LOC100901697 cDNA ORF clone, Galendromus occidentalis(western predatory mite)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100901697
Entrez Gene ID	100901697
Full Name	rho GTPase-activating protein 4
Synonyms	Srgap1
Gene Type	protein-coding
Organism	Galendromus occidentalis(western predatory mite)

mRNA and Protein(s)

mRNA	Protein	Name
XM_029111933.1	XP_028967766.1	rho GTPase-activating protein 4
XM_018640192.1	XP_018495708.1	rho GTPase-activating protein 4

Pathways from BioSystems
Gene Ontology

The following LOC100901697 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100901697 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OGa155663	XM_029111933.1 Latest version!	Metaseiulus occidentalis rho GTPase-activating protein 4 (LOC100901697), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OGa59327	XM_018640192.1 Latest version!	Metaseiulus occidentalis rho GTPase-activating protein 4 (LOC100901697), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

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

Reference Sequences (Refseq)

LOC100901697 ( XM_029111933.1 ) cDNA ORF clone, Galendromus occidentalis(western predatory mite) -> XP_028967766.1 Metaseiulus occidentalis rho GTPase-activating protein 4 (LOC100901697), mRNA.

Price & Availability↑

CloneID	OGa155663
Clone ID Related Accession (Same CDS sequence)	XM_029111933.1
Accession Version	XM_029111933.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3822bp) 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	2019-05-06
Organism	Galendromus occidentalis(western predatory mite)
Product	rho GTPase-activating protein 4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003805464.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Galendromus occidentalis Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 4% of CDS bases ##RefSeq-Attributes-END##

