rexo1 cDNA ORF clone, Acanthochromis polyacanthus(spiny chromis)

Gene
Clones
gRNAs

Summary

Gene Symbol	rexo1
Entrez Gene ID	110956200
Full Name	RNA exonuclease 1 homolog
Gene Type	protein-coding
Organism	Acanthochromis polyacanthus(spiny chromis)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022201533.1	XP_022057225.1	RNA exonuclease 1 homolog

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
OAc198013	XM_022201533.1 Latest version!	Acanthochromis polyacanthus RNA exonuclease 1 homolog (rexo1), 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)

rexo1 ( XM_022201533.1 ) cDNA ORF clone, Acanthochromis polyacanthus(spiny chromis) -> XP_022057225.1 Acanthochromis polyacanthus RNA exonuclease 1 homolog (rexo1), mRNA.

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CloneID	OAc198013
Clone ID Related Accession (Same CDS sequence)	XM_022201533.1
Accession Version	XM_022201533.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3801bp) 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	2017-08-06
Organism	Acanthochromis polyacanthus(spiny chromis)
Product	RNA exonuclease 1 homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019029568.1) 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 :: Acanthochromis polyacanthus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTAAGAT CCACCGGCTT CTTCCGAGGG ATTGATTGTC CGTTTTACAC GGACTACAGC 
GAGGGCAAAG GCGGCAGACA TGGGTGTAAC AGACCATACT GTCACTTCAG GCACAGCCAG 
CAGAGACGGT CGTCCTACGG AGCCCCGGCA GACGTTAAAA AGCAAAGAGA GCTTCTCCCC 
ACACACAAAG AACAAGGGTA TGATCCCTTC AACCCAGAAG TAGTGAGACC CCAAGAGCAG 
CAGAATGGAA AGCCGGCTGA CTCAGGAGAC CTCAGCGGTG CTTTGGAGCT GGTTAACAAG 
GCCATCGAGG AGGTCCGCAG CGAGGTGGAG AGAGAGCAGA GGAAGCTCTC TCGAATCGAG 
GATGAACCAT ACAATCCTAG CAAGAGTACC AGTTCATCTT CAGCTGATAC TGGTAAAAGC 
AAAGCAACAG GTTCACACTT GGCCTATGAT CCTGGGAGTT ATCAGATCAC ATCAGGAGGG 
TATAACCCCA CCCCTGGCTG CAGCAAGTAC ACCTTGGATT TAGACAATCA AGGGCACAGT 
AGTAACTCCA TGGAATATGT TCCTACTTCA GTGAAAAAAC CTGCATCTCG GACACACTCG 
CACCAACCAC CATCTCCTCC CCCAAGTCCA AAATATTCAA ACAGCCTCTC CTCCTCTAAG 
TGCAAATACA CTGTGGACAA TTCTAGACCA TCTACAGACA TGGAGTATGA TCCGCTGTCC 
AACTACTCAG CTGGAATAGC AGCAAAAAGC AAAAAGGAAG AGGCTTCCCG ACCTGTTAGG 
ACGGAGGGTA GCAAGGCGCA CAAGATATTG GGGTCTGATT TGTCAGATGA GGGCTATGTT 
GTGGCTGTGA AAAAGCCACG GCAGCAGCCT GTAGACATAA AAAAGTACAC ATTCTCTGAC 
TCTGATGAGG AGAGCTCTGG AACAGAGTAT CGACCTACGT CACTCAGTGT TCTCCAGCAG 
AGAAAAGGCA ACAATGGGTC AGCCGCAGAT GCTTCTGGGA AGGAGAGAAA AGAGAGGACG 
GAAAGTGTGC TAAGTGCACT GACACAGAGG AATAAAAACG AGTTGACAAA GGACTCAGAT 
ACCCATGAAA ATAATAAACG AAAGAACAAC CTAGAAAAAA AGAAGACGGT CAGTGGAAGT 
AGTCATGAGA AAAGTGGCAA AACTAATAAA GTCAATAGAC TTGAAAAGGA ATTAAACAAA 
TCATCTAGTA GTAAGAGTAG TAGCAGCAGT AAAGACAAAG GTTCAGTAAA GAGCTCAAAC 
CAGGACTCTG CAAAGAAGGA GAACAAGAGT CACGGAAAAC AAGATGATAG AAAAAGCATG 
