 
CAAGGTGAAG AAGCGTTGCA AATTTTGCAA TTCACAGCGC AGAATTTCCC AACGCAAGCC 
AAATCCCTGC TAGCTCAAAC GGTATCTGAA GATTTCAAAA AAGAAATGCG ACACAACATC 
GAAGTGCTGG GTCGCAATCT GAATCTGCAA CCTCCGGATT CTGCCTTATT CCTCAACGGA 
TTGTTCTTCG ATGCTGAGAC AATCGATACC ATTACACTGT TGGACACACT CCGTTCAGAA 
ATGCACGTCC TAGAAGGTTT AAGTCGTATC AATCTTCGCG GCAAAGCGGC CGCCCCTTTG 
CTGGCCCTGG ATCTCTCGTC GACCTCCAAG GAATTTGCCA TCGACATTCG TGATTCGGCC 
ATCACGTGGA TCAACGATTT GGAAAACGAC GCCCAATATC GGCGATGGCC GGGAAGTGTC 
ATGGATCTGT TGCGGCCAAC TTTCCCCGGA ATGTTGCGAA ACATTCGCAA GAACCTCTTC 
AACCTGGTGC TGGTAATCGA TCCAGTAGCT AACAGCGACA ATGGTCGGGG CATAGTGAAG 
CTTGCGGAAA GCTTCGTCGT CCATTCGGCA CCGGTTCGGG TGGGTTTGGT CTTTGACACT 
AGGGCTAGCT CGGATAAAGA GGCGGACTAC CGTGCGATTG TATGTGCATT CAACTATGTC 
CACCAGAAGA AGGGATCCAC CGATGCTCTG GGATTCCTAA CAGATCTCTT TGCGGTTGCC 
TCCAAAAAAG ACATCACCTA CGACGATGTG CGCAAGCAGC TGAAGAAAAC TTTCTCCAAA 
CTAAAATCGG ACGAGGTGGA CGAGATTCTC GGCGAGGACT CGGACTTCGA TTACGGTCGA 
CAGCTTTCGC AAGAATTTGT CGCTAGGCTT GGCTTGAAGA CCACACCGCA GGCTTTGATG 
AATGGAGTTA TGCTGCCACA AAACACACTA AACACCGATG ACTTTGAGGA AACTATTCTC 
ACGGAGATCA TGCAGCAGAC GCCCACCATC CAGAAGGCCG TCTACAAGGG AGACCTTAAC 
GATGGGGAAC CCGTAATCGA CTATCTGATG AAGCAACCAC ACGTCATGCC AAGATTGAAT 
CAGCGCATCC TATCGGCCGA AGATCCAACC TTCCTGGACG TCTCCGGCAA TCCTCATCCG 
GATCTGGAGG ACGTATCCGC CTTGGCCCAA TTGTCGAACT CCGACCTGAC GGCTACGCTG 
TTGAAGAACC TCAAGTATCT GGGTGGGAAG TCGACCTACG AAAAGTTCAT GGGCTATCGG 
CTGCATTTCC AAAATGTTTG GGTTGTTGCG GATTTAAAGC AAAGCGACGG ACGAAAACTA 
CTGCAGAATG CGCTACGATT TATGAAATCA ACTAGCGGCA CAAGGGTGGC ATTCGTTCCT 
AACGTAGACG GTTCGGATGC GGCTCGATCC GAACTGAAGA AAGATTTAAA TGCTCTGGTA 
TGGGCTGCGA TCAACACTCT TCAGCCAGAC GAGGCAACCG AATTGGTAAT CAATCTGTTG 
AAGCAAGCTG AAGAAGGCAA GGACTTCGAA GTTCCAGATT CAGTACTTGG CTTCCTCCCG 
GCAACGCAGC TGCACTTGAA AATGCTTCGG GTTTACTGTC AACGTGTCCT GAAACTGAAA 
GCATCCATGA ACGGCTTGGT GGCTAATGGT CGTGTTCTGG GACCATTTGA TCCTGAGGAA 
GTGTTCGATT CGGAAGACTT CGGCTTGCTG GAAAAGTTCA TCAATCTGCA GTACACCGAC 
