dennd3 cDNA ORF clone, Poecilia latipinna(sailfin molly)

Gene
Clones
gRNAs

Summary

Gene Symbol	dennd3
Entrez Gene ID	106958505
Full Name	DENN domain containing 3
Gene Type	protein-coding
Organism	Poecilia latipinna(sailfin molly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_015050446.1	XP_014905932.1	DENN domain-containing protein 3
XM_015050452.1	XP_014905938.1	DENN domain-containing protein 3

Pathways from BioSystems
Gene Ontology

The following dennd3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the dennd3 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
OPo29772	XM_015050452.1 Latest version!	Poecilia latipinna DENN/MADD domain containing 3 (dennd3), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OPo29772	XM_015050446.1 Latest version!	Poecilia latipinna DENN/MADD domain containing 3 (dennd3), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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)

dennd3 ( XM_015050446.1 ) cDNA ORF clone, Poecilia latipinna(sailfin molly) -> XP_014905932.1 Poecilia latipinna DENN/MADD domain containing 3 (dennd3), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OPo29772
Clone ID Related Accession (Same CDS sequence)	XM_015050446.1 , XM_015050452.1
Accession Version	XM_015050446.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3798bp) 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	2015-12-14
Organism	Poecilia latipinna(sailfin molly)
Product	DENN domain-containing protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015112665.1) 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 :: Poecilia latipinna Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGAGC TCCCATCTGG GCTCCTGGAG GCCTGTGTAG TGGTCGGAGC TCCCAGCGAT 
AAGCTTCGAG AGTTACCGCA ACACACAAAG TCAAGTGAGC TCCCCCTGCT GGATCCTGAG 
GTACTGCAGG TCCATGCTCC GCCGTTTGTT TCCATAGAGG CCAACTCGAA CCACGTCATT 
GGTCCAGCTT TCAGCCGTGT GCAGAGGAGG AGAAGTTTCA TTAAAAAGAA GAGGCGAGAT 
CGTGCTGCGG AGGGCGTGTC TAATGGAGAT TCAAGCAGTC GTCACGAAGC ATCGCCGGTA 
CCGGCAACGG AGGACATCAG TGTTCCGAAG GATCTGGACC TCATCGCTTT GCCTCAGCTC 
TGTTTCCCTG ATGGTCTTCA GCTAGCCAGT GAGCAGAAAG ATGACGCCTA TCACTTCTTG 
GTTTTTACCG ACCTGTTTGG CAATCGAACC CATGGAGTTG TTGTCCATTA CTACAGAGCT 
GTGCAGTCCT TTCAGGACAG TGTTTTCCAA AATGGCCACA GATGGAACGC ACCCAAGTCT 
CGTCTGTTTG CTCCTTTTGC TGTGTGCATC ATTTCAAAGT TTCCCTACTA CAACGCCCTG 
AAAGACTGCT TGTCATGTCT GCTGGTCCAG TTGCGGACTG TGAGACAAGC GGATCTTGAA 
GAAACGATCA GGGAGTTTTC AGCCAAGCTG TCCCTCGTTC CCCTACCACC TCCTGGACAG 
CTGCATGTGT CTTTTAGTCT CCGTCCCCTT CAAGTGGTTC TCCCGTCCAG AGACGATCAG 
GACAGTCCCG TTGTTGACCT CAACCTTCAC CTTCCTCTTC TCTGTTTCAC TCACACGGCT 
CTGCTCCAGG TGCTTTCCTG CCTTCTGCAA GAGCAGAGGA TCGTCTTTTT CTCCTCAGAC 
TGGGCCAGAC TGACTCTGGT GGCAGAGAGT TTGTTGCTGT ACCTGCAGCC ACTGTCCTGG 
CAGCAGCCCT ACGTTCCTGT CTTGGCCCGA GGAATGCTGG ACTTTCTTAT GGCGCCGACC 
GCTTTCCTGA TGGGCTGTCA CATTAATCAC TTTGAAGAGA TTGCTGCTGA GACAGAGGAC 
CTGATCCTTG TGAATGTGGA TGATGGTTTT ATTCAGACAT CATGGTCTGA AGCTGTCGAC 