GTTAAGACTA AGACATCTGA AAAAGTTCAG AGAGAAGGCA GGGACGACAA GAGAAGTGAT 
GGTAAGATCA AGACTGTGGA AAAAGTTAAA ACAGACTCAA GCAAACGAGA TAAAGATACA 
GAAAATAGTG CGAGGGAAAG CAAGAAACCC AAAACATCAG ACAAAGAAAA AGAGCACAGC 
AAGCATAAGG ACCGGCAACA CAAAAATGGT AAGCTTGATA GCAGTAAAAG AGAAAAGGAC 
ATGAATAAAG TTTCTAAAAG CAGTTCTAGT AGCAGTAAAG GGATTGCAGC ACACAGCAAA 
GAGAAAGTGA AGCAAAACAT CAACTCATCA AATGGGAAAA GACTTGAGGA CAAGCGGCAG 
AGTCTGAGCC TGAGCCATGC TGACCTTTTT GGAGACGAGA GTCCAGATGA GGCTGAGCCG 
ATGGAGGTGG ATTATGACGA CGAGGTAGAG GAAGTTCTGG TGAGGAAATC AGCTGACGCT 
TTAAGGAGGG GACATATGAA CAAGAGGAAA GCGTCAGAGT TGACTCCGTC CTCCTCTGAG 
GATGAGAACG ACCATGATGT GGAGAGCAGC AGGACGGGTA GGGACGAGGT TGACGATGTT 
AAAATTGACT TCTCTAGTTT CCAAGACGAT CTGGACTTTG ACTCAGATCC CATGGAGGAA 
TGTTTGAGGA TCTTCAATGA ATCCAAAGAT GTGAAGAGGG AAGACAAGGG AAGGCAAACT 
AAGCAGCCCT CTAGGGATTC AGAGGAGGAG AAATGCACAG AGAGCACTTT AACCACTCTC 
TTCCCTGGTC AGAAGAAGAG AGTCTCACAT TTTGTTGCCA AAGGAAGTAC TGATGCACCA 
CCTAAGAGTG TGGTGCGTCC GTACAGGAGA CCCACAGCCC AGGAGGTCTG CTACCAGCGT 
ATGCAGATGG CACGACAGCA GGCTGCTCAG CTGTCGGCTT CAGTCAAAGC TGCCTCGCAG 
AGCTCAAGCC TCAGCTTTTC TGGAGAAAAG AAAAGAATAG CGCACCGTCC TAACCCACAG 
ATGTCATCCT CCAAAACAAG TCCTACAGAT GCTAAACCAG CCGCCTGTCG AGTGTTATCC 
CCCAGCCAGA CTCATCCGAG TGTCAAGGCC CAAACCACAG CTGGCATCTT GTCCAAGACC 
TCGTCTACTA CCACGCAGAA GAGGGTGGCA CACACACCCA CCATGAAGAG TTCTTCAATG 
AAGCGTCCTG TCATCCCCAC CGACTTCGGG GCCAAAGTTC CCACCAACAT CCGCCAGCGA 
TACCTCAACA CCTTCATAGA TGAATGTGTC AAATTTTGCC CGTCAGAGGA CGCCGCCTTC 
CAGATGGCCC TTGATGAGGA GAAGCTGGTG TATGAGCGCA GCAACAGCAA GAACATCTAC 
CTCAATGTAG CTGTCAACAC GCTGAAGAAG CTCCGGAGCA AGAGCAACTC CTGTCCGTCT 
CTCGTCACCA AGCACCGGGG GTTAGTAGCT AAAAGAAGAT CACAGTCCCA TGAGGAAGTT 
TTGGGAGGTC GTCTTGCTGC AACTACCAGC TTTACTGTCA ACAGGATGGG CAAACAGCAG 
GAGGAGAAAC TCACTGGAAC CTCGCTGTAC AGGAAGCTGA AGGCGTACCT GATGACAGAG 
GAGCAGCTTC AGGAACACGG ATACCCGAGG ACAAACCCTG AGGCTGCCGG CAAGGCCATC 
ATCTACAACC TCCCAGAGAA GAAGAACATC ACAGACCCAT TCACCAAGAT TTGCTGTCGA 
TGTGGCACGG AGTATAAGAT CAATGTCAAC GGCAACTGTG TGCGCAAAGA GGAATGCAGC 
TTTCACTGGG GACGCTTACG CAGACAAAAA GTTGCTGGAG GATGGGAGAC CAGCTACAGT 
TGTTGTGCTG CAGCTGTAGG TGCTCCAGGC TGCCAGATGG CCAAGCAACA TGTTCAGGAC 
GGGCGTAAAG AGTCGCTGGA TGGCTATGTG TCAACGTTCA GCAAACCTCT GTCACCAGAC 
AGACATGGAG GGGTGTTTGC TTTGGACTGT GAGATGTGTT ACACAAAGCA GGGTCTGGAG 
CTGACGAGGG TGACGGTCAT CGACTCTGAG ATGAAAGTTA TCTACGACAC GTTTGTCAAA 
CCTGAAAGCA AAGTGGTCGA TTACAACACA AGGTTTTCAG GTGTAACGGA GGAGGACTTG 
GAGAGTGCCA CCATCACCCT GAGAGATGTT CAGGCGGTGC TGCTCAGCAT GTTCAGCGCT 
GAATCCATCC TCATCGGACA CAGTCTGGAT AGTGACCTCC TCGCTCTGAA GCTCATCCAC 
AGTTCAGTTG TAGACACGGC CATCGTGTTT CCTCACCGCC TTGGTTTGCC CTACAAACGT 
GCCTTGAAGA ACCTGATGGC CGATCACCTC AAGCGCATCA TCCAGGACAA CGTGGAGGGC 
CACGACTCGA GTGAAGATGC TTCTGCATGC ATGGAGCTGA TGATTTGGAA GATCAAGGAG 
GACGCCAAGG TCAAGAGATG A

