LOC111228251 cDNA ORF clone, Seriola dumerili(greater amberjack)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC111228251
Entrez Gene ID	111228251
Full Name	rho GTPase-activating protein 29-like
Gene Type	protein-coding
Organism	Seriola dumerili(greater amberjack)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022754093.1	XP_022609814.1	rho GTPase-activating protein 29-like isoform X1
XM_022754094.1	XP_022609815.1	rho GTPase-activating protein 29-like isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC111228251 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111228251 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
OSe200816	XM_022754093.1 Latest version!	Seriola dumerili rho GTPase-activating protein 29-like (LOC111228251), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
OSe200817	XM_022754094.1 Latest version!	Seriola dumerili rho GTPase-activating protein 29-like (LOC111228251), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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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** 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)

LOC111228251 ( XM_022754093.1 ) cDNA ORF clone, Seriola dumerili(greater amberjack) -> XP_022609814.1 Seriola dumerili rho GTPase-activating protein 29-like (LOC111228251), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OSe200816
Clone ID Related Accession (Same CDS sequence)	XM_022754093.1
Accession Version	XM_022754093.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4065bp) 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 29-like isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019174471.1) 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##

ATGTTGGCTG CCATGCTGCG CCAGAGTACT GGTGGAGGGT CAGGTGGTGG TGGTGGAACC 
AAACTCTCTC TTGGCATCTC CCGCCTGTCT AGCTCCAGCT TGGGTTCAGC AGGTCCTGCA 
CGGGTCTCCA AGAGTGGCTC GGTGAGCTTG GACAGCCCGG ATATCCCCGC CTCCGACCCA 
AACTACATTA TGCAGCTGGT CAGTGATGTC CGCAAGTTTG CTGATGTGCT TCTACAACTC 
AAAGAAGTTT TCAACTCCAA AGAGCACCAG GATTGCCTCC ATCAGGCAGT CCATGAGCGA 
CTCGGGGAGC TGCTGCGAGT CCTAAAGGCC ATTATCAGCA AACACCAGAG CCTCAACTCA 
GTAGACATCC TCAGTACAGC TGGAACCGTC ATCGCCACGG TCAAAGGAGT GAACTTTAAG 
GAGGTGAACG AAGAGAACAA ACAGAAGCTT TTTGGAGAGA TCTACACCGC TATCGACACA 
TTGGCATTCA CGTTTGGCAA TGTAGTGTCT GACTTCCTTA TGGGAGATGT AGAGAATGGA 
TCAGTGTTGG GGCTCCCCCT AACTAAGAGA AGCAGGTCTT TTGAGAACCT TTCTGTGGAA 
TCTGGAGGAT CCGGTCCTGA GAAAGATGAT CCGCCAGGGC TGTGTCTGCC GGTTCGGGTG 
GAAGAGGTGG ACAGGACGCT GCAGCGGCAG GACAGCGGGG TGGAGTCCGC GCTGCTCTAC 
GCCAAGGCCT GGTCCAAGTA CACCAAAGAG CTGCTGGCAT GGGTGGAAAA ACGTCTCAAC 
ATGGATATCG AGTGTGCGAA GAGTTACGCC AAAATGGCAG AATCTGCCAA GACGCTCGCA 
AGTCAGCAGG AATTCATGCC TTTCCGTGAG ATCTACATGA CTGCTTTCAA AAATGACAGT 
GAATACAGCC AGTTGGTACT TCACACTGCA GCAGTGCTCC AAAGCAACAA ATTCATGCAG 
CCTCTCCTGG CCAGAAAGAA TGAGCTGGAC AAACTACGAA AAGAGGTCAA GGAGCAGTGG 
CAGAGAGAGC AAAAGAAGAT GCATGAGGCC GACAGTGCTC TGAGGAAGGC TCGGCTGCTG 
CAGGTCCAGC GGCAGGAGGA ATATGAGAAG GCCAAAGTGT CCACCAGCCG CCTGGAGGAG 
GAGCAGATGG GAGGAGGAGG GGGAGCGGCA GCGGCCAAAC AGCTAGAGAA GAGGCGCCGG 
CTGGAGGAGG ATGCCCTGCA GAAGGCTGAG GAGGCCAGGG AGCACTGCAA AGCCTGTCAG 
