LOC110234166 cDNA ORF clone, Exaiptasia pallida

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110234166
Entrez Gene ID	110234166
Full Name	26S proteasome non-ATPase regulatory subunit 1-like
Synonyms	Psmd1
Gene Type	protein-coding
Organism	Exaiptasia pallida

mRNA and Protein(s)

mRNA	Protein	Name
XM_021039521.1	XP_020895180.1	26S proteasome non-ATPase regulatory subunit 1-like
XM_021039521.2	XP_020895180.1	26S proteasome non-ATPase regulatory subunit 1

Pathways from BioSystems
Gene Ontology

The following LOC110234166 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110234166 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)
OEx74947	XM_021039521.2 Latest version!	Exaiptasia pallida 26S proteasome non-ATPase regulatory subunit 1 (LOC110234166), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$629.30 $899.00
View Old Accession Versions >>
OEx74947	XM_021039521.1	Exaiptasia pallida 26S proteasome non-ATPase regulatory subunit 1-like (LOC110234166), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$629.30 $899.00
Hide Old Accession Versions >>

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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)

LOC110234166 ( XM_021039521.1 ) cDNA ORF clone, Exaiptasia pallida -> XP_020895180.1 Exaiptasia pallida 26S proteasome non-ATPase regulatory subunit 1-like (LOC110234166), mRNA.

Price & Availability↑

CloneID	OEx74947
Clone ID Related Accession (Same CDS sequence)	XM_021039521.1 , XM_021039521.2
Accession Version	XM_021039521.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3060bp) 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	2017-05-11
Organism	Exaiptasia pallida
Product	26S proteasome non-ATPase regulatory subunit 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018384887.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Exaiptasia pallida 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##

