LOC106711532 cDNA ORF clone, Papilio machaon(common yellow swallowtail)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106711532
Entrez Gene ID	106711532
Full Name	protein toll-like
Gene Type	protein-coding
Organism	Papilio machaon(common yellow swallowtail)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014503870.1	XP_014359356.1	protein toll-like

Pathways from BioSystems
Gene Ontology

The following LOC106711532 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106711532 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OPa84980	XM_014503870.1 Latest version!	Papilio machaon protein toll-like (LOC106711532), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

LOC106711532 ( XM_014503870.1 ) cDNA ORF clone, Papilio machaon(common yellow swallowtail) -> XP_014359356.1 Papilio machaon protein toll-like (LOC106711532), mRNA.

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CloneID	OPa84980
Clone ID Related Accession (Same CDS sequence)	XM_014503870.1
Accession Version	XM_014503870.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3912bp) 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	2015-10-28
Organism	Papilio machaon(common yellow swallowtail)
Product	protein toll-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014513440.1) 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 :: Papilio machaon Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTATGCTA TAGCGATTGT ACTATGTGCG CTCCTGCACG CCGCATGGAC TGTGCAGTAC 
GGCTCGGACA AGTGTGCCCG AGTCTCCGGC ACTAACGTGC TGTGCAAAAT ACGGACCCTC 
GACGGCGACG GCAGCAGCAT CACCTCAGTT AACTCCGATA CTAGTATTTT ATCAGTAGAA 
TGTAACCACC TGCTCCTTTT TGAAAGTTCA CTTCGCGCTC ACTACTTTAG TTCAGTTGAG 
TTCCTTAGCG AGTTGTCCAT TACTAACTGC AAGCTGTTAC ATATACCAGA CTACACCTTT 
CAAGATGTGA GCAAACTAAA AAGGCTAAAA ATTCGTTCGA AGAATTCCGA GTGGAGCCCT 
ACCAAGAATA TGGAAATATC TCTGAACGCG TTCAATGGAT TGTCGGAACT ACATTCGTTG 
GATCTTGCTC AAAATAACAT AAAGTTCGTT CCTTCCGGAG TATTTTGTTC GCTGGAGAAT 
CTGAATGTAT TAAATTTAAC GAACAATAGA ATTAGAACAG TCGGCCAAAT TGGTTTTGGC 
CAGGGCTGTG GTTCGGGTTT GCATACTTTA GACTTGAGCT ACAATGAAAT TAAAACATTA 
CCTGAGGAGA CGGAGTTACT TAAATTAAGA AGTCTGCAGC ATTTATATCT ACAACATAAC 
AACATCAGCG ACATATCGAG CGAGGCGTTT AATGGTTTGA CCTCATTAAG AGTATTGAAC 
ATATCACACA ACCGTCTACA TACTTTGCCT GAAGGACTAT TTTCCAACGC AAAAGAATTA 
CGAGAAATAT ATCTTAATGA AAATTCTTTA TTTGAATTAG CAAGAGGAAT ATTTCACCAT 
TTAGAACAAC TAATCGTTCT AGATTTATCA AGTAATCAAT TAACAAGTAA TCATATCGAC 
GACGGCACTT TCAAGGGACT GATCAGATTA ATAGTTTTAA ATTTATCAAA TAACGCCCTC 
ACAAGAATAG ATGGAAAAAC ATTTAAAGAT TTATTCTTTC TACAAATTTT GAATTTGAAA 
AATAATTCCG TTGGATATAT TGAAGACAAC GCGTTTTTGC CTCTTTATAA TCTTCACACG 
CTTAATTTAG CGGAAAATAG ACTTCACACT ATTGATGAGA ATTTATTCAA CGGTTTGTTT 
GTGCTAAGTA AGTTGACTCT GAATAACAAC CTACTTGTCA ATATTGATCG AAAAGCTTTC 
AAAAACTGCT CCGACTTGAA AGAACTGGAT TTGAGCTCTA ATCAACTAAT GGAGATACCC 
GACGCATTGT GGGAACTTCC TTTCTTGAAA ACGCTCGATC TCGGCGAAAA CCAAATATCC 