ATTGATGTTG GAGAGAAGAG AGTGGATCTT GCCAACACCA AGAGTGAGAT CATCACTCAG 
ATCCGAGAGA TGGTCTCTCA GTGCGACCTC ACCCTCAAGG CTGTGACAGT CAATTGGTTC 
CAGCTCCAAC AGGCCCAGGT TGTATCCCTC CCTGTCAACC ACCAGAGTCT GTGTGAAAAT 
GCCAAGCTGT ACGAGCCTGG CCAGCGCTAC ATCGACTTTG TCAGGAGTTT GCCCACTGAC 
GGGCCTCGCC TGGAGTCCCA CTCGTTTGAT TCAGCTGTTA CACAAAGCAC AGGGTTGCCT 
TTCAACAAGC GCTCGCTAAG TGGCTACCAC TCGTCCCACA GTAACCTGTC GCAGGCATCC 
GTGACTTCTG ACCTCCTTGG TGGAGATGAC GTAGACAGTC CCATCAATGC CCAGCATACC 
AAGATTGCAG AACGGCGCTC CAACAGTAGC ATAGACATCC AAGCACTTCG GATTCAGACC 
CCATTTCGTC CCTGGGCCAC GGCCGGCCAA GGTGGAGGGA TGTGCAGCGA CTCAGAAAGT 
GCTGGAGGGA GCAGTGAGTC CCGCTCCATG GACTCACCCA CTGCGAGTCC AGGAGACTTC 
AAGCGGAGAT TACCCAGAAC CCCCTCCACT GGCACCATGT CTTCCGCTGA TGATCTGGAT 
GAGAGAGAGC CTCCCTCGCC CTCTGATAAC GGTTTAAGCG AGATTGTAAT AGAGACAGCC 
AGCTCCCCAG GTCCCTTTAG AAACACCCAG ATGTCCAAGG CAGCTCAAAC CCACAAGCTG 
AGGAAGCTCA GAGCACCCTC CAAGTGTCGA GAGTGCGATG GCCTGGTGGT GTTTCATGGA 
GCAGAGTGTG AGGAGTGTTC TTTGGCCTGC CACAAGAAGT GTCTGGAAAC CCTGGCCATC 
CAGTGTGGCC ATAAGAAGCT CCAGGGGAGG CTTCACCTCT TTGGCATCGA CTTCACACAG 
GCAGCGAAGA ACAGTCAGGA CTGCATCCCC TTCATCATAC GGAAGTGTAC GTCAGAGATC 
GAGAACAGAG CGCTCAACAT GAAGGGTATC TACCGTGTGA ATGGTGCCAA GTCTCGGGTG 
GAGAAGTTGT GCCAGGCGTT TGAGAACGGC AAGGACCTGG TGGAACTCTC CGACCTTTAT 
CCCCACGACA TTAGCAACGT ACTCAAACTC TACTTGAGAC AGCTTCCAGA GCCACTCATC 
CTGTTCCGCT TCTATAACGA CTTCATCGGT TTGGCCAAGG AAAGCCAGAG TGTCATTGTG 
GAGGAACTGG AGGCGTTACG TCTCAGTCCC ACCCCGGTGG CCTCGGCTCA GGTCAGCGTG 
GATCTCAACC GGGTCCTCTT CAAGATCAAG GACCTGCTGA GGCAGCTGCC ACCAGCTCAT 
TACAAGACAC TGCAGTTCCT AATAGAGCAT CTGCACCGGG TCACAGAGCG GTCAGAGGAG 
AATAAGATGA CGGCCAGCAA CCTGGGTATC ATCTTCGGTC CAACACTGAT CAAGCCAAGG 
CAGGCAGACG CTGAAGTTTC TCTCTCCTCT CTGGTGGATT ACCCCTATCA AGCACTCATT 
GTGGAGCTCC TGATCAGACA CTATGAGATG GTCTTTGACA CCCCCCTCAG TCCACTAAGC 
ATCACCTCGC CTTCAGAGGT TGATGCCCAC CCTAGCCCCG ACACCCGCCT CACCCACCAG 
GAGAAGGAGA GGCGGCTGAG CAGGCACTCT AAGTCGCTGG GAGATATTAA GGAGCAAACC 
TCTAAGGTGT ATAAAAGGCA TTCCTCCATT ATTCCTTCTT CCCACTTACT GGCTGAGGTT 
GAGGAGACCA CGCCGAGCCT CGATGGAAGT GACTTTGAAC CTGTTGATGA AGTGGATTCA 
GAGACCCTCA ATGGGGTTTT ATCATCAGGT GTCCCTGAAG TCCCGAAACC TGGCGAGAGA 
GGGCTCTGTC GTTCACAGCA TATCACAGTC ACCAGGGTCC AGCTTCGACA CCCTCGCAAC 
AAACTCTCCT CCCGGCCGGT CAGCATGCCA GCTGAACAGA TTCTAAGCCG AGGCCAAGTC 
GACGAGAACA ACAGCTGGAA CAGCGCTGAC CAAGACGTCA GGAAAGGAGG CAGCTGTGAC 
CAGTCCATCG AGGAGGTGGA CGAAACGGAG AATACAAAAT TGCGAGTGGC CACGCATTAC 
CGGAGTACAT TTATTGACAC CCAGACATTA CGCAGAACTT GGGACAAACA GTACAAGCAC 
GATGTTGCTT CTAGGTCTGT CAGAATTGTG GCCAGTTCGT CCACAGAGAG CACAGCAGCG 
GATGCCAGCA ACTTATCAAC TTCTGTGCCA TCAACCCTCT CCCTTGGAAC TACAGGGGAC 
ACTATTAGCA CCATCTACCC CAACAGACCT TACACCGTCG CAGTGCGACC TAGCAGGACT 
TTAAGAAGAG AGGACAATGT AATCAAGTAT AGCCCCATCA CAACAGCTTT CAGGGCTCCC 
AGGACTCTCC AGCCTCCCCC TGGAACCTTC TACAAGCCCC CATCGGGGAG CAAAGCTAAA 
GCGCTGCAGA ACTGTGTGTT AACTAACAGT GCTGAGGAAG AAGATGATGA TGAGGAGGAG 
GAGGAGGAGG AGGAGGATGA TGAGGAGGAG GAGTTGGGGA TTGAGATAGA AGTGTCTGTA 
GATGAGCCTC TTGAAGAGGT CACAGAGGCT GAGCAGGTGG CCATGTCTCA GTCTCCCAGT 
TCTAGCCCTG AGGAACTGGG CCAAAACCAG GCCAAACCAG TGTACCAGAG ACTAAGGCCC 
AGACGCCTCC AAGAGGTGGA ACATCGAGAG GCTCATTTTG TGTGA