CTTCCTGCCT TACCTCTGGC TGCAGCAGAG TGCTTTATTT CAAGGGCAGA GAGCTTACAG 
CTTCAGTACG ATTTGGAGCT GTGCCACCTT GGGACGGGTA CAGACGTTAA CACCCTTCGC 
TCCCAGCGTA GAGGCTGGCA GCAGAAACTC AACTCCCAGA TCCAAAACAT CGCCCTGGAA 
CTGGTGGTCA ACATCTTCAG AGGAGTCCAG GACTTTTTAA ACCATGAACA CAGAGTTTTT 
AATAGTGAGG AGTTTCTTAG AACGAGGGAG CCAGACGACC AGCTGTTTTA CAGAAAGGTT 
TTAGAGACGC ACATCTTTCA CTCATTCCTG CGGGACAGGC TGAACCGGAA AAGAGATTCC 
TTCAGCCGCA TGGAGCAGAT GACACAAAGC CACGCGCACC GGAATCGTGC AATGACAGAA 
TCCCCACGCC GCCCTCCGAT GTCGGAGCTG TCCAGAGCTG GCCCTGACCG CAAACTGAGC 
AAGCGGCTGG GAGCCAGTCT GCCGAATCTC GACCAACCCA TTAACGAATC GGTCCCGCTG 
AACGCAAACA GACTACTCTC CATTCGGAAG ATCAGTCCCG ATAGCGGGTT GAAGTTTCTT 
CAGAAACCTC TGAAGGTGTT CCGCCTCCCA GAGTTCCCGC CGCCATTAGC CTATCATTAT 
GTTCAGAACT ATTACTCTGA CATGGTTGCC TCACTGGGGA AGGCTATTAA TGCGACACCA 
CCTGATGAAT CTGCACTGCT GGCCAGATAC CATTACCTCC GGGGTTTGGT GAACACTGTG 
TCCAACAGGC GTCTGGACGC ATTGGAGGAT TTTCATAGTC TTTATAAGAC TGACGCAGGA 
ATCTTCCCTT CTCAGATGGT TAACTCTTTA ATAGACTCCC TGCCAGATGT TGAGCGCGTA 
CAGGCGGACA GAAGGCCGGA GATCAAACGC CTCATCAGTC GGCTGAAGAG GGAACAGGAG 
CGGGAGCGCG CGACCCAGGG CACGGGACAG GAAGACGCAG CAGTAAAGCG TTTCCAGCTG 
CCGAAAAAAT ACATGCACTT GGAGGAGTTT GTGAAATGTG TCCAGGAGTC TGGCATCGTA 
AAAGACCAAG GAACCATTCA CAGACTGTTT GATGCTCTCA CCGTAGGTCA CCAGAAGCAG 
GTTGGTCCAG ACTTATTCAG AGTGTTTTAC ACCATCTGGA AGGAGACTGA GGCCGAGGCT 
CAAGAGGTGT GTCTGCCGGC ATCCGTGCTG GAGCACATTG ATGCTGCCGA ATGTGTCTTC 
AAGCTGTCGT CCTCCGTCAA AACGAGTCGT GGTGTGGGGA AGATCGCCAT GACTCAGCGT 
CGGCTTTTCT TGCTGACCGA CGGACGACCG GGATACGTGG AGGTGGCACA ATATCGAGAC 
TTGGAGGAAG TGAGGGTGTC CTCTGCTCCC TTCCTGGTTC TACGCATCCC CAGCCTGAAG 
ATCCGTGTTC ATGGAAGGAA GGAGACATTC GAGGCGAACC TGAAAACGGA AACTGAGCTG 
TGGAATCTGA TGATCAAGGA GATGTGGGCA GGACGATCAA TAGCTGACCG ACACAAGGAT 
CCACAATACA TGCAGCAGGC TCTGACCAAC GCCTTGTTAA TGGACGCTGT AGTAGGCAGC 
CTTCAGAGCA GCAAAGCTAT CTATGCTGCT TCTAAGCTCG CTTACTTTGA CCGCATGAGT 
CTAGAAGCTC AGATGATGGT TCCCAGCACA ACTTCAGAGA CGCTGAAGCA TAAAATAAAC 
CCGTCAGTGG AATTTGCCGT ACCCCAGGCT GTAGATGTGT TGCTGTACAC TCCAGGTCAG 
TTATGGGTGT CTGTGGGCGG AGGGAAGGTG ATGGTCTATG ATGCATCCAG CTGGTCCCTC 
ATACAAACCT GCCAAGTCGG AAATGCAAGA CTGAACTGCA TGCTGGGAGT TGACAGAGAT 
CAGGTCTGGA TGGGCTCTGA GGACTGCGTC ATCTACATCA TCAGCCTGGT GTCCATGGTC 
TGTAACAGGC AGCTGACTGA GCACAGGGCA GAGGTCACAG GACTCGCACT GGACAACGAA 
AAATACTGCC ACAAGGTGGC GTACTCCTGC AGTGCGGAGG GAACCGTCAT GGCGTGGGAA 
GTCTCCACTC TACAGGTGAA GAGACATTTT CGTCTCTCCT GCGATCGCCT GCAGTCGGTC 
TACAGCTGTG GTGGAGTTCT CTGGTGTTGC GCTAGGGACG GCATAATGGA GGTCTGGAGG 
AACGGTACAT TAAAACAACA TATAAATCTG CCCGAACAAC AGAGAGTCAC GTTTAGCTCT 
GCTCTGCTGA TAACTGAGAG CGAGGAGCTT TGGAGTGTGT GTGTCGACTC TGCAGAGGTG 
TATATCTGGC ACATTAAAAA CACCAGCAGA CCTATCAACC GCGTGATGCT GCAGGACTGC 
ATTGGATGCT ACTGCATGAT TCAAGTCAAA AACCAGGTAT GGGTCGGGGG CATGGGCCGT 
AGCTCCACCA AGGGGAAGAT TTACATCCTG GACACGGAGC GCTACGAGGT TCTGAAGGAG 
CTCCACGGCC ATATCGACAA GGTGACGGCG CTCTGCTCGG CTGAGGACCG CTACGTCCTC 
AGCGGAGCCG CCAAGCACGA CGGGAAAGTC GCCATCTGGA AGGTGGAGGA TCGAGGACTG 
GACTCCAGCA AATGTTAG

