REXO1 cDNA ORF clone, Parus major(Great Tit)

Gene
Clones
gRNAs

Summary

Gene Symbol	REXO1
Entrez Gene ID	107215590
Full Name	RNA exonuclease 1 homolog
Gene Type	protein-coding
Organism	Parus major(Great Tit)

mRNA and Protein(s)

mRNA	Protein	Name
XM_015651895.2	XP_015507381.1	RNA exonuclease 1 homolog isoform X2
XM_015651894.2	XP_015507380.1	RNA exonuclease 1 homolog isoform X1

Pathways from BioSystems
Gene Ontology

The following REXO1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the REXO1 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
OPa173426	XM_015651894.2 Latest version!	Parus major RNA exonuclease 1 homolog (REXO1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OPa173427	XM_015651895.2 Latest version!	Parus major RNA exonuclease 1 homolog (REXO1), transcript variant X2, 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
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*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)

REXO1 ( XM_015651894.2 ) cDNA ORF clone, Parus major(Great Tit) -> XP_015507380.1 Parus major RNA exonuclease 1 homolog (REXO1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OPa173426
Clone ID Related Accession (Same CDS sequence)	XM_015651894.2
Accession Version	XM_015651894.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3690bp) 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	2016-11-13
Organism	Parus major(Great Tit)
Product	RNA exonuclease 1 homolog isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_031797.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Nov 4, 2016 this sequence version replaced XM_015651894.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Parus major Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTCAGAT CCACCGGCTA CTTCCGCGGC ATCGACTGCC CGTTCCTCAA CGCCGGGGGG 
TCGGGGCCGG GCCGGGGGTG CCGCAGGCCC TACTGCCACT TCCGGCACCC CCCGGTGGCC 
CCGGCGCCGT GCGGAGCCTC CGGAGCCTTG GGCGACCCCA GCGTGGGGCT CTCTCTCGGA 
CACGGCGCAG AGCGAGGCTA TGATCCCTAC AACCCTGAGC TTCCCAGGCC ATCGCTGGAG 
GCGGAGGATG GCACTCTGGC TGACATTACA GATGTCACAC CTGGAATTCT GGAGCTGGAG 
CTGGTCAACA AGGCCATTGA GGCAGTGAAG AATGAGGTGG AGAGGGAGCA GAAGAAATAC 
GAGGAGCTGC TGGAAACCAC GAAGGAGTTT GGTGCTTCAG AGGGCTCCTC ACTCATTTCA 
AACACACCTG TGTCAGCAGC TGGGCCTCAG AATGATTCCT TTGCCTCCTT GGAGTATAAT 
CCAGGGAGCT ACAACTTCAA TAATAACTCT GACTACAACC CCACTCCTCT GGCTGCTGCT 
GCCCGGTCCA GTAAATACAC TTTGGATTCC TCCCGCTCCA AAGGGAGCTC ACTGGAATAT 
GTCCCCAAGG CTGTAGTCCA GAATAAAAAA TACAGCAGCA CTGTCACTAA CAATAAATAC 
GTGATTGATG ACTCCAAGCC TTCCACAGAC TTGGAATATG ACCCCCTTTC CAATTACTCT 
GCCAGGCTGT TGGGCAAAGC CACAGCCAAG GGGTCCAAAA GGGAAAGGGC CTCTGATTAT 
GAGGACTCTT ACTCACCATT GCAGAAGAAG CTCTGCGAAG ATCCCGATGA TGATGAGGTG 
TTGGCCAGGT TCTCCTCCTC TGAGGATGAG GCTGAGGTGG AATATAAAAC AGCTTCTGTT 
AGTTCACCCT CAAAAGCTGG TTCTGAGAGT GAGTCAAACG AGTTCTCCAG CAAAGAGCAG 
AGCACAAAAG TAGATGGCTC TGCTTCCCAG GAGAGCAAAG AAGCAGCACA GCACAGGGAG 
AACCTTCCAA ACTCACAGAA AAACCTTGCC AAGAGCTCGT CAGACAAGAA TTCAAAAGCA 