AAGATTCGAA AAGCCCTGAA GGAGGCATCC ACTGATGGGG AAGACATCGA AGTTTCCAGT 
GATACCATCT TCCGGCTGGT TTCAATTCTA GTACCTCGGC AGCAATCGAA GTCACGCTTT 
AACATACCGG CGGAAATCCA GGAGAACCAT ACCGTGGTTA GGCTACCTCC GAAATCGAAC 
GATTTGCCTT TCTTCGAGAT TGTTGCGGTA TTGGATCCCG CATCGAGAGG AGCCCAGAAG 
CTATCGTCAT TACTCATTCT GTTGCGCAAT GTGGTCAACT GCAATATGCG TCTGATTCTC 
TGCGCCGTGG ATAGACACAG CGACATGCCG GTAAAAACTT TCTACCGCTT CGTTGTTGAG 
CCAGAACTTC AATTCACGCC TGATGGTAAA CATGCTCCTG GGCCATATGC CAAGTTCGTC 
GGATTGCCAG CAAATCCTTT GCTGACGCAA AGTCTCAACG TGCCAGAAAA TTGGCTCGTA 
GAAGTGGTGC GATCCGTCTA CGATCTGGAC AATATCAAGC TGTCAGAAAT CAACGGCCCG 
GTGCATAGCG AATACGAGCT GGAGTATCTG CTTCTGGAGG GTCACTGCTT CGACACCACG 
ACTGGTTCAC CACCACGAGG TTTGCAAATC ACGTTGGGAA CGGAGCAGCA GCCCATCGTC 
GTCGATACTA TCGTGATGGC CAATTTGGGT TATTTTCAGC TGAAGGCAAA TCCGGGAGCT 
TGGGTTTTGA AGCTGCGTCA CGGTAAGAGT GCGGATATCT ATGACATTAC AAGTGCCGAG 
GGACCCAGTA CCGTGCACTC CAGCGATGAT ACAAGGGTTA TCGTAAGTTC ACTGAAGTCG 
CACGTGTTGA AGTTGAGGGT AACCAAAAAA CCGGGCAAAG CTAATGCTGA TTTGCTTGGA 
GATGATAAGG ATTCCGGTGG TGGAATTTGG GATTCGATAA GTTCTATCGT AGGATCTGGC 
GATGCCCAGG ACAAAGAAGT GCTGAACATA TTTTCGGTTG CTTCGGGACA CTTGTATGAA 
CGGCTGTTGA GGATTATGAT GCTGTCGTTA CTGAAGCATA CCAAAACTCC CGTCAAGTTT 
TGGTTCTTGA AAAATTATCT TTCACCACAG TTCATAGACT TCTTACCGTA CATGGCCAAG 
GAGTACAACT TCCAGTATGA GTTGGTACAA TACAAATGGC CACGTTGGTT ACATCAGCAG 
ACTGAAAAAC AGCGAATTAT TTGGGGCTAC AAAATTCTTT TCCTAGACGT ACTCTTCCCG 
CTGGATGTAA AGAAAATTAT TTTCGTTGAC GCCGATCAAA TCGTTCGTGC TGATATGAAA 
GAGCTCAACG ACTTCGATCT CGGTGGAGCT CCCTACGGGT ATACCCCTTT CTGCGATTCA 
CGTCAAGAAA TGGAAGGATT CCGCTTCTGG AAACAGGGTT ACTGGAGGAA CCACTTGCAA 
GGTCGCAAGT ATCACATTTC GGCATTGTAC GTGGTAGATT TGAAACGATT TAGAAAGATC 
GCCGCTGGTG ATCGAATCCG AGGACAGTAT CAAGCTTTAA GCCAAGATCC CAACAGTTTA 
TCGAACTTGG ATCAGGATCT GCCAAATAAT ATGATTCATC AGGTGGCGAT CAAATCGCTA 
CCACAGGAAT GGCTTTGGTG TGAAACTTGG TGTAGTAGCG ATACGTTACA GTATGCGAAG 
ACCATCGATC TTTGCAACAA TCCTCTGACC AAAGAGGCTA AACTAACCGC CGCCCAAAGA 