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

RefSeq	XP_014905932.1
CDS	239..4036
Translation	MAELPSGLLEACVVVGAPSDKLRELPQHTKSSELPLLDPEVLQVHAPPFVSIEANSNHVIGPAFSRVQRRRSFIKKKRRDRAAEGVSNGDSSSRHEASPVPATEDISVPKDLDLIALPQLCFPDGLQLASEQKDDAYHFLVFTDLFGNRTHGVVVHYYRAVQSFQDSVFQNGHRWNAPKSRLFAPFAVCIISKFPYYNALKDCLSCLLVQLRTVRQADLEETIREFSAKLSLVPLPPPGQLHVSFSLRPLQVVLPSRDDQDSPVVDLNLHLPLLCFTHTALLQVLSCLLQEQRIVFFSSDWARLTLVAESLLLYLQPLSWQQPYVPVLARGMLDFLMAPTAFLMGCHINHFEEIAAETEDLILVNVDDGFIQTSWSEAVDLPALPLAAAECFISRAESLQLQYDLELCHLGTGTDVNTLRSQRRGWQQKLNSQIQNIALELVVNIFRGVQDFLNHEHRVFNSEEFLRTREPDDQLFYRKVLETHIFHSFLRDRLNRKRDSFSRMEQMTQSHAHRNRAMTESPRRPPMSELSRAGPDRKLSKRLGASLPNLDQPINESVPLNANRLLSIRKISPDSGLKFLQKPLKVFRLPEFPPPLAYHYVQNYYSDMVASLGKAINATPPDESALLARYHYLRGLVNTVSNRRLDALEDFHSLYKTDAGIFPSQMVNSLIDSLPDVERVQADRRPEIKRLISRLKREQERERATQGTGQEDAAVKRFQLPKKYMHLEEFVKCVQESGIVKDQGTIHRLFDALTVGHQKQVGPDLFRVFYTIWKETEAEAQEVCLPASVLEHIDAAECVFKLSSSVKTSRGVGKIAMTQRRLFLLTDGRPGYVEVAQYRDLEEVRVSSAPFLVLRIPSLKIRVHGRKETFEANLKTETELWNLMIKEMWAGRSIADRHKDPQYMQQALTNALLMDAVVGSLQSSKAIYAASKLAYFDRMSLEAQMMVPSTTSETLKHKINPSVEFAVPQAVDVLLYTPGQLWVSVGGGKVMVYDASSWSLIQTCQVGNARLNCMLGVDRDQVWMGSEDCVIYIISLVSMVCNRQLTEHRAEVTGLALDNEKYCHKVAYSCSAEGTVMAWEVSTLQVKRHFRLSCDRLQSVYSCGGVLWCCARDGIMEVWRNGTLKQHINLPEQQRVTFSSALLITESEELWSVCVDSAEVYIWHIKNTSRPINRVMLQDCIGCYCMIQVKNQVWVGGMGRSSTKGKIYILDTERYEVLKELHGHIDKVTALCSAEDRYVLSGAAKHDGKVAIWKVEDRGLDSSKC

Target ORF information:

RefSeq Version	XM_015050446.1
Organism	Poecilia latipinna(sailfin molly)
Definition	Poecilia latipinna DENN/MADD domain containing 3 (dennd3), transcript variant X1, mRNA.

Target ORF information:

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

XM_015050446.1

ORF Insert Sequence:

ATGGCGGAGC TCCCATCTGG GCTCCTGGAG GCCTGTGTAG TGGTCGGAGC TCCCAGCGAT 
AAGCTTCGAG AGTTACCGCA ACACACAAAG TCAAGTGAGC TCCCCCTGCT GGATCCTGAG 
GTACTGCAGG TCCATGCTCC GCCGTTTGTT TCCATAGAGG CCAACTCGAA CCACGTCATT 
GGTCCAGCTT TCAGCCGTGT GCAGAGGAGG AGAAGTTTCA TTAAAAAGAA GAGGCGAGAT 
CGTGCTGCGG AGGGCGTGTC TAATGGAGAT TCAAGCAGTC GTCACGAAGC ATCGCCGGTA 
CCGGCAACGG AGGACATCAG TGTTCCGAAG GATCTGGACC TCATCGCTTT GCCTCAGCTC 
TGTTTCCCTG ATGGTCTTCA GCTAGCCAGT GAGCAGAAAG ATGACGCCTA TCACTTCTTG 
GTTTTTACCG ACCTGTTTGG CAATCGAACC CATGGAGTTG TTGTCCATTA CTACAGAGCT 
GTGCAGTCCT TTCAGGACAG TGTTTTCCAA AATGGCCACA GATGGAACGC ACCCAAGTCT 
CGTCTGTTTG CTCCTTTTGC TGTGTGCATC ATTTCAAAGT TTCCCTACTA CAACGCCCTG 
AAAGACTGCT TGTCATGTCT GCTGGTCCAG TTGCGGACTG TGAGACAAGC GGATCTTGAA 
GAAACGATCA GGGAGTTTTC AGCCAAGCTG TCCCTCGTTC CCCTACCACC TCCTGGACAG 
CTGCATGTGT CTTTTAGTCT CCGTCCCCTT CAAGTGGTTC TCCCGTCCAG AGACGATCAG 
GACAGTCCCG TTGTTGACCT CAACCTTCAC CTTCCTCTTC TCTGTTTCAC TCACACGGCT 
CTGCTCCAGG TGCTTTCCTG CCTTCTGCAA GAGCAGAGGA TCGTCTTTTT CTCCTCAGAC 
TGGGCCAGAC TGACTCTGGT GGCAGAGAGT TTGTTGCTGT ACCTGCAGCC ACTGTCCTGG 
CAGCAGCCCT ACGTTCCTGT CTTGGCCCGA GGAATGCTGG ACTTTCTTAT GGCGCCGACC 
GCTTTCCTGA TGGGCTGTCA CATTAATCAC TTTGAAGAGA TTGCTGCTGA GACAGAGGAC 
CTGATCCTTG TGAATGTGGA TGATGGTTTT ATTCAGACAT CATGGTCTGA AGCTGTCGAC 
CTTCCTGCCT TACCTCTGGC TGCAGCAGAG TGCTTTATTT CAAGGGCAGA GAGCTTACAG 
CTTCAGTACG ATTTGGAGCT GTGCCACCTT GGGACGGGTA CAGACGTTAA CACCCTTCGC 
TCCCAGCGTA GAGGCTGGCA GCAGAAACTC AACTCCCAGA TCCAAAACAT CGCCCTGGAA 
CTGGTGGTCA ACATCTTCAG AGGAGTCCAG GACTTTTTAA ACCATGAACA CAGAGTTTTT 
AATAGTGAGG AGTTTCTTAG AACGAGGGAG CCAGACGACC AGCTGTTTTA CAGAAAGGTT 
TTAGAGACGC ACATCTTTCA CTCATTCCTG CGGGACAGGC TGAACCGGAA AAGAGATTCC 
TTCAGCCGCA TGGAGCAGAT GACACAAAGC CACGCGCACC GGAATCGTGC AATGACAGAA 
TCCCCACGCC GCCCTCCGAT GTCGGAGCTG TCCAGAGCTG GCCCTGACCG CAAACTGAGC 
AAGCGGCTGG GAGCCAGTCT GCCGAATCTC GACCAACCCA TTAACGAATC GGTCCCGCTG 
AACGCAAACA GACTACTCTC CATTCGGAAG ATCAGTCCCG ATAGCGGGTT GAAGTTTCTT 
CAGAAACCTC TGAAGGTGTT CCGCCTCCCA GAGTTCCCGC CGCCATTAGC CTATCATTAT 
GTTCAGAACT ATTACTCTGA CATGGTTGCC TCACTGGGGA AGGCTATTAA TGCGACACCA 
CCTGATGAAT CTGCACTGCT GGCCAGATAC CATTACCTCC GGGGTTTGGT GAACACTGTG 
TCCAACAGGC GTCTGGACGC ATTGGAGGAT TTTCATAGTC TTTATAAGAC TGACGCAGGA 
ATCTTCCCTT CTCAGATGGT TAACTCTTTA ATAGACTCCC TGCCAGATGT TGAGCGCGTA 
CAGGCGGACA GAAGGCCGGA GATCAAACGC CTCATCAGTC GGCTGAAGAG GGAACAGGAG 
CGGGAGCGCG CGACCCAGGG CACGGGACAG GAAGACGCAG CAGTAAAGCG TTTCCAGCTG 
CCGAAAAAAT ACATGCACTT GGAGGAGTTT GTGAAATGTG TCCAGGAGTC TGGCATCGTA 
AAAGACCAAG GAACCATTCA CAGACTGTTT GATGCTCTCA CCGTAGGTCA CCAGAAGCAG 
GTTGGTCCAG ACTTATTCAG AGTGTTTTAC ACCATCTGGA AGGAGACTGA GGCCGAGGCT 
CAAGAGGTGT GTCTGCCGGC ATCCGTGCTG GAGCACATTG ATGCTGCCGA ATGTGTCTTC 
AAGCTGTCGT CCTCCGTCAA AACGAGTCGT GGTGTGGGGA AGATCGCCAT GACTCAGCGT 
CGGCTTTTCT TGCTGACCGA CGGACGACCG GGATACGTGG AGGTGGCACA ATATCGAGAC 
TTGGAGGAAG TGAGGGTGTC CTCTGCTCCC TTCCTGGTTC TACGCATCCC CAGCCTGAAG 
ATCCGTGTTC ATGGAAGGAA GGAGACATTC GAGGCGAACC TGAAAACGGA AACTGAGCTG 
TGGAATCTGA TGATCAAGGA GATGTGGGCA GGACGATCAA TAGCTGACCG ACACAAGGAT 
CCACAATACA TGCAGCAGGC TCTGACCAAC GCCTTGTTAA TGGACGCTGT AGTAGGCAGC 
CTTCAGAGCA GCAAAGCTAT CTATGCTGCT TCTAAGCTCG CTTACTTTGA CCGCATGAGT 
CTAGAAGCTC AGATGATGGT TCCCAGCACA ACTTCAGAGA CGCTGAAGCA TAAAATAAAC 
CCGTCAGTGG AATTTGCCGT ACCCCAGGCT GTAGATGTGT TGCTGTACAC TCCAGGTCAG 
TTATGGGTGT CTGTGGGCGG AGGGAAGGTG ATGGTCTATG ATGCATCCAG CTGGTCCCTC 
ATACAAACCT GCCAAGTCGG AAATGCAAGA CTGAACTGCA TGCTGGGAGT TGACAGAGAT 
CAGGTCTGGA TGGGCTCTGA GGACTGCGTC ATCTACATCA TCAGCCTGGT GTCCATGGTC 
TGTAACAGGC AGCTGACTGA GCACAGGGCA GAGGTCACAG GACTCGCACT GGACAACGAA 
AAATACTGCC ACAAGGTGGC GTACTCCTGC AGTGCGGAGG GAACCGTCAT GGCGTGGGAA 
GTCTCCACTC TACAGGTGAA GAGACATTTT CGTCTCTCCT GCGATCGCCT GCAGTCGGTC 
TACAGCTGTG GTGGAGTTCT CTGGTGTTGC GCTAGGGACG GCATAATGGA GGTCTGGAGG 
AACGGTACAT TAAAACAACA TATAAATCTG CCCGAACAAC AGAGAGTCAC GTTTAGCTCT 
GCTCTGCTGA TAACTGAGAG CGAGGAGCTT TGGAGTGTGT GTGTCGACTC TGCAGAGGTG 
TATATCTGGC ACATTAAAAA CACCAGCAGA CCTATCAACC GCGTGATGCT GCAGGACTGC 
ATTGGATGCT ACTGCATGAT TCAAGTCAAA AACCAGGTAT GGGTCGGGGG CATGGGCCGT 
AGCTCCACCA AGGGGAAGAT TTACATCCTG GACACGGAGC GCTACGAGGT TCTGAAGGAG 
CTCCACGGCC ATATCGACAA GGTGACGGCG CTCTGCTCGG CTGAGGACCG CTACGTCCTC 
AGCGGAGCCG CCAAGCACGA CGGGAAAGTC GCCATCTGGA AGGTGGAGGA TCGAGGACTG 
GACTCCAGCA AATGTTAG

