DENND5A cDNA ORF clone, Saccoglossus kowalevskii

Gene
Clones
gRNAs

Summary

Gene Symbol	DENND5A
Entrez Gene ID	100369328
Full Name	DENN/MADD domain containing 5A
Gene Type	protein-coding
Organism	Saccoglossus kowalevskii

mRNA and Protein(s)

mRNA	Protein	Name
XM_006818443.1	XP_006818506.1	DENN domain-containing protein 5A

Pathways from BioSystems
Gene Ontology

The following DENND5A gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the DENND5A 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
OSg07114	XM_006818443.1 Latest version!	Saccoglossus kowalevskii DENN/MADD domain containing 5A (DENND5A), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*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)

DENND5A ( XM_006818443.1 ) cDNA ORF clone, Saccoglossus kowalevskii -> XP_006818506.1 Saccoglossus kowalevskii DENN/MADD domain containing 5A (DENND5A), mRNA.

Price & Availability↑

CloneID	OSg07114
Clone ID Related Accession (Same CDS sequence)	XM_006818443.1
Accession Version	XM_006818443.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3762bp) 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	2014-02-17
Organism	Saccoglossus kowalevskii
Product	DENN domain-containing protein 5A
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003132349.1) 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 :: Saccoglossus kowalevskii Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACGAGTA CGACGCAAGC CCCTGGCAGA TTTGCTGAAT ATTTTGTTGT CTGTGGCCTA 
GACATATCAT CAGGACTTGA ACCCGATCAG CTCTCCGGCG ACCATTTGCA ATATCAACCG 
TTACAAAGAT CATATAAATC TAAAGTGCTT GCACACTTCC CAGAAAGCAA TGAGTGGTCA 
CCGTTTAACA AAGATGCGGT TGGCATGCTT TGTTTGCCAA AAGGATTGTC ATTTAGAACA 
CAAAAGGACA GCAGGGAACC AGTATTCCAT TCTTTTATCA TCACCCGAGA AGACGGTTCA 
AGAACGTATG GTGCTGCGGT AACGTTTTAC GAGGAGGTAA AAAACAAACA GATATGTTTG 
GCGATGCAAT CCCTGCACGC CATGCACCAA GCAGAGTTAT GTAACAATCC AACAAAGACC 
ATAACAATGA CGCGGATAAC CGAAACAGAT TACTGGGACA ACCCACAAGC TAATCTACGA 
CCGGGACATA CAAAGCTCAG TGATTACAAT TTGAATAACG ATGTGTTATA CGCATCAAAG 
TGCATCTGTG TGATCATGCA ACAGCCGTTT ATCCAACCAG CTCGGAAATT CCTTCTTCAA 
ATATACGAAG CTGTTGCATC AAATGAGAAC CCTCCTTTAC CATTGGAGAG TTACATCTAT 
AATATCTTGT ATGAAGTGCC GGTACCCCCT GTGGGAAGAA GTATGAAATT TACAAGTGTT 
AAACTGCCTA TTGTTTGTCA GCGACCGGGG TCATCTGAAT TACCACTGTG CGATTATTCA 
TTCAGGGAAT TATTTTCGTT ATTAAGTGTG CATAATGTTG TGCAGTTATT TACATGTGCG 
TTGTTAGAGA ACCAGATATT ATTACTTTGT ACAGATTACC AAAGACTGAT GTTAGTAGCT 
GAGTGCCTGA GTGTTTTACT GTTCCCATTT ACATGGCAGC ATGTGTACGT ACCAATATTA 
CCAGCATCAA TGTTACATTT CCTGGATGCT CCAGTGCCAT TCATTATGGG CTTGCATTCC 
TCTGGTAAAG AAGACAGGTC ACAGCTTTGT CTACCAAATG AGGCATCGCT ATGTTTTGTT 
GACGTTGATA ACCATGTTGT AGAAACACCA GAAGATTTGC CTGAATTTCC GTATAAATCC 
GAATTCATAC TGGAAATATC TCAAGTATTG GATCGTTTCA ACATATCCAC TGATAGTGAT 
AAGGATTTAG GTTTCCATGA ACCGGAATCT AACTCCAACT CCATACAGGG TTCGTCATAT 
GATCTTTACG GACTGCAGAA TAACTTGAAT GCCATCAATG CGGCTATGCA ACAGGATGAA 
AGCTTTGACA CGGAAAGTCC AAGTTCGGGG TCAGAAGTTT CCAGCCGACG TGACTCGCAG 
ACGTCGTTAA CGATCCCAAG TAAAAGCGAA TTTTTGCGGA CAAATGAATT TGTATCAAAA 
GTTGCTGCAA TTGCCAAACG AACTGGTGTC ATTAAGTCTA TATCTGATTT TGACGATGTT 
GCAAAGAAGA CGGAAGCTGA AAAAGAGACA AAGTTTAACA AAGGAGACGT TGATGAACTG 
ACCTTTAACA GTGCTATACG TGAGATGTTC TGTTATCGGT TTGTTCAAAT GTTTCGTAAT 
TATGAATCGT TTGTTATCCA ACCGAATCAA GATATGGATG CTTGGCTTAA TGCCAGAGAA 
CAGATGCAGA ATTTTGATAA AGCGGCCTTT TTATCAGACC AGCCAGATGC TGCCATCCCG 
TTCTTATCAG CATTTATCGA AACCCAGATG TTTACAACAC AGATTGACAA CAAGATTGTA 
GCAAACTGGG AAGAAATGGA TCCCAATCTC AAAATATTTG AAAGTAGGAT TGATGGCTAT 
AAAACCAGAA ATACCGACCC AACTGGTAGT GTCAAGACGC CAAATTATGA ACATGCTACT 
CCAAGACATA AAAGTAAAGC TCAGTGGAGA CGAAAAGACA GACAACATCA ACATGCTGAA 
CATCTGCAGT TGAAGCGAGA CCAACGAGAG AAATACATTC AAGAAGCTCG TATTAAGAGT 
GTTAGAACTC CTCAGCTTTT GGACATGTCA CCAGCAGTCA TGGCGCAGAC AAACTGGAAA 
TTTGTGGAAG GTCTATTGAA GGAATGTAGG GTGAAGACAA AACGTATGTT GGTTGAAAAG 
ATGGGTCAGG AAGCTGTGGA ACTAGGACAC GGTGAAGTGA AACTGACCGG AGTTGAGGAG 
AATACTTTGA TTGCTAGTCT TTGTGATTTA TTAGAACGTA TATGGAGTCA TGGATTGCAA 
ACTAAACAGG GTAAATCAGC ATTGTGGTCT CATTTATTAG CATACCAAGA TATGAGAGTT 
AGAAAAGACT CATCACCGGA TCCAAACTTT TTAGTTCCAA TTGAAGCACA GTGGAAGCAA 
TATTTGAGTC CAGATTCCCC ATTGCTTGGT CATAGACGTC GTGGCAGTGG TCTACCAGAT 
CCAGTATTAC CACCAGTGCC TACAGATCTA ACACACGACA TCAGAAAAAT CCAGTCAATG 
AAGGATGTAA AGACTGATGT TGGATATGCC AGGGCATGGA TCAGATTGGC ACTGGAAAGG 
AAATTATTAT CAAAACACCT TAAAGAGCTG CTATCTGATT ATGAACTTTG CAAGAGTCGA 
TATAAGAGAT ACGCTTTTCT GAGGTCAGAC GATGAAAAGG AGCAATTTCT ATTTTACTTA 
CTATCGCTGA ATGCCGTAGA TTATTTCTGT TTCACAAATT CATTTAACAC AACAACAATG 
ACATACAAGG TGCTATTGTT TGTGAGTCGT AAATTCAATT CAGCGACAAC TGCCAATCCG 
TGGATCAGTG TTGCAGGGGA ACATGGAGAT ACTGGTATCA TACAACTACC AAAGAATGCA 
GTGGAGCTGA CATTTGAGCA TCGAAATCTT GGAGTTCTGA GTACCGTTAG AATTGGACAT 
GATAACTCTG GTATATCACC AAAATGGATG ATTGATTACA TCTTAGTTAG AAATGAATTG 
ACTGGCCACA CTTTTAAGTT TTCATGTGGG AGATGGCTTG GTAAAGGAGT GGATGATGGG 
AGTTTAGAAA GACTACTAGT TGGGGAGCTC ATTCCAACCA ATATGGATAC GGAAGACATT 
ATGACGTCAT GCAGGACACC ACCATGTCAA AGGTCGCCGG TGACAATTAG AAAAAGTATG 
GGGACGCCGC AGAAGACAAC AATCCCACAG ATACAGGAAA TGTTGACTGA CGCTGTTAAT 
AATATTGTCA AGTATTTTTA TAAACCAGAA AAAGAGAGAG GCAGCCTGAC ACTTTTACTG 
TGTGGAGAGA GAGGTCTTGT TCAGTGCCTA GATCAAGTTT TCCAATATGG TTTTAAATCA 
ACAAGGTTAT TCAGAAATAA CTTTTTCATC TGGGATTTCA TTGAAAAAGT CAGCACATAC 
TTTGAGAGTG TTGACAATGA TGATGAAGGT AAAAGAGGTC CTCAAGATGA AAGACATGCA 
AGGAGAATGT TTTGTCATTT TGTGAAAAAG ATCAATAACA CATCAAATAA TATCGGTAAA 
GATGGAAAAT TTCAGCTGTT AATGTGCCTT GGAGTCAGGG ATCATCTACT AACTCTGTGG 
ATTCCCCAGA TTGCATCCAC TCCAGTCACT TACAGTATGT ATGAAGACAA CTCTTTACTC 
AAAGACAGGT CATCTGTTGT GTTTCTAGTA CAGATTATAG GCGCATTGAG GGAATTCAAT 
GTTACACTAG AAGCATCTCT CATCAAAGGT CTAGATCTAT AA

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

RefSeq	XP_006818506.1
CDS	62..3823
Translation	MTSTTQAPGRFAEYFVVCGLDISSGLEPDQLSGDHLQYQPLQRSYKSKVLAHFPESNEWSPFNKDAVGMLCLPKGLSFRTQKDSREPVFHSFIITREDGSRTYGAAVTFYEEVKNKQICLAMQSLHAMHQAELCNNPTKTITMTRITETDYWDNPQANLRPGHTKLSDYNLNNDVLYASKCICVIMQQPFIQPARKFLLQIYEAVASNENPPLPLESYIYNILYEVPVPPVGRSMKFTSVKLPIVCQRPGSSELPLCDYSFRELFSLLSVHNVVQLFTCALLENQILLLCTDYQRLMLVAECLSVLLFPFTWQHVYVPILPASMLHFLDAPVPFIMGLHSSGKEDRSQLCLPNEASLCFVDVDNHVVETPEDLPEFPYKSEFILEISQVLDRFNISTDSDKDLGFHEPESNSNSIQGSSYDLYGLQNNLNAINAAMQQDESFDTESPSSGSEVSSRRDSQTSLTIPSKSEFLRTNEFVSKVAAIAKRTGVIKSISDFDDVAKKTEAEKETKFNKGDVDELTFNSAIREMFCYRFVQMFRNYESFVIQPNQDMDAWLNAREQMQNFDKAAFLSDQPDAAIPFLSAFIETQMFTTQIDNKIVANWEEMDPNLKIFESRIDGYKTRNTDPTGSVKTPNYEHATPRHKSKAQWRRKDRQHQHAEHLQLKRDQREKYIQEARIKSVRTPQLLDMSPAVMAQTNWKFVEGLLKECRVKTKRMLVEKMGQEAVELGHGEVKLTGVEENTLIASLCDLLERIWSHGLQTKQGKSALWSHLLAYQDMRVRKDSSPDPNFLVPIEAQWKQYLSPDSPLLGHRRRGSGLPDPVLPPVPTDLTHDIRKIQSMKDVKTDVGYARAWIRLALERKLLSKHLKELLSDYELCKSRYKRYAFLRSDDEKEQFLFYLLSLNAVDYFCFTNSFNTTTMTYKVLLFVSRKFNSATTANPWISVAGEHGDTGIIQLPKNAVELTFEHRNLGVLSTVRIGHDNSGISPKWMIDYILVRNELTGHTFKFSCGRWLGKGVDDGSLERLLVGELIPTNMDTEDIMTSCRTPPCQRSPVTIRKSMGTPQKTTIPQIQEMLTDAVNNIVKYFYKPEKERGSLTLLLCGERGLVQCLDQVFQYGFKSTRLFRNNFFIWDFIEKVSTYFESVDNDDEGKRGPQDERHARRMFCHFVKKINNTSNNIGKDGKFQLLMCLGVRDHLLTLWIPQIASTPVTYSMYEDNSLLKDRSSVVFLVQIIGALREFNVTLEASLIKGLDL

Target ORF information:

RefSeq Version	XM_006818443.1
Organism	Saccoglossus kowalevskii
Definition	Saccoglossus kowalevskii DENN/MADD domain containing 5A (DENND5A), mRNA.

Target ORF information:

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

XM_006818443.1

ORF Insert Sequence:

ATGACGAGTA CGACGCAAGC CCCTGGCAGA TTTGCTGAAT ATTTTGTTGT CTGTGGCCTA 
GACATATCAT CAGGACTTGA ACCCGATCAG CTCTCCGGCG ACCATTTGCA ATATCAACCG 
TTACAAAGAT CATATAAATC TAAAGTGCTT GCACACTTCC CAGAAAGCAA TGAGTGGTCA 
CCGTTTAACA AAGATGCGGT TGGCATGCTT TGTTTGCCAA AAGGATTGTC ATTTAGAACA 
CAAAAGGACA GCAGGGAACC AGTATTCCAT TCTTTTATCA TCACCCGAGA AGACGGTTCA 
AGAACGTATG GTGCTGCGGT AACGTTTTAC GAGGAGGTAA AAAACAAACA GATATGTTTG 
GCGATGCAAT CCCTGCACGC CATGCACCAA GCAGAGTTAT GTAACAATCC AACAAAGACC 
ATAACAATGA CGCGGATAAC CGAAACAGAT TACTGGGACA ACCCACAAGC TAATCTACGA 
CCGGGACATA CAAAGCTCAG TGATTACAAT TTGAATAACG ATGTGTTATA CGCATCAAAG 
TGCATCTGTG TGATCATGCA ACAGCCGTTT ATCCAACCAG CTCGGAAATT CCTTCTTCAA 
ATATACGAAG CTGTTGCATC AAATGAGAAC CCTCCTTTAC CATTGGAGAG TTACATCTAT 
AATATCTTGT ATGAAGTGCC GGTACCCCCT GTGGGAAGAA GTATGAAATT TACAAGTGTT 
AAACTGCCTA TTGTTTGTCA GCGACCGGGG TCATCTGAAT TACCACTGTG CGATTATTCA 
TTCAGGGAAT TATTTTCGTT ATTAAGTGTG CATAATGTTG TGCAGTTATT TACATGTGCG 
TTGTTAGAGA ACCAGATATT ATTACTTTGT ACAGATTACC AAAGACTGAT GTTAGTAGCT 
GAGTGCCTGA GTGTTTTACT GTTCCCATTT ACATGGCAGC ATGTGTACGT ACCAATATTA 
CCAGCATCAA TGTTACATTT CCTGGATGCT CCAGTGCCAT TCATTATGGG CTTGCATTCC 
TCTGGTAAAG AAGACAGGTC ACAGCTTTGT CTACCAAATG AGGCATCGCT ATGTTTTGTT 
GACGTTGATA ACCATGTTGT AGAAACACCA GAAGATTTGC CTGAATTTCC GTATAAATCC 
GAATTCATAC TGGAAATATC TCAAGTATTG GATCGTTTCA ACATATCCAC TGATAGTGAT 
AAGGATTTAG GTTTCCATGA ACCGGAATCT AACTCCAACT CCATACAGGG TTCGTCATAT 
GATCTTTACG GACTGCAGAA TAACTTGAAT GCCATCAATG CGGCTATGCA ACAGGATGAA 
AGCTTTGACA CGGAAAGTCC AAGTTCGGGG TCAGAAGTTT CCAGCCGACG TGACTCGCAG 
ACGTCGTTAA CGATCCCAAG TAAAAGCGAA TTTTTGCGGA CAAATGAATT TGTATCAAAA 
GTTGCTGCAA TTGCCAAACG AACTGGTGTC ATTAAGTCTA TATCTGATTT TGACGATGTT 
GCAAAGAAGA CGGAAGCTGA AAAAGAGACA AAGTTTAACA AAGGAGACGT TGATGAACTG 
ACCTTTAACA GTGCTATACG TGAGATGTTC TGTTATCGGT TTGTTCAAAT GTTTCGTAAT 
TATGAATCGT TTGTTATCCA ACCGAATCAA GATATGGATG CTTGGCTTAA TGCCAGAGAA 
CAGATGCAGA ATTTTGATAA AGCGGCCTTT TTATCAGACC AGCCAGATGC TGCCATCCCG 
TTCTTATCAG CATTTATCGA AACCCAGATG TTTACAACAC AGATTGACAA CAAGATTGTA 
GCAAACTGGG AAGAAATGGA TCCCAATCTC AAAATATTTG AAAGTAGGAT TGATGGCTAT 
AAAACCAGAA ATACCGACCC AACTGGTAGT GTCAAGACGC CAAATTATGA ACATGCTACT 
CCAAGACATA AAAGTAAAGC TCAGTGGAGA CGAAAAGACA GACAACATCA ACATGCTGAA 
CATCTGCAGT TGAAGCGAGA CCAACGAGAG AAATACATTC AAGAAGCTCG TATTAAGAGT 
GTTAGAACTC CTCAGCTTTT GGACATGTCA CCAGCAGTCA TGGCGCAGAC AAACTGGAAA 
TTTGTGGAAG GTCTATTGAA GGAATGTAGG GTGAAGACAA AACGTATGTT GGTTGAAAAG 
ATGGGTCAGG AAGCTGTGGA ACTAGGACAC GGTGAAGTGA AACTGACCGG AGTTGAGGAG 
AATACTTTGA TTGCTAGTCT TTGTGATTTA TTAGAACGTA TATGGAGTCA TGGATTGCAA 
ACTAAACAGG GTAAATCAGC ATTGTGGTCT CATTTATTAG CATACCAAGA TATGAGAGTT 
AGAAAAGACT CATCACCGGA TCCAAACTTT TTAGTTCCAA TTGAAGCACA GTGGAAGCAA 
TATTTGAGTC CAGATTCCCC ATTGCTTGGT CATAGACGTC GTGGCAGTGG TCTACCAGAT 
CCAGTATTAC CACCAGTGCC TACAGATCTA ACACACGACA TCAGAAAAAT CCAGTCAATG 
AAGGATGTAA AGACTGATGT TGGATATGCC AGGGCATGGA TCAGATTGGC ACTGGAAAGG 
AAATTATTAT CAAAACACCT TAAAGAGCTG CTATCTGATT ATGAACTTTG CAAGAGTCGA 
TATAAGAGAT ACGCTTTTCT GAGGTCAGAC GATGAAAAGG AGCAATTTCT ATTTTACTTA 
CTATCGCTGA ATGCCGTAGA TTATTTCTGT TTCACAAATT CATTTAACAC AACAACAATG 
ACATACAAGG TGCTATTGTT TGTGAGTCGT AAATTCAATT CAGCGACAAC TGCCAATCCG 
TGGATCAGTG TTGCAGGGGA ACATGGAGAT ACTGGTATCA TACAACTACC AAAGAATGCA 
GTGGAGCTGA CATTTGAGCA TCGAAATCTT GGAGTTCTGA GTACCGTTAG AATTGGACAT 
GATAACTCTG GTATATCACC AAAATGGATG ATTGATTACA TCTTAGTTAG AAATGAATTG 
ACTGGCCACA CTTTTAAGTT TTCATGTGGG AGATGGCTTG GTAAAGGAGT GGATGATGGG 
AGTTTAGAAA GACTACTAGT TGGGGAGCTC ATTCCAACCA ATATGGATAC GGAAGACATT 
ATGACGTCAT GCAGGACACC ACCATGTCAA AGGTCGCCGG TGACAATTAG AAAAAGTATG 
GGGACGCCGC AGAAGACAAC AATCCCACAG ATACAGGAAA TGTTGACTGA CGCTGTTAAT 
AATATTGTCA AGTATTTTTA TAAACCAGAA AAAGAGAGAG GCAGCCTGAC ACTTTTACTG 
TGTGGAGAGA GAGGTCTTGT TCAGTGCCTA GATCAAGTTT TCCAATATGG TTTTAAATCA 
ACAAGGTTAT TCAGAAATAA CTTTTTCATC TGGGATTTCA TTGAAAAAGT CAGCACATAC 
TTTGAGAGTG TTGACAATGA TGATGAAGGT AAAAGAGGTC CTCAAGATGA AAGACATGCA 
AGGAGAATGT TTTGTCATTT TGTGAAAAAG ATCAATAACA CATCAAATAA TATCGGTAAA 
GATGGAAAAT TTCAGCTGTT AATGTGCCTT GGAGTCAGGG ATCATCTACT AACTCTGTGG 
ATTCCCCAGA TTGCATCCAC TCCAGTCACT TACAGTATGT ATGAAGACAA CTCTTTACTC 
AAAGACAGGT CATCTGTTGT GTTTCTAGTA CAGATTATAG GCGCATTGAG GGAATTCAAT 
GTTACACTAG AAGCATCTCT CATCAAAGGT CTAGATCTAT AA