TRIM66 cDNA ORF clone, Apteryx australis mantelli

Gene
Clones
gRNAs

Summary

Gene Symbol	TRIM66
Entrez Gene ID	106497107
Full Name	tripartite motif containing 66
Gene Type	protein-coding
Organism	Apteryx australis mantelli

mRNA and Protein(s)

mRNA	Protein	Name
XM_013957905.1	XP_013813359.1	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
OAp25481	XM_013957905.1 Latest version!	Apteryx australis mantelli tripartite motif containing 66 (TRIM66), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

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

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

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

Reference Sequences (Refseq)

TRIM66 ( XM_013957905.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013813359.1 Apteryx australis mantelli tripartite motif containing 66 (TRIM66), mRNA.

Price & Availability↑

CloneID	OAp25481
Clone ID Related Accession (Same CDS sequence)	XM_013957905.1
Accession Version	XM_013957905.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3810bp) 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	2015-09-08
Organism	Apteryx australis mantelli
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_014005408.1) 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 :: Apteryx australis mantelli 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##

ATGAGCCATT TTGTGACTCT CCATGTTCTT GATGTCTTGA CAACAGAAAT GGAGAGCCTG 
GATCTGTTGA GAAATTGTTT GGTGTGCAGA TGGGACCTGC GGAGGAGAAA CCCCAGAATG 
CTACCTTGTC TCCATTCCTT CTGTGAGGAC TGTCTTCCAG ATCTGATTCA AGGATACAGC 
TATATTCCCA CCAAGTATGA AGTTATATAT GAAGGTATCC TTTCCTGCCC TGTGTGCAAA 
CAGACATGCT TTGTACGAGA TGTAGTTGAA AATTTTTTTC TCAAGGACTT TCCCACTAGA 
AATTCAGCTA TGGCAAAGAG TTGCTCCACG TGTAAAGAGA AGAGACCTGC TCACAGTCTC 
TGTACAAGCT GCAATAAGTG GCTGTGCAGT TCATGTACAG AGGAACACAG ACATAGCAAG 
GAAACTGGAG ACCGCTTCCT ATCTGTATCC ATGAAGGGCT GTTCAGCAGC TGAAGATGAA 
GCAAGTGAAT TTTCCTTATT TTGTCCAATG CATACTCAAG AGCCGCTCAA GGTGTTCTGT 
GAGACCTGTG ATACCCTTAC GTGTCGCAGC TGCATTCTGA CAGAGCATAA GGAACATAGG 
TTCAGACACC TTGATGAAGC TCTGCAAAAT CAGAGGGCTA TCCTGGAGAA TGTCATAGCT 
AAAGTGGAAG AGAAAAAAAA TGGGATTCAG GTTTCGGCTA AACAGATTGA AGACAGGTTG 
CTTGAAGTAA AACATTTATA CAAAAAAGTT GAGAATCAAA TCAAAATGGC CAAGATGGTT 
TTGATGAATG AAATCAATAA ACGAACAAAC ATCCTTCTTG AACAACTTGA AAGAATCACC 
AGTGAAAGGA AGCAGAAATT GGAACAACAG CTGCAAGGTG TTGTGGTTTT AAGCAGACAG 
GTTGAACACG TGCAGAACTT CATCAGCTGG GCAGTGTGCA GTAAAAACAG CATCCCATTT 
CTCTTCAGTA AAGAACTGAT TGTATTTCAG ATACAGCGCT TATTAGAGAC AAACTGTAAC 
ACAGACATCG GCCCTCCCCT GAAGATCAGA TTTACTTGGG ATCCCTCCTA CTGGACTAAA 
CAGCTGTCCA ATTTAGGAGG TTTCACTGTG GAAGGTGGAC ACATTTCTCA TTCAGATGTG 
CTACTCTGTG GAAATGCACA AGGATTACAG ACATCCTTGT ATCACGGGCA CCATTCACCA 
GCATCACAGC TAGAGCCTGC GAATAGCCAG CCACGTCAGT TGCCACCTCC AGTTCAGTGT 
CCTACTCCTG TGTGTTGCTC ACACTGCCTC AGTGTACCTC ACCTGAACAA AGCTCAGCCT 