ATGAAAATGC ACCTTACATC AGCAGCTGGT ATTCTAGCAC TTCTTGAGGA GGGTGAATCA 
GATCTTAAGG TTTATGCCCT TGATAAACTC AATGCTATTG TTGATGACTT CTGGGCTGAG 
ATCTCAGAAT CTGTCGGCAA AATTGAGGTA TTATATGAAG ATGAAACTTT CAAACATCGG 
CAGCTATCAG CCTTAGTTGC ATCAAAGGTT TACTACCATC TTGGWGCATT TGAAGACTCT 
TTGATGTATG CTCTTGGTGC TGGTCCTCTT TTTGAYGTAA ATGGACATTC TGAATATGTA 
GAAACCACAA TAGCTAAGTG CATCGATCAT TATACACAGC TCAAACAGAA GCAGGCAGAA 
AACCCTGATG AGAAGGTTGA AATTGACTCT CGGTTAGAGT CCATCGTGAA TAGAATGTTT 
GAAAGATGTT TTGACGATCA CAAATTTAAA CAGGCTGTTG GTATTGCAAT AGAGACTAGA 
AGACTGGATA TTTTTAAACA AGCAATTCTC AAATCTGATG ATATCCAGGG AATGTTGCGT 
TACAGTTTTA AAGTGTGTAT GACACTAGTT CAAAGTAGAC AGTTCAGAAA TGAGATTCTA 
AGAGTGCTTG TTAAACTGTA TTTAGATCTA AAAACTCCAG ATTACATCAG TGTCTGTCAG 
TGTTTTATAT TTTTGAATTA TCCACAAGGA GTAGCAGATA TTTTAGAAAA RCTTGTCAAA 
GACAATGAGA AGGACCAAAC GTTAATGGCC TACCAAGTAG CCTTTGATTT GTATGAGAAT 
GCTACTCAGC AGTTTCTATC AATTGTAAGC CAAGCTCTTC AAGCTTCAAT ACCTTTTGCA 
TCCAGTGGAC CCAAAGTAGA CAGTAAAAAT GATAAAAATG GAATTTCAGA AAAAGATGGT 
GATGCACCAA TGGAAACAGA TGAATCTGAG AAAAATGCCG TTTCTGATAA ATCGAAATCA 
GAAGTTCCTT TGAGTGAAAC TGATAAGGCA CTGCAGGACA AAATCAATAA GTTGGTAGCA 
ATACTTGGAG GTGATACATC AATTGCTTTA AACCTTGAAT TCCTCATCAG AAACAATCAT 
GCAGATTTGC TTATACTGAA AAACACCAAG GATGCTGCAA GAAATTCAGT TTGCCATATG 
GCTACTGTTA TTGCCAATTC ATTCATGCAT TGTGGAACAA CTAGTGACAC ATTCCTAAGA 
AATAACCTTG AGTGGTTAGC AAGAGCAACA AATTGGGCCA AGTTTGGTGC TACAGCCAGT 
TTAGGTGTTA TTCACAAGGG TCATGAACTA GATGCTCTCA AACTCATGTC TACATATTTA 
CCTAAAGATG GCAGYGGYGG CAGTGCATAC CAAGAAGGTG GTGGTCTTTA TGCACTGGGT 
TTAATCCATG CTAATCATGG TGGTAAGATT ACAGARTATY TAYTACAGCA ACTCAAAGAA 
GCCACCACTG ATATGGTTCG YCATGGAGGT TGTCTTGGTC TTGGACTTGC AGCAATGGGC 
ACAGAGAGAC AAGATGTATA TGAGCAACTT AAGTTCAATC TCTATCAAGA TGATGCTGTG 
ACAGGTGAAG GTGCAGGACT AGCCATGGGA CTTGTCATGT TGGGATCAAA GTCAGCAGCT 
GCCATTGAGG ATATGGTGGG GTATGCACAA GAGACACAAC ACGAGAAGAT TCTAAGAGGT 
TTAGCATTGG GAATTGCATT GGTCATGTAT GCAAGAATGG AAGAAGCTGA TGCTTTGATT 
GAAAGTTTAG CTCAAGATAA AGACTCCAAC CTTCGTCGAA GTGCAATGTA TACTGTAGCC 
ATGGCATACT GTGGAACTGG CAACAATAAA GCTATYAARA GACTACTCCA TGTTGCTGTA 
AGTGATGTAA GTGATGATGT CAGACGAGCT GCTGTCACTG CTCTAGGATT CTTACTATTC 
AGAACACCTG AGCAATGCCC AAGTGTTGTG TCCTTATTAT CAGAAAGCTA CAACCCTCAT 
GTACGATATG GTGCAGCCTT AGCCCTTGGT ATTGCCTGCG CAGGAACTGG TCTCAAGGAG 
GCTATAAATC TCTTGGAGCC AATGACAAAT GATCCAGTGA ATTATGTCAG ACAGGGTGCA 
TTGATAGCCA GTGCCATGAT WCTAATCCAG CAAACAGAAC ATACTAGTCC TAAAGTCACA 
AAGTTTCGTG AAATATATTC CAAAGTAATC AGCGATAAGC ATGAAGATGT CATGGCTAAG 
TTTGGTGCTA CCCTTGCCCA GGGGATTATT GATGCTGGTG GGCGTAATGT AACAATTTCT 
CTCCAATCAC GTGCTGGCCA CACCCATATG AGTTCGGTGG TTGGTGCTTT GGTATTTACA 
CATTACTGGT TCTGGTTTCC TTTGTCGCAT TTCTTATCAC TTGCCTTTAC ACCAACTTCC 
ATTATTGGCC TCAACTCTGA TTTAAAAATG CCTAAGATGC AATTTCGATC AGGTGCTAAG 
CCATCGACCT ATGCTTATCC CGAGCCTTTG AAGCCACCCA AGAAAGAGGA GAAGGAAAAG 
GTTACTACTG CAGTCCTGTC TGTTACTGCT AAGGTTAAAG CAAGAGCTAA GAAAGCAGAA 
GGAACTGAAG AAAAGATGGA AGTGGATCAA GAATCAACTC AAACCAAGAA AGAAGGCAAA 
GACGCAGAGA AAAAATCAGA TTCCACACCA GCAAATGCAA AAGAAACTGA AAAGTCAAAA 
GAAAGCGAAA AAGAAAAAGA TGAATCCGTT ACAGAGAAAA GTGAAAAAGA AAAGAGCGAA 
AAAGAGAAAA GTGACAGCAC AGAAGCACCA GCCGATAAAC CAGAACCAGA CTTTCAACTC 
GTTGATAATC CAGCTAGAGC AATCACATCA CAGTTGAAAG TTATAAGTTT ACCACAAGAT 
GCCAGATACT TTCCTATGAA ACCGTGTCAT ACGGGTGGTA TTATCATGAT GACGGACTCC 
AAGTCTGATG AACCGGAAGA CCTCATAGAA CCATTGCCAG CATCTTCCAC CTTGGGTCTT 
GAGGAAGAAG AAGACGAACC TGAACCACCT GAGCCGTTCG AGTACACAGA CGAAGACTAG

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

RefSeq	XP_020895180.1
CDS	97..3156
Translation	MKMHLTSAAGILALLEEGESDLKVYALDKLNAIVDDFWAEISESVGKIEVLYEDETFKHRQLSALVASKVYYHLnullAFEDSLMYALGAGPLFnullVNGHSEYVETTIAKCIDHYTQLKQKQAENPDEKVEIDSRLESIVNRMFERCFDDHKFKQAVGIAIETRRLDIFKQAILKSDDIQGMLRYSFKVCMTLVQSRQFRNEILRVLVKLYLDLKTPDYISVCQCFIFLNYPQGVADILEnullLVKDNEKDQTLMAYQVAFDLYENATQQFLSIVSQALQASIPFASSGPKVDSKNDKNGISEKDGDAPMETDESEKNAVSDKSKSEVPLSETDKALQDKINKLVAILGGDTSIALNLEFLIRNNHADLLILKNTKDAARNSVCHMATVIANSFMHCGTTSDTFLRNNLEWLARATNWAKFGATASLGVIHKGHELDALKLMSTYLPKDGnullnullGSAYQEGGGLYALGLIHANHGGKITnullYnullnullQQLKEATTDMVnullHGGCLGLGLAAMGTERQDVYEQLKFNLYQDDAVTGEGAGLAMGLVMLGSKSAAAIEDMVGYAQETQHEKILRGLALGIALVMYARMEEADALIESLAQDKDSNLRRSAMYTVAMAYCGTGNNKAnullnullRLLHVAVSDVSDDVRRAAVTALGFLLFRTPEQCPSVVSLLSESYNPHVRYGAALALGIACAGTGLKEAINLLEPMTNDPVNYVRQGALIASAMnullLIQQTEHTSPKVTKFREIYSKVISDKHEDVMAKFGATLAQGIIDAGGRNVTISLQSRAGHTHMSSVVGALVFTHYWFWFPLSHFLSLAFTPTSIIGLNSDLKMPKMQFRSGAKPSTYAYPEPLKPPKKEEKEKVTTAVLSVTAKVKARAKKAEGTEEKMEVDQESTQTKKEGKDAEKKSDSTPANAKETEKSKESEKEKDESVTEKSEKEKSEKEKSDSTEAPADKPEPDFQLVDNPARAITSQLKVISLPQDARYFPMKPCHTGGIIMMTDSKSDEPEDLIEPLPASSTLGLEEEEDEPEPPEPFEYTDED

Target ORF information:

RefSeq Version	XM_021039521.1
Organism	Exaiptasia pallida
Definition	Exaiptasia pallida 26S proteasome non-ATPase regulatory subunit 1-like (LOC110234166), mRNA.

Target ORF information:

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

XM_021039521.1

ORF Insert Sequence:

ATGAAAATGC ACCTTACATC AGCAGCTGGT ATTCTAGCAC TTCTTGAGGA GGGTGAATCA 
GATCTTAAGG TTTATGCCCT TGATAAACTC AATGCTATTG TTGATGACTT CTGGGCTGAG 
ATCTCAGAAT CTGTCGGCAA AATTGAGGTA TTATATGAAG ATGAAACTTT CAAACATCGG 
CAGCTATCAG CCTTAGTTGC ATCAAAGGTT TACTACCATC TTGGWGCATT TGAAGACTCT 
TTGATGTATG CTCTTGGTGC TGGTCCTCTT TTTGAYGTAA ATGGACATTC TGAATATGTA 
GAAACCACAA TAGCTAAGTG CATCGATCAT TATACACAGC TCAAACAGAA GCAGGCAGAA 
AACCCTGATG AGAAGGTTGA AATTGACTCT CGGTTAGAGT CCATCGTGAA TAGAATGTTT 
GAAAGATGTT TTGACGATCA CAAATTTAAA CAGGCTGTTG GTATTGCAAT AGAGACTAGA 
AGACTGGATA TTTTTAAACA AGCAATTCTC AAATCTGATG ATATCCAGGG AATGTTGCGT 
TACAGTTTTA AAGTGTGTAT GACACTAGTT CAAAGTAGAC AGTTCAGAAA TGAGATTCTA 
AGAGTGCTTG TTAAACTGTA TTTAGATCTA AAAACTCCAG ATTACATCAG TGTCTGTCAG 
TGTTTTATAT TTTTGAATTA TCCACAAGGA GTAGCAGATA TTTTAGAAAA RCTTGTCAAA 
GACAATGAGA AGGACCAAAC GTTAATGGCC TACCAAGTAG CCTTTGATTT GTATGAGAAT 
GCTACTCAGC AGTTTCTATC AATTGTAAGC CAAGCTCTTC AAGCTTCAAT ACCTTTTGCA 
TCCAGTGGAC CCAAAGTAGA CAGTAAAAAT GATAAAAATG GAATTTCAGA AAAAGATGGT 
GATGCACCAA TGGAAACAGA TGAATCTGAG AAAAATGCCG TTTCTGATAA ATCGAAATCA 
GAAGTTCCTT TGAGTGAAAC TGATAAGGCA CTGCAGGACA AAATCAATAA GTTGGTAGCA 
ATACTTGGAG GTGATACATC AATTGCTTTA AACCTTGAAT TCCTCATCAG AAACAATCAT 
GCAGATTTGC TTATACTGAA AAACACCAAG GATGCTGCAA GAAATTCAGT TTGCCATATG 
GCTACTGTTA TTGCCAATTC ATTCATGCAT TGTGGAACAA CTAGTGACAC ATTCCTAAGA 
AATAACCTTG AGTGGTTAGC AAGAGCAACA AATTGGGCCA AGTTTGGTGC TACAGCCAGT 
TTAGGTGTTA TTCACAAGGG TCATGAACTA GATGCTCTCA AACTCATGTC TACATATTTA 
CCTAAAGATG GCAGYGGYGG CAGTGCATAC CAAGAAGGTG GTGGTCTTTA TGCACTGGGT 
TTAATCCATG CTAATCATGG TGGTAAGATT ACAGARTATY TAYTACAGCA ACTCAAAGAA 
GCCACCACTG ATATGGTTCG YCATGGAGGT TGTCTTGGTC TTGGACTTGC AGCAATGGGC 
ACAGAGAGAC AAGATGTATA TGAGCAACTT AAGTTCAATC TCTATCAAGA TGATGCTGTG 
ACAGGTGAAG GTGCAGGACT AGCCATGGGA CTTGTCATGT TGGGATCAAA GTCAGCAGCT 
GCCATTGAGG ATATGGTGGG GTATGCACAA GAGACACAAC ACGAGAAGAT TCTAAGAGGT 
TTAGCATTGG GAATTGCATT GGTCATGTAT GCAAGAATGG AAGAAGCTGA TGCTTTGATT 
GAAAGTTTAG CTCAAGATAA AGACTCCAAC CTTCGTCGAA GTGCAATGTA TACTGTAGCC 
ATGGCATACT GTGGAACTGG CAACAATAAA GCTATYAARA GACTACTCCA TGTTGCTGTA 
AGTGATGTAA GTGATGATGT CAGACGAGCT GCTGTCACTG CTCTAGGATT CTTACTATTC 
AGAACACCTG AGCAATGCCC AAGTGTTGTG TCCTTATTAT CAGAAAGCTA CAACCCTCAT 
GTACGATATG GTGCAGCCTT AGCCCTTGGT ATTGCCTGCG CAGGAACTGG TCTCAAGGAG 
GCTATAAATC TCTTGGAGCC AATGACAAAT GATCCAGTGA ATTATGTCAG ACAGGGTGCA 
TTGATAGCCA GTGCCATGAT WCTAATCCAG CAAACAGAAC ATACTAGTCC TAAAGTCACA 
AAGTTTCGTG AAATATATTC CAAAGTAATC AGCGATAAGC ATGAAGATGT CATGGCTAAG 
TTTGGTGCTA CCCTTGCCCA GGGGATTATT GATGCTGGTG GGCGTAATGT AACAATTTCT 
CTCCAATCAC GTGCTGGCCA CACCCATATG AGTTCGGTGG TTGGTGCTTT GGTATTTACA 
CATTACTGGT TCTGGTTTCC TTTGTCGCAT TTCTTATCAC TTGCCTTTAC ACCAACTTCC 
ATTATTGGCC TCAACTCTGA TTTAAAAATG CCTAAGATGC AATTTCGATC AGGTGCTAAG 
CCATCGACCT ATGCTTATCC CGAGCCTTTG AAGCCACCCA AGAAAGAGGA GAAGGAAAAG 
GTTACTACTG CAGTCCTGTC TGTTACTGCT AAGGTTAAAG CAAGAGCTAA GAAAGCAGAA 
GGAACTGAAG AAAAGATGGA AGTGGATCAA GAATCAACTC AAACCAAGAA AGAAGGCAAA 
GACGCAGAGA AAAAATCAGA TTCCACACCA GCAAATGCAA AAGAAACTGA AAAGTCAAAA 
GAAAGCGAAA AAGAAAAAGA TGAATCCGTT ACAGAGAAAA GTGAAAAAGA AAAGAGCGAA 
AAAGAGAAAA GTGACAGCAC AGAAGCACCA GCCGATAAAC CAGAACCAGA CTTTCAACTC 
GTTGATAATC CAGCTAGAGC AATCACATCA CAGTTGAAAG TTATAAGTTT ACCACAAGAT 
GCCAGATACT TTCCTATGAA ACCGTGTCAT ACGGGTGGTA TTATCATGAT GACGGACTCC 
AAGTCTGATG AACCGGAAGA CCTCATAGAA CCATTGCCAG CATCTTCCAC CTTGGGTCTT 
GAGGAAGAAG AAGACGAACC TGAACCACCT GAGCCGTTCG AGTACACAGA CGAAGACTAG

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

LOC110234166 ( XM_021039521.2 ) cDNA ORF clone, Exaiptasia pallida -> XP_020895180.1 Exaiptasia pallida 26S proteasome non-ATPase regulatory subunit 1 (LOC110234166), mRNA.

Price & Availability↑

CloneID	OEx74947
Clone ID Related Accession (Same CDS sequence)	XM_021039521.1 , XM_021039521.2
Accession Version	XM_021039521.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3060bp) 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	2019-04-16
Organism	Exaiptasia pallida
Product	26S proteasome non-ATPase regulatory subunit 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018384887.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Apr 17, 2019 this sequence version replaced XM_021039521.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Exaiptasia pallida Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAATGC ACCTTACATC AGCAGCTGGT ATTCTAGCAC TTCTTGAGGA GGGTGAATCA 
GATCTTAAGG TTTATGCCCT TGATAAACTC AATGCTATTG TTGATGACTT CTGGGCTGAG 
ATCTCAGAAT CTGTCGGCAA AATTGAGGTA TTATATGAAG ATGAAACTTT CAAACATCGG 
CAGCTATCAG CCTTAGTTGC ATCAAAGGTT TACTACCATC TTGGWGCATT TGAAGACTCT 
TTGATGTATG CTCTTGGTGC TGGTCCTCTT TTTGAYGTAA ATGGACATTC TGAATATGTA 
GAAACCACAA TAGCTAAGTG CATCGATCAT TATACACAGC TCAAACAGAA GCAGGCAGAA 
AACCCTGATG AGAAGGTTGA AATTGACTCT CGGTTAGAGT CCATCGTGAA TAGAATGTTT 
GAAAGATGTT TTGACGATCA CAAATTTAAA CAGGCTGTTG GTATTGCAAT AGAGACTAGA 
AGACTGGATA TTTTTAAACA AGCAATTCTC AAATCTGATG ATATCCAGGG AATGTTGCGT 
TACAGTTTTA AAGTGTGTAT GACACTAGTT CAAAGTAGAC AGTTCAGAAA TGAGATTCTA 
AGAGTGCTTG TTAAACTGTA TTTAGATCTA AAAACTCCAG ATTACATCAG TGTCTGTCAG 
TGTTTTATAT TTTTGAATTA TCCACAAGGA GTAGCAGATA TTTTAGAAAA RCTTGTCAAA 
GACAATGAGA AGGACCAAAC GTTAATGGCC TACCAAGTAG CCTTTGATTT GTATGAGAAT 
GCTACTCAGC AGTTTCTATC AATTGTAAGC CAAGCTCTTC AAGCTTCAAT ACCTTTTGCA 
TCCAGTGGAC CCAAAGTAGA CAGTAAAAAT GATAAAAATG GAATTTCAGA AAAAGATGGT 
GATGCACCAA TGGAAACAGA TGAATCTGAG AAAAATGCCG TTTCTGATAA ATCGAAATCA 
GAAGTTCCTT TGAGTGAAAC TGATAAGGCA CTGCAGGACA AAATCAATAA GTTGGTAGCA 
ATACTTGGAG GTGATACATC AATTGCTTTA AACCTTGAAT TCCTCATCAG AAACAATCAT 
GCAGATTTGC TTATACTGAA AAACACCAAG GATGCTGCAA GAAATTCAGT TTGCCATATG 
GCTACTGTTA TTGCCAATTC ATTCATGCAT TGTGGAACAA CTAGTGACAC ATTCCTAAGA 
AATAACCTTG AGTGGTTAGC AAGAGCAACA AATTGGGCCA AGTTTGGTGC TACAGCCAGT 
TTAGGTGTTA TTCACAAGGG TCATGAACTA GATGCTCTCA AACTCATGTC TACATATTTA 
CCTAAAGATG GCAGYGGYGG CAGTGCATAC CAAGAAGGTG GTGGTCTTTA TGCACTGGGT 
TTAATCCATG CTAATCATGG TGGTAAGATT ACAGARTATY TAYTACAGCA ACTCAAAGAA 
GCCACCACTG ATATGGTTCG YCATGGAGGT TGTCTTGGTC TTGGACTTGC AGCAATGGGC 
ACAGAGAGAC AAGATGTATA TGAGCAACTT AAGTTCAATC TCTATCAAGA TGATGCTGTG 
ACAGGTGAAG GTGCAGGACT AGCCATGGGA CTTGTCATGT TGGGATCAAA GTCAGCAGCT 
GCCATTGAGG ATATGGTGGG GTATGCACAA GAGACACAAC ACGAGAAGAT TCTAAGAGGT 
TTAGCATTGG GAATTGCATT GGTCATGTAT GCAAGAATGG AAGAAGCTGA TGCTTTGATT 
GAAAGTTTAG CTCAAGATAA AGACTCCAAC CTTCGTCGAA GTGCAATGTA TACTGTAGCC 
ATGGCATACT GTGGAACTGG CAACAATAAA GCTATYAARA GACTACTCCA TGTTGCTGTA 
AGTGATGTAA GTGATGATGT CAGACGAGCT GCTGTCACTG CTCTAGGATT CTTACTATTC 
AGAACACCTG AGCAATGCCC AAGTGTTGTG TCCTTATTAT CAGAAAGCTA CAACCCTCAT 
GTACGATATG GTGCAGCCTT AGCCCTTGGT ATTGCCTGCG CAGGAACTGG TCTCAAGGAG 
GCTATAAATC TCTTGGAGCC AATGACAAAT GATCCAGTGA ATTATGTCAG ACAGGGTGCA 
TTGATAGCCA GTGCCATGAT WCTAATCCAG CAAACAGAAC ATACTAGTCC TAAAGTCACA 
AAGTTTCGTG AAATATATTC CAAAGTAATC AGCGATAAGC ATGAAGATGT CATGGCTAAG 
TTTGGTGCTA CCCTTGCCCA GGGGATTATT GATGCTGGTG GGCGTAATGT AACAATTTCT 
CTCCAATCAC GTGCTGGCCA CACCCATATG AGTTCGGTGG TTGGTGCTTT GGTATTTACA 
CATTACTGGT TCTGGTTTCC TTTGTCGCAT TTCTTATCAC TTGCCTTTAC ACCAACTTCC 
ATTATTGGCC TCAACTCTGA TTTAAAAATG CCTAAGATGC AATTTCGATC AGGTGCTAAG 
CCATCGACCT ATGCTTATCC CGAGCCTTTG AAGCCACCCA AGAAAGAGGA GAAGGAAAAG 
GTTACTACTG CAGTCCTGTC TGTTACTGCT AAGGTTAAAG CAAGAGCTAA GAAAGCAGAA 
GGAACTGAAG AAAAGATGGA AGTGGATCAA GAATCAACTC AAACCAAGAA AGAAGGCAAA 
GACGCAGAGA AAAAATCAGA TTCCACACCA GCAAATGCAA AAGAAACTGA AAAGTCAAAA 
GAAAGCGAAA AAGAAAAAGA TGAATCCGTT ACAGAGAAAA GTGAAAAAGA AAAGAGCGAA 
AAAGAGAAAA GTGACAGCAC AGAAGCACCA GCCGATAAAC CAGAACCAGA CTTTCAACTC 
GTTGATAATC CAGCTAGAGC AATCACATCA CAGTTGAAAG TTATAAGTTT ACCACAAGAT 
GCCAGATACT TTCCTATGAA ACCGTGTCAT ACGGGTGGTA TTATCATGAT GACGGACTCC 
AAGTCTGATG AACCGGAAGA CCTCATAGAA CCATTGCCAG CATCTTCCAC CTTGGGTCTT 
GAGGAAGAAG AAGACGAACC TGAACCACCT GAGCCGTTCG AGTACACAGA CGAAGACTAG

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

RefSeq	XP_020895180.1
CDS	109..3168
Translation	MKMHLTSAAGILALLEEGESDLKVYALDKLNAIVDDFWAEISESVGKIEVLYEDETFKHRQLSALVASKVYYHLnullAFEDSLMYALGAGPLFnullVNGHSEYVETTIAKCIDHYTQLKQKQAENPDEKVEIDSRLESIVNRMFERCFDDHKFKQAVGIAIETRRLDIFKQAILKSDDIQGMLRYSFKVCMTLVQSRQFRNEILRVLVKLYLDLKTPDYISVCQCFIFLNYPQGVADILEnullLVKDNEKDQTLMAYQVAFDLYENATQQFLSIVSQALQASIPFASSGPKVDSKNDKNGISEKDGDAPMETDESEKNAVSDKSKSEVPLSETDKALQDKINKLVAILGGDTSIALNLEFLIRNNHADLLILKNTKDAARNSVCHMATVIANSFMHCGTTSDTFLRNNLEWLARATNWAKFGATASLGVIHKGHELDALKLMSTYLPKDGnullnullGSAYQEGGGLYALGLIHANHGGKITnullYnullnullQQLKEATTDMVnullHGGCLGLGLAAMGTERQDVYEQLKFNLYQDDAVTGEGAGLAMGLVMLGSKSAAAIEDMVGYAQETQHEKILRGLALGIALVMYARMEEADALIESLAQDKDSNLRRSAMYTVAMAYCGTGNNKAnullnullRLLHVAVSDVSDDVRRAAVTALGFLLFRTPEQCPSVVSLLSESYNPHVRYGAALALGIACAGTGLKEAINLLEPMTNDPVNYVRQGALIASAMnullLIQQTEHTSPKVTKFREIYSKVISDKHEDVMAKFGATLAQGIIDAGGRNVTISLQSRAGHTHMSSVVGALVFTHYWFWFPLSHFLSLAFTPTSIIGLNSDLKMPKMQFRSGAKPSTYAYPEPLKPPKKEEKEKVTTAVLSVTAKVKARAKKAEGTEEKMEVDQESTQTKKEGKDAEKKSDSTPANAKETEKSKESEKEKDESVTEKSEKEKSEKEKSDSTEAPADKPEPDFQLVDNPARAITSQLKVISLPQDARYFPMKPCHTGGIIMMTDSKSDEPEDLIEPLPASSTLGLEEEEDEPEPPEPFEYTDED

Target ORF information:

RefSeq Version	XM_021039521.2
Organism	Exaiptasia pallida
Definition	Exaiptasia pallida 26S proteasome non-ATPase regulatory subunit 1 (LOC110234166), mRNA.

Target ORF information:

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

XM_021039521.2

ORF Insert Sequence:

ATGAAAATGC ACCTTACATC AGCAGCTGGT ATTCTAGCAC TTCTTGAGGA GGGTGAATCA 
GATCTTAAGG TTTATGCCCT TGATAAACTC AATGCTATTG TTGATGACTT CTGGGCTGAG 
ATCTCAGAAT CTGTCGGCAA AATTGAGGTA TTATATGAAG ATGAAACTTT CAAACATCGG 
CAGCTATCAG CCTTAGTTGC ATCAAAGGTT TACTACCATC TTGGWGCATT TGAAGACTCT 
TTGATGTATG CTCTTGGTGC TGGTCCTCTT TTTGAYGTAA ATGGACATTC TGAATATGTA 
GAAACCACAA TAGCTAAGTG CATCGATCAT TATACACAGC TCAAACAGAA GCAGGCAGAA 
AACCCTGATG AGAAGGTTGA AATTGACTCT CGGTTAGAGT CCATCGTGAA TAGAATGTTT 
GAAAGATGTT TTGACGATCA CAAATTTAAA CAGGCTGTTG GTATTGCAAT AGAGACTAGA 
AGACTGGATA TTTTTAAACA AGCAATTCTC AAATCTGATG ATATCCAGGG AATGTTGCGT 
TACAGTTTTA AAGTGTGTAT GACACTAGTT CAAAGTAGAC AGTTCAGAAA TGAGATTCTA 
AGAGTGCTTG TTAAACTGTA TTTAGATCTA AAAACTCCAG ATTACATCAG TGTCTGTCAG 
TGTTTTATAT TTTTGAATTA TCCACAAGGA GTAGCAGATA TTTTAGAAAA RCTTGTCAAA 
GACAATGAGA AGGACCAAAC GTTAATGGCC TACCAAGTAG CCTTTGATTT GTATGAGAAT 
GCTACTCAGC AGTTTCTATC AATTGTAAGC CAAGCTCTTC AAGCTTCAAT ACCTTTTGCA 
TCCAGTGGAC CCAAAGTAGA CAGTAAAAAT GATAAAAATG GAATTTCAGA AAAAGATGGT 
GATGCACCAA TGGAAACAGA TGAATCTGAG AAAAATGCCG TTTCTGATAA ATCGAAATCA 
GAAGTTCCTT TGAGTGAAAC TGATAAGGCA CTGCAGGACA AAATCAATAA GTTGGTAGCA 
ATACTTGGAG GTGATACATC AATTGCTTTA AACCTTGAAT TCCTCATCAG AAACAATCAT 
GCAGATTTGC TTATACTGAA AAACACCAAG GATGCTGCAA GAAATTCAGT TTGCCATATG 
GCTACTGTTA TTGCCAATTC ATTCATGCAT TGTGGAACAA CTAGTGACAC ATTCCTAAGA 
AATAACCTTG AGTGGTTAGC AAGAGCAACA AATTGGGCCA AGTTTGGTGC TACAGCCAGT 
TTAGGTGTTA TTCACAAGGG TCATGAACTA GATGCTCTCA AACTCATGTC TACATATTTA 
CCTAAAGATG GCAGYGGYGG CAGTGCATAC CAAGAAGGTG GTGGTCTTTA TGCACTGGGT 
TTAATCCATG CTAATCATGG TGGTAAGATT ACAGARTATY TAYTACAGCA ACTCAAAGAA 
GCCACCACTG ATATGGTTCG YCATGGAGGT TGTCTTGGTC TTGGACTTGC AGCAATGGGC 
ACAGAGAGAC AAGATGTATA TGAGCAACTT AAGTTCAATC TCTATCAAGA TGATGCTGTG 
ACAGGTGAAG GTGCAGGACT AGCCATGGGA CTTGTCATGT TGGGATCAAA GTCAGCAGCT 
GCCATTGAGG ATATGGTGGG GTATGCACAA GAGACACAAC ACGAGAAGAT TCTAAGAGGT 
TTAGCATTGG GAATTGCATT GGTCATGTAT GCAAGAATGG AAGAAGCTGA TGCTTTGATT 
GAAAGTTTAG CTCAAGATAA AGACTCCAAC CTTCGTCGAA GTGCAATGTA TACTGTAGCC 
ATGGCATACT GTGGAACTGG CAACAATAAA GCTATYAARA GACTACTCCA TGTTGCTGTA 
AGTGATGTAA GTGATGATGT CAGACGAGCT GCTGTCACTG CTCTAGGATT CTTACTATTC 
AGAACACCTG AGCAATGCCC AAGTGTTGTG TCCTTATTAT CAGAAAGCTA CAACCCTCAT 
GTACGATATG GTGCAGCCTT AGCCCTTGGT ATTGCCTGCG CAGGAACTGG TCTCAAGGAG 
GCTATAAATC TCTTGGAGCC AATGACAAAT GATCCAGTGA ATTATGTCAG ACAGGGTGCA 
TTGATAGCCA GTGCCATGAT WCTAATCCAG CAAACAGAAC ATACTAGTCC TAAAGTCACA 
AAGTTTCGTG AAATATATTC CAAAGTAATC AGCGATAAGC ATGAAGATGT CATGGCTAAG 
TTTGGTGCTA CCCTTGCCCA GGGGATTATT GATGCTGGTG GGCGTAATGT AACAATTTCT 
CTCCAATCAC GTGCTGGCCA CACCCATATG AGTTCGGTGG TTGGTGCTTT GGTATTTACA 
CATTACTGGT TCTGGTTTCC TTTGTCGCAT TTCTTATCAC TTGCCTTTAC ACCAACTTCC 
ATTATTGGCC TCAACTCTGA TTTAAAAATG CCTAAGATGC AATTTCGATC AGGTGCTAAG 
CCATCGACCT ATGCTTATCC CGAGCCTTTG AAGCCACCCA AGAAAGAGGA GAAGGAAAAG 
GTTACTACTG CAGTCCTGTC TGTTACTGCT AAGGTTAAAG CAAGAGCTAA GAAAGCAGAA 
GGAACTGAAG AAAAGATGGA AGTGGATCAA GAATCAACTC AAACCAAGAA AGAAGGCAAA 
GACGCAGAGA AAAAATCAGA TTCCACACCA GCAAATGCAA AAGAAACTGA AAAGTCAAAA 
GAAAGCGAAA AAGAAAAAGA TGAATCCGTT ACAGAGAAAA GTGAAAAAGA AAAGAGCGAA 
AAAGAGAAAA GTGACAGCAC AGAAGCACCA GCCGATAAAC CAGAACCAGA CTTTCAACTC 
GTTGATAATC CAGCTAGAGC AATCACATCA CAGTTGAAAG TTATAAGTTT ACCACAAGAT 
GCCAGATACT TTCCTATGAA ACCGTGTCAT ACGGGTGGTA TTATCATGAT GACGGACTCC 
AAGTCTGATG AACCGGAAGA CCTCATAGAA CCATTGCCAG CATCTTCCAC CTTGGGTCTT 
GAGGAAGAAG AAGACGAACC TGAACCACCT GAGCCGTTCG AGTACACAGA CGAAGACTAG