ATTGTGCCCG AATGGAAGGA CTACGATTCG GAGATAAAAC GACTGCAAGC CAAGGTGGAT 
GAACTTGAAC ACGAAGCTGG TCAGATTTCA CATTCCCAAG GAGATGCTTC CTCCAACCAA 
GAAGCGCAAC ACACTGAGCT GTAG

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

RefSeq	XP_001656400.1
CDS	10..4593
Translation	MKVCYGLVLLALVTFFEAAAGESKSHPVTTQLSAKWGITPAELEIAEFIAEENVNLFWDYIDLLNKIPHGLYSIGTERDRYKKSIELAESLLGVGQTNLLKLALSLHSFSAKVQAHLQIANEVLKQGDCESAAFVSIGGKVACDESELRSILNALDKDPSKVETTTLDHVYPASENNSLTAVLYAQIGTELFEKFHVILKEKAEQGAVKYVLRHFVKVVSNRKMRLSGYGVELHLKSTEYKSQDDSPRPQDQDTVFSDDSAEPEVEGFDFVKLKARFPHLSHSLDRFRNALQEKHEEIAPLKAWEFQELGLQAAQRIAQIQGEEALQILQFTAQNFPTQAKSLLAQTVSEDFKKEMRHNIEVLGRNLNLQPPDSALFLNGLFFDAETIDTITLLDTLRSEMHVLEGLSRINLRGKAAAPLLALDLSSTSKEFAIDIRDSAITWINDLENDAQYRRWPGSVMDLLRPTFPGMLRNIRKNLFNLVLVIDPVANSDNGRGIVKLAESFVVHSAPVRVGLVFDTRASSDKEADYRAIVCAFNYVHQKKGSTDALGFLTDLFAVASKKDITYDDVRKQLKKTFSKLKSDEVDEILGEDSDFDYGRQLSQEFVARLGLKTTPQALMNGVMLPQNTLNTDDFEETILTEIMQQTPTIQKAVYKGDLNDGEPVIDYLMKQPHVMPRLNQRILSAEDPTFLDVSGNPHPDLEDVSALAQLSNSDLTATLLKNLKYLGGKSTYEKFMGYRLHFQNVWVVADLKQSDGRKLLQNALRFMKSTSGTRVAFVPNVDGSDAARSELKKDLNALVWAAINTLQPDEATELVINLLKQAEEGKDFEVPDSVLGFLPATQLHLKMLRVYCQRVLKLKASMNGLVANGRVLGPFDPEEVFDSEDFGLLEKFINLQYTDKIRKALKEASTDGEDIEVSSDTIFRLVSILVPRQQSKSRFNIPAEIQENHTVVRLPPKSNDLPFFEIVAVLDPASRGAQKLSSLLILLRNVVNCNMRLILCAVDRHSDMPVKTFYRFVVEPELQFTPDGKHAPGPYAKFVGLPANPLLTQSLNVPENWLVEVVRSVYDLDNIKLSEINGPVHSEYELEYLLLEGHCFDTTTGSPPRGLQITLGTEQQPIVVDTIVMANLGYFQLKANPGAWVLKLRHGKSADIYDITSAEGPSTVHSSDDTRVIVSSLKSHVLKLRVTKKPGKANADLLGDDKDSGGGIWDSISSIVGSGDAQDKEVLNIFSVASGHLYERLLRIMMLSLLKHTKTPVKFWFLKNYLSPQFIDFLPYMAKEYNFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLDVKKIIFVDADQIVRADMKELNDFDLGGAPYGYTPFCDSRQEMEGFRFWKQGYWRNHLQGRKYHISALYVVDLKRFRKIAAGDRIRGQYQALSQDPNSLSNLDQDLPNNMIHQVAIKSLPQEWLWCETWCSSDTLQYAKTIDLCNNPLTKEAKLTAAQRIVPEWKDYDSEIKRLQAKVDELEHEAGQISHSQGDASSNQEAQHTEL

Target ORF information:

RefSeq Version	XM_001656350.1
Organism	Aedes aegypti(Yellow fever mosquito)
Definition	Aedes aegypti AAEL000444-RA mRNA.