GACTTTAGAA ACGGCTCCTT TAAGAATTTA AATCAATTAA CTGGATTACG CCTGATTGAT 
AATCAAATTG GGAATCTGAG CGTAGGCATG TTTTGGGATT TGCCGAGTTT GCAAGTTTTA 
AATATTGCGA AGAATAAAAT ACAGTCTATA GAGAGAGGTA CATTTAGCCG CAATGGACAA 
CTGGAGGCTA TACGATTGGA CGGCAACTTC CTGTCGGACA TCAACGGTGT GTTTGCGACG 
CTCGCCAGCC TGCTCTGGCT AAACCTGTCG GAAAATCATC TAGTGTGGTT TGATTATGCG 
TTTGTGCCTA GTAATTTAAA GTGGTTGGAC GTTCACGGTA ACTTTATTGA ACACTTGGGC 
AACTATTATA AGTTGCAAGA TGAAATACAT ATAAAGACTT TAGATGTTAG TCATAATCGT 
ATTGTAGATA TAGGGCCTAT GGCCATTCCT AATAGTGTAG AATTGTTGTT TATAAATAAT 
AATTATTTAA ATAATATTCA TGTGAATACG TTTTTCGACA AAAAGAATTT AACTCGTGTG 
GATATGTATG CAAATGAAAT TGTTAATTTA GAGTTGAATA GTTTACGTTT ATCTTCAGTG 
CCAGGTAACA AAACATTACC AGAGTTCTAT ATCGGTGGCA ACCCCTTTCA GTGTGATTGT 
ACAATGGAAT GGCTACCGAT AATTAACAAT ATGACTGCCA TGAGGCAGTA TCCTCGTGTG 
ATGGATTTGG AAAATGTTTT GTGCAAAATG ACAAATACAC GCAGTGGAAC TCATGTGCCC 
TTAACTAATC TTAAAACAAC GGATTTTCTA TGTGAGTATG AGACTCATTG TTTTGCTATA 
TGTCATTGCT GCGACTATGA CGCGTGCGAC TGTGAAATGA CTTGCCCTCA CAACTGTACT 
TGTTATCACG ATCCATTGTG GAACACTAAT GTTGTTGATT GTTCCGGACA ATCATCTTTA 
GAAATACCAA GTAAAATACC AATGGACGCA ACTGAAGTAT TTTTAGACGG TAATAATATT 
AAAGAATTAC AAAATCATGT ATTCATTGGC CGACAAAAAA TGCGATCTTT GTATGTAAAT 
AATAGTAATG TTGATAACAT TCAAAATAGA ACGTTTGCAG GTCTTAATTC TTTAGAAATT 
CTACATCTAG GTAATAATAA ATTAAAAGAT TTAAAAGGTT ATGAATTTCA TCAGCTCATT 
AGTTTAAAAG AACTTTTCTT GCAAAATAAC CTTATCAGTC ATATCGCAAA CATATCGTTT 
ACTTCGTTAA AATCTTTGGA AGTTTTACGT CTTGAGGGCA ATCGACTTGT TGATTTTGGT 
GTATGGATTT TTAATAACAA TCCAAATTTA AAGGCATTAT CTCTCGGCAA TAATTTGTGG 
TCTTGTAAGT GTCGTTATTT ACAAGAACTA ACAGCCTATC TGGCTGAAAA TGCACAGAAA 
ATCGTTGATA TAACCGACGT ATGGTGTTGG AACGGAGATG CAAAGCCTCC ACAGAAAAAG 
GAATTAAATT TAAACGGCAC AGCCTGCAGT GATTATTATG CCGATAATTC AGTTATCGGA 
AACATGTTAG TCTCGAACTA CGTTCCCATG ATGGTGTCGA CTCTCACTGG GTTTATGTTA 
ATTTTATTGG CGCTTGTTGT ATTATTTCTT TTTAGAGATT CTCTTAGAGT GTGGCTTTAC 
ACAAATTGTG GCATTAGAGT ATTCTCATTT GCTGGTACGT TTGAAGAGAA TGAAAAATTA 
TATGACGCTT ACGTTTGTTA TAGTCCTAAA GATGAGGAAT TTGTCGTGCA ATCATTAGCA 
ACAGAATTAG AAAACGGTCA TCCATCGTAC CATCTTTGTT TACATTATAG AGATATCATA 
AAGAACCATA GTGAGCGCGA TATCCTCCAA CACCATGCCG AAGCAAATCA ACAGTACATA 
CAATGTGCCC CGCCAGTTGT CGAAGCTGCG GAGGCATCTA AAAGAATAAT ACTCGTTTTA 
ACAAGAAATT TTATGCAAAC AGAATGGTCC CGGTATGAGT TCCGACAAGG GTTACACGAA 
GCGCTTAAAG GGTGCATTTA TAAGTTGGTG CTAATAGAGG AATGTTCGGT AGTGGCGGAC 
GCGCTACGCG ACCCGGATTT ACGACCCTAT CTTAAAACGG GATCGCGACT ACAATGGGGT 
CAAAAAAGGT TCTGGGAAAG GTTGAGATAC ATGATGCCGG ATGTATCGCA CCAGAACCAT 
AAGACGCGAA GTCAAGGTTA TAGAAAAAAT ATAAATACGT ATACGTTAGA TTCTTCAGTA 
CCTAATGGGA ATCGCACGTT GTCTTACCCT GACAAATCTC CTGTGTTAGG GATCGCGGGT 
CAGGGAGCGA GCGCACCACC CGAATATAGT ACGGAGGTTC GACAGTCACC TTCGGCTATT 
AGGCAAACGC AGGCCGTGGC GTACGGTCCA GACGGGAGAC CTATATCAGA TCATATCTAT 
TCGTCGATCG ACTCAGACTA TTCCTCGCTA GAGCACGGCA TGACGGCCGG CAGACGGCGC 
GAGTTGCGTC AGTGGCCGCC GCCGCCGCCC CTGGTGGACA CGGGTAGCAC CGTGCAAGCT 
TACCTAGTCT AG