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

RefSeq	XP_022609814.1
CDS	137..4201
Translation	MLAAMLRQSTGGGSGGGGGTKLSLGISRLSSSSLGSAGPARVSKSGSVSLDSPDIPASDPNYIMQLVSDVRKFADVLLQLKEVFNSKEHQDCLHQAVHERLGELLRVLKAIISKHQSLNSVDILSTAGTVIATVKGVNFKEVNEENKQKLFGEIYTAIDTLAFTFGNVVSDFLMGDVENGSVLGLPLTKRSRSFENLSVESGGSGPEKDDPPGLCLPVRVEEVDRTLQRQDSGVESALLYAKAWSKYTKELLAWVEKRLNMDIECAKSYAKMAESAKTLASQQEFMPFREIYMTAFKNDSEYSQLVLHTAAVLQSNKFMQPLLARKNELDKLRKEVKEQWQREQKKMHEADSALRKARLLQVQRQEEYEKAKVSTSRLEEEQMGGGGGAAAAKQLEKRRRLEEDALQKAEEAREHCKACQIDVGEKRVDLANTKSEIITQIREMVSQCDLTLKAVTVNWFQLQQAQVVSLPVNHQSLCENAKLYEPGQRYIDFVRSLPTDGPRLESHSFDSAVTQSTGLPFNKRSLSGYHSSHSNLSQASVTSDLLGGDDVDSPINAQHTKIAERRSNSSIDIQALRIQTPFRPWATAGQGGGMCSDSESAGGSSESRSMDSPTASPGDFKRRLPRTPSTGTMSSADDLDEREPPSPSDNGLSEIVIETASSPGPFRNTQMSKAAQTHKLRKLRAPSKCRECDGLVVFHGAECEECSLACHKKCLETLAIQCGHKKLQGRLHLFGIDFTQAAKNSQDCIPFIIRKCTSEIENRALNMKGIYRVNGAKSRVEKLCQAFENGKDLVELSDLYPHDISNVLKLYLRQLPEPLILFRFYNDFIGLAKESQSVIVEELEALRLSPTPVASAQVSVDLNRVLFKIKDLLRQLPPAHYKTLQFLIEHLHRVTERSEENKMTASNLGIIFGPTLIKPRQADAEVSLSSLVDYPYQALIVELLIRHYEMVFDTPLSPLSITSPSEVDAHPSPDTRLTHQEKERRLSRHSKSLGDIKEQTSKVYKRHSSIIPSSHLLAEVEETTPSLDGSDFEPVDEVDSETLNGVLSSGVPEVPKPGERGLCRSQHITVTRVQLRHPRNKLSSRPVSMPAEQILSRGQVDENNSWNSADQDVRKGGSCDQSIEEVDETENTKLRVATHYRSTFIDTQTLRRTWDKQYKHDVASRSVRIVASSSTESTAADASNLSTSVPSTLSLGTTGDTISTIYPNRPYTVAVRPSRTLRREDNVIKYSPITTAFRAPRTLQPPPGTFYKPPSGSKAKALQNCVLTNSAEEEDDDEEEEEEEEDDEEEELGIEIEVSVDEPLEEVTEAEQVAMSQSPSSSPEELGQNQAKPVYQRLRPRRLQEVEHREAHFV

Target ORF information:

RefSeq Version	XM_022754093.1
Organism	Seriola dumerili(greater amberjack)
Definition	Seriola dumerili rho GTPase-activating protein 29-like (LOC111228251), transcript variant X1, mRNA.

Target ORF information:

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

XM_022754093.1

ORF Insert Sequence:

ATGTTGGCTG CCATGCTGCG CCAGAGTACT GGTGGAGGGT CAGGTGGTGG TGGTGGAACC 
AAACTCTCTC TTGGCATCTC CCGCCTGTCT AGCTCCAGCT TGGGTTCAGC AGGTCCTGCA 
CGGGTCTCCA AGAGTGGCTC GGTGAGCTTG GACAGCCCGG ATATCCCCGC CTCCGACCCA 
AACTACATTA TGCAGCTGGT CAGTGATGTC CGCAAGTTTG CTGATGTGCT TCTACAACTC 
AAAGAAGTTT TCAACTCCAA AGAGCACCAG GATTGCCTCC ATCAGGCAGT CCATGAGCGA 
CTCGGGGAGC TGCTGCGAGT CCTAAAGGCC ATTATCAGCA AACACCAGAG CCTCAACTCA 
GTAGACATCC TCAGTACAGC TGGAACCGTC ATCGCCACGG TCAAAGGAGT GAACTTTAAG 
GAGGTGAACG AAGAGAACAA ACAGAAGCTT TTTGGAGAGA TCTACACCGC TATCGACACA 
TTGGCATTCA CGTTTGGCAA TGTAGTGTCT GACTTCCTTA TGGGAGATGT AGAGAATGGA 
TCAGTGTTGG GGCTCCCCCT AACTAAGAGA AGCAGGTCTT TTGAGAACCT TTCTGTGGAA 
TCTGGAGGAT CCGGTCCTGA GAAAGATGAT CCGCCAGGGC TGTGTCTGCC GGTTCGGGTG 
GAAGAGGTGG ACAGGACGCT GCAGCGGCAG GACAGCGGGG TGGAGTCCGC GCTGCTCTAC 
GCCAAGGCCT GGTCCAAGTA CACCAAAGAG CTGCTGGCAT GGGTGGAAAA ACGTCTCAAC 
ATGGATATCG AGTGTGCGAA GAGTTACGCC AAAATGGCAG AATCTGCCAA GACGCTCGCA 
AGTCAGCAGG AATTCATGCC TTTCCGTGAG ATCTACATGA CTGCTTTCAA AAATGACAGT 
GAATACAGCC AGTTGGTACT TCACACTGCA GCAGTGCTCC AAAGCAACAA ATTCATGCAG 
CCTCTCCTGG CCAGAAAGAA TGAGCTGGAC AAACTACGAA AAGAGGTCAA GGAGCAGTGG 
CAGAGAGAGC AAAAGAAGAT GCATGAGGCC GACAGTGCTC TGAGGAAGGC TCGGCTGCTG 
CAGGTCCAGC GGCAGGAGGA ATATGAGAAG GCCAAAGTGT CCACCAGCCG CCTGGAGGAG 
GAGCAGATGG GAGGAGGAGG GGGAGCGGCA GCGGCCAAAC AGCTAGAGAA GAGGCGCCGG 
CTGGAGGAGG ATGCCCTGCA GAAGGCTGAG GAGGCCAGGG AGCACTGCAA AGCCTGTCAG 
ATTGATGTTG GAGAGAAGAG AGTGGATCTT GCCAACACCA AGAGTGAGAT CATCACTCAG 
ATCCGAGAGA TGGTCTCTCA GTGCGACCTC ACCCTCAAGG CTGTGACAGT CAATTGGTTC 
CAGCTCCAAC AGGCCCAGGT TGTATCCCTC CCTGTCAACC ACCAGAGTCT GTGTGAAAAT 
GCCAAGCTGT ACGAGCCTGG CCAGCGCTAC ATCGACTTTG TCAGGAGTTT GCCCACTGAC 
GGGCCTCGCC TGGAGTCCCA CTCGTTTGAT TCAGCTGTTA CACAAAGCAC AGGGTTGCCT 
TTCAACAAGC GCTCGCTAAG TGGCTACCAC TCGTCCCACA GTAACCTGTC GCAGGCATCC 
GTGACTTCTG ACCTCCTTGG TGGAGATGAC GTAGACAGTC CCATCAATGC CCAGCATACC 
AAGATTGCAG AACGGCGCTC CAACAGTAGC ATAGACATCC AAGCACTTCG GATTCAGACC 
CCATTTCGTC CCTGGGCCAC GGCCGGCCAA GGTGGAGGGA TGTGCAGCGA CTCAGAAAGT 
GCTGGAGGGA GCAGTGAGTC CCGCTCCATG GACTCACCCA CTGCGAGTCC AGGAGACTTC 
AAGCGGAGAT TACCCAGAAC CCCCTCCACT GGCACCATGT CTTCCGCTGA TGATCTGGAT 
GAGAGAGAGC CTCCCTCGCC CTCTGATAAC GGTTTAAGCG AGATTGTAAT AGAGACAGCC 
AGCTCCCCAG GTCCCTTTAG AAACACCCAG ATGTCCAAGG CAGCTCAAAC CCACAAGCTG 
