RALGAPA2 cDNA ORF clone, Protobothrops mucrosquamatus

Gene
Clones
gRNAs

Summary

Gene Symbol	RALGAPA2
Entrez Gene ID	107297783
Full Name	Ral GTPase activating protein catalytic alpha subunit 2
Gene Type	protein-coding
Organism	Protobothrops mucrosquamatus

mRNA and Protein(s)

mRNA	Protein	Name
XM_029286429.1	XP_029142262.1	ral GTPase-activating protein subunit alpha-2
XM_015827150.1	XP_015682636.1	ral GTPase-activating protein subunit alpha-2

Pathways from BioSystems
Gene Ontology

The following RALGAPA2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the RALGAPA2 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
OPr197559	XM_029286429.1 Latest version!	Protobothrops mucrosquamatus Ral GTPase activating protein catalytic alpha subunit 2 (RALGAPA2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OPr23805	XM_015827150.1 Latest version!	Protobothrops mucrosquamatus Ral GTPase activating protein catalytic alpha subunit 2 (RALGAPA2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

RALGAPA2 ( XM_029286429.1 ) cDNA ORF clone, Protobothrops mucrosquamatus -> XP_029142262.1 Protobothrops mucrosquamatus Ral GTPase activating protein catalytic alpha subunit 2 (RALGAPA2), mRNA.

Price & Availability↑

CloneID	OPr197559
Clone ID Related Accession (Same CDS sequence)	XM_029286429.1
Accession Version	XM_029286429.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5589bp) 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	2019-05-22
Organism	Protobothrops mucrosquamatus
Product	ral GTPase-activating protein subunit alpha-2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015386289.1) 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 :: Protobothrops mucrosquamatus Annotation Release 101 Annotation Version :: 101 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##

ATGTTCTCGC GGAGGGGTCA TGCGGATGTC AAGAAGTCTG CGCAGAAGGC GCTGGACCCG 
CGGAAAGAGC CGCTGACTCG TCTCAAGCAC CTTCGGGCTT TGATGGATGC TGTAGATGGA 
AGTGAACTCA AACAGTTCTT TGAGATCAAC TATTCTCAAA TGTATCTTAT CTTCTATGAA 
AGTTTTGTAA CACTGGAAAC CAGTCTGAAA CAAAAAGGAA ATAAATCTCA AAGGGAAGAG 
TTGGATTCCG TTCTTTTTCT TTTTGAAAGG ATACTACAAT TATTTCCTGA GAGAATTTTC 
TGTCGATGGC ATTTTCGTAG CATAGGGTCA ATTTTGAAGA AACTTTTGCA CACTGGAAAC 
TGCCTTAAGA TAAGATGTGA AGGAATACGA TTATTTCTTC TTTGGCTGCA AGCTCTCCAG 
ACTAATTGTG CAGAAGAGCA GCTGTTAATT TTTGCTTGTC TTGTGCCTGG TTTTCCTGCA 
GTAATATCTT CAAAAGGTCC ATGTACACTG GATACCCTCA TCAGCCCTCC TTCTAGTCTT 
CCTAATGGGA AAATATATCC TGAAGATATA ACACCACTTT TACCACATGC TACTGGTGAA 
AAGATTGAAG ACCCAACTTG CTACTTTCTT CAGATACTCC TAAAATATAT GGTAATTCAG 
GCTGCAAAGT TGGAATGGAA GAATAAGGAG AACCTTGACA CAGGATTTAA GTTTCTCTTT 
GCGCTCTTCA GAAAGTATTA TCTTCCTCAT TTATTCCCCT TTATAAAACT AACCAACCTC 
TACAATCCTG TGCTTGAGAT CCCTGGCCTG CGCCCCAAAC CAGTATATGT TAGTATAACT 
TGTGATGGCG GAAATTTTTA TAGTACAAAA ATTCCATACC TGGATGCTCG TGTAACTTTT 
ATAAAATGGC TTGTAAATTT TTTTCTGGAA AAGAAATATC TTTTAGCAGC ACAAACTTTC 
AAAAATGGTG TGGAAGTTCT ACCCAGAATC ATTCAAACAG TGGGTAACAC AGTGCAAGAT 
AAAACTCCTG AAGTGGAGAC CAGTGTCCCA TCAGATCAGG AGAAAAATCA TATCAACCAC 
AGCGGGATAC TCAATGATTC CAGTTTTTGC AGCATTGAAG AGCAGCACCG ATTTGCATAC 
GAAATGGTGC AACAAATATT TTTGTCTACA AGAGATAATG TGAATTTTGT TAATGAAGTA 
TTTCATCAGG CTTTTTTGCT GCCAGCATCA GAGATATCCT TAACTGAAAA TATTGTGAAA 
GTTTATAGGA AATGGATATT ACATGAGAAA CCTCTCTTCA TGGAAGAACC AGATGTAAAG 
GAGACTATTC AAGATGATGA TGTCATCACA GAACACTCAA CAGAAGAGAC CGATGGCAAA 
CACCTTGTGT CTGGACATAA AAGATCTTCA AGTTGGGGAA GAAGTTATTC CTTCTCTAGT 
GCTGTTACCA GAGGATGCTT ATTAGAAGAT GAAAACCAGA ATGTTAAAGC AGGTCTTCAA 
GCTACACTGC AGGTATTTTT GACCAACTCT GCAAACATAT TTTTATTGGA ACCATGCAGT 
GAAGCCCCTG AACTACTTAA AGAGCAGATA AATTCTTGCA GAGCAGTTTT GAGTATATAT 
AGGCGCATGA TAATGGAAGT TCCAATGAAT AAAAAGACCT GGGAGCATAT GTTGCAAATG 
CTTCTTAGCA TAACAGCAGC TGTCATGAGC AACTCCAAAG ATGATCAGAT AAAGGATGCA 
TTTGGTCAAA GTTTAGCAGG TTTACTATTT CGGACTCTCA TTGTGGCTTG GATCCGAGCA 
AATTTGAGTG TTTACATTTC TCGTGAGCTC TGGGACGAGT TGCTACGTGT GCTGTCATCC 
CTTACAGATT GGGAAGAACT AATAATGGAA TGGGCTAATA TAATGGATTC TTTAACATCT 
GTTTTAGCAA GAACAGTATA TGGTGTTGAA ATGACCAGGT TGCCACTAGA TAAGCTAAGT 
GAACAAAAAG AGAAAATACA AAAAGGAAGA GGTGGCATTT TAGAATCTCA AAAAGGAGCT 
GCAGTTGGAA GATCGTTTTC TTTAAGCTGG AGAGATCATC CTGACGTTAC AGAACCAATG 
AGATTTAGGA GTGCTACCAC CTCAGGAGTA CTGGGAATTG AGAAAGCAAG GAATATAGTG 
CGTCAGAGAA CAACAGAAAG TGAACAACGT GAACTATCAG AAAATGGATC AGGAATTATT 
AATCAGCAAC CGGTAAACTT ATTGAGAGCA GAATATAACA GTCCTTTTTC AGATCAGGAT 
CAATTAACTC GAAGCAGTAG TACCTCTGAT ATTAGAGAAC AATGCAGTTC TGATATTTTC 
CAAGTTAGAA AAACAGAGAG TTCACAAAAT TTAACTGCAG GATCCAGATC TGTTCAAAAA 
AGTAAGGAGA CCATGAACAA GGAAAGTACA CTACAAGAAG CAAGCAACAC TCCATCTGAA 
TTAATTCTCA AGACAGACAG ACAGCTGTTA CATGGAAATC AGAAAGAGAA AGAAAAATGT 
GAAAGTATTA GCAGTGATAC TTCTATTGGA TACAACAGTG AAATGGGCAT GAGCTTGGCT 
ACCTGGCAAA CGTGTGAAGA AAATAATGAT GTCTCCATGC ATGCCGACAT TTCTGTGGAT 
CCAGATGCCC ATCAGTGGTT GGCTGCCAAC TTCTCAGACA GCAGTGAATT CCTTGCCGAT 
GATTGTAGCA TAATTGCTGG TGGCAGTCTT ACTGGATGGC ATCCTGACTC TGCAGCGGTA 
TTATGGAGAA GAACATTAGG AATTCTTGGA GATGTGAACA ATATCCAGTC TCCTAAAATA 
CATGCCAGAG TTGTTGAATA TCTCTTTGAG TTATGGCACA AATTAGCAAA GATAAGAGAC 
AACCTGGCAA TAAGTCTGGA TAACCAGTCT ACTCCTTCCC CTCCTGTTTT AATTCCACCA 
CTTAGAATAT TTGCATCATG GTTGTTCAAG GCTACAACTT TACCAGATGA ATATAAAGAA 
GGAAAGATCC ATGCCTACAA ACTGATATGT GCTATGATGA CAAGACGACA AGATTTTATG 
CCAAATCCTG ACTACCTGGT GCATTTTTAT CTTATCATGC ACATTGGCTT AACTAGTAAA 
GACCAGGATG TTTTGAACAC TATTATCAAA CACTGCTCCC CATTCTTTTT CTTCTTGGGC 
TTACCCGGCT TTACACTGCT AATAAGAGAC TTCATAACAG CGGCAACTAG GGTTCTGAGT 
ACAAATATGT TGGAAGCTCC TCGCTTAGAA GCAAATACTA TTCTTGGATC TCTGATTTGC 
TTTCCTAACC TTTACCAAGA CATTGCATTG CTATCATCTG TTCCTGAAGC AGAAATCACA 
ACAGGAACTG CAGATGTCAA ATTTTGCCTC ATAAATACTC TTTTAAAGAA TGCCAAAGAG 
GAACCAAGTG AAGCTTCAAG GTATTTATCC CTTTGCTGTC TTGGGCTTTG GATATGTGAA 
GAACTTGTGC ACTGTACCAA CCATCCTCAA GTAAAAGATG CAATAAATGT TTTTGGTGTG 
ACACTAAAGT TTTCTAACAA GCAGATTGCA CAAGCAGCCT GTGATATCTT TCAGTTATTG 
ACATCTTACT GGGAAAAACT ACAGAAATAC AACATTTCTC TACCCCAAAA AATTATTGAA 
ATCCTTGTTG CCACTATTGC ATTTCTCCTA CCAAGTGCAG AATACTCTTC TGTGGAAAGT 
GATAAAAAGT TTATAGTTTC ATTGTTACTT TGTTTATTGG ATTGGTGCAT GACATTGCCA 
GTGAAGATAT TGTTGGAGCC TGTATTTACT TCCAGTTTTG AAAATCATTA TTCTTCTAAT 
ACTCCATTGC TTGATTATAT TTATAGGATC CTGAACTGTT GTGTTTATGG TTCAAACCTG 
TACACACAGC AAAGCCATTA TCTTTTAAGT CTTGCCGACC TCTCCAGTGA GTTCTATGAT 
CCCTTTATGC CCCTAGGAAA TGTTAGGAAT TCTGAAGTGA TTCCGGTTCA GTCTTCTGCA 
GACCTGAATA ATTTGCTCAC TGTTGCTGAA GAAATGAAGC GGAGGAGCTT GGAGTTAATA 
CCATTGACAG CACGAATGAT TATGGCACAT CTAGTTAACA ATTTGGGCCA TTATCCTCTG 
ACTGAAGGTC CTGCTGTTCT ACATAGTCTT ATTACTGAAA ATCACAACAA TTCTTGTATG 
GAATCTTCTG AACTCTCACC TGAAGTCTTC CGAAGCCCCA ATTTACAGAT CTTTGAATTT 
AATGAAAATG CTGTCATTTC TTACCTCCAG ATTCCTTCAA AAAGGGGGCT GGATGATGAA 
TTGGACGAAT CTTTCTCAGA AGTAAGAGTA ATTGTTAGGG ATATCTCTGG AAAGCATTCA 
TGGGACGGAC AATTGATGTA TGGGCCAATA GCTGCATATT CAGTAGATCA GAAGAACAGA 
AAATTCTCTG TGATTATGGA AAAGAATAAG CAGAACTTTG AGTCTCCAAC TGATTTCATT 
CAGATAGATG ATGGAGAAGA TGCTCTTGAT AGGTTGCTAG AAAAGATTGG CAGTACTAGT 
CCTGAGTGCC TTTTATATCC ACAAGTAAAA TTAAATGAGC CATCCCCATC TCCATTTGGC 
ATGAGTCATG CCCAAACTAG TGATATCATT GAAGTAATAC TGCAGCAGAG TTGCATAGAA 
AATGAATATG CTCATGGATA TTATCTGAAT CATAATACAA AAAGCGAAAA TCAGAAGATG 
CCAGGACCTG CTCTGCTACA GTCACAATTT CATTTATGTA GACTTTTGCT AAATGGCTTA 
GGAATGAATT CTTGGGAAAA AAGAAAAAGT TTTAATATTT TGAAGAAAAA TTCTAAATTG 
TTGAGAGAGC TGAAAAATTT AGACTCTAGA CAATGCCGTG ACACTCACAA GATTGCAGTT 
GTTTACATTG CTGAAGGACA AGAAGATAAA TGTTCAATAT TGTCCAATCC TCAAGGAAGC 
CAAGCATATG AAGATTTTAT TGCCGGATTG GGTTGGGAGG TTGATCTTTC AACTCACTGC 
GGGTTTATGG GTGGCCTGCA ACGTAACGGT AGCACAGGAC AAACAGCCCC ATATTATGCT 
ACTTCAACTA TTGAAGTAAT TTTTCATGTA TCTACACGAA TGCCGTTTGA CTCAGATGAC 
TCACTGACCA AAAAGCTTCG TCACTTGGGA AATGATGAAG TTCATGTTAT CTGGTCTGAA 
CATAGCAGAA ACTATCGCAG GGGCATTATA CCAACAGATT TTGGTGATGT TTTAATTATT 
ATTTATCCAA TGAGGAATCG TATGTTTTAC ATCGAGATTA TGAAGAAACA ACAGGTCCCA 
TTTTTTGGTC CTTTGTTTAA CGGAGCAATT GTGACTGCAA AACTGTTGCC AAATCTTGTA 
CGGGCCACAT GTATCAATGC CAGCAGAGCC GTGAAATCTC TTATAACTCT CTATCAGAGC 
TTTTATGAGG AAAGAGCAAT ATATCTTGAT GAAATAATCC GGAATCACAA AGAACAACTG 
TCATTTGAGG ATTTTGCTGC TCAGGTCTTC TCTCCCTCTC CCAGTTACTC CCGTAGTGGA 
TGTGATTAA

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

RefSeq	XP_029142262.1
CDS	30..5618
Translation	MFSRRGHADVKKSAQKALDPRKEPLTRLKHLRALMDAVDGSELKQFFEINYSQMYLIFYESFVTLETSLKQKGNKSQREELDSVLFLFERILQLFPERIFCRWHFRSIGSILKKLLHTGNCLKIRCEGIRLFLLWLQALQTNCAEEQLLIFACLVPGFPAVISSKGPCTLDTLISPPSSLPNGKIYPEDITPLLPHATGEKIEDPTCYFLQILLKYMVIQAAKLEWKNKENLDTGFKFLFALFRKYYLPHLFPFIKLTNLYNPVLEIPGLRPKPVYVSITCDGGNFYSTKIPYLDARVTFIKWLVNFFLEKKYLLAAQTFKNGVEVLPRIIQTVGNTVQDKTPEVETSVPSDQEKNHINHSGILNDSSFCSIEEQHRFAYEMVQQIFLSTRDNVNFVNEVFHQAFLLPASEISLTENIVKVYRKWILHEKPLFMEEPDVKETIQDDDVITEHSTEETDGKHLVSGHKRSSSWGRSYSFSSAVTRGCLLEDENQNVKAGLQATLQVFLTNSANIFLLEPCSEAPELLKEQINSCRAVLSIYRRMIMEVPMNKKTWEHMLQMLLSITAAVMSNSKDDQIKDAFGQSLAGLLFRTLIVAWIRANLSVYISRELWDELLRVLSSLTDWEELIMEWANIMDSLTSVLARTVYGVEMTRLPLDKLSEQKEKIQKGRGGILESQKGAAVGRSFSLSWRDHPDVTEPMRFRSATTSGVLGIEKARNIVRQRTTESEQRELSENGSGIINQQPVNLLRAEYNSPFSDQDQLTRSSSTSDIREQCSSDIFQVRKTESSQNLTAGSRSVQKSKETMNKESTLQEASNTPSELILKTDRQLLHGNQKEKEKCESISSDTSIGYNSEMGMSLATWQTCEENNDVSMHADISVDPDAHQWLAANFSDSSEFLADDCSIIAGGSLTGWHPDSAAVLWRRTLGILGDVNNIQSPKIHARVVEYLFELWHKLAKIRDNLAISLDNQSTPSPPVLIPPLRIFASWLFKATTLPDEYKEGKIHAYKLICAMMTRRQDFMPNPDYLVHFYLIMHIGLTSKDQDVLNTIIKHCSPFFFFLGLPGFTLLIRDFITAATRVLSTNMLEAPRLEANTILGSLICFPNLYQDIALLSSVPEAEITTGTADVKFCLINTLLKNAKEEPSEASRYLSLCCLGLWICEELVHCTNHPQVKDAINVFGVTLKFSNKQIAQAACDIFQLLTSYWEKLQKYNISLPQKIIEILVATIAFLLPSAEYSSVESDKKFIVSLLLCLLDWCMTLPVKILLEPVFTSSFENHYSSNTPLLDYIYRILNCCVYGSNLYTQQSHYLLSLADLSSEFYDPFMPLGNVRNSEVIPVQSSADLNNLLTVAEEMKRRSLELIPLTARMIMAHLVNNLGHYPLTEGPAVLHSLITENHNNSCMESSELSPEVFRSPNLQIFEFNENAVISYLQIPSKRGLDDELDESFSEVRVIVRDISGKHSWDGQLMYGPIAAYSVDQKNRKFSVIMEKNKQNFESPTDFIQIDDGEDALDRLLEKIGSTSPECLLYPQVKLNEPSPSPFGMSHAQTSDIIEVILQQSCIENEYAHGYYLNHNTKSENQKMPGPALLQSQFHLCRLLLNGLGMNSWEKRKSFNILKKNSKLLRELKNLDSRQCRDTHKIAVVYIAEGQEDKCSILSNPQGSQAYEDFIAGLGWEVDLSTHCGFMGGLQRNGSTGQTAPYYATSTIEVIFHVSTRMPFDSDDSLTKKLRHLGNDEVHVIWSEHSRNYRRGIIPTDFGDVLIIIYPMRNRMFYIEIMKKQQVPFFGPLFNGAIVTAKLLPNLVRATCINASRAVKSLITLYQSFYEERAIYLDEIIRNHKEQLSFEDFAAQVFSPSPSYSRSGCD

Target ORF information:

RefSeq Version	XM_029286429.1
Organism	Protobothrops mucrosquamatus
Definition	Protobothrops mucrosquamatus Ral GTPase activating protein catalytic alpha subunit 2 (RALGAPA2), mRNA.

Target ORF information:

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

XM_029286429.1

ORF Insert Sequence:

ATGTTCTCGC GGAGGGGTCA TGCGGATGTC AAGAAGTCTG CGCAGAAGGC GCTGGACCCG 
CGGAAAGAGC CGCTGACTCG TCTCAAGCAC CTTCGGGCTT TGATGGATGC TGTAGATGGA 
AGTGAACTCA AACAGTTCTT TGAGATCAAC TATTCTCAAA TGTATCTTAT CTTCTATGAA 
AGTTTTGTAA CACTGGAAAC CAGTCTGAAA CAAAAAGGAA ATAAATCTCA AAGGGAAGAG 
TTGGATTCCG TTCTTTTTCT TTTTGAAAGG ATACTACAAT TATTTCCTGA GAGAATTTTC 
TGTCGATGGC ATTTTCGTAG CATAGGGTCA ATTTTGAAGA AACTTTTGCA CACTGGAAAC 
TGCCTTAAGA TAAGATGTGA AGGAATACGA TTATTTCTTC TTTGGCTGCA AGCTCTCCAG 
ACTAATTGTG CAGAAGAGCA GCTGTTAATT TTTGCTTGTC TTGTGCCTGG TTTTCCTGCA 
GTAATATCTT CAAAAGGTCC ATGTACACTG GATACCCTCA TCAGCCCTCC TTCTAGTCTT 
CCTAATGGGA AAATATATCC TGAAGATATA ACACCACTTT TACCACATGC TACTGGTGAA 
AAGATTGAAG ACCCAACTTG CTACTTTCTT CAGATACTCC TAAAATATAT GGTAATTCAG 
GCTGCAAAGT TGGAATGGAA GAATAAGGAG AACCTTGACA CAGGATTTAA GTTTCTCTTT 
GCGCTCTTCA GAAAGTATTA TCTTCCTCAT TTATTCCCCT TTATAAAACT AACCAACCTC 
TACAATCCTG TGCTTGAGAT CCCTGGCCTG CGCCCCAAAC CAGTATATGT TAGTATAACT 
TGTGATGGCG GAAATTTTTA TAGTACAAAA ATTCCATACC TGGATGCTCG TGTAACTTTT 
ATAAAATGGC TTGTAAATTT TTTTCTGGAA AAGAAATATC TTTTAGCAGC ACAAACTTTC 
AAAAATGGTG TGGAAGTTCT ACCCAGAATC ATTCAAACAG TGGGTAACAC AGTGCAAGAT 
AAAACTCCTG AAGTGGAGAC CAGTGTCCCA TCAGATCAGG AGAAAAATCA TATCAACCAC 
AGCGGGATAC TCAATGATTC CAGTTTTTGC AGCATTGAAG AGCAGCACCG ATTTGCATAC 
GAAATGGTGC AACAAATATT TTTGTCTACA AGAGATAATG TGAATTTTGT TAATGAAGTA 
TTTCATCAGG CTTTTTTGCT GCCAGCATCA GAGATATCCT TAACTGAAAA TATTGTGAAA 
GTTTATAGGA AATGGATATT ACATGAGAAA CCTCTCTTCA TGGAAGAACC AGATGTAAAG 
GAGACTATTC AAGATGATGA TGTCATCACA GAACACTCAA CAGAAGAGAC CGATGGCAAA 
CACCTTGTGT CTGGACATAA AAGATCTTCA AGTTGGGGAA GAAGTTATTC CTTCTCTAGT 
GCTGTTACCA GAGGATGCTT ATTAGAAGAT GAAAACCAGA ATGTTAAAGC AGGTCTTCAA 
GCTACACTGC AGGTATTTTT GACCAACTCT GCAAACATAT TTTTATTGGA ACCATGCAGT 
GAAGCCCCTG AACTACTTAA AGAGCAGATA AATTCTTGCA GAGCAGTTTT GAGTATATAT 
AGGCGCATGA TAATGGAAGT TCCAATGAAT AAAAAGACCT GGGAGCATAT GTTGCAAATG 
CTTCTTAGCA TAACAGCAGC TGTCATGAGC AACTCCAAAG ATGATCAGAT AAAGGATGCA 
TTTGGTCAAA GTTTAGCAGG TTTACTATTT CGGACTCTCA TTGTGGCTTG GATCCGAGCA 
AATTTGAGTG TTTACATTTC TCGTGAGCTC TGGGACGAGT TGCTACGTGT GCTGTCATCC 
CTTACAGATT GGGAAGAACT AATAATGGAA TGGGCTAATA TAATGGATTC TTTAACATCT 
GTTTTAGCAA GAACAGTATA TGGTGTTGAA ATGACCAGGT TGCCACTAGA TAAGCTAAGT 
GAACAAAAAG AGAAAATACA AAAAGGAAGA GGTGGCATTT TAGAATCTCA AAAAGGAGCT 
GCAGTTGGAA GATCGTTTTC TTTAAGCTGG AGAGATCATC CTGACGTTAC AGAACCAATG 
AGATTTAGGA GTGCTACCAC CTCAGGAGTA CTGGGAATTG AGAAAGCAAG GAATATAGTG 
CGTCAGAGAA CAACAGAAAG TGAACAACGT GAACTATCAG AAAATGGATC AGGAATTATT 
AATCAGCAAC CGGTAAACTT ATTGAGAGCA GAATATAACA GTCCTTTTTC AGATCAGGAT 
CAATTAACTC GAAGCAGTAG TACCTCTGAT ATTAGAGAAC AATGCAGTTC TGATATTTTC 
CAAGTTAGAA AAACAGAGAG TTCACAAAAT TTAACTGCAG GATCCAGATC TGTTCAAAAA 
AGTAAGGAGA CCATGAACAA GGAAAGTACA CTACAAGAAG CAAGCAACAC TCCATCTGAA 
TTAATTCTCA AGACAGACAG ACAGCTGTTA CATGGAAATC AGAAAGAGAA AGAAAAATGT 
GAAAGTATTA GCAGTGATAC TTCTATTGGA TACAACAGTG AAATGGGCAT GAGCTTGGCT 
ACCTGGCAAA CGTGTGAAGA AAATAATGAT GTCTCCATGC ATGCCGACAT TTCTGTGGAT 
CCAGATGCCC ATCAGTGGTT GGCTGCCAAC TTCTCAGACA GCAGTGAATT CCTTGCCGAT 
GATTGTAGCA TAATTGCTGG TGGCAGTCTT ACTGGATGGC ATCCTGACTC TGCAGCGGTA 
TTATGGAGAA GAACATTAGG AATTCTTGGA GATGTGAACA ATATCCAGTC TCCTAAAATA 
CATGCCAGAG TTGTTGAATA TCTCTTTGAG TTATGGCACA AATTAGCAAA GATAAGAGAC 
AACCTGGCAA TAAGTCTGGA TAACCAGTCT ACTCCTTCCC CTCCTGTTTT AATTCCACCA 
CTTAGAATAT TTGCATCATG GTTGTTCAAG GCTACAACTT TACCAGATGA ATATAAAGAA 
GGAAAGATCC ATGCCTACAA ACTGATATGT GCTATGATGA CAAGACGACA AGATTTTATG 
CCAAATCCTG ACTACCTGGT GCATTTTTAT CTTATCATGC ACATTGGCTT AACTAGTAAA 
GACCAGGATG TTTTGAACAC TATTATCAAA CACTGCTCCC CATTCTTTTT CTTCTTGGGC 
TTACCCGGCT TTACACTGCT AATAAGAGAC TTCATAACAG CGGCAACTAG GGTTCTGAGT 
ACAAATATGT TGGAAGCTCC TCGCTTAGAA GCAAATACTA TTCTTGGATC TCTGATTTGC 
TTTCCTAACC TTTACCAAGA CATTGCATTG CTATCATCTG TTCCTGAAGC AGAAATCACA 
ACAGGAACTG CAGATGTCAA ATTTTGCCTC ATAAATACTC TTTTAAAGAA TGCCAAAGAG 
GAACCAAGTG AAGCTTCAAG GTATTTATCC CTTTGCTGTC TTGGGCTTTG GATATGTGAA 
GAACTTGTGC ACTGTACCAA CCATCCTCAA GTAAAAGATG CAATAAATGT TTTTGGTGTG 
ACACTAAAGT TTTCTAACAA GCAGATTGCA CAAGCAGCCT GTGATATCTT TCAGTTATTG 
ACATCTTACT GGGAAAAACT ACAGAAATAC AACATTTCTC TACCCCAAAA AATTATTGAA 
ATCCTTGTTG CCACTATTGC ATTTCTCCTA CCAAGTGCAG AATACTCTTC TGTGGAAAGT 
GATAAAAAGT TTATAGTTTC ATTGTTACTT TGTTTATTGG ATTGGTGCAT GACATTGCCA 
GTGAAGATAT TGTTGGAGCC TGTATTTACT TCCAGTTTTG AAAATCATTA TTCTTCTAAT 
ACTCCATTGC TTGATTATAT TTATAGGATC CTGAACTGTT GTGTTTATGG TTCAAACCTG 
TACACACAGC AAAGCCATTA TCTTTTAAGT CTTGCCGACC TCTCCAGTGA GTTCTATGAT 
CCCTTTATGC CCCTAGGAAA TGTTAGGAAT TCTGAAGTGA TTCCGGTTCA GTCTTCTGCA 
GACCTGAATA ATTTGCTCAC TGTTGCTGAA GAAATGAAGC GGAGGAGCTT GGAGTTAATA 
CCATTGACAG CACGAATGAT TATGGCACAT CTAGTTAACA ATTTGGGCCA TTATCCTCTG 
ACTGAAGGTC CTGCTGTTCT ACATAGTCTT ATTACTGAAA ATCACAACAA TTCTTGTATG 
GAATCTTCTG AACTCTCACC TGAAGTCTTC CGAAGCCCCA ATTTACAGAT CTTTGAATTT 
AATGAAAATG CTGTCATTTC TTACCTCCAG ATTCCTTCAA AAAGGGGGCT GGATGATGAA 
TTGGACGAAT CTTTCTCAGA AGTAAGAGTA ATTGTTAGGG ATATCTCTGG AAAGCATTCA 
TGGGACGGAC AATTGATGTA TGGGCCAATA GCTGCATATT CAGTAGATCA GAAGAACAGA 
AAATTCTCTG TGATTATGGA AAAGAATAAG CAGAACTTTG AGTCTCCAAC TGATTTCATT 
CAGATAGATG ATGGAGAAGA TGCTCTTGAT AGGTTGCTAG AAAAGATTGG CAGTACTAGT 
CCTGAGTGCC TTTTATATCC ACAAGTAAAA TTAAATGAGC CATCCCCATC TCCATTTGGC 
ATGAGTCATG CCCAAACTAG TGATATCATT GAAGTAATAC TGCAGCAGAG TTGCATAGAA 
AATGAATATG CTCATGGATA TTATCTGAAT CATAATACAA AAAGCGAAAA TCAGAAGATG 
CCAGGACCTG CTCTGCTACA GTCACAATTT CATTTATGTA GACTTTTGCT AAATGGCTTA 
GGAATGAATT CTTGGGAAAA AAGAAAAAGT TTTAATATTT TGAAGAAAAA TTCTAAATTG 
TTGAGAGAGC TGAAAAATTT AGACTCTAGA CAATGCCGTG ACACTCACAA GATTGCAGTT 
GTTTACATTG CTGAAGGACA AGAAGATAAA TGTTCAATAT TGTCCAATCC TCAAGGAAGC 
CAAGCATATG AAGATTTTAT TGCCGGATTG GGTTGGGAGG TTGATCTTTC AACTCACTGC 
GGGTTTATGG GTGGCCTGCA ACGTAACGGT AGCACAGGAC AAACAGCCCC ATATTATGCT 
ACTTCAACTA TTGAAGTAAT TTTTCATGTA TCTACACGAA TGCCGTTTGA CTCAGATGAC 
TCACTGACCA AAAAGCTTCG TCACTTGGGA AATGATGAAG TTCATGTTAT CTGGTCTGAA 
CATAGCAGAA ACTATCGCAG GGGCATTATA CCAACAGATT TTGGTGATGT TTTAATTATT 
ATTTATCCAA TGAGGAATCG TATGTTTTAC ATCGAGATTA TGAAGAAACA ACAGGTCCCA 
TTTTTTGGTC CTTTGTTTAA CGGAGCAATT GTGACTGCAA AACTGTTGCC AAATCTTGTA 
CGGGCCACAT GTATCAATGC CAGCAGAGCC GTGAAATCTC TTATAACTCT CTATCAGAGC 
TTTTATGAGG AAAGAGCAAT ATATCTTGAT GAAATAATCC GGAATCACAA AGAACAACTG 
TCATTTGAGG ATTTTGCTGC TCAGGTCTTC TCTCCCTCTC CCAGTTACTC CCGTAGTGGA 
TGTGATTAA

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

RALGAPA2 ( XM_015827150.1 ) cDNA ORF clone, Protobothrops mucrosquamatus -> XP_015682636.1 Protobothrops mucrosquamatus Ral GTPase activating protein catalytic alpha subunit 2 (RALGAPA2), mRNA.

Price & Availability↑

CloneID	OPr23805
Clone ID Related Accession (Same CDS sequence)	XM_015827150.1
Accession Version	XM_015827150.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5607bp) 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	2016-03-01
Organism	Protobothrops mucrosquamatus
Product	ral GTPase-activating protein subunit alpha-2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015386289.1) 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 :: Protobothrops mucrosquamatus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTCTCGC GGAGGGGTCA TGCGGATGTC AAGAAGTCTG CGCAGAAGGC GCTGGACCCG 
CGGAAAGAGC CGCTGACTCG TCTCAAGCAC CTTCGGGCTT TGATGGATGC TGTAGATGGA 
AGTGAACTCA AACAGTTCTT TGAGATCAAC TATTCTCAAA TGTATCTTAT CTTCTATGAA 
AGTTTTGTAA CACTGGAAAC CAGTCTGAAA CAAAAAGGAA ATAAATCTCA AAGGGAAGAG 
TTGGATTCCG TTCTTTTTCT TTTTGAAAGG ATACTACAAT TATTTCCTGA GAGAATTTTC 
TGTCGATGGC ATTTTCGTAG CATAGGGTCA ATTTTGAAGA AACTTTTGCA CACTGGAAAC 
TGCCTTAAGA TAAGATGTGA AGGAATACGA TTATTTCTTC TTTGGCTGCA AGCTCTCCAG 
ACTAATTGTG CAGAAGAGCA GCTGTTAATT TTTGCTTGTC TTGTGCCTGG TTTTCCTGCA 
GTAATATCTT CAAAAGGTCC ATGTACACTG GATACCCTCA TCAGCCCTCC TTCTAGTCTT 
CCTAATGGGA AAATATATCC TGAAGATATA ACACCACTTT TACCACATGC TACTGGTGAA 
AAGATTGAAG ACCCAACTTG CTACTTTCTT CAGATACTCC TAAAATATAT GGTAATTCAG 
GCTGCAAAGT TGGAATGGAA GAATAAGGAG AACCTTGACA CAGGATTTAA GTTTCTCTTT 
GCGCTCTTCA GAAAGTATTA TCTTCCTCAT TTATTCCCCT TTATAAAACT AACCAACCTC 
TACAATCCTG TGCTTGAGAT CCCTGGCCTG CGCCCCAAAC CAGTATATGT TAGTATAACT 
TGTGATGGCG GAAATTTTTA TAGTACAAAA ATTCCATACC TGGATGCTCG TGTAACTTTT 
ATAAAATGGC TTGTAAATTT TTTTCTGGAA AAGAAATATC TTTTAGCAGC ACAAACTTTC 
AAAAATGGTG TGGAAGTTCT ACCCAGAATC ATTCAAACAG TGGGTAACAC AGTGCAAGAT 
AAAACTCCTG AAGTGGAGAC CAGTGTCCCA TCAGATCAGG AGAAAAATCA TATCAACCAC 
AGCGGGATAC TCAATGATTC CAGTTTTTGC AGCATTGAAG AGCAGCACCG ATTTGCATAC 
GAAATGGTGC AACAAATATT TTTGTCTACA AGAGATAATG TGAATTTTGT TAATGAAGTA 
TTTCATCAGG CTTTTTTGCT GCCAGCATCA GAGATATCCT TAACTGAAAA TATTGTGAAA 
GTTTATAGGA AATGGATATT ACATGAGAAA CCTCTCTTCA TGGAAGAACC AGATGTAAAG 
GAGACTATTC AAGATGATGA TGTCATCACA GAACACTCAA CAGAAGAGAC CGATGGCAAA 
CACCTTGTGT CTGGACATAA AAGATCTTCA AGTTGGGGAA GAAGTTATTC CTTCTCTAGT 
GCTGTTACCA GAGGATGCTT ATTAGAAGAT GAAAACCAGA ATGTTAAAGC AGGTCTTCAA 
GCTACACTGC AGGTATTTTT GACCAACTCT GCAAACATAT TTTTATTGGA ACCATGCAGT 
GAAGCCCCTG AACTACTTAA AGAGCAGATA AATTCTTGCA GAGCAGTTTT GAGTATATAT 
AGGCGCATGA TAATGGAAGT TCCAATGAAT AAAAAGACCT GGGAGCATAT GTTGCAAATG 
CTTCTTAGCA TAACAGCAGC TGTCATGAGC AACTCCAAAG ATGATCAGAT AAAGGATGCA 
TTTGGTCAAA GTTTAGCAGG TTTACTATTT CGGACTCTCA TTGTGGCTTG GATCCGAGCA 
AATTTGAGTG TTTACATTTC TCGTGAGCTC TGGGACGAGT TGCTACGTGT GCTGTCATCC 
CTTACAGATT GGGAAGAACT AATAATGGAA TGGGCTAATA TAATGGATTC TTTAACATCT 
GTTTTAGCAA GAACAGTATA TGGTGTTGAA ATGACCAGGT TGCCACTAGA TAAGCTAAGT 
GAACAAAAAG AGAAAATACA AAAAGGAAGA GGTGGCATTT TAGAATCTCA AAAAGGAGCT 
GCAGTTGGAA GATCGTTTTC TTTAAGCTGG AGAGATCATC CTGACGTTAC AGAACCAATG 
AGATTTAGGA GTGCTACCAC CTCAGGAGTA CTGGGAATTG AGAAAGCAAG GAATATAGTG 
CGTCAGAGAA CAACAGAAAG TGAACAACGT GAACTATCAG AAAATGGATC AGGAATTATT 
AATCAGCAAC CGGTAAACTT ATTGAGAGCA GAATATAACA GTCCTTTTTC AGATCAGGAT 
CAATTAACTC GAAGCAGTAG TACCTCTGAT ATTAGAGAAC AATGCAGTTC TGATATTTTC 
CAAGTTAGAA AAACAGAGAG TTCACAAAAT TTAACTGCAG GATCCAGATC TGTTCAAAAA 
AGTAAGGAGA CCATGAACAA GGAAAGTACA CTACAAGAAG CAAGCAACAC TCCATCTGAA 
TTAATTCTCA AGACAGACAG ACAGCTGTTA CATGGAAATC AGAAAGAGAA AGAAAAATGT 
GAAAGTATTA GCAGTGATAC TTCTATTGGA TACAACAGTG AAATGGGCAT GAGCTTGGCT 
ACCTGGCAAA CGTGTGAAGA AAATAATGAT GTCTCCATGC ATGCCGACAT TTCTGTGGAT 
CCAGATGCCC ATCAGTGGTT GGCTGCCAAC TTCTCAGAAC CATTATTTCT TCTAGACAGC 
AGTGAATTCC TTGCCGATGA TTGTAGCATA ATTGCTGGTG GCAGTCTTAC TGGATGGCAT 
CCTGACTCTG CAGCGGTATT ATGGAGAAGA ACATTAGGAA TTCTTGGAGA TGTGAACAAT 
ATCCAGTCTC CTAAAATACA TGCCAGAGTT GTTGAATATC TCTTTGAGTT ATGGCACAAA 
TTAGCAAAGA TAAGAGACAA CCTGGCAATA AGTCTGGATA ACCAGTCTAC TCCTTCCCCT 
CCTGTTTTAA TTCCACCACT TAGAATATTT GCATCATGGT TGTTCAAGGC TACAACTTTA 
CCAGATGAAT ATAAAGAAGG AAAGATCCAT GCCTACAAAC TGATATGTGC TATGATGACA 
AGACGACAAG ATTTTATGCC AAATCCTGAC TACCTGGTGC ATTTTTATCT TATCATGCAC 
ATTGGCTTAA CTAGTAAAGA CCAGGATGTT TTGAACACTA TTATCAAACA CTGCTCCCCA 
TTCTTTTTCT TCTTGGGCTT ACCCGGCTTT ACACTGCTAA TAAGAGACTT CATAACAGCG 
GCAACTAGGG TTCTGAGTAC AAATATGTTG GAAGCTCCTC GCTTAGAAGC AAATACTATT 
CTTGGATCTC TGATTTGCTT TCCTAACCTT TACCAAGACA TTGCATTGCT ATCATCTGTT 
CCTGAAGCAG AAATCACAAC AGGAACTGCA GATGTCAAAT TTTGCCTCAT AAATACTCTT 
TTAAAGAATG CCAAAGAGGA ACCAAGTGAA GCTTCAAGGT ATTTATCCCT TTGCTGTCTT 
GGGCTTTGGA TATGTGAAGA ACTTGTGCAC TGTACCAACC ATCCTCAAGT AAAAGATGCA 
ATAAATGTTT TTGGTGTGAC ACTAAAGTTT TCTAACAAGC AGATTGCACA AGCAGCCTGT 
GATATCTTTC AGTTATTGAC ATCTTACTGG GAAAAACTAC AGAAATACAA CATTTCTCTA 
CCCCAAAAAA TTATTGAAAT CCTTGTTGCC ACTATTGCAT TTCTCCTACC AAGTGCAGAA 
TACTCTTCTG TGGAAAGTGA TAAAAAGTTT ATAGTTTCAT TGTTACTTTG TTTATTGGAT 
TGGTGCATGA CATTGCCAGT GAAGATATTG TTGGAGCCTG TATTTACTTC CAGTTTTGAA 
AATCATTATT CTTCTAATAC TCCATTGCTT GATTATATTT ATAGGATCCT GAACTGTTGT 
GTTTATGGTT CAAACCTGTA CACACAGCAA AGCCATTATC TTTTAAGTCT TGCCGACCTC 
TCCAGTGAGT TCTATGATCC CTTTATGCCC CTAGGAAATG TTAGGAATTC TGAAGTGATT 
CCGGTTCAGT CTTCTGCAGA CCTGAATAAT TTGCTCACTG TTGCTGAAGA AATGAAGCGG 
AGGAGCTTGG AGTTAATACC ATTGACAGCA CGAATGATTA TGGCACATCT AGTTAACAAT 
TTGGGCCATT ATCCTCTGAC TGAAGGTCCT GCTGTTCTAC ATAGTCTTAT TACTGAAAAT 
CACAACAATT CTTGTATGGA ATCTTCTGAA CTCTCACCTG AAGTCTTCCG AAGCCCCAAT 
TTACAGATCT TTGAATTTAA TGAAAATGCT GTCATTTCTT ACCTCCAGAT TCCTTCAAAA 
AGGGGGCTGG ATGATGAATT GGACGAATCT TTCTCAGAAG TAAGAGTAAT TGTTAGGGAT 
ATCTCTGGAA AGCATTCATG GGACGGACAA TTGATGTATG GGCCAATAGC TGCATATTCA 
GTAGATCAGA AGAACAGAAA ATTCTCTGTG ATTATGGAAA AGAATAAGCA GAACTTTGAG 
TCTCCAACTG ATTTCATTCA GATAGATGAT GGAGAAGATG CTCTTGATAG GTTGCTAGAA 
AAGATTGGCA GTACTAGTCC TGAGTGCCTT TTATATCCAC AAGTAAAATT AAATGAGCCA 
TCCCCATCTC CATTTGGCAT GAGTCATGCC CAAACTAGTG ATATCATTGA AGTAATACTG 
CAGCAGAGTT GCATAGAAAA TGAATATGCT CATGGATATT ATCTGAATCA TAATACAAAA 
AGCGAAAATC AGAAGATGCC AGGACCTGCT CTGCTACAGT CACAATTTCA TTTATGTAGA 
CTTTTGCTAA ATGGCTTAGG AATGAATTCT TGGGAAAAAA GAAAAAGTTT TAATATTTTG 
AAGAAAAATT CTAAATTGTT GAGAGAGCTG AAAAATTTAG ACTCTAGACA ATGCCGTGAC 
ACTCACAAGA TTGCAGTTGT TTACATTGCT GAAGGACAAG AAGATAAATG TTCAATATTG 
TCCAATCCTC AAGGAAGCCA AGCATATGAA GATTTTATTG CCGGATTGGG TTGGGAGGTT 
GATCTTTCAA CTCACTGCGG GTTTATGGGT GGCCTGCAAC GTAACGGTAG CACAGGACAA 
ACAGCCCCAT ATTATGCTAC TTCAACTATT GAAGTAATTT TTCATGTATC TACACGAATG 
CCGTTTGACT CAGATGACTC ACTGACCAAA AAGCTTCGTC ACTTGGGAAA TGATGAAGTT 
CATGTTATCT GGTCTGAACA TAGCAGAAAC TATCGCAGGG GCATTATACC AACAGATTTT 
GGTGATGTTT TAATTATTAT TTATCCAATG AGGAATCGTA TGTTTTACAT CGAGATTATG 
AAGAAACAAC AGGTCCCATT TTTTGGTCCT TTGTTTAACG GAGCAATTGT GACTGCAAAA 
CTGTTGCCAA ATCTTGTACG GGCCACATGT ATCAATGCCA GCAGAGCCGT GAAATCTCTT 
ATAACTCTCT ATCAGAGCTT TTATGAGGAA AGAGCAATAT ATCTTGATGA AATAATCCGG 
AATCACAAAG AACAACTGTC ATTTGAGGAT TTTGCTGCTC AGGTCTTCTC TCCCTCTCCC 
AGTTACTCCC GTAGTGGATG TGATTAA

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

RefSeq	XP_015682636.1
CDS	30..5636
Translation	MFSRRGHADVKKSAQKALDPRKEPLTRLKHLRALMDAVDGSELKQFFEINYSQMYLIFYESFVTLETSLKQKGNKSQREELDSVLFLFERILQLFPERIFCRWHFRSIGSILKKLLHTGNCLKIRCEGIRLFLLWLQALQTNCAEEQLLIFACLVPGFPAVISSKGPCTLDTLISPPSSLPNGKIYPEDITPLLPHATGEKIEDPTCYFLQILLKYMVIQAAKLEWKNKENLDTGFKFLFALFRKYYLPHLFPFIKLTNLYNPVLEIPGLRPKPVYVSITCDGGNFYSTKIPYLDARVTFIKWLVNFFLEKKYLLAAQTFKNGVEVLPRIIQTVGNTVQDKTPEVETSVPSDQEKNHINHSGILNDSSFCSIEEQHRFAYEMVQQIFLSTRDNVNFVNEVFHQAFLLPASEISLTENIVKVYRKWILHEKPLFMEEPDVKETIQDDDVITEHSTEETDGKHLVSGHKRSSSWGRSYSFSSAVTRGCLLEDENQNVKAGLQATLQVFLTNSANIFLLEPCSEAPELLKEQINSCRAVLSIYRRMIMEVPMNKKTWEHMLQMLLSITAAVMSNSKDDQIKDAFGQSLAGLLFRTLIVAWIRANLSVYISRELWDELLRVLSSLTDWEELIMEWANIMDSLTSVLARTVYGVEMTRLPLDKLSEQKEKIQKGRGGILESQKGAAVGRSFSLSWRDHPDVTEPMRFRSATTSGVLGIEKARNIVRQRTTESEQRELSENGSGIINQQPVNLLRAEYNSPFSDQDQLTRSSSTSDIREQCSSDIFQVRKTESSQNLTAGSRSVQKSKETMNKESTLQEASNTPSELILKTDRQLLHGNQKEKEKCESISSDTSIGYNSEMGMSLATWQTCEENNDVSMHADISVDPDAHQWLAANFSEPLFLLDSSEFLADDCSIIAGGSLTGWHPDSAAVLWRRTLGILGDVNNIQSPKIHARVVEYLFELWHKLAKIRDNLAISLDNQSTPSPPVLIPPLRIFASWLFKATTLPDEYKEGKIHAYKLICAMMTRRQDFMPNPDYLVHFYLIMHIGLTSKDQDVLNTIIKHCSPFFFFLGLPGFTLLIRDFITAATRVLSTNMLEAPRLEANTILGSLICFPNLYQDIALLSSVPEAEITTGTADVKFCLINTLLKNAKEEPSEASRYLSLCCLGLWICEELVHCTNHPQVKDAINVFGVTLKFSNKQIAQAACDIFQLLTSYWEKLQKYNISLPQKIIEILVATIAFLLPSAEYSSVESDKKFIVSLLLCLLDWCMTLPVKILLEPVFTSSFENHYSSNTPLLDYIYRILNCCVYGSNLYTQQSHYLLSLADLSSEFYDPFMPLGNVRNSEVIPVQSSADLNNLLTVAEEMKRRSLELIPLTARMIMAHLVNNLGHYPLTEGPAVLHSLITENHNNSCMESSELSPEVFRSPNLQIFEFNENAVISYLQIPSKRGLDDELDESFSEVRVIVRDISGKHSWDGQLMYGPIAAYSVDQKNRKFSVIMEKNKQNFESPTDFIQIDDGEDALDRLLEKIGSTSPECLLYPQVKLNEPSPSPFGMSHAQTSDIIEVILQQSCIENEYAHGYYLNHNTKSENQKMPGPALLQSQFHLCRLLLNGLGMNSWEKRKSFNILKKNSKLLRELKNLDSRQCRDTHKIAVVYIAEGQEDKCSILSNPQGSQAYEDFIAGLGWEVDLSTHCGFMGGLQRNGSTGQTAPYYATSTIEVIFHVSTRMPFDSDDSLTKKLRHLGNDEVHVIWSEHSRNYRRGIIPTDFGDVLIIIYPMRNRMFYIEIMKKQQVPFFGPLFNGAIVTAKLLPNLVRATCINASRAVKSLITLYQSFYEERAIYLDEIIRNHKEQLSFEDFAAQVFSPSPSYSRSGCD

Target ORF information:

RefSeq Version	XM_015827150.1
Organism	Protobothrops mucrosquamatus
Definition	Protobothrops mucrosquamatus Ral GTPase activating protein catalytic alpha subunit 2 (RALGAPA2), mRNA.

Target ORF information:

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

XM_015827150.1

ORF Insert Sequence:

ATGTTCTCGC GGAGGGGTCA TGCGGATGTC AAGAAGTCTG CGCAGAAGGC GCTGGACCCG 
CGGAAAGAGC CGCTGACTCG TCTCAAGCAC CTTCGGGCTT TGATGGATGC TGTAGATGGA 
AGTGAACTCA AACAGTTCTT TGAGATCAAC TATTCTCAAA TGTATCTTAT CTTCTATGAA 
AGTTTTGTAA CACTGGAAAC CAGTCTGAAA CAAAAAGGAA ATAAATCTCA AAGGGAAGAG 
TTGGATTCCG TTCTTTTTCT TTTTGAAAGG ATACTACAAT TATTTCCTGA GAGAATTTTC 
TGTCGATGGC ATTTTCGTAG CATAGGGTCA ATTTTGAAGA AACTTTTGCA CACTGGAAAC 
TGCCTTAAGA TAAGATGTGA AGGAATACGA TTATTTCTTC TTTGGCTGCA AGCTCTCCAG 
ACTAATTGTG CAGAAGAGCA GCTGTTAATT TTTGCTTGTC TTGTGCCTGG TTTTCCTGCA 
GTAATATCTT CAAAAGGTCC ATGTACACTG GATACCCTCA TCAGCCCTCC TTCTAGTCTT 
CCTAATGGGA AAATATATCC TGAAGATATA ACACCACTTT TACCACATGC TACTGGTGAA 
AAGATTGAAG ACCCAACTTG CTACTTTCTT CAGATACTCC TAAAATATAT GGTAATTCAG 
GCTGCAAAGT TGGAATGGAA GAATAAGGAG AACCTTGACA CAGGATTTAA GTTTCTCTTT 
GCGCTCTTCA GAAAGTATTA TCTTCCTCAT TTATTCCCCT TTATAAAACT AACCAACCTC 
TACAATCCTG TGCTTGAGAT CCCTGGCCTG CGCCCCAAAC CAGTATATGT TAGTATAACT 
TGTGATGGCG GAAATTTTTA TAGTACAAAA ATTCCATACC TGGATGCTCG TGTAACTTTT 
ATAAAATGGC TTGTAAATTT TTTTCTGGAA AAGAAATATC TTTTAGCAGC ACAAACTTTC 
AAAAATGGTG TGGAAGTTCT ACCCAGAATC ATTCAAACAG TGGGTAACAC AGTGCAAGAT 
AAAACTCCTG AAGTGGAGAC CAGTGTCCCA TCAGATCAGG AGAAAAATCA TATCAACCAC 
AGCGGGATAC TCAATGATTC CAGTTTTTGC AGCATTGAAG AGCAGCACCG ATTTGCATAC 
GAAATGGTGC AACAAATATT TTTGTCTACA AGAGATAATG TGAATTTTGT TAATGAAGTA 
TTTCATCAGG CTTTTTTGCT GCCAGCATCA GAGATATCCT TAACTGAAAA TATTGTGAAA 
GTTTATAGGA AATGGATATT ACATGAGAAA CCTCTCTTCA TGGAAGAACC AGATGTAAAG 
GAGACTATTC AAGATGATGA TGTCATCACA GAACACTCAA CAGAAGAGAC CGATGGCAAA 
CACCTTGTGT CTGGACATAA AAGATCTTCA AGTTGGGGAA GAAGTTATTC CTTCTCTAGT 
GCTGTTACCA GAGGATGCTT ATTAGAAGAT GAAAACCAGA ATGTTAAAGC AGGTCTTCAA 
GCTACACTGC AGGTATTTTT GACCAACTCT GCAAACATAT TTTTATTGGA ACCATGCAGT 
GAAGCCCCTG AACTACTTAA AGAGCAGATA AATTCTTGCA GAGCAGTTTT GAGTATATAT 
AGGCGCATGA TAATGGAAGT TCCAATGAAT AAAAAGACCT GGGAGCATAT GTTGCAAATG 
CTTCTTAGCA TAACAGCAGC TGTCATGAGC AACTCCAAAG ATGATCAGAT AAAGGATGCA 
TTTGGTCAAA GTTTAGCAGG TTTACTATTT CGGACTCTCA TTGTGGCTTG GATCCGAGCA 
AATTTGAGTG TTTACATTTC TCGTGAGCTC TGGGACGAGT TGCTACGTGT GCTGTCATCC 
CTTACAGATT GGGAAGAACT AATAATGGAA TGGGCTAATA TAATGGATTC TTTAACATCT 
GTTTTAGCAA GAACAGTATA TGGTGTTGAA ATGACCAGGT TGCCACTAGA TAAGCTAAGT 
GAACAAAAAG AGAAAATACA AAAAGGAAGA GGTGGCATTT TAGAATCTCA AAAAGGAGCT 
GCAGTTGGAA GATCGTTTTC TTTAAGCTGG AGAGATCATC CTGACGTTAC AGAACCAATG 
AGATTTAGGA GTGCTACCAC CTCAGGAGTA CTGGGAATTG AGAAAGCAAG GAATATAGTG 
CGTCAGAGAA CAACAGAAAG TGAACAACGT GAACTATCAG AAAATGGATC AGGAATTATT 
AATCAGCAAC CGGTAAACTT ATTGAGAGCA GAATATAACA GTCCTTTTTC AGATCAGGAT 
CAATTAACTC GAAGCAGTAG TACCTCTGAT ATTAGAGAAC AATGCAGTTC TGATATTTTC 
CAAGTTAGAA AAACAGAGAG TTCACAAAAT TTAACTGCAG GATCCAGATC TGTTCAAAAA 
AGTAAGGAGA CCATGAACAA GGAAAGTACA CTACAAGAAG CAAGCAACAC TCCATCTGAA 
TTAATTCTCA AGACAGACAG ACAGCTGTTA CATGGAAATC AGAAAGAGAA AGAAAAATGT 
GAAAGTATTA GCAGTGATAC TTCTATTGGA TACAACAGTG AAATGGGCAT GAGCTTGGCT 
ACCTGGCAAA CGTGTGAAGA AAATAATGAT GTCTCCATGC ATGCCGACAT TTCTGTGGAT 
CCAGATGCCC ATCAGTGGTT GGCTGCCAAC TTCTCAGAAC CATTATTTCT TCTAGACAGC 
AGTGAATTCC TTGCCGATGA TTGTAGCATA ATTGCTGGTG GCAGTCTTAC TGGATGGCAT 
CCTGACTCTG CAGCGGTATT ATGGAGAAGA ACATTAGGAA TTCTTGGAGA TGTGAACAAT 
ATCCAGTCTC CTAAAATACA TGCCAGAGTT GTTGAATATC TCTTTGAGTT ATGGCACAAA 
TTAGCAAAGA TAAGAGACAA CCTGGCAATA AGTCTGGATA ACCAGTCTAC TCCTTCCCCT 
CCTGTTTTAA TTCCACCACT TAGAATATTT GCATCATGGT TGTTCAAGGC TACAACTTTA 
CCAGATGAAT ATAAAGAAGG AAAGATCCAT GCCTACAAAC TGATATGTGC TATGATGACA 
AGACGACAAG ATTTTATGCC AAATCCTGAC TACCTGGTGC ATTTTTATCT TATCATGCAC 
ATTGGCTTAA CTAGTAAAGA CCAGGATGTT TTGAACACTA TTATCAAACA CTGCTCCCCA 
TTCTTTTTCT TCTTGGGCTT ACCCGGCTTT ACACTGCTAA TAAGAGACTT CATAACAGCG 
GCAACTAGGG TTCTGAGTAC AAATATGTTG GAAGCTCCTC GCTTAGAAGC AAATACTATT 
CTTGGATCTC TGATTTGCTT TCCTAACCTT TACCAAGACA TTGCATTGCT ATCATCTGTT 
CCTGAAGCAG AAATCACAAC AGGAACTGCA GATGTCAAAT TTTGCCTCAT AAATACTCTT 
TTAAAGAATG CCAAAGAGGA ACCAAGTGAA GCTTCAAGGT ATTTATCCCT TTGCTGTCTT 
GGGCTTTGGA TATGTGAAGA ACTTGTGCAC TGTACCAACC ATCCTCAAGT AAAAGATGCA 
ATAAATGTTT TTGGTGTGAC ACTAAAGTTT TCTAACAAGC AGATTGCACA AGCAGCCTGT 
GATATCTTTC AGTTATTGAC ATCTTACTGG GAAAAACTAC AGAAATACAA CATTTCTCTA 
CCCCAAAAAA TTATTGAAAT CCTTGTTGCC ACTATTGCAT TTCTCCTACC AAGTGCAGAA 
TACTCTTCTG TGGAAAGTGA TAAAAAGTTT ATAGTTTCAT TGTTACTTTG TTTATTGGAT 
TGGTGCATGA CATTGCCAGT GAAGATATTG TTGGAGCCTG TATTTACTTC CAGTTTTGAA 
AATCATTATT CTTCTAATAC TCCATTGCTT GATTATATTT ATAGGATCCT GAACTGTTGT 
GTTTATGGTT CAAACCTGTA CACACAGCAA AGCCATTATC TTTTAAGTCT TGCCGACCTC 
TCCAGTGAGT TCTATGATCC CTTTATGCCC CTAGGAAATG TTAGGAATTC TGAAGTGATT 
CCGGTTCAGT CTTCTGCAGA CCTGAATAAT TTGCTCACTG TTGCTGAAGA AATGAAGCGG 
AGGAGCTTGG AGTTAATACC ATTGACAGCA CGAATGATTA TGGCACATCT AGTTAACAAT 
TTGGGCCATT ATCCTCTGAC TGAAGGTCCT GCTGTTCTAC ATAGTCTTAT TACTGAAAAT 
CACAACAATT CTTGTATGGA ATCTTCTGAA CTCTCACCTG AAGTCTTCCG AAGCCCCAAT 
TTACAGATCT TTGAATTTAA TGAAAATGCT GTCATTTCTT ACCTCCAGAT TCCTTCAAAA 
AGGGGGCTGG ATGATGAATT GGACGAATCT TTCTCAGAAG TAAGAGTAAT TGTTAGGGAT 
ATCTCTGGAA AGCATTCATG GGACGGACAA TTGATGTATG GGCCAATAGC TGCATATTCA 
GTAGATCAGA AGAACAGAAA ATTCTCTGTG ATTATGGAAA AGAATAAGCA GAACTTTGAG 
TCTCCAACTG ATTTCATTCA GATAGATGAT GGAGAAGATG CTCTTGATAG GTTGCTAGAA 
AAGATTGGCA GTACTAGTCC TGAGTGCCTT TTATATCCAC AAGTAAAATT AAATGAGCCA 
TCCCCATCTC CATTTGGCAT GAGTCATGCC CAAACTAGTG ATATCATTGA AGTAATACTG 
CAGCAGAGTT GCATAGAAAA TGAATATGCT CATGGATATT ATCTGAATCA TAATACAAAA 
AGCGAAAATC AGAAGATGCC AGGACCTGCT CTGCTACAGT CACAATTTCA TTTATGTAGA 
CTTTTGCTAA ATGGCTTAGG AATGAATTCT TGGGAAAAAA GAAAAAGTTT TAATATTTTG 
AAGAAAAATT CTAAATTGTT GAGAGAGCTG AAAAATTTAG ACTCTAGACA ATGCCGTGAC 
ACTCACAAGA TTGCAGTTGT TTACATTGCT GAAGGACAAG AAGATAAATG TTCAATATTG 
TCCAATCCTC AAGGAAGCCA AGCATATGAA GATTTTATTG CCGGATTGGG TTGGGAGGTT 
GATCTTTCAA CTCACTGCGG GTTTATGGGT GGCCTGCAAC GTAACGGTAG CACAGGACAA 
ACAGCCCCAT ATTATGCTAC TTCAACTATT GAAGTAATTT TTCATGTATC TACACGAATG 
CCGTTTGACT CAGATGACTC ACTGACCAAA AAGCTTCGTC ACTTGGGAAA TGATGAAGTT 
CATGTTATCT GGTCTGAACA TAGCAGAAAC TATCGCAGGG GCATTATACC AACAGATTTT 
GGTGATGTTT TAATTATTAT TTATCCAATG AGGAATCGTA TGTTTTACAT CGAGATTATG 
AAGAAACAAC AGGTCCCATT TTTTGGTCCT TTGTTTAACG GAGCAATTGT GACTGCAAAA 
CTGTTGCCAA ATCTTGTACG GGCCACATGT ATCAATGCCA GCAGAGCCGT GAAATCTCTT 
ATAACTCTCT ATCAGAGCTT TTATGAGGAA AGAGCAATAT ATCTTGATGA AATAATCCGG 
AATCACAAAG AACAACTGTC ATTTGAGGAT TTTGCTGCTC AGGTCTTCTC TCCCTCTCCC 
AGTTACTCCC GTAGTGGATG TGATTAA