LOC110245411 cDNA ORF clone, Exaiptasia pallida

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110245411
Entrez Gene ID	110245411
Full Name	lymphoid-restricted membrane protein-like
Synonyms	lrmp
Gene Type	protein-coding
Organism	Exaiptasia pallida

mRNA and Protein(s)

mRNA	Protein	Name
XM_021051691.1	XP_020907350.1	lymphoid-restricted membrane protein-like
XM_028660971.1	XP_028516772.1	uncharacterized protein DDB_G0284459

Pathways from BioSystems
Gene Ontology

The following LOC110245411 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110245411 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
OEx84615	XM_021051691.1 Latest version!	Exaiptasia pallida lymphoid-restricted membrane protein-like (LOC110245411), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OEx96904	XM_028660971.1 Latest version!	Exaiptasia pallida uncharacterized protein DDB_G0284459 (LOC110245411), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00

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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)

LOC110245411 ( XM_021051691.1 ) cDNA ORF clone, Exaiptasia pallida -> XP_020907350.1 Exaiptasia pallida lymphoid-restricted membrane protein-like (LOC110245411), mRNA.

Price & Availability↑

CloneID	OEx84615
Clone ID Related Accession (Same CDS sequence)	XM_021051691.1
Accession Version	XM_021051691.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3714bp) 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	lymphoid-restricted membrane protein-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018386960.1) 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 :: 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## ##RefSeq-Attributes-START## ab initio :: 3% of CDS bases ##RefSeq-Attributes-END##

