AAEL_AAEL008414 cDNA ORF clone, Aedes aegypti(Yellow fever mosquito)

Gene
Clones
gRNAs

Summary

Gene Symbol	AAEL_AAEL008414
Entrez Gene ID	5570610
Full Name	proline-rich protein 36
Gene Type	protein-coding
Organism	Aedes aegypti(Yellow fever mosquito)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021853685.1	XP_021709377.1	proline-rich protein 36
XM_001653224.2	XP_001653274.2	proline-rich protein 36
XM_021853690.1	XP_021709382.1	proline-rich protein 36
XM_001653224.1	XP_001653274.1	AAEL008414-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_AAEL008414 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the AAEL_AAEL008414 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)
OAe06106	XM_001653224.1 Latest version!	Aedes aegypti AAEL008414-RA partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OAe115574	XM_021853690.1 Latest version!	Aedes aegypti proline-rich protein 36 (LOC5570610), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OAe115574	XM_001653224.2 Latest version!	Aedes aegypti proline-rich protein 36 (LOC5570610), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OAe115574	XM_021853685.1 Latest version!	Aedes aegypti proline-rich protein 36 (LOC5570610), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00

ORF Online Only Promotion

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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_AAEL008414 ( XM_001653224.1 ) cDNA ORF clone, Aedes aegypti(Yellow fever mosquito) -> XP_001653274.1 Aedes aegypti AAEL008414-RA partial mRNA.

Price & Availability↑

CloneID	OAe06106
Clone ID Related Accession (Same CDS sequence)	XM_001653224.1
Accession Version	XM_001653224.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4128bp) 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	AAEL008414-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_001811045). COMPLETENESS: incomplete on both ends.

ATGGGGAAAC GAAATCGGCT ACTGCCGATA GGTATCGTCA TCTGTTTGGT CCTTTACGCG 
GGATCCTCTG TAAAGGCGTT CAATTTCGAC GATGATTTAG AGGACCTAAT GGCAGAAGAA 
TCAATCGTGG ATGAAGAAGT CTACGGAGGC CCTATTTTGC CGTCGAACGT ATTCAATGGT 
GGAAAACCAT TTTACGTCGA GCGTGACCCT TCAACGGGAG CAATTGATTT CAACCATAAG 
AAAACTGTCA ATCAAATTGA CCTAGATGAC AAAGGATCTT ACGATACAAA GGACAGTCAC 
GTCAGCGATA CAAAAGATGT TATCGTCAGC CAATCTTCGC CAAACTTTCA CGATTTCCTA 
AATCTACCGG TGAAATACTC TTCCTCAAAC TTCGTTTATC CGTTGATTTC AAGTTCATAT 
GCCAATTTAA AATATCAAGG TAGCAACAAA GTGTCGAATC ACAAGAACGC AACGTCCACT 
CCATCTACGA CGACAGCTGC ACCTAAATTC CAATTTACGC GTCCTCAGTA CACAACTTCC 
AGGCTTAACA CCACACGAAA TCAACCAAGT CCTACTACCA CCCAAGTGAC ACAACCATCT 
TCTCGTTATA CTTATCCAAC TACTTCAGGA CGACCGATAA CGACCACCAC TACTACCACG 
ACCACCGAAA TACCGATGAC AACCATTCCA GCTAAACAAT TATTCACTAG ATACCCTTAC 
AAGAGTACTA TCAAGAACAA ATATTTGGAA ACGACAGAAC AGACACGTAA GAAGTTCTTC 
TTGCCTTCGA CTCTTTCTAT GCCGACCACG ACTACTACAC AACGACCTCA ATCCACCGAA 
CCAGAAACGA CTCCTATCCG TTCTTCAACC TACTACTCGC CTTCTGTTAG ACCGTGGTCC 
AGTCCATCGG CAACTCCACC TGTCACCACT ACTCCTGAGC CAACCACTGT ATCCCGTCCT 
GCAAACCCAA TTCGTTTTGA GGAAACTCAA CCTTTACCAC CGGTAGATGA TGAAGCTCAC 
AGGATGAAAT ATACCATACC AGCACTCAAA TACGAGGGTA ACCGTCCAGC ACCATTCCGA 
CCACTGCCAC CAAGTCACAT TATGTTGAAC CGTAAGAATG AAACCAGCAA CAAGATAGAT 
CTGCCAAATG ATCCAGCTGT AATGTCCCTT TCTGATATCT TTAACTCGCT CGGCTTGGAT 
GACAAACAAG CTGCCGCTGA AGAGAAGGAA AATAATATCG TCTTCGAAAC GACTATTGCT 
CAAACCACCG ATCAAACAAC GCCACCAGCA ATTGTGCTGA TTTCGGACCA ACAAAAGCAG 
GAATCAATTC AAGAAGGTCC AAAAATTGAA CAGTCCATTG ACCTTACTGA TCAATATGTG 
AAGTACGATA TCCAGCAATC GAATGGCCAT CGACCACAAA AACCGACCAA TGATCAATAC 
GACCATTATG AAGTTTATCA ATCTAACGGA CACCGTCCAC AAAACCCTCC GAAAGATTCC 
AACTTTGGAA ATCAATATGT CAAGTACGAG GTACAACAAC CACAAATTAA CATAGTCAAA 
TACGGTACGG TTCCAAGCAT GAATAGTGTT GTAATCAGTC CCAATCAACA TTCGGCTACA 
TTCGTCTTGG GATCTCAACA ATCGGTAGGA AGTTCAAGTG ATGGACATTT TGTGAGCTCA 
GTCTCGCAGG AACCTGCTTC TGCTGCTCTT AATGGCCATC CGACTGGCTA TCAAATGGGG 
CAGGTGCTGG ACGAACCAAA CGAAAGCTCC AATGTGCAAG TTGGCACATC AGTGAACGTT 
CAAGTTAAGC CTCAAGATAT AATCAAAACC ACCAGCGTGC GATTTCCCAG TGAAAGCGAC 
GACAAGTATG AGAATGCACC CATTATTAGT GGAACCCATA AGAGTGAAGT TTTGCCACCC 
AATGGACATT CTGCTCCTAT TGGTGTTGGT CCAAACTCAA TGGTTGTGTT CCCCAAGAAC 
GATCAAATTG AAAGCACTCT TCATGAAGTT TCAAACAGAA TCGTTTTCGA TACACCAAAT 
GCTGAAGCTT TGAACAAGAA CGAAATTTCA AATTATCCCT CAGATCTACC AGAACAGCTA 
ACTCCTCCTT CAAATCCGGA CAACTCCCAT CTTTCAAAAC GTCCCCGACC CCCAATTCCT 
GCTCAAGGAC CACCATTCAT TTACAAAGAA ATCCAACGTA GGCCATATCC AGGAGGAATT 
CGACCACCTC TACAGCTACC TAACATTTTA CCCCAATTCA GACCGAACGC TAAAATATCA 
CATGGTCATT CCCCTTACCA TAAGGAAGCC GGTAATTTCA GAGTGCCTCC ACCGCCACCA 
GCTAAAAGTC TCCCCGCTAA TGGACCACCA AGAAAAGTTT TCGCTGATCC TTCAACAACA 
CATGTTCAAT CATCTACTCT AGCTATTCGT CGCGCACCAG GTCCAACTAG ATTCATGAAT 
CGCATCAATA CCATGCGTCC ACCTCAACAA ATGGAAGGGC CCAATGAAAA CCGCCGTTAC 
TATCGTTTGC CTCCTCCAAT GCTAAAAGAT CGCGTATTTC ACATCGCTCC CCCAAATCTA 
AAGCCACCTC CACCACCTGG CTCTTCCCCA GCTTCTAGAT TTGCTGAAAG CTATGCTCCT 
CCCACACCTG AAAAAACTGT ACCAAGCCGC AAAACTGAAG AATCCGAAAA TAATGAATTC 
CAACGTGATC CTCCAACAAT TCTGAAAAAC ACCATGACAG AAGATAAACC TCAGCGTCCT 
AAACTAGAAC CCGTGGTAAC TTTACAAATG CTTCAATCGA AAAAACAAAC CGAACAATCG 
AAACATAAAT TGCCATCGGG TCAAAAACTA GACCTAGCTG TTGAGGGCCA ACCTCCATCT 
TCTCCCGTAC AGGCTGTTAG CACCGATGGA GCCCAACCAG TTTATGTAGT CTACCCTGTC 
AAGAGTACGC CTATGAATCT GGATTCCATT CATGCAGGAA GTAACATTGA TCCCGTTGTG 
GTAGGACAAC ATGGAGAACA GTCACATATT CCGCCACCAC CCGCAAGAAT TAGTCCAGGT 
AGTGAATATC AAAATACGCC ATTTTCGATA GCTTCTCATT TCGAGCAGGA ACCAATTCTT 
ATGGCTAAGG ATAAGAAAGC ACTTCAAAAG GTTCATTTCC CATACAATAT TGAAAAACCG 
GATCCACACA CATTGATTGA GGTGGAAAAC GAATCGAAAT ATCGCATGCC GGAGATTATA 
GAAAAGAAAC AGGATAGCAT TTACAACATC GGCGAGGAAC CAATCAGTAA GGAGCAACCA 
GAGGATTCCG TTATATCCAG CAAATTGCAA CGTGTCACCG AAAGCACGCC GATTGCAATT 
GCCTACACAC CGACAGAATC TACACAAAAG TACAACTACA ACAAACATCC AAATTCTCCA 
TATTATTCAC CGTATGGTGA AACACAAACT GAAGTGTCCT ATCTGAAGAT GGATGATTTC 
GATGAATTCG GAAATCCAGC ACATCGGTAC GAACAAAACT TCCAAGCTCC ATTCCAAGCC 
AGTATCAGTT TGGATCCAGT GAAAGTTACC AACCCATACG AAGGATGGGC GGTTGTGACA 
TCTTCGCCCC AGGCACTTAT CAAAGAACAG AACAAAATTG ATCGGTCAGA TGATCATCAT 
TTCGAAGAAA CCGATTTGTC TACAAAGAAA CCTTTAGAAA AAGGAAGTTT TCAACCGGAA 
TTACAAGGAG GTTTTCGACC TATCTACGCA GAAGATATTA AACTAAGCGA AATGATGAAT 
CCGGACCCCC AATCAAGAAA TGCATTCTTA ATGGAGCGCG AAAGTGAACC CGAAATATCA 
ATGAAACAAG AACAAAAACA GGAACAAGAG AAAGTTCAGG AACCCGAAAG GAAGCCTTTG 
TTTGATAGTT TGGAAGCATT TTTCGATAAC TTGACTAAAG ATTATGATGA CAATACTGAG 
ATGACTGGAC TTGGTGATGA CATGGATGAT AGTACCGCCA AAATCAGCAA CGAACTTGAG 
GGAAGAAGTA GTGATAATTC TATTACTGAA ATGACAATAG ACGAAGAAAA TACAGAAGAG 
CCGTCTAGTG ATAAGAGTGC AGAAAAAGAA AAGAGCGTGA AGGAATGA