AGGAAGCTCA GAGCACCCTC CAAGTGTCGA GAGTGCGATG GCCTGGTGGT GTTTCATGGA 
GCAGAGTGTG AGGAGTGTTC TTTGGCCTGC CACAAGAAGT GTCTGGAAAC CCTGGCCATC 
CAGTGTGGCC ATAAGAAGCT CCAGGGGAGG CTTCACCTCT TTGGCATCGA CTTCACACAG 
GCAGCGAAGA ACAGTCAGGA CTGCATCCCC TTCATCATAC GGAAGTGTAC GTCAGAGATC 
GAGAACAGAG CGCTCAACAT GAAGGGTATC TACCGTGTGA ATGGTGCCAA GTCTCGGGTG 
GAGAAGTTGT GCCAGGCGTT TGAGAACGGC AAGGACCTGG TGGAACTCTC CGACCTTTAT 
CCCCACGACA TTAGCAACGT ACTCAAACTC TACTTGAGAC AGCTTCCAGA GCCACTCATC 
CTGTTCCGCT TCTATAACGA CTTCATCGGT TTGGCCAAGG AAAGCCAGAG TGTCATTGTG 
GAGGAACTGG AGGCGTTACG TCTCAGTCCC ACCCCGGTGG CCTCGGCTCA GGTCAGCGTG 
GATCTCAACC GGGTCCTCTT CAAGATCAAG GACCTGCTGA GGCAGCTGCC ACCAGCTCAT 
TACAAGACAC TGCAGTTCCT AATAGAGCAT CTGCACCGGG TCACAGAGCG GTCAGAGGAG 
AATAAGATGA CGGCCAGCAA CCTGGGTATC ATCTTCGGTC CAACACTGAT CAAGCCAAGG 
CAGGCAGACG CTGAAGTTTC TCTCTCCTCT CTGGTGGATT ACCCCTATCA AGCACTCATT 
GTGGAGCTCC TGATCAGACA CTATGAGATG GTCTTTGACA CCCCCCTCAG TCCACTAAGC 
ATCACCTCGC CTTCAGAGGT TGATGCCCAC CCTAGCCCCG ACACCCGCCT CACCCACCAG 
GAGAAGGAGA GGCGGCTGAG CAGGCACTCT AAGTCGCTGG GAGATATTAA GGAGCAAACC 
TCTAAGGTGT ATAAAAGGCA TTCCTCCATT ATTCCTTCTT CCCACTTACT GGCTGAGGTT 
GAGGAGACCA CGCCGAGCCT CGATGGAAGT GACTTTGAAC CTGTTGATGA AGTGGATTCA 
GAGACCCTCA ATGGGGTTTT ATCATCAGGT GTCCCTGAAG TCCCGAAACC TGGCGAGAGA 
GGGCTCTGTC GTTCACAGCA TATCACAGTC ACCAGGGTCC AGCTTCGACA CCCTCGCAAC 
AAACTCTCCT CCCGGCCGGT CAGCATGCCA GCTGAACAGA TTCTAAGCCG AGGCCAAGTC 
GACGAGAACA ACAGCTGGAA CAGCGCTGAC CAAGACGTCA GGAAAGGAGG CAGCTGTGAC 
CAGTCCATCG AGGAGGTGGA CGAAACGGAG AATACAAAAT TGCGAGTGGC CACGCATTAC 
CGGAGTACAT TTATTGACAC CCAGACATTA CGCAGAACTT GGGACAAACA GTACAAGCAC 
GATGTTGCTT CTAGGTCTGT CAGAATTGTG GCCAGTTCGT CCACAGAGAG CACAGCAGCG 
GATGCCAGCA ACTTATCAAC TTCTGTGCCA TCAACCCTCT CCCTTGGAAC TACAGGGGAC 
ACTATTAGCA CCATCTACCC CAACAGACCT TACACCGTCG CAGTGCGACC TAGCAGGACT 
TTAAGAAGAG AGGACAATGT AATCAAGTAT AGCCCCATCA CAACAGCTTT CAGGGCTCCC 
AGGACTCTCC AGCCTCCCCC TGGAACCTTC TACAAGCCCC CATCGGGGAG CAAAGCTAAA 
GCGCTGCAGA ACTGTGTGTT AACTAACAGT GCTGAGGAAG AAGATGATGA TGAGGAGGAG 
GAGGAGGAGG AGGAGGATGA TGAGGAGGAG GAGTTGGGGA TTGAGATAGA AGTGTCTGTA 
GATGAGCCTC TTGAAGAGGT CACAGAGGCT GAGCAGGTGG CCATGTCTCA GTCTCCCAGT 
TCTAGCCCTG AGGAACTGGG CCAAAACCAG GCCAAACCAG TGTACCAGAG ACTAAGGCCC 
AGACGCCTCC AAGAGGTGGA ACATCGAGAG GCTCATTTTG TGTGA

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

LOC111228251 ( XM_022754094.1 ) cDNA ORF clone, Seriola dumerili(greater amberjack) -> XP_022609815.1 Seriola dumerili rho GTPase-activating protein 29-like (LOC111228251), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OSe200817
Clone ID Related Accession (Same CDS sequence)	XM_022754094.1
Accession Version	XM_022754094.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3546bp) 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 29-like isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019174471.1) 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##

ATGGGAGATG TAGAGAATGG ATCAGTGTTG GGGCTCCCCC TAACTAAGAG AAGCAGGTCT 
TTTGAGAACC TTTCTGTGGA ATCTGGAGGA TCCGGTCCTG AGAAAGATGA TCCGCCAGGG 
CTGTGTCTGC CGGTTCGGGT GGAAGAGGTG GACAGGACGC TGCAGCGGCA GGACAGCGGG 
GTGGAGTCCG CGCTGCTCTA CGCCAAGGCC TGGTCCAAGT ACACCAAAGA GCTGCTGGCA 
TGGGTGGAAA AACGTCTCAA CATGGATATC GAGTGTGCGA AGAGTTACGC CAAAATGGCA 
GAATCTGCCA AGACGCTCGC AAGTCAGCAG GAATTCATGC CTTTCCGTGA GATCTACATG 
ACTGCTTTCA AAAATGACAG TGAATACAGC CAGTTGGTAC TTCACACTGC AGCAGTGCTC 
CAAAGCAACA AATTCATGCA GCCTCTCCTG GCCAGAAAGA ATGAGCTGGA CAAACTACGA 
AAAGAGGTCA AGGAGCAGTG GCAGAGAGAG CAAAAGAAGA TGCATGAGGC CGACAGTGCT 
CTGAGGAAGG CTCGGCTGCT GCAGGTCCAG CGGCAGGAGG AATATGAGAA GGCCAAAGTG 
TCCACCAGCC GCCTGGAGGA GGAGCAGATG GGAGGAGGAG GGGGAGCGGC AGCGGCCAAA 
CAGCTAGAGA AGAGGCGCCG GCTGGAGGAG GATGCCCTGC AGAAGGCTGA GGAGGCCAGG 
GAGCACTGCA AAGCCTGTCA GATTGATGTT GGAGAGAAGA GAGTGGATCT TGCCAACACC 
AAGAGTGAGA TCATCACTCA GATCCGAGAG ATGGTCTCTC AGTGCGACCT CACCCTCAAG 
GCTGTGACAG TCAATTGGTT CCAGCTCCAA CAGGCCCAGG TTGTATCCCT CCCTGTCAAC 
CACCAGAGTC TGTGTGAAAA TGCCAAGCTG TACGAGCCTG GCCAGCGCTA CATCGACTTT 
GTCAGGAGTT TGCCCACTGA CGGGCCTCGC CTGGAGTCCC ACTCGTTTGA TTCAGCTGTT 
ACACAAAGCA CAGGGTTGCC TTTCAACAAG CGCTCGCTAA GTGGCTACCA CTCGTCCCAC 
AGTAACCTGT CGCAGGCATC CGTGACTTCT GACCTCCTTG GTGGAGATGA CGTAGACAGT 
CCCATCAATG CCCAGCATAC CAAGATTGCA GAACGGCGCT CCAACAGTAG CATAGACATC 
CAAGCACTTC GGATTCAGAC CCCATTTCGT CCCTGGGCCA CGGCCGGCCA AGGTGGAGGG 
ATGTGCAGCG ACTCAGAAAG TGCTGGAGGG AGCAGTGAGT CCCGCTCCAT GGACTCACCC 
ACTGCGAGTC CAGGAGACTT CAAGCGGAGA TTACCCAGAA CCCCCTCCAC TGGCACCATG 
TCTTCCGCTG ATGATCTGGA TGAGAGAGAG CCTCCCTCGC CCTCTGATAA CGGTTTAAGC 
GAGATTGTAA TAGAGACAGC CAGCTCCCCA GGTCCCTTTA GAAACACCCA GATGTCCAAG 
GCAGCTCAAA CCCACAAGCT GAGGAAGCTC AGAGCACCCT CCAAGTGTCG AGAGTGCGAT 
GGCCTGGTGG TGTTTCATGG AGCAGAGTGT GAGGAGTGTT CTTTGGCCTG CCACAAGAAG 
TGTCTGGAAA CCCTGGCCAT CCAGTGTGGC CATAAGAAGC TCCAGGGGAG GCTTCACCTC 
TTTGGCATCG ACTTCACACA GGCAGCGAAG AACAGTCAGG ACTGCATCCC CTTCATCATA 
CGGAAGTGTA CGTCAGAGAT CGAGAACAGA GCGCTCAACA TGAAGGGTAT CTACCGTGTG 
AATGGTGCCA AGTCTCGGGT GGAGAAGTTG TGCCAGGCGT TTGAGAACGG CAAGGACCTG 
GTGGAACTCT CCGACCTTTA TCCCCACGAC ATTAGCAACG TACTCAAACT CTACTTGAGA 
CAGCTTCCAG AGCCACTCAT CCTGTTCCGC TTCTATAACG ACTTCATCGG TTTGGCCAAG 
GAAAGCCAGA GTGTCATTGT GGAGGAACTG GAGGCGTTAC GTCTCAGTCC CACCCCGGTG 
GCCTCGGCTC AGGTCAGCGT GGATCTCAAC CGGGTCCTCT TCAAGATCAA GGACCTGCTG 
AGGCAGCTGC CACCAGCTCA TTACAAGACA CTGCAGTTCC TAATAGAGCA TCTGCACCGG 
GTCACAGAGC GGTCAGAGGA GAATAAGATG ACGGCCAGCA ACCTGGGTAT CATCTTCGGT 
CCAACACTGA TCAAGCCAAG GCAGGCAGAC GCTGAAGTTT CTCTCTCCTC TCTGGTGGAT 
TACCCCTATC AAGCACTCAT TGTGGAGCTC CTGATCAGAC ACTATGAGAT GGTCTTTGAC 
ACCCCCCTCA GTCCACTAAG CATCACCTCG CCTTCAGAGG TTGATGCCCA CCCTAGCCCC 
GACACCCGCC TCACCCACCA GGAGAAGGAG AGGCGGCTGA GCAGGCACTC TAAGTCGCTG 
GGAGATATTA AGGAGCAAAC CTCTAAGGTG TATAAAAGGC ATTCCTCCAT TATTCCTTCT 
TCCCACTTAC TGGCTGAGGT TGAGGAGACC ACGCCGAGCC TCGATGGAAG TGACTTTGAA 
CCTGTTGATG AAGTGGATTC AGAGACCCTC AATGGGGTTT TATCATCAGG TGTCCCTGAA 
GTCCCGAAAC CTGGCGAGAG AGGGCTCTGT CGTTCACAGC ATATCACAGT CACCAGGGTC 
CAGCTTCGAC ACCCTCGCAA CAAACTCTCC TCCCGGCCGG TCAGCATGCC AGCTGAACAG 
ATTCTAAGCC GAGGCCAAGT CGACGAGAAC AACAGCTGGA ACAGCGCTGA CCAAGACGTC 
AGGAAAGGAG GCAGCTGTGA CCAGTCCATC GAGGAGGTGG ACGAAACGGA GAATACAAAA 
TTGCGAGTGG CCACGCATTA CCGGAGTACA TTTATTGACA CCCAGACATT ACGCAGAACT 
TGGGACAAAC AGTACAAGCA CGATGTTGCT TCTAGGTCTG TCAGAATTGT GGCCAGTTCG 
TCCACAGAGA GCACAGCAGC GGATGCCAGC AACTTATCAA CTTCTGTGCC ATCAACCCTC 
TCCCTTGGAA CTACAGGGGA CACTATTAGC ACCATCTACC CCAACAGACC TTACACCGTC 
GCAGTGCGAC CTAGCAGGAC TTTAAGAAGA GAGGACAATG TAATCAAGTA TAGCCCCATC 
ACAACAGCTT TCAGGGCTCC CAGGACTCTC CAGCCTCCCC CTGGAACCTT CTACAAGCCC 
CCATCGGGGA GCAAAGCTAA AGCGCTGCAG AACTGTGTGT TAACTAACAG TGCTGAGGAA 
GAAGATGATG ATGAGGAGGA GGAGGAGGAG GAGGAGGATG ATGAGGAGGA GGAGTTGGGG 
ATTGAGATAG AAGTGTCTGT AGATGAGCCT CTTGAAGAGG TCACAGAGGC TGAGCAGGTG 
GCCATGTCTC AGTCTCCCAG TTCTAGCCCT GAGGAACTGG GCCAAAACCA GGCCAAACCA 
GTGTACCAGA GACTAAGGCC CAGACGCCTC CAAGAGGTGG AACATCGAGA GGCTCATTTT 
GTGTGA

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

RefSeq	XP_022609815.1
CDS	325..3870
Translation	MGDVENGSVLGLPLTKRSRSFENLSVESGGSGPEKDDPPGLCLPVRVEEVDRTLQRQDSGVESALLYAKAWSKYTKELLAWVEKRLNMDIECAKSYAKMAESAKTLASQQEFMPFREIYMTAFKNDSEYSQLVLHTAAVLQSNKFMQPLLARKNELDKLRKEVKEQWQREQKKMHEADSALRKARLLQVQRQEEYEKAKVSTSRLEEEQMGGGGGAAAAKQLEKRRRLEEDALQKAEEAREHCKACQIDVGEKRVDLANTKSEIITQIREMVSQCDLTLKAVTVNWFQLQQAQVVSLPVNHQSLCENAKLYEPGQRYIDFVRSLPTDGPRLESHSFDSAVTQSTGLPFNKRSLSGYHSSHSNLSQASVTSDLLGGDDVDSPINAQHTKIAERRSNSSIDIQALRIQTPFRPWATAGQGGGMCSDSESAGGSSESRSMDSPTASPGDFKRRLPRTPSTGTMSSADDLDEREPPSPSDNGLSEIVIETASSPGPFRNTQMSKAAQTHKLRKLRAPSKCRECDGLVVFHGAECEECSLACHKKCLETLAIQCGHKKLQGRLHLFGIDFTQAAKNSQDCIPFIIRKCTSEIENRALNMKGIYRVNGAKSRVEKLCQAFENGKDLVELSDLYPHDISNVLKLYLRQLPEPLILFRFYNDFIGLAKESQSVIVEELEALRLSPTPVASAQVSVDLNRVLFKIKDLLRQLPPAHYKTLQFLIEHLHRVTERSEENKMTASNLGIIFGPTLIKPRQADAEVSLSSLVDYPYQALIVELLIRHYEMVFDTPLSPLSITSPSEVDAHPSPDTRLTHQEKERRLSRHSKSLGDIKEQTSKVYKRHSSIIPSSHLLAEVEETTPSLDGSDFEPVDEVDSETLNGVLSSGVPEVPKPGERGLCRSQHITVTRVQLRHPRNKLSSRPVSMPAEQILSRGQVDENNSWNSADQDVRKGGSCDQSIEEVDETENTKLRVATHYRSTFIDTQTLRRTWDKQYKHDVASRSVRIVASSSTESTAADASNLSTSVPSTLSLGTTGDTISTIYPNRPYTVAVRPSRTLRREDNVIKYSPITTAFRAPRTLQPPPGTFYKPPSGSKAKALQNCVLTNSAEEEDDDEEEEEEEEDDEEEELGIEIEVSVDEPLEEVTEAEQVAMSQSPSSSPEELGQNQAKPVYQRLRPRRLQEVEHREAHFV

Target ORF information:

RefSeq Version	XM_022754094.1
Organism	Seriola dumerili(greater amberjack)
Definition	Seriola dumerili rho GTPase-activating protein 29-like (LOC111228251), transcript variant X2, mRNA.

Target ORF information:

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

XM_022754094.1

ORF Insert Sequence:

ATGGGAGATG TAGAGAATGG ATCAGTGTTG GGGCTCCCCC TAACTAAGAG AAGCAGGTCT 
TTTGAGAACC TTTCTGTGGA ATCTGGAGGA TCCGGTCCTG AGAAAGATGA TCCGCCAGGG 
CTGTGTCTGC CGGTTCGGGT GGAAGAGGTG GACAGGACGC TGCAGCGGCA GGACAGCGGG 
GTGGAGTCCG CGCTGCTCTA CGCCAAGGCC TGGTCCAAGT ACACCAAAGA GCTGCTGGCA 
TGGGTGGAAA AACGTCTCAA CATGGATATC GAGTGTGCGA AGAGTTACGC CAAAATGGCA 
GAATCTGCCA AGACGCTCGC AAGTCAGCAG GAATTCATGC CTTTCCGTGA GATCTACATG 
ACTGCTTTCA AAAATGACAG TGAATACAGC CAGTTGGTAC TTCACACTGC AGCAGTGCTC 
CAAAGCAACA AATTCATGCA GCCTCTCCTG GCCAGAAAGA ATGAGCTGGA CAAACTACGA 
AAAGAGGTCA AGGAGCAGTG GCAGAGAGAG CAAAAGAAGA TGCATGAGGC CGACAGTGCT 
CTGAGGAAGG CTCGGCTGCT GCAGGTCCAG CGGCAGGAGG AATATGAGAA GGCCAAAGTG 
TCCACCAGCC GCCTGGAGGA GGAGCAGATG GGAGGAGGAG GGGGAGCGGC AGCGGCCAAA 
CAGCTAGAGA AGAGGCGCCG GCTGGAGGAG GATGCCCTGC AGAAGGCTGA GGAGGCCAGG 
GAGCACTGCA AAGCCTGTCA GATTGATGTT GGAGAGAAGA GAGTGGATCT TGCCAACACC 
AAGAGTGAGA TCATCACTCA GATCCGAGAG ATGGTCTCTC AGTGCGACCT CACCCTCAAG 
GCTGTGACAG TCAATTGGTT CCAGCTCCAA CAGGCCCAGG TTGTATCCCT CCCTGTCAAC 
CACCAGAGTC TGTGTGAAAA TGCCAAGCTG TACGAGCCTG GCCAGCGCTA CATCGACTTT 
GTCAGGAGTT TGCCCACTGA CGGGCCTCGC CTGGAGTCCC ACTCGTTTGA TTCAGCTGTT 
ACACAAAGCA CAGGGTTGCC TTTCAACAAG CGCTCGCTAA GTGGCTACCA CTCGTCCCAC 
AGTAACCTGT CGCAGGCATC CGTGACTTCT GACCTCCTTG GTGGAGATGA CGTAGACAGT 
CCCATCAATG CCCAGCATAC CAAGATTGCA GAACGGCGCT CCAACAGTAG CATAGACATC 
CAAGCACTTC GGATTCAGAC CCCATTTCGT CCCTGGGCCA CGGCCGGCCA AGGTGGAGGG 
ATGTGCAGCG ACTCAGAAAG TGCTGGAGGG AGCAGTGAGT CCCGCTCCAT GGACTCACCC 
ACTGCGAGTC CAGGAGACTT CAAGCGGAGA TTACCCAGAA CCCCCTCCAC TGGCACCATG 
TCTTCCGCTG ATGATCTGGA TGAGAGAGAG CCTCCCTCGC CCTCTGATAA CGGTTTAAGC 
GAGATTGTAA TAGAGACAGC CAGCTCCCCA GGTCCCTTTA GAAACACCCA GATGTCCAAG 
GCAGCTCAAA CCCACAAGCT GAGGAAGCTC AGAGCACCCT CCAAGTGTCG AGAGTGCGAT 
GGCCTGGTGG TGTTTCATGG AGCAGAGTGT GAGGAGTGTT CTTTGGCCTG CCACAAGAAG 
TGTCTGGAAA CCCTGGCCAT CCAGTGTGGC CATAAGAAGC TCCAGGGGAG GCTTCACCTC 
TTTGGCATCG ACTTCACACA GGCAGCGAAG AACAGTCAGG ACTGCATCCC CTTCATCATA 
CGGAAGTGTA CGTCAGAGAT CGAGAACAGA GCGCTCAACA TGAAGGGTAT CTACCGTGTG 
AATGGTGCCA AGTCTCGGGT GGAGAAGTTG TGCCAGGCGT TTGAGAACGG CAAGGACCTG 
GTGGAACTCT CCGACCTTTA TCCCCACGAC ATTAGCAACG TACTCAAACT CTACTTGAGA 
CAGCTTCCAG AGCCACTCAT CCTGTTCCGC TTCTATAACG ACTTCATCGG TTTGGCCAAG 
GAAAGCCAGA GTGTCATTGT GGAGGAACTG GAGGCGTTAC GTCTCAGTCC CACCCCGGTG 
GCCTCGGCTC AGGTCAGCGT GGATCTCAAC CGGGTCCTCT TCAAGATCAA GGACCTGCTG 
AGGCAGCTGC CACCAGCTCA TTACAAGACA CTGCAGTTCC TAATAGAGCA TCTGCACCGG 
GTCACAGAGC GGTCAGAGGA GAATAAGATG ACGGCCAGCA ACCTGGGTAT CATCTTCGGT 
CCAACACTGA TCAAGCCAAG GCAGGCAGAC GCTGAAGTTT CTCTCTCCTC TCTGGTGGAT 
TACCCCTATC AAGCACTCAT TGTGGAGCTC CTGATCAGAC ACTATGAGAT GGTCTTTGAC 
ACCCCCCTCA GTCCACTAAG CATCACCTCG CCTTCAGAGG TTGATGCCCA CCCTAGCCCC 
GACACCCGCC TCACCCACCA GGAGAAGGAG AGGCGGCTGA GCAGGCACTC TAAGTCGCTG 
GGAGATATTA AGGAGCAAAC CTCTAAGGTG TATAAAAGGC ATTCCTCCAT TATTCCTTCT 
TCCCACTTAC TGGCTGAGGT TGAGGAGACC ACGCCGAGCC TCGATGGAAG TGACTTTGAA 
CCTGTTGATG AAGTGGATTC AGAGACCCTC AATGGGGTTT TATCATCAGG TGTCCCTGAA 
GTCCCGAAAC CTGGCGAGAG AGGGCTCTGT CGTTCACAGC ATATCACAGT CACCAGGGTC 
CAGCTTCGAC ACCCTCGCAA CAAACTCTCC TCCCGGCCGG TCAGCATGCC AGCTGAACAG 
ATTCTAAGCC GAGGCCAAGT CGACGAGAAC AACAGCTGGA ACAGCGCTGA CCAAGACGTC 
AGGAAAGGAG GCAGCTGTGA CCAGTCCATC GAGGAGGTGG ACGAAACGGA GAATACAAAA 
TTGCGAGTGG CCACGCATTA CCGGAGTACA TTTATTGACA CCCAGACATT ACGCAGAACT 
TGGGACAAAC AGTACAAGCA CGATGTTGCT TCTAGGTCTG TCAGAATTGT GGCCAGTTCG 
TCCACAGAGA GCACAGCAGC GGATGCCAGC AACTTATCAA CTTCTGTGCC ATCAACCCTC 
TCCCTTGGAA CTACAGGGGA CACTATTAGC ACCATCTACC CCAACAGACC TTACACCGTC 
GCAGTGCGAC CTAGCAGGAC TTTAAGAAGA GAGGACAATG TAATCAAGTA TAGCCCCATC 
ACAACAGCTT TCAGGGCTCC CAGGACTCTC CAGCCTCCCC CTGGAACCTT CTACAAGCCC 
CCATCGGGGA GCAAAGCTAA AGCGCTGCAG AACTGTGTGT TAACTAACAG TGCTGAGGAA 
GAAGATGATG ATGAGGAGGA GGAGGAGGAG GAGGAGGATG ATGAGGAGGA GGAGTTGGGG 
ATTGAGATAG AAGTGTCTGT AGATGAGCCT CTTGAAGAGG TCACAGAGGC TGAGCAGGTG 
GCCATGTCTC AGTCTCCCAG TTCTAGCCCT GAGGAACTGG GCCAAAACCA GGCCAAACCA 
GTGTACCAGA GACTAAGGCC CAGACGCCTC CAAGAGGTGG AACATCGAGA GGCTCATTTT 
GTGTGA