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

RefSeq	XP_014359356.1
CDS	296..4207
Translation	MYAIAIVLCALLHAAWTVQYGSDKCARVSGTNVLCKIRTLDGDGSSITSVNSDTSILSVECNHLLLFESSLRAHYFSSVEFLSELSITNCKLLHIPDYTFQDVSKLKRLKIRSKNSEWSPTKNMEISLNAFNGLSELHSLDLAQNNIKFVPSGVFCSLENLNVLNLTNNRIRTVGQIGFGQGCGSGLHTLDLSYNEIKTLPEETELLKLRSLQHLYLQHNNISDISSEAFNGLTSLRVLNISHNRLHTLPEGLFSNAKELREIYLNENSLFELARGIFHHLEQLIVLDLSSNQLTSNHIDDGTFKGLIRLIVLNLSNNALTRIDGKTFKDLFFLQILNLKNNSVGYIEDNAFLPLYNLHTLNLAENRLHTIDENLFNGLFVLSKLTLNNNLLVNIDRKAFKNCSDLKELDLSSNQLMEIPDALWELPFLKTLDLGENQISDFRNGSFKNLNQLTGLRLIDNQIGNLSVGMFWDLPSLQVLNIAKNKIQSIERGTFSRNGQLEAIRLDGNFLSDINGVFATLASLLWLNLSENHLVWFDYAFVPSNLKWLDVHGNFIEHLGNYYKLQDEIHIKTLDVSHNRIVDIGPMAIPNSVELLFINNNYLNNIHVNTFFDKKNLTRVDMYANEIVNLELNSLRLSSVPGNKTLPEFYIGGNPFQCDCTMEWLPIINNMTAMRQYPRVMDLENVLCKMTNTRSGTHVPLTNLKTTDFLCEYETHCFAICHCCDYDACDCEMTCPHNCTCYHDPLWNTNVVDCSGQSSLEIPSKIPMDATEVFLDGNNIKELQNHVFIGRQKMRSLYVNNSNVDNIQNRTFAGLNSLEILHLGNNKLKDLKGYEFHQLISLKELFLQNNLISHIANISFTSLKSLEVLRLEGNRLVDFGVWIFNNNPNLKALSLGNNLWSCKCRYLQELTAYLAENAQKIVDITDVWCWNGDAKPPQKKELNLNGTACSDYYADNSVIGNMLVSNYVPMMVSTLTGFMLILLALVVLFLFRDSLRVWLYTNCGIRVFSFAGTFEENEKLYDAYVCYSPKDEEFVVQSLATELENGHPSYHLCLHYRDIIKNHSERDILQHHAEANQQYIQCAPPVVEAAEASKRIILVLTRNFMQTEWSRYEFRQGLHEALKGCIYKLVLIEECSVVADALRDPDLRPYLKTGSRLQWGQKRFWERLRYMMPDVSHQNHKTRSQGYRKNINTYTLDSSVPNGNRTLSYPDKSPVLGIAGQGASAPPEYSTEVRQSPSAIRQTQAVAYGPDGRPISDHIYSSIDSDYSSLEHGMTAGRRRELRQWPPPPPLVDTGSTVQAYLV

Target ORF information:

RefSeq Version	XM_014503870.1
Organism	Papilio machaon(common yellow swallowtail)
Definition	Papilio machaon protein toll-like (LOC106711532), mRNA.

Target ORF information:

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

XM_014503870.1

ORF Insert Sequence:

ATGTATGCTA TAGCGATTGT ACTATGTGCG CTCCTGCACG CCGCATGGAC TGTGCAGTAC 
GGCTCGGACA AGTGTGCCCG AGTCTCCGGC ACTAACGTGC TGTGCAAAAT ACGGACCCTC 
GACGGCGACG GCAGCAGCAT CACCTCAGTT AACTCCGATA CTAGTATTTT ATCAGTAGAA 
TGTAACCACC TGCTCCTTTT TGAAAGTTCA CTTCGCGCTC ACTACTTTAG TTCAGTTGAG 
TTCCTTAGCG AGTTGTCCAT TACTAACTGC AAGCTGTTAC ATATACCAGA CTACACCTTT 
CAAGATGTGA GCAAACTAAA AAGGCTAAAA ATTCGTTCGA AGAATTCCGA GTGGAGCCCT 
ACCAAGAATA TGGAAATATC TCTGAACGCG TTCAATGGAT TGTCGGAACT ACATTCGTTG 
GATCTTGCTC AAAATAACAT AAAGTTCGTT CCTTCCGGAG TATTTTGTTC GCTGGAGAAT 
CTGAATGTAT TAAATTTAAC GAACAATAGA ATTAGAACAG TCGGCCAAAT TGGTTTTGGC 
CAGGGCTGTG GTTCGGGTTT GCATACTTTA GACTTGAGCT ACAATGAAAT TAAAACATTA 
CCTGAGGAGA CGGAGTTACT TAAATTAAGA AGTCTGCAGC ATTTATATCT ACAACATAAC 
AACATCAGCG ACATATCGAG CGAGGCGTTT AATGGTTTGA CCTCATTAAG AGTATTGAAC 
ATATCACACA ACCGTCTACA TACTTTGCCT GAAGGACTAT TTTCCAACGC AAAAGAATTA 
CGAGAAATAT ATCTTAATGA AAATTCTTTA TTTGAATTAG CAAGAGGAAT ATTTCACCAT 
TTAGAACAAC TAATCGTTCT AGATTTATCA AGTAATCAAT TAACAAGTAA TCATATCGAC 
GACGGCACTT TCAAGGGACT GATCAGATTA ATAGTTTTAA ATTTATCAAA TAACGCCCTC 
ACAAGAATAG ATGGAAAAAC ATTTAAAGAT TTATTCTTTC TACAAATTTT GAATTTGAAA 
AATAATTCCG TTGGATATAT TGAAGACAAC GCGTTTTTGC CTCTTTATAA TCTTCACACG 
CTTAATTTAG CGGAAAATAG ACTTCACACT ATTGATGAGA ATTTATTCAA CGGTTTGTTT 
GTGCTAAGTA AGTTGACTCT GAATAACAAC CTACTTGTCA ATATTGATCG AAAAGCTTTC 
AAAAACTGCT CCGACTTGAA AGAACTGGAT TTGAGCTCTA ATCAACTAAT GGAGATACCC 
GACGCATTGT GGGAACTTCC TTTCTTGAAA ACGCTCGATC TCGGCGAAAA CCAAATATCC 
GACTTTAGAA ACGGCTCCTT TAAGAATTTA AATCAATTAA CTGGATTACG CCTGATTGAT 
AATCAAATTG GGAATCTGAG CGTAGGCATG TTTTGGGATT TGCCGAGTTT GCAAGTTTTA 
AATATTGCGA AGAATAAAAT ACAGTCTATA GAGAGAGGTA CATTTAGCCG CAATGGACAA 
CTGGAGGCTA TACGATTGGA CGGCAACTTC CTGTCGGACA TCAACGGTGT GTTTGCGACG 
CTCGCCAGCC TGCTCTGGCT AAACCTGTCG GAAAATCATC TAGTGTGGTT TGATTATGCG 
TTTGTGCCTA GTAATTTAAA GTGGTTGGAC GTTCACGGTA ACTTTATTGA ACACTTGGGC 
AACTATTATA AGTTGCAAGA TGAAATACAT ATAAAGACTT TAGATGTTAG TCATAATCGT 
ATTGTAGATA TAGGGCCTAT GGCCATTCCT AATAGTGTAG AATTGTTGTT TATAAATAAT 
AATTATTTAA ATAATATTCA TGTGAATACG TTTTTCGACA AAAAGAATTT AACTCGTGTG 
GATATGTATG CAAATGAAAT TGTTAATTTA GAGTTGAATA GTTTACGTTT ATCTTCAGTG 
CCAGGTAACA AAACATTACC AGAGTTCTAT ATCGGTGGCA ACCCCTTTCA GTGTGATTGT 
ACAATGGAAT GGCTACCGAT AATTAACAAT ATGACTGCCA TGAGGCAGTA TCCTCGTGTG 
ATGGATTTGG AAAATGTTTT GTGCAAAATG ACAAATACAC GCAGTGGAAC TCATGTGCCC 
TTAACTAATC TTAAAACAAC GGATTTTCTA TGTGAGTATG AGACTCATTG TTTTGCTATA 
TGTCATTGCT GCGACTATGA CGCGTGCGAC TGTGAAATGA CTTGCCCTCA CAACTGTACT 
TGTTATCACG ATCCATTGTG GAACACTAAT GTTGTTGATT GTTCCGGACA ATCATCTTTA 
GAAATACCAA GTAAAATACC AATGGACGCA ACTGAAGTAT TTTTAGACGG TAATAATATT 
AAAGAATTAC AAAATCATGT ATTCATTGGC CGACAAAAAA TGCGATCTTT GTATGTAAAT 
AATAGTAATG TTGATAACAT TCAAAATAGA ACGTTTGCAG GTCTTAATTC TTTAGAAATT 
CTACATCTAG GTAATAATAA ATTAAAAGAT TTAAAAGGTT ATGAATTTCA TCAGCTCATT 
AGTTTAAAAG AACTTTTCTT GCAAAATAAC CTTATCAGTC ATATCGCAAA CATATCGTTT 
ACTTCGTTAA AATCTTTGGA AGTTTTACGT CTTGAGGGCA ATCGACTTGT TGATTTTGGT 
GTATGGATTT TTAATAACAA TCCAAATTTA AAGGCATTAT CTCTCGGCAA TAATTTGTGG 
TCTTGTAAGT GTCGTTATTT ACAAGAACTA ACAGCCTATC TGGCTGAAAA TGCACAGAAA 
ATCGTTGATA TAACCGACGT ATGGTGTTGG AACGGAGATG CAAAGCCTCC ACAGAAAAAG 
GAATTAAATT TAAACGGCAC AGCCTGCAGT GATTATTATG CCGATAATTC AGTTATCGGA 
AACATGTTAG TCTCGAACTA CGTTCCCATG ATGGTGTCGA CTCTCACTGG GTTTATGTTA 
ATTTTATTGG CGCTTGTTGT ATTATTTCTT TTTAGAGATT CTCTTAGAGT GTGGCTTTAC 
ACAAATTGTG GCATTAGAGT ATTCTCATTT GCTGGTACGT TTGAAGAGAA TGAAAAATTA 
TATGACGCTT ACGTTTGTTA TAGTCCTAAA GATGAGGAAT TTGTCGTGCA ATCATTAGCA 
ACAGAATTAG AAAACGGTCA TCCATCGTAC CATCTTTGTT TACATTATAG AGATATCATA 
AAGAACCATA GTGAGCGCGA TATCCTCCAA CACCATGCCG AAGCAAATCA ACAGTACATA 
CAATGTGCCC CGCCAGTTGT CGAAGCTGCG GAGGCATCTA AAAGAATAAT ACTCGTTTTA 
ACAAGAAATT TTATGCAAAC AGAATGGTCC CGGTATGAGT TCCGACAAGG GTTACACGAA 
GCGCTTAAAG GGTGCATTTA TAAGTTGGTG CTAATAGAGG AATGTTCGGT AGTGGCGGAC 
GCGCTACGCG ACCCGGATTT ACGACCCTAT CTTAAAACGG GATCGCGACT ACAATGGGGT 
CAAAAAAGGT TCTGGGAAAG GTTGAGATAC ATGATGCCGG ATGTATCGCA CCAGAACCAT 
AAGACGCGAA GTCAAGGTTA TAGAAAAAAT ATAAATACGT ATACGTTAGA TTCTTCAGTA 
CCTAATGGGA ATCGCACGTT GTCTTACCCT GACAAATCTC CTGTGTTAGG GATCGCGGGT 
CAGGGAGCGA GCGCACCACC CGAATATAGT ACGGAGGTTC GACAGTCACC TTCGGCTATT 
AGGCAAACGC AGGCCGTGGC GTACGGTCCA GACGGGAGAC CTATATCAGA TCATATCTAT 
TCGTCGATCG ACTCAGACTA TTCCTCGCTA GAGCACGGCA TGACGGCCGG CAGACGGCGC 
GAGTTGCGTC AGTGGCCGCC GCCGCCGCCC CTGGTGGACA CGGGTAGCAC CGTGCAAGCT 
TACCTAGTCT AG