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

RefSeq	XP_001653274.1
CDS	1..4128
Translation	MGKRNRLLPIGIVICLVLYAGSSVKAFNFDDDLEDLMAEESIVDEEVYGGPILPSNVFNGGKPFYVERDPSTGAIDFNHKKTVNQIDLDDKGSYDTKDSHVSDTKDVIVSQSSPNFHDFLNLPVKYSSSNFVYPLISSSYANLKYQGSNKVSNHKNATSTPSTTTAAPKFQFTRPQYTTSRLNTTRNQPSPTTTQVTQPSSRYTYPTTSGRPITTTTTTTTTEIPMTTIPAKQLFTRYPYKSTIKNKYLETTEQTRKKFFLPSTLSMPTTTTTQRPQSTEPETTPIRSSTYYSPSVRPWSSPSATPPVTTTPEPTTVSRPANPIRFEETQPLPPVDDEAHRMKYTIPALKYEGNRPAPFRPLPPSHIMLNRKNETSNKIDLPNDPAVMSLSDIFNSLGLDDKQAAAEEKENNIVFETTIAQTTDQTTPPAIVLISDQQKQESIQEGPKIEQSIDLTDQYVKYDIQQSNGHRPQKPTNDQYDHYEVYQSNGHRPQNPPKDSNFGNQYVKYEVQQPQINIVKYGTVPSMNSVVISPNQHSATFVLGSQQSVGSSSDGHFVSSVSQEPASAALNGHPTGYQMGQVLDEPNESSNVQVGTSVNVQVKPQDIIKTTSVRFPSESDDKYENAPIISGTHKSEVLPPNGHSAPIGVGPNSMVVFPKNDQIESTLHEVSNRIVFDTPNAEALNKNEISNYPSDLPEQLTPPSNPDNSHLSKRPRPPIPAQGPPFIYKEIQRRPYPGGIRPPLQLPNILPQFRPNAKISHGHSPYHKEAGNFRVPPPPPAKSLPANGPPRKVFADPSTTHVQSSTLAIRRAPGPTRFMNRINTMRPPQQMEGPNENRRYYRLPPPMLKDRVFHIAPPNLKPPPPPGSSPASRFAESYAPPTPEKTVPSRKTEESENNEFQRDPPTILKNTMTEDKPQRPKLEPVVTLQMLQSKKQTEQSKHKLPSGQKLDLAVEGQPPSSPVQAVSTDGAQPVYVVYPVKSTPMNLDSIHAGSNIDPVVVGQHGEQSHIPPPPARISPGSEYQNTPFSIASHFEQEPILMAKDKKALQKVHFPYNIEKPDPHTLIEVENESKYRMPEIIEKKQDSIYNIGEEPISKEQPEDSVISSKLQRVTESTPIAIAYTPTESTQKYNYNKHPNSPYYSPYGETQTEVSYLKMDDFDEFGNPAHRYEQNFQAPFQASISLDPVKVTNPYEGWAVVTSSPQALIKEQNKIDRSDDHHFEETDLSTKKPLEKGSFQPELQGGFRPIYAEDIKLSEMMNPDPQSRNAFLMERESEPEISMKQEQKQEQEKVQEPERKPLFDSLEAFFDNLTKDYDDNTEMTGLGDDMDDSTAKISNELEGRSSDNSITEMTIDEENTEEPSSDKSAEKEKSVKE

Target ORF information:

RefSeq Version	XM_001653224.1
Organism	Aedes aegypti(Yellow fever mosquito)
Definition	Aedes aegypti AAEL008414-RA partial mRNA.

Target ORF information:

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

XM_001653224.1

ORF Insert Sequence:

ATGGGGAAAC GAAATCGGCT ACTGCCGATA GGTATCGTCA TCTGTTTGGT CCTTTACGCG 
GGATCCTCTG TAAAGGCGTT CAATTTCGAC GATGATTTAG AGGACCTAAT GGCAGAAGAA 
TCAATCGTGG ATGAAGAAGT CTACGGAGGC CCTATTTTGC CGTCGAACGT ATTCAATGGT 
GGAAAACCAT TTTACGTCGA GCGTGACCCT TCAACGGGAG CAATTGATTT CAACCATAAG 
AAAACTGTCA ATCAAATTGA CCTAGATGAC AAAGGATCTT ACGATACAAA GGACAGTCAC 
GTCAGCGATA CAAAAGATGT TATCGTCAGC CAATCTTCGC CAAACTTTCA CGATTTCCTA 
AATCTACCGG TGAAATACTC TTCCTCAAAC TTCGTTTATC CGTTGATTTC AAGTTCATAT 
GCCAATTTAA AATATCAAGG TAGCAACAAA GTGTCGAATC ACAAGAACGC AACGTCCACT 
CCATCTACGA CGACAGCTGC ACCTAAATTC CAATTTACGC GTCCTCAGTA CACAACTTCC 
AGGCTTAACA CCACACGAAA TCAACCAAGT CCTACTACCA CCCAAGTGAC ACAACCATCT 
TCTCGTTATA CTTATCCAAC TACTTCAGGA CGACCGATAA CGACCACCAC TACTACCACG 
ACCACCGAAA TACCGATGAC AACCATTCCA GCTAAACAAT TATTCACTAG ATACCCTTAC 
AAGAGTACTA TCAAGAACAA ATATTTGGAA ACGACAGAAC AGACACGTAA GAAGTTCTTC 
TTGCCTTCGA CTCTTTCTAT GCCGACCACG ACTACTACAC AACGACCTCA ATCCACCGAA 
CCAGAAACGA CTCCTATCCG TTCTTCAACC TACTACTCGC CTTCTGTTAG ACCGTGGTCC 
AGTCCATCGG CAACTCCACC TGTCACCACT ACTCCTGAGC CAACCACTGT ATCCCGTCCT 
GCAAACCCAA TTCGTTTTGA GGAAACTCAA CCTTTACCAC CGGTAGATGA TGAAGCTCAC 
AGGATGAAAT ATACCATACC AGCACTCAAA TACGAGGGTA ACCGTCCAGC ACCATTCCGA 
CCACTGCCAC CAAGTCACAT TATGTTGAAC CGTAAGAATG AAACCAGCAA CAAGATAGAT 
CTGCCAAATG ATCCAGCTGT AATGTCCCTT TCTGATATCT TTAACTCGCT CGGCTTGGAT 
GACAAACAAG CTGCCGCTGA AGAGAAGGAA AATAATATCG TCTTCGAAAC GACTATTGCT 
CAAACCACCG ATCAAACAAC GCCACCAGCA ATTGTGCTGA TTTCGGACCA ACAAAAGCAG 
GAATCAATTC AAGAAGGTCC AAAAATTGAA CAGTCCATTG ACCTTACTGA TCAATATGTG 
AAGTACGATA TCCAGCAATC GAATGGCCAT CGACCACAAA AACCGACCAA TGATCAATAC 
GACCATTATG AAGTTTATCA ATCTAACGGA CACCGTCCAC AAAACCCTCC GAAAGATTCC 
AACTTTGGAA ATCAATATGT CAAGTACGAG GTACAACAAC CACAAATTAA CATAGTCAAA 
TACGGTACGG TTCCAAGCAT GAATAGTGTT GTAATCAGTC CCAATCAACA TTCGGCTACA 
TTCGTCTTGG GATCTCAACA ATCGGTAGGA AGTTCAAGTG ATGGACATTT TGTGAGCTCA 
GTCTCGCAGG AACCTGCTTC TGCTGCTCTT AATGGCCATC CGACTGGCTA TCAAATGGGG 
CAGGTGCTGG ACGAACCAAA CGAAAGCTCC AATGTGCAAG TTGGCACATC AGTGAACGTT 
CAAGTTAAGC CTCAAGATAT AATCAAAACC ACCAGCGTGC GATTTCCCAG TGAAAGCGAC 
GACAAGTATG AGAATGCACC CATTATTAGT GGAACCCATA AGAGTGAAGT TTTGCCACCC 
AATGGACATT CTGCTCCTAT TGGTGTTGGT CCAAACTCAA TGGTTGTGTT CCCCAAGAAC 
GATCAAATTG AAAGCACTCT TCATGAAGTT TCAAACAGAA TCGTTTTCGA TACACCAAAT 
GCTGAAGCTT TGAACAAGAA CGAAATTTCA AATTATCCCT CAGATCTACC AGAACAGCTA 
ACTCCTCCTT CAAATCCGGA CAACTCCCAT CTTTCAAAAC GTCCCCGACC CCCAATTCCT 
GCTCAAGGAC CACCATTCAT TTACAAAGAA ATCCAACGTA GGCCATATCC AGGAGGAATT 
CGACCACCTC TACAGCTACC TAACATTTTA CCCCAATTCA GACCGAACGC TAAAATATCA 
CATGGTCATT CCCCTTACCA TAAGGAAGCC GGTAATTTCA GAGTGCCTCC ACCGCCACCA 
GCTAAAAGTC TCCCCGCTAA TGGACCACCA AGAAAAGTTT TCGCTGATCC TTCAACAACA 
CATGTTCAAT CATCTACTCT AGCTATTCGT CGCGCACCAG GTCCAACTAG ATTCATGAAT 
CGCATCAATA CCATGCGTCC ACCTCAACAA ATGGAAGGGC CCAATGAAAA CCGCCGTTAC 
TATCGTTTGC CTCCTCCAAT GCTAAAAGAT CGCGTATTTC ACATCGCTCC CCCAAATCTA 
AAGCCACCTC CACCACCTGG CTCTTCCCCA GCTTCTAGAT TTGCTGAAAG CTATGCTCCT 
CCCACACCTG AAAAAACTGT ACCAAGCCGC AAAACTGAAG AATCCGAAAA TAATGAATTC 
CAACGTGATC CTCCAACAAT TCTGAAAAAC ACCATGACAG AAGATAAACC TCAGCGTCCT 
AAACTAGAAC CCGTGGTAAC TTTACAAATG CTTCAATCGA AAAAACAAAC CGAACAATCG 
AAACATAAAT TGCCATCGGG TCAAAAACTA GACCTAGCTG TTGAGGGCCA ACCTCCATCT 
TCTCCCGTAC AGGCTGTTAG CACCGATGGA GCCCAACCAG TTTATGTAGT CTACCCTGTC 
AAGAGTACGC CTATGAATCT GGATTCCATT CATGCAGGAA GTAACATTGA TCCCGTTGTG 
GTAGGACAAC ATGGAGAACA GTCACATATT CCGCCACCAC CCGCAAGAAT TAGTCCAGGT 
AGTGAATATC AAAATACGCC ATTTTCGATA GCTTCTCATT TCGAGCAGGA ACCAATTCTT 
ATGGCTAAGG ATAAGAAAGC ACTTCAAAAG GTTCATTTCC CATACAATAT TGAAAAACCG 
GATCCACACA CATTGATTGA GGTGGAAAAC GAATCGAAAT ATCGCATGCC GGAGATTATA 
GAAAAGAAAC AGGATAGCAT TTACAACATC GGCGAGGAAC CAATCAGTAA GGAGCAACCA 
GAGGATTCCG TTATATCCAG CAAATTGCAA CGTGTCACCG AAAGCACGCC GATTGCAATT 
GCCTACACAC CGACAGAATC TACACAAAAG TACAACTACA ACAAACATCC AAATTCTCCA 
TATTATTCAC CGTATGGTGA AACACAAACT GAAGTGTCCT ATCTGAAGAT GGATGATTTC 
GATGAATTCG GAAATCCAGC ACATCGGTAC GAACAAAACT TCCAAGCTCC ATTCCAAGCC 
AGTATCAGTT TGGATCCAGT GAAAGTTACC AACCCATACG AAGGATGGGC GGTTGTGACA 
TCTTCGCCCC AGGCACTTAT CAAAGAACAG AACAAAATTG ATCGGTCAGA TGATCATCAT 
TTCGAAGAAA CCGATTTGTC TACAAAGAAA CCTTTAGAAA AAGGAAGTTT TCAACCGGAA 
TTACAAGGAG GTTTTCGACC TATCTACGCA GAAGATATTA AACTAAGCGA AATGATGAAT 
CCGGACCCCC AATCAAGAAA TGCATTCTTA ATGGAGCGCG AAAGTGAACC CGAAATATCA 
ATGAAACAAG AACAAAAACA GGAACAAGAG AAAGTTCAGG AACCCGAAAG GAAGCCTTTG 
TTTGATAGTT TGGAAGCATT TTTCGATAAC TTGACTAAAG ATTATGATGA CAATACTGAG 
ATGACTGGAC TTGGTGATGA CATGGATGAT AGTACCGCCA AAATCAGCAA CGAACTTGAG 
GGAAGAAGTA GTGATAATTC TATTACTGAA ATGACAATAG ACGAAGAAAA TACAGAAGAG 
CCGTCTAGTG ATAAGAGTGC AGAAAAAGAA AAGAGCGTGA AGGAATGA