TCTCACCAAA ACCTGAACCG TCATCAGAAT TTTCGACAAC CTCCCGAACC TCATAAGCAG 
CATTTTCCAC TGCAGTACAA CGTACAGCAA CATGACAAAG AGCAAAGGGG CACCCCCCAG 
CCTCTGAAAC TAACACAGTC TGGGCTGGAG CAGCAATCTC TGTCAGAGCC AGAGAGTGTG 
TCTGGGAGGA TTGGAAAGCA TTTACCAGCC CAGCAGCTGC AGCAGACTGC ACCTCCTGGT 
TATGCTGTTG CATTGCATGA GGCTCAGCAA GTTCACACAA GCCATCAACA GCCATTGTGC 
ACACAGGCTC CTTTGCAGAC TCCAACTGTG CAAGTGCAAC TTGGCCATCT CCAGAAGATG 
AAGCCTAACC ACTTGCAGCA GCCGCAGCAG CAGCCACCAG CATCACCGCC ATCAGGTCAG 
AATGAGAATA CCCACAAACA AGTCATCCAA CAGAGTCTGG ACATAATGCA CCACCAGTTT 
GAACTGGAAG AGATGAAAAA GGATCTGGAG CGTCTTCTCC AGGCTCAAGG ACAGCCCAGC 
TTGCAGCTGA ATCAAGCCAA ACCACCTCAG CATGTTCAAC AGACCATAGT TGGTCAGATA 
AACTATATAG TGAGGCAGCC AGCCCCAGTT CAGCAGCAAA TCCAAGATGA AGCACAAATC 
TGTGAGAGTT CTACTGAACT AGATGCGCAA AAGCCTGTAA TTCCTCTTGA CAGAAGTGAT 
ATTCCCTCCC AGTCACAGTC ATTGGATGAA GGATCCAGTG TCAGCAGTCA CTCCTCTGAG 
AGCACATTGC AACAATCAGC TTTCCATCCA GTGAGAAAGC GTTCATCATC ATTAAACATT 
GTGGACTTTT CAAACGGTTT AGAAATGGAA TTACCTTCAA CAAGGTTATC CAAGTCAGCT 
GATCCGCAGA TGCAAGGTGC AGCTGCTGTA ACACTCAGCC CGTCCCAGAA CACCCTTCGT 
GACTGTAATA CACCACCAGC CTCAGTGCCC AGCTACAGCT TGGCCTTGGG CAGAGCTCCA 
GGTGACCTGA GCCCTGGGGC AACGGCCAGC CTTGCACCAG GTGATACACT CCAGGGCAAT 
GTTAAGTGCA AGCTGGAAAA TGAAGATTTC AATGCTGTGG ATCATCCTCT AGAAAACAAT 
TTGGCTACAG CTGGACAAGA TGTAAACGAA TTCACTCTTT CTATGCAAAA AGTGCTGGAA 
GAACCTATCA ATCTTTCGGT CAAAAAATCT CAACATTGTG CTTCTCCTTC TGAACTGCTC 
AGCAATACTA CTTTCCTGCC ACTGAATGCC AGAATGATAC AACTTAGAAA TGAAGAAGAT 
TCCAATAACT GTGAAAAGGA ACATTTTGAA ATGGGTATGA AAAGCAATCA GAGTGTCAGA 
GCTGGCATTA AGGAGCTGAA GATCCCCTAT GTGCGGCTTG AACGCCTGAA GATATGTGTG 
TCAGAATCGG GGGATCTCCC AGTGTTTAAG CTGCAGCCAC AGGAGAGTGA GCAGGAGGGC 
GCTTTCCTCC TGATAATTGA ATGTGGGTCC CAGTCTTCAA GTATGGCTAT AAAAATAAAT 
AAAGATAGTC CATATGAAGG ACCAAAATCC AAAGAGGACT CGGAGGACAG AGAAGTTCCC 
ATTACCCAGA CTGCAGGACA CATACTGTCT CCTCCAGTAG ATACTCTGTC TGTTGATCAG 
AAGCTCAGCA ATGGCATCTC CCTCATGAAG AAATCTCCAG TTACTCAGGA AATCAATCCA 
ATTGAAAATG AGGATTTCTG CGCTGTGTGT CTTAATGGAG GAGAACTGTT GTGCTGTGAT 
CACTGCCCCA AGGTGTTCCA TCTCTCATGC CATGTTCCAG CCCTGCTCAG CTTTCCAGTG 
GGAGAATGGG TTTGTACACT TTGCCGTAAT CCGGTGAAGC CAGAGGTAGA ATATGATTGT 
GAAAATACAC GTTACAGCCA CAGTTATAAA GCACAATATG GCCTTGATGA CTATGACCAG 
AAGAAGTGTG AAAAGCTGCT GCTTTCCCTG TTCTGCAGTA GCCTGAGCCT CCCATTCCAT 
GAGCCCGTCA GCCCCCTGGC TCGGCATTAT TATCAGATCA TAAAAAGGCC AATGGATTTG 
TCAATCATAC GAAAAAAGCT GCAAAAAAAG GACAAATCCC ACTATTCAGC TCCTGAGGAA 
CTTGTGACTG ACGTGCGTCT CATGTTTTGG AACTGTGCAA AGTTCAATTA CCCCGATTCG 
GAGGTTGCTG AGGCTGGACG ATGCTTAGAT GTATTCTTTG AGGGCAAACT GAAGGAGATT 
TATCCAGACA GACATTTTCC TTCGATGCAA CAAGAAGACT CTGATTCTGA AGATGTGGAG 
AGTCAGAATA ACAAAATGCC CTCCAAAGAC TTCCAGTGGC CATCATATGG ACAGGAGTGT 
GTTCAGCCTA AAAGGAGACG GCGCCATGCT GGAAGTGAAA AAAATAAAAG AACGATGTTT 
CAGCCAGCTA ACAGCCTTCC TCAGGTATGA