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

dennd3 ( XM_015050452.1 ) cDNA ORF clone, Poecilia latipinna(sailfin molly) -> XP_014905938.1 Poecilia latipinna DENN/MADD domain containing 3 (dennd3), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OPo29772
Clone ID Related Accession (Same CDS sequence)	XM_015050446.1 , XM_015050452.1
Accession Version	XM_015050452.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3798bp) 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	2015-12-14
Organism	Poecilia latipinna(sailfin molly)
Product	DENN domain-containing protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015112665.1) 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 :: Poecilia latipinna Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGAGC TCCCATCTGG GCTCCTGGAG GCCTGTGTAG TGGTCGGAGC TCCCAGCGAT 
AAGCTTCGAG AGTTACCGCA ACACACAAAG TCAAGTGAGC TCCCCCTGCT GGATCCTGAG 
GTACTGCAGG TCCATGCTCC GCCGTTTGTT TCCATAGAGG CCAACTCGAA CCACGTCATT 
GGTCCAGCTT TCAGCCGTGT GCAGAGGAGG AGAAGTTTCA TTAAAAAGAA GAGGCGAGAT 
CGTGCTGCGG AGGGCGTGTC TAATGGAGAT TCAAGCAGTC GTCACGAAGC ATCGCCGGTA 
CCGGCAACGG AGGACATCAG TGTTCCGAAG GATCTGGACC TCATCGCTTT GCCTCAGCTC 
TGTTTCCCTG ATGGTCTTCA GCTAGCCAGT GAGCAGAAAG ATGACGCCTA TCACTTCTTG 
GTTTTTACCG ACCTGTTTGG CAATCGAACC CATGGAGTTG TTGTCCATTA CTACAGAGCT 
GTGCAGTCCT TTCAGGACAG TGTTTTCCAA AATGGCCACA GATGGAACGC ACCCAAGTCT 
CGTCTGTTTG CTCCTTTTGC TGTGTGCATC ATTTCAAAGT TTCCCTACTA CAACGCCCTG 
AAAGACTGCT TGTCATGTCT GCTGGTCCAG TTGCGGACTG TGAGACAAGC GGATCTTGAA 
GAAACGATCA GGGAGTTTTC AGCCAAGCTG TCCCTCGTTC CCCTACCACC TCCTGGACAG 
CTGCATGTGT CTTTTAGTCT CCGTCCCCTT CAAGTGGTTC TCCCGTCCAG AGACGATCAG 
GACAGTCCCG TTGTTGACCT CAACCTTCAC CTTCCTCTTC TCTGTTTCAC TCACACGGCT 
CTGCTCCAGG TGCTTTCCTG CCTTCTGCAA GAGCAGAGGA TCGTCTTTTT CTCCTCAGAC 
TGGGCCAGAC TGACTCTGGT GGCAGAGAGT TTGTTGCTGT ACCTGCAGCC ACTGTCCTGG 
CAGCAGCCCT ACGTTCCTGT CTTGGCCCGA GGAATGCTGG ACTTTCTTAT GGCGCCGACC 
GCTTTCCTGA TGGGCTGTCA CATTAATCAC TTTGAAGAGA TTGCTGCTGA GACAGAGGAC 
CTGATCCTTG TGAATGTGGA TGATGGTTTT ATTCAGACAT CATGGTCTGA AGCTGTCGAC 
CTTCCTGCCT TACCTCTGGC TGCAGCAGAG TGCTTTATTT CAAGGGCAGA GAGCTTACAG 
CTTCAGTACG ATTTGGAGCT GTGCCACCTT GGGACGGGTA CAGACGTTAA CACCCTTCGC 
TCCCAGCGTA GAGGCTGGCA GCAGAAACTC AACTCCCAGA TCCAAAACAT CGCCCTGGAA 
CTGGTGGTCA ACATCTTCAG AGGAGTCCAG GACTTTTTAA ACCATGAACA CAGAGTTTTT 
AATAGTGAGG AGTTTCTTAG AACGAGGGAG CCAGACGACC AGCTGTTTTA CAGAAAGGTT 
TTAGAGACGC ACATCTTTCA CTCATTCCTG CGGGACAGGC TGAACCGGAA AAGAGATTCC 
TTCAGCCGCA TGGAGCAGAT GACACAAAGC CACGCGCACC GGAATCGTGC AATGACAGAA 