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

AAEL_AAEL008414 ( XM_021853685.1 ) cDNA ORF clone, Aedes aegypti(Yellow fever mosquito) -> XP_021709377.1 Aedes aegypti proline-rich protein 36 (LOC5570610), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAe115574
Clone ID Related Accession (Same CDS sequence)	XM_021853685.1 , XM_001653224.2 , XM_021853690.1
Accession Version	XM_021853685.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4128bp) 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	proline-rich protein 36
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_035107.1) 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 :: 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##

ATGGGGAAAC GAAATCGGCT ACTGCCGATA GGTATCGTCA TCTGTTTGGT CCTTTACGCG 
GGATCCTCTG TAAAGGCGTT CAATTTCGAC GATGATTTAG AGGACCTAAT GGCAGAAGAA 
TCAATCGTGG ATGAAGAAGT CTACGGAGGC CCTATTTTGC CGTCGAACGT ATTCAATGGT 
GGAAAACCAT TTTACGTCGA GCGTGACCCT TCAACGGGAG CAATTGATTT CAACCATAAG 
AAAACTGTCA ATCAAATTGA CCTAGATGAC AAAGGATCTT ACGATACAAA GGACAGTCAC 
GTCAGCGATA CAAAAGATGT TATCGTCAGC CAATCTTCAC CAAACTTTCA CGATTTCCTA 
AATCTACCGG TGAAATACTC TTCCTCAAAC TTCGTTTATC CGTTGATTTC AAGTTCATAT 
GCCAATTTAA AATATCAAGG TAGCAACAAA GTGTCGAATC ACAAGAACGC AACGTCCACT 
CCATCTACGA CGACAGCTGC ACCTAAATTC CAATTTACGC GTCCTCAGTA CACAACTTCC 
AGGCTTAACA CCACACGAAA TCAACCAAGT CCTACTACCA CCCAAGTGAC ACAACCATCT 
TCTCGTTATA CTTATCCAAC TACTTCAGGA CGACCGATAA CGACCACCAC TACTACCACG 
ACCACCGAAA TACCGATGAC AACCATTCCA GCTAAACAAT TATTCACTAG ATACCCTTAC 
AAGAGTACTA TCAAGAACAA ATATTTGGAA ACGACAGAAC AGACACGTAA GAAGTTCTTC 
TTGCCTTCGA CTCTTTCTAT GCCGACCACG ACTACTACAC AACGACCTCA ATCCACCGAA 
CCAGAAACGA CTCCTATCCG TTCTTCAACC TACTACTCGC CTTCTGTTAG ACCGTGGTCC 
AGTCCATCGG CAACTCCACC TGTCACCACT ACTCCTGAGC CAACCACTGT ATCCCGTCCT 
GCAAACCCAA TTCGTTTTGA GGAAACTCAA CCTTTACCAC CGGTAGAGGA TGAAGCTCAC 
AGGATGAAAT ATACCATACC AGCACTCAAA TACGAGGGTA ACCGTCCAGC ACCATTCCGA 
CCACTGCCAC CAAGTCACAT TATGTTGAAC CGTAAGAATG AAACCAGCAA CAAGATAGAT 
CTGCCAAATG ATCCAGCTGT AATGTCCCTT TCTGATATCT TTAACTCGCT CGGCTTGGAT 
GACAAACAAG CTGCCGCTGA AGAGAAGGAA AATAATATCG TCTTCGAAAC GACTATTGCT 
CAAACCACCG ATCAAACAAC GCCACCAGCA ATTGTGCTGA TTTCGGACCA ACAAAAGCAG 
GAATCAATTC AAGAAGGTCC AAAAATTGAA CAGTCCATTG ACCTTACTGA TCAATATGTG 
AAGTACGATA TCCAGCAATC GAATGGCCAT CGACCACAAA AACCGACCAA TGATCAATAC 
GACCATTATG AAGTTTATCA ATCTAACGGA CACCGTCCAC AAAACCCTCC GAAAGATTCC 
AACTTTGGAA ATCAATATGT CAAGTACGAG GTACAACAAC CACAAATTAA CATAGTCAAA 
TACGGTACGG TTCCAAGCAT GAATAGTGTT GTAATCAGTC CCAATCAACA TTCGGCTACA 
TTCGTCTTGG GATCTCAACA ATCGGTAGGA AGTTCAAGTG ATGGACATTT TGTGAGCTCA 
GTCTCGCAGG AACCTGCTTC TGCTGCTCTT AATGGCCATC CGACTGGCTA TCAAATGGGG 
CAGGTGCTGG ACGAACCAAA CGAAAGCTCC AATGTGCAAG TTGGCACATC AGTGAACGTT 
CAAGTTAAGC CTCAAGATAT AATCAAAACC ACCAGCGTGC GATTTCCCAG TGAAAGCGAC 
GACAAGTATG AGAATGCACC CATTATTAGT GGAACCCATA AGAGTGAAGT TTTGCCACCC 
AATGGACATT CTGCTCCTAT TGGTGTTGGT CCAAACTCAA TGGTTGTGTT CCCCAAGAAC 
GATCAAATTG AAAGCACTCT TCATGAAGTT TCAAACAGAA TCGTTTTCGA TACACCAAAT 
GCTGAAGCTT TGAACAAGAA CGAAATTTCA AATTATCCCT CAGATCTACC AGAACAGCTA 
ACTCCTCCTT CAAATCCGGA CAACTCCCAT CTCTCAAAAC GTCCCCGACC CCCAATTCCT 
GCTCAAGGAC CACCATTCAT TTACAAAGAA ATCCAACGTA GGCCATATCC AGGAGGAATT 
CGACCACCTC TACAGCTACC TAACATTTTA CCCCAATTCA GACCGAACGC TAAAATATCA 
CATGGTCATT CCCCTTACCA TAAGGAAGCC GGTAATTTCA GAGTGCCTCC ACCGCCACCA 
GCTAAAAGTC TCCCCGCTAA TGGACCACCA AGAAAAGTTT TCGCTGATCC TTCAACAACA 
CATGTTCAAT CATCTACTCT AGCTATTCGT CGCGCACCAG GTCCAACTAG ATTCATGAAT 
CGCATCAATA CCATGCGTCC ACCTCAACAA ATGGAAGGGC CCAATGAAAA CCGCCGTTAC 
TATCGTTTGC CTCCTCCAAT GCTAAAAGAT CGCGTATTTC ACATCGCTCC CCCAAATCTA 
AAGCCACCTC CACCACCTGG CTCTTCCCCA GCTTCTAGAT TTGCTGAAAG CTATGCTCCT 
CCCACACCTG AAAAAACTGT ACCAAGCCGC AAAACTGAAG AATCCGAAAA TAATGAATTC 
CAACGTGATC CTCCAACAAT TCTGAAAAAC ACCATGACAG AAGATAAACC TCAGCGTCCT 
AAACTAGAAC CCGTGGTAAC TTTACAAATG CTTCAATCGA AAAAACAAAC CGAACAATCG 
AAACATAAAT TGCCATCGGG TCAAAAGCTA GACCTAGCTG TTGAGGGCCA ACCTCCATCT 
TCTCCCGTAC AGGCTGTTAG CACCGATGGA GCCCAACCAG TTTATGTAGT CTACCCTGTC 
AAGAGTACGC CTATGAATCT GGATTCCATT CATGCAGGAA GTAACATTGA TCCCGTTGTG 
GTAGGACAAC ATGGAGAACA GTCACCTATT CCGCCACCAC CCGCAAGAAT TAGTCCAGGT 
AGTGAATATC AAAATACGCC ATTTTCGATA GCTTCTCATT TCGAGCAGGA ACCAATTCTT 
ATGGCTAAGG ATAAGAAAGC ACTTCAAAAG GTTCATTTCC CATACAATAT TGAAAAACCG 
GATCCACACA CATTGATTGA GGTGGAAAAC GAATCGAAAT ATCGCTTGCC GGAGATTATA 
GAAAAGAAAC AGGATAGCAT TTACAACATC GGCGAGGAAC CAATCAGTAA GGAGCAACCA 
GAGGATTCCG TTATATCCAG CAAATTGCAA CGTGTCACCG AAAGCACGCC GATTGCAATT 
GCCTACACAC CGACAGAATC TACACAAAAG TACAACTACA ACAAACATCC GAATTCTCCA 
TATTATTCAC CGTATGGTGA AACACAAACT GAAGTGTCCT ATCTGAAGAT GGATGATTTC 
GATGAATTCG GAAATCCAGC ACATCGGTAC GAACAAAACT TCCAAGCTCC ATTCCAAGCC 
AGTATCAGTT TGGATCCAGT GAAAGTTACC AACCCATACG AAGGATGGGC GGTTGTGACA 
TCTTCGCCCC AGGCACTTAT CAAAGAACAG AACAAAATTG ATCGGTCAGA TGATCATCAT 
TTCGAAGTAA CCGATTTGTC TACAAAGAAA CCTTCAGAAA AAGGAAGTTT TCAACCGGAA 
TTACAAGGAG GTTTTCGACC TATCTACGCA GAAGATATTA AACTAAGCGA AATGATGAAT 
CCGGACCCCC AATCAAGAAA TGCATTCTTA ATGGAGCGCG AAAGTGAACC CGAAATATCA 
ATGAAACAAG AACAAAAACA GGAACAAGAG AAAGTTCAGG AACCCGAAAG GAAGCCTTTG 
TTTGATAGTT TGGAAGCATT TTTCGATAAC TTGACTAAAG ATTATGATGA CAATACTGAG 
ATGACTGGAC TTGGTGATGA CATGGATGAT AGTACCGCCA AAATCAGCAA CGAACTTGAG 
GGAAGAAGTA GTGATAATTC TATTACTGAA ATGACAATAG ACGAAGAAAA CACAGAAGAG 
CCGTCTAGTG ATAAGAGTGC AGAAAAAGAA AAGAGCGTGA AGGAATGA

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

RefSeq	XP_021709377.1
CDS	1347..5474
Translation	MGKRNRLLPIGIVICLVLYAGSSVKAFNFDDDLEDLMAEESIVDEEVYGGPILPSNVFNGGKPFYVERDPSTGAIDFNHKKTVNQIDLDDKGSYDTKDSHVSDTKDVIVSQSSPNFHDFLNLPVKYSSSNFVYPLISSSYANLKYQGSNKVSNHKNATSTPSTTTAAPKFQFTRPQYTTSRLNTTRNQPSPTTTQVTQPSSRYTYPTTSGRPITTTTTTTTTEIPMTTIPAKQLFTRYPYKSTIKNKYLETTEQTRKKFFLPSTLSMPTTTTTQRPQSTEPETTPIRSSTYYSPSVRPWSSPSATPPVTTTPEPTTVSRPANPIRFEETQPLPPVEDEAHRMKYTIPALKYEGNRPAPFRPLPPSHIMLNRKNETSNKIDLPNDPAVMSLSDIFNSLGLDDKQAAAEEKENNIVFETTIAQTTDQTTPPAIVLISDQQKQESIQEGPKIEQSIDLTDQYVKYDIQQSNGHRPQKPTNDQYDHYEVYQSNGHRPQNPPKDSNFGNQYVKYEVQQPQINIVKYGTVPSMNSVVISPNQHSATFVLGSQQSVGSSSDGHFVSSVSQEPASAALNGHPTGYQMGQVLDEPNESSNVQVGTSVNVQVKPQDIIKTTSVRFPSESDDKYENAPIISGTHKSEVLPPNGHSAPIGVGPNSMVVFPKNDQIESTLHEVSNRIVFDTPNAEALNKNEISNYPSDLPEQLTPPSNPDNSHLSKRPRPPIPAQGPPFIYKEIQRRPYPGGIRPPLQLPNILPQFRPNAKISHGHSPYHKEAGNFRVPPPPPAKSLPANGPPRKVFADPSTTHVQSSTLAIRRAPGPTRFMNRINTMRPPQQMEGPNENRRYYRLPPPMLKDRVFHIAPPNLKPPPPPGSSPASRFAESYAPPTPEKTVPSRKTEESENNEFQRDPPTILKNTMTEDKPQRPKLEPVVTLQMLQSKKQTEQSKHKLPSGQKLDLAVEGQPPSSPVQAVSTDGAQPVYVVYPVKSTPMNLDSIHAGSNIDPVVVGQHGEQSPIPPPPARISPGSEYQNTPFSIASHFEQEPILMAKDKKALQKVHFPYNIEKPDPHTLIEVENESKYRLPEIIEKKQDSIYNIGEEPISKEQPEDSVISSKLQRVTESTPIAIAYTPTESTQKYNYNKHPNSPYYSPYGETQTEVSYLKMDDFDEFGNPAHRYEQNFQAPFQASISLDPVKVTNPYEGWAVVTSSPQALIKEQNKIDRSDDHHFEVTDLSTKKPSEKGSFQPELQGGFRPIYAEDIKLSEMMNPDPQSRNAFLMERESEPEISMKQEQKQEQEKVQEPERKPLFDSLEAFFDNLTKDYDDNTEMTGLGDDMDDSTAKISNELEGRSSDNSITEMTIDEENTEEPSSDKSAEKEKSVKE

Target ORF information:

RefSeq Version	XM_021853685.1
Organism	Aedes aegypti(yellow fever mosquito)
Definition	Aedes aegypti proline-rich protein 36 (LOC5570610), transcript variant X1, mRNA.

Target ORF information:

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

XM_021853685.1

ORF Insert Sequence:

ATGGGGAAAC GAAATCGGCT ACTGCCGATA GGTATCGTCA TCTGTTTGGT CCTTTACGCG 
GGATCCTCTG TAAAGGCGTT CAATTTCGAC GATGATTTAG AGGACCTAAT GGCAGAAGAA 
TCAATCGTGG ATGAAGAAGT CTACGGAGGC CCTATTTTGC CGTCGAACGT ATTCAATGGT 
GGAAAACCAT TTTACGTCGA GCGTGACCCT TCAACGGGAG CAATTGATTT CAACCATAAG 
AAAACTGTCA ATCAAATTGA CCTAGATGAC AAAGGATCTT ACGATACAAA GGACAGTCAC 
GTCAGCGATA CAAAAGATGT TATCGTCAGC CAATCTTCAC CAAACTTTCA CGATTTCCTA 
AATCTACCGG TGAAATACTC TTCCTCAAAC TTCGTTTATC CGTTGATTTC AAGTTCATAT 
GCCAATTTAA AATATCAAGG TAGCAACAAA GTGTCGAATC ACAAGAACGC AACGTCCACT 
CCATCTACGA CGACAGCTGC ACCTAAATTC CAATTTACGC GTCCTCAGTA CACAACTTCC 
AGGCTTAACA CCACACGAAA TCAACCAAGT CCTACTACCA CCCAAGTGAC ACAACCATCT 
TCTCGTTATA CTTATCCAAC TACTTCAGGA CGACCGATAA CGACCACCAC TACTACCACG 
ACCACCGAAA TACCGATGAC AACCATTCCA GCTAAACAAT TATTCACTAG ATACCCTTAC 
AAGAGTACTA TCAAGAACAA ATATTTGGAA ACGACAGAAC AGACACGTAA GAAGTTCTTC 
TTGCCTTCGA CTCTTTCTAT GCCGACCACG ACTACTACAC AACGACCTCA ATCCACCGAA 
CCAGAAACGA CTCCTATCCG TTCTTCAACC TACTACTCGC CTTCTGTTAG ACCGTGGTCC 
AGTCCATCGG CAACTCCACC TGTCACCACT ACTCCTGAGC CAACCACTGT ATCCCGTCCT 
GCAAACCCAA TTCGTTTTGA GGAAACTCAA CCTTTACCAC CGGTAGAGGA TGAAGCTCAC 
AGGATGAAAT ATACCATACC AGCACTCAAA TACGAGGGTA ACCGTCCAGC ACCATTCCGA 
CCACTGCCAC CAAGTCACAT TATGTTGAAC CGTAAGAATG AAACCAGCAA CAAGATAGAT 
CTGCCAAATG ATCCAGCTGT AATGTCCCTT TCTGATATCT TTAACTCGCT CGGCTTGGAT 
GACAAACAAG CTGCCGCTGA AGAGAAGGAA AATAATATCG TCTTCGAAAC GACTATTGCT 
CAAACCACCG ATCAAACAAC GCCACCAGCA ATTGTGCTGA TTTCGGACCA ACAAAAGCAG 
GAATCAATTC AAGAAGGTCC AAAAATTGAA CAGTCCATTG ACCTTACTGA TCAATATGTG 
AAGTACGATA TCCAGCAATC GAATGGCCAT CGACCACAAA AACCGACCAA TGATCAATAC 
GACCATTATG AAGTTTATCA ATCTAACGGA CACCGTCCAC AAAACCCTCC GAAAGATTCC 
AACTTTGGAA ATCAATATGT CAAGTACGAG GTACAACAAC CACAAATTAA CATAGTCAAA 
TACGGTACGG TTCCAAGCAT GAATAGTGTT GTAATCAGTC CCAATCAACA TTCGGCTACA 
TTCGTCTTGG GATCTCAACA ATCGGTAGGA AGTTCAAGTG ATGGACATTT TGTGAGCTCA 
GTCTCGCAGG AACCTGCTTC TGCTGCTCTT AATGGCCATC CGACTGGCTA TCAAATGGGG 
CAGGTGCTGG ACGAACCAAA CGAAAGCTCC AATGTGCAAG TTGGCACATC AGTGAACGTT 
CAAGTTAAGC CTCAAGATAT AATCAAAACC ACCAGCGTGC GATTTCCCAG TGAAAGCGAC 
GACAAGTATG AGAATGCACC CATTATTAGT GGAACCCATA AGAGTGAAGT TTTGCCACCC 
AATGGACATT CTGCTCCTAT TGGTGTTGGT CCAAACTCAA TGGTTGTGTT CCCCAAGAAC 
GATCAAATTG AAAGCACTCT TCATGAAGTT TCAAACAGAA TCGTTTTCGA TACACCAAAT 
GCTGAAGCTT TGAACAAGAA CGAAATTTCA AATTATCCCT CAGATCTACC AGAACAGCTA 
ACTCCTCCTT CAAATCCGGA CAACTCCCAT CTCTCAAAAC GTCCCCGACC CCCAATTCCT 
GCTCAAGGAC CACCATTCAT TTACAAAGAA ATCCAACGTA GGCCATATCC AGGAGGAATT 
CGACCACCTC TACAGCTACC TAACATTTTA CCCCAATTCA GACCGAACGC TAAAATATCA 
CATGGTCATT CCCCTTACCA TAAGGAAGCC GGTAATTTCA GAGTGCCTCC ACCGCCACCA 
GCTAAAAGTC TCCCCGCTAA TGGACCACCA AGAAAAGTTT TCGCTGATCC TTCAACAACA 
CATGTTCAAT CATCTACTCT AGCTATTCGT CGCGCACCAG GTCCAACTAG ATTCATGAAT 
CGCATCAATA CCATGCGTCC ACCTCAACAA ATGGAAGGGC CCAATGAAAA CCGCCGTTAC 
TATCGTTTGC CTCCTCCAAT GCTAAAAGAT CGCGTATTTC ACATCGCTCC CCCAAATCTA 
AAGCCACCTC CACCACCTGG CTCTTCCCCA GCTTCTAGAT TTGCTGAAAG CTATGCTCCT 
CCCACACCTG AAAAAACTGT ACCAAGCCGC AAAACTGAAG AATCCGAAAA TAATGAATTC 
CAACGTGATC CTCCAACAAT TCTGAAAAAC ACCATGACAG AAGATAAACC TCAGCGTCCT 
AAACTAGAAC CCGTGGTAAC TTTACAAATG CTTCAATCGA AAAAACAAAC CGAACAATCG 
AAACATAAAT TGCCATCGGG TCAAAAGCTA GACCTAGCTG TTGAGGGCCA ACCTCCATCT 
TCTCCCGTAC AGGCTGTTAG CACCGATGGA GCCCAACCAG TTTATGTAGT CTACCCTGTC 
AAGAGTACGC CTATGAATCT GGATTCCATT CATGCAGGAA GTAACATTGA TCCCGTTGTG 
GTAGGACAAC ATGGAGAACA GTCACCTATT CCGCCACCAC CCGCAAGAAT TAGTCCAGGT 
AGTGAATATC AAAATACGCC ATTTTCGATA GCTTCTCATT TCGAGCAGGA ACCAATTCTT 
ATGGCTAAGG ATAAGAAAGC ACTTCAAAAG GTTCATTTCC CATACAATAT TGAAAAACCG 
GATCCACACA CATTGATTGA GGTGGAAAAC GAATCGAAAT ATCGCTTGCC GGAGATTATA 
GAAAAGAAAC AGGATAGCAT TTACAACATC GGCGAGGAAC CAATCAGTAA GGAGCAACCA 
GAGGATTCCG TTATATCCAG CAAATTGCAA CGTGTCACCG AAAGCACGCC GATTGCAATT 
GCCTACACAC CGACAGAATC TACACAAAAG TACAACTACA ACAAACATCC GAATTCTCCA 
TATTATTCAC CGTATGGTGA AACACAAACT GAAGTGTCCT ATCTGAAGAT GGATGATTTC 
GATGAATTCG GAAATCCAGC ACATCGGTAC GAACAAAACT TCCAAGCTCC ATTCCAAGCC 
AGTATCAGTT TGGATCCAGT GAAAGTTACC AACCCATACG AAGGATGGGC GGTTGTGACA 
TCTTCGCCCC AGGCACTTAT CAAAGAACAG AACAAAATTG ATCGGTCAGA TGATCATCAT 
TTCGAAGTAA CCGATTTGTC TACAAAGAAA CCTTCAGAAA AAGGAAGTTT TCAACCGGAA 
TTACAAGGAG GTTTTCGACC TATCTACGCA GAAGATATTA AACTAAGCGA AATGATGAAT 
CCGGACCCCC AATCAAGAAA TGCATTCTTA ATGGAGCGCG AAAGTGAACC CGAAATATCA 
ATGAAACAAG AACAAAAACA GGAACAAGAG AAAGTTCAGG AACCCGAAAG GAAGCCTTTG 
TTTGATAGTT TGGAAGCATT TTTCGATAAC TTGACTAAAG ATTATGATGA CAATACTGAG 
ATGACTGGAC TTGGTGATGA CATGGATGAT AGTACCGCCA AAATCAGCAA CGAACTTGAG 
GGAAGAAGTA GTGATAATTC TATTACTGAA ATGACAATAG ACGAAGAAAA CACAGAAGAG 
CCGTCTAGTG ATAAGAGTGC AGAAAAAGAA AAGAGCGTGA AGGAATGA

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

AAEL_AAEL008414 ( XM_001653224.2 ) cDNA ORF clone, Aedes aegypti(Yellow fever mosquito) -> XP_001653274.2 Aedes aegypti proline-rich protein 36 (LOC5570610), transcript variant X3, mRNA.