GCGAAGTTGT GTTCTGTTAA GAACAGCAAG GAAATTGAAA ATAAAAACAA AGACTTGAAA 
GACAAAAAAA GGAAGAAAAC AGATGTTAAT AAAACACCAG GCCTCAGTGA GGCTGGGAAG 
AAGGAGAAAA ATAAAAGTAC AGACAAAGAT AAAGTGGTCA AGAAAGAAGA AAAATTAAAA 
ACGAAGAATG AAGAGAAAAA CTGTAAAGAC AAAAGCGTTA AAGTGAAAAC AGATGGGAAC 
TTGAAGAAAC CTGAAAAACA GAAGTCAGAA AAAGTGGATG GGTGTAAGAA AGAAAAATCC 
AAGTCCACCA CCAGCAGTTC AGGGAAAAGC AAGAGCGAGG GTGTCACCAA GGGCACAGAG 
AAAGTGGAGA GCAGCAAGAA GGACTCACAG AGCAAAACAG CTGATGTGAA AAATGGAAAG 
GAAAGCTCTG GTCGTAAAAA CAAGGAGAAA GGGAGCAAGA CCTCCCTGGA GCGAAAGAAA 
GACAAGGTCA GTTCTGCAGG ACAAGGAGAC CCGAAGAAGA GTCGGAAGCA GCGGAGTTTG 
AGTCACGTGG ACCTGTTTGG AGATGAGAGT GGAGATGACG ATGACAAAGG CCGGCCTTTG 
TCCTCCTCGT TACTTGATGT GAGCTCAGAC TTGGATGGGG CTGACTCTGG CTCGGCCTCT 
GAGAGTGACA AGGACAGGAC AAAGAAAGTG AAGCGCTCTA AGTTGTCCAA GTCATCATCA 
TCTTCCTCAA CATCTGATGA CATTGATTAT TCCATCCTTG AGAAAGATGT GGACTTTGAG 
TCAGATCCCA TGGAGGAGTG TCTCAGGATC TTTAATGAAT CTAAAGATGT GAAAACTGAA 
GACAAGGGAA GGCTGGGAAA ACAGCCATCC AAAGAGGAAG CAAATGAAGA AAAGACAGAA 
GATAATTTAA CTACCTTGTT TCCTGGCCAA AAAAGAAGGA TCTCTCATCT TGTCAAACAA 
GGAAATGCAG AGGCCCCGAG CAAGCCGGTG GTGCGGCCGT ACCGTCCCCC CACGGCCCAG 
GAGGTGTGTT ACCAGAGGAT CCAGCTGGCT CAGCAGCAGG CAGCACAGCT GGTTGGGGCT 
GTTCAGAAGA CCTCCCTCAG TCTGCCAGGA GAAAAGAGGA GGATTGCTCA CGTGCCAAAT 
GCAGCCCTCA CCGCAGCAGC CAAGCAAAGC CTCGGGAGCA GTAAGACGAC TCTTGGTGGC 
AGGAGTGTCA CACCTTCCAA TGACTCTGAA GCCCCCACCC TTCCTCTGAA GCCTTGCACC 
TTGGCTGGGA TGGCTTCCAA GACCACCAGC ACCATCGTGC CCAAAAGGGT AGCACATGTT 
CCCTCCTTAC AGAGCACCAC TTTACAGAGG CCTGTTATTC CCACAGAATT TGGTGCTAAA 
GTCCCAACCA ACATTCGTCA GAGGTATCTC AATCTCTTCA TTGATGAGTG CCTGAAATTC 
TGCTCCTCCT CCCAGGAAGC CTTCGACAAG GCCCTGGCAG AGGAGAAGGT GGCCTATGAG 
CGCAGCACCA GTCGCAACAT CTACCTGAAC GTGGCTGTGA ACACCCTGAA GAAGCTCCGC 
AGCCTCGCGC CCAACTCCCC TGCCAGCACC AACAAGACAA GTAACAAGAA GGTGGTGTCC 
CACGAAGCTG TGCTGGGAGG GAAGCTTGCT GCCAAGACCA GCTTTACTCT GAACCGCTCA 
GGGAGCCTGA GAGCCGAGGA TCTGACAGGA GCTGCCCTGT ACCGGCGCCT CAAGGAGTAC 
CTGATGACCG AGGAGCAGCT CAAGGAGAAC GGGTACCCAA TGCCTCACCC CGAGAAGGCC 
GGACGTGCTG TGCTCTTCAC TGCAGAGGAG AAGAAAGTGA TTGACTCCTC GTGCAGGATC 
TGCTGTCGCT GTGGCACCGA GTACATGGTC TCAGCCTCGG GGAACTGCAT CCGGAAGGAG 
GAGTGTGTCC ATCACTGGGG GCGGCTGCGC AAGCAGAGAG TGCCAGGTGG GTGGGAAACT 
CACTACAGCT GCTGCTCCGG AGCTGTGGGG TCACCAGGCT GCCAGGTTGC TAAACAACAC 
GTGCACGATG GGCGCAAGGA GAGCCTGGAT GGCTTTGTGA AGACTTTTGA GAAGCTGCCC 
ACGACTGATG GCTACCCTGG GATCTATGCC TTAGACTGTG AAATGTGCTA CACTAAACAA 
GGACTGGAGC TGACAAGAGT AACTGTGATC AACTCGGAGC TGAAAGTGGT GTACGACACC 
TTTGTGAAGC CAGACTCCAA GGTGGTGGAT TACAACACCA GATTCTCAGG TGTGACAGAA 
GAGGACCTGG AGAACACGAG CATCACCCTG CGGGATGTCC AAGCCGTCCT ACTGAACATG 
TTCAGTGCAG ACACCATATT GATAGGGCAC AGCTTGGAAA GTGATTTATT TGCACTAAAG 
CTGATCCACG GCACTGTAGT GGACACAGCC ATCGTGTTCC CCCACCGCCT GGGGCTGCCC 
TACAAGCGGG CGCTGCGCAC GCTGATGGCC GACTACCTCA AACGCATCAT CCAGGACAAT 
GTGGAAGGAC ACGACTCCAG TGAGGATGCC CGAGCCTGCA TGGAGCTGAT GGTGTGGAAG 
ATCAAAGAGG ATGCGAAAGT GAAGCGATGA

