LOC111333680 cDNA ORF clone, Stylophora pistillata

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC111333680
Entrez Gene ID	111333680
Full Name	AP-4 complex subunit epsilon-like
Gene Type	protein-coding
Organism	Stylophora pistillata

mRNA and Protein(s)

mRNA	Protein	Name
XM_022939310.1	XP_022795045.1	AP-4 complex subunit epsilon-like

Pathways from BioSystems
Gene Ontology

The following LOC111333680 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111333680 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
OSt116404	XM_022939310.1 Latest version!	Stylophora pistillata AP-4 complex subunit epsilon-like (LOC111333680), 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)

LOC111333680 ( XM_022939310.1 ) cDNA ORF clone, Stylophora pistillata -> XP_022795045.1 Stylophora pistillata AP-4 complex subunit epsilon-like (LOC111333680), mRNA.

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CloneID	OSt116404
Clone ID Related Accession (Same CDS sequence)	XM_022939310.1
Accession Version	XM_022939310.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3522bp) 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	2017-10-24
Organism	Stylophora pistillata
Product	AP-4 complex subunit epsilon-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019218009.1) 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 :: Stylophora pistillata 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##

ATGGCCTCTA AAGGCTCAGG GAGTCTTCCA AGTTTTATCT CAGGGTACTA TGGACCAAGC 
TCTAGTAGTT CAAGAGCCTT TGAAAGCTTA GTGAGGGCCA TCGGAGAAGC GAAGTCGAAA 
CAGGATGAGG ACAGAATCGC CAAGAAAGAA CTTGGAGTTT TAAAAGACAA ATTAATGCAA 
CCAGACACGT CAGCGAAGCA AATGCGAGAG TATCTTGTGC GTCTTATCTA CTGTGAAATG 
CTGGGTCATC ATGCATCCTT TGGTTATGTT GAAGCCATCA AGTTTGCACA GCAGTCAAAC 
CTTTTGTACA AGAGGGTTGG TTACCTGGCT GTATCTCTGT TTCTCCATGA AAACCATGAA 
CTTATTGTCT TGCTGATCAA CACAATTCAA AAGGATCTGC ACAGCACAAA TGTTGCAGAA 
GTGTGCTATG CACTGACAGT TCTATGTAAG TTGATTAACA AAGACATGAT GCCTGCTTTG 
CTTCCCCAAG TTCTTGAGCT GGTTCAGAAT AAAAGAGACA TTATAAGGAA GAAAGCCATA 
ATGGCATTAC AGAGTCTGTA CAGGAAAAAT CCCTCAGCAA TTCCCAATGT GAAAGAGCTT 
GCCATGAAAG CTACTTGCGA TAAGGATCCT GGTGTGGTGT CATCTTCACT GCATGTCTTC 
TATGAACTGG TCAAGGCTGA ACCCTCTGAA TACAAGGACC TTGTGTCAGG CTTTATCAGC 
CTACAGAAGG CTATACTAGA AGGCAAAATT GCAAAAGAGT ATGATTATCA TGGAGTAGCA 
GCACCTTGGA TTCAGATGAA GAATTTGCGA CTGATGGCAT TACTTGGAGC AGATGATCAA 
AAGACCAGCA AGAAATTGTA CCCAATATTG GGTTCCACTT TGTCAAAGCT ACATACCAAC 
TCTCTTATAA GTTATGCTGT GGCATATGAG TGTACAAGAA CAATAACAAG TATTTATCCA 
GACAAGAGTT TGATTGATAA AGCTGCTAGA TGTGTTGGCT TGTTTCTTGT AGCAAAAACC 
AATGACATCA AGTACCTCGG CATAAATATT CTAACTTCTC TAATCCAAAT GGGAAGTGGT 
TTTGTCATGG AGCCGTCTTA CCAGCGCATC GTTATTGACT GCCTCGATGA CCCTGATGAG 
ACGCTGAAAA GAAAGACGTT GGATCTTTTA TGCCATATCA CAAATGCGTC AAACGTTGAA 
ACAGTATGCG AGAAACTGTT GTCTTATTTG AAGTCAACAA CAGATTCATA TTTCAGAACA 
GAACTTGTAG ACAGGACAAC AGAGCTTGCC GAAAGATATG CGCCGGACAA CACGTGGTTT 
ATCCTAACCA TCAATGAAGT GTTTGAACTT GGTGGATCTC TGGTCAGAGA GGGTGTGGCA 
CACAACTTGA TGCGTCTTTT AGCGGAAGGG AATGAAGACG AAGAAGCAGA CAATGAAATC 
CGTCGATTTG CAGTGCTAAG CTACATTAAC CTACTTGAAA AGCCTGTTTT ACCAGATATT 
CTAGTTTGGA TTATTTGCTG GGTGCTGGGT GAATATTCTT ACACGGCCCC GGAATATGAA 
CCGGCATTTA TACTTGAGCA GCTGTTCTCT TTGATGGATA GGACGTTTCA AGATCCCAGC 
ACTAAAGCTT GGATTGTGAC CGCAGTTGGA AAACTGACGT CGCAGGTTGG ACAGATGTGT 
GCTACTACAA GAGATTGGTT GGAAAAACAC GTGAGTGGTG TGGATGTTGA ACTCAGACAG 
CGTTGTTCAG AGATTCAAAA GCTCTCTGAA AACACATTCC TTATGCAAAG CGTTCTTCCC 
ATTGATGGCT GCTGTGAGGA TCTGGAGGTA GACGAGTCAC TGTCTTTCTT GGATGATGTA 
GTATCAGAAG CTCTTTCCAA AGGAGCTTCT CCATACAAAG CCCTAAGCGA ACGAAGGACA 
GCCGCAAGAA TAAAAGATGT TCCTGAGTCA GAGCCAACTC TTAAATTCAC TCCTTACGAG 
AATCCCATGG ATCAGCCAAG GAAACCGCCT GCAGAGTCTC TTTCGAACTC CGCAACACAG 
AAGAAACCCA AGCCAAGAAA CAAGGAAACT AAAATGTCAG ATACAGCTCA CTCGCAGGTC 
AAGGAAGCGC CTTCTACGAG TACCAAACTC TTTGCCGGAA AGGCTGTTTG GGGGCCTGGG 
GGCTACGCAA AAGATCGTGC GCAGTCTGGT TCCTTGGAGT CCGGTAGTAA ATCTGACTCT 
TCGTCGCGGA GCTCTGGGTC TGAGAGACAA ATAGCCTTGA AGAGTCATGC TGAGGTTAGC 
TCTGCTTCTC CCGTGACTAG TCACCAAGAC GTTCGTAAAC AGCAGCTGGC CGCGCAGCTC 
TTCAGCGGTG TCAAAGAGAA ACCACGCTTA TCTTCCGGAA GGGGTCATGT CAATAAAATC 
ACTAAAAATC CAGGCAAACC AAGGACATCA GCCACTCATC CTGGATTGTC TTCAGCAAAC 
AATAGAGCGA TTTCCTCAAC TGAAACGGGT TTAAAAGCTT CGGACAAATC GAACATGGAC 
CTACTCTTAG ATATTGAAAA CAGCGATATT TGTGATGTTG CGAAAGAAGA CGCTTCTTCC 
CTAGAGAATG ATCTTATTTC GTCTTTTCAC GATGCAGAAG ACGAGTTATC TTCACGTGAC 
GAAGCTGTGT CAGGTTTTTC TCAAGAGTCA ATCGATTCCG ACTCTTGCAT GGCTATGACC 
CGAAGAGAGC AGGAGGATGG TTACCAAGCT ATCCAAAAGA ATACACCGTT ACTTGATGTT 
GAGATCACGG AACACCTCCC TCGACTGGAG CTTAAAGGAA CGCCGTCTGC ATCGTTGCCG 
GAAGATTTGA TCAACTTCCC ACATTCTGCG GAAGTTGTTG AACTGTGTTT CGATAGTAAT 
GTGCGCGTTA CTCTTCAAAA AGTTTGGAAA CCCTTAGAAC TTGTACTGGT TCTTTACATT 
ACCAATCAGA ATCAAGCAAA CGCCCCGATC CATGACGTCA GCAGTGTGTT ACAACCGCCC 
TCCAATTTAA TTGGATCGTT TGATTCTTCG TCAAGTAGCA ATCTTCATGA TGAAAGCATC 
GGACCCCTAG AATGGGTAAG GCACCAAGTT GTTTTGAAAT ACCAGTCTCC AGCGCTGCAC 
ATGAACTTTG GTGGTAAGAT TTCTTACAAA GATCCTAACA GAACAGTGAA ACATTTATTC 
TTCAATCACA CCTTGAGCAT AGGTGATATT CTGCGGCCGC TTGTGATCAC CACAGAGGAG 
TACGGACAAA AATGGGCTGA AGCTTCGTTT GAAAAGAAGC AAAAAATGCC GAGTTCTTTG 
AAAACTTACC AAGAATTAGC TGAACGAGTG AAAGATGTGC TGAGATTTCA CCAGGTGGAC 
GCAGTAGGCA CGAAAGCGAT ATTTGCCGGT ACCGTGATGG AGTGTGGGAT ATGCCTGATG 
CACGTCAGCT TTAGTGGTAC CGAGTTTGAT CTGTCAATCA AGTCTAATAA CAGACTGTTA 
AACGACGCGC TGATGAAACA ATGTGTGCCT CTCTCAAGAT GA

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

RefSeq	XP_022795045.1
CDS	118..3639
Translation	MASKGSGSLPSFISGYYGPSSSSSRAFESLVRAIGEAKSKQDEDRIAKKELGVLKDKLMQPDTSAKQMREYLVRLIYCEMLGHHASFGYVEAIKFAQQSNLLYKRVGYLAVSLFLHENHELIVLLINTIQKDLHSTNVAEVCYALTVLCKLINKDMMPALLPQVLELVQNKRDIIRKKAIMALQSLYRKNPSAIPNVKELAMKATCDKDPGVVSSSLHVFYELVKAEPSEYKDLVSGFISLQKAILEGKIAKEYDYHGVAAPWIQMKNLRLMALLGADDQKTSKKLYPILGSTLSKLHTNSLISYAVAYECTRTITSIYPDKSLIDKAARCVGLFLVAKTNDIKYLGINILTSLIQMGSGFVMEPSYQRIVIDCLDDPDETLKRKTLDLLCHITNASNVETVCEKLLSYLKSTTDSYFRTELVDRTTELAERYAPDNTWFILTINEVFELGGSLVREGVAHNLMRLLAEGNEDEEADNEIRRFAVLSYINLLEKPVLPDILVWIICWVLGEYSYTAPEYEPAFILEQLFSLMDRTFQDPSTKAWIVTAVGKLTSQVGQMCATTRDWLEKHVSGVDVELRQRCSEIQKLSENTFLMQSVLPIDGCCEDLEVDESLSFLDDVVSEALSKGASPYKALSERRTAARIKDVPESEPTLKFTPYENPMDQPRKPPAESLSNSATQKKPKPRNKETKMSDTAHSQVKEAPSTSTKLFAGKAVWGPGGYAKDRAQSGSLESGSKSDSSSRSSGSERQIALKSHAEVSSASPVTSHQDVRKQQLAAQLFSGVKEKPRLSSGRGHVNKITKNPGKPRTSATHPGLSSANNRAISSTETGLKASDKSNMDLLLDIENSDICDVAKEDASSLENDLISSFHDAEDELSSRDEAVSGFSQESIDSDSCMAMTRREQEDGYQAIQKNTPLLDVEITEHLPRLELKGTPSASLPEDLINFPHSAEVVELCFDSNVRVTLQKVWKPLELVLVLYITNQNQANAPIHDVSSVLQPPSNLIGSFDSSSSSNLHDESIGPLEWVRHQVVLKYQSPALHMNFGGKISYKDPNRTVKHLFFNHTLSIGDILRPLVITTEEYGQKWAEASFEKKQKMPSSLKTYQELAERVKDVLRFHQVDAVGTKAIFAGTVMECGICLMHVSFSGTEFDLSIKSNNRLLNDALMKQCVPLSR

Target ORF information:

RefSeq Version	XM_022939310.1
Organism	Stylophora pistillata
Definition	Stylophora pistillata AP-4 complex subunit epsilon-like (LOC111333680), mRNA.

Target ORF information:

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

XM_022939310.1

ORF Insert Sequence:

ATGGCCTCTA AAGGCTCAGG GAGTCTTCCA AGTTTTATCT CAGGGTACTA TGGACCAAGC 
TCTAGTAGTT CAAGAGCCTT TGAAAGCTTA GTGAGGGCCA TCGGAGAAGC GAAGTCGAAA 
CAGGATGAGG ACAGAATCGC CAAGAAAGAA CTTGGAGTTT TAAAAGACAA ATTAATGCAA 
CCAGACACGT CAGCGAAGCA AATGCGAGAG TATCTTGTGC GTCTTATCTA CTGTGAAATG 
CTGGGTCATC ATGCATCCTT TGGTTATGTT GAAGCCATCA AGTTTGCACA GCAGTCAAAC 
CTTTTGTACA AGAGGGTTGG TTACCTGGCT GTATCTCTGT TTCTCCATGA AAACCATGAA 
CTTATTGTCT TGCTGATCAA CACAATTCAA AAGGATCTGC ACAGCACAAA TGTTGCAGAA 
GTGTGCTATG CACTGACAGT TCTATGTAAG TTGATTAACA AAGACATGAT GCCTGCTTTG 
CTTCCCCAAG TTCTTGAGCT GGTTCAGAAT AAAAGAGACA TTATAAGGAA GAAAGCCATA 
ATGGCATTAC AGAGTCTGTA CAGGAAAAAT CCCTCAGCAA TTCCCAATGT GAAAGAGCTT 
GCCATGAAAG CTACTTGCGA TAAGGATCCT GGTGTGGTGT CATCTTCACT GCATGTCTTC 
TATGAACTGG TCAAGGCTGA ACCCTCTGAA TACAAGGACC TTGTGTCAGG CTTTATCAGC 
CTACAGAAGG CTATACTAGA AGGCAAAATT GCAAAAGAGT ATGATTATCA TGGAGTAGCA 
GCACCTTGGA TTCAGATGAA GAATTTGCGA CTGATGGCAT TACTTGGAGC AGATGATCAA 
AAGACCAGCA AGAAATTGTA CCCAATATTG GGTTCCACTT TGTCAAAGCT ACATACCAAC 
TCTCTTATAA GTTATGCTGT GGCATATGAG TGTACAAGAA CAATAACAAG TATTTATCCA 
GACAAGAGTT TGATTGATAA AGCTGCTAGA TGTGTTGGCT TGTTTCTTGT AGCAAAAACC 
AATGACATCA AGTACCTCGG CATAAATATT CTAACTTCTC TAATCCAAAT GGGAAGTGGT 
TTTGTCATGG AGCCGTCTTA CCAGCGCATC GTTATTGACT GCCTCGATGA CCCTGATGAG 
ACGCTGAAAA GAAAGACGTT GGATCTTTTA TGCCATATCA CAAATGCGTC AAACGTTGAA 
ACAGTATGCG AGAAACTGTT GTCTTATTTG AAGTCAACAA CAGATTCATA TTTCAGAACA 
GAACTTGTAG ACAGGACAAC AGAGCTTGCC GAAAGATATG CGCCGGACAA CACGTGGTTT 
ATCCTAACCA TCAATGAAGT GTTTGAACTT GGTGGATCTC TGGTCAGAGA GGGTGTGGCA 
CACAACTTGA TGCGTCTTTT AGCGGAAGGG AATGAAGACG AAGAAGCAGA CAATGAAATC 
CGTCGATTTG CAGTGCTAAG CTACATTAAC CTACTTGAAA AGCCTGTTTT ACCAGATATT 
CTAGTTTGGA TTATTTGCTG GGTGCTGGGT GAATATTCTT ACACGGCCCC GGAATATGAA 
CCGGCATTTA TACTTGAGCA GCTGTTCTCT TTGATGGATA GGACGTTTCA AGATCCCAGC 
ACTAAAGCTT GGATTGTGAC CGCAGTTGGA AAACTGACGT CGCAGGTTGG ACAGATGTGT 
GCTACTACAA GAGATTGGTT GGAAAAACAC GTGAGTGGTG TGGATGTTGA ACTCAGACAG 
CGTTGTTCAG AGATTCAAAA GCTCTCTGAA AACACATTCC TTATGCAAAG CGTTCTTCCC 
ATTGATGGCT GCTGTGAGGA TCTGGAGGTA GACGAGTCAC TGTCTTTCTT GGATGATGTA 
GTATCAGAAG CTCTTTCCAA AGGAGCTTCT CCATACAAAG CCCTAAGCGA ACGAAGGACA 
GCCGCAAGAA TAAAAGATGT TCCTGAGTCA GAGCCAACTC TTAAATTCAC TCCTTACGAG 
AATCCCATGG ATCAGCCAAG GAAACCGCCT GCAGAGTCTC TTTCGAACTC CGCAACACAG 
AAGAAACCCA AGCCAAGAAA CAAGGAAACT AAAATGTCAG ATACAGCTCA CTCGCAGGTC 
AAGGAAGCGC CTTCTACGAG TACCAAACTC TTTGCCGGAA AGGCTGTTTG GGGGCCTGGG 
GGCTACGCAA AAGATCGTGC GCAGTCTGGT TCCTTGGAGT CCGGTAGTAA ATCTGACTCT 
TCGTCGCGGA GCTCTGGGTC TGAGAGACAA ATAGCCTTGA AGAGTCATGC TGAGGTTAGC 
TCTGCTTCTC CCGTGACTAG TCACCAAGAC GTTCGTAAAC AGCAGCTGGC CGCGCAGCTC 
TTCAGCGGTG TCAAAGAGAA ACCACGCTTA TCTTCCGGAA GGGGTCATGT CAATAAAATC 
ACTAAAAATC CAGGCAAACC AAGGACATCA GCCACTCATC CTGGATTGTC TTCAGCAAAC 
AATAGAGCGA TTTCCTCAAC TGAAACGGGT TTAAAAGCTT CGGACAAATC GAACATGGAC 
CTACTCTTAG ATATTGAAAA CAGCGATATT TGTGATGTTG CGAAAGAAGA CGCTTCTTCC 
CTAGAGAATG ATCTTATTTC GTCTTTTCAC GATGCAGAAG ACGAGTTATC TTCACGTGAC 
GAAGCTGTGT CAGGTTTTTC TCAAGAGTCA ATCGATTCCG ACTCTTGCAT GGCTATGACC 
CGAAGAGAGC AGGAGGATGG TTACCAAGCT ATCCAAAAGA ATACACCGTT ACTTGATGTT 
GAGATCACGG AACACCTCCC TCGACTGGAG CTTAAAGGAA CGCCGTCTGC ATCGTTGCCG 
GAAGATTTGA TCAACTTCCC ACATTCTGCG GAAGTTGTTG AACTGTGTTT CGATAGTAAT 
GTGCGCGTTA CTCTTCAAAA AGTTTGGAAA CCCTTAGAAC TTGTACTGGT TCTTTACATT 
ACCAATCAGA ATCAAGCAAA CGCCCCGATC CATGACGTCA GCAGTGTGTT ACAACCGCCC 
TCCAATTTAA TTGGATCGTT TGATTCTTCG TCAAGTAGCA ATCTTCATGA TGAAAGCATC 
GGACCCCTAG AATGGGTAAG GCACCAAGTT GTTTTGAAAT ACCAGTCTCC AGCGCTGCAC 
ATGAACTTTG GTGGTAAGAT TTCTTACAAA GATCCTAACA GAACAGTGAA ACATTTATTC 
TTCAATCACA CCTTGAGCAT AGGTGATATT CTGCGGCCGC TTGTGATCAC CACAGAGGAG 
TACGGACAAA AATGGGCTGA AGCTTCGTTT GAAAAGAAGC AAAAAATGCC GAGTTCTTTG 
AAAACTTACC AAGAATTAGC TGAACGAGTG AAAGATGTGC TGAGATTTCA CCAGGTGGAC 
GCAGTAGGCA CGAAAGCGAT ATTTGCCGGT ACCGTGATGG AGTGTGGGAT ATGCCTGATG 
CACGTCAGCT TTAGTGGTAC CGAGTTTGAT CTGTCAATCA AGTCTAATAA CAGACTGTTA 
AACGACGCGC TGATGAAACA ATGTGTGCCT CTCTCAAGAT GA