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CloneID	OAe115574
Clone ID Related Accession (Same CDS sequence)	XM_021853685.1 , XM_001653224.2 , XM_021853690.1
Accession Version	XM_001653224.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4128bp) 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	proline-rich protein 36
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_035107.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jul 20, 2017 this sequence version replaced XM_001653224.1. ##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##

ATGGGGAAAC GAAATCGGCT ACTGCCGATA GGTATCGTCA TCTGTTTGGT CCTTTACGCG 
GGATCCTCTG TAAAGGCGTT CAATTTCGAC GATGATTTAG AGGACCTAAT GGCAGAAGAA 
TCAATCGTGG ATGAAGAAGT CTACGGAGGC CCTATTTTGC CGTCGAACGT ATTCAATGGT 
GGAAAACCAT TTTACGTCGA GCGTGACCCT TCAACGGGAG CAATTGATTT CAACCATAAG 
AAAACTGTCA ATCAAATTGA CCTAGATGAC AAAGGATCTT ACGATACAAA GGACAGTCAC 
GTCAGCGATA CAAAAGATGT TATCGTCAGC CAATCTTCAC CAAACTTTCA CGATTTCCTA 
AATCTACCGG TGAAATACTC TTCCTCAAAC TTCGTTTATC CGTTGATTTC AAGTTCATAT 
GCCAATTTAA AATATCAAGG TAGCAACAAA GTGTCGAATC ACAAGAACGC AACGTCCACT 
CCATCTACGA CGACAGCTGC ACCTAAATTC CAATTTACGC GTCCTCAGTA CACAACTTCC 
AGGCTTAACA CCACACGAAA TCAACCAAGT CCTACTACCA CCCAAGTGAC ACAACCATCT 
TCTCGTTATA CTTATCCAAC TACTTCAGGA CGACCGATAA CGACCACCAC TACTACCACG 
ACCACCGAAA TACCGATGAC AACCATTCCA GCTAAACAAT TATTCACTAG ATACCCTTAC 
AAGAGTACTA TCAAGAACAA ATATTTGGAA ACGACAGAAC AGACACGTAA GAAGTTCTTC 
TTGCCTTCGA CTCTTTCTAT GCCGACCACG ACTACTACAC AACGACCTCA ATCCACCGAA 
CCAGAAACGA CTCCTATCCG TTCTTCAACC TACTACTCGC CTTCTGTTAG ACCGTGGTCC 
AGTCCATCGG CAACTCCACC TGTCACCACT ACTCCTGAGC CAACCACTGT ATCCCGTCCT 
GCAAACCCAA TTCGTTTTGA GGAAACTCAA CCTTTACCAC CGGTAGAGGA TGAAGCTCAC 
AGGATGAAAT ATACCATACC AGCACTCAAA TACGAGGGTA ACCGTCCAGC ACCATTCCGA 
CCACTGCCAC CAAGTCACAT TATGTTGAAC CGTAAGAATG AAACCAGCAA CAAGATAGAT 
CTGCCAAATG ATCCAGCTGT AATGTCCCTT TCTGATATCT TTAACTCGCT CGGCTTGGAT 
GACAAACAAG CTGCCGCTGA AGAGAAGGAA AATAATATCG TCTTCGAAAC GACTATTGCT 
CAAACCACCG ATCAAACAAC GCCACCAGCA ATTGTGCTGA TTTCGGACCA ACAAAAGCAG 
GAATCAATTC AAGAAGGTCC AAAAATTGAA CAGTCCATTG ACCTTACTGA TCAATATGTG 
AAGTACGATA TCCAGCAATC GAATGGCCAT CGACCACAAA AACCGACCAA TGATCAATAC 
GACCATTATG AAGTTTATCA ATCTAACGGA CACCGTCCAC AAAACCCTCC GAAAGATTCC 
AACTTTGGAA ATCAATATGT CAAGTACGAG GTACAACAAC CACAAATTAA CATAGTCAAA 
TACGGTACGG TTCCAAGCAT GAATAGTGTT GTAATCAGTC CCAATCAACA TTCGGCTACA 
TTCGTCTTGG GATCTCAACA ATCGGTAGGA AGTTCAAGTG ATGGACATTT TGTGAGCTCA 
GTCTCGCAGG AACCTGCTTC TGCTGCTCTT AATGGCCATC CGACTGGCTA TCAAATGGGG 
CAGGTGCTGG ACGAACCAAA CGAAAGCTCC AATGTGCAAG TTGGCACATC AGTGAACGTT 
CAAGTTAAGC CTCAAGATAT AATCAAAACC ACCAGCGTGC GATTTCCCAG TGAAAGCGAC 
GACAAGTATG AGAATGCACC CATTATTAGT GGAACCCATA AGAGTGAAGT TTTGCCACCC 
AATGGACATT CTGCTCCTAT TGGTGTTGGT CCAAACTCAA TGGTTGTGTT CCCCAAGAAC 
GATCAAATTG AAAGCACTCT TCATGAAGTT TCAAACAGAA TCGTTTTCGA TACACCAAAT 
GCTGAAGCTT TGAACAAGAA CGAAATTTCA AATTATCCCT CAGATCTACC AGAACAGCTA 
ACTCCTCCTT CAAATCCGGA CAACTCCCAT CTCTCAAAAC GTCCCCGACC CCCAATTCCT 
GCTCAAGGAC CACCATTCAT TTACAAAGAA ATCCAACGTA GGCCATATCC AGGAGGAATT 
CGACCACCTC TACAGCTACC TAACATTTTA CCCCAATTCA GACCGAACGC TAAAATATCA 
CATGGTCATT CCCCTTACCA TAAGGAAGCC GGTAATTTCA GAGTGCCTCC ACCGCCACCA 
GCTAAAAGTC TCCCCGCTAA TGGACCACCA AGAAAAGTTT TCGCTGATCC TTCAACAACA 
CATGTTCAAT CATCTACTCT AGCTATTCGT CGCGCACCAG GTCCAACTAG ATTCATGAAT 
CGCATCAATA CCATGCGTCC ACCTCAACAA ATGGAAGGGC CCAATGAAAA CCGCCGTTAC 
TATCGTTTGC CTCCTCCAAT GCTAAAAGAT CGCGTATTTC ACATCGCTCC CCCAAATCTA 
AAGCCACCTC CACCACCTGG CTCTTCCCCA GCTTCTAGAT TTGCTGAAAG CTATGCTCCT 
CCCACACCTG AAAAAACTGT ACCAAGCCGC AAAACTGAAG AATCCGAAAA TAATGAATTC 
CAACGTGATC CTCCAACAAT TCTGAAAAAC ACCATGACAG AAGATAAACC TCAGCGTCCT 
AAACTAGAAC CCGTGGTAAC TTTACAAATG CTTCAATCGA AAAAACAAAC CGAACAATCG 
AAACATAAAT TGCCATCGGG TCAAAAGCTA GACCTAGCTG TTGAGGGCCA ACCTCCATCT 
TCTCCCGTAC AGGCTGTTAG CACCGATGGA GCCCAACCAG TTTATGTAGT CTACCCTGTC 
AAGAGTACGC CTATGAATCT GGATTCCATT CATGCAGGAA GTAACATTGA TCCCGTTGTG 
GTAGGACAAC ATGGAGAACA GTCACCTATT CCGCCACCAC CCGCAAGAAT TAGTCCAGGT 
AGTGAATATC AAAATACGCC ATTTTCGATA GCTTCTCATT TCGAGCAGGA ACCAATTCTT 
ATGGCTAAGG ATAAGAAAGC ACTTCAAAAG GTTCATTTCC CATACAATAT TGAAAAACCG 
GATCCACACA CATTGATTGA GGTGGAAAAC GAATCGAAAT ATCGCTTGCC GGAGATTATA 
GAAAAGAAAC AGGATAGCAT TTACAACATC GGCGAGGAAC CAATCAGTAA GGAGCAACCA 
GAGGATTCCG TTATATCCAG CAAATTGCAA CGTGTCACCG AAAGCACGCC GATTGCAATT 
GCCTACACAC CGACAGAATC TACACAAAAG TACAACTACA ACAAACATCC GAATTCTCCA 
TATTATTCAC CGTATGGTGA AACACAAACT GAAGTGTCCT ATCTGAAGAT GGATGATTTC 
GATGAATTCG GAAATCCAGC ACATCGGTAC GAACAAAACT TCCAAGCTCC ATTCCAAGCC 
AGTATCAGTT TGGATCCAGT GAAAGTTACC AACCCATACG AAGGATGGGC GGTTGTGACA 
TCTTCGCCCC AGGCACTTAT CAAAGAACAG AACAAAATTG ATCGGTCAGA TGATCATCAT 
TTCGAAGTAA CCGATTTGTC TACAAAGAAA CCTTCAGAAA AAGGAAGTTT TCAACCGGAA 
TTACAAGGAG GTTTTCGACC TATCTACGCA GAAGATATTA AACTAAGCGA AATGATGAAT 
CCGGACCCCC AATCAAGAAA TGCATTCTTA ATGGAGCGCG AAAGTGAACC CGAAATATCA 
ATGAAACAAG AACAAAAACA GGAACAAGAG AAAGTTCAGG AACCCGAAAG GAAGCCTTTG 
TTTGATAGTT TGGAAGCATT TTTCGATAAC TTGACTAAAG ATTATGATGA CAATACTGAG 
ATGACTGGAC TTGGTGATGA CATGGATGAT AGTACCGCCA AAATCAGCAA CGAACTTGAG 
GGAAGAAGTA GTGATAATTC TATTACTGAA ATGACAATAG ACGAAGAAAA CACAGAAGAG 
CCGTCTAGTG ATAAGAGTGC AGAAAAAGAA AAGAGCGTGA AGGAATGA

