syde2 cDNA ORF clone, Seriola dumerili(greater amberjack)

Gene
Clones
gRNAs

Summary

Gene Symbol	syde2
Entrez Gene ID	111239296
Full Name	synapse defective Rho GTPase homolog 2
Gene Type	protein-coding
Organism	Seriola dumerili(greater amberjack)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022769179.1	XP_022624900.1	rho GTPase-activating protein SYDE2

Pathways from BioSystems
Gene Ontology

The following syde2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the syde2 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
OSe206359	XM_022769179.1 Latest version!	Seriola dumerili synapse defective Rho GTPase homolog 2 (syde2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$629.30 $899.00

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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)

syde2 ( XM_022769179.1 ) cDNA ORF clone, Seriola dumerili(greater amberjack) -> XP_022624900.1 Seriola dumerili synapse defective Rho GTPase homolog 2 (syde2), mRNA.

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CloneID	OSe206359
Clone ID Related Accession (Same CDS sequence)	XM_022769179.1
Accession Version	XM_022769179.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3219bp) 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	2017-10-03
Organism	Seriola dumerili(greater amberjack)
Product	rho GTPase-activating protein SYDE2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019174257.1) 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 :: Seriola dumerili 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##

ATGGCTGATC CTCTGCGGAG GACTTTACTA GCGAAACTCC GGGGGAAGAA ATCCAAGAAA 
GGAGCGACGG TCGGCGGTGG ATACGGCTCT GCTGCTGCAG CTGCGGCGAA TGGGGGCCGA 
GAAGCTTTCA TTGAGAATGT CCAAACCCCC TGTGCTAACG GCCGCGAGGT GGGCAGAGCC 
ACCGAGCCTT CATCATGGAA GCAGCCGCTC ACCACCATCA CCGTCTCCAA GAAACGCAAC 
TGGCTGCAGC AGAGCTCCCT CGGGAAGAAT CACTGCACCA AGGACGAGCA GCAGGGAATG 
CTGGGAGCTG AGGAGGAGGG TGGTCAGGGC TCCCATCAGC CTCCGCCTCC TCCCAGTCCC 
TCCCCAGACC ACCTGAGACC CTTAAGGGGA GCCGCCCCGC GGCCGGTCCA CCTGCAGCTG 
CCTCAGGTCG GTCAAGCCAA GGTGTCATTT CACCCTCGGA GCGTGGACCC AGCCGAGGAG 
AACGACGCAG ACGATGAAGG AGAGATCTGG TACAACCCGA TCCCGGAGGA CGACGAACCG 
GAGACGTCTC ACCGACCCTC CATTCGGCTG CTGGTCCCCC CTCGAACGGA GCCCGAGAGG 
AGGCCCAGCA GGGGAGGAGG TGATGTGGGT CACGGCAGCA GGGCCCTGGA TGGCAGCGGA 
GGCACGGGGC CGGAGCCTCT CGGCGAAGGC CTCGGTGGCG GTTTAGGAGA TGGGAGTCAG 
GGGAATGCTG CACATTCCAC AGAGGCGCTA CATCTGCACA GACAGATGCT CGCGTGCAAA 
CCTCAGGAGG AGGGTGGGCC TTCCACCAGC AGAACCACAG ATGGTCCTGA CCTGCCCAAT 
GCTGTCGGCT TCTCCCCTCC CTCCAGCCCA AACCCAGCCA AGAAGAGTAG CTCCATCAAC 