ATGGAGCAAG AGCAACAGGA GAAAGACTTG CCTAGAGTTA CAGAAGAAGC GATATTAGAC 
AGTCTGTTTT ACGCTTGCGA TACGAAGGGA ACCGGCTTTG TAGCTGTGTC GAAGCTGATC 
GAGTATYTGA GATCGGCAAT CGCCTCGGAT ACAGATAATA ACAACGTTGA GTTTGTTGAT 
AACCTAGATG ATCTGTCTTT GATCCTTGAT CCTGAAGGAC AAGATGTCCA TATCAACATT 
TCCACTTATC AATCAGGGAT CAGTGAATGG ATTGAAGATA TACGAAARCG AAGTCTTGCT 
AGTGTAGATG ATGATTTCCT TTCATCTATG TCAATTAATT GCGCTTCCCC ATCATCACCT 
TTACTACAGC CCTTTTCCGA TGAACGATGC CACATAACCA GTACACCCAA TATGAGTTCT 
AACAGCGTAG AAGGTCTTGG TGGTGAATCA CCTTTGAAAA ATGACAGTGA GCGAGCTGCA 
GAAATGACTT CAATCATAGA AACCCTTCAA TTGAATAACA AAAGATTAAT GGAGCAACAT 
GCTGTCATAC AAACACAGAT GGAGCAGACA GAAGATAGTA ATACACAGCT CCAAACAGAA 
GTTAAAGACC TAAAGAAGCA AATTCAAAGT TTTCAGTCAT TATCGTCAAA ATGTAAAGAA 
TTAGAGGCTG AAAATGCTGA CCTTAGGCAA TCTGTTGCAG AGTCCAAGGA AATCACCAGC 
AACTTCCAGA ACGCAAATGC ATTGATGATC AAAGAGAAAC AGAATTTAGA AACTTGTATA 
GAACAGTTGC AGTCTAAATT GGTTTCAACG CAAGTCCATC TGGAAGCTTT GCAAGATGAA 
AGACGAGCTT TGAGTGAATC CCTCGCCATT CAAAAGCAAG TGAATATGAG GCTCGAAGAA 
ATTCGCAATG CAAAGGAGGA CCTCGTTCAG GAATCGTCGT CAAAAACTGA GTATCTGTCT 
TCCGTTATCC ACGAGTTATC TTTAGCTAAT GAGGATTTGA AAACAGAGAA AAATAAGCTT 
ACTGAGGCTC TTTCTGATCT TAATGGGGAA CTMTCCAGAT TAAGAAAACA AAATTCACCG 
AGTCACCCTT CAAATTCACA AAAGCCAAGT AAAACAAGTA CTCCAAGCAG GAAGCTTTTC 
TCACTTAAAC AAGAACTAGA AGAACAACTG GTATCGGATG CAAAAGATCT ACCTTCACCG 
CTGATTGGTG CAAGCTTTCT CAACGACAGC CTGAATAATA GCATTGCTTC AAACCAATCT 
ACTTTGGACT CAATTTTGTC ATGTGACTCG AATAATTCTT CGCTTGAAAG CTACAGTATT 
ATTGCGTCAC AAGTGGCAAA TCAGTTCAAG GACAAGAAAG AAAGGGCATT ACGACAAATT 
GAAGAGCTTG ACAAATTAGA GAAAACACCA GAAATACAAC AGAAACAATT ACAACTTAAA 
AATCAGTTTG ACAAGGACGT GGAACAGTTT GCTGAAAAGG TGAACATCCT TAAYTTAAAG 
AAGAAAAATG CCGAGAAAMG ATCTGCGAAA CTATTGGTCG CCATGAAGAA GTTAAAAGAG 
GAGAGCAAAC AATTTCAAGA CGAAMGGGAT AAGGCTTTTC AAAAACTTGG TAATTTGTCA 
TTAAATACCG ATCAGCTTGA TACAAGGGTG TCTGATCTTC AAAATGAGCT TGCCAATGAG 
CGAATGAGGT CAAAGGATAT GGAGGATAAG CTAAAAGCTT TAGAGCAGCA ACTTATTGTT 
GTCAACGGTG ATCTTTCAAG AGTGCGGAAC GATAAAGATT CAATAGAAGA ATCTCTAAAT 
ACACATATAG AAACTAAAGA GTCATTAGAA AAGCTTCTTG ATGAAATCAG AAGGTCTCAC 
ACTGAACTTG ACGTTCAGCA AGCACACCAA ATACTAAGAA TAAAGGAACT TGAGAACGAA 
CTCGCAAGAG CAATGTCTAA TTTAGCTATC GAGAAACAGA GAGTGGCTGG ACTAGAGGAG 
TCTCTCCAAC TATCGGTGAA TAAAAACAGT GCTGATATGC AAGAGATAAT CGATATGATT 
CCTGTTACTG ACACACATAT ACCTAATACA AGTAAAACGC CACCAAAGTC CTCGTCTCCA 
CGAGTTACTG GTCACGCTGT CAGATCAAGA CTTCAAGAGT TTTTAAGCAA TGTTAGCAAC 
ATATCTGCAA TGAAGGATTC AGTTCGYGCT CCACCGGATG GCAAACCAAT TCTACAAACT 
GCCGCCACCA TGATGGAAAA TAGACCGCAG CCACGTGTTC CGTCACCGCC CTTATCACCR 
CCACCGAGTC CAGACCGATC ATTACGATCA CCATTGGTGA GGGAGACAAA GACKACGGGA 
TCACAAACTG ATCTTACYGT TAATCAATCA ACCAGCAATC AATCAATGAT GTCAACATCG 
TGTGACGTGC AGCAAAGGAT CATGACTATG AAAAAGTGCG AGGACTACAG CTACCATCGT 
GCCTTGCTAC ACAAAATGGC GACGATGCAC ATTGCCTATT CATATGGATA TGCAACGTCT 
GACCCAGTTC TTAAACTTGT TACAGGTTCA AATCCTGATG AGCCAAAGTT AATTAGTCTA 
TGGAGAAGGA AGCTATCACC AAGTTCACCT GATGAAACCG CTCTTCTTGA TATCAGCGGT 
ATCAACACTT CTTTAAACAR CAGCCATTTT GTAGAGGGAG TAGGGCTACA TGTCCGGCCT 
CCACCAAACG AAAAAGAAAT TGAGAAACAG TTCCGAACCT TGGTTCTTGC TTTTCAAACC 
GACCAACTGA CGYTGAACAA ACGACTTGAA ATTCAGACGA GAAGTAGAGA GATTGCTGAG 
AGAAATATGG ATCGCGAACT GGAAAACCTA TCAACGCAAA TGAAGAATCT CGAGGAAAAG 
TATATGAAAA CGAAAGAACT GCAGCAAGCT GCAGCAAGTC TAAAGGCCCA AGTTGAAGTT 
TTACGTCGAT CAACGCATCG GTTAGGGATT GTAGCTCAAC AACATGGTAG CGTTCAACAG 
GAATCGCGTA TGTGGTCTGG GATCGAGGTG ATGATCTGCC ATGCCGAAAA TTTGAACAGA 
CATCTCGAGA AAGTGAAACT AGATCTTAAT GAATACAGAA ACAAGGAACA GCTGCACTCW 
GAAGACTCTG ACAGTATAGA CTCCAGACCT CCACAGACCG CTAATGGCCC GACAAGACTG 
GGTGTTTATG AYGAGGAGTT TAAAGAAACA GATCAGCGTG ACAGCAACGA TAACACCAAC 
AGTTTGGTCA ACTTTGTCAT GGCAATACAC AATACCTCAC AAAGNGCCAA ACAAGTTTTA 
ACGAACTTTA GACGTCAAAC TATAGACATG TCCTCTTTCT ACTCATCACG GGATCGTTCT 
GAGGACTCTA GACAAGAAAG CGTGGATGAA GCATCCGAGG AGGAGAATGG GGAGAGGGAC 
TCGGACGCGT CAGGGACATC TGGGAACGTC ACAGATGAGG ACGATGCTGA GTACGTGTCG 
AGACGTCAGG AAGAAGAAAG GGTCCGTAAA CCAAGTATAT GTCGTCGAGT CTGCAGTGTG 
TGTTTTCGTT TCGTTATGTC TGTAATTCTC CTCATCGCGT TGTCTATAGC AACCGTCATC 
TTTCTAAACC ATAACACAAG CTATAAACTC CAACGCGATC ACCTTCCTAA GGCTCTTCTT 
GAAATACTGG ACCCTATTGC TACTCTCGTC CATAATCGTA GGCCTCCATC TTAG

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

RefSeq	XP_020907350.1
CDS	261..3974
Translation	MEQEQQEKDLPRVTEEAILDSLFYACDTKGTGFVAVSKLIEYnullRSAIASDTDNNNVEFVDNLDDLSLILDPEGQDVHINISTYQSGISEWIEDIRnullRSLASVDDDFLSSMSINCASPSSPLLQPFSDERCHITSTPNMSSNSVEGLGGESPLKNDSERAAEMTSIIETLQLNNKRLMEQHAVIQTQMEQTEDSNTQLQTEVKDLKKQIQSFQSLSSKCKELEAENADLRQSVAESKEITSNFQNANALMIKEKQNLETCIEQLQSKLVSTQVHLEALQDERRALSESLAIQKQVNMRLEEIRNAKEDLVQESSSKTEYLSSVIHELSLANEDLKTEKNKLTEALSDLNGEnullSRLRKQNSPSHPSNSQKPSKTSTPSRKLFSLKQELEEQLVSDAKDLPSPLIGASFLNDSLNNSIASNQSTLDSILSCDSNNSSLESYSIIASQVANQFKDKKERALRQIEELDKLEKTPEIQQKQLQLKNQFDKDVEQFAEKVNILnullLKKKNAEKnullSAKLLVAMKKLKEESKQFQDEnullDKAFQKLGNLSLNTDQLDTRVSDLQNELANERMRSKDMEDKLKALEQQLIVVNGDLSRVRNDKDSIEESLNTHIETKESLEKLLDEIRRSHTELDVQQAHQILRIKELENELARAMSNLAIEKQRVAGLEESLQLSVNKNSADMQEIIDMIPVTDTHIPNTSKTPPKSSSPRVTGHAVRSRLQEFLSNVSNISAMKDSVnullAPPDGKPILQTAATMMENRPQPRVPSPPLSnullPPSPDRSLRSPLVRETKnullTGSQTDLnullVNQSTSNQSMMSTSCDVQQRIMTMKKCEDYSYHRALLHKMATMHIAYSYGYATSDPVLKLVTGSNPDEPKLISLWRRKLSPSSPDETALLDISGINTSLNnullSHFVEGVGLHVRPPPNEKEIEKQFRTLVLAFQTDQLTnullNKRLEIQTRSREIAERNMDRELENLSTQMKNLEEKYMKTKELQQAAASLKAQVEVLRRSTHRLGIVAQQHGSVQQESRMWSGIEVMICHAENLNRHLEKVKLDLNEYRNKEQLHnullEDSDSIDSRPPQTANGPTRLGVYnullEEFKETDQRDSNDNTNSLVNFVMAIHNTSQnullAKQVLTNFRRQTIDMSSFYSSRDRSEDSRQESVDEASEEENGERDSDASGTSGNVTDEDDAEYVSRRQEEERVRKPSICRRVCSVCFRFVMSVILLIALSIATVIFLNHNTSYKLQRDHLPKALLEILDPIATLVHNRRPPS

Target ORF information:

RefSeq Version	XM_021051691.1
Organism	Exaiptasia pallida
Definition	Exaiptasia pallida lymphoid-restricted membrane protein-like (LOC110245411), mRNA.

Target ORF information:

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

XM_021051691.1

ORF Insert Sequence:

ATGGAGCAAG AGCAACAGGA GAAAGACTTG CCTAGAGTTA CAGAAGAAGC GATATTAGAC 
AGTCTGTTTT ACGCTTGCGA TACGAAGGGA ACCGGCTTTG TAGCTGTGTC GAAGCTGATC 
GAGTATYTGA GATCGGCAAT CGCCTCGGAT ACAGATAATA ACAACGTTGA GTTTGTTGAT 
AACCTAGATG ATCTGTCTTT GATCCTTGAT CCTGAAGGAC AAGATGTCCA TATCAACATT 
TCCACTTATC AATCAGGGAT CAGTGAATGG ATTGAAGATA TACGAAARCG AAGTCTTGCT 
AGTGTAGATG ATGATTTCCT TTCATCTATG TCAATTAATT GCGCTTCCCC ATCATCACCT 
TTACTACAGC CCTTTTCCGA TGAACGATGC CACATAACCA GTACACCCAA TATGAGTTCT 
AACAGCGTAG AAGGTCTTGG TGGTGAATCA CCTTTGAAAA ATGACAGTGA GCGAGCTGCA 
GAAATGACTT CAATCATAGA AACCCTTCAA TTGAATAACA AAAGATTAAT GGAGCAACAT 
GCTGTCATAC AAACACAGAT GGAGCAGACA GAAGATAGTA ATACACAGCT CCAAACAGAA 
GTTAAAGACC TAAAGAAGCA AATTCAAAGT TTTCAGTCAT TATCGTCAAA ATGTAAAGAA 
TTAGAGGCTG AAAATGCTGA CCTTAGGCAA TCTGTTGCAG AGTCCAAGGA AATCACCAGC 
AACTTCCAGA ACGCAAATGC ATTGATGATC AAAGAGAAAC AGAATTTAGA AACTTGTATA 
GAACAGTTGC AGTCTAAATT GGTTTCAACG CAAGTCCATC TGGAAGCTTT GCAAGATGAA 
AGACGAGCTT TGAGTGAATC CCTCGCCATT CAAAAGCAAG TGAATATGAG GCTCGAAGAA 
ATTCGCAATG CAAAGGAGGA CCTCGTTCAG GAATCGTCGT CAAAAACTGA GTATCTGTCT 
TCCGTTATCC ACGAGTTATC TTTAGCTAAT GAGGATTTGA AAACAGAGAA AAATAAGCTT 
ACTGAGGCTC TTTCTGATCT TAATGGGGAA CTMTCCAGAT TAAGAAAACA AAATTCACCG 
AGTCACCCTT CAAATTCACA AAAGCCAAGT AAAACAAGTA CTCCAAGCAG GAAGCTTTTC 
TCACTTAAAC AAGAACTAGA AGAACAACTG GTATCGGATG CAAAAGATCT ACCTTCACCG 
CTGATTGGTG CAAGCTTTCT CAACGACAGC CTGAATAATA GCATTGCTTC AAACCAATCT 
ACTTTGGACT CAATTTTGTC ATGTGACTCG AATAATTCTT CGCTTGAAAG CTACAGTATT 
ATTGCGTCAC AAGTGGCAAA TCAGTTCAAG GACAAGAAAG AAAGGGCATT ACGACAAATT 
GAAGAGCTTG ACAAATTAGA GAAAACACCA GAAATACAAC AGAAACAATT ACAACTTAAA 
AATCAGTTTG ACAAGGACGT GGAACAGTTT GCTGAAAAGG TGAACATCCT TAAYTTAAAG 
AAGAAAAATG CCGAGAAAMG ATCTGCGAAA CTATTGGTCG CCATGAAGAA GTTAAAAGAG 
GAGAGCAAAC AATTTCAAGA CGAAMGGGAT AAGGCTTTTC AAAAACTTGG TAATTTGTCA 
TTAAATACCG ATCAGCTTGA TACAAGGGTG TCTGATCTTC AAAATGAGCT TGCCAATGAG 
CGAATGAGGT CAAAGGATAT GGAGGATAAG CTAAAAGCTT TAGAGCAGCA ACTTATTGTT 
GTCAACGGTG ATCTTTCAAG AGTGCGGAAC GATAAAGATT CAATAGAAGA ATCTCTAAAT 
ACACATATAG AAACTAAAGA GTCATTAGAA AAGCTTCTTG ATGAAATCAG AAGGTCTCAC 
ACTGAACTTG ACGTTCAGCA AGCACACCAA ATACTAAGAA TAAAGGAACT TGAGAACGAA 
CTCGCAAGAG CAATGTCTAA TTTAGCTATC GAGAAACAGA GAGTGGCTGG ACTAGAGGAG 
TCTCTCCAAC TATCGGTGAA TAAAAACAGT GCTGATATGC AAGAGATAAT CGATATGATT 
CCTGTTACTG ACACACATAT ACCTAATACA AGTAAAACGC CACCAAAGTC CTCGTCTCCA 
CGAGTTACTG GTCACGCTGT CAGATCAAGA CTTCAAGAGT TTTTAAGCAA TGTTAGCAAC 
ATATCTGCAA TGAAGGATTC AGTTCGYGCT CCACCGGATG GCAAACCAAT TCTACAAACT 
GCCGCCACCA TGATGGAAAA TAGACCGCAG CCACGTGTTC CGTCACCGCC CTTATCACCR 
CCACCGAGTC CAGACCGATC ATTACGATCA CCATTGGTGA GGGAGACAAA GACKACGGGA 
TCACAAACTG ATCTTACYGT TAATCAATCA ACCAGCAATC AATCAATGAT GTCAACATCG 
TGTGACGTGC AGCAAAGGAT CATGACTATG AAAAAGTGCG AGGACTACAG CTACCATCGT 
GCCTTGCTAC ACAAAATGGC GACGATGCAC ATTGCCTATT CATATGGATA TGCAACGTCT 
GACCCAGTTC TTAAACTTGT TACAGGTTCA AATCCTGATG AGCCAAAGTT AATTAGTCTA 
TGGAGAAGGA AGCTATCACC AAGTTCACCT GATGAAACCG CTCTTCTTGA TATCAGCGGT 
ATCAACACTT CTTTAAACAR CAGCCATTTT GTAGAGGGAG TAGGGCTACA TGTCCGGCCT 
CCACCAAACG AAAAAGAAAT TGAGAAACAG TTCCGAACCT TGGTTCTTGC TTTTCAAACC 
GACCAACTGA CGYTGAACAA ACGACTTGAA ATTCAGACGA GAAGTAGAGA GATTGCTGAG 
AGAAATATGG ATCGCGAACT GGAAAACCTA TCAACGCAAA TGAAGAATCT CGAGGAAAAG 
TATATGAAAA CGAAAGAACT GCAGCAAGCT GCAGCAAGTC TAAAGGCCCA AGTTGAAGTT 
TTACGTCGAT CAACGCATCG GTTAGGGATT GTAGCTCAAC AACATGGTAG CGTTCAACAG 
GAATCGCGTA TGTGGTCTGG GATCGAGGTG ATGATCTGCC ATGCCGAAAA TTTGAACAGA 
CATCTCGAGA AAGTGAAACT AGATCTTAAT GAATACAGAA ACAAGGAACA GCTGCACTCW 
GAAGACTCTG ACAGTATAGA CTCCAGACCT CCACAGACCG CTAATGGCCC GACAAGACTG 
GGTGTTTATG AYGAGGAGTT TAAAGAAACA GATCAGCGTG ACAGCAACGA TAACACCAAC 
AGTTTGGTCA ACTTTGTCAT GGCAATACAC AATACCTCAC AAAGNGCCAA ACAAGTTTTA 
ACGAACTTTA GACGTCAAAC TATAGACATG TCCTCTTTCT ACTCATCACG GGATCGTTCT 
GAGGACTCTA GACAAGAAAG CGTGGATGAA GCATCCGAGG AGGAGAATGG GGAGAGGGAC 
TCGGACGCGT CAGGGACATC TGGGAACGTC ACAGATGAGG ACGATGCTGA GTACGTGTCG 
AGACGTCAGG AAGAAGAAAG GGTCCGTAAA CCAAGTATAT GTCGTCGAGT CTGCAGTGTG 
TGTTTTCGTT TCGTTATGTC TGTAATTCTC CTCATCGCGT TGTCTATAGC AACCGTCATC 
TTTCTAAACC ATAACACAAG CTATAAACTC CAACGCGATC ACCTTCCTAA GGCTCTTCTT 
GAAATACTGG ACCCTATTGC TACTCTCGTC CATAATCGTA GGCCTCCATC TTAG

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

LOC110245411 ( XM_028660971.1 ) cDNA ORF clone, Exaiptasia pallida -> XP_028516772.1 Exaiptasia pallida uncharacterized protein DDB_G0284459 (LOC110245411), mRNA.

Price & Availability↑

CloneID	OEx96904
Clone ID Related Accession (Same CDS sequence)	XM_028660971.1
Accession Version	XM_028660971.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3552bp) 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	uncharacterized protein DDB_G0284459
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018386960.1) 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 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGAGCAAG AGCAACAGGA GAAAGACTTG CCTAGAGTTA CAGAAGAAGC GATATTAGAC 
AGTCTGTTTT ACGCTTGCGA TACGAAGGGA ACCGGCTTTG TAGCTGTGTC GAAGCTGATC 
GAGTATYTGA GATCGGCAAT CGCCTCGGAT ACAGATAATA ACAACGTTGA GTTTGTTGAT 
AACCTAGATG ATCTGTCTTT GATCCTTGAT CCTGAAGGAC AAGATGTCCA TATCAACATT 
TCCACTTATC AATCAGGGAT CAGTGAATGG ATTGAAGATA TACGAAARCG AAGTCTTGCT 
AGTGTAGATG ATGATTTCCT TTCATCTATG TCAATTAATT GCGCTTCCCC ATCATCACCT 
TTACTACAGC CCTTTTCCGA TGAACGATGC CACATAACCA GTACACCCAA TATGAGTTCT 
AACAGCGTAG AAGGTCTTGG TGGTGAATCA CCTTTGAAAA ATGACAGTGA GCGAGCTGCA 
GAAATGACTT CAATCATAGA AACCCTTCAA TTGAATAACA AAAGATTAAT GGAGCAACAT 
GCTGTCATAC AAACACAGAT GGAGCAGACA GAAGATAGTA ATACACAGCT CCAAACAGAA 
GTTAAAGACC TAAAGAAGCA AATTCAAAGT TTTCAGTCAT TATCGTCAAA ATGTAAAGAA 
TTAGAGGCTG AAAATGCTGA CCTTAGGCAA TCTGTTGCAG AGTCCAAGGA AATCACCAGC 
AACTTCCAGA ACGCAAATGC ATTGATGATC AAAGAGAAAC AGAATTTAGA AACTTGTATA 
GAACAGTTGC AGTCTAAATT GGTTTCAACG CAAGTCCATC TGGAAGCTTT GCAAGATGAA 
AGACGAGCTT TGAGTGAATC CCTCGCCATT CAAAAGCAAG TGAATATGAG GCTCGAAGAA 
ATTCGCAATG CAAAGGAGGA CCTCGTTCAG GAATCGTCGT CAAAAACTGA GTATCTGTCT 
TCCGTTATCC ACGAGTTATC TTTAGCTAAT GAGGATTTGA AAACAGAGAA AAATAAGCTT 
ACTGAGGCTC TTTCTGATCT TAATGGGGAA CTMTCCAGAT TAAGAAAACA AAATTCACCG 
AGTCACCCTT CAAATTCACA AAAGCCAAGT AAAACAAGTA CTCCAAGCAG GAAGCTTTTC 
TCACTTAAAC AAGAACTAGA AGAACAACTG GTATCGGATG CAAAAGATCT ACCTTCACCG 
CTGATTGGTG CAAGCTTTCT CAACGACAGC CTGAATAATA GCATTGCTTC AAACCAATCT 
ACTTTGGACT CAATTTTGTC ATGTGACTCG AATAATTCTT CGCTTGAAAG CTACAGTATT 
ATTGCGTCAC AAGTGGCAAA TCAGTTCAAG GACAAGAAAG AAAGGGCATT ACGACAAATT 
GAAGAGCTTG ACAAATTAGA GAAAACACCA GAAATACAAC AGAAACAATT ACAACTTAAA 
AATCAGTTTG ACAAGGACGT GGAACAGTTT GCTGAAAAGG TGAACATCCT TAAYTTAAAG 
AAGAAAAATG CCGAGAAAMG ATCTGCGAAA CTATTGGTCG CCATGAAGAA GTTAAAAGAG 
GAGAGCAAAC AATTTCAAGA CGAAMGGGAT AAGGCTTTTC AAAAACTTGG TAATTTGTCA 
TTAAATACCG ATCAGCTTGA TACAAGGGTG TCTGATCTTC AAAATGAGCT TGCCAATGAG 
CGAATGAGGT CAAAGGATAT GGAGGATAAG CTAAAAGCTT TAGAGCAGCA ACTTATTGTT 
GTCAACGGTG ATCTTTCAAG AGTGCGGAAC GATAAAGATT CAATAGAAGA ATCTCTAAAT 
ACACATATAG AAACTAAAGA GTCATTAGAA AAGCTTCTTG ATGAAATCAG AAGGTCTCAC 
ACTGAACTTG ACGTTCAGCA AGCACACCAA ATACTAAGAA TAAAGGAACT TGAGAACGAA 
CTCGCAAGAG CAATGTCTAA TTTAGCTATC GAGAAACAGA GAGTGGCTGG ACTAGAGGAG 
TCTCTCCAAC TATCGGTGAA TAAAAACAGT GCTGATATGC AAGAGATAAT CGATATGATT 
CCTGTTACTG ACACACATAT ACCTAATACA AGTAAAACGC CACCAAAGTC CTCGTCTCCA 
CGAGTTACTG GTCACGCTGT CAGATCAAGA CTTCAAGAGT TTTTAAGCAA TGTTAGCAAC 
ATATCTGCAA TGAAGGATTC AGTTCGYGCT CCACCGGATG GCAAACCAAT TCTACAAACT 
GCCGCCACCA TGATGGAAAA TAGACCGCAG CCACGTGTTC CGTCACCGCC CTTATCACCR 
CCACCGAGTC CAGACCGATC ATTACGATCA CCATTGGTGA GGGAGACAAA GACKACGGGA 
TCACAAACTG ATCTTACYGG TAMGATTCTT AAACTTGTTA CAGGTTCAAA TCCTGATGAG 
CCAAAGTTAA TTAGTCTATG GAGAAGGAAG CTATCACCAA GTTCACCTGA TGAAACCGCT 
CTTCTTGATA TCAGCGGTAT CAACACTTCT TTAAACARCA GCCATTTTGT AGAGGGAGTA 
GGGCTACATG TCCGGCCTCC ACCAAACGAA AAAGAAATTG AGAAACAGTT CCGAACCTTG 
GTTCTTGCTT TTCAAACCGA CCAACTGACG YTGAACAAAC GACTTGAAAT TCAGACGAGA 
AGTAGAGAGA TTGCTGAGAG AAATATGGAT CGCGAACTGG AAAACCTATC AACGCAAATG 
AAGAATCTCG AGGAAAAGTA TATGAAAACG AAAGAACTGC AGCAAGCTGC AGCAAGTCTA 
AAGGCCCAAG TTGAAGTTTT ACGTCGATCA ACGCATCGGT TAGGGATTGT AGCTCAACAA 
CATGGTAGCG TTCAACAGGA ATCGCGTATG TGGTCTGGGA TCGAGGTGAT GATCTGCCAT 
GCCGAAAATT TGAACAGACA TCTCGAGAAA GTGAAACTAG ATCTTAATGA ATACAGAAAC 
AAGGAACAGC TGCACTCWGA AGACTCTGAC AGTATAGACT CCAGACCTCC ACAGACCGCT 
AATGGCCCGA CAAGACTGGG TGTTTATGAY GAGGAGTTTA AAGAAACAGA TCAGCGTGAC 
AGCAACGATA ACACCAACAG TTTGGTCAAC TTTGTCATGG CAATACACAA TACCTCACAA 
AGNGCCAAAC AAGTTTTAAC GAACTTTAGA CGTCAAACTA TAGACATGTC CTCTTTCTAC 
TCATCACGGG ATCGTTCTGA GGACTCTAGA CAAGAAAGCG TGGATGAAGC ATCCGAGGAG 
GAGAATGGGG AGAGGGACTC GGACGCGTCA GGGACATCTG GGAACGTCAC AGATGAGGAC 
GATGCTGAGT ACGTGTCGAG ACGTCAGGAA GAAGAAAGGG TCCGTAAACC AAGTATATGT 
CGTCGAGTCT GCAGTGTGTG TTTTCGTTTC GTTATGTCTG TAATTCTCCT CATCGCGTTG 
TCTATAGCAA CCGTCATCTT TCTAAACCAT AACACAAGCT ATAAACTCCA ACGCGATCAC 
CTTCCTAAGG CTCTTCTTGA AATACTGGAC CCTATTGCTA CTCTCGTCCA TAATCGTAGG 
CCTCCATCTT AG

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

RefSeq	XP_028516772.1
CDS	285..3836
Translation	MEQEQQEKDLPRVTEEAILDSLFYACDTKGTGFVAVSKLIEYnullRSAIASDTDNNNVEFVDNLDDLSLILDPEGQDVHINISTYQSGISEWIEDIRnullRSLASVDDDFLSSMSINCASPSSPLLQPFSDERCHITSTPNMSSNSVEGLGGESPLKNDSERAAEMTSIIETLQLNNKRLMEQHAVIQTQMEQTEDSNTQLQTEVKDLKKQIQSFQSLSSKCKELEAENADLRQSVAESKEITSNFQNANALMIKEKQNLETCIEQLQSKLVSTQVHLEALQDERRALSESLAIQKQVNMRLEEIRNAKEDLVQESSSKTEYLSSVIHELSLANEDLKTEKNKLTEALSDLNGEnullSRLRKQNSPSHPSNSQKPSKTSTPSRKLFSLKQELEEQLVSDAKDLPSPLIGASFLNDSLNNSIASNQSTLDSILSCDSNNSSLESYSIIASQVANQFKDKKERALRQIEELDKLEKTPEIQQKQLQLKNQFDKDVEQFAEKVNILnullLKKKNAEKnullSAKLLVAMKKLKEESKQFQDEnullDKAFQKLGNLSLNTDQLDTRVSDLQNELANERMRSKDMEDKLKALEQQLIVVNGDLSRVRNDKDSIEESLNTHIETKESLEKLLDEIRRSHTELDVQQAHQILRIKELENELARAMSNLAIEKQRVAGLEESLQLSVNKNSADMQEIIDMIPVTDTHIPNTSKTPPKSSSPRVTGHAVRSRLQEFLSNVSNISAMKDSVnullAPPDGKPILQTAATMMENRPQPRVPSPPLSnullPPSPDRSLRSPLVRETKnullTGSQTDLnullGnullILKLVTGSNPDEPKLISLWRRKLSPSSPDETALLDISGINTSLNnullSHFVEGVGLHVRPPPNEKEIEKQFRTLVLAFQTDQLTnullNKRLEIQTRSREIAERNMDRELENLSTQMKNLEEKYMKTKELQQAAASLKAQVEVLRRSTHRLGIVAQQHGSVQQESRMWSGIEVMICHAENLNRHLEKVKLDLNEYRNKEQLHnullEDSDSIDSRPPQTANGPTRLGVYnullEEFKETDQRDSNDNTNSLVNFVMAIHNTSQnullAKQVLTNFRRQTIDMSSFYSSRDRSEDSRQESVDEASEEENGERDSDASGTSGNVTDEDDAEYVSRRQEEERVRKPSICRRVCSVCFRFVMSVILLIALSIATVIFLNHNTSYKLQRDHLPKALLEILDPIATLVHNRRPPS

Target ORF information:

RefSeq Version	XM_028660971.1
Organism	Exaiptasia pallida
Definition	Exaiptasia pallida uncharacterized protein DDB_G0284459 (LOC110245411), mRNA.

Target ORF information:

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

XM_028660971.1

ORF Insert Sequence:

ATGGAGCAAG AGCAACAGGA GAAAGACTTG CCTAGAGTTA CAGAAGAAGC GATATTAGAC 
AGTCTGTTTT ACGCTTGCGA TACGAAGGGA ACCGGCTTTG TAGCTGTGTC GAAGCTGATC 
GAGTATYTGA GATCGGCAAT CGCCTCGGAT ACAGATAATA ACAACGTTGA GTTTGTTGAT 
AACCTAGATG ATCTGTCTTT GATCCTTGAT CCTGAAGGAC AAGATGTCCA TATCAACATT 
TCCACTTATC AATCAGGGAT CAGTGAATGG ATTGAAGATA TACGAAARCG AAGTCTTGCT 
AGTGTAGATG ATGATTTCCT TTCATCTATG TCAATTAATT GCGCTTCCCC ATCATCACCT 
TTACTACAGC CCTTTTCCGA TGAACGATGC CACATAACCA GTACACCCAA TATGAGTTCT 
AACAGCGTAG AAGGTCTTGG TGGTGAATCA CCTTTGAAAA ATGACAGTGA GCGAGCTGCA 
GAAATGACTT CAATCATAGA AACCCTTCAA TTGAATAACA AAAGATTAAT GGAGCAACAT 
GCTGTCATAC AAACACAGAT GGAGCAGACA GAAGATAGTA ATACACAGCT CCAAACAGAA 
GTTAAAGACC TAAAGAAGCA AATTCAAAGT TTTCAGTCAT TATCGTCAAA ATGTAAAGAA 
TTAGAGGCTG AAAATGCTGA CCTTAGGCAA TCTGTTGCAG AGTCCAAGGA AATCACCAGC 
AACTTCCAGA ACGCAAATGC ATTGATGATC AAAGAGAAAC AGAATTTAGA AACTTGTATA 
GAACAGTTGC AGTCTAAATT GGTTTCAACG CAAGTCCATC TGGAAGCTTT GCAAGATGAA 
AGACGAGCTT TGAGTGAATC CCTCGCCATT CAAAAGCAAG TGAATATGAG GCTCGAAGAA 
ATTCGCAATG CAAAGGAGGA CCTCGTTCAG GAATCGTCGT CAAAAACTGA GTATCTGTCT 
TCCGTTATCC ACGAGTTATC TTTAGCTAAT GAGGATTTGA AAACAGAGAA AAATAAGCTT 
ACTGAGGCTC TTTCTGATCT TAATGGGGAA CTMTCCAGAT TAAGAAAACA AAATTCACCG 
AGTCACCCTT CAAATTCACA AAAGCCAAGT AAAACAAGTA CTCCAAGCAG GAAGCTTTTC 
TCACTTAAAC AAGAACTAGA AGAACAACTG GTATCGGATG CAAAAGATCT ACCTTCACCG 
CTGATTGGTG CAAGCTTTCT CAACGACAGC CTGAATAATA GCATTGCTTC AAACCAATCT 
ACTTTGGACT CAATTTTGTC ATGTGACTCG AATAATTCTT CGCTTGAAAG CTACAGTATT 
ATTGCGTCAC AAGTGGCAAA TCAGTTCAAG GACAAGAAAG AAAGGGCATT ACGACAAATT 
GAAGAGCTTG ACAAATTAGA GAAAACACCA GAAATACAAC AGAAACAATT ACAACTTAAA 
AATCAGTTTG ACAAGGACGT GGAACAGTTT GCTGAAAAGG TGAACATCCT TAAYTTAAAG 
AAGAAAAATG CCGAGAAAMG ATCTGCGAAA CTATTGGTCG CCATGAAGAA GTTAAAAGAG 
GAGAGCAAAC AATTTCAAGA CGAAMGGGAT AAGGCTTTTC AAAAACTTGG TAATTTGTCA 
TTAAATACCG ATCAGCTTGA TACAAGGGTG TCTGATCTTC AAAATGAGCT TGCCAATGAG 
CGAATGAGGT CAAAGGATAT GGAGGATAAG CTAAAAGCTT TAGAGCAGCA ACTTATTGTT 
GTCAACGGTG ATCTTTCAAG AGTGCGGAAC GATAAAGATT CAATAGAAGA ATCTCTAAAT 
ACACATATAG AAACTAAAGA GTCATTAGAA AAGCTTCTTG ATGAAATCAG AAGGTCTCAC 
ACTGAACTTG ACGTTCAGCA AGCACACCAA ATACTAAGAA TAAAGGAACT TGAGAACGAA 
CTCGCAAGAG CAATGTCTAA TTTAGCTATC GAGAAACAGA GAGTGGCTGG ACTAGAGGAG 
TCTCTCCAAC TATCGGTGAA TAAAAACAGT GCTGATATGC AAGAGATAAT CGATATGATT 
CCTGTTACTG ACACACATAT ACCTAATACA AGTAAAACGC CACCAAAGTC CTCGTCTCCA 
CGAGTTACTG GTCACGCTGT CAGATCAAGA CTTCAAGAGT TTTTAAGCAA TGTTAGCAAC 
ATATCTGCAA TGAAGGATTC AGTTCGYGCT CCACCGGATG GCAAACCAAT TCTACAAACT 
GCCGCCACCA TGATGGAAAA TAGACCGCAG CCACGTGTTC CGTCACCGCC CTTATCACCR 
CCACCGAGTC CAGACCGATC ATTACGATCA CCATTGGTGA GGGAGACAAA GACKACGGGA 
TCACAAACTG ATCTTACYGG TAMGATTCTT AAACTTGTTA CAGGTTCAAA TCCTGATGAG 
CCAAAGTTAA TTAGTCTATG GAGAAGGAAG CTATCACCAA GTTCACCTGA TGAAACCGCT 
CTTCTTGATA TCAGCGGTAT CAACACTTCT TTAAACARCA GCCATTTTGT AGAGGGAGTA 
GGGCTACATG TCCGGCCTCC ACCAAACGAA AAAGAAATTG AGAAACAGTT CCGAACCTTG 
GTTCTTGCTT TTCAAACCGA CCAACTGACG YTGAACAAAC GACTTGAAAT TCAGACGAGA 
AGTAGAGAGA TTGCTGAGAG AAATATGGAT CGCGAACTGG AAAACCTATC AACGCAAATG 
AAGAATCTCG AGGAAAAGTA TATGAAAACG AAAGAACTGC AGCAAGCTGC AGCAAGTCTA 
AAGGCCCAAG TTGAAGTTTT ACGTCGATCA ACGCATCGGT TAGGGATTGT AGCTCAACAA 
CATGGTAGCG TTCAACAGGA ATCGCGTATG TGGTCTGGGA TCGAGGTGAT GATCTGCCAT 
GCCGAAAATT TGAACAGACA TCTCGAGAAA GTGAAACTAG ATCTTAATGA ATACAGAAAC 
AAGGAACAGC TGCACTCWGA AGACTCTGAC AGTATAGACT CCAGACCTCC ACAGACCGCT 
AATGGCCCGA CAAGACTGGG TGTTTATGAY GAGGAGTTTA AAGAAACAGA TCAGCGTGAC 
AGCAACGATA ACACCAACAG TTTGGTCAAC TTTGTCATGG CAATACACAA TACCTCACAA 
AGNGCCAAAC AAGTTTTAAC GAACTTTAGA CGTCAAACTA TAGACATGTC CTCTTTCTAC 
TCATCACGGG ATCGTTCTGA GGACTCTAGA CAAGAAAGCG TGGATGAAGC ATCCGAGGAG 
GAGAATGGGG AGAGGGACTC GGACGCGTCA GGGACATCTG GGAACGTCAC AGATGAGGAC 
GATGCTGAGT ACGTGTCGAG ACGTCAGGAA GAAGAAAGGG TCCGTAAACC AAGTATATGT 
CGTCGAGTCT GCAGTGTGTG TTTTCGTTTC GTTATGTCTG TAATTCTCCT CATCGCGTTG 
TCTATAGCAA CCGTCATCTT TCTAAACCAT AACACAAGCT ATAAACTCCA ACGCGATCAC 
CTTCCTAAGG CTCTTCTTGA AATACTGGAC CCTATTGCTA CTCTCGTCCA TAATCGTAGG 
CCTCCATCTT AG