Target ORF information:

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

XM_001656350.1

ORF Insert Sequence:

ATGAAGGTTT GTTACGGGCT GGTGTTGTTG GCTTTAGTGA CGTTCTTCGA AGCGGCTGCC 
GGTGAATCTA AAAGCCACCC AGTCACAACG CAGCTTTCGG CGAAATGGGG CATAACGCCA 
GCCGAACTGG AGATTGCGGA GTTCATTGCA GAGGAAAATG TTAATCTGTT TTGGGACTAC 
ATCGACTTGC TCAACAAGAT TCCACACGGT CTTTATAGCA TAGGTACCGA ACGGGATCGA 
TACAAGAAGT CTATCGAGCT GGCCGAAAGT TTACTAGGAG TTGGTCAAAC AAACTTGTTG 
AAGCTGGCAT TATCGTTGCA TAGCTTTTCC GCCAAGGTGC AAGCTCATCT CCAGATAGCC 
AACGAGGTCC TAAAACAAGG AGATTGCGAA TCTGCGGCAT TTGTGAGCAT TGGAGGAAAG 
GTGGCGTGCG ATGAAAGTGA GCTTAGGAGC ATCCTGAATG CCCTGGATAA GGATCCTTCG 
AAGGTGGAAA CTACCACTTT GGACCATGTG TACCCAGCTT CGGAGAATAA TTCGCTAACT 
GCCGTTCTAT ACGCTCAGAT AGGAACCGAA CTGTTTGAAA AGTTCCATGT GATTCTCAAG 
GAAAAGGCCG AACAGGGAGC AGTTAAGTAT GTTCTTAGGC ACTTCGTGAA GGTTGTTTCA 
AACAGGAAAA TGCGACTGTC CGGATACGGC GTGGAACTGC ATTTGAAGTC GACTGAGTAC 
AAAAGCCAGG ACGATTCGCC CCGTCCGCAG GACCAAGACA CAGTTTTTAG CGACGATTCT 
GCCGAACCGG AAGTCGAAGG ATTCGACTTC GTGAAACTTA AGGCACGCTT CCCGCATCTT 
TCCCACTCGC TTGACCGTTT TCGCAATGCC CTGCAGGAGA AACACGAGGA AATTGCACCT 
CTGAAAGCTT GGGAGTTCCA GGAGTTGGGT CTGCAAGCCG CTCAAAGAAT CGCTCAGATC 
CAAGGTGAAG AAGCGTTGCA AATTTTGCAA TTCACAGCGC AGAATTTCCC AACGCAAGCC 
AAATCCCTGC TAGCTCAAAC GGTATCTGAA GATTTCAAAA AAGAAATGCG ACACAACATC 
GAAGTGCTGG GTCGCAATCT GAATCTGCAA CCTCCGGATT CTGCCTTATT CCTCAACGGA 
TTGTTCTTCG ATGCTGAGAC AATCGATACC ATTACACTGT TGGACACACT CCGTTCAGAA 
ATGCACGTCC TAGAAGGTTT AAGTCGTATC AATCTTCGCG GCAAAGCGGC CGCCCCTTTG 
CTGGCCCTGG ATCTCTCGTC GACCTCCAAG GAATTTGCCA TCGACATTCG TGATTCGGCC 
ATCACGTGGA TCAACGATTT GGAAAACGAC GCCCAATATC GGCGATGGCC GGGAAGTGTC 
ATGGATCTGT TGCGGCCAAC TTTCCCCGGA ATGTTGCGAA ACATTCGCAA GAACCTCTTC 
AACCTGGTGC TGGTAATCGA TCCAGTAGCT AACAGCGACA ATGGTCGGGG CATAGTGAAG 
