ARHGAP31 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	ARHGAP31
Entrez Gene ID	57514
Full Name	Rho GTPase activating protein 31
Synonyms	AOS1,CDGAP
General protein information	Preferred Names Rho GTPase activating protein 31 Names rho GTPase-activating protein 31 Cdc42 GTPase-activating protein
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 3 Map Location: 3q13.32-q13.33
Summary	This gene encodes a GTPase-activating protein (GAP). A variety of cellular processes are regulated by Rho GTPases which cycle between an inactive form bound to GDP and an active form bound to GTP. This cycling between inactive and active forms is regulated by guanine nucleotide exchange factors and GAPs. The encoded protein is a GAP shown to regulate two GTPases involved in protein trafficking and cell growth. [provided by RefSeq, Jul 2008].
Disorder MIM:	610911
Disorder Html:	Adams-Oliver syndrome 1, 100300 (3)

mRNA and Protein(s)

mRNA	Protein	Name
XM_006713714.3	XP_006713777.1	rho GTPase-activating protein 31 isoform X1
NM_020754.3	NP_065805.2	rho GTPase-activating protein 31
XM_017006955.1	XP_016862444.1	rho GTPase-activating protein 31 isoform X2
NM_020754.4	NP_065805.2	rho GTPase-activating protein 31

Pathways from BioSystems

Homologies

Homo sapiens (human)	ARHGAP31	NP_065805.2
	ARHGAP31	XP_002802733.1
Bos taurus (cattle)	ARHGAP31	NP_001192739.1
Pan troglodytes (chimpanzee)	ARHGAP31	XP_001162142.1
Canis lupus familiaris (dog)	ARHGAP31	XP_005639581.1
Rattus norvegicus (Norway rat)	Arhgap31	NP_001099349.1
Mus musculus (house mouse)	Arhgap31	NP_064656.2

Gene Ontology
Bibliography

Related articles in PubMed

The Cdc42/Rac1 regulator CdGAP is a novel E-cadherin transcriptional co-repressor with Zeb2 in breast cancer.
He Y, Northey JJ, Pelletier A, Kos Z, Meunier L, Haibe-Kains B, Mes-Masson AM, C?t? JF, Siegel PM, Lamarche-Vane N
Oncogene36(24)3490-3503(2017 Jun)

Isolated terminal limb reduction defects: extending the clinical spectrum of Adams-Oliver syndrome and ARHGAP31 mutations.
Isrie M, Wuyts W, Van Esch H, Devriendt K
American journal of medical genetics. Part A164A(6)1576-9(2014 Jun)

The focal adhesion-localized CdGAP regulates matrix rigidity sensing and durotaxis.
Wormer DB, Davis KA, Henderson JH, Turner CE
PloS one9(3)e91815(2014)

A comprehensive family-based replication study of schizophrenia genes.
Aberg KA, Liu Y, Buksz?r J, McClay JL, Khachane AN, Andreassen OA, Blackwood D, Corvin A, Djurovic S, Gurling H, Ophoff R, Pato CN, Pato MT, Riley B, Webb T, Kendler K, O'Donovan M, Craddock N, Kirov G, Owen M, Rujescu D, St Clair D, Werge T, Hultman CM, Delisi LE, Sullivan P, van den Oord EJ
JAMA psychiatry70(6)573-81(2013 Jun)

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

Study demonstrate that CdGAP acts as a novel co-transcriptional repressor with Zeb2 to suppress E-cadherin expression in breast cancer cells.
Title: The Cdc42/Rac1 regulator CdGAP is a novel E-cadherin transcriptional co-repressor with Zeb2 in breast cancer.

a four-generation pedigree with isolated terminal limb defects and a truncating mutation in ARHGAP31 underscores the relevance of sequencing ARHGAP31 in cases of isolated limb defects, irrespective of presence of a complete Adams-Oliver syndrome phenotype
Title: Isolated terminal limb reduction defects: extending the clinical spectrum of Adams-Oliver syndrome and ARHGAP31 mutations.

The focal adhesion-localized CdGAP regulates matrix rigidity sensing and durotaxis.
Title: The focal adhesion-localized CdGAP regulates matrix rigidity sensing and durotaxis.

Data demonstrate that cdGAP negatively regulates directed and random migration by controlling adhesion maturation and dynamics through the regulation of both adhesion assembly and disassembly.
Title: CdGAP regulates cell migration and adhesion dynamics in two-and three-dimensional matrix environments.

specific interaction between negatively charged phospholipid PI(3,4,5)P3 and the stretch of polybasic residues preceding the RhoGAP domain regulates CdGAP activity in vivo and is required for its cellular functions.
Title: A stretch of polybasic residues mediates Cdc42 GTPase-activating protein (CdGAP) binding to phosphatidylinositol 3,4,5-trisphosphate and regulates its GAP activity.

The following ARHGAP31 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ARHGAP31 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)
OHu94434	XM_017006955.1 Latest version!	Homo sapiens Rho GTPase activating protein 31 (ARHGAP31), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu24028	NM_020754.4 Latest version!	Homo sapiens Rho GTPase activating protein 31 (ARHGAP31), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$384.30 $549.00
OHu38079	XM_006713714.3 Latest version!	Homo sapiens Rho GTPase activating protein 31 (ARHGAP31), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
View Old Accession Versions >>
OHu24028	NM_020754.3	Homo sapiens Rho GTPase activating protein 31 (ARHGAP31), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$384.30 $549.00
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)

ARHGAP31 ( XM_017006955.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016862444.1 Homo sapiens Rho GTPase activating protein 31 (ARHGAP31), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OHu94434
Clone ID Related Accession (Same CDS sequence)	XM_017006955.1
Accession Version	XM_017006955.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3843bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	rho GTPase-activating protein 31 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCACGCCC GGAACCTGGC CCTGGTGTGG GCGCCAAACC TCCTCAGGTC TAAAGAAATT 
GAAGCCACTG GTTGCAATGG AGATGCAGCC TTCCTTGCAG TCCGGGTCCA GCAGGTGGTG 
ATTGAGTTCA TATTGAATCA TGTAGATCAA ATCTTTAACA ACGGTGCACC TGGGTCTCTG 
GAGAATGATG AAAACCGGCC CATCATGAAG AGCCTGACCT TGCCAGCCCT CTCCCTGCCC 
ATGAAGCTGG TGAGCCTTGA GGAAGCTCAA GCCCGCAGCC TGGCCACTAA CCATCCTGCT 
CGCAAGGAAA GGAGGGAGAA CAGCCTGCCT GAGATTGTCC CTCCCATGGG CACCCTCTTC 
CACACTGTCC TTGAGTTACC AGACAACAAG CGAAAGCTCT CCAGTAAATC AAAGAAGTGG 
AAATCAATAT TTAACCTGGG ACGTTCTGGA TCAGACTCCA AATCAAAACT GAGTAGAAAT 
GGGAGTGTAT TTGTGAGAGG ACAGAGGCTC TCGGTGGAAA AGGCTACTAT CCGACCAGCT 
AAAAGCATGG ACTCACTATG TTCAGTGCCT GTGGAAGGAA AAGAAACCAA GGGAAATTTC 
AATCGAACAG TTACCACCGG TGGATTTTTC ATTCCAGCAA CAAAGATGCA CTCCACCGGC 
ACCGGCAGCT CATGTGACCT CACCAAGCAG GAGGGCGAAT GGGGCCAGGA GGGGATGCCT 
CCCGGGGCTG AGGGTGGCTT TGATGTGAGC AGTGATCGCA GCCATCTCCA GGGCGCTCAG 
GCCCGGCCCC CACCGGAACA GCTGAAGGTT TTCCGGCCTG TTGAGGATCC GGAGAGCGAG 
CAAACAGCCC CAAAGATGTT GGGTATGTTC TACACTTCGA ACGACAGCCC TAGCAAATCC 
GTCTTCACCA GCAGCCTCTT CCAGATGGAG CCCTCGCCGC GTAACCAGCG CAAGGCGCTG 
AACATCTCCG AGCCCTTTGC GGTATCTGTG CCGCTCCGCG TGTCCGCAGT CATCAGCACC 
AACAGCACGC CGTGCAGAAC ACCCCCGAAG GAGCTGCAGT CTCTTTCCAG CCTGGAAGAG 
TTTTCTTTTC ATGGATCAGA GAGCGGAGGC TGGCCAGAAG AAGAGAAACC GCTGGGAGCT 
GAGACTTCTG CAGCTTCTGT ACCTAAGAAG GCAGGTCTTG AGGATGCCAA GGCAGTACCT 
GAAGCACCGG GGACAGTGGA ATGCAGCAAA GGCCTGTCCC AGGAGCCAGG CGCCCACCTG 
GAGGAGAAGA AAACCCCAGA AAGCTCCTTG AGCTCTCAAC ATTTAAATGA ATTAGAGAAG 
AGGCCAAATC CGGAGAAGGT GGTGGAGGAG GGACGAGAGG CTGGTGAGAT GGAGTCCAGC 
ACCCTGCAGG AGAGCCCCAG GGCCAGAGCC GAAGCTGTGC TTCTCCATGA GATGGATGAA 
GATGATCTGG CCAATGCCCT GATCTGGCCT GAGATTCAAC AGGAGCTGAA AATCATTGAA 
TCTGAGGAGG AGCTCTCATC GTTGCCACCT CCTGCTCTGA AGACCAGCCC AATTCAGCCT 
ATTCTCGAGT CGAGTCTGGG GCCCTTTATT CCCTCAGAGC CTCCTGGGAG CTTGCCTTGT 
GGCTCCTTCC CTGCTCCAGT CTCCACCCCT CTGGAGGTGT GGACTAGGGA TCCAGCCAAT 
CAGAGCACAC AGGGGGCTTC CACAGCAGCC AGCAGAGAGA AGCCGGAACC TGAGCAGGGC 
CTGCACCCAG ACCTCGCCAG CCTGGCTCCT CTGGAAATAG TTCCTTTTGA GAAGGCATCT 
CCACAAGCAA CAGTGGAAGT AGGAGGCCCA GGCAATCTGT CTCCTCCACT CCCACCTGCT 
CCTCCCCCTC CAACTCCTCT GGAGGAGTCA ACTCCAGTCC TGCTTTCAAA GGGCGGCCCG 
GAAAGAGAAG ACTCATCCAG GAAATTGAGG ACAGATCTCT ACATAGACCA GCTGAAGTCC 
CAAGACAGCC CTGAGATCTC TAGCCTCTGT CAGGGAGAGG AGGCAACCCC AAGACACAGT 
GACAAGCAAA ATTCAAAGAA TGCTGCTTCT GAGGGGAAAG GCTGTGGTTT TCCAAGCCCA 
ACCAGGGAGG TTGAGATCGT CTCACAAGAA GAGGAGGATG TAACCCATTC AGTACAGGAG 
CCTTCAGACT GTGACGAAGA TGACACTGTG ACAGACATTG CCCAGCATGG CCTGGAGATG 
GTGGAGCCCT GGGAGGAACC CCAGTGGGTG ACGAGTCCCC TTCACTCTCC CACCCTGAAA 
GACGCGCACA AGGCCCAGGT ACAGGGCCTT CAGGGTCACC AGTTGGAGAA GAGGCTTTCC 
CACAGGCCCA GCCTTCGCCA GAGCCATTCT CTAGATAGCA AACCCACGGT TAAAAGCCAG 
TGGACTCTCG AGGTTCCCTC CTCCAGCAGC TGTGCTAATC TTGAAACAGA GAGGAATTCT 
GACCCTCTTC AGCCCCAGGC ACCCAGGAGA GAGATTACTG GATGGGATGA GAAAGCCCTG 
AGGTCCTTCA GAGAGTTCTC TGGCCTGAAA GGGGCAGAGG CTCCTCCCAA CCAGAAGGGA 
CCAAGTGGTG TGCAACCCAA CCCAGCAGAA ACCAGCCCCA TCAGCCTAGC AGAGGGAAAG 
GAGCTAGGGA CACACCTGGG GCACAGCAGT CCACAGATTA GGCAAGGTGG TGTTCCTGGG 
CCAGAGAGCA GCAAGGAGAG TTCACCCAGC GTGCAGGACA GCACTTCGCC TGGAGAGCAC 
CCCGCAAAGT TACAGCTAAA GAGCACAGAG TGTGGGCCCC CAAAAGGGAA AAACAGGCCT 
TCTTCCCTCA ACTTGGACCC TGCCATTCCC ATTGCTGACC TCTTCTGGTT TGAGAATGTG 
GCCTCATTTA GTTCACCTGG AATGCAGGTC TCTGAGCCAG GAGACCCAAA GGTCACATGG 
ATGACCTCAT CTTACTGTAA AGCAGACCCC TGGAGGGTTT ACTCCCAGGA CCCCCAGGAC 
CTGGACATTG TTGCTCATGC ACTGACAGGC CGCCGTAACT CAGCTCCTGT GAGTGTGTCA 
GCTGTGAGAA CCTCCTTCAT GGTCAAAATG TGCCAGGCCA GGGCGGTCCC AGTCATCCCT 
CCCAAGATTC AGTACACCCA GATCCCACAG CCCCTGCCCT CTCAGAGCTC AGGGGAGAAT 
GGGGTTCAGC CTCTGGAGAG GAGCCAGGAG GGACCCAGCT CAACCAGTGG GACCACTCAG 
AAACCTGCCA AAGATGATTC TCCCTCCTCC CTGGAAAGCT CAAAGGAAGA AAAACCAAAG 
CAAGATCCCG GAGCCATTAA GTCCTCACCA GTGGATGCCA CTGCACCCTG CATGTGCGAG 
GGACCTACCC TTTCTCCAGA ACCAGGCTCG TCTAACCTGC TCTCCACCCA GGATGCAGTA 
GTGCAATGCA GAAAGCGCAT GTCAGAGACA GAGCCATCTG GGGACAACCT TCTTTCTTCA 
AAACTAGAGC GACCATCTGG GGGTTCTAAG CCTTTCCACA GGTCAAGGCC AGGAAGACCT 
CAGAGCCTAA TCTTATTCAG TCCTCCTTTC CCCATTATGG ACCACCTGCC CCCTTCATCC 
ACAGTGACAG ATTCCAAGGT CCTGCTGTCC CCTATCAGAA GTCCCACCCA GACAGTTTCC 
CCTGGCCTTC TTTGTGGAGA GTTGGCAGAA AACACATGGG TCACACCAGA AGGGGTTACA 
CTTAGGAATA AAATGACCAT CCCTAAGAAT GGCCAGAGAC TAGAGACCTC AACCAGCTGT 
TTTTACCAGC CTCAGCGGAG ATCAGTAATT CTGGATGGAA GAAGTGGGAG GCAAATAGAA 
TGA

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

RefSeq	XP_016862444.1
CDS	964..4806
Translation	MHARNLALVWAPNLLRSKEIEATGCNGDAAFLAVRVQQVVIEFILNHVDQIFNNGAPGSLENDENRPIMKSLTLPALSLPMKLVSLEEAQARSLATNHPARKERRENSLPEIVPPMGTLFHTVLELPDNKRKLSSKSKKWKSIFNLGRSGSDSKSKLSRNGSVFVRGQRLSVEKATIRPAKSMDSLCSVPVEGKETKGNFNRTVTTGGFFIPATKMHSTGTGSSCDLTKQEGEWGQEGMPPGAEGGFDVSSDRSHLQGAQARPPPEQLKVFRPVEDPESEQTAPKMLGMFYTSNDSPSKSVFTSSLFQMEPSPRNQRKALNISEPFAVSVPLRVSAVISTNSTPCRTPPKELQSLSSLEEFSFHGSESGGWPEEEKPLGAETSAASVPKKAGLEDAKAVPEAPGTVECSKGLSQEPGAHLEEKKTPESSLSSQHLNELEKRPNPEKVVEEGREAGEMESSTLQESPRARAEAVLLHEMDEDDLANALIWPEIQQELKIIESEEELSSLPPPALKTSPIQPILESSLGPFIPSEPPGSLPCGSFPAPVSTPLEVWTRDPANQSTQGASTAASREKPEPEQGLHPDLASLAPLEIVPFEKASPQATVEVGGPGNLSPPLPPAPPPPTPLEESTPVLLSKGGPEREDSSRKLRTDLYIDQLKSQDSPEISSLCQGEEATPRHSDKQNSKNAASEGKGCGFPSPTREVEIVSQEEEDVTHSVQEPSDCDEDDTVTDIAQHGLEMVEPWEEPQWVTSPLHSPTLKDAHKAQVQGLQGHQLEKRLSHRPSLRQSHSLDSKPTVKSQWTLEVPSSSSCANLETERNSDPLQPQAPRREITGWDEKALRSFREFSGLKGAEAPPNQKGPSGVQPNPAETSPISLAEGKELGTHLGHSSPQIRQGGVPGPESSKESSPSVQDSTSPGEHPAKLQLKSTECGPPKGKNRPSSLNLDPAIPIADLFWFENVASFSSPGMQVSEPGDPKVTWMTSSYCKADPWRVYSQDPQDLDIVAHALTGRRNSAPVSVSAVRTSFMVKMCQARAVPVIPPKIQYTQIPQPLPSQSSGENGVQPLERSQEGPSSTSGTTQKPAKDDSPSSLESSKEEKPKQDPGAIKSSPVDATAPCMCEGPTLSPEPGSSNLLSTQDAVVQCRKRMSETEPSGDNLLSSKLERPSGGSKPFHRSRPGRPQSLILFSPPFPIMDHLPPSSTVTDSKVLLSPIRSPTQTVSPGLLCGELAENTWVTPEGVTLRNKMTIPKNGQRLETSTSCFYQPQRRSVILDGRSGRQIE

Target ORF information:

RefSeq Version	XM_017006955.1
Organism	Homo sapiens(human)
Definition	Homo sapiens Rho GTPase activating protein 31 (ARHGAP31), transcript variant X2, mRNA.

Target ORF information:

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

XM_017006955.1

ORF Insert Sequence:

ATGCACGCCC GGAACCTGGC CCTGGTGTGG GCGCCAAACC TCCTCAGGTC TAAAGAAATT 
GAAGCCACTG GTTGCAATGG AGATGCAGCC TTCCTTGCAG TCCGGGTCCA GCAGGTGGTG 
ATTGAGTTCA TATTGAATCA TGTAGATCAA ATCTTTAACA ACGGTGCACC TGGGTCTCTG 
GAGAATGATG AAAACCGGCC CATCATGAAG AGCCTGACCT TGCCAGCCCT CTCCCTGCCC 
ATGAAGCTGG TGAGCCTTGA GGAAGCTCAA GCCCGCAGCC TGGCCACTAA CCATCCTGCT 
CGCAAGGAAA GGAGGGAGAA CAGCCTGCCT GAGATTGTCC CTCCCATGGG CACCCTCTTC 
CACACTGTCC TTGAGTTACC AGACAACAAG CGAAAGCTCT CCAGTAAATC AAAGAAGTGG 
AAATCAATAT TTAACCTGGG ACGTTCTGGA TCAGACTCCA AATCAAAACT GAGTAGAAAT 
GGGAGTGTAT TTGTGAGAGG ACAGAGGCTC TCGGTGGAAA AGGCTACTAT CCGACCAGCT 
AAAAGCATGG ACTCACTATG TTCAGTGCCT GTGGAAGGAA AAGAAACCAA GGGAAATTTC 
AATCGAACAG TTACCACCGG TGGATTTTTC ATTCCAGCAA CAAAGATGCA CTCCACCGGC 
ACCGGCAGCT CATGTGACCT CACCAAGCAG GAGGGCGAAT GGGGCCAGGA GGGGATGCCT 
CCCGGGGCTG AGGGTGGCTT TGATGTGAGC AGTGATCGCA GCCATCTCCA GGGCGCTCAG 
GCCCGGCCCC CACCGGAACA GCTGAAGGTT TTCCGGCCTG TTGAGGATCC GGAGAGCGAG 
CAAACAGCCC CAAAGATGTT GGGTATGTTC TACACTTCGA ACGACAGCCC TAGCAAATCC 
GTCTTCACCA GCAGCCTCTT CCAGATGGAG CCCTCGCCGC GTAACCAGCG CAAGGCGCTG 
AACATCTCCG AGCCCTTTGC GGTATCTGTG CCGCTCCGCG TGTCCGCAGT CATCAGCACC 
AACAGCACGC CGTGCAGAAC ACCCCCGAAG GAGCTGCAGT CTCTTTCCAG CCTGGAAGAG 
TTTTCTTTTC ATGGATCAGA GAGCGGAGGC TGGCCAGAAG AAGAGAAACC GCTGGGAGCT 
GAGACTTCTG CAGCTTCTGT ACCTAAGAAG GCAGGTCTTG AGGATGCCAA GGCAGTACCT 
GAAGCACCGG GGACAGTGGA ATGCAGCAAA GGCCTGTCCC AGGAGCCAGG CGCCCACCTG 
GAGGAGAAGA AAACCCCAGA AAGCTCCTTG AGCTCTCAAC ATTTAAATGA ATTAGAGAAG 
AGGCCAAATC CGGAGAAGGT GGTGGAGGAG GGACGAGAGG CTGGTGAGAT GGAGTCCAGC 
ACCCTGCAGG AGAGCCCCAG GGCCAGAGCC GAAGCTGTGC TTCTCCATGA GATGGATGAA 
GATGATCTGG CCAATGCCCT GATCTGGCCT GAGATTCAAC AGGAGCTGAA AATCATTGAA 
TCTGAGGAGG AGCTCTCATC GTTGCCACCT CCTGCTCTGA AGACCAGCCC AATTCAGCCT 
ATTCTCGAGT CGAGTCTGGG GCCCTTTATT CCCTCAGAGC CTCCTGGGAG CTTGCCTTGT 
GGCTCCTTCC CTGCTCCAGT CTCCACCCCT CTGGAGGTGT GGACTAGGGA TCCAGCCAAT 
CAGAGCACAC AGGGGGCTTC CACAGCAGCC AGCAGAGAGA AGCCGGAACC TGAGCAGGGC 
CTGCACCCAG ACCTCGCCAG CCTGGCTCCT CTGGAAATAG TTCCTTTTGA GAAGGCATCT 
CCACAAGCAA CAGTGGAAGT AGGAGGCCCA GGCAATCTGT CTCCTCCACT CCCACCTGCT 
CCTCCCCCTC CAACTCCTCT GGAGGAGTCA ACTCCAGTCC TGCTTTCAAA GGGCGGCCCG 
GAAAGAGAAG ACTCATCCAG GAAATTGAGG ACAGATCTCT ACATAGACCA GCTGAAGTCC 
CAAGACAGCC CTGAGATCTC TAGCCTCTGT CAGGGAGAGG AGGCAACCCC AAGACACAGT 
GACAAGCAAA ATTCAAAGAA TGCTGCTTCT GAGGGGAAAG GCTGTGGTTT TCCAAGCCCA 
ACCAGGGAGG TTGAGATCGT CTCACAAGAA GAGGAGGATG TAACCCATTC AGTACAGGAG 
CCTTCAGACT GTGACGAAGA TGACACTGTG ACAGACATTG CCCAGCATGG CCTGGAGATG 
GTGGAGCCCT GGGAGGAACC CCAGTGGGTG ACGAGTCCCC TTCACTCTCC CACCCTGAAA 
GACGCGCACA AGGCCCAGGT ACAGGGCCTT CAGGGTCACC AGTTGGAGAA GAGGCTTTCC 
CACAGGCCCA GCCTTCGCCA GAGCCATTCT CTAGATAGCA AACCCACGGT TAAAAGCCAG 
TGGACTCTCG AGGTTCCCTC CTCCAGCAGC TGTGCTAATC TTGAAACAGA GAGGAATTCT 
GACCCTCTTC AGCCCCAGGC ACCCAGGAGA GAGATTACTG GATGGGATGA GAAAGCCCTG 
AGGTCCTTCA GAGAGTTCTC TGGCCTGAAA GGGGCAGAGG CTCCTCCCAA CCAGAAGGGA 
CCAAGTGGTG TGCAACCCAA CCCAGCAGAA ACCAGCCCCA TCAGCCTAGC AGAGGGAAAG 
GAGCTAGGGA CACACCTGGG GCACAGCAGT CCACAGATTA GGCAAGGTGG TGTTCCTGGG 
CCAGAGAGCA GCAAGGAGAG TTCACCCAGC GTGCAGGACA GCACTTCGCC TGGAGAGCAC 
CCCGCAAAGT TACAGCTAAA GAGCACAGAG TGTGGGCCCC CAAAAGGGAA AAACAGGCCT 
TCTTCCCTCA ACTTGGACCC TGCCATTCCC ATTGCTGACC TCTTCTGGTT TGAGAATGTG 
GCCTCATTTA GTTCACCTGG AATGCAGGTC TCTGAGCCAG GAGACCCAAA GGTCACATGG 
ATGACCTCAT CTTACTGTAA AGCAGACCCC TGGAGGGTTT ACTCCCAGGA CCCCCAGGAC 
CTGGACATTG TTGCTCATGC ACTGACAGGC CGCCGTAACT CAGCTCCTGT GAGTGTGTCA 
GCTGTGAGAA CCTCCTTCAT GGTCAAAATG TGCCAGGCCA GGGCGGTCCC AGTCATCCCT 
CCCAAGATTC AGTACACCCA GATCCCACAG CCCCTGCCCT CTCAGAGCTC AGGGGAGAAT 
GGGGTTCAGC CTCTGGAGAG GAGCCAGGAG GGACCCAGCT CAACCAGTGG GACCACTCAG 
AAACCTGCCA AAGATGATTC TCCCTCCTCC CTGGAAAGCT CAAAGGAAGA AAAACCAAAG 
CAAGATCCCG GAGCCATTAA GTCCTCACCA GTGGATGCCA CTGCACCCTG CATGTGCGAG 
GGACCTACCC TTTCTCCAGA ACCAGGCTCG TCTAACCTGC TCTCCACCCA GGATGCAGTA 
GTGCAATGCA GAAAGCGCAT GTCAGAGACA GAGCCATCTG GGGACAACCT TCTTTCTTCA 
AAACTAGAGC GACCATCTGG GGGTTCTAAG CCTTTCCACA GGTCAAGGCC AGGAAGACCT 
CAGAGCCTAA TCTTATTCAG TCCTCCTTTC CCCATTATGG ACCACCTGCC CCCTTCATCC 
ACAGTGACAG ATTCCAAGGT CCTGCTGTCC CCTATCAGAA GTCCCACCCA GACAGTTTCC 
CCTGGCCTTC TTTGTGGAGA GTTGGCAGAA AACACATGGG TCACACCAGA AGGGGTTACA 
CTTAGGAATA AAATGACCAT CCCTAAGAAT GGCCAGAGAC TAGAGACCTC AACCAGCTGT 
TTTTACCAGC CTCAGCGGAG ATCAGTAATT CTGGATGGAA GAAGTGGGAG GCAAATAGAA 
TGA

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

ARHGAP31 ( NM_020754.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_065805.2 Homo sapiens Rho GTPase activating protein 31 (ARHGAP31), mRNA.

Price & Availability↑

CloneID	OHu24028
Clone ID Related Accession (Same CDS sequence)	NM_020754.3 , NM_020754.4
Accession Version	NM_020754.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4335bp) 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	2019-02-23
Organism	Homo sapiens(human)
Product	rho GTPase-activating protein 31
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AB033030.1, BC112163.1, KF457672.1, AC092981.3 and BM970175.1. This sequence is a reference standard in the RefSeqGene project. On Jan 17, 2014 this sequence version replaced NM_020754.2. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AB033030.1, SRR1803616.248913.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGAAGAACA AGGGTGCTAA GCAGAAGCTG AAACGAAAGG GAGCCGCCAG CGCGTTTGGC 
TGTGACCTGA CGGAGTATCT GGAAAGCTCG GGACAGGATG TTCCATACGT TTTGAAGAGC 
TGTGCAGAAT TTATAGAGAC TCACGGCATC GTGGATGGAA TCTATCGGCT TTCAGGAGTC 
ACCTCAAACA TACAACGGCT AAGGCAAGAG TTTGGCTCAG ATCAATGTCC AGATCTGACA 
AGGGAAGTGT ACCTCCAGGA CATCCACTGT GTGGGCTCGC TTTGCAAGCT CTACTTTAGG 
GAGCTGCCCA ACCCCCTCCT GACTTATGAG CTCTATGAGA AATTCACGGA GGCAGTGTCG 
CATTGCCCTG AAGAAGGCCA ACTGGCCCGA ATCCAAAATG TTATCCAGGA GCTTCCTCCA 
TCCCACTATA GGACCTTGGA ATACCTGATT CGACACCTGG CCCATATCGC CTCCTTCAGC 
AGCAAGACCA ACATGCACGC CCGGAACCTG GCCCTGGTGT GGGCGCCAAA CCTCCTCAGG 
TCTAAAGAAA TTGAAGCCAC TGGTTGCAAT GGAGATGCAG CCTTCCTTGC AGTCCGGGTC 
CAGCAGGTGG TGATTGAGTT CATATTGAAT CATGTAGATC AAATCTTTAA CAACGGTGCA 
CCTGGGTCTC TGGAGAATGA TGAAAACCGG CCCATCATGA AGAGCCTGAC CTTGCCAGCC 
CTCTCCCTGC CCATGAAGCT GGTGAGCCTT GAGGAAGCTC AAGCCCGCAG CCTGGCCACT 
AACCATCCTG CTCGCAAGGA AAGGAGGGAG AACAGCCTGC CTGAGATTGT CCCTCCCATG 
GGCACCCTCT TCCACACTGT CCTTGAGTTA CCAGACAACA AGCGAAAGCT CTCCAGTAAA 
TCAAAGAAGT GGAAATCAAT ATTTAACCTG GGACGTTCTG GATCAGACTC CAAATCAAAA 
CTGAGTAGAA ATGGGAGTGT ATTTGTGAGA GGACAGAGGC TCTCGGTGGA AAAGGCTACT 
ATCCGACCAG CTAAAAGCAT GGACTCACTA TGTTCAGTGC CTGTGGAAGG AAAAGAAACC 
AAGGGAAATT TCAATCGAAC AGTTACCACC GGTGGATTTT TCATTCCAGC AACAAAGATG 
CACTCCACCG GCACCGGCAG CTCATGTGAC CTCACCAAGC AGGAGGGCGA ATGGGGCCAG 
GAGGGGATGC CTCCCGGGGC TGAGGGTGGC TTTGATGTGA GCAGTGATCG CAGCCATCTC 
CAGGGCGCTC AGGCCCGGCC CCCACCGGAA CAGCTGAAGG TTTTCCGGCC TGTTGAGGAT 
CCGGAGAGCG AGCAAACAGC CCCAAAGATG TTGGGTATGT TCTACACTTC GAACGACAGC 
CCTAGCAAAT CCGTCTTCAC CAGCAGCCTC TTCCAGATGG AGCCCTCGCC GCGTAACCAG 
CGCAAGGCGC TGAACATCTC CGAGCCCTTT GCGGTATCTG TGCCGCTCCG CGTGTCCGCA 
GTCATCAGCA CCAACAGCAC GCCGTGCAGA ACACCCCCGA AGGAGCTGCA GTCTCTTTCC 
AGCCTGGAAG AGTTTTCTTT TCATGGATCA GAGAGCGGAG GCTGGCCAGA AGAAGAGAAA 
CCGCTGGGAG CTGAGACTTC TGCAGCTTCT GTACCTAAGA AGGCAGGTCT TGAGGATGCC 
AAGGCAGTAC CTGAAGCACC GGGGACAGTG GAATGCAGCA AAGGCCTGTC CCAGGAGCCA 
GGCGCCCACC TGGAGGAGAA GAAAACCCCA GAAAGCTCCT TGAGCTCTCA ACATTTAAAT 
GAATTAGAGA AGAGGCCAAA TCCGGAGAAG GTGGTGGAGG AGGGACGAGA GGCTGGTGAG 
ATGGAGTCCA GCACCCTGCA GGAGAGCCCC AGGGCCAGAG CCGAAGCTGT GCTTCTCCAT 
GAGATGGATG AAGATGATCT GGCCAATGCC CTGATCTGGC CTGAGATTCA ACAGGAGCTG 
AAAATCATTG AATCTGAGGA GGAGCTCTCA TCGTTGCCAC CTCCTGCTCT GAAGACCAGC 
CCAATTCAGC CTATTCTCGA GTCGAGTCTG GGGCCCTTTA TTCCCTCAGA GCCTCCTGGG 
AGCTTGCCTT GTGGCTCCTT CCCTGCTCCA GTCTCCACCC CTCTGGAGGT GTGGACTAGG 
GATCCAGCCA ATCAGAGCAC ACAGGGGGCT TCCACAGCAG CCAGCAGAGA GAAGCCGGAA 
CCTGAGCAGG GCCTGCACCC AGACCTCGCC AGCCTGGCTC CTCTGGAAAT AGTTCCTTTT 
GAGAAGGCAT CTCCACAAGC AACAGTGGAA GTAGGAGGCC CAGGCAATCT GTCTCCTCCA 
CTCCCACCTG CTCCTCCCCC TCCAACTCCT CTGGAGGAGT CAACTCCAGT CCTGCTTTCA 
AAGGGCGGCC CGGAAAGAGA AGACTCATCC AGGAAATTGA GGACAGATCT CTACATAGAC 
CAGCTGAAGT CCCAAGACAG CCCTGAGATC TCTAGCCTCT GTCAGGGAGA GGAGGCAACC 
CCAAGACACA GTGACAAGCA AAATTCAAAG AATGCTGCTT CTGAGGGGAA AGGCTGTGGT 
TTTCCAAGCC CAACCAGGGA GGTTGAGATC GTCTCACAAG AAGAGGAGGA TGTAACCCAT 
TCAGTACAGG AGCCTTCAGA CTGTGACGAA GATGACACTG TGACAGACAT TGCCCAGCAT 
GGCCTGGAGA TGGTGGAGCC CTGGGAGGAA CCCCAGTGGG TGACGAGTCC CCTTCACTCT 
CCCACCCTGA AAGACGCGCA CAAGGCCCAG GTACAGGGCC TTCAGGGTCA CCAGTTGGAG 
AAGAGGCTTT CCCACAGGCC CAGCCTTCGC CAGAGCCATT CTCTAGATAG CAAACCCACG 
GTTAAAAGCC AGTGGACTCT CGAGGTTCCC TCCTCCAGCA GCTGTGCTAA TCTTGAAACA 
GAGAGGAATT CTGACCCTCT TCAGCCCCAG GCACCCAGGA GAGAGATTAC TGGATGGGAT 
GAGAAAGCCC TGAGGTCCTT CAGAGAGTTC TCTGGCCTGA AAGGGGCAGA GGCTCCTCCC 
AACCAGAAGG GACCAAGTGG TGTGCAACCC AACCCAGCAG AAACCAGCCC CATCAGCCTA 
GCAGAGGGAA AGGAGCTAGG GACACACCTG GGGCACAGCA GTCCACAGAT TAGGCAAGGT 
GGTGTTCCTG GGCCAGAGAG CAGCAAGGAG AGTTCACCCA GCGTGCAGGA CAGCACTTCG 
CCTGGAGAGC ACCCCGCAAA GTTACAGCTA AAGAGCACAG AGTGTGGGCC CCCAAAAGGG 
AAAAACAGGC CTTCTTCCCT CAACTTGGAC CCTGCCATTC CCATTGCTGA CCTCTTCTGG 
TTTGAGAATG TGGCCTCATT TAGTTCACCT GGAATGCAGG TCTCTGAGCC AGGAGACCCA 
AAGGTCACAT GGATGACCTC ATCTTACTGT AAAGCAGACC CCTGGAGGGT TTACTCCCAG 
GACCCCCAGG ACCTGGACAT TGTTGCTCAT GCACTGACAG GCCGCCGTAA CTCAGCTCCT 
GTGAGTGTGT CAGCTGTGAG AACCTCCTTC ATGGTCAAAA TGTGCCAGGC CAGGGCGGTC 
CCAGTCATCC CTCCCAAGAT TCAGTACACC CAGATCCCAC AGCCCCTGCC CTCTCAGAGC 
TCAGGGGAGA ATGGGGTTCA GCCTCTGGAG AGGAGCCAGG AGGGACCCAG CTCAACCAGT 
GGGACCACTC AGAAACCTGC CAAAGATGAT TCTCCCTCCT CCCTGGAAAG CTCAAAGGAA 
GAAAAACCAA AGCAAGATCC CGGAGCCATT AAGTCCTCAC CAGTGGATGC CACTGCACCC 
TGCATGTGCG AGGGACCTAC CCTTTCTCCA GAACCAGGCT CGTCTAACCT GCTCTCCACC 
CAGGATGCAG TAGTGCAATG CAGAAAGCGC ATGTCAGAGA CAGAGCCATC TGGGGACAAC 
CTTCTTTCTT CAAAACTAGA GCGACCATCT GGGGGTTCTA AGCCTTTCCA CAGGTCAAGG 
CCAGGAAGAC CTCAGAGCCT AATCTTATTC AGTCCTCCTT TCCCCATTAT GGACCACCTG 
CCCCCTTCAT CCACAGTGAC AGATTCCAAG GTCCTGCTGT CCCCTATCAG AAGTCCCACC 
CAGACAGTTT CCCCTGGCCT TCTTTGTGGA GAGTTGGCAG AAAACACATG GGTCACACCA 
GAAGGGGTTA CACTTAGGAA TAAAATGACC ATCCCTAAGA ATGGCCAGAG ACTAGAGACC 
TCAACCAGCT GTTTTTACCA GCCTCAGCGG AGATCAGTAA TTCTGGATGG AAGAAGTGGG 
AGGCAAATAG AATGA

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

RefSeq	NP_065805.2
CDS	533..4867
Translation	MKNKGAKQKLKRKGAASAFGCDLTEYLESSGQDVPYVLKSCAEFIETHGIVDGIYRLSGVTSNIQRLRQEFGSDQCPDLTREVYLQDIHCVGSLCKLYFRELPNPLLTYELYEKFTEAVSHCPEEGQLARIQNVIQELPPSHYRTLEYLIRHLAHIASFSSKTNMHARNLALVWAPNLLRSKEIEATGCNGDAAFLAVRVQQVVIEFILNHVDQIFNNGAPGSLENDENRPIMKSLTLPALSLPMKLVSLEEAQARSLATNHPARKERRENSLPEIVPPMGTLFHTVLELPDNKRKLSSKSKKWKSIFNLGRSGSDSKSKLSRNGSVFVRGQRLSVEKATIRPAKSMDSLCSVPVEGKETKGNFNRTVTTGGFFIPATKMHSTGTGSSCDLTKQEGEWGQEGMPPGAEGGFDVSSDRSHLQGAQARPPPEQLKVFRPVEDPESEQTAPKMLGMFYTSNDSPSKSVFTSSLFQMEPSPRNQRKALNISEPFAVSVPLRVSAVISTNSTPCRTPPKELQSLSSLEEFSFHGSESGGWPEEEKPLGAETSAASVPKKAGLEDAKAVPEAPGTVECSKGLSQEPGAHLEEKKTPESSLSSQHLNELEKRPNPEKVVEEGREAGEMESSTLQESPRARAEAVLLHEMDEDDLANALIWPEIQQELKIIESEEELSSLPPPALKTSPIQPILESSLGPFIPSEPPGSLPCGSFPAPVSTPLEVWTRDPANQSTQGASTAASREKPEPEQGLHPDLASLAPLEIVPFEKASPQATVEVGGPGNLSPPLPPAPPPPTPLEESTPVLLSKGGPEREDSSRKLRTDLYIDQLKSQDSPEISSLCQGEEATPRHSDKQNSKNAASEGKGCGFPSPTREVEIVSQEEEDVTHSVQEPSDCDEDDTVTDIAQHGLEMVEPWEEPQWVTSPLHSPTLKDAHKAQVQGLQGHQLEKRLSHRPSLRQSHSLDSKPTVKSQWTLEVPSSSSCANLETERNSDPLQPQAPRREITGWDEKALRSFREFSGLKGAEAPPNQKGPSGVQPNPAETSPISLAEGKELGTHLGHSSPQIRQGGVPGPESSKESSPSVQDSTSPGEHPAKLQLKSTECGPPKGKNRPSSLNLDPAIPIADLFWFENVASFSSPGMQVSEPGDPKVTWMTSSYCKADPWRVYSQDPQDLDIVAHALTGRRNSAPVSVSAVRTSFMVKMCQARAVPVIPPKIQYTQIPQPLPSQSSGENGVQPLERSQEGPSSTSGTTQKPAKDDSPSSLESSKEEKPKQDPGAIKSSPVDATAPCMCEGPTLSPEPGSSNLLSTQDAVVQCRKRMSETEPSGDNLLSSKLERPSGGSKPFHRSRPGRPQSLILFSPPFPIMDHLPPSSTVTDSKVLLSPIRSPTQTVSPGLLCGELAENTWVTPEGVTLRNKMTIPKNGQRLETSTSCFYQPQRRSVILDGRSGRQIE

Target ORF information:

RefSeq Version	NM_020754.3
Organism	Homo sapiens(human)
Definition	Homo sapiens Rho GTPase activating protein 31 (ARHGAP31), mRNA.

Target ORF information:

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

NM_020754.3

ORF Insert Sequence:

ATGAAGAACA AGGGTGCTAA GCAGAAGCTG AAACGAAAGG GAGCCGCCAG CGCGTTTGGC 
TGTGACCTGA CGGAGTATCT GGAAAGCTCG GGACAGGATG TTCCATACGT TTTGAAGAGC 
TGTGCAGAAT TTATAGAGAC TCACGGCATC GTGGATGGAA TCTATCGGCT TTCAGGAGTC 
ACCTCAAACA TACAACGGCT AAGGCAAGAG TTTGGCTCAG ATCAATGTCC AGATCTGACA 
AGGGAAGTGT ACCTCCAGGA CATCCACTGT GTGGGCTCGC TTTGCAAGCT CTACTTTAGG 
GAGCTGCCCA ACCCCCTCCT GACTTATGAG CTCTATGAGA AATTCACGGA GGCAGTGTCG 
CATTGCCCTG AAGAAGGCCA ACTGGCCCGA ATCCAAAATG TTATCCAGGA GCTTCCTCCA 
TCCCACTATA GGACCTTGGA ATACCTGATT CGACACCTGG CCCATATCGC CTCCTTCAGC 
AGCAAGACCA ACATGCACGC CCGGAACCTG GCCCTGGTGT GGGCGCCAAA CCTCCTCAGG 
TCTAAAGAAA TTGAAGCCAC TGGTTGCAAT GGAGATGCAG CCTTCCTTGC AGTCCGGGTC 
CAGCAGGTGG TGATTGAGTT CATATTGAAT CATGTAGATC AAATCTTTAA CAACGGTGCA 
CCTGGGTCTC TGGAGAATGA TGAAAACCGG CCCATCATGA AGAGCCTGAC CTTGCCAGCC 
CTCTCCCTGC CCATGAAGCT GGTGAGCCTT GAGGAAGCTC AAGCCCGCAG CCTGGCCACT 
AACCATCCTG CTCGCAAGGA AAGGAGGGAG AACAGCCTGC CTGAGATTGT CCCTCCCATG 
GGCACCCTCT TCCACACTGT CCTTGAGTTA CCAGACAACA AGCGAAAGCT CTCCAGTAAA 
TCAAAGAAGT GGAAATCAAT ATTTAACCTG GGACGTTCTG GATCAGACTC CAAATCAAAA 
CTGAGTAGAA ATGGGAGTGT ATTTGTGAGA GGACAGAGGC TCTCGGTGGA AAAGGCTACT 
ATCCGACCAG CTAAAAGCAT GGACTCACTA TGTTCAGTGC CTGTGGAAGG AAAAGAAACC 
AAGGGAAATT TCAATCGAAC AGTTACCACC GGTGGATTTT TCATTCCAGC AACAAAGATG 
CACTCCACCG GCACCGGCAG CTCATGTGAC CTCACCAAGC AGGAGGGCGA ATGGGGCCAG 
GAGGGGATGC CTCCCGGGGC TGAGGGTGGC TTTGATGTGA GCAGTGATCG CAGCCATCTC 
CAGGGCGCTC AGGCCCGGCC CCCACCGGAA CAGCTGAAGG TTTTCCGGCC TGTTGAGGAT 
CCGGAGAGCG AGCAAACAGC CCCAAAGATG TTGGGTATGT TCTACACTTC GAACGACAGC 
CCTAGCAAAT CCGTCTTCAC CAGCAGCCTC TTCCAGATGG AGCCCTCGCC GCGTAACCAG 
CGCAAGGCGC TGAACATCTC CGAGCCCTTT GCGGTATCTG TGCCGCTCCG CGTGTCCGCA 
GTCATCAGCA CCAACAGCAC GCCGTGCAGA ACACCCCCGA AGGAGCTGCA GTCTCTTTCC 
AGCCTGGAAG AGTTTTCTTT TCATGGATCA GAGAGCGGAG GCTGGCCAGA AGAAGAGAAA 
CCGCTGGGAG CTGAGACTTC TGCAGCTTCT GTACCTAAGA AGGCAGGTCT TGAGGATGCC 
AAGGCAGTAC CTGAAGCACC GGGGACAGTG GAATGCAGCA AAGGCCTGTC CCAGGAGCCA 
GGCGCCCACC TGGAGGAGAA GAAAACCCCA GAAAGCTCCT TGAGCTCTCA ACATTTAAAT 
GAATTAGAGA AGAGGCCAAA TCCGGAGAAG GTGGTGGAGG AGGGACGAGA GGCTGGTGAG 
ATGGAGTCCA GCACCCTGCA GGAGAGCCCC AGGGCCAGAG CCGAAGCTGT GCTTCTCCAT 
GAGATGGATG AAGATGATCT GGCCAATGCC CTGATCTGGC CTGAGATTCA ACAGGAGCTG 
AAAATCATTG AATCTGAGGA GGAGCTCTCA TCGTTGCCAC CTCCTGCTCT GAAGACCAGC 
CCAATTCAGC CTATTCTCGA GTCGAGTCTG GGGCCCTTTA TTCCCTCAGA GCCTCCTGGG 
AGCTTGCCTT GTGGCTCCTT CCCTGCTCCA GTCTCCACCC CTCTGGAGGT GTGGACTAGG 
GATCCAGCCA ATCAGAGCAC ACAGGGGGCT TCCACAGCAG CCAGCAGAGA GAAGCCGGAA 
CCTGAGCAGG GCCTGCACCC AGACCTCGCC AGCCTGGCTC CTCTGGAAAT AGTTCCTTTT 
GAGAAGGCAT CTCCACAAGC AACAGTGGAA GTAGGAGGCC CAGGCAATCT GTCTCCTCCA 
CTCCCACCTG CTCCTCCCCC TCCAACTCCT CTGGAGGAGT CAACTCCAGT CCTGCTTTCA 
AAGGGCGGCC CGGAAAGAGA AGACTCATCC AGGAAATTGA GGACAGATCT CTACATAGAC 
CAGCTGAAGT CCCAAGACAG CCCTGAGATC TCTAGCCTCT GTCAGGGAGA GGAGGCAACC 
CCAAGACACA GTGACAAGCA AAATTCAAAG AATGCTGCTT CTGAGGGGAA AGGCTGTGGT 
TTTCCAAGCC CAACCAGGGA GGTTGAGATC GTCTCACAAG AAGAGGAGGA TGTAACCCAT 
TCAGTACAGG AGCCTTCAGA CTGTGACGAA GATGACACTG TGACAGACAT TGCCCAGCAT 
GGCCTGGAGA TGGTGGAGCC CTGGGAGGAA CCCCAGTGGG TGACGAGTCC CCTTCACTCT 
CCCACCCTGA AAGACGCGCA CAAGGCCCAG GTACAGGGCC TTCAGGGTCA CCAGTTGGAG 
AAGAGGCTTT CCCACAGGCC CAGCCTTCGC CAGAGCCATT CTCTAGATAG CAAACCCACG 
GTTAAAAGCC AGTGGACTCT CGAGGTTCCC TCCTCCAGCA GCTGTGCTAA TCTTGAAACA 
GAGAGGAATT CTGACCCTCT TCAGCCCCAG GCACCCAGGA GAGAGATTAC TGGATGGGAT 
GAGAAAGCCC TGAGGTCCTT CAGAGAGTTC TCTGGCCTGA AAGGGGCAGA GGCTCCTCCC 
AACCAGAAGG GACCAAGTGG TGTGCAACCC AACCCAGCAG AAACCAGCCC CATCAGCCTA 
GCAGAGGGAA AGGAGCTAGG GACACACCTG GGGCACAGCA GTCCACAGAT TAGGCAAGGT 
GGTGTTCCTG GGCCAGAGAG CAGCAAGGAG AGTTCACCCA GCGTGCAGGA CAGCACTTCG 
CCTGGAGAGC ACCCCGCAAA GTTACAGCTA AAGAGCACAG AGTGTGGGCC CCCAAAAGGG 
AAAAACAGGC CTTCTTCCCT CAACTTGGAC CCTGCCATTC CCATTGCTGA CCTCTTCTGG 
TTTGAGAATG TGGCCTCATT TAGTTCACCT GGAATGCAGG TCTCTGAGCC AGGAGACCCA 
AAGGTCACAT GGATGACCTC ATCTTACTGT AAAGCAGACC CCTGGAGGGT TTACTCCCAG 
GACCCCCAGG ACCTGGACAT TGTTGCTCAT GCACTGACAG GCCGCCGTAA CTCAGCTCCT 
GTGAGTGTGT CAGCTGTGAG AACCTCCTTC ATGGTCAAAA TGTGCCAGGC CAGGGCGGTC 
CCAGTCATCC CTCCCAAGAT TCAGTACACC CAGATCCCAC AGCCCCTGCC CTCTCAGAGC 
TCAGGGGAGA ATGGGGTTCA GCCTCTGGAG AGGAGCCAGG AGGGACCCAG CTCAACCAGT 
GGGACCACTC AGAAACCTGC CAAAGATGAT TCTCCCTCCT CCCTGGAAAG CTCAAAGGAA 
GAAAAACCAA AGCAAGATCC CGGAGCCATT AAGTCCTCAC CAGTGGATGC CACTGCACCC 
TGCATGTGCG AGGGACCTAC CCTTTCTCCA GAACCAGGCT CGTCTAACCT GCTCTCCACC 
CAGGATGCAG TAGTGCAATG CAGAAAGCGC ATGTCAGAGA CAGAGCCATC TGGGGACAAC 
CTTCTTTCTT CAAAACTAGA GCGACCATCT GGGGGTTCTA AGCCTTTCCA CAGGTCAAGG 
CCAGGAAGAC CTCAGAGCCT AATCTTATTC AGTCCTCCTT TCCCCATTAT GGACCACCTG 
CCCCCTTCAT CCACAGTGAC AGATTCCAAG GTCCTGCTGT CCCCTATCAG AAGTCCCACC 
CAGACAGTTT CCCCTGGCCT TCTTTGTGGA GAGTTGGCAG AAAACACATG GGTCACACCA 
GAAGGGGTTA CACTTAGGAA TAAAATGACC ATCCCTAAGA ATGGCCAGAG ACTAGAGACC 
TCAACCAGCT GTTTTTACCA GCCTCAGCGG AGATCAGTAA TTCTGGATGG AAGAAGTGGG 
AGGCAAATAG AATGA

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

ARHGAP31 ( NM_020754.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_065805.2 Homo sapiens Rho GTPase activating protein 31 (ARHGAP31), mRNA.

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CloneID	OHu24028
Clone ID Related Accession (Same CDS sequence)	NM_020754.3 , NM_020754.4
Accession Version	NM_020754.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4335bp) 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	2020-01-01
Organism	Homo sapiens(human)
Product	rho GTPase-activating protein 31
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AB033030.1, BC112163.1, KF457672.1, AC092981.3 and BM970175.1. This sequence is a reference standard in the RefSeqGene project. On May 17, 2019 this sequence version replaced NM_020754.3. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AB033030.1, SRR1803617.207276.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000264245.9/ ENSP00000264245.4 RefSeq Select criteria :: based on conservation, expression, longest protein ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGAAGAACA AGGGTGCTAA GCAGAAGCTG AAACGAAAGG GAGCCGCCAG CGCGTTTGGC 
TGTGACCTGA CGGAGTATCT GGAAAGCTCG GGACAGGATG TTCCATACGT TTTGAAGAGC 
TGTGCAGAAT TTATAGAGAC TCACGGCATC GTGGATGGAA TCTATCGGCT TTCAGGAGTC 
ACCTCAAACA TACAACGGCT AAGGCAAGAG TTTGGCTCAG ATCAATGTCC AGATCTGACA 
AGGGAAGTGT ACCTCCAGGA CATCCACTGT GTGGGCTCGC TTTGCAAGCT CTACTTTAGG 
GAGCTGCCCA ACCCCCTCCT GACTTATGAG CTCTATGAGA AATTCACGGA GGCAGTGTCG 
CATTGCCCTG AAGAAGGCCA ACTGGCCCGA ATCCAAAATG TTATCCAGGA GCTTCCTCCA 
TCCCACTATA GGACCTTGGA ATACCTGATT CGACACCTGG CCCATATCGC CTCCTTCAGC 
AGCAAGACCA ACATGCACGC CCGGAACCTG GCCCTGGTGT GGGCGCCAAA CCTCCTCAGG 
TCTAAAGAAA TTGAAGCCAC TGGTTGCAAT GGAGATGCAG CCTTCCTTGC AGTCCGGGTC 
CAGCAGGTGG TGATTGAGTT CATATTGAAT CATGTAGATC AAATCTTTAA CAACGGTGCA 
CCTGGGTCTC TGGAGAATGA TGAAAACCGG CCCATCATGA AGAGCCTGAC CTTGCCAGCC 
CTCTCCCTGC CCATGAAGCT GGTGAGCCTT GAGGAAGCTC AAGCCCGCAG CCTGGCCACT 
AACCATCCTG CTCGCAAGGA AAGGAGGGAG AACAGCCTGC CTGAGATTGT CCCTCCCATG 
GGCACCCTCT TCCACACTGT CCTTGAGTTA CCAGACAACA AGCGAAAGCT CTCCAGTAAA 
TCAAAGAAGT GGAAATCAAT ATTTAACCTG GGACGTTCTG GATCAGACTC CAAATCAAAA 
CTGAGTAGAA ATGGGAGTGT ATTTGTGAGA GGACAGAGGC TCTCGGTGGA AAAGGCTACT 
ATCCGACCAG CTAAAAGCAT GGACTCACTA TGTTCAGTGC CTGTGGAAGG AAAAGAAACC 
AAGGGAAATT TCAATCGAAC AGTTACCACC GGTGGATTTT TCATTCCAGC AACAAAGATG 
CACTCCACCG GCACCGGCAG CTCATGTGAC CTCACCAAGC AGGAGGGCGA ATGGGGCCAG 
GAGGGGATGC CTCCCGGGGC TGAGGGTGGC TTTGATGTGA GCAGTGATCG CAGCCATCTC 
CAGGGCGCTC AGGCCCGGCC CCCACCGGAA CAGCTGAAGG TTTTCCGGCC TGTTGAGGAT 
CCGGAGAGCG AGCAAACAGC CCCAAAGATG TTGGGTATGT TCTACACTTC GAACGACAGC 
CCTAGCAAAT CCGTCTTCAC CAGCAGCCTC TTCCAGATGG AGCCCTCGCC GCGTAACCAG 
CGCAAGGCGC TGAACATCTC CGAGCCCTTT GCGGTATCTG TGCCGCTCCG CGTGTCCGCA 
GTCATCAGCA CCAACAGCAC GCCGTGCAGA ACACCCCCGA AGGAGCTGCA GTCTCTTTCC 
AGCCTGGAAG AGTTTTCTTT TCATGGATCA GAGAGCGGAG GCTGGCCAGA AGAAGAGAAA 
CCGCTGGGAG CTGAGACTTC TGCAGCTTCT GTACCTAAGA AGGCAGGTCT TGAGGATGCC 
AAGGCAGTAC CTGAAGCACC GGGGACAGTG GAATGCAGCA AAGGCCTGTC CCAGGAGCCA 
GGCGCCCACC TGGAGGAGAA GAAAACCCCA GAAAGCTCCT TGAGCTCTCA ACATTTAAAT 
GAATTAGAGA AGAGGCCAAA TCCGGAGAAG GTGGTGGAGG AGGGACGAGA GGCTGGTGAG 
ATGGAGTCCA GCACCCTGCA GGAGAGCCCC AGGGCCAGAG CCGAAGCTGT GCTTCTCCAT 
GAGATGGATG AAGATGATCT GGCCAATGCC CTGATCTGGC CTGAGATTCA ACAGGAGCTG 
AAAATCATTG AATCTGAGGA GGAGCTCTCA TCGTTGCCAC CTCCTGCTCT GAAGACCAGC 
CCAATTCAGC CTATTCTCGA GTCGAGTCTG GGGCCCTTTA TTCCCTCAGA GCCTCCTGGG 
AGCTTGCCTT GTGGCTCCTT CCCTGCTCCA GTCTCCACCC CTCTGGAGGT GTGGACTAGG 
GATCCAGCCA ATCAGAGCAC ACAGGGGGCT TCCACAGCAG CCAGCAGAGA GAAGCCGGAA 
CCTGAGCAGG GCCTGCACCC AGACCTCGCC AGCCTGGCTC CTCTGGAAAT AGTTCCTTTT 
GAGAAGGCAT CTCCACAAGC AACAGTGGAA GTAGGAGGCC CAGGCAATCT GTCTCCTCCA 
CTCCCACCTG CTCCTCCCCC TCCAACTCCT CTGGAGGAGT CAACTCCAGT CCTGCTTTCA 
AAGGGCGGCC CGGAAAGAGA AGACTCATCC AGGAAATTGA GGACAGATCT CTACATAGAC 
CAGCTGAAGT CCCAAGACAG CCCTGAGATC TCTAGCCTCT GTCAGGGAGA GGAGGCAACC 
CCAAGACACA GTGACAAGCA AAATTCAAAG AATGCTGCTT CTGAGGGGAA AGGCTGTGGT 
TTTCCAAGCC CAACCAGGGA GGTTGAGATC GTCTCACAAG AAGAGGAGGA TGTAACCCAT 
TCAGTACAGG AGCCTTCAGA CTGTGACGAA GATGACACTG TGACAGACAT TGCCCAGCAT 
GGCCTGGAGA TGGTGGAGCC CTGGGAGGAA CCCCAGTGGG TGACGAGTCC CCTTCACTCT 
CCCACCCTGA AAGACGCGCA CAAGGCCCAG GTACAGGGCC TTCAGGGTCA CCAGTTGGAG 
AAGAGGCTTT CCCACAGGCC CAGCCTTCGC CAGAGCCATT CTCTAGATAG CAAACCCACG 
GTTAAAAGCC AGTGGACTCT CGAGGTTCCC TCCTCCAGCA GCTGTGCTAA TCTTGAAACA 
GAGAGGAATT CTGACCCTCT TCAGCCCCAG GCACCCAGGA GAGAGATTAC TGGATGGGAT 
GAGAAAGCCC TGAGGTCCTT CAGAGAGTTC TCTGGCCTGA AAGGGGCAGA GGCTCCTCCC 
AACCAGAAGG GACCAAGTGG TGTGCAACCC AACCCAGCAG AAACCAGCCC CATCAGCCTA 
GCAGAGGGAA AGGAGCTAGG GACACACCTG GGGCACAGCA GTCCACAGAT TAGGCAAGGT 
GGTGTTCCTG GGCCAGAGAG CAGCAAGGAG AGTTCACCCA GCGTGCAGGA CAGCACTTCG 
CCTGGAGAGC ACCCCGCAAA GTTACAGCTA AAGAGCACAG AGTGTGGGCC CCCAAAAGGG 
AAAAACAGGC CTTCTTCCCT CAACTTGGAC CCTGCCATTC CCATTGCTGA CCTCTTCTGG 
TTTGAGAATG TGGCCTCATT TAGTTCACCT GGAATGCAGG TCTCTGAGCC AGGAGACCCA 
AAGGTCACAT GGATGACCTC ATCTTACTGT AAAGCAGACC CCTGGAGGGT TTACTCCCAG 
GACCCCCAGG ACCTGGACAT TGTTGCTCAT GCACTGACAG GCCGCCGTAA CTCAGCTCCT 
GTGAGTGTGT CAGCTGTGAG AACCTCCTTC ATGGTCAAAA TGTGCCAGGC CAGGGCGGTC 
CCAGTCATCC CTCCCAAGAT TCAGTACACC CAGATCCCAC AGCCCCTGCC CTCTCAGAGC 
TCAGGGGAGA ATGGGGTTCA GCCTCTGGAG AGGAGCCAGG AGGGACCCAG CTCAACCAGT 
GGGACCACTC AGAAACCTGC CAAAGATGAT TCTCCCTCCT CCCTGGAAAG CTCAAAGGAA 
GAAAAACCAA AGCAAGATCC CGGAGCCATT AAGTCCTCAC CAGTGGATGC CACTGCACCC 
TGCATGTGCG AGGGACCTAC CCTTTCTCCA GAACCAGGCT CGTCTAACCT GCTCTCCACC 
CAGGATGCAG TAGTGCAATG CAGAAAGCGC ATGTCAGAGA CAGAGCCATC TGGGGACAAC 
CTTCTTTCTT CAAAACTAGA GCGACCATCT GGGGGTTCTA AGCCTTTCCA CAGGTCAAGG 
CCAGGAAGAC CTCAGAGCCT AATCTTATTC AGTCCTCCTT TCCCCATTAT GGACCACCTG 
CCCCCTTCAT CCACAGTGAC AGATTCCAAG GTCCTGCTGT CCCCTATCAG AAGTCCCACC 
CAGACAGTTT CCCCTGGCCT TCTTTGTGGA GAGTTGGCAG AAAACACATG GGTCACACCA 
GAAGGGGTTA CACTTAGGAA TAAAATGACC ATCCCTAAGA ATGGCCAGAG ACTAGAGACC 
TCAACCAGCT GTTTTTACCA GCCTCAGCGG AGATCAGTAA TTCTGGATGG AAGAAGTGGG 
AGGCAAATAG AATGA

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

RefSeq	NP_065805.2
CDS	523..4857
Translation	MKNKGAKQKLKRKGAASAFGCDLTEYLESSGQDVPYVLKSCAEFIETHGIVDGIYRLSGVTSNIQRLRQEFGSDQCPDLTREVYLQDIHCVGSLCKLYFRELPNPLLTYELYEKFTEAVSHCPEEGQLARIQNVIQELPPSHYRTLEYLIRHLAHIASFSSKTNMHARNLALVWAPNLLRSKEIEATGCNGDAAFLAVRVQQVVIEFILNHVDQIFNNGAPGSLENDENRPIMKSLTLPALSLPMKLVSLEEAQARSLATNHPARKERRENSLPEIVPPMGTLFHTVLELPDNKRKLSSKSKKWKSIFNLGRSGSDSKSKLSRNGSVFVRGQRLSVEKATIRPAKSMDSLCSVPVEGKETKGNFNRTVTTGGFFIPATKMHSTGTGSSCDLTKQEGEWGQEGMPPGAEGGFDVSSDRSHLQGAQARPPPEQLKVFRPVEDPESEQTAPKMLGMFYTSNDSPSKSVFTSSLFQMEPSPRNQRKALNISEPFAVSVPLRVSAVISTNSTPCRTPPKELQSLSSLEEFSFHGSESGGWPEEEKPLGAETSAASVPKKAGLEDAKAVPEAPGTVECSKGLSQEPGAHLEEKKTPESSLSSQHLNELEKRPNPEKVVEEGREAGEMESSTLQESPRARAEAVLLHEMDEDDLANALIWPEIQQELKIIESEEELSSLPPPALKTSPIQPILESSLGPFIPSEPPGSLPCGSFPAPVSTPLEVWTRDPANQSTQGASTAASREKPEPEQGLHPDLASLAPLEIVPFEKASPQATVEVGGPGNLSPPLPPAPPPPTPLEESTPVLLSKGGPEREDSSRKLRTDLYIDQLKSQDSPEISSLCQGEEATPRHSDKQNSKNAASEGKGCGFPSPTREVEIVSQEEEDVTHSVQEPSDCDEDDTVTDIAQHGLEMVEPWEEPQWVTSPLHSPTLKDAHKAQVQGLQGHQLEKRLSHRPSLRQSHSLDSKPTVKSQWTLEVPSSSSCANLETERNSDPLQPQAPRREITGWDEKALRSFREFSGLKGAEAPPNQKGPSGVQPNPAETSPISLAEGKELGTHLGHSSPQIRQGGVPGPESSKESSPSVQDSTSPGEHPAKLQLKSTECGPPKGKNRPSSLNLDPAIPIADLFWFENVASFSSPGMQVSEPGDPKVTWMTSSYCKADPWRVYSQDPQDLDIVAHALTGRRNSAPVSVSAVRTSFMVKMCQARAVPVIPPKIQYTQIPQPLPSQSSGENGVQPLERSQEGPSSTSGTTQKPAKDDSPSSLESSKEEKPKQDPGAIKSSPVDATAPCMCEGPTLSPEPGSSNLLSTQDAVVQCRKRMSETEPSGDNLLSSKLERPSGGSKPFHRSRPGRPQSLILFSPPFPIMDHLPPSSTVTDSKVLLSPIRSPTQTVSPGLLCGELAENTWVTPEGVTLRNKMTIPKNGQRLETSTSCFYQPQRRSVILDGRSGRQIE

Target ORF information:

RefSeq Version	NM_020754.4
Organism	Homo sapiens(human)
Definition	Homo sapiens Rho GTPase activating protein 31 (ARHGAP31), mRNA.

Target ORF information:

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

NM_020754.4

ORF Insert Sequence:

ATGAAGAACA AGGGTGCTAA GCAGAAGCTG AAACGAAAGG GAGCCGCCAG CGCGTTTGGC 
TGTGACCTGA CGGAGTATCT GGAAAGCTCG GGACAGGATG TTCCATACGT TTTGAAGAGC 
TGTGCAGAAT TTATAGAGAC TCACGGCATC GTGGATGGAA TCTATCGGCT TTCAGGAGTC 
ACCTCAAACA TACAACGGCT AAGGCAAGAG TTTGGCTCAG ATCAATGTCC AGATCTGACA 
AGGGAAGTGT ACCTCCAGGA CATCCACTGT GTGGGCTCGC TTTGCAAGCT CTACTTTAGG 
GAGCTGCCCA ACCCCCTCCT GACTTATGAG CTCTATGAGA AATTCACGGA GGCAGTGTCG 
CATTGCCCTG AAGAAGGCCA ACTGGCCCGA ATCCAAAATG TTATCCAGGA GCTTCCTCCA 
TCCCACTATA GGACCTTGGA ATACCTGATT CGACACCTGG CCCATATCGC CTCCTTCAGC 
AGCAAGACCA ACATGCACGC CCGGAACCTG GCCCTGGTGT GGGCGCCAAA CCTCCTCAGG 
TCTAAAGAAA TTGAAGCCAC TGGTTGCAAT GGAGATGCAG CCTTCCTTGC AGTCCGGGTC 
CAGCAGGTGG TGATTGAGTT CATATTGAAT CATGTAGATC AAATCTTTAA CAACGGTGCA 
CCTGGGTCTC TGGAGAATGA TGAAAACCGG CCCATCATGA AGAGCCTGAC CTTGCCAGCC 
CTCTCCCTGC CCATGAAGCT GGTGAGCCTT GAGGAAGCTC AAGCCCGCAG CCTGGCCACT 
AACCATCCTG CTCGCAAGGA AAGGAGGGAG AACAGCCTGC CTGAGATTGT CCCTCCCATG 
GGCACCCTCT TCCACACTGT CCTTGAGTTA CCAGACAACA AGCGAAAGCT CTCCAGTAAA 
TCAAAGAAGT GGAAATCAAT ATTTAACCTG GGACGTTCTG GATCAGACTC CAAATCAAAA 
CTGAGTAGAA ATGGGAGTGT ATTTGTGAGA GGACAGAGGC TCTCGGTGGA AAAGGCTACT 
ATCCGACCAG CTAAAAGCAT GGACTCACTA TGTTCAGTGC CTGTGGAAGG AAAAGAAACC 
AAGGGAAATT TCAATCGAAC AGTTACCACC GGTGGATTTT TCATTCCAGC AACAAAGATG 
CACTCCACCG GCACCGGCAG CTCATGTGAC CTCACCAAGC AGGAGGGCGA ATGGGGCCAG 
GAGGGGATGC CTCCCGGGGC TGAGGGTGGC TTTGATGTGA GCAGTGATCG CAGCCATCTC 
CAGGGCGCTC AGGCCCGGCC CCCACCGGAA CAGCTGAAGG TTTTCCGGCC TGTTGAGGAT 
CCGGAGAGCG AGCAAACAGC CCCAAAGATG TTGGGTATGT TCTACACTTC GAACGACAGC 
CCTAGCAAAT CCGTCTTCAC CAGCAGCCTC TTCCAGATGG AGCCCTCGCC GCGTAACCAG 
CGCAAGGCGC TGAACATCTC CGAGCCCTTT GCGGTATCTG TGCCGCTCCG CGTGTCCGCA 
GTCATCAGCA CCAACAGCAC GCCGTGCAGA ACACCCCCGA AGGAGCTGCA GTCTCTTTCC 
AGCCTGGAAG AGTTTTCTTT TCATGGATCA GAGAGCGGAG GCTGGCCAGA AGAAGAGAAA 
CCGCTGGGAG CTGAGACTTC TGCAGCTTCT GTACCTAAGA AGGCAGGTCT TGAGGATGCC 
AAGGCAGTAC CTGAAGCACC GGGGACAGTG GAATGCAGCA AAGGCCTGTC CCAGGAGCCA 
GGCGCCCACC TGGAGGAGAA GAAAACCCCA GAAAGCTCCT TGAGCTCTCA ACATTTAAAT 
GAATTAGAGA AGAGGCCAAA TCCGGAGAAG GTGGTGGAGG AGGGACGAGA GGCTGGTGAG 
ATGGAGTCCA GCACCCTGCA GGAGAGCCCC AGGGCCAGAG CCGAAGCTGT GCTTCTCCAT 
GAGATGGATG AAGATGATCT GGCCAATGCC CTGATCTGGC CTGAGATTCA ACAGGAGCTG 
AAAATCATTG AATCTGAGGA GGAGCTCTCA TCGTTGCCAC CTCCTGCTCT GAAGACCAGC 
CCAATTCAGC CTATTCTCGA GTCGAGTCTG GGGCCCTTTA TTCCCTCAGA GCCTCCTGGG 
AGCTTGCCTT GTGGCTCCTT CCCTGCTCCA GTCTCCACCC CTCTGGAGGT GTGGACTAGG 
GATCCAGCCA ATCAGAGCAC ACAGGGGGCT TCCACAGCAG CCAGCAGAGA GAAGCCGGAA 
CCTGAGCAGG GCCTGCACCC AGACCTCGCC AGCCTGGCTC CTCTGGAAAT AGTTCCTTTT 
GAGAAGGCAT CTCCACAAGC AACAGTGGAA GTAGGAGGCC CAGGCAATCT GTCTCCTCCA 
CTCCCACCTG CTCCTCCCCC TCCAACTCCT CTGGAGGAGT CAACTCCAGT CCTGCTTTCA 
AAGGGCGGCC CGGAAAGAGA AGACTCATCC AGGAAATTGA GGACAGATCT CTACATAGAC 
CAGCTGAAGT CCCAAGACAG CCCTGAGATC TCTAGCCTCT GTCAGGGAGA GGAGGCAACC 
CCAAGACACA GTGACAAGCA AAATTCAAAG AATGCTGCTT CTGAGGGGAA AGGCTGTGGT 
TTTCCAAGCC CAACCAGGGA GGTTGAGATC GTCTCACAAG AAGAGGAGGA TGTAACCCAT 
TCAGTACAGG AGCCTTCAGA CTGTGACGAA GATGACACTG TGACAGACAT TGCCCAGCAT 
GGCCTGGAGA TGGTGGAGCC CTGGGAGGAA CCCCAGTGGG TGACGAGTCC CCTTCACTCT 
CCCACCCTGA AAGACGCGCA CAAGGCCCAG GTACAGGGCC TTCAGGGTCA CCAGTTGGAG 
AAGAGGCTTT CCCACAGGCC CAGCCTTCGC CAGAGCCATT CTCTAGATAG CAAACCCACG 
GTTAAAAGCC AGTGGACTCT CGAGGTTCCC TCCTCCAGCA GCTGTGCTAA TCTTGAAACA 
GAGAGGAATT CTGACCCTCT TCAGCCCCAG GCACCCAGGA GAGAGATTAC TGGATGGGAT 
GAGAAAGCCC TGAGGTCCTT CAGAGAGTTC TCTGGCCTGA AAGGGGCAGA GGCTCCTCCC 
AACCAGAAGG GACCAAGTGG TGTGCAACCC AACCCAGCAG AAACCAGCCC CATCAGCCTA 
GCAGAGGGAA AGGAGCTAGG GACACACCTG GGGCACAGCA GTCCACAGAT TAGGCAAGGT 
GGTGTTCCTG GGCCAGAGAG CAGCAAGGAG AGTTCACCCA GCGTGCAGGA CAGCACTTCG 
CCTGGAGAGC ACCCCGCAAA GTTACAGCTA AAGAGCACAG AGTGTGGGCC CCCAAAAGGG 
AAAAACAGGC CTTCTTCCCT CAACTTGGAC CCTGCCATTC CCATTGCTGA CCTCTTCTGG 
TTTGAGAATG TGGCCTCATT TAGTTCACCT GGAATGCAGG TCTCTGAGCC AGGAGACCCA 
AAGGTCACAT GGATGACCTC ATCTTACTGT AAAGCAGACC CCTGGAGGGT TTACTCCCAG 
GACCCCCAGG ACCTGGACAT TGTTGCTCAT GCACTGACAG GCCGCCGTAA CTCAGCTCCT 
GTGAGTGTGT CAGCTGTGAG AACCTCCTTC ATGGTCAAAA TGTGCCAGGC CAGGGCGGTC 
CCAGTCATCC CTCCCAAGAT TCAGTACACC CAGATCCCAC AGCCCCTGCC CTCTCAGAGC 
TCAGGGGAGA ATGGGGTTCA GCCTCTGGAG AGGAGCCAGG AGGGACCCAG CTCAACCAGT 
GGGACCACTC AGAAACCTGC CAAAGATGAT TCTCCCTCCT CCCTGGAAAG CTCAAAGGAA 
GAAAAACCAA AGCAAGATCC CGGAGCCATT AAGTCCTCAC CAGTGGATGC CACTGCACCC 
TGCATGTGCG AGGGACCTAC CCTTTCTCCA GAACCAGGCT CGTCTAACCT GCTCTCCACC 
CAGGATGCAG TAGTGCAATG CAGAAAGCGC ATGTCAGAGA CAGAGCCATC TGGGGACAAC 
CTTCTTTCTT CAAAACTAGA GCGACCATCT GGGGGTTCTA AGCCTTTCCA CAGGTCAAGG 
CCAGGAAGAC CTCAGAGCCT AATCTTATTC AGTCCTCCTT TCCCCATTAT GGACCACCTG 
CCCCCTTCAT CCACAGTGAC AGATTCCAAG GTCCTGCTGT CCCCTATCAG AAGTCCCACC 
CAGACAGTTT CCCCTGGCCT TCTTTGTGGA GAGTTGGCAG AAAACACATG GGTCACACCA 
GAAGGGGTTA CACTTAGGAA TAAAATGACC ATCCCTAAGA ATGGCCAGAG ACTAGAGACC 
TCAACCAGCT GTTTTTACCA GCCTCAGCGG AGATCAGTAA TTCTGGATGG AAGAAGTGGG 
AGGCAAATAG AATGA

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

ARHGAP31 ( XM_006713714.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_006713777.1 Homo sapiens Rho GTPase activating protein 31 (ARHGAP31), transcript variant X1, mRNA.

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CloneID	OHu38079
Clone ID Related Accession (Same CDS sequence)	XM_006713714.3
Accession Version	XM_006713714.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4275bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	rho GTPase-activating protein 31 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_006713714.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGAACA AGGGTGCTAA GCAGAAGCTG AAACGAAAGG GAGCCGCCAG CGCGTTTGGC 
TGTGACCTGA CGGAGTATCT GGAAAGCTCG GGACAGGATG TTCCATACGT TTTGAAGAGC 
TGTGCAGAAT TTATAGAGAC TCACGGCATC GTGGATGGAA TCTATCGGCT TTCAGGAGTC 
ACCTCAAACA TACAACGGCT AAGGCAAGAG TTTGGCTCAG ATCAATGTCC AGATCTGACA 
AGGGAAGTGT ACCTCCAGGA CATCCACTGT GTGGGCTCGC TTTGCAAGCT CTACTTTAGG 
GAGCTGCCCA ACCCCCTCCT GACTTATGAG CTCTATGAGA AATTCACGGA GGCAGTGTCG 
CATTGCCCTG AAGAAGGCCA ACTGGCCCGA ATCCAAAATG TTATCCAGGA GCTTCCTCCA 
TCCCACTATA GGACCTTGGA ATACCTGATT CGACACCTGG CCCATATCGC CTCCTTCAGC 
AGCAAGACCA ACATGCACGC CCGGAACCTG GCCCTGGTGT GGGCGCCAAA CCTCCTCAGG 
TCTAAAGAAA TTGAAGCCAC TGGTTGCAAT GGAGATGCAG CCTTCCTTGC AGTCCGGGTC 
CAGCAGGTGG TGATTGAGTT CATATTGAAT CATGTAGATC AAATCTTTAA CAACGGTGCA 
CCTGGGTCTC TGGAGAATGA TGAAAACCGG CCCATCATGA AGAGCCTGAC CTTGCCAGCC 
CTCTCCCTGC CCATGAAGCT GGTGAGCCTT GAGGAAGCTC AAGCCCGCAG CCTGGCCACT 
AACCATCCTG CTCGCAAGGA AAGGAGGGAG AACAGCCTGC CTGAGATTGT CCCTCCCATG 
GGCACCCTCT TCCACACTGT CCTTGAGTTA CCAGACAACA AGCGAAAGCT CTCCAGTAAA 
TCAAAGAAGT GGAAATCAAT ATTTAACCTG GGACGTTCTG GATCAGACTC CAAATCAAAA 
CTGAGTAGAA ATGGGAGTGT ATTTGTGAGA GGACAGAGGC TCTCGGTGGA AAAGGCTACT 
ATCCGACCAG CTAAAAGCAT GGACTCACTA TGTTCAGTGC CTGTGGAAGC AACAAAGATG 
CACTCCACCG GCACCGGCAG CTCATGTGAC CTCACCAAGC AGGAGGGCGA ATGGGGCCAG 
GAGGGGATGC CTCCCGGGGC TGAGGGTGGC TTTGATGTGA GCAGTGATCG CAGCCATCTC 
CAGGGCGCTC AGGCCCGGCC CCCACCGGAA CAGCTGAAGG TTTTCCGGCC TGTTGAGGAT 
CCGGAGAGCG AGCAAACAGC CCCAAAGATG TTGGGTATGT TCTACACTTC GAACGACAGC 
CCTAGCAAAT CCGTCTTCAC CAGCAGCCTC TTCCAGATGG AGCCCTCGCC GCGTAACCAG 
CGCAAGGCGC TGAACATCTC CGAGCCCTTT GCGGTATCTG TGCCGCTCCG CGTGTCCGCA 
GTCATCAGCA CCAACAGCAC GCCGTGCAGA ACACCCCCGA AGGAGCTGCA GTCTCTTTCC 
AGCCTGGAAG AGTTTTCTTT TCATGGATCA GAGAGCGGAG GCTGGCCAGA AGAAGAGAAA 
CCGCTGGGAG CTGAGACTTC TGCAGCTTCT GTACCTAAGA AGGCAGGTCT TGAGGATGCC 
AAGGCAGTAC CTGAAGCACC GGGGACAGTG GAATGCAGCA AAGGCCTGTC CCAGGAGCCA 
GGCGCCCACC TGGAGGAGAA GAAAACCCCA GAAAGCTCCT TGAGCTCTCA ACATTTAAAT 
GAATTAGAGA AGAGGCCAAA TCCGGAGAAG GTGGTGGAGG AGGGACGAGA GGCTGGTGAG 
ATGGAGTCCA GCACCCTGCA GGAGAGCCCC AGGGCCAGAG CCGAAGCTGT GCTTCTCCAT 
GAGATGGATG AAGATGATCT GGCCAATGCC CTGATCTGGC CTGAGATTCA ACAGGAGCTG 
AAAATCATTG AATCTGAGGA GGAGCTCTCA TCGTTGCCAC CTCCTGCTCT GAAGACCAGC 
CCAATTCAGC CTATTCTCGA GTCGAGTCTG GGGCCCTTTA TTCCCTCAGA GCCTCCTGGG 
AGCTTGCCTT GTGGCTCCTT CCCTGCTCCA GTCTCCACCC CTCTGGAGGT GTGGACTAGG 
GATCCAGCCA ATCAGAGCAC ACAGGGGGCT TCCACAGCAG CCAGCAGAGA GAAGCCGGAA 
CCTGAGCAGG GCCTGCACCC AGACCTCGCC AGCCTGGCTC CTCTGGAAAT AGTTCCTTTT 
GAGAAGGCAT CTCCACAAGC AACAGTGGAA GTAGGAGGCC CAGGCAATCT GTCTCCTCCA 
CTCCCACCTG CTCCTCCCCC TCCAACTCCT CTGGAGGAGT CAACTCCAGT CCTGCTTTCA 
AAGGGCGGCC CGGAAAGAGA AGACTCATCC AGGAAATTGA GGACAGATCT CTACATAGAC 
CAGCTGAAGT CCCAAGACAG CCCTGAGATC TCTAGCCTCT GTCAGGGAGA GGAGGCAACC 
CCAAGACACA GTGACAAGCA AAATTCAAAG AATGCTGCTT CTGAGGGGAA AGGCTGTGGT 
TTTCCAAGCC CAACCAGGGA GGTTGAGATC GTCTCACAAG AAGAGGAGGA TGTAACCCAT 
TCAGTACAGG AGCCTTCAGA CTGTGACGAA GATGACACTG TGACAGACAT TGCCCAGCAT 
GGCCTGGAGA TGGTGGAGCC CTGGGAGGAA CCCCAGTGGG TGACGAGTCC CCTTCACTCT 
CCCACCCTGA AAGACGCGCA CAAGGCCCAG GTACAGGGCC TTCAGGGTCA CCAGTTGGAG 
AAGAGGCTTT CCCACAGGCC CAGCCTTCGC CAGAGCCATT CTCTAGATAG CAAACCCACG 
GTTAAAAGCC AGTGGACTCT CGAGGTTCCC TCCTCCAGCA GCTGTGCTAA TCTTGAAACA 
GAGAGGAATT CTGACCCTCT TCAGCCCCAG GCACCCAGGA GAGAGATTAC TGGATGGGAT 
GAGAAAGCCC TGAGGTCCTT CAGAGAGTTC TCTGGCCTGA AAGGGGCAGA GGCTCCTCCC 
AACCAGAAGG GACCAAGTGG TGTGCAACCC AACCCAGCAG AAACCAGCCC CATCAGCCTA 
GCAGAGGGAA AGGAGCTAGG GACACACCTG GGGCACAGCA GTCCACAGAT TAGGCAAGGT 
GGTGTTCCTG GGCCAGAGAG CAGCAAGGAG AGTTCACCCA GCGTGCAGGA CAGCACTTCG 
CCTGGAGAGC ACCCCGCAAA GTTACAGCTA AAGAGCACAG AGTGTGGGCC CCCAAAAGGG 
AAAAACAGGC CTTCTTCCCT CAACTTGGAC CCTGCCATTC CCATTGCTGA CCTCTTCTGG 
TTTGAGAATG TGGCCTCATT TAGTTCACCT GGAATGCAGG TCTCTGAGCC AGGAGACCCA 
AAGGTCACAT GGATGACCTC ATCTTACTGT AAAGCAGACC CCTGGAGGGT TTACTCCCAG 
GACCCCCAGG ACCTGGACAT TGTTGCTCAT GCACTGACAG GCCGCCGTAA CTCAGCTCCT 
GTGAGTGTGT CAGCTGTGAG AACCTCCTTC ATGGTCAAAA TGTGCCAGGC CAGGGCGGTC 
CCAGTCATCC CTCCCAAGAT TCAGTACACC CAGATCCCAC AGCCCCTGCC CTCTCAGAGC 
TCAGGGGAGA ATGGGGTTCA GCCTCTGGAG AGGAGCCAGG AGGGACCCAG CTCAACCAGT 
GGGACCACTC AGAAACCTGC CAAAGATGAT TCTCCCTCCT CCCTGGAAAG CTCAAAGGAA 
GAAAAACCAA AGCAAGATCC CGGAGCCATT AAGTCCTCAC CAGTGGATGC CACTGCACCC 
TGCATGTGCG AGGGACCTAC CCTTTCTCCA GAACCAGGCT CGTCTAACCT GCTCTCCACC 
CAGGATGCAG TAGTGCAATG CAGAAAGCGC ATGTCAGAGA CAGAGCCATC TGGGGACAAC 
CTTCTTTCTT CAAAACTAGA GCGACCATCT GGGGGTTCTA AGCCTTTCCA CAGGTCAAGG 
CCAGGAAGAC CTCAGAGCCT AATCTTATTC AGTCCTCCTT TCCCCATTAT GGACCACCTG 
CCCCCTTCAT CCACAGTGAC AGATTCCAAG GTCCTGCTGT CCCCTATCAG AAGTCCCACC 
CAGACAGTTT CCCCTGGCCT TCTTTGTGGA GAGTTGGCAG AAAACACATG GGTCACACCA 
GAAGGGGTTA CACTTAGGAA TAAAATGACC ATCCCTAAGA ATGGCCAGAG ACTAGAGACC 
TCAACCAGCT GTTTTTACCA GCCTCAGCGG AGATCAGTAA TTCTGGATGG AAGAAGTGGG 
AGGCAAATAG AATGA

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

RefSeq	XP_006713777.1
CDS	617..4891
Translation	MKNKGAKQKLKRKGAASAFGCDLTEYLESSGQDVPYVLKSCAEFIETHGIVDGIYRLSGVTSNIQRLRQEFGSDQCPDLTREVYLQDIHCVGSLCKLYFRELPNPLLTYELYEKFTEAVSHCPEEGQLARIQNVIQELPPSHYRTLEYLIRHLAHIASFSSKTNMHARNLALVWAPNLLRSKEIEATGCNGDAAFLAVRVQQVVIEFILNHVDQIFNNGAPGSLENDENRPIMKSLTLPALSLPMKLVSLEEAQARSLATNHPARKERRENSLPEIVPPMGTLFHTVLELPDNKRKLSSKSKKWKSIFNLGRSGSDSKSKLSRNGSVFVRGQRLSVEKATIRPAKSMDSLCSVPVEATKMHSTGTGSSCDLTKQEGEWGQEGMPPGAEGGFDVSSDRSHLQGAQARPPPEQLKVFRPVEDPESEQTAPKMLGMFYTSNDSPSKSVFTSSLFQMEPSPRNQRKALNISEPFAVSVPLRVSAVISTNSTPCRTPPKELQSLSSLEEFSFHGSESGGWPEEEKPLGAETSAASVPKKAGLEDAKAVPEAPGTVECSKGLSQEPGAHLEEKKTPESSLSSQHLNELEKRPNPEKVVEEGREAGEMESSTLQESPRARAEAVLLHEMDEDDLANALIWPEIQQELKIIESEEELSSLPPPALKTSPIQPILESSLGPFIPSEPPGSLPCGSFPAPVSTPLEVWTRDPANQSTQGASTAASREKPEPEQGLHPDLASLAPLEIVPFEKASPQATVEVGGPGNLSPPLPPAPPPPTPLEESTPVLLSKGGPEREDSSRKLRTDLYIDQLKSQDSPEISSLCQGEEATPRHSDKQNSKNAASEGKGCGFPSPTREVEIVSQEEEDVTHSVQEPSDCDEDDTVTDIAQHGLEMVEPWEEPQWVTSPLHSPTLKDAHKAQVQGLQGHQLEKRLSHRPSLRQSHSLDSKPTVKSQWTLEVPSSSSCANLETERNSDPLQPQAPRREITGWDEKALRSFREFSGLKGAEAPPNQKGPSGVQPNPAETSPISLAEGKELGTHLGHSSPQIRQGGVPGPESSKESSPSVQDSTSPGEHPAKLQLKSTECGPPKGKNRPSSLNLDPAIPIADLFWFENVASFSSPGMQVSEPGDPKVTWMTSSYCKADPWRVYSQDPQDLDIVAHALTGRRNSAPVSVSAVRTSFMVKMCQARAVPVIPPKIQYTQIPQPLPSQSSGENGVQPLERSQEGPSSTSGTTQKPAKDDSPSSLESSKEEKPKQDPGAIKSSPVDATAPCMCEGPTLSPEPGSSNLLSTQDAVVQCRKRMSETEPSGDNLLSSKLERPSGGSKPFHRSRPGRPQSLILFSPPFPIMDHLPPSSTVTDSKVLLSPIRSPTQTVSPGLLCGELAENTWVTPEGVTLRNKMTIPKNGQRLETSTSCFYQPQRRSVILDGRSGRQIE

Target ORF information:

RefSeq Version	XM_006713714.3
Organism	Homo sapiens(human)
Definition	Homo sapiens Rho GTPase activating protein 31 (ARHGAP31), transcript variant X1, mRNA.

Target ORF information:

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

XM_006713714.3

ORF Insert Sequence:

ATGAAGAACA AGGGTGCTAA GCAGAAGCTG AAACGAAAGG GAGCCGCCAG CGCGTTTGGC 
TGTGACCTGA CGGAGTATCT GGAAAGCTCG GGACAGGATG TTCCATACGT TTTGAAGAGC 
TGTGCAGAAT TTATAGAGAC TCACGGCATC GTGGATGGAA TCTATCGGCT TTCAGGAGTC 
ACCTCAAACA TACAACGGCT AAGGCAAGAG TTTGGCTCAG ATCAATGTCC AGATCTGACA 
AGGGAAGTGT ACCTCCAGGA CATCCACTGT GTGGGCTCGC TTTGCAAGCT CTACTTTAGG 
GAGCTGCCCA ACCCCCTCCT GACTTATGAG CTCTATGAGA AATTCACGGA GGCAGTGTCG 
CATTGCCCTG AAGAAGGCCA ACTGGCCCGA ATCCAAAATG TTATCCAGGA GCTTCCTCCA 
TCCCACTATA GGACCTTGGA ATACCTGATT CGACACCTGG CCCATATCGC CTCCTTCAGC 
AGCAAGACCA ACATGCACGC CCGGAACCTG GCCCTGGTGT GGGCGCCAAA CCTCCTCAGG 
TCTAAAGAAA TTGAAGCCAC TGGTTGCAAT GGAGATGCAG CCTTCCTTGC AGTCCGGGTC 
CAGCAGGTGG TGATTGAGTT CATATTGAAT CATGTAGATC AAATCTTTAA CAACGGTGCA 
CCTGGGTCTC TGGAGAATGA TGAAAACCGG CCCATCATGA AGAGCCTGAC CTTGCCAGCC 
CTCTCCCTGC CCATGAAGCT GGTGAGCCTT GAGGAAGCTC AAGCCCGCAG CCTGGCCACT 
AACCATCCTG CTCGCAAGGA AAGGAGGGAG AACAGCCTGC CTGAGATTGT CCCTCCCATG 
GGCACCCTCT TCCACACTGT CCTTGAGTTA CCAGACAACA AGCGAAAGCT CTCCAGTAAA 
TCAAAGAAGT GGAAATCAAT ATTTAACCTG GGACGTTCTG GATCAGACTC CAAATCAAAA 
CTGAGTAGAA ATGGGAGTGT ATTTGTGAGA GGACAGAGGC TCTCGGTGGA AAAGGCTACT 
ATCCGACCAG CTAAAAGCAT GGACTCACTA TGTTCAGTGC CTGTGGAAGC AACAAAGATG 
CACTCCACCG GCACCGGCAG CTCATGTGAC CTCACCAAGC AGGAGGGCGA ATGGGGCCAG 
GAGGGGATGC CTCCCGGGGC TGAGGGTGGC TTTGATGTGA GCAGTGATCG CAGCCATCTC 
CAGGGCGCTC AGGCCCGGCC CCCACCGGAA CAGCTGAAGG TTTTCCGGCC TGTTGAGGAT 
CCGGAGAGCG AGCAAACAGC CCCAAAGATG TTGGGTATGT TCTACACTTC GAACGACAGC 
CCTAGCAAAT CCGTCTTCAC CAGCAGCCTC TTCCAGATGG AGCCCTCGCC GCGTAACCAG 
CGCAAGGCGC TGAACATCTC CGAGCCCTTT GCGGTATCTG TGCCGCTCCG CGTGTCCGCA 
GTCATCAGCA CCAACAGCAC GCCGTGCAGA ACACCCCCGA AGGAGCTGCA GTCTCTTTCC 
AGCCTGGAAG AGTTTTCTTT TCATGGATCA GAGAGCGGAG GCTGGCCAGA AGAAGAGAAA 
CCGCTGGGAG CTGAGACTTC TGCAGCTTCT GTACCTAAGA AGGCAGGTCT TGAGGATGCC 
AAGGCAGTAC CTGAAGCACC GGGGACAGTG GAATGCAGCA AAGGCCTGTC CCAGGAGCCA 
GGCGCCCACC TGGAGGAGAA GAAAACCCCA GAAAGCTCCT TGAGCTCTCA ACATTTAAAT 
GAATTAGAGA AGAGGCCAAA TCCGGAGAAG GTGGTGGAGG AGGGACGAGA GGCTGGTGAG 
ATGGAGTCCA GCACCCTGCA GGAGAGCCCC AGGGCCAGAG CCGAAGCTGT GCTTCTCCAT 
GAGATGGATG AAGATGATCT GGCCAATGCC CTGATCTGGC CTGAGATTCA ACAGGAGCTG 
AAAATCATTG AATCTGAGGA GGAGCTCTCA TCGTTGCCAC CTCCTGCTCT GAAGACCAGC 
CCAATTCAGC CTATTCTCGA GTCGAGTCTG GGGCCCTTTA TTCCCTCAGA GCCTCCTGGG 
AGCTTGCCTT GTGGCTCCTT CCCTGCTCCA GTCTCCACCC CTCTGGAGGT GTGGACTAGG 
GATCCAGCCA ATCAGAGCAC ACAGGGGGCT TCCACAGCAG CCAGCAGAGA GAAGCCGGAA 
CCTGAGCAGG GCCTGCACCC AGACCTCGCC AGCCTGGCTC CTCTGGAAAT AGTTCCTTTT 
GAGAAGGCAT CTCCACAAGC AACAGTGGAA GTAGGAGGCC CAGGCAATCT GTCTCCTCCA 
CTCCCACCTG CTCCTCCCCC TCCAACTCCT CTGGAGGAGT CAACTCCAGT CCTGCTTTCA 
AAGGGCGGCC CGGAAAGAGA AGACTCATCC AGGAAATTGA GGACAGATCT CTACATAGAC 
CAGCTGAAGT CCCAAGACAG CCCTGAGATC TCTAGCCTCT GTCAGGGAGA GGAGGCAACC 
CCAAGACACA GTGACAAGCA AAATTCAAAG AATGCTGCTT CTGAGGGGAA AGGCTGTGGT 
TTTCCAAGCC CAACCAGGGA GGTTGAGATC GTCTCACAAG AAGAGGAGGA TGTAACCCAT 
TCAGTACAGG AGCCTTCAGA CTGTGACGAA GATGACACTG TGACAGACAT TGCCCAGCAT 
GGCCTGGAGA TGGTGGAGCC CTGGGAGGAA CCCCAGTGGG TGACGAGTCC CCTTCACTCT 
CCCACCCTGA AAGACGCGCA CAAGGCCCAG GTACAGGGCC TTCAGGGTCA CCAGTTGGAG 
AAGAGGCTTT CCCACAGGCC CAGCCTTCGC CAGAGCCATT CTCTAGATAG CAAACCCACG 
GTTAAAAGCC AGTGGACTCT CGAGGTTCCC TCCTCCAGCA GCTGTGCTAA TCTTGAAACA 
GAGAGGAATT CTGACCCTCT TCAGCCCCAG GCACCCAGGA GAGAGATTAC TGGATGGGAT 
GAGAAAGCCC TGAGGTCCTT CAGAGAGTTC TCTGGCCTGA AAGGGGCAGA GGCTCCTCCC 
AACCAGAAGG GACCAAGTGG TGTGCAACCC AACCCAGCAG AAACCAGCCC CATCAGCCTA 
GCAGAGGGAA AGGAGCTAGG GACACACCTG GGGCACAGCA GTCCACAGAT TAGGCAAGGT 
GGTGTTCCTG GGCCAGAGAG CAGCAAGGAG AGTTCACCCA GCGTGCAGGA CAGCACTTCG 
CCTGGAGAGC ACCCCGCAAA GTTACAGCTA AAGAGCACAG AGTGTGGGCC CCCAAAAGGG 
AAAAACAGGC CTTCTTCCCT CAACTTGGAC CCTGCCATTC CCATTGCTGA CCTCTTCTGG 
TTTGAGAATG TGGCCTCATT TAGTTCACCT GGAATGCAGG TCTCTGAGCC AGGAGACCCA 
AAGGTCACAT GGATGACCTC ATCTTACTGT AAAGCAGACC CCTGGAGGGT TTACTCCCAG 
GACCCCCAGG ACCTGGACAT TGTTGCTCAT GCACTGACAG GCCGCCGTAA CTCAGCTCCT 
GTGAGTGTGT CAGCTGTGAG AACCTCCTTC ATGGTCAAAA TGTGCCAGGC CAGGGCGGTC 
CCAGTCATCC CTCCCAAGAT TCAGTACACC CAGATCCCAC AGCCCCTGCC CTCTCAGAGC 
TCAGGGGAGA ATGGGGTTCA GCCTCTGGAG AGGAGCCAGG AGGGACCCAG CTCAACCAGT 
GGGACCACTC AGAAACCTGC CAAAGATGAT TCTCCCTCCT CCCTGGAAAG CTCAAAGGAA 
GAAAAACCAA AGCAAGATCC CGGAGCCATT AAGTCCTCAC CAGTGGATGC CACTGCACCC 
TGCATGTGCG AGGGACCTAC CCTTTCTCCA GAACCAGGCT CGTCTAACCT GCTCTCCACC 
CAGGATGCAG TAGTGCAATG CAGAAAGCGC ATGTCAGAGA CAGAGCCATC TGGGGACAAC 
CTTCTTTCTT CAAAACTAGA GCGACCATCT GGGGGTTCTA AGCCTTTCCA CAGGTCAAGG 
CCAGGAAGAC CTCAGAGCCT AATCTTATTC AGTCCTCCTT TCCCCATTAT GGACCACCTG 
CCCCCTTCAT CCACAGTGAC AGATTCCAAG GTCCTGCTGT CCCCTATCAG AAGTCCCACC 
CAGACAGTTT CCCCTGGCCT TCTTTGTGGA GAGTTGGCAG AAAACACATG GGTCACACCA 
GAAGGGGTTA CACTTAGGAA TAAAATGACC ATCCCTAAGA ATGGCCAGAG ACTAGAGACC 
TCAACCAGCT GTTTTTACCA GCCTCAGCGG AGATCAGTAA TTCTGGATGG AAGAAGTGGG 
AGGCAAATAG AATGA

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

PubMed

The Cdc42/Rac1 regulator CdGAP is a novel E-cadherin transcriptional co-repressor with Zeb2 in breast cancer.
Oncogene36(24)3490-3503(2017 Jun)
He Y,Northey JJ,Pelletier A,Kos Z,Meunier L,Haibe-Kains B,Mes-Masson AM,C?t? JF,Siegel PM,Lamarche-Vane N

Isolated terminal limb reduction defects: extending the clinical spectrum of Adams-Oliver syndrome and ARHGAP31 mutations.
American journal of medical genetics. Part A164A(6)1576-9(2014 Jun)
Isrie M,Wuyts W,Van Esch H,Devriendt K

The focal adhesion-localized CdGAP regulates matrix rigidity sensing and durotaxis.
PloS one9(3)e91815(2014)
Wormer DB,Davis KA,Henderson JH,Turner CE

A comprehensive family-based replication study of schizophrenia genes.
JAMA psychiatry70(6)573-81(2013 Jun)
Aberg KA,Liu Y,Buksz?r J,McClay JL,Khachane AN,Andreassen OA,Blackwood D,Corvin A,Djurovic S,Gurling H,Ophoff R,Pato CN,Pato MT,Riley B,Webb T,Kendler K,O'Donovan M,Craddock N,Kirov G,Owen M,Rujescu D,St Clair D,Werge T,Hultman CM,Delisi LE,Sullivan P,van den Oord EJ

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ARHGAP31 cDNA ORF clone, Homo sapiens(human)

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:

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