arhgap29 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	arhgap29
Entrez Gene ID	100170512
Full Name	Rho GTPase activating protein 29
General protein information	Preferred Names Rho GTPase activating protein 29 Names rho GTPase-activating protein 29
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018092941.1	XP_017948430.1	rho GTPase-activating protein 29 isoform X2
NM_001130291.1	NP_001123763.2	rho GTPase-activating protein 29
XM_012960665.2	XP_012816119.1	rho GTPase-activating protein 29 isoform X1
XM_018092940.1	XP_017948429.1	rho GTPase-activating protein 29 isoform X1
XM_012960665.3	XP_012816119.1	rho GTPase-activating protein 29 isoform X1

Pathways from BioSystems

Homologies

Gallus gallus (chicken)	ARHGAP29	NP_001231811.1
Xenopus tropicalis (tropical clawed frog)	arhgap29	NP_001123763.2
Danio rerio (zebrafish)	arhgap29b	NP_956405.1
Danio rerio (zebrafish)	arhgap29a	XP_693227.4

Gene Ontology
Bibliography

Related articles in PubMed

Genetic and genomic tools for Xenopus research: The NIH Xenopus initiative.
Klein SL, Strausberg RL, Wagner L, Pontius J, Clifton SW, Richardson P
Developmental dynamics : an official publication of the American Association of Anatomists225(4)384-91(2002 Dec)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following arhgap29 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the arhgap29 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)
OXa32383	XM_012960665.3 Latest version!	Xenopus tropicalis Rho GTPase activating protein 29 (arhgap29), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa43735	XM_018092941.1 Latest version!	Xenopus tropicalis Rho GTPase activating protein 29 (arhgap29), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
OXa32383	XM_018092940.1 Latest version!	Xenopus tropicalis Rho GTPase activating protein 29 (arhgap29), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
OXa20756	NM_001130291.1 Latest version!	Xenopus tropicalis Rho GTPase activating protein 29 (arhgap29), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00
View Old Accession Versions >>
OXa32383	XM_012960665.2	Xenopus tropicalis Rho GTPase activating protein 29 (arhgap29), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
Hide Old Accession Versions >>

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***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

arhgap29 ( XM_012960665.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012816119.1 Xenopus tropicalis Rho GTPase activating protein 29 (arhgap29), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa32383
Clone ID Related Accession (Same CDS sequence)	XM_012960665.2 , XM_018092940.1 , XM_012960665.3
Accession Version	XM_012960665.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3531bp) 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	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	rho GTPase-activating protein 29 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012960665.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGAGATG TAGACAATGG GTCAACACTG GGACTTCATG CATCACGTAG GAGTCGGTCA 
TTTGAAAACA TTTCTGTGGA CGATTCAGCT GGATCAATTC AAAAGAGGGA TGATATTCCA 
GGGCACCTTA GGGCAGAAGA AGTGGACAAC ATGCTTCTGC GGTACGACAG TGGAATTGAA 
TCCGCACTGT CATATGCTAA AGCCTGGTCA AAATATACCA AGGATATTCT TGCCTGGGTA 
GAGAGAAGGC TTAGCGTGGA AATTGAAACT GCCAGAAATC TTGCAAAAAT GGCTGAAAGT 
GCAAGATCCT TGGTTAATAA TCAGGAGTAT ATGCCATTCC AGTCCACCTT CTTAGCTGCT 
TTTCAGAATG ATATTGACAG CAGCCAAGTT TCTCTGCAAA CAATTGGTGC TCTTCAAAGC 
AACAAGTTCA TTCAGCCTCT CCAAGCTAGA AGATCGGAGC TTGATAAACA AAGGAAGGAA 
ATGAAAGACC TTTGGCAGCG AGAGCAGAAA AAAATGCAAG ATCTGGAGGC AGCTTTACGC 
AAGGCTAAAC TTTTAAATGC CCAGCGACAA GATGAACATG AAAAAGCAAA GTCCAGTACA 
ATGCGAGCAG AGGAGGACTT GCTCAGCATA AGTGGGGGAC TTCAAAAGGA TGGTAGCAAA 
CAACTAGAGA AGAGACGTCG TCTAGAAGAG GAAGCTTCAC AGAAGGCTGA AGAAGCTAAA 
GAATATTACA AAGTATGTAT GGCAGAAGTT GAGGAGAGGA GGAACTCTAT GGAAAACTTT 
AAGAGTGAGC TTTTAACGCA AATTCGAGAA CTTATTTATC AGTGTGATCT CACTCTTAAA 
GCTGCAACAG TGAATCTGTT CCAGTTACAG CATAGCCAAG TAGTATCCCT TCCGGTTAAT 
TGCCAGACCC TGTGTGAGAA TGCCAAGCTT TATGAGCCAG GACAGCAGTA TTCAGATTTT 
GTCAAAAACT TGCCCAAAGA AGATGATCCT ATTGAGACAG GATCATGTGA AGCTTCAATT 
ACAAACATTG GAGGGTCACT TCTGTCTAAG CGACAAGAAG ATAATGCACA TGCATCACAA 
GGCAACTTAT CTCAAGGCTC GGGAGAATTC CCTTCTCAGC CCCCTGATGA CATTGGCAGC 
CCTGTTTATA GACGATCTAA CAAGATGGAG CAGAAAAGGT CCAGCAGCAG CATAGATATT 
CCCGGAATGA GAGGGCCACC GCCTTTTAGA TCTTGGTCTG TAGGGAACCA AAGTGGAGGC 
ATGTGTAGTG ATTCAGAGAG TGCAGGAGGC AGCAGTGAGT CCCGTTCTAT GGATTCTCCA 
TCTGCAAGCC CAGGTGGTTT TAAGAGAAGG CTTCCCAGGA CGCCATCTAC AGGAACTATG 
TCATCAGCTG ATGATCTTGA TGAAAGGGAA CCACCCTCAC CTTCGGAGAA TGGTTTGAAT 
GACCTTGTTT CTGAGATTGC CAATTCTCCA GGGCCATTTA GAAATACTAA TATGTCTAAG 
GCAGCCCAGA CTCACAAATT GCGAAAATTA AGAGCTCCAT CTAAATGCAG AGAGTGTGAC 
AGCTTGGTGG TATTCCATGG AGCAGAGTGT GAAGAGTGTT CTCTTGCTTG CCACAAGAAG 
TGTTTAGAGA CGCTGGCCAT TCAGTGTGGA CACAAAAAGC TTCACGGAAG ACTTCATCTG 
TTCGGTGTGG AATTTACTCA GGCCGCTAAA AACACCCATG ATGGCATTCC TTTTATTATA 
AAGAAGTGTA CAACGGAAAT TGAAAGCAGG GCTTTAACTG TAAAAGGTAT TTATCGTGTA 
AATGGAGCAA AGTCTCGTGT TGAAAAGCTA TGTCAGGCTT TTGAGAATGG AAAAGACTTG 
GTAGAGCTGT CAGATCTATA TGCACATGAC ATCAGCAATG TTCTAAAGCT CTACCTTCGC 
CAGCTTCCTG AACCGCTGAT TTTGTTTAGA CTCTACACTG AGTTAATAGG ATTGGCAAAA 
GAAAGTCAAC GTGCTAGTGA AGAATTGGGG GTTAACTCAA GTAGCCCCAC ATTAAAGAGA 
CTGCCTTCAG GTGTTGAACT GAACAGAGTC ATTCTTAAAA TTAGAGATCT ACTGAAACAG 
CTGCCAACAC CAAACTATAA CACACTACAG TACTTAATTG GGCACCTACA CAGAGTCACA 
GAAGATGTGG AAGAAAATAA AATGTCCGCT AGCAACCTTG GGATAATATT TGGGCCCACT 
CTTATCAGAC CACGTCAGAC TGATGCCACA ATTTCACTTT CCTCTCTTGT GGATTATCCT 
TATCAAGCAC GAATTGTTGA ACTACTTATT ACATATTATG ATAGGATATT TGATGTGTCA 
AGAAAGATGT TGAATCCTGA AGAAAGTCAA CCTGAATCAG TGAGTTCTAC AGAAGAAAGA 
GAACCCCAAC AAATCAGGAA ATCACAGTCC TTGCCTGTTG GAAAGGAAGA TTTTTTACTG 
TCAAGACGGG CCAGCTCTTT GGATGAAAAT TCATTGCAAT TTAAAGGTGT AGAGGAGAGA 
GAACGAAAGC AGAGCATGGA TGTACTAGAA GAGATTGAGA ATAACTGCTG TCCAAATGAT 
TTTAACATGG ATTCCTCATC AGAAGTGGTC AGTCCTGGGT CTACACTGAA TGACTGTGCT 
TTAGATGAGC CTGATTGTTC TATGGATACT ATTTCAGAAG GAGAAGTCAG CCCTGCTAAA 
ATGAATGTGG AGGAACTTTA TAAAACGAAC CTTTCTGCTC ATGGAAAATC TTATCAACAG 
TTAACCAAAG TTCAGTTGAG GGCTCCTAGA GCCCGACCTG TGGTCCGTCC TGTTAGTTTA 
CCTGTGGATC GACTTCTTTC TTCCTCAGTG TTGAATGAAA AGAATTCCAG AAATGTTTCT 
AGTGGAGACA AACTTGGCCA GAGTCCTATT ATTGAAGAGG TTTCTGATAA CAAACCATTC 
CCTACTGTTA ATTTATGTCA CAGACTTTCC TGTTATGACA CCCAAGGTCA AAAGAAAACA 
TGGGATAAGC AATACAAACA GTATGACATT ACCCCGCGAA CTGCCATGAT TATGACCAAC 
GTTCCCCAAG AAATCAGAGC ACATGATTCC GGATCTGCAG TTACCAATTT GTCATCTAAT 
GTTAATTCAG TGAATTCCAC ACTTCCCAAA ATATCTGCAT TTCCTGCCAA AGCTAGCGTG 
ATGGCAAGTG AAGGGAATTA TGCCGAGGCC AGTCCAGTTT TGGCTTTAAG GGCACCGAGA 
ACTTTGCAGC CTCCACCAGG AACTTTTTAC AATCCTCCAT CAAATAAATC CAGGCTGAGT 
GAAGAGACAA ATCAGAGTAA TATAGCCTCA GTAAGCTCAG CTCAGATACA GTTTAACAAC 
AACAATGTGA ATCTTGTTAC AGATTCAGAT GGAAAATCTG ACATGCAGGG ACAAAACAAA 
AGCCCCTGCA ATATGACTGA ATTGCAGACA ACAGAAATAA AGCCAACCTA TCAGAGACTT 
AGGCCAAAAC GCATGCAGGA GCTAGAACAC AGAGAAGCGC ACTTTGTGTA G

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

RefSeq	XP_012816119.1
CDS	483..4013
Translation	MGDVDNGSTLGLHASRRSRSFENISVDDSAGSIQKRDDIPGHLRAEEVDNMLLRYDSGIESALSYAKAWSKYTKDILAWVERRLSVEIETARNLAKMAESARSLVNNQEYMPFQSTFLAAFQNDIDSSQVSLQTIGALQSNKFIQPLQARRSELDKQRKEMKDLWQREQKKMQDLEAALRKAKLLNAQRQDEHEKAKSSTMRAEEDLLSISGGLQKDGSKQLEKRRRLEEEASQKAEEAKEYYKVCMAEVEERRNSMENFKSELLTQIRELIYQCDLTLKAATVNLFQLQHSQVVSLPVNCQTLCENAKLYEPGQQYSDFVKNLPKEDDPIETGSCEASITNIGGSLLSKRQEDNAHASQGNLSQGSGEFPSQPPDDIGSPVYRRSNKMEQKRSSSSIDIPGMRGPPPFRSWSVGNQSGGMCSDSESAGGSSESRSMDSPSASPGGFKRRLPRTPSTGTMSSADDLDEREPPSPSENGLNDLVSEIANSPGPFRNTNMSKAAQTHKLRKLRAPSKCRECDSLVVFHGAECEECSLACHKKCLETLAIQCGHKKLHGRLHLFGVEFTQAAKNTHDGIPFIIKKCTTEIESRALTVKGIYRVNGAKSRVEKLCQAFENGKDLVELSDLYAHDISNVLKLYLRQLPEPLILFRLYTELIGLAKESQRASEELGVNSSSPTLKRLPSGVELNRVILKIRDLLKQLPTPNYNTLQYLIGHLHRVTEDVEENKMSASNLGIIFGPTLIRPRQTDATISLSSLVDYPYQARIVELLITYYDRIFDVSRKMLNPEESQPESVSSTEEREPQQIRKSQSLPVGKEDFLLSRRASSLDENSLQFKGVEERERKQSMDVLEEIENNCCPNDFNMDSSSEVVSPGSTLNDCALDEPDCSMDTISEGEVSPAKMNVEELYKTNLSAHGKSYQQLTKVQLRAPRARPVVRPVSLPVDRLLSSSVLNEKNSRNVSSGDKLGQSPIIEEVSDNKPFPTVNLCHRLSCYDTQGQKKTWDKQYKQYDITPRTAMIMTNVPQEIRAHDSGSAVTNLSSNVNSVNSTLPKISAFPAKASVMASEGNYAEASPVLALRAPRTLQPPPGTFYNPPSNKSRLSEETNQSNIASVSSAQIQFNNNNVNLVTDSDGKSDMQGQNKSPCNMTELQTTEIKPTYQRLRPKRMQELEHREAHFV

Target ORF information:

RefSeq Version	XM_012960665.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis Rho GTPase activating protein 29 (arhgap29), transcript variant X1, mRNA.

Target ORF information:

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

XM_012960665.3

ORF Insert Sequence:

ATGGGAGATG TAGACAATGG GTCAACACTG GGACTTCATG CATCACGTAG GAGTCGGTCA 
TTTGAAAACA TTTCTGTGGA CGATTCAGCT GGATCAATTC AAAAGAGGGA TGATATTCCA 
GGGCACCTTA GGGCAGAAGA AGTGGACAAC ATGCTTCTGC GGTACGACAG TGGAATTGAA 
TCCGCACTGT CATATGCTAA AGCCTGGTCA AAATATACCA AGGATATTCT TGCCTGGGTA 
GAGAGAAGGC TTAGCGTGGA AATTGAAACT GCCAGAAATC TTGCAAAAAT GGCTGAAAGT 
GCAAGATCCT TGGTTAATAA TCAGGAGTAT ATGCCATTCC AGTCCACCTT CTTAGCTGCT 
TTTCAGAATG ATATTGACAG CAGCCAAGTT TCTCTGCAAA CAATTGGTGC TCTTCAAAGC 
AACAAGTTCA TTCAGCCTCT CCAAGCTAGA AGATCGGAGC TTGATAAACA AAGGAAGGAA 
ATGAAAGACC TTTGGCAGCG AGAGCAGAAA AAAATGCAAG ATCTGGAGGC AGCTTTACGC 
AAGGCTAAAC TTTTAAATGC CCAGCGACAA GATGAACATG AAAAAGCAAA GTCCAGTACA 
ATGCGAGCAG AGGAGGACTT GCTCAGCATA AGTGGGGGAC TTCAAAAGGA TGGTAGCAAA 
CAACTAGAGA AGAGACGTCG TCTAGAAGAG GAAGCTTCAC AGAAGGCTGA AGAAGCTAAA 
GAATATTACA AAGTATGTAT GGCAGAAGTT GAGGAGAGGA GGAACTCTAT GGAAAACTTT 
AAGAGTGAGC TTTTAACGCA AATTCGAGAA CTTATTTATC AGTGTGATCT CACTCTTAAA 
GCTGCAACAG TGAATCTGTT CCAGTTACAG CATAGCCAAG TAGTATCCCT TCCGGTTAAT 
TGCCAGACCC TGTGTGAGAA TGCCAAGCTT TATGAGCCAG GACAGCAGTA TTCAGATTTT 
GTCAAAAACT TGCCCAAAGA AGATGATCCT ATTGAGACAG GATCATGTGA AGCTTCAATT 
ACAAACATTG GAGGGTCACT TCTGTCTAAG CGACAAGAAG ATAATGCACA TGCATCACAA 
GGCAACTTAT CTCAAGGCTC GGGAGAATTC CCTTCTCAGC CCCCTGATGA CATTGGCAGC 
CCTGTTTATA GACGATCTAA CAAGATGGAG CAGAAAAGGT CCAGCAGCAG CATAGATATT 
CCCGGAATGA GAGGGCCACC GCCTTTTAGA TCTTGGTCTG TAGGGAACCA AAGTGGAGGC 
ATGTGTAGTG ATTCAGAGAG TGCAGGAGGC AGCAGTGAGT CCCGTTCTAT GGATTCTCCA 
TCTGCAAGCC CAGGTGGTTT TAAGAGAAGG CTTCCCAGGA CGCCATCTAC AGGAACTATG 
TCATCAGCTG ATGATCTTGA TGAAAGGGAA CCACCCTCAC CTTCGGAGAA TGGTTTGAAT 
GACCTTGTTT CTGAGATTGC CAATTCTCCA GGGCCATTTA GAAATACTAA TATGTCTAAG 
GCAGCCCAGA CTCACAAATT GCGAAAATTA AGAGCTCCAT CTAAATGCAG AGAGTGTGAC 
AGCTTGGTGG TATTCCATGG AGCAGAGTGT GAAGAGTGTT CTCTTGCTTG CCACAAGAAG 
TGTTTAGAGA CGCTGGCCAT TCAGTGTGGA CACAAAAAGC TTCACGGAAG ACTTCATCTG 
TTCGGTGTGG AATTTACTCA GGCCGCTAAA AACACCCATG ATGGCATTCC TTTTATTATA 
AAGAAGTGTA CAACGGAAAT TGAAAGCAGG GCTTTAACTG TAAAAGGTAT TTATCGTGTA 
AATGGAGCAA AGTCTCGTGT TGAAAAGCTA TGTCAGGCTT TTGAGAATGG AAAAGACTTG 
GTAGAGCTGT CAGATCTATA TGCACATGAC ATCAGCAATG TTCTAAAGCT CTACCTTCGC 
CAGCTTCCTG AACCGCTGAT TTTGTTTAGA CTCTACACTG AGTTAATAGG ATTGGCAAAA 
GAAAGTCAAC GTGCTAGTGA AGAATTGGGG GTTAACTCAA GTAGCCCCAC ATTAAAGAGA 
CTGCCTTCAG GTGTTGAACT GAACAGAGTC ATTCTTAAAA TTAGAGATCT ACTGAAACAG 
CTGCCAACAC CAAACTATAA CACACTACAG TACTTAATTG GGCACCTACA CAGAGTCACA 
GAAGATGTGG AAGAAAATAA AATGTCCGCT AGCAACCTTG GGATAATATT TGGGCCCACT 
CTTATCAGAC CACGTCAGAC TGATGCCACA ATTTCACTTT CCTCTCTTGT GGATTATCCT 
TATCAAGCAC GAATTGTTGA ACTACTTATT ACATATTATG ATAGGATATT TGATGTGTCA 
AGAAAGATGT TGAATCCTGA AGAAAGTCAA CCTGAATCAG TGAGTTCTAC AGAAGAAAGA 
GAACCCCAAC AAATCAGGAA ATCACAGTCC TTGCCTGTTG GAAAGGAAGA TTTTTTACTG 
TCAAGACGGG CCAGCTCTTT GGATGAAAAT TCATTGCAAT TTAAAGGTGT AGAGGAGAGA 
GAACGAAAGC AGAGCATGGA TGTACTAGAA GAGATTGAGA ATAACTGCTG TCCAAATGAT 
TTTAACATGG ATTCCTCATC AGAAGTGGTC AGTCCTGGGT CTACACTGAA TGACTGTGCT 
TTAGATGAGC CTGATTGTTC TATGGATACT ATTTCAGAAG GAGAAGTCAG CCCTGCTAAA 
ATGAATGTGG AGGAACTTTA TAAAACGAAC CTTTCTGCTC ATGGAAAATC TTATCAACAG 
TTAACCAAAG TTCAGTTGAG GGCTCCTAGA GCCCGACCTG TGGTCCGTCC TGTTAGTTTA 
CCTGTGGATC GACTTCTTTC TTCCTCAGTG TTGAATGAAA AGAATTCCAG AAATGTTTCT 
AGTGGAGACA AACTTGGCCA GAGTCCTATT ATTGAAGAGG TTTCTGATAA CAAACCATTC 
CCTACTGTTA ATTTATGTCA CAGACTTTCC TGTTATGACA CCCAAGGTCA AAAGAAAACA 
TGGGATAAGC AATACAAACA GTATGACATT ACCCCGCGAA CTGCCATGAT TATGACCAAC 
GTTCCCCAAG AAATCAGAGC ACATGATTCC GGATCTGCAG TTACCAATTT GTCATCTAAT 
GTTAATTCAG TGAATTCCAC ACTTCCCAAA ATATCTGCAT TTCCTGCCAA AGCTAGCGTG 
ATGGCAAGTG AAGGGAATTA TGCCGAGGCC AGTCCAGTTT TGGCTTTAAG GGCACCGAGA 
ACTTTGCAGC CTCCACCAGG AACTTTTTAC AATCCTCCAT CAAATAAATC CAGGCTGAGT 
GAAGAGACAA ATCAGAGTAA TATAGCCTCA GTAAGCTCAG CTCAGATACA GTTTAACAAC 
AACAATGTGA ATCTTGTTAC AGATTCAGAT GGAAAATCTG ACATGCAGGG ACAAAACAAA 
AGCCCCTGCA ATATGACTGA ATTGCAGACA ACAGAAATAA AGCCAACCTA TCAGAGACTT 
AGGCCAAAAC GCATGCAGGA GCTAGAACAC AGAGAAGCGC ACTTTGTGTA G

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

arhgap29 ( XM_018092941.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017948430.1 Xenopus tropicalis Rho GTPase activating protein 29 (arhgap29), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OXa43735
Clone ID Related Accession (Same CDS sequence)	XM_018092941.1
Accession Version	XM_018092941.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3381bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	rho GTPase-activating protein 29 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.1) 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 :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTTCTGC GGTACGACAG TGGAATTGAA TCCGCACTGT CATATGCTAA AGCCTGGTCA 
AAATATACCA AGGATATTCT TGCCTGGGTA GAGAGAAGGC TTAGCGTGGA AATTGAAACT 
GCCAGAAATC TTGCAAAAAT GGCTGAAAGT GCAAGATCCT TGGTTAATAA TCAGGAGTAT 
ATGCCATTCC AGTCCACCTT CTTAGCTGCT TTTCAGAATG ATATTGACAG CAGCCAAGTT 
TCTCTGCAAA CAATTGGTGC TCTTCAAAGC AACAAGTTCA TTCAGCCTCT CCAAGCTAGA 
AGATCGGAGC TTGATAAACA AAGGAAGGAA ATGAAAGACC TTTGGCAGCG AGAGCAGAAA 
AAAATGCAAG ATCTGGAGGC AGCTTTACGC AAGGCTAAAC TTTTAAATGC CCAGCGACAA 
GATGAACATG AAAAAGCAAA GTCCAGTACA ATGCGAGCAG AGGAGGACTT GCTCAGCATA 
AGTGGGGGAC TTCAAAAGGA TGGTAGCAAA CAACTAGAGA AGAGACGTCG TCTAGAAGAG 
GAAGCTTCAC AGAAGGCTGA AGAAGCTAAA GAATATTACA AAGTATGTAT GGCAGAAGTT 
GAGGAGAGGA GGAACTCTAT GGAAAACTTT AAGAGTGAGC TTTTAACGCA AATTCGAGAA 
CTTATTTATC AGTGTGATCT CACTCTTAAA GCTGCAACAG TGAATCTGTT CCAGTTACAG 
CATAGCCAAG TAGTATCCCT TCCGGTTAAT TGCCAGACCC TGTGTGAGAA TGCCAAGCTT 
TATGAGCCAG GACAGCAGTA TTCAGATTTT GTCAAAAACT TGCCCAAAGA AGATGATCCT 
ATTGAGACAG GATCATGTGA AGCTTCAATT ACAAACATTG GAGGGTCACT TCTGTCTAAG 
CGACAAGAAG ATAATGCACA TGCATCACAA GGCAACTTAT CTCAAGGCTC GGGAGAATTC 
CCTTCTCAGC CCCCTGATGA CATTGGCAGC CCTGTTTATA GACGATCTAA CAAGATGGAG 
CAGAAAAGGT CCAGCAGCAG CATAGATATT CCCGGAATGA GAGGGCCACC GCCTTTTAGA 
TCTTGGTCTG TAGGGAACCA AAGTGGAGGC ATGTGTAGTG ATTCAGAGAG TGCAGGAGGC 
AGCAGTGAGT CCCGTTCTAT GGATTCTCCA TCTGCAAGCC CAGGTGGTTT TAAGAGAAGG 
CTTCCCAGGA CGCCATCTAC AGGAACTATG TCATCAGCTG ATGATCTTGA TGAAAGGGAA 
CCACCCTCAC CTTCGGAGAA TGGTTTGAAT GACCTTGTTT CTGAGATTGC CAATTCTCCA 
GGGCCATTTA GAAATACTAA TATGTCTAAG GCAGCCCAGA CTCACAAATT GCGAAAATTA 
AGAGCTCCAT CTAAATGCAG AGAGTGTGAC AGCTTGGTGG TATTCCATGG AGCAGAGTGT 
GAAGAGTGTT CTCTTGCTTG CCACAAGAAG TGTTTAGAGA CGCTGGCCAT TCAGTGTGGA 
CACAAAAAGC TTCACGGAAG ACTTCATCTG TTCGGTGTGG AATTTACTCA GGCCGCTAAA 
AACACCCATG ATGGCATTCC TTTTATTATA AAGAAGTGTA CAACGGAAAT TGAAAGCAGG 
GCTTTAACTG TAAAAGGTAT TTATCGTGTA AATGGAGCAA AGTCTCGTGT TGAAAAGCTA 
TGTCAGGCTT TTGAGAATGG AAAAGACTTG GTAGAGCTGT CAGATCTATA TGCACATGAC 
ATCAGCAATG TTCTAAAGCT CTACCTTCGC CAGCTTCCTG AACCGCTGAT TTTGTTTAGA 
CTCTACACTG AGTTAATAGG ATTGGCAAAA GAAAGTCAAC GTGCTAGTGA AGAATTGGGG 
GTTAACTCAA GTAGCCCCAC ATTAAAGAGA CTGCCTTCAG GTGTTGAACT GAACAGAGTC 
ATTCTTAAAA TTAGAGATCT ACTGAAACAG CTGCCAACAC CAAACTATAA CACACTACAG 
TACTTAATTG GGCACCTACA CAGAGTCACA GAAGATGTGG AAGAAAATAA AATGTCCGCT 
AGCAACCTTG GGATAATATT TGGGCCCACT CTTATCAGAC CACGTCAGAC TGATGCCACA 
ATTTCACTTT CCTCTCTTGT GGATTATCCT TATCAAGCAC GAATTGTTGA ACTACTTATT 
ACATATTATG ATAGGATATT TGATGTGTCA AGAAAGATGT TGAATCCTGA AGAAAGTCAA 
CCTGAATCAG TGAGTTCTAC AGAAGAAAGA GAACCCCAAC AAATCAGGAA ATCACAGTCC 
TTGCCTGTTG GAAAGGAAGA TTTTTTACTG TCAAGACGGG CCAGCTCTTT GGATGAAAAT 
TCATTGCAAT TTAAAGGTGT AGAGGAGAGA GAACGAAAGC AGAGCATGGA TGTACTAGAA 
GAGATTGAGA ATAACTGCTG TCCAAATGAT TTTAACATGG ATTCCTCATC AGAAGTGGTC 
AGTCCTGGGT CTACACTGAA TGACTGTGCT TTAGATGAGC CTGATTGTTC TATGGATACT 
ATTTCAGAAG GAGAAGTCAG CCCTGCTAAA ATGAATGTGG AGGAACTTTA TAAAACGAAC 
CTTTCTGCTC ATGGAAAATC TTATCAACAG TTAACCAAAG TTCAGTTGAG GGCTCCTAGA 
GCCCGACCTG TGGTCCGTCC TGTTAGTTTA CCTGTGGATC GACTTCTTTC TTCCTCAGTG 
TTGAATGAAA AGAATTCCAG AAATGTTTCT AGTGGAGACA AACTTGGCCA GAGTCCTATT 
ATTGAAGAGG TTTCTGATAA CAAACCATTC CCTACTGTTA ATTTATGTCA CAGACTTTCC 
TGTTATGACA CCCAAGGTCA AAAGAAAACA TGGGATAAGC AATACAAACA GTATGACATT 
ACCCCGCGAA CTGCCATGAT TATGACCAAC GTTCCCCAAG AAATCAGAGC ACATGATTCC 
GGATCTGCAG TTACCAATTT GTCATCTAAT GTTAATTCAG TGAATTCCAC ACTTCCCAAA 
ATATCTGCAT TTCCTGCCAA AGCTAGCGTG ATGGCAAGTG AAGGGAATTA TGCCGAGGCC 
AGTCCAGTTT TGGCTTTAAG GGCACCGAGA ACTTTGCAGC CTCCACCAGG AACTTTTTAC 
AATCCTCCAT CAAATAAATC CAGGCTGAGT GAAGAGACAA ATCAGAGTAA TATAGCCTCA 
GTAAGCTCAG CTCAGATACA GTTTAACAAC AACAATGTGA ATCTTGTTAC AGATTCAGAT 
GGAAAATCTG ACATGCAGGG ACAAAACAAA AGCCCCTGCA ATATGACTGA ATTGCAGACA 
ACAGAAATAA AGCCAACCTA TCAGAGACTT AGGCCAAAAC GCATGCAGGA GCTAGAACAC 
AGAGAAGCGC ACTTTGTGTA G

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

RefSeq	XP_017948430.1
CDS	179..3559
Translation	MLLRYDSGIESALSYAKAWSKYTKDILAWVERRLSVEIETARNLAKMAESARSLVNNQEYMPFQSTFLAAFQNDIDSSQVSLQTIGALQSNKFIQPLQARRSELDKQRKEMKDLWQREQKKMQDLEAALRKAKLLNAQRQDEHEKAKSSTMRAEEDLLSISGGLQKDGSKQLEKRRRLEEEASQKAEEAKEYYKVCMAEVEERRNSMENFKSELLTQIRELIYQCDLTLKAATVNLFQLQHSQVVSLPVNCQTLCENAKLYEPGQQYSDFVKNLPKEDDPIETGSCEASITNIGGSLLSKRQEDNAHASQGNLSQGSGEFPSQPPDDIGSPVYRRSNKMEQKRSSSSIDIPGMRGPPPFRSWSVGNQSGGMCSDSESAGGSSESRSMDSPSASPGGFKRRLPRTPSTGTMSSADDLDEREPPSPSENGLNDLVSEIANSPGPFRNTNMSKAAQTHKLRKLRAPSKCRECDSLVVFHGAECEECSLACHKKCLETLAIQCGHKKLHGRLHLFGVEFTQAAKNTHDGIPFIIKKCTTEIESRALTVKGIYRVNGAKSRVEKLCQAFENGKDLVELSDLYAHDISNVLKLYLRQLPEPLILFRLYTELIGLAKESQRASEELGVNSSSPTLKRLPSGVELNRVILKIRDLLKQLPTPNYNTLQYLIGHLHRVTEDVEENKMSASNLGIIFGPTLIRPRQTDATISLSSLVDYPYQARIVELLITYYDRIFDVSRKMLNPEESQPESVSSTEEREPQQIRKSQSLPVGKEDFLLSRRASSLDENSLQFKGVEERERKQSMDVLEEIENNCCPNDFNMDSSSEVVSPGSTLNDCALDEPDCSMDTISEGEVSPAKMNVEELYKTNLSAHGKSYQQLTKVQLRAPRARPVVRPVSLPVDRLLSSSVLNEKNSRNVSSGDKLGQSPIIEEVSDNKPFPTVNLCHRLSCYDTQGQKKTWDKQYKQYDITPRTAMIMTNVPQEIRAHDSGSAVTNLSSNVNSVNSTLPKISAFPAKASVMASEGNYAEASPVLALRAPRTLQPPPGTFYNPPSNKSRLSEETNQSNIASVSSAQIQFNNNNVNLVTDSDGKSDMQGQNKSPCNMTELQTTEIKPTYQRLRPKRMQELEHREAHFV

Target ORF information:

RefSeq Version	XM_018092941.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis Rho GTPase activating protein 29 (arhgap29), transcript variant X3, mRNA.

Target ORF information:

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

XM_018092941.1

ORF Insert Sequence:

ATGCTTCTGC GGTACGACAG TGGAATTGAA TCCGCACTGT CATATGCTAA AGCCTGGTCA 
AAATATACCA AGGATATTCT TGCCTGGGTA GAGAGAAGGC TTAGCGTGGA AATTGAAACT 
GCCAGAAATC TTGCAAAAAT GGCTGAAAGT GCAAGATCCT TGGTTAATAA TCAGGAGTAT 
ATGCCATTCC AGTCCACCTT CTTAGCTGCT TTTCAGAATG ATATTGACAG CAGCCAAGTT 
TCTCTGCAAA CAATTGGTGC TCTTCAAAGC AACAAGTTCA TTCAGCCTCT CCAAGCTAGA 
AGATCGGAGC TTGATAAACA AAGGAAGGAA ATGAAAGACC TTTGGCAGCG AGAGCAGAAA 
AAAATGCAAG ATCTGGAGGC AGCTTTACGC AAGGCTAAAC TTTTAAATGC CCAGCGACAA 
GATGAACATG AAAAAGCAAA GTCCAGTACA ATGCGAGCAG AGGAGGACTT GCTCAGCATA 
AGTGGGGGAC TTCAAAAGGA TGGTAGCAAA CAACTAGAGA AGAGACGTCG TCTAGAAGAG 
GAAGCTTCAC AGAAGGCTGA AGAAGCTAAA GAATATTACA AAGTATGTAT GGCAGAAGTT 
GAGGAGAGGA GGAACTCTAT GGAAAACTTT AAGAGTGAGC TTTTAACGCA AATTCGAGAA 
CTTATTTATC AGTGTGATCT CACTCTTAAA GCTGCAACAG TGAATCTGTT CCAGTTACAG 
CATAGCCAAG TAGTATCCCT TCCGGTTAAT TGCCAGACCC TGTGTGAGAA TGCCAAGCTT 
TATGAGCCAG GACAGCAGTA TTCAGATTTT GTCAAAAACT TGCCCAAAGA AGATGATCCT 
ATTGAGACAG GATCATGTGA AGCTTCAATT ACAAACATTG GAGGGTCACT TCTGTCTAAG 
CGACAAGAAG ATAATGCACA TGCATCACAA GGCAACTTAT CTCAAGGCTC GGGAGAATTC 
CCTTCTCAGC CCCCTGATGA CATTGGCAGC CCTGTTTATA GACGATCTAA CAAGATGGAG 
CAGAAAAGGT CCAGCAGCAG CATAGATATT CCCGGAATGA GAGGGCCACC GCCTTTTAGA 
TCTTGGTCTG TAGGGAACCA AAGTGGAGGC ATGTGTAGTG ATTCAGAGAG TGCAGGAGGC 
AGCAGTGAGT CCCGTTCTAT GGATTCTCCA TCTGCAAGCC CAGGTGGTTT TAAGAGAAGG 
CTTCCCAGGA CGCCATCTAC AGGAACTATG TCATCAGCTG ATGATCTTGA TGAAAGGGAA 
CCACCCTCAC CTTCGGAGAA TGGTTTGAAT GACCTTGTTT CTGAGATTGC CAATTCTCCA 
GGGCCATTTA GAAATACTAA TATGTCTAAG GCAGCCCAGA CTCACAAATT GCGAAAATTA 
AGAGCTCCAT CTAAATGCAG AGAGTGTGAC AGCTTGGTGG TATTCCATGG AGCAGAGTGT 
GAAGAGTGTT CTCTTGCTTG CCACAAGAAG TGTTTAGAGA CGCTGGCCAT TCAGTGTGGA 
CACAAAAAGC TTCACGGAAG ACTTCATCTG TTCGGTGTGG AATTTACTCA GGCCGCTAAA 
AACACCCATG ATGGCATTCC TTTTATTATA AAGAAGTGTA CAACGGAAAT TGAAAGCAGG 
GCTTTAACTG TAAAAGGTAT TTATCGTGTA AATGGAGCAA AGTCTCGTGT TGAAAAGCTA 
TGTCAGGCTT TTGAGAATGG AAAAGACTTG GTAGAGCTGT CAGATCTATA TGCACATGAC 
ATCAGCAATG TTCTAAAGCT CTACCTTCGC CAGCTTCCTG AACCGCTGAT TTTGTTTAGA 
CTCTACACTG AGTTAATAGG ATTGGCAAAA GAAAGTCAAC GTGCTAGTGA AGAATTGGGG 
GTTAACTCAA GTAGCCCCAC ATTAAAGAGA CTGCCTTCAG GTGTTGAACT GAACAGAGTC 
ATTCTTAAAA TTAGAGATCT ACTGAAACAG CTGCCAACAC CAAACTATAA CACACTACAG 
TACTTAATTG GGCACCTACA CAGAGTCACA GAAGATGTGG AAGAAAATAA AATGTCCGCT 
AGCAACCTTG GGATAATATT TGGGCCCACT CTTATCAGAC CACGTCAGAC TGATGCCACA 
ATTTCACTTT CCTCTCTTGT GGATTATCCT TATCAAGCAC GAATTGTTGA ACTACTTATT 
ACATATTATG ATAGGATATT TGATGTGTCA AGAAAGATGT TGAATCCTGA AGAAAGTCAA 
CCTGAATCAG TGAGTTCTAC AGAAGAAAGA GAACCCCAAC AAATCAGGAA ATCACAGTCC 
TTGCCTGTTG GAAAGGAAGA TTTTTTACTG TCAAGACGGG CCAGCTCTTT GGATGAAAAT 
TCATTGCAAT TTAAAGGTGT AGAGGAGAGA GAACGAAAGC AGAGCATGGA TGTACTAGAA 
GAGATTGAGA ATAACTGCTG TCCAAATGAT TTTAACATGG ATTCCTCATC AGAAGTGGTC 
AGTCCTGGGT CTACACTGAA TGACTGTGCT TTAGATGAGC CTGATTGTTC TATGGATACT 
ATTTCAGAAG GAGAAGTCAG CCCTGCTAAA ATGAATGTGG AGGAACTTTA TAAAACGAAC 
CTTTCTGCTC ATGGAAAATC TTATCAACAG TTAACCAAAG TTCAGTTGAG GGCTCCTAGA 
GCCCGACCTG TGGTCCGTCC TGTTAGTTTA CCTGTGGATC GACTTCTTTC TTCCTCAGTG 
TTGAATGAAA AGAATTCCAG AAATGTTTCT AGTGGAGACA AACTTGGCCA GAGTCCTATT 
ATTGAAGAGG TTTCTGATAA CAAACCATTC CCTACTGTTA ATTTATGTCA CAGACTTTCC 
TGTTATGACA CCCAAGGTCA AAAGAAAACA TGGGATAAGC AATACAAACA GTATGACATT 
ACCCCGCGAA CTGCCATGAT TATGACCAAC GTTCCCCAAG AAATCAGAGC ACATGATTCC 
GGATCTGCAG TTACCAATTT GTCATCTAAT GTTAATTCAG TGAATTCCAC ACTTCCCAAA 
ATATCTGCAT TTCCTGCCAA AGCTAGCGTG ATGGCAAGTG AAGGGAATTA TGCCGAGGCC 
AGTCCAGTTT TGGCTTTAAG GGCACCGAGA ACTTTGCAGC CTCCACCAGG AACTTTTTAC 
AATCCTCCAT CAAATAAATC CAGGCTGAGT GAAGAGACAA ATCAGAGTAA TATAGCCTCA 
GTAAGCTCAG CTCAGATACA GTTTAACAAC AACAATGTGA ATCTTGTTAC AGATTCAGAT 
GGAAAATCTG ACATGCAGGG ACAAAACAAA AGCCCCTGCA ATATGACTGA ATTGCAGACA 
ACAGAAATAA AGCCAACCTA TCAGAGACTT AGGCCAAAAC GCATGCAGGA GCTAGAACAC 
AGAGAAGCGC ACTTTGTGTA G

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

arhgap29 ( XM_012960665.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012816119.1 Xenopus tropicalis Rho GTPase activating protein 29 (arhgap29), transcript variant X1, mRNA.

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CloneID	OXa32383
Clone ID Related Accession (Same CDS sequence)	XM_012960665.2 , XM_018092940.1 , XM_012960665.3
Accession Version	XM_012960665.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3531bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	rho GTPase-activating protein 29 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012960665.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGAGATG TAGACAATGG GTCAACACTG GGACTTCATG CATCACGTAG GAGTCGGTCA 
TTTGAAAACA TTTCTGTGGA CGATTCAGCT GGATCAATTC AAAAGAGGGA TGATATTCCA 
GGGCACCTTA GGGCAGAAGA AGTGGACAAC ATGCTTCTGC GGTACGACAG TGGAATTGAA 
TCCGCACTGT CATATGCTAA AGCCTGGTCA AAATATACCA AGGATATTCT TGCCTGGGTA 
GAGAGAAGGC TTAGCGTGGA AATTGAAACT GCCAGAAATC TTGCAAAAAT GGCTGAAAGT 
GCAAGATCCT TGGTTAATAA TCAGGAGTAT ATGCCATTCC AGTCCACCTT CTTAGCTGCT 
TTTCAGAATG ATATTGACAG CAGCCAAGTT TCTCTGCAAA CAATTGGTGC TCTTCAAAGC 
AACAAGTTCA TTCAGCCTCT CCAAGCTAGA AGATCGGAGC TTGATAAACA AAGGAAGGAA 
ATGAAAGACC TTTGGCAGCG AGAGCAGAAA AAAATGCAAG ATCTGGAGGC AGCTTTACGC 
AAGGCTAAAC TTTTAAATGC CCAGCGACAA GATGAACATG AAAAAGCAAA GTCCAGTACA 
ATGCGAGCAG AGGAGGACTT GCTCAGCATA AGTGGGGGAC TTCAAAAGGA TGGTAGCAAA 
CAACTAGAGA AGAGACGTCG TCTAGAAGAG GAAGCTTCAC AGAAGGCTGA AGAAGCTAAA 
GAATATTACA AAGTATGTAT GGCAGAAGTT GAGGAGAGGA GGAACTCTAT GGAAAACTTT 
AAGAGTGAGC TTTTAACGCA AATTCGAGAA CTTATTTATC AGTGTGATCT CACTCTTAAA 
GCTGCAACAG TGAATCTGTT CCAGTTACAG CATAGCCAAG TAGTATCCCT TCCGGTTAAT 
TGCCAGACCC TGTGTGAGAA TGCCAAGCTT TATGAGCCAG GACAGCAGTA TTCAGATTTT 
GTCAAAAACT TGCCCAAAGA AGATGATCCT ATTGAGACAG GATCATGTGA AGCTTCAATT 
ACAAACATTG GAGGGTCACT TCTGTCTAAG CGACAAGAAG ATAATGCACA TGCATCACAA 
GGCAACTTAT CTCAAGGCTC GGGAGAATTC CCTTCTCAGC CCCCTGATGA CATTGGCAGC 
CCTGTTTATA GACGATCTAA CAAGATGGAG CAGAAAAGGT CCAGCAGCAG CATAGATATT 
CCCGGAATGA GAGGGCCACC GCCTTTTAGA TCTTGGTCTG TAGGGAACCA AAGTGGAGGC 
ATGTGTAGTG ATTCAGAGAG TGCAGGAGGC AGCAGTGAGT CCCGTTCTAT GGATTCTCCA 
TCTGCAAGCC CAGGTGGTTT TAAGAGAAGG CTTCCCAGGA CGCCATCTAC AGGAACTATG 
TCATCAGCTG ATGATCTTGA TGAAAGGGAA CCACCCTCAC CTTCGGAGAA TGGTTTGAAT 
GACCTTGTTT CTGAGATTGC CAATTCTCCA GGGCCATTTA GAAATACTAA TATGTCTAAG 
GCAGCCCAGA CTCACAAATT GCGAAAATTA AGAGCTCCAT CTAAATGCAG AGAGTGTGAC 
AGCTTGGTGG TATTCCATGG AGCAGAGTGT GAAGAGTGTT CTCTTGCTTG CCACAAGAAG 
TGTTTAGAGA CGCTGGCCAT TCAGTGTGGA CACAAAAAGC TTCACGGAAG ACTTCATCTG 
TTCGGTGTGG AATTTACTCA GGCCGCTAAA AACACCCATG ATGGCATTCC TTTTATTATA 
AAGAAGTGTA CAACGGAAAT TGAAAGCAGG GCTTTAACTG TAAAAGGTAT TTATCGTGTA 
AATGGAGCAA AGTCTCGTGT TGAAAAGCTA TGTCAGGCTT TTGAGAATGG AAAAGACTTG 
GTAGAGCTGT CAGATCTATA TGCACATGAC ATCAGCAATG TTCTAAAGCT CTACCTTCGC 
CAGCTTCCTG AACCGCTGAT TTTGTTTAGA CTCTACACTG AGTTAATAGG ATTGGCAAAA 
GAAAGTCAAC GTGCTAGTGA AGAATTGGGG GTTAACTCAA GTAGCCCCAC ATTAAAGAGA 
CTGCCTTCAG GTGTTGAACT GAACAGAGTC ATTCTTAAAA TTAGAGATCT ACTGAAACAG 
CTGCCAACAC CAAACTATAA CACACTACAG TACTTAATTG GGCACCTACA CAGAGTCACA 
GAAGATGTGG AAGAAAATAA AATGTCCGCT AGCAACCTTG GGATAATATT TGGGCCCACT 
CTTATCAGAC CACGTCAGAC TGATGCCACA ATTTCACTTT CCTCTCTTGT GGATTATCCT 
TATCAAGCAC GAATTGTTGA ACTACTTATT ACATATTATG ATAGGATATT TGATGTGTCA 
AGAAAGATGT TGAATCCTGA AGAAAGTCAA CCTGAATCAG TGAGTTCTAC AGAAGAAAGA 
GAACCCCAAC AAATCAGGAA ATCACAGTCC TTGCCTGTTG GAAAGGAAGA TTTTTTACTG 
TCAAGACGGG CCAGCTCTTT GGATGAAAAT TCATTGCAAT TTAAAGGTGT AGAGGAGAGA 
GAACGAAAGC AGAGCATGGA TGTACTAGAA GAGATTGAGA ATAACTGCTG TCCAAATGAT 
TTTAACATGG ATTCCTCATC AGAAGTGGTC AGTCCTGGGT CTACACTGAA TGACTGTGCT 
TTAGATGAGC CTGATTGTTC TATGGATACT ATTTCAGAAG GAGAAGTCAG CCCTGCTAAA 
ATGAATGTGG AGGAACTTTA TAAAACGAAC CTTTCTGCTC ATGGAAAATC TTATCAACAG 
TTAACCAAAG TTCAGTTGAG GGCTCCTAGA GCCCGACCTG TGGTCCGTCC TGTTAGTTTA 
CCTGTGGATC GACTTCTTTC TTCCTCAGTG TTGAATGAAA AGAATTCCAG AAATGTTTCT 
AGTGGAGACA AACTTGGCCA GAGTCCTATT ATTGAAGAGG TTTCTGATAA CAAACCATTC 
CCTACTGTTA ATTTATGTCA CAGACTTTCC TGTTATGACA CCCAAGGTCA AAAGAAAACA 
TGGGATAAGC AATACAAACA GTATGACATT ACCCCGCGAA CTGCCATGAT TATGACCAAC 
GTTCCCCAAG AAATCAGAGC ACATGATTCC GGATCTGCAG TTACCAATTT GTCATCTAAT 
GTTAATTCAG TGAATTCCAC ACTTCCCAAA ATATCTGCAT TTCCTGCCAA AGCTAGCGTG 
ATGGCAAGTG AAGGGAATTA TGCCGAGGCC AGTCCAGTTT TGGCTTTAAG GGCACCGAGA 
ACTTTGCAGC CTCCACCAGG AACTTTTTAC AATCCTCCAT CAAATAAATC CAGGCTGAGT 
GAAGAGACAA ATCAGAGTAA TATAGCCTCA GTAAGCTCAG CTCAGATACA GTTTAACAAC 
AACAATGTGA ATCTTGTTAC AGATTCAGAT GGAAAATCTG ACATGCAGGG ACAAAACAAA 
AGCCCCTGCA ATATGACTGA ATTGCAGACA ACAGAAATAA AGCCAACCTA TCAGAGACTT 
AGGCCAAAAC GCATGCAGGA GCTAGAACAC AGAGAAGCGC ACTTTGTGTA G

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

RefSeq	XP_012816119.1
CDS	498..4028
Translation	MGDVDNGSTLGLHASRRSRSFENISVDDSAGSIQKRDDIPGHLRAEEVDNMLLRYDSGIESALSYAKAWSKYTKDILAWVERRLSVEIETARNLAKMAESARSLVNNQEYMPFQSTFLAAFQNDIDSSQVSLQTIGALQSNKFIQPLQARRSELDKQRKEMKDLWQREQKKMQDLEAALRKAKLLNAQRQDEHEKAKSSTMRAEEDLLSISGGLQKDGSKQLEKRRRLEEEASQKAEEAKEYYKVCMAEVEERRNSMENFKSELLTQIRELIYQCDLTLKAATVNLFQLQHSQVVSLPVNCQTLCENAKLYEPGQQYSDFVKNLPKEDDPIETGSCEASITNIGGSLLSKRQEDNAHASQGNLSQGSGEFPSQPPDDIGSPVYRRSNKMEQKRSSSSIDIPGMRGPPPFRSWSVGNQSGGMCSDSESAGGSSESRSMDSPSASPGGFKRRLPRTPSTGTMSSADDLDEREPPSPSENGLNDLVSEIANSPGPFRNTNMSKAAQTHKLRKLRAPSKCRECDSLVVFHGAECEECSLACHKKCLETLAIQCGHKKLHGRLHLFGVEFTQAAKNTHDGIPFIIKKCTTEIESRALTVKGIYRVNGAKSRVEKLCQAFENGKDLVELSDLYAHDISNVLKLYLRQLPEPLILFRLYTELIGLAKESQRASEELGVNSSSPTLKRLPSGVELNRVILKIRDLLKQLPTPNYNTLQYLIGHLHRVTEDVEENKMSASNLGIIFGPTLIRPRQTDATISLSSLVDYPYQARIVELLITYYDRIFDVSRKMLNPEESQPESVSSTEEREPQQIRKSQSLPVGKEDFLLSRRASSLDENSLQFKGVEERERKQSMDVLEEIENNCCPNDFNMDSSSEVVSPGSTLNDCALDEPDCSMDTISEGEVSPAKMNVEELYKTNLSAHGKSYQQLTKVQLRAPRARPVVRPVSLPVDRLLSSSVLNEKNSRNVSSGDKLGQSPIIEEVSDNKPFPTVNLCHRLSCYDTQGQKKTWDKQYKQYDITPRTAMIMTNVPQEIRAHDSGSAVTNLSSNVNSVNSTLPKISAFPAKASVMASEGNYAEASPVLALRAPRTLQPPPGTFYNPPSNKSRLSEETNQSNIASVSSAQIQFNNNNVNLVTDSDGKSDMQGQNKSPCNMTELQTTEIKPTYQRLRPKRMQELEHREAHFV

Target ORF information:

RefSeq Version	XM_012960665.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis Rho GTPase activating protein 29 (arhgap29), transcript variant X1, mRNA.

Target ORF information:

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

XM_012960665.2

ORF Insert Sequence:

ATGGGAGATG TAGACAATGG GTCAACACTG GGACTTCATG CATCACGTAG GAGTCGGTCA 
TTTGAAAACA TTTCTGTGGA CGATTCAGCT GGATCAATTC AAAAGAGGGA TGATATTCCA 
GGGCACCTTA GGGCAGAAGA AGTGGACAAC ATGCTTCTGC GGTACGACAG TGGAATTGAA 
TCCGCACTGT CATATGCTAA AGCCTGGTCA AAATATACCA AGGATATTCT TGCCTGGGTA 
GAGAGAAGGC TTAGCGTGGA AATTGAAACT GCCAGAAATC TTGCAAAAAT GGCTGAAAGT 
GCAAGATCCT TGGTTAATAA TCAGGAGTAT ATGCCATTCC AGTCCACCTT CTTAGCTGCT 
TTTCAGAATG ATATTGACAG CAGCCAAGTT TCTCTGCAAA CAATTGGTGC TCTTCAAAGC 
AACAAGTTCA TTCAGCCTCT CCAAGCTAGA AGATCGGAGC TTGATAAACA AAGGAAGGAA 
ATGAAAGACC TTTGGCAGCG AGAGCAGAAA AAAATGCAAG ATCTGGAGGC AGCTTTACGC 
AAGGCTAAAC TTTTAAATGC CCAGCGACAA GATGAACATG AAAAAGCAAA GTCCAGTACA 
ATGCGAGCAG AGGAGGACTT GCTCAGCATA AGTGGGGGAC TTCAAAAGGA TGGTAGCAAA 
CAACTAGAGA AGAGACGTCG TCTAGAAGAG GAAGCTTCAC AGAAGGCTGA AGAAGCTAAA 
GAATATTACA AAGTATGTAT GGCAGAAGTT GAGGAGAGGA GGAACTCTAT GGAAAACTTT 
AAGAGTGAGC TTTTAACGCA AATTCGAGAA CTTATTTATC AGTGTGATCT CACTCTTAAA 
GCTGCAACAG TGAATCTGTT CCAGTTACAG CATAGCCAAG TAGTATCCCT TCCGGTTAAT 
TGCCAGACCC TGTGTGAGAA TGCCAAGCTT TATGAGCCAG GACAGCAGTA TTCAGATTTT 
GTCAAAAACT TGCCCAAAGA AGATGATCCT ATTGAGACAG GATCATGTGA AGCTTCAATT 
ACAAACATTG GAGGGTCACT TCTGTCTAAG CGACAAGAAG ATAATGCACA TGCATCACAA 
GGCAACTTAT CTCAAGGCTC GGGAGAATTC CCTTCTCAGC CCCCTGATGA CATTGGCAGC 
CCTGTTTATA GACGATCTAA CAAGATGGAG CAGAAAAGGT CCAGCAGCAG CATAGATATT 
CCCGGAATGA GAGGGCCACC GCCTTTTAGA TCTTGGTCTG TAGGGAACCA AAGTGGAGGC 
ATGTGTAGTG ATTCAGAGAG TGCAGGAGGC AGCAGTGAGT CCCGTTCTAT GGATTCTCCA 
TCTGCAAGCC CAGGTGGTTT TAAGAGAAGG CTTCCCAGGA CGCCATCTAC AGGAACTATG 
TCATCAGCTG ATGATCTTGA TGAAAGGGAA CCACCCTCAC CTTCGGAGAA TGGTTTGAAT 
GACCTTGTTT CTGAGATTGC CAATTCTCCA GGGCCATTTA GAAATACTAA TATGTCTAAG 
GCAGCCCAGA CTCACAAATT GCGAAAATTA AGAGCTCCAT CTAAATGCAG AGAGTGTGAC 
AGCTTGGTGG TATTCCATGG AGCAGAGTGT GAAGAGTGTT CTCTTGCTTG CCACAAGAAG 
TGTTTAGAGA CGCTGGCCAT TCAGTGTGGA CACAAAAAGC TTCACGGAAG ACTTCATCTG 
TTCGGTGTGG AATTTACTCA GGCCGCTAAA AACACCCATG ATGGCATTCC TTTTATTATA 
AAGAAGTGTA CAACGGAAAT TGAAAGCAGG GCTTTAACTG TAAAAGGTAT TTATCGTGTA 
AATGGAGCAA AGTCTCGTGT TGAAAAGCTA TGTCAGGCTT TTGAGAATGG AAAAGACTTG 
GTAGAGCTGT CAGATCTATA TGCACATGAC ATCAGCAATG TTCTAAAGCT CTACCTTCGC 
CAGCTTCCTG AACCGCTGAT TTTGTTTAGA CTCTACACTG AGTTAATAGG ATTGGCAAAA 
GAAAGTCAAC GTGCTAGTGA AGAATTGGGG GTTAACTCAA GTAGCCCCAC ATTAAAGAGA 
CTGCCTTCAG GTGTTGAACT GAACAGAGTC ATTCTTAAAA TTAGAGATCT ACTGAAACAG 
CTGCCAACAC CAAACTATAA CACACTACAG TACTTAATTG GGCACCTACA CAGAGTCACA 
GAAGATGTGG AAGAAAATAA AATGTCCGCT AGCAACCTTG GGATAATATT TGGGCCCACT 
CTTATCAGAC CACGTCAGAC TGATGCCACA ATTTCACTTT CCTCTCTTGT GGATTATCCT 
TATCAAGCAC GAATTGTTGA ACTACTTATT ACATATTATG ATAGGATATT TGATGTGTCA 
AGAAAGATGT TGAATCCTGA AGAAAGTCAA CCTGAATCAG TGAGTTCTAC AGAAGAAAGA 
GAACCCCAAC AAATCAGGAA ATCACAGTCC TTGCCTGTTG GAAAGGAAGA TTTTTTACTG 
TCAAGACGGG CCAGCTCTTT GGATGAAAAT TCATTGCAAT TTAAAGGTGT AGAGGAGAGA 
GAACGAAAGC AGAGCATGGA TGTACTAGAA GAGATTGAGA ATAACTGCTG TCCAAATGAT 
TTTAACATGG ATTCCTCATC AGAAGTGGTC AGTCCTGGGT CTACACTGAA TGACTGTGCT 
TTAGATGAGC CTGATTGTTC TATGGATACT ATTTCAGAAG GAGAAGTCAG CCCTGCTAAA 
ATGAATGTGG AGGAACTTTA TAAAACGAAC CTTTCTGCTC ATGGAAAATC TTATCAACAG 
TTAACCAAAG TTCAGTTGAG GGCTCCTAGA GCCCGACCTG TGGTCCGTCC TGTTAGTTTA 
CCTGTGGATC GACTTCTTTC TTCCTCAGTG TTGAATGAAA AGAATTCCAG AAATGTTTCT 
AGTGGAGACA AACTTGGCCA GAGTCCTATT ATTGAAGAGG TTTCTGATAA CAAACCATTC 
CCTACTGTTA ATTTATGTCA CAGACTTTCC TGTTATGACA CCCAAGGTCA AAAGAAAACA 
TGGGATAAGC AATACAAACA GTATGACATT ACCCCGCGAA CTGCCATGAT TATGACCAAC 
GTTCCCCAAG AAATCAGAGC ACATGATTCC GGATCTGCAG TTACCAATTT GTCATCTAAT 
GTTAATTCAG TGAATTCCAC ACTTCCCAAA ATATCTGCAT TTCCTGCCAA AGCTAGCGTG 
ATGGCAAGTG AAGGGAATTA TGCCGAGGCC AGTCCAGTTT TGGCTTTAAG GGCACCGAGA 
ACTTTGCAGC CTCCACCAGG AACTTTTTAC AATCCTCCAT CAAATAAATC CAGGCTGAGT 
GAAGAGACAA ATCAGAGTAA TATAGCCTCA GTAAGCTCAG CTCAGATACA GTTTAACAAC 
AACAATGTGA ATCTTGTTAC AGATTCAGAT GGAAAATCTG ACATGCAGGG ACAAAACAAA 
AGCCCCTGCA ATATGACTGA ATTGCAGACA ACAGAAATAA AGCCAACCTA TCAGAGACTT 
AGGCCAAAAC GCATGCAGGA GCTAGAACAC AGAGAAGCGC ACTTTGTGTA G

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

arhgap29 ( XM_018092940.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017948429.1 Xenopus tropicalis Rho GTPase activating protein 29 (arhgap29), transcript variant X2, mRNA.

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CloneID	OXa32383
Clone ID Related Accession (Same CDS sequence)	XM_012960665.2 , XM_018092940.1 , XM_012960665.3
Accession Version	XM_018092940.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3531bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	rho GTPase-activating protein 29 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.1) 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 :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGAGATG TAGACAATGG GTCAACACTG GGACTTCATG CATCACGTAG GAGTCGGTCA 
TTTGAAAACA TTTCTGTGGA CGATTCAGCT GGATCAATTC AAAAGAGGGA TGATATTCCA 
GGGCACCTTA GGGCAGAAGA AGTGGACAAC ATGCTTCTGC GGTACGACAG TGGAATTGAA 
TCCGCACTGT CATATGCTAA AGCCTGGTCA AAATATACCA AGGATATTCT TGCCTGGGTA 
GAGAGAAGGC TTAGCGTGGA AATTGAAACT GCCAGAAATC TTGCAAAAAT GGCTGAAAGT 
GCAAGATCCT TGGTTAATAA TCAGGAGTAT ATGCCATTCC AGTCCACCTT CTTAGCTGCT 
TTTCAGAATG ATATTGACAG CAGCCAAGTT TCTCTGCAAA CAATTGGTGC TCTTCAAAGC 
AACAAGTTCA TTCAGCCTCT CCAAGCTAGA AGATCGGAGC TTGATAAACA AAGGAAGGAA 
ATGAAAGACC TTTGGCAGCG AGAGCAGAAA AAAATGCAAG ATCTGGAGGC AGCTTTACGC 
AAGGCTAAAC TTTTAAATGC CCAGCGACAA GATGAACATG AAAAAGCAAA GTCCAGTACA 
ATGCGAGCAG AGGAGGACTT GCTCAGCATA AGTGGGGGAC TTCAAAAGGA TGGTAGCAAA 
CAACTAGAGA AGAGACGTCG TCTAGAAGAG GAAGCTTCAC AGAAGGCTGA AGAAGCTAAA 
GAATATTACA AAGTATGTAT GGCAGAAGTT GAGGAGAGGA GGAACTCTAT GGAAAACTTT 
AAGAGTGAGC TTTTAACGCA AATTCGAGAA CTTATTTATC AGTGTGATCT CACTCTTAAA 
GCTGCAACAG TGAATCTGTT CCAGTTACAG CATAGCCAAG TAGTATCCCT TCCGGTTAAT 
TGCCAGACCC TGTGTGAGAA TGCCAAGCTT TATGAGCCAG GACAGCAGTA TTCAGATTTT 
GTCAAAAACT TGCCCAAAGA AGATGATCCT ATTGAGACAG GATCATGTGA AGCTTCAATT 
ACAAACATTG GAGGGTCACT TCTGTCTAAG CGACAAGAAG ATAATGCACA TGCATCACAA 
GGCAACTTAT CTCAAGGCTC GGGAGAATTC CCTTCTCAGC CCCCTGATGA CATTGGCAGC 
CCTGTTTATA GACGATCTAA CAAGATGGAG CAGAAAAGGT CCAGCAGCAG CATAGATATT 
CCCGGAATGA GAGGGCCACC GCCTTTTAGA TCTTGGTCTG TAGGGAACCA AAGTGGAGGC 
ATGTGTAGTG ATTCAGAGAG TGCAGGAGGC AGCAGTGAGT CCCGTTCTAT GGATTCTCCA 
TCTGCAAGCC CAGGTGGTTT TAAGAGAAGG CTTCCCAGGA CGCCATCTAC AGGAACTATG 
TCATCAGCTG ATGATCTTGA TGAAAGGGAA CCACCCTCAC CTTCGGAGAA TGGTTTGAAT 
GACCTTGTTT CTGAGATTGC CAATTCTCCA GGGCCATTTA GAAATACTAA TATGTCTAAG 
GCAGCCCAGA CTCACAAATT GCGAAAATTA AGAGCTCCAT CTAAATGCAG AGAGTGTGAC 
AGCTTGGTGG TATTCCATGG AGCAGAGTGT GAAGAGTGTT CTCTTGCTTG CCACAAGAAG 
TGTTTAGAGA CGCTGGCCAT TCAGTGTGGA CACAAAAAGC TTCACGGAAG ACTTCATCTG 
TTCGGTGTGG AATTTACTCA GGCCGCTAAA AACACCCATG ATGGCATTCC TTTTATTATA 
AAGAAGTGTA CAACGGAAAT TGAAAGCAGG GCTTTAACTG TAAAAGGTAT TTATCGTGTA 
AATGGAGCAA AGTCTCGTGT TGAAAAGCTA TGTCAGGCTT TTGAGAATGG AAAAGACTTG 
GTAGAGCTGT CAGATCTATA TGCACATGAC ATCAGCAATG TTCTAAAGCT CTACCTTCGC 
CAGCTTCCTG AACCGCTGAT TTTGTTTAGA CTCTACACTG AGTTAATAGG ATTGGCAAAA 
GAAAGTCAAC GTGCTAGTGA AGAATTGGGG GTTAACTCAA GTAGCCCCAC ATTAAAGAGA 
CTGCCTTCAG GTGTTGAACT GAACAGAGTC ATTCTTAAAA TTAGAGATCT ACTGAAACAG 
CTGCCAACAC CAAACTATAA CACACTACAG TACTTAATTG GGCACCTACA CAGAGTCACA 
GAAGATGTGG AAGAAAATAA AATGTCCGCT AGCAACCTTG GGATAATATT TGGGCCCACT 
CTTATCAGAC CACGTCAGAC TGATGCCACA ATTTCACTTT CCTCTCTTGT GGATTATCCT 
TATCAAGCAC GAATTGTTGA ACTACTTATT ACATATTATG ATAGGATATT TGATGTGTCA 
AGAAAGATGT TGAATCCTGA AGAAAGTCAA CCTGAATCAG TGAGTTCTAC AGAAGAAAGA 
GAACCCCAAC AAATCAGGAA ATCACAGTCC TTGCCTGTTG GAAAGGAAGA TTTTTTACTG 
TCAAGACGGG CCAGCTCTTT GGATGAAAAT TCATTGCAAT TTAAAGGTGT AGAGGAGAGA 
GAACGAAAGC AGAGCATGGA TGTACTAGAA GAGATTGAGA ATAACTGCTG TCCAAATGAT 
TTTAACATGG ATTCCTCATC AGAAGTGGTC AGTCCTGGGT CTACACTGAA TGACTGTGCT 
TTAGATGAGC CTGATTGTTC TATGGATACT ATTTCAGAAG GAGAAGTCAG CCCTGCTAAA 
ATGAATGTGG AGGAACTTTA TAAAACGAAC CTTTCTGCTC ATGGAAAATC TTATCAACAG 
TTAACCAAAG TTCAGTTGAG GGCTCCTAGA GCCCGACCTG TGGTCCGTCC TGTTAGTTTA 
CCTGTGGATC GACTTCTTTC TTCCTCAGTG TTGAATGAAA AGAATTCCAG AAATGTTTCT 
AGTGGAGACA AACTTGGCCA GAGTCCTATT ATTGAAGAGG TTTCTGATAA CAAACCATTC 
CCTACTGTTA ATTTATGTCA CAGACTTTCC TGTTATGACA CCCAAGGTCA AAAGAAAACA 
TGGGATAAGC AATACAAACA GTATGACATT ACCCCGCGAA CTGCCATGAT TATGACCAAC 
GTTCCCCAAG AAATCAGAGC ACATGATTCC GGATCTGCAG TTACCAATTT GTCATCTAAT 
GTTAATTCAG TGAATTCCAC ACTTCCCAAA ATATCTGCAT TTCCTGCCAA AGCTAGCGTG 
ATGGCAAGTG AAGGGAATTA TGCCGAGGCC AGTCCAGTTT TGGCTTTAAG GGCACCGAGA 
ACTTTGCAGC CTCCACCAGG AACTTTTTAC AATCCTCCAT CAAATAAATC CAGGCTGAGT 
GAAGAGACAA ATCAGAGTAA TATAGCCTCA GTAAGCTCAG CTCAGATACA GTTTAACAAC 
AACAATGTGA ATCTTGTTAC AGATTCAGAT GGAAAATCTG ACATGCAGGG ACAAAACAAA 
AGCCCCTGCA ATATGACTGA ATTGCAGACA ACAGAAATAA AGCCAACCTA TCAGAGACTT 
AGGCCAAAAC GCATGCAGGA GCTAGAACAC AGAGAAGCGC ACTTTGTGTA G

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

RefSeq	XP_017948429.1
CDS	105..3635
Translation	MGDVDNGSTLGLHASRRSRSFENISVDDSAGSIQKRDDIPGHLRAEEVDNMLLRYDSGIESALSYAKAWSKYTKDILAWVERRLSVEIETARNLAKMAESARSLVNNQEYMPFQSTFLAAFQNDIDSSQVSLQTIGALQSNKFIQPLQARRSELDKQRKEMKDLWQREQKKMQDLEAALRKAKLLNAQRQDEHEKAKSSTMRAEEDLLSISGGLQKDGSKQLEKRRRLEEEASQKAEEAKEYYKVCMAEVEERRNSMENFKSELLTQIRELIYQCDLTLKAATVNLFQLQHSQVVSLPVNCQTLCENAKLYEPGQQYSDFVKNLPKEDDPIETGSCEASITNIGGSLLSKRQEDNAHASQGNLSQGSGEFPSQPPDDIGSPVYRRSNKMEQKRSSSSIDIPGMRGPPPFRSWSVGNQSGGMCSDSESAGGSSESRSMDSPSASPGGFKRRLPRTPSTGTMSSADDLDEREPPSPSENGLNDLVSEIANSPGPFRNTNMSKAAQTHKLRKLRAPSKCRECDSLVVFHGAECEECSLACHKKCLETLAIQCGHKKLHGRLHLFGVEFTQAAKNTHDGIPFIIKKCTTEIESRALTVKGIYRVNGAKSRVEKLCQAFENGKDLVELSDLYAHDISNVLKLYLRQLPEPLILFRLYTELIGLAKESQRASEELGVNSSSPTLKRLPSGVELNRVILKIRDLLKQLPTPNYNTLQYLIGHLHRVTEDVEENKMSASNLGIIFGPTLIRPRQTDATISLSSLVDYPYQARIVELLITYYDRIFDVSRKMLNPEESQPESVSSTEEREPQQIRKSQSLPVGKEDFLLSRRASSLDENSLQFKGVEERERKQSMDVLEEIENNCCPNDFNMDSSSEVVSPGSTLNDCALDEPDCSMDTISEGEVSPAKMNVEELYKTNLSAHGKSYQQLTKVQLRAPRARPVVRPVSLPVDRLLSSSVLNEKNSRNVSSGDKLGQSPIIEEVSDNKPFPTVNLCHRLSCYDTQGQKKTWDKQYKQYDITPRTAMIMTNVPQEIRAHDSGSAVTNLSSNVNSVNSTLPKISAFPAKASVMASEGNYAEASPVLALRAPRTLQPPPGTFYNPPSNKSRLSEETNQSNIASVSSAQIQFNNNNVNLVTDSDGKSDMQGQNKSPCNMTELQTTEIKPTYQRLRPKRMQELEHREAHFV

Target ORF information:

RefSeq Version	XM_018092940.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis Rho GTPase activating protein 29 (arhgap29), transcript variant X2, mRNA.

Target ORF information:

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

XM_018092940.1

ORF Insert Sequence:

ATGGGAGATG TAGACAATGG GTCAACACTG GGACTTCATG CATCACGTAG GAGTCGGTCA 
TTTGAAAACA TTTCTGTGGA CGATTCAGCT GGATCAATTC AAAAGAGGGA TGATATTCCA 
GGGCACCTTA GGGCAGAAGA AGTGGACAAC ATGCTTCTGC GGTACGACAG TGGAATTGAA 
TCCGCACTGT CATATGCTAA AGCCTGGTCA AAATATACCA AGGATATTCT TGCCTGGGTA 
GAGAGAAGGC TTAGCGTGGA AATTGAAACT GCCAGAAATC TTGCAAAAAT GGCTGAAAGT 
GCAAGATCCT TGGTTAATAA TCAGGAGTAT ATGCCATTCC AGTCCACCTT CTTAGCTGCT 
TTTCAGAATG ATATTGACAG CAGCCAAGTT TCTCTGCAAA CAATTGGTGC TCTTCAAAGC 
AACAAGTTCA TTCAGCCTCT CCAAGCTAGA AGATCGGAGC TTGATAAACA AAGGAAGGAA 
ATGAAAGACC TTTGGCAGCG AGAGCAGAAA AAAATGCAAG ATCTGGAGGC AGCTTTACGC 
AAGGCTAAAC TTTTAAATGC CCAGCGACAA GATGAACATG AAAAAGCAAA GTCCAGTACA 
ATGCGAGCAG AGGAGGACTT GCTCAGCATA AGTGGGGGAC TTCAAAAGGA TGGTAGCAAA 
CAACTAGAGA AGAGACGTCG TCTAGAAGAG GAAGCTTCAC AGAAGGCTGA AGAAGCTAAA 
GAATATTACA AAGTATGTAT GGCAGAAGTT GAGGAGAGGA GGAACTCTAT GGAAAACTTT 
AAGAGTGAGC TTTTAACGCA AATTCGAGAA CTTATTTATC AGTGTGATCT CACTCTTAAA 
GCTGCAACAG TGAATCTGTT CCAGTTACAG CATAGCCAAG TAGTATCCCT TCCGGTTAAT 
TGCCAGACCC TGTGTGAGAA TGCCAAGCTT TATGAGCCAG GACAGCAGTA TTCAGATTTT 
GTCAAAAACT TGCCCAAAGA AGATGATCCT ATTGAGACAG GATCATGTGA AGCTTCAATT 
ACAAACATTG GAGGGTCACT TCTGTCTAAG CGACAAGAAG ATAATGCACA TGCATCACAA 
GGCAACTTAT CTCAAGGCTC GGGAGAATTC CCTTCTCAGC CCCCTGATGA CATTGGCAGC 
CCTGTTTATA GACGATCTAA CAAGATGGAG CAGAAAAGGT CCAGCAGCAG CATAGATATT 
CCCGGAATGA GAGGGCCACC GCCTTTTAGA TCTTGGTCTG TAGGGAACCA AAGTGGAGGC 
ATGTGTAGTG ATTCAGAGAG TGCAGGAGGC AGCAGTGAGT CCCGTTCTAT GGATTCTCCA 
TCTGCAAGCC CAGGTGGTTT TAAGAGAAGG CTTCCCAGGA CGCCATCTAC AGGAACTATG 
TCATCAGCTG ATGATCTTGA TGAAAGGGAA CCACCCTCAC CTTCGGAGAA TGGTTTGAAT 
GACCTTGTTT CTGAGATTGC CAATTCTCCA GGGCCATTTA GAAATACTAA TATGTCTAAG 
GCAGCCCAGA CTCACAAATT GCGAAAATTA AGAGCTCCAT CTAAATGCAG AGAGTGTGAC 
AGCTTGGTGG TATTCCATGG AGCAGAGTGT GAAGAGTGTT CTCTTGCTTG CCACAAGAAG 
TGTTTAGAGA CGCTGGCCAT TCAGTGTGGA CACAAAAAGC TTCACGGAAG ACTTCATCTG 
TTCGGTGTGG AATTTACTCA GGCCGCTAAA AACACCCATG ATGGCATTCC TTTTATTATA 
AAGAAGTGTA CAACGGAAAT TGAAAGCAGG GCTTTAACTG TAAAAGGTAT TTATCGTGTA 
AATGGAGCAA AGTCTCGTGT TGAAAAGCTA TGTCAGGCTT TTGAGAATGG AAAAGACTTG 
GTAGAGCTGT CAGATCTATA TGCACATGAC ATCAGCAATG TTCTAAAGCT CTACCTTCGC 
CAGCTTCCTG AACCGCTGAT TTTGTTTAGA CTCTACACTG AGTTAATAGG ATTGGCAAAA 
GAAAGTCAAC GTGCTAGTGA AGAATTGGGG GTTAACTCAA GTAGCCCCAC ATTAAAGAGA 
CTGCCTTCAG GTGTTGAACT GAACAGAGTC ATTCTTAAAA TTAGAGATCT ACTGAAACAG 
CTGCCAACAC CAAACTATAA CACACTACAG TACTTAATTG GGCACCTACA CAGAGTCACA 
GAAGATGTGG AAGAAAATAA AATGTCCGCT AGCAACCTTG GGATAATATT TGGGCCCACT 
CTTATCAGAC CACGTCAGAC TGATGCCACA ATTTCACTTT CCTCTCTTGT GGATTATCCT 
TATCAAGCAC GAATTGTTGA ACTACTTATT ACATATTATG ATAGGATATT TGATGTGTCA 
AGAAAGATGT TGAATCCTGA AGAAAGTCAA CCTGAATCAG TGAGTTCTAC AGAAGAAAGA 
GAACCCCAAC AAATCAGGAA ATCACAGTCC TTGCCTGTTG GAAAGGAAGA TTTTTTACTG 
TCAAGACGGG CCAGCTCTTT GGATGAAAAT TCATTGCAAT TTAAAGGTGT AGAGGAGAGA 
GAACGAAAGC AGAGCATGGA TGTACTAGAA GAGATTGAGA ATAACTGCTG TCCAAATGAT 
TTTAACATGG ATTCCTCATC AGAAGTGGTC AGTCCTGGGT CTACACTGAA TGACTGTGCT 
TTAGATGAGC CTGATTGTTC TATGGATACT ATTTCAGAAG GAGAAGTCAG CCCTGCTAAA 
ATGAATGTGG AGGAACTTTA TAAAACGAAC CTTTCTGCTC ATGGAAAATC TTATCAACAG 
TTAACCAAAG TTCAGTTGAG GGCTCCTAGA GCCCGACCTG TGGTCCGTCC TGTTAGTTTA 
CCTGTGGATC GACTTCTTTC TTCCTCAGTG TTGAATGAAA AGAATTCCAG AAATGTTTCT 
AGTGGAGACA AACTTGGCCA GAGTCCTATT ATTGAAGAGG TTTCTGATAA CAAACCATTC 
CCTACTGTTA ATTTATGTCA CAGACTTTCC TGTTATGACA CCCAAGGTCA AAAGAAAACA 
TGGGATAAGC AATACAAACA GTATGACATT ACCCCGCGAA CTGCCATGAT TATGACCAAC 
GTTCCCCAAG AAATCAGAGC ACATGATTCC GGATCTGCAG TTACCAATTT GTCATCTAAT 
GTTAATTCAG TGAATTCCAC ACTTCCCAAA ATATCTGCAT TTCCTGCCAA AGCTAGCGTG 
ATGGCAAGTG AAGGGAATTA TGCCGAGGCC AGTCCAGTTT TGGCTTTAAG GGCACCGAGA 
ACTTTGCAGC CTCCACCAGG AACTTTTTAC AATCCTCCAT CAAATAAATC CAGGCTGAGT 
GAAGAGACAA ATCAGAGTAA TATAGCCTCA GTAAGCTCAG CTCAGATACA GTTTAACAAC 
AACAATGTGA ATCTTGTTAC AGATTCAGAT GGAAAATCTG ACATGCAGGG ACAAAACAAA 
AGCCCCTGCA ATATGACTGA ATTGCAGACA ACAGAAATAA AGCCAACCTA TCAGAGACTT 
AGGCCAAAAC GCATGCAGGA GCTAGAACAC AGAGAAGCGC ACTTTGTGTA G

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

arhgap29 ( NM_001130291.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> NP_001123763.2 Xenopus tropicalis Rho GTPase activating protein 29 (arhgap29), mRNA.

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CloneID	OXa20756
Clone ID Related Accession (Same CDS sequence)	NM_001130291.1
Accession Version	NM_001130291.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4047bp) 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	2019-12-21
Organism	Xenopus tropicalis(tropical clawed frog)
Product	rho GTPase-activating protein 29
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from BC167520.1. ##Evidence-Data-START## Transcript exon combination :: BC167520.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMD00028290, SAMD00028291 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGTTGCGCC AGAACGGAGG AGGTAACAGG CGTGGTTTGG GATTTTCCCG GTTCTCTACC 
TCAAACTTCT TTACCATATC AAACTCTGCC AGCTGGGGAA TGGGACGGAG TACAAAAAGC 
AATTCGCTGA GCAGTATCAG CACCAATTCG GATTATGACA ACTCAATTGT GGATCCTGAA 
TATATAATGT TGCTTGTGAA TGATGTTCGG AAGTTTGCAG ACGTACTCCT GTATCTCAAA 
GAAGCATTTG TGTCAACAGA AAATCAAGAA AGCTTGCACC ATGTGGTCCA TGATCGCCTT 
GGAGAGTTGT TACGTGTGCT GAAAACTGTT ATCACCAAAC ACAGCATCCT TAATTCTGTT 
GATATCCTTG GAGCTGCTGG TACGGTGATT GCTAAAGTTA AAGCTGTAAA CTTCAAAAAC 
ATTAATGAGG AGAACAAGAA GGAGCAATTC AGTGAAATCT TTTCATCCAT TGATGCATTA 
GCCTTCACCT TCGGTAACGT TGTGTCAGAC TTCCTTATGG GAGATGTAGA CAATGGGTCA 
ACACTGGGAC TTCATGCATC ACGTAGGAGT CGGTCATTTG AAAACATTTC TGTGGACGAT 
TCAGCTGGAT CAATTCAAAA GAGGGATGAT ATTCCAGGGC ACCTTAGGGC AGAAGAAGTG 
GACAACATGC TTCTGCGGTA CGACAGTGGA ATTGAATCCG CACTGTCATA TGCTAAAGCC 
TGGTCAAAAT ATACCAAGGA TATTCTTGCC TGGGTAGAGA GAAGGCTTAG CGTGGAAATT 
GAAACTGCCA GAAATCTTGC AAAAATGGCT GAAAGTGCAA GATCCTTGGT TAATAATCAG 
GAGTATATGC CATTCCAGTC CACCTTCTTA GCTGCTTTTC AGAATGATAT TGACAGCAGC 
CAAGTTTCTC TGCAAACAAT TGGTGCTCTT CAAAGCAACA AGTTCATTCA GCCTCTCCAA 
GCTAGAAGAT CGGAGCTTGA TAAACAAAGG AAGGAAATGA AAGACCTTTG GCAGCGAGAG 
CAGAAAAAAA TGCAAGATCT GGAGGCAGCT TTACGCAAGG CTAAACTTTT AAATGCCCAG 
CGACAAGATG AACATGAAAA AGCAAAGTCC AGTACAATGC GAGCAGAGGA GGACTTGCTC 
AGCATAAGTG GGGGACTTCA AAAGGATGGT AGCAAACAAC TAGAGAAGAG ACGTCGTCTA 
GAAGAGGAAG CTTCACAGAA GGCTGAAGAA GCTAAAGAAT ATTACAAAGT ATGTATGGCA 
GAAGTTGAGG AGAGGAGGAA CTCTATGGAA AACTTTAAGA GTGAGCTTTT AACGCAAATT 
CGAGAACTTA TTTATCAGTG TGATCTCACT CTTAAAGCTG CAACAGTGAA TCTGTTCCAG 
TTACAGCATA GCCAAGTAGT ATCCCTTCCG GTTAATTGCC AGACCCTGTG TGAGAATGCC 
AAGCTTTATG AGCCAGGACA GCAGTATTCA GATTTTGTCA AAAACTTGCC CAAAGAAGAT 
GATCCTATTG AGACAGGATC ATGTGAAGCT TCAATTACAA ACATTGGAGG GTCACTTCTG 
TCTAAGCGAC AAGAAGATAA TGCACATGCA TCACAAGGCA ACTTATCTCA AGGCTCGGGA 
GAATTCCCTT CTCAGCCCCC TGATGACATT GGCAGCCCTG TTTATAGACG ATCTAACAAG 
ATGGAGCAGA AAAGGTCCAG CAGCAGCATA GATATTCCCG GAATGAGAGG GCCACCGCCT 
TTTAGATCTT GGTCTGTAGG GAACCAAAGT GGAGGCATGT GTAGTGATTC AGAGAGTGCA 
GGAGGCAGCA GTGAGTCCCG TTCTATGGAT TCTCCATCTG CAAGCCCAGG TGGTTTTAAG 
AGAAGGCTTC CCAGGACGCC ATCTACAGGA ACTATGTCAT CAGCTGATGA TCTTGATGAA 
AGGGAACCAC CCTCACCTTC GGAGAATGGT TTGAATGACC TTGTTTCTGA GATTGCCAAT 
TCTCCAGGGC CATTTAGAAA TACTAATATG TCTAAGGCAG CCCAGACTCA CAAATTGCGA 
AAATTAAGAG CTCCATCTAA ATGCAGAGAG TGTGACAGCT TGGTGGTATT CCATGGAGCA 
GAGTGTGAAG AGTGTTCTCT TGCTTGCCAC AAGAAGTGTT TAGAGACGCT GGCCATTCAG 
TGTGGACACA AAAAGCTTCA CGGAAGACTT CATCTGTTCG GTGTGGAATT TACTCAGGCC 
GCTAAAAACA CCCATGATGG CATTCCTTTT ATTATAAAGA AGTGTACAAC GGAAATTGAA 
AGCAGGGCTT TAACTGTAAA AGGTATTTAT CGTGTAAATG GAGCAAAGTC TCGTGTTGAA 
AAGCTATGTC AGGCTTTTGA GAATGGAAAA GACTTGGTAG AGCTGTCAGA TCTATATGCA 
CATGACATCA GCAATGTTCT AAAGCTCTAC CTTCGCCAGC TTCCTGAACC GCTGATTTTG 
TTTAGACTCT ACACTGAGTT AATAGGATTG GCAAAAGAAA GTCAACGTGC TAGTGAAGAA 
TTGGGGGTTA ACTCAAGTAG CCCCACATTA AAGAGACTGC CTTCAGGTGT TGAACTGAAC 
AGAGTCATTC TTAAAATTAG AGATCTACTG AAACAGCTGC CAACACCAAA CTATAACACA 
CTACAGTACT TAATTGGGCA CCTACACAGA GTCACAGAAG ATGTGGAAGA AAATAAAATG 
TCCGCTAGCA ACCTTGGGAT AATATTTGGG CCCACTCTTA TCAGACCACG TCAGACTGAT 
GCCACAATTT CACTTTCCTC TCTTGTGGAT TATCCTTATC AAGCACGAAT TGTTGAACTA 
CTTATTACAT ATTATGATAG GATATTTGAT GTGTCAAGAA AGATGTTGAA TCCTGAAGAA 
AGTCAACCTG AATCAGTGAG TTCTACAGAA GAAAGAGAAC CCCAACAAAT CAGGAAATCA 
CAGTCCTTGC CTGTTGGAAA GGAAGATTTT TTACTGTCAA GACGGGCCAG CTCTTTGGAT 
GAAAATTCAT TGCAATTTAA AGGTGTAGAG GAGAGAGAAC GAAAGCAGAG CATGGATGTA 
CTAGAAGAGA TTGAGAATAA CTGCTGTCCA AATGATTTTA ACATGGATTC CTCATCAGAA 
GTGGTCAGTC CTGGGTCTAC ACTGAATGAC TGTGCTTTAG ATGAGCCTGA TTGTTCTATG 
GATACTATTT CAGAAGGAGA AGTCAGCCCT GCTAAAATGA ATGTGGAGGA ACTTTATAAA 
ACGAACCTTT CTGCTCATGG AAAATCTTAT CAACAGTTAA CCAAAGTTCA GTTGAGGGCT 
CCTAGAGCCC GACCTGTGGT CCGTCCTGTT AGTTTACCTG TGGATCGACT TCTTTCTTCC 
TCAGTGTTGA ATGAAAAGAA TTCCAGAAAT GTTTCTAGTG GAGACAAACT TGGCCAGAGT 
CCTATTATTG AAGAGGTTTC TGATAACAAA CCATTCCCTA CTGTTAATTT ATGTCACAGA 
CTTTCCTGTT ATGACACCCA AGGTCAAAAG AAAACATGGG ATAAGCAATA CAAACAGTAT 
GACATTACCC CGCGAACTGC CATGATTATG ACCAACGTTC CCCAAGAAAT CAGAGCACAT 
GATTCCGGAT CTGCAGTTAC CAATTTGTCA TCTAATGTTA ATTCAGTGAA TTCCACACTT 
CCCAAAATAT CTGCATTTCC TGCCAAAGCT AGCGTGATGG CAAGTGAAGG GAATTATGCC 
GAGGCCAGTC CAGTTTTGGC TTTAAGGGCA CCGAGAACTT TGCAGCCTCC ACCAGGAACT 
TTTTACAATC CTCCATCAAA TAAATCCAGG CTGAGTGAAG AGACAAATCA GAGTAATATA 
GCCTCAGTAA GCTCAGCTCA GATACAGTTT AACAACAACA ATGTGAATCT TGTTACAGAT 
TCAGATGGAA AATCTGACAT GCAGGGACAA AACAAAAGCC CCTGCAATAT GACTGAATTG 
CAGACAACCG AAATAAAGCC AACCTATCAG AGACTTAGGC CAAAACGCAT GCAGGAGCTA 
GAACACAGAG AAGCGCACTT TGTGTAG

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

RefSeq	NP_001123763.2
CDS	350..4396
Translation	MLRQNGGGNRRGLGFSRFSTSNFFTISNSASWGMGRSTKSNSLSSISTNSDYDNSIVDPEYIMLLVNDVRKFADVLLYLKEAFVSTENQESLHHVVHDRLGELLRVLKTVITKHSILNSVDILGAAGTVIAKVKAVNFKNINEENKKEQFSEIFSSIDALAFTFGNVVSDFLMGDVDNGSTLGLHASRRSRSFENISVDDSAGSIQKRDDIPGHLRAEEVDNMLLRYDSGIESALSYAKAWSKYTKDILAWVERRLSVEIETARNLAKMAESARSLVNNQEYMPFQSTFLAAFQNDIDSSQVSLQTIGALQSNKFIQPLQARRSELDKQRKEMKDLWQREQKKMQDLEAALRKAKLLNAQRQDEHEKAKSSTMRAEEDLLSISGGLQKDGSKQLEKRRRLEEEASQKAEEAKEYYKVCMAEVEERRNSMENFKSELLTQIRELIYQCDLTLKAATVNLFQLQHSQVVSLPVNCQTLCENAKLYEPGQQYSDFVKNLPKEDDPIETGSCEASITNIGGSLLSKRQEDNAHASQGNLSQGSGEFPSQPPDDIGSPVYRRSNKMEQKRSSSSIDIPGMRGPPPFRSWSVGNQSGGMCSDSESAGGSSESRSMDSPSASPGGFKRRLPRTPSTGTMSSADDLDEREPPSPSENGLNDLVSEIANSPGPFRNTNMSKAAQTHKLRKLRAPSKCRECDSLVVFHGAECEECSLACHKKCLETLAIQCGHKKLHGRLHLFGVEFTQAAKNTHDGIPFIIKKCTTEIESRALTVKGIYRVNGAKSRVEKLCQAFENGKDLVELSDLYAHDISNVLKLYLRQLPEPLILFRLYTELIGLAKESQRASEELGVNSSSPTLKRLPSGVELNRVILKIRDLLKQLPTPNYNTLQYLIGHLHRVTEDVEENKMSASNLGIIFGPTLIRPRQTDATISLSSLVDYPYQARIVELLITYYDRIFDVSRKMLNPEESQPESVSSTEEREPQQIRKSQSLPVGKEDFLLSRRASSLDENSLQFKGVEERERKQSMDVLEEIENNCCPNDFNMDSSSEVVSPGSTLNDCALDEPDCSMDTISEGEVSPAKMNVEELYKTNLSAHGKSYQQLTKVQLRAPRARPVVRPVSLPVDRLLSSSVLNEKNSRNVSSGDKLGQSPIIEEVSDNKPFPTVNLCHRLSCYDTQGQKKTWDKQYKQYDITPRTAMIMTNVPQEIRAHDSGSAVTNLSSNVNSVNSTLPKISAFPAKASVMASEGNYAEASPVLALRAPRTLQPPPGTFYNPPSNKSRLSEETNQSNIASVSSAQIQFNNNNVNLVTDSDGKSDMQGQNKSPCNMTELQTTEIKPTYQRLRPKRMQELEHREAHFV

Target ORF information:

RefSeq Version	NM_001130291.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis Rho GTPase activating protein 29 (arhgap29), mRNA.

Target ORF information:

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

NM_001130291.1

ORF Insert Sequence:

ATGTTGCGCC AGAACGGAGG AGGTAACAGG CGTGGTTTGG GATTTTCCCG GTTCTCTACC 
TCAAACTTCT TTACCATATC AAACTCTGCC AGCTGGGGAA TGGGACGGAG TACAAAAAGC 
AATTCGCTGA GCAGTATCAG CACCAATTCG GATTATGACA ACTCAATTGT GGATCCTGAA 
TATATAATGT TGCTTGTGAA TGATGTTCGG AAGTTTGCAG ACGTACTCCT GTATCTCAAA 
GAAGCATTTG TGTCAACAGA AAATCAAGAA AGCTTGCACC ATGTGGTCCA TGATCGCCTT 
GGAGAGTTGT TACGTGTGCT GAAAACTGTT ATCACCAAAC ACAGCATCCT TAATTCTGTT 
GATATCCTTG GAGCTGCTGG TACGGTGATT GCTAAAGTTA AAGCTGTAAA CTTCAAAAAC 
ATTAATGAGG AGAACAAGAA GGAGCAATTC AGTGAAATCT TTTCATCCAT TGATGCATTA 
GCCTTCACCT TCGGTAACGT TGTGTCAGAC TTCCTTATGG GAGATGTAGA CAATGGGTCA 
ACACTGGGAC TTCATGCATC ACGTAGGAGT CGGTCATTTG AAAACATTTC TGTGGACGAT 
TCAGCTGGAT CAATTCAAAA GAGGGATGAT ATTCCAGGGC ACCTTAGGGC AGAAGAAGTG 
GACAACATGC TTCTGCGGTA CGACAGTGGA ATTGAATCCG CACTGTCATA TGCTAAAGCC 
TGGTCAAAAT ATACCAAGGA TATTCTTGCC TGGGTAGAGA GAAGGCTTAG CGTGGAAATT 
GAAACTGCCA GAAATCTTGC AAAAATGGCT GAAAGTGCAA GATCCTTGGT TAATAATCAG 
GAGTATATGC CATTCCAGTC CACCTTCTTA GCTGCTTTTC AGAATGATAT TGACAGCAGC 
CAAGTTTCTC TGCAAACAAT TGGTGCTCTT CAAAGCAACA AGTTCATTCA GCCTCTCCAA 
GCTAGAAGAT CGGAGCTTGA TAAACAAAGG AAGGAAATGA AAGACCTTTG GCAGCGAGAG 
CAGAAAAAAA TGCAAGATCT GGAGGCAGCT TTACGCAAGG CTAAACTTTT AAATGCCCAG 
CGACAAGATG AACATGAAAA AGCAAAGTCC AGTACAATGC GAGCAGAGGA GGACTTGCTC 
AGCATAAGTG GGGGACTTCA AAAGGATGGT AGCAAACAAC TAGAGAAGAG ACGTCGTCTA 
GAAGAGGAAG CTTCACAGAA GGCTGAAGAA GCTAAAGAAT ATTACAAAGT ATGTATGGCA 
GAAGTTGAGG AGAGGAGGAA CTCTATGGAA AACTTTAAGA GTGAGCTTTT AACGCAAATT 
CGAGAACTTA TTTATCAGTG TGATCTCACT CTTAAAGCTG CAACAGTGAA TCTGTTCCAG 
TTACAGCATA GCCAAGTAGT ATCCCTTCCG GTTAATTGCC AGACCCTGTG TGAGAATGCC 
AAGCTTTATG AGCCAGGACA GCAGTATTCA GATTTTGTCA AAAACTTGCC CAAAGAAGAT 
GATCCTATTG AGACAGGATC ATGTGAAGCT TCAATTACAA ACATTGGAGG GTCACTTCTG 
TCTAAGCGAC AAGAAGATAA TGCACATGCA TCACAAGGCA ACTTATCTCA AGGCTCGGGA 
GAATTCCCTT CTCAGCCCCC TGATGACATT GGCAGCCCTG TTTATAGACG ATCTAACAAG 
ATGGAGCAGA AAAGGTCCAG CAGCAGCATA GATATTCCCG GAATGAGAGG GCCACCGCCT 
TTTAGATCTT GGTCTGTAGG GAACCAAAGT GGAGGCATGT GTAGTGATTC AGAGAGTGCA 
GGAGGCAGCA GTGAGTCCCG TTCTATGGAT TCTCCATCTG CAAGCCCAGG TGGTTTTAAG 
AGAAGGCTTC CCAGGACGCC ATCTACAGGA ACTATGTCAT CAGCTGATGA TCTTGATGAA 
AGGGAACCAC CCTCACCTTC GGAGAATGGT TTGAATGACC TTGTTTCTGA GATTGCCAAT 
TCTCCAGGGC CATTTAGAAA TACTAATATG TCTAAGGCAG CCCAGACTCA CAAATTGCGA 
AAATTAAGAG CTCCATCTAA ATGCAGAGAG TGTGACAGCT TGGTGGTATT CCATGGAGCA 
GAGTGTGAAG AGTGTTCTCT TGCTTGCCAC AAGAAGTGTT TAGAGACGCT GGCCATTCAG 
TGTGGACACA AAAAGCTTCA CGGAAGACTT CATCTGTTCG GTGTGGAATT TACTCAGGCC 
GCTAAAAACA CCCATGATGG CATTCCTTTT ATTATAAAGA AGTGTACAAC GGAAATTGAA 
AGCAGGGCTT TAACTGTAAA AGGTATTTAT CGTGTAAATG GAGCAAAGTC TCGTGTTGAA 
AAGCTATGTC AGGCTTTTGA GAATGGAAAA GACTTGGTAG AGCTGTCAGA TCTATATGCA 
CATGACATCA GCAATGTTCT AAAGCTCTAC CTTCGCCAGC TTCCTGAACC GCTGATTTTG 
TTTAGACTCT ACACTGAGTT AATAGGATTG GCAAAAGAAA GTCAACGTGC TAGTGAAGAA 
TTGGGGGTTA ACTCAAGTAG CCCCACATTA AAGAGACTGC CTTCAGGTGT TGAACTGAAC 
AGAGTCATTC TTAAAATTAG AGATCTACTG AAACAGCTGC CAACACCAAA CTATAACACA 
CTACAGTACT TAATTGGGCA CCTACACAGA GTCACAGAAG ATGTGGAAGA AAATAAAATG 
TCCGCTAGCA ACCTTGGGAT AATATTTGGG CCCACTCTTA TCAGACCACG TCAGACTGAT 
GCCACAATTT CACTTTCCTC TCTTGTGGAT TATCCTTATC AAGCACGAAT TGTTGAACTA 
CTTATTACAT ATTATGATAG GATATTTGAT GTGTCAAGAA AGATGTTGAA TCCTGAAGAA 
AGTCAACCTG AATCAGTGAG TTCTACAGAA GAAAGAGAAC CCCAACAAAT CAGGAAATCA 
CAGTCCTTGC CTGTTGGAAA GGAAGATTTT TTACTGTCAA GACGGGCCAG CTCTTTGGAT 
GAAAATTCAT TGCAATTTAA AGGTGTAGAG GAGAGAGAAC GAAAGCAGAG CATGGATGTA 
CTAGAAGAGA TTGAGAATAA CTGCTGTCCA AATGATTTTA ACATGGATTC CTCATCAGAA 
GTGGTCAGTC CTGGGTCTAC ACTGAATGAC TGTGCTTTAG ATGAGCCTGA TTGTTCTATG 
GATACTATTT CAGAAGGAGA AGTCAGCCCT GCTAAAATGA ATGTGGAGGA ACTTTATAAA 
ACGAACCTTT CTGCTCATGG AAAATCTTAT CAACAGTTAA CCAAAGTTCA GTTGAGGGCT 
CCTAGAGCCC GACCTGTGGT CCGTCCTGTT AGTTTACCTG TGGATCGACT TCTTTCTTCC 
TCAGTGTTGA ATGAAAAGAA TTCCAGAAAT GTTTCTAGTG GAGACAAACT TGGCCAGAGT 
CCTATTATTG AAGAGGTTTC TGATAACAAA CCATTCCCTA CTGTTAATTT ATGTCACAGA 
CTTTCCTGTT ATGACACCCA AGGTCAAAAG AAAACATGGG ATAAGCAATA CAAACAGTAT 
GACATTACCC CGCGAACTGC CATGATTATG ACCAACGTTC CCCAAGAAAT CAGAGCACAT 
GATTCCGGAT CTGCAGTTAC CAATTTGTCA TCTAATGTTA ATTCAGTGAA TTCCACACTT 
CCCAAAATAT CTGCATTTCC TGCCAAAGCT AGCGTGATGG CAAGTGAAGG GAATTATGCC 
GAGGCCAGTC CAGTTTTGGC TTTAAGGGCA CCGAGAACTT TGCAGCCTCC ACCAGGAACT 
TTTTACAATC CTCCATCAAA TAAATCCAGG CTGAGTGAAG AGACAAATCA GAGTAATATA 
GCCTCAGTAA GCTCAGCTCA GATACAGTTT AACAACAACA ATGTGAATCT TGTTACAGAT 
TCAGATGGAA AATCTGACAT GCAGGGACAA AACAAAAGCC CCTGCAATAT GACTGAATTG 
CAGACAACCG AAATAAAGCC AACCTATCAG AGACTTAGGC CAAAACGCAT GCAGGAGCTA 
GAACACAGAG AAGCGCACTT TGTGTAG

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

PubMed

Genetic and genomic tools for Xenopus research: The NIH Xenopus initiative.
Developmental dynamics : an official publication of the American Association of Anatomists225(4)384-91(2002 Dec)
Klein SL,Strausberg RL,Wagner L,Pontius J,Clifton SW,Richardson P

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arhgap29 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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