CTTGCGGAAA GCTTCGTCGT CCATTCGGCA CCGGTTCGGG TGGGTTTGGT CTTTGACACT 
AGGGCTAGCT CGGATAAAGA GGCGGACTAC CGTGCGATTG TATGTGCATT CAACTATGTC 
CACCAGAAGA AGGGATCCAC CGATGCTCTG GGATTCCTAA CAGATCTCTT TGCGGTTGCC 
TCCAAAAAAG ACATCACCTA CGACGATGTG CGCAAGCAGC TGAAGAAAAC TTTCTCCAAA 
CTAAAATCGG ACGAGGTGGA CGAGATTCTC GGCGAGGACT CGGACTTCGA TTACGGTCGA 
CAGCTTTCGC AAGAATTTGT CGCTAGGCTT GGCTTGAAGA CCACACCGCA GGCTTTGATG 
AATGGAGTTA TGCTGCCACA AAACACACTA AACACCGATG ACTTTGAGGA AACTATTCTC 
ACGGAGATCA TGCAGCAGAC GCCCACCATC CAGAAGGCCG TCTACAAGGG AGACCTTAAC 
GATGGGGAAC CCGTAATCGA CTATCTGATG AAGCAACCAC ACGTCATGCC AAGATTGAAT 
CAGCGCATCC TATCGGCCGA AGATCCAACC TTCCTGGACG TCTCCGGCAA TCCTCATCCG 
GATCTGGAGG ACGTATCCGC CTTGGCCCAA TTGTCGAACT CCGACCTGAC GGCTACGCTG 
TTGAAGAACC TCAAGTATCT GGGTGGGAAG TCGACCTACG AAAAGTTCAT GGGCTATCGG 
CTGCATTTCC AAAATGTTTG GGTTGTTGCG GATTTAAAGC AAAGCGACGG ACGAAAACTA 
CTGCAGAATG CGCTACGATT TATGAAATCA ACTAGCGGCA CAAGGGTGGC ATTCGTTCCT 
AACGTAGACG GTTCGGATGC GGCTCGATCC GAACTGAAGA AAGATTTAAA TGCTCTGGTA 
TGGGCTGCGA TCAACACTCT TCAGCCAGAC GAGGCAACCG AATTGGTAAT CAATCTGTTG 
AAGCAAGCTG AAGAAGGCAA GGACTTCGAA GTTCCAGATT CAGTACTTGG CTTCCTCCCG 
GCAACGCAGC TGCACTTGAA AATGCTTCGG GTTTACTGTC AACGTGTCCT GAAACTGAAA 
GCATCCATGA ACGGCTTGGT GGCTAATGGT CGTGTTCTGG GACCATTTGA TCCTGAGGAA 
GTGTTCGATT CGGAAGACTT CGGCTTGCTG GAAAAGTTCA TCAATCTGCA GTACACCGAC 
AAGATTCGAA AAGCCCTGAA GGAGGCATCC ACTGATGGGG AAGACATCGA AGTTTCCAGT 
GATACCATCT TCCGGCTGGT TTCAATTCTA GTACCTCGGC AGCAATCGAA GTCACGCTTT 
AACATACCGG CGGAAATCCA GGAGAACCAT ACCGTGGTTA GGCTACCTCC GAAATCGAAC 
GATTTGCCTT TCTTCGAGAT TGTTGCGGTA TTGGATCCCG CATCGAGAGG AGCCCAGAAG 
CTATCGTCAT TACTCATTCT GTTGCGCAAT GTGGTCAACT GCAATATGCG TCTGATTCTC 
TGCGCCGTGG ATAGACACAG CGACATGCCG GTAAAAACTT TCTACCGCTT CGTTGTTGAG 
CCAGAACTTC AATTCACGCC TGATGGTAAA CATGCTCCTG GGCCATATGC CAAGTTCGTC 
GGATTGCCAG CAAATCCTTT GCTGACGCAA AGTCTCAACG TGCCAGAAAA TTGGCTCGTA 