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

RefSeq	XP_015507380.1
CDS	107..3796
Translation	MLRSTGYFRGIDCPFLNAGGSGPGRGCRRPYCHFRHPPVAPAPCGASGALGDPSVGLSLGHGAERGYDPYNPELPRPSLEAEDGTLADITDVTPGILELELVNKAIEAVKNEVEREQKKYEELLETTKEFGASEGSSLISNTPVSAAGPQNDSFASLEYNPGSYNFNNNSDYNPTPLAAAARSSKYTLDSSRSKGSSLEYVPKAVVQNKKYSSTVTNNKYVIDDSKPSTDLEYDPLSNYSARLLGKATAKGSKRERASDYEDSYSPLQKKLCEDPDDDEVLARFSSSEDEAEVEYKTASVSSPSKAGSESESNEFSSKEQSTKVDGSASQESKEAAQHRENLPNSQKNLAKSSSDKNSKAAKLCSVKNSKEIENKNKDLKDKKRKKTDVNKTPGLSEAGKKEKNKSTDKDKVVKKEEKLKTKNEEKNCKDKSVKVKTDGNLKKPEKQKSEKVDGCKKEKSKSTTSSSGKSKSEGVTKGTEKVESSKKDSQSKTADVKNGKESSGRKNKEKGSKTSLERKKDKVSSAGQGDPKKSRKQRSLSHVDLFGDESGDDDDKGRPLSSSLLDVSSDLDGADSGSASESDKDRTKKVKRSKLSKSSSSSSTSDDIDYSILEKDVDFESDPMEECLRIFNESKDVKTEDKGRLGKQPSKEEANEEKTEDNLTTLFPGQKRRISHLVKQGNAEAPSKPVVRPYRPPTAQEVCYQRIQLAQQQAAQLVGAVQKTSLSLPGEKRRIAHVPNAALTAAAKQSLGSSKTTLGGRSVTPSNDSEAPTLPLKPCTLAGMASKTTSTIVPKRVAHVPSLQSTTLQRPVIPTEFGAKVPTNIRQRYLNLFIDECLKFCSSSQEAFDKALAEEKVAYERSTSRNIYLNVAVNTLKKLRSLAPNSPASTNKTSNKKVVSHEAVLGGKLAAKTSFTLNRSGSLRAEDLTGAALYRRLKEYLMTEEQLKENGYPMPHPEKAGRAVLFTAEEKKVIDSSCRICCRCGTEYMVSASGNCIRKEECVHHWGRLRKQRVPGGWETHYSCCSGAVGSPGCQVAKQHVHDGRKESLDGFVKTFEKLPTTDGYPGIYALDCEMCYTKQGLELTRVTVINSELKVVYDTFVKPDSKVVDYNTRFSGVTEEDLENTSITLRDVQAVLLNMFSADTILIGHSLESDLFALKLIHGTVVDTAIVFPHRLGLPYKRALRTLMADYLKRIIQDNVEGHDSSEDARACMELMVWKIKEDAKVKR

Target ORF information:

RefSeq Version	XM_015651894.2
Organism	Parus major(Great Tit)
Definition	Parus major RNA exonuclease 1 homolog (REXO1), transcript variant X1, mRNA.

Target ORF information:

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

XM_015651894.2

ORF Insert Sequence:

ATGCTCAGAT CCACCGGCTA CTTCCGCGGC ATCGACTGCC CGTTCCTCAA CGCCGGGGGG 
TCGGGGCCGG GCCGGGGGTG CCGCAGGCCC TACTGCCACT TCCGGCACCC CCCGGTGGCC 
CCGGCGCCGT GCGGAGCCTC CGGAGCCTTG GGCGACCCCA GCGTGGGGCT CTCTCTCGGA 
CACGGCGCAG AGCGAGGCTA TGATCCCTAC AACCCTGAGC TTCCCAGGCC ATCGCTGGAG 
GCGGAGGATG GCACTCTGGC TGACATTACA GATGTCACAC CTGGAATTCT GGAGCTGGAG 
CTGGTCAACA AGGCCATTGA GGCAGTGAAG AATGAGGTGG AGAGGGAGCA GAAGAAATAC 
GAGGAGCTGC TGGAAACCAC GAAGGAGTTT GGTGCTTCAG AGGGCTCCTC ACTCATTTCA 
AACACACCTG TGTCAGCAGC TGGGCCTCAG AATGATTCCT TTGCCTCCTT GGAGTATAAT 
CCAGGGAGCT ACAACTTCAA TAATAACTCT GACTACAACC CCACTCCTCT GGCTGCTGCT 
GCCCGGTCCA GTAAATACAC TTTGGATTCC TCCCGCTCCA AAGGGAGCTC ACTGGAATAT 
GTCCCCAAGG CTGTAGTCCA GAATAAAAAA TACAGCAGCA CTGTCACTAA CAATAAATAC 
GTGATTGATG ACTCCAAGCC TTCCACAGAC TTGGAATATG ACCCCCTTTC CAATTACTCT 
GCCAGGCTGT TGGGCAAAGC CACAGCCAAG GGGTCCAAAA GGGAAAGGGC CTCTGATTAT 
GAGGACTCTT ACTCACCATT GCAGAAGAAG CTCTGCGAAG ATCCCGATGA TGATGAGGTG 
TTGGCCAGGT TCTCCTCCTC TGAGGATGAG GCTGAGGTGG AATATAAAAC AGCTTCTGTT 
AGTTCACCCT CAAAAGCTGG TTCTGAGAGT GAGTCAAACG AGTTCTCCAG CAAAGAGCAG 
AGCACAAAAG TAGATGGCTC TGCTTCCCAG GAGAGCAAAG AAGCAGCACA GCACAGGGAG 
AACCTTCCAA ACTCACAGAA AAACCTTGCC AAGAGCTCGT CAGACAAGAA TTCAAAAGCA 
GCGAAGTTGT GTTCTGTTAA GAACAGCAAG GAAATTGAAA ATAAAAACAA AGACTTGAAA 
GACAAAAAAA GGAAGAAAAC AGATGTTAAT AAAACACCAG GCCTCAGTGA GGCTGGGAAG 
AAGGAGAAAA ATAAAAGTAC AGACAAAGAT AAAGTGGTCA AGAAAGAAGA AAAATTAAAA 
ACGAAGAATG AAGAGAAAAA CTGTAAAGAC AAAAGCGTTA AAGTGAAAAC AGATGGGAAC 
TTGAAGAAAC CTGAAAAACA GAAGTCAGAA AAAGTGGATG GGTGTAAGAA AGAAAAATCC 
AAGTCCACCA CCAGCAGTTC AGGGAAAAGC AAGAGCGAGG GTGTCACCAA GGGCACAGAG 
AAAGTGGAGA GCAGCAAGAA GGACTCACAG AGCAAAACAG CTGATGTGAA AAATGGAAAG 
GAAAGCTCTG GTCGTAAAAA CAAGGAGAAA GGGAGCAAGA CCTCCCTGGA GCGAAAGAAA 
GACAAGGTCA GTTCTGCAGG ACAAGGAGAC CCGAAGAAGA GTCGGAAGCA GCGGAGTTTG 
AGTCACGTGG ACCTGTTTGG AGATGAGAGT GGAGATGACG ATGACAAAGG CCGGCCTTTG 
TCCTCCTCGT TACTTGATGT GAGCTCAGAC TTGGATGGGG CTGACTCTGG CTCGGCCTCT 
GAGAGTGACA AGGACAGGAC AAAGAAAGTG AAGCGCTCTA AGTTGTCCAA GTCATCATCA 
TCTTCCTCAA CATCTGATGA CATTGATTAT TCCATCCTTG AGAAAGATGT GGACTTTGAG 
TCAGATCCCA TGGAGGAGTG TCTCAGGATC TTTAATGAAT CTAAAGATGT GAAAACTGAA 
GACAAGGGAA GGCTGGGAAA ACAGCCATCC AAAGAGGAAG CAAATGAAGA AAAGACAGAA 
GATAATTTAA CTACCTTGTT TCCTGGCCAA AAAAGAAGGA TCTCTCATCT TGTCAAACAA 
GGAAATGCAG AGGCCCCGAG CAAGCCGGTG GTGCGGCCGT ACCGTCCCCC CACGGCCCAG 
GAGGTGTGTT ACCAGAGGAT CCAGCTGGCT CAGCAGCAGG CAGCACAGCT GGTTGGGGCT 
GTTCAGAAGA CCTCCCTCAG TCTGCCAGGA GAAAAGAGGA GGATTGCTCA CGTGCCAAAT 
GCAGCCCTCA CCGCAGCAGC CAAGCAAAGC CTCGGGAGCA GTAAGACGAC TCTTGGTGGC 
AGGAGTGTCA CACCTTCCAA TGACTCTGAA GCCCCCACCC TTCCTCTGAA GCCTTGCACC 
TTGGCTGGGA TGGCTTCCAA GACCACCAGC ACCATCGTGC CCAAAAGGGT AGCACATGTT 
CCCTCCTTAC AGAGCACCAC TTTACAGAGG CCTGTTATTC CCACAGAATT TGGTGCTAAA 
GTCCCAACCA ACATTCGTCA GAGGTATCTC AATCTCTTCA TTGATGAGTG CCTGAAATTC 
TGCTCCTCCT CCCAGGAAGC CTTCGACAAG GCCCTGGCAG AGGAGAAGGT GGCCTATGAG 
CGCAGCACCA GTCGCAACAT CTACCTGAAC GTGGCTGTGA ACACCCTGAA GAAGCTCCGC 
AGCCTCGCGC CCAACTCCCC TGCCAGCACC AACAAGACAA GTAACAAGAA GGTGGTGTCC 
CACGAAGCTG TGCTGGGAGG GAAGCTTGCT GCCAAGACCA GCTTTACTCT GAACCGCTCA 
GGGAGCCTGA GAGCCGAGGA TCTGACAGGA GCTGCCCTGT ACCGGCGCCT CAAGGAGTAC 
CTGATGACCG AGGAGCAGCT CAAGGAGAAC GGGTACCCAA TGCCTCACCC CGAGAAGGCC 
GGACGTGCTG TGCTCTTCAC TGCAGAGGAG AAGAAAGTGA TTGACTCCTC GTGCAGGATC 
TGCTGTCGCT GTGGCACCGA GTACATGGTC TCAGCCTCGG GGAACTGCAT CCGGAAGGAG 
GAGTGTGTCC ATCACTGGGG GCGGCTGCGC AAGCAGAGAG TGCCAGGTGG GTGGGAAACT 
CACTACAGCT GCTGCTCCGG AGCTGTGGGG TCACCAGGCT GCCAGGTTGC TAAACAACAC 
GTGCACGATG GGCGCAAGGA GAGCCTGGAT GGCTTTGTGA AGACTTTTGA GAAGCTGCCC 
ACGACTGATG GCTACCCTGG GATCTATGCC TTAGACTGTG AAATGTGCTA CACTAAACAA 
GGACTGGAGC TGACAAGAGT AACTGTGATC AACTCGGAGC TGAAAGTGGT GTACGACACC 
TTTGTGAAGC CAGACTCCAA GGTGGTGGAT TACAACACCA GATTCTCAGG TGTGACAGAA 
GAGGACCTGG AGAACACGAG CATCACCCTG CGGGATGTCC AAGCCGTCCT ACTGAACATG 
TTCAGTGCAG ACACCATATT GATAGGGCAC AGCTTGGAAA GTGATTTATT TGCACTAAAG 
CTGATCCACG GCACTGTAGT GGACACAGCC ATCGTGTTCC CCCACCGCCT GGGGCTGCCC 
TACAAGCGGG CGCTGCGCAC GCTGATGGCC GACTACCTCA AACGCATCAT CCAGGACAAT 
GTGGAAGGAC ACGACTCCAG TGAGGATGCC CGAGCCTGCA TGGAGCTGAT GGTGTGGAAG 
ATCAAAGAGG ATGCGAAAGT GAAGCGATGA