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

RefSeq	XP_022057225.1
CDS	123..3923
Translation	MLRSTGFFRGIDCPFYTDYSEGKGGRHGCNRPYCHFRHSQQRRSSYGAPADVKKQRELLPTHKEQGYDPFNPEVVRPQEQQNGKPADSGDLSGALELVNKAIEEVRSEVEREQRKLSRIEDEPYNPSKSTSSSSADTGKSKATGSHLAYDPGSYQITSGGYNPTPGCSKYTLDLDNQGHSSNSMEYVPTSVKKPASRTHSHQPPSPPPSPKYSNSLSSSKCKYTVDNSRPSTDMEYDPLSNYSAGIAAKSKKEEASRPVRTEGSKAHKILGSDLSDEGYVVAVKKPRQQPVDIKKYTFSDSDEESSGTEYRPTSLSVLQQRKGNNGSAADASGKERKERTESVLSALTQRNKNELTKDSDTHENNKRKNNLEKKKTVSGSSHEKSGKTNKVNRLEKELNKSSSSKSSSSSKDKGSVKSSNQDSAKKENKSHGKQDDRKSMVKTKTSEKVQREGRDDKRSDGKIKTVEKVKTDSSKRDKDTENSARESKKPKTSDKEKEHSKHKDRQHKNGKLDSSKREKDMNKVSKSSSSSSKGIAAHSKEKVKQNINSSNGKRLEDKRQSLSLSHADLFGDESPDEAEPMEVDYDDEVEEVLVRKSADALRRGHMNKRKASELTPSSSEDENDHDVESSRTGRDEVDDVKIDFSSFQDDLDFDSDPMEECLRIFNESKDVKREDKGRQTKQPSRDSEEEKCTESTLTTLFPGQKKRVSHFVAKGSTDAPPKSVVRPYRRPTAQEVCYQRMQMARQQAAQLSASVKAASQSSSLSFSGEKKRIAHRPNPQMSSSKTSPTDAKPAACRVLSPSQTHPSVKAQTTAGILSKTSSTTTQKRVAHTPTMKSSSMKRPVIPTDFGAKVPTNIRQRYLNTFIDECVKFCPSEDAAFQMALDEEKLVYERSNSKNIYLNVAVNTLKKLRSKSNSCPSLVTKHRGLVAKRRSQSHEEVLGGRLAATTSFTVNRMGKQQEEKLTGTSLYRKLKAYLMTEEQLQEHGYPRTNPEAAGKAIIYNLPEKKNITDPFTKICCRCGTEYKINVNGNCVRKEECSFHWGRLRRQKVAGGWETSYSCCAAAVGAPGCQMAKQHVQDGRKESLDGYVSTFSKPLSPDRHGGVFALDCEMCYTKQGLELTRVTVIDSEMKVIYDTFVKPESKVVDYNTRFSGVTEEDLESATITLRDVQAVLLSMFSAESILIGHSLDSDLLALKLIHSSVVDTAIVFPHRLGLPYKRALKNLMADHLKRIIQDNVEGHDSSEDASACMELMIWKIKEDAKVKR

Target ORF information:

RefSeq Version	XM_022201533.1
Organism	Acanthochromis polyacanthus(spiny chromis)
Definition	Acanthochromis polyacanthus RNA exonuclease 1 homolog (rexo1), mRNA.