GAAGTGGTGC GATCCGTCTA CGATCTGGAC AATATCAAGC TGTCAGAAAT CAACGGCCCG 
GTGCATAGCG AATACGAGCT GGAGTATCTG CTTCTGGAGG GTCACTGCTT CGACACCACG 
ACTGGTTCAC CACCACGAGG TTTGCAAATC ACGTTGGGAA CGGAGCAGCA GCCCATCGTC 
GTCGATACTA TCGTGATGGC CAATTTGGGT TATTTTCAGC TGAAGGCAAA TCCGGGAGCT 
TGGGTTTTGA AGCTGCGTCA CGGTAAGAGT GCGGATATCT ATGACATTAC AAGTGCCGAG 
GGACCCAGTA CCGTGCACTC CAGCGATGAT ACAAGGGTTA TCGTAAGTTC ACTGAAGTCG 
CACGTGTTGA AGTTGAGGGT AACCAAAAAA CCGGGCAAAG CTAATGCTGA TTTGCTTGGA 
GATGATAAGG ATTCCGGTGG TGGAATTTGG GATTCGATAA GTTCTATCGT AGGATCTGGC 
GATGCCCAGG ACAAAGAAGT GCTGAACATA TTTTCGGTTG CTTCGGGACA CTTGTATGAA 
CGGCTGTTGA GGATTATGAT GCTGTCGTTA CTGAAGCATA CCAAAACTCC CGTCAAGTTT 
TGGTTCTTGA AAAATTATCT TTCACCACAG TTCATAGACT TCTTACCGTA CATGGCCAAG 
GAGTACAACT TCCAGTATGA GTTGGTACAA TACAAATGGC CACGTTGGTT ACATCAGCAG 
ACTGAAAAAC AGCGAATTAT TTGGGGCTAC AAAATTCTTT TCCTAGACGT ACTCTTCCCG 
CTGGATGTAA AGAAAATTAT TTTCGTTGAC GCCGATCAAA TCGTTCGTGC TGATATGAAA 
GAGCTCAACG ACTTCGATCT CGGTGGAGCT CCCTACGGGT ATACCCCTTT CTGCGATTCA 
CGTCAAGAAA TGGAAGGATT CCGCTTCTGG AAACAGGGTT ACTGGAGGAA CCACTTGCAA 
GGTCGCAAGT ATCACATTTC GGCATTGTAC GTGGTAGATT TGAAACGATT TAGAAAGATC 
GCCGCTGGTG ATCGAATCCG AGGACAGTAT CAAGCTTTAA GCCAAGATCC CAACAGTTTA 
TCGAACTTGG ATCAGGATCT GCCAAATAAT ATGATTCATC AGGTGGCGAT CAAATCGCTA 
CCACAGGAAT GGCTTTGGTG TGAAACTTGG TGTAGTAGCG ATACGTTACA GTATGCGAAG 
ACCATCGATC TTTGCAACAA TCCTCTGACC AAAGAGGCTA AACTAACCGC CGCCCAAAGA 
ATTGTGCCCG AATGGAAGGA CTACGATTCG GAGATAAAAC GACTGCAAGC CAAGGTGGAT 
GAACTTGAAC ACGAAGCTGG TCAGATTTCA CATTCCCAAG GAGATGCTTC CTCCAACCAA 
GAAGCGCAAC ACACTGAGCT GTAG

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_AAEL000444 cDNA ORF clone, Aedes aegypti(Yellow fever mosquito)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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