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

RefSeq	XP_001653274.2
CDS	137..4264
Translation	MGKRNRLLPIGIVICLVLYAGSSVKAFNFDDDLEDLMAEESIVDEEVYGGPILPSNVFNGGKPFYVERDPSTGAIDFNHKKTVNQIDLDDKGSYDTKDSHVSDTKDVIVSQSSPNFHDFLNLPVKYSSSNFVYPLISSSYANLKYQGSNKVSNHKNATSTPSTTTAAPKFQFTRPQYTTSRLNTTRNQPSPTTTQVTQPSSRYTYPTTSGRPITTTTTTTTTEIPMTTIPAKQLFTRYPYKSTIKNKYLETTEQTRKKFFLPSTLSMPTTTTTQRPQSTEPETTPIRSSTYYSPSVRPWSSPSATPPVTTTPEPTTVSRPANPIRFEETQPLPPVEDEAHRMKYTIPALKYEGNRPAPFRPLPPSHIMLNRKNETSNKIDLPNDPAVMSLSDIFNSLGLDDKQAAAEEKENNIVFETTIAQTTDQTTPPAIVLISDQQKQESIQEGPKIEQSIDLTDQYVKYDIQQSNGHRPQKPTNDQYDHYEVYQSNGHRPQNPPKDSNFGNQYVKYEVQQPQINIVKYGTVPSMNSVVISPNQHSATFVLGSQQSVGSSSDGHFVSSVSQEPASAALNGHPTGYQMGQVLDEPNESSNVQVGTSVNVQVKPQDIIKTTSVRFPSESDDKYENAPIISGTHKSEVLPPNGHSAPIGVGPNSMVVFPKNDQIESTLHEVSNRIVFDTPNAEALNKNEISNYPSDLPEQLTPPSNPDNSHLSKRPRPPIPAQGPPFIYKEIQRRPYPGGIRPPLQLPNILPQFRPNAKISHGHSPYHKEAGNFRVPPPPPAKSLPANGPPRKVFADPSTTHVQSSTLAIRRAPGPTRFMNRINTMRPPQQMEGPNENRRYYRLPPPMLKDRVFHIAPPNLKPPPPPGSSPASRFAESYAPPTPEKTVPSRKTEESENNEFQRDPPTILKNTMTEDKPQRPKLEPVVTLQMLQSKKQTEQSKHKLPSGQKLDLAVEGQPPSSPVQAVSTDGAQPVYVVYPVKSTPMNLDSIHAGSNIDPVVVGQHGEQSPIPPPPARISPGSEYQNTPFSIASHFEQEPILMAKDKKALQKVHFPYNIEKPDPHTLIEVENESKYRLPEIIEKKQDSIYNIGEEPISKEQPEDSVISSKLQRVTESTPIAIAYTPTESTQKYNYNKHPNSPYYSPYGETQTEVSYLKMDDFDEFGNPAHRYEQNFQAPFQASISLDPVKVTNPYEGWAVVTSSPQALIKEQNKIDRSDDHHFEVTDLSTKKPSEKGSFQPELQGGFRPIYAEDIKLSEMMNPDPQSRNAFLMERESEPEISMKQEQKQEQEKVQEPERKPLFDSLEAFFDNLTKDYDDNTEMTGLGDDMDDSTAKISNELEGRSSDNSITEMTIDEENTEEPSSDKSAEKEKSVKE

Target ORF information:

RefSeq Version	XM_001653224.2
Organism	Aedes aegypti(yellow fever mosquito)
Definition	Aedes aegypti proline-rich protein 36 (LOC5570610), transcript variant X3, mRNA.

Target ORF information:

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

XM_001653224.2

ORF Insert Sequence:

ATGGGGAAAC GAAATCGGCT ACTGCCGATA GGTATCGTCA TCTGTTTGGT CCTTTACGCG 
GGATCCTCTG TAAAGGCGTT CAATTTCGAC GATGATTTAG AGGACCTAAT GGCAGAAGAA 
TCAATCGTGG ATGAAGAAGT CTACGGAGGC CCTATTTTGC CGTCGAACGT ATTCAATGGT 
GGAAAACCAT TTTACGTCGA GCGTGACCCT TCAACGGGAG CAATTGATTT CAACCATAAG 
AAAACTGTCA ATCAAATTGA CCTAGATGAC AAAGGATCTT ACGATACAAA GGACAGTCAC 
GTCAGCGATA CAAAAGATGT TATCGTCAGC CAATCTTCAC CAAACTTTCA CGATTTCCTA 
AATCTACCGG TGAAATACTC TTCCTCAAAC TTCGTTTATC CGTTGATTTC AAGTTCATAT 
GCCAATTTAA AATATCAAGG TAGCAACAAA GTGTCGAATC ACAAGAACGC AACGTCCACT 
CCATCTACGA CGACAGCTGC ACCTAAATTC CAATTTACGC GTCCTCAGTA CACAACTTCC 
AGGCTTAACA CCACACGAAA TCAACCAAGT CCTACTACCA CCCAAGTGAC ACAACCATCT 
TCTCGTTATA CTTATCCAAC TACTTCAGGA CGACCGATAA CGACCACCAC TACTACCACG 
ACCACCGAAA TACCGATGAC AACCATTCCA GCTAAACAAT TATTCACTAG ATACCCTTAC 
AAGAGTACTA TCAAGAACAA ATATTTGGAA ACGACAGAAC AGACACGTAA GAAGTTCTTC 
TTGCCTTCGA CTCTTTCTAT GCCGACCACG ACTACTACAC AACGACCTCA ATCCACCGAA 
CCAGAAACGA CTCCTATCCG TTCTTCAACC TACTACTCGC CTTCTGTTAG ACCGTGGTCC 
AGTCCATCGG CAACTCCACC TGTCACCACT ACTCCTGAGC CAACCACTGT ATCCCGTCCT 
GCAAACCCAA TTCGTTTTGA GGAAACTCAA CCTTTACCAC CGGTAGAGGA TGAAGCTCAC 
AGGATGAAAT ATACCATACC AGCACTCAAA TACGAGGGTA ACCGTCCAGC ACCATTCCGA 
CCACTGCCAC CAAGTCACAT TATGTTGAAC CGTAAGAATG AAACCAGCAA CAAGATAGAT 
CTGCCAAATG ATCCAGCTGT AATGTCCCTT TCTGATATCT TTAACTCGCT CGGCTTGGAT 
GACAAACAAG CTGCCGCTGA AGAGAAGGAA AATAATATCG TCTTCGAAAC GACTATTGCT 
CAAACCACCG ATCAAACAAC GCCACCAGCA ATTGTGCTGA TTTCGGACCA ACAAAAGCAG 
GAATCAATTC AAGAAGGTCC AAAAATTGAA CAGTCCATTG ACCTTACTGA TCAATATGTG 
AAGTACGATA TCCAGCAATC GAATGGCCAT CGACCACAAA AACCGACCAA TGATCAATAC 
GACCATTATG AAGTTTATCA ATCTAACGGA CACCGTCCAC AAAACCCTCC GAAAGATTCC 
AACTTTGGAA ATCAATATGT CAAGTACGAG GTACAACAAC CACAAATTAA CATAGTCAAA 
TACGGTACGG TTCCAAGCAT GAATAGTGTT GTAATCAGTC CCAATCAACA TTCGGCTACA 
TTCGTCTTGG GATCTCAACA ATCGGTAGGA AGTTCAAGTG ATGGACATTT TGTGAGCTCA 
GTCTCGCAGG AACCTGCTTC TGCTGCTCTT AATGGCCATC CGACTGGCTA TCAAATGGGG 
CAGGTGCTGG ACGAACCAAA CGAAAGCTCC AATGTGCAAG TTGGCACATC AGTGAACGTT 
CAAGTTAAGC CTCAAGATAT AATCAAAACC ACCAGCGTGC GATTTCCCAG TGAAAGCGAC 
GACAAGTATG AGAATGCACC CATTATTAGT GGAACCCATA AGAGTGAAGT TTTGCCACCC 
AATGGACATT CTGCTCCTAT TGGTGTTGGT CCAAACTCAA TGGTTGTGTT CCCCAAGAAC 
GATCAAATTG AAAGCACTCT TCATGAAGTT TCAAACAGAA TCGTTTTCGA TACACCAAAT 
GCTGAAGCTT TGAACAAGAA CGAAATTTCA AATTATCCCT CAGATCTACC AGAACAGCTA 
ACTCCTCCTT CAAATCCGGA CAACTCCCAT CTCTCAAAAC GTCCCCGACC CCCAATTCCT 
GCTCAAGGAC CACCATTCAT TTACAAAGAA ATCCAACGTA GGCCATATCC AGGAGGAATT 
CGACCACCTC TACAGCTACC TAACATTTTA CCCCAATTCA GACCGAACGC TAAAATATCA 
CATGGTCATT CCCCTTACCA TAAGGAAGCC GGTAATTTCA GAGTGCCTCC ACCGCCACCA 
GCTAAAAGTC TCCCCGCTAA TGGACCACCA AGAAAAGTTT TCGCTGATCC TTCAACAACA 
CATGTTCAAT CATCTACTCT AGCTATTCGT CGCGCACCAG GTCCAACTAG ATTCATGAAT 
CGCATCAATA CCATGCGTCC ACCTCAACAA ATGGAAGGGC CCAATGAAAA CCGCCGTTAC 
TATCGTTTGC CTCCTCCAAT GCTAAAAGAT CGCGTATTTC ACATCGCTCC CCCAAATCTA 
AAGCCACCTC CACCACCTGG CTCTTCCCCA GCTTCTAGAT TTGCTGAAAG CTATGCTCCT 
CCCACACCTG AAAAAACTGT ACCAAGCCGC AAAACTGAAG AATCCGAAAA TAATGAATTC 
CAACGTGATC CTCCAACAAT TCTGAAAAAC ACCATGACAG AAGATAAACC TCAGCGTCCT 
AAACTAGAAC CCGTGGTAAC TTTACAAATG CTTCAATCGA AAAAACAAAC CGAACAATCG 
AAACATAAAT TGCCATCGGG TCAAAAGCTA GACCTAGCTG TTGAGGGCCA ACCTCCATCT 
TCTCCCGTAC AGGCTGTTAG CACCGATGGA GCCCAACCAG TTTATGTAGT CTACCCTGTC 
AAGAGTACGC CTATGAATCT GGATTCCATT CATGCAGGAA GTAACATTGA TCCCGTTGTG 
GTAGGACAAC ATGGAGAACA GTCACCTATT CCGCCACCAC CCGCAAGAAT TAGTCCAGGT 
AGTGAATATC AAAATACGCC ATTTTCGATA GCTTCTCATT TCGAGCAGGA ACCAATTCTT 
ATGGCTAAGG ATAAGAAAGC ACTTCAAAAG GTTCATTTCC CATACAATAT TGAAAAACCG 
GATCCACACA CATTGATTGA GGTGGAAAAC GAATCGAAAT ATCGCTTGCC GGAGATTATA 
GAAAAGAAAC AGGATAGCAT TTACAACATC GGCGAGGAAC CAATCAGTAA GGAGCAACCA 
GAGGATTCCG TTATATCCAG CAAATTGCAA CGTGTCACCG AAAGCACGCC GATTGCAATT 
GCCTACACAC CGACAGAATC TACACAAAAG TACAACTACA ACAAACATCC GAATTCTCCA 
TATTATTCAC CGTATGGTGA AACACAAACT GAAGTGTCCT ATCTGAAGAT GGATGATTTC 
GATGAATTCG GAAATCCAGC ACATCGGTAC GAACAAAACT TCCAAGCTCC ATTCCAAGCC 
AGTATCAGTT TGGATCCAGT GAAAGTTACC AACCCATACG AAGGATGGGC GGTTGTGACA 
TCTTCGCCCC AGGCACTTAT CAAAGAACAG AACAAAATTG ATCGGTCAGA TGATCATCAT 
TTCGAAGTAA CCGATTTGTC TACAAAGAAA CCTTCAGAAA AAGGAAGTTT TCAACCGGAA 
TTACAAGGAG GTTTTCGACC TATCTACGCA GAAGATATTA AACTAAGCGA AATGATGAAT 
CCGGACCCCC AATCAAGAAA TGCATTCTTA ATGGAGCGCG AAAGTGAACC CGAAATATCA 
ATGAAACAAG AACAAAAACA GGAACAAGAG AAAGTTCAGG AACCCGAAAG GAAGCCTTTG 
TTTGATAGTT TGGAAGCATT TTTCGATAAC TTGACTAAAG ATTATGATGA CAATACTGAG 
ATGACTGGAC TTGGTGATGA CATGGATGAT AGTACCGCCA AAATCAGCAA CGAACTTGAG 
GGAAGAAGTA GTGATAATTC TATTACTGAA ATGACAATAG ACGAAGAAAA CACAGAAGAG 
CCGTCTAGTG ATAAGAGTGC AGAAAAAGAA AAGAGCGTGA AGGAATGA

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

AAEL_AAEL008414 ( XM_021853690.1 ) cDNA ORF clone, Aedes aegypti(Yellow fever mosquito) -> XP_021709382.1 Aedes aegypti proline-rich protein 36 (LOC5570610), transcript variant X2, mRNA.

