TRIM66 cDNA ORF clone, Struthio camelus australis

Gene
Clones
gRNAs

Summary

Gene Symbol	TRIM66
Entrez Gene ID	104150444
Full Name	tripartite motif containing 66
Gene Type	protein-coding
Organism	Struthio camelus australis

mRNA and Protein(s)

mRNA	Protein	Name
XM_009684699.1	XP_009682994.1	tripartite motif-containing protein 66

Pathways from BioSystems
Gene Ontology

The following TRIM66 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TRIM66 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
OSt80361	XM_009684699.1 Latest version!	Struthio camelus australis tripartite motif containing 66 (TRIM66), 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)

TRIM66 ( XM_009684699.1 ) cDNA ORF clone, Struthio camelus australis -> XP_009682994.1 Struthio camelus australis tripartite motif containing 66 (TRIM66), mRNA.

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CloneID	OSt80361
Clone ID Related Accession (Same CDS sequence)	XM_009684699.1
Accession Version	XM_009684699.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3807bp) 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	2014-10-14
Organism	Struthio camelus australis
Product	tripartite motif-containing protein 66
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009271936.1) 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 :: Struthio camelus australis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCCATT TTGTGACTCT TCGTGTTCTT GATGTTAAAC GTCAGACAAC AGAAATGGAG 
ACCCTGGATC TGTTGAGGAG TTGTTTGGTG TGCAGATGGG ACCTGCAGAG GAGAAACCCC 
AGAATGCTAC CTTGTCTTCA TTCCTTCTGC AAGGACTGTC TTCCTGATTT GATTCAAGGA 
TATAGTTATA TTCCTGCTGG GTATGAAATT ATATATGAAG GTATCCTTTC CTGCCCTGTG 
TGCAAACAGA CCTGCTTTGC AAGAGATGTA GTTGAAAATT TCTTTCTCAA GGACTTTCCC 
ACCAGAAATT CAGCTATGGC AAAGAGTTGT TCCACTTGTA AAGAGAAGAG ACCTGCTCAC 
ACTCTCTGTA CAAGCTGCAA TAAGTGGCTG TGCAGCTCGT GTACAGAGGA ACACAGACAT 
GTCAAGGAAA CTGGAGACAG CTTCCTCTCT GTATCCATGA AGGACTGTTC AGTGACTGAA 
GATGAAGCAA GTGAATTTTC CTTATTTTGT CCCATGCATA CTCAAGAGCT GCTCAAGCTG 
TTCTGTGAGA CCTGTGATAC CCTTACGTGC CGCAGCTGCC TTCTGATAGA GCATAAGGAA 
CACAGGTTCA GACACCTTGA TGAAGCTCTG CAAAATCAGA GAGTTATCCT GGAGAATGTC 
ATAGCTAAAG TGGAACAGAA AAAAAATGGG ATTCAGGTTT CAGCTAAACA GATTGAAGAC 
AGGTTGCTTG AAATAAAACA TTTATACAAA AAAGTTGAGA ATCAAATCAA AACGGCCAAA 
ATGGTTTTGA TGAATGAAAT CAATAAACGA ACAAACATCC TTCTTGAACA ACTTGAAAAA 
ATCACCAGTG AAAGGAAGCA GAAATTGGAA CAACAGCTGC AAGGCATTGT GGTTTTAAGC 
AGACAGGTTG AACATGTGCA GAACTTCATC AGCTGGGCAG TGTGCAGTAA AAACAGCATC 
CCGTTTCTCT TCAGTAAAGA ACTGATTGTA TTTCAGATAC AGCGCTTGTT AGAGACAAAC 
TGTAGTACAG ACCTAGGCTC TCCCCTGAAG ATCAGATTTA CTTGGGATCC CTCCTACTGG 
ACTGAACAGC TGTCCAGTTT AGGAGGTTTC ACTATGGAAG GTGGACACAT TTCTCATTCA 
GATGTGCTTC TCTGTGGAAA TGCACAAGCA TTACAGACAT CCTTGTATCA CGGTCAGCAA 
TCACCAGCAT CACAACTAGA GCCTGCAAAT AGCCAGCCGC ATCAGTTGCC ACCTCCAGTT 
CAGTGTCCTA CACCTGTATG TTGCTCACAC TGCCTCAGTG TACCTCACCG GAACAAAGCT 
CAGCCTTCGC ACCAAAACAT GAACTGTCAT CAGAATTTTC GACAACCTCC TGAACCTCAT 
AAGCAGCATT TTCCACTGCA GCACAACATA CAGCAACATG ACAAAGAACC AAGGGGTACC 
TCCCAGCCTC TGAAACTAAC ACAGTCTGGG CTGGAGCAAC AATCTCGGTC AGAGCCAGAT 
AATATGTTTG GGAGAGTTGG AAAGCATTTA CCAGCCCAGC AGTTGCAGCA GAGTGCATCT 
CCTGGTTATG CTGTGGCATT GCATGAAGCT CGGCAAGTTC ACACAAGCCA TCAGCAGCCG 
TTGCGCACGC AGGCTCCTTT GCAGACTCCA ACTGTGCATG TGCAGCTTGG CCATCTCCAG 
AAGATAAAGC CTAACCACTT GCAGCAGCAG CCACCAGCAT CGCCACCATC AGGTCAGAAT 
GAGAACACCC ACAAACAAGT CATCCAGCAG AGCCTGGACA TAATGCACCA CCAGTTTGAA 
CTGGAAGAGA TGAAAAAGGA TCTGGAACTT CTTCTCCAGG CTCAAGGACA GCCCAGCTTG 
CAGCTGAACC AAGCCAAACC ACCTCAGCAT GTTCAACAGA CCATAGTTGG TCAGATCAAC 
TATATAGTGA GGCAGCCAGC CCCGGTTCAG CAACAAATCC AAGATGAAGC ACAAATCTGT 
GAGAGTTCTG TTGAACTAGA TGTTCAGAAG GCTGCAGTTC CTCCTGACAG AAGTGATAGT 
CCCTCCCTGT CACAGTCCCT GGATGAAGGA TCCAGTGTCA GCAGTCACTC TTCTGAGAGC 
ATATTGCAAC AATCAGCTTT TCATCCAGTG AGAAAGCGTT CATCGTCATT AAACACTGTG 
GACTTTTCAG AAGGTTTAGA AATGGAATTA CCTTCAAGAT TATCTAGGTC AGCCGATCCA 
CAGATGCAAG GTGCAGCTGC TGTAACACTC AGCCCATCCG AGAACACCCT TCGTGACTGT 
AATACACCAC CAGTGTGGGT GCCCAGCTAC AGTTTGGCCT TGGGCAGAGC TCCAGGTGAC 
CCGAGCCCTG GAGCAACTGC CAGCATCGCA CCAGGTGATA CGCTCCAGGG CAATGCTAAA 
TGCAAGCTGG AAAATGAAGA TTTCAATACT GTGGATCATC TTCTAGAAAA CAACTTGGCT 
ACAGCTGGGC AAGATGTTGT AAACGAATTC ACTCTTTCTG TGCAAAAAGT GCTGGAAGAA 
CCTATCAATC TTTCGGTAAA AAAATCTCAG CATTGTGCTT CTCCTTCTGA ACTGCTCTGC 
AATACTTCTT GCCTGCCCCT GAACGCCAGA GTGAGACAAC TTAGAAATGA AGAAGATTCC 
AATAACTGTG AAAAGGAACA TTTTGAAATG GGTATGAAAA GCAATCAGAA TGTCAGAGCT 
GGCTCTAAGG AGCTGAAGAT CCCCTACGTG CGACTTGAAC GCCTGAAGAT ATGTGCATCA 
GAATCGGGGG ATCTCCCAGT GTTTAAGCTG CAGCCACAGG AGAGTGAGCA GGAGGGCACT 
TTCCTTCTGA TAATTGAGTG TGGGTCCCAG TCTTCAAGTA TGGCAATAAA AATAAATAAA 
GATAGTCCAC ATGAAGAACC AAAATCCAAA AAGGACTCGG AGGACAGAGA AGTATCCATT 
ACCCAGGCTG CAGGACAGAT ACTCTCTCCT GCAGCAGATA CTCCATCTGT TGATCAGAAG 
TTCAGCAATG GCATCTCCCT CATGAAGAAA TCTCCAGTTA CTCAGGAAGT CAATCCAATG 
GAAAATGAGG ATTTCTGTGC CGTGTGCCTT AACGGAGGAG AACTGTTGTG CTGCGATCGC 
TGCCCCAAGG TGTTCCATCT CTCATGCCAT GTTCCAGCCC TGCTCAGCTT TCCAGTGGGA 
GAATGGGTGT GTACGCTTTG TCGTAATCCA GTGAAGCCAG AGGTAGAATA TGACTGTGAA 
AACACCCGTT ACAACCACAG TTATAAAGCA CAACATGGCC TTGATGACTA TGACCAGAAG 
AAGTGTGAAA AGTTGGTGCT TTCGCTGTTG TGCAGTAGCC TGAGCCTCCC ATTCCATGAG 
CCCGTCAGCC CCCTGGCTCG GCATTATTAT CAGATCATAA AAAGGCCAAT GGATTTGTCA 
AGCATACGAA AAAAGCTGCA AAAAAAGGAC AAATCCCATT ATTCGGCACC TGAGGAACTT 
GTGACTGACG TGCGTCTCAT GTTTTGGAAC TGTGCAAAGT TCAATTATCC GGATTCGGAG 
GTTGCTGAGG CTGGACGATG CTTAGATGTA TTCTTTGAGG GCAAACTGAA GGAGATTTAT 
CCAGACAGGC ATTTTCCTTC AATGCAACAG GAAGACTCTG ATTCTGAAGA GGTAGCGAGT 
CAGAAGAACA AAATGCCCTC CAAAGACTTC CAGTGGCCAT CATACGGACA GGAGTGTGTT 
CAGCCTAAAA GGAGACGGCG CCATGCTGGA GGTGAAAAAA ATAAAAGAAC GATGTTTCAG 
CCAGCTAACA GCCTTCCTCA GGTATGA

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

RefSeq	XP_009682994.1
CDS	1782..5588
Translation	MSHFVTLRVLDVKRQTTEMETLDLLRSCLVCRWDLQRRNPRMLPCLHSFCKDCLPDLIQGYSYIPAGYEIIYEGILSCPVCKQTCFARDVVENFFLKDFPTRNSAMAKSCSTCKEKRPAHTLCTSCNKWLCSSCTEEHRHVKETGDSFLSVSMKDCSVTEDEASEFSLFCPMHTQELLKLFCETCDTLTCRSCLLIEHKEHRFRHLDEALQNQRVILENVIAKVEQKKNGIQVSAKQIEDRLLEIKHLYKKVENQIKTAKMVLMNEINKRTNILLEQLEKITSERKQKLEQQLQGIVVLSRQVEHVQNFISWAVCSKNSIPFLFSKELIVFQIQRLLETNCSTDLGSPLKIRFTWDPSYWTEQLSSLGGFTMEGGHISHSDVLLCGNAQALQTSLYHGQQSPASQLEPANSQPHQLPPPVQCPTPVCCSHCLSVPHRNKAQPSHQNMNCHQNFRQPPEPHKQHFPLQHNIQQHDKEPRGTSQPLKLTQSGLEQQSRSEPDNMFGRVGKHLPAQQLQQSASPGYAVALHEARQVHTSHQQPLRTQAPLQTPTVHVQLGHLQKIKPNHLQQQPPASPPSGQNENTHKQVIQQSLDIMHHQFELEEMKKDLELLLQAQGQPSLQLNQAKPPQHVQQTIVGQINYIVRQPAPVQQQIQDEAQICESSVELDVQKAAVPPDRSDSPSLSQSLDEGSSVSSHSSESILQQSAFHPVRKRSSSLNTVDFSEGLEMELPSRLSRSADPQMQGAAAVTLSPSENTLRDCNTPPVWVPSYSLALGRAPGDPSPGATASIAPGDTLQGNAKCKLENEDFNTVDHLLENNLATAGQDVVNEFTLSVQKVLEEPINLSVKKSQHCASPSELLCNTSCLPLNARVRQLRNEEDSNNCEKEHFEMGMKSNQNVRAGSKELKIPYVRLERLKICASESGDLPVFKLQPQESEQEGTFLLIIECGSQSSSMAIKINKDSPHEEPKSKKDSEDREVSITQAAGQILSPAADTPSVDQKFSNGISLMKKSPVTQEVNPMENEDFCAVCLNGGELLCCDRCPKVFHLSCHVPALLSFPVGEWVCTLCRNPVKPEVEYDCENTRYNHSYKAQHGLDDYDQKKCEKLVLSLLCSSLSLPFHEPVSPLARHYYQIIKRPMDLSSIRKKLQKKDKSHYSAPEELVTDVRLMFWNCAKFNYPDSEVAEAGRCLDVFFEGKLKEIYPDRHFPSMQQEDSDSEEVASQKNKMPSKDFQWPSYGQECVQPKRRRRHAGGEKNKRTMFQPANSLPQV

Target ORF information:

RefSeq Version	XM_009684699.1
Organism	Struthio camelus australis
Definition	Struthio camelus australis tripartite motif containing 66 (TRIM66), mRNA.

Target ORF information:

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

XM_009684699.1

ORF Insert Sequence:

ATGAGCCATT TTGTGACTCT TCGTGTTCTT GATGTTAAAC GTCAGACAAC AGAAATGGAG 
ACCCTGGATC TGTTGAGGAG TTGTTTGGTG TGCAGATGGG ACCTGCAGAG GAGAAACCCC 
AGAATGCTAC CTTGTCTTCA TTCCTTCTGC AAGGACTGTC TTCCTGATTT GATTCAAGGA 
TATAGTTATA TTCCTGCTGG GTATGAAATT ATATATGAAG GTATCCTTTC CTGCCCTGTG 
TGCAAACAGA CCTGCTTTGC AAGAGATGTA GTTGAAAATT TCTTTCTCAA GGACTTTCCC 
ACCAGAAATT CAGCTATGGC AAAGAGTTGT TCCACTTGTA AAGAGAAGAG ACCTGCTCAC 
ACTCTCTGTA CAAGCTGCAA TAAGTGGCTG TGCAGCTCGT GTACAGAGGA ACACAGACAT 
GTCAAGGAAA CTGGAGACAG CTTCCTCTCT GTATCCATGA AGGACTGTTC AGTGACTGAA 
GATGAAGCAA GTGAATTTTC CTTATTTTGT CCCATGCATA CTCAAGAGCT GCTCAAGCTG 
TTCTGTGAGA CCTGTGATAC CCTTACGTGC CGCAGCTGCC TTCTGATAGA GCATAAGGAA 
CACAGGTTCA GACACCTTGA TGAAGCTCTG CAAAATCAGA GAGTTATCCT GGAGAATGTC 
ATAGCTAAAG TGGAACAGAA AAAAAATGGG ATTCAGGTTT CAGCTAAACA GATTGAAGAC 
AGGTTGCTTG AAATAAAACA TTTATACAAA AAAGTTGAGA ATCAAATCAA AACGGCCAAA 
ATGGTTTTGA TGAATGAAAT CAATAAACGA ACAAACATCC TTCTTGAACA ACTTGAAAAA 
ATCACCAGTG AAAGGAAGCA GAAATTGGAA CAACAGCTGC AAGGCATTGT GGTTTTAAGC 
AGACAGGTTG AACATGTGCA GAACTTCATC AGCTGGGCAG TGTGCAGTAA AAACAGCATC 
CCGTTTCTCT TCAGTAAAGA ACTGATTGTA TTTCAGATAC AGCGCTTGTT AGAGACAAAC 
TGTAGTACAG ACCTAGGCTC TCCCCTGAAG ATCAGATTTA CTTGGGATCC CTCCTACTGG 
ACTGAACAGC TGTCCAGTTT AGGAGGTTTC ACTATGGAAG GTGGACACAT TTCTCATTCA 
GATGTGCTTC TCTGTGGAAA TGCACAAGCA TTACAGACAT CCTTGTATCA CGGTCAGCAA 
TCACCAGCAT CACAACTAGA GCCTGCAAAT AGCCAGCCGC ATCAGTTGCC ACCTCCAGTT 
CAGTGTCCTA CACCTGTATG TTGCTCACAC TGCCTCAGTG TACCTCACCG GAACAAAGCT 
CAGCCTTCGC ACCAAAACAT GAACTGTCAT CAGAATTTTC GACAACCTCC TGAACCTCAT 
AAGCAGCATT TTCCACTGCA GCACAACATA CAGCAACATG ACAAAGAACC AAGGGGTACC 
TCCCAGCCTC TGAAACTAAC ACAGTCTGGG CTGGAGCAAC AATCTCGGTC AGAGCCAGAT 
AATATGTTTG GGAGAGTTGG AAAGCATTTA CCAGCCCAGC AGTTGCAGCA GAGTGCATCT 
CCTGGTTATG CTGTGGCATT GCATGAAGCT CGGCAAGTTC ACACAAGCCA TCAGCAGCCG 
TTGCGCACGC AGGCTCCTTT GCAGACTCCA ACTGTGCATG TGCAGCTTGG CCATCTCCAG 
AAGATAAAGC CTAACCACTT GCAGCAGCAG CCACCAGCAT CGCCACCATC AGGTCAGAAT 
GAGAACACCC ACAAACAAGT CATCCAGCAG AGCCTGGACA TAATGCACCA CCAGTTTGAA 
CTGGAAGAGA TGAAAAAGGA TCTGGAACTT CTTCTCCAGG CTCAAGGACA GCCCAGCTTG 
CAGCTGAACC AAGCCAAACC ACCTCAGCAT GTTCAACAGA CCATAGTTGG TCAGATCAAC 
TATATAGTGA GGCAGCCAGC CCCGGTTCAG CAACAAATCC AAGATGAAGC ACAAATCTGT 
GAGAGTTCTG TTGAACTAGA TGTTCAGAAG GCTGCAGTTC CTCCTGACAG AAGTGATAGT 
CCCTCCCTGT CACAGTCCCT GGATGAAGGA TCCAGTGTCA GCAGTCACTC TTCTGAGAGC 
ATATTGCAAC AATCAGCTTT TCATCCAGTG AGAAAGCGTT CATCGTCATT AAACACTGTG 
GACTTTTCAG AAGGTTTAGA AATGGAATTA CCTTCAAGAT TATCTAGGTC AGCCGATCCA 
CAGATGCAAG GTGCAGCTGC TGTAACACTC AGCCCATCCG AGAACACCCT TCGTGACTGT 
AATACACCAC CAGTGTGGGT GCCCAGCTAC AGTTTGGCCT TGGGCAGAGC TCCAGGTGAC 
CCGAGCCCTG GAGCAACTGC CAGCATCGCA CCAGGTGATA CGCTCCAGGG CAATGCTAAA 
TGCAAGCTGG AAAATGAAGA TTTCAATACT GTGGATCATC TTCTAGAAAA CAACTTGGCT 
ACAGCTGGGC AAGATGTTGT AAACGAATTC ACTCTTTCTG TGCAAAAAGT GCTGGAAGAA 
CCTATCAATC TTTCGGTAAA AAAATCTCAG CATTGTGCTT CTCCTTCTGA ACTGCTCTGC 
AATACTTCTT GCCTGCCCCT GAACGCCAGA GTGAGACAAC TTAGAAATGA AGAAGATTCC 
AATAACTGTG AAAAGGAACA TTTTGAAATG GGTATGAAAA GCAATCAGAA TGTCAGAGCT 
GGCTCTAAGG AGCTGAAGAT CCCCTACGTG CGACTTGAAC GCCTGAAGAT ATGTGCATCA 
GAATCGGGGG ATCTCCCAGT GTTTAAGCTG CAGCCACAGG AGAGTGAGCA GGAGGGCACT 
TTCCTTCTGA TAATTGAGTG TGGGTCCCAG TCTTCAAGTA TGGCAATAAA AATAAATAAA 
GATAGTCCAC ATGAAGAACC AAAATCCAAA AAGGACTCGG AGGACAGAGA AGTATCCATT 
ACCCAGGCTG CAGGACAGAT ACTCTCTCCT GCAGCAGATA CTCCATCTGT TGATCAGAAG 
TTCAGCAATG GCATCTCCCT CATGAAGAAA TCTCCAGTTA CTCAGGAAGT CAATCCAATG 
GAAAATGAGG ATTTCTGTGC CGTGTGCCTT AACGGAGGAG AACTGTTGTG CTGCGATCGC 
TGCCCCAAGG TGTTCCATCT CTCATGCCAT GTTCCAGCCC TGCTCAGCTT TCCAGTGGGA 
GAATGGGTGT GTACGCTTTG TCGTAATCCA GTGAAGCCAG AGGTAGAATA TGACTGTGAA 
AACACCCGTT ACAACCACAG TTATAAAGCA CAACATGGCC TTGATGACTA TGACCAGAAG 
AAGTGTGAAA AGTTGGTGCT TTCGCTGTTG TGCAGTAGCC TGAGCCTCCC ATTCCATGAG 
CCCGTCAGCC CCCTGGCTCG GCATTATTAT CAGATCATAA AAAGGCCAAT GGATTTGTCA 
AGCATACGAA AAAAGCTGCA AAAAAAGGAC AAATCCCATT ATTCGGCACC TGAGGAACTT 
GTGACTGACG TGCGTCTCAT GTTTTGGAAC TGTGCAAAGT TCAATTATCC GGATTCGGAG 
GTTGCTGAGG CTGGACGATG CTTAGATGTA TTCTTTGAGG GCAAACTGAA GGAGATTTAT 
CCAGACAGGC ATTTTCCTTC AATGCAACAG GAAGACTCTG ATTCTGAAGA GGTAGCGAGT 
CAGAAGAACA AAATGCCCTC CAAAGACTTC CAGTGGCCAT CATACGGACA GGAGTGTGTT 
CAGCCTAAAA GGAGACGGCG CCATGCTGGA GGTGAAAAAA ATAAAAGAAC GATGTTTCAG 
CCAGCTAACA GCCTTCCTCA GGTATGA