ARHGEF12 cDNA ORF clone, Alligator sinensis(Chinese alligator)

Gene
Clones
gRNAs

Summary

Gene Symbol	ARHGEF12
Entrez Gene ID	102372630
Full Name	Rho guanine nucleotide exchange factor 12
Gene Type	protein-coding
Organism	Alligator sinensis(Chinese alligator)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014518410.1	XP_014373896.1	rho guanine nucleotide exchange factor 12 isoform X2
XM_014518409.2	XP_014373895.1	rho guanine nucleotide exchange factor 12 isoform X2
XM_025200035.1	XP_025055820.1	rho guanine nucleotide exchange factor 12 isoform X1
XM_014518409.1	XP_014373895.1	rho guanine nucleotide exchange factor 12 isoform X1
XM_025200034.1	XP_025055819.1	rho guanine nucleotide exchange factor 12 isoform X1
XM_025200036.1	XP_025055821.1	rho guanine nucleotide exchange factor 12 isoform X2

Pathways from BioSystems
Gene Ontology

The following ARHGEF12 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ARHGEF12 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)
OAl15179	XM_014518409.2 Latest version!	Alligator sinensis Rho guanine nucleotide exchange factor 12 (ARHGEF12), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAl15179	XM_025200036.1 Latest version!	Alligator sinensis Rho guanine nucleotide exchange factor 12 (ARHGEF12), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAl15180	XM_014518410.1 Latest version!	Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 12 (ARHGEF12), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAl84334	XM_025200035.1 Latest version!	Alligator sinensis Rho guanine nucleotide exchange factor 12 (ARHGEF12), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OAl84334	XM_025200034.1 Latest version!	Alligator sinensis Rho guanine nucleotide exchange factor 12 (ARHGEF12), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
View Old Accession Versions >>
OAl15179	XM_014518409.1	Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 12 (ARHGEF12), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
Hide Old Accession Versions >>

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** 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)

ARHGEF12 ( XM_014518409.2 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_014373895.1 Alligator sinensis Rho guanine nucleotide exchange factor 12 (ARHGEF12), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OAl15179
Clone ID Related Accession (Same CDS sequence)	XM_014518409.2 , XM_014518409.1 , XM_025200036.1
Accession Version	XM_014518409.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4326bp) 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	2018-06-03
Organism	Alligator sinensis(Chinese alligator)
Product	rho guanine nucleotide exchange factor 12 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005841952.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 4, 2018 this sequence version replaced XM_014518409.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Alligator sinensis Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGGCTG GAGTTCAGAC GGGTGATCGA ATTATCAAGG TGAATGGGAC TCTTGTAACG 
CACTCAAACC ATTTGGAAGT GGTCAAGCTG ATCAAGTCGG GTTCCTATGT AGCTCTCACT 
GTGCAGGGGC GCCCACCAGG GTCGCCCCAG ATTCCGTTAG CTGATTCCGA AGTGGATCCG 
GCAGCATTCG GGCATATGTC ACCCATCATG ACCTCTCCTC ATTCGCCTGG CACGTTTGGA 
AACGCAGAAA GGATTACCAG CCCGGTATTA ATGGGGGAGG AGAACAATAT TGTTCACAAC 
CAGAAAGTGG AGATTCTGAG AAAGATGTTG CAAAAGGAAC AAGAGCAGCT GCAGTCCTTG 
CAGGAAGATT ACAGCCGAAC ACCAACCCCA CGACTGCTCA AGGAGATTCA GGAAGCCAAG 
AAACACATCC CTCAGCTGCA GGAGCAACTG TCCAAAGCCA CAGGCTCTCC TCAGGATGGA 
GTTTTGTCCT CCCGATTAGT GGCTGAGTCT CTGCAGATCA GTGAAGTTGA GACGGAGAGT 
GGGGAAGGGC TGAGCAAAAT TGAGTCAAGT GGTGATGGCT CCCGGCCAAA CAGTGACATT 
GCTGATAGTC CTCGGAGTGG CCTGAAGGAG CGAGTTTACC TGGATGAGAG CCCAGAGAAG 
AGCGAAATTC AGGATACTGA TTCACAGTCC AGTGTTGGGA GCCCCTCCTC CCGCGTGGCA 
CCTCAGATCA TCGGAGCAGA GGATGACGAC TTTGACACTG AACACGAGCA GATTAATGGG 
CAGTGCAGCT GTTTCCAAAA CATGGAGCTG TTGAAGTCTC GCCCAGCTCA TCTAGCTGTG 
TTCCTGCATC ACGTGGTGTC CCAGTTTGAC CCTGCAGCCT TGCTCTGCTA TCTCTATGCG 
GACTTGTACA AACAGACCAA CTCCAAAGAG ACTCGTCGTG TCTTCCTTGA GTTTAACCAG 
TTCTTCCTGG ACCGAGCTGC GAACCTGAAG GTCCCAGTTC CAGATGAAGT TTCTGTAGAT 
CTAGAAAAGA GGCGGCCAGA ACTCATTCCA GAAGAGCTGC ACCGCCATTA CATCCTAACT 
ATGCAAGATA AAGTCCTTCC AGAGGTCCAG AGGAATTTGG AAGACTTCAG ACAGAAACGT 
AGCATGGGCC TGACCTTGGC AGAGGGCGAA CTGACTAAGC TGGACGCGGA ACGAGTCCGT 
GACCGGAGCG TGCTGGAGAA GGAGAGAGCA TGTGCAGAGC AGATAATTGC CAAAATTGAA 
GAAGTTCTGG TGTCATCTCA ACCTTTGGAA GAGGATAAGA GTTCCACCAT GCAGTATGTG 
ATTCTCACCT ACATGAAATA TTTGGGGGTG AGAGTCAAAG AGCCCCGGAG TCTGGAGCAG 
AAGCGTGGAC GTATTGGTTT CCTGCCAAAG ATTAAGCAAA GTATAAAGAA AGAGAAAGAA 
GGGGAGGAAA AGGTGAAGAG GAGAGGTTTC CCTAGCATCC TGGGGCCGCC GAGAAGACCG 
AGTCGCCATG ACAGTAGTGC AATTGGCAGA GCCATGGAAA TGCAGAAGCA GCGTCATCCA 
AAGTACTTAT CCACAACCTC TTCTGTTAGC CCAGAGCCAC CAGACTCTGG CAAAACACGC 
CAGAGTGGAT CTTCCAGCGA TGGCACAGAT GTAGCATACC CAACTGCTAA TCCTATGTCT 
CCCCTGACTT CGGGACCTTT TACCTCCCTG GAGGCAAGCA AAGATAGTGA GACAGGTCCC 
AAGCAGACTG GAGAAGTTCC ACCGTCTAGT GACTCTGTGG ATGGCACCCC CCGCACACCT 
AATGCCACCT TTGACTTCCC TTCCCCACCC CTGGACCACT TGCAGGAAGA GGAGGGAGAA 
CTTGAGAGAA CAGCTGAGTT GGGAACACCA AAACCTTTCC GCAAGATGGA GAGCATGGGC 
TATGGAGATG TCCAAAGTGA GGATGAACTG TATGATTTTG ATACAGACAC CGATCCTCCC 
AACTGGCAGC AGCTTGTGAG TCGAGAGTTG CTGCTGGGGC TGAAACCGTT TGAAATCAAA 
CGCCAAGAAG TGATTAACGA GCTGTTTTAC ACAGAGCGAG CTCATGTCCG CACGCTGAAG 
GTTCTGCATC AGGTCTTCTA CCAGCGTGTC TCCCGTGAAG GGATCCTCAC TCCCTCAGAT 
CTGCGGAAGA TCTTTTCCAA CCTGGAGGAC ATCCTTCTGC TCCATACCGG CTTGAATGAC 
CAGATGAAAA GTGTCCGAAA AAGGAATGAG ACATCAGTTA TTGATCAGAT TGGAGAGGAC 
TTACTAACTT GGTTCAGCGG ACCAGGAGAG GAGAACCTGA AACATGCAGC AGCCACCTTC 
TGTAGTAACC AGCCCTTTGC TTTAGAGGTG ATCAAATCAC GGCAGAAGAA GGACTCGCGC 
TTCCAGACCT TTGTGCAGGA TGCCGAGAGT AATCCGCTGT GTCGCCGGTT GCAATTGAAG 
GATATCATTC CCACTGAGAT GCAGAGACTG ACTAAATACC CCCTTCTGTT GGATAGTATT 
GCTAAGTATT CAGAACTGCC TGAGGAGAAG GAGAAAGTGA AGAAAGCAGC GGATCACTGC 
CGTCAAATCC TTAACTATGT GAACCAAGCT GTCAAAGAGT CGGAGAACAA GCAGCATTTA 
GAAGATTATC AGCGTCGTCT CGACCTATCT TATCTGAAGC AGGCAGAAGA CCCTATGCTG 
GATGAGTTTC GGAATTTGGA TTTAACCAAG CGGAAGATGA TTCACGAAGG ACCTCTGACT 
TGGAAGGTGA ATCGGGACAA AACTATAGAT CTCTACACCT TGCTCTTGGA GGATATTCTG 
GTGCTGTTGC AAAAGCAAGA TGACAAACTG GTGCTGCGGT GTCACAGTAA GATCCTGGCA 
TCTACTGCTG ACAGCAAGCA CATATTCAGC CCTGTGATCA AGCTGAACAC TGTGCTAGTT 
CGCCAGGTGG CAACAGATAA CAAAGCTTTC TTTGTCATCT CCATGTCAGA AAATGGCGCC 
CATATTTATG AACTAGTGGC ACAGACCGTT TCGGAAAAAA ACGCATGGCA GGACCTGATA 
GCTCAGATGG CAGGGACAGT GAAAGCCGAG GCTTCCACCA GAAGGGTGAT ACCATTACCG 
CAGCCAGGGC CTGGCGAAGA AGAGCGTGAG GAAGAGGAGC AGAAGTTGAA AGACGAGCAG 
CCTGATATTC CAGCCAGCAG CATGCAGAGT CCAGATAAAG AGTTGGGCCT TGAGCCTTCC 
CTCATACTGA AGACCCAGTC TCCTTCAGCT GTTATGTCGG AGAAGTCTGA AGTAGAAGAT 
CTCCTCGTGA CAGAGAGGCA GTTTGACAAA GAGCAGCAGG AAGACGAGCT TGTGCTCAAA 
GACTCCTCCG CGTGCTACGA ACAAGCGACC GCAGACGTGC CTTGCGGGGT GTCAGAAGGG 
CGGTGGGCAC TGGATGCGTT AAGGAGCTTG GGCTTGTTGA AACAGTTGTT GGTGCAGCAG 
CTTGGCTTGT CAGAGAAGAG GACCCTTGAA GACTGGCAGC ATTTTCCCAG GTTTAGGACA 
GCTTCCCAAG GTGCTTGGGC AGAAAGTGGA AACCAGGGTG GACTGCAGCA CTCTGATAAT 
AACAAGATGC ACCAGCCTGG AGTGGACCGG ATGCCTGTCA GACCTGGAAC TAGTGAACCC 
GCAGCTTGTT ATGGTATCCG GACTTCAGCT GAATTCCCAG CTTCACAGGA TGCCGTGCAG 
CTGGTATCTA GAGACGCCAG GTCAGGTAAT AATGTAGTAA TGGACCTTGT AAGCATGAAC 
GTGGAGACCC CGCTCATGGA GCTGGAAGGA GTGGGTCCTG ATGACAATGG AGAGCACTTC 
TTTGATGCCC GCGAGGCCCA CAGCGACGAC ATCCCATCCG AAGGAGAAGT GACGGAAAGG 
AAGGAGGATG AGGAGGTGCA GTTACGGATC TCAGGAAATT ATTTGATCCT TGACGGATAT 
GGAACGGTGC AGGAAAGCTC CACGGACGAT GAGGTGTCTT CGCTAGTCCT ACAGTGCACT 
GCAGGCAGCA CCTCTCTGGA CACGGCGCAG CAGCAACACG TTTCCCCCAG GGAGGCCCAG 
TCAGACGGGG GGAGCTCCCT GTTTGCTGAG TTCATGGCCT CCCGCTGGGC GGCTGTGGAG 
GAGTCCAGCT CCGGAGCACC AAGCCCCCCC TTCTCCGTAG AGTCACGTAT CCAGATGATG 
CAGTACATTC ACAAGATCGA GGCTGACCTT GAACACTTAA AGGAGATCGA GGAAAATTAT 
GCCACTCTCC TTCGCCAAAG GCTGGCTGGA TCAGCCCCCA CAGATGAGCA CTCAGACAAA 
AGTTAG

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

RefSeq	XP_014373895.1
CDS	217..4542
Translation	MRAGVQTGDRIIKVNGTLVTHSNHLEVVKLIKSGSYVALTVQGRPPGSPQIPLADSEVDPAAFGHMSPIMTSPHSPGTFGNAERITSPVLMGEENNIVHNQKVEILRKMLQKEQEQLQSLQEDYSRTPTPRLLKEIQEAKKHIPQLQEQLSKATGSPQDGVLSSRLVAESLQISEVETESGEGLSKIESSGDGSRPNSDIADSPRSGLKERVYLDESPEKSEIQDTDSQSSVGSPSSRVAPQIIGAEDDDFDTEHEQINGQCSCFQNMELLKSRPAHLAVFLHHVVSQFDPAALLCYLYADLYKQTNSKETRRVFLEFNQFFLDRAANLKVPVPDEVSVDLEKRRPELIPEELHRHYILTMQDKVLPEVQRNLEDFRQKRSMGLTLAEGELTKLDAERVRDRSVLEKERACAEQIIAKIEEVLVSSQPLEEDKSSTMQYVILTYMKYLGVRVKEPRSLEQKRGRIGFLPKIKQSIKKEKEGEEKVKRRGFPSILGPPRRPSRHDSSAIGRAMEMQKQRHPKYLSTTSSVSPEPPDSGKTRQSGSSSDGTDVAYPTANPMSPLTSGPFTSLEASKDSETGPKQTGEVPPSSDSVDGTPRTPNATFDFPSPPLDHLQEEEGELERTAELGTPKPFRKMESMGYGDVQSEDELYDFDTDTDPPNWQQLVSRELLLGLKPFEIKRQEVINELFYTERAHVRTLKVLHQVFYQRVSREGILTPSDLRKIFSNLEDILLLHTGLNDQMKSVRKRNETSVIDQIGEDLLTWFSGPGEENLKHAAATFCSNQPFALEVIKSRQKKDSRFQTFVQDAESNPLCRRLQLKDIIPTEMQRLTKYPLLLDSIAKYSELPEEKEKVKKAADHCRQILNYVNQAVKESENKQHLEDYQRRLDLSYLKQAEDPMLDEFRNLDLTKRKMIHEGPLTWKVNRDKTIDLYTLLLEDILVLLQKQDDKLVLRCHSKILASTADSKHIFSPVIKLNTVLVRQVATDNKAFFVISMSENGAHIYELVAQTVSEKNAWQDLIAQMAGTVKAEASTRRVIPLPQPGPGEEEREEEEQKLKDEQPDIPASSMQSPDKELGLEPSLILKTQSPSAVMSEKSEVEDLLVTERQFDKEQQEDELVLKDSSACYEQATADVPCGVSEGRWALDALRSLGLLKQLLVQQLGLSEKRTLEDWQHFPRFRTASQGAWAESGNQGGLQHSDNNKMHQPGVDRMPVRPGTSEPAACYGIRTSAEFPASQDAVQLVSRDARSGNNVVMDLVSMNVETPLMELEGVGPDDNGEHFFDAREAHSDDIPSEGEVTERKEDEEVQLRISGNYLILDGYGTVQESSTDDEVSSLVLQCTAGSTSLDTAQQQHVSPREAQSDGGSSLFAEFMASRWAAVEESSSGAPSPPFSVESRIQMMQYIHKIEADLEHLKEIEENYATLLRQRLAGSAPTDEHSDKS

Target ORF information:

RefSeq Version	XM_014518409.2
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis Rho guanine nucleotide exchange factor 12 (ARHGEF12), transcript variant X4, mRNA.

Target ORF information:

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

XM_014518409.2

ORF Insert Sequence:

ATGCGGGCTG GAGTTCAGAC GGGTGATCGA ATTATCAAGG TGAATGGGAC TCTTGTAACG 
CACTCAAACC ATTTGGAAGT GGTCAAGCTG ATCAAGTCGG GTTCCTATGT AGCTCTCACT 
GTGCAGGGGC GCCCACCAGG GTCGCCCCAG ATTCCGTTAG CTGATTCCGA AGTGGATCCG 
GCAGCATTCG GGCATATGTC ACCCATCATG ACCTCTCCTC ATTCGCCTGG CACGTTTGGA 
AACGCAGAAA GGATTACCAG CCCGGTATTA ATGGGGGAGG AGAACAATAT TGTTCACAAC 
CAGAAAGTGG AGATTCTGAG AAAGATGTTG CAAAAGGAAC AAGAGCAGCT GCAGTCCTTG 
CAGGAAGATT ACAGCCGAAC ACCAACCCCA CGACTGCTCA AGGAGATTCA GGAAGCCAAG 
AAACACATCC CTCAGCTGCA GGAGCAACTG TCCAAAGCCA CAGGCTCTCC TCAGGATGGA 
GTTTTGTCCT CCCGATTAGT GGCTGAGTCT CTGCAGATCA GTGAAGTTGA GACGGAGAGT 
GGGGAAGGGC TGAGCAAAAT TGAGTCAAGT GGTGATGGCT CCCGGCCAAA CAGTGACATT 
GCTGATAGTC CTCGGAGTGG CCTGAAGGAG CGAGTTTACC TGGATGAGAG CCCAGAGAAG 
AGCGAAATTC AGGATACTGA TTCACAGTCC AGTGTTGGGA GCCCCTCCTC CCGCGTGGCA 
CCTCAGATCA TCGGAGCAGA GGATGACGAC TTTGACACTG AACACGAGCA GATTAATGGG 
CAGTGCAGCT GTTTCCAAAA CATGGAGCTG TTGAAGTCTC GCCCAGCTCA TCTAGCTGTG 
TTCCTGCATC ACGTGGTGTC CCAGTTTGAC CCTGCAGCCT TGCTCTGCTA TCTCTATGCG 
GACTTGTACA AACAGACCAA CTCCAAAGAG ACTCGTCGTG TCTTCCTTGA GTTTAACCAG 
TTCTTCCTGG ACCGAGCTGC GAACCTGAAG GTCCCAGTTC CAGATGAAGT TTCTGTAGAT 
CTAGAAAAGA GGCGGCCAGA ACTCATTCCA GAAGAGCTGC ACCGCCATTA CATCCTAACT 
ATGCAAGATA AAGTCCTTCC AGAGGTCCAG AGGAATTTGG AAGACTTCAG ACAGAAACGT 
AGCATGGGCC TGACCTTGGC AGAGGGCGAA CTGACTAAGC TGGACGCGGA ACGAGTCCGT 
GACCGGAGCG TGCTGGAGAA GGAGAGAGCA TGTGCAGAGC AGATAATTGC CAAAATTGAA 
GAAGTTCTGG TGTCATCTCA ACCTTTGGAA GAGGATAAGA GTTCCACCAT GCAGTATGTG 
ATTCTCACCT ACATGAAATA TTTGGGGGTG AGAGTCAAAG AGCCCCGGAG TCTGGAGCAG 
AAGCGTGGAC GTATTGGTTT CCTGCCAAAG ATTAAGCAAA GTATAAAGAA AGAGAAAGAA 
GGGGAGGAAA AGGTGAAGAG GAGAGGTTTC CCTAGCATCC TGGGGCCGCC GAGAAGACCG 
AGTCGCCATG ACAGTAGTGC AATTGGCAGA GCCATGGAAA TGCAGAAGCA GCGTCATCCA 
AAGTACTTAT CCACAACCTC TTCTGTTAGC CCAGAGCCAC CAGACTCTGG CAAAACACGC 
CAGAGTGGAT CTTCCAGCGA TGGCACAGAT GTAGCATACC CAACTGCTAA TCCTATGTCT 
CCCCTGACTT CGGGACCTTT TACCTCCCTG GAGGCAAGCA AAGATAGTGA GACAGGTCCC 
AAGCAGACTG GAGAAGTTCC ACCGTCTAGT GACTCTGTGG ATGGCACCCC CCGCACACCT 
AATGCCACCT TTGACTTCCC TTCCCCACCC CTGGACCACT TGCAGGAAGA GGAGGGAGAA 
CTTGAGAGAA CAGCTGAGTT GGGAACACCA AAACCTTTCC GCAAGATGGA GAGCATGGGC 
TATGGAGATG TCCAAAGTGA GGATGAACTG TATGATTTTG ATACAGACAC CGATCCTCCC 
AACTGGCAGC AGCTTGTGAG TCGAGAGTTG CTGCTGGGGC TGAAACCGTT TGAAATCAAA 
CGCCAAGAAG TGATTAACGA GCTGTTTTAC ACAGAGCGAG CTCATGTCCG CACGCTGAAG 
GTTCTGCATC AGGTCTTCTA CCAGCGTGTC TCCCGTGAAG GGATCCTCAC TCCCTCAGAT 
CTGCGGAAGA TCTTTTCCAA CCTGGAGGAC ATCCTTCTGC TCCATACCGG CTTGAATGAC 
CAGATGAAAA GTGTCCGAAA AAGGAATGAG ACATCAGTTA TTGATCAGAT TGGAGAGGAC 
TTACTAACTT GGTTCAGCGG ACCAGGAGAG GAGAACCTGA AACATGCAGC AGCCACCTTC 
TGTAGTAACC AGCCCTTTGC TTTAGAGGTG ATCAAATCAC GGCAGAAGAA GGACTCGCGC 
TTCCAGACCT TTGTGCAGGA TGCCGAGAGT AATCCGCTGT GTCGCCGGTT GCAATTGAAG 
GATATCATTC CCACTGAGAT GCAGAGACTG ACTAAATACC CCCTTCTGTT GGATAGTATT 
GCTAAGTATT CAGAACTGCC TGAGGAGAAG GAGAAAGTGA AGAAAGCAGC GGATCACTGC 
CGTCAAATCC TTAACTATGT GAACCAAGCT GTCAAAGAGT CGGAGAACAA GCAGCATTTA 
GAAGATTATC AGCGTCGTCT CGACCTATCT TATCTGAAGC AGGCAGAAGA CCCTATGCTG 
GATGAGTTTC GGAATTTGGA TTTAACCAAG CGGAAGATGA TTCACGAAGG ACCTCTGACT 
TGGAAGGTGA ATCGGGACAA AACTATAGAT CTCTACACCT TGCTCTTGGA GGATATTCTG 
GTGCTGTTGC AAAAGCAAGA TGACAAACTG GTGCTGCGGT GTCACAGTAA GATCCTGGCA 
TCTACTGCTG ACAGCAAGCA CATATTCAGC CCTGTGATCA AGCTGAACAC TGTGCTAGTT 
CGCCAGGTGG CAACAGATAA CAAAGCTTTC TTTGTCATCT CCATGTCAGA AAATGGCGCC 
CATATTTATG AACTAGTGGC ACAGACCGTT TCGGAAAAAA ACGCATGGCA GGACCTGATA 
GCTCAGATGG CAGGGACAGT GAAAGCCGAG GCTTCCACCA GAAGGGTGAT ACCATTACCG 
CAGCCAGGGC CTGGCGAAGA AGAGCGTGAG GAAGAGGAGC AGAAGTTGAA AGACGAGCAG 
CCTGATATTC CAGCCAGCAG CATGCAGAGT CCAGATAAAG AGTTGGGCCT TGAGCCTTCC 
CTCATACTGA AGACCCAGTC TCCTTCAGCT GTTATGTCGG AGAAGTCTGA AGTAGAAGAT 
CTCCTCGTGA CAGAGAGGCA GTTTGACAAA GAGCAGCAGG AAGACGAGCT TGTGCTCAAA 
GACTCCTCCG CGTGCTACGA ACAAGCGACC GCAGACGTGC CTTGCGGGGT GTCAGAAGGG 
CGGTGGGCAC TGGATGCGTT AAGGAGCTTG GGCTTGTTGA AACAGTTGTT GGTGCAGCAG 
CTTGGCTTGT CAGAGAAGAG GACCCTTGAA GACTGGCAGC ATTTTCCCAG GTTTAGGACA 
GCTTCCCAAG GTGCTTGGGC AGAAAGTGGA AACCAGGGTG GACTGCAGCA CTCTGATAAT 
AACAAGATGC ACCAGCCTGG AGTGGACCGG ATGCCTGTCA GACCTGGAAC TAGTGAACCC 
GCAGCTTGTT ATGGTATCCG GACTTCAGCT GAATTCCCAG CTTCACAGGA TGCCGTGCAG 
CTGGTATCTA GAGACGCCAG GTCAGGTAAT AATGTAGTAA TGGACCTTGT AAGCATGAAC 
GTGGAGACCC CGCTCATGGA GCTGGAAGGA GTGGGTCCTG ATGACAATGG AGAGCACTTC 
TTTGATGCCC GCGAGGCCCA CAGCGACGAC ATCCCATCCG AAGGAGAAGT GACGGAAAGG 
AAGGAGGATG AGGAGGTGCA GTTACGGATC TCAGGAAATT ATTTGATCCT TGACGGATAT 
GGAACGGTGC AGGAAAGCTC CACGGACGAT GAGGTGTCTT CGCTAGTCCT ACAGTGCACT 
GCAGGCAGCA CCTCTCTGGA CACGGCGCAG CAGCAACACG TTTCCCCCAG GGAGGCCCAG 
TCAGACGGGG GGAGCTCCCT GTTTGCTGAG TTCATGGCCT CCCGCTGGGC GGCTGTGGAG 
GAGTCCAGCT CCGGAGCACC AAGCCCCCCC TTCTCCGTAG AGTCACGTAT CCAGATGATG 
CAGTACATTC ACAAGATCGA GGCTGACCTT GAACACTTAA AGGAGATCGA GGAAAATTAT 
GCCACTCTCC TTCGCCAAAG GCTGGCTGGA TCAGCCCCCA CAGATGAGCA CTCAGACAAA 
AGTTAG

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

ARHGEF12 ( XM_014518409.1 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_014373895.1 Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 12 (ARHGEF12), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAl15179
Clone ID Related Accession (Same CDS sequence)	XM_014518409.2 , XM_014518409.1 , XM_025200036.1
Accession Version	XM_014518409.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4326bp) 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	2015-10-29
Organism	Alligator sinensis(Chinese alligator)
Product	rho guanine nucleotide exchange factor 12 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005841952.1) 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 :: Alligator sinensis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGGCTG GAGTTCAGAC GGGTGATCGA ATTATCAAGG TGAATGGGAC TCTTGTAACG 
CACTCAAACC ATTTGGAAGT GGTCAAGCTG ATCAAGTCGG GTTCCTATGT AGCTCTCACT 
GTGCAGGGGC GCCCACCAGG GTCGCCCCAG ATTCCGTTAG CTGATTCCGA AGTGGATCCG 
GCAGCATTCG GGCATATGTC ACCCATCATG ACCTCTCCTC ATTCGCCTGG CACGTTTGGA 
AACGCAGAAA GGATTACCAG CCCGGTATTA ATGGGGGAGG AGAACAATAT TGTTCACAAC 
CAGAAAGTGG AGATTCTGAG AAAGATGTTG CAAAAGGAAC AAGAGCAGCT GCAGTCCTTG 
CAGGAAGATT ACAGCCGAAC ACCAACCCCA CGACTGCTCA AGGAGATTCA GGAAGCCAAG 
AAACACATCC CTCAGCTGCA GGAGCAACTG TCCAAAGCCA CAGGCTCTCC TCAGGATGGA 
GTTTTGTCCT CCCGATTAGT GGCTGAGTCT CTGCAGATCA GTGAAGTTGA GACGGAGAGT 
GGGGAAGGGC TGAGCAAAAT TGAGTCAAGT GGTGATGGCT CCCGGCCAAA CAGTGACATT 
GCTGATAGTC CTCGGAGTGG CCTGAAGGAG CGAGTTTACC TGGATGAGAG CCCAGAGAAG 
AGCGAAATTC AGGATACTGA TTCACAGTCC AGTGTTGGGA GCCCCTCCTC CCGCGTGGCA 
CCTCAGATCA TCGGAGCAGA GGATGACGAC TTTGACACTG AACACGAGCA GATTAATGGG 
CAGTGCAGCT GTTTCCAAAA CATGGAGCTG TTGAAGTCTC GCCCAGCTCA TCTAGCTGTG 
TTCCTGCATC ACGTGGTGTC CCAGTTTGAC CCTGCAGCCT TGCTCTGCTA TCTCTATGCG 
GACTTGTACA AACAGACCAA CTCCAAAGAG ACTCGTCGTG TCTTCCTTGA GTTTAACCAG 
TTCTTCCTGG ACCGAGCTGC GAACCTGAAG GTCCCAGTTC CAGATGAAGT TTCTGTAGAT 
CTAGAAAAGA GGCGGCCAGA ACTCATTCCA GAAGAGCTGC ACCGCCATTA CATCCTAACT 
ATGCAAGATA AAGTCCTTCC AGAGGTCCAG AGGAATTTGG AAGACTTCAG ACAGAAACGT 
AGCATGGGCC TGACCTTGGC AGAGGGCGAA CTGACTAAGC TGGACGCGGA ACGAGTCCGT 
GACCGGAGCG TGCTGGAGAA GGAGAGAGCA TGTGCAGAGC AGATAATTGC CAAAATTGAA 
GAAGTTCTGG TGTCATCTCA ACCTTTGGAA GAGGATAAGA GTTCCACCAT GCAGTATGTG 
ATTCTCACCT ACATGAAATA TTTGGGGGTG AGAGTCAAAG AGCCCCGGAG TCTGGAGCAG 
AAGCGTGGAC GTATTGGTTT CCTGCCAAAG ATTAAGCAAA GTATAAAGAA AGAGAAAGAA 
GGGGAGGAAA AGGTGAAGAG GAGAGGTTTC CCTAGCATCC TGGGGCCGCC GAGAAGACCG 
AGTCGCCATG ACAGTAGTGC AATTGGCAGA GCCATGGAAA TGCAGAAGCA GCGTCATCCA 
AAGTACTTAT CCACAACCTC TTCTGTTAGC CCAGAGCCAC CAGACTCTGG CAAAACACGC 
CAGAGTGGAT CTTCCAGCGA TGGCACAGAT GTAGCATACC CAACTGCTAA TCCTATGTCT 
CCCCTGACTT CGGGACCTTT TACCTCCCTG GAGGCAAGCA AAGATAGTGA GACAGGTCCC 
AAGCAGACTG GAGAAGTTCC ACCGTCTAGT GACTCTGTGG ATGGCACCCC CCGCACACCT 
AATGCCACCT TTGACTTCCC TTCCCCACCC CTGGACCACT TGCAGGAAGA GGAGGGAGAA 
CTTGAGAGAA CAGCTGAGTT GGGAACACCA AAACCTTTCC GCAAGATGGA GAGCATGGGC 
TATGGAGATG TCCAAAGTGA GGATGAACTG TATGATTTTG ATACAGACAC CGATCCTCCC 
AACTGGCAGC AGCTTGTGAG TCGAGAGTTG CTGCTGGGGC TGAAACCGTT TGAAATCAAA 
CGCCAAGAAG TGATTAACGA GCTGTTTTAC ACAGAGCGAG CTCATGTCCG CACGCTGAAG 
GTTCTGCATC AGGTCTTCTA CCAGCGTGTC TCCCGTGAAG GGATCCTCAC TCCCTCAGAT 
CTGCGGAAGA TCTTTTCCAA CCTGGAGGAC ATCCTTCTGC TCCATACCGG CTTGAATGAC 
CAGATGAAAA GTGTCCGAAA AAGGAATGAG ACATCAGTTA TTGATCAGAT TGGAGAGGAC 
TTACTAACTT GGTTCAGCGG ACCAGGAGAG GAGAACCTGA AACATGCAGC AGCCACCTTC 
TGTAGTAACC AGCCCTTTGC TTTAGAGGTG ATCAAATCAC GGCAGAAGAA GGACTCGCGC 
TTCCAGACCT TTGTGCAGGA TGCCGAGAGT AATCCGCTGT GTCGCCGGTT GCAATTGAAG 
GATATCATTC CCACTGAGAT GCAGAGACTG ACTAAATACC CCCTTCTGTT GGATAGTATT 
GCTAAGTATT CAGAACTGCC TGAGGAGAAG GAGAAAGTGA AGAAAGCAGC GGATCACTGC 
CGTCAAATCC TTAACTATGT GAACCAAGCT GTCAAAGAGT CGGAGAACAA GCAGCATTTA 
GAAGATTATC AGCGTCGTCT CGACCTATCT TATCTGAAGC AGGCAGAAGA CCCTATGCTG 
GATGAGTTTC GGAATTTGGA TTTAACCAAG CGGAAGATGA TTCACGAAGG ACCTCTGACT 
TGGAAGGTGA ATCGGGACAA AACTATAGAT CTCTACACCT TGCTCTTGGA GGATATTCTG 
GTGCTGTTGC AAAAGCAAGA TGACAAACTG GTGCTGCGGT GTCACAGTAA GATCCTGGCA 
TCTACTGCTG ACAGCAAGCA CATATTCAGC CCTGTGATCA AGCTGAACAC TGTGCTAGTT 
CGCCAGGTGG CAACAGATAA CAAAGCTTTC TTTGTCATCT CCATGTCAGA AAATGGCGCC 
CATATTTATG AACTAGTGGC ACAGACCGTT TCGGAAAAAA ACGCATGGCA GGACCTGATA 
GCTCAGATGG CAGGGACAGT GAAAGCCGAG GCTTCCACCA GAAGGGTGAT ACCATTACCG 
CAGCCAGGGC CTGGCGAAGA AGAGCGTGAG GAAGAGGAGC AGAAGTTGAA AGACGAGCAG 
CCTGATATTC CAGCCAGCAG CATGCAGAGT CCAGATAAAG AGTTGGGCCT TGAGCCTTCC 
CTCATACTGA AGACCCAGTC TCCTTCAGCT GTTATGTCGG AGAAGTCTGA AGTAGAAGAT 
CTCCTCGTGA CAGAGAGGCA GTTTGACAAA GAGCAGCAGG AAGACGAGCT TGTGCTCAAA 
GACTCCTCCG CGTGCTACGA ACAAGCGACC GCAGACGTGC CTTGCGGGGT GTCAGAAGGG 
CGGTGGGCAC TGGATGCGTT AAGGAGCTTG GGCTTGTTGA AACAGTTGTT GGTGCAGCAG 
CTTGGCTTGT CAGAGAAGAG GACCCTTGAA GACTGGCAGC ATTTTCCCAG GTTTAGGACA 
GCTTCCCAAG GTGCTTGGGC AGAAAGTGGA AACCAGGGTG GACTGCAGCA CTCTGATAAT 
AACAAGATGC ACCAGCCTGG AGTGGACCGG ATGCCTGTCA GACCTGGAAC TAGTGAACCC 
GCAGCTTGTT ATGGTATCCG GACTTCAGCT GAATTCCCAG CTTCACAGGA TGCCGTGCAG 
CTGGTATCTA GAGACGCCAG GTCAGGTAAT AATGTAGTAA TGGACCTTGT AAGCATGAAC 
GTGGAGACCC CGCTCATGGA GCTGGAAGGA GTGGGTCCTG ATGACAATGG AGAGCACTTC 
TTTGATGCCC GCGAGGCCCA CAGCGACGAC ATCCCATCCG AAGGAGAAGT GACGGAAAGG 
AAGGAGGATG AGGAGGTGCA GTTACGGATC TCAGGAAATT ATTTGATCCT TGACGGATAT 
GGAACGGTGC AGGAAAGCTC CACGGACGAT GAGGTGTCTT CGCTAGTCCT ACAGTGCACT 
GCAGGCAGCA CCTCTCTGGA CACGGCGCAG CAGCAACACG TTTCCCCCAG GGAGGCCCAG 
TCAGACGGGG GGAGCTCCCT GTTTGCTGAG TTCATGGCCT CCCGCTGGGC GGCTGTGGAG 
GAGTCCAGCT CCGGAGCACC AAGCCCCCCC TTCTCCGTAG AGTCACGTAT CCAGATGATG 
CAGTACATTC ACAAGATCGA GGCTGACCTT GAACACTTAA AGGAGATCGA GGAAAATTAT 
GCCACTCTCC TTCGCCAAAG GCTGGCTGGA TCAGCCCCCA CAGATGAGCA CTCAGACAAA 
AGTTAG

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

RefSeq	XP_014373895.1
CDS	90..4415
Translation	MRAGVQTGDRIIKVNGTLVTHSNHLEVVKLIKSGSYVALTVQGRPPGSPQIPLADSEVDPAAFGHMSPIMTSPHSPGTFGNAERITSPVLMGEENNIVHNQKVEILRKMLQKEQEQLQSLQEDYSRTPTPRLLKEIQEAKKHIPQLQEQLSKATGSPQDGVLSSRLVAESLQISEVETESGEGLSKIESSGDGSRPNSDIADSPRSGLKERVYLDESPEKSEIQDTDSQSSVGSPSSRVAPQIIGAEDDDFDTEHEQINGQCSCFQNMELLKSRPAHLAVFLHHVVSQFDPAALLCYLYADLYKQTNSKETRRVFLEFNQFFLDRAANLKVPVPDEVSVDLEKRRPELIPEELHRHYILTMQDKVLPEVQRNLEDFRQKRSMGLTLAEGELTKLDAERVRDRSVLEKERACAEQIIAKIEEVLVSSQPLEEDKSSTMQYVILTYMKYLGVRVKEPRSLEQKRGRIGFLPKIKQSIKKEKEGEEKVKRRGFPSILGPPRRPSRHDSSAIGRAMEMQKQRHPKYLSTTSSVSPEPPDSGKTRQSGSSSDGTDVAYPTANPMSPLTSGPFTSLEASKDSETGPKQTGEVPPSSDSVDGTPRTPNATFDFPSPPLDHLQEEEGELERTAELGTPKPFRKMESMGYGDVQSEDELYDFDTDTDPPNWQQLVSRELLLGLKPFEIKRQEVINELFYTERAHVRTLKVLHQVFYQRVSREGILTPSDLRKIFSNLEDILLLHTGLNDQMKSVRKRNETSVIDQIGEDLLTWFSGPGEENLKHAAATFCSNQPFALEVIKSRQKKDSRFQTFVQDAESNPLCRRLQLKDIIPTEMQRLTKYPLLLDSIAKYSELPEEKEKVKKAADHCRQILNYVNQAVKESENKQHLEDYQRRLDLSYLKQAEDPMLDEFRNLDLTKRKMIHEGPLTWKVNRDKTIDLYTLLLEDILVLLQKQDDKLVLRCHSKILASTADSKHIFSPVIKLNTVLVRQVATDNKAFFVISMSENGAHIYELVAQTVSEKNAWQDLIAQMAGTVKAEASTRRVIPLPQPGPGEEEREEEEQKLKDEQPDIPASSMQSPDKELGLEPSLILKTQSPSAVMSEKSEVEDLLVTERQFDKEQQEDELVLKDSSACYEQATADVPCGVSEGRWALDALRSLGLLKQLLVQQLGLSEKRTLEDWQHFPRFRTASQGAWAESGNQGGLQHSDNNKMHQPGVDRMPVRPGTSEPAACYGIRTSAEFPASQDAVQLVSRDARSGNNVVMDLVSMNVETPLMELEGVGPDDNGEHFFDAREAHSDDIPSEGEVTERKEDEEVQLRISGNYLILDGYGTVQESSTDDEVSSLVLQCTAGSTSLDTAQQQHVSPREAQSDGGSSLFAEFMASRWAAVEESSSGAPSPPFSVESRIQMMQYIHKIEADLEHLKEIEENYATLLRQRLAGSAPTDEHSDKS

Target ORF information:

RefSeq Version	XM_014518409.1
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 12 (ARHGEF12), transcript variant X1, mRNA.

Target ORF information:

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

XM_014518409.1

ORF Insert Sequence:

ATGCGGGCTG GAGTTCAGAC GGGTGATCGA ATTATCAAGG TGAATGGGAC TCTTGTAACG 
CACTCAAACC ATTTGGAAGT GGTCAAGCTG ATCAAGTCGG GTTCCTATGT AGCTCTCACT 
GTGCAGGGGC GCCCACCAGG GTCGCCCCAG ATTCCGTTAG CTGATTCCGA AGTGGATCCG 
GCAGCATTCG GGCATATGTC ACCCATCATG ACCTCTCCTC ATTCGCCTGG CACGTTTGGA 
AACGCAGAAA GGATTACCAG CCCGGTATTA ATGGGGGAGG AGAACAATAT TGTTCACAAC 
CAGAAAGTGG AGATTCTGAG AAAGATGTTG CAAAAGGAAC AAGAGCAGCT GCAGTCCTTG 
CAGGAAGATT ACAGCCGAAC ACCAACCCCA CGACTGCTCA AGGAGATTCA GGAAGCCAAG 
AAACACATCC CTCAGCTGCA GGAGCAACTG TCCAAAGCCA CAGGCTCTCC TCAGGATGGA 
GTTTTGTCCT CCCGATTAGT GGCTGAGTCT CTGCAGATCA GTGAAGTTGA GACGGAGAGT 
GGGGAAGGGC TGAGCAAAAT TGAGTCAAGT GGTGATGGCT CCCGGCCAAA CAGTGACATT 
GCTGATAGTC CTCGGAGTGG CCTGAAGGAG CGAGTTTACC TGGATGAGAG CCCAGAGAAG 
AGCGAAATTC AGGATACTGA TTCACAGTCC AGTGTTGGGA GCCCCTCCTC CCGCGTGGCA 
CCTCAGATCA TCGGAGCAGA GGATGACGAC TTTGACACTG AACACGAGCA GATTAATGGG 
CAGTGCAGCT GTTTCCAAAA CATGGAGCTG TTGAAGTCTC GCCCAGCTCA TCTAGCTGTG 
TTCCTGCATC ACGTGGTGTC CCAGTTTGAC CCTGCAGCCT TGCTCTGCTA TCTCTATGCG 
GACTTGTACA AACAGACCAA CTCCAAAGAG ACTCGTCGTG TCTTCCTTGA GTTTAACCAG 
TTCTTCCTGG ACCGAGCTGC GAACCTGAAG GTCCCAGTTC CAGATGAAGT TTCTGTAGAT 
CTAGAAAAGA GGCGGCCAGA ACTCATTCCA GAAGAGCTGC ACCGCCATTA CATCCTAACT 
ATGCAAGATA AAGTCCTTCC AGAGGTCCAG AGGAATTTGG AAGACTTCAG ACAGAAACGT 
AGCATGGGCC TGACCTTGGC AGAGGGCGAA CTGACTAAGC TGGACGCGGA ACGAGTCCGT 
GACCGGAGCG TGCTGGAGAA GGAGAGAGCA TGTGCAGAGC AGATAATTGC CAAAATTGAA 
GAAGTTCTGG TGTCATCTCA ACCTTTGGAA GAGGATAAGA GTTCCACCAT GCAGTATGTG 
ATTCTCACCT ACATGAAATA TTTGGGGGTG AGAGTCAAAG AGCCCCGGAG TCTGGAGCAG 
AAGCGTGGAC GTATTGGTTT CCTGCCAAAG ATTAAGCAAA GTATAAAGAA AGAGAAAGAA 
GGGGAGGAAA AGGTGAAGAG GAGAGGTTTC CCTAGCATCC TGGGGCCGCC GAGAAGACCG 
AGTCGCCATG ACAGTAGTGC AATTGGCAGA GCCATGGAAA TGCAGAAGCA GCGTCATCCA 
AAGTACTTAT CCACAACCTC TTCTGTTAGC CCAGAGCCAC CAGACTCTGG CAAAACACGC 
CAGAGTGGAT CTTCCAGCGA TGGCACAGAT GTAGCATACC CAACTGCTAA TCCTATGTCT 
CCCCTGACTT CGGGACCTTT TACCTCCCTG GAGGCAAGCA AAGATAGTGA GACAGGTCCC 
AAGCAGACTG GAGAAGTTCC ACCGTCTAGT GACTCTGTGG ATGGCACCCC CCGCACACCT 
AATGCCACCT TTGACTTCCC TTCCCCACCC CTGGACCACT TGCAGGAAGA GGAGGGAGAA 
CTTGAGAGAA CAGCTGAGTT GGGAACACCA AAACCTTTCC GCAAGATGGA GAGCATGGGC 
TATGGAGATG TCCAAAGTGA GGATGAACTG TATGATTTTG ATACAGACAC CGATCCTCCC 
AACTGGCAGC AGCTTGTGAG TCGAGAGTTG CTGCTGGGGC TGAAACCGTT TGAAATCAAA 
CGCCAAGAAG TGATTAACGA GCTGTTTTAC ACAGAGCGAG CTCATGTCCG CACGCTGAAG 
GTTCTGCATC AGGTCTTCTA CCAGCGTGTC TCCCGTGAAG GGATCCTCAC TCCCTCAGAT 
CTGCGGAAGA TCTTTTCCAA CCTGGAGGAC ATCCTTCTGC TCCATACCGG CTTGAATGAC 
CAGATGAAAA GTGTCCGAAA AAGGAATGAG ACATCAGTTA TTGATCAGAT TGGAGAGGAC 
TTACTAACTT GGTTCAGCGG ACCAGGAGAG GAGAACCTGA AACATGCAGC AGCCACCTTC 
TGTAGTAACC AGCCCTTTGC TTTAGAGGTG ATCAAATCAC GGCAGAAGAA GGACTCGCGC 
TTCCAGACCT TTGTGCAGGA TGCCGAGAGT AATCCGCTGT GTCGCCGGTT GCAATTGAAG 
GATATCATTC CCACTGAGAT GCAGAGACTG ACTAAATACC CCCTTCTGTT GGATAGTATT 
GCTAAGTATT CAGAACTGCC TGAGGAGAAG GAGAAAGTGA AGAAAGCAGC GGATCACTGC 
CGTCAAATCC TTAACTATGT GAACCAAGCT GTCAAAGAGT CGGAGAACAA GCAGCATTTA 
GAAGATTATC AGCGTCGTCT CGACCTATCT TATCTGAAGC AGGCAGAAGA CCCTATGCTG 
GATGAGTTTC GGAATTTGGA TTTAACCAAG CGGAAGATGA TTCACGAAGG ACCTCTGACT 
TGGAAGGTGA ATCGGGACAA AACTATAGAT CTCTACACCT TGCTCTTGGA GGATATTCTG 
GTGCTGTTGC AAAAGCAAGA TGACAAACTG GTGCTGCGGT GTCACAGTAA GATCCTGGCA 
TCTACTGCTG ACAGCAAGCA CATATTCAGC CCTGTGATCA AGCTGAACAC TGTGCTAGTT 
CGCCAGGTGG CAACAGATAA CAAAGCTTTC TTTGTCATCT CCATGTCAGA AAATGGCGCC 
CATATTTATG AACTAGTGGC ACAGACCGTT TCGGAAAAAA ACGCATGGCA GGACCTGATA 
GCTCAGATGG CAGGGACAGT GAAAGCCGAG GCTTCCACCA GAAGGGTGAT ACCATTACCG 
CAGCCAGGGC CTGGCGAAGA AGAGCGTGAG GAAGAGGAGC AGAAGTTGAA AGACGAGCAG 
CCTGATATTC CAGCCAGCAG CATGCAGAGT CCAGATAAAG AGTTGGGCCT TGAGCCTTCC 
CTCATACTGA AGACCCAGTC TCCTTCAGCT GTTATGTCGG AGAAGTCTGA AGTAGAAGAT 
CTCCTCGTGA CAGAGAGGCA GTTTGACAAA GAGCAGCAGG AAGACGAGCT TGTGCTCAAA 
GACTCCTCCG CGTGCTACGA ACAAGCGACC GCAGACGTGC CTTGCGGGGT GTCAGAAGGG 
CGGTGGGCAC TGGATGCGTT AAGGAGCTTG GGCTTGTTGA AACAGTTGTT GGTGCAGCAG 
CTTGGCTTGT CAGAGAAGAG GACCCTTGAA GACTGGCAGC ATTTTCCCAG GTTTAGGACA 
GCTTCCCAAG GTGCTTGGGC AGAAAGTGGA AACCAGGGTG GACTGCAGCA CTCTGATAAT 
AACAAGATGC ACCAGCCTGG AGTGGACCGG ATGCCTGTCA GACCTGGAAC TAGTGAACCC 
GCAGCTTGTT ATGGTATCCG GACTTCAGCT GAATTCCCAG CTTCACAGGA TGCCGTGCAG 
CTGGTATCTA GAGACGCCAG GTCAGGTAAT AATGTAGTAA TGGACCTTGT AAGCATGAAC 
GTGGAGACCC CGCTCATGGA GCTGGAAGGA GTGGGTCCTG ATGACAATGG AGAGCACTTC 
TTTGATGCCC GCGAGGCCCA CAGCGACGAC ATCCCATCCG AAGGAGAAGT GACGGAAAGG 
AAGGAGGATG AGGAGGTGCA GTTACGGATC TCAGGAAATT ATTTGATCCT TGACGGATAT 
GGAACGGTGC AGGAAAGCTC CACGGACGAT GAGGTGTCTT CGCTAGTCCT ACAGTGCACT 
GCAGGCAGCA CCTCTCTGGA CACGGCGCAG CAGCAACACG TTTCCCCCAG GGAGGCCCAG 
TCAGACGGGG GGAGCTCCCT GTTTGCTGAG TTCATGGCCT CCCGCTGGGC GGCTGTGGAG 
GAGTCCAGCT CCGGAGCACC AAGCCCCCCC TTCTCCGTAG AGTCACGTAT CCAGATGATG 
CAGTACATTC ACAAGATCGA GGCTGACCTT GAACACTTAA AGGAGATCGA GGAAAATTAT 
GCCACTCTCC TTCGCCAAAG GCTGGCTGGA TCAGCCCCCA CAGATGAGCA CTCAGACAAA 
AGTTAG

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

ARHGEF12 ( XM_025200036.1 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_025055821.1 Alligator sinensis Rho guanine nucleotide exchange factor 12 (ARHGEF12), transcript variant X3, mRNA.

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CloneID	OAl15179
Clone ID Related Accession (Same CDS sequence)	XM_014518409.2 , XM_014518409.1 , XM_025200036.1
Accession Version	XM_025200036.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4326bp) 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	2018-06-03
Organism	Alligator sinensis(Chinese alligator)
Product	rho guanine nucleotide exchange factor 12 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005841952.1) 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 :: Alligator sinensis Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGGCTG GAGTTCAGAC GGGTGATCGA ATTATCAAGG TGAATGGGAC TCTTGTAACG 
CACTCAAACC ATTTGGAAGT GGTCAAGCTG ATCAAGTCGG GTTCCTATGT AGCTCTCACT 
GTGCAGGGGC GCCCACCAGG GTCGCCCCAG ATTCCGTTAG CTGATTCCGA AGTGGATCCG 
GCAGCATTCG GGCATATGTC ACCCATCATG ACCTCTCCTC ATTCGCCTGG CACGTTTGGA 
AACGCAGAAA GGATTACCAG CCCGGTATTA ATGGGGGAGG AGAACAATAT TGTTCACAAC 
CAGAAAGTGG AGATTCTGAG AAAGATGTTG CAAAAGGAAC AAGAGCAGCT GCAGTCCTTG 
CAGGAAGATT ACAGCCGAAC ACCAACCCCA CGACTGCTCA AGGAGATTCA GGAAGCCAAG 
AAACACATCC CTCAGCTGCA GGAGCAACTG TCCAAAGCCA CAGGCTCTCC TCAGGATGGA 
GTTTTGTCCT CCCGATTAGT GGCTGAGTCT CTGCAGATCA GTGAAGTTGA GACGGAGAGT 
GGGGAAGGGC TGAGCAAAAT TGAGTCAAGT GGTGATGGCT CCCGGCCAAA CAGTGACATT 
GCTGATAGTC CTCGGAGTGG CCTGAAGGAG CGAGTTTACC TGGATGAGAG CCCAGAGAAG 
AGCGAAATTC AGGATACTGA TTCACAGTCC AGTGTTGGGA GCCCCTCCTC CCGCGTGGCA 
CCTCAGATCA TCGGAGCAGA GGATGACGAC TTTGACACTG AACACGAGCA GATTAATGGG 
CAGTGCAGCT GTTTCCAAAA CATGGAGCTG TTGAAGTCTC GCCCAGCTCA TCTAGCTGTG 
TTCCTGCATC ACGTGGTGTC CCAGTTTGAC CCTGCAGCCT TGCTCTGCTA TCTCTATGCG 
GACTTGTACA AACAGACCAA CTCCAAAGAG ACTCGTCGTG TCTTCCTTGA GTTTAACCAG 
TTCTTCCTGG ACCGAGCTGC GAACCTGAAG GTCCCAGTTC CAGATGAAGT TTCTGTAGAT 
CTAGAAAAGA GGCGGCCAGA ACTCATTCCA GAAGAGCTGC ACCGCCATTA CATCCTAACT 
ATGCAAGATA AAGTCCTTCC AGAGGTCCAG AGGAATTTGG AAGACTTCAG ACAGAAACGT 
AGCATGGGCC TGACCTTGGC AGAGGGCGAA CTGACTAAGC TGGACGCGGA ACGAGTCCGT 
GACCGGAGCG TGCTGGAGAA GGAGAGAGCA TGTGCAGAGC AGATAATTGC CAAAATTGAA 
GAAGTTCTGG TGTCATCTCA ACCTTTGGAA GAGGATAAGA GTTCCACCAT GCAGTATGTG 
ATTCTCACCT ACATGAAATA TTTGGGGGTG AGAGTCAAAG AGCCCCGGAG TCTGGAGCAG 
AAGCGTGGAC GTATTGGTTT CCTGCCAAAG ATTAAGCAAA GTATAAAGAA AGAGAAAGAA 
GGGGAGGAAA AGGTGAAGAG GAGAGGTTTC CCTAGCATCC TGGGGCCGCC GAGAAGACCG 
AGTCGCCATG ACAGTAGTGC AATTGGCAGA GCCATGGAAA TGCAGAAGCA GCGTCATCCA 
AAGTACTTAT CCACAACCTC TTCTGTTAGC CCAGAGCCAC CAGACTCTGG CAAAACACGC 
CAGAGTGGAT CTTCCAGCGA TGGCACAGAT GTAGCATACC CAACTGCTAA TCCTATGTCT 
CCCCTGACTT CGGGACCTTT TACCTCCCTG GAGGCAAGCA AAGATAGTGA GACAGGTCCC 
AAGCAGACTG GAGAAGTTCC ACCGTCTAGT GACTCTGTGG ATGGCACCCC CCGCACACCT 
AATGCCACCT TTGACTTCCC TTCCCCACCC CTGGACCACT TGCAGGAAGA GGAGGGAGAA 
CTTGAGAGAA CAGCTGAGTT GGGAACACCA AAACCTTTCC GCAAGATGGA GAGCATGGGC 
TATGGAGATG TCCAAAGTGA GGATGAACTG TATGATTTTG ATACAGACAC CGATCCTCCC 
AACTGGCAGC AGCTTGTGAG TCGAGAGTTG CTGCTGGGGC TGAAACCGTT TGAAATCAAA 
CGCCAAGAAG TGATTAACGA GCTGTTTTAC ACAGAGCGAG CTCATGTCCG CACGCTGAAG 
GTTCTGCATC AGGTCTTCTA CCAGCGTGTC TCCCGTGAAG GGATCCTCAC TCCCTCAGAT 
CTGCGGAAGA TCTTTTCCAA CCTGGAGGAC ATCCTTCTGC TCCATACCGG CTTGAATGAC 
CAGATGAAAA GTGTCCGAAA AAGGAATGAG ACATCAGTTA TTGATCAGAT TGGAGAGGAC 
TTACTAACTT GGTTCAGCGG ACCAGGAGAG GAGAACCTGA AACATGCAGC AGCCACCTTC 
TGTAGTAACC AGCCCTTTGC TTTAGAGGTG ATCAAATCAC GGCAGAAGAA GGACTCGCGC 
TTCCAGACCT TTGTGCAGGA TGCCGAGAGT AATCCGCTGT GTCGCCGGTT GCAATTGAAG 
GATATCATTC CCACTGAGAT GCAGAGACTG ACTAAATACC CCCTTCTGTT GGATAGTATT 
GCTAAGTATT CAGAACTGCC TGAGGAGAAG GAGAAAGTGA AGAAAGCAGC GGATCACTGC 
CGTCAAATCC TTAACTATGT GAACCAAGCT GTCAAAGAGT CGGAGAACAA GCAGCATTTA 
GAAGATTATC AGCGTCGTCT CGACCTATCT TATCTGAAGC AGGCAGAAGA CCCTATGCTG 
GATGAGTTTC GGAATTTGGA TTTAACCAAG CGGAAGATGA TTCACGAAGG ACCTCTGACT 
TGGAAGGTGA ATCGGGACAA AACTATAGAT CTCTACACCT TGCTCTTGGA GGATATTCTG 
GTGCTGTTGC AAAAGCAAGA TGACAAACTG GTGCTGCGGT GTCACAGTAA GATCCTGGCA 
TCTACTGCTG ACAGCAAGCA CATATTCAGC CCTGTGATCA AGCTGAACAC TGTGCTAGTT 
CGCCAGGTGG CAACAGATAA CAAAGCTTTC TTTGTCATCT CCATGTCAGA AAATGGCGCC 
CATATTTATG AACTAGTGGC ACAGACCGTT TCGGAAAAAA ACGCATGGCA GGACCTGATA 
GCTCAGATGG CAGGGACAGT GAAAGCCGAG GCTTCCACCA GAAGGGTGAT ACCATTACCG 
CAGCCAGGGC CTGGCGAAGA AGAGCGTGAG GAAGAGGAGC AGAAGTTGAA AGACGAGCAG 
CCTGATATTC CAGCCAGCAG CATGCAGAGT CCAGATAAAG AGTTGGGCCT TGAGCCTTCC 
CTCATACTGA AGACCCAGTC TCCTTCAGCT GTTATGTCGG AGAAGTCTGA AGTAGAAGAT 
CTCCTCGTGA CAGAGAGGCA GTTTGACAAA GAGCAGCAGG AAGACGAGCT TGTGCTCAAA 
GACTCCTCCG CGTGCTACGA ACAAGCGACC GCAGACGTGC CTTGCGGGGT GTCAGAAGGG 
CGGTGGGCAC TGGATGCGTT AAGGAGCTTG GGCTTGTTGA AACAGTTGTT GGTGCAGCAG 
CTTGGCTTGT CAGAGAAGAG GACCCTTGAA GACTGGCAGC ATTTTCCCAG GTTTAGGACA 
GCTTCCCAAG GTGCTTGGGC AGAAAGTGGA AACCAGGGTG GACTGCAGCA CTCTGATAAT 
AACAAGATGC ACCAGCCTGG AGTGGACCGG ATGCCTGTCA GACCTGGAAC TAGTGAACCC 
GCAGCTTGTT ATGGTATCCG GACTTCAGCT GAATTCCCAG CTTCACAGGA TGCCGTGCAG 
CTGGTATCTA GAGACGCCAG GTCAGGTAAT AATGTAGTAA TGGACCTTGT AAGCATGAAC 
GTGGAGACCC CGCTCATGGA GCTGGAAGGA GTGGGTCCTG ATGACAATGG AGAGCACTTC 
TTTGATGCCC GCGAGGCCCA CAGCGACGAC ATCCCATCCG AAGGAGAAGT GACGGAAAGG 
AAGGAGGATG AGGAGGTGCA GTTACGGATC TCAGGAAATT ATTTGATCCT TGACGGATAT 
GGAACGGTGC AGGAAAGCTC CACGGACGAT GAGGTGTCTT CGCTAGTCCT ACAGTGCACT 
GCAGGCAGCA CCTCTCTGGA CACGGCGCAG CAGCAACACG TTTCCCCCAG GGAGGCCCAG 
TCAGACGGGG GGAGCTCCCT GTTTGCTGAG TTCATGGCCT CCCGCTGGGC GGCTGTGGAG 
GAGTCCAGCT CCGGAGCACC AAGCCCCCCC TTCTCCGTAG AGTCACGTAT CCAGATGATG 
CAGTACATTC ACAAGATCGA GGCTGACCTT GAACACTTAA AGGAGATCGA GGAAAATTAT 
GCCACTCTCC TTCGCCAAAG GCTGGCTGGA TCAGCCCCCA CAGATGAGCA CTCAGACAAA 
AGTTAG

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

RefSeq	XP_025055821.1
CDS	281..4606
Translation	MRAGVQTGDRIIKVNGTLVTHSNHLEVVKLIKSGSYVALTVQGRPPGSPQIPLADSEVDPAAFGHMSPIMTSPHSPGTFGNAERITSPVLMGEENNIVHNQKVEILRKMLQKEQEQLQSLQEDYSRTPTPRLLKEIQEAKKHIPQLQEQLSKATGSPQDGVLSSRLVAESLQISEVETESGEGLSKIESSGDGSRPNSDIADSPRSGLKERVYLDESPEKSEIQDTDSQSSVGSPSSRVAPQIIGAEDDDFDTEHEQINGQCSCFQNMELLKSRPAHLAVFLHHVVSQFDPAALLCYLYADLYKQTNSKETRRVFLEFNQFFLDRAANLKVPVPDEVSVDLEKRRPELIPEELHRHYILTMQDKVLPEVQRNLEDFRQKRSMGLTLAEGELTKLDAERVRDRSVLEKERACAEQIIAKIEEVLVSSQPLEEDKSSTMQYVILTYMKYLGVRVKEPRSLEQKRGRIGFLPKIKQSIKKEKEGEEKVKRRGFPSILGPPRRPSRHDSSAIGRAMEMQKQRHPKYLSTTSSVSPEPPDSGKTRQSGSSSDGTDVAYPTANPMSPLTSGPFTSLEASKDSETGPKQTGEVPPSSDSVDGTPRTPNATFDFPSPPLDHLQEEEGELERTAELGTPKPFRKMESMGYGDVQSEDELYDFDTDTDPPNWQQLVSRELLLGLKPFEIKRQEVINELFYTERAHVRTLKVLHQVFYQRVSREGILTPSDLRKIFSNLEDILLLHTGLNDQMKSVRKRNETSVIDQIGEDLLTWFSGPGEENLKHAAATFCSNQPFALEVIKSRQKKDSRFQTFVQDAESNPLCRRLQLKDIIPTEMQRLTKYPLLLDSIAKYSELPEEKEKVKKAADHCRQILNYVNQAVKESENKQHLEDYQRRLDLSYLKQAEDPMLDEFRNLDLTKRKMIHEGPLTWKVNRDKTIDLYTLLLEDILVLLQKQDDKLVLRCHSKILASTADSKHIFSPVIKLNTVLVRQVATDNKAFFVISMSENGAHIYELVAQTVSEKNAWQDLIAQMAGTVKAEASTRRVIPLPQPGPGEEEREEEEQKLKDEQPDIPASSMQSPDKELGLEPSLILKTQSPSAVMSEKSEVEDLLVTERQFDKEQQEDELVLKDSSACYEQATADVPCGVSEGRWALDALRSLGLLKQLLVQQLGLSEKRTLEDWQHFPRFRTASQGAWAESGNQGGLQHSDNNKMHQPGVDRMPVRPGTSEPAACYGIRTSAEFPASQDAVQLVSRDARSGNNVVMDLVSMNVETPLMELEGVGPDDNGEHFFDAREAHSDDIPSEGEVTERKEDEEVQLRISGNYLILDGYGTVQESSTDDEVSSLVLQCTAGSTSLDTAQQQHVSPREAQSDGGSSLFAEFMASRWAAVEESSSGAPSPPFSVESRIQMMQYIHKIEADLEHLKEIEENYATLLRQRLAGSAPTDEHSDKS

Target ORF information:

RefSeq Version	XM_025200036.1
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis Rho guanine nucleotide exchange factor 12 (ARHGEF12), transcript variant X3, mRNA.

Target ORF information:

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

XM_025200036.1

ORF Insert Sequence:

ATGCGGGCTG GAGTTCAGAC GGGTGATCGA ATTATCAAGG TGAATGGGAC TCTTGTAACG 
CACTCAAACC ATTTGGAAGT GGTCAAGCTG ATCAAGTCGG GTTCCTATGT AGCTCTCACT 
GTGCAGGGGC GCCCACCAGG GTCGCCCCAG ATTCCGTTAG CTGATTCCGA AGTGGATCCG 
GCAGCATTCG GGCATATGTC ACCCATCATG ACCTCTCCTC ATTCGCCTGG CACGTTTGGA 
AACGCAGAAA GGATTACCAG CCCGGTATTA ATGGGGGAGG AGAACAATAT TGTTCACAAC 
CAGAAAGTGG AGATTCTGAG AAAGATGTTG CAAAAGGAAC AAGAGCAGCT GCAGTCCTTG 
CAGGAAGATT ACAGCCGAAC ACCAACCCCA CGACTGCTCA AGGAGATTCA GGAAGCCAAG 
AAACACATCC CTCAGCTGCA GGAGCAACTG TCCAAAGCCA CAGGCTCTCC TCAGGATGGA 
GTTTTGTCCT CCCGATTAGT GGCTGAGTCT CTGCAGATCA GTGAAGTTGA GACGGAGAGT 
GGGGAAGGGC TGAGCAAAAT TGAGTCAAGT GGTGATGGCT CCCGGCCAAA CAGTGACATT 
GCTGATAGTC CTCGGAGTGG CCTGAAGGAG CGAGTTTACC TGGATGAGAG CCCAGAGAAG 
AGCGAAATTC AGGATACTGA TTCACAGTCC AGTGTTGGGA GCCCCTCCTC CCGCGTGGCA 
CCTCAGATCA TCGGAGCAGA GGATGACGAC TTTGACACTG AACACGAGCA GATTAATGGG 
CAGTGCAGCT GTTTCCAAAA CATGGAGCTG TTGAAGTCTC GCCCAGCTCA TCTAGCTGTG 
TTCCTGCATC ACGTGGTGTC CCAGTTTGAC CCTGCAGCCT TGCTCTGCTA TCTCTATGCG 
GACTTGTACA AACAGACCAA CTCCAAAGAG ACTCGTCGTG TCTTCCTTGA GTTTAACCAG 
TTCTTCCTGG ACCGAGCTGC GAACCTGAAG GTCCCAGTTC CAGATGAAGT TTCTGTAGAT 
CTAGAAAAGA GGCGGCCAGA ACTCATTCCA GAAGAGCTGC ACCGCCATTA CATCCTAACT 
ATGCAAGATA AAGTCCTTCC AGAGGTCCAG AGGAATTTGG AAGACTTCAG ACAGAAACGT 
AGCATGGGCC TGACCTTGGC AGAGGGCGAA CTGACTAAGC TGGACGCGGA ACGAGTCCGT 
GACCGGAGCG TGCTGGAGAA GGAGAGAGCA TGTGCAGAGC AGATAATTGC CAAAATTGAA 
GAAGTTCTGG TGTCATCTCA ACCTTTGGAA GAGGATAAGA GTTCCACCAT GCAGTATGTG 
ATTCTCACCT ACATGAAATA TTTGGGGGTG AGAGTCAAAG AGCCCCGGAG TCTGGAGCAG 
AAGCGTGGAC GTATTGGTTT CCTGCCAAAG ATTAAGCAAA GTATAAAGAA AGAGAAAGAA 
GGGGAGGAAA AGGTGAAGAG GAGAGGTTTC CCTAGCATCC TGGGGCCGCC GAGAAGACCG 
AGTCGCCATG ACAGTAGTGC AATTGGCAGA GCCATGGAAA TGCAGAAGCA GCGTCATCCA 
AAGTACTTAT CCACAACCTC TTCTGTTAGC CCAGAGCCAC CAGACTCTGG CAAAACACGC 
CAGAGTGGAT CTTCCAGCGA TGGCACAGAT GTAGCATACC CAACTGCTAA TCCTATGTCT 
CCCCTGACTT CGGGACCTTT TACCTCCCTG GAGGCAAGCA AAGATAGTGA GACAGGTCCC 
AAGCAGACTG GAGAAGTTCC ACCGTCTAGT GACTCTGTGG ATGGCACCCC CCGCACACCT 
AATGCCACCT TTGACTTCCC TTCCCCACCC CTGGACCACT TGCAGGAAGA GGAGGGAGAA 
CTTGAGAGAA CAGCTGAGTT GGGAACACCA AAACCTTTCC GCAAGATGGA GAGCATGGGC 
TATGGAGATG TCCAAAGTGA GGATGAACTG TATGATTTTG ATACAGACAC CGATCCTCCC 
AACTGGCAGC AGCTTGTGAG TCGAGAGTTG CTGCTGGGGC TGAAACCGTT TGAAATCAAA 
CGCCAAGAAG TGATTAACGA GCTGTTTTAC ACAGAGCGAG CTCATGTCCG CACGCTGAAG 
GTTCTGCATC AGGTCTTCTA CCAGCGTGTC TCCCGTGAAG GGATCCTCAC TCCCTCAGAT 
CTGCGGAAGA TCTTTTCCAA CCTGGAGGAC ATCCTTCTGC TCCATACCGG CTTGAATGAC 
CAGATGAAAA GTGTCCGAAA AAGGAATGAG ACATCAGTTA TTGATCAGAT TGGAGAGGAC 
TTACTAACTT GGTTCAGCGG ACCAGGAGAG GAGAACCTGA AACATGCAGC AGCCACCTTC 
TGTAGTAACC AGCCCTTTGC TTTAGAGGTG ATCAAATCAC GGCAGAAGAA GGACTCGCGC 
TTCCAGACCT TTGTGCAGGA TGCCGAGAGT AATCCGCTGT GTCGCCGGTT GCAATTGAAG 
GATATCATTC CCACTGAGAT GCAGAGACTG ACTAAATACC CCCTTCTGTT GGATAGTATT 
GCTAAGTATT CAGAACTGCC TGAGGAGAAG GAGAAAGTGA AGAAAGCAGC GGATCACTGC 
CGTCAAATCC TTAACTATGT GAACCAAGCT GTCAAAGAGT CGGAGAACAA GCAGCATTTA 
GAAGATTATC AGCGTCGTCT CGACCTATCT TATCTGAAGC AGGCAGAAGA CCCTATGCTG 
GATGAGTTTC GGAATTTGGA TTTAACCAAG CGGAAGATGA TTCACGAAGG ACCTCTGACT 
TGGAAGGTGA ATCGGGACAA AACTATAGAT CTCTACACCT TGCTCTTGGA GGATATTCTG 
GTGCTGTTGC AAAAGCAAGA TGACAAACTG GTGCTGCGGT GTCACAGTAA GATCCTGGCA 
TCTACTGCTG ACAGCAAGCA CATATTCAGC CCTGTGATCA AGCTGAACAC TGTGCTAGTT 
CGCCAGGTGG CAACAGATAA CAAAGCTTTC TTTGTCATCT CCATGTCAGA AAATGGCGCC 
CATATTTATG AACTAGTGGC ACAGACCGTT TCGGAAAAAA ACGCATGGCA GGACCTGATA 
GCTCAGATGG CAGGGACAGT GAAAGCCGAG GCTTCCACCA GAAGGGTGAT ACCATTACCG 
CAGCCAGGGC CTGGCGAAGA AGAGCGTGAG GAAGAGGAGC AGAAGTTGAA AGACGAGCAG 
CCTGATATTC CAGCCAGCAG CATGCAGAGT CCAGATAAAG AGTTGGGCCT TGAGCCTTCC 
CTCATACTGA AGACCCAGTC TCCTTCAGCT GTTATGTCGG AGAAGTCTGA AGTAGAAGAT 
CTCCTCGTGA CAGAGAGGCA GTTTGACAAA GAGCAGCAGG AAGACGAGCT TGTGCTCAAA 
GACTCCTCCG CGTGCTACGA ACAAGCGACC GCAGACGTGC CTTGCGGGGT GTCAGAAGGG 
CGGTGGGCAC TGGATGCGTT AAGGAGCTTG GGCTTGTTGA AACAGTTGTT GGTGCAGCAG 
CTTGGCTTGT CAGAGAAGAG GACCCTTGAA GACTGGCAGC ATTTTCCCAG GTTTAGGACA 
GCTTCCCAAG GTGCTTGGGC AGAAAGTGGA AACCAGGGTG GACTGCAGCA CTCTGATAAT 
AACAAGATGC ACCAGCCTGG AGTGGACCGG ATGCCTGTCA GACCTGGAAC TAGTGAACCC 
GCAGCTTGTT ATGGTATCCG GACTTCAGCT GAATTCCCAG CTTCACAGGA TGCCGTGCAG 
CTGGTATCTA GAGACGCCAG GTCAGGTAAT AATGTAGTAA TGGACCTTGT AAGCATGAAC 
GTGGAGACCC CGCTCATGGA GCTGGAAGGA GTGGGTCCTG ATGACAATGG AGAGCACTTC 
TTTGATGCCC GCGAGGCCCA CAGCGACGAC ATCCCATCCG AAGGAGAAGT GACGGAAAGG 
AAGGAGGATG AGGAGGTGCA GTTACGGATC TCAGGAAATT ATTTGATCCT TGACGGATAT 
GGAACGGTGC AGGAAAGCTC CACGGACGAT GAGGTGTCTT CGCTAGTCCT ACAGTGCACT 
GCAGGCAGCA CCTCTCTGGA CACGGCGCAG CAGCAACACG TTTCCCCCAG GGAGGCCCAG 
TCAGACGGGG GGAGCTCCCT GTTTGCTGAG TTCATGGCCT CCCGCTGGGC GGCTGTGGAG 
GAGTCCAGCT CCGGAGCACC AAGCCCCCCC TTCTCCGTAG AGTCACGTAT CCAGATGATG 
CAGTACATTC ACAAGATCGA GGCTGACCTT GAACACTTAA AGGAGATCGA GGAAAATTAT 
GCCACTCTCC TTCGCCAAAG GCTGGCTGGA TCAGCCCCCA CAGATGAGCA CTCAGACAAA 
AGTTAG

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

ARHGEF12 ( XM_014518410.1 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_014373896.1 Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 12 (ARHGEF12), transcript variant X2, mRNA.

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CloneID	OAl15180
Clone ID Related Accession (Same CDS sequence)	XM_014518410.1
Accession Version	XM_014518410.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4371bp) 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	2015-10-29
Organism	Alligator sinensis(Chinese alligator)
Product	rho guanine nucleotide exchange factor 12 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005841952.1) 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 :: Alligator sinensis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGGCTG GAGTTCAGAC GGGTGATCGA ATTATCAAGG TGAATGGGAC TCTTGTAACG 
CACTCAAACC ATTTGGAAGT GGTCAAGCTG ATCAAGTCGG GTTCCTATGT AGCTCTCACT 
GTGCAGGGGC GCCCACCAGG GTCGCCCCAG ATTCCGTTAG CTGATTCCGA AGTGGATCCG 
GCAGCATTCG GGCATATGTC ACCCATCATG ACCTCTCCTC ATTCGCCTGG CACGTTTGGA 
AACGCAGAAA GGATTACCAG CCCGGTATTA ATGGGGGAGG AGAACAATAT TGTTCACAAC 
CAGAAAGTGG AGATTCTGAG AAAGATGTTG CAAAAGGAAC AAGAGCAGCT GCAGTCCTTG 
CAGGAAGATT ACAGCCGAAC ACCAACCCCA CGACTGCTCA AGGAGATTCA GGAAGCCAAG 
AAACACATCC CTCAGCTGCA GGAGCAACTG TCCAAAGCCA CAGGCTCTCC TCAGGATGGA 
GTTTTGTCCT CCCGATTAGT GGCTGAGTCT CTGCAGATCA GTGAAGTTGA GACGGAGAGT 
GGGGAAGGGC TGAGCAAAAT TGAGTCAAGT GGTGATGGCT CCCGGCCAAA CAGTGACATT 
GCTGATAGTC CTCGGAGTGG CCTGAAGGAG CGAGTTTACC TGGATGAGAG CCCAGAGAAG 
AGCGAAATTC AGGATACTGA TTCACAGTCC AGTGTTGGGA GCCCCTCCTC CCGCGTGGCA 
CCTCAGATCA TCGGAGCAGA GGATGACGAC TTTGACACTG AACACGAGCA GATTAATGGG 
CAGTGCAGCT GTTTCCAAAA CATGGAGCTG TTGAAGTCTC GCCCAGCTCA TCTAGCTGTG 
TTCCTGCATC ACGTGGTGTC CCAGTTTGAC CCTGCAGCCT TGCTCTGCTA TCTCTATGCG 
GACTTGTACA AACAGACCAA CTCCAAAGAG ACTCGTCGTG TCTTCCTTGA GTTTAACCAG 
TTCTTCCTGG ACCGAGCTGC GAACCTGAAG GTCCCAGTTC CAGATGAAGT TTCTGTAGAT 
CTAGAAAAGA GGCGGCCAGA ACTCATTCCA GAAGAGCTGC ACCGCCATTA CATCCTAACT 
ATGCAAGATA AAGTCCTTCC AGAGGTCCAG AGGAATTTGG AAGACTTCAG ACAGAAACGT 
AGCATGGGCC TGACCTTGGC AGAGGGCGAA CTGACTAAGC TGGACGCGGA ACGAGTCCGT 
GACCGGAGCG TGCTGGAGAA GGAGAGAGCA TGTGCAGAGC AGATAATTGC CAAAATTGAA 
GAAGTTCTGG TGTCATCTCA ACCTTTGGAA GAGGATAAGA GTTCCACCAT GCAGTATGTG 
ATTCTCACCT ACATGAAATA TTTGGGGGTG AGAGTCAAAG AGCCCCGGAG TCTGGAGCAG 
AAGCGTGGAC GTATTGGTTT CCTGCCAAAG ATTAAGCAAA GTATAAAGAA AGAGAAAGAA 
GGGGAGGAAA AGGTGAAGAG GAGAGGTTTC CCTAGCATCC TGGGGCCGCC GAGAAGACCG 
AGTCGCCATG ACAGTAGTGC AATTGGCAGA GCCATGGAAA TGCAGAAGCA GCGTCATCCA 
AAGTACTTAT CCACAACCTC TTCTGTTAGC CCAGAGCCAC CAGACTCTGG CAAAACACGC 
CAGAGTGGAT CTTCCAGCGA TGGCACAGAT GTAGCATACC CAACTGCTAA TCCTATGTCT 
CCCCTGACTT CGGGACCTTT TACCTCCCTG GAGGCAAGCA AAGATAGTGA GACAGGTCCC 
AAGCAGACTG GAGAAGTTCC ACCGTCTAGT GACTCTGTGG ATGGCACCCC CCGCACACCT 
AATGCCACCT TTGACTTCCC TTCCCCACCC CTGGACCACT TGCAGGAAGA GGAGGGAGAA 
CTTGAGAGAA CAGCTGAGTT GGGAACACCA AAACCTTTCC GCAAGATGGA GAGCATGGGC 
TATGGAGATG TCCAAAGTGA GGATGAACTG TATGATTTTG ATACAGACAC CGATCCTCCC 
AACTGGCAGC AGCTTGTGAG TCGAGAGTTG CTGCTGGGGC TGAAACCGTT TGAAATCAAA 
CGCCAAGAAG TGATTAACGA GCTGTTTTAC ACAGAGCGAG CTCATGTCCG CACGCTGAAG 
GTTCTGCATC AGGTCTTCTA CCAGCGTGTC TCCCGTGAAG GGATCCTCAC TCCCTCAGAT 
CTGCGGAAGA TCTTTTCCAA CCTGGAGGAC ATCCTTCTGC TCCATACCGG CTTGAATGAC 
CAGATGAAAA GTGTCCGAAA AAGGAATGAG ACATCAGTTA TTGATCAGAT TGGAGAGGAC 
TTACTAACTT GGTTCAGCGG ACCAGGAGAG GAGAACCTGA AACATGCAGC AGCCACCTTC 
TGTAGTAACC AGCCCTTTGC TTTAGAGGTG ATCAAATCAC GGCAGAAGAA GGACTCGCGC 
TTCCAGACCT TTGTGCAGGA TGCCGAGAGT AATCCGCTGT GTCGCCGGTT GCAATTGAAG 
GATATCATTC CCACTGAGAT GCAGAGACTG ACTAAATACC CCCTTCTGTT GGATAGTATT 
GCTAAGTATT CAGAACTGCC TGAGGAGAAG GAGAAAGTGA AGAAAGCAGC GGATCACTGC 
CGTCAAATCC TTAACTATGT GAACCAAGCT GTCAAAGAGT CGGAGAACAA GCAGCATTTA 
GAAGATTATC AGCGTCGTCT CGACCTATCT TATCTGAAGC AGGCAGAAGA CCCTATGCTG 
GATGAGTTTC GGAATTTGGA TTTAACCAAG CGGAAGATGA TTCACGAAGG ACCTCTGACT 
TGGAAGGTGA ATCGGGACAA AACTATAGAT CTCTACACCT TGCTCTTGGA GGATATTCTG 
GTGCTGTTGC AAAAGCAAGA TGACAAACTG GTGCTGCGGT GTCACAGTAA GATCCTGGCA 
TCTACTGCTG ACAGCAAGCA CATATTCAGC CCTGTGATCA AGCTGAACAC TGTGCTAGTT 
CGCCAGGTGG CAACAGATAA CAAAGCTTTC TTTGTCATCT CCATGTCAGA AAATGGCGCC 
CATATTTATG AACTAGTGGC ACAGACCGTT TCGGAAAAAA ACGCATGGCA GGACCTGATA 
GCTCAGATGG CAGGGACAGT GAAAGCCGAG GCTTCCACCA GAAGGGTGAT ACCATTACCG 
CAGCCAGGGC CTGGCGAAGA AGAGCGTGAG GAAGAGGAGC AGAAGTTGAA AGACGAGCAG 
CCTGATATTC CAGCCAGCAG CATGCAGAGT CCAGATAAAG AGTTGGGCCT TGAGCCTTCC 
CTCATACTGA AGACCCAGTC TCCTTCAGCT GTTATGTCGG AGAAGTCTGA AGTAGAAGAT 
CTCCTCGTGA CAGAGAGGCA GTTTGACAAA GAGCAGCAGG AAGACGAGCT TGTGCTCAAA 
GACTCCTCCG CGTGCTACGA ACAAGCGACC GCAGACGTGC CTTGCGGGGT GTCAGAAGGG 
CGGTGGGCAC TGGATGCGTT AAGGAGCTTG GGCTTGTTGA AACAGTTGTT GGTGCAGCAG 
CTTGGCTTGT CAGAGAAGAG GACCCTTGAA GACTGGCAGC ATTTTCCCAG GTTTAGGACA 
GCTTCCCAAG GTGCTTGGGC AGAAAGTGGA AACCAGGGTG GACTGCAGCA CTCTGATAAT 
AACAAGATGC ACCAGCCTGG AGTGGACCGG ATGCCTGTCA GACCTGGAAC TAGTGAACCC 
GCAGCTTGTT ATGGTATCCG GACTTCAGCT GAATTCCCAG CTTCACAGGA TGCCGTGCAG 
CTGGTATCTA GAGACGCCAG GTCAGGTAAT AATGTAGTAA TGGACCTTGT AAGCATGAAC 
GTGGAGACCC CGCTCATGGA GCTGGAAGGA GTGGGTCCTG ATGACAATGG AGAGCACTTC 
TTTGATGCCC GCGAGGCCCA CAGCGACGAC ATCCCATCCG AAGGAGAAGT GACGGAAAGG 
AAGGAGGATG AGGAGGTGCA GTTACGGATC TCAGGAAATT ATTTGATCCT TGACGGATAT 
GGAACGGTGC AGGAAAGCTC CACGGACGAT GAGGTGTCTT CGCTAGTCCT ACAGTGCACT 
GCAGGCAGCA CCTCTCTGGA CACGGCGCAG CAGCAACACG TTTCCCCCAG GGAGGCCCAG 
TCAGACGGGG GGAGCTCCCT GTTTGCTGAG TTCATGGCCT CCCGCTGGGC GGCTGTGGAG 
GAGTCCAGCT CCGGAGCACC AAGCCCCCCC TTCTCCGTAG AGTCACGTAT CCAGATGATG 
CAGTACATTC ACAAGATCGA GGCTGACCTT GAACACTTAA AGGAGATCGA GGAAAATTAT 
GCCACTCTCC TTCGCCAAAG GCTGGCTGGA TCAGCCCCCA CAGATGAGCA CTCAGACACC 
GAAGTCTCCT CTCCCACTGT CATCCCCTGC TGCTTCCATA GAAATCCATG A

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

RefSeq	XP_014373896.1
CDS	257..4627
Translation	MRAGVQTGDRIIKVNGTLVTHSNHLEVVKLIKSGSYVALTVQGRPPGSPQIPLADSEVDPAAFGHMSPIMTSPHSPGTFGNAERITSPVLMGEENNIVHNQKVEILRKMLQKEQEQLQSLQEDYSRTPTPRLLKEIQEAKKHIPQLQEQLSKATGSPQDGVLSSRLVAESLQISEVETESGEGLSKIESSGDGSRPNSDIADSPRSGLKERVYLDESPEKSEIQDTDSQSSVGSPSSRVAPQIIGAEDDDFDTEHEQINGQCSCFQNMELLKSRPAHLAVFLHHVVSQFDPAALLCYLYADLYKQTNSKETRRVFLEFNQFFLDRAANLKVPVPDEVSVDLEKRRPELIPEELHRHYILTMQDKVLPEVQRNLEDFRQKRSMGLTLAEGELTKLDAERVRDRSVLEKERACAEQIIAKIEEVLVSSQPLEEDKSSTMQYVILTYMKYLGVRVKEPRSLEQKRGRIGFLPKIKQSIKKEKEGEEKVKRRGFPSILGPPRRPSRHDSSAIGRAMEMQKQRHPKYLSTTSSVSPEPPDSGKTRQSGSSSDGTDVAYPTANPMSPLTSGPFTSLEASKDSETGPKQTGEVPPSSDSVDGTPRTPNATFDFPSPPLDHLQEEEGELERTAELGTPKPFRKMESMGYGDVQSEDELYDFDTDTDPPNWQQLVSRELLLGLKPFEIKRQEVINELFYTERAHVRTLKVLHQVFYQRVSREGILTPSDLRKIFSNLEDILLLHTGLNDQMKSVRKRNETSVIDQIGEDLLTWFSGPGEENLKHAAATFCSNQPFALEVIKSRQKKDSRFQTFVQDAESNPLCRRLQLKDIIPTEMQRLTKYPLLLDSIAKYSELPEEKEKVKKAADHCRQILNYVNQAVKESENKQHLEDYQRRLDLSYLKQAEDPMLDEFRNLDLTKRKMIHEGPLTWKVNRDKTIDLYTLLLEDILVLLQKQDDKLVLRCHSKILASTADSKHIFSPVIKLNTVLVRQVATDNKAFFVISMSENGAHIYELVAQTVSEKNAWQDLIAQMAGTVKAEASTRRVIPLPQPGPGEEEREEEEQKLKDEQPDIPASSMQSPDKELGLEPSLILKTQSPSAVMSEKSEVEDLLVTERQFDKEQQEDELVLKDSSACYEQATADVPCGVSEGRWALDALRSLGLLKQLLVQQLGLSEKRTLEDWQHFPRFRTASQGAWAESGNQGGLQHSDNNKMHQPGVDRMPVRPGTSEPAACYGIRTSAEFPASQDAVQLVSRDARSGNNVVMDLVSMNVETPLMELEGVGPDDNGEHFFDAREAHSDDIPSEGEVTERKEDEEVQLRISGNYLILDGYGTVQESSTDDEVSSLVLQCTAGSTSLDTAQQQHVSPREAQSDGGSSLFAEFMASRWAAVEESSSGAPSPPFSVESRIQMMQYIHKIEADLEHLKEIEENYATLLRQRLAGSAPTDEHSDTEVSSPTVIPCCFHRNP

Target ORF information:

RefSeq Version	XM_014518410.1
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 12 (ARHGEF12), transcript variant X2, mRNA.

Target ORF information:

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

XM_014518410.1

ORF Insert Sequence:

ATGCGGGCTG GAGTTCAGAC GGGTGATCGA ATTATCAAGG TGAATGGGAC TCTTGTAACG 
CACTCAAACC ATTTGGAAGT GGTCAAGCTG ATCAAGTCGG GTTCCTATGT AGCTCTCACT 
GTGCAGGGGC GCCCACCAGG GTCGCCCCAG ATTCCGTTAG CTGATTCCGA AGTGGATCCG 
GCAGCATTCG GGCATATGTC ACCCATCATG ACCTCTCCTC ATTCGCCTGG CACGTTTGGA 
AACGCAGAAA GGATTACCAG CCCGGTATTA ATGGGGGAGG AGAACAATAT TGTTCACAAC 
CAGAAAGTGG AGATTCTGAG AAAGATGTTG CAAAAGGAAC AAGAGCAGCT GCAGTCCTTG 
CAGGAAGATT ACAGCCGAAC ACCAACCCCA CGACTGCTCA AGGAGATTCA GGAAGCCAAG 
AAACACATCC CTCAGCTGCA GGAGCAACTG TCCAAAGCCA CAGGCTCTCC TCAGGATGGA 
GTTTTGTCCT CCCGATTAGT GGCTGAGTCT CTGCAGATCA GTGAAGTTGA GACGGAGAGT 
GGGGAAGGGC TGAGCAAAAT TGAGTCAAGT GGTGATGGCT CCCGGCCAAA CAGTGACATT 
GCTGATAGTC CTCGGAGTGG CCTGAAGGAG CGAGTTTACC TGGATGAGAG CCCAGAGAAG 
AGCGAAATTC AGGATACTGA TTCACAGTCC AGTGTTGGGA GCCCCTCCTC CCGCGTGGCA 
CCTCAGATCA TCGGAGCAGA GGATGACGAC TTTGACACTG AACACGAGCA GATTAATGGG 
CAGTGCAGCT GTTTCCAAAA CATGGAGCTG TTGAAGTCTC GCCCAGCTCA TCTAGCTGTG 
TTCCTGCATC ACGTGGTGTC CCAGTTTGAC CCTGCAGCCT TGCTCTGCTA TCTCTATGCG 
GACTTGTACA AACAGACCAA CTCCAAAGAG ACTCGTCGTG TCTTCCTTGA GTTTAACCAG 
TTCTTCCTGG ACCGAGCTGC GAACCTGAAG GTCCCAGTTC CAGATGAAGT TTCTGTAGAT 
CTAGAAAAGA GGCGGCCAGA ACTCATTCCA GAAGAGCTGC ACCGCCATTA CATCCTAACT 
ATGCAAGATA AAGTCCTTCC AGAGGTCCAG AGGAATTTGG AAGACTTCAG ACAGAAACGT 
AGCATGGGCC TGACCTTGGC AGAGGGCGAA CTGACTAAGC TGGACGCGGA ACGAGTCCGT 
GACCGGAGCG TGCTGGAGAA GGAGAGAGCA TGTGCAGAGC AGATAATTGC CAAAATTGAA 
GAAGTTCTGG TGTCATCTCA ACCTTTGGAA GAGGATAAGA GTTCCACCAT GCAGTATGTG 
ATTCTCACCT ACATGAAATA TTTGGGGGTG AGAGTCAAAG AGCCCCGGAG TCTGGAGCAG 
AAGCGTGGAC GTATTGGTTT CCTGCCAAAG ATTAAGCAAA GTATAAAGAA AGAGAAAGAA 
GGGGAGGAAA AGGTGAAGAG GAGAGGTTTC CCTAGCATCC TGGGGCCGCC GAGAAGACCG 
AGTCGCCATG ACAGTAGTGC AATTGGCAGA GCCATGGAAA TGCAGAAGCA GCGTCATCCA 
AAGTACTTAT CCACAACCTC TTCTGTTAGC CCAGAGCCAC CAGACTCTGG CAAAACACGC 
CAGAGTGGAT CTTCCAGCGA TGGCACAGAT GTAGCATACC CAACTGCTAA TCCTATGTCT 
CCCCTGACTT CGGGACCTTT TACCTCCCTG GAGGCAAGCA AAGATAGTGA GACAGGTCCC 
AAGCAGACTG GAGAAGTTCC ACCGTCTAGT GACTCTGTGG ATGGCACCCC CCGCACACCT 
AATGCCACCT TTGACTTCCC TTCCCCACCC CTGGACCACT TGCAGGAAGA GGAGGGAGAA 
CTTGAGAGAA CAGCTGAGTT GGGAACACCA AAACCTTTCC GCAAGATGGA GAGCATGGGC 
TATGGAGATG TCCAAAGTGA GGATGAACTG TATGATTTTG ATACAGACAC CGATCCTCCC 
AACTGGCAGC AGCTTGTGAG TCGAGAGTTG CTGCTGGGGC TGAAACCGTT TGAAATCAAA 
CGCCAAGAAG TGATTAACGA GCTGTTTTAC ACAGAGCGAG CTCATGTCCG CACGCTGAAG 
GTTCTGCATC AGGTCTTCTA CCAGCGTGTC TCCCGTGAAG GGATCCTCAC TCCCTCAGAT 
CTGCGGAAGA TCTTTTCCAA CCTGGAGGAC ATCCTTCTGC TCCATACCGG CTTGAATGAC 
CAGATGAAAA GTGTCCGAAA AAGGAATGAG ACATCAGTTA TTGATCAGAT TGGAGAGGAC 
TTACTAACTT GGTTCAGCGG ACCAGGAGAG GAGAACCTGA AACATGCAGC AGCCACCTTC 
TGTAGTAACC AGCCCTTTGC TTTAGAGGTG ATCAAATCAC GGCAGAAGAA GGACTCGCGC 
TTCCAGACCT TTGTGCAGGA TGCCGAGAGT AATCCGCTGT GTCGCCGGTT GCAATTGAAG 
GATATCATTC CCACTGAGAT GCAGAGACTG ACTAAATACC CCCTTCTGTT GGATAGTATT 
GCTAAGTATT CAGAACTGCC TGAGGAGAAG GAGAAAGTGA AGAAAGCAGC GGATCACTGC 
CGTCAAATCC TTAACTATGT GAACCAAGCT GTCAAAGAGT CGGAGAACAA GCAGCATTTA 
GAAGATTATC AGCGTCGTCT CGACCTATCT TATCTGAAGC AGGCAGAAGA CCCTATGCTG 
GATGAGTTTC GGAATTTGGA TTTAACCAAG CGGAAGATGA TTCACGAAGG ACCTCTGACT 
TGGAAGGTGA ATCGGGACAA AACTATAGAT CTCTACACCT TGCTCTTGGA GGATATTCTG 
GTGCTGTTGC AAAAGCAAGA TGACAAACTG GTGCTGCGGT GTCACAGTAA GATCCTGGCA 
TCTACTGCTG ACAGCAAGCA CATATTCAGC CCTGTGATCA AGCTGAACAC TGTGCTAGTT 
CGCCAGGTGG CAACAGATAA CAAAGCTTTC TTTGTCATCT CCATGTCAGA AAATGGCGCC 
CATATTTATG AACTAGTGGC ACAGACCGTT TCGGAAAAAA ACGCATGGCA GGACCTGATA 
GCTCAGATGG CAGGGACAGT GAAAGCCGAG GCTTCCACCA GAAGGGTGAT ACCATTACCG 
CAGCCAGGGC CTGGCGAAGA AGAGCGTGAG GAAGAGGAGC AGAAGTTGAA AGACGAGCAG 
CCTGATATTC CAGCCAGCAG CATGCAGAGT CCAGATAAAG AGTTGGGCCT TGAGCCTTCC 
CTCATACTGA AGACCCAGTC TCCTTCAGCT GTTATGTCGG AGAAGTCTGA AGTAGAAGAT 
CTCCTCGTGA CAGAGAGGCA GTTTGACAAA GAGCAGCAGG AAGACGAGCT TGTGCTCAAA 
GACTCCTCCG CGTGCTACGA ACAAGCGACC GCAGACGTGC CTTGCGGGGT GTCAGAAGGG 
CGGTGGGCAC TGGATGCGTT AAGGAGCTTG GGCTTGTTGA AACAGTTGTT GGTGCAGCAG 
CTTGGCTTGT CAGAGAAGAG GACCCTTGAA GACTGGCAGC ATTTTCCCAG GTTTAGGACA 
GCTTCCCAAG GTGCTTGGGC AGAAAGTGGA AACCAGGGTG GACTGCAGCA CTCTGATAAT 
AACAAGATGC ACCAGCCTGG AGTGGACCGG ATGCCTGTCA GACCTGGAAC TAGTGAACCC 
GCAGCTTGTT ATGGTATCCG GACTTCAGCT GAATTCCCAG CTTCACAGGA TGCCGTGCAG 
CTGGTATCTA GAGACGCCAG GTCAGGTAAT AATGTAGTAA TGGACCTTGT AAGCATGAAC 
GTGGAGACCC CGCTCATGGA GCTGGAAGGA GTGGGTCCTG ATGACAATGG AGAGCACTTC 
TTTGATGCCC GCGAGGCCCA CAGCGACGAC ATCCCATCCG AAGGAGAAGT GACGGAAAGG 
AAGGAGGATG AGGAGGTGCA GTTACGGATC TCAGGAAATT ATTTGATCCT TGACGGATAT 
GGAACGGTGC AGGAAAGCTC CACGGACGAT GAGGTGTCTT CGCTAGTCCT ACAGTGCACT 
GCAGGCAGCA CCTCTCTGGA CACGGCGCAG CAGCAACACG TTTCCCCCAG GGAGGCCCAG 
TCAGACGGGG GGAGCTCCCT GTTTGCTGAG TTCATGGCCT CCCGCTGGGC GGCTGTGGAG 
GAGTCCAGCT CCGGAGCACC AAGCCCCCCC TTCTCCGTAG AGTCACGTAT CCAGATGATG 
CAGTACATTC ACAAGATCGA GGCTGACCTT GAACACTTAA AGGAGATCGA GGAAAATTAT 
GCCACTCTCC TTCGCCAAAG GCTGGCTGGA TCAGCCCCCA CAGATGAGCA CTCAGACACC 
GAAGTCTCCT CTCCCACTGT CATCCCCTGC TGCTTCCATA GAAATCCATG A

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

ARHGEF12 ( XM_025200035.1 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_025055820.1 Alligator sinensis Rho guanine nucleotide exchange factor 12 (ARHGEF12), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAl84334
Clone ID Related Accession (Same CDS sequence)	XM_025200035.1 , XM_025200034.1
Accession Version	XM_025200035.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4386bp) 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	2018-06-03
Organism	Alligator sinensis(Chinese alligator)
Product	rho guanine nucleotide exchange factor 12 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005841952.1) 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 :: Alligator sinensis Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGGCTG GAGTTCAGAC GGGTGATCGA ATTATCAAGG TGAATGGGAC TCTTGTAACG 
CACTCAAACC ATTTGGAAGT GGTCAAGCTG ATCAAGTCGG GTTCCTATGT AGCTCTCACT 
GTGCAGGGGC GCCCACCAGG GTCGCCCCAG ATTCCGTTAG CTGATTCCGA AGTGGATCCG 
GCAGCATTCG GGCATATGTC ACCCATCATG ACCTCTCCTC ATTCGCCTGG CACGTTTGGA 
AACGCAGAAA GGATTACCAG CCCGGTATTA ATGGGGGAGG AGAACAATAT TGTTCACAAC 
CAGAAAGTGG AGATTCTGAG AAAGATGTTG CAAAAGGAAC AAGAGCAGCT GCAGTCCTTG 
CAGGAAGATT ACAGCCGAAC ACCAACCCCA CGACTGCTCA AGGAGATTCA GGAAGCCAAG 
AAACACATCC CTCAGCTGCA GGAGCAACTG TCCAAAGCCA CAGGCTCTCC TCAGGATGGA 
GTTTTGTCCT CCCGATTAGT GGCTGAGTCT CTGCAGATCA GTGAAGTTGA GACGGAGAGT 
GGGGAAGGGC TGAGCAAAAT TGAGTCAAGT GGTGATGGCT CCCGGCCAAA CAGTGACATT 
GCTGATAGTC CTCGGAGTGG CCTGAAGGAG CGAGTTTACC TGGATGAGAG CCCAGAGAAG 
AGCGAAATTC AGGATACTGA TTCACAGTCC AGTGTTGGGA GCCCCTCCTC CCGCGTGGCA 
CCTCAGATCA TCGGAGCAGA GGATGACGAC TTTGACACTG AACACGAGCA GATTAATGGG 
CAGTGCAGCT GTTTCCAAAA CATGGAGCTG TTGAAGTCTC GCCCAGCTCA TCTAGCTGTG 
TTCCTGCATC ACGTGGTGTC CCAGTTTGAC CCTGCAGCCT TGCTCTGCTA TCTCTATGCG 
GACTTGTACA AACAGACCAA CTCCAAAGAG ACTCGTCGTG TCTTCCTTGA GTTTAACCAG 
TTCTTCCTGG ACCGAGCTGC GAACCTGAAG GTCCCAGTTC CAGATGAAGT TTCTGTAGAT 
CTAGAAAAGA GGCGGCCAGA ACTCATTCCA GAAGAGCTGC ACCGCCATTA CATCCTAACT 
ATGCAAGATA AAGTCCTTCC AGAGGTCCAG AGGAATTTGG AAGACTTCAG ACAGAAACGT 
AGCATGGGCC TGACCTTGGC AGAGGGCGAA CTGACTAAGC TGGACGCGGA ACGAGTCCGT 
GACCGGAGCG TGCTGGAGAA GGAGAGAGCA TGTGCAGAGC AGATAATTGC CAAAATTGAA 
GAAGTTCTGT GGATTGCCAT CAATATGATG ATGACCAGGA GAAAACCATC AGAGAGAAAT 
ATCCCCAGGG TGTCATCTCA ACCTTTGGAA GAGGATAAGA GTTCCACCAT GCAGTATGTG 
ATTCTCACCT ACATGAAATA TTTGGGGGTG AGAGTCAAAG AGCCCCGGAG TCTGGAGCAG 
AAGCGTGGAC GTATTGGTTT CCTGCCAAAG ATTAAGCAAA GTATAAAGAA AGAGAAAGAA 
GGGGAGGAAA AGGTGAAGAG GAGAGGTTTC CCTAGCATCC TGGGGCCGCC GAGAAGACCG 
AGTCGCCATG ACAGTAGTGC AATTGGCAGA GCCATGGAAA TGCAGAAGCA GCGTCATCCA 
AAGTACTTAT CCACAACCTC TTCTGTTAGC CCAGAGCCAC CAGACTCTGG CAAAACACGC 
CAGAGTGGAT CTTCCAGCGA TGGCACAGAT GTAGCATACC CAACTGCTAA TCCTATGTCT 
CCCCTGACTT CGGGACCTTT TACCTCCCTG GAGGCAAGCA AAGATAGTGA GACAGGTCCC 
AAGCAGACTG GAGAAGTTCC ACCGTCTAGT GACTCTGTGG ATGGCACCCC CCGCACACCT 
AATGCCACCT TTGACTTCCC TTCCCCACCC CTGGACCACT TGCAGGAAGA GGAGGGAGAA 
CTTGAGAGAA CAGCTGAGTT GGGAACACCA AAACCTTTCC GCAAGATGGA GAGCATGGGC 
TATGGAGATG TCCAAAGTGA GGATGAACTG TATGATTTTG ATACAGACAC CGATCCTCCC 
AACTGGCAGC AGCTTGTGAG TCGAGAGTTG CTGCTGGGGC TGAAACCGTT TGAAATCAAA 
CGCCAAGAAG TGATTAACGA GCTGTTTTAC ACAGAGCGAG CTCATGTCCG CACGCTGAAG 
GTTCTGCATC AGGTCTTCTA CCAGCGTGTC TCCCGTGAAG GGATCCTCAC TCCCTCAGAT 
CTGCGGAAGA TCTTTTCCAA CCTGGAGGAC ATCCTTCTGC TCCATACCGG CTTGAATGAC 
CAGATGAAAA GTGTCCGAAA AAGGAATGAG ACATCAGTTA TTGATCAGAT TGGAGAGGAC 
TTACTAACTT GGTTCAGCGG ACCAGGAGAG GAGAACCTGA AACATGCAGC AGCCACCTTC 
TGTAGTAACC AGCCCTTTGC TTTAGAGGTG ATCAAATCAC GGCAGAAGAA GGACTCGCGC 
TTCCAGACCT TTGTGCAGGA TGCCGAGAGT AATCCGCTGT GTCGCCGGTT GCAATTGAAG 
GATATCATTC CCACTGAGAT GCAGAGACTG ACTAAATACC CCCTTCTGTT GGATAGTATT 
GCTAAGTATT CAGAACTGCC TGAGGAGAAG GAGAAAGTGA AGAAAGCAGC GGATCACTGC 
CGTCAAATCC TTAACTATGT GAACCAAGCT GTCAAAGAGT CGGAGAACAA GCAGCATTTA 
GAAGATTATC AGCGTCGTCT CGACCTATCT TATCTGAAGC AGGCAGAAGA CCCTATGCTG 
GATGAGTTTC GGAATTTGGA TTTAACCAAG CGGAAGATGA TTCACGAAGG ACCTCTGACT 
TGGAAGGTGA ATCGGGACAA AACTATAGAT CTCTACACCT TGCTCTTGGA GGATATTCTG 
GTGCTGTTGC AAAAGCAAGA TGACAAACTG GTGCTGCGGT GTCACAGTAA GATCCTGGCA 
TCTACTGCTG ACAGCAAGCA CATATTCAGC CCTGTGATCA AGCTGAACAC TGTGCTAGTT 
CGCCAGGTGG CAACAGATAA CAAAGCTTTC TTTGTCATCT CCATGTCAGA AAATGGCGCC 
CATATTTATG AACTAGTGGC ACAGACCGTT TCGGAAAAAA ACGCATGGCA GGACCTGATA 
GCTCAGATGG CAGGGACAGT GAAAGCCGAG GCTTCCACCA GAAGGGTGAT ACCATTACCG 
CAGCCAGGGC CTGGCGAAGA AGAGCGTGAG GAAGAGGAGC AGAAGTTGAA AGACGAGCAG 
CCTGATATTC CAGCCAGCAG CATGCAGAGT CCAGATAAAG AGTTGGGCCT TGAGCCTTCC 
CTCATACTGA AGACCCAGTC TCCTTCAGCT GTTATGTCGG AGAAGTCTGA AGTAGAAGAT 
CTCCTCGTGA CAGAGAGGCA GTTTGACAAA GAGCAGCAGG AAGACGAGCT TGTGCTCAAA 
GACTCCTCCG CGTGCTACGA ACAAGCGACC GCAGACGTGC CTTGCGGGGT GTCAGAAGGG 
CGGTGGGCAC TGGATGCGTT AAGGAGCTTG GGCTTGTTGA AACAGTTGTT GGTGCAGCAG 
CTTGGCTTGT CAGAGAAGAG GACCCTTGAA GACTGGCAGC ATTTTCCCAG GTTTAGGACA 
GCTTCCCAAG GTGCTTGGGC AGAAAGTGGA AACCAGGGTG GACTGCAGCA CTCTGATAAT 
AACAAGATGC ACCAGCCTGG AGTGGACCGG ATGCCTGTCA GACCTGGAAC TAGTGAACCC 
GCAGCTTGTT ATGGTATCCG GACTTCAGCT GAATTCCCAG CTTCACAGGA TGCCGTGCAG 
CTGGTATCTA GAGACGCCAG GTCAGGTAAT AATGTAGTAA TGGACCTTGT AAGCATGAAC 
GTGGAGACCC CGCTCATGGA GCTGGAAGGA GTGGGTCCTG ATGACAATGG AGAGCACTTC 
TTTGATGCCC GCGAGGCCCA CAGCGACGAC ATCCCATCCG AAGGAGAAGT GACGGAAAGG 
AAGGAGGATG AGGAGGTGCA GTTACGGATC TCAGGAAATT ATTTGATCCT TGACGGATAT 
GGAACGGTGC AGGAAAGCTC CACGGACGAT GAGGTGTCTT CGCTAGTCCT ACAGTGCACT 
GCAGGCAGCA CCTCTCTGGA CACGGCGCAG CAGCAACACG TTTCCCCCAG GGAGGCCCAG 
TCAGACGGGG GGAGCTCCCT GTTTGCTGAG TTCATGGCCT CCCGCTGGGC GGCTGTGGAG 
GAGTCCAGCT CCGGAGCACC AAGCCCCCCC TTCTCCGTAG AGTCACGTAT CCAGATGATG 
CAGTACATTC ACAAGATCGA GGCTGACCTT GAACACTTAA AGGAGATCGA GGAAAATTAT 
GCCACTCTCC TTCGCCAAAG GCTGGCTGGA TCAGCCCCCA CAGATGAGCA CTCAGACAAA 
AGTTAG

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

RefSeq	XP_025055820.1
CDS	217..4602
Translation	MRAGVQTGDRIIKVNGTLVTHSNHLEVVKLIKSGSYVALTVQGRPPGSPQIPLADSEVDPAAFGHMSPIMTSPHSPGTFGNAERITSPVLMGEENNIVHNQKVEILRKMLQKEQEQLQSLQEDYSRTPTPRLLKEIQEAKKHIPQLQEQLSKATGSPQDGVLSSRLVAESLQISEVETESGEGLSKIESSGDGSRPNSDIADSPRSGLKERVYLDESPEKSEIQDTDSQSSVGSPSSRVAPQIIGAEDDDFDTEHEQINGQCSCFQNMELLKSRPAHLAVFLHHVVSQFDPAALLCYLYADLYKQTNSKETRRVFLEFNQFFLDRAANLKVPVPDEVSVDLEKRRPELIPEELHRHYILTMQDKVLPEVQRNLEDFRQKRSMGLTLAEGELTKLDAERVRDRSVLEKERACAEQIIAKIEEVLWIAINMMMTRRKPSERNIPRVSSQPLEEDKSSTMQYVILTYMKYLGVRVKEPRSLEQKRGRIGFLPKIKQSIKKEKEGEEKVKRRGFPSILGPPRRPSRHDSSAIGRAMEMQKQRHPKYLSTTSSVSPEPPDSGKTRQSGSSSDGTDVAYPTANPMSPLTSGPFTSLEASKDSETGPKQTGEVPPSSDSVDGTPRTPNATFDFPSPPLDHLQEEEGELERTAELGTPKPFRKMESMGYGDVQSEDELYDFDTDTDPPNWQQLVSRELLLGLKPFEIKRQEVINELFYTERAHVRTLKVLHQVFYQRVSREGILTPSDLRKIFSNLEDILLLHTGLNDQMKSVRKRNETSVIDQIGEDLLTWFSGPGEENLKHAAATFCSNQPFALEVIKSRQKKDSRFQTFVQDAESNPLCRRLQLKDIIPTEMQRLTKYPLLLDSIAKYSELPEEKEKVKKAADHCRQILNYVNQAVKESENKQHLEDYQRRLDLSYLKQAEDPMLDEFRNLDLTKRKMIHEGPLTWKVNRDKTIDLYTLLLEDILVLLQKQDDKLVLRCHSKILASTADSKHIFSPVIKLNTVLVRQVATDNKAFFVISMSENGAHIYELVAQTVSEKNAWQDLIAQMAGTVKAEASTRRVIPLPQPGPGEEEREEEEQKLKDEQPDIPASSMQSPDKELGLEPSLILKTQSPSAVMSEKSEVEDLLVTERQFDKEQQEDELVLKDSSACYEQATADVPCGVSEGRWALDALRSLGLLKQLLVQQLGLSEKRTLEDWQHFPRFRTASQGAWAESGNQGGLQHSDNNKMHQPGVDRMPVRPGTSEPAACYGIRTSAEFPASQDAVQLVSRDARSGNNVVMDLVSMNVETPLMELEGVGPDDNGEHFFDAREAHSDDIPSEGEVTERKEDEEVQLRISGNYLILDGYGTVQESSTDDEVSSLVLQCTAGSTSLDTAQQQHVSPREAQSDGGSSLFAEFMASRWAAVEESSSGAPSPPFSVESRIQMMQYIHKIEADLEHLKEIEENYATLLRQRLAGSAPTDEHSDKS

Target ORF information:

RefSeq Version	XM_025200035.1
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis Rho guanine nucleotide exchange factor 12 (ARHGEF12), transcript variant X2, mRNA.

Target ORF information:

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

XM_025200035.1

ORF Insert Sequence:

ATGCGGGCTG GAGTTCAGAC GGGTGATCGA ATTATCAAGG TGAATGGGAC TCTTGTAACG 
CACTCAAACC ATTTGGAAGT GGTCAAGCTG ATCAAGTCGG GTTCCTATGT AGCTCTCACT 
GTGCAGGGGC GCCCACCAGG GTCGCCCCAG ATTCCGTTAG CTGATTCCGA AGTGGATCCG 
GCAGCATTCG GGCATATGTC ACCCATCATG ACCTCTCCTC ATTCGCCTGG CACGTTTGGA 
AACGCAGAAA GGATTACCAG CCCGGTATTA ATGGGGGAGG AGAACAATAT TGTTCACAAC 
CAGAAAGTGG AGATTCTGAG AAAGATGTTG CAAAAGGAAC AAGAGCAGCT GCAGTCCTTG 
CAGGAAGATT ACAGCCGAAC ACCAACCCCA CGACTGCTCA AGGAGATTCA GGAAGCCAAG 
AAACACATCC CTCAGCTGCA GGAGCAACTG TCCAAAGCCA CAGGCTCTCC TCAGGATGGA 
GTTTTGTCCT CCCGATTAGT GGCTGAGTCT CTGCAGATCA GTGAAGTTGA GACGGAGAGT 
GGGGAAGGGC TGAGCAAAAT TGAGTCAAGT GGTGATGGCT CCCGGCCAAA CAGTGACATT 
GCTGATAGTC CTCGGAGTGG CCTGAAGGAG CGAGTTTACC TGGATGAGAG CCCAGAGAAG 
AGCGAAATTC AGGATACTGA TTCACAGTCC AGTGTTGGGA GCCCCTCCTC CCGCGTGGCA 
CCTCAGATCA TCGGAGCAGA GGATGACGAC TTTGACACTG AACACGAGCA GATTAATGGG 
CAGTGCAGCT GTTTCCAAAA CATGGAGCTG TTGAAGTCTC GCCCAGCTCA TCTAGCTGTG 
TTCCTGCATC ACGTGGTGTC CCAGTTTGAC CCTGCAGCCT TGCTCTGCTA TCTCTATGCG 
GACTTGTACA AACAGACCAA CTCCAAAGAG ACTCGTCGTG TCTTCCTTGA GTTTAACCAG 
TTCTTCCTGG ACCGAGCTGC GAACCTGAAG GTCCCAGTTC CAGATGAAGT TTCTGTAGAT 
CTAGAAAAGA GGCGGCCAGA ACTCATTCCA GAAGAGCTGC ACCGCCATTA CATCCTAACT 
ATGCAAGATA AAGTCCTTCC AGAGGTCCAG AGGAATTTGG AAGACTTCAG ACAGAAACGT 
AGCATGGGCC TGACCTTGGC AGAGGGCGAA CTGACTAAGC TGGACGCGGA ACGAGTCCGT 
GACCGGAGCG TGCTGGAGAA GGAGAGAGCA TGTGCAGAGC AGATAATTGC CAAAATTGAA 
GAAGTTCTGT GGATTGCCAT CAATATGATG ATGACCAGGA GAAAACCATC AGAGAGAAAT 
ATCCCCAGGG TGTCATCTCA ACCTTTGGAA GAGGATAAGA GTTCCACCAT GCAGTATGTG 
ATTCTCACCT ACATGAAATA TTTGGGGGTG AGAGTCAAAG AGCCCCGGAG TCTGGAGCAG 
AAGCGTGGAC GTATTGGTTT CCTGCCAAAG ATTAAGCAAA GTATAAAGAA AGAGAAAGAA 
GGGGAGGAAA AGGTGAAGAG GAGAGGTTTC CCTAGCATCC TGGGGCCGCC GAGAAGACCG 
AGTCGCCATG ACAGTAGTGC AATTGGCAGA GCCATGGAAA TGCAGAAGCA GCGTCATCCA 
AAGTACTTAT CCACAACCTC TTCTGTTAGC CCAGAGCCAC CAGACTCTGG CAAAACACGC 
CAGAGTGGAT CTTCCAGCGA TGGCACAGAT GTAGCATACC CAACTGCTAA TCCTATGTCT 
CCCCTGACTT CGGGACCTTT TACCTCCCTG GAGGCAAGCA AAGATAGTGA GACAGGTCCC 
AAGCAGACTG GAGAAGTTCC ACCGTCTAGT GACTCTGTGG ATGGCACCCC CCGCACACCT 
AATGCCACCT TTGACTTCCC TTCCCCACCC CTGGACCACT TGCAGGAAGA GGAGGGAGAA 
CTTGAGAGAA CAGCTGAGTT GGGAACACCA AAACCTTTCC GCAAGATGGA GAGCATGGGC 
TATGGAGATG TCCAAAGTGA GGATGAACTG TATGATTTTG ATACAGACAC CGATCCTCCC 
AACTGGCAGC AGCTTGTGAG TCGAGAGTTG CTGCTGGGGC TGAAACCGTT TGAAATCAAA 
CGCCAAGAAG TGATTAACGA GCTGTTTTAC ACAGAGCGAG CTCATGTCCG CACGCTGAAG 
GTTCTGCATC AGGTCTTCTA CCAGCGTGTC TCCCGTGAAG GGATCCTCAC TCCCTCAGAT 
CTGCGGAAGA TCTTTTCCAA CCTGGAGGAC ATCCTTCTGC TCCATACCGG CTTGAATGAC 
CAGATGAAAA GTGTCCGAAA AAGGAATGAG ACATCAGTTA TTGATCAGAT TGGAGAGGAC 
TTACTAACTT GGTTCAGCGG ACCAGGAGAG GAGAACCTGA AACATGCAGC AGCCACCTTC 
TGTAGTAACC AGCCCTTTGC TTTAGAGGTG ATCAAATCAC GGCAGAAGAA GGACTCGCGC 
TTCCAGACCT TTGTGCAGGA TGCCGAGAGT AATCCGCTGT GTCGCCGGTT GCAATTGAAG 
GATATCATTC CCACTGAGAT GCAGAGACTG ACTAAATACC CCCTTCTGTT GGATAGTATT 
GCTAAGTATT CAGAACTGCC TGAGGAGAAG GAGAAAGTGA AGAAAGCAGC GGATCACTGC 
CGTCAAATCC TTAACTATGT GAACCAAGCT GTCAAAGAGT CGGAGAACAA GCAGCATTTA 
GAAGATTATC AGCGTCGTCT CGACCTATCT TATCTGAAGC AGGCAGAAGA CCCTATGCTG 
GATGAGTTTC GGAATTTGGA TTTAACCAAG CGGAAGATGA TTCACGAAGG ACCTCTGACT 
TGGAAGGTGA ATCGGGACAA AACTATAGAT CTCTACACCT TGCTCTTGGA GGATATTCTG 
GTGCTGTTGC AAAAGCAAGA TGACAAACTG GTGCTGCGGT GTCACAGTAA GATCCTGGCA 
TCTACTGCTG ACAGCAAGCA CATATTCAGC CCTGTGATCA AGCTGAACAC TGTGCTAGTT 
CGCCAGGTGG CAACAGATAA CAAAGCTTTC TTTGTCATCT CCATGTCAGA AAATGGCGCC 
CATATTTATG AACTAGTGGC ACAGACCGTT TCGGAAAAAA ACGCATGGCA GGACCTGATA 
GCTCAGATGG CAGGGACAGT GAAAGCCGAG GCTTCCACCA GAAGGGTGAT ACCATTACCG 
CAGCCAGGGC CTGGCGAAGA AGAGCGTGAG GAAGAGGAGC AGAAGTTGAA AGACGAGCAG 
CCTGATATTC CAGCCAGCAG CATGCAGAGT CCAGATAAAG AGTTGGGCCT TGAGCCTTCC 
CTCATACTGA AGACCCAGTC TCCTTCAGCT GTTATGTCGG AGAAGTCTGA AGTAGAAGAT 
CTCCTCGTGA CAGAGAGGCA GTTTGACAAA GAGCAGCAGG AAGACGAGCT TGTGCTCAAA 
GACTCCTCCG CGTGCTACGA ACAAGCGACC GCAGACGTGC CTTGCGGGGT GTCAGAAGGG 
CGGTGGGCAC TGGATGCGTT AAGGAGCTTG GGCTTGTTGA AACAGTTGTT GGTGCAGCAG 
CTTGGCTTGT CAGAGAAGAG GACCCTTGAA GACTGGCAGC ATTTTCCCAG GTTTAGGACA 
GCTTCCCAAG GTGCTTGGGC AGAAAGTGGA AACCAGGGTG GACTGCAGCA CTCTGATAAT 
AACAAGATGC ACCAGCCTGG AGTGGACCGG ATGCCTGTCA GACCTGGAAC TAGTGAACCC 
GCAGCTTGTT ATGGTATCCG GACTTCAGCT GAATTCCCAG CTTCACAGGA TGCCGTGCAG 
CTGGTATCTA GAGACGCCAG GTCAGGTAAT AATGTAGTAA TGGACCTTGT AAGCATGAAC 
GTGGAGACCC CGCTCATGGA GCTGGAAGGA GTGGGTCCTG ATGACAATGG AGAGCACTTC 
TTTGATGCCC GCGAGGCCCA CAGCGACGAC ATCCCATCCG AAGGAGAAGT GACGGAAAGG 
AAGGAGGATG AGGAGGTGCA GTTACGGATC TCAGGAAATT ATTTGATCCT TGACGGATAT 
GGAACGGTGC AGGAAAGCTC CACGGACGAT GAGGTGTCTT CGCTAGTCCT ACAGTGCACT 
GCAGGCAGCA CCTCTCTGGA CACGGCGCAG CAGCAACACG TTTCCCCCAG GGAGGCCCAG 
TCAGACGGGG GGAGCTCCCT GTTTGCTGAG TTCATGGCCT CCCGCTGGGC GGCTGTGGAG 
GAGTCCAGCT CCGGAGCACC AAGCCCCCCC TTCTCCGTAG AGTCACGTAT CCAGATGATG 
CAGTACATTC ACAAGATCGA GGCTGACCTT GAACACTTAA AGGAGATCGA GGAAAATTAT 
GCCACTCTCC TTCGCCAAAG GCTGGCTGGA TCAGCCCCCA CAGATGAGCA CTCAGACAAA 
AGTTAG

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

ARHGEF12 ( XM_025200034.1 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_025055819.1 Alligator sinensis Rho guanine nucleotide exchange factor 12 (ARHGEF12), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAl84334
Clone ID Related Accession (Same CDS sequence)	XM_025200035.1 , XM_025200034.1
Accession Version	XM_025200034.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4386bp) 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	2018-06-03
Organism	Alligator sinensis(Chinese alligator)
Product	rho guanine nucleotide exchange factor 12 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005841952.1) 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 :: Alligator sinensis Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGGCTG GAGTTCAGAC GGGTGATCGA ATTATCAAGG TGAATGGGAC TCTTGTAACG 
CACTCAAACC ATTTGGAAGT GGTCAAGCTG ATCAAGTCGG GTTCCTATGT AGCTCTCACT 
GTGCAGGGGC GCCCACCAGG GTCGCCCCAG ATTCCGTTAG CTGATTCCGA AGTGGATCCG 
GCAGCATTCG GGCATATGTC ACCCATCATG ACCTCTCCTC ATTCGCCTGG CACGTTTGGA 
AACGCAGAAA GGATTACCAG CCCGGTATTA ATGGGGGAGG AGAACAATAT TGTTCACAAC 
CAGAAAGTGG AGATTCTGAG AAAGATGTTG CAAAAGGAAC AAGAGCAGCT GCAGTCCTTG 
CAGGAAGATT ACAGCCGAAC ACCAACCCCA CGACTGCTCA AGGAGATTCA GGAAGCCAAG 
AAACACATCC CTCAGCTGCA GGAGCAACTG TCCAAAGCCA CAGGCTCTCC TCAGGATGGA 
GTTTTGTCCT CCCGATTAGT GGCTGAGTCT CTGCAGATCA GTGAAGTTGA GACGGAGAGT 
GGGGAAGGGC TGAGCAAAAT TGAGTCAAGT GGTGATGGCT CCCGGCCAAA CAGTGACATT 
GCTGATAGTC CTCGGAGTGG CCTGAAGGAG CGAGTTTACC TGGATGAGAG CCCAGAGAAG 
AGCGAAATTC AGGATACTGA TTCACAGTCC AGTGTTGGGA GCCCCTCCTC CCGCGTGGCA 
CCTCAGATCA TCGGAGCAGA GGATGACGAC TTTGACACTG AACACGAGCA GATTAATGGG 
CAGTGCAGCT GTTTCCAAAA CATGGAGCTG TTGAAGTCTC GCCCAGCTCA TCTAGCTGTG 
TTCCTGCATC ACGTGGTGTC CCAGTTTGAC CCTGCAGCCT TGCTCTGCTA TCTCTATGCG 
GACTTGTACA AACAGACCAA CTCCAAAGAG ACTCGTCGTG TCTTCCTTGA GTTTAACCAG 
TTCTTCCTGG ACCGAGCTGC GAACCTGAAG GTCCCAGTTC CAGATGAAGT TTCTGTAGAT 
CTAGAAAAGA GGCGGCCAGA ACTCATTCCA GAAGAGCTGC ACCGCCATTA CATCCTAACT 
ATGCAAGATA AAGTCCTTCC AGAGGTCCAG AGGAATTTGG AAGACTTCAG ACAGAAACGT 
AGCATGGGCC TGACCTTGGC AGAGGGCGAA CTGACTAAGC TGGACGCGGA ACGAGTCCGT 
GACCGGAGCG TGCTGGAGAA GGAGAGAGCA TGTGCAGAGC AGATAATTGC CAAAATTGAA 
GAAGTTCTGT GGATTGCCAT CAATATGATG ATGACCAGGA GAAAACCATC AGAGAGAAAT 
ATCCCCAGGG TGTCATCTCA ACCTTTGGAA GAGGATAAGA GTTCCACCAT GCAGTATGTG 
ATTCTCACCT ACATGAAATA TTTGGGGGTG AGAGTCAAAG AGCCCCGGAG TCTGGAGCAG 
AAGCGTGGAC GTATTGGTTT CCTGCCAAAG ATTAAGCAAA GTATAAAGAA AGAGAAAGAA 
GGGGAGGAAA AGGTGAAGAG GAGAGGTTTC CCTAGCATCC TGGGGCCGCC GAGAAGACCG 
AGTCGCCATG ACAGTAGTGC AATTGGCAGA GCCATGGAAA TGCAGAAGCA GCGTCATCCA 
AAGTACTTAT CCACAACCTC TTCTGTTAGC CCAGAGCCAC CAGACTCTGG CAAAACACGC 
CAGAGTGGAT CTTCCAGCGA TGGCACAGAT GTAGCATACC CAACTGCTAA TCCTATGTCT 
CCCCTGACTT CGGGACCTTT TACCTCCCTG GAGGCAAGCA AAGATAGTGA GACAGGTCCC 
AAGCAGACTG GAGAAGTTCC ACCGTCTAGT GACTCTGTGG ATGGCACCCC CCGCACACCT 
AATGCCACCT TTGACTTCCC TTCCCCACCC CTGGACCACT TGCAGGAAGA GGAGGGAGAA 
CTTGAGAGAA CAGCTGAGTT GGGAACACCA AAACCTTTCC GCAAGATGGA GAGCATGGGC 
TATGGAGATG TCCAAAGTGA GGATGAACTG TATGATTTTG ATACAGACAC CGATCCTCCC 
AACTGGCAGC AGCTTGTGAG TCGAGAGTTG CTGCTGGGGC TGAAACCGTT TGAAATCAAA 
CGCCAAGAAG TGATTAACGA GCTGTTTTAC ACAGAGCGAG CTCATGTCCG CACGCTGAAG 
GTTCTGCATC AGGTCTTCTA CCAGCGTGTC TCCCGTGAAG GGATCCTCAC TCCCTCAGAT 
CTGCGGAAGA TCTTTTCCAA CCTGGAGGAC ATCCTTCTGC TCCATACCGG CTTGAATGAC 
CAGATGAAAA GTGTCCGAAA AAGGAATGAG ACATCAGTTA TTGATCAGAT TGGAGAGGAC 
TTACTAACTT GGTTCAGCGG ACCAGGAGAG GAGAACCTGA AACATGCAGC AGCCACCTTC 
TGTAGTAACC AGCCCTTTGC TTTAGAGGTG ATCAAATCAC GGCAGAAGAA GGACTCGCGC 
TTCCAGACCT TTGTGCAGGA TGCCGAGAGT AATCCGCTGT GTCGCCGGTT GCAATTGAAG 
GATATCATTC CCACTGAGAT GCAGAGACTG ACTAAATACC CCCTTCTGTT GGATAGTATT 
GCTAAGTATT CAGAACTGCC TGAGGAGAAG GAGAAAGTGA AGAAAGCAGC GGATCACTGC 
CGTCAAATCC TTAACTATGT GAACCAAGCT GTCAAAGAGT CGGAGAACAA GCAGCATTTA 
GAAGATTATC AGCGTCGTCT CGACCTATCT TATCTGAAGC AGGCAGAAGA CCCTATGCTG 
GATGAGTTTC GGAATTTGGA TTTAACCAAG CGGAAGATGA TTCACGAAGG ACCTCTGACT 
TGGAAGGTGA ATCGGGACAA AACTATAGAT CTCTACACCT TGCTCTTGGA GGATATTCTG 
GTGCTGTTGC AAAAGCAAGA TGACAAACTG GTGCTGCGGT GTCACAGTAA GATCCTGGCA 
TCTACTGCTG ACAGCAAGCA CATATTCAGC CCTGTGATCA AGCTGAACAC TGTGCTAGTT 
CGCCAGGTGG CAACAGATAA CAAAGCTTTC TTTGTCATCT CCATGTCAGA AAATGGCGCC 
CATATTTATG AACTAGTGGC ACAGACCGTT TCGGAAAAAA ACGCATGGCA GGACCTGATA 
GCTCAGATGG CAGGGACAGT GAAAGCCGAG GCTTCCACCA GAAGGGTGAT ACCATTACCG 
CAGCCAGGGC CTGGCGAAGA AGAGCGTGAG GAAGAGGAGC AGAAGTTGAA AGACGAGCAG 
CCTGATATTC CAGCCAGCAG CATGCAGAGT CCAGATAAAG AGTTGGGCCT TGAGCCTTCC 
CTCATACTGA AGACCCAGTC TCCTTCAGCT GTTATGTCGG AGAAGTCTGA AGTAGAAGAT 
CTCCTCGTGA CAGAGAGGCA GTTTGACAAA GAGCAGCAGG AAGACGAGCT TGTGCTCAAA 
GACTCCTCCG CGTGCTACGA ACAAGCGACC GCAGACGTGC CTTGCGGGGT GTCAGAAGGG 
CGGTGGGCAC TGGATGCGTT AAGGAGCTTG GGCTTGTTGA AACAGTTGTT GGTGCAGCAG 
CTTGGCTTGT CAGAGAAGAG GACCCTTGAA GACTGGCAGC ATTTTCCCAG GTTTAGGACA 
GCTTCCCAAG GTGCTTGGGC AGAAAGTGGA AACCAGGGTG GACTGCAGCA CTCTGATAAT 
AACAAGATGC ACCAGCCTGG AGTGGACCGG ATGCCTGTCA GACCTGGAAC TAGTGAACCC 
GCAGCTTGTT ATGGTATCCG GACTTCAGCT GAATTCCCAG CTTCACAGGA TGCCGTGCAG 
CTGGTATCTA GAGACGCCAG GTCAGGTAAT AATGTAGTAA TGGACCTTGT AAGCATGAAC 
GTGGAGACCC CGCTCATGGA GCTGGAAGGA GTGGGTCCTG ATGACAATGG AGAGCACTTC 
TTTGATGCCC GCGAGGCCCA CAGCGACGAC ATCCCATCCG AAGGAGAAGT GACGGAAAGG 
AAGGAGGATG AGGAGGTGCA GTTACGGATC TCAGGAAATT ATTTGATCCT TGACGGATAT 
GGAACGGTGC AGGAAAGCTC CACGGACGAT GAGGTGTCTT CGCTAGTCCT ACAGTGCACT 
GCAGGCAGCA CCTCTCTGGA CACGGCGCAG CAGCAACACG TTTCCCCCAG GGAGGCCCAG 
TCAGACGGGG GGAGCTCCCT GTTTGCTGAG TTCATGGCCT CCCGCTGGGC GGCTGTGGAG 
GAGTCCAGCT CCGGAGCACC AAGCCCCCCC TTCTCCGTAG AGTCACGTAT CCAGATGATG 
CAGTACATTC ACAAGATCGA GGCTGACCTT GAACACTTAA AGGAGATCGA GGAAAATTAT 
GCCACTCTCC TTCGCCAAAG GCTGGCTGGA TCAGCCCCCA CAGATGAGCA CTCAGACAAA 
AGTTAG

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

RefSeq	XP_025055819.1
CDS	281..4666
Translation	MRAGVQTGDRIIKVNGTLVTHSNHLEVVKLIKSGSYVALTVQGRPPGSPQIPLADSEVDPAAFGHMSPIMTSPHSPGTFGNAERITSPVLMGEENNIVHNQKVEILRKMLQKEQEQLQSLQEDYSRTPTPRLLKEIQEAKKHIPQLQEQLSKATGSPQDGVLSSRLVAESLQISEVETESGEGLSKIESSGDGSRPNSDIADSPRSGLKERVYLDESPEKSEIQDTDSQSSVGSPSSRVAPQIIGAEDDDFDTEHEQINGQCSCFQNMELLKSRPAHLAVFLHHVVSQFDPAALLCYLYADLYKQTNSKETRRVFLEFNQFFLDRAANLKVPVPDEVSVDLEKRRPELIPEELHRHYILTMQDKVLPEVQRNLEDFRQKRSMGLTLAEGELTKLDAERVRDRSVLEKERACAEQIIAKIEEVLWIAINMMMTRRKPSERNIPRVSSQPLEEDKSSTMQYVILTYMKYLGVRVKEPRSLEQKRGRIGFLPKIKQSIKKEKEGEEKVKRRGFPSILGPPRRPSRHDSSAIGRAMEMQKQRHPKYLSTTSSVSPEPPDSGKTRQSGSSSDGTDVAYPTANPMSPLTSGPFTSLEASKDSETGPKQTGEVPPSSDSVDGTPRTPNATFDFPSPPLDHLQEEEGELERTAELGTPKPFRKMESMGYGDVQSEDELYDFDTDTDPPNWQQLVSRELLLGLKPFEIKRQEVINELFYTERAHVRTLKVLHQVFYQRVSREGILTPSDLRKIFSNLEDILLLHTGLNDQMKSVRKRNETSVIDQIGEDLLTWFSGPGEENLKHAAATFCSNQPFALEVIKSRQKKDSRFQTFVQDAESNPLCRRLQLKDIIPTEMQRLTKYPLLLDSIAKYSELPEEKEKVKKAADHCRQILNYVNQAVKESENKQHLEDYQRRLDLSYLKQAEDPMLDEFRNLDLTKRKMIHEGPLTWKVNRDKTIDLYTLLLEDILVLLQKQDDKLVLRCHSKILASTADSKHIFSPVIKLNTVLVRQVATDNKAFFVISMSENGAHIYELVAQTVSEKNAWQDLIAQMAGTVKAEASTRRVIPLPQPGPGEEEREEEEQKLKDEQPDIPASSMQSPDKELGLEPSLILKTQSPSAVMSEKSEVEDLLVTERQFDKEQQEDELVLKDSSACYEQATADVPCGVSEGRWALDALRSLGLLKQLLVQQLGLSEKRTLEDWQHFPRFRTASQGAWAESGNQGGLQHSDNNKMHQPGVDRMPVRPGTSEPAACYGIRTSAEFPASQDAVQLVSRDARSGNNVVMDLVSMNVETPLMELEGVGPDDNGEHFFDAREAHSDDIPSEGEVTERKEDEEVQLRISGNYLILDGYGTVQESSTDDEVSSLVLQCTAGSTSLDTAQQQHVSPREAQSDGGSSLFAEFMASRWAAVEESSSGAPSPPFSVESRIQMMQYIHKIEADLEHLKEIEENYATLLRQRLAGSAPTDEHSDKS

Target ORF information:

RefSeq Version	XM_025200034.1
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis Rho guanine nucleotide exchange factor 12 (ARHGEF12), transcript variant X1, mRNA.

Target ORF information:

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

XM_025200034.1

ORF Insert Sequence:

ATGCGGGCTG GAGTTCAGAC GGGTGATCGA ATTATCAAGG TGAATGGGAC TCTTGTAACG 
CACTCAAACC ATTTGGAAGT GGTCAAGCTG ATCAAGTCGG GTTCCTATGT AGCTCTCACT 
GTGCAGGGGC GCCCACCAGG GTCGCCCCAG ATTCCGTTAG CTGATTCCGA AGTGGATCCG 
GCAGCATTCG GGCATATGTC ACCCATCATG ACCTCTCCTC ATTCGCCTGG CACGTTTGGA 
AACGCAGAAA GGATTACCAG CCCGGTATTA ATGGGGGAGG AGAACAATAT TGTTCACAAC 
CAGAAAGTGG AGATTCTGAG AAAGATGTTG CAAAAGGAAC AAGAGCAGCT GCAGTCCTTG 
CAGGAAGATT ACAGCCGAAC ACCAACCCCA CGACTGCTCA AGGAGATTCA GGAAGCCAAG 
AAACACATCC CTCAGCTGCA GGAGCAACTG TCCAAAGCCA CAGGCTCTCC TCAGGATGGA 
GTTTTGTCCT CCCGATTAGT GGCTGAGTCT CTGCAGATCA GTGAAGTTGA GACGGAGAGT 
GGGGAAGGGC TGAGCAAAAT TGAGTCAAGT GGTGATGGCT CCCGGCCAAA CAGTGACATT 
GCTGATAGTC CTCGGAGTGG CCTGAAGGAG CGAGTTTACC TGGATGAGAG CCCAGAGAAG 
AGCGAAATTC AGGATACTGA TTCACAGTCC AGTGTTGGGA GCCCCTCCTC CCGCGTGGCA 
CCTCAGATCA TCGGAGCAGA GGATGACGAC TTTGACACTG AACACGAGCA GATTAATGGG 
CAGTGCAGCT GTTTCCAAAA CATGGAGCTG TTGAAGTCTC GCCCAGCTCA TCTAGCTGTG 
TTCCTGCATC ACGTGGTGTC CCAGTTTGAC CCTGCAGCCT TGCTCTGCTA TCTCTATGCG 
GACTTGTACA AACAGACCAA CTCCAAAGAG ACTCGTCGTG TCTTCCTTGA GTTTAACCAG 
TTCTTCCTGG ACCGAGCTGC GAACCTGAAG GTCCCAGTTC CAGATGAAGT TTCTGTAGAT 
CTAGAAAAGA GGCGGCCAGA ACTCATTCCA GAAGAGCTGC ACCGCCATTA CATCCTAACT 
ATGCAAGATA AAGTCCTTCC AGAGGTCCAG AGGAATTTGG AAGACTTCAG ACAGAAACGT 
AGCATGGGCC TGACCTTGGC AGAGGGCGAA CTGACTAAGC TGGACGCGGA ACGAGTCCGT 
GACCGGAGCG TGCTGGAGAA GGAGAGAGCA TGTGCAGAGC AGATAATTGC CAAAATTGAA 
GAAGTTCTGT GGATTGCCAT CAATATGATG ATGACCAGGA GAAAACCATC AGAGAGAAAT 
ATCCCCAGGG TGTCATCTCA ACCTTTGGAA GAGGATAAGA GTTCCACCAT GCAGTATGTG 
ATTCTCACCT ACATGAAATA TTTGGGGGTG AGAGTCAAAG AGCCCCGGAG TCTGGAGCAG 
AAGCGTGGAC GTATTGGTTT CCTGCCAAAG ATTAAGCAAA GTATAAAGAA AGAGAAAGAA 
GGGGAGGAAA AGGTGAAGAG GAGAGGTTTC CCTAGCATCC TGGGGCCGCC GAGAAGACCG 
AGTCGCCATG ACAGTAGTGC AATTGGCAGA GCCATGGAAA TGCAGAAGCA GCGTCATCCA 
AAGTACTTAT CCACAACCTC TTCTGTTAGC CCAGAGCCAC CAGACTCTGG CAAAACACGC 
CAGAGTGGAT CTTCCAGCGA TGGCACAGAT GTAGCATACC CAACTGCTAA TCCTATGTCT 
CCCCTGACTT CGGGACCTTT TACCTCCCTG GAGGCAAGCA AAGATAGTGA GACAGGTCCC 
AAGCAGACTG GAGAAGTTCC ACCGTCTAGT GACTCTGTGG ATGGCACCCC CCGCACACCT 
AATGCCACCT TTGACTTCCC TTCCCCACCC CTGGACCACT TGCAGGAAGA GGAGGGAGAA 
CTTGAGAGAA CAGCTGAGTT GGGAACACCA AAACCTTTCC GCAAGATGGA GAGCATGGGC 
TATGGAGATG TCCAAAGTGA GGATGAACTG TATGATTTTG ATACAGACAC CGATCCTCCC 
AACTGGCAGC AGCTTGTGAG TCGAGAGTTG CTGCTGGGGC TGAAACCGTT TGAAATCAAA 
CGCCAAGAAG TGATTAACGA GCTGTTTTAC ACAGAGCGAG CTCATGTCCG CACGCTGAAG 
GTTCTGCATC AGGTCTTCTA CCAGCGTGTC TCCCGTGAAG GGATCCTCAC TCCCTCAGAT 
CTGCGGAAGA TCTTTTCCAA CCTGGAGGAC ATCCTTCTGC TCCATACCGG CTTGAATGAC 
CAGATGAAAA GTGTCCGAAA AAGGAATGAG ACATCAGTTA TTGATCAGAT TGGAGAGGAC 
TTACTAACTT GGTTCAGCGG ACCAGGAGAG GAGAACCTGA AACATGCAGC AGCCACCTTC 
TGTAGTAACC AGCCCTTTGC TTTAGAGGTG ATCAAATCAC GGCAGAAGAA GGACTCGCGC 
TTCCAGACCT TTGTGCAGGA TGCCGAGAGT AATCCGCTGT GTCGCCGGTT GCAATTGAAG 
GATATCATTC CCACTGAGAT GCAGAGACTG ACTAAATACC CCCTTCTGTT GGATAGTATT 
GCTAAGTATT CAGAACTGCC TGAGGAGAAG GAGAAAGTGA AGAAAGCAGC GGATCACTGC 
CGTCAAATCC TTAACTATGT GAACCAAGCT GTCAAAGAGT CGGAGAACAA GCAGCATTTA 
GAAGATTATC AGCGTCGTCT CGACCTATCT TATCTGAAGC AGGCAGAAGA CCCTATGCTG 
GATGAGTTTC GGAATTTGGA TTTAACCAAG CGGAAGATGA TTCACGAAGG ACCTCTGACT 
TGGAAGGTGA ATCGGGACAA AACTATAGAT CTCTACACCT TGCTCTTGGA GGATATTCTG 
GTGCTGTTGC AAAAGCAAGA TGACAAACTG GTGCTGCGGT GTCACAGTAA GATCCTGGCA 
TCTACTGCTG ACAGCAAGCA CATATTCAGC CCTGTGATCA AGCTGAACAC TGTGCTAGTT 
CGCCAGGTGG CAACAGATAA CAAAGCTTTC TTTGTCATCT CCATGTCAGA AAATGGCGCC 
CATATTTATG AACTAGTGGC ACAGACCGTT TCGGAAAAAA ACGCATGGCA GGACCTGATA 
GCTCAGATGG CAGGGACAGT GAAAGCCGAG GCTTCCACCA GAAGGGTGAT ACCATTACCG 
CAGCCAGGGC CTGGCGAAGA AGAGCGTGAG GAAGAGGAGC AGAAGTTGAA AGACGAGCAG 
CCTGATATTC CAGCCAGCAG CATGCAGAGT CCAGATAAAG AGTTGGGCCT TGAGCCTTCC 
CTCATACTGA AGACCCAGTC TCCTTCAGCT GTTATGTCGG AGAAGTCTGA AGTAGAAGAT 
CTCCTCGTGA CAGAGAGGCA GTTTGACAAA GAGCAGCAGG AAGACGAGCT TGTGCTCAAA 
GACTCCTCCG CGTGCTACGA ACAAGCGACC GCAGACGTGC CTTGCGGGGT GTCAGAAGGG 
CGGTGGGCAC TGGATGCGTT AAGGAGCTTG GGCTTGTTGA AACAGTTGTT GGTGCAGCAG 
CTTGGCTTGT CAGAGAAGAG GACCCTTGAA GACTGGCAGC ATTTTCCCAG GTTTAGGACA 
GCTTCCCAAG GTGCTTGGGC AGAAAGTGGA AACCAGGGTG GACTGCAGCA CTCTGATAAT 
AACAAGATGC ACCAGCCTGG AGTGGACCGG ATGCCTGTCA GACCTGGAAC TAGTGAACCC 
GCAGCTTGTT ATGGTATCCG GACTTCAGCT GAATTCCCAG CTTCACAGGA TGCCGTGCAG 
CTGGTATCTA GAGACGCCAG GTCAGGTAAT AATGTAGTAA TGGACCTTGT AAGCATGAAC 
GTGGAGACCC CGCTCATGGA GCTGGAAGGA GTGGGTCCTG ATGACAATGG AGAGCACTTC 
TTTGATGCCC GCGAGGCCCA CAGCGACGAC ATCCCATCCG AAGGAGAAGT GACGGAAAGG 
AAGGAGGATG AGGAGGTGCA GTTACGGATC TCAGGAAATT ATTTGATCCT TGACGGATAT 
GGAACGGTGC AGGAAAGCTC CACGGACGAT GAGGTGTCTT CGCTAGTCCT ACAGTGCACT 
GCAGGCAGCA CCTCTCTGGA CACGGCGCAG CAGCAACACG TTTCCCCCAG GGAGGCCCAG 
TCAGACGGGG GGAGCTCCCT GTTTGCTGAG TTCATGGCCT CCCGCTGGGC GGCTGTGGAG 
GAGTCCAGCT CCGGAGCACC AAGCCCCCCC TTCTCCGTAG AGTCACGTAT CCAGATGATG 
CAGTACATTC ACAAGATCGA GGCTGACCTT GAACACTTAA AGGAGATCGA GGAAAATTAT 
GCCACTCTCC TTCGCCAAAG GCTGGCTGGA TCAGCCCCCA CAGATGAGCA CTCAGACAAA 
AGTTAG

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

PubMed

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オンライン注文

ARHGEF12 cDNA ORF clone, Alligator sinensis(Chinese alligator)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Most Popular Services

Services & Products

見積依頼

Eメール

電話

FAX

オンラインフォーム