ATGACTCACA TGGAAAAAGA TATCCGCCAA CAACTGCTCG ATCAGCTGAG ATGTCTGGAC 
TACCGAATGG ACATGCAGAC CTCGATAGTC GTCGAAATCC AAGACTATTT CCGAAAACGC 
GCAGAGCTGG AGTCGGAGTA TTCGAGACAA TTGGACAAAC TTGCGAAGCA ACTCACCTTG 
CGACACAAAA ACGAGAAGCC AAGGCGCGAG CAGTGGCATC TCTTCTCATC GTTCCAATGC 
TGGCAACAAC TTATAAACAC TACTCGAAAA CAGAGCAGCG ACCACGCAAA GGTTGCCGAG 
GTGTACCAGT CGCACATGAT AAGCCGACTG CAACACGTTG CCGAAGATCT CGCGCGGATC 
CATCGGAAAT GTCGGACAAT CGGAACGGAT CAACATGAGG AACTCCTCAA AATTCTGCAC 
GAACTCCATA CGACCATGAA AACCTACCAC ACATATCGAA GCATGGAGCA ACAAGCGGCA 
ACGAAACTCG CAGTAGTTGA ATCGAATCGG GTGAAACTTG AACAGGGTCT TCCCAAAGAC 
AAGGTTGACA AGTCTCGGAG ATATCGACTC ATCTGCAAAG AATGGCAAAA ACGTTCAGAC 
AAGCACGACG AAGCACGCAT CAAGGCGCTC AAAGCGCGCA ACGAGTACGT GCTCTGCATG 
GAAGCCGCGA ACGCGGCCGT CCAGAAGTAC TTCGTAGATG ACCTTTCCGA GGTGATCGAT 
GCCATGGATT TCGGTTTTCA CACGTGCTTC TCGCGCACGA TGCTCATGTA CAACTCTACG 
TTAGACTGTT TGCAGCGATC TCTCGTAGGC AACCAAGAAG GAATGAAGAA ATGTCTCGAA 
AGCCTGGACT CGCGAGCGGA CAAACAAAAG TTTCTCGAAT ACAACAATGC AGCGTTCATG 
GCGCCAAAAA AATTCACATT CCAGGCCCAC AAAGGTGATC TGAGTGTGAT CTCCACAAAC 
GCGAACAATG CAGGAAATGT ACAGGTGCAG GTAGACGACG CCATTCATGA AGAAATGGAG 
CAGCGTTTTC GACAGCTGCA AAAACGTCTC ACGGATCTTA AAATTGAAAA CGAGGAGGTT 
TGGAAAACGC TAGAGACGGC GGAAAAGACT TTGATGGAGA TGATTGAGTC GCGGGACTAC 
GATGTTTCGC CGCATTTCGA CTCGGATTCC GACCAGCCGG CGGTGAATAT CTTGAATTCT 
TCGGTGCCCT CGTGCGCAGC GCCGTATTCA ATGGATCTGA AACCCACGTC TCCACTCAAT 
GGAAATCTGA TACCCCGACC GCCCGAAACA GTATCAATCA AACTCCGCGC CGACAAGCAA 
GAGACCGAAG ATTTCTATTT GGAAAAGTTC CGGGAGTTCT CTATGCAAAA CTCTGTCATT 
TCACGACTTC AAGCTCGAGC GGATTCGCTG AGCAGCGCCT TATCAAAAAC TGTCACCGGT 
CTCGAACGAG CCAAGAGTAA CGCCGCCTCA TTCGGACCGA AAAGACCGCG CCGGAAACGC 
ATCGGACGTC AGCCCATCAC CGGCCAGCCG AGGTTATTCG GCGGCAGCTT GGAGGAATAC 
GTCGATGCGA CCGGCCATGA AATCCCTCTC GTGATCCGAA GTTGCGTACG AGTGATCAAT 
CTATTCGGTC TGCATCATCA AGGAGTTTTC CGAGTATCCG GGTCACAAGT GGAGATAAAC 
AATTTCCGCG AGTCTTTCGA ACGCGGTGAA GATCCTCTGG CTGACGTGTC GGATGCCTCC 
GACATCAATT CCATCGCCGG CGTGCTCAAA CTCTACCTCA GAGAGCTGCG GGAACCCCTA 
TTTCCCATTT TCTACTTCGA CCAGCTCATG GAAATCAGCC AACTAAGCTC AAAGAAAGAG 
TTCATTGCGA AAGTGAAGGA TGTCGTTCGC AACTTACCGA GACCGGTTTT CGTAGTTCTG 
CGATACGTAT TTGCATTTTT AAATCATCTA TCGGAATTTA GTGACGAGAA CATGATGGAT 
CCGTGGAACT TGGCCATCTG TTTCGGACCT TCTTTGCTAC CGATACCCGA AGACAAGAAT 
CCAGTTCAGT TCCAACCTCT CGTTAATGAG CTCATCAAAG GATTAATCGT ATATCAGGAA 
GAGATCTTCC CTGATTCGGA CGGCGGCACT CTATACGAGA AATACATAAG TTCCGATCAA 
CCACCGTTCG ATCTGGAGTT GGACGTGCCG CCATCAGATG ACTCGCAGAA TATCTCAACT 
CTCCTCACCG ATGAAGACGA GGCAGAAGTC GATGGACCCG CCGATGATCT AGTCAACGAG 
CCCGGGATCT CAATTCAGCT TTTTGGAAAA GAGGAAAGCA TGGACGCTGT GGCTCTCTAC 
GATTTCGTGC CACGAACACC GAGGGAACTC GCGTTCCGGC GTGGCGATGC CCTCCATATA 
CATTGTCAAG TTTCCTCCGA ATGGTGGAGA GGTTCATGCA GAGGCCAGGA AGGTCTCATT 
CCCGACAATT TCATCATGCT CAACTTGAGA GAATGGGAAC GCGACAAGCT CTCTCAGGAG 
CGGCGAATGT CTTCTACCTC GTCGGAGAGT TTGAGTTCAT CGGGGGTGTC CCCACAACGG 
CAGGCGTCGG AGTCGCTTCA TCCTTCGCCG AACCGGAGTC ATTCCCCGCC ACCATTGTCG 
TTAACGGATC CACGGGGTCG CCGAAGGTCC CTAAGCCCAA CCTCACTCGG CGGACTCAAA 
CTGCATCAGT ACCATACACA GATGGCGTCC CTAAAGTGGA AGTTGCGGCC ATCGACGAGT 
GTGAACGATG CTCTAGAAAC GACGTCGTCA TCGTCTCTCG AAGACGTTTC CGCGTTGACA 
GGCGCTGTAT CTAAGCTTCG CAGACAGAGT CCTCTGTACG CGCGGCACTC TCCGATGTTC 
CAACGGCGAC CCGATGAAAT CGATTCGAAT TCAACCTCTG ATCTCGCCAA AGATCTTTCA 
GAGGCTTTGC ACTCCATCAG CACTCTCTCT ATCGAGCACA GCGACTACGC CGAGAGACCT 
CCATCGCCTC CTCACTCGGC TGGATTGGCG GCCCCACCTA TAGTTTCGCT TTTAGCGAGT 
TCGCCCCTAA GTGGCCCCCC GTCATTGCCG AGTCTTGTGG GGTCCCTTGG ATCACCAGGC 
GTGGCGATAA AGAGAGATGC CCCTGATTTA GTCCAGGATC TTCCTCCAAC AACTTCAGGC 
ACGTCGAGCG GAGGTGAAGA ATCCGACGCT TCTTCGACCT CGCCTCAGCT GCTGCCTCAA 
CGGTCCATCT CCCCGCTGCT GTCCAAAAGA AACTCGCTTC TGTCCACAGA ACCTCCTACA 
TCGTCACTTC ATCTTACGAC CGCTGAGCGG TTCGCGCTCA CCAACCAGTG CACCATGCGG 
AAGGGCTCTC CCAGACCGAG TCCTCGCAGC GAGCACGGAG TTGTTACCGT GAGCTCATCA 
ACCTCATCAT CGCCGGGAGT GCCAATGCCT CCCCCGATTT TCTCCTCCGC TTCAAGCAAG 
CAATCTCGTC GCAGTTCCTG CGGAACGTTG TCGCCTCTCT CAGCCACAAT TCCAGCATCG 
GTGCAGAAAC TCAAAAGGAT GTTCACCGAG CCCGAGAAGC AGCCTGCACA GCTGAGCCCC 
AAGCCGCCGA TTAAAGCAAA GCCATCGGCC TTACTGAACC GGCGGTCACA TCCACTCTCA 
CCACGCGCAA CTCCCCCCGA CAGCCCTGGC GTCTCGTCCG TCGAATCTTC TAATGCTGCT 
GTTAACACTG CTTTATCGTC AGCTTCAACA TCCCCATCAT CATCATCACC GTCTTCCGCT 
CAAGCCTCTC AATTGCGGGA ATACAAACAG ACTTATTGTT GA

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

RefSeq	XP_028967766.1
CDS	1..3822
Translation	MTHMEKDIRQQLLDQLRCLDYRMDMQTSIVVEIQDYFRKRAELESEYSRQLDKLAKQLTLRHKNEKPRREQWHLFSSFQCWQQLINTTRKQSSDHAKVAEVYQSHMISRLQHVAEDLARIHRKCRTIGTDQHEELLKILHELHTTMKTYHTYRSMEQQAATKLAVVESNRVKLEQGLPKDKVDKSRRYRLICKEWQKRSDKHDEARIKALKARNEYVLCMEAANAAVQKYFVDDLSEVIDAMDFGFHTCFSRTMLMYNSTLDCLQRSLVGNQEGMKKCLESLDSRADKQKFLEYNNAAFMAPKKFTFQAHKGDLSVISTNANNAGNVQVQVDDAIHEEMEQRFRQLQKRLTDLKIENEEVWKTLETAEKTLMEMIESRDYDVSPHFDSDSDQPAVNILNSSVPSCAAPYSMDLKPTSPLNGNLIPRPPETVSIKLRADKQETEDFYLEKFREFSMQNSVISRLQARADSLSSALSKTVTGLERAKSNAASFGPKRPRRKRIGRQPITGQPRLFGGSLEEYVDATGHEIPLVIRSCVRVINLFGLHHQGVFRVSGSQVEINNFRESFERGEDPLADVSDASDINSIAGVLKLYLRELREPLFPIFYFDQLMEISQLSSKKEFIAKVKDVVRNLPRPVFVVLRYVFAFLNHLSEFSDENMMDPWNLAICFGPSLLPIPEDKNPVQFQPLVNELIKGLIVYQEEIFPDSDGGTLYEKYISSDQPPFDLELDVPPSDDSQNISTLLTDEDEAEVDGPADDLVNEPGISIQLFGKEESMDAVALYDFVPRTPRELAFRRGDALHIHCQVSSEWWRGSCRGQEGLIPDNFIMLNLREWERDKLSQERRMSSTSSESLSSSGVSPQRQASESLHPSPNRSHSPPPLSLTDPRGRRRSLSPTSLGGLKLHQYHTQMASLKWKLRPSTSVNDALETTSSSSLEDVSALTGAVSKLRRQSPLYARHSPMFQRRPDEIDSNSTSDLAKDLSEALHSISTLSIEHSDYAERPPSPPHSAGLAAPPIVSLLASSPLSGPPSLPSLVGSLGSPGVAIKRDAPDLVQDLPPTTSGTSSGGEESDASSTSPQLLPQRSISPLLSKRNSLLSTEPPTSSLHLTTAERFALTNQCTMRKGSPRPSPRSEHGVVTVSSSTSSSPGVPMPPPIFSSASSKQSRRSSCGTLSPLSATIPASVQKLKRMFTEPEKQPAQLSPKPPIKAKPSALLNRRSHPLSPRATPPDSPGVSSVESSNAAVNTALSSASTSPSSSSPSSAQASQLREYKQTYC

Target ORF information:

RefSeq Version	XM_029111933.1
Organism	Galendromus occidentalis(western predatory mite)
Definition	Metaseiulus occidentalis rho GTPase-activating protein 4 (LOC100901697), mRNA.

Target ORF information:

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

XM_029111933.1

ORF Insert Sequence:

ATGACTCACA TGGAAAAAGA TATCCGCCAA CAACTGCTCG ATCAGCTGAG ATGTCTGGAC 
TACCGAATGG ACATGCAGAC CTCGATAGTC GTCGAAATCC AAGACTATTT CCGAAAACGC 
GCAGAGCTGG AGTCGGAGTA TTCGAGACAA TTGGACAAAC TTGCGAAGCA ACTCACCTTG 
CGACACAAAA ACGAGAAGCC AAGGCGCGAG CAGTGGCATC TCTTCTCATC GTTCCAATGC 
TGGCAACAAC TTATAAACAC TACTCGAAAA CAGAGCAGCG ACCACGCAAA GGTTGCCGAG 
GTGTACCAGT CGCACATGAT AAGCCGACTG CAACACGTTG CCGAAGATCT CGCGCGGATC 
CATCGGAAAT GTCGGACAAT CGGAACGGAT CAACATGAGG AACTCCTCAA AATTCTGCAC 
GAACTCCATA CGACCATGAA AACCTACCAC ACATATCGAA GCATGGAGCA ACAAGCGGCA 
ACGAAACTCG CAGTAGTTGA ATCGAATCGG GTGAAACTTG AACAGGGTCT TCCCAAAGAC 
AAGGTTGACA AGTCTCGGAG ATATCGACTC ATCTGCAAAG AATGGCAAAA ACGTTCAGAC 
AAGCACGACG AAGCACGCAT CAAGGCGCTC AAAGCGCGCA ACGAGTACGT GCTCTGCATG 
GAAGCCGCGA ACGCGGCCGT CCAGAAGTAC TTCGTAGATG ACCTTTCCGA GGTGATCGAT 
GCCATGGATT TCGGTTTTCA CACGTGCTTC TCGCGCACGA TGCTCATGTA CAACTCTACG 
TTAGACTGTT TGCAGCGATC TCTCGTAGGC AACCAAGAAG GAATGAAGAA ATGTCTCGAA 
AGCCTGGACT CGCGAGCGGA CAAACAAAAG TTTCTCGAAT ACAACAATGC AGCGTTCATG 
GCGCCAAAAA AATTCACATT CCAGGCCCAC AAAGGTGATC TGAGTGTGAT CTCCACAAAC 
GCGAACAATG CAGGAAATGT ACAGGTGCAG GTAGACGACG CCATTCATGA AGAAATGGAG 
CAGCGTTTTC GACAGCTGCA AAAACGTCTC ACGGATCTTA AAATTGAAAA CGAGGAGGTT 
TGGAAAACGC TAGAGACGGC GGAAAAGACT TTGATGGAGA TGATTGAGTC GCGGGACTAC 
GATGTTTCGC CGCATTTCGA CTCGGATTCC GACCAGCCGG CGGTGAATAT CTTGAATTCT 
TCGGTGCCCT CGTGCGCAGC GCCGTATTCA ATGGATCTGA AACCCACGTC TCCACTCAAT 
GGAAATCTGA TACCCCGACC GCCCGAAACA GTATCAATCA AACTCCGCGC CGACAAGCAA 
GAGACCGAAG ATTTCTATTT GGAAAAGTTC CGGGAGTTCT CTATGCAAAA CTCTGTCATT 
TCACGACTTC AAGCTCGAGC GGATTCGCTG AGCAGCGCCT TATCAAAAAC TGTCACCGGT 
CTCGAACGAG CCAAGAGTAA CGCCGCCTCA TTCGGACCGA AAAGACCGCG CCGGAAACGC 
ATCGGACGTC AGCCCATCAC CGGCCAGCCG AGGTTATTCG GCGGCAGCTT GGAGGAATAC 
GTCGATGCGA CCGGCCATGA AATCCCTCTC GTGATCCGAA GTTGCGTACG AGTGATCAAT 
CTATTCGGTC TGCATCATCA AGGAGTTTTC CGAGTATCCG GGTCACAAGT GGAGATAAAC 
AATTTCCGCG AGTCTTTCGA ACGCGGTGAA GATCCTCTGG CTGACGTGTC GGATGCCTCC 
GACATCAATT CCATCGCCGG CGTGCTCAAA CTCTACCTCA GAGAGCTGCG GGAACCCCTA 
TTTCCCATTT TCTACTTCGA CCAGCTCATG GAAATCAGCC AACTAAGCTC AAAGAAAGAG 
TTCATTGCGA AAGTGAAGGA TGTCGTTCGC AACTTACCGA GACCGGTTTT CGTAGTTCTG 
CGATACGTAT TTGCATTTTT AAATCATCTA TCGGAATTTA GTGACGAGAA CATGATGGAT 
CCGTGGAACT TGGCCATCTG TTTCGGACCT TCTTTGCTAC CGATACCCGA AGACAAGAAT 
CCAGTTCAGT TCCAACCTCT CGTTAATGAG CTCATCAAAG GATTAATCGT ATATCAGGAA 
GAGATCTTCC CTGATTCGGA CGGCGGCACT CTATACGAGA AATACATAAG TTCCGATCAA 
CCACCGTTCG ATCTGGAGTT GGACGTGCCG CCATCAGATG ACTCGCAGAA TATCTCAACT 
CTCCTCACCG ATGAAGACGA GGCAGAAGTC GATGGACCCG CCGATGATCT AGTCAACGAG 
CCCGGGATCT CAATTCAGCT TTTTGGAAAA GAGGAAAGCA TGGACGCTGT GGCTCTCTAC 
GATTTCGTGC CACGAACACC GAGGGAACTC GCGTTCCGGC GTGGCGATGC CCTCCATATA 
CATTGTCAAG TTTCCTCCGA ATGGTGGAGA GGTTCATGCA GAGGCCAGGA AGGTCTCATT 
CCCGACAATT TCATCATGCT CAACTTGAGA GAATGGGAAC GCGACAAGCT CTCTCAGGAG 
CGGCGAATGT CTTCTACCTC GTCGGAGAGT TTGAGTTCAT CGGGGGTGTC CCCACAACGG 
CAGGCGTCGG AGTCGCTTCA TCCTTCGCCG AACCGGAGTC ATTCCCCGCC ACCATTGTCG 
TTAACGGATC CACGGGGTCG CCGAAGGTCC CTAAGCCCAA CCTCACTCGG CGGACTCAAA 
CTGCATCAGT ACCATACACA GATGGCGTCC CTAAAGTGGA AGTTGCGGCC ATCGACGAGT 
GTGAACGATG CTCTAGAAAC GACGTCGTCA TCGTCTCTCG AAGACGTTTC CGCGTTGACA 
GGCGCTGTAT CTAAGCTTCG CAGACAGAGT CCTCTGTACG CGCGGCACTC TCCGATGTTC 
CAACGGCGAC CCGATGAAAT CGATTCGAAT TCAACCTCTG ATCTCGCCAA AGATCTTTCA 
GAGGCTTTGC ACTCCATCAG CACTCTCTCT ATCGAGCACA GCGACTACGC CGAGAGACCT 
CCATCGCCTC CTCACTCGGC TGGATTGGCG GCCCCACCTA TAGTTTCGCT TTTAGCGAGT 
TCGCCCCTAA GTGGCCCCCC GTCATTGCCG AGTCTTGTGG GGTCCCTTGG ATCACCAGGC 
GTGGCGATAA AGAGAGATGC CCCTGATTTA GTCCAGGATC TTCCTCCAAC AACTTCAGGC 
ACGTCGAGCG GAGGTGAAGA ATCCGACGCT TCTTCGACCT CGCCTCAGCT GCTGCCTCAA 
CGGTCCATCT CCCCGCTGCT GTCCAAAAGA AACTCGCTTC TGTCCACAGA ACCTCCTACA 
TCGTCACTTC ATCTTACGAC CGCTGAGCGG TTCGCGCTCA CCAACCAGTG CACCATGCGG 
AAGGGCTCTC CCAGACCGAG TCCTCGCAGC GAGCACGGAG TTGTTACCGT GAGCTCATCA 
ACCTCATCAT CGCCGGGAGT GCCAATGCCT CCCCCGATTT TCTCCTCCGC TTCAAGCAAG 
CAATCTCGTC GCAGTTCCTG CGGAACGTTG TCGCCTCTCT CAGCCACAAT TCCAGCATCG 
GTGCAGAAAC TCAAAAGGAT GTTCACCGAG CCCGAGAAGC AGCCTGCACA GCTGAGCCCC 
AAGCCGCCGA TTAAAGCAAA GCCATCGGCC TTACTGAACC GGCGGTCACA TCCACTCTCA 
CCACGCGCAA CTCCCCCCGA CAGCCCTGGC GTCTCGTCCG TCGAATCTTC TAATGCTGCT 
GTTAACACTG CTTTATCGTC AGCTTCAACA TCCCCATCAT CATCATCACC GTCTTCCGCT 
CAAGCCTCTC AATTGCGGGA ATACAAACAG ACTTATTGTT GA

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

LOC100901697 ( XM_018640192.1 ) cDNA ORF clone, Galendromus occidentalis(western predatory mite) -> XP_018495708.1 Metaseiulus occidentalis rho GTPase-activating protein 4 (LOC100901697), mRNA.

Price & Availability↑

CloneID	OGa59327
Clone ID Related Accession (Same CDS sequence)	XM_018640192.1
Accession Version	XM_018640192.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3348bp) 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	2016-10-11
Organism	Galendromus occidentalis(western predatory mite)
Product	rho GTPase-activating protein 4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003805464.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Metaseiulus occidentalis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 23% of CDS bases ##RefSeq-Attributes-END##

ATGACTCACA TGGAAAAAGA TATCCGCCAA CAACTGCTCG ATCAGCTGAG ATGTCTGGAC 
TACCGAATGG ACATGCAGAC CTCGATAGTC GTCGAAATCC AAGACTATTT CCGAAAACGC 
GCAGAGCTGG AGTCGGAGTA TTCGAGACAA TTGGACAAAC TTGCGAAGCA ACTCACCTTG 
CGACACAAAA ACGAGAAGCC AAGGCGCGAG CAGTGGCATC TCTTCTCATC GTTCCAATGC 
TGGCAACAAC TTATAAACAC TACTCGAAAA CAGAGCAGCG ACCACGCAAA GGTTGCCGAG 
GTGTACCAGT CGCACATGAT AAGCCGACTG CAACACGTTG CCGAAGATCT CGCGCGGATC 
CATCGGAAAT GTCGGACAAT CGGAACGGAT CAACATGAGG AACTCCTCAA AATTCTGCAC 
GAACTCCATA CGACCATGAA AACCTACCAC ACATATCGAA GCATGGAGCA ACAAGCGGCA 
ACGAAACTCG CAGTAGTTGA ATCGAATCGG GTGAAACTTG AACAGGGTCT TCCCAAAGAC 
AAGGTTGACA AGTCTCGGAG ATATCGACTC ATCTGCAAAG AATGGCAAAA ACGTTCAGAC 
AAGCACGACG AAGCACGCAT CAAGGCGCTC AAAGCGCGCA ACGAGTACGT GCTCTGCATG 
GAAGCCGCGA ACGCGGCCGT CCAGAAGTAC TTCGTAGATG ACCTTTCCGA GGTGATCGAT 
GCCATGGATT TCGGTTTTCA CACGTGCTTC TCGCGCACGA TGCTCATGTA CAACTCTACG 
TTAGACTGTT TGCAGCGATC TCTCGTAGGC AACCAAGAAG GAATGAAGAA ATGTCTCGAA 
AGCCTGGACT CGCGAGCGGA CAAACAAAAG TTTCTCGAAT ACAACAATGC AGCGTTCATG 
GCGCCAAAAA AATTCACATT CCAGGCCCAC AAAGGTGATC TGAGTGTGAT CTCCACAAAC 
GCGAACAATG CAGGAAATGT ACAGGTGCAG GTAGACGACG CCATTCATGA AGAAATGGAG 
CAGCGTTTTC GACAGCTGCA AAAACGTCTC ACGGATCTTA AAATTGAAAA CGAGGAGGTT 
TGGAAAACGC TAGAGACGGC GGAAAAGACT TTGATGGAGA TGATTGAGTC GCGGGACTAC 
GATGTTTCGC CGCATTTCGA CTCGGATTCC GACCAGCCGG CGGTGAGTTC GCCCGAAACA 
GTATCAATCA AACTCCGCGC CGACAAGCAA GAGACCGAAG ATTTCTATTT GGAAAAGTTC 
CGGGAGTTCT CTATGCAAAA CTCTGTCATT TCACGACTTC AAGCTCGAGC GGATTCGCTG 
AGCAGCGCCT TATCAAAAAC TGTCACCGGT CTCGAACGAG CCAAGAGTAA CGCCGCCTCA 
TTCGGACCGA AAAGACCGCG CCGGAAACGC ATCGGACGTC AGCCCATCAC CGGCCAGCCG 
AGGTTATTCG GCGGCAGCTT GGAGGAATAC GTCGATGCGA CCGGCCATGA AATCCCTCTC 
GTGATCCGAA GTTGCGTACG AGTGATCAAT CTATTCGGTC TGCATCATCA AGGAGTTTTC 
CGAGTATCCG GGTCACAAGT GGAGATAAAC AATTTCCGCG AGTCTTTCGA ACGCGGTGAA 
GATCCTCTGG CTGACGTGTC GGATGCCTCC GACATCAATT CCATCGCCGG CGTGCTCAAA 
CTCTACCTCA GAGAGCTGCG GGAACCCCTA TTTCCCATTT TCTACTTCGA CCAGCTCATG 
GAAATCAGCC AACTAAGCTC AAAGAAAGAG TTCATTGCGA AAGTGAAGGA TGTCGTTCGC 
AACTTACCGA GACCGGTTTT CGTAGTTCTG CGATACGTAT TTGCATTTTT AAATCATCTA 
TCGGAATTTA GTGACGAGAA CATGATGGAT CCGTGGAACT TGGCCATCTG TTTCGGACCT 
TCTTTGCTAC CGATACCCGA AGACAAGAAT CCAGTTCAGT TCCAACCTCT CGTTAATGAG 
CTCATCAAAG GATTAATCGT ATATCAGGAA GAGATCTTCC CTGATTCGGA CGGCGGCACT 
CTATACGAGA AATACATAAG TTCCGATCAA CCACCGTTCG ATCTGGAGTT GGACGTGCCG 
CCATCAGATG ACTCGCAGAA TATCTCAACT CTCCTCACCG ATGAAGACGA GGCAGAAGTC 
GATGGACCCG CCGATGATCT AGTCAACGAG CCCGGGATCT CAATTCAGCT TTTTGGAAAA 
GAGGAAAGCA TGGACGCTGT GGCTCTCTAC GATTTCGTGC CACGAACACC GAGGGAACTC 
GCGTTCCGGC GTGGCGATGC CCTCCATATA CATTGTCAAG TTTCCTCCGA ATGGTGGAGA 
GGTTCATGCA GAGGCCAGGA AGGTCTCATT CCCGACAATT TCATCATGCT CAACTTGAGA 
GAATGGGAAC GCGACAAGCT CTCTCAGGAG CGGCGAATGT CTTCTACCTC GTCGGAGAGT 
TTGAGTTCAT CGGGGGTGTC CCCACAACGG CAGGCGTCGG AGTCGCTTCA TCCTTCGCCG 
AACCGGAGTC ATTCCCCGCC ACCATTGTCG TTAACGGATC CACGGGGTCG CCGAAGGTCC 
CTAAGCCCAA CCTCACTCGG CGGACTCAAA CTGCATCAGT ACCATACACA GATGGCGTCC 
CTAAAGTGGA AGTTGCGGCC ATCGACGAGT GTGAACGATG CTCTAGAAAC GACGTCGTCA 
TCGTCTCTCG AAGACGTTTC CGCGTTGACA GGCGCTGTAT CTAAGCTTCG CAGACAGAGT 
CCTCTGTACG CGCGGCACTC TCCGATGTTC CAACGGCGAC CCGATGAAAT CGATTCGAAT 
TCAACCTCTG ATCTCGCCAA AGATCTTTCA GAGGCTTTGC ACTCCATCAG CACTCTCTCT 
ATCGAGCACA GCGACTACGC CGAGAGACCT CCATCGCCTC CTCACTCGGC TGGATTGGCG 
GCCCCACCTA TAGTTTCGCT TTTAGCGAGT TCGCCCCTAA GTGGCCCCCC GTCATTGCCG 
AGTCTTGTGG GGTCCCTTGG ATCACCAGGC GTGGCGATAA AGAGAGATGC CCCTGATTTA 
GTCCAGGATC TTCCTCCAAC AACTTCAGGC ACGTCGAGCG GAGAACCTCC TACATCGTCA 
CTTCATCTTA CGACCGCTGA GCGGTTCGCG CTCACCAACC AGTGCACCAT GCGGAAGGGC 
TCTCCCAGGG ACCTCGGATT TGCCGAAGAG CAAGCAATCT CGTCGCAGTT CCTGCGGAAC 
GTTGTCGCCT CTCTCAGCCA CAATTCCAGC ATCGGTGCAG AAACTCAAAA GGATGTTCAC 
CGAGCCCGAG AAGCAGCCTG CACAGCTGAG CCCCAAGCCG CCGATTAA