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CloneID	OAe115574
Clone ID Related Accession (Same CDS sequence)	XM_021853685.1 , XM_001653224.2 , XM_021853690.1
Accession Version	XM_021853690.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4128bp) 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	proline-rich protein 36
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_035107.1) 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 :: 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##

ATGGGGAAAC GAAATCGGCT ACTGCCGATA GGTATCGTCA TCTGTTTGGT CCTTTACGCG 
GGATCCTCTG TAAAGGCGTT CAATTTCGAC GATGATTTAG AGGACCTAAT GGCAGAAGAA 
TCAATCGTGG ATGAAGAAGT CTACGGAGGC CCTATTTTGC CGTCGAACGT ATTCAATGGT 
GGAAAACCAT TTTACGTCGA GCGTGACCCT TCAACGGGAG CAATTGATTT CAACCATAAG 
AAAACTGTCA ATCAAATTGA CCTAGATGAC AAAGGATCTT ACGATACAAA GGACAGTCAC 
GTCAGCGATA CAAAAGATGT TATCGTCAGC CAATCTTCAC CAAACTTTCA CGATTTCCTA 
AATCTACCGG TGAAATACTC TTCCTCAAAC TTCGTTTATC CGTTGATTTC AAGTTCATAT 
GCCAATTTAA AATATCAAGG TAGCAACAAA GTGTCGAATC ACAAGAACGC AACGTCCACT 
CCATCTACGA CGACAGCTGC ACCTAAATTC CAATTTACGC GTCCTCAGTA CACAACTTCC 
AGGCTTAACA CCACACGAAA TCAACCAAGT CCTACTACCA CCCAAGTGAC ACAACCATCT 
TCTCGTTATA CTTATCCAAC TACTTCAGGA CGACCGATAA CGACCACCAC TACTACCACG 
ACCACCGAAA TACCGATGAC AACCATTCCA GCTAAACAAT TATTCACTAG ATACCCTTAC 
AAGAGTACTA TCAAGAACAA ATATTTGGAA ACGACAGAAC AGACACGTAA GAAGTTCTTC 
TTGCCTTCGA CTCTTTCTAT GCCGACCACG ACTACTACAC AACGACCTCA ATCCACCGAA 
CCAGAAACGA CTCCTATCCG TTCTTCAACC TACTACTCGC CTTCTGTTAG ACCGTGGTCC 
AGTCCATCGG CAACTCCACC TGTCACCACT ACTCCTGAGC CAACCACTGT ATCCCGTCCT 
GCAAACCCAA TTCGTTTTGA GGAAACTCAA CCTTTACCAC CGGTAGAGGA TGAAGCTCAC 
AGGATGAAAT ATACCATACC AGCACTCAAA TACGAGGGTA ACCGTCCAGC ACCATTCCGA 
CCACTGCCAC CAAGTCACAT TATGTTGAAC CGTAAGAATG AAACCAGCAA CAAGATAGAT 
CTGCCAAATG ATCCAGCTGT AATGTCCCTT TCTGATATCT TTAACTCGCT CGGCTTGGAT 
GACAAACAAG CTGCCGCTGA AGAGAAGGAA AATAATATCG TCTTCGAAAC GACTATTGCT 
CAAACCACCG ATCAAACAAC GCCACCAGCA ATTGTGCTGA TTTCGGACCA ACAAAAGCAG 
GAATCAATTC AAGAAGGTCC AAAAATTGAA CAGTCCATTG ACCTTACTGA TCAATATGTG 
AAGTACGATA TCCAGCAATC GAATGGCCAT CGACCACAAA AACCGACCAA TGATCAATAC 
GACCATTATG AAGTTTATCA ATCTAACGGA CACCGTCCAC AAAACCCTCC GAAAGATTCC 
AACTTTGGAA ATCAATATGT CAAGTACGAG GTACAACAAC CACAAATTAA CATAGTCAAA 
TACGGTACGG TTCCAAGCAT GAATAGTGTT GTAATCAGTC CCAATCAACA TTCGGCTACA 
TTCGTCTTGG GATCTCAACA ATCGGTAGGA AGTTCAAGTG ATGGACATTT TGTGAGCTCA 
GTCTCGCAGG AACCTGCTTC TGCTGCTCTT AATGGCCATC CGACTGGCTA TCAAATGGGG 
CAGGTGCTGG ACGAACCAAA CGAAAGCTCC AATGTGCAAG TTGGCACATC AGTGAACGTT 
CAAGTTAAGC CTCAAGATAT AATCAAAACC ACCAGCGTGC GATTTCCCAG TGAAAGCGAC 
GACAAGTATG AGAATGCACC CATTATTAGT GGAACCCATA AGAGTGAAGT TTTGCCACCC 
AATGGACATT CTGCTCCTAT TGGTGTTGGT CCAAACTCAA TGGTTGTGTT CCCCAAGAAC 
GATCAAATTG AAAGCACTCT TCATGAAGTT TCAAACAGAA TCGTTTTCGA TACACCAAAT 
GCTGAAGCTT TGAACAAGAA CGAAATTTCA AATTATCCCT CAGATCTACC AGAACAGCTA 
ACTCCTCCTT CAAATCCGGA CAACTCCCAT CTCTCAAAAC GTCCCCGACC CCCAATTCCT 
GCTCAAGGAC CACCATTCAT TTACAAAGAA ATCCAACGTA GGCCATATCC AGGAGGAATT 
CGACCACCTC TACAGCTACC TAACATTTTA CCCCAATTCA GACCGAACGC TAAAATATCA 
CATGGTCATT CCCCTTACCA TAAGGAAGCC GGTAATTTCA GAGTGCCTCC ACCGCCACCA 
GCTAAAAGTC TCCCCGCTAA TGGACCACCA AGAAAAGTTT TCGCTGATCC TTCAACAACA 
CATGTTCAAT CATCTACTCT AGCTATTCGT CGCGCACCAG GTCCAACTAG ATTCATGAAT 
CGCATCAATA CCATGCGTCC ACCTCAACAA ATGGAAGGGC CCAATGAAAA CCGCCGTTAC 
TATCGTTTGC CTCCTCCAAT GCTAAAAGAT CGCGTATTTC ACATCGCTCC CCCAAATCTA 
AAGCCACCTC CACCACCTGG CTCTTCCCCA GCTTCTAGAT TTGCTGAAAG CTATGCTCCT 
CCCACACCTG AAAAAACTGT ACCAAGCCGC AAAACTGAAG AATCCGAAAA TAATGAATTC 
CAACGTGATC CTCCAACAAT TCTGAAAAAC ACCATGACAG AAGATAAACC TCAGCGTCCT 
AAACTAGAAC CCGTGGTAAC TTTACAAATG CTTCAATCGA AAAAACAAAC CGAACAATCG 
AAACATAAAT TGCCATCGGG TCAAAAGCTA GACCTAGCTG TTGAGGGCCA ACCTCCATCT 
TCTCCCGTAC AGGCTGTTAG CACCGATGGA GCCCAACCAG TTTATGTAGT CTACCCTGTC 
AAGAGTACGC CTATGAATCT GGATTCCATT CATGCAGGAA GTAACATTGA TCCCGTTGTG 
GTAGGACAAC ATGGAGAACA GTCACCTATT CCGCCACCAC CCGCAAGAAT TAGTCCAGGT 
AGTGAATATC AAAATACGCC ATTTTCGATA GCTTCTCATT TCGAGCAGGA ACCAATTCTT 
ATGGCTAAGG ATAAGAAAGC ACTTCAAAAG GTTCATTTCC CATACAATAT TGAAAAACCG 
GATCCACACA CATTGATTGA GGTGGAAAAC GAATCGAAAT ATCGCTTGCC GGAGATTATA 
GAAAAGAAAC AGGATAGCAT TTACAACATC GGCGAGGAAC CAATCAGTAA GGAGCAACCA 
GAGGATTCCG TTATATCCAG CAAATTGCAA CGTGTCACCG AAAGCACGCC GATTGCAATT 
GCCTACACAC CGACAGAATC TACACAAAAG TACAACTACA ACAAACATCC GAATTCTCCA 
TATTATTCAC CGTATGGTGA AACACAAACT GAAGTGTCCT ATCTGAAGAT GGATGATTTC 
GATGAATTCG GAAATCCAGC ACATCGGTAC GAACAAAACT TCCAAGCTCC ATTCCAAGCC 
AGTATCAGTT TGGATCCAGT GAAAGTTACC AACCCATACG AAGGATGGGC GGTTGTGACA 
TCTTCGCCCC AGGCACTTAT CAAAGAACAG AACAAAATTG ATCGGTCAGA TGATCATCAT 
TTCGAAGTAA CCGATTTGTC TACAAAGAAA CCTTCAGAAA AAGGAAGTTT TCAACCGGAA 
TTACAAGGAG GTTTTCGACC TATCTACGCA GAAGATATTA AACTAAGCGA AATGATGAAT 
CCGGACCCCC AATCAAGAAA TGCATTCTTA ATGGAGCGCG AAAGTGAACC CGAAATATCA 
ATGAAACAAG AACAAAAACA GGAACAAGAG AAAGTTCAGG AACCCGAAAG GAAGCCTTTG 
TTTGATAGTT TGGAAGCATT TTTCGATAAC TTGACTAAAG ATTATGATGA CAATACTGAG 
ATGACTGGAC TTGGTGATGA CATGGATGAT AGTACCGCCA AAATCAGCAA CGAACTTGAG 
GGAAGAAGTA GTGATAATTC TATTACTGAA ATGACAATAG ACGAAGAAAA CACAGAAGAG 
CCGTCTAGTG ATAAGAGTGC AGAAAAAGAA AAGAGCGTGA AGGAATGA

