ARHGEF10 gene cDNA ORF clone, Alligator sinensis(Chinese alligator)

mRNA	Protein	Name
XM_006025529.2	XP_006025591.1	rho guanine nucleotide exchange factor 10 isoform X1
XM_025206345.1	XP_025062130.1	rho guanine nucleotide exchange factor 10 isoform X1
XM_025206348.1	XP_025062133.1	rho guanine nucleotide exchange factor 10 isoform X4
XM_025206346.1	XP_025062131.1	rho guanine nucleotide exchange factor 10 isoform X2
XM_025206347.1	XP_025062132.1	rho guanine nucleotide exchange factor 10 isoform X3
XM_025206351.1	XP_025062136.1	rho guanine nucleotide exchange factor 10 isoform X7
XM_006025532.2	XP_006025594.1	rho guanine nucleotide exchange factor 10 isoform X4
XM_025206350.1	XP_025062135.1	rho guanine nucleotide exchange factor 10 isoform X6
XM_006025527.2	XP_006025589.1	rho guanine nucleotide exchange factor 10 isoform X1
XM_025206349.1	XP_025062134.1	rho guanine nucleotide exchange factor 10 isoform X5
XM_025206352.1	XP_025062137.1	rho guanine nucleotide exchange factor 10 isoform X8
XM_006025531.2	XP_006025593.1	rho guanine nucleotide exchange factor 10 isoform X3
XM_006025528.2	XP_006025590.1	rho guanine nucleotide exchange factor 10 isoform X1
XM_006025530.2	XP_006025592.1	rho guanine nucleotide exchange factor 10 isoform X2

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OAl88414	XM_025206345.1 Latest version!	Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OAl88415	XM_025206347.1 Latest version!	Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OAl88416	XM_025206348.1 Latest version!	Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OAl88417	XM_025206349.1 Latest version!	Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OAl88418	XM_025206350.1 Latest version!	Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OAl88419	XM_025206351.1 Latest version!	Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OAl88420	XM_025206352.1 Latest version!	Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OAl19939	XM_006025527.2 Latest version!	Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 10 (ARHGEF10), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
OAl19939	XM_025206346.1 Latest version!	Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
OAl19939	XM_006025528.2 Latest version!	Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 10 (ARHGEF10), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
OAl19939	XM_006025529.2 Latest version!	Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 10 (ARHGEF10), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
OAl19940	XM_006025530.2 Latest version!	Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 10 (ARHGEF10), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
OAl19941	XM_006025531.2 Latest version!	Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 10 (ARHGEF10), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00
OAl19942	XM_006025532.2 Latest version!	Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 10 (ARHGEF10), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00

ARHGEF10 ( XM_025206345.1 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_025062130.1 Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAl88414
Clone ID Related Accession (Same CDS sequence)	XM_025206345.1
Accession Version	XM_025206345.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4092bp) 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 10 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842152.1) 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##

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGGG GATGAAAATG TAGTTAAAAC TGAGAAAGTG 
CAAATGTCAG AATCCAGGAC ACAGGGTGCC CCAACAAAAG TAAACCCTTA CTCTGTCATA 
AATATTTCAC CAATCCAAGA AAAGGATCAG TCTTCATCAC CAGAACCCAG TCCTCAAGAT 
GAAAGTACAA GCACTAACAT GTCAGGTGGA TATTCTGTTC CTGTGCCTTG TGGCTATGCT 
GTACCATCCA ATTTACCATT GATACTACCA GCATACTCCA GTCCTGTTAT AATACGCAGT 
GTTTCTGTGG ATGAAGAAGC AGGTATGCAG ACAGCAGCTG AAGATTGCCA TTTTAATTCT 
TTAAGCTCAG AAGATCCACA AAATAGTGAA GACAACCAGG TCAGTAAAGA TAATGATGCT 
CTAGCCAAAT GGGTTGCAGA TCCTGCAAAT ACAGCATGGA TGGAAAATCC AGAGGAAGTA 
ATTTATGATG ATGTGCCAAG GGAAAATTCT GACTCTGAAC CAGAGGAAAT GATTTATGAT 
GATGTTGAGA ATGGTGACGA TGGTGGAAAC AGCTCTCTAG ACTATGGATG GAGTTCGAGT 
GAGTTTGAAA GCTATGAAGA ACAAAGTGAC TCCGAGTGTA AGAATGGAGT TCCCAGCTCC 
TTTTTGCGAG GCAACCACAA GAGACATCTT TCTCATGACC TAACCCGTTT AAAGGAGCAC 
TATGAGAAAA AGATGAAAGA TTTGATGGCA AACACTGTGG GAGCAGTAGA GATTCAGCAA 
CTAAAGCAAA AACATGAGCT GAAGAATGTA TTTTTTGCTC TTTTGCAGAT GCAAAAACTC 
ATGAGGGCTG CTAGAGAAGG TACCAAAGAT GGACTTGAAA AGACTAAAGC AGCTGTGAAG 
AAGGGTCGTT CATTCATTAG GACCAAATCC TTTATTTCTC AAGATCATAG ATCACCCTGT 
CTGGAAGAAG ATGAATTACA TTTATTCATT GATGTAGACT GTATGCATAC AGAAGCAATT 
ATGACTCCTA TGCCTGAAGG ATTATCACAG CAACAGGTTG TGAGAAGATA CATTTTGGGC 
TCTGTGGTTG ACAGTGAGAA GAATTATGTG GATGCTCTCA AAAGAATTCT AGAGCAATAT 
GAGAAGCCCC TATCAGAAAT GGAACCAAAA TTACTGAGTG AAAGGAAACT CAAAATGGTC 
TTTTATCGAA TCAAAGAAAT TCTTCAGTGC CATTCAATGT TTCAGATAGC ACTGGCCAGT 
CGGGTGTCTG ACTGGGATTC TGTTGAAATG ATTGGAGATG TCTTTGTTGC TTCATTTTCT 
AAATCGATGG TGCTAGATGC TTATAGTGAA TATGTAAATA ATTTCAGTAC AGCAGTGGGG 
ATTCTCAAGA AAACATGTGC CACTAAGCCT GCCTTTCTAG ATTTTTTAAA GCAATGCCAG 
GAGTCAAGCC CTGATCGAAT CACACTCTAT GGGTTAATGA TGAAACCCAT ACAGCGCTTC 
CCACAATTCA TTCTTTTGCT TCAGGATATG TTAAAGAATA CTACTAAAGG ACATCCTGAC 
AGGCTGCCTC TACAGATGGC TCTTACCGAG CTGGAAACGT TGGCAGAGAA ATTAAATGAG 
AGGAAAAGGG ATGCAGATCA GCGCTGCGAA ATAAAACAAA TAGCAAAAGC CATGAACGAA 
CGCTATCTGA ATAAGTTACT CAGCAGTGGA AACAGATACC TCATACGGAC TGATGATATG 
ATAGAAACAG TTTACAATGA CAAGGGAGAA ATTGTCAAAA CCAAAGAACG ACGACTCTTC 
ATGTTGAATG ATGTACTGAT GTGTGCAACA GTCAGTGCAC GGTCTTCGTA TGAAAGTAGT 
GGCATTGTGG CAACTGGCCA AAGGTATTTA TTAAAATGGA GTGTACCTCT TGGACAAGTA 
GAAGTCATTG AATATGGCAG CAGCGAAGGA CAAGGAGAGA ATTGCAGGTT CCCACCTCAG 
CATTCTGCAG AGAATGTTGT TGTCAGTGTT AAGCCAAACA AACTGTATAT GGGACCAGGG 
CAGCTATACC ATGATTTGCA GAATCTCTTA CATGATTTGA ATGTAGTCGG TCAAATTAGT 
CAACTGATAG GCAGCCTTAA AGGAAACTAT CAGAACTTAA ATCAGTCAGT GGCTCATGAC 
TGGACGTCAG GTTTACAAAA ACTGATATTG AAAAAGGAAG ATGAAATCCG AGCTGCAGAT 
CGCTGTAGAA TTCAACTGCA GCTTTCAGGG AAGCAGGACA AGTCTGGGAG ACCTACTTTC 
TTTACTGCAG TGTTCAATAC ATTTACCCCT GCCATCAAAC AATCTTGGAT CAACAATTTA 
CAAATGGCTA AGCTTGCCCT TGCGGAAGAA AACCTATTGG GTTGGTTCTG TGCAGAAGAT 
GATGGCAATC AAATCAAGAA AGAAAAGCAC CCCCTCCTTG TTAGACATAT GCCAGTCATG 
ATGGCTAAAC AACAGGAGTT TAAGATTGAA TGTGCTGCAT ATAATCCTGA ACCTTATGTC 
TCTAGTGAAA CTGAGCCAGA TTCATGTTCC ATGGAGCATG GCTTTCTTTG GATTGGCAGT 
TGTACTAATC AAATGGGACA AATTGCAATT GTCTCATTTC AAAACTCCAA CCCCAAGGTT 
ATAGAGTGCT TTAATGTTGA ATCCCGCATC CTCTGCATGG TCTACATTCC AGAGGAAGAG 
AAACCAAGAG AGTTAAATGT GGTTCCTGAG TCAGAAAATG GGGCTAGAAA GGCTTCCAGT 
GTGCCTACTA TTTGCCTGGG CATGGAAGAA GGAAGCATTT CTGTCTACAA AAGTCATCAA 
GGCTCAAAGA AATTTCGACT TCAACACTTT TTCACACCTG AAAAATCAAC AGTCATGAGC 
CTAGCGTACA TGTCCCAGTA CTTGTTTGCT GGTTTGGTTA ATGGGAACAT CACAATCTAC 
ACAAAAGCAG AAGATGGAAA CTGGAACCCA GAACCTGAAA AAGTAGTAAA GCTAGGGGTT 
CTACCAGTCA GAAGCCTACT TGTGATGGAA GAGACCATAT GGGCGGCATC TGGTGGACAA 
ATTTTTATAA TCACTACTGA GACCCATTCT GTGGAGCACT ATTTTGAAGC TCATCAAGAG 
GAGGGGATGG TGATCTCACA TATGGCTGTT GCTGGAGTAG GAATCTGGAT TGCATTCACA 
TCTGGATCTA CACTCCGCTT GTTCCACACT GAGACTCTGA AGCACCTCCA GGATATTAAT 
ATTGCCACTC CTATTCACAA TATTTTGTCA GGACAGCAGC GTGTTTCTGT GACCAGTCTA 
CTAGTATGCC ATGGTTTATT GCTGGTTGGA ACAAATCTGG GAATTATAGT AGCATTACCA 
GTGCCTCGTC TGCAAGGAAT TCCAAAAGTG ACTGGAAGGG GAATGGTATC CTATCATGCA 
CATAATGGCC CAGTCAAATT CCTTATTATG GCTACAGCCC TAAACAAGAA AAACAGAAGC 
AAATCCAGAA GCAGTCTGCC TCGAAGCACA GAAACTAATG ATGATGATCA AAAGAATGCT 
CTGCGTAATG AGAGACCGGG TTCTGCCTTA AGTAATATTC AGGATACTGG AGTTTGGCTG 
GGAGGTTCAG CTGGATCCAT TACACAAAGG AGTGACTTAT CTTCATCTTC TGGGTCCCTA 
GATCCATTAC CTCATGGATC GAATTCCGTG GAACATAGAA CTGAGGACAG TACCATATAT 
GAGCTTTTAA AGGATCAAAA CATCTCACTT AAAAATAAAA GACAGAGATC CAAGAAAATG 
AAAGCAAGCT CAGTATTAGT TATTTCTGGA GGTCAAGGAC ACAGAAGAGT AAACAAGAAG 
TCCAAGCAGC AGAGACAGGA TGAACTCGTA TCTTCTGTGA TGGTTTGGCA GATTCCATTA 
CTAAACATCT GA

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

RefSeq	XP_025062130.1
CDS	128..4219
Translation	MDVEEFPPPPPPEVLENELEVSGTNEDEEEGEPFYLDSGDEIPEADRQALMPRSSDSRCNIEHEETSSTGDENVVKTEKVQMSESRTQGAPTKVNPYSVINISPIQEKDQSSSPEPSPQDESTSTNMSGGYSVPVPCGYAVPSNLPLILPAYSSPVIIRSVSVDEEAGMQTAAEDCHFNSLSSEDPQNSEDNQVSKDNDALAKWVADPANTAWMENPEEVIYDDVPRENSDSEPEEMIYDDVENGDDGGNSSLDYGWSSSEFESYEEQSDSECKNGVPSSFLRGNHKRHLSHDLTRLKEHYEKKMKDLMANTVGAVEIQQLKQKHELKNVFFALLQMQKLMRAAREGTKDGLEKTKAAVKKGRSFIRTKSFISQDHRSPCLEEDELHLFIDVDCMHTEAIMTPMPEGLSQQQVVRRYILGSVVDSEKNYVDALKRILEQYEKPLSEMEPKLLSERKLKMVFYRIKEILQCHSMFQIALASRVSDWDSVEMIGDVFVASFSKSMVLDAYSEYVNNFSTAVGILKKTCATKPAFLDFLKQCQESSPDRITLYGLMMKPIQRFPQFILLLQDMLKNTTKGHPDRLPLQMALTELETLAEKLNERKRDADQRCEIKQIAKAMNERYLNKLLSSGNRYLIRTDDMIETVYNDKGEIVKTKERRLFMLNDVLMCATVSARSSYESSGIVATGQRYLLKWSVPLGQVEVIEYGSSEGQGENCRFPPQHSAENVVVSVKPNKLYMGPGQLYHDLQNLLHDLNVVGQISQLIGSLKGNYQNLNQSVAHDWTSGLQKLILKKEDEIRAADRCRIQLQLSGKQDKSGRPTFFTAVFNTFTPAIKQSWINNLQMAKLALAEENLLGWFCAEDDGNQIKKEKHPLLVRHMPVMMAKQQEFKIECAAYNPEPYVSSETEPDSCSMEHGFLWIGSCTNQMGQIAIVSFQNSNPKVIECFNVESRILCMVYIPEEEKPRELNVVPESENGARKASSVPTICLGMEEGSISVYKSHQGSKKFRLQHFFTPEKSTVMSLAYMSQYLFAGLVNGNITIYTKAEDGNWNPEPEKVVKLGVLPVRSLLVMEETIWAASGGQIFIITTETHSVEHYFEAHQEEGMVISHMAVAGVGIWIAFTSGSTLRLFHTETLKHLQDINIATPIHNILSGQQRVSVTSLLVCHGLLLVGTNLGIIVALPVPRLQGIPKVTGRGMVSYHAHNGPVKFLIMATALNKKNRSKSRSSLPRSTETNDDDQKNALRNERPGSALSNIQDTGVWLGGSAGSITQRSDLSSSSGSLDPLPHGSNSVEHRTEDSTIYELLKDQNISLKNKRQRSKKMKASSVLVISGGQGHRRVNKKSKQQRQDELVSSVMVWQIPLLNI

Target ORF information:

RefSeq Version	XM_025206345.1
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X1, mRNA.

Target ORF information:

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

XM_025206345.1

ORF Insert Sequence:

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGGG GATGAAAATG TAGTTAAAAC TGAGAAAGTG 
CAAATGTCAG AATCCAGGAC ACAGGGTGCC CCAACAAAAG TAAACCCTTA CTCTGTCATA 
AATATTTCAC CAATCCAAGA AAAGGATCAG TCTTCATCAC CAGAACCCAG TCCTCAAGAT 
GAAAGTACAA GCACTAACAT GTCAGGTGGA TATTCTGTTC CTGTGCCTTG TGGCTATGCT 
GTACCATCCA ATTTACCATT GATACTACCA GCATACTCCA GTCCTGTTAT AATACGCAGT 
GTTTCTGTGG ATGAAGAAGC AGGTATGCAG ACAGCAGCTG AAGATTGCCA TTTTAATTCT 
TTAAGCTCAG AAGATCCACA AAATAGTGAA GACAACCAGG TCAGTAAAGA TAATGATGCT 
CTAGCCAAAT GGGTTGCAGA TCCTGCAAAT ACAGCATGGA TGGAAAATCC AGAGGAAGTA 
ATTTATGATG ATGTGCCAAG GGAAAATTCT GACTCTGAAC CAGAGGAAAT GATTTATGAT 
GATGTTGAGA ATGGTGACGA TGGTGGAAAC AGCTCTCTAG ACTATGGATG GAGTTCGAGT 
GAGTTTGAAA GCTATGAAGA ACAAAGTGAC TCCGAGTGTA AGAATGGAGT TCCCAGCTCC 
TTTTTGCGAG GCAACCACAA GAGACATCTT TCTCATGACC TAACCCGTTT AAAGGAGCAC 
TATGAGAAAA AGATGAAAGA TTTGATGGCA AACACTGTGG GAGCAGTAGA GATTCAGCAA 
CTAAAGCAAA AACATGAGCT GAAGAATGTA TTTTTTGCTC TTTTGCAGAT GCAAAAACTC 
ATGAGGGCTG CTAGAGAAGG TACCAAAGAT GGACTTGAAA AGACTAAAGC AGCTGTGAAG 
AAGGGTCGTT CATTCATTAG GACCAAATCC TTTATTTCTC AAGATCATAG ATCACCCTGT 
CTGGAAGAAG ATGAATTACA TTTATTCATT GATGTAGACT GTATGCATAC AGAAGCAATT 
ATGACTCCTA TGCCTGAAGG ATTATCACAG CAACAGGTTG TGAGAAGATA CATTTTGGGC 
TCTGTGGTTG ACAGTGAGAA GAATTATGTG GATGCTCTCA AAAGAATTCT AGAGCAATAT 
GAGAAGCCCC TATCAGAAAT GGAACCAAAA TTACTGAGTG AAAGGAAACT CAAAATGGTC 
TTTTATCGAA TCAAAGAAAT TCTTCAGTGC CATTCAATGT TTCAGATAGC ACTGGCCAGT 
CGGGTGTCTG ACTGGGATTC TGTTGAAATG ATTGGAGATG TCTTTGTTGC TTCATTTTCT 
AAATCGATGG TGCTAGATGC TTATAGTGAA TATGTAAATA ATTTCAGTAC AGCAGTGGGG 
ATTCTCAAGA AAACATGTGC CACTAAGCCT GCCTTTCTAG ATTTTTTAAA GCAATGCCAG 
GAGTCAAGCC CTGATCGAAT CACACTCTAT GGGTTAATGA TGAAACCCAT ACAGCGCTTC 
CCACAATTCA TTCTTTTGCT TCAGGATATG TTAAAGAATA CTACTAAAGG ACATCCTGAC 
AGGCTGCCTC TACAGATGGC TCTTACCGAG CTGGAAACGT TGGCAGAGAA ATTAAATGAG 
AGGAAAAGGG ATGCAGATCA GCGCTGCGAA ATAAAACAAA TAGCAAAAGC CATGAACGAA 
CGCTATCTGA ATAAGTTACT CAGCAGTGGA AACAGATACC TCATACGGAC TGATGATATG 
ATAGAAACAG TTTACAATGA CAAGGGAGAA ATTGTCAAAA CCAAAGAACG ACGACTCTTC 
ATGTTGAATG ATGTACTGAT GTGTGCAACA GTCAGTGCAC GGTCTTCGTA TGAAAGTAGT 
GGCATTGTGG CAACTGGCCA AAGGTATTTA TTAAAATGGA GTGTACCTCT TGGACAAGTA 
GAAGTCATTG AATATGGCAG CAGCGAAGGA CAAGGAGAGA ATTGCAGGTT CCCACCTCAG 
CATTCTGCAG AGAATGTTGT TGTCAGTGTT AAGCCAAACA AACTGTATAT GGGACCAGGG 
CAGCTATACC ATGATTTGCA GAATCTCTTA CATGATTTGA ATGTAGTCGG TCAAATTAGT 
CAACTGATAG GCAGCCTTAA AGGAAACTAT CAGAACTTAA ATCAGTCAGT GGCTCATGAC 
TGGACGTCAG GTTTACAAAA ACTGATATTG AAAAAGGAAG ATGAAATCCG AGCTGCAGAT 
CGCTGTAGAA TTCAACTGCA GCTTTCAGGG AAGCAGGACA AGTCTGGGAG ACCTACTTTC 
TTTACTGCAG TGTTCAATAC ATTTACCCCT GCCATCAAAC AATCTTGGAT CAACAATTTA 
CAAATGGCTA AGCTTGCCCT TGCGGAAGAA AACCTATTGG GTTGGTTCTG TGCAGAAGAT 
GATGGCAATC AAATCAAGAA AGAAAAGCAC CCCCTCCTTG TTAGACATAT GCCAGTCATG 
ATGGCTAAAC AACAGGAGTT TAAGATTGAA TGTGCTGCAT ATAATCCTGA ACCTTATGTC 
TCTAGTGAAA CTGAGCCAGA TTCATGTTCC ATGGAGCATG GCTTTCTTTG GATTGGCAGT 
TGTACTAATC AAATGGGACA AATTGCAATT GTCTCATTTC AAAACTCCAA CCCCAAGGTT 
ATAGAGTGCT TTAATGTTGA ATCCCGCATC CTCTGCATGG TCTACATTCC AGAGGAAGAG 
AAACCAAGAG AGTTAAATGT GGTTCCTGAG TCAGAAAATG GGGCTAGAAA GGCTTCCAGT 
GTGCCTACTA TTTGCCTGGG CATGGAAGAA GGAAGCATTT CTGTCTACAA AAGTCATCAA 
GGCTCAAAGA AATTTCGACT TCAACACTTT TTCACACCTG AAAAATCAAC AGTCATGAGC 
CTAGCGTACA TGTCCCAGTA CTTGTTTGCT GGTTTGGTTA ATGGGAACAT CACAATCTAC 
ACAAAAGCAG AAGATGGAAA CTGGAACCCA GAACCTGAAA AAGTAGTAAA GCTAGGGGTT 
CTACCAGTCA GAAGCCTACT TGTGATGGAA GAGACCATAT GGGCGGCATC TGGTGGACAA 
ATTTTTATAA TCACTACTGA GACCCATTCT GTGGAGCACT ATTTTGAAGC TCATCAAGAG 
GAGGGGATGG TGATCTCACA TATGGCTGTT GCTGGAGTAG GAATCTGGAT TGCATTCACA 
TCTGGATCTA CACTCCGCTT GTTCCACACT GAGACTCTGA AGCACCTCCA GGATATTAAT 
ATTGCCACTC CTATTCACAA TATTTTGTCA GGACAGCAGC GTGTTTCTGT GACCAGTCTA 
CTAGTATGCC ATGGTTTATT GCTGGTTGGA ACAAATCTGG GAATTATAGT AGCATTACCA 
GTGCCTCGTC TGCAAGGAAT TCCAAAAGTG ACTGGAAGGG GAATGGTATC CTATCATGCA 
CATAATGGCC CAGTCAAATT CCTTATTATG GCTACAGCCC TAAACAAGAA AAACAGAAGC 
AAATCCAGAA GCAGTCTGCC TCGAAGCACA GAAACTAATG ATGATGATCA AAAGAATGCT 
CTGCGTAATG AGAGACCGGG TTCTGCCTTA AGTAATATTC AGGATACTGG AGTTTGGCTG 
GGAGGTTCAG CTGGATCCAT TACACAAAGG AGTGACTTAT CTTCATCTTC TGGGTCCCTA 
GATCCATTAC CTCATGGATC GAATTCCGTG GAACATAGAA CTGAGGACAG TACCATATAT 
GAGCTTTTAA AGGATCAAAA CATCTCACTT AAAAATAAAA GACAGAGATC CAAGAAAATG 
AAAGCAAGCT CAGTATTAGT TATTTCTGGA GGTCAAGGAC ACAGAAGAGT AAACAAGAAG 
TCCAAGCAGC AGAGACAGGA TGAACTCGTA TCTTCTGTGA TGGTTTGGCA GATTCCATTA 
CTAAACATCT GA

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

ARHGEF10 ( XM_025206347.1 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_025062132.1 Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OAl88415
Clone ID Related Accession (Same CDS sequence)	XM_025206347.1
Accession Version	XM_025206347.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4014bp) 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 10 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842152.1) 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##

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGGG GATGAAAATG TAGTTAAAAC TGAGAAAGTG 
CAAATGTCAG AATCCAGGAC ACAGGGTGCC CCAACAAAAG TAAACCCTTA CTCTGTCATA 
AATATTTCAC CAATCCAAGA AAAGGATCAG TCTTCATCAC CAGAACCCAG TCCTCAAGAT 
GAAAGTACAA GCACTAACAT GTCAGGTGGA TATTCTGTTC CTGTGCCTTG TGGCTATGCT 
GTACCATCCA ATTTACCATT GATACTACCA GCATACTCCA GTCCTGTTAT AATACGCAGT 
GTTTCTGTGG ATGAAGAAGC AGGTATGCAG ACAGCAGCTG AAGATTGCCA TTTTAATTCT 
TTAAGCTCAG AAGATCCACA AAATAGTGAA GACAACCAGG TCAGTAAAGA TAATGATGCT 
CTAGCCAAAT GGGTTGCAGA TCCTGCAAAT ACAGCATGGA TGGAAAATCC AGAGGAAGTA 
ATTTATGATG ATGTGCCAAG GGAAAATTCT GACTCTGAAC CAGAGGAAAT GATTTATGAT 
GATGTTGAGA ATGGTGACGA TGGTGGAAAC AGCTCTCTAG ACTATGGATG GAGTTCGAGT 
GAGTTTGAAA GCTATGAAGA ACAAAGTGAC TCCGAGTGTA AGAATGGAGT TCCCAGCTCC 
TTTTTGCGAG GCAACCACAA GAGACATCTT TCTCATGACC TAACCCGTTT AAAGGAGCAC 
TATGAGAAAA AGATGAAAGA TTTGATGGCA AACACTGTGG GAGCAGTAGA GATTCAGCAA 
CTAAAGCAAA AACATGAGCT GAAGAATGTA TTTTTTGCTC TTTTGCAGAT GCAAAAACTC 
ATGAGGGCTG CTAGAGAAGG TACCAAAGAT GGACTTGAAA AGACTAAAGC AGCTGTGAAG 
AAGGGTCGTT CATTCATTAG GACCAAATCC TTTATTTCTC AAGATCATAG ATCACCCTGT 
CTGGAAGAAG ATGAATTACA TTTATTCATT GATGTAGACT GTATGCATAC AGAAGCAATT 
ATGACTCCTA TGCCTGAAGG ATTATCACAG CAACAGCAAT ATGAGAAGCC CCTATCAGAA 
ATGGAACCAA AATTACTGAG TGAAAGGAAA CTCAAAATGG TCTTTTATCG AATCAAAGAA 
ATTCTTCAGT GCCATTCAAT GTTTCAGATA GCACTGGCCA GTCGGGTGTC TGACTGGGAT 
TCTGTTGAAA TGATTGGAGA TGTCTTTGTT GCTTCATTTT CTAAATCGAT GGTGCTAGAT 
GCTTATAGTG AATATGTAAA TAATTTCAGT ACAGCAGTGG GGATTCTCAA GAAAACATGT 
GCCACTAAGC CTGCCTTTCT AGATTTTTTA AAGCAATGCC AGGAGTCAAG CCCTGATCGA 
ATCACACTCT ATGGGTTAAT GATGAAACCC ATACAGCGCT TCCCACAATT CATTCTTTTG 
CTTCAGGATA TGTTAAAGAA TACTACTAAA GGACATCCTG ACAGGCTGCC TCTACAGATG 
GCTCTTACCG AGCTGGAAAC GTTGGCAGAG AAATTAAATG AGAGGAAAAG GGATGCAGAT 
CAGCGCTGCG AAATAAAACA AATAGCAAAA GCCATGAACG AACGCTATCT GAATAAGTTA 
CTCAGCAGTG GAAACAGATA CCTCATACGG ACTGATGATA TGATAGAAAC AGTTTACAAT 
GACAAGGGAG AAATTGTCAA AACCAAAGAA CGACGACTCT TCATGTTGAA TGATGTACTG 
ATGTGTGCAA CAGTCAGTGC ACGGTCTTCG TATGAAAGTA GTGGCATTGT GGCAACTGGC 
CAAAGGTATT TATTAAAATG GAGTGTACCT CTTGGACAAG TAGAAGTCAT TGAATATGGC 
AGCAGCGAAG GACAAGGAGA GAATTGCAGG TTCCCACCTC AGCATTCTGC AGAGAATGTT 
GTTGTCAGTG TTAAGCCAAA CAAACTGTAT ATGGGACCAG GGCAGCTATA CCATGATTTG 
CAGAATCTCT TACATGATTT GAATGTAGTC GGTCAAATTA GTCAACTGAT AGGCAGCCTT 
AAAGGAAACT ATCAGAACTT AAATCAGTCA GTGGCTCATG ACTGGACGTC AGGTTTACAA 
AAACTGATAT TGAAAAAGGA AGATGAAATC CGAGCTGCAG ATCGCTGTAG AATTCAACTG 
CAGCTTTCAG GGAAGCAGGA CAAGTCTGGG AGACCTACTT TCTTTACTGC AGTGTTCAAT 
ACATTTACCC CTGCCATCAA ACAATCTTGG ATCAACAATT TACAAATGGC TAAGCTTGCC 
CTTGCGGAAG AAAACCTATT GGGTTGGTTC TGTGCAGAAG ATGATGGCAA TCAAATCAAG 
AAAGAAAAGC ACCCCCTCCT TGTTAGACAT ATGCCAGTCA TGATGGCTAA ACAACAGGAG 
TTTAAGATTG AATGTGCTGC ATATAATCCT GAACCTTATG TCTCTAGTGA AACTGAGCCA 
GATTCATGTT CCATGGAGCA TGGCTTTCTT TGGATTGGCA GTTGTACTAA TCAAATGGGA 
CAAATTGCAA TTGTCTCATT TCAAAACTCC AACCCCAAGG TTATAGAGTG CTTTAATGTT 
GAATCCCGCA TCCTCTGCAT GGTCTACATT CCAGAGGAAG AGAAACCAAG AGAGTTAAAT 
GTGGTTCCTG AGTCAGAAAA TGGGGCTAGA AAGGCTTCCA GTGTGCCTAC TATTTGCCTG 
GGCATGGAAG AAGGAAGCAT TTCTGTCTAC AAAAGTCATC AAGGCTCAAA GAAATTTCGA 
CTTCAACACT TTTTCACACC TGAAAAATCA ACAGTCATGA GCCTAGCGTA CATGTCCCAG 
TACTTGTTTG CTGGTTTGGT TAATGGGAAC ATCACAATCT ACACAAAAGC AGAAGATGGA 
AACTGGAACC CAGAACCTGA AAAAGTAGTA AAGCTAGGGG TTCTACCAGT CAGAAGCCTA 
CTTGTGATGG AAGAGACCAT ATGGGCGGCA TCTGGTGGAC AAATTTTTAT AATCACTACT 
GAGACCCATT CTGTGGAGCA CTATTTTGAA GCTCATCAAG AGGAGGGGAT GGTGATCTCA 
CATATGGCTG TTGCTGGAGT AGGAATCTGG ATTGCATTCA CATCTGGATC TACACTCCGC 
TTGTTCCACA CTGAGACTCT GAAGCACCTC CAGGATATTA ATATTGCCAC TCCTATTCAC 
AATATTTTGT CAGGACAGCA GCGTGTTTCT GTGACCAGTC TACTAGTATG CCATGGTTTA 
TTGCTGGTTG GAACAAATCT GGGAATTATA GTAGCATTAC CAGTGCCTCG TCTGCAAGGA 
ATTCCAAAAG TGACTGGAAG GGGAATGGTA TCCTATCATG CACATAATGG CCCAGTCAAA 
TTCCTTATTA TGGCTACAGC CCTAAACAAG AAAAACAGAA GCAAATCCAG AAGCAGTCTG 
CCTCGAAGCA CAGAAACTAA TGATGATGAT CAAAAGAATG CTCTGCGTAA TGAGAGACCG 
GGTTCTGCCT TAAGTAATAT TCAGGATACT GGAGTTTGGC TGGGAGGTTC AGCTGGATCC 
ATTACACAAA GGAGTGACTT ATCTTCATCT TCTGGGTCCC TAGATCCATT ACCTCATGGA 
TCGAATTCCG TGGAACATAG AACTGAGGAC AGTACCATAT ATGAGCTTTT AAAGGATCAA 
AACATCTCAC TTAAAAATAA AAGACAGAGA TCCAAGAAAA TGAAAGCAAG CTCAGTATTA 
GTTATTTCTG GAGGTCAAGG ACACAGAAGA GTAAACAAGA AGTCCAAGCA GCAGAGACAG 
GATGAACTCG TATCTTCTGT GATGGTTTGG CAGATTCCAT TACTAAACAT CTGA

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

RefSeq	XP_025062132.1
CDS	128..4141
Translation	MDVEEFPPPPPPEVLENELEVSGTNEDEEEGEPFYLDSGDEIPEADRQALMPRSSDSRCNIEHEETSSTGDENVVKTEKVQMSESRTQGAPTKVNPYSVINISPIQEKDQSSSPEPSPQDESTSTNMSGGYSVPVPCGYAVPSNLPLILPAYSSPVIIRSVSVDEEAGMQTAAEDCHFNSLSSEDPQNSEDNQVSKDNDALAKWVADPANTAWMENPEEVIYDDVPRENSDSEPEEMIYDDVENGDDGGNSSLDYGWSSSEFESYEEQSDSECKNGVPSSFLRGNHKRHLSHDLTRLKEHYEKKMKDLMANTVGAVEIQQLKQKHELKNVFFALLQMQKLMRAAREGTKDGLEKTKAAVKKGRSFIRTKSFISQDHRSPCLEEDELHLFIDVDCMHTEAIMTPMPEGLSQQQQYEKPLSEMEPKLLSERKLKMVFYRIKEILQCHSMFQIALASRVSDWDSVEMIGDVFVASFSKSMVLDAYSEYVNNFSTAVGILKKTCATKPAFLDFLKQCQESSPDRITLYGLMMKPIQRFPQFILLLQDMLKNTTKGHPDRLPLQMALTELETLAEKLNERKRDADQRCEIKQIAKAMNERYLNKLLSSGNRYLIRTDDMIETVYNDKGEIVKTKERRLFMLNDVLMCATVSARSSYESSGIVATGQRYLLKWSVPLGQVEVIEYGSSEGQGENCRFPPQHSAENVVVSVKPNKLYMGPGQLYHDLQNLLHDLNVVGQISQLIGSLKGNYQNLNQSVAHDWTSGLQKLILKKEDEIRAADRCRIQLQLSGKQDKSGRPTFFTAVFNTFTPAIKQSWINNLQMAKLALAEENLLGWFCAEDDGNQIKKEKHPLLVRHMPVMMAKQQEFKIECAAYNPEPYVSSETEPDSCSMEHGFLWIGSCTNQMGQIAIVSFQNSNPKVIECFNVESRILCMVYIPEEEKPRELNVVPESENGARKASSVPTICLGMEEGSISVYKSHQGSKKFRLQHFFTPEKSTVMSLAYMSQYLFAGLVNGNITIYTKAEDGNWNPEPEKVVKLGVLPVRSLLVMEETIWAASGGQIFIITTETHSVEHYFEAHQEEGMVISHMAVAGVGIWIAFTSGSTLRLFHTETLKHLQDINIATPIHNILSGQQRVSVTSLLVCHGLLLVGTNLGIIVALPVPRLQGIPKVTGRGMVSYHAHNGPVKFLIMATALNKKNRSKSRSSLPRSTETNDDDQKNALRNERPGSALSNIQDTGVWLGGSAGSITQRSDLSSSSGSLDPLPHGSNSVEHRTEDSTIYELLKDQNISLKNKRQRSKKMKASSVLVISGGQGHRRVNKKSKQQRQDELVSSVMVWQIPLLNI

Target ORF information:

RefSeq Version	XM_025206347.1
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X3, mRNA.

Target ORF information:

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

XM_025206347.1

ORF Insert Sequence:

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGGG GATGAAAATG TAGTTAAAAC TGAGAAAGTG 
CAAATGTCAG AATCCAGGAC ACAGGGTGCC CCAACAAAAG TAAACCCTTA CTCTGTCATA 
AATATTTCAC CAATCCAAGA AAAGGATCAG TCTTCATCAC CAGAACCCAG TCCTCAAGAT 
GAAAGTACAA GCACTAACAT GTCAGGTGGA TATTCTGTTC CTGTGCCTTG TGGCTATGCT 
GTACCATCCA ATTTACCATT GATACTACCA GCATACTCCA GTCCTGTTAT AATACGCAGT 
GTTTCTGTGG ATGAAGAAGC AGGTATGCAG ACAGCAGCTG AAGATTGCCA TTTTAATTCT 
TTAAGCTCAG AAGATCCACA AAATAGTGAA GACAACCAGG TCAGTAAAGA TAATGATGCT 
CTAGCCAAAT GGGTTGCAGA TCCTGCAAAT ACAGCATGGA TGGAAAATCC AGAGGAAGTA 
ATTTATGATG ATGTGCCAAG GGAAAATTCT GACTCTGAAC CAGAGGAAAT GATTTATGAT 
GATGTTGAGA ATGGTGACGA TGGTGGAAAC AGCTCTCTAG ACTATGGATG GAGTTCGAGT 
GAGTTTGAAA GCTATGAAGA ACAAAGTGAC TCCGAGTGTA AGAATGGAGT TCCCAGCTCC 
TTTTTGCGAG GCAACCACAA GAGACATCTT TCTCATGACC TAACCCGTTT AAAGGAGCAC 
TATGAGAAAA AGATGAAAGA TTTGATGGCA AACACTGTGG GAGCAGTAGA GATTCAGCAA 
CTAAAGCAAA AACATGAGCT GAAGAATGTA TTTTTTGCTC TTTTGCAGAT GCAAAAACTC 
ATGAGGGCTG CTAGAGAAGG TACCAAAGAT GGACTTGAAA AGACTAAAGC AGCTGTGAAG 
AAGGGTCGTT CATTCATTAG GACCAAATCC TTTATTTCTC AAGATCATAG ATCACCCTGT 
CTGGAAGAAG ATGAATTACA TTTATTCATT GATGTAGACT GTATGCATAC AGAAGCAATT 
ATGACTCCTA TGCCTGAAGG ATTATCACAG CAACAGCAAT ATGAGAAGCC CCTATCAGAA 
ATGGAACCAA AATTACTGAG TGAAAGGAAA CTCAAAATGG TCTTTTATCG AATCAAAGAA 
ATTCTTCAGT GCCATTCAAT GTTTCAGATA GCACTGGCCA GTCGGGTGTC TGACTGGGAT 
TCTGTTGAAA TGATTGGAGA TGTCTTTGTT GCTTCATTTT CTAAATCGAT GGTGCTAGAT 
GCTTATAGTG AATATGTAAA TAATTTCAGT ACAGCAGTGG GGATTCTCAA GAAAACATGT 
GCCACTAAGC CTGCCTTTCT AGATTTTTTA AAGCAATGCC AGGAGTCAAG CCCTGATCGA 
ATCACACTCT ATGGGTTAAT GATGAAACCC ATACAGCGCT TCCCACAATT CATTCTTTTG 
CTTCAGGATA TGTTAAAGAA TACTACTAAA GGACATCCTG ACAGGCTGCC TCTACAGATG 
GCTCTTACCG AGCTGGAAAC GTTGGCAGAG AAATTAAATG AGAGGAAAAG GGATGCAGAT 
CAGCGCTGCG AAATAAAACA AATAGCAAAA GCCATGAACG AACGCTATCT GAATAAGTTA 
CTCAGCAGTG GAAACAGATA CCTCATACGG ACTGATGATA TGATAGAAAC AGTTTACAAT 
GACAAGGGAG AAATTGTCAA AACCAAAGAA CGACGACTCT TCATGTTGAA TGATGTACTG 
ATGTGTGCAA CAGTCAGTGC ACGGTCTTCG TATGAAAGTA GTGGCATTGT GGCAACTGGC 
CAAAGGTATT TATTAAAATG GAGTGTACCT CTTGGACAAG TAGAAGTCAT TGAATATGGC 
AGCAGCGAAG GACAAGGAGA GAATTGCAGG TTCCCACCTC AGCATTCTGC AGAGAATGTT 
GTTGTCAGTG TTAAGCCAAA CAAACTGTAT ATGGGACCAG GGCAGCTATA CCATGATTTG 
CAGAATCTCT TACATGATTT GAATGTAGTC GGTCAAATTA GTCAACTGAT AGGCAGCCTT 
AAAGGAAACT ATCAGAACTT AAATCAGTCA GTGGCTCATG ACTGGACGTC AGGTTTACAA 
AAACTGATAT TGAAAAAGGA AGATGAAATC CGAGCTGCAG ATCGCTGTAG AATTCAACTG 
CAGCTTTCAG GGAAGCAGGA CAAGTCTGGG AGACCTACTT TCTTTACTGC AGTGTTCAAT 
ACATTTACCC CTGCCATCAA ACAATCTTGG ATCAACAATT TACAAATGGC TAAGCTTGCC 
CTTGCGGAAG AAAACCTATT GGGTTGGTTC TGTGCAGAAG ATGATGGCAA TCAAATCAAG 
AAAGAAAAGC ACCCCCTCCT TGTTAGACAT ATGCCAGTCA TGATGGCTAA ACAACAGGAG 
TTTAAGATTG AATGTGCTGC ATATAATCCT GAACCTTATG TCTCTAGTGA AACTGAGCCA 
GATTCATGTT CCATGGAGCA TGGCTTTCTT TGGATTGGCA GTTGTACTAA TCAAATGGGA 
CAAATTGCAA TTGTCTCATT TCAAAACTCC AACCCCAAGG TTATAGAGTG CTTTAATGTT 
GAATCCCGCA TCCTCTGCAT GGTCTACATT CCAGAGGAAG AGAAACCAAG AGAGTTAAAT 
GTGGTTCCTG AGTCAGAAAA TGGGGCTAGA AAGGCTTCCA GTGTGCCTAC TATTTGCCTG 
GGCATGGAAG AAGGAAGCAT TTCTGTCTAC AAAAGTCATC AAGGCTCAAA GAAATTTCGA 
CTTCAACACT TTTTCACACC TGAAAAATCA ACAGTCATGA GCCTAGCGTA CATGTCCCAG 
TACTTGTTTG CTGGTTTGGT TAATGGGAAC ATCACAATCT ACACAAAAGC AGAAGATGGA 
AACTGGAACC CAGAACCTGA AAAAGTAGTA AAGCTAGGGG TTCTACCAGT CAGAAGCCTA 
CTTGTGATGG AAGAGACCAT ATGGGCGGCA TCTGGTGGAC AAATTTTTAT AATCACTACT 
GAGACCCATT CTGTGGAGCA CTATTTTGAA GCTCATCAAG AGGAGGGGAT GGTGATCTCA 
CATATGGCTG TTGCTGGAGT AGGAATCTGG ATTGCATTCA CATCTGGATC TACACTCCGC 
TTGTTCCACA CTGAGACTCT GAAGCACCTC CAGGATATTA ATATTGCCAC TCCTATTCAC 
AATATTTTGT CAGGACAGCA GCGTGTTTCT GTGACCAGTC TACTAGTATG CCATGGTTTA 
TTGCTGGTTG GAACAAATCT GGGAATTATA GTAGCATTAC CAGTGCCTCG TCTGCAAGGA 
ATTCCAAAAG TGACTGGAAG GGGAATGGTA TCCTATCATG CACATAATGG CCCAGTCAAA 
TTCCTTATTA TGGCTACAGC CCTAAACAAG AAAAACAGAA GCAAATCCAG AAGCAGTCTG 
CCTCGAAGCA CAGAAACTAA TGATGATGAT CAAAAGAATG CTCTGCGTAA TGAGAGACCG 
GGTTCTGCCT TAAGTAATAT TCAGGATACT GGAGTTTGGC TGGGAGGTTC AGCTGGATCC 
ATTACACAAA GGAGTGACTT ATCTTCATCT TCTGGGTCCC TAGATCCATT ACCTCATGGA 
TCGAATTCCG TGGAACATAG AACTGAGGAC AGTACCATAT ATGAGCTTTT AAAGGATCAA 
AACATCTCAC TTAAAAATAA AAGACAGAGA TCCAAGAAAA TGAAAGCAAG CTCAGTATTA 
GTTATTTCTG GAGGTCAAGG ACACAGAAGA GTAAACAAGA AGTCCAAGCA GCAGAGACAG 
GATGAACTCG TATCTTCTGT GATGGTTTGG CAGATTCCAT TACTAAACAT CTGA

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

ARHGEF10 ( XM_025206348.1 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_025062133.1 Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X4, mRNA.

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CloneID	OAl88416
Clone ID Related Accession (Same CDS sequence)	XM_025206348.1
Accession Version	XM_025206348.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3978bp) 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 10 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842152.1) 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##

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGGG GATGAAAATG TAGTTAAAAC TGAGAAAGTG 
CAAATGTCAG AATCCAGGAC ACAGGGTGCC CCAACAAAAG TAAACCCTTA CTCTGTCATA 
AATATTTCAC CAATCCAAGA AAAGGATCAG TCTTCATCAC CAGAACCCAG TCCTCAAGAT 
GAAAGTACAA GCACTAACAT GTCAGCAGGT ATGCAGACAG CAGCTGAAGA TTGCCATTTT 
AATTCTTTAA GCTCAGAAGA TCCACAAAAT AGTGAAGACA ACCAGGTCAG TAAAGATAAT 
GATGCTCTAG CCAAATGGGT TGCAGATCCT GCAAATACAG CATGGATGGA AAATCCAGAG 
GAAGTAATTT ATGATGATGT GCCAAGGGAA AATTCTGACT CTGAACCAGA GGAAATGATT 
TATGATGATG TTGAGAATGG TGACGATGGT GGAAACAGCT CTCTAGACTA TGGATGGAGT 
TCGAGTGAGT TTGAAAGCTA TGAAGAACAA AGTGACTCCG AGTGTAAGAA TGGAGTTCCC 
AGCTCCTTTT TGCGAGGCAA CCACAAGAGA CATCTTTCTC ATGACCTAAC CCGTTTAAAG 
GAGCACTATG AGAAAAAGAT GAAAGATTTG ATGGCAAACA CTGTGGGAGC AGTAGAGATT 
CAGCAACTAA AGCAAAAACA TGAGCTGAAG AATGTATTTT TTGCTCTTTT GCAGATGCAA 
AAACTCATGA GGGCTGCTAG AGAAGGTACC AAAGATGGAC TTGAAAAGAC TAAAGCAGCT 
GTGAAGAAGG GTCGTTCATT CATTAGGACC AAATCCTTTA TTTCTCAAGA TCATAGATCA 
CCCTGTCTGG AAGAAGATGA ATTACATTTA TTCATTGATG TAGACTGTAT GCATACAGAA 
GCAATTATGA CTCCTATGCC TGAAGGATTA TCACAGCAAC AGGTTGTGAG AAGATACATT 
TTGGGCTCTG TGGTTGACAG TGAGAAGAAT TATGTGGATG CTCTCAAAAG AATTCTAGAG 
CAATATGAGA AGCCCCTATC AGAAATGGAA CCAAAATTAC TGAGTGAAAG GAAACTCAAA 
ATGGTCTTTT ATCGAATCAA AGAAATTCTT CAGTGCCATT CAATGTTTCA GATAGCACTG 
GCCAGTCGGG TGTCTGACTG GGATTCTGTT GAAATGATTG GAGATGTCTT TGTTGCTTCA 
TTTTCTAAAT CGATGGTGCT AGATGCTTAT AGTGAATATG TAAATAATTT CAGTACAGCA 
GTGGGGATTC TCAAGAAAAC ATGTGCCACT AAGCCTGCCT TTCTAGATTT TTTAAAGCAA 
TGCCAGGAGT CAAGCCCTGA TCGAATCACA CTCTATGGGT TAATGATGAA ACCCATACAG 
CGCTTCCCAC AATTCATTCT TTTGCTTCAG GATATGTTAA AGAATACTAC TAAAGGACAT 
CCTGACAGGC TGCCTCTACA GATGGCTCTT ACCGAGCTGG AAACGTTGGC AGAGAAATTA 
AATGAGAGGA AAAGGGATGC AGATCAGCGC TGCGAAATAA AACAAATAGC AAAAGCCATG 
AACGAACGCT ATCTGAATAA GTTACTCAGC AGTGGAAACA GATACCTCAT ACGGACTGAT 
GATATGATAG AAACAGTTTA CAATGACAAG GGAGAAATTG TCAAAACCAA AGAACGACGA 
CTCTTCATGT TGAATGATGT ACTGATGTGT GCAACAGTCA GTGCACGGTC TTCGTATGAA 
AGTAGTGGCA TTGTGGCAAC TGGCCAAAGG TATTTATTAA AATGGAGTGT ACCTCTTGGA 
CAAGTAGAAG TCATTGAATA TGGCAGCAGC GAAGGACAAG GAGAGAATTG CAGGTTCCCA 
CCTCAGCATT CTGCAGAGAA TGTTGTTGTC AGTGTTAAGC CAAACAAACT GTATATGGGA 
CCAGGGCAGC TATACCATGA TTTGCAGAAT CTCTTACATG ATTTGAATGT AGTCGGTCAA 
ATTAGTCAAC TGATAGGCAG CCTTAAAGGA AACTATCAGA ACTTAAATCA GTCAGTGGCT 
CATGACTGGA CGTCAGGTTT ACAAAAACTG ATATTGAAAA AGGAAGATGA AATCCGAGCT 
GCAGATCGCT GTAGAATTCA ACTGCAGCTT TCAGGGAAGC AGGACAAGTC TGGGAGACCT 
ACTTTCTTTA CTGCAGTGTT CAATACATTT ACCCCTGCCA TCAAACAATC TTGGATCAAC 
AATTTACAAA TGGCTAAGCT TGCCCTTGCG GAAGAAAACC TATTGGGTTG GTTCTGTGCA 
GAAGATGATG GCAATCAAAT CAAGAAAGAA AAGCACCCCC TCCTTGTTAG ACATATGCCA 
GTCATGATGG CTAAACAACA GGAGTTTAAG ATTGAATGTG CTGCATATAA TCCTGAACCT 
TATGTCTCTA GTGAAACTGA GCCAGATTCA TGTTCCATGG AGCATGGCTT TCTTTGGATT 
GGCAGTTGTA CTAATCAAAT GGGACAAATT GCAATTGTCT CATTTCAAAA CTCCAACCCC 
AAGGTTATAG AGTGCTTTAA TGTTGAATCC CGCATCCTCT GCATGGTCTA CATTCCAGAG 
GAAGAGAAAC CAAGAGAGTT AAATGTGGTT CCTGAGTCAG AAAATGGGGC TAGAAAGGCT 
TCCAGTGTGC CTACTATTTG CCTGGGCATG GAAGAAGGAA GCATTTCTGT CTACAAAAGT 
CATCAAGGCT CAAAGAAATT TCGACTTCAA CACTTTTTCA CACCTGAAAA ATCAACAGTC 
ATGAGCCTAG CGTACATGTC CCAGTACTTG TTTGCTGGTT TGGTTAATGG GAACATCACA 
ATCTACACAA AAGCAGAAGA TGGAAACTGG AACCCAGAAC CTGAAAAAGT AGTAAAGCTA 
GGGGTTCTAC CAGTCAGAAG CCTACTTGTG ATGGAAGAGA CCATATGGGC GGCATCTGGT 
GGACAAATTT TTATAATCAC TACTGAGACC CATTCTGTGG AGCACTATTT TGAAGCTCAT 
CAAGAGGAGG GGATGGTGAT CTCACATATG GCTGTTGCTG GAGTAGGAAT CTGGATTGCA 
TTCACATCTG GATCTACACT CCGCTTGTTC CACACTGAGA CTCTGAAGCA CCTCCAGGAT 
ATTAATATTG CCACTCCTAT TCACAATATT TTGTCAGGAC AGCAGCGTGT TTCTGTGACC 
AGTCTACTAG TATGCCATGG TTTATTGCTG GTTGGAACAA ATCTGGGAAT TATAGTAGCA 
TTACCAGTGC CTCGTCTGCA AGGAATTCCA AAAGTGACTG GAAGGGGAAT GGTATCCTAT 
CATGCACATA ATGGCCCAGT CAAATTCCTT ATTATGGCTA CAGCCCTAAA CAAGAAAAAC 
AGAAGCAAAT CCAGAAGCAG TCTGCCTCGA AGCACAGAAA CTAATGATGA TGATCAAAAG 
AATGCTCTGC GTAATGAGAG ACCGGGTTCT GCCTTAAGTA ATATTCAGGA TACTGGAGTT 
TGGCTGGGAG GTTCAGCTGG ATCCATTACA CAAAGGAGTG ACTTATCTTC ATCTTCTGGG 
TCCCTAGATC CATTACCTCA TGGATCGAAT TCCGTGGAAC ATAGAACTGA GGACAGTACC 
ATATATGAGC TTTTAAAGGA TCAAAACATC TCACTTAAAA ATAAAAGACA GAGATCCAAG 
AAAATGAAAG CAAGCTCAGT ATTAGTTATT TCTGGAGGTC AAGGACACAG AAGAGTAAAC 
AAGAAGTCCA AGCAGCAGAG ACAGGATGAA CTCGTATCTT CTGTGATGGT TTGGCAGATT 
CCATTACTAA ACATCTGA

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

RefSeq	XP_025062133.1
CDS	128..4105
Translation	MDVEEFPPPPPPEVLENELEVSGTNEDEEEGEPFYLDSGDEIPEADRQALMPRSSDSRCNIEHEETSSTGDENVVKTEKVQMSESRTQGAPTKVNPYSVINISPIQEKDQSSSPEPSPQDESTSTNMSAGMQTAAEDCHFNSLSSEDPQNSEDNQVSKDNDALAKWVADPANTAWMENPEEVIYDDVPRENSDSEPEEMIYDDVENGDDGGNSSLDYGWSSSEFESYEEQSDSECKNGVPSSFLRGNHKRHLSHDLTRLKEHYEKKMKDLMANTVGAVEIQQLKQKHELKNVFFALLQMQKLMRAAREGTKDGLEKTKAAVKKGRSFIRTKSFISQDHRSPCLEEDELHLFIDVDCMHTEAIMTPMPEGLSQQQVVRRYILGSVVDSEKNYVDALKRILEQYEKPLSEMEPKLLSERKLKMVFYRIKEILQCHSMFQIALASRVSDWDSVEMIGDVFVASFSKSMVLDAYSEYVNNFSTAVGILKKTCATKPAFLDFLKQCQESSPDRITLYGLMMKPIQRFPQFILLLQDMLKNTTKGHPDRLPLQMALTELETLAEKLNERKRDADQRCEIKQIAKAMNERYLNKLLSSGNRYLIRTDDMIETVYNDKGEIVKTKERRLFMLNDVLMCATVSARSSYESSGIVATGQRYLLKWSVPLGQVEVIEYGSSEGQGENCRFPPQHSAENVVVSVKPNKLYMGPGQLYHDLQNLLHDLNVVGQISQLIGSLKGNYQNLNQSVAHDWTSGLQKLILKKEDEIRAADRCRIQLQLSGKQDKSGRPTFFTAVFNTFTPAIKQSWINNLQMAKLALAEENLLGWFCAEDDGNQIKKEKHPLLVRHMPVMMAKQQEFKIECAAYNPEPYVSSETEPDSCSMEHGFLWIGSCTNQMGQIAIVSFQNSNPKVIECFNVESRILCMVYIPEEEKPRELNVVPESENGARKASSVPTICLGMEEGSISVYKSHQGSKKFRLQHFFTPEKSTVMSLAYMSQYLFAGLVNGNITIYTKAEDGNWNPEPEKVVKLGVLPVRSLLVMEETIWAASGGQIFIITTETHSVEHYFEAHQEEGMVISHMAVAGVGIWIAFTSGSTLRLFHTETLKHLQDINIATPIHNILSGQQRVSVTSLLVCHGLLLVGTNLGIIVALPVPRLQGIPKVTGRGMVSYHAHNGPVKFLIMATALNKKNRSKSRSSLPRSTETNDDDQKNALRNERPGSALSNIQDTGVWLGGSAGSITQRSDLSSSSGSLDPLPHGSNSVEHRTEDSTIYELLKDQNISLKNKRQRSKKMKASSVLVISGGQGHRRVNKKSKQQRQDELVSSVMVWQIPLLNI

Target ORF information:

RefSeq Version	XM_025206348.1
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X4, mRNA.

Target ORF information:

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

XM_025206348.1

ORF Insert Sequence:

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGGG GATGAAAATG TAGTTAAAAC TGAGAAAGTG 
CAAATGTCAG AATCCAGGAC ACAGGGTGCC CCAACAAAAG TAAACCCTTA CTCTGTCATA 
AATATTTCAC CAATCCAAGA AAAGGATCAG TCTTCATCAC CAGAACCCAG TCCTCAAGAT 
GAAAGTACAA GCACTAACAT GTCAGCAGGT ATGCAGACAG CAGCTGAAGA TTGCCATTTT 
AATTCTTTAA GCTCAGAAGA TCCACAAAAT AGTGAAGACA ACCAGGTCAG TAAAGATAAT 
GATGCTCTAG CCAAATGGGT TGCAGATCCT GCAAATACAG CATGGATGGA AAATCCAGAG 
GAAGTAATTT ATGATGATGT GCCAAGGGAA AATTCTGACT CTGAACCAGA GGAAATGATT 
TATGATGATG TTGAGAATGG TGACGATGGT GGAAACAGCT CTCTAGACTA TGGATGGAGT 
TCGAGTGAGT TTGAAAGCTA TGAAGAACAA AGTGACTCCG AGTGTAAGAA TGGAGTTCCC 
AGCTCCTTTT TGCGAGGCAA CCACAAGAGA CATCTTTCTC ATGACCTAAC CCGTTTAAAG 
GAGCACTATG AGAAAAAGAT GAAAGATTTG ATGGCAAACA CTGTGGGAGC AGTAGAGATT 
CAGCAACTAA AGCAAAAACA TGAGCTGAAG AATGTATTTT TTGCTCTTTT GCAGATGCAA 
AAACTCATGA GGGCTGCTAG AGAAGGTACC AAAGATGGAC TTGAAAAGAC TAAAGCAGCT 
GTGAAGAAGG GTCGTTCATT CATTAGGACC AAATCCTTTA TTTCTCAAGA TCATAGATCA 
CCCTGTCTGG AAGAAGATGA ATTACATTTA TTCATTGATG TAGACTGTAT GCATACAGAA 
GCAATTATGA CTCCTATGCC TGAAGGATTA TCACAGCAAC AGGTTGTGAG AAGATACATT 
TTGGGCTCTG TGGTTGACAG TGAGAAGAAT TATGTGGATG CTCTCAAAAG AATTCTAGAG 
CAATATGAGA AGCCCCTATC AGAAATGGAA CCAAAATTAC TGAGTGAAAG GAAACTCAAA 
ATGGTCTTTT ATCGAATCAA AGAAATTCTT CAGTGCCATT CAATGTTTCA GATAGCACTG 
GCCAGTCGGG TGTCTGACTG GGATTCTGTT GAAATGATTG GAGATGTCTT TGTTGCTTCA 
TTTTCTAAAT CGATGGTGCT AGATGCTTAT AGTGAATATG TAAATAATTT CAGTACAGCA 
GTGGGGATTC TCAAGAAAAC ATGTGCCACT AAGCCTGCCT TTCTAGATTT TTTAAAGCAA 
TGCCAGGAGT CAAGCCCTGA TCGAATCACA CTCTATGGGT TAATGATGAA ACCCATACAG 
CGCTTCCCAC AATTCATTCT TTTGCTTCAG GATATGTTAA AGAATACTAC TAAAGGACAT 
CCTGACAGGC TGCCTCTACA GATGGCTCTT ACCGAGCTGG AAACGTTGGC AGAGAAATTA 
AATGAGAGGA AAAGGGATGC AGATCAGCGC TGCGAAATAA AACAAATAGC AAAAGCCATG 
AACGAACGCT ATCTGAATAA GTTACTCAGC AGTGGAAACA GATACCTCAT ACGGACTGAT 
GATATGATAG AAACAGTTTA CAATGACAAG GGAGAAATTG TCAAAACCAA AGAACGACGA 
CTCTTCATGT TGAATGATGT ACTGATGTGT GCAACAGTCA GTGCACGGTC TTCGTATGAA 
AGTAGTGGCA TTGTGGCAAC TGGCCAAAGG TATTTATTAA AATGGAGTGT ACCTCTTGGA 
CAAGTAGAAG TCATTGAATA TGGCAGCAGC GAAGGACAAG GAGAGAATTG CAGGTTCCCA 
CCTCAGCATT CTGCAGAGAA TGTTGTTGTC AGTGTTAAGC CAAACAAACT GTATATGGGA 
CCAGGGCAGC TATACCATGA TTTGCAGAAT CTCTTACATG ATTTGAATGT AGTCGGTCAA 
ATTAGTCAAC TGATAGGCAG CCTTAAAGGA AACTATCAGA ACTTAAATCA GTCAGTGGCT 
CATGACTGGA CGTCAGGTTT ACAAAAACTG ATATTGAAAA AGGAAGATGA AATCCGAGCT 
GCAGATCGCT GTAGAATTCA ACTGCAGCTT TCAGGGAAGC AGGACAAGTC TGGGAGACCT 
ACTTTCTTTA CTGCAGTGTT CAATACATTT ACCCCTGCCA TCAAACAATC TTGGATCAAC 
AATTTACAAA TGGCTAAGCT TGCCCTTGCG GAAGAAAACC TATTGGGTTG GTTCTGTGCA 
GAAGATGATG GCAATCAAAT CAAGAAAGAA AAGCACCCCC TCCTTGTTAG ACATATGCCA 
GTCATGATGG CTAAACAACA GGAGTTTAAG ATTGAATGTG CTGCATATAA TCCTGAACCT 
TATGTCTCTA GTGAAACTGA GCCAGATTCA TGTTCCATGG AGCATGGCTT TCTTTGGATT 
GGCAGTTGTA CTAATCAAAT GGGACAAATT GCAATTGTCT CATTTCAAAA CTCCAACCCC 
AAGGTTATAG AGTGCTTTAA TGTTGAATCC CGCATCCTCT GCATGGTCTA CATTCCAGAG 
GAAGAGAAAC CAAGAGAGTT AAATGTGGTT CCTGAGTCAG AAAATGGGGC TAGAAAGGCT 
TCCAGTGTGC CTACTATTTG CCTGGGCATG GAAGAAGGAA GCATTTCTGT CTACAAAAGT 
CATCAAGGCT CAAAGAAATT TCGACTTCAA CACTTTTTCA CACCTGAAAA ATCAACAGTC 
ATGAGCCTAG CGTACATGTC CCAGTACTTG TTTGCTGGTT TGGTTAATGG GAACATCACA 
ATCTACACAA AAGCAGAAGA TGGAAACTGG AACCCAGAAC CTGAAAAAGT AGTAAAGCTA 
GGGGTTCTAC CAGTCAGAAG CCTACTTGTG ATGGAAGAGA CCATATGGGC GGCATCTGGT 
GGACAAATTT TTATAATCAC TACTGAGACC CATTCTGTGG AGCACTATTT TGAAGCTCAT 
CAAGAGGAGG GGATGGTGAT CTCACATATG GCTGTTGCTG GAGTAGGAAT CTGGATTGCA 
TTCACATCTG GATCTACACT CCGCTTGTTC CACACTGAGA CTCTGAAGCA CCTCCAGGAT 
ATTAATATTG CCACTCCTAT TCACAATATT TTGTCAGGAC AGCAGCGTGT TTCTGTGACC 
AGTCTACTAG TATGCCATGG TTTATTGCTG GTTGGAACAA ATCTGGGAAT TATAGTAGCA 
TTACCAGTGC CTCGTCTGCA AGGAATTCCA AAAGTGACTG GAAGGGGAAT GGTATCCTAT 
CATGCACATA ATGGCCCAGT CAAATTCCTT ATTATGGCTA CAGCCCTAAA CAAGAAAAAC 
AGAAGCAAAT CCAGAAGCAG TCTGCCTCGA AGCACAGAAA CTAATGATGA TGATCAAAAG 
AATGCTCTGC GTAATGAGAG ACCGGGTTCT GCCTTAAGTA ATATTCAGGA TACTGGAGTT 
TGGCTGGGAG GTTCAGCTGG ATCCATTACA CAAAGGAGTG ACTTATCTTC ATCTTCTGGG 
TCCCTAGATC CATTACCTCA TGGATCGAAT TCCGTGGAAC ATAGAACTGA GGACAGTACC 
ATATATGAGC TTTTAAAGGA TCAAAACATC TCACTTAAAA ATAAAAGACA GAGATCCAAG 
AAAATGAAAG CAAGCTCAGT ATTAGTTATT TCTGGAGGTC AAGGACACAG AAGAGTAAAC 
AAGAAGTCCA AGCAGCAGAG ACAGGATGAA CTCGTATCTT CTGTGATGGT TTGGCAGATT 
CCATTACTAA ACATCTGA

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

ARHGEF10 ( XM_025206349.1 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_025062134.1 Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OAl88417
Clone ID Related Accession (Same CDS sequence)	XM_025206349.1
Accession Version	XM_025206349.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3951bp) 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 10 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842152.1) 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##

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGGG GATGAAAATG TAGTTAAAAC TGAGAAAGTG 
CAAATGTCAG AATCCAGGAC ACAGGGTGCC CCAACAAAAG TAAACCCTTA CTCTGTCATA 
AATATTTCAC CAATCCAAGA AAAGGATCAG TCTTCATCAC CAGAACCCAG TCCTCAAGAT 
GAAAGTACAA GCACTAACAT GTCAGGTGGA TATTCTGTTC CTGTGCCTTG TGGCTATGCT 
GTACCATCCA ATTTACCATT GATACTACCA GCATACTCCA GTCCTGTTAT AATACGCAGT 
GTTTCTGTGG ATGAAGAAGC AGGTATGCAG ACAGCAGCTG AAGATTGCCA TTTTAATTCT 
TTAAGCTCAG AAGATCCACA AAATAGTGAA GACAACCAGG TCAGTAAAGA TAATGATGCT 
CTAGCCAAAT GGGTTGCAGA TCCTGCAAAT ACAGCATGGA TGGAAAATCC AGAGGAAGTA 
ATTTATGATG ATGTGCCAAG GGAAAATTCT GACTCTGAAC CAGAGGAAAT GATTTATGAT 
GATGTTGAGA ATGGTGACGA TGGTGGAAAC AGCTCTCTAG ACTATGGATG GAGTTCGAGT 
GAGTTTGAAA GCTATGAAGA ACAAAGTGAC TCCGAGTGTA AGAATGGAGT TCCCAGCTCC 
TTTTTGCGAG GCAACCACAA GAGACATATG CAAAAACTCA TGAGGGCTGC TAGAGAAGGT 
ACCAAAGATG GACTTGAAAA GACTAAAGCA GCTGTGAAGA AGGGTCGTTC ATTCATTAGG 
ACCAAATCCT TTATTTCTCA AGATCATAGA TCACCCTGTC TGGAAGAAGA TGAATTACAT 
TTATTCATTG ATGTAGACTG TATGCATACA GAAGCAATTA TGACTCCTAT GCCTGAAGGA 
TTATCACAGC AACAGGTTGT GAGAAGATAC ATTTTGGGCT CTGTGGTTGA CAGTGAGAAG 
AATTATGTGG ATGCTCTCAA AAGAATTCTA GAGCAATATG AGAAGCCCCT ATCAGAAATG 
GAACCAAAAT TACTGAGTGA AAGGAAACTC AAAATGGTCT TTTATCGAAT CAAAGAAATT 
CTTCAGTGCC ATTCAATGTT TCAGATAGCA CTGGCCAGTC GGGTGTCTGA CTGGGATTCT 
GTTGAAATGA TTGGAGATGT CTTTGTTGCT TCATTTTCTA AATCGATGGT GCTAGATGCT 
TATAGTGAAT ATGTAAATAA TTTCAGTACA GCAGTGGGGA TTCTCAAGAA AACATGTGCC 
ACTAAGCCTG CCTTTCTAGA TTTTTTAAAG CAATGCCAGG AGTCAAGCCC TGATCGAATC 
ACACTCTATG GGTTAATGAT GAAACCCATA CAGCGCTTCC CACAATTCAT TCTTTTGCTT 
CAGGATATGT TAAAGAATAC TACTAAAGGA CATCCTGACA GGCTGCCTCT ACAGATGGCT 
CTTACCGAGC TGGAAACGTT GGCAGAGAAA TTAAATGAGA GGAAAAGGGA TGCAGATCAG 
CGCTGCGAAA TAAAACAAAT AGCAAAAGCC ATGAACGAAC GCTATCTGAA TAAGTTACTC 
AGCAGTGGAA ACAGATACCT CATACGGACT GATGATATGA TAGAAACAGT TTACAATGAC 
AAGGGAGAAA TTGTCAAAAC CAAAGAACGA CGACTCTTCA TGTTGAATGA TGTACTGATG 
TGTGCAACAG TCAGTGCACG GTCTTCGTAT GAAAGTAGTG GCATTGTGGC AACTGGCCAA 
AGGTATTTAT TAAAATGGAG TGTACCTCTT GGACAAGTAG AAGTCATTGA ATATGGCAGC 
AGCGAAGGAC AAGGAGAGAA TTGCAGGTTC CCACCTCAGC ATTCTGCAGA GAATGTTGTT 
GTCAGTGTTA AGCCAAACAA ACTGTATATG GGACCAGGGC AGCTATACCA TGATTTGCAG 
AATCTCTTAC ATGATTTGAA TGTAGTCGGT CAAATTAGTC AACTGATAGG CAGCCTTAAA 
GGAAACTATC AGAACTTAAA TCAGTCAGTG GCTCATGACT GGACGTCAGG TTTACAAAAA 
CTGATATTGA AAAAGGAAGA TGAAATCCGA GCTGCAGATC GCTGTAGAAT TCAACTGCAG 
CTTTCAGGGA AGCAGGACAA GTCTGGGAGA CCTACTTTCT TTACTGCAGT GTTCAATACA 
TTTACCCCTG CCATCAAACA ATCTTGGATC AACAATTTAC AAATGGCTAA GCTTGCCCTT 
GCGGAAGAAA ACCTATTGGG TTGGTTCTGT GCAGAAGATG ATGGCAATCA AATCAAGAAA 
GAAAAGCACC CCCTCCTTGT TAGACATATG CCAGTCATGA TGGCTAAACA ACAGGAGTTT 
AAGATTGAAT GTGCTGCATA TAATCCTGAA CCTTATGTCT CTAGTGAAAC TGAGCCAGAT 
TCATGTTCCA TGGAGCATGG CTTTCTTTGG ATTGGCAGTT GTACTAATCA AATGGGACAA 
ATTGCAATTG TCTCATTTCA AAACTCCAAC CCCAAGGTTA TAGAGTGCTT TAATGTTGAA 
TCCCGCATCC TCTGCATGGT CTACATTCCA GAGGAAGAGA AACCAAGAGA GTTAAATGTG 
GTTCCTGAGT CAGAAAATGG GGCTAGAAAG GCTTCCAGTG TGCCTACTAT TTGCCTGGGC 
ATGGAAGAAG GAAGCATTTC TGTCTACAAA AGTCATCAAG GCTCAAAGAA ATTTCGACTT 
CAACACTTTT TCACACCTGA AAAATCAACA GTCATGAGCC TAGCGTACAT GTCCCAGTAC 
TTGTTTGCTG GTTTGGTTAA TGGGAACATC ACAATCTACA CAAAAGCAGA AGATGGAAAC 
TGGAACCCAG AACCTGAAAA AGTAGTAAAG CTAGGGGTTC TACCAGTCAG AAGCCTACTT 
GTGATGGAAG AGACCATATG GGCGGCATCT GGTGGACAAA TTTTTATAAT CACTACTGAG 
ACCCATTCTG TGGAGCACTA TTTTGAAGCT CATCAAGAGG AGGGGATGGT GATCTCACAT 
ATGGCTGTTG CTGGAGTAGG AATCTGGATT GCATTCACAT CTGGATCTAC ACTCCGCTTG 
TTCCACACTG AGACTCTGAA GCACCTCCAG GATATTAATA TTGCCACTCC TATTCACAAT 
ATTTTGTCAG GACAGCAGCG TGTTTCTGTG ACCAGTCTAC TAGTATGCCA TGGTTTATTG 
CTGGTTGGAA CAAATCTGGG AATTATAGTA GCATTACCAG TGCCTCGTCT GCAAGGAATT 
CCAAAAGTGA CTGGAAGGGG AATGGTATCC TATCATGCAC ATAATGGCCC AGTCAAATTC 
CTTATTATGG CTACAGCCCT AAACAAGAAA AACAGAAGCA AATCCAGAAG CAGTCTGCCT 
CGAAGCACAG AAACTAATGA TGATGATCAA AAGAATGCTC TGCGTAATGA GAGACCGGGT 
TCTGCCTTAA GTAATATTCA GGATACTGGA GTTTGGCTGG GAGGTTCAGC TGGATCCATT 
ACACAAAGGA GTGACTTATC TTCATCTTCT GGGTCCCTAG ATCCATTACC TCATGGATCG 
AATTCCGTGG AACATAGAAC TGAGGACAGT ACCATATATG AGCTTTTAAA GGATCAAAAC 
ATCTCACTTA AAAATAAAAG ACAGAGATCC AAGAAAATGA AAGCAAGCTC AGTATTAGTT 
ATTTCTGGAG GTCAAGGACA CAGAAGAGTA AACAAGAAGT CCAAGCAGCA GAGACAGGAT 
GAACTCGTAT CTTCTGTGAT GGTTTGGCAG ATTCCATTAC TAAACATCTG A

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

RefSeq	XP_025062134.1
CDS	128..4078
Translation	MDVEEFPPPPPPEVLENELEVSGTNEDEEEGEPFYLDSGDEIPEADRQALMPRSSDSRCNIEHEETSSTGDENVVKTEKVQMSESRTQGAPTKVNPYSVINISPIQEKDQSSSPEPSPQDESTSTNMSGGYSVPVPCGYAVPSNLPLILPAYSSPVIIRSVSVDEEAGMQTAAEDCHFNSLSSEDPQNSEDNQVSKDNDALAKWVADPANTAWMENPEEVIYDDVPRENSDSEPEEMIYDDVENGDDGGNSSLDYGWSSSEFESYEEQSDSECKNGVPSSFLRGNHKRHMQKLMRAAREGTKDGLEKTKAAVKKGRSFIRTKSFISQDHRSPCLEEDELHLFIDVDCMHTEAIMTPMPEGLSQQQVVRRYILGSVVDSEKNYVDALKRILEQYEKPLSEMEPKLLSERKLKMVFYRIKEILQCHSMFQIALASRVSDWDSVEMIGDVFVASFSKSMVLDAYSEYVNNFSTAVGILKKTCATKPAFLDFLKQCQESSPDRITLYGLMMKPIQRFPQFILLLQDMLKNTTKGHPDRLPLQMALTELETLAEKLNERKRDADQRCEIKQIAKAMNERYLNKLLSSGNRYLIRTDDMIETVYNDKGEIVKTKERRLFMLNDVLMCATVSARSSYESSGIVATGQRYLLKWSVPLGQVEVIEYGSSEGQGENCRFPPQHSAENVVVSVKPNKLYMGPGQLYHDLQNLLHDLNVVGQISQLIGSLKGNYQNLNQSVAHDWTSGLQKLILKKEDEIRAADRCRIQLQLSGKQDKSGRPTFFTAVFNTFTPAIKQSWINNLQMAKLALAEENLLGWFCAEDDGNQIKKEKHPLLVRHMPVMMAKQQEFKIECAAYNPEPYVSSETEPDSCSMEHGFLWIGSCTNQMGQIAIVSFQNSNPKVIECFNVESRILCMVYIPEEEKPRELNVVPESENGARKASSVPTICLGMEEGSISVYKSHQGSKKFRLQHFFTPEKSTVMSLAYMSQYLFAGLVNGNITIYTKAEDGNWNPEPEKVVKLGVLPVRSLLVMEETIWAASGGQIFIITTETHSVEHYFEAHQEEGMVISHMAVAGVGIWIAFTSGSTLRLFHTETLKHLQDINIATPIHNILSGQQRVSVTSLLVCHGLLLVGTNLGIIVALPVPRLQGIPKVTGRGMVSYHAHNGPVKFLIMATALNKKNRSKSRSSLPRSTETNDDDQKNALRNERPGSALSNIQDTGVWLGGSAGSITQRSDLSSSSGSLDPLPHGSNSVEHRTEDSTIYELLKDQNISLKNKRQRSKKMKASSVLVISGGQGHRRVNKKSKQQRQDELVSSVMVWQIPLLNI

Target ORF information:

RefSeq Version	XM_025206349.1
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X5, mRNA.

Target ORF information:

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

XM_025206349.1

ORF Insert Sequence:

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGGG GATGAAAATG TAGTTAAAAC TGAGAAAGTG 
CAAATGTCAG AATCCAGGAC ACAGGGTGCC CCAACAAAAG TAAACCCTTA CTCTGTCATA 
AATATTTCAC CAATCCAAGA AAAGGATCAG TCTTCATCAC CAGAACCCAG TCCTCAAGAT 
GAAAGTACAA GCACTAACAT GTCAGGTGGA TATTCTGTTC CTGTGCCTTG TGGCTATGCT 
GTACCATCCA ATTTACCATT GATACTACCA GCATACTCCA GTCCTGTTAT AATACGCAGT 
GTTTCTGTGG ATGAAGAAGC AGGTATGCAG ACAGCAGCTG AAGATTGCCA TTTTAATTCT 
TTAAGCTCAG AAGATCCACA AAATAGTGAA GACAACCAGG TCAGTAAAGA TAATGATGCT 
CTAGCCAAAT GGGTTGCAGA TCCTGCAAAT ACAGCATGGA TGGAAAATCC AGAGGAAGTA 
ATTTATGATG ATGTGCCAAG GGAAAATTCT GACTCTGAAC CAGAGGAAAT GATTTATGAT 
GATGTTGAGA ATGGTGACGA TGGTGGAAAC AGCTCTCTAG ACTATGGATG GAGTTCGAGT 
GAGTTTGAAA GCTATGAAGA ACAAAGTGAC TCCGAGTGTA AGAATGGAGT TCCCAGCTCC 
TTTTTGCGAG GCAACCACAA GAGACATATG CAAAAACTCA TGAGGGCTGC TAGAGAAGGT 
ACCAAAGATG GACTTGAAAA GACTAAAGCA GCTGTGAAGA AGGGTCGTTC ATTCATTAGG 
ACCAAATCCT TTATTTCTCA AGATCATAGA TCACCCTGTC TGGAAGAAGA TGAATTACAT 
TTATTCATTG ATGTAGACTG TATGCATACA GAAGCAATTA TGACTCCTAT GCCTGAAGGA 
TTATCACAGC AACAGGTTGT GAGAAGATAC ATTTTGGGCT CTGTGGTTGA CAGTGAGAAG 
AATTATGTGG ATGCTCTCAA AAGAATTCTA GAGCAATATG AGAAGCCCCT ATCAGAAATG 
GAACCAAAAT TACTGAGTGA AAGGAAACTC AAAATGGTCT TTTATCGAAT CAAAGAAATT 
CTTCAGTGCC ATTCAATGTT TCAGATAGCA CTGGCCAGTC GGGTGTCTGA CTGGGATTCT 
GTTGAAATGA TTGGAGATGT CTTTGTTGCT TCATTTTCTA AATCGATGGT GCTAGATGCT 
TATAGTGAAT ATGTAAATAA TTTCAGTACA GCAGTGGGGA TTCTCAAGAA AACATGTGCC 
ACTAAGCCTG CCTTTCTAGA TTTTTTAAAG CAATGCCAGG AGTCAAGCCC TGATCGAATC 
ACACTCTATG GGTTAATGAT GAAACCCATA CAGCGCTTCC CACAATTCAT TCTTTTGCTT 
CAGGATATGT TAAAGAATAC TACTAAAGGA CATCCTGACA GGCTGCCTCT ACAGATGGCT 
CTTACCGAGC TGGAAACGTT GGCAGAGAAA TTAAATGAGA GGAAAAGGGA TGCAGATCAG 
CGCTGCGAAA TAAAACAAAT AGCAAAAGCC ATGAACGAAC GCTATCTGAA TAAGTTACTC 
AGCAGTGGAA ACAGATACCT CATACGGACT GATGATATGA TAGAAACAGT TTACAATGAC 
AAGGGAGAAA TTGTCAAAAC CAAAGAACGA CGACTCTTCA TGTTGAATGA TGTACTGATG 
TGTGCAACAG TCAGTGCACG GTCTTCGTAT GAAAGTAGTG GCATTGTGGC AACTGGCCAA 
AGGTATTTAT TAAAATGGAG TGTACCTCTT GGACAAGTAG AAGTCATTGA ATATGGCAGC 
AGCGAAGGAC AAGGAGAGAA TTGCAGGTTC CCACCTCAGC ATTCTGCAGA GAATGTTGTT 
GTCAGTGTTA AGCCAAACAA ACTGTATATG GGACCAGGGC AGCTATACCA TGATTTGCAG 
AATCTCTTAC ATGATTTGAA TGTAGTCGGT CAAATTAGTC AACTGATAGG CAGCCTTAAA 
GGAAACTATC AGAACTTAAA TCAGTCAGTG GCTCATGACT GGACGTCAGG TTTACAAAAA 
CTGATATTGA AAAAGGAAGA TGAAATCCGA GCTGCAGATC GCTGTAGAAT TCAACTGCAG 
CTTTCAGGGA AGCAGGACAA GTCTGGGAGA CCTACTTTCT TTACTGCAGT GTTCAATACA 
TTTACCCCTG CCATCAAACA ATCTTGGATC AACAATTTAC AAATGGCTAA GCTTGCCCTT 
GCGGAAGAAA ACCTATTGGG TTGGTTCTGT GCAGAAGATG ATGGCAATCA AATCAAGAAA 
GAAAAGCACC CCCTCCTTGT TAGACATATG CCAGTCATGA TGGCTAAACA ACAGGAGTTT 
AAGATTGAAT GTGCTGCATA TAATCCTGAA CCTTATGTCT CTAGTGAAAC TGAGCCAGAT 
TCATGTTCCA TGGAGCATGG CTTTCTTTGG ATTGGCAGTT GTACTAATCA AATGGGACAA 
ATTGCAATTG TCTCATTTCA AAACTCCAAC CCCAAGGTTA TAGAGTGCTT TAATGTTGAA 
TCCCGCATCC TCTGCATGGT CTACATTCCA GAGGAAGAGA AACCAAGAGA GTTAAATGTG 
GTTCCTGAGT CAGAAAATGG GGCTAGAAAG GCTTCCAGTG TGCCTACTAT TTGCCTGGGC 
ATGGAAGAAG GAAGCATTTC TGTCTACAAA AGTCATCAAG GCTCAAAGAA ATTTCGACTT 
CAACACTTTT TCACACCTGA AAAATCAACA GTCATGAGCC TAGCGTACAT GTCCCAGTAC 
TTGTTTGCTG GTTTGGTTAA TGGGAACATC ACAATCTACA CAAAAGCAGA AGATGGAAAC 
TGGAACCCAG AACCTGAAAA AGTAGTAAAG CTAGGGGTTC TACCAGTCAG AAGCCTACTT 
GTGATGGAAG AGACCATATG GGCGGCATCT GGTGGACAAA TTTTTATAAT CACTACTGAG 
ACCCATTCTG TGGAGCACTA TTTTGAAGCT CATCAAGAGG AGGGGATGGT GATCTCACAT 
ATGGCTGTTG CTGGAGTAGG AATCTGGATT GCATTCACAT CTGGATCTAC ACTCCGCTTG 
TTCCACACTG AGACTCTGAA GCACCTCCAG GATATTAATA TTGCCACTCC TATTCACAAT 
ATTTTGTCAG GACAGCAGCG TGTTTCTGTG ACCAGTCTAC TAGTATGCCA TGGTTTATTG 
CTGGTTGGAA CAAATCTGGG AATTATAGTA GCATTACCAG TGCCTCGTCT GCAAGGAATT 
CCAAAAGTGA CTGGAAGGGG AATGGTATCC TATCATGCAC ATAATGGCCC AGTCAAATTC 
CTTATTATGG CTACAGCCCT AAACAAGAAA AACAGAAGCA AATCCAGAAG CAGTCTGCCT 
CGAAGCACAG AAACTAATGA TGATGATCAA AAGAATGCTC TGCGTAATGA GAGACCGGGT 
TCTGCCTTAA GTAATATTCA GGATACTGGA GTTTGGCTGG GAGGTTCAGC TGGATCCATT 
ACACAAAGGA GTGACTTATC TTCATCTTCT GGGTCCCTAG ATCCATTACC TCATGGATCG 
AATTCCGTGG AACATAGAAC TGAGGACAGT ACCATATATG AGCTTTTAAA GGATCAAAAC 
ATCTCACTTA AAAATAAAAG ACAGAGATCC AAGAAAATGA AAGCAAGCTC AGTATTAGTT 
ATTTCTGGAG GTCAAGGACA CAGAAGAGTA AACAAGAAGT CCAAGCAGCA GAGACAGGAT 
GAACTCGTAT CTTCTGTGAT GGTTTGGCAG ATTCCATTAC TAAACATCTG A

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

ARHGEF10 ( XM_025206350.1 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_025062135.1 Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OAl88418
Clone ID Related Accession (Same CDS sequence)	XM_025206350.1
Accession Version	XM_025206350.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3942bp) 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 10 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842152.1) 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##

ATGCCACGCA GTTCTGACTC TAGGTGTAAT ATAGAACATG AAGAGACTAG CTCCACAGGG 
GATGAAAATG TAGTTAAAAC TGAGAAAGTG CAAATGTCAG AATCCAGGAC ACAGGGTGCC 
CCAACAAAAG TAAACCCTTA CTCTGTCATA AATATTTCAC CAATCCAAGA AAAGGATCAG 
TCTTCATCAC CAGAACCCAG TCCTCAAGAT GAAAGTACAA GCACTAACAT GTCAGGTGGA 
TATTCTGTTC CTGTGCCTTG TGGCTATGCT GTACCATCCA ATTTACCATT GATACTACCA 
GCATACTCCA GTCCTGTTAT AATACGCAGT GTTTCTGTGG ATGAAGAAGC AGGTATGCAG 
ACAGCAGCTG AAGATTGCCA TTTTAATTCT TTAAGCTCAG AAGATCCACA AAATAGTGAA 
GACAACCAGG TCAGTAAAGA TAATGATGCT CTAGCCAAAT GGGTTGCAGA TCCTGCAAAT 
ACAGCATGGA TGGAAAATCC AGAGGAAGTA ATTTATGATG ATGTGCCAAG GGAAAATTCT 
GACTCTGAAC CAGAGGAAAT GATTTATGAT GATGTTGAGA ATGGTGACGA TGGTGGAAAC 
AGCTCTCTAG ACTATGGATG GAGTTCGAGT GAGTTTGAAA GCTATGAAGA ACAAAGTGAC 
TCCGAGTGTA AGAATGGAGT TCCCAGCTCC TTTTTGCGAG GCAACCACAA GAGACATCTT 
TCTCATGACC TAACCCGTTT AAAGGAGCAC TATGAGAAAA AGATGAAAGA TTTGATGGCA 
AACACTGTGG GAGCAGTAGA GATTCAGCAA CTAAAGCAAA AACATGAGCT GAAGAATGTA 
TTTTTTGCTC TTTTGCAGAT GCAAAAACTC ATGAGGGCTG CTAGAGAAGG TACCAAAGAT 
GGACTTGAAA AGACTAAAGC AGCTGTGAAG AAGGGTCGTT CATTCATTAG GACCAAATCC 
TTTATTTCTC AAGATCATAG ATCACCCTGT CTGGAAGAAG ATGAATTACA TTTATTCATT 
GATGTAGACT GTATGCATAC AGAAGCAATT ATGACTCCTA TGCCTGAAGG ATTATCACAG 
CAACAGGTTG TGAGAAGATA CATTTTGGGC TCTGTGGTTG ACAGTGAGAA GAATTATGTG 
GATGCTCTCA AAAGAATTCT AGAGCAATAT GAGAAGCCCC TATCAGAAAT GGAACCAAAA 
TTACTGAGTG AAAGGAAACT CAAAATGGTC TTTTATCGAA TCAAAGAAAT TCTTCAGTGC 
CATTCAATGT TTCAGATAGC ACTGGCCAGT CGGGTGTCTG ACTGGGATTC TGTTGAAATG 
ATTGGAGATG TCTTTGTTGC TTCATTTTCT AAATCGATGG TGCTAGATGC TTATAGTGAA 
TATGTAAATA ATTTCAGTAC AGCAGTGGGG ATTCTCAAGA AAACATGTGC CACTAAGCCT 
GCCTTTCTAG ATTTTTTAAA GCAATGCCAG GAGTCAAGCC CTGATCGAAT CACACTCTAT 
GGGTTAATGA TGAAACCCAT ACAGCGCTTC CCACAATTCA TTCTTTTGCT TCAGGATATG 
TTAAAGAATA CTACTAAAGG ACATCCTGAC AGGCTGCCTC TACAGATGGC TCTTACCGAG 
CTGGAAACGT TGGCAGAGAA ATTAAATGAG AGGAAAAGGG ATGCAGATCA GCGCTGCGAA 
ATAAAACAAA TAGCAAAAGC CATGAACGAA CGCTATCTGA ATAAGTTACT CAGCAGTGGA 
AACAGATACC TCATACGGAC TGATGATATG ATAGAAACAG TTTACAATGA CAAGGGAGAA 
ATTGTCAAAA CCAAAGAACG ACGACTCTTC ATGTTGAATG ATGTACTGAT GTGTGCAACA 
GTCAGTGCAC GGTCTTCGTA TGAAAGTAGT GGCATTGTGG CAACTGGCCA AAGGTATTTA 
TTAAAATGGA GTGTACCTCT TGGACAAGTA GAAGTCATTG AATATGGCAG CAGCGAAGGA 
CAAGGAGAGA ATTGCAGGTT CCCACCTCAG CATTCTGCAG AGAATGTTGT TGTCAGTGTT 
AAGCCAAACA AACTGTATAT GGGACCAGGG CAGCTATACC ATGATTTGCA GAATCTCTTA 
CATGATTTGA ATGTAGTCGG TCAAATTAGT CAACTGATAG GCAGCCTTAA AGGAAACTAT 
CAGAACTTAA ATCAGTCAGT GGCTCATGAC TGGACGTCAG GTTTACAAAA ACTGATATTG 
AAAAAGGAAG ATGAAATCCG AGCTGCAGAT CGCTGTAGAA TTCAACTGCA GCTTTCAGGG 
AAGCAGGACA AGTCTGGGAG ACCTACTTTC TTTACTGCAG TGTTCAATAC ATTTACCCCT 
GCCATCAAAC AATCTTGGAT CAACAATTTA CAAATGGCTA AGCTTGCCCT TGCGGAAGAA 
AACCTATTGG GTTGGTTCTG TGCAGAAGAT GATGGCAATC AAATCAAGAA AGAAAAGCAC 
CCCCTCCTTG TTAGACATAT GCCAGTCATG ATGGCTAAAC AACAGGAGTT TAAGATTGAA 
TGTGCTGCAT ATAATCCTGA ACCTTATGTC TCTAGTGAAA CTGAGCCAGA TTCATGTTCC 
ATGGAGCATG GCTTTCTTTG GATTGGCAGT TGTACTAATC AAATGGGACA AATTGCAATT 
GTCTCATTTC AAAACTCCAA CCCCAAGGTT ATAGAGTGCT TTAATGTTGA ATCCCGCATC 
CTCTGCATGG TCTACATTCC AGAGGAAGAG AAACCAAGAG AGTTAAATGT GGTTCCTGAG 
TCAGAAAATG GGGCTAGAAA GGCTTCCAGT GTGCCTACTA TTTGCCTGGG CATGGAAGAA 
GGAAGCATTT CTGTCTACAA AAGTCATCAA GGCTCAAAGA AATTTCGACT TCAACACTTT 
TTCACACCTG AAAAATCAAC AGTCATGAGC CTAGCGTACA TGTCCCAGTA CTTGTTTGCT 
GGTTTGGTTA ATGGGAACAT CACAATCTAC ACAAAAGCAG AAGATGGAAA CTGGAACCCA 
GAACCTGAAA AAGTAGTAAA GCTAGGGGTT CTACCAGTCA GAAGCCTACT TGTGATGGAA 
GAGACCATAT GGGCGGCATC TGGTGGACAA ATTTTTATAA TCACTACTGA GACCCATTCT 
GTGGAGCACT ATTTTGAAGC TCATCAAGAG GAGGGGATGG TGATCTCACA TATGGCTGTT 
GCTGGAGTAG GAATCTGGAT TGCATTCACA TCTGGATCTA CACTCCGCTT GTTCCACACT 
GAGACTCTGA AGCACCTCCA GGATATTAAT ATTGCCACTC CTATTCACAA TATTTTGTCA 
GGACAGCAGC GTGTTTCTGT GACCAGTCTA CTAGTATGCC ATGGTTTATT GCTGGTTGGA 
ACAAATCTGG GAATTATAGT AGCATTACCA GTGCCTCGTC TGCAAGGAAT TCCAAAAGTG 
ACTGGAAGGG GAATGGTATC CTATCATGCA CATAATGGCC CAGTCAAATT CCTTATTATG 
GCTACAGCCC TAAACAAGAA AAACAGAAGC AAATCCAGAA GCAGTCTGCC TCGAAGCACA 
GAAACTAATG ATGATGATCA AAAGAATGCT CTGCGTAATG AGAGACCGGG TTCTGCCTTA 
AGTAATATTC AGGATACTGG AGTTTGGCTG GGAGGTTCAG CTGGATCCAT TACACAAAGG 
AGTGACTTAT CTTCATCTTC TGGGTCCCTA GATCCATTAC CTCATGGATC GAATTCCGTG 
GAACATAGAA CTGAGGACAG TACCATATAT GAGCTTTTAA AGGATCAAAA CATCTCACTT 
AAAAATAAAA GACAGAGATC CAAGAAAATG AAAGCAAGCT CAGTATTAGT TATTTCTGGA 
GGTCAAGGAC ACAGAAGAGT AAACAAGAAG TCCAAGCAGC AGAGACAGGA TGAACTCGTA 
TCTTCTGTGA TGGTTTGGCA GATTCCATTA CTAAACATCT GA

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

RefSeq	XP_025062135.1
CDS	361..4302
Translation	MPRSSDSRCNIEHEETSSTGDENVVKTEKVQMSESRTQGAPTKVNPYSVINISPIQEKDQSSSPEPSPQDESTSTNMSGGYSVPVPCGYAVPSNLPLILPAYSSPVIIRSVSVDEEAGMQTAAEDCHFNSLSSEDPQNSEDNQVSKDNDALAKWVADPANTAWMENPEEVIYDDVPRENSDSEPEEMIYDDVENGDDGGNSSLDYGWSSSEFESYEEQSDSECKNGVPSSFLRGNHKRHLSHDLTRLKEHYEKKMKDLMANTVGAVEIQQLKQKHELKNVFFALLQMQKLMRAAREGTKDGLEKTKAAVKKGRSFIRTKSFISQDHRSPCLEEDELHLFIDVDCMHTEAIMTPMPEGLSQQQVVRRYILGSVVDSEKNYVDALKRILEQYEKPLSEMEPKLLSERKLKMVFYRIKEILQCHSMFQIALASRVSDWDSVEMIGDVFVASFSKSMVLDAYSEYVNNFSTAVGILKKTCATKPAFLDFLKQCQESSPDRITLYGLMMKPIQRFPQFILLLQDMLKNTTKGHPDRLPLQMALTELETLAEKLNERKRDADQRCEIKQIAKAMNERYLNKLLSSGNRYLIRTDDMIETVYNDKGEIVKTKERRLFMLNDVLMCATVSARSSYESSGIVATGQRYLLKWSVPLGQVEVIEYGSSEGQGENCRFPPQHSAENVVVSVKPNKLYMGPGQLYHDLQNLLHDLNVVGQISQLIGSLKGNYQNLNQSVAHDWTSGLQKLILKKEDEIRAADRCRIQLQLSGKQDKSGRPTFFTAVFNTFTPAIKQSWINNLQMAKLALAEENLLGWFCAEDDGNQIKKEKHPLLVRHMPVMMAKQQEFKIECAAYNPEPYVSSETEPDSCSMEHGFLWIGSCTNQMGQIAIVSFQNSNPKVIECFNVESRILCMVYIPEEEKPRELNVVPESENGARKASSVPTICLGMEEGSISVYKSHQGSKKFRLQHFFTPEKSTVMSLAYMSQYLFAGLVNGNITIYTKAEDGNWNPEPEKVVKLGVLPVRSLLVMEETIWAASGGQIFIITTETHSVEHYFEAHQEEGMVISHMAVAGVGIWIAFTSGSTLRLFHTETLKHLQDINIATPIHNILSGQQRVSVTSLLVCHGLLLVGTNLGIIVALPVPRLQGIPKVTGRGMVSYHAHNGPVKFLIMATALNKKNRSKSRSSLPRSTETNDDDQKNALRNERPGSALSNIQDTGVWLGGSAGSITQRSDLSSSSGSLDPLPHGSNSVEHRTEDSTIYELLKDQNISLKNKRQRSKKMKASSVLVISGGQGHRRVNKKSKQQRQDELVSSVMVWQIPLLNI

Target ORF information:

RefSeq Version	XM_025206350.1
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X6, mRNA.

Target ORF information:

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

XM_025206350.1

ORF Insert Sequence:

ATGCCACGCA GTTCTGACTC TAGGTGTAAT ATAGAACATG AAGAGACTAG CTCCACAGGG 
GATGAAAATG TAGTTAAAAC TGAGAAAGTG CAAATGTCAG AATCCAGGAC ACAGGGTGCC 
CCAACAAAAG TAAACCCTTA CTCTGTCATA AATATTTCAC CAATCCAAGA AAAGGATCAG 
TCTTCATCAC CAGAACCCAG TCCTCAAGAT GAAAGTACAA GCACTAACAT GTCAGGTGGA 
TATTCTGTTC CTGTGCCTTG TGGCTATGCT GTACCATCCA ATTTACCATT GATACTACCA 
GCATACTCCA GTCCTGTTAT AATACGCAGT GTTTCTGTGG ATGAAGAAGC AGGTATGCAG 
ACAGCAGCTG AAGATTGCCA TTTTAATTCT TTAAGCTCAG AAGATCCACA AAATAGTGAA 
GACAACCAGG TCAGTAAAGA TAATGATGCT CTAGCCAAAT GGGTTGCAGA TCCTGCAAAT 
ACAGCATGGA TGGAAAATCC AGAGGAAGTA ATTTATGATG ATGTGCCAAG GGAAAATTCT 
GACTCTGAAC CAGAGGAAAT GATTTATGAT GATGTTGAGA ATGGTGACGA TGGTGGAAAC 
AGCTCTCTAG ACTATGGATG GAGTTCGAGT GAGTTTGAAA GCTATGAAGA ACAAAGTGAC 
TCCGAGTGTA AGAATGGAGT TCCCAGCTCC TTTTTGCGAG GCAACCACAA GAGACATCTT 
TCTCATGACC TAACCCGTTT AAAGGAGCAC TATGAGAAAA AGATGAAAGA TTTGATGGCA 
AACACTGTGG GAGCAGTAGA GATTCAGCAA CTAAAGCAAA AACATGAGCT GAAGAATGTA 
TTTTTTGCTC TTTTGCAGAT GCAAAAACTC ATGAGGGCTG CTAGAGAAGG TACCAAAGAT 
GGACTTGAAA AGACTAAAGC AGCTGTGAAG AAGGGTCGTT CATTCATTAG GACCAAATCC 
TTTATTTCTC AAGATCATAG ATCACCCTGT CTGGAAGAAG ATGAATTACA TTTATTCATT 
GATGTAGACT GTATGCATAC AGAAGCAATT ATGACTCCTA TGCCTGAAGG ATTATCACAG 
CAACAGGTTG TGAGAAGATA CATTTTGGGC TCTGTGGTTG ACAGTGAGAA GAATTATGTG 
GATGCTCTCA AAAGAATTCT AGAGCAATAT GAGAAGCCCC TATCAGAAAT GGAACCAAAA 
TTACTGAGTG AAAGGAAACT CAAAATGGTC TTTTATCGAA TCAAAGAAAT TCTTCAGTGC 
CATTCAATGT TTCAGATAGC ACTGGCCAGT CGGGTGTCTG ACTGGGATTC TGTTGAAATG 
ATTGGAGATG TCTTTGTTGC TTCATTTTCT AAATCGATGG TGCTAGATGC TTATAGTGAA 
TATGTAAATA ATTTCAGTAC AGCAGTGGGG ATTCTCAAGA AAACATGTGC CACTAAGCCT 
GCCTTTCTAG ATTTTTTAAA GCAATGCCAG GAGTCAAGCC CTGATCGAAT CACACTCTAT 
GGGTTAATGA TGAAACCCAT ACAGCGCTTC CCACAATTCA TTCTTTTGCT TCAGGATATG 
TTAAAGAATA CTACTAAAGG ACATCCTGAC AGGCTGCCTC TACAGATGGC TCTTACCGAG 
CTGGAAACGT TGGCAGAGAA ATTAAATGAG AGGAAAAGGG ATGCAGATCA GCGCTGCGAA 
ATAAAACAAA TAGCAAAAGC CATGAACGAA CGCTATCTGA ATAAGTTACT CAGCAGTGGA 
AACAGATACC TCATACGGAC TGATGATATG ATAGAAACAG TTTACAATGA CAAGGGAGAA 
ATTGTCAAAA CCAAAGAACG ACGACTCTTC ATGTTGAATG ATGTACTGAT GTGTGCAACA 
GTCAGTGCAC GGTCTTCGTA TGAAAGTAGT GGCATTGTGG CAACTGGCCA AAGGTATTTA 
TTAAAATGGA GTGTACCTCT TGGACAAGTA GAAGTCATTG AATATGGCAG CAGCGAAGGA 
CAAGGAGAGA ATTGCAGGTT CCCACCTCAG CATTCTGCAG AGAATGTTGT TGTCAGTGTT 
AAGCCAAACA AACTGTATAT GGGACCAGGG CAGCTATACC ATGATTTGCA GAATCTCTTA 
CATGATTTGA ATGTAGTCGG TCAAATTAGT CAACTGATAG GCAGCCTTAA AGGAAACTAT 
CAGAACTTAA ATCAGTCAGT GGCTCATGAC TGGACGTCAG GTTTACAAAA ACTGATATTG 
AAAAAGGAAG ATGAAATCCG AGCTGCAGAT CGCTGTAGAA TTCAACTGCA GCTTTCAGGG 
AAGCAGGACA AGTCTGGGAG ACCTACTTTC TTTACTGCAG TGTTCAATAC ATTTACCCCT 
GCCATCAAAC AATCTTGGAT CAACAATTTA CAAATGGCTA AGCTTGCCCT TGCGGAAGAA 
AACCTATTGG GTTGGTTCTG TGCAGAAGAT GATGGCAATC AAATCAAGAA AGAAAAGCAC 
CCCCTCCTTG TTAGACATAT GCCAGTCATG ATGGCTAAAC AACAGGAGTT TAAGATTGAA 
TGTGCTGCAT ATAATCCTGA ACCTTATGTC TCTAGTGAAA CTGAGCCAGA TTCATGTTCC 
ATGGAGCATG GCTTTCTTTG GATTGGCAGT TGTACTAATC AAATGGGACA AATTGCAATT 
GTCTCATTTC AAAACTCCAA CCCCAAGGTT ATAGAGTGCT TTAATGTTGA ATCCCGCATC 
CTCTGCATGG TCTACATTCC AGAGGAAGAG AAACCAAGAG AGTTAAATGT GGTTCCTGAG 
TCAGAAAATG GGGCTAGAAA GGCTTCCAGT GTGCCTACTA TTTGCCTGGG CATGGAAGAA 
GGAAGCATTT CTGTCTACAA AAGTCATCAA GGCTCAAAGA AATTTCGACT TCAACACTTT 
TTCACACCTG AAAAATCAAC AGTCATGAGC CTAGCGTACA TGTCCCAGTA CTTGTTTGCT 
GGTTTGGTTA ATGGGAACAT CACAATCTAC ACAAAAGCAG AAGATGGAAA CTGGAACCCA 
GAACCTGAAA AAGTAGTAAA GCTAGGGGTT CTACCAGTCA GAAGCCTACT TGTGATGGAA 
GAGACCATAT GGGCGGCATC TGGTGGACAA ATTTTTATAA TCACTACTGA GACCCATTCT 
GTGGAGCACT ATTTTGAAGC TCATCAAGAG GAGGGGATGG TGATCTCACA TATGGCTGTT 
GCTGGAGTAG GAATCTGGAT TGCATTCACA TCTGGATCTA CACTCCGCTT GTTCCACACT 
GAGACTCTGA AGCACCTCCA GGATATTAAT ATTGCCACTC CTATTCACAA TATTTTGTCA 
GGACAGCAGC GTGTTTCTGT GACCAGTCTA CTAGTATGCC ATGGTTTATT GCTGGTTGGA 
ACAAATCTGG GAATTATAGT AGCATTACCA GTGCCTCGTC TGCAAGGAAT TCCAAAAGTG 
ACTGGAAGGG GAATGGTATC CTATCATGCA CATAATGGCC CAGTCAAATT CCTTATTATG 
GCTACAGCCC TAAACAAGAA AAACAGAAGC AAATCCAGAA GCAGTCTGCC TCGAAGCACA 
GAAACTAATG ATGATGATCA AAAGAATGCT CTGCGTAATG AGAGACCGGG TTCTGCCTTA 
AGTAATATTC AGGATACTGG AGTTTGGCTG GGAGGTTCAG CTGGATCCAT TACACAAAGG 
AGTGACTTAT CTTCATCTTC TGGGTCCCTA GATCCATTAC CTCATGGATC GAATTCCGTG 
GAACATAGAA CTGAGGACAG TACCATATAT GAGCTTTTAA AGGATCAAAA CATCTCACTT 
AAAAATAAAA GACAGAGATC CAAGAAAATG AAAGCAAGCT CAGTATTAGT TATTTCTGGA 
GGTCAAGGAC ACAGAAGAGT AAACAAGAAG TCCAAGCAGC AGAGACAGGA TGAACTCGTA 
TCTTCTGTGA TGGTTTGGCA GATTCCATTA CTAAACATCT GA

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

ARHGEF10 ( XM_025206351.1 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_025062136.1 Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X7, mRNA.

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CloneID	OAl88419
Clone ID Related Accession (Same CDS sequence)	XM_025206351.1
Accession Version	XM_025206351.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3801bp) 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 10 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842152.1) 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##

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGCA GGTATGCAGA CAGCAGCTGA AGATTGCCAT 
TTTAATTCTT TAAGCTCAGA AGATCCACAA AATAGTGAAG ACAACCAGGT CAGTAAAGAT 
AATGATGCTC TAGCCAAATG GGTTGCAGAT CCTGCAAATA CAGCATGGAT GGAAAATCCA 
GAGGAAGTAA TTTATGATGA TGTGCCAAGG GAAAATTCTG ACTCTGAACC AGAGGAAATG 
ATTTATGATG ATGTTGAGAA TGGTGACGAT GGTGGAAACA GCTCTCTAGA CTATGGATGG 
AGTTCGAGTG AGTTTGAAAG CTATGAAGAA CAAAGTGACT CCGAGTGTAA GAATGGAGTT 
CCCAGCTCCT TTTTGCGAGG CAACCACAAG AGACATCTTT CTCATGACCT AACCCGTTTA 
AAGGAGCACT ATGAGAAAAA GATGAAAGAT TTGATGGCAA ACACTGTGGG AGCAGTAGAG 
ATTCAGCAAC TAAAGCAAAA ACATGAGCTG AAGAATGTAT TTTTTGCTCT TTTGCAGATG 
CAAAAACTCA TGAGGGCTGC TAGAGAAGGT ACCAAAGATG GACTTGAAAA GACTAAAGCA 
GCTGTGAAGA AGGGTCGTTC ATTCATTAGG ACCAAATCCT TTATTTCTCA AGATCATAGA 
TCACCCTGTC TGGAAGAAGA TGAATTACAT TTATTCATTG ATGTAGACTG TATGCATACA 
GAAGCAATTA TGACTCCTAT GCCTGAAGGA TTATCACAGC AACAGGTTGT GAGAAGATAC 
ATTTTGGGCT CTGTGGTTGA CAGTGAGAAG AATTATGTGG ATGCTCTCAA AAGAATTCTA 
GAGCAATATG AGAAGCCCCT ATCAGAAATG GAACCAAAAT TACTGAGTGA AAGGAAACTC 
AAAATGGTCT TTTATCGAAT CAAAGAAATT CTTCAGTGCC ATTCAATGTT TCAGATAGCA 
CTGGCCAGTC GGGTGTCTGA CTGGGATTCT GTTGAAATGA TTGGAGATGT CTTTGTTGCT 
TCATTTTCTA AATCGATGGT GCTAGATGCT TATAGTGAAT ATGTAAATAA TTTCAGTACA 
GCAGTGGGGA TTCTCAAGAA AACATGTGCC ACTAAGCCTG CCTTTCTAGA TTTTTTAAAG 
CAATGCCAGG AGTCAAGCCC TGATCGAATC ACACTCTATG GGTTAATGAT GAAACCCATA 
CAGCGCTTCC CACAATTCAT TCTTTTGCTT CAGGATATGT TAAAGAATAC TACTAAAGGA 
CATCCTGACA GGCTGCCTCT ACAGATGGCT CTTACCGAGC TGGAAACGTT GGCAGAGAAA 
TTAAATGAGA GGAAAAGGGA TGCAGATCAG CGCTGCGAAA TAAAACAAAT AGCAAAAGCC 
ATGAACGAAC GCTATCTGAA TAAGTTACTC AGCAGTGGAA ACAGATACCT CATACGGACT 
GATGATATGA TAGAAACAGT TTACAATGAC AAGGGAGAAA TTGTCAAAAC CAAAGAACGA 
CGACTCTTCA TGTTGAATGA TGTACTGATG TGTGCAACAG TCAGTGCACG GTCTTCGTAT 
GAAAGTAGTG GCATTGTGGC AACTGGCCAA AGGTATTTAT TAAAATGGAG TGTACCTCTT 
GGACAAGTAG AAGTCATTGA ATATGGCAGC AGCGAAGGAC AAGGAGAGAA TTGCAGGTTC 
CCACCTCAGC ATTCTGCAGA GAATGTTGTT GTCAGTGTTA AGCCAAACAA ACTGTATATG 
GGACCAGGGC AGCTATACCA TGATTTGCAG AATCTCTTAC ATGATTTGAA TGTAGTCGGT 
CAAATTAGTC AACTGATAGG CAGCCTTAAA GGAAACTATC AGAACTTAAA TCAGTCAGTG 
GCTCATGACT GGACGTCAGG TTTACAAAAA CTGATATTGA AAAAGGAAGA TGAAATCCGA 
GCTGCAGATC GCTGTAGAAT TCAACTGCAG CTTTCAGGGA AGCAGGACAA GTCTGGGAGA 
CCTACTTTCT TTACTGCAGT GTTCAATACA TTTACCCCTG CCATCAAACA ATCTTGGATC 
AACAATTTAC AAATGGCTAA GCTTGCCCTT GCGGAAGAAA ACCTATTGGG TTGGTTCTGT 
GCAGAAGATG ATGGCAATCA AATCAAGAAA GAAAAGCACC CCCTCCTTGT TAGACATATG 
CCAGTCATGA TGGCTAAACA ACAGGAGTTT AAGATTGAAT GTGCTGCATA TAATCCTGAA 
CCTTATGTCT CTAGTGAAAC TGAGCCAGAT TCATGTTCCA TGGAGCATGG CTTTCTTTGG 
ATTGGCAGTT GTACTAATCA AATGGGACAA ATTGCAATTG TCTCATTTCA AAACTCCAAC 
CCCAAGGTTA TAGAGTGCTT TAATGTTGAA TCCCGCATCC TCTGCATGGT CTACATTCCA 
GAGGAAGAGA AACCAAGAGA GTTAAATGTG GTTCCTGAGT CAGAAAATGG GGCTAGAAAG 
GCTTCCAGTG TGCCTACTAT TTGCCTGGGC ATGGAAGAAG GAAGCATTTC TGTCTACAAA 
AGTCATCAAG GCTCAAAGAA ATTTCGACTT CAACACTTTT TCACACCTGA AAAATCAACA 
GTCATGAGCC TAGCGTACAT GTCCCAGTAC TTGTTTGCTG GTTTGGTTAA TGGGAACATC 
ACAATCTACA CAAAAGCAGA AGATGGAAAC TGGAACCCAG AACCTGAAAA AGTAGTAAAG 
CTAGGGGTTC TACCAGTCAG AAGCCTACTT GTGATGGAAG AGACCATATG GGCGGCATCT 
GGTGGACAAA TTTTTATAAT CACTACTGAG ACCCATTCTG TGGAGCACTA TTTTGAAGCT 
CATCAAGAGG AGGGGATGGT GATCTCACAT ATGGCTGTTG CTGGAGTAGG AATCTGGATT 
GCATTCACAT CTGGATCTAC ACTCCGCTTG TTCCACACTG AGACTCTGAA GCACCTCCAG 
GATATTAATA TTGCCACTCC TATTCACAAT ATTTTGTCAG GACAGCAGCG TGTTTCTGTG 
ACCAGTCTAC TAGTATGCCA TGGTTTATTG CTGGTTGGAA CAAATCTGGG AATTATAGTA 
GCATTACCAG TGCCTCGTCT GCAAGGAATT CCAAAAGTGA CTGGAAGGGG AATGGTATCC 
TATCATGCAC ATAATGGCCC AGTCAAATTC CTTATTATGG CTACAGCCCT AAACAAGAAA 
AACAGAAGCA AATCCAGAAG CAGTCTGCCT CGAAGCACAG AAACTAATGA TGATGATCAA 
AAGAATGCTC TGCGTAATGA GAGACCGGGT TCTGCCTTAA GTAATATTCA GGATACTGGA 
GTTTGGCTGG GAGGTTCAGC TGGATCCATT ACACAAAGGA GTGACTTATC TTCATCTTCT 
GGGTCCCTAG ATCCATTACC TCATGGATCG AATTCCGTGG AACATAGAAC TGAGGACAGT 
ACCATATATG AGCTTTTAAA GGATCAAAAC ATCTCACTTA AAAATAAAAG ACAGAGATCC 
AAGAAAATGA AAGCAAGCTC AGTATTAGTT ATTTCTGGAG GTCAAGGACA CAGAAGAGTA 
AACAAGAAGT CCAAGCAGCA GAGACAGGAT GAACTCGTAT CTTCTGTGAT GGTTTGGCAG 
ATTCCATTAC TAAACATCTG A

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

RefSeq	XP_025062136.1
CDS	128..3928
Translation	MDVEEFPPPPPPEVLENELEVSGTNEDEEEGEPFYLDSGDEIPEADRQALMPRSSDSRCNIEHEETSSTAGMQTAAEDCHFNSLSSEDPQNSEDNQVSKDNDALAKWVADPANTAWMENPEEVIYDDVPRENSDSEPEEMIYDDVENGDDGGNSSLDYGWSSSEFESYEEQSDSECKNGVPSSFLRGNHKRHLSHDLTRLKEHYEKKMKDLMANTVGAVEIQQLKQKHELKNVFFALLQMQKLMRAAREGTKDGLEKTKAAVKKGRSFIRTKSFISQDHRSPCLEEDELHLFIDVDCMHTEAIMTPMPEGLSQQQVVRRYILGSVVDSEKNYVDALKRILEQYEKPLSEMEPKLLSERKLKMVFYRIKEILQCHSMFQIALASRVSDWDSVEMIGDVFVASFSKSMVLDAYSEYVNNFSTAVGILKKTCATKPAFLDFLKQCQESSPDRITLYGLMMKPIQRFPQFILLLQDMLKNTTKGHPDRLPLQMALTELETLAEKLNERKRDADQRCEIKQIAKAMNERYLNKLLSSGNRYLIRTDDMIETVYNDKGEIVKTKERRLFMLNDVLMCATVSARSSYESSGIVATGQRYLLKWSVPLGQVEVIEYGSSEGQGENCRFPPQHSAENVVVSVKPNKLYMGPGQLYHDLQNLLHDLNVVGQISQLIGSLKGNYQNLNQSVAHDWTSGLQKLILKKEDEIRAADRCRIQLQLSGKQDKSGRPTFFTAVFNTFTPAIKQSWINNLQMAKLALAEENLLGWFCAEDDGNQIKKEKHPLLVRHMPVMMAKQQEFKIECAAYNPEPYVSSETEPDSCSMEHGFLWIGSCTNQMGQIAIVSFQNSNPKVIECFNVESRILCMVYIPEEEKPRELNVVPESENGARKASSVPTICLGMEEGSISVYKSHQGSKKFRLQHFFTPEKSTVMSLAYMSQYLFAGLVNGNITIYTKAEDGNWNPEPEKVVKLGVLPVRSLLVMEETIWAASGGQIFIITTETHSVEHYFEAHQEEGMVISHMAVAGVGIWIAFTSGSTLRLFHTETLKHLQDINIATPIHNILSGQQRVSVTSLLVCHGLLLVGTNLGIIVALPVPRLQGIPKVTGRGMVSYHAHNGPVKFLIMATALNKKNRSKSRSSLPRSTETNDDDQKNALRNERPGSALSNIQDTGVWLGGSAGSITQRSDLSSSSGSLDPLPHGSNSVEHRTEDSTIYELLKDQNISLKNKRQRSKKMKASSVLVISGGQGHRRVNKKSKQQRQDELVSSVMVWQIPLLNI

Target ORF information:

RefSeq Version	XM_025206351.1
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X7, mRNA.

Target ORF information:

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

XM_025206351.1

ORF Insert Sequence:

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGCA GGTATGCAGA CAGCAGCTGA AGATTGCCAT 
TTTAATTCTT TAAGCTCAGA AGATCCACAA AATAGTGAAG ACAACCAGGT CAGTAAAGAT 
AATGATGCTC TAGCCAAATG GGTTGCAGAT CCTGCAAATA CAGCATGGAT GGAAAATCCA 
GAGGAAGTAA TTTATGATGA TGTGCCAAGG GAAAATTCTG ACTCTGAACC AGAGGAAATG 
ATTTATGATG ATGTTGAGAA TGGTGACGAT GGTGGAAACA GCTCTCTAGA CTATGGATGG 
AGTTCGAGTG AGTTTGAAAG CTATGAAGAA CAAAGTGACT CCGAGTGTAA GAATGGAGTT 
CCCAGCTCCT TTTTGCGAGG CAACCACAAG AGACATCTTT CTCATGACCT AACCCGTTTA 
AAGGAGCACT ATGAGAAAAA GATGAAAGAT TTGATGGCAA ACACTGTGGG AGCAGTAGAG 
ATTCAGCAAC TAAAGCAAAA ACATGAGCTG AAGAATGTAT TTTTTGCTCT TTTGCAGATG 
CAAAAACTCA TGAGGGCTGC TAGAGAAGGT ACCAAAGATG GACTTGAAAA GACTAAAGCA 
GCTGTGAAGA AGGGTCGTTC ATTCATTAGG ACCAAATCCT TTATTTCTCA AGATCATAGA 
TCACCCTGTC TGGAAGAAGA TGAATTACAT TTATTCATTG ATGTAGACTG TATGCATACA 
GAAGCAATTA TGACTCCTAT GCCTGAAGGA TTATCACAGC AACAGGTTGT GAGAAGATAC 
ATTTTGGGCT CTGTGGTTGA CAGTGAGAAG AATTATGTGG ATGCTCTCAA AAGAATTCTA 
GAGCAATATG AGAAGCCCCT ATCAGAAATG GAACCAAAAT TACTGAGTGA AAGGAAACTC 
AAAATGGTCT TTTATCGAAT CAAAGAAATT CTTCAGTGCC ATTCAATGTT TCAGATAGCA 
CTGGCCAGTC GGGTGTCTGA CTGGGATTCT GTTGAAATGA TTGGAGATGT CTTTGTTGCT 
TCATTTTCTA AATCGATGGT GCTAGATGCT TATAGTGAAT ATGTAAATAA TTTCAGTACA 
GCAGTGGGGA TTCTCAAGAA AACATGTGCC ACTAAGCCTG CCTTTCTAGA TTTTTTAAAG 
CAATGCCAGG AGTCAAGCCC TGATCGAATC ACACTCTATG GGTTAATGAT GAAACCCATA 
CAGCGCTTCC CACAATTCAT TCTTTTGCTT CAGGATATGT TAAAGAATAC TACTAAAGGA 
CATCCTGACA GGCTGCCTCT ACAGATGGCT CTTACCGAGC TGGAAACGTT GGCAGAGAAA 
TTAAATGAGA GGAAAAGGGA TGCAGATCAG CGCTGCGAAA TAAAACAAAT AGCAAAAGCC 
ATGAACGAAC GCTATCTGAA TAAGTTACTC AGCAGTGGAA ACAGATACCT CATACGGACT 
GATGATATGA TAGAAACAGT TTACAATGAC AAGGGAGAAA TTGTCAAAAC CAAAGAACGA 
CGACTCTTCA TGTTGAATGA TGTACTGATG TGTGCAACAG TCAGTGCACG GTCTTCGTAT 
GAAAGTAGTG GCATTGTGGC AACTGGCCAA AGGTATTTAT TAAAATGGAG TGTACCTCTT 
GGACAAGTAG AAGTCATTGA ATATGGCAGC AGCGAAGGAC AAGGAGAGAA TTGCAGGTTC 
CCACCTCAGC ATTCTGCAGA GAATGTTGTT GTCAGTGTTA AGCCAAACAA ACTGTATATG 
GGACCAGGGC AGCTATACCA TGATTTGCAG AATCTCTTAC ATGATTTGAA TGTAGTCGGT 
CAAATTAGTC AACTGATAGG CAGCCTTAAA GGAAACTATC AGAACTTAAA TCAGTCAGTG 
GCTCATGACT GGACGTCAGG TTTACAAAAA CTGATATTGA AAAAGGAAGA TGAAATCCGA 
GCTGCAGATC GCTGTAGAAT TCAACTGCAG CTTTCAGGGA AGCAGGACAA GTCTGGGAGA 
CCTACTTTCT TTACTGCAGT GTTCAATACA TTTACCCCTG CCATCAAACA ATCTTGGATC 
AACAATTTAC AAATGGCTAA GCTTGCCCTT GCGGAAGAAA ACCTATTGGG TTGGTTCTGT 
GCAGAAGATG ATGGCAATCA AATCAAGAAA GAAAAGCACC CCCTCCTTGT TAGACATATG 
CCAGTCATGA TGGCTAAACA ACAGGAGTTT AAGATTGAAT GTGCTGCATA TAATCCTGAA 
CCTTATGTCT CTAGTGAAAC TGAGCCAGAT TCATGTTCCA TGGAGCATGG CTTTCTTTGG 
ATTGGCAGTT GTACTAATCA AATGGGACAA ATTGCAATTG TCTCATTTCA AAACTCCAAC 
CCCAAGGTTA TAGAGTGCTT TAATGTTGAA TCCCGCATCC TCTGCATGGT CTACATTCCA 
GAGGAAGAGA AACCAAGAGA GTTAAATGTG GTTCCTGAGT CAGAAAATGG GGCTAGAAAG 
GCTTCCAGTG TGCCTACTAT TTGCCTGGGC ATGGAAGAAG GAAGCATTTC TGTCTACAAA 
AGTCATCAAG GCTCAAAGAA ATTTCGACTT CAACACTTTT TCACACCTGA AAAATCAACA 
GTCATGAGCC TAGCGTACAT GTCCCAGTAC TTGTTTGCTG GTTTGGTTAA TGGGAACATC 
ACAATCTACA CAAAAGCAGA AGATGGAAAC TGGAACCCAG AACCTGAAAA AGTAGTAAAG 
CTAGGGGTTC TACCAGTCAG AAGCCTACTT GTGATGGAAG AGACCATATG GGCGGCATCT 
GGTGGACAAA TTTTTATAAT CACTACTGAG ACCCATTCTG TGGAGCACTA TTTTGAAGCT 
CATCAAGAGG AGGGGATGGT GATCTCACAT ATGGCTGTTG CTGGAGTAGG AATCTGGATT 
GCATTCACAT CTGGATCTAC ACTCCGCTTG TTCCACACTG AGACTCTGAA GCACCTCCAG 
GATATTAATA TTGCCACTCC TATTCACAAT ATTTTGTCAG GACAGCAGCG TGTTTCTGTG 
ACCAGTCTAC TAGTATGCCA TGGTTTATTG CTGGTTGGAA CAAATCTGGG AATTATAGTA 
GCATTACCAG TGCCTCGTCT GCAAGGAATT CCAAAAGTGA CTGGAAGGGG AATGGTATCC 
TATCATGCAC ATAATGGCCC AGTCAAATTC CTTATTATGG CTACAGCCCT AAACAAGAAA 
AACAGAAGCA AATCCAGAAG CAGTCTGCCT CGAAGCACAG AAACTAATGA TGATGATCAA 
AAGAATGCTC TGCGTAATGA GAGACCGGGT TCTGCCTTAA GTAATATTCA GGATACTGGA 
GTTTGGCTGG GAGGTTCAGC TGGATCCATT ACACAAAGGA GTGACTTATC TTCATCTTCT 
GGGTCCCTAG ATCCATTACC TCATGGATCG AATTCCGTGG AACATAGAAC TGAGGACAGT 
ACCATATATG AGCTTTTAAA GGATCAAAAC ATCTCACTTA AAAATAAAAG ACAGAGATCC 
AAGAAAATGA AAGCAAGCTC AGTATTAGTT ATTTCTGGAG GTCAAGGACA CAGAAGAGTA 
AACAAGAAGT CCAAGCAGCA GAGACAGGAT GAACTCGTAT CTTCTGTGAT GGTTTGGCAG 
ATTCCATTAC TAAACATCTG A

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

ARHGEF10 ( XM_025206352.1 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_025062137.1 Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X8, mRNA.

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CloneID	OAl88420
Clone ID Related Accession (Same CDS sequence)	XM_025206352.1
Accession Version	XM_025206352.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3588bp) 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 10 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842152.1) 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##

ATGCAGACAG CAGCTGAAGA TTGCCATTTT AATTCTTTAA GCTCAGAAGA TCCACAAAAT 
AGTGAAGACA ACCAGGTCAG TAAAGATAAT GATGCTCTAG CCAAATGGGT TGCAGATCCT 
GCAAATACAG CATGGATGGA AAATCCAGAG GAAGTAATTT ATGATGATGT GCCAAGGGAA 
AATTCTGACT CTGAACCAGA GGAAATGATT TATGATGATG TTGAGAATGG TGACGATGGT 
GGAAACAGCT CTCTAGACTA TGGATGGAGT TCGAGTGAGT TTGAAAGCTA TGAAGAACAA 
AGTGACTCCG AGTGTAAGAA TGGAGTTCCC AGCTCCTTTT TGCGAGGCAA CCACAAGAGA 
CATCTTTCTC ATGACCTAAC CCGTTTAAAG GAGCACTATG AGAAAAAGAT GAAAGATTTG 
ATGGCAAACA CTGTGGGAGC AGTAGAGATT CAGCAACTAA AGCAAAAACA TGAGCTGAAG 
AATGTATTTT TTGCTCTTTT GCAGATGCAA AAACTCATGA GGGCTGCTAG AGAAGGTACC 
AAAGATGGAC TTGAAAAGAC TAAAGCAGCT GTGAAGAAGG GTCGTTCATT CATTAGGACC 
AAATCCTTTA TTTCTCAAGA TCATAGATCA CCCTGTCTGG AAGAAGATGA ATTACATTTA 
TTCATTGATG TAGACTGTAT GCATACAGAA GCAATTATGA CTCCTATGCC TGAAGGATTA 
TCACAGCAAC AGGTTGTGAG AAGATACATT TTGGGCTCTG TGGTTGACAG TGAGAAGAAT 
TATGTGGATG CTCTCAAAAG AATTCTAGAG CAATATGAGA AGCCCCTATC AGAAATGGAA 
CCAAAATTAC TGAGTGAAAG GAAACTCAAA ATGGTCTTTT ATCGAATCAA AGAAATTCTT 
CAGTGCCATT CAATGTTTCA GATAGCACTG GCCAGTCGGG TGTCTGACTG GGATTCTGTT 
GAAATGATTG GAGATGTCTT TGTTGCTTCA TTTTCTAAAT CGATGGTGCT AGATGCTTAT 
AGTGAATATG TAAATAATTT CAGTACAGCA GTGGGGATTC TCAAGAAAAC ATGTGCCACT 
AAGCCTGCCT TTCTAGATTT TTTAAAGCAA TGCCAGGAGT CAAGCCCTGA TCGAATCACA 
CTCTATGGGT TAATGATGAA ACCCATACAG CGCTTCCCAC AATTCATTCT TTTGCTTCAG 
GATATGTTAA AGAATACTAC TAAAGGACAT CCTGACAGGC TGCCTCTACA GATGGCTCTT 
ACCGAGCTGG AAACGTTGGC AGAGAAATTA AATGAGAGGA AAAGGGATGC AGATCAGCGC 
TGCGAAATAA AACAAATAGC AAAAGCCATG AACGAACGCT ATCTGAATAA GTTACTCAGC 
AGTGGAAACA GATACCTCAT ACGGACTGAT GATATGATAG AAACAGTTTA CAATGACAAG 
GGAGAAATTG TCAAAACCAA AGAACGACGA CTCTTCATGT TGAATGATGT ACTGATGTGT 
GCAACAGTCA GTGCACGGTC TTCGTATGAA AGTAGTGGCA TTGTGGCAAC TGGCCAAAGG 
TATTTATTAA AATGGAGTGT ACCTCTTGGA CAAGTAGAAG TCATTGAATA TGGCAGCAGC 
GAAGGACAAG GAGAGAATTG CAGGTTCCCA CCTCAGCATT CTGCAGAGAA TGTTGTTGTC 
AGTGTTAAGC CAAACAAACT GTATATGGGA CCAGGGCAGC TATACCATGA TTTGCAGAAT 
CTCTTACATG ATTTGAATGT AGTCGGTCAA ATTAGTCAAC TGATAGGCAG CCTTAAAGGA 
AACTATCAGA ACTTAAATCA GTCAGTGGCT CATGACTGGA CGTCAGGTTT ACAAAAACTG 
ATATTGAAAA AGGAAGATGA AATCCGAGCT GCAGATCGCT GTAGAATTCA ACTGCAGCTT 
TCAGGGAAGC AGGACAAGTC TGGGAGACCT ACTTTCTTTA CTGCAGTGTT CAATACATTT 
ACCCCTGCCA TCAAACAATC TTGGATCAAC AATTTACAAA TGGCTAAGCT TGCCCTTGCG 
GAAGAAAACC TATTGGGTTG GTTCTGTGCA GAAGATGATG GCAATCAAAT CAAGAAAGAA 
AAGCACCCCC TCCTTGTTAG ACATATGCCA GTCATGATGG CTAAACAACA GGAGTTTAAG 
ATTGAATGTG CTGCATATAA TCCTGAACCT TATGTCTCTA GTGAAACTGA GCCAGATTCA 
TGTTCCATGG AGCATGGCTT TCTTTGGATT GGCAGTTGTA CTAATCAAAT GGGACAAATT 
GCAATTGTCT CATTTCAAAA CTCCAACCCC AAGGTTATAG AGTGCTTTAA TGTTGAATCC 
CGCATCCTCT GCATGGTCTA CATTCCAGAG GAAGAGAAAC CAAGAGAGTT AAATGTGGTT 
CCTGAGTCAG AAAATGGGGC TAGAAAGGCT TCCAGTGTGC CTACTATTTG CCTGGGCATG 
GAAGAAGGAA GCATTTCTGT CTACAAAAGT CATCAAGGCT CAAAGAAATT TCGACTTCAA 
CACTTTTTCA CACCTGAAAA ATCAACAGTC ATGAGCCTAG CGTACATGTC CCAGTACTTG 
TTTGCTGGTT TGGTTAATGG GAACATCACA ATCTACACAA AAGCAGAAGA TGGAAACTGG 
AACCCAGAAC CTGAAAAAGT AGTAAAGCTA GGGGTTCTAC CAGTCAGAAG CCTACTTGTG 
ATGGAAGAGA CCATATGGGC GGCATCTGGT GGACAAATTT TTATAATCAC TACTGAGACC 
CATTCTGTGG AGCACTATTT TGAAGCTCAT CAAGAGGAGG GGATGGTGAT CTCACATATG 
GCTGTTGCTG GAGTAGGAAT CTGGATTGCA TTCACATCTG GATCTACACT CCGCTTGTTC 
CACACTGAGA CTCTGAAGCA CCTCCAGGAT ATTAATATTG CCACTCCTAT TCACAATATT 
TTGTCAGGAC AGCAGCGTGT TTCTGTGACC AGTCTACTAG TATGCCATGG TTTATTGCTG 
GTTGGAACAA ATCTGGGAAT TATAGTAGCA TTACCAGTGC CTCGTCTGCA AGGAATTCCA 
AAAGTGACTG GAAGGGGAAT GGTATCCTAT CATGCACATA ATGGCCCAGT CAAATTCCTT 
ATTATGGCTA CAGCCCTAAA CAAGAAAAAC AGAAGCAAAT CCAGAAGCAG TCTGCCTCGA 
AGCACAGAAA CTAATGATGA TGATCAAAAG AATGCTCTGC GTAATGAGAG ACCGGGTTCT 
GCCTTAAGTA ATATTCAGGA TACTGGAGTT TGGCTGGGAG GTTCAGCTGG ATCCATTACA 
CAAAGGAGTG ACTTATCTTC ATCTTCTGGG TCCCTAGATC CATTACCTCA TGGATCGAAT 
TCCGTGGAAC ATAGAACTGA GGACAGTACC ATATATGAGC TTTTAAAGGA TCAAAACATC 
TCACTTAAAA ATAAAAGACA GAGATCCAAG AAAATGAAAG CAAGCTCAGT ATTAGTTATT 
TCTGGAGGTC AAGGACACAG AAGAGTAAAC AAGAAGTCCA AGCAGCAGAG ACAGGATGAA 
CTCGTATCTT CTGTGATGGT TTGGCAGATT CCATTACTAA ACATCTGA

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

RefSeq	XP_025062137.1
CDS	94..3681
Translation	MQTAAEDCHFNSLSSEDPQNSEDNQVSKDNDALAKWVADPANTAWMENPEEVIYDDVPRENSDSEPEEMIYDDVENGDDGGNSSLDYGWSSSEFESYEEQSDSECKNGVPSSFLRGNHKRHLSHDLTRLKEHYEKKMKDLMANTVGAVEIQQLKQKHELKNVFFALLQMQKLMRAAREGTKDGLEKTKAAVKKGRSFIRTKSFISQDHRSPCLEEDELHLFIDVDCMHTEAIMTPMPEGLSQQQVVRRYILGSVVDSEKNYVDALKRILEQYEKPLSEMEPKLLSERKLKMVFYRIKEILQCHSMFQIALASRVSDWDSVEMIGDVFVASFSKSMVLDAYSEYVNNFSTAVGILKKTCATKPAFLDFLKQCQESSPDRITLYGLMMKPIQRFPQFILLLQDMLKNTTKGHPDRLPLQMALTELETLAEKLNERKRDADQRCEIKQIAKAMNERYLNKLLSSGNRYLIRTDDMIETVYNDKGEIVKTKERRLFMLNDVLMCATVSARSSYESSGIVATGQRYLLKWSVPLGQVEVIEYGSSEGQGENCRFPPQHSAENVVVSVKPNKLYMGPGQLYHDLQNLLHDLNVVGQISQLIGSLKGNYQNLNQSVAHDWTSGLQKLILKKEDEIRAADRCRIQLQLSGKQDKSGRPTFFTAVFNTFTPAIKQSWINNLQMAKLALAEENLLGWFCAEDDGNQIKKEKHPLLVRHMPVMMAKQQEFKIECAAYNPEPYVSSETEPDSCSMEHGFLWIGSCTNQMGQIAIVSFQNSNPKVIECFNVESRILCMVYIPEEEKPRELNVVPESENGARKASSVPTICLGMEEGSISVYKSHQGSKKFRLQHFFTPEKSTVMSLAYMSQYLFAGLVNGNITIYTKAEDGNWNPEPEKVVKLGVLPVRSLLVMEETIWAASGGQIFIITTETHSVEHYFEAHQEEGMVISHMAVAGVGIWIAFTSGSTLRLFHTETLKHLQDINIATPIHNILSGQQRVSVTSLLVCHGLLLVGTNLGIIVALPVPRLQGIPKVTGRGMVSYHAHNGPVKFLIMATALNKKNRSKSRSSLPRSTETNDDDQKNALRNERPGSALSNIQDTGVWLGGSAGSITQRSDLSSSSGSLDPLPHGSNSVEHRTEDSTIYELLKDQNISLKNKRQRSKKMKASSVLVISGGQGHRRVNKKSKQQRQDELVSSVMVWQIPLLNI

Target ORF information:

RefSeq Version	XM_025206352.1
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X8, mRNA.

Target ORF information:

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

XM_025206352.1

ORF Insert Sequence:

ATGCAGACAG CAGCTGAAGA TTGCCATTTT AATTCTTTAA GCTCAGAAGA TCCACAAAAT 
AGTGAAGACA ACCAGGTCAG TAAAGATAAT GATGCTCTAG CCAAATGGGT TGCAGATCCT 
GCAAATACAG CATGGATGGA AAATCCAGAG GAAGTAATTT ATGATGATGT GCCAAGGGAA 
AATTCTGACT CTGAACCAGA GGAAATGATT TATGATGATG TTGAGAATGG TGACGATGGT 
GGAAACAGCT CTCTAGACTA TGGATGGAGT TCGAGTGAGT TTGAAAGCTA TGAAGAACAA 
AGTGACTCCG AGTGTAAGAA TGGAGTTCCC AGCTCCTTTT TGCGAGGCAA CCACAAGAGA 
CATCTTTCTC ATGACCTAAC CCGTTTAAAG GAGCACTATG AGAAAAAGAT GAAAGATTTG 
ATGGCAAACA CTGTGGGAGC AGTAGAGATT CAGCAACTAA AGCAAAAACA TGAGCTGAAG 
AATGTATTTT TTGCTCTTTT GCAGATGCAA AAACTCATGA GGGCTGCTAG AGAAGGTACC 
AAAGATGGAC TTGAAAAGAC TAAAGCAGCT GTGAAGAAGG GTCGTTCATT CATTAGGACC 
AAATCCTTTA TTTCTCAAGA TCATAGATCA CCCTGTCTGG AAGAAGATGA ATTACATTTA 
TTCATTGATG TAGACTGTAT GCATACAGAA GCAATTATGA CTCCTATGCC TGAAGGATTA 
TCACAGCAAC AGGTTGTGAG AAGATACATT TTGGGCTCTG TGGTTGACAG TGAGAAGAAT 
TATGTGGATG CTCTCAAAAG AATTCTAGAG CAATATGAGA AGCCCCTATC AGAAATGGAA 
CCAAAATTAC TGAGTGAAAG GAAACTCAAA ATGGTCTTTT ATCGAATCAA AGAAATTCTT 
CAGTGCCATT CAATGTTTCA GATAGCACTG GCCAGTCGGG TGTCTGACTG GGATTCTGTT 
GAAATGATTG GAGATGTCTT TGTTGCTTCA TTTTCTAAAT CGATGGTGCT AGATGCTTAT 
AGTGAATATG TAAATAATTT CAGTACAGCA GTGGGGATTC TCAAGAAAAC ATGTGCCACT 
AAGCCTGCCT TTCTAGATTT TTTAAAGCAA TGCCAGGAGT CAAGCCCTGA TCGAATCACA 
CTCTATGGGT TAATGATGAA ACCCATACAG CGCTTCCCAC AATTCATTCT TTTGCTTCAG 
GATATGTTAA AGAATACTAC TAAAGGACAT CCTGACAGGC TGCCTCTACA GATGGCTCTT 
ACCGAGCTGG AAACGTTGGC AGAGAAATTA AATGAGAGGA AAAGGGATGC AGATCAGCGC 
TGCGAAATAA AACAAATAGC AAAAGCCATG AACGAACGCT ATCTGAATAA GTTACTCAGC 
AGTGGAAACA GATACCTCAT ACGGACTGAT GATATGATAG AAACAGTTTA CAATGACAAG 
GGAGAAATTG TCAAAACCAA AGAACGACGA CTCTTCATGT TGAATGATGT ACTGATGTGT 
GCAACAGTCA GTGCACGGTC TTCGTATGAA AGTAGTGGCA TTGTGGCAAC TGGCCAAAGG 
TATTTATTAA AATGGAGTGT ACCTCTTGGA CAAGTAGAAG TCATTGAATA TGGCAGCAGC 
GAAGGACAAG GAGAGAATTG CAGGTTCCCA CCTCAGCATT CTGCAGAGAA TGTTGTTGTC 
AGTGTTAAGC CAAACAAACT GTATATGGGA CCAGGGCAGC TATACCATGA TTTGCAGAAT 
CTCTTACATG ATTTGAATGT AGTCGGTCAA ATTAGTCAAC TGATAGGCAG CCTTAAAGGA 
AACTATCAGA ACTTAAATCA GTCAGTGGCT CATGACTGGA CGTCAGGTTT ACAAAAACTG 
ATATTGAAAA AGGAAGATGA AATCCGAGCT GCAGATCGCT GTAGAATTCA ACTGCAGCTT 
TCAGGGAAGC AGGACAAGTC TGGGAGACCT ACTTTCTTTA CTGCAGTGTT CAATACATTT 
ACCCCTGCCA TCAAACAATC TTGGATCAAC AATTTACAAA TGGCTAAGCT TGCCCTTGCG 
GAAGAAAACC TATTGGGTTG GTTCTGTGCA GAAGATGATG GCAATCAAAT CAAGAAAGAA 
AAGCACCCCC TCCTTGTTAG ACATATGCCA GTCATGATGG CTAAACAACA GGAGTTTAAG 
ATTGAATGTG CTGCATATAA TCCTGAACCT TATGTCTCTA GTGAAACTGA GCCAGATTCA 
TGTTCCATGG AGCATGGCTT TCTTTGGATT GGCAGTTGTA CTAATCAAAT GGGACAAATT 
GCAATTGTCT CATTTCAAAA CTCCAACCCC AAGGTTATAG AGTGCTTTAA TGTTGAATCC 
CGCATCCTCT GCATGGTCTA CATTCCAGAG GAAGAGAAAC CAAGAGAGTT AAATGTGGTT 
CCTGAGTCAG AAAATGGGGC TAGAAAGGCT TCCAGTGTGC CTACTATTTG CCTGGGCATG 
GAAGAAGGAA GCATTTCTGT CTACAAAAGT CATCAAGGCT CAAAGAAATT TCGACTTCAA 
CACTTTTTCA CACCTGAAAA ATCAACAGTC ATGAGCCTAG CGTACATGTC CCAGTACTTG 
TTTGCTGGTT TGGTTAATGG GAACATCACA ATCTACACAA AAGCAGAAGA TGGAAACTGG 
AACCCAGAAC CTGAAAAAGT AGTAAAGCTA GGGGTTCTAC CAGTCAGAAG CCTACTTGTG 
ATGGAAGAGA CCATATGGGC GGCATCTGGT GGACAAATTT TTATAATCAC TACTGAGACC 
CATTCTGTGG AGCACTATTT TGAAGCTCAT CAAGAGGAGG GGATGGTGAT CTCACATATG 
GCTGTTGCTG GAGTAGGAAT CTGGATTGCA TTCACATCTG GATCTACACT CCGCTTGTTC 
CACACTGAGA CTCTGAAGCA CCTCCAGGAT ATTAATATTG CCACTCCTAT TCACAATATT 
TTGTCAGGAC AGCAGCGTGT TTCTGTGACC AGTCTACTAG TATGCCATGG TTTATTGCTG 
GTTGGAACAA ATCTGGGAAT TATAGTAGCA TTACCAGTGC CTCGTCTGCA AGGAATTCCA 
AAAGTGACTG GAAGGGGAAT GGTATCCTAT CATGCACATA ATGGCCCAGT CAAATTCCTT 
ATTATGGCTA CAGCCCTAAA CAAGAAAAAC AGAAGCAAAT CCAGAAGCAG TCTGCCTCGA 
AGCACAGAAA CTAATGATGA TGATCAAAAG AATGCTCTGC GTAATGAGAG ACCGGGTTCT 
GCCTTAAGTA ATATTCAGGA TACTGGAGTT TGGCTGGGAG GTTCAGCTGG ATCCATTACA 
CAAAGGAGTG ACTTATCTTC ATCTTCTGGG TCCCTAGATC CATTACCTCA TGGATCGAAT 
TCCGTGGAAC ATAGAACTGA GGACAGTACC ATATATGAGC TTTTAAAGGA TCAAAACATC 
TCACTTAAAA ATAAAAGACA GAGATCCAAG AAAATGAAAG CAAGCTCAGT ATTAGTTATT 
TCTGGAGGTC AAGGACACAG AAGAGTAAAC AAGAAGTCCA AGCAGCAGAG ACAGGATGAA 
CTCGTATCTT CTGTGATGGT TTGGCAGATT CCATTACTAA ACATCTGA

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

ARHGEF10 ( XM_006025529.2 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_006025591.1 Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 10 (ARHGEF10), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OAl19939
Clone ID Related Accession (Same CDS sequence)	XM_006025529.2 , XM_025206346.1 , XM_006025527.2 , XM_006025528.2
Accession Version	XM_006025529.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4068bp) 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 10 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842152.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Oct 30, 2015 this sequence version replaced XM_006025529.1. ##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##

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGGG GATGAAAATG TAGTTAAAAC TGAGAAAGTG 
CAAATGTCAG AATCCAGGAC ACAGGGTGCC CCAACAAAAG TAAACCCTTA CTCTGTCATA 
AATATTTCAC CAATCCAAGA AAAGGATCAG TCTTCATCAC CAGAACCCAG TCCTCAAGAT 
GAAAGTACAA GCACTAACAT GTCAGGTGGA TATTCTGTTC CTGTGCCTTG TGGCTATGCT 
GTACCATCCA ATTTACCATT GATACTACCA GCATACTCCA GTCCTGTTAT AATACGCAGT 
GTTTCTGTGG ATGAAGAAGC AGGTATGCAG ACAGCAGCTG AAGATTGCCA TTTTAATTCT 
TTAAGCTCAG AAGATCCACA AAATAGTGAA GACAACCAGG TCAGTAAAGA TAATGATGCT 
CTAGCCAAAT GGGTTGCAGA TCCTGCAAAT ACAGCATGGA TGGAAAATCC AGAGGAAGTA 
ATTTATGATG ATGTGCCAAG GGAAAATTCT GACTCTGAAC CAGAGGAAAT GATTTATGAT 
GATGTTGAGA ATGGTGACGA TGGTGGAAAC AGCTCTCTAG ACTATGGATG GAGTTCGAGT 
GAGTTTGAAA GCTATGAAGA ACAAAGTGAC TCCGAGTGTA AGAATGGAGT TCCCAGCTCC 
TTTTTGCGAG GCAACCACAA GAGACATCTT TCTCATGACC TAACCCGTTT AAAGGAGCAC 
TATGAGAAAA AGATGAAAGA TTTGATGGCA AACACTGTGG GAGCAGTAGA GATTCAGCAA 
CTAAAGCAAA AACATGAGCT GAAGATGCAA AAACTCATGA GGGCTGCTAG AGAAGGTACC 
AAAGATGGAC TTGAAAAGAC TAAAGCAGCT GTGAAGAAGG GTCGTTCATT CATTAGGACC 
AAATCCTTTA TTTCTCAAGA TCATAGATCA CCCTGTCTGG AAGAAGATGA ATTACATTTA 
TTCATTGATG TAGACTGTAT GCATACAGAA GCAATTATGA CTCCTATGCC TGAAGGATTA 
TCACAGCAAC AGGTTGTGAG AAGATACATT TTGGGCTCTG TGGTTGACAG TGAGAAGAAT 
TATGTGGATG CTCTCAAAAG AATTCTAGAG CAATATGAGA AGCCCCTATC AGAAATGGAA 
CCAAAATTAC TGAGTGAAAG GAAACTCAAA ATGGTCTTTT ATCGAATCAA AGAAATTCTT 
CAGTGCCATT CAATGTTTCA GATAGCACTG GCCAGTCGGG TGTCTGACTG GGATTCTGTT 
GAAATGATTG GAGATGTCTT TGTTGCTTCA TTTTCTAAAT CGATGGTGCT AGATGCTTAT 
AGTGAATATG TAAATAATTT CAGTACAGCA GTGGGGATTC TCAAGAAAAC ATGTGCCACT 
AAGCCTGCCT TTCTAGATTT TTTAAAGCAA TGCCAGGAGT CAAGCCCTGA TCGAATCACA 
CTCTATGGGT TAATGATGAA ACCCATACAG CGCTTCCCAC AATTCATTCT TTTGCTTCAG 
GATATGTTAA AGAATACTAC TAAAGGACAT CCTGACAGGC TGCCTCTACA GATGGCTCTT 
ACCGAGCTGG AAACGTTGGC AGAGAAATTA AATGAGAGGA AAAGGGATGC AGATCAGCGC 
TGCGAAATAA AACAAATAGC AAAAGCCATG AACGAACGCT ATCTGAATAA GTTACTCAGC 
AGTGGAAACA GATACCTCAT ACGGACTGAT GATATGATAG AAACAGTTTA CAATGACAAG 
GGAGAAATTG TCAAAACCAA AGAACGACGA CTCTTCATGT TGAATGATGT ACTGATGTGT 
GCAACAGTCA GTGCACGGTC TTCGTATGAA AGTAGTGGCA TTGTGGCAAC TGGCCAAAGG 
TATTTATTAA AATGGAGTGT ACCTCTTGGA CAAGTAGAAG TCATTGAATA TGGCAGCAGC 
GAAGGACAAG GAGAGAATTG CAGGTTCCCA CCTCAGCATT CTGCAGAGAA TGTTGTTGTC 
AGTGTTAAGC CAAACAAACT GTATATGGGA CCAGGGCAGC TATACCATGA TTTGCAGAAT 
CTCTTACATG ATTTGAATGT AGTCGGTCAA ATTAGTCAAC TGATAGGCAG CCTTAAAGGA 
AACTATCAGA ACTTAAATCA GTCAGTGGCT CATGACTGGA CGTCAGGTTT ACAAAAACTG 
ATATTGAAAA AGGAAGATGA AATCCGAGCT GCAGATCGCT GTAGAATTCA ACTGCAGCTT 
TCAGGGAAGC AGGACAAGTC TGGGAGACCT ACTTTCTTTA CTGCAGTGTT CAATACATTT 
ACCCCTGCCA TCAAACAATC TTGGATCAAC AATTTACAAA TGGCTAAGCT TGCCCTTGCG 
GAAGAAAACC TATTGGGTTG GTTCTGTGCA GAAGATGATG GCAATCAAAT CAAGAAAGAA 
AAGCACCCCC TCCTTGTTAG ACATATGCCA GTCATGATGG CTAAACAACA GGAGTTTAAG 
ATTGAATGTG CTGCATATAA TCCTGAACCT TATGTCTCTA GTGAAACTGA GCCAGATTCA 
TGTTCCATGG AGCATGGCTT TCTTTGGATT GGCAGTTGTA CTAATCAAAT GGGACAAATT 
GCAATTGTCT CATTTCAAAA CTCCAACCCC AAGGTTATAG AGTGCTTTAA TGTTGAATCC 
CGCATCCTCT GCATGGTCTA CATTCCAGAG GAAGAGAAAC CAAGAGAGTT AAATGTGGTT 
CCTGAGTCAG AAAATGGGGC TAGAAAGGCT TCCAGTGTGC CTACTATTTG CCTGGGCATG 
GAAGAAGGAA GCATTTCTGT CTACAAAAGT CATCAAGGCT CAAAGAAATT TCGACTTCAA 
CACTTTTTCA CACCTGAAAA ATCAACAGTC ATGAGCCTAG CGTACATGTC CCAGTACTTG 
TTTGCTGGTT TGGTTAATGG GAACATCACA ATCTACACAA AAGCAGAAGA TGGAAACTGG 
AACCCAGAAC CTGAAAAAGT AGTAAAGCTA GGGGTTCTAC CAGTCAGAAG CCTACTTGTG 
ATGGAAGAGA CCATATGGGC GGCATCTGGT GGACAAATTT TTATAATCAC TACTGAGACC 
CATTCTGTGG AGCACTATTT TGAAGCTCAT CAAGAGGAGG GGATGGTGAT CTCACATATG 
GCTGTTGCTG GAGTAGGAAT CTGGATTGCA TTCACATCTG GATCTACACT CCGCTTGTTC 
CACACTGAGA CTCTGAAGCA CCTCCAGGAT ATTAATATTG CCACTCCTAT TCACAATATT 
TTGTCAGGAC AGCAGCGTGT TTCTGTGACC AGTCTACTAG TATGCCATGG TTTATTGCTG 
GTTGGAACAA ATCTGGGAAT TATAGTAGCA TTACCAGTGC CTCGTCTGCA AGGAATTCCA 
AAAGTGACTG GAAGGGGAAT GGTATCCTAT CATGCACATA ATGGCCCAGT CAAATTCCTT 
ATTATGGCTA CAGCCCTAAA CAAGAAAAAC AGAAGCAAAT CCAGAAGCAG TCTGCCTCGA 
AGCACAGAAA CTAATGATGA TGATCAAAAG AATGCTCTGC GTAATGAGAG ACCGGGTTCT 
GCCTTAAGTA ATATTCAGGA TACTGGAGTT TGGCTGGGAG GTTCAGCTGG ATCCATTACA 
CAAAGGAGTG ACTTATCTTC ATCTTCTGGG TCCCTAGATC CATTACCTCA TGGATCGAAT 
TCCGTGGAAC ATAGAACTGA GGACAGTACC ATATATGAGC TTTTAAAGGA TCAAAACATC 
TCACTTAAAA ATAAAAGACA GAGATCCAAG AAAATGAAAG CAAGCTCAGT ATTAGTTATT 
TCTGGAGGTC AAGGACACAG AAGAGTAAAC AAGAAGTCCA AGCAGCAGAG ACAGGATGAA 
CTCGTATCTT CTGTGATGGT TTGGCAGATT CCATTACTAA ACATCTGA

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

RefSeq	XP_006025591.1
CDS	112..4179
Translation	MDVEEFPPPPPPEVLENELEVSGTNEDEEEGEPFYLDSGDEIPEADRQALMPRSSDSRCNIEHEETSSTGDENVVKTEKVQMSESRTQGAPTKVNPYSVINISPIQEKDQSSSPEPSPQDESTSTNMSGGYSVPVPCGYAVPSNLPLILPAYSSPVIIRSVSVDEEAGMQTAAEDCHFNSLSSEDPQNSEDNQVSKDNDALAKWVADPANTAWMENPEEVIYDDVPRENSDSEPEEMIYDDVENGDDGGNSSLDYGWSSSEFESYEEQSDSECKNGVPSSFLRGNHKRHLSHDLTRLKEHYEKKMKDLMANTVGAVEIQQLKQKHELKMQKLMRAAREGTKDGLEKTKAAVKKGRSFIRTKSFISQDHRSPCLEEDELHLFIDVDCMHTEAIMTPMPEGLSQQQVVRRYILGSVVDSEKNYVDALKRILEQYEKPLSEMEPKLLSERKLKMVFYRIKEILQCHSMFQIALASRVSDWDSVEMIGDVFVASFSKSMVLDAYSEYVNNFSTAVGILKKTCATKPAFLDFLKQCQESSPDRITLYGLMMKPIQRFPQFILLLQDMLKNTTKGHPDRLPLQMALTELETLAEKLNERKRDADQRCEIKQIAKAMNERYLNKLLSSGNRYLIRTDDMIETVYNDKGEIVKTKERRLFMLNDVLMCATVSARSSYESSGIVATGQRYLLKWSVPLGQVEVIEYGSSEGQGENCRFPPQHSAENVVVSVKPNKLYMGPGQLYHDLQNLLHDLNVVGQISQLIGSLKGNYQNLNQSVAHDWTSGLQKLILKKEDEIRAADRCRIQLQLSGKQDKSGRPTFFTAVFNTFTPAIKQSWINNLQMAKLALAEENLLGWFCAEDDGNQIKKEKHPLLVRHMPVMMAKQQEFKIECAAYNPEPYVSSETEPDSCSMEHGFLWIGSCTNQMGQIAIVSFQNSNPKVIECFNVESRILCMVYIPEEEKPRELNVVPESENGARKASSVPTICLGMEEGSISVYKSHQGSKKFRLQHFFTPEKSTVMSLAYMSQYLFAGLVNGNITIYTKAEDGNWNPEPEKVVKLGVLPVRSLLVMEETIWAASGGQIFIITTETHSVEHYFEAHQEEGMVISHMAVAGVGIWIAFTSGSTLRLFHTETLKHLQDINIATPIHNILSGQQRVSVTSLLVCHGLLLVGTNLGIIVALPVPRLQGIPKVTGRGMVSYHAHNGPVKFLIMATALNKKNRSKSRSSLPRSTETNDDDQKNALRNERPGSALSNIQDTGVWLGGSAGSITQRSDLSSSSGSLDPLPHGSNSVEHRTEDSTIYELLKDQNISLKNKRQRSKKMKASSVLVISGGQGHRRVNKKSKQQRQDELVSSVMVWQIPLLNI

Target ORF information:

RefSeq Version	XM_006025529.2
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 10 (ARHGEF10), transcript variant X3, mRNA.

Target ORF information:

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

XM_006025529.2

ORF Insert Sequence:

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGGG GATGAAAATG TAGTTAAAAC TGAGAAAGTG 
CAAATGTCAG AATCCAGGAC ACAGGGTGCC CCAACAAAAG TAAACCCTTA CTCTGTCATA 
AATATTTCAC CAATCCAAGA AAAGGATCAG TCTTCATCAC CAGAACCCAG TCCTCAAGAT 
GAAAGTACAA GCACTAACAT GTCAGGTGGA TATTCTGTTC CTGTGCCTTG TGGCTATGCT 
GTACCATCCA ATTTACCATT GATACTACCA GCATACTCCA GTCCTGTTAT AATACGCAGT 
GTTTCTGTGG ATGAAGAAGC AGGTATGCAG ACAGCAGCTG AAGATTGCCA TTTTAATTCT 
TTAAGCTCAG AAGATCCACA AAATAGTGAA GACAACCAGG TCAGTAAAGA TAATGATGCT 
CTAGCCAAAT GGGTTGCAGA TCCTGCAAAT ACAGCATGGA TGGAAAATCC AGAGGAAGTA 
ATTTATGATG ATGTGCCAAG GGAAAATTCT GACTCTGAAC CAGAGGAAAT GATTTATGAT 
GATGTTGAGA ATGGTGACGA TGGTGGAAAC AGCTCTCTAG ACTATGGATG GAGTTCGAGT 
GAGTTTGAAA GCTATGAAGA ACAAAGTGAC TCCGAGTGTA AGAATGGAGT TCCCAGCTCC 
TTTTTGCGAG GCAACCACAA GAGACATCTT TCTCATGACC TAACCCGTTT AAAGGAGCAC 
TATGAGAAAA AGATGAAAGA TTTGATGGCA AACACTGTGG GAGCAGTAGA GATTCAGCAA 
CTAAAGCAAA AACATGAGCT GAAGATGCAA AAACTCATGA GGGCTGCTAG AGAAGGTACC 
AAAGATGGAC TTGAAAAGAC TAAAGCAGCT GTGAAGAAGG GTCGTTCATT CATTAGGACC 
AAATCCTTTA TTTCTCAAGA TCATAGATCA CCCTGTCTGG AAGAAGATGA ATTACATTTA 
TTCATTGATG TAGACTGTAT GCATACAGAA GCAATTATGA CTCCTATGCC TGAAGGATTA 
TCACAGCAAC AGGTTGTGAG AAGATACATT TTGGGCTCTG TGGTTGACAG TGAGAAGAAT 
TATGTGGATG CTCTCAAAAG AATTCTAGAG CAATATGAGA AGCCCCTATC AGAAATGGAA 
CCAAAATTAC TGAGTGAAAG GAAACTCAAA ATGGTCTTTT ATCGAATCAA AGAAATTCTT 
CAGTGCCATT CAATGTTTCA GATAGCACTG GCCAGTCGGG TGTCTGACTG GGATTCTGTT 
GAAATGATTG GAGATGTCTT TGTTGCTTCA TTTTCTAAAT CGATGGTGCT AGATGCTTAT 
AGTGAATATG TAAATAATTT CAGTACAGCA GTGGGGATTC TCAAGAAAAC ATGTGCCACT 
AAGCCTGCCT TTCTAGATTT TTTAAAGCAA TGCCAGGAGT CAAGCCCTGA TCGAATCACA 
CTCTATGGGT TAATGATGAA ACCCATACAG CGCTTCCCAC AATTCATTCT TTTGCTTCAG 
GATATGTTAA AGAATACTAC TAAAGGACAT CCTGACAGGC TGCCTCTACA GATGGCTCTT 
ACCGAGCTGG AAACGTTGGC AGAGAAATTA AATGAGAGGA AAAGGGATGC AGATCAGCGC 
TGCGAAATAA AACAAATAGC AAAAGCCATG AACGAACGCT ATCTGAATAA GTTACTCAGC 
AGTGGAAACA GATACCTCAT ACGGACTGAT GATATGATAG AAACAGTTTA CAATGACAAG 
GGAGAAATTG TCAAAACCAA AGAACGACGA CTCTTCATGT TGAATGATGT ACTGATGTGT 
GCAACAGTCA GTGCACGGTC TTCGTATGAA AGTAGTGGCA TTGTGGCAAC TGGCCAAAGG 
TATTTATTAA AATGGAGTGT ACCTCTTGGA CAAGTAGAAG TCATTGAATA TGGCAGCAGC 
GAAGGACAAG GAGAGAATTG CAGGTTCCCA CCTCAGCATT CTGCAGAGAA TGTTGTTGTC 
AGTGTTAAGC CAAACAAACT GTATATGGGA CCAGGGCAGC TATACCATGA TTTGCAGAAT 
CTCTTACATG ATTTGAATGT AGTCGGTCAA ATTAGTCAAC TGATAGGCAG CCTTAAAGGA 
AACTATCAGA ACTTAAATCA GTCAGTGGCT CATGACTGGA CGTCAGGTTT ACAAAAACTG 
ATATTGAAAA AGGAAGATGA AATCCGAGCT GCAGATCGCT GTAGAATTCA ACTGCAGCTT 
TCAGGGAAGC AGGACAAGTC TGGGAGACCT ACTTTCTTTA CTGCAGTGTT CAATACATTT 
ACCCCTGCCA TCAAACAATC TTGGATCAAC AATTTACAAA TGGCTAAGCT TGCCCTTGCG 
GAAGAAAACC TATTGGGTTG GTTCTGTGCA GAAGATGATG GCAATCAAAT CAAGAAAGAA 
AAGCACCCCC TCCTTGTTAG ACATATGCCA GTCATGATGG CTAAACAACA GGAGTTTAAG 
ATTGAATGTG CTGCATATAA TCCTGAACCT TATGTCTCTA GTGAAACTGA GCCAGATTCA 
TGTTCCATGG AGCATGGCTT TCTTTGGATT GGCAGTTGTA CTAATCAAAT GGGACAAATT 
GCAATTGTCT CATTTCAAAA CTCCAACCCC AAGGTTATAG AGTGCTTTAA TGTTGAATCC 
CGCATCCTCT GCATGGTCTA CATTCCAGAG GAAGAGAAAC CAAGAGAGTT AAATGTGGTT 
CCTGAGTCAG AAAATGGGGC TAGAAAGGCT TCCAGTGTGC CTACTATTTG CCTGGGCATG 
GAAGAAGGAA GCATTTCTGT CTACAAAAGT CATCAAGGCT CAAAGAAATT TCGACTTCAA 
CACTTTTTCA CACCTGAAAA ATCAACAGTC ATGAGCCTAG CGTACATGTC CCAGTACTTG 
TTTGCTGGTT TGGTTAATGG GAACATCACA ATCTACACAA AAGCAGAAGA TGGAAACTGG 
AACCCAGAAC CTGAAAAAGT AGTAAAGCTA GGGGTTCTAC CAGTCAGAAG CCTACTTGTG 
ATGGAAGAGA CCATATGGGC GGCATCTGGT GGACAAATTT TTATAATCAC TACTGAGACC 
CATTCTGTGG AGCACTATTT TGAAGCTCAT CAAGAGGAGG GGATGGTGAT CTCACATATG 
GCTGTTGCTG GAGTAGGAAT CTGGATTGCA TTCACATCTG GATCTACACT CCGCTTGTTC 
CACACTGAGA CTCTGAAGCA CCTCCAGGAT ATTAATATTG CCACTCCTAT TCACAATATT 
TTGTCAGGAC AGCAGCGTGT TTCTGTGACC AGTCTACTAG TATGCCATGG TTTATTGCTG 
GTTGGAACAA ATCTGGGAAT TATAGTAGCA TTACCAGTGC CTCGTCTGCA AGGAATTCCA 
AAAGTGACTG GAAGGGGAAT GGTATCCTAT CATGCACATA ATGGCCCAGT CAAATTCCTT 
ATTATGGCTA CAGCCCTAAA CAAGAAAAAC AGAAGCAAAT CCAGAAGCAG TCTGCCTCGA 
AGCACAGAAA CTAATGATGA TGATCAAAAG AATGCTCTGC GTAATGAGAG ACCGGGTTCT 
GCCTTAAGTA ATATTCAGGA TACTGGAGTT TGGCTGGGAG GTTCAGCTGG ATCCATTACA 
CAAAGGAGTG ACTTATCTTC ATCTTCTGGG TCCCTAGATC CATTACCTCA TGGATCGAAT 
TCCGTGGAAC ATAGAACTGA GGACAGTACC ATATATGAGC TTTTAAAGGA TCAAAACATC 
TCACTTAAAA ATAAAAGACA GAGATCCAAG AAAATGAAAG CAAGCTCAGT ATTAGTTATT 
TCTGGAGGTC AAGGACACAG AAGAGTAAAC AAGAAGTCCA AGCAGCAGAG ACAGGATGAA 
CTCGTATCTT CTGTGATGGT TTGGCAGATT CCATTACTAA ACATCTGA

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

ARHGEF10 ( XM_025206346.1 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_025062131.1 Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X2, mRNA.

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CloneID	OAl19939
Clone ID Related Accession (Same CDS sequence)	XM_006025529.2 , XM_025206346.1 , XM_006025527.2 , XM_006025528.2
Accession Version	XM_025206346.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4068bp) 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 10 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842152.1) 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##

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGGG GATGAAAATG TAGTTAAAAC TGAGAAAGTG 
CAAATGTCAG AATCCAGGAC ACAGGGTGCC CCAACAAAAG TAAACCCTTA CTCTGTCATA 
AATATTTCAC CAATCCAAGA AAAGGATCAG TCTTCATCAC CAGAACCCAG TCCTCAAGAT 
GAAAGTACAA GCACTAACAT GTCAGGTGGA TATTCTGTTC CTGTGCCTTG TGGCTATGCT 
GTACCATCCA ATTTACCATT GATACTACCA GCATACTCCA GTCCTGTTAT AATACGCAGT 
GTTTCTGTGG ATGAAGAAGC AGGTATGCAG ACAGCAGCTG AAGATTGCCA TTTTAATTCT 
TTAAGCTCAG AAGATCCACA AAATAGTGAA GACAACCAGG TCAGTAAAGA TAATGATGCT 
CTAGCCAAAT GGGTTGCAGA TCCTGCAAAT ACAGCATGGA TGGAAAATCC AGAGGAAGTA 
ATTTATGATG ATGTGCCAAG GGAAAATTCT GACTCTGAAC CAGAGGAAAT GATTTATGAT 
GATGTTGAGA ATGGTGACGA TGGTGGAAAC AGCTCTCTAG ACTATGGATG GAGTTCGAGT 
GAGTTTGAAA GCTATGAAGA ACAAAGTGAC TCCGAGTGTA AGAATGGAGT TCCCAGCTCC 
TTTTTGCGAG GCAACCACAA GAGACATCTT TCTCATGACC TAACCCGTTT AAAGGAGCAC 
TATGAGAAAA AGATGAAAGA TTTGATGGCA AACACTGTGG GAGCAGTAGA GATTCAGCAA 
CTAAAGCAAA AACATGAGCT GAAGATGCAA AAACTCATGA GGGCTGCTAG AGAAGGTACC 
AAAGATGGAC TTGAAAAGAC TAAAGCAGCT GTGAAGAAGG GTCGTTCATT CATTAGGACC 
AAATCCTTTA TTTCTCAAGA TCATAGATCA CCCTGTCTGG AAGAAGATGA ATTACATTTA 
TTCATTGATG TAGACTGTAT GCATACAGAA GCAATTATGA CTCCTATGCC TGAAGGATTA 
TCACAGCAAC AGGTTGTGAG AAGATACATT TTGGGCTCTG TGGTTGACAG TGAGAAGAAT 
TATGTGGATG CTCTCAAAAG AATTCTAGAG CAATATGAGA AGCCCCTATC AGAAATGGAA 
CCAAAATTAC TGAGTGAAAG GAAACTCAAA ATGGTCTTTT ATCGAATCAA AGAAATTCTT 
CAGTGCCATT CAATGTTTCA GATAGCACTG GCCAGTCGGG TGTCTGACTG GGATTCTGTT 
GAAATGATTG GAGATGTCTT TGTTGCTTCA TTTTCTAAAT CGATGGTGCT AGATGCTTAT 
AGTGAATATG TAAATAATTT CAGTACAGCA GTGGGGATTC TCAAGAAAAC ATGTGCCACT 
AAGCCTGCCT TTCTAGATTT TTTAAAGCAA TGCCAGGAGT CAAGCCCTGA TCGAATCACA 
CTCTATGGGT TAATGATGAA ACCCATACAG CGCTTCCCAC AATTCATTCT TTTGCTTCAG 
GATATGTTAA AGAATACTAC TAAAGGACAT CCTGACAGGC TGCCTCTACA GATGGCTCTT 
ACCGAGCTGG AAACGTTGGC AGAGAAATTA AATGAGAGGA AAAGGGATGC AGATCAGCGC 
TGCGAAATAA AACAAATAGC AAAAGCCATG AACGAACGCT ATCTGAATAA GTTACTCAGC 
AGTGGAAACA GATACCTCAT ACGGACTGAT GATATGATAG AAACAGTTTA CAATGACAAG 
GGAGAAATTG TCAAAACCAA AGAACGACGA CTCTTCATGT TGAATGATGT ACTGATGTGT 
GCAACAGTCA GTGCACGGTC TTCGTATGAA AGTAGTGGCA TTGTGGCAAC TGGCCAAAGG 
TATTTATTAA AATGGAGTGT ACCTCTTGGA CAAGTAGAAG TCATTGAATA TGGCAGCAGC 
GAAGGACAAG GAGAGAATTG CAGGTTCCCA CCTCAGCATT CTGCAGAGAA TGTTGTTGTC 
AGTGTTAAGC CAAACAAACT GTATATGGGA CCAGGGCAGC TATACCATGA TTTGCAGAAT 
CTCTTACATG ATTTGAATGT AGTCGGTCAA ATTAGTCAAC TGATAGGCAG CCTTAAAGGA 
AACTATCAGA ACTTAAATCA GTCAGTGGCT CATGACTGGA CGTCAGGTTT ACAAAAACTG 
ATATTGAAAA AGGAAGATGA AATCCGAGCT GCAGATCGCT GTAGAATTCA ACTGCAGCTT 
TCAGGGAAGC AGGACAAGTC TGGGAGACCT ACTTTCTTTA CTGCAGTGTT CAATACATTT 
ACCCCTGCCA TCAAACAATC TTGGATCAAC AATTTACAAA TGGCTAAGCT TGCCCTTGCG 
GAAGAAAACC TATTGGGTTG GTTCTGTGCA GAAGATGATG GCAATCAAAT CAAGAAAGAA 
AAGCACCCCC TCCTTGTTAG ACATATGCCA GTCATGATGG CTAAACAACA GGAGTTTAAG 
ATTGAATGTG CTGCATATAA TCCTGAACCT TATGTCTCTA GTGAAACTGA GCCAGATTCA 
TGTTCCATGG AGCATGGCTT TCTTTGGATT GGCAGTTGTA CTAATCAAAT GGGACAAATT 
GCAATTGTCT CATTTCAAAA CTCCAACCCC AAGGTTATAG AGTGCTTTAA TGTTGAATCC 
CGCATCCTCT GCATGGTCTA CATTCCAGAG GAAGAGAAAC CAAGAGAGTT AAATGTGGTT 
CCTGAGTCAG AAAATGGGGC TAGAAAGGCT TCCAGTGTGC CTACTATTTG CCTGGGCATG 
GAAGAAGGAA GCATTTCTGT CTACAAAAGT CATCAAGGCT CAAAGAAATT TCGACTTCAA 
CACTTTTTCA CACCTGAAAA ATCAACAGTC ATGAGCCTAG CGTACATGTC CCAGTACTTG 
TTTGCTGGTT TGGTTAATGG GAACATCACA ATCTACACAA AAGCAGAAGA TGGAAACTGG 
AACCCAGAAC CTGAAAAAGT AGTAAAGCTA GGGGTTCTAC CAGTCAGAAG CCTACTTGTG 
ATGGAAGAGA CCATATGGGC GGCATCTGGT GGACAAATTT TTATAATCAC TACTGAGACC 
CATTCTGTGG AGCACTATTT TGAAGCTCAT CAAGAGGAGG GGATGGTGAT CTCACATATG 
GCTGTTGCTG GAGTAGGAAT CTGGATTGCA TTCACATCTG GATCTACACT CCGCTTGTTC 
CACACTGAGA CTCTGAAGCA CCTCCAGGAT ATTAATATTG CCACTCCTAT TCACAATATT 
TTGTCAGGAC AGCAGCGTGT TTCTGTGACC AGTCTACTAG TATGCCATGG TTTATTGCTG 
GTTGGAACAA ATCTGGGAAT TATAGTAGCA TTACCAGTGC CTCGTCTGCA AGGAATTCCA 
AAAGTGACTG GAAGGGGAAT GGTATCCTAT CATGCACATA ATGGCCCAGT CAAATTCCTT 
ATTATGGCTA CAGCCCTAAA CAAGAAAAAC AGAAGCAAAT CCAGAAGCAG TCTGCCTCGA 
AGCACAGAAA CTAATGATGA TGATCAAAAG AATGCTCTGC GTAATGAGAG ACCGGGTTCT 
GCCTTAAGTA ATATTCAGGA TACTGGAGTT TGGCTGGGAG GTTCAGCTGG ATCCATTACA 
CAAAGGAGTG ACTTATCTTC ATCTTCTGGG TCCCTAGATC CATTACCTCA TGGATCGAAT 
TCCGTGGAAC ATAGAACTGA GGACAGTACC ATATATGAGC TTTTAAAGGA TCAAAACATC 
TCACTTAAAA ATAAAAGACA GAGATCCAAG AAAATGAAAG CAAGCTCAGT ATTAGTTATT 
TCTGGAGGTC AAGGACACAG AAGAGTAAAC AAGAAGTCCA AGCAGCAGAG ACAGGATGAA 
CTCGTATCTT CTGTGATGGT TTGGCAGATT CCATTACTAA ACATCTGA

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

RefSeq	XP_025062131.1
CDS	128..4195
Translation	MDVEEFPPPPPPEVLENELEVSGTNEDEEEGEPFYLDSGDEIPEADRQALMPRSSDSRCNIEHEETSSTGDENVVKTEKVQMSESRTQGAPTKVNPYSVINISPIQEKDQSSSPEPSPQDESTSTNMSGGYSVPVPCGYAVPSNLPLILPAYSSPVIIRSVSVDEEAGMQTAAEDCHFNSLSSEDPQNSEDNQVSKDNDALAKWVADPANTAWMENPEEVIYDDVPRENSDSEPEEMIYDDVENGDDGGNSSLDYGWSSSEFESYEEQSDSECKNGVPSSFLRGNHKRHLSHDLTRLKEHYEKKMKDLMANTVGAVEIQQLKQKHELKMQKLMRAAREGTKDGLEKTKAAVKKGRSFIRTKSFISQDHRSPCLEEDELHLFIDVDCMHTEAIMTPMPEGLSQQQVVRRYILGSVVDSEKNYVDALKRILEQYEKPLSEMEPKLLSERKLKMVFYRIKEILQCHSMFQIALASRVSDWDSVEMIGDVFVASFSKSMVLDAYSEYVNNFSTAVGILKKTCATKPAFLDFLKQCQESSPDRITLYGLMMKPIQRFPQFILLLQDMLKNTTKGHPDRLPLQMALTELETLAEKLNERKRDADQRCEIKQIAKAMNERYLNKLLSSGNRYLIRTDDMIETVYNDKGEIVKTKERRLFMLNDVLMCATVSARSSYESSGIVATGQRYLLKWSVPLGQVEVIEYGSSEGQGENCRFPPQHSAENVVVSVKPNKLYMGPGQLYHDLQNLLHDLNVVGQISQLIGSLKGNYQNLNQSVAHDWTSGLQKLILKKEDEIRAADRCRIQLQLSGKQDKSGRPTFFTAVFNTFTPAIKQSWINNLQMAKLALAEENLLGWFCAEDDGNQIKKEKHPLLVRHMPVMMAKQQEFKIECAAYNPEPYVSSETEPDSCSMEHGFLWIGSCTNQMGQIAIVSFQNSNPKVIECFNVESRILCMVYIPEEEKPRELNVVPESENGARKASSVPTICLGMEEGSISVYKSHQGSKKFRLQHFFTPEKSTVMSLAYMSQYLFAGLVNGNITIYTKAEDGNWNPEPEKVVKLGVLPVRSLLVMEETIWAASGGQIFIITTETHSVEHYFEAHQEEGMVISHMAVAGVGIWIAFTSGSTLRLFHTETLKHLQDINIATPIHNILSGQQRVSVTSLLVCHGLLLVGTNLGIIVALPVPRLQGIPKVTGRGMVSYHAHNGPVKFLIMATALNKKNRSKSRSSLPRSTETNDDDQKNALRNERPGSALSNIQDTGVWLGGSAGSITQRSDLSSSSGSLDPLPHGSNSVEHRTEDSTIYELLKDQNISLKNKRQRSKKMKASSVLVISGGQGHRRVNKKSKQQRQDELVSSVMVWQIPLLNI

Target ORF information:

RefSeq Version	XM_025206346.1
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis Rho guanine nucleotide exchange factor 10 (ARHGEF10), transcript variant X2, mRNA.

Target ORF information:

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

XM_025206346.1

ORF Insert Sequence:

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGGG GATGAAAATG TAGTTAAAAC TGAGAAAGTG 
CAAATGTCAG AATCCAGGAC ACAGGGTGCC CCAACAAAAG TAAACCCTTA CTCTGTCATA 
AATATTTCAC CAATCCAAGA AAAGGATCAG TCTTCATCAC CAGAACCCAG TCCTCAAGAT 
GAAAGTACAA GCACTAACAT GTCAGGTGGA TATTCTGTTC CTGTGCCTTG TGGCTATGCT 
GTACCATCCA ATTTACCATT GATACTACCA GCATACTCCA GTCCTGTTAT AATACGCAGT 
GTTTCTGTGG ATGAAGAAGC AGGTATGCAG ACAGCAGCTG AAGATTGCCA TTTTAATTCT 
TTAAGCTCAG AAGATCCACA AAATAGTGAA GACAACCAGG TCAGTAAAGA TAATGATGCT 
CTAGCCAAAT GGGTTGCAGA TCCTGCAAAT ACAGCATGGA TGGAAAATCC AGAGGAAGTA 
ATTTATGATG ATGTGCCAAG GGAAAATTCT GACTCTGAAC CAGAGGAAAT GATTTATGAT 
GATGTTGAGA ATGGTGACGA TGGTGGAAAC AGCTCTCTAG ACTATGGATG GAGTTCGAGT 
GAGTTTGAAA GCTATGAAGA ACAAAGTGAC TCCGAGTGTA AGAATGGAGT TCCCAGCTCC 
TTTTTGCGAG GCAACCACAA GAGACATCTT TCTCATGACC TAACCCGTTT AAAGGAGCAC 
TATGAGAAAA AGATGAAAGA TTTGATGGCA AACACTGTGG GAGCAGTAGA GATTCAGCAA 
CTAAAGCAAA AACATGAGCT GAAGATGCAA AAACTCATGA GGGCTGCTAG AGAAGGTACC 
AAAGATGGAC TTGAAAAGAC TAAAGCAGCT GTGAAGAAGG GTCGTTCATT CATTAGGACC 
AAATCCTTTA TTTCTCAAGA TCATAGATCA CCCTGTCTGG AAGAAGATGA ATTACATTTA 
TTCATTGATG TAGACTGTAT GCATACAGAA GCAATTATGA CTCCTATGCC TGAAGGATTA 
TCACAGCAAC AGGTTGTGAG AAGATACATT TTGGGCTCTG TGGTTGACAG TGAGAAGAAT 
TATGTGGATG CTCTCAAAAG AATTCTAGAG CAATATGAGA AGCCCCTATC AGAAATGGAA 
CCAAAATTAC TGAGTGAAAG GAAACTCAAA ATGGTCTTTT ATCGAATCAA AGAAATTCTT 
CAGTGCCATT CAATGTTTCA GATAGCACTG GCCAGTCGGG TGTCTGACTG GGATTCTGTT 
GAAATGATTG GAGATGTCTT TGTTGCTTCA TTTTCTAAAT CGATGGTGCT AGATGCTTAT 
AGTGAATATG TAAATAATTT CAGTACAGCA GTGGGGATTC TCAAGAAAAC ATGTGCCACT 
AAGCCTGCCT TTCTAGATTT TTTAAAGCAA TGCCAGGAGT CAAGCCCTGA TCGAATCACA 
CTCTATGGGT TAATGATGAA ACCCATACAG CGCTTCCCAC AATTCATTCT TTTGCTTCAG 
GATATGTTAA AGAATACTAC TAAAGGACAT CCTGACAGGC TGCCTCTACA GATGGCTCTT 
ACCGAGCTGG AAACGTTGGC AGAGAAATTA AATGAGAGGA AAAGGGATGC AGATCAGCGC 
TGCGAAATAA AACAAATAGC AAAAGCCATG AACGAACGCT ATCTGAATAA GTTACTCAGC 
AGTGGAAACA GATACCTCAT ACGGACTGAT GATATGATAG AAACAGTTTA CAATGACAAG 
GGAGAAATTG TCAAAACCAA AGAACGACGA CTCTTCATGT TGAATGATGT ACTGATGTGT 
GCAACAGTCA GTGCACGGTC TTCGTATGAA AGTAGTGGCA TTGTGGCAAC TGGCCAAAGG 
TATTTATTAA AATGGAGTGT ACCTCTTGGA CAAGTAGAAG TCATTGAATA TGGCAGCAGC 
GAAGGACAAG GAGAGAATTG CAGGTTCCCA CCTCAGCATT CTGCAGAGAA TGTTGTTGTC 
AGTGTTAAGC CAAACAAACT GTATATGGGA CCAGGGCAGC TATACCATGA TTTGCAGAAT 
CTCTTACATG ATTTGAATGT AGTCGGTCAA ATTAGTCAAC TGATAGGCAG CCTTAAAGGA 
AACTATCAGA ACTTAAATCA GTCAGTGGCT CATGACTGGA CGTCAGGTTT ACAAAAACTG 
ATATTGAAAA AGGAAGATGA AATCCGAGCT GCAGATCGCT GTAGAATTCA ACTGCAGCTT 
TCAGGGAAGC AGGACAAGTC TGGGAGACCT ACTTTCTTTA CTGCAGTGTT CAATACATTT 
ACCCCTGCCA TCAAACAATC TTGGATCAAC AATTTACAAA TGGCTAAGCT TGCCCTTGCG 
GAAGAAAACC TATTGGGTTG GTTCTGTGCA GAAGATGATG GCAATCAAAT CAAGAAAGAA 
AAGCACCCCC TCCTTGTTAG ACATATGCCA GTCATGATGG CTAAACAACA GGAGTTTAAG 
ATTGAATGTG CTGCATATAA TCCTGAACCT TATGTCTCTA GTGAAACTGA GCCAGATTCA 
TGTTCCATGG AGCATGGCTT TCTTTGGATT GGCAGTTGTA CTAATCAAAT GGGACAAATT 
GCAATTGTCT CATTTCAAAA CTCCAACCCC AAGGTTATAG AGTGCTTTAA TGTTGAATCC 
CGCATCCTCT GCATGGTCTA CATTCCAGAG GAAGAGAAAC CAAGAGAGTT AAATGTGGTT 
CCTGAGTCAG AAAATGGGGC TAGAAAGGCT TCCAGTGTGC CTACTATTTG CCTGGGCATG 
GAAGAAGGAA GCATTTCTGT CTACAAAAGT CATCAAGGCT CAAAGAAATT TCGACTTCAA 
CACTTTTTCA CACCTGAAAA ATCAACAGTC ATGAGCCTAG CGTACATGTC CCAGTACTTG 
TTTGCTGGTT TGGTTAATGG GAACATCACA ATCTACACAA AAGCAGAAGA TGGAAACTGG 
AACCCAGAAC CTGAAAAAGT AGTAAAGCTA GGGGTTCTAC CAGTCAGAAG CCTACTTGTG 
ATGGAAGAGA CCATATGGGC GGCATCTGGT GGACAAATTT TTATAATCAC TACTGAGACC 
CATTCTGTGG AGCACTATTT TGAAGCTCAT CAAGAGGAGG GGATGGTGAT CTCACATATG 
GCTGTTGCTG GAGTAGGAAT CTGGATTGCA TTCACATCTG GATCTACACT CCGCTTGTTC 
CACACTGAGA CTCTGAAGCA CCTCCAGGAT ATTAATATTG CCACTCCTAT TCACAATATT 
TTGTCAGGAC AGCAGCGTGT TTCTGTGACC AGTCTACTAG TATGCCATGG TTTATTGCTG 
GTTGGAACAA ATCTGGGAAT TATAGTAGCA TTACCAGTGC CTCGTCTGCA AGGAATTCCA 
AAAGTGACTG GAAGGGGAAT GGTATCCTAT CATGCACATA ATGGCCCAGT CAAATTCCTT 
ATTATGGCTA CAGCCCTAAA CAAGAAAAAC AGAAGCAAAT CCAGAAGCAG TCTGCCTCGA 
AGCACAGAAA CTAATGATGA TGATCAAAAG AATGCTCTGC GTAATGAGAG ACCGGGTTCT 
GCCTTAAGTA ATATTCAGGA TACTGGAGTT TGGCTGGGAG GTTCAGCTGG ATCCATTACA 
CAAAGGAGTG ACTTATCTTC ATCTTCTGGG TCCCTAGATC CATTACCTCA TGGATCGAAT 
TCCGTGGAAC ATAGAACTGA GGACAGTACC ATATATGAGC TTTTAAAGGA TCAAAACATC 
TCACTTAAAA ATAAAAGACA GAGATCCAAG AAAATGAAAG CAAGCTCAGT ATTAGTTATT 
TCTGGAGGTC AAGGACACAG AAGAGTAAAC AAGAAGTCCA AGCAGCAGAG ACAGGATGAA 
CTCGTATCTT CTGTGATGGT TTGGCAGATT CCATTACTAA ACATCTGA

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

ARHGEF10 ( XM_006025527.2 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_006025589.1 Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 10 (ARHGEF10), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAl19939
Clone ID Related Accession (Same CDS sequence)	XM_006025529.2 , XM_025206346.1 , XM_006025527.2 , XM_006025528.2
Accession Version	XM_006025527.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4068bp) 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 10 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842152.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Oct 30, 2015 this sequence version replaced XM_006025527.1. ##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##

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGGG GATGAAAATG TAGTTAAAAC TGAGAAAGTG 
CAAATGTCAG AATCCAGGAC ACAGGGTGCC CCAACAAAAG TAAACCCTTA CTCTGTCATA 
AATATTTCAC CAATCCAAGA AAAGGATCAG TCTTCATCAC CAGAACCCAG TCCTCAAGAT 
GAAAGTACAA GCACTAACAT GTCAGGTGGA TATTCTGTTC CTGTGCCTTG TGGCTATGCT 
GTACCATCCA ATTTACCATT GATACTACCA GCATACTCCA GTCCTGTTAT AATACGCAGT 
GTTTCTGTGG ATGAAGAAGC AGGTATGCAG ACAGCAGCTG AAGATTGCCA TTTTAATTCT 
TTAAGCTCAG AAGATCCACA AAATAGTGAA GACAACCAGG TCAGTAAAGA TAATGATGCT 
CTAGCCAAAT GGGTTGCAGA TCCTGCAAAT ACAGCATGGA TGGAAAATCC AGAGGAAGTA 
ATTTATGATG ATGTGCCAAG GGAAAATTCT GACTCTGAAC CAGAGGAAAT GATTTATGAT 
GATGTTGAGA ATGGTGACGA TGGTGGAAAC AGCTCTCTAG ACTATGGATG GAGTTCGAGT 
GAGTTTGAAA GCTATGAAGA ACAAAGTGAC TCCGAGTGTA AGAATGGAGT TCCCAGCTCC 
TTTTTGCGAG GCAACCACAA GAGACATCTT TCTCATGACC TAACCCGTTT AAAGGAGCAC 
TATGAGAAAA AGATGAAAGA TTTGATGGCA AACACTGTGG GAGCAGTAGA GATTCAGCAA 
CTAAAGCAAA AACATGAGCT GAAGATGCAA AAACTCATGA GGGCTGCTAG AGAAGGTACC 
AAAGATGGAC TTGAAAAGAC TAAAGCAGCT GTGAAGAAGG GTCGTTCATT CATTAGGACC 
AAATCCTTTA TTTCTCAAGA TCATAGATCA CCCTGTCTGG AAGAAGATGA ATTACATTTA 
TTCATTGATG TAGACTGTAT GCATACAGAA GCAATTATGA CTCCTATGCC TGAAGGATTA 
TCACAGCAAC AGGTTGTGAG AAGATACATT TTGGGCTCTG TGGTTGACAG TGAGAAGAAT 
TATGTGGATG CTCTCAAAAG AATTCTAGAG CAATATGAGA AGCCCCTATC AGAAATGGAA 
CCAAAATTAC TGAGTGAAAG GAAACTCAAA ATGGTCTTTT ATCGAATCAA AGAAATTCTT 
CAGTGCCATT CAATGTTTCA GATAGCACTG GCCAGTCGGG TGTCTGACTG GGATTCTGTT 
GAAATGATTG GAGATGTCTT TGTTGCTTCA TTTTCTAAAT CGATGGTGCT AGATGCTTAT 
AGTGAATATG TAAATAATTT CAGTACAGCA GTGGGGATTC TCAAGAAAAC ATGTGCCACT 
AAGCCTGCCT TTCTAGATTT TTTAAAGCAA TGCCAGGAGT CAAGCCCTGA TCGAATCACA 
CTCTATGGGT TAATGATGAA ACCCATACAG CGCTTCCCAC AATTCATTCT TTTGCTTCAG 
GATATGTTAA AGAATACTAC TAAAGGACAT CCTGACAGGC TGCCTCTACA GATGGCTCTT 
ACCGAGCTGG AAACGTTGGC AGAGAAATTA AATGAGAGGA AAAGGGATGC AGATCAGCGC 
TGCGAAATAA AACAAATAGC AAAAGCCATG AACGAACGCT ATCTGAATAA GTTACTCAGC 
AGTGGAAACA GATACCTCAT ACGGACTGAT GATATGATAG AAACAGTTTA CAATGACAAG 
GGAGAAATTG TCAAAACCAA AGAACGACGA CTCTTCATGT TGAATGATGT ACTGATGTGT 
GCAACAGTCA GTGCACGGTC TTCGTATGAA AGTAGTGGCA TTGTGGCAAC TGGCCAAAGG 
TATTTATTAA AATGGAGTGT ACCTCTTGGA CAAGTAGAAG TCATTGAATA TGGCAGCAGC 
GAAGGACAAG GAGAGAATTG CAGGTTCCCA CCTCAGCATT CTGCAGAGAA TGTTGTTGTC 
AGTGTTAAGC CAAACAAACT GTATATGGGA CCAGGGCAGC TATACCATGA TTTGCAGAAT 
CTCTTACATG ATTTGAATGT AGTCGGTCAA ATTAGTCAAC TGATAGGCAG CCTTAAAGGA 
AACTATCAGA ACTTAAATCA GTCAGTGGCT CATGACTGGA CGTCAGGTTT ACAAAAACTG 
ATATTGAAAA AGGAAGATGA AATCCGAGCT GCAGATCGCT GTAGAATTCA ACTGCAGCTT 
TCAGGGAAGC AGGACAAGTC TGGGAGACCT ACTTTCTTTA CTGCAGTGTT CAATACATTT 
ACCCCTGCCA TCAAACAATC TTGGATCAAC AATTTACAAA TGGCTAAGCT TGCCCTTGCG 
GAAGAAAACC TATTGGGTTG GTTCTGTGCA GAAGATGATG GCAATCAAAT CAAGAAAGAA 
AAGCACCCCC TCCTTGTTAG ACATATGCCA GTCATGATGG CTAAACAACA GGAGTTTAAG 
ATTGAATGTG CTGCATATAA TCCTGAACCT TATGTCTCTA GTGAAACTGA GCCAGATTCA 
TGTTCCATGG AGCATGGCTT TCTTTGGATT GGCAGTTGTA CTAATCAAAT GGGACAAATT 
GCAATTGTCT CATTTCAAAA CTCCAACCCC AAGGTTATAG AGTGCTTTAA TGTTGAATCC 
CGCATCCTCT GCATGGTCTA CATTCCAGAG GAAGAGAAAC CAAGAGAGTT AAATGTGGTT 
CCTGAGTCAG AAAATGGGGC TAGAAAGGCT TCCAGTGTGC CTACTATTTG CCTGGGCATG 
GAAGAAGGAA GCATTTCTGT CTACAAAAGT CATCAAGGCT CAAAGAAATT TCGACTTCAA 
CACTTTTTCA CACCTGAAAA ATCAACAGTC ATGAGCCTAG CGTACATGTC CCAGTACTTG 
TTTGCTGGTT TGGTTAATGG GAACATCACA ATCTACACAA AAGCAGAAGA TGGAAACTGG 
AACCCAGAAC CTGAAAAAGT AGTAAAGCTA GGGGTTCTAC CAGTCAGAAG CCTACTTGTG 
ATGGAAGAGA CCATATGGGC GGCATCTGGT GGACAAATTT TTATAATCAC TACTGAGACC 
CATTCTGTGG AGCACTATTT TGAAGCTCAT CAAGAGGAGG GGATGGTGAT CTCACATATG 
GCTGTTGCTG GAGTAGGAAT CTGGATTGCA TTCACATCTG GATCTACACT CCGCTTGTTC 
CACACTGAGA CTCTGAAGCA CCTCCAGGAT ATTAATATTG CCACTCCTAT TCACAATATT 
TTGTCAGGAC AGCAGCGTGT TTCTGTGACC AGTCTACTAG TATGCCATGG TTTATTGCTG 
GTTGGAACAA ATCTGGGAAT TATAGTAGCA TTACCAGTGC CTCGTCTGCA AGGAATTCCA 
AAAGTGACTG GAAGGGGAAT GGTATCCTAT CATGCACATA ATGGCCCAGT CAAATTCCTT 
ATTATGGCTA CAGCCCTAAA CAAGAAAAAC AGAAGCAAAT CCAGAAGCAG TCTGCCTCGA 
AGCACAGAAA CTAATGATGA TGATCAAAAG AATGCTCTGC GTAATGAGAG ACCGGGTTCT 
GCCTTAAGTA ATATTCAGGA TACTGGAGTT TGGCTGGGAG GTTCAGCTGG ATCCATTACA 
CAAAGGAGTG ACTTATCTTC ATCTTCTGGG TCCCTAGATC CATTACCTCA TGGATCGAAT 
TCCGTGGAAC ATAGAACTGA GGACAGTACC ATATATGAGC TTTTAAAGGA TCAAAACATC 
TCACTTAAAA ATAAAAGACA GAGATCCAAG AAAATGAAAG CAAGCTCAGT ATTAGTTATT 
TCTGGAGGTC AAGGACACAG AAGAGTAAAC AAGAAGTCCA AGCAGCAGAG ACAGGATGAA 
CTCGTATCTT CTGTGATGGT TTGGCAGATT CCATTACTAA ACATCTGA

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

RefSeq	XP_006025589.1
CDS	78..4145
Translation	MDVEEFPPPPPPEVLENELEVSGTNEDEEEGEPFYLDSGDEIPEADRQALMPRSSDSRCNIEHEETSSTGDENVVKTEKVQMSESRTQGAPTKVNPYSVINISPIQEKDQSSSPEPSPQDESTSTNMSGGYSVPVPCGYAVPSNLPLILPAYSSPVIIRSVSVDEEAGMQTAAEDCHFNSLSSEDPQNSEDNQVSKDNDALAKWVADPANTAWMENPEEVIYDDVPRENSDSEPEEMIYDDVENGDDGGNSSLDYGWSSSEFESYEEQSDSECKNGVPSSFLRGNHKRHLSHDLTRLKEHYEKKMKDLMANTVGAVEIQQLKQKHELKMQKLMRAAREGTKDGLEKTKAAVKKGRSFIRTKSFISQDHRSPCLEEDELHLFIDVDCMHTEAIMTPMPEGLSQQQVVRRYILGSVVDSEKNYVDALKRILEQYEKPLSEMEPKLLSERKLKMVFYRIKEILQCHSMFQIALASRVSDWDSVEMIGDVFVASFSKSMVLDAYSEYVNNFSTAVGILKKTCATKPAFLDFLKQCQESSPDRITLYGLMMKPIQRFPQFILLLQDMLKNTTKGHPDRLPLQMALTELETLAEKLNERKRDADQRCEIKQIAKAMNERYLNKLLSSGNRYLIRTDDMIETVYNDKGEIVKTKERRLFMLNDVLMCATVSARSSYESSGIVATGQRYLLKWSVPLGQVEVIEYGSSEGQGENCRFPPQHSAENVVVSVKPNKLYMGPGQLYHDLQNLLHDLNVVGQISQLIGSLKGNYQNLNQSVAHDWTSGLQKLILKKEDEIRAADRCRIQLQLSGKQDKSGRPTFFTAVFNTFTPAIKQSWINNLQMAKLALAEENLLGWFCAEDDGNQIKKEKHPLLVRHMPVMMAKQQEFKIECAAYNPEPYVSSETEPDSCSMEHGFLWIGSCTNQMGQIAIVSFQNSNPKVIECFNVESRILCMVYIPEEEKPRELNVVPESENGARKASSVPTICLGMEEGSISVYKSHQGSKKFRLQHFFTPEKSTVMSLAYMSQYLFAGLVNGNITIYTKAEDGNWNPEPEKVVKLGVLPVRSLLVMEETIWAASGGQIFIITTETHSVEHYFEAHQEEGMVISHMAVAGVGIWIAFTSGSTLRLFHTETLKHLQDINIATPIHNILSGQQRVSVTSLLVCHGLLLVGTNLGIIVALPVPRLQGIPKVTGRGMVSYHAHNGPVKFLIMATALNKKNRSKSRSSLPRSTETNDDDQKNALRNERPGSALSNIQDTGVWLGGSAGSITQRSDLSSSSGSLDPLPHGSNSVEHRTEDSTIYELLKDQNISLKNKRQRSKKMKASSVLVISGGQGHRRVNKKSKQQRQDELVSSVMVWQIPLLNI

Target ORF information:

RefSeq Version	XM_006025527.2
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 10 (ARHGEF10), transcript variant X1, mRNA.

Target ORF information:

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

XM_006025527.2

ORF Insert Sequence:

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGGG GATGAAAATG TAGTTAAAAC TGAGAAAGTG 
CAAATGTCAG AATCCAGGAC ACAGGGTGCC CCAACAAAAG TAAACCCTTA CTCTGTCATA 
AATATTTCAC CAATCCAAGA AAAGGATCAG TCTTCATCAC CAGAACCCAG TCCTCAAGAT 
GAAAGTACAA GCACTAACAT GTCAGGTGGA TATTCTGTTC CTGTGCCTTG TGGCTATGCT 
GTACCATCCA ATTTACCATT GATACTACCA GCATACTCCA GTCCTGTTAT AATACGCAGT 
GTTTCTGTGG ATGAAGAAGC AGGTATGCAG ACAGCAGCTG AAGATTGCCA TTTTAATTCT 
TTAAGCTCAG AAGATCCACA AAATAGTGAA GACAACCAGG TCAGTAAAGA TAATGATGCT 
CTAGCCAAAT GGGTTGCAGA TCCTGCAAAT ACAGCATGGA TGGAAAATCC AGAGGAAGTA 
ATTTATGATG ATGTGCCAAG GGAAAATTCT GACTCTGAAC CAGAGGAAAT GATTTATGAT 
GATGTTGAGA ATGGTGACGA TGGTGGAAAC AGCTCTCTAG ACTATGGATG GAGTTCGAGT 
GAGTTTGAAA GCTATGAAGA ACAAAGTGAC TCCGAGTGTA AGAATGGAGT TCCCAGCTCC 
TTTTTGCGAG GCAACCACAA GAGACATCTT TCTCATGACC TAACCCGTTT AAAGGAGCAC 
TATGAGAAAA AGATGAAAGA TTTGATGGCA AACACTGTGG GAGCAGTAGA GATTCAGCAA 
CTAAAGCAAA AACATGAGCT GAAGATGCAA AAACTCATGA GGGCTGCTAG AGAAGGTACC 
AAAGATGGAC TTGAAAAGAC TAAAGCAGCT GTGAAGAAGG GTCGTTCATT CATTAGGACC 
AAATCCTTTA TTTCTCAAGA TCATAGATCA CCCTGTCTGG AAGAAGATGA ATTACATTTA 
TTCATTGATG TAGACTGTAT GCATACAGAA GCAATTATGA CTCCTATGCC TGAAGGATTA 
TCACAGCAAC AGGTTGTGAG AAGATACATT TTGGGCTCTG TGGTTGACAG TGAGAAGAAT 
TATGTGGATG CTCTCAAAAG AATTCTAGAG CAATATGAGA AGCCCCTATC AGAAATGGAA 
CCAAAATTAC TGAGTGAAAG GAAACTCAAA ATGGTCTTTT ATCGAATCAA AGAAATTCTT 
CAGTGCCATT CAATGTTTCA GATAGCACTG GCCAGTCGGG TGTCTGACTG GGATTCTGTT 
GAAATGATTG GAGATGTCTT TGTTGCTTCA TTTTCTAAAT CGATGGTGCT AGATGCTTAT 
AGTGAATATG TAAATAATTT CAGTACAGCA GTGGGGATTC TCAAGAAAAC ATGTGCCACT 
AAGCCTGCCT TTCTAGATTT TTTAAAGCAA TGCCAGGAGT CAAGCCCTGA TCGAATCACA 
CTCTATGGGT TAATGATGAA ACCCATACAG CGCTTCCCAC AATTCATTCT TTTGCTTCAG 
GATATGTTAA AGAATACTAC TAAAGGACAT CCTGACAGGC TGCCTCTACA GATGGCTCTT 
ACCGAGCTGG AAACGTTGGC AGAGAAATTA AATGAGAGGA AAAGGGATGC AGATCAGCGC 
TGCGAAATAA AACAAATAGC AAAAGCCATG AACGAACGCT ATCTGAATAA GTTACTCAGC 
AGTGGAAACA GATACCTCAT ACGGACTGAT GATATGATAG AAACAGTTTA CAATGACAAG 
GGAGAAATTG TCAAAACCAA AGAACGACGA CTCTTCATGT TGAATGATGT ACTGATGTGT 
GCAACAGTCA GTGCACGGTC TTCGTATGAA AGTAGTGGCA TTGTGGCAAC TGGCCAAAGG 
TATTTATTAA AATGGAGTGT ACCTCTTGGA CAAGTAGAAG TCATTGAATA TGGCAGCAGC 
GAAGGACAAG GAGAGAATTG CAGGTTCCCA CCTCAGCATT CTGCAGAGAA TGTTGTTGTC 
AGTGTTAAGC CAAACAAACT GTATATGGGA CCAGGGCAGC TATACCATGA TTTGCAGAAT 
CTCTTACATG ATTTGAATGT AGTCGGTCAA ATTAGTCAAC TGATAGGCAG CCTTAAAGGA 
AACTATCAGA ACTTAAATCA GTCAGTGGCT CATGACTGGA CGTCAGGTTT ACAAAAACTG 
ATATTGAAAA AGGAAGATGA AATCCGAGCT GCAGATCGCT GTAGAATTCA ACTGCAGCTT 
TCAGGGAAGC AGGACAAGTC TGGGAGACCT ACTTTCTTTA CTGCAGTGTT CAATACATTT 
ACCCCTGCCA TCAAACAATC TTGGATCAAC AATTTACAAA TGGCTAAGCT TGCCCTTGCG 
GAAGAAAACC TATTGGGTTG GTTCTGTGCA GAAGATGATG GCAATCAAAT CAAGAAAGAA 
AAGCACCCCC TCCTTGTTAG ACATATGCCA GTCATGATGG CTAAACAACA GGAGTTTAAG 
ATTGAATGTG CTGCATATAA TCCTGAACCT TATGTCTCTA GTGAAACTGA GCCAGATTCA 
TGTTCCATGG AGCATGGCTT TCTTTGGATT GGCAGTTGTA CTAATCAAAT GGGACAAATT 
GCAATTGTCT CATTTCAAAA CTCCAACCCC AAGGTTATAG AGTGCTTTAA TGTTGAATCC 
CGCATCCTCT GCATGGTCTA CATTCCAGAG GAAGAGAAAC CAAGAGAGTT AAATGTGGTT 
CCTGAGTCAG AAAATGGGGC TAGAAAGGCT TCCAGTGTGC CTACTATTTG CCTGGGCATG 
GAAGAAGGAA GCATTTCTGT CTACAAAAGT CATCAAGGCT CAAAGAAATT TCGACTTCAA 
CACTTTTTCA CACCTGAAAA ATCAACAGTC ATGAGCCTAG CGTACATGTC CCAGTACTTG 
TTTGCTGGTT TGGTTAATGG GAACATCACA ATCTACACAA AAGCAGAAGA TGGAAACTGG 
AACCCAGAAC CTGAAAAAGT AGTAAAGCTA GGGGTTCTAC CAGTCAGAAG CCTACTTGTG 
ATGGAAGAGA CCATATGGGC GGCATCTGGT GGACAAATTT TTATAATCAC TACTGAGACC 
CATTCTGTGG AGCACTATTT TGAAGCTCAT CAAGAGGAGG GGATGGTGAT CTCACATATG 
GCTGTTGCTG GAGTAGGAAT CTGGATTGCA TTCACATCTG GATCTACACT CCGCTTGTTC 
CACACTGAGA CTCTGAAGCA CCTCCAGGAT ATTAATATTG CCACTCCTAT TCACAATATT 
TTGTCAGGAC AGCAGCGTGT TTCTGTGACC AGTCTACTAG TATGCCATGG TTTATTGCTG 
GTTGGAACAA ATCTGGGAAT TATAGTAGCA TTACCAGTGC CTCGTCTGCA AGGAATTCCA 
AAAGTGACTG GAAGGGGAAT GGTATCCTAT CATGCACATA ATGGCCCAGT CAAATTCCTT 
ATTATGGCTA CAGCCCTAAA CAAGAAAAAC AGAAGCAAAT CCAGAAGCAG TCTGCCTCGA 
AGCACAGAAA CTAATGATGA TGATCAAAAG AATGCTCTGC GTAATGAGAG ACCGGGTTCT 
GCCTTAAGTA ATATTCAGGA TACTGGAGTT TGGCTGGGAG GTTCAGCTGG ATCCATTACA 
CAAAGGAGTG ACTTATCTTC ATCTTCTGGG TCCCTAGATC CATTACCTCA TGGATCGAAT 
TCCGTGGAAC ATAGAACTGA GGACAGTACC ATATATGAGC TTTTAAAGGA TCAAAACATC 
TCACTTAAAA ATAAAAGACA GAGATCCAAG AAAATGAAAG CAAGCTCAGT ATTAGTTATT 
TCTGGAGGTC AAGGACACAG AAGAGTAAAC AAGAAGTCCA AGCAGCAGAG ACAGGATGAA 
CTCGTATCTT CTGTGATGGT TTGGCAGATT CCATTACTAA ACATCTGA

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

ARHGEF10 ( XM_006025528.2 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_006025590.1 Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 10 (ARHGEF10), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAl19939
Clone ID Related Accession (Same CDS sequence)	XM_006025529.2 , XM_025206346.1 , XM_006025527.2 , XM_006025528.2
Accession Version	XM_006025528.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4068bp) 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 10 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842152.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Oct 30, 2015 this sequence version replaced XM_006025528.1. ##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##

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGGG GATGAAAATG TAGTTAAAAC TGAGAAAGTG 
CAAATGTCAG AATCCAGGAC ACAGGGTGCC CCAACAAAAG TAAACCCTTA CTCTGTCATA 
AATATTTCAC CAATCCAAGA AAAGGATCAG TCTTCATCAC CAGAACCCAG TCCTCAAGAT 
GAAAGTACAA GCACTAACAT GTCAGGTGGA TATTCTGTTC CTGTGCCTTG TGGCTATGCT 
GTACCATCCA ATTTACCATT GATACTACCA GCATACTCCA GTCCTGTTAT AATACGCAGT 
GTTTCTGTGG ATGAAGAAGC AGGTATGCAG ACAGCAGCTG AAGATTGCCA TTTTAATTCT 
TTAAGCTCAG AAGATCCACA AAATAGTGAA GACAACCAGG TCAGTAAAGA TAATGATGCT 
CTAGCCAAAT GGGTTGCAGA TCCTGCAAAT ACAGCATGGA TGGAAAATCC AGAGGAAGTA 
ATTTATGATG ATGTGCCAAG GGAAAATTCT GACTCTGAAC CAGAGGAAAT GATTTATGAT 
GATGTTGAGA ATGGTGACGA TGGTGGAAAC AGCTCTCTAG ACTATGGATG GAGTTCGAGT 
GAGTTTGAAA GCTATGAAGA ACAAAGTGAC TCCGAGTGTA AGAATGGAGT TCCCAGCTCC 
TTTTTGCGAG GCAACCACAA GAGACATCTT TCTCATGACC TAACCCGTTT AAAGGAGCAC 
TATGAGAAAA AGATGAAAGA TTTGATGGCA AACACTGTGG GAGCAGTAGA GATTCAGCAA 
CTAAAGCAAA AACATGAGCT GAAGATGCAA AAACTCATGA GGGCTGCTAG AGAAGGTACC 
AAAGATGGAC TTGAAAAGAC TAAAGCAGCT GTGAAGAAGG GTCGTTCATT CATTAGGACC 
AAATCCTTTA TTTCTCAAGA TCATAGATCA CCCTGTCTGG AAGAAGATGA ATTACATTTA 
TTCATTGATG TAGACTGTAT GCATACAGAA GCAATTATGA CTCCTATGCC TGAAGGATTA 
TCACAGCAAC AGGTTGTGAG AAGATACATT TTGGGCTCTG TGGTTGACAG TGAGAAGAAT 
TATGTGGATG CTCTCAAAAG AATTCTAGAG CAATATGAGA AGCCCCTATC AGAAATGGAA 
CCAAAATTAC TGAGTGAAAG GAAACTCAAA ATGGTCTTTT ATCGAATCAA AGAAATTCTT 
CAGTGCCATT CAATGTTTCA GATAGCACTG GCCAGTCGGG TGTCTGACTG GGATTCTGTT 
GAAATGATTG GAGATGTCTT TGTTGCTTCA TTTTCTAAAT CGATGGTGCT AGATGCTTAT 
AGTGAATATG TAAATAATTT CAGTACAGCA GTGGGGATTC TCAAGAAAAC ATGTGCCACT 
AAGCCTGCCT TTCTAGATTT TTTAAAGCAA TGCCAGGAGT CAAGCCCTGA TCGAATCACA 
CTCTATGGGT TAATGATGAA ACCCATACAG CGCTTCCCAC AATTCATTCT TTTGCTTCAG 
GATATGTTAA AGAATACTAC TAAAGGACAT CCTGACAGGC TGCCTCTACA GATGGCTCTT 
ACCGAGCTGG AAACGTTGGC AGAGAAATTA AATGAGAGGA AAAGGGATGC AGATCAGCGC 
TGCGAAATAA AACAAATAGC AAAAGCCATG AACGAACGCT ATCTGAATAA GTTACTCAGC 
AGTGGAAACA GATACCTCAT ACGGACTGAT GATATGATAG AAACAGTTTA CAATGACAAG 
GGAGAAATTG TCAAAACCAA AGAACGACGA CTCTTCATGT TGAATGATGT ACTGATGTGT 
GCAACAGTCA GTGCACGGTC TTCGTATGAA AGTAGTGGCA TTGTGGCAAC TGGCCAAAGG 
TATTTATTAA AATGGAGTGT ACCTCTTGGA CAAGTAGAAG TCATTGAATA TGGCAGCAGC 
GAAGGACAAG GAGAGAATTG CAGGTTCCCA CCTCAGCATT CTGCAGAGAA TGTTGTTGTC 
AGTGTTAAGC CAAACAAACT GTATATGGGA CCAGGGCAGC TATACCATGA TTTGCAGAAT 
CTCTTACATG ATTTGAATGT AGTCGGTCAA ATTAGTCAAC TGATAGGCAG CCTTAAAGGA 
AACTATCAGA ACTTAAATCA GTCAGTGGCT CATGACTGGA CGTCAGGTTT ACAAAAACTG 
ATATTGAAAA AGGAAGATGA AATCCGAGCT GCAGATCGCT GTAGAATTCA ACTGCAGCTT 
TCAGGGAAGC AGGACAAGTC TGGGAGACCT ACTTTCTTTA CTGCAGTGTT CAATACATTT 
ACCCCTGCCA TCAAACAATC TTGGATCAAC AATTTACAAA TGGCTAAGCT TGCCCTTGCG 
GAAGAAAACC TATTGGGTTG GTTCTGTGCA GAAGATGATG GCAATCAAAT CAAGAAAGAA 
AAGCACCCCC TCCTTGTTAG ACATATGCCA GTCATGATGG CTAAACAACA GGAGTTTAAG 
ATTGAATGTG CTGCATATAA TCCTGAACCT TATGTCTCTA GTGAAACTGA GCCAGATTCA 
TGTTCCATGG AGCATGGCTT TCTTTGGATT GGCAGTTGTA CTAATCAAAT GGGACAAATT 
GCAATTGTCT CATTTCAAAA CTCCAACCCC AAGGTTATAG AGTGCTTTAA TGTTGAATCC 
CGCATCCTCT GCATGGTCTA CATTCCAGAG GAAGAGAAAC CAAGAGAGTT AAATGTGGTT 
CCTGAGTCAG AAAATGGGGC TAGAAAGGCT TCCAGTGTGC CTACTATTTG CCTGGGCATG 
GAAGAAGGAA GCATTTCTGT CTACAAAAGT CATCAAGGCT CAAAGAAATT TCGACTTCAA 
CACTTTTTCA CACCTGAAAA ATCAACAGTC ATGAGCCTAG CGTACATGTC CCAGTACTTG 
TTTGCTGGTT TGGTTAATGG GAACATCACA ATCTACACAA AAGCAGAAGA TGGAAACTGG 
AACCCAGAAC CTGAAAAAGT AGTAAAGCTA GGGGTTCTAC CAGTCAGAAG CCTACTTGTG 
ATGGAAGAGA CCATATGGGC GGCATCTGGT GGACAAATTT TTATAATCAC TACTGAGACC 
CATTCTGTGG AGCACTATTT TGAAGCTCAT CAAGAGGAGG GGATGGTGAT CTCACATATG 
GCTGTTGCTG GAGTAGGAAT CTGGATTGCA TTCACATCTG GATCTACACT CCGCTTGTTC 
CACACTGAGA CTCTGAAGCA CCTCCAGGAT ATTAATATTG CCACTCCTAT TCACAATATT 
TTGTCAGGAC AGCAGCGTGT TTCTGTGACC AGTCTACTAG TATGCCATGG TTTATTGCTG 
GTTGGAACAA ATCTGGGAAT TATAGTAGCA TTACCAGTGC CTCGTCTGCA AGGAATTCCA 
AAAGTGACTG GAAGGGGAAT GGTATCCTAT CATGCACATA ATGGCCCAGT CAAATTCCTT 
ATTATGGCTA CAGCCCTAAA CAAGAAAAAC AGAAGCAAAT CCAGAAGCAG TCTGCCTCGA 
AGCACAGAAA CTAATGATGA TGATCAAAAG AATGCTCTGC GTAATGAGAG ACCGGGTTCT 
GCCTTAAGTA ATATTCAGGA TACTGGAGTT TGGCTGGGAG GTTCAGCTGG ATCCATTACA 
CAAAGGAGTG ACTTATCTTC ATCTTCTGGG TCCCTAGATC CATTACCTCA TGGATCGAAT 
TCCGTGGAAC ATAGAACTGA GGACAGTACC ATATATGAGC TTTTAAAGGA TCAAAACATC 
TCACTTAAAA ATAAAAGACA GAGATCCAAG AAAATGAAAG CAAGCTCAGT ATTAGTTATT 
TCTGGAGGTC AAGGACACAG AAGAGTAAAC AAGAAGTCCA AGCAGCAGAG ACAGGATGAA 
CTCGTATCTT CTGTGATGGT TTGGCAGATT CCATTACTAA ACATCTGA

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

RefSeq	XP_006025590.1
CDS	87..4154
Translation	MDVEEFPPPPPPEVLENELEVSGTNEDEEEGEPFYLDSGDEIPEADRQALMPRSSDSRCNIEHEETSSTGDENVVKTEKVQMSESRTQGAPTKVNPYSVINISPIQEKDQSSSPEPSPQDESTSTNMSGGYSVPVPCGYAVPSNLPLILPAYSSPVIIRSVSVDEEAGMQTAAEDCHFNSLSSEDPQNSEDNQVSKDNDALAKWVADPANTAWMENPEEVIYDDVPRENSDSEPEEMIYDDVENGDDGGNSSLDYGWSSSEFESYEEQSDSECKNGVPSSFLRGNHKRHLSHDLTRLKEHYEKKMKDLMANTVGAVEIQQLKQKHELKMQKLMRAAREGTKDGLEKTKAAVKKGRSFIRTKSFISQDHRSPCLEEDELHLFIDVDCMHTEAIMTPMPEGLSQQQVVRRYILGSVVDSEKNYVDALKRILEQYEKPLSEMEPKLLSERKLKMVFYRIKEILQCHSMFQIALASRVSDWDSVEMIGDVFVASFSKSMVLDAYSEYVNNFSTAVGILKKTCATKPAFLDFLKQCQESSPDRITLYGLMMKPIQRFPQFILLLQDMLKNTTKGHPDRLPLQMALTELETLAEKLNERKRDADQRCEIKQIAKAMNERYLNKLLSSGNRYLIRTDDMIETVYNDKGEIVKTKERRLFMLNDVLMCATVSARSSYESSGIVATGQRYLLKWSVPLGQVEVIEYGSSEGQGENCRFPPQHSAENVVVSVKPNKLYMGPGQLYHDLQNLLHDLNVVGQISQLIGSLKGNYQNLNQSVAHDWTSGLQKLILKKEDEIRAADRCRIQLQLSGKQDKSGRPTFFTAVFNTFTPAIKQSWINNLQMAKLALAEENLLGWFCAEDDGNQIKKEKHPLLVRHMPVMMAKQQEFKIECAAYNPEPYVSSETEPDSCSMEHGFLWIGSCTNQMGQIAIVSFQNSNPKVIECFNVESRILCMVYIPEEEKPRELNVVPESENGARKASSVPTICLGMEEGSISVYKSHQGSKKFRLQHFFTPEKSTVMSLAYMSQYLFAGLVNGNITIYTKAEDGNWNPEPEKVVKLGVLPVRSLLVMEETIWAASGGQIFIITTETHSVEHYFEAHQEEGMVISHMAVAGVGIWIAFTSGSTLRLFHTETLKHLQDINIATPIHNILSGQQRVSVTSLLVCHGLLLVGTNLGIIVALPVPRLQGIPKVTGRGMVSYHAHNGPVKFLIMATALNKKNRSKSRSSLPRSTETNDDDQKNALRNERPGSALSNIQDTGVWLGGSAGSITQRSDLSSSSGSLDPLPHGSNSVEHRTEDSTIYELLKDQNISLKNKRQRSKKMKASSVLVISGGQGHRRVNKKSKQQRQDELVSSVMVWQIPLLNI

Target ORF information:

RefSeq Version	XM_006025528.2
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 10 (ARHGEF10), transcript variant X2, mRNA.

Target ORF information:

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

XM_006025528.2

ORF Insert Sequence:

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGGG GATGAAAATG TAGTTAAAAC TGAGAAAGTG 
CAAATGTCAG AATCCAGGAC ACAGGGTGCC CCAACAAAAG TAAACCCTTA CTCTGTCATA 
AATATTTCAC CAATCCAAGA AAAGGATCAG TCTTCATCAC CAGAACCCAG TCCTCAAGAT 
GAAAGTACAA GCACTAACAT GTCAGGTGGA TATTCTGTTC CTGTGCCTTG TGGCTATGCT 
GTACCATCCA ATTTACCATT GATACTACCA GCATACTCCA GTCCTGTTAT AATACGCAGT 
GTTTCTGTGG ATGAAGAAGC AGGTATGCAG ACAGCAGCTG AAGATTGCCA TTTTAATTCT 
TTAAGCTCAG AAGATCCACA AAATAGTGAA GACAACCAGG TCAGTAAAGA TAATGATGCT 
CTAGCCAAAT GGGTTGCAGA TCCTGCAAAT ACAGCATGGA TGGAAAATCC AGAGGAAGTA 
ATTTATGATG ATGTGCCAAG GGAAAATTCT GACTCTGAAC CAGAGGAAAT GATTTATGAT 
GATGTTGAGA ATGGTGACGA TGGTGGAAAC AGCTCTCTAG ACTATGGATG GAGTTCGAGT 
GAGTTTGAAA GCTATGAAGA ACAAAGTGAC TCCGAGTGTA AGAATGGAGT TCCCAGCTCC 
TTTTTGCGAG GCAACCACAA GAGACATCTT TCTCATGACC TAACCCGTTT AAAGGAGCAC 
TATGAGAAAA AGATGAAAGA TTTGATGGCA AACACTGTGG GAGCAGTAGA GATTCAGCAA 
CTAAAGCAAA AACATGAGCT GAAGATGCAA AAACTCATGA GGGCTGCTAG AGAAGGTACC 
AAAGATGGAC TTGAAAAGAC TAAAGCAGCT GTGAAGAAGG GTCGTTCATT CATTAGGACC 
AAATCCTTTA TTTCTCAAGA TCATAGATCA CCCTGTCTGG AAGAAGATGA ATTACATTTA 
TTCATTGATG TAGACTGTAT GCATACAGAA GCAATTATGA CTCCTATGCC TGAAGGATTA 
TCACAGCAAC AGGTTGTGAG AAGATACATT TTGGGCTCTG TGGTTGACAG TGAGAAGAAT 
TATGTGGATG CTCTCAAAAG AATTCTAGAG CAATATGAGA AGCCCCTATC AGAAATGGAA 
CCAAAATTAC TGAGTGAAAG GAAACTCAAA ATGGTCTTTT ATCGAATCAA AGAAATTCTT 
CAGTGCCATT CAATGTTTCA GATAGCACTG GCCAGTCGGG TGTCTGACTG GGATTCTGTT 
GAAATGATTG GAGATGTCTT TGTTGCTTCA TTTTCTAAAT CGATGGTGCT AGATGCTTAT 
AGTGAATATG TAAATAATTT CAGTACAGCA GTGGGGATTC TCAAGAAAAC ATGTGCCACT 
AAGCCTGCCT TTCTAGATTT TTTAAAGCAA TGCCAGGAGT CAAGCCCTGA TCGAATCACA 
CTCTATGGGT TAATGATGAA ACCCATACAG CGCTTCCCAC AATTCATTCT TTTGCTTCAG 
GATATGTTAA AGAATACTAC TAAAGGACAT CCTGACAGGC TGCCTCTACA GATGGCTCTT 
ACCGAGCTGG AAACGTTGGC AGAGAAATTA AATGAGAGGA AAAGGGATGC AGATCAGCGC 
TGCGAAATAA AACAAATAGC AAAAGCCATG AACGAACGCT ATCTGAATAA GTTACTCAGC 
AGTGGAAACA GATACCTCAT ACGGACTGAT GATATGATAG AAACAGTTTA CAATGACAAG 
GGAGAAATTG TCAAAACCAA AGAACGACGA CTCTTCATGT TGAATGATGT ACTGATGTGT 
GCAACAGTCA GTGCACGGTC TTCGTATGAA AGTAGTGGCA TTGTGGCAAC TGGCCAAAGG 
TATTTATTAA AATGGAGTGT ACCTCTTGGA CAAGTAGAAG TCATTGAATA TGGCAGCAGC 
GAAGGACAAG GAGAGAATTG CAGGTTCCCA CCTCAGCATT CTGCAGAGAA TGTTGTTGTC 
AGTGTTAAGC CAAACAAACT GTATATGGGA CCAGGGCAGC TATACCATGA TTTGCAGAAT 
CTCTTACATG ATTTGAATGT AGTCGGTCAA ATTAGTCAAC TGATAGGCAG CCTTAAAGGA 
AACTATCAGA ACTTAAATCA GTCAGTGGCT CATGACTGGA CGTCAGGTTT ACAAAAACTG 
ATATTGAAAA AGGAAGATGA AATCCGAGCT GCAGATCGCT GTAGAATTCA ACTGCAGCTT 
TCAGGGAAGC AGGACAAGTC TGGGAGACCT ACTTTCTTTA CTGCAGTGTT CAATACATTT 
ACCCCTGCCA TCAAACAATC TTGGATCAAC AATTTACAAA TGGCTAAGCT TGCCCTTGCG 
GAAGAAAACC TATTGGGTTG GTTCTGTGCA GAAGATGATG GCAATCAAAT CAAGAAAGAA 
AAGCACCCCC TCCTTGTTAG ACATATGCCA GTCATGATGG CTAAACAACA GGAGTTTAAG 
ATTGAATGTG CTGCATATAA TCCTGAACCT TATGTCTCTA GTGAAACTGA GCCAGATTCA 
TGTTCCATGG AGCATGGCTT TCTTTGGATT GGCAGTTGTA CTAATCAAAT GGGACAAATT 
GCAATTGTCT CATTTCAAAA CTCCAACCCC AAGGTTATAG AGTGCTTTAA TGTTGAATCC 
CGCATCCTCT GCATGGTCTA CATTCCAGAG GAAGAGAAAC CAAGAGAGTT AAATGTGGTT 
CCTGAGTCAG AAAATGGGGC TAGAAAGGCT TCCAGTGTGC CTACTATTTG CCTGGGCATG 
GAAGAAGGAA GCATTTCTGT CTACAAAAGT CATCAAGGCT CAAAGAAATT TCGACTTCAA 
CACTTTTTCA CACCTGAAAA ATCAACAGTC ATGAGCCTAG CGTACATGTC CCAGTACTTG 
TTTGCTGGTT TGGTTAATGG GAACATCACA ATCTACACAA AAGCAGAAGA TGGAAACTGG 
AACCCAGAAC CTGAAAAAGT AGTAAAGCTA GGGGTTCTAC CAGTCAGAAG CCTACTTGTG 
ATGGAAGAGA CCATATGGGC GGCATCTGGT GGACAAATTT TTATAATCAC TACTGAGACC 
CATTCTGTGG AGCACTATTT TGAAGCTCAT CAAGAGGAGG GGATGGTGAT CTCACATATG 
GCTGTTGCTG GAGTAGGAAT CTGGATTGCA TTCACATCTG GATCTACACT CCGCTTGTTC 
CACACTGAGA CTCTGAAGCA CCTCCAGGAT ATTAATATTG CCACTCCTAT TCACAATATT 
TTGTCAGGAC AGCAGCGTGT TTCTGTGACC AGTCTACTAG TATGCCATGG TTTATTGCTG 
GTTGGAACAA ATCTGGGAAT TATAGTAGCA TTACCAGTGC CTCGTCTGCA AGGAATTCCA 
AAAGTGACTG GAAGGGGAAT GGTATCCTAT CATGCACATA ATGGCCCAGT CAAATTCCTT 
ATTATGGCTA CAGCCCTAAA CAAGAAAAAC AGAAGCAAAT CCAGAAGCAG TCTGCCTCGA 
AGCACAGAAA CTAATGATGA TGATCAAAAG AATGCTCTGC GTAATGAGAG ACCGGGTTCT 
GCCTTAAGTA ATATTCAGGA TACTGGAGTT TGGCTGGGAG GTTCAGCTGG ATCCATTACA 
CAAAGGAGTG ACTTATCTTC ATCTTCTGGG TCCCTAGATC CATTACCTCA TGGATCGAAT 
TCCGTGGAAC ATAGAACTGA GGACAGTACC ATATATGAGC TTTTAAAGGA TCAAAACATC 
TCACTTAAAA ATAAAAGACA GAGATCCAAG AAAATGAAAG CAAGCTCAGT ATTAGTTATT 
TCTGGAGGTC AAGGACACAG AAGAGTAAAC AAGAAGTCCA AGCAGCAGAG ACAGGATGAA 
CTCGTATCTT CTGTGATGGT TTGGCAGATT CCATTACTAA ACATCTGA

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

ARHGEF10 ( XM_006025530.2 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_006025592.1 Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 10 (ARHGEF10), transcript variant X4, mRNA.

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CloneID	OAl19940
Clone ID Related Accession (Same CDS sequence)	XM_006025530.2
Accession Version	XM_006025530.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4065bp) 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 10 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842152.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Oct 30, 2015 this sequence version replaced XM_006025530.1. ##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##

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGGG GATGAAAATG TAGTTAAAAC TGAGAAAGTG 
CAAATGTCAG AATCCAGGAC ACAGGGTGCC CCAACAAAAG TAAACCCTTA CTCTGTCATA 
AATATTTCAC CAATCCAAGA AAAGGATCAG TCTTCATCAC CAGAACCCAG TCCTCAAGAT 
GAAAGTACAA GCACTAACAT GTCAGGTGGA TATTCTGTTC CTGTGCCTTG TGGCTATGCT 
GTACCATCCA ATTTACCATT GATACTACCA GCATACTCCA GTCCTGTTAT AATACGCAGT 
GTTTCTGTGG ATGAAGAAGG TATGCAGACA GCAGCTGAAG ATTGCCATTT TAATTCTTTA 
AGCTCAGAAG ATCCACAAAA TAGTGAAGAC AACCAGGTCA GTAAAGATAA TGATGCTCTA 
GCCAAATGGG TTGCAGATCC TGCAAATACA GCATGGATGG AAAATCCAGA GGAAGTAATT 
TATGATGATG TGCCAAGGGA AAATTCTGAC TCTGAACCAG AGGAAATGAT TTATGATGAT 
GTTGAGAATG GTGACGATGG TGGAAACAGC TCTCTAGACT ATGGATGGAG TTCGAGTGAG 
TTTGAAAGCT ATGAAGAACA AAGTGACTCC GAGTGTAAGA ATGGAGTTCC CAGCTCCTTT 
TTGCGAGGCA ACCACAAGAG ACATCTTTCT CATGACCTAA CCCGTTTAAA GGAGCACTAT 
GAGAAAAAGA TGAAAGATTT GATGGCAAAC ACTGTGGGAG CAGTAGAGAT TCAGCAACTA 
AAGCAAAAAC ATGAGCTGAA GATGCAAAAA CTCATGAGGG CTGCTAGAGA AGGTACCAAA 
GATGGACTTG AAAAGACTAA AGCAGCTGTG AAGAAGGGTC GTTCATTCAT TAGGACCAAA 
TCCTTTATTT CTCAAGATCA TAGATCACCC TGTCTGGAAG AAGATGAATT ACATTTATTC 
ATTGATGTAG ACTGTATGCA TACAGAAGCA ATTATGACTC CTATGCCTGA AGGATTATCA 
CAGCAACAGG TTGTGAGAAG ATACATTTTG GGCTCTGTGG TTGACAGTGA GAAGAATTAT 
GTGGATGCTC TCAAAAGAAT TCTAGAGCAA TATGAGAAGC CCCTATCAGA AATGGAACCA 
AAATTACTGA GTGAAAGGAA ACTCAAAATG GTCTTTTATC GAATCAAAGA AATTCTTCAG 
TGCCATTCAA TGTTTCAGAT AGCACTGGCC AGTCGGGTGT CTGACTGGGA TTCTGTTGAA 
ATGATTGGAG ATGTCTTTGT TGCTTCATTT TCTAAATCGA TGGTGCTAGA TGCTTATAGT 
GAATATGTAA ATAATTTCAG TACAGCAGTG GGGATTCTCA AGAAAACATG TGCCACTAAG 
CCTGCCTTTC TAGATTTTTT AAAGCAATGC CAGGAGTCAA GCCCTGATCG AATCACACTC 
TATGGGTTAA TGATGAAACC CATACAGCGC TTCCCACAAT TCATTCTTTT GCTTCAGGAT 
ATGTTAAAGA ATACTACTAA AGGACATCCT GACAGGCTGC CTCTACAGAT GGCTCTTACC 
GAGCTGGAAA CGTTGGCAGA GAAATTAAAT GAGAGGAAAA GGGATGCAGA TCAGCGCTGC 
GAAATAAAAC AAATAGCAAA AGCCATGAAC GAACGCTATC TGAATAAGTT ACTCAGCAGT 
GGAAACAGAT ACCTCATACG GACTGATGAT ATGATAGAAA CAGTTTACAA TGACAAGGGA 
GAAATTGTCA AAACCAAAGA ACGACGACTC TTCATGTTGA ATGATGTACT GATGTGTGCA 
ACAGTCAGTG CACGGTCTTC GTATGAAAGT AGTGGCATTG TGGCAACTGG CCAAAGGTAT 
TTATTAAAAT GGAGTGTACC TCTTGGACAA GTAGAAGTCA TTGAATATGG CAGCAGCGAA 
GGACAAGGAG AGAATTGCAG GTTCCCACCT CAGCATTCTG CAGAGAATGT TGTTGTCAGT 
GTTAAGCCAA ACAAACTGTA TATGGGACCA GGGCAGCTAT ACCATGATTT GCAGAATCTC 
TTACATGATT TGAATGTAGT CGGTCAAATT AGTCAACTGA TAGGCAGCCT TAAAGGAAAC 
TATCAGAACT TAAATCAGTC AGTGGCTCAT GACTGGACGT CAGGTTTACA AAAACTGATA 
TTGAAAAAGG AAGATGAAAT CCGAGCTGCA GATCGCTGTA GAATTCAACT GCAGCTTTCA 
GGGAAGCAGG ACAAGTCTGG GAGACCTACT TTCTTTACTG CAGTGTTCAA TACATTTACC 
CCTGCCATCA AACAATCTTG GATCAACAAT TTACAAATGG CTAAGCTTGC CCTTGCGGAA 
GAAAACCTAT TGGGTTGGTT CTGTGCAGAA GATGATGGCA ATCAAATCAA GAAAGAAAAG 
CACCCCCTCC TTGTTAGACA TATGCCAGTC ATGATGGCTA AACAACAGGA GTTTAAGATT 
GAATGTGCTG CATATAATCC TGAACCTTAT GTCTCTAGTG AAACTGAGCC AGATTCATGT 
TCCATGGAGC ATGGCTTTCT TTGGATTGGC AGTTGTACTA ATCAAATGGG ACAAATTGCA 
ATTGTCTCAT TTCAAAACTC CAACCCCAAG GTTATAGAGT GCTTTAATGT TGAATCCCGC 
ATCCTCTGCA TGGTCTACAT TCCAGAGGAA GAGAAACCAA GAGAGTTAAA TGTGGTTCCT 
GAGTCAGAAA ATGGGGCTAG AAAGGCTTCC AGTGTGCCTA CTATTTGCCT GGGCATGGAA 
GAAGGAAGCA TTTCTGTCTA CAAAAGTCAT CAAGGCTCAA AGAAATTTCG ACTTCAACAC 
TTTTTCACAC CTGAAAAATC AACAGTCATG AGCCTAGCGT ACATGTCCCA GTACTTGTTT 
GCTGGTTTGG TTAATGGGAA CATCACAATC TACACAAAAG CAGAAGATGG AAACTGGAAC 
CCAGAACCTG AAAAAGTAGT AAAGCTAGGG GTTCTACCAG TCAGAAGCCT ACTTGTGATG 
GAAGAGACCA TATGGGCGGC ATCTGGTGGA CAAATTTTTA TAATCACTAC TGAGACCCAT 
TCTGTGGAGC ACTATTTTGA AGCTCATCAA GAGGAGGGGA TGGTGATCTC ACATATGGCT 
GTTGCTGGAG TAGGAATCTG GATTGCATTC ACATCTGGAT CTACACTCCG CTTGTTCCAC 
ACTGAGACTC TGAAGCACCT CCAGGATATT AATATTGCCA CTCCTATTCA CAATATTTTG 
TCAGGACAGC AGCGTGTTTC TGTGACCAGT CTACTAGTAT GCCATGGTTT ATTGCTGGTT 
GGAACAAATC TGGGAATTAT AGTAGCATTA CCAGTGCCTC GTCTGCAAGG AATTCCAAAA 
GTGACTGGAA GGGGAATGGT ATCCTATCAT GCACATAATG GCCCAGTCAA ATTCCTTATT 
ATGGCTACAG CCCTAAACAA GAAAAACAGA AGCAAATCCA GAAGCAGTCT GCCTCGAAGC 
ACAGAAACTA ATGATGATGA TCAAAAGAAT GCTCTGCGTA ATGAGAGACC GGGTTCTGCC 
TTAAGTAATA TTCAGGATAC TGGAGTTTGG CTGGGAGGTT CAGCTGGATC CATTACACAA 
AGGAGTGACT TATCTTCATC TTCTGGGTCC CTAGATCCAT TACCTCATGG ATCGAATTCC 
GTGGAACATA GAACTGAGGA CAGTACCATA TATGAGCTTT TAAAGGATCA AAACATCTCA 
CTTAAAAATA AAAGACAGAG ATCCAAGAAA ATGAAAGCAA GCTCAGTATT AGTTATTTCT 
GGAGGTCAAG GACACAGAAG AGTAAACAAG AAGTCCAAGC AGCAGAGACA GGATGAACTC 
GTATCTTCTG TGATGGTTTG GCAGATTCCA TTACTAAACA TCTGA

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

RefSeq	XP_006025592.1
CDS	73..4137
Translation	MDVEEFPPPPPPEVLENELEVSGTNEDEEEGEPFYLDSGDEIPEADRQALMPRSSDSRCNIEHEETSSTGDENVVKTEKVQMSESRTQGAPTKVNPYSVINISPIQEKDQSSSPEPSPQDESTSTNMSGGYSVPVPCGYAVPSNLPLILPAYSSPVIIRSVSVDEEGMQTAAEDCHFNSLSSEDPQNSEDNQVSKDNDALAKWVADPANTAWMENPEEVIYDDVPRENSDSEPEEMIYDDVENGDDGGNSSLDYGWSSSEFESYEEQSDSECKNGVPSSFLRGNHKRHLSHDLTRLKEHYEKKMKDLMANTVGAVEIQQLKQKHELKMQKLMRAAREGTKDGLEKTKAAVKKGRSFIRTKSFISQDHRSPCLEEDELHLFIDVDCMHTEAIMTPMPEGLSQQQVVRRYILGSVVDSEKNYVDALKRILEQYEKPLSEMEPKLLSERKLKMVFYRIKEILQCHSMFQIALASRVSDWDSVEMIGDVFVASFSKSMVLDAYSEYVNNFSTAVGILKKTCATKPAFLDFLKQCQESSPDRITLYGLMMKPIQRFPQFILLLQDMLKNTTKGHPDRLPLQMALTELETLAEKLNERKRDADQRCEIKQIAKAMNERYLNKLLSSGNRYLIRTDDMIETVYNDKGEIVKTKERRLFMLNDVLMCATVSARSSYESSGIVATGQRYLLKWSVPLGQVEVIEYGSSEGQGENCRFPPQHSAENVVVSVKPNKLYMGPGQLYHDLQNLLHDLNVVGQISQLIGSLKGNYQNLNQSVAHDWTSGLQKLILKKEDEIRAADRCRIQLQLSGKQDKSGRPTFFTAVFNTFTPAIKQSWINNLQMAKLALAEENLLGWFCAEDDGNQIKKEKHPLLVRHMPVMMAKQQEFKIECAAYNPEPYVSSETEPDSCSMEHGFLWIGSCTNQMGQIAIVSFQNSNPKVIECFNVESRILCMVYIPEEEKPRELNVVPESENGARKASSVPTICLGMEEGSISVYKSHQGSKKFRLQHFFTPEKSTVMSLAYMSQYLFAGLVNGNITIYTKAEDGNWNPEPEKVVKLGVLPVRSLLVMEETIWAASGGQIFIITTETHSVEHYFEAHQEEGMVISHMAVAGVGIWIAFTSGSTLRLFHTETLKHLQDINIATPIHNILSGQQRVSVTSLLVCHGLLLVGTNLGIIVALPVPRLQGIPKVTGRGMVSYHAHNGPVKFLIMATALNKKNRSKSRSSLPRSTETNDDDQKNALRNERPGSALSNIQDTGVWLGGSAGSITQRSDLSSSSGSLDPLPHGSNSVEHRTEDSTIYELLKDQNISLKNKRQRSKKMKASSVLVISGGQGHRRVNKKSKQQRQDELVSSVMVWQIPLLNI

Target ORF information:

RefSeq Version	XM_006025530.2
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 10 (ARHGEF10), transcript variant X4, mRNA.

Target ORF information:

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

XM_006025530.2

ORF Insert Sequence:

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGGG GATGAAAATG TAGTTAAAAC TGAGAAAGTG 
CAAATGTCAG AATCCAGGAC ACAGGGTGCC CCAACAAAAG TAAACCCTTA CTCTGTCATA 
AATATTTCAC CAATCCAAGA AAAGGATCAG TCTTCATCAC CAGAACCCAG TCCTCAAGAT 
GAAAGTACAA GCACTAACAT GTCAGGTGGA TATTCTGTTC CTGTGCCTTG TGGCTATGCT 
GTACCATCCA ATTTACCATT GATACTACCA GCATACTCCA GTCCTGTTAT AATACGCAGT 
GTTTCTGTGG ATGAAGAAGG TATGCAGACA GCAGCTGAAG ATTGCCATTT TAATTCTTTA 
AGCTCAGAAG ATCCACAAAA TAGTGAAGAC AACCAGGTCA GTAAAGATAA TGATGCTCTA 
GCCAAATGGG TTGCAGATCC TGCAAATACA GCATGGATGG AAAATCCAGA GGAAGTAATT 
TATGATGATG TGCCAAGGGA AAATTCTGAC TCTGAACCAG AGGAAATGAT TTATGATGAT 
GTTGAGAATG GTGACGATGG TGGAAACAGC TCTCTAGACT ATGGATGGAG TTCGAGTGAG 
TTTGAAAGCT ATGAAGAACA AAGTGACTCC GAGTGTAAGA ATGGAGTTCC CAGCTCCTTT 
TTGCGAGGCA ACCACAAGAG ACATCTTTCT CATGACCTAA CCCGTTTAAA GGAGCACTAT 
GAGAAAAAGA TGAAAGATTT GATGGCAAAC ACTGTGGGAG CAGTAGAGAT TCAGCAACTA 
AAGCAAAAAC ATGAGCTGAA GATGCAAAAA CTCATGAGGG CTGCTAGAGA AGGTACCAAA 
GATGGACTTG AAAAGACTAA AGCAGCTGTG AAGAAGGGTC GTTCATTCAT TAGGACCAAA 
TCCTTTATTT CTCAAGATCA TAGATCACCC TGTCTGGAAG AAGATGAATT ACATTTATTC 
ATTGATGTAG ACTGTATGCA TACAGAAGCA ATTATGACTC CTATGCCTGA AGGATTATCA 
CAGCAACAGG TTGTGAGAAG ATACATTTTG GGCTCTGTGG TTGACAGTGA GAAGAATTAT 
GTGGATGCTC TCAAAAGAAT TCTAGAGCAA TATGAGAAGC CCCTATCAGA AATGGAACCA 
AAATTACTGA GTGAAAGGAA ACTCAAAATG GTCTTTTATC GAATCAAAGA AATTCTTCAG 
TGCCATTCAA TGTTTCAGAT AGCACTGGCC AGTCGGGTGT CTGACTGGGA TTCTGTTGAA 
ATGATTGGAG ATGTCTTTGT TGCTTCATTT TCTAAATCGA TGGTGCTAGA TGCTTATAGT 
GAATATGTAA ATAATTTCAG TACAGCAGTG GGGATTCTCA AGAAAACATG TGCCACTAAG 
CCTGCCTTTC TAGATTTTTT AAAGCAATGC CAGGAGTCAA GCCCTGATCG AATCACACTC 
TATGGGTTAA TGATGAAACC CATACAGCGC TTCCCACAAT TCATTCTTTT GCTTCAGGAT 
ATGTTAAAGA ATACTACTAA AGGACATCCT GACAGGCTGC CTCTACAGAT GGCTCTTACC 
GAGCTGGAAA CGTTGGCAGA GAAATTAAAT GAGAGGAAAA GGGATGCAGA TCAGCGCTGC 
GAAATAAAAC AAATAGCAAA AGCCATGAAC GAACGCTATC TGAATAAGTT ACTCAGCAGT 
GGAAACAGAT ACCTCATACG GACTGATGAT ATGATAGAAA CAGTTTACAA TGACAAGGGA 
GAAATTGTCA AAACCAAAGA ACGACGACTC TTCATGTTGA ATGATGTACT GATGTGTGCA 
ACAGTCAGTG CACGGTCTTC GTATGAAAGT AGTGGCATTG TGGCAACTGG CCAAAGGTAT 
TTATTAAAAT GGAGTGTACC TCTTGGACAA GTAGAAGTCA TTGAATATGG CAGCAGCGAA 
GGACAAGGAG AGAATTGCAG GTTCCCACCT CAGCATTCTG CAGAGAATGT TGTTGTCAGT 
GTTAAGCCAA ACAAACTGTA TATGGGACCA GGGCAGCTAT ACCATGATTT GCAGAATCTC 
TTACATGATT TGAATGTAGT CGGTCAAATT AGTCAACTGA TAGGCAGCCT TAAAGGAAAC 
TATCAGAACT TAAATCAGTC AGTGGCTCAT GACTGGACGT CAGGTTTACA AAAACTGATA 
TTGAAAAAGG AAGATGAAAT CCGAGCTGCA GATCGCTGTA GAATTCAACT GCAGCTTTCA 
GGGAAGCAGG ACAAGTCTGG GAGACCTACT TTCTTTACTG CAGTGTTCAA TACATTTACC 
CCTGCCATCA AACAATCTTG GATCAACAAT TTACAAATGG CTAAGCTTGC CCTTGCGGAA 
GAAAACCTAT TGGGTTGGTT CTGTGCAGAA GATGATGGCA ATCAAATCAA GAAAGAAAAG 
CACCCCCTCC TTGTTAGACA TATGCCAGTC ATGATGGCTA AACAACAGGA GTTTAAGATT 
GAATGTGCTG CATATAATCC TGAACCTTAT GTCTCTAGTG AAACTGAGCC AGATTCATGT 
TCCATGGAGC ATGGCTTTCT TTGGATTGGC AGTTGTACTA ATCAAATGGG ACAAATTGCA 
ATTGTCTCAT TTCAAAACTC CAACCCCAAG GTTATAGAGT GCTTTAATGT TGAATCCCGC 
ATCCTCTGCA TGGTCTACAT TCCAGAGGAA GAGAAACCAA GAGAGTTAAA TGTGGTTCCT 
GAGTCAGAAA ATGGGGCTAG AAAGGCTTCC AGTGTGCCTA CTATTTGCCT GGGCATGGAA 
GAAGGAAGCA TTTCTGTCTA CAAAAGTCAT CAAGGCTCAA AGAAATTTCG ACTTCAACAC 
TTTTTCACAC CTGAAAAATC AACAGTCATG AGCCTAGCGT ACATGTCCCA GTACTTGTTT 
GCTGGTTTGG TTAATGGGAA CATCACAATC TACACAAAAG CAGAAGATGG AAACTGGAAC 
CCAGAACCTG AAAAAGTAGT AAAGCTAGGG GTTCTACCAG TCAGAAGCCT ACTTGTGATG 
GAAGAGACCA TATGGGCGGC ATCTGGTGGA CAAATTTTTA TAATCACTAC TGAGACCCAT 
TCTGTGGAGC ACTATTTTGA AGCTCATCAA GAGGAGGGGA TGGTGATCTC ACATATGGCT 
GTTGCTGGAG TAGGAATCTG GATTGCATTC ACATCTGGAT CTACACTCCG CTTGTTCCAC 
ACTGAGACTC TGAAGCACCT CCAGGATATT AATATTGCCA CTCCTATTCA CAATATTTTG 
TCAGGACAGC AGCGTGTTTC TGTGACCAGT CTACTAGTAT GCCATGGTTT ATTGCTGGTT 
GGAACAAATC TGGGAATTAT AGTAGCATTA CCAGTGCCTC GTCTGCAAGG AATTCCAAAA 
GTGACTGGAA GGGGAATGGT ATCCTATCAT GCACATAATG GCCCAGTCAA ATTCCTTATT 
ATGGCTACAG CCCTAAACAA GAAAAACAGA AGCAAATCCA GAAGCAGTCT GCCTCGAAGC 
ACAGAAACTA ATGATGATGA TCAAAAGAAT GCTCTGCGTA ATGAGAGACC GGGTTCTGCC 
TTAAGTAATA TTCAGGATAC TGGAGTTTGG CTGGGAGGTT CAGCTGGATC CATTACACAA 
AGGAGTGACT TATCTTCATC TTCTGGGTCC CTAGATCCAT TACCTCATGG ATCGAATTCC 
GTGGAACATA GAACTGAGGA CAGTACCATA TATGAGCTTT TAAAGGATCA AAACATCTCA 
CTTAAAAATA AAAGACAGAG ATCCAAGAAA ATGAAAGCAA GCTCAGTATT AGTTATTTCT 
GGAGGTCAAG GACACAGAAG AGTAAACAAG AAGTCCAAGC AGCAGAGACA GGATGAACTC 
GTATCTTCTG TGATGGTTTG GCAGATTCCA TTACTAAACA TCTGA

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

ARHGEF10 ( XM_006025531.2 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_006025593.1 Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 10 (ARHGEF10), transcript variant X5, mRNA.

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CloneID	OAl19941
Clone ID Related Accession (Same CDS sequence)	XM_006025531.2
Accession Version	XM_006025531.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3777bp) 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 10 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842152.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Oct 30, 2015 this sequence version replaced XM_006025531.1. ##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##

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGCA GGTATGCAGA CAGCAGCTGA AGATTGCCAT 
TTTAATTCTT TAAGCTCAGA AGATCCACAA AATAGTGAAG ACAACCAGGT CAGTAAAGAT 
AATGATGCTC TAGCCAAATG GGTTGCAGAT CCTGCAAATA CAGCATGGAT GGAAAATCCA 
GAGGAAGTAA TTTATGATGA TGTGCCAAGG GAAAATTCTG ACTCTGAACC AGAGGAAATG 
ATTTATGATG ATGTTGAGAA TGGTGACGAT GGTGGAAACA GCTCTCTAGA CTATGGATGG 
AGTTCGAGTG AGTTTGAAAG CTATGAAGAA CAAAGTGACT CCGAGTGTAA GAATGGAGTT 
CCCAGCTCCT TTTTGCGAGG CAACCACAAG AGACATCTTT CTCATGACCT AACCCGTTTA 
AAGGAGCACT ATGAGAAAAA GATGAAAGAT TTGATGGCAA ACACTGTGGG AGCAGTAGAG 
ATTCAGCAAC TAAAGCAAAA ACATGAGCTG AAGATGCAAA AACTCATGAG GGCTGCTAGA 
GAAGGTACCA AAGATGGACT TGAAAAGACT AAAGCAGCTG TGAAGAAGGG TCGTTCATTC 
ATTAGGACCA AATCCTTTAT TTCTCAAGAT CATAGATCAC CCTGTCTGGA AGAAGATGAA 
TTACATTTAT TCATTGATGT AGACTGTATG CATACAGAAG CAATTATGAC TCCTATGCCT 
GAAGGATTAT CACAGCAACA GGTTGTGAGA AGATACATTT TGGGCTCTGT GGTTGACAGT 
GAGAAGAATT ATGTGGATGC TCTCAAAAGA ATTCTAGAGC AATATGAGAA GCCCCTATCA 
GAAATGGAAC CAAAATTACT GAGTGAAAGG AAACTCAAAA TGGTCTTTTA TCGAATCAAA 
GAAATTCTTC AGTGCCATTC AATGTTTCAG ATAGCACTGG CCAGTCGGGT GTCTGACTGG 
GATTCTGTTG AAATGATTGG AGATGTCTTT GTTGCTTCAT TTTCTAAATC GATGGTGCTA 
GATGCTTATA GTGAATATGT AAATAATTTC AGTACAGCAG TGGGGATTCT CAAGAAAACA 
TGTGCCACTA AGCCTGCCTT TCTAGATTTT TTAAAGCAAT GCCAGGAGTC AAGCCCTGAT 
CGAATCACAC TCTATGGGTT AATGATGAAA CCCATACAGC GCTTCCCACA ATTCATTCTT 
TTGCTTCAGG ATATGTTAAA GAATACTACT AAAGGACATC CTGACAGGCT GCCTCTACAG 
ATGGCTCTTA CCGAGCTGGA AACGTTGGCA GAGAAATTAA ATGAGAGGAA AAGGGATGCA 
GATCAGCGCT GCGAAATAAA ACAAATAGCA AAAGCCATGA ACGAACGCTA TCTGAATAAG 
TTACTCAGCA GTGGAAACAG ATACCTCATA CGGACTGATG ATATGATAGA AACAGTTTAC 
AATGACAAGG GAGAAATTGT CAAAACCAAA GAACGACGAC TCTTCATGTT GAATGATGTA 
CTGATGTGTG CAACAGTCAG TGCACGGTCT TCGTATGAAA GTAGTGGCAT TGTGGCAACT 
GGCCAAAGGT ATTTATTAAA ATGGAGTGTA CCTCTTGGAC AAGTAGAAGT CATTGAATAT 
GGCAGCAGCG AAGGACAAGG AGAGAATTGC AGGTTCCCAC CTCAGCATTC TGCAGAGAAT 
GTTGTTGTCA GTGTTAAGCC AAACAAACTG TATATGGGAC CAGGGCAGCT ATACCATGAT 
TTGCAGAATC TCTTACATGA TTTGAATGTA GTCGGTCAAA TTAGTCAACT GATAGGCAGC 
CTTAAAGGAA ACTATCAGAA CTTAAATCAG TCAGTGGCTC ATGACTGGAC GTCAGGTTTA 
CAAAAACTGA TATTGAAAAA GGAAGATGAA ATCCGAGCTG CAGATCGCTG TAGAATTCAA 
CTGCAGCTTT CAGGGAAGCA GGACAAGTCT GGGAGACCTA CTTTCTTTAC TGCAGTGTTC 
AATACATTTA CCCCTGCCAT CAAACAATCT TGGATCAACA ATTTACAAAT GGCTAAGCTT 
GCCCTTGCGG AAGAAAACCT ATTGGGTTGG TTCTGTGCAG AAGATGATGG CAATCAAATC 
AAGAAAGAAA AGCACCCCCT CCTTGTTAGA CATATGCCAG TCATGATGGC TAAACAACAG 
GAGTTTAAGA TTGAATGTGC TGCATATAAT CCTGAACCTT ATGTCTCTAG TGAAACTGAG 
CCAGATTCAT GTTCCATGGA GCATGGCTTT CTTTGGATTG GCAGTTGTAC TAATCAAATG 
GGACAAATTG CAATTGTCTC ATTTCAAAAC TCCAACCCCA AGGTTATAGA GTGCTTTAAT 
GTTGAATCCC GCATCCTCTG CATGGTCTAC ATTCCAGAGG AAGAGAAACC AAGAGAGTTA 
AATGTGGTTC CTGAGTCAGA AAATGGGGCT AGAAAGGCTT CCAGTGTGCC TACTATTTGC 
CTGGGCATGG AAGAAGGAAG CATTTCTGTC TACAAAAGTC ATCAAGGCTC AAAGAAATTT 
CGACTTCAAC ACTTTTTCAC ACCTGAAAAA TCAACAGTCA TGAGCCTAGC GTACATGTCC 
CAGTACTTGT TTGCTGGTTT GGTTAATGGG AACATCACAA TCTACACAAA AGCAGAAGAT 
GGAAACTGGA ACCCAGAACC TGAAAAAGTA GTAAAGCTAG GGGTTCTACC AGTCAGAAGC 
CTACTTGTGA TGGAAGAGAC CATATGGGCG GCATCTGGTG GACAAATTTT TATAATCACT 
ACTGAGACCC ATTCTGTGGA GCACTATTTT GAAGCTCATC AAGAGGAGGG GATGGTGATC 
TCACATATGG CTGTTGCTGG AGTAGGAATC TGGATTGCAT TCACATCTGG ATCTACACTC 
CGCTTGTTCC ACACTGAGAC TCTGAAGCAC CTCCAGGATA TTAATATTGC CACTCCTATT 
CACAATATTT TGTCAGGACA GCAGCGTGTT TCTGTGACCA GTCTACTAGT ATGCCATGGT 
TTATTGCTGG TTGGAACAAA TCTGGGAATT ATAGTAGCAT TACCAGTGCC TCGTCTGCAA 
GGAATTCCAA AAGTGACTGG AAGGGGAATG GTATCCTATC ATGCACATAA TGGCCCAGTC 
AAATTCCTTA TTATGGCTAC AGCCCTAAAC AAGAAAAACA GAAGCAAATC CAGAAGCAGT 
CTGCCTCGAA GCACAGAAAC TAATGATGAT GATCAAAAGA ATGCTCTGCG TAATGAGAGA 
CCGGGTTCTG CCTTAAGTAA TATTCAGGAT ACTGGAGTTT GGCTGGGAGG TTCAGCTGGA 
TCCATTACAC AAAGGAGTGA CTTATCTTCA TCTTCTGGGT CCCTAGATCC ATTACCTCAT 
GGATCGAATT CCGTGGAACA TAGAACTGAG GACAGTACCA TATATGAGCT TTTAAAGGAT 
CAAAACATCT CACTTAAAAA TAAAAGACAG AGATCCAAGA AAATGAAAGC AAGCTCAGTA 
TTAGTTATTT CTGGAGGTCA AGGACACAGA AGAGTAAACA AGAAGTCCAA GCAGCAGAGA 
CAGGATGAAC TCGTATCTTC TGTGATGGTT TGGCAGATTC CATTACTAAA CATCTGA

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

RefSeq	XP_006025593.1
CDS	73..3849
Translation	MDVEEFPPPPPPEVLENELEVSGTNEDEEEGEPFYLDSGDEIPEADRQALMPRSSDSRCNIEHEETSSTAGMQTAAEDCHFNSLSSEDPQNSEDNQVSKDNDALAKWVADPANTAWMENPEEVIYDDVPRENSDSEPEEMIYDDVENGDDGGNSSLDYGWSSSEFESYEEQSDSECKNGVPSSFLRGNHKRHLSHDLTRLKEHYEKKMKDLMANTVGAVEIQQLKQKHELKMQKLMRAAREGTKDGLEKTKAAVKKGRSFIRTKSFISQDHRSPCLEEDELHLFIDVDCMHTEAIMTPMPEGLSQQQVVRRYILGSVVDSEKNYVDALKRILEQYEKPLSEMEPKLLSERKLKMVFYRIKEILQCHSMFQIALASRVSDWDSVEMIGDVFVASFSKSMVLDAYSEYVNNFSTAVGILKKTCATKPAFLDFLKQCQESSPDRITLYGLMMKPIQRFPQFILLLQDMLKNTTKGHPDRLPLQMALTELETLAEKLNERKRDADQRCEIKQIAKAMNERYLNKLLSSGNRYLIRTDDMIETVYNDKGEIVKTKERRLFMLNDVLMCATVSARSSYESSGIVATGQRYLLKWSVPLGQVEVIEYGSSEGQGENCRFPPQHSAENVVVSVKPNKLYMGPGQLYHDLQNLLHDLNVVGQISQLIGSLKGNYQNLNQSVAHDWTSGLQKLILKKEDEIRAADRCRIQLQLSGKQDKSGRPTFFTAVFNTFTPAIKQSWINNLQMAKLALAEENLLGWFCAEDDGNQIKKEKHPLLVRHMPVMMAKQQEFKIECAAYNPEPYVSSETEPDSCSMEHGFLWIGSCTNQMGQIAIVSFQNSNPKVIECFNVESRILCMVYIPEEEKPRELNVVPESENGARKASSVPTICLGMEEGSISVYKSHQGSKKFRLQHFFTPEKSTVMSLAYMSQYLFAGLVNGNITIYTKAEDGNWNPEPEKVVKLGVLPVRSLLVMEETIWAASGGQIFIITTETHSVEHYFEAHQEEGMVISHMAVAGVGIWIAFTSGSTLRLFHTETLKHLQDINIATPIHNILSGQQRVSVTSLLVCHGLLLVGTNLGIIVALPVPRLQGIPKVTGRGMVSYHAHNGPVKFLIMATALNKKNRSKSRSSLPRSTETNDDDQKNALRNERPGSALSNIQDTGVWLGGSAGSITQRSDLSSSSGSLDPLPHGSNSVEHRTEDSTIYELLKDQNISLKNKRQRSKKMKASSVLVISGGQGHRRVNKKSKQQRQDELVSSVMVWQIPLLNI

Target ORF information:

RefSeq Version	XM_006025531.2
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 10 (ARHGEF10), transcript variant X5, mRNA.

Target ORF information:

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

XM_006025531.2

ORF Insert Sequence:

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGCA GGTATGCAGA CAGCAGCTGA AGATTGCCAT 
TTTAATTCTT TAAGCTCAGA AGATCCACAA AATAGTGAAG ACAACCAGGT CAGTAAAGAT 
AATGATGCTC TAGCCAAATG GGTTGCAGAT CCTGCAAATA CAGCATGGAT GGAAAATCCA 
GAGGAAGTAA TTTATGATGA TGTGCCAAGG GAAAATTCTG ACTCTGAACC AGAGGAAATG 
ATTTATGATG ATGTTGAGAA TGGTGACGAT GGTGGAAACA GCTCTCTAGA CTATGGATGG 
AGTTCGAGTG AGTTTGAAAG CTATGAAGAA CAAAGTGACT CCGAGTGTAA GAATGGAGTT 
CCCAGCTCCT TTTTGCGAGG CAACCACAAG AGACATCTTT CTCATGACCT AACCCGTTTA 
AAGGAGCACT ATGAGAAAAA GATGAAAGAT TTGATGGCAA ACACTGTGGG AGCAGTAGAG 
ATTCAGCAAC TAAAGCAAAA ACATGAGCTG AAGATGCAAA AACTCATGAG GGCTGCTAGA 
GAAGGTACCA AAGATGGACT TGAAAAGACT AAAGCAGCTG TGAAGAAGGG TCGTTCATTC 
ATTAGGACCA AATCCTTTAT TTCTCAAGAT CATAGATCAC CCTGTCTGGA AGAAGATGAA 
TTACATTTAT TCATTGATGT AGACTGTATG CATACAGAAG CAATTATGAC TCCTATGCCT 
GAAGGATTAT CACAGCAACA GGTTGTGAGA AGATACATTT TGGGCTCTGT GGTTGACAGT 
GAGAAGAATT ATGTGGATGC TCTCAAAAGA ATTCTAGAGC AATATGAGAA GCCCCTATCA 
GAAATGGAAC CAAAATTACT GAGTGAAAGG AAACTCAAAA TGGTCTTTTA TCGAATCAAA 
GAAATTCTTC AGTGCCATTC AATGTTTCAG ATAGCACTGG CCAGTCGGGT GTCTGACTGG 
GATTCTGTTG AAATGATTGG AGATGTCTTT GTTGCTTCAT TTTCTAAATC GATGGTGCTA 
GATGCTTATA GTGAATATGT AAATAATTTC AGTACAGCAG TGGGGATTCT CAAGAAAACA 
TGTGCCACTA AGCCTGCCTT TCTAGATTTT TTAAAGCAAT GCCAGGAGTC AAGCCCTGAT 
CGAATCACAC TCTATGGGTT AATGATGAAA CCCATACAGC GCTTCCCACA ATTCATTCTT 
TTGCTTCAGG ATATGTTAAA GAATACTACT AAAGGACATC CTGACAGGCT GCCTCTACAG 
ATGGCTCTTA CCGAGCTGGA AACGTTGGCA GAGAAATTAA ATGAGAGGAA AAGGGATGCA 
GATCAGCGCT GCGAAATAAA ACAAATAGCA AAAGCCATGA ACGAACGCTA TCTGAATAAG 
TTACTCAGCA GTGGAAACAG ATACCTCATA CGGACTGATG ATATGATAGA AACAGTTTAC 
AATGACAAGG GAGAAATTGT CAAAACCAAA GAACGACGAC TCTTCATGTT GAATGATGTA 
CTGATGTGTG CAACAGTCAG TGCACGGTCT TCGTATGAAA GTAGTGGCAT TGTGGCAACT 
GGCCAAAGGT ATTTATTAAA ATGGAGTGTA CCTCTTGGAC AAGTAGAAGT CATTGAATAT 
GGCAGCAGCG AAGGACAAGG AGAGAATTGC AGGTTCCCAC CTCAGCATTC TGCAGAGAAT 
GTTGTTGTCA GTGTTAAGCC AAACAAACTG TATATGGGAC CAGGGCAGCT ATACCATGAT 
TTGCAGAATC TCTTACATGA TTTGAATGTA GTCGGTCAAA TTAGTCAACT GATAGGCAGC 
CTTAAAGGAA ACTATCAGAA CTTAAATCAG TCAGTGGCTC ATGACTGGAC GTCAGGTTTA 
CAAAAACTGA TATTGAAAAA GGAAGATGAA ATCCGAGCTG CAGATCGCTG TAGAATTCAA 
CTGCAGCTTT CAGGGAAGCA GGACAAGTCT GGGAGACCTA CTTTCTTTAC TGCAGTGTTC 
AATACATTTA CCCCTGCCAT CAAACAATCT TGGATCAACA ATTTACAAAT GGCTAAGCTT 
GCCCTTGCGG AAGAAAACCT ATTGGGTTGG TTCTGTGCAG AAGATGATGG CAATCAAATC 
AAGAAAGAAA AGCACCCCCT CCTTGTTAGA CATATGCCAG TCATGATGGC TAAACAACAG 
GAGTTTAAGA TTGAATGTGC TGCATATAAT CCTGAACCTT ATGTCTCTAG TGAAACTGAG 
CCAGATTCAT GTTCCATGGA GCATGGCTTT CTTTGGATTG GCAGTTGTAC TAATCAAATG 
GGACAAATTG CAATTGTCTC ATTTCAAAAC TCCAACCCCA AGGTTATAGA GTGCTTTAAT 
GTTGAATCCC GCATCCTCTG CATGGTCTAC ATTCCAGAGG AAGAGAAACC AAGAGAGTTA 
AATGTGGTTC CTGAGTCAGA AAATGGGGCT AGAAAGGCTT CCAGTGTGCC TACTATTTGC 
CTGGGCATGG AAGAAGGAAG CATTTCTGTC TACAAAAGTC ATCAAGGCTC AAAGAAATTT 
CGACTTCAAC ACTTTTTCAC ACCTGAAAAA TCAACAGTCA TGAGCCTAGC GTACATGTCC 
CAGTACTTGT TTGCTGGTTT GGTTAATGGG AACATCACAA TCTACACAAA AGCAGAAGAT 
GGAAACTGGA ACCCAGAACC TGAAAAAGTA GTAAAGCTAG GGGTTCTACC AGTCAGAAGC 
CTACTTGTGA TGGAAGAGAC CATATGGGCG GCATCTGGTG GACAAATTTT TATAATCACT 
ACTGAGACCC ATTCTGTGGA GCACTATTTT GAAGCTCATC AAGAGGAGGG GATGGTGATC 
TCACATATGG CTGTTGCTGG AGTAGGAATC TGGATTGCAT TCACATCTGG ATCTACACTC 
CGCTTGTTCC ACACTGAGAC TCTGAAGCAC CTCCAGGATA TTAATATTGC CACTCCTATT 
CACAATATTT TGTCAGGACA GCAGCGTGTT TCTGTGACCA GTCTACTAGT ATGCCATGGT 
TTATTGCTGG TTGGAACAAA TCTGGGAATT ATAGTAGCAT TACCAGTGCC TCGTCTGCAA 
GGAATTCCAA AAGTGACTGG AAGGGGAATG GTATCCTATC ATGCACATAA TGGCCCAGTC 
AAATTCCTTA TTATGGCTAC AGCCCTAAAC AAGAAAAACA GAAGCAAATC CAGAAGCAGT 
CTGCCTCGAA GCACAGAAAC TAATGATGAT GATCAAAAGA ATGCTCTGCG TAATGAGAGA 
CCGGGTTCTG CCTTAAGTAA TATTCAGGAT ACTGGAGTTT GGCTGGGAGG TTCAGCTGGA 
TCCATTACAC AAAGGAGTGA CTTATCTTCA TCTTCTGGGT CCCTAGATCC ATTACCTCAT 
GGATCGAATT CCGTGGAACA TAGAACTGAG GACAGTACCA TATATGAGCT TTTAAAGGAT 
CAAAACATCT CACTTAAAAA TAAAAGACAG AGATCCAAGA AAATGAAAGC AAGCTCAGTA 
TTAGTTATTT CTGGAGGTCA AGGACACAGA AGAGTAAACA AGAAGTCCAA GCAGCAGAGA 
CAGGATGAAC TCGTATCTTC TGTGATGGTT TGGCAGATTC CATTACTAAA CATCTGA

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

ARHGEF10 ( XM_006025532.2 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_006025594.1 Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 10 (ARHGEF10), transcript variant X6, mRNA.

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CloneID	OAl19942
Clone ID Related Accession (Same CDS sequence)	XM_006025532.2
Accession Version	XM_006025532.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3555bp) 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 10 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842152.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Oct 30, 2015 this sequence version replaced XM_006025532.1. ##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##

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGGG GATGAAAATG TAGTTAAAAC TGAGAAAGTG 
CAAATGTCAG AATCCAGGAC ACAGGGTGCC CCAACAAAAG TAAACCCTTA CTCTGTCATA 
AATATTTCAC CAATCCAAGA AAAGGATCAG TCTTCATCAC CAGAACCCAG TCCTCAAGAT 
GAAAGTACAA GCACTAACAT GTCAGGTGGA TATTCTGTTC CTGTGCCTTG TGGCTATGCT 
GTACCATCCA ATTTACCATT GATACTACCA GCATACTCCA GTCCTGTTAT AATACGCAGT 
GTTTCTGTGG ATGAAGAAGC AGGTATGCAG ACAGCAGCTG AAGATTGCCA TTTTAATTCT 
TTAAGCTCAG AAGATCCACA AAATAGTGAA GACAACCAGG TCAGTAAAGA TAATGATGCT 
CTAGCCAAAT GGGTTGCAGA TCCTGCAAAT ACAGCATGGA TGGAAAATCC AGAGGAAGTA 
ATTTATGATG ATGTGCCAAG GGAAAATTCT GACTCTGAAC CAGAGGAAAT GATTTATGAT 
GATGTTGAGA ATGGTGACGA TGGTGGAAAC AGCTCTCTAG ACTATGGATG GAGTTCGAGT 
GAGTTTGAAA GCTATGAAGA ACAAAGTGAC TCCGAGTGTA AGAATGGAGT TCCCAGCTCC 
TTTTTGCGAG GCAACCACAA GAGACATCTT TCTCATGACC TAACCCGTTT AAAGGAGCAC 
TATGAGAAAA AGATGAAAGA TTTGATGGCA AACACTGTGG GAGCAGTAGA GATTCAGCAA 
CTAAAGCAAA AACATGAGCT GAAGATGCAA AAACTCATGA GGGCTGCTAG AGAAGGTACC 
AAAGATGGAC TTGAAAAGAC TAAAGCAGCT GTGAAGAAGG GTCGTTCATT CATTAGGACC 
AAATCCTTTA TTTCTCAAGA TCATAGATCA CCCTGTCTGG AAGAAGATGA ATTACATTTA 
TTCATTGATG TAGACTGTAT GCATACAGAA GCAATTATGA CTCCTATGCC TGAAGGATTA 
TCACAGCAAC AGGTTGTGAG AAGATACATT TTGGGCTCTG TGGTTGACAG TGAGAAGAAT 
TATGTGGATG CTCTCAAAAG AATTCTAGAG CAATATGAGA AGCCCCTATC AGAAATGGAA 
CCAAAATTAC TGAGTGAAAG GAAACTCAAA ATGGTCTTTT ATCGAATCAA AGAAATTCTT 
CAGTGCCATT CAATGTTTCA GATAGCACTG GCCAGTCGGG TGTCTGACTG GGATTCTGTT 
GAAATGATTG GAGATGTCTT TGTTGCTTCA TTTTCTAAAT CGATGGTGCT AGATGCTTAT 
AGTGAATATG TAAATAATTT CAGTACAGCA GTGGGGATTC TCAAGAAAAC ATGTGCCACT 
AAGCCTGCCT TTCTAGATTT TTTAAAGCAA TGCCAGGAGT CAAGCCCTGA TCGAATCACA 
CTCTATGGGT TAATGATGAA ACCCATACAG CGCTTCCCAC AATTCATTCT TTTGCTTCAG 
GATATGTTAA AGAATACTAC TAAAGGACAT CCTGACAGGC TGCCTCTACA GATGGCTCTT 
ACCGAGCTGG AAACGTTGGC AGAGAAATTA AATGAGAGGA AAAGGGATGC AGATCAGCGC 
TGCGAAATAA AACAAATAGC AAAAGCCATG AACGAACGCT ATCTGAATAA GTTACTCAGC 
AGTGGAAACA GATACCTCAT ACGGACTGAT GATATGATAG AAACAGTTTA CAATGACAAG 
GGAGAAATTG TCAAAACCAA AGAACGACGA CTCTTCATGT TGAATGATGT ACTGATGTGT 
GCAACAGTCA GTGCACGGTC TTCGTATGAA AGTAGTGGCA TTGTGGCAAC TGGCCAAAGG 
TATTTATTAA AATGGAGTGT ACCTCTTGGA CAAGTAGAAG TCATTGAATA TGGCAGCAGC 
GAAGGACAAG GAGAGAATTG CAGGTTCCCA CCTCAGCATT CTGCAGAGAA TGTTGTTGTC 
AGTGTTAAGC CAAACAAACT GTATATGGGA CCAGGGCAGC TATACCATGA TTTGCAGAAT 
CTCTTACATG ATTTGAATGT AGTCGGTCAA ATTAGTCAAC TGATAGGCAG CCTTAAAGGA 
AACTATCAGA ACTTAAATCA GTCAGTGGCT CATGACTGGA CGTCAGGTTT ACAAAAACTG 
ATATTGAAAA AGGAAGATGA AATCCGAGCT GCAGATCGCT GTAGAATTCA ACTGCAGCTT 
TCAGGGAAGC AGGACAAGTC TGGGAGACCT ACTTTCTTTA CTGCAGTGTT CAATACATTT 
ACCCCTGCCA TCAAACAATC TTGGATCAAC AATTTACAAA TGGCTAAGCT TGCCCTTGCG 
GAAGAAAACC TATTGGGTTG GTTCTGTGCA GAAGATGATG GCAATCAAAT CAAGAAAGAA 
AAGCACCCCC TCCTTGTTAG ACATATGCCA GTCATGATGG CTAAACAACA GGAGTTTAAG 
ATTGAATGTG CTGCATATAA TCCTGAACCT TATGTCTCTA GTGAAACTGA GCCAGATTCA 
TGTTCCATGG AGCATGGCTT TCTTTGGATT GGCAGTTGTA CTAATCAAAT GGGACAAATT 
GCAATTGTCT CATTTCAAAA CTCCAACCCC AAGGTTATAG AGTGCTTTAA TGTTGAATCC 
CGCATCCTCT GCATGGTCTA CATTCCAGAG GAAGAGAAAC CAAGAGAGTT AAATGTGGTT 
CCTGAGTCAG AAAATGGGGC TAGAAAGGCT TCCAGTGTGC CTACTATTTG CCTGGGCATG 
GAAGAAGGAA GCATTTCTGT CTACAAAAGT CATCAAGGCT CAAAGAAATT TCGACTTCAA 
CACTTTTTCA CACCTGAAAA ATCAACAGTC ATGAGCCTAG CGTACATGTC CCAGTACTTG 
TTTGCTGGTT TGGTTAATGG GAACATCACA ATCTACACAA AAGCAGAAGA TGGAAACTGG 
AACCCAGAAC CTGAAAAAGT AGTAAAGCTA GGGGTTCTAC CAGTCAGAAG CCTACTTGTG 
ATGGAAGAGA CCATATGGGC GGCATCTGGT GGACAAATTT TTATAATCAC TACTGAGACC 
CATTCTGTGG AGCACTATTT TGAAGCTCAT CAAGAGGAGG GGATGGTGAT CTCACATATG 
GCTGTTGCTG GAGTAGGAAT CTGGATTGCA TTCACATCTG GATCTACACT CCGCTTGTTC 
CACACTGAGA CTCTGAAGCA CCTCCAGGAT ATTAATATTG CCACTCCTAT TCACAATATT 
TTGTCAGGAC AGCAGCGTGT TTCTGTGACC AGTCTACTAG TATGCCATGG TTTATTGCTG 
GTTGGAACAA ATCTGGGAAT TATAGTAGCA TTACCAGTGC CTCGTCTGCA AGGAATTCCA 
AAAGTGACTG CTTAG

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

RefSeq	XP_006025594.1
CDS	73..3627
Translation	MDVEEFPPPPPPEVLENELEVSGTNEDEEEGEPFYLDSGDEIPEADRQALMPRSSDSRCNIEHEETSSTGDENVVKTEKVQMSESRTQGAPTKVNPYSVINISPIQEKDQSSSPEPSPQDESTSTNMSGGYSVPVPCGYAVPSNLPLILPAYSSPVIIRSVSVDEEAGMQTAAEDCHFNSLSSEDPQNSEDNQVSKDNDALAKWVADPANTAWMENPEEVIYDDVPRENSDSEPEEMIYDDVENGDDGGNSSLDYGWSSSEFESYEEQSDSECKNGVPSSFLRGNHKRHLSHDLTRLKEHYEKKMKDLMANTVGAVEIQQLKQKHELKMQKLMRAAREGTKDGLEKTKAAVKKGRSFIRTKSFISