tirA cDNA ORF clone, Cavenderia fasciculata

Gene
Clones
gRNAs

Summary

Gene Symbol	tirA
Entrez Gene ID	14868482
Full Name	Toll-Interleukin receptor domain-containing protein
Gene Type	protein-coding
Organism	Cavenderia fasciculata

mRNA and Protein(s)

mRNA	Protein	Name
XM_004354843.1	XP_004354895.1	Toll-Interleukin receptor domain-containing protein

Pathways from BioSystems
Gene Ontology

The following tirA gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the tirA 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
ODi112126	XM_004354843.1 Latest version!	Dictyostelium fasciculatum Toll-Interleukin receptor domain-containing protein (tirA) mRNA, complete cds.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

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

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

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

Reference Sequences (Refseq)

tirA ( XM_004354843.1 ) cDNA ORF clone, Cavenderia fasciculata -> XP_004354895.1 Dictyostelium fasciculatum Toll-Interleukin receptor domain-containing protein (tirA) mRNA, complete cds.

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CloneID	ODi112126
Clone ID Related Accession (Same CDS sequence)	XM_004354843.1
Accession Version	XM_004354843.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3402bp) 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	2013-03-25
Organism	Cavenderia fasciculata
Product	Toll-Interleukin receptor domain-containing protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_004457690). COMPLETENESS: incomplete on both ends.

ATGATTCTTC AAGATAAAAA GTTCTATCTT GTCACTAGAT CGTCTGGATT AACATGGCAA 
AGTAAATCAA CAATCAAAAA GATATTAGAA GACAATGGTG CAAGTATAGG TTTTAGTATC 
ATTGCAAAGT CTACTGATTA TGTTGTCATT ATTAGTGACT CTGTAAACGC CAATAAGAAG 
AAACCAACTA TTGCTGCACC AAATCCTTCA TTATATTCAA TCTATACTAA AGCTAAAAAG 
TGTAATGTAC CAGTTGTTAC TGATGACTTT ATATTCAAAT GTATTGTTCA ATCTACATTA 
TTGGATCATT CATTGTTTGT TGTTGATAAT GTACTCGAGA ATGGTATTGT CATGGAAAAG 
AATCATTTGC AAGATGTATT GGGTATGGAC TTTTCTGGAT TCGATGATGA TAAATTGGAT 
GATGATGAAA GTGTCTATAG TGAATTCATG ATGGATGATT TATTGACTGG ATGGGATGAG 
CAACAATCAT CATCATCATC AACACCATCA GAGGAAGATT CATCAACATT TGAACAATTG 
GATCTCGAAA AACAATGGAT AGAATTTGAT GAAGAAAAAG AGAATACTGA AATGTTTAAC 
ATTGAATATC CACATGATAA AGAACACATC ATTCAAGAAA ATTATCTTAA ACCAATTCAA 
GAGATTAATG GATATGCATA TTATTATGAT GAAGGAACTA AAGTGTTAAC ATTTATAGGT 
CTTCCATCTC AATTGAAAAA GATTAATATT AATCATGGTG GATTTACTAC TTTTATTGAT 
AATAAAAAGA ATTTATATGC ATGGGGAAAA TTTACACCAA ATATATCATA TGGATCAATT 
AGAAAATTAT TGGCCATTGA AGATGGACCA GAATCAGACG AAGATGATTT ACCATTTGGA 
AGAGAAGTTA GATTCAATCA AGTGGCATCA TGTCATAGAA ACTTTGTTTC TATTGATGAA 
AAAGGAAGTG TATGGTATTT GGATACTAAA AAACAATCTT ATAGCGAAGA AGAGCATGAG 
AGATACAATC TACCATCTCG ATCCTACAGA ATGTTGACTC GATTACCACA ACACATTGGA 
TCAAATTATC GTGCCGTATC GGTATCCTGT GGATACGATT TTTGTGCCAT GTTGCTTAGC 
AATCAACGTG TTGTCACATG GGGACGTAAC AATGTCGGAC AACTTGGTAG AAAAGCTTCT 
TCCATTCATC ATAATCCACC TGGTTTGGTT CAACTCGAAA ACATTACATC AATTTCTTGT 
GGTGATCAAC ATACAATGGT TATCTCCTCC TCTACCACTG CTAGTAATCG AGATATCTAT 
TCTTGGGGAA AGAATGATAG TAGACAACTT GGTGTTAAAT TACTTAGTTT TACTAGTACT 
CCTCAAAAGG TCTACTCACA ACACAATCTT GAACTAAAGG TATTTTGTTC TAGCGATTAT 
TCAATTATAA TGCAAGAACC AAATACCCTT ATCTTACACA CTACAAAAAG AACTTTTCCA 
AAAGAATTCC AATTACTTGG TGAAATGGAT ATAAAAGATT ATGAATTGTT TAATTGTAAC 
AAGTATCTTG GTATTAGATT AGTTGGAGCA TATCAAAATG CAAAAGGATT GGTTTATAAT 
AACAAGGTTG ACCTTTTAAA GAGTTATCTT GATGAAAAAG AACATACTAT ATCTGTTACT 
CAAATATGTA GTTTGATTCA TACAGCTGTT CGTTTTGATC ATTTAGAAGC ATTTAAATTA 
TTATTTGCAA GATACCCATC TTCAAGAATT GAGTATAATA CAAATAGTAC CGTCATTCAT 
ACTTGTGCTC AATATAATTC CATTAAAGTT TTAAGATACA TTTTAAGAAA TCGTTTGGAA 
AATTTAAATA CTGTAGAATT AACTGAAGGT TCTACTGCTT TACATATTGC TTGTGAAAAA 
AATTATTTTG ATTCAGCATT ATTATTATTA GAATTTGGAT GTGATAGAAA TGTAAAGAAT 
ACAAAGGGAT CTACACCATT CCATTTTGCT GTAAAGAATT ACCCAGTTGG TGTATTGATG 
GCACAAAAGG GAGCACAAAA TATTCCAGAT CGTTCGATGA AGACACCTCT GCAATATGCA 
GTTGGAGAGG AAAAGGCATT CCTTCAAAGC CTTTTATTCA CCAATGAAAT ATTCCTCAGT 
TATGCTCACA AGGATTCTGT GTTTGTCAAG GACCTCCGTC TTAGTTTGGA GGAGAGTTCT 
CTTAGATGTT GGTTGGACGA GTACCGTTTG CAAGCCGGTT GCAACTGGCG TTCCGAAATT 
ACAAAGGGTG TTCAAGGTAG CAATGTGGTG TTGTTTACCA TTTCACCAAC CTCTATCAAC 
TCGCTTTGGT GTAGAAAGGA GCTTAAAATG GCCAAACGAC TATGCAAGCC TGTTGTTGCG 
CTCTACTATT TCAATCTCGA TATTGATCCT GTACTACACG GTCTCTTTGA CTATGAAATT 
AGATTCGCCG ACAACAAGGC ATGGGCTGAT TTGGATGCAC CACAACGTCG TGTCGAGTTG 
GAACGAGTTG GCAAGATTGT AAAGTCGATC GACAACCGTA CACCATGTAA TGCCAAGAAC 
CAGTTTGACA AGGTTGACAC ATACAACAAG TTTGCCGACC GTTCAATCTA CATTAGTTTT 
ACCGAAGCTG ATCATTCGCT AGAGTGGCTC ACCAAGGAGG GTCTCTTGAC ACGGTCACTC 
CCATTGACTG ACCGTGACGA GATTCAAGAT GGTGGGGCAT CCCGACTGGT CAAACTCGAG 
CAAGAACGTT CAAAAAAGAA AAAAGAGGAA AAGGAACAAA AACAAAAACA AAAACTACAT 
CTTGTCGAAC AACAAAAGAA GAAATTAGAG AAACAACACC AACAGTTTTT GGCCAACTCT 
AGTGCCAACG ATGCAGCCAA TGATGATCAG TCACTCAAAG AACAAGTAGA ACAAATCGAT 
GAGGTTGCAA GAGCCAATTA CTATCGCAAC CTCTATTCTT TCTCTGAAGA ATCTTTTGAA 
CAGATTCATG TTCAAGAATT TCACACCGAG GATCACTCCA ACACTGCCGA AGATCCTGAA 
AAGGAAATTG CACATCTCAA GCAATACATC AATAATAGTA TCCTTCATTT GGTTATTTAC 
ACTGACAAGA CCAATGATTC ATTGGAAGAG ATTATTCAAG AGGTTAAATA CTCTCTTGGT 
CAATCCAAAA CCATCTATAT TGTCACCAAT AATTACTCTC AAAACTTTAC CAAGTGTCAA 
AATGAAACAA TCAAATCACT GCCGTGGGTA GAAATCCAGT ATCAACTAGA AGAAGAATTC 
TATGATAAAA TTGTATCAGT TTATGAAGTC ATTGAAAAAA CATTTACAAC TATGGCAAAG 
ATCAATCATC TTGTCCTTGA AAAAGAAAGA AATAAATTGT AA

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

RefSeq	XP_004354895.1
CDS	1..3402
Translation	MILQDKKFYLVTRSSGLTWQSKSTIKKILEDNGASIGFSIIAKSTDYVVIISDSVNANKKKPTIAAPNPSLYSIYTKAKKCNVPVVTDDFIFKCIVQSTLLDHSLFVVDNVLENGIVMEKNHLQDVLGMDFSGFDDDKLDDDESVYSEFMMDDLLTGWDEQQSSSSSTPSEEDSSTFEQLDLEKQWIEFDEEKENTEMFNIEYPHDKEHIIQENYLKPIQEINGYAYYYDEGTKVLTFIGLPSQLKKININHGGFTTFIDNKKNLYAWGKFTPNISYGSIRKLLAIEDGPESDEDDLPFGREVRFNQVASCHRNFVSIDEKGSVWYLDTKKQSYSEEEHERYNLPSRSYRMLTRLPQHIGSNYRAVSVSCGYDFCAMLLSNQRVVTWGRNNVGQLGRKASSIHHNPPGLVQLENITSISCGDQHTMVISSSTTASNRDIYSWGKNDSRQLGVKLLSFTSTPQKVYSQHNLELKVFCSSDYSIIMQEPNTLILHTTKRTFPKEFQLLGEMDIKDYELFNCNKYLGIRLVGAYQNAKGLVYNNKVDLLKSYLDEKEHTISVTQICSLIHTAVRFDHLEAFKLLFARYPSSRIEYNTNSTVIHTCAQYNSIKVLRYILRNRLENLNTVELTEGSTALHIACEKNYFDSALLLLEFGCDRNVKNTKGSTPFHFAVKNYPVGVLMAQKGAQNIPDRSMKTPLQYAVGEEKAFLQSLLFTNEIFLSYAHKDSVFVKDLRLSLEESSLRCWLDEYRLQAGCNWRSEITKGVQGSNVVLFTISPTSINSLWCRKELKMAKRLCKPVVALYYFNLDIDPVLHGLFDYEIRFADNKAWADLDAPQRRVELERVGKIVKSIDNRTPCNAKNQFDKVDTYNKFADRSIYISFTEADHSLEWLTKEGLLTRSLPLTDRDEIQDGGASRLVKLEQERSKKKKEEKEQKQKQKLHLVEQQKKKLEKQHQQFLANSSANDAANDDQSLKEQVEQIDEVARANYYRNLYSFSEESFEQIHVQEFHTEDHSNTAEDPEKEIAHLKQYINNSILHLVIYTDKTNDSLEEIIQEVKYSLGQSKTIYIVTNNYSQNFTKCQNETIKSLPWVEIQYQLEEEFYDKIVSVYEVIEKTFTTMAKINHLVLEKERNKL

Target ORF information:

RefSeq Version	XM_004354843.1
Organism	Cavenderia fasciculata
Definition	Dictyostelium fasciculatum Toll-Interleukin receptor domain-containing protein (tirA) mRNA, complete cds.

Target ORF information:

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

XM_004354843.1

ORF Insert Sequence:

ATGATTCTTC AAGATAAAAA GTTCTATCTT GTCACTAGAT CGTCTGGATT AACATGGCAA 
AGTAAATCAA CAATCAAAAA GATATTAGAA GACAATGGTG CAAGTATAGG TTTTAGTATC 
ATTGCAAAGT CTACTGATTA TGTTGTCATT ATTAGTGACT CTGTAAACGC CAATAAGAAG 
AAACCAACTA TTGCTGCACC AAATCCTTCA TTATATTCAA TCTATACTAA AGCTAAAAAG 
TGTAATGTAC CAGTTGTTAC TGATGACTTT ATATTCAAAT GTATTGTTCA ATCTACATTA 
TTGGATCATT CATTGTTTGT TGTTGATAAT GTACTCGAGA ATGGTATTGT CATGGAAAAG 
AATCATTTGC AAGATGTATT GGGTATGGAC TTTTCTGGAT TCGATGATGA TAAATTGGAT 
GATGATGAAA GTGTCTATAG TGAATTCATG ATGGATGATT TATTGACTGG ATGGGATGAG 
CAACAATCAT CATCATCATC AACACCATCA GAGGAAGATT CATCAACATT TGAACAATTG 
GATCTCGAAA AACAATGGAT AGAATTTGAT GAAGAAAAAG AGAATACTGA AATGTTTAAC 
ATTGAATATC CACATGATAA AGAACACATC ATTCAAGAAA ATTATCTTAA ACCAATTCAA 
GAGATTAATG GATATGCATA TTATTATGAT GAAGGAACTA AAGTGTTAAC ATTTATAGGT 
CTTCCATCTC AATTGAAAAA GATTAATATT AATCATGGTG GATTTACTAC TTTTATTGAT 
AATAAAAAGA ATTTATATGC ATGGGGAAAA TTTACACCAA ATATATCATA TGGATCAATT 
AGAAAATTAT TGGCCATTGA AGATGGACCA GAATCAGACG AAGATGATTT ACCATTTGGA 
AGAGAAGTTA GATTCAATCA AGTGGCATCA TGTCATAGAA ACTTTGTTTC TATTGATGAA 
AAAGGAAGTG TATGGTATTT GGATACTAAA AAACAATCTT ATAGCGAAGA AGAGCATGAG 
AGATACAATC TACCATCTCG ATCCTACAGA ATGTTGACTC GATTACCACA ACACATTGGA 
TCAAATTATC GTGCCGTATC GGTATCCTGT GGATACGATT TTTGTGCCAT GTTGCTTAGC 
AATCAACGTG TTGTCACATG GGGACGTAAC AATGTCGGAC AACTTGGTAG AAAAGCTTCT 
TCCATTCATC ATAATCCACC TGGTTTGGTT CAACTCGAAA ACATTACATC AATTTCTTGT 
GGTGATCAAC ATACAATGGT TATCTCCTCC TCTACCACTG CTAGTAATCG AGATATCTAT 
TCTTGGGGAA AGAATGATAG TAGACAACTT GGTGTTAAAT TACTTAGTTT TACTAGTACT 
CCTCAAAAGG TCTACTCACA ACACAATCTT GAACTAAAGG TATTTTGTTC TAGCGATTAT 
TCAATTATAA TGCAAGAACC AAATACCCTT ATCTTACACA CTACAAAAAG AACTTTTCCA 
AAAGAATTCC AATTACTTGG TGAAATGGAT ATAAAAGATT ATGAATTGTT TAATTGTAAC 
AAGTATCTTG GTATTAGATT AGTTGGAGCA TATCAAAATG CAAAAGGATT GGTTTATAAT 
AACAAGGTTG ACCTTTTAAA GAGTTATCTT GATGAAAAAG AACATACTAT ATCTGTTACT 
CAAATATGTA GTTTGATTCA TACAGCTGTT CGTTTTGATC ATTTAGAAGC ATTTAAATTA 
TTATTTGCAA GATACCCATC TTCAAGAATT GAGTATAATA CAAATAGTAC CGTCATTCAT 
ACTTGTGCTC AATATAATTC CATTAAAGTT TTAAGATACA TTTTAAGAAA TCGTTTGGAA 
AATTTAAATA CTGTAGAATT AACTGAAGGT TCTACTGCTT TACATATTGC TTGTGAAAAA 
AATTATTTTG ATTCAGCATT ATTATTATTA GAATTTGGAT GTGATAGAAA TGTAAAGAAT 
ACAAAGGGAT CTACACCATT CCATTTTGCT GTAAAGAATT ACCCAGTTGG TGTATTGATG 
GCACAAAAGG GAGCACAAAA TATTCCAGAT CGTTCGATGA AGACACCTCT GCAATATGCA 
GTTGGAGAGG AAAAGGCATT CCTTCAAAGC CTTTTATTCA CCAATGAAAT ATTCCTCAGT 
TATGCTCACA AGGATTCTGT GTTTGTCAAG GACCTCCGTC TTAGTTTGGA GGAGAGTTCT 
CTTAGATGTT GGTTGGACGA GTACCGTTTG CAAGCCGGTT GCAACTGGCG TTCCGAAATT 
ACAAAGGGTG TTCAAGGTAG CAATGTGGTG TTGTTTACCA TTTCACCAAC CTCTATCAAC 
TCGCTTTGGT GTAGAAAGGA GCTTAAAATG GCCAAACGAC TATGCAAGCC TGTTGTTGCG 
CTCTACTATT TCAATCTCGA TATTGATCCT GTACTACACG GTCTCTTTGA CTATGAAATT 
AGATTCGCCG ACAACAAGGC ATGGGCTGAT TTGGATGCAC CACAACGTCG TGTCGAGTTG 
GAACGAGTTG GCAAGATTGT AAAGTCGATC GACAACCGTA CACCATGTAA TGCCAAGAAC 
CAGTTTGACA AGGTTGACAC ATACAACAAG TTTGCCGACC GTTCAATCTA CATTAGTTTT 
ACCGAAGCTG ATCATTCGCT AGAGTGGCTC ACCAAGGAGG GTCTCTTGAC ACGGTCACTC 
CCATTGACTG ACCGTGACGA GATTCAAGAT GGTGGGGCAT CCCGACTGGT CAAACTCGAG 
CAAGAACGTT CAAAAAAGAA AAAAGAGGAA AAGGAACAAA AACAAAAACA AAAACTACAT 
CTTGTCGAAC AACAAAAGAA GAAATTAGAG AAACAACACC AACAGTTTTT GGCCAACTCT 
AGTGCCAACG ATGCAGCCAA TGATGATCAG TCACTCAAAG AACAAGTAGA ACAAATCGAT 
GAGGTTGCAA GAGCCAATTA CTATCGCAAC CTCTATTCTT TCTCTGAAGA ATCTTTTGAA 
CAGATTCATG TTCAAGAATT TCACACCGAG GATCACTCCA ACACTGCCGA AGATCCTGAA 
AAGGAAATTG CACATCTCAA GCAATACATC AATAATAGTA TCCTTCATTT GGTTATTTAC 
ACTGACAAGA CCAATGATTC ATTGGAAGAG ATTATTCAAG AGGTTAAATA CTCTCTTGGT 
CAATCCAAAA CCATCTATAT TGTCACCAAT AATTACTCTC AAAACTTTAC CAAGTGTCAA 
AATGAAACAA TCAAATCACT GCCGTGGGTA GAAATCCAGT ATCAACTAGA AGAAGAATTC 
TATGATAAAA TTGTATCAGT TTATGAAGTC ATTGAAAAAA CATTTACAAC TATGGCAAAG 
ATCAATCATC TTGTCCTTGA AAAAGAAAGA AATAAATTGT AA