Target ORF information:

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

XM_022201533.1

ORF Insert Sequence:

ATGTTAAGAT CCACCGGCTT CTTCCGAGGG ATTGATTGTC CGTTTTACAC GGACTACAGC 
GAGGGCAAAG GCGGCAGACA TGGGTGTAAC AGACCATACT GTCACTTCAG GCACAGCCAG 
CAGAGACGGT CGTCCTACGG AGCCCCGGCA GACGTTAAAA AGCAAAGAGA GCTTCTCCCC 
ACACACAAAG AACAAGGGTA TGATCCCTTC AACCCAGAAG TAGTGAGACC CCAAGAGCAG 
CAGAATGGAA AGCCGGCTGA CTCAGGAGAC CTCAGCGGTG CTTTGGAGCT GGTTAACAAG 
GCCATCGAGG AGGTCCGCAG CGAGGTGGAG AGAGAGCAGA GGAAGCTCTC TCGAATCGAG 
GATGAACCAT ACAATCCTAG CAAGAGTACC AGTTCATCTT CAGCTGATAC TGGTAAAAGC 
AAAGCAACAG GTTCACACTT GGCCTATGAT CCTGGGAGTT ATCAGATCAC ATCAGGAGGG 
TATAACCCCA CCCCTGGCTG CAGCAAGTAC ACCTTGGATT TAGACAATCA AGGGCACAGT 
AGTAACTCCA TGGAATATGT TCCTACTTCA GTGAAAAAAC CTGCATCTCG GACACACTCG 
CACCAACCAC CATCTCCTCC CCCAAGTCCA AAATATTCAA ACAGCCTCTC CTCCTCTAAG 
TGCAAATACA CTGTGGACAA TTCTAGACCA TCTACAGACA TGGAGTATGA TCCGCTGTCC 
AACTACTCAG CTGGAATAGC AGCAAAAAGC AAAAAGGAAG AGGCTTCCCG ACCTGTTAGG 
ACGGAGGGTA GCAAGGCGCA CAAGATATTG GGGTCTGATT TGTCAGATGA GGGCTATGTT 
GTGGCTGTGA AAAAGCCACG GCAGCAGCCT GTAGACATAA AAAAGTACAC ATTCTCTGAC 
TCTGATGAGG AGAGCTCTGG AACAGAGTAT CGACCTACGT CACTCAGTGT TCTCCAGCAG 
AGAAAAGGCA ACAATGGGTC AGCCGCAGAT GCTTCTGGGA AGGAGAGAAA AGAGAGGACG 
GAAAGTGTGC TAAGTGCACT GACACAGAGG AATAAAAACG AGTTGACAAA GGACTCAGAT 
ACCCATGAAA ATAATAAACG AAAGAACAAC CTAGAAAAAA AGAAGACGGT CAGTGGAAGT 
AGTCATGAGA AAAGTGGCAA AACTAATAAA GTCAATAGAC TTGAAAAGGA ATTAAACAAA 
TCATCTAGTA GTAAGAGTAG TAGCAGCAGT AAAGACAAAG GTTCAGTAAA GAGCTCAAAC 
CAGGACTCTG CAAAGAAGGA GAACAAGAGT CACGGAAAAC AAGATGATAG AAAAAGCATG 
GTTAAGACTA AGACATCTGA AAAAGTTCAG AGAGAAGGCA GGGACGACAA GAGAAGTGAT 
GGTAAGATCA AGACTGTGGA AAAAGTTAAA ACAGACTCAA GCAAACGAGA TAAAGATACA 
GAAAATAGTG CGAGGGAAAG CAAGAAACCC AAAACATCAG ACAAAGAAAA AGAGCACAGC 
AAGCATAAGG ACCGGCAACA CAAAAATGGT AAGCTTGATA GCAGTAAAAG AGAAAAGGAC 
ATGAATAAAG TTTCTAAAAG CAGTTCTAGT AGCAGTAAAG GGATTGCAGC ACACAGCAAA 
GAGAAAGTGA AGCAAAACAT CAACTCATCA AATGGGAAAA GACTTGAGGA CAAGCGGCAG 
AGTCTGAGCC TGAGCCATGC TGACCTTTTT GGAGACGAGA GTCCAGATGA GGCTGAGCCG 
ATGGAGGTGG ATTATGACGA CGAGGTAGAG GAAGTTCTGG TGAGGAAATC AGCTGACGCT 
TTAAGGAGGG GACATATGAA CAAGAGGAAA GCGTCAGAGT TGACTCCGTC CTCCTCTGAG 