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

RefSeq	XP_021709382.1
CDS	1308..5435
Translation	MGKRNRLLPIGIVICLVLYAGSSVKAFNFDDDLEDLMAEESIVDEEVYGGPILPSNVFNGGKPFYVERDPSTGAIDFNHKKTVNQIDLDDKGSYDTKDSHVSDTKDVIVSQSSPNFHDFLNLPVKYSSSNFVYPLISSSYANLKYQGSNKVSNHKNATSTPSTTTAAPKFQFTRPQYTTSRLNTTRNQPSPTTTQVTQPSSRYTYPTTSGRPITTTTTTTTTEIPMTTIPAKQLFTRYPYKSTIKNKYLETTEQTRKKFFLPSTLSMPTTTTTQRPQSTEPETTPIRSSTYYSPSVRPWSSPSATPPVTTTPEPTTVSRPANPIRFEETQPLPPVEDEAHRMKYTIPALKYEGNRPAPFRPLPPSHIMLNRKNETSNKIDLPNDPAVMSLSDIFNSLGLDDKQAAAEEKENNIVFETTIAQTTDQTTPPAIVLISDQQKQESIQEGPKIEQSIDLTDQYVKYDIQQSNGHRPQKPTNDQYDHYEVYQSNGHRPQNPPKDSNFGNQYVKYEVQQPQINIVKYGTVPSMNSVVISPNQHSATFVLGSQQSVGSSSDGHFVSSVSQEPASAALNGHPTGYQMGQVLDEPNESSNVQVGTSVNVQVKPQDIIKTTSVRFPSESDDKYENAPIISGTHKSEVLPPNGHSAPIGVGPNSMVVFPKNDQIESTLHEVSNRIVFDTPNAEALNKNEISNYPSDLPEQLTPPSNPDNSHLSKRPRPPIPAQGPPFIYKEIQRRPYPGGIRPPLQLPNILPQFRPNAKISHGHSPYHKEAGNFRVPPPPPAKSLPANGPPRKVFADPSTTHVQSSTLAIRRAPGPTRFMNRINTMRPPQQMEGPNENRRYYRLPPPMLKDRVFHIAPPNLKPPPPPGSSPASRFAESYAPPTPEKTVPSRKTEESENNEFQRDPPTILKNTMTEDKPQRPKLEPVVTLQMLQSKKQTEQSKHKLPSGQKLDLAVEGQPPSSPVQAVSTDGAQPVYVVYPVKSTPMNLDSIHAGSNIDPVVVGQHGEQSPIPPPPARISPGSEYQNTPFSIASHFEQEPILMAKDKKALQKVHFPYNIEKPDPHTLIEVENESKYRLPEIIEKKQDSIYNIGEEPISKEQPEDSVISSKLQRVTESTPIAIAYTPTESTQKYNYNKHPNSPYYSPYGETQTEVSYLKMDDFDEFGNPAHRYEQNFQAPFQASISLDPVKVTNPYEGWAVVTSSPQALIKEQNKIDRSDDHHFEVTDLSTKKPSEKGSFQPELQGGFRPIYAEDIKLSEMMNPDPQSRNAFLMERESEPEISMKQEQKQEQEKVQEPERKPLFDSLEAFFDNLTKDYDDNTEMTGLGDDMDDSTAKISNELEGRSSDNSITEMTIDEENTEEPSSDKSAEKEKSVKE

Target ORF information:

RefSeq Version	XM_021853690.1
Organism	Aedes aegypti(yellow fever mosquito)
Definition	Aedes aegypti proline-rich protein 36 (LOC5570610), transcript variant X2, mRNA.

Target ORF information:

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

XM_021853690.1

ORF Insert Sequence:

ATGGGGAAAC GAAATCGGCT ACTGCCGATA GGTATCGTCA TCTGTTTGGT CCTTTACGCG 
GGATCCTCTG TAAAGGCGTT CAATTTCGAC GATGATTTAG AGGACCTAAT GGCAGAAGAA 
TCAATCGTGG ATGAAGAAGT CTACGGAGGC CCTATTTTGC CGTCGAACGT ATTCAATGGT 
GGAAAACCAT TTTACGTCGA GCGTGACCCT TCAACGGGAG CAATTGATTT CAACCATAAG 
AAAACTGTCA ATCAAATTGA CCTAGATGAC AAAGGATCTT ACGATACAAA GGACAGTCAC 
GTCAGCGATA CAAAAGATGT TATCGTCAGC CAATCTTCAC CAAACTTTCA CGATTTCCTA 
AATCTACCGG TGAAATACTC TTCCTCAAAC TTCGTTTATC CGTTGATTTC AAGTTCATAT 
GCCAATTTAA AATATCAAGG TAGCAACAAA GTGTCGAATC ACAAGAACGC AACGTCCACT 
CCATCTACGA CGACAGCTGC ACCTAAATTC CAATTTACGC GTCCTCAGTA CACAACTTCC 
AGGCTTAACA CCACACGAAA TCAACCAAGT CCTACTACCA CCCAAGTGAC ACAACCATCT 
TCTCGTTATA CTTATCCAAC TACTTCAGGA CGACCGATAA CGACCACCAC TACTACCACG 
ACCACCGAAA TACCGATGAC AACCATTCCA GCTAAACAAT TATTCACTAG ATACCCTTAC 
AAGAGTACTA TCAAGAACAA ATATTTGGAA ACGACAGAAC AGACACGTAA GAAGTTCTTC 
TTGCCTTCGA CTCTTTCTAT GCCGACCACG ACTACTACAC AACGACCTCA ATCCACCGAA 
CCAGAAACGA CTCCTATCCG TTCTTCAACC TACTACTCGC CTTCTGTTAG ACCGTGGTCC 
AGTCCATCGG CAACTCCACC TGTCACCACT ACTCCTGAGC CAACCACTGT ATCCCGTCCT 
GCAAACCCAA TTCGTTTTGA GGAAACTCAA CCTTTACCAC CGGTAGAGGA TGAAGCTCAC 
AGGATGAAAT ATACCATACC AGCACTCAAA TACGAGGGTA ACCGTCCAGC ACCATTCCGA 
CCACTGCCAC CAAGTCACAT TATGTTGAAC CGTAAGAATG AAACCAGCAA CAAGATAGAT 
CTGCCAAATG ATCCAGCTGT AATGTCCCTT TCTGATATCT TTAACTCGCT CGGCTTGGAT 
GACAAACAAG CTGCCGCTGA AGAGAAGGAA AATAATATCG TCTTCGAAAC GACTATTGCT 
CAAACCACCG ATCAAACAAC GCCACCAGCA ATTGTGCTGA TTTCGGACCA ACAAAAGCAG 
GAATCAATTC AAGAAGGTCC AAAAATTGAA CAGTCCATTG ACCTTACTGA TCAATATGTG 
AAGTACGATA TCCAGCAATC GAATGGCCAT CGACCACAAA AACCGACCAA TGATCAATAC 
GACCATTATG AAGTTTATCA ATCTAACGGA CACCGTCCAC AAAACCCTCC GAAAGATTCC 
AACTTTGGAA ATCAATATGT CAAGTACGAG GTACAACAAC CACAAATTAA CATAGTCAAA 
TACGGTACGG TTCCAAGCAT GAATAGTGTT GTAATCAGTC CCAATCAACA TTCGGCTACA 
TTCGTCTTGG GATCTCAACA ATCGGTAGGA AGTTCAAGTG ATGGACATTT TGTGAGCTCA 
GTCTCGCAGG AACCTGCTTC TGCTGCTCTT AATGGCCATC CGACTGGCTA TCAAATGGGG 
CAGGTGCTGG ACGAACCAAA CGAAAGCTCC AATGTGCAAG TTGGCACATC AGTGAACGTT 
CAAGTTAAGC CTCAAGATAT AATCAAAACC ACCAGCGTGC GATTTCCCAG TGAAAGCGAC 
GACAAGTATG AGAATGCACC CATTATTAGT GGAACCCATA AGAGTGAAGT TTTGCCACCC 
AATGGACATT CTGCTCCTAT TGGTGTTGGT CCAAACTCAA TGGTTGTGTT CCCCAAGAAC 
GATCAAATTG AAAGCACTCT TCATGAAGTT TCAAACAGAA TCGTTTTCGA TACACCAAAT 
GCTGAAGCTT TGAACAAGAA CGAAATTTCA AATTATCCCT CAGATCTACC AGAACAGCTA 
ACTCCTCCTT CAAATCCGGA CAACTCCCAT CTCTCAAAAC GTCCCCGACC CCCAATTCCT 
GCTCAAGGAC CACCATTCAT TTACAAAGAA ATCCAACGTA GGCCATATCC AGGAGGAATT 
CGACCACCTC TACAGCTACC TAACATTTTA CCCCAATTCA GACCGAACGC TAAAATATCA 
CATGGTCATT CCCCTTACCA TAAGGAAGCC GGTAATTTCA GAGTGCCTCC ACCGCCACCA 
GCTAAAAGTC TCCCCGCTAA TGGACCACCA AGAAAAGTTT TCGCTGATCC TTCAACAACA 
CATGTTCAAT CATCTACTCT AGCTATTCGT CGCGCACCAG GTCCAACTAG ATTCATGAAT 
CGCATCAATA CCATGCGTCC ACCTCAACAA ATGGAAGGGC CCAATGAAAA CCGCCGTTAC 
TATCGTTTGC CTCCTCCAAT GCTAAAAGAT CGCGTATTTC ACATCGCTCC CCCAAATCTA 
AAGCCACCTC CACCACCTGG CTCTTCCCCA GCTTCTAGAT TTGCTGAAAG CTATGCTCCT 
CCCACACCTG AAAAAACTGT ACCAAGCCGC AAAACTGAAG AATCCGAAAA TAATGAATTC 
CAACGTGATC CTCCAACAAT TCTGAAAAAC ACCATGACAG AAGATAAACC TCAGCGTCCT 
AAACTAGAAC CCGTGGTAAC TTTACAAATG CTTCAATCGA AAAAACAAAC CGAACAATCG 
AAACATAAAT TGCCATCGGG TCAAAAGCTA GACCTAGCTG TTGAGGGCCA ACCTCCATCT 
TCTCCCGTAC AGGCTGTTAG CACCGATGGA GCCCAACCAG TTTATGTAGT CTACCCTGTC 
AAGAGTACGC CTATGAATCT GGATTCCATT CATGCAGGAA GTAACATTGA TCCCGTTGTG 
GTAGGACAAC ATGGAGAACA GTCACCTATT CCGCCACCAC CCGCAAGAAT TAGTCCAGGT 
AGTGAATATC AAAATACGCC ATTTTCGATA GCTTCTCATT TCGAGCAGGA ACCAATTCTT 
ATGGCTAAGG ATAAGAAAGC ACTTCAAAAG GTTCATTTCC CATACAATAT TGAAAAACCG 
GATCCACACA CATTGATTGA GGTGGAAAAC GAATCGAAAT ATCGCTTGCC GGAGATTATA 
GAAAAGAAAC AGGATAGCAT TTACAACATC GGCGAGGAAC CAATCAGTAA GGAGCAACCA 
GAGGATTCCG TTATATCCAG CAAATTGCAA CGTGTCACCG AAAGCACGCC GATTGCAATT 
GCCTACACAC CGACAGAATC TACACAAAAG TACAACTACA ACAAACATCC GAATTCTCCA 
TATTATTCAC CGTATGGTGA AACACAAACT GAAGTGTCCT ATCTGAAGAT GGATGATTTC 
GATGAATTCG GAAATCCAGC ACATCGGTAC GAACAAAACT TCCAAGCTCC ATTCCAAGCC 
AGTATCAGTT TGGATCCAGT GAAAGTTACC AACCCATACG AAGGATGGGC GGTTGTGACA 
TCTTCGCCCC AGGCACTTAT CAAAGAACAG AACAAAATTG ATCGGTCAGA TGATCATCAT 
TTCGAAGTAA CCGATTTGTC TACAAAGAAA CCTTCAGAAA AAGGAAGTTT TCAACCGGAA 
TTACAAGGAG GTTTTCGACC TATCTACGCA GAAGATATTA AACTAAGCGA AATGATGAAT 
CCGGACCCCC AATCAAGAAA TGCATTCTTA ATGGAGCGCG AAAGTGAACC CGAAATATCA 
ATGAAACAAG AACAAAAACA GGAACAAGAG AAAGTTCAGG AACCCGAAAG GAAGCCTTTG 
TTTGATAGTT TGGAAGCATT TTTCGATAAC TTGACTAAAG ATTATGATGA CAATACTGAG 
ATGACTGGAC TTGGTGATGA CATGGATGAT AGTACCGCCA AAATCAGCAA CGAACTTGAG 
GGAAGAAGTA GTGATAATTC TATTACTGAA ATGACAATAG ACGAAGAAAA CACAGAAGAG 
CCGTCTAGTG ATAAGAGTGC AGAAAAAGAA AAGAGCGTGA AGGAATGA

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)
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AAEL_AAEL008414 cDNA ORF clone, Aedes aegypti(Yellow fever mosquito)

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