TGGTCCTTCC CAGACAAGAT CAAGTCCCCA CGCACCGTCA GGAAGATCTC CATGAAGATG 
AAGAAGCTCC CAGAGCTCAG CCGGAAACTC AGTGTCAAGG GGACCCCGAG TAGCAGTAAC 
AGCAACAACG GCAGCGGAAG CAGTCAGTTG GAGCCGAGAG CCCATTCTCC CCGAAACAAT 
GGTGGTGGGT CGGAGGCTGT GCCCCAAACT TCAGGCCCTC CTAGGTTAGC GGCATCTGGG 
GGTGGGCAGG CGAGGCGTAA CGTGATCTCG CGCTACCACC TGGATAGCAG CGTGTCCACA 
CAGCACAGCT TCAATAAGAA GAAAAGTAAC GGCAGCTCAA AGTCCGCCAG TAAAGGTGGC 
TACCTCAGTG ATGGTGACTC ACCAGAGCTG GTGGCCAAAT CTGGGAAGCA CAGCTCTGCA 
GAGGGGAAGG GAGGGAAAGG CAAGGAGATG GAAGGAAGCG GAAGCTCGAA ACTCAACGGA 
ACAGAGCTGG ACATTGATGC TTTCCGCCAT TACAGCTTCA CAGAACAGCC CAAGTGCAGC 
CAGTACATCT CTGGACTCAT GAGCCTGCAC TTTTACGGTG CTGAGGACCT CAAACCTCCA 
CGCATCGACT CACGAGATGT CTATTGCGCC ATCCAAGTGG ACTCGGTTAA TAAAGCACGA 
ACCGCTCTCC TCACATGTCG CACTACCTTC CTGGATATGG ATCACACCTT CAACATTGAG 
CTGGAGAATG CCCAGCACCT GAAGCTGGTG GTGTTCAGCT GGGAGCCTAC GCCGAGACGC 
AACCGTGTCT GCTGCCATGG CACGGTGGTC CTGCCTGCAC TTTTCCGGGT GACGCGTTGC 
CACCAGCTGG CGGTGAAGCT GGAGCCGCGG GGGCTGATCT ACGTCAAGCT GAGCCTGATG 
GAGCAGTGGC AGAACTCGCT GGACGGTGGG CCAGATGGAG ACAGGGAGCC CCAGGTGTTT 
GGTGTGGAGG CGTGGCGGGT GGTGGAGCGG GAGAACACGG GGCTGATGGT GCCACTGCTT 
ATAAGCAAGT GCATCAATGA GATTGAGAAG AGAGGCTGCC AGGTGGTGGG TCTCTACCGT 
CTGTGTGGGT CTGCAGCAGT AAAGAAGGAG CTACGTGAAG CGTTCGAGAG AGACAGCCAC 
GGCGTGGAGC TTTGTGAAAA CACGTATCCT GACATCAACG TCATCACAGG AGTACTGAAG 
GACTACCTAC GAGAGCTACC CTACCCTCTG ATCACCAAGC AGCTGTATGA AGCCGTGCTG 
GAGTCCATGG CCGTGAGGCC TCTGCGTATT GGAGCAGCAG GCTGCGAGAA CGACCAGGCC 
GACTCGGAGC ACACCGTCAG CCTGCTGGAG AACCTGCCAG AGGTGGAGAG GATGACACTG 
CGGAAGCTTC TCGACCATCT GAAGCTGGTG GCGTCCTACC AGGAAGCGAA CAAGATGACA 
TGTCAGAACC TGGCGGTGTG TTTCGGCCCA GTGCTGCTGA GCCAGCGTCA GGAGGCGTCC 
TGCCACACCA ACCGAGTCTT CATCGACTCT GAGGAGCTGG CCAGCGCCCT GCACTTCAAA 
AAGCACATCG AAGTCCTGCA CTACCTGCTG CAGCTTTGGC CAGTTATAGA CCCACATGGC 
CAGTCCTCCT TTCAGTCCCC TGCAGCCTTT TTGGCACAGG CCTCATCAGA CCTACTGGTA 
GTTCCTCCTC TACGGCGGAG AAAAGAACGC CCCCAGGTCC TGAACCTCAC TGAGGCGGAG 
ATGGCGGGTG TCCTGCGGCC CAAACCGGGG CGCCTGGACA GCCCCAGCAA CCGCTACGCT 
GGTGACTGGA GCGGCTGTGG TGACAGCTAC TTCCCTGAAA TGCTGCTGCC TCCCAGCAAA 
GAGGAGGCGG ACTATGACGA TGTGCCCTCT GAGGATACAG AGGCAGCTGA GGAGGGGGAG 
GAGAAGCCTG AGACAGCAGA GGAAGATACA GCGCAGAAGG TCACAAGCTC TGCGTATGAT 
CCCACTGAGC AGGAGCAACC TCCAAGAGAG GATGTGGTGA AGGAGGAGGA AGAGGAGAAA 
TCGGAGGAAG AGGAGGAGGA GGAGAAGCAA GGAGAGAATG ATAGTTCAGG CATCGGGCAG 
CCATTAGACG ATGAGGAGGA AGAGGAGAGG GTGTGCGATC ACATCCTGCC GCCCCGGCTG 
CCCAAAGAGC ACACCTACCA GGCCTACATG AAGATCCAGG ACATCAGCCC AGTGCTTAGC 
AACAGAGTCA ACCTGAGAGA CCTGCAGGAG AGCATCGACA CTCTGATAGG AAACCTGGAG 
AGAGAGCTCA ACAAGAACAA GCTCAATGTC GGATACTGA

