LOC110250220 cDNA ORF clone, Exaiptasia pallida

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110250220
Entrez Gene ID	110250220
Full Name	uncharacterized LOC110250220
Gene Type	protein-coding
Organism	Exaiptasia pallida

mRNA and Protein(s)

mRNA	Protein	Name
XM_021056829.1	XP_020912488.1	uncharacterized protein LOC110250220
XM_021056829.2	XP_020912488.1	uncharacterized protein LOC110250220

Pathways from BioSystems
Gene Ontology

The following LOC110250220 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110250220 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)
OEx88676	XM_021056829.2 Latest version!	Exaiptasia pallida uncharacterized LOC110250220 (LOC110250220), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
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OEx88676	XM_021056829.1	Exaiptasia pallida uncharacterized LOC110250220 (LOC110250220), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
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)

LOC110250220 ( XM_021056829.1 ) cDNA ORF clone, Exaiptasia pallida -> XP_020912488.1 Exaiptasia pallida uncharacterized LOC110250220 (LOC110250220), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OEx88676
Clone ID Related Accession (Same CDS sequence)	XM_021056829.1 , XM_021056829.2
Accession Version	XM_021056829.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4026bp) 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	uncharacterized protein LOC110250220
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018388017.1) 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##

ATGGACAGCT CATCAGATAT CAGTGATACA AGTTCATCTG ATGAATATTT TGATTGTGAT 
GACCCAGACA ATGTATTGTT TAACACAGTA GTATTTGGTA AAACAGATGA AGTACAGAAG 
CTAATAGATT ATGGTGTTAA TATCAACTCA ACCGATGATG AAGGTAAAAC AGCATTGATG 
CATTCAGTAA TAAAGGGTAA AGAAGACATT GTTAAACTTC TTATCAACTG TGGCGCTGAT 
ATTGACATTT CTGATAATCA AGGACGAACA GCATTAGTTT ATTCTATTTT GAACTATAGA 
AAATCAATTC TGATGTTATT GATTGAATGT AAAGCTAATG TCAATGTTGT TGATCACAAA 
GGAATCCCAC CCTTAAAACT TGCACTCATG CATCATGGTA AAGAGTCCAT GGTAGTAGCA 
TTAATAAATG TAGGTGCAGA TACAAATATC AAATATGACC ATGAAAATTC AGCCCTGATG 
CATGCTGTCA GATTTGGAAA AAAAGAAATA GTAGGTGCTA TGATCAAAGC AGGTGCTGAT 
GTGAATATTG TCAATCAGCA AGGGATGACT GCATTGATGA TTGCTGCAAG ATATGGATGG 
GATCAGATAG CTAGCCAATT AATTGATGCA GGAGCTCATC TAAACATTGC TGATAAACAA 
GGAAACACAG CTTTGTTCCT TGCTTTAAGA CGTAGATATG AAGAAATAGC TTTGTCACTA 
ATTAATGCTG GTGCTGATGT AAACATGATG GATCATGAAG GGAAGACTGC TGTGATTATT 
GCATCAGTGC ATTTGCTCAA AAAAGCAGCT TTGTCCCTAA TTAATGCTGG AGCTGATGTG 
AGCATGGTGG ATCATAAAGG GGAGACTGCT TTACATTATG CTTCAATTTC AAGTGAAGAA 
TTGACTGTTT TATTGATTGA GAAAGAAAAA ACTCTTTTAA ACATCAGAGA TATTTATGGA 
AGGACCCCTT TGTTTTATGC AATATTATGG AATAACTTAA CATCCTGTTA CCTAGCTGAG 
CAAGGAGGAG ATCTCCATGT GAGAGACAAC CATAATGTGA CACCATTATC GTTCTTAATC 
TGTCAATGCA TAGGAATACA TGCAAGGAAT GCATGCAACT TAAATAAGCA GCACATTAAC 
CAAATTTTAG CACTATTCAA AGAAAAAGGA GTAACAAAGA AAGAATTTTT TCAAACCCTC 
ATCAATGTTC TATTTTGCAA ACTGCTCTCA TTTAGACCAA TGAGGTATTC CAAAAATGCA 
GAAACCAGAA TTTATGGTTT GATTGAGGTA GCAGTTCAAA TCTATGGTAA ATTTACAGAG 