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

RefSeq	XP_018495708.1
CDS	1..3348
Translation	MTHMEKDIRQQLLDQLRCLDYRMDMQTSIVVEIQDYFRKRAELESEYSRQLDKLAKQLTLRHKNEKPRREQWHLFSSFQCWQQLINTTRKQSSDHAKVAEVYQSHMISRLQHVAEDLARIHRKCRTIGTDQHEELLKILHELHTTMKTYHTYRSMEQQAATKLAVVESNRVKLEQGLPKDKVDKSRRYRLICKEWQKRSDKHDEARIKALKARNEYVLCMEAANAAVQKYFVDDLSEVIDAMDFGFHTCFSRTMLMYNSTLDCLQRSLVGNQEGMKKCLESLDSRADKQKFLEYNNAAFMAPKKFTFQAHKGDLSVISTNANNAGNVQVQVDDAIHEEMEQRFRQLQKRLTDLKIENEEVWKTLETAEKTLMEMIESRDYDVSPHFDSDSDQPAVSSPETVSIKLRADKQETEDFYLEKFREFSMQNSVISRLQARADSLSSALSKTVTGLERAKSNAASFGPKRPRRKRIGRQPITGQPRLFGGSLEEYVDATGHEIPLVIRSCVRVINLFGLHHQGVFRVSGSQVEINNFRESFERGEDPLADVSDASDINSIAGVLKLYLRELREPLFPIFYFDQLMEISQLSSKKEFIAKVKDVVRNLPRPVFVVLRYVFAFLNHLSEFSDENMMDPWNLAICFGPSLLPIPEDKNPVQFQPLVNELIKGLIVYQEEIFPDSDGGTLYEKYISSDQPPFDLELDVPPSDDSQNISTLLTDEDEAEVDGPADDLVNEPGISIQLFGKEESMDAVALYDFVPRTPRELAFRRGDALHIHCQVSSEWWRGSCRGQEGLIPDNFIMLNLREWERDKLSQERRMSSTSSESLSSSGVSPQRQASESLHPSPNRSHSPPPLSLTDPRGRRRSLSPTSLGGLKLHQYHTQMASLKWKLRPSTSVNDALETTSSSSLEDVSALTGAVSKLRRQSPLYARHSPMFQRRPDEIDSNSTSDLAKDLSEALHSISTLSIEHSDYAERPPSPPHSAGLAAPPIVSLLASSPLSGPPSLPSLVGSLGSPGVAIKRDAPDLVQDLPPTTSGTSSGEPPTSSLHLTTAERFALTNQCTMRKGSPRDLGFAEEQAISSQFLRNVVASLSHNSSIGAETQKDVHRAREAACTAEPQAAD

Target ORF information:

RefSeq Version	XM_018640192.1
Organism	Galendromus occidentalis(western predatory mite)
Definition	Metaseiulus occidentalis rho GTPase-activating protein 4 (LOC100901697), mRNA.

Target ORF information:

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

XM_018640192.1

ORF Insert Sequence:

ATGACTCACA TGGAAAAAGA TATCCGCCAA CAACTGCTCG ATCAGCTGAG ATGTCTGGAC 
TACCGAATGG ACATGCAGAC CTCGATAGTC GTCGAAATCC AAGACTATTT CCGAAAACGC 
GCAGAGCTGG AGTCGGAGTA TTCGAGACAA TTGGACAAAC TTGCGAAGCA ACTCACCTTG 
CGACACAAAA ACGAGAAGCC AAGGCGCGAG CAGTGGCATC TCTTCTCATC GTTCCAATGC 
TGGCAACAAC TTATAAACAC TACTCGAAAA CAGAGCAGCG ACCACGCAAA GGTTGCCGAG 
GTGTACCAGT CGCACATGAT AAGCCGACTG CAACACGTTG CCGAAGATCT CGCGCGGATC 
CATCGGAAAT GTCGGACAAT CGGAACGGAT CAACATGAGG AACTCCTCAA AATTCTGCAC 
GAACTCCATA CGACCATGAA AACCTACCAC ACATATCGAA GCATGGAGCA ACAAGCGGCA 
ACGAAACTCG CAGTAGTTGA ATCGAATCGG GTGAAACTTG AACAGGGTCT TCCCAAAGAC 
AAGGTTGACA AGTCTCGGAG ATATCGACTC ATCTGCAAAG AATGGCAAAA ACGTTCAGAC 
AAGCACGACG AAGCACGCAT CAAGGCGCTC AAAGCGCGCA ACGAGTACGT GCTCTGCATG 
GAAGCCGCGA ACGCGGCCGT CCAGAAGTAC TTCGTAGATG ACCTTTCCGA GGTGATCGAT 
GCCATGGATT TCGGTTTTCA CACGTGCTTC TCGCGCACGA TGCTCATGTA CAACTCTACG 
TTAGACTGTT TGCAGCGATC TCTCGTAGGC AACCAAGAAG GAATGAAGAA ATGTCTCGAA 
AGCCTGGACT CGCGAGCGGA CAAACAAAAG TTTCTCGAAT ACAACAATGC AGCGTTCATG 
GCGCCAAAAA AATTCACATT CCAGGCCCAC AAAGGTGATC TGAGTGTGAT CTCCACAAAC 
GCGAACAATG CAGGAAATGT ACAGGTGCAG GTAGACGACG CCATTCATGA AGAAATGGAG 
CAGCGTTTTC GACAGCTGCA AAAACGTCTC ACGGATCTTA AAATTGAAAA CGAGGAGGTT 
TGGAAAACGC TAGAGACGGC GGAAAAGACT TTGATGGAGA TGATTGAGTC GCGGGACTAC 
GATGTTTCGC CGCATTTCGA CTCGGATTCC GACCAGCCGG CGGTGAGTTC GCCCGAAACA 
GTATCAATCA AACTCCGCGC CGACAAGCAA GAGACCGAAG ATTTCTATTT GGAAAAGTTC 
CGGGAGTTCT CTATGCAAAA CTCTGTCATT TCACGACTTC AAGCTCGAGC GGATTCGCTG 
AGCAGCGCCT TATCAAAAAC TGTCACCGGT CTCGAACGAG CCAAGAGTAA CGCCGCCTCA 
TTCGGACCGA AAAGACCGCG CCGGAAACGC ATCGGACGTC AGCCCATCAC CGGCCAGCCG 
AGGTTATTCG GCGGCAGCTT GGAGGAATAC GTCGATGCGA CCGGCCATGA AATCCCTCTC 
GTGATCCGAA GTTGCGTACG AGTGATCAAT CTATTCGGTC TGCATCATCA AGGAGTTTTC 
CGAGTATCCG GGTCACAAGT GGAGATAAAC AATTTCCGCG AGTCTTTCGA ACGCGGTGAA 
GATCCTCTGG CTGACGTGTC GGATGCCTCC GACATCAATT CCATCGCCGG CGTGCTCAAA 
CTCTACCTCA GAGAGCTGCG GGAACCCCTA TTTCCCATTT TCTACTTCGA CCAGCTCATG 
GAAATCAGCC AACTAAGCTC AAAGAAAGAG TTCATTGCGA AAGTGAAGGA TGTCGTTCGC 
AACTTACCGA GACCGGTTTT CGTAGTTCTG CGATACGTAT TTGCATTTTT AAATCATCTA 
TCGGAATTTA GTGACGAGAA CATGATGGAT CCGTGGAACT TGGCCATCTG TTTCGGACCT 
TCTTTGCTAC CGATACCCGA AGACAAGAAT CCAGTTCAGT TCCAACCTCT CGTTAATGAG 
CTCATCAAAG GATTAATCGT ATATCAGGAA GAGATCTTCC CTGATTCGGA CGGCGGCACT 
CTATACGAGA AATACATAAG TTCCGATCAA CCACCGTTCG ATCTGGAGTT GGACGTGCCG 
CCATCAGATG ACTCGCAGAA TATCTCAACT CTCCTCACCG ATGAAGACGA GGCAGAAGTC 
GATGGACCCG CCGATGATCT AGTCAACGAG CCCGGGATCT CAATTCAGCT TTTTGGAAAA 
GAGGAAAGCA TGGACGCTGT GGCTCTCTAC GATTTCGTGC CACGAACACC GAGGGAACTC 
GCGTTCCGGC GTGGCGATGC CCTCCATATA CATTGTCAAG TTTCCTCCGA ATGGTGGAGA 
GGTTCATGCA GAGGCCAGGA AGGTCTCATT CCCGACAATT TCATCATGCT CAACTTGAGA 
GAATGGGAAC GCGACAAGCT CTCTCAGGAG CGGCGAATGT CTTCTACCTC GTCGGAGAGT 
TTGAGTTCAT CGGGGGTGTC CCCACAACGG CAGGCGTCGG AGTCGCTTCA TCCTTCGCCG 
AACCGGAGTC ATTCCCCGCC ACCATTGTCG TTAACGGATC CACGGGGTCG CCGAAGGTCC 
CTAAGCCCAA CCTCACTCGG CGGACTCAAA CTGCATCAGT ACCATACACA GATGGCGTCC 
CTAAAGTGGA AGTTGCGGCC ATCGACGAGT GTGAACGATG CTCTAGAAAC GACGTCGTCA 
TCGTCTCTCG AAGACGTTTC CGCGTTGACA GGCGCTGTAT CTAAGCTTCG CAGACAGAGT 
CCTCTGTACG CGCGGCACTC TCCGATGTTC CAACGGCGAC CCGATGAAAT CGATTCGAAT 
TCAACCTCTG ATCTCGCCAA AGATCTTTCA GAGGCTTTGC ACTCCATCAG CACTCTCTCT 
ATCGAGCACA GCGACTACGC CGAGAGACCT CCATCGCCTC CTCACTCGGC TGGATTGGCG 
GCCCCACCTA TAGTTTCGCT TTTAGCGAGT TCGCCCCTAA GTGGCCCCCC GTCATTGCCG 
AGTCTTGTGG GGTCCCTTGG ATCACCAGGC GTGGCGATAA AGAGAGATGC CCCTGATTTA 
GTCCAGGATC TTCCTCCAAC AACTTCAGGC ACGTCGAGCG GAGAACCTCC TACATCGTCA 
CTTCATCTTA CGACCGCTGA GCGGTTCGCG CTCACCAACC AGTGCACCAT GCGGAAGGGC 
TCTCCCAGGG ACCTCGGATT TGCCGAAGAG CAAGCAATCT CGTCGCAGTT CCTGCGGAAC 
GTTGTCGCCT CTCTCAGCCA CAATTCCAGC ATCGGTGCAG AAACTCAAAA GGATGTTCAC 
CGAGCCCGAG AAGCAGCCTG CACAGCTGAG CCCCAAGCCG CCGATTAA