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

RefSeq	XP_013813359.1
CDS	77..3886
Translation	MSHFVTLHVLDVLTTEMESLDLLRNCLVCRWDLRRRNPRMLPCLHSFCEDCLPDLIQGYSYIPTKYEVIYEGILSCPVCKQTCFVRDVVENFFLKDFPTRNSAMAKSCSTCKEKRPAHSLCTSCNKWLCSSCTEEHRHSKETGDRFLSVSMKGCSAAEDEASEFSLFCPMHTQEPLKVFCETCDTLTCRSCILTEHKEHRFRHLDEALQNQRAILENVIAKVEEKKNGIQVSAKQIEDRLLEVKHLYKKVENQIKMAKMVLMNEINKRTNILLEQLERITSERKQKLEQQLQGVVVLSRQVEHVQNFISWAVCSKNSIPFLFSKELIVFQIQRLLETNCNTDIGPPLKIRFTWDPSYWTKQLSNLGGFTVEGGHISHSDVLLCGNAQGLQTSLYHGHHSPASQLEPANSQPRQLPPPVQCPTPVCCSHCLSVPHLNKAQPSHQNLNRHQNFRQPPEPHKQHFPLQYNVQQHDKEQRGTPQPLKLTQSGLEQQSLSEPESVSGRIGKHLPAQQLQQTAPPGYAVALHEAQQVHTSHQQPLCTQAPLQTPTVQVQLGHLQKMKPNHLQQPQQQPPASPPSGQNENTHKQVIQQSLDIMHHQFELEEMKKDLERLLQAQGQPSLQLNQAKPPQHVQQTIVGQINYIVRQPAPVQQQIQDEAQICESSTELDAQKPVIPLDRSDIPSQSQSLDEGSSVSSHSSESTLQQSAFHPVRKRSSSLNIVDFSNGLEMELPSTRLSKSADPQMQGAAAVTLSPSQNTLRDCNTPPASVPSYSLALGRAPGDLSPGATASLAPGDTLQGNVKCKLENEDFNAVDHPLENNLATAGQDVNEFTLSMQKVLEEPINLSVKKSQHCASPSELLSNTTFLPLNARMIQLRNEEDSNNCEKEHFEMGMKSNQSVRAGIKELKIPYVRLERLKICVSESGDLPVFKLQPQESEQEGAFLLIIECGSQSSSMAIKINKDSPYEGPKSKEDSEDREVPITQTAGHILSPPVDTLSVDQKLSNGISLMKKSPVTQEINPIENEDFCAVCLNGGELLCCDHCPKVFHLSCHVPALLSFPVGEWVCTLCRNPVKPEVEYDCENTRYSHSYKAQYGLDDYDQKKCEKLLLSLFCSSLSLPFHEPVSPLARHYYQIIKRPMDLSIIRKKLQKKDKSHYSAPEELVTDVRLMFWNCAKFNYPDSEVAEAGRCLDVFFEGKLKEIYPDRHFPSMQQEDSDSEDVESQNNKMPSKDFQWPSYGQECVQPKRRRRHAGSEKNKRTMFQPANSLPQV

Target ORF information:

RefSeq Version	XM_013957905.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli 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_013957905.1

ORF Insert Sequence:

ATGAGCCATT TTGTGACTCT CCATGTTCTT GATGTCTTGA CAACAGAAAT GGAGAGCCTG 
GATCTGTTGA GAAATTGTTT GGTGTGCAGA TGGGACCTGC GGAGGAGAAA CCCCAGAATG 
CTACCTTGTC TCCATTCCTT CTGTGAGGAC TGTCTTCCAG ATCTGATTCA AGGATACAGC 
TATATTCCCA CCAAGTATGA AGTTATATAT GAAGGTATCC TTTCCTGCCC TGTGTGCAAA 
CAGACATGCT TTGTACGAGA TGTAGTTGAA AATTTTTTTC TCAAGGACTT TCCCACTAGA 
AATTCAGCTA TGGCAAAGAG TTGCTCCACG TGTAAAGAGA AGAGACCTGC TCACAGTCTC 
TGTACAAGCT GCAATAAGTG GCTGTGCAGT TCATGTACAG AGGAACACAG ACATAGCAAG 
GAAACTGGAG ACCGCTTCCT ATCTGTATCC ATGAAGGGCT GTTCAGCAGC TGAAGATGAA 
GCAAGTGAAT TTTCCTTATT TTGTCCAATG CATACTCAAG AGCCGCTCAA GGTGTTCTGT 
GAGACCTGTG ATACCCTTAC GTGTCGCAGC TGCATTCTGA CAGAGCATAA GGAACATAGG 
TTCAGACACC TTGATGAAGC TCTGCAAAAT CAGAGGGCTA TCCTGGAGAA TGTCATAGCT 
AAAGTGGAAG AGAAAAAAAA TGGGATTCAG GTTTCGGCTA AACAGATTGA AGACAGGTTG 
CTTGAAGTAA AACATTTATA CAAAAAAGTT GAGAATCAAA TCAAAATGGC CAAGATGGTT 
TTGATGAATG AAATCAATAA ACGAACAAAC ATCCTTCTTG AACAACTTGA AAGAATCACC 
AGTGAAAGGA AGCAGAAATT GGAACAACAG CTGCAAGGTG TTGTGGTTTT AAGCAGACAG 
GTTGAACACG TGCAGAACTT CATCAGCTGG GCAGTGTGCA GTAAAAACAG CATCCCATTT 
CTCTTCAGTA AAGAACTGAT TGTATTTCAG ATACAGCGCT TATTAGAGAC AAACTGTAAC 
ACAGACATCG GCCCTCCCCT GAAGATCAGA TTTACTTGGG ATCCCTCCTA CTGGACTAAA 
CAGCTGTCCA ATTTAGGAGG TTTCACTGTG GAAGGTGGAC ACATTTCTCA TTCAGATGTG 
CTACTCTGTG GAAATGCACA AGGATTACAG ACATCCTTGT ATCACGGGCA CCATTCACCA 
GCATCACAGC TAGAGCCTGC GAATAGCCAG CCACGTCAGT TGCCACCTCC AGTTCAGTGT 
CCTACTCCTG TGTGTTGCTC ACACTGCCTC AGTGTACCTC ACCTGAACAA AGCTCAGCCT 
TCTCACCAAA ACCTGAACCG TCATCAGAAT TTTCGACAAC CTCCCGAACC TCATAAGCAG 
CATTTTCCAC TGCAGTACAA CGTACAGCAA CATGACAAAG AGCAAAGGGG CACCCCCCAG 
CCTCTGAAAC TAACACAGTC TGGGCTGGAG CAGCAATCTC TGTCAGAGCC AGAGAGTGTG 
TCTGGGAGGA TTGGAAAGCA TTTACCAGCC CAGCAGCTGC AGCAGACTGC ACCTCCTGGT 
TATGCTGTTG CATTGCATGA GGCTCAGCAA GTTCACACAA GCCATCAACA GCCATTGTGC 
ACACAGGCTC CTTTGCAGAC TCCAACTGTG CAAGTGCAAC TTGGCCATCT CCAGAAGATG 
AAGCCTAACC ACTTGCAGCA GCCGCAGCAG CAGCCACCAG CATCACCGCC ATCAGGTCAG 
AATGAGAATA CCCACAAACA AGTCATCCAA CAGAGTCTGG ACATAATGCA CCACCAGTTT 
GAACTGGAAG AGATGAAAAA GGATCTGGAG CGTCTTCTCC AGGCTCAAGG ACAGCCCAGC 
TTGCAGCTGA ATCAAGCCAA ACCACCTCAG CATGTTCAAC AGACCATAGT TGGTCAGATA 
AACTATATAG TGAGGCAGCC AGCCCCAGTT CAGCAGCAAA TCCAAGATGA AGCACAAATC 
TGTGAGAGTT CTACTGAACT AGATGCGCAA AAGCCTGTAA TTCCTCTTGA CAGAAGTGAT 
ATTCCCTCCC AGTCACAGTC ATTGGATGAA GGATCCAGTG TCAGCAGTCA CTCCTCTGAG 
AGCACATTGC AACAATCAGC TTTCCATCCA GTGAGAAAGC GTTCATCATC ATTAAACATT 
GTGGACTTTT CAAACGGTTT AGAAATGGAA TTACCTTCAA CAAGGTTATC CAAGTCAGCT 
GATCCGCAGA TGCAAGGTGC AGCTGCTGTA ACACTCAGCC CGTCCCAGAA CACCCTTCGT 
GACTGTAATA CACCACCAGC CTCAGTGCCC AGCTACAGCT TGGCCTTGGG CAGAGCTCCA 
GGTGACCTGA GCCCTGGGGC AACGGCCAGC CTTGCACCAG GTGATACACT CCAGGGCAAT 
GTTAAGTGCA AGCTGGAAAA TGAAGATTTC AATGCTGTGG ATCATCCTCT AGAAAACAAT 
TTGGCTACAG CTGGACAAGA TGTAAACGAA TTCACTCTTT CTATGCAAAA AGTGCTGGAA 
GAACCTATCA ATCTTTCGGT CAAAAAATCT CAACATTGTG CTTCTCCTTC TGAACTGCTC 
AGCAATACTA CTTTCCTGCC ACTGAATGCC AGAATGATAC AACTTAGAAA TGAAGAAGAT 
TCCAATAACT GTGAAAAGGA ACATTTTGAA ATGGGTATGA AAAGCAATCA GAGTGTCAGA 
GCTGGCATTA AGGAGCTGAA GATCCCCTAT GTGCGGCTTG AACGCCTGAA GATATGTGTG 
TCAGAATCGG GGGATCTCCC AGTGTTTAAG CTGCAGCCAC AGGAGAGTGA GCAGGAGGGC 
GCTTTCCTCC TGATAATTGA ATGTGGGTCC CAGTCTTCAA GTATGGCTAT AAAAATAAAT 
AAAGATAGTC CATATGAAGG ACCAAAATCC AAAGAGGACT CGGAGGACAG AGAAGTTCCC 
ATTACCCAGA CTGCAGGACA CATACTGTCT CCTCCAGTAG ATACTCTGTC TGTTGATCAG 
AAGCTCAGCA ATGGCATCTC CCTCATGAAG AAATCTCCAG TTACTCAGGA AATCAATCCA 
ATTGAAAATG AGGATTTCTG CGCTGTGTGT CTTAATGGAG GAGAACTGTT GTGCTGTGAT 
CACTGCCCCA AGGTGTTCCA TCTCTCATGC CATGTTCCAG CCCTGCTCAG CTTTCCAGTG 
GGAGAATGGG TTTGTACACT TTGCCGTAAT CCGGTGAAGC CAGAGGTAGA ATATGATTGT 
GAAAATACAC GTTACAGCCA CAGTTATAAA GCACAATATG GCCTTGATGA CTATGACCAG 
AAGAAGTGTG AAAAGCTGCT GCTTTCCCTG TTCTGCAGTA GCCTGAGCCT CCCATTCCAT 
GAGCCCGTCA GCCCCCTGGC TCGGCATTAT TATCAGATCA TAAAAAGGCC AATGGATTTG 
TCAATCATAC GAAAAAAGCT GCAAAAAAAG GACAAATCCC ACTATTCAGC TCCTGAGGAA 
CTTGTGACTG ACGTGCGTCT CATGTTTTGG AACTGTGCAA AGTTCAATTA CCCCGATTCG 
GAGGTTGCTG AGGCTGGACG ATGCTTAGAT GTATTCTTTG AGGGCAAACT GAAGGAGATT 
TATCCAGACA GACATTTTCC TTCGATGCAA CAAGAAGACT CTGATTCTGA AGATGTGGAG 
AGTCAGAATA ACAAAATGCC CTCCAAAGAC TTCCAGTGGC CATCATATGG ACAGGAGTGT 
GTTCAGCCTA AAAGGAGACG GCGCCATGCT GGAAGTGAAA AAAATAAAAG AACGATGTTT 
CAGCCAGCTA ACAGCCTTCC TCAGGTATGA