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

RefSeq	XP_022624900.1
CDS	129..3347
Translation	MADPLRRTLLAKLRGKKSKKGATVGGGYGSAAAAAANGGREAFIENVQTPCANGREVGRATEPSSWKQPLTTITVSKKRNWLQQSSLGKNHCTKDEQQGMLGAEEEGGQGSHQPPPPPSPSPDHLRPLRGAAPRPVHLQLPQVGQAKVSFHPRSVDPAEENDADDEGEIWYNPIPEDDEPETSHRPSIRLLVPPRTEPERRPSRGGGDVGHGSRALDGSGGTGPEPLGEGLGGGLGDGSQGNAAHSTEALHLHRQMLACKPQEEGGPSTSRTTDGPDLPNAVGFSPPSSPNPAKKSSSINWSFPDKIKSPRTVRKISMKMKKLPELSRKLSVKGTPSSSNSNNGSGSSQLEPRAHSPRNNGGGSEAVPQTSGPPRLAASGGGQARRNVISRYHLDSSVSTQHSFNKKKSNGSSKSASKGGYLSDGDSPELVAKSGKHSSAEGKGGKGKEMEGSGSSKLNGTELDIDAFRHYSFTEQPKCSQYISGLMSLHFYGAEDLKPPRIDSRDVYCAIQVDSVNKARTALLTCRTTFLDMDHTFNIELENAQHLKLVVFSWEPTPRRNRVCCHGTVVLPALFRVTRCHQLAVKLEPRGLIYVKLSLMEQWQNSLDGGPDGDREPQVFGVEAWRVVERENTGLMVPLLISKCINEIEKRGCQVVGLYRLCGSAAVKKELREAFERDSHGVELCENTYPDINVITGVLKDYLRELPYPLITKQLYEAVLESMAVRPLRIGAAGCENDQADSEHTVSLLENLPEVERMTLRKLLDHLKLVASYQEANKMTCQNLAVCFGPVLLSQRQEASCHTNRVFIDSEELASALHFKKHIEVLHYLLQLWPVIDPHGQSSFQSPAAFLAQASSDLLVVPPLRRRKERPQVLNLTEAEMAGVLRPKPGRLDSPSNRYAGDWSGCGDSYFPEMLLPPSKEEADYDDVPSEDTEAAEEGEEKPETAEEDTAQKVTSSAYDPTEQEQPPREDVVKEEEEEKSEEEEEEEKQGENDSSGIGQPLDDEEEEERVCDHILPPRLPKEHTYQAYMKIQDISPVLSNRVNLRDLQESIDTLIGNLERELNKNKLNVGY

Target ORF information:

RefSeq Version	XM_022769179.1
Organism	Seriola dumerili(greater amberjack)
Definition	Seriola dumerili synapse defective Rho GTPase homolog 2 (syde2), mRNA.

Target ORF information:

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

XM_022769179.1

ORF Insert Sequence:

ATGGCTGATC CTCTGCGGAG GACTTTACTA GCGAAACTCC GGGGGAAGAA ATCCAAGAAA 
GGAGCGACGG TCGGCGGTGG ATACGGCTCT GCTGCTGCAG CTGCGGCGAA TGGGGGCCGA 
GAAGCTTTCA TTGAGAATGT CCAAACCCCC TGTGCTAACG GCCGCGAGGT GGGCAGAGCC 
ACCGAGCCTT CATCATGGAA GCAGCCGCTC ACCACCATCA CCGTCTCCAA GAAACGCAAC 
TGGCTGCAGC AGAGCTCCCT CGGGAAGAAT CACTGCACCA AGGACGAGCA GCAGGGAATG 
CTGGGAGCTG AGGAGGAGGG TGGTCAGGGC TCCCATCAGC CTCCGCCTCC TCCCAGTCCC 
TCCCCAGACC ACCTGAGACC CTTAAGGGGA GCCGCCCCGC GGCCGGTCCA CCTGCAGCTG 
CCTCAGGTCG GTCAAGCCAA GGTGTCATTT CACCCTCGGA GCGTGGACCC AGCCGAGGAG 
AACGACGCAG ACGATGAAGG AGAGATCTGG TACAACCCGA TCCCGGAGGA CGACGAACCG 
GAGACGTCTC ACCGACCCTC CATTCGGCTG CTGGTCCCCC CTCGAACGGA GCCCGAGAGG 
AGGCCCAGCA GGGGAGGAGG TGATGTGGGT CACGGCAGCA GGGCCCTGGA TGGCAGCGGA 
GGCACGGGGC CGGAGCCTCT CGGCGAAGGC CTCGGTGGCG GTTTAGGAGA TGGGAGTCAG 
GGGAATGCTG CACATTCCAC AGAGGCGCTA CATCTGCACA GACAGATGCT CGCGTGCAAA 
CCTCAGGAGG AGGGTGGGCC TTCCACCAGC AGAACCACAG ATGGTCCTGA CCTGCCCAAT 
GCTGTCGGCT TCTCCCCTCC CTCCAGCCCA AACCCAGCCA AGAAGAGTAG CTCCATCAAC 
TGGTCCTTCC CAGACAAGAT CAAGTCCCCA CGCACCGTCA GGAAGATCTC CATGAAGATG 
AAGAAGCTCC CAGAGCTCAG CCGGAAACTC AGTGTCAAGG GGACCCCGAG TAGCAGTAAC 
AGCAACAACG GCAGCGGAAG CAGTCAGTTG GAGCCGAGAG CCCATTCTCC CCGAAACAAT 
GGTGGTGGGT CGGAGGCTGT GCCCCAAACT TCAGGCCCTC CTAGGTTAGC GGCATCTGGG 
GGTGGGCAGG CGAGGCGTAA CGTGATCTCG CGCTACCACC TGGATAGCAG CGTGTCCACA 
CAGCACAGCT TCAATAAGAA GAAAAGTAAC GGCAGCTCAA AGTCCGCCAG TAAAGGTGGC 
TACCTCAGTG ATGGTGACTC ACCAGAGCTG GTGGCCAAAT CTGGGAAGCA CAGCTCTGCA 
GAGGGGAAGG GAGGGAAAGG CAAGGAGATG GAAGGAAGCG GAAGCTCGAA ACTCAACGGA 
ACAGAGCTGG ACATTGATGC TTTCCGCCAT TACAGCTTCA CAGAACAGCC CAAGTGCAGC 
CAGTACATCT CTGGACTCAT GAGCCTGCAC TTTTACGGTG CTGAGGACCT CAAACCTCCA 
CGCATCGACT CACGAGATGT CTATTGCGCC ATCCAAGTGG ACTCGGTTAA TAAAGCACGA 
ACCGCTCTCC TCACATGTCG CACTACCTTC CTGGATATGG ATCACACCTT CAACATTGAG 
CTGGAGAATG CCCAGCACCT GAAGCTGGTG GTGTTCAGCT GGGAGCCTAC GCCGAGACGC 
AACCGTGTCT GCTGCCATGG CACGGTGGTC CTGCCTGCAC TTTTCCGGGT GACGCGTTGC 
CACCAGCTGG CGGTGAAGCT GGAGCCGCGG GGGCTGATCT ACGTCAAGCT GAGCCTGATG 
GAGCAGTGGC AGAACTCGCT GGACGGTGGG CCAGATGGAG ACAGGGAGCC CCAGGTGTTT 
GGTGTGGAGG CGTGGCGGGT GGTGGAGCGG GAGAACACGG GGCTGATGGT GCCACTGCTT 
ATAAGCAAGT GCATCAATGA GATTGAGAAG AGAGGCTGCC AGGTGGTGGG TCTCTACCGT 
CTGTGTGGGT CTGCAGCAGT AAAGAAGGAG CTACGTGAAG CGTTCGAGAG AGACAGCCAC 
GGCGTGGAGC TTTGTGAAAA CACGTATCCT GACATCAACG TCATCACAGG AGTACTGAAG 
GACTACCTAC GAGAGCTACC CTACCCTCTG ATCACCAAGC AGCTGTATGA AGCCGTGCTG 
GAGTCCATGG CCGTGAGGCC TCTGCGTATT GGAGCAGCAG GCTGCGAGAA CGACCAGGCC 
GACTCGGAGC ACACCGTCAG CCTGCTGGAG AACCTGCCAG AGGTGGAGAG GATGACACTG 
CGGAAGCTTC TCGACCATCT GAAGCTGGTG GCGTCCTACC AGGAAGCGAA CAAGATGACA 
TGTCAGAACC TGGCGGTGTG TTTCGGCCCA GTGCTGCTGA GCCAGCGTCA GGAGGCGTCC 
TGCCACACCA ACCGAGTCTT CATCGACTCT GAGGAGCTGG CCAGCGCCCT GCACTTCAAA 
AAGCACATCG AAGTCCTGCA CTACCTGCTG CAGCTTTGGC CAGTTATAGA CCCACATGGC 
CAGTCCTCCT TTCAGTCCCC TGCAGCCTTT TTGGCACAGG CCTCATCAGA CCTACTGGTA 
GTTCCTCCTC TACGGCGGAG AAAAGAACGC CCCCAGGTCC TGAACCTCAC TGAGGCGGAG 
ATGGCGGGTG TCCTGCGGCC CAAACCGGGG CGCCTGGACA GCCCCAGCAA CCGCTACGCT 
GGTGACTGGA GCGGCTGTGG TGACAGCTAC TTCCCTGAAA TGCTGCTGCC TCCCAGCAAA 
GAGGAGGCGG ACTATGACGA TGTGCCCTCT GAGGATACAG AGGCAGCTGA GGAGGGGGAG 
GAGAAGCCTG AGACAGCAGA GGAAGATACA GCGCAGAAGG TCACAAGCTC TGCGTATGAT 
CCCACTGAGC AGGAGCAACC TCCAAGAGAG GATGTGGTGA AGGAGGAGGA AGAGGAGAAA 
TCGGAGGAAG AGGAGGAGGA GGAGAAGCAA GGAGAGAATG ATAGTTCAGG CATCGGGCAG 
CCATTAGACG ATGAGGAGGA AGAGGAGAGG GTGTGCGATC ACATCCTGCC GCCCCGGCTG 
CCCAAAGAGC ACACCTACCA GGCCTACATG AAGATCCAGG ACATCAGCCC AGTGCTTAGC 
AACAGAGTCA ACCTGAGAGA CCTGCAGGAG AGCATCGACA CTCTGATAGG AAACCTGGAG 
AGAGAGCTCA ACAAGAACAA GCTCAATGTC GGATACTGA