GAAAAATGGA AATATGCCTT GGAGTACATT AATAGCATGT TCTCCAGAGA TGAATACAAG 
TTTCCTGTTT TGAAAGAGGC AATGACTATA CTTATTGACT TAGGTGCAGA CCCAGATACT 
GCTGATGAAG ATGGGAATAC TGCTATTCAT TATGCAACAC AACAAATATT GTTTGGACAA 
TCTGCTGAAA ATGTTTTGAA GATTTTCAAT GAGTTTCAAG CCTTAGGGTC ATCACTGGTG 
AGGAAGAACT TCAGAGGAGA AACACCACTT CTCTTCTTAC TCTCAGAATT GAGATCCGAC 
TGGAATTGGC AAGGCTCAAT TTCAACCATC ATCACTGGAG TGACTAAAAT CTGCAAACGT 
ATAAAGGCTG TAAACCCCAT CTGTACTGGT ACAACTGCAA ACGGAGAATC TATTTTCCAC 
CTCCTCATCA ATATTTTCCA ACAGTACATG GCGTGGGGAA AATTGGAGCA AGATGCTGGT 
TTGATATTGC ACCTATTAGA GCTGTATGCA CCACCAATTG TTAAGTATGG TGTGACTGTT 
AACAAAGTTG ATGATAAAAT GTCCTCACCT GTTCATGTCT GGGCTTCACT TTCTAATCTT 
CTGATTGATA AGAATCTTAA TTTTGAGAAA TTATTGGAAG CTATACTAAA CCACCTGAAG 
AGATGTGGTG CTGTCCTTTA TATTAGAAAT GCAGAGGAAC AAACACCATT ACACCTATGT 
CGAACATGGA GTGCTGTCAA GCTCTTGATT AACTTGGGAG CAAAGCCAGG TGTTGTTGAC 
TCAGATCAAA GATCCCCTTT CCTTGTCGCT GCACAGAAGC AGTTGTTTCA TTTGAAAGCT 
GGTTGTTTTT ATCCTGATGT CACAGAGGAT GCTGTCACAT TCTGGAAAAC TGCTGCCGAT 
ATGAAGCTTG ACTTATGGGC GTACGATGTC AATGGAAATT CTGTGTTCAG TATTCTTATT 
GCATCAGAAG AATTCGTGCT GGCAAAGTCT TTACTTGAAA TTGCTTGCAA TGATGGCTAC 
ATCAAGTCAG ATGAAACCTT GGTTGCAGTG TTGAGTGACA TTTGTGAAGA TGAATCAACT 
AAAACCACCT GGAAGGAACT TTTGGTGAAA GAGATCTTAA AGACTATTAG TCGGCCAATG 
GATATGAAAA TGCCCTTGCG ACACTGCTGT AGGAATATCA AAAATTCCTA TAAAGAGCAT 
TCATTTGATT CTGTCCATTG GCAAATTGCC AAGAAGTTGC TGTCATTTGG CGCAGAAGGA 
TCATGTTGCT TGGATATAGC AGAAGGTTAT CCCGAACTCC ATGCTCTTCT TGCACAGCCC 
CTAGACATGG ACGAAGTACC ATTGGCCATT CCATGGACTT CTCACTCTCA TAATTATGCC 
AGTAAACTTG CTCAAGTCAC CAGGAGACAG CATTGTCAAA TTGTGGAGAT GTACTGGTAT 
CACACTGAGC CCATTGGAAA AGGTGTATTT GGTCACGTCT TTGCTGGCAT TAATTCAAAA 
GATGGCATGG AAGTTGCAGT CAAGAGAATC GAGAATTTGC GTCTAGAGAG GCGACAAGAA 
AGAGAAGCTT ACACCTTTGC TTCGCTTACT GGATGCAGAA ATGTTGTTCA TTACCTTGCC 
TTTTGCACAG ATGTGCACTT CTCCTTCATC ATATTGGAAC TCATGGAAGG AAATCTCAAT 
GAATACTTTG AAAGTCCTCA TTTCAACAGC AGCAACAACA CCACTCTCTG CAGAGATGTT 
TTCTGTGGAA TAAACTACTT GCATGGGGAA AACATTGTTC ATCGGGATAT TAAGCCAACT 
AACATCCTGT ACAAAACCCA TCCTGAGTTA TGTGTGAAAA TAGCAGACTT TGATTTAAGT 
CGTCGTTTAG ATATTGATTC ATCGTTTACT GTTATGGCTC CAGGAGTTGG ATCCAGGGGT 
TGGATAGCTC CAGAGGTTGT GAAGTCAACT CCCTATAAAC ATTCCATGGA GTCGGATATA 
TTCTCGTGTG GCCTTATAAC ACACTACATC TTCTCACCAA AGAAACATCC ATTTTACCCA 
ACTGTTTGTA CAGGAAAAAG TGAATTGCAG ATCAACCAGG AAACAGAAAA GAACATATCT 
GATGGAGAAA TGAAAAGTTT TGATGGCTCT ATTGCGCCAG AGGCCTCTGA TTGTATAAGG 
AAAATGCTTG ACATCAATGA GAAAGAAAGA CCAACTGCAG AGGCTGTACT TAAGCATCCA 
ATGTTTTGGT CGAACAAGAA GAAGATGAAT CTTCTTACCG CTGTTGGTAA TCAGCCAGAA 
TTTGAAGAAC CACGGGTAAA AAGAACTGTT CTACATGTAA GCCCTGTAGA GTTGGTTCTA 
GAATCAAATG TCTCCACCAT AGTAAAGTAT GGGAAATGGG ATGACCCTAG ATACACACAC 
ATGCCTGGAA TCTACTCTGA AATGACAAAG CCGATTGTCA AACCAGCAAA GAAGGGAAAG 
TATTATACCA TTAAACCTAG AAACTATGAT GTCACCTCTG TTGTTGACTT GGTACGGTTC 
ATTCGCAACT CCATTGCCCA TGTTTCTGAT GTCAGTCGCC CAAGCCCAAT CAGAAATGAA 
ATTCTTGGCA ATACTGTATT CCTGGAGTAC TTTCCAAATA TTACCATGGA AGTGTACAAT 
GCTGTGACCA AACATGGATG GAGTCTTTCG AGGGAAGAAA TCCAACATGC CATTGCTGAC 
AAATGA

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

RefSeq	XP_020912488.1
CDS	622..4647
Translation	MDSSSDISDTSSSDEYFDCDDPDNVLFNTVVFGKTDEVQKLIDYGVNINSTDDEGKTALMHSVIKGKEDIVKLLINCGADIDISDNQGRTALVYSILNYRKSILMLLIECKANVNVVDHKGIPPLKLALMHHGKESMVVALINVGADTNIKYDHENSALMHAVRFGKKEIVGAMIKAGADVNIVNQQGMTALMIAARYGWDQIASQLIDAGAHLNIADKQGNTALFLALRRRYEEIALSLINAGADVNMMDHEGKTAVIIASVHLLKKAALSLINAGADVSMVDHKGETALHYASISSEELTVLLIEKEKTLLNIRDIYGRTPLFYAILWNNLTSCYLAEQGGDLHVRDNHNVTPLSFLICQCIGIHARNACNLNKQHINQILALFKEKGVTKKEFFQTLINVLFCKLLSFRPMRYSKNAETRIYGLIEVAVQIYGKFTEEKWKYALEYINSMFSRDEYKFPVLKEAMTILIDLGADPDTADEDGNTAIHYATQQILFGQSAENVLKIFNEFQALGSSLVRKNFRGETPLLFLLSELRSDWNWQGSISTIITGVTKICKRIKAVNPICTGTTANGESIFHLLINIFQQYMAWGKLEQDAGLILHLLELYAPPIVKYGVTVNKVDDKMSSPVHVWASLSNLLIDKNLNFEKLLEAILNHLKRCGAVLYIRNAEEQTPLHLCRTWSAVKLLINLGAKPGVVDSDQRSPFLVAAQKQLFHLKAGCFYPDVTEDAVTFWKTAADMKLDLWAYDVNGNSVFSILIASEEFVLAKSLLEIACNDGYIKSDETLVAVLSDICEDESTKTTWKELLVKEILKTISRPMDMKMPLRHCCRNIKNSYKEHSFDSVHWQIAKKLLSFGAEGSCCLDIAEGYPELHALLAQPLDMDEVPLAIPWTSHSHNYASKLAQVTRRQHCQIVEMYWYHTEPIGKGVFGHVFAGINSKDGMEVAVKRIENLRLERRQEREAYTFASLTGCRNVVHYLAFCTDVHFSFIILELMEGNLNEYFESPHFNSSNNTTLCRDVFCGINYLHGENIVHRDIKPTNILYKTHPELCVKIADFDLSRRLDIDSSFTVMAPGVGSRGWIAPEVVKSTPYKHSMESDIFSCGLITHYIFSPKKHPFYPTVCTGKSELQINQETEKNISDGEMKSFDGSIAPEASDCIRKMLDINEKERPTAEAVLKHPMFWSNKKKMNLLTAVGNQPEFEEPRVKRTVLHVSPVELVLESNVSTIVKYGKWDDPRYTHMPGIYSEMTKPIVKPAKKGKYYTIKPRNYDVTSVVDLVRFIRNSIAHVSDVSRPSPIRNEILGNTVFLEYFPNITMEVYNAVTKHGWSLSREEIQHAIADK

Target ORF information:

RefSeq Version	XM_021056829.1
Organism	Exaiptasia pallida
Definition	Exaiptasia pallida uncharacterized LOC110250220 (LOC110250220), transcript variant X1, mRNA.

Target ORF information:

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

XM_021056829.1

ORF Insert Sequence:

ATGGACAGCT CATCAGATAT CAGTGATACA AGTTCATCTG ATGAATATTT TGATTGTGAT 
GACCCAGACA ATGTATTGTT TAACACAGTA GTATTTGGTA AAACAGATGA AGTACAGAAG 
CTAATAGATT ATGGTGTTAA TATCAACTCA ACCGATGATG AAGGTAAAAC AGCATTGATG 
CATTCAGTAA TAAAGGGTAA AGAAGACATT GTTAAACTTC TTATCAACTG TGGCGCTGAT 
ATTGACATTT CTGATAATCA AGGACGAACA GCATTAGTTT ATTCTATTTT GAACTATAGA 
AAATCAATTC TGATGTTATT GATTGAATGT AAAGCTAATG TCAATGTTGT TGATCACAAA 
GGAATCCCAC CCTTAAAACT TGCACTCATG CATCATGGTA AAGAGTCCAT GGTAGTAGCA 
TTAATAAATG TAGGTGCAGA TACAAATATC AAATATGACC ATGAAAATTC AGCCCTGATG 
CATGCTGTCA GATTTGGAAA AAAAGAAATA GTAGGTGCTA TGATCAAAGC AGGTGCTGAT 
GTGAATATTG TCAATCAGCA AGGGATGACT GCATTGATGA TTGCTGCAAG ATATGGATGG 
GATCAGATAG CTAGCCAATT AATTGATGCA GGAGCTCATC TAAACATTGC TGATAAACAA 
GGAAACACAG CTTTGTTCCT TGCTTTAAGA CGTAGATATG AAGAAATAGC TTTGTCACTA 
ATTAATGCTG GTGCTGATGT AAACATGATG GATCATGAAG GGAAGACTGC TGTGATTATT 
GCATCAGTGC ATTTGCTCAA AAAAGCAGCT TTGTCCCTAA TTAATGCTGG AGCTGATGTG 
AGCATGGTGG ATCATAAAGG GGAGACTGCT TTACATTATG CTTCAATTTC AAGTGAAGAA 
TTGACTGTTT TATTGATTGA GAAAGAAAAA ACTCTTTTAA ACATCAGAGA TATTTATGGA 
AGGACCCCTT TGTTTTATGC AATATTATGG AATAACTTAA CATCCTGTTA CCTAGCTGAG 
CAAGGAGGAG ATCTCCATGT GAGAGACAAC CATAATGTGA CACCATTATC GTTCTTAATC 
TGTCAATGCA TAGGAATACA TGCAAGGAAT GCATGCAACT TAAATAAGCA GCACATTAAC 
CAAATTTTAG CACTATTCAA AGAAAAAGGA GTAACAAAGA AAGAATTTTT TCAAACCCTC 
ATCAATGTTC TATTTTGCAA ACTGCTCTCA TTTAGACCAA TGAGGTATTC CAAAAATGCA 
GAAACCAGAA TTTATGGTTT GATTGAGGTA GCAGTTCAAA TCTATGGTAA ATTTACAGAG 
GAAAAATGGA AATATGCCTT GGAGTACATT AATAGCATGT TCTCCAGAGA TGAATACAAG 
TTTCCTGTTT TGAAAGAGGC AATGACTATA CTTATTGACT TAGGTGCAGA CCCAGATACT 
GCTGATGAAG ATGGGAATAC TGCTATTCAT TATGCAACAC AACAAATATT GTTTGGACAA 
TCTGCTGAAA ATGTTTTGAA GATTTTCAAT GAGTTTCAAG CCTTAGGGTC ATCACTGGTG 
AGGAAGAACT TCAGAGGAGA AACACCACTT CTCTTCTTAC TCTCAGAATT GAGATCCGAC 
TGGAATTGGC AAGGCTCAAT TTCAACCATC ATCACTGGAG TGACTAAAAT CTGCAAACGT 
ATAAAGGCTG TAAACCCCAT CTGTACTGGT ACAACTGCAA ACGGAGAATC TATTTTCCAC 
CTCCTCATCA ATATTTTCCA ACAGTACATG GCGTGGGGAA AATTGGAGCA AGATGCTGGT 
TTGATATTGC ACCTATTAGA GCTGTATGCA CCACCAATTG TTAAGTATGG TGTGACTGTT 
AACAAAGTTG ATGATAAAAT GTCCTCACCT GTTCATGTCT GGGCTTCACT TTCTAATCTT 
CTGATTGATA AGAATCTTAA TTTTGAGAAA TTATTGGAAG CTATACTAAA CCACCTGAAG 
AGATGTGGTG CTGTCCTTTA TATTAGAAAT GCAGAGGAAC AAACACCATT ACACCTATGT 
CGAACATGGA GTGCTGTCAA GCTCTTGATT AACTTGGGAG CAAAGCCAGG TGTTGTTGAC 
TCAGATCAAA GATCCCCTTT CCTTGTCGCT GCACAGAAGC AGTTGTTTCA TTTGAAAGCT 
GGTTGTTTTT ATCCTGATGT CACAGAGGAT GCTGTCACAT TCTGGAAAAC TGCTGCCGAT 
ATGAAGCTTG ACTTATGGGC GTACGATGTC AATGGAAATT CTGTGTTCAG TATTCTTATT 
GCATCAGAAG AATTCGTGCT GGCAAAGTCT TTACTTGAAA TTGCTTGCAA TGATGGCTAC 
ATCAAGTCAG ATGAAACCTT GGTTGCAGTG TTGAGTGACA TTTGTGAAGA TGAATCAACT 
AAAACCACCT GGAAGGAACT TTTGGTGAAA GAGATCTTAA AGACTATTAG TCGGCCAATG 
GATATGAAAA TGCCCTTGCG ACACTGCTGT AGGAATATCA AAAATTCCTA TAAAGAGCAT 
TCATTTGATT CTGTCCATTG GCAAATTGCC AAGAAGTTGC TGTCATTTGG CGCAGAAGGA 
TCATGTTGCT TGGATATAGC AGAAGGTTAT CCCGAACTCC ATGCTCTTCT TGCACAGCCC 
CTAGACATGG ACGAAGTACC ATTGGCCATT CCATGGACTT CTCACTCTCA TAATTATGCC 
AGTAAACTTG CTCAAGTCAC CAGGAGACAG CATTGTCAAA TTGTGGAGAT GTACTGGTAT 
CACACTGAGC CCATTGGAAA AGGTGTATTT GGTCACGTCT TTGCTGGCAT TAATTCAAAA 
GATGGCATGG AAGTTGCAGT CAAGAGAATC GAGAATTTGC GTCTAGAGAG GCGACAAGAA 
AGAGAAGCTT ACACCTTTGC TTCGCTTACT GGATGCAGAA ATGTTGTTCA TTACCTTGCC 
TTTTGCACAG ATGTGCACTT CTCCTTCATC ATATTGGAAC TCATGGAAGG AAATCTCAAT 
GAATACTTTG AAAGTCCTCA TTTCAACAGC AGCAACAACA CCACTCTCTG CAGAGATGTT 
TTCTGTGGAA TAAACTACTT GCATGGGGAA AACATTGTTC ATCGGGATAT TAAGCCAACT 
AACATCCTGT ACAAAACCCA TCCTGAGTTA TGTGTGAAAA TAGCAGACTT TGATTTAAGT 
CGTCGTTTAG ATATTGATTC ATCGTTTACT GTTATGGCTC CAGGAGTTGG ATCCAGGGGT 
TGGATAGCTC CAGAGGTTGT GAAGTCAACT CCCTATAAAC ATTCCATGGA GTCGGATATA 
TTCTCGTGTG GCCTTATAAC ACACTACATC TTCTCACCAA AGAAACATCC ATTTTACCCA 
ACTGTTTGTA CAGGAAAAAG TGAATTGCAG ATCAACCAGG AAACAGAAAA GAACATATCT 
GATGGAGAAA TGAAAAGTTT TGATGGCTCT ATTGCGCCAG AGGCCTCTGA TTGTATAAGG 
AAAATGCTTG ACATCAATGA GAAAGAAAGA CCAACTGCAG AGGCTGTACT TAAGCATCCA 
ATGTTTTGGT CGAACAAGAA GAAGATGAAT CTTCTTACCG CTGTTGGTAA TCAGCCAGAA 
TTTGAAGAAC CACGGGTAAA AAGAACTGTT CTACATGTAA GCCCTGTAGA GTTGGTTCTA 
GAATCAAATG TCTCCACCAT AGTAAAGTAT GGGAAATGGG ATGACCCTAG ATACACACAC 
ATGCCTGGAA TCTACTCTGA AATGACAAAG CCGATTGTCA AACCAGCAAA GAAGGGAAAG 
TATTATACCA TTAAACCTAG AAACTATGAT GTCACCTCTG TTGTTGACTT GGTACGGTTC 
ATTCGCAACT CCATTGCCCA TGTTTCTGAT GTCAGTCGCC CAAGCCCAAT CAGAAATGAA 
ATTCTTGGCA ATACTGTATT CCTGGAGTAC TTTCCAAATA TTACCATGGA AGTGTACAAT 
GCTGTGACCA AACATGGATG GAGTCTTTCG AGGGAAGAAA TCCAACATGC CATTGCTGAC 
AAATGA

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

LOC110250220 ( XM_021056829.2 ) cDNA ORF clone, Exaiptasia pallida -> XP_020912488.1 Exaiptasia pallida uncharacterized LOC110250220 (LOC110250220), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OEx88676
Clone ID Related Accession (Same CDS sequence)	XM_021056829.1 , XM_021056829.2
Accession Version	XM_021056829.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4026bp) 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 LOC110250220
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018388017.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 17, 2019 this sequence version replaced XM_021056829.1. ##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##

ATGGACAGCT CATCAGATAT CAGTGATACA AGTTCATCTG ATGAATATTT TGATTGTGAT 
GACCCAGACA ATGTATTGTT TAACACAGTA GTATTTGGTA AAACAGATGA AGTACAGAAG 
CTAATAGATT ATGGTGTTAA TATCAACTCA ACCGATGATG AAGGTAAAAC AGCATTGATG 
CATTCAGTAA TAAAGGGTAA AGAAGACATT GTTAAACTTC TTATCAACTG TGGCGCTGAT 
ATTGACATTT CTGATAATCA AGGACGAACA GCATTAGTTT ATTCTATTTT GAACTATAGA 
AAATCAATTC TGATGTTATT GATTGAATGT AAAGCTAATG TCAATGTTGT TGATCACAAA 
GGAATCCCAC CCTTAAAACT TGCACTCATG CATCATGGTA AAGAGTCCAT GGTAGTAGCA 
TTAATAAATG TAGGTGCAGA TACAAATATC AAATATGACC ATGAAAATTC AGCCCTGATG 
CATGCTGTCA GATTTGGAAA AAAAGAAATA GTAGGTGCTA TGATCAAAGC AGGTGCTGAT 
GTGAATATTG TCAATCAGCA AGGGATGACT GCATTGATGA TTGCTGCAAG ATATGGATGG 
GATCAGATAG CTAGCCAATT AATTGATGCA GGAGCTCATC TAAACATTGC TGATAAACAA 
GGAAACACAG CTTTGTTCCT TGCTTTAAGA CGTAGATATG AAGAAATAGC TTTGTCACTA 
ATTAATGCTG GTGCTGATGT AAACATGATG GATCATGAAG GGAAGACTGC TGTGATTATT 
GCATCAGTGC ATTTGCTCAA AAAAGCAGCT TTGTCCCTAA TTAATGCTGG AGCTGATGTG 
AGCATGGTGG ATCATAAAGG GGAGACTGCT TTACATTATG CTTCAATTTC AAGTGAAGAA 
TTGACTGTTT TATTGATTGA GAAAGAAAAA ACTCTTTTAA ACATCAGAGA TATTTATGGA 
AGGACCCCTT TGTTTTATGC AATATTATGG AATAACTTAA CATCCTGTTA CCTAGCTGAG 
CAAGGAGGAG ATCTCCATGT GAGAGACAAC CATAATGTGA CACCATTATC GTTCTTAATC 
TGTCAATGCA TAGGAATACA TGCAAGGAAT GCATGCAACT TAAATAAGCA GCACATTAAC 
CAAATTTTAG CACTATTCAA AGAAAAAGGA GTAACAAAGA AAGAATTTTT TCAAACCCTC 
ATCAATGTTC TATTTTGCAA ACTGCTCTCA TTTAGACCAA TGAGGTATTC CAAAAATGCA 
GAAACCAGAA TTTATGGTTT GATTGAGGTA GCAGTTCAAA TCTATGGTAA ATTTACAGAG 
GAAAAATGGA AATATGCCTT GGAGTACATT AATAGCATGT TCTCCAGAGA TGAATACAAG 
TTTCCTGTTT TGAAAGAGGC AATGACTATA CTTATTGACT TAGGTGCAGA CCCAGATACT 
GCTGATGAAG ATGGGAATAC TGCTATTCAT TATGCAACAC AACAAATATT GTTTGGACAA 
TCTGCTGAAA ATGTTTTGAA GATTTTCAAT GAGTTTCAAG CCTTAGGGTC ATCACTGGTG 
AGGAAGAACT TCAGAGGAGA AACACCACTT CTCTTCTTAC TCTCAGAATT GAGATCCGAC 
TGGAATTGGC AAGGCTCAAT TTCAACCATC ATCACTGGAG TGACTAAAAT CTGCAAACGT 
ATAAAGGCTG TAAACCCCAT CTGTACTGGT ACAACTGCAA ACGGAGAATC TATTTTCCAC 
CTCCTCATCA ATATTTTCCA ACAGTACATG GCGTGGGGAA AATTGGAGCA AGATGCTGGT 
TTGATATTGC ACCTATTAGA GCTGTATGCA CCACCAATTG TTAAGTATGG TGTGACTGTT 
AACAAAGTTG ATGATAAAAT GTCCTCACCT GTTCATGTCT GGGCTTCACT TTCTAATCTT 
CTGATTGATA AGAATCTTAA TTTTGAGAAA TTATTGGAAG CTATACTAAA CCACCTGAAG 
AGATGTGGTG CTGTCCTTTA TATTAGAAAT GCAGAGGAAC AAACACCATT ACACCTATGT 
CGAACATGGA GTGCTGTCAA GCTCTTGATT AACTTGGGAG CAAAGCCAGG TGTTGTTGAC 
TCAGATCAAA GATCCCCTTT CCTTGTCGCT GCACAGAAGC AGTTGTTTCA TTTGAAAGCT 
GGTTGTTTTT ATCCTGATGT CACAGAGGAT GCTGTCACAT TCTGGAAAAC TGCTGCCGAT 
ATGAAGCTTG ACTTATGGGC GTACGATGTC AATGGAAATT CTGTGTTCAG TATTCTTATT 
GCATCAGAAG AATTCGTGCT GGCAAAGTCT TTACTTGAAA TTGCTTGCAA TGATGGCTAC 
ATCAAGTCAG ATGAAACCTT GGTTGCAGTG TTGAGTGACA TTTGTGAAGA TGAATCAACT 
AAAACCACCT GGAAGGAACT TTTGGTGAAA GAGATCTTAA AGACTATTAG TCGGCCAATG 
GATATGAAAA TGCCCTTGCG ACACTGCTGT AGGAATATCA AAAATTCCTA TAAAGAGCAT 
TCATTTGATT CTGTCCATTG GCAAATTGCC AAGAAGTTGC TGTCATTTGG CGCAGAAGGA 
TCATGTTGCT TGGATATAGC AGAAGGTTAT CCCGAACTCC ATGCTCTTCT TGCACAGCCC 
CTAGACATGG ACGAAGTACC ATTGGCCATT CCATGGACTT CTCACTCTCA TAATTATGCC 
AGTAAACTTG CTCAAGTCAC CAGGAGACAG CATTGTCAAA TTGTGGAGAT GTACTGGTAT 
CACACTGAGC CCATTGGAAA AGGTGTATTT GGTCACGTCT TTGCTGGCAT TAATTCAAAA 
GATGGCATGG AAGTTGCAGT CAAGAGAATC GAGAATTTGC GTCTAGAGAG GCGACAAGAA 
AGAGAAGCTT ACACCTTTGC TTCGCTTACT GGATGCAGAA ATGTTGTTCA TTACCTTGCC 
TTTTGCACAG ATGTGCACTT CTCCTTCATC ATATTGGAAC TCATGGAAGG AAATCTCAAT 
GAATACTTTG AAAGTCCTCA TTTCAACAGC AGCAACAACA CCACTCTCTG CAGAGATGTT 
TTCTGTGGAA TAAACTACTT GCATGGGGAA AACATTGTTC ATCGGGATAT TAAGCCAACT 
AACATCCTGT ACAAAACCCA TCCTGAGTTA TGTGTGAAAA TAGCAGACTT TGATTTAAGT 
CGTCGTTTAG ATATTGATTC ATCGTTTACT GTTATGGCTC CAGGAGTTGG ATCCAGGGGT 
TGGATAGCTC CAGAGGTTGT GAAGTCAACT CCCTATAAAC ATTCCATGGA GTCGGATATA 
TTCTCGTGTG GCCTTATAAC ACACTACATC TTCTCACCAA AGAAACATCC ATTTTACCCA 
ACTGTTTGTA CAGGAAAAAG TGAATTGCAG ATCAACCAGG AAACAGAAAA GAACATATCT 
GATGGAGAAA TGAAAAGTTT TGATGGCTCT ATTGCGCCAG AGGCCTCTGA TTGTATAAGG 
AAAATGCTTG ACATCAATGA GAAAGAAAGA CCAACTGCAG AGGCTGTACT TAAGCATCCA 
ATGTTTTGGT CGAACAAGAA GAAGATGAAT CTTCTTACCG CTGTTGGTAA TCAGCCAGAA 
TTTGAAGAAC CACGGGTAAA AAGAACTGTT CTACATGTAA GCCCTGTAGA GTTGGTTCTA 
GAATCAAATG TCTCCACCAT AGTAAAGTAT GGGAAATGGG ATGACCCTAG ATACACACAC 
ATGCCTGGAA TCTACTCTGA AATGACAAAG CCGATTGTCA AACCAGCAAA GAAGGGAAAG 
TATTATACCA TTAAACCTAG AAACTATGAT GTCACCTCTG TTGTTGACTT GGTACGGTTC 
ATTCGCAACT CCATTGCCCA TGTTTCTGAT GTCAGTCGCC CAAGCCCAAT CAGAAATGAA 
ATTCTTGGCA ATACTGTATT CCTGGAGTAC TTTCCAAATA TTACCATGGA AGTGTACAAT 
GCTGTGACCA AACATGGATG GAGTCTTTCG AGGGAAGAAA TCCAACATGC CATTGCTGAC 
AAATGA

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

RefSeq	XP_020912488.1
CDS	622..4647
Translation	MDSSSDISDTSSSDEYFDCDDPDNVLFNTVVFGKTDEVQKLIDYGVNINSTDDEGKTALMHSVIKGKEDIVKLLINCGADIDISDNQGRTALVYSILNYRKSILMLLIECKANVNVVDHKGIPPLKLALMHHGKESMVVALINVGADTNIKYDHENSALMHAVRFGKKEIVGAMIKAGADVNIVNQQGMTALMIAARYGWDQIASQLIDAGAHLNIADKQGNTALFLALRRRYEEIALSLINAGADVNMMDHEGKTAVIIASVHLLKKAALSLINAGADVSMVDHKGETALHYASISSEELTVLLIEKEKTLLNIRDIYGRTPLFYAILWNNLTSCYLAEQGGDLHVRDNHNVTPLSFLICQCIGIHARNACNLNKQHINQILALFKEKGVTKKEFFQTLINVLFCKLLSFRPMRYSKNAETRIYGLIEVAVQIYGKFTEEKWKYALEYINSMFSRDEYKFPVLKEAMTILIDLGADPDTADEDGNTAIHYATQQILFGQSAENVLKIFNEFQALGSSLVRKNFRGETPLLFLLSELRSDWNWQGSISTIITGVTKICKRIKAVNPICTGTTANGESIFHLLINIFQQYMAWGKLEQDAGLILHLLELYAPPIVKYGVTVNKVDDKMSSPVHVWASLSNLLIDKNLNFEKLLEAILNHLKRCGAVLYIRNAEEQTPLHLCRTWSAVKLLINLGAKPGVVDSDQRSPFLVAAQKQLFHLKAGCFYPDVTEDAVTFWKTAADMKLDLWAYDVNGNSVFSILIASEEFVLAKSLLEIACNDGYIKSDETLVAVLSDICEDESTKTTWKELLVKEILKTISRPMDMKMPLRHCCRNIKNSYKEHSFDSVHWQIAKKLLSFGAEGSCCLDIAEGYPELHALLAQPLDMDEVPLAIPWTSHSHNYASKLAQVTRRQHCQIVEMYWYHTEPIGKGVFGHVFAGINSKDGMEVAVKRIENLRLERRQEREAYTFASLTGCRNVVHYLAFCTDVHFSFIILELMEGNLNEYFESPHFNSSNNTTLCRDVFCGINYLHGENIVHRDIKPTNILYKTHPELCVKIADFDLSRRLDIDSSFTVMAPGVGSRGWIAPEVVKSTPYKHSMESDIFSCGLITHYIFSPKKHPFYPTVCTGKSELQINQETEKNISDGEMKSFDGSIAPEASDCIRKMLDINEKERPTAEAVLKHPMFWSNKKKMNLLTAVGNQPEFEEPRVKRTVLHVSPVELVLESNVSTIVKYGKWDDPRYTHMPGIYSEMTKPIVKPAKKGKYYTIKPRNYDVTSVVDLVRFIRNSIAHVSDVSRPSPIRNEILGNTVFLEYFPNITMEVYNAVTKHGWSLSREEIQHAIADK

Target ORF information:

RefSeq Version	XM_021056829.2
Organism	Exaiptasia pallida
Definition	Exaiptasia pallida uncharacterized LOC110250220 (LOC110250220), transcript variant X1, mRNA.

Target ORF information:

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

XM_021056829.2

ORF Insert Sequence:

ATGGACAGCT CATCAGATAT CAGTGATACA AGTTCATCTG ATGAATATTT TGATTGTGAT 
GACCCAGACA ATGTATTGTT TAACACAGTA GTATTTGGTA AAACAGATGA AGTACAGAAG 
CTAATAGATT ATGGTGTTAA TATCAACTCA ACCGATGATG AAGGTAAAAC AGCATTGATG 
CATTCAGTAA TAAAGGGTAA AGAAGACATT GTTAAACTTC TTATCAACTG TGGCGCTGAT 
ATTGACATTT CTGATAATCA AGGACGAACA GCATTAGTTT ATTCTATTTT GAACTATAGA 
AAATCAATTC TGATGTTATT GATTGAATGT AAAGCTAATG TCAATGTTGT TGATCACAAA 
GGAATCCCAC CCTTAAAACT TGCACTCATG CATCATGGTA AAGAGTCCAT GGTAGTAGCA 
TTAATAAATG TAGGTGCAGA TACAAATATC AAATATGACC ATGAAAATTC AGCCCTGATG 
CATGCTGTCA GATTTGGAAA AAAAGAAATA GTAGGTGCTA TGATCAAAGC AGGTGCTGAT 
GTGAATATTG TCAATCAGCA AGGGATGACT GCATTGATGA TTGCTGCAAG ATATGGATGG 
GATCAGATAG CTAGCCAATT AATTGATGCA GGAGCTCATC TAAACATTGC TGATAAACAA 
GGAAACACAG CTTTGTTCCT TGCTTTAAGA CGTAGATATG AAGAAATAGC TTTGTCACTA 
ATTAATGCTG GTGCTGATGT AAACATGATG GATCATGAAG GGAAGACTGC TGTGATTATT 
GCATCAGTGC ATTTGCTCAA AAAAGCAGCT TTGTCCCTAA TTAATGCTGG AGCTGATGTG 
AGCATGGTGG ATCATAAAGG GGAGACTGCT TTACATTATG CTTCAATTTC AAGTGAAGAA 
TTGACTGTTT TATTGATTGA GAAAGAAAAA ACTCTTTTAA ACATCAGAGA TATTTATGGA 
AGGACCCCTT TGTTTTATGC AATATTATGG AATAACTTAA CATCCTGTTA CCTAGCTGAG 
CAAGGAGGAG ATCTCCATGT GAGAGACAAC CATAATGTGA CACCATTATC GTTCTTAATC 
TGTCAATGCA TAGGAATACA TGCAAGGAAT GCATGCAACT TAAATAAGCA GCACATTAAC 
CAAATTTTAG CACTATTCAA AGAAAAAGGA GTAACAAAGA AAGAATTTTT TCAAACCCTC 
ATCAATGTTC TATTTTGCAA ACTGCTCTCA TTTAGACCAA TGAGGTATTC CAAAAATGCA 
GAAACCAGAA TTTATGGTTT GATTGAGGTA GCAGTTCAAA TCTATGGTAA ATTTACAGAG 
GAAAAATGGA AATATGCCTT GGAGTACATT AATAGCATGT TCTCCAGAGA TGAATACAAG 
TTTCCTGTTT TGAAAGAGGC AATGACTATA CTTATTGACT TAGGTGCAGA CCCAGATACT 
GCTGATGAAG ATGGGAATAC TGCTATTCAT TATGCAACAC AACAAATATT GTTTGGACAA 
TCTGCTGAAA ATGTTTTGAA GATTTTCAAT GAGTTTCAAG CCTTAGGGTC ATCACTGGTG 
AGGAAGAACT TCAGAGGAGA AACACCACTT CTCTTCTTAC TCTCAGAATT GAGATCCGAC 
TGGAATTGGC AAGGCTCAAT TTCAACCATC ATCACTGGAG TGACTAAAAT CTGCAAACGT 
ATAAAGGCTG TAAACCCCAT CTGTACTGGT ACAACTGCAA ACGGAGAATC TATTTTCCAC 
CTCCTCATCA ATATTTTCCA ACAGTACATG GCGTGGGGAA AATTGGAGCA AGATGCTGGT 
TTGATATTGC ACCTATTAGA GCTGTATGCA CCACCAATTG TTAAGTATGG TGTGACTGTT 
AACAAAGTTG ATGATAAAAT GTCCTCACCT GTTCATGTCT GGGCTTCACT TTCTAATCTT 
CTGATTGATA AGAATCTTAA TTTTGAGAAA TTATTGGAAG CTATACTAAA CCACCTGAAG 
AGATGTGGTG CTGTCCTTTA TATTAGAAAT GCAGAGGAAC AAACACCATT ACACCTATGT 
CGAACATGGA GTGCTGTCAA GCTCTTGATT AACTTGGGAG CAAAGCCAGG TGTTGTTGAC 
TCAGATCAAA GATCCCCTTT CCTTGTCGCT GCACAGAAGC AGTTGTTTCA TTTGAAAGCT 
GGTTGTTTTT ATCCTGATGT CACAGAGGAT GCTGTCACAT TCTGGAAAAC TGCTGCCGAT 
ATGAAGCTTG ACTTATGGGC GTACGATGTC AATGGAAATT CTGTGTTCAG TATTCTTATT 
GCATCAGAAG AATTCGTGCT GGCAAAGTCT TTACTTGAAA TTGCTTGCAA TGATGGCTAC 
ATCAAGTCAG ATGAAACCTT GGTTGCAGTG TTGAGTGACA TTTGTGAAGA TGAATCAACT 
AAAACCACCT GGAAGGAACT TTTGGTGAAA GAGATCTTAA AGACTATTAG TCGGCCAATG 
GATATGAAAA TGCCCTTGCG ACACTGCTGT AGGAATATCA AAAATTCCTA TAAAGAGCAT 
TCATTTGATT CTGTCCATTG GCAAATTGCC AAGAAGTTGC TGTCATTTGG CGCAGAAGGA 
TCATGTTGCT TGGATATAGC AGAAGGTTAT CCCGAACTCC ATGCTCTTCT TGCACAGCCC 
CTAGACATGG ACGAAGTACC ATTGGCCATT CCATGGACTT CTCACTCTCA TAATTATGCC 
AGTAAACTTG CTCAAGTCAC CAGGAGACAG CATTGTCAAA TTGTGGAGAT GTACTGGTAT 
CACACTGAGC CCATTGGAAA AGGTGTATTT GGTCACGTCT TTGCTGGCAT TAATTCAAAA 
GATGGCATGG AAGTTGCAGT CAAGAGAATC GAGAATTTGC GTCTAGAGAG GCGACAAGAA 
AGAGAAGCTT ACACCTTTGC TTCGCTTACT GGATGCAGAA ATGTTGTTCA TTACCTTGCC 
TTTTGCACAG ATGTGCACTT CTCCTTCATC ATATTGGAAC TCATGGAAGG AAATCTCAAT 
GAATACTTTG AAAGTCCTCA TTTCAACAGC AGCAACAACA CCACTCTCTG CAGAGATGTT 
TTCTGTGGAA TAAACTACTT GCATGGGGAA AACATTGTTC ATCGGGATAT TAAGCCAACT 
AACATCCTGT ACAAAACCCA TCCTGAGTTA TGTGTGAAAA TAGCAGACTT TGATTTAAGT 
CGTCGTTTAG ATATTGATTC ATCGTTTACT GTTATGGCTC CAGGAGTTGG ATCCAGGGGT 
TGGATAGCTC CAGAGGTTGT GAAGTCAACT CCCTATAAAC ATTCCATGGA GTCGGATATA 
TTCTCGTGTG GCCTTATAAC ACACTACATC TTCTCACCAA AGAAACATCC ATTTTACCCA 
ACTGTTTGTA CAGGAAAAAG TGAATTGCAG ATCAACCAGG AAACAGAAAA GAACATATCT 
GATGGAGAAA TGAAAAGTTT TGATGGCTCT ATTGCGCCAG AGGCCTCTGA TTGTATAAGG 
AAAATGCTTG ACATCAATGA GAAAGAAAGA CCAACTGCAG AGGCTGTACT TAAGCATCCA 
ATGTTTTGGT CGAACAAGAA GAAGATGAAT CTTCTTACCG CTGTTGGTAA TCAGCCAGAA 
TTTGAAGAAC CACGGGTAAA AAGAACTGTT CTACATGTAA GCCCTGTAGA GTTGGTTCTA 
GAATCAAATG TCTCCACCAT AGTAAAGTAT GGGAAATGGG ATGACCCTAG ATACACACAC 
ATGCCTGGAA TCTACTCTGA AATGACAAAG CCGATTGTCA AACCAGCAAA GAAGGGAAAG 
TATTATACCA TTAAACCTAG AAACTATGAT GTCACCTCTG TTGTTGACTT GGTACGGTTC 
ATTCGCAACT CCATTGCCCA TGTTTCTGAT GTCAGTCGCC CAAGCCCAAT CAGAAATGAA 
ATTCTTGGCA ATACTGTATT CCTGGAGTAC TTTCCAAATA TTACCATGGA AGTGTACAAT 
GCTGTGACCA AACATGGATG GAGTCTTTCG AGGGAAGAAA TCCAACATGC CATTGCTGAC 
AAATGA