GATGAGAACG ACCATGATGT GGAGAGCAGC AGGACGGGTA GGGACGAGGT TGACGATGTT 
AAAATTGACT TCTCTAGTTT CCAAGACGAT CTGGACTTTG ACTCAGATCC CATGGAGGAA 
TGTTTGAGGA TCTTCAATGA ATCCAAAGAT GTGAAGAGGG AAGACAAGGG AAGGCAAACT 
AAGCAGCCCT CTAGGGATTC AGAGGAGGAG AAATGCACAG AGAGCACTTT AACCACTCTC 
TTCCCTGGTC AGAAGAAGAG AGTCTCACAT TTTGTTGCCA AAGGAAGTAC TGATGCACCA 
CCTAAGAGTG TGGTGCGTCC GTACAGGAGA CCCACAGCCC AGGAGGTCTG CTACCAGCGT 
ATGCAGATGG CACGACAGCA GGCTGCTCAG CTGTCGGCTT CAGTCAAAGC TGCCTCGCAG 
AGCTCAAGCC TCAGCTTTTC TGGAGAAAAG AAAAGAATAG CGCACCGTCC TAACCCACAG 
ATGTCATCCT CCAAAACAAG TCCTACAGAT GCTAAACCAG CCGCCTGTCG AGTGTTATCC 
CCCAGCCAGA CTCATCCGAG TGTCAAGGCC CAAACCACAG CTGGCATCTT GTCCAAGACC 
TCGTCTACTA CCACGCAGAA GAGGGTGGCA CACACACCCA CCATGAAGAG TTCTTCAATG 
AAGCGTCCTG TCATCCCCAC CGACTTCGGG GCCAAAGTTC CCACCAACAT CCGCCAGCGA 
TACCTCAACA CCTTCATAGA TGAATGTGTC AAATTTTGCC CGTCAGAGGA CGCCGCCTTC 
CAGATGGCCC TTGATGAGGA GAAGCTGGTG TATGAGCGCA GCAACAGCAA GAACATCTAC 
CTCAATGTAG CTGTCAACAC GCTGAAGAAG CTCCGGAGCA AGAGCAACTC CTGTCCGTCT 
CTCGTCACCA AGCACCGGGG GTTAGTAGCT AAAAGAAGAT CACAGTCCCA TGAGGAAGTT 
TTGGGAGGTC GTCTTGCTGC AACTACCAGC TTTACTGTCA ACAGGATGGG CAAACAGCAG 
GAGGAGAAAC TCACTGGAAC CTCGCTGTAC AGGAAGCTGA AGGCGTACCT GATGACAGAG 
GAGCAGCTTC AGGAACACGG ATACCCGAGG ACAAACCCTG AGGCTGCCGG CAAGGCCATC 
ATCTACAACC TCCCAGAGAA GAAGAACATC ACAGACCCAT TCACCAAGAT TTGCTGTCGA 
TGTGGCACGG AGTATAAGAT CAATGTCAAC GGCAACTGTG TGCGCAAAGA GGAATGCAGC 
TTTCACTGGG GACGCTTACG CAGACAAAAA GTTGCTGGAG GATGGGAGAC CAGCTACAGT 
TGTTGTGCTG CAGCTGTAGG TGCTCCAGGC TGCCAGATGG CCAAGCAACA TGTTCAGGAC 
GGGCGTAAAG AGTCGCTGGA TGGCTATGTG TCAACGTTCA GCAAACCTCT GTCACCAGAC 
AGACATGGAG GGGTGTTTGC TTTGGACTGT GAGATGTGTT ACACAAAGCA GGGTCTGGAG 
CTGACGAGGG TGACGGTCAT CGACTCTGAG ATGAAAGTTA TCTACGACAC GTTTGTCAAA 
CCTGAAAGCA AAGTGGTCGA TTACAACACA AGGTTTTCAG GTGTAACGGA GGAGGACTTG 
GAGAGTGCCA CCATCACCCT GAGAGATGTT CAGGCGGTGC TGCTCAGCAT GTTCAGCGCT 
GAATCCATCC TCATCGGACA CAGTCTGGAT AGTGACCTCC TCGCTCTGAA GCTCATCCAC 
AGTTCAGTTG TAGACACGGC CATCGTGTTT CCTCACCGCC TTGGTTTGCC CTACAAACGT 
GCCTTGAAGA ACCTGATGGC CGATCACCTC AAGCGCATCA TCCAGGACAA CGTGGAGGGC 
CACGACTCGA GTGAAGATGC TTCTGCATGC ATGGAGCTGA TGATTTGGAA GATCAAGGAG 
GACGCCAAGG TCAAGAGATG A