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

REXO1 ( XM_015651895.2 ) cDNA ORF clone, Parus major(Great Tit) -> XP_015507381.1 Parus major RNA exonuclease 1 homolog (REXO1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OPa173427
Clone ID Related Accession (Same CDS sequence)	XM_015651895.2
Accession Version	XM_015651895.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3543bp) 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	2016-11-13
Organism	Parus major(Great Tit)
Product	RNA exonuclease 1 homolog isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_031797.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Nov 4, 2016 this sequence version replaced XM_015651895.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Parus major Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAACAAAT ATCTGCAGTG TTTATTGACC CCGGGCACCT CAGAGCGAGG CTATGATCCC 
TACAACCCTG AGCTTCCCAG GCCATCGCTG GAGGCGGAGG ATGGCACTCT GGCTGACATT 
ACAGATGTCA CACCTGGAAT TCTGGAGCTG GAGCTGGTCA ACAAGGCCAT TGAGGCAGTG 
AAGAATGAGG TGGAGAGGGA GCAGAAGAAA TACGAGGAGC TGCTGGAAAC CACGAAGGAG 
TTTGGTGCTT CAGAGGGCTC CTCACTCATT TCAAACACAC CTGTGTCAGC AGCTGGGCCT 
CAGAATGATT CCTTTGCCTC CTTGGAGTAT AATCCAGGGA GCTACAACTT CAATAATAAC 
TCTGACTACA ACCCCACTCC TCTGGCTGCT GCTGCCCGGT CCAGTAAATA CACTTTGGAT 
TCCTCCCGCT CCAAAGGGAG CTCACTGGAA TATGTCCCCA AGGCTGTAGT CCAGAATAAA 
AAATACAGCA GCACTGTCAC TAACAATAAA TACGTGATTG ATGACTCCAA GCCTTCCACA 
GACTTGGAAT ATGACCCCCT TTCCAATTAC TCTGCCAGGC TGTTGGGCAA AGCCACAGCC 
AAGGGGTCCA AAAGGGAAAG GGCCTCTGAT TATGAGGACT CTTACTCACC ATTGCAGAAG 
AAGCTCTGCG AAGATCCCGA TGATGATGAG GTGTTGGCCA GGTTCTCCTC CTCTGAGGAT 
GAGGCTGAGG TGGAATATAA AACAGCTTCT GTTAGTTCAC CCTCAAAAGC TGGTTCTGAG 
AGTGAGTCAA ACGAGTTCTC CAGCAAAGAG CAGAGCACAA AAGTAGATGG CTCTGCTTCC 
CAGGAGAGCA AAGAAGCAGC ACAGCACAGG GAGAACCTTC CAAACTCACA GAAAAACCTT 
GCCAAGAGCT CGTCAGACAA GAATTCAAAA GCAGCGAAGT TGTGTTCTGT TAAGAACAGC 
AAGGAAATTG AAAATAAAAA CAAAGACTTG AAAGACAAAA AAAGGAAGAA AACAGATGTT 
AATAAAACAC CAGGCCTCAG TGAGGCTGGG AAGAAGGAGA AAAATAAAAG TACAGACAAA 
GATAAAGTGG TCAAGAAAGA AGAAAAATTA AAAACGAAGA ATGAAGAGAA AAACTGTAAA 
GACAAAAGCG TTAAAGTGAA AACAGATGGG AACTTGAAGA AACCTGAAAA ACAGAAGTCA 
GAAAAAGTGG ATGGGTGTAA GAAAGAAAAA TCCAAGTCCA CCACCAGCAG TTCAGGGAAA 
AGCAAGAGCG AGGGTGTCAC CAAGGGCACA GAGAAAGTGG AGAGCAGCAA GAAGGACTCA 
CAGAGCAAAA CAGCTGATGT GAAAAATGGA AAGGAAAGCT CTGGTCGTAA AAACAAGGAG 
AAAGGGAGCA AGACCTCCCT GGAGCGAAAG AAAGACAAGG TCAGTTCTGC AGGACAAGGA 
GACCCGAAGA AGAGTCGGAA GCAGCGGAGT TTGAGTCACG TGGACCTGTT TGGAGATGAG 
AGTGGAGATG ACGATGACAA AGGCCGGCCT TTGTCCTCCT CGTTACTTGA TGTGAGCTCA 
GACTTGGATG GGGCTGACTC TGGCTCGGCC TCTGAGAGTG ACAAGGACAG GACAAAGAAA 
GTGAAGCGCT CTAAGTTGTC CAAGTCATCA TCATCTTCCT CAACATCTGA TGACATTGAT 
TATTCCATCC TTGAGAAAGA TGTGGACTTT GAGTCAGATC CCATGGAGGA GTGTCTCAGG 
ATCTTTAATG AATCTAAAGA TGTGAAAACT GAAGACAAGG GAAGGCTGGG AAAACAGCCA 
TCCAAAGAGG AAGCAAATGA AGAAAAGACA GAAGATAATT TAACTACCTT GTTTCCTGGC 
CAAAAAAGAA GGATCTCTCA TCTTGTCAAA CAAGGAAATG CAGAGGCCCC GAGCAAGCCG 
GTGGTGCGGC CGTACCGTCC CCCCACGGCC CAGGAGGTGT GTTACCAGAG GATCCAGCTG 
GCTCAGCAGC AGGCAGCACA GCTGGTTGGG GCTGTTCAGA AGACCTCCCT CAGTCTGCCA 
GGAGAAAAGA GGAGGATTGC TCACGTGCCA AATGCAGCCC TCACCGCAGC AGCCAAGCAA 
AGCCTCGGGA GCAGTAAGAC GACTCTTGGT GGCAGGAGTG TCACACCTTC CAATGACTCT 
GAAGCCCCCA CCCTTCCTCT GAAGCCTTGC ACCTTGGCTG GGATGGCTTC CAAGACCACC 
AGCACCATCG TGCCCAAAAG GGTAGCACAT GTTCCCTCCT TACAGAGCAC CACTTTACAG 
AGGCCTGTTA TTCCCACAGA ATTTGGTGCT AAAGTCCCAA CCAACATTCG TCAGAGGTAT 
CTCAATCTCT TCATTGATGA GTGCCTGAAA TTCTGCTCCT CCTCCCAGGA AGCCTTCGAC 
AAGGCCCTGG CAGAGGAGAA GGTGGCCTAT GAGCGCAGCA CCAGTCGCAA CATCTACCTG 
AACGTGGCTG TGAACACCCT GAAGAAGCTC CGCAGCCTCG CGCCCAACTC CCCTGCCAGC 
ACCAACAAGA CAAGTAACAA GAAGGTGGTG TCCCACGAAG CTGTGCTGGG AGGGAAGCTT 
GCTGCCAAGA CCAGCTTTAC TCTGAACCGC TCAGGGAGCC TGAGAGCCGA GGATCTGACA 
GGAGCTGCCC TGTACCGGCG CCTCAAGGAG TACCTGATGA CCGAGGAGCA GCTCAAGGAG 
AACGGGTACC CAATGCCTCA CCCCGAGAAG GCCGGACGTG CTGTGCTCTT CACTGCAGAG 
GAGAAGAAAG TGATTGACTC CTCGTGCAGG ATCTGCTGTC GCTGTGGCAC CGAGTACATG 
GTCTCAGCCT CGGGGAACTG CATCCGGAAG GAGGAGTGTG TCCATCACTG GGGGCGGCTG 
CGCAAGCAGA GAGTGCCAGG TGGGTGGGAA ACTCACTACA GCTGCTGCTC CGGAGCTGTG 
GGGTCACCAG GCTGCCAGGT TGCTAAACAA CACGTGCACG ATGGGCGCAA GGAGAGCCTG 
GATGGCTTTG TGAAGACTTT TGAGAAGCTG CCCACGACTG ATGGCTACCC TGGGATCTAT 
GCCTTAGACT GTGAAATGTG CTACACTAAA CAAGGACTGG AGCTGACAAG AGTAACTGTG 
ATCAACTCGG AGCTGAAAGT GGTGTACGAC ACCTTTGTGA AGCCAGACTC CAAGGTGGTG 
GATTACAACA CCAGATTCTC AGGTGTGACA GAAGAGGACC TGGAGAACAC GAGCATCACC 
CTGCGGGATG TCCAAGCCGT CCTACTGAAC ATGTTCAGTG CAGACACCAT ATTGATAGGG 
CACAGCTTGG AAAGTGATTT ATTTGCACTA AAGCTGATCC ACGGCACTGT AGTGGACACA 
GCCATCGTGT TCCCCCACCG CCTGGGGCTG CCCTACAAGC GGGCGCTGCG CACGCTGATG 
GCCGACTACC TCAAACGCAT CATCCAGGAC AATGTGGAAG GACACGACTC CAGTGAGGAT 
GCCCGAGCCT GCATGGAGCT GATGGTGTGG AAGATCAAAG AGGATGCGAA AGTGAAGCGA 
TGA

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

RefSeq	XP_015507381.1
CDS	56..3598
Translation	MNKYLQCLLTPGTSERGYDPYNPELPRPSLEAEDGTLADITDVTPGILELELVNKAIEAVKNEVEREQKKYEELLETTKEFGASEGSSLISNTPVSAAGPQNDSFASLEYNPGSYNFNNNSDYNPTPLAAAARSSKYTLDSSRSKGSSLEYVPKAVVQNKKYSSTVTNNKYVIDDSKPSTDLEYDPLSNYSARLLGKATAKGSKRERASDYEDSYSPLQKKLCEDPDDDEVLARFSSSEDEAEVEYKTASVSSPSKAGSESESNEFSSKEQSTKVDGSASQESKEAAQHRENLPNSQKNLAKSSSDKNSKAAKLCSVKNSKEIENKNKDLKDKKRKKTDVNKTPGLSEAGKKEKNKSTDKDKVVKKEEKLKTKNEEKNCKDKSVKVKTDGNLKKPEKQKSEKVDGCKKEKSKSTTSSSGKSKSEGVTKGTEKVESSKKDSQSKTADVKNGKESSGRKNKEKGSKTSLERKKDKVSSAGQGDPKKSRKQRSLSHVDLFGDESGDDDDKGRPLSSSLLDVSSDLDGADSGSASESDKDRTKKVKRSKLSKSSSSSSTSDDIDYSILEKDVDFESDPMEECLRIFNESKDVKTEDKGRLGKQPSKEEANEEKTEDNLTTLFPGQKRRISHLVKQGNAEAPSKPVVRPYRPPTAQEVCYQRIQLAQQQAAQLVGAVQKTSLSLPGEKRRIAHVPNAALTAAAKQSLGSSKTTLGGRSVTPSNDSEAPTLPLKPCTLAGMASKTTSTIVPKRVAHVPSLQSTTLQRPVIPTEFGAKVPTNIRQRYLNLFIDECLKFCSSSQEAFDKALAEEKVAYERSTSRNIYLNVAVNTLKKLRSLAPNSPASTNKTSNKKVVSHEAVLGGKLAAKTSFTLNRSGSLRAEDLTGAALYRRLKEYLMTEEQLKENGYPMPHPEKAGRAVLFTAEEKKVIDSSCRICCRCGTEYMVSASGNCIRKEECVHHWGRLRKQRVPGGWETHYSCCSGAVGSPGCQVAKQHVHDGRKESLDGFVKTFEKLPTTDGYPGIYALDCEMCYTKQGLELTRVTVINSELKVVYDTFVKPDSKVVDYNTRFSGVTEEDLENTSITLRDVQAVLLNMFSADTILIGHSLESDLFALKLIHGTVVDTAIVFPHRLGLPYKRALRTLMADYLKRIIQDNVEGHDSSEDARACMELMVWKIKEDAKVKR

Target ORF information:

RefSeq Version	XM_015651895.2
Organism	Parus major(Great Tit)
Definition	Parus major RNA exonuclease 1 homolog (REXO1), transcript variant X2, mRNA.

Target ORF information:

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

XM_015651895.2

ORF Insert Sequence:

ATGAACAAAT ATCTGCAGTG TTTATTGACC CCGGGCACCT CAGAGCGAGG CTATGATCCC 
TACAACCCTG AGCTTCCCAG GCCATCGCTG GAGGCGGAGG ATGGCACTCT GGCTGACATT 
ACAGATGTCA CACCTGGAAT TCTGGAGCTG GAGCTGGTCA ACAAGGCCAT TGAGGCAGTG 
AAGAATGAGG TGGAGAGGGA GCAGAAGAAA TACGAGGAGC TGCTGGAAAC CACGAAGGAG 
TTTGGTGCTT CAGAGGGCTC CTCACTCATT TCAAACACAC CTGTGTCAGC AGCTGGGCCT 
CAGAATGATT CCTTTGCCTC CTTGGAGTAT AATCCAGGGA GCTACAACTT CAATAATAAC 
TCTGACTACA ACCCCACTCC TCTGGCTGCT GCTGCCCGGT CCAGTAAATA CACTTTGGAT 
TCCTCCCGCT CCAAAGGGAG CTCACTGGAA TATGTCCCCA AGGCTGTAGT CCAGAATAAA 
AAATACAGCA GCACTGTCAC TAACAATAAA TACGTGATTG ATGACTCCAA GCCTTCCACA 
GACTTGGAAT ATGACCCCCT TTCCAATTAC TCTGCCAGGC TGTTGGGCAA AGCCACAGCC 
AAGGGGTCCA AAAGGGAAAG GGCCTCTGAT TATGAGGACT CTTACTCACC ATTGCAGAAG 
AAGCTCTGCG AAGATCCCGA TGATGATGAG GTGTTGGCCA GGTTCTCCTC CTCTGAGGAT 
GAGGCTGAGG TGGAATATAA AACAGCTTCT GTTAGTTCAC CCTCAAAAGC TGGTTCTGAG 
AGTGAGTCAA ACGAGTTCTC CAGCAAAGAG CAGAGCACAA AAGTAGATGG CTCTGCTTCC 
CAGGAGAGCA AAGAAGCAGC ACAGCACAGG GAGAACCTTC CAAACTCACA GAAAAACCTT 
GCCAAGAGCT CGTCAGACAA GAATTCAAAA GCAGCGAAGT TGTGTTCTGT TAAGAACAGC 
AAGGAAATTG AAAATAAAAA CAAAGACTTG AAAGACAAAA AAAGGAAGAA AACAGATGTT 
AATAAAACAC CAGGCCTCAG TGAGGCTGGG AAGAAGGAGA AAAATAAAAG TACAGACAAA 
GATAAAGTGG TCAAGAAAGA AGAAAAATTA AAAACGAAGA ATGAAGAGAA AAACTGTAAA 
GACAAAAGCG TTAAAGTGAA AACAGATGGG AACTTGAAGA AACCTGAAAA ACAGAAGTCA 
GAAAAAGTGG ATGGGTGTAA GAAAGAAAAA TCCAAGTCCA CCACCAGCAG TTCAGGGAAA 
AGCAAGAGCG AGGGTGTCAC CAAGGGCACA GAGAAAGTGG AGAGCAGCAA GAAGGACTCA 
CAGAGCAAAA CAGCTGATGT GAAAAATGGA AAGGAAAGCT CTGGTCGTAA AAACAAGGAG 
AAAGGGAGCA AGACCTCCCT GGAGCGAAAG AAAGACAAGG TCAGTTCTGC AGGACAAGGA 
GACCCGAAGA AGAGTCGGAA GCAGCGGAGT TTGAGTCACG TGGACCTGTT TGGAGATGAG 
AGTGGAGATG ACGATGACAA AGGCCGGCCT TTGTCCTCCT CGTTACTTGA TGTGAGCTCA 
GACTTGGATG GGGCTGACTC TGGCTCGGCC TCTGAGAGTG ACAAGGACAG GACAAAGAAA 
GTGAAGCGCT CTAAGTTGTC CAAGTCATCA TCATCTTCCT CAACATCTGA TGACATTGAT 
TATTCCATCC TTGAGAAAGA TGTGGACTTT GAGTCAGATC CCATGGAGGA GTGTCTCAGG 
ATCTTTAATG AATCTAAAGA TGTGAAAACT GAAGACAAGG GAAGGCTGGG AAAACAGCCA 
TCCAAAGAGG AAGCAAATGA AGAAAAGACA GAAGATAATT TAACTACCTT GTTTCCTGGC 
CAAAAAAGAA GGATCTCTCA TCTTGTCAAA CAAGGAAATG CAGAGGCCCC GAGCAAGCCG 
GTGGTGCGGC CGTACCGTCC CCCCACGGCC CAGGAGGTGT GTTACCAGAG GATCCAGCTG 
GCTCAGCAGC AGGCAGCACA GCTGGTTGGG GCTGTTCAGA AGACCTCCCT CAGTCTGCCA 
GGAGAAAAGA GGAGGATTGC TCACGTGCCA AATGCAGCCC TCACCGCAGC AGCCAAGCAA 
AGCCTCGGGA GCAGTAAGAC GACTCTTGGT GGCAGGAGTG TCACACCTTC CAATGACTCT 
GAAGCCCCCA CCCTTCCTCT GAAGCCTTGC ACCTTGGCTG GGATGGCTTC CAAGACCACC 
AGCACCATCG TGCCCAAAAG GGTAGCACAT GTTCCCTCCT TACAGAGCAC CACTTTACAG 
AGGCCTGTTA TTCCCACAGA ATTTGGTGCT AAAGTCCCAA CCAACATTCG TCAGAGGTAT 
CTCAATCTCT TCATTGATGA GTGCCTGAAA TTCTGCTCCT CCTCCCAGGA AGCCTTCGAC 
AAGGCCCTGG CAGAGGAGAA GGTGGCCTAT GAGCGCAGCA CCAGTCGCAA CATCTACCTG 
AACGTGGCTG TGAACACCCT GAAGAAGCTC CGCAGCCTCG CGCCCAACTC CCCTGCCAGC 
ACCAACAAGA CAAGTAACAA GAAGGTGGTG TCCCACGAAG CTGTGCTGGG AGGGAAGCTT 
GCTGCCAAGA CCAGCTTTAC TCTGAACCGC TCAGGGAGCC TGAGAGCCGA GGATCTGACA 
GGAGCTGCCC TGTACCGGCG CCTCAAGGAG TACCTGATGA CCGAGGAGCA GCTCAAGGAG 
AACGGGTACC CAATGCCTCA CCCCGAGAAG GCCGGACGTG CTGTGCTCTT CACTGCAGAG 
GAGAAGAAAG TGATTGACTC CTCGTGCAGG ATCTGCTGTC GCTGTGGCAC CGAGTACATG 
GTCTCAGCCT CGGGGAACTG CATCCGGAAG GAGGAGTGTG TCCATCACTG GGGGCGGCTG 
CGCAAGCAGA GAGTGCCAGG TGGGTGGGAA ACTCACTACA GCTGCTGCTC CGGAGCTGTG 
GGGTCACCAG GCTGCCAGGT TGCTAAACAA CACGTGCACG ATGGGCGCAA GGAGAGCCTG 
GATGGCTTTG TGAAGACTTT TGAGAAGCTG CCCACGACTG ATGGCTACCC TGGGATCTAT 
GCCTTAGACT GTGAAATGTG CTACACTAAA CAAGGACTGG AGCTGACAAG AGTAACTGTG 
ATCAACTCGG AGCTGAAAGT GGTGTACGAC ACCTTTGTGA AGCCAGACTC CAAGGTGGTG 
GATTACAACA CCAGATTCTC AGGTGTGACA GAAGAGGACC TGGAGAACAC GAGCATCACC 
CTGCGGGATG TCCAAGCCGT CCTACTGAAC ATGTTCAGTG CAGACACCAT ATTGATAGGG 
CACAGCTTGG AAAGTGATTT ATTTGCACTA AAGCTGATCC ACGGCACTGT AGTGGACACA 
GCCATCGTGT TCCCCCACCG CCTGGGGCTG CCCTACAAGC GGGCGCTGCG CACGCTGATG 
GCCGACTACC TCAAACGCAT CATCCAGGAC AATGTGGAAG GACACGACTC CAGTGAGGAT 
GCCCGAGCCT GCATGGAGCT GATGGTGTGG AAGATCAAAG AGGATGCGAA AGTGAAGCGA 
TGA