TCCCCACGCC GCCCTCCGAT GTCGGAGCTG TCCAGAGCTG GCCCTGACCG CAAACTGAGC 
AAGCGGCTGG GAGCCAGTCT GCCGAATCTC GACCAACCCA TTAACGAATC GGTCCCGCTG 
AACGCAAACA GACTACTCTC CATTCGGAAG ATCAGTCCCG ATAGCGGGTT GAAGTTTCTT 
CAGAAACCTC TGAAGGTGTT CCGCCTCCCA GAGTTCCCGC CGCCATTAGC CTATCATTAT 
GTTCAGAACT ATTACTCTGA CATGGTTGCC TCACTGGGGA AGGCTATTAA TGCGACACCA 
CCTGATGAAT CTGCACTGCT GGCCAGATAC CATTACCTCC GGGGTTTGGT GAACACTGTG 
TCCAACAGGC GTCTGGACGC ATTGGAGGAT TTTCATAGTC TTTATAAGAC TGACGCAGGA 
ATCTTCCCTT CTCAGATGGT TAACTCTTTA ATAGACTCCC TGCCAGATGT TGAGCGCGTA 
CAGGCGGACA GAAGGCCGGA GATCAAACGC CTCATCAGTC GGCTGAAGAG GGAACAGGAG 
CGGGAGCGCG CGACCCAGGG CACGGGACAG GAAGACGCAG CAGTAAAGCG TTTCCAGCTG 
CCGAAAAAAT ACATGCACTT GGAGGAGTTT GTGAAATGTG TCCAGGAGTC TGGCATCGTA 
AAAGACCAAG GAACCATTCA CAGACTGTTT GATGCTCTCA CCGTAGGTCA CCAGAAGCAG 
GTTGGTCCAG ACTTATTCAG AGTGTTTTAC ACCATCTGGA AGGAGACTGA GGCCGAGGCT 
CAAGAGGTGT GTCTGCCGGC ATCCGTGCTG GAGCACATTG ATGCTGCCGA ATGTGTCTTC 
AAGCTGTCGT CCTCCGTCAA AACGAGTCGT GGTGTGGGGA AGATCGCCAT GACTCAGCGT 
CGGCTTTTCT TGCTGACCGA CGGACGACCG GGATACGTGG AGGTGGCACA ATATCGAGAC 
TTGGAGGAAG TGAGGGTGTC CTCTGCTCCC TTCCTGGTTC TACGCATCCC CAGCCTGAAG 
ATCCGTGTTC ATGGAAGGAA GGAGACATTC GAGGCGAACC TGAAAACGGA AACTGAGCTG 
TGGAATCTGA TGATCAAGGA GATGTGGGCA GGACGATCAA TAGCTGACCG ACACAAGGAT 
CCACAATACA TGCAGCAGGC TCTGACCAAC GCCTTGTTAA TGGACGCTGT AGTAGGCAGC 
CTTCAGAGCA GCAAAGCTAT CTATGCTGCT TCTAAGCTCG CTTACTTTGA CCGCATGAGT 
CTAGAAGCTC AGATGATGGT TCCCAGCACA ACTTCAGAGA CGCTGAAGCA TAAAATAAAC 
CCGTCAGTGG AATTTGCCGT ACCCCAGGCT GTAGATGTGT TGCTGTACAC TCCAGGTCAG 
TTATGGGTGT CTGTGGGCGG AGGGAAGGTG ATGGTCTATG ATGCATCCAG CTGGTCCCTC 
ATACAAACCT GCCAAGTCGG AAATGCAAGA CTGAACTGCA TGCTGGGAGT TGACAGAGAT 
CAGGTCTGGA TGGGCTCTGA GGACTGCGTC ATCTACATCA TCAGCCTGGT GTCCATGGTC 
TGTAACAGGC AGCTGACTGA GCACAGGGCA GAGGTCACAG GACTCGCACT GGACAACGAA 
AAATACTGCC ACAAGGTGGC GTACTCCTGC AGTGCGGAGG GAACCGTCAT GGCGTGGGAA 
GTCTCCACTC TACAGGTGAA GAGACATTTT CGTCTCTCCT GCGATCGCCT GCAGTCGGTC 
TACAGCTGTG GTGGAGTTCT CTGGTGTTGC GCTAGGGACG GCATAATGGA GGTCTGGAGG 
AACGGTACAT TAAAACAACA TATAAATCTG CCCGAACAAC AGAGAGTCAC GTTTAGCTCT 
GCTCTGCTGA TAACTGAGAG CGAGGAGCTT TGGAGTGTGT GTGTCGACTC TGCAGAGGTG 
TATATCTGGC ACATTAAAAA CACCAGCAGA CCTATCAACC GCGTGATGCT GCAGGACTGC 
ATTGGATGCT ACTGCATGAT TCAAGTCAAA AACCAGGTAT GGGTCGGGGG CATGGGCCGT 
AGCTCCACCA AGGGGAAGAT TTACATCCTG GACACGGAGC GCTACGAGGT TCTGAAGGAG 
CTCCACGGCC ATATCGACAA GGTGACGGCG CTCTGCTCGG CTGAGGACCG CTACGTCCTC 
AGCGGAGCCG CCAAGCACGA CGGGAAAGTC GCCATCTGGA AGGTGGAGGA TCGAGGACTG 
GACTCCAGCA AATGTTAG

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

RefSeq	XP_014905938.1
CDS	46..3843
Translation	MAELPSGLLEACVVVGAPSDKLRELPQHTKSSELPLLDPEVLQVHAPPFVSIEANSNHVIGPAFSRVQRRRSFIKKKRRDRAAEGVSNGDSSSRHEASPVPATEDISVPKDLDLIALPQLCFPDGLQLASEQKDDAYHFLVFTDLFGNRTHGVVVHYYRAVQSFQDSVFQNGHRWNAPKSRLFAPFAVCIISKFPYYNALKDCLSCLLVQLRTVRQADLEETIREFSAKLSLVPLPPPGQLHVSFSLRPLQVVLPSRDDQDSPVVDLNLHLPLLCFTHTALLQVLSCLLQEQRIVFFSSDWARLTLVAESLLLYLQPLSWQQPYVPVLARGMLDFLMAPTAFLMGCHINHFEEIAAETEDLILVNVDDGFIQTSWSEAVDLPALPLAAAECFISRAESLQLQYDLELCHLGTGTDVNTLRSQRRGWQQKLNSQIQNIALELVVNIFRGVQDFLNHEHRVFNSEEFLRTREPDDQLFYRKVLETHIFHSFLRDRLNRKRDSFSRMEQMTQSHAHRNRAMTESPRRPPMSELSRAGPDRKLSKRLGASLPNLDQPINESVPLNANRLLSIRKISPDSGLKFLQKPLKVFRLPEFPPPLAYHYVQNYYSDMVASLGKAINATPPDESALLARYHYLRGLVNTVSNRRLDALEDFHSLYKTDAGIFPSQMVNSLIDSLPDVERVQADRRPEIKRLISRLKREQERERATQGTGQEDAAVKRFQLPKKYMHLEEFVKCVQESGIVKDQGTIHRLFDALTVGHQKQVGPDLFRVFYTIWKETEAEAQEVCLPASVLEHIDAAECVFKLSSSVKTSRGVGKIAMTQRRLFLLTDGRPGYVEVAQYRDLEEVRVSSAPFLVLRIPSLKIRVHGRKETFEANLKTETELWNLMIKEMWAGRSIADRHKDPQYMQQALTNALLMDAVVGSLQSSKAIYAASKLAYFDRMSLEAQMMVPSTTSETLKHKINPSVEFAVPQAVDVLLYTPGQLWVSVGGGKVMVYDASSWSLIQTCQVGNARLNCMLGVDRDQVWMGSEDCVIYIISLVSMVCNRQLTEHRAEVTGLALDNEKYCHKVAYSCSAEGTVMAWEVSTLQVKRHFRLSCDRLQSVYSCGGVLWCCARDGIMEVWRNGTLKQHINLPEQQRVTFSSALLITESEELWSVCVDSAEVYIWHIKNTSRPINRVMLQDCIGCYCMIQVKNQVWVGGMGRSSTKGKIYILDTERYEVLKELHGHIDKVTALCSAEDRYVLSGAAKHDGKVAIWKVEDRGLDSSKC

Target ORF information:

RefSeq Version	XM_015050452.1
Organism	Poecilia latipinna(sailfin molly)
Definition	Poecilia latipinna DENN/MADD domain containing 3 (dennd3), transcript variant X2, mRNA.

Target ORF information:

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

XM_015050452.1

ORF Insert Sequence:

ATGGCGGAGC TCCCATCTGG GCTCCTGGAG GCCTGTGTAG TGGTCGGAGC TCCCAGCGAT 
AAGCTTCGAG AGTTACCGCA ACACACAAAG TCAAGTGAGC TCCCCCTGCT GGATCCTGAG 
GTACTGCAGG TCCATGCTCC GCCGTTTGTT TCCATAGAGG CCAACTCGAA CCACGTCATT 
GGTCCAGCTT TCAGCCGTGT GCAGAGGAGG AGAAGTTTCA TTAAAAAGAA GAGGCGAGAT 
CGTGCTGCGG AGGGCGTGTC TAATGGAGAT TCAAGCAGTC GTCACGAAGC ATCGCCGGTA 
CCGGCAACGG AGGACATCAG TGTTCCGAAG GATCTGGACC TCATCGCTTT GCCTCAGCTC 
TGTTTCCCTG ATGGTCTTCA GCTAGCCAGT GAGCAGAAAG ATGACGCCTA TCACTTCTTG 
GTTTTTACCG ACCTGTTTGG CAATCGAACC CATGGAGTTG TTGTCCATTA CTACAGAGCT 
GTGCAGTCCT TTCAGGACAG TGTTTTCCAA AATGGCCACA GATGGAACGC ACCCAAGTCT 
CGTCTGTTTG CTCCTTTTGC TGTGTGCATC ATTTCAAAGT TTCCCTACTA CAACGCCCTG 
AAAGACTGCT TGTCATGTCT GCTGGTCCAG TTGCGGACTG TGAGACAAGC GGATCTTGAA 
GAAACGATCA GGGAGTTTTC AGCCAAGCTG TCCCTCGTTC CCCTACCACC TCCTGGACAG 
CTGCATGTGT CTTTTAGTCT CCGTCCCCTT CAAGTGGTTC TCCCGTCCAG AGACGATCAG 
GACAGTCCCG TTGTTGACCT CAACCTTCAC CTTCCTCTTC TCTGTTTCAC TCACACGGCT 
CTGCTCCAGG TGCTTTCCTG CCTTCTGCAA GAGCAGAGGA TCGTCTTTTT CTCCTCAGAC 
TGGGCCAGAC TGACTCTGGT GGCAGAGAGT TTGTTGCTGT ACCTGCAGCC ACTGTCCTGG 
CAGCAGCCCT ACGTTCCTGT CTTGGCCCGA GGAATGCTGG ACTTTCTTAT GGCGCCGACC 
GCTTTCCTGA TGGGCTGTCA CATTAATCAC TTTGAAGAGA TTGCTGCTGA GACAGAGGAC 
CTGATCCTTG TGAATGTGGA TGATGGTTTT ATTCAGACAT CATGGTCTGA AGCTGTCGAC 
CTTCCTGCCT TACCTCTGGC TGCAGCAGAG TGCTTTATTT CAAGGGCAGA GAGCTTACAG 
CTTCAGTACG ATTTGGAGCT GTGCCACCTT GGGACGGGTA CAGACGTTAA CACCCTTCGC 
TCCCAGCGTA GAGGCTGGCA GCAGAAACTC AACTCCCAGA TCCAAAACAT CGCCCTGGAA 
CTGGTGGTCA ACATCTTCAG AGGAGTCCAG GACTTTTTAA ACCATGAACA CAGAGTTTTT 
AATAGTGAGG AGTTTCTTAG AACGAGGGAG CCAGACGACC AGCTGTTTTA CAGAAAGGTT 
TTAGAGACGC ACATCTTTCA CTCATTCCTG CGGGACAGGC TGAACCGGAA AAGAGATTCC 
TTCAGCCGCA TGGAGCAGAT GACACAAAGC CACGCGCACC GGAATCGTGC AATGACAGAA 
TCCCCACGCC GCCCTCCGAT GTCGGAGCTG TCCAGAGCTG GCCCTGACCG CAAACTGAGC 
AAGCGGCTGG GAGCCAGTCT GCCGAATCTC GACCAACCCA TTAACGAATC GGTCCCGCTG 
AACGCAAACA GACTACTCTC CATTCGGAAG ATCAGTCCCG ATAGCGGGTT GAAGTTTCTT 
CAGAAACCTC TGAAGGTGTT CCGCCTCCCA GAGTTCCCGC CGCCATTAGC CTATCATTAT 
GTTCAGAACT ATTACTCTGA CATGGTTGCC TCACTGGGGA AGGCTATTAA TGCGACACCA 
CCTGATGAAT CTGCACTGCT GGCCAGATAC CATTACCTCC GGGGTTTGGT GAACACTGTG 
TCCAACAGGC GTCTGGACGC ATTGGAGGAT TTTCATAGTC TTTATAAGAC TGACGCAGGA 
ATCTTCCCTT CTCAGATGGT TAACTCTTTA ATAGACTCCC TGCCAGATGT TGAGCGCGTA 
CAGGCGGACA GAAGGCCGGA GATCAAACGC CTCATCAGTC GGCTGAAGAG GGAACAGGAG 
CGGGAGCGCG CGACCCAGGG CACGGGACAG GAAGACGCAG CAGTAAAGCG TTTCCAGCTG 
CCGAAAAAAT ACATGCACTT GGAGGAGTTT GTGAAATGTG TCCAGGAGTC TGGCATCGTA 
AAAGACCAAG GAACCATTCA CAGACTGTTT GATGCTCTCA CCGTAGGTCA CCAGAAGCAG 
GTTGGTCCAG ACTTATTCAG AGTGTTTTAC ACCATCTGGA AGGAGACTGA GGCCGAGGCT 
CAAGAGGTGT GTCTGCCGGC ATCCGTGCTG GAGCACATTG ATGCTGCCGA ATGTGTCTTC 
AAGCTGTCGT CCTCCGTCAA AACGAGTCGT GGTGTGGGGA AGATCGCCAT GACTCAGCGT 
CGGCTTTTCT TGCTGACCGA CGGACGACCG GGATACGTGG AGGTGGCACA ATATCGAGAC 
TTGGAGGAAG TGAGGGTGTC CTCTGCTCCC TTCCTGGTTC TACGCATCCC CAGCCTGAAG 
ATCCGTGTTC ATGGAAGGAA GGAGACATTC GAGGCGAACC TGAAAACGGA AACTGAGCTG 
TGGAATCTGA TGATCAAGGA GATGTGGGCA GGACGATCAA TAGCTGACCG ACACAAGGAT 
CCACAATACA TGCAGCAGGC TCTGACCAAC GCCTTGTTAA TGGACGCTGT AGTAGGCAGC 
CTTCAGAGCA GCAAAGCTAT CTATGCTGCT TCTAAGCTCG CTTACTTTGA CCGCATGAGT 
CTAGAAGCTC AGATGATGGT TCCCAGCACA ACTTCAGAGA CGCTGAAGCA TAAAATAAAC 
CCGTCAGTGG AATTTGCCGT ACCCCAGGCT GTAGATGTGT TGCTGTACAC TCCAGGTCAG 
TTATGGGTGT CTGTGGGCGG AGGGAAGGTG ATGGTCTATG ATGCATCCAG CTGGTCCCTC 
ATACAAACCT GCCAAGTCGG AAATGCAAGA CTGAACTGCA TGCTGGGAGT TGACAGAGAT 
CAGGTCTGGA TGGGCTCTGA GGACTGCGTC ATCTACATCA TCAGCCTGGT GTCCATGGTC 
TGTAACAGGC AGCTGACTGA GCACAGGGCA GAGGTCACAG GACTCGCACT GGACAACGAA 
AAATACTGCC ACAAGGTGGC GTACTCCTGC AGTGCGGAGG GAACCGTCAT GGCGTGGGAA 
GTCTCCACTC TACAGGTGAA GAGACATTTT CGTCTCTCCT GCGATCGCCT GCAGTCGGTC 
TACAGCTGTG GTGGAGTTCT CTGGTGTTGC GCTAGGGACG GCATAATGGA GGTCTGGAGG 
AACGGTACAT TAAAACAACA TATAAATCTG CCCGAACAAC AGAGAGTCAC GTTTAGCTCT 
GCTCTGCTGA TAACTGAGAG CGAGGAGCTT TGGAGTGTGT GTGTCGACTC TGCAGAGGTG 
TATATCTGGC ACATTAAAAA CACCAGCAGA CCTATCAACC GCGTGATGCT GCAGGACTGC 
ATTGGATGCT ACTGCATGAT TCAAGTCAAA AACCAGGTAT GGGTCGGGGG CATGGGCCGT 
AGCTCCACCA AGGGGAAGAT TTACATCCTG GACACGGAGC GCTACGAGGT TCTGAAGGAG 
CTCCACGGCC ATATCGACAA GGTGACGGCG CTCTGCTCGG CTGAGGACCG CTACGTCCTC 
AGCGGAGCCG CCAAGCACGA CGGGAAAGTC GCCATCTGGA AGGTGGAGGA TCGAGGACTG 
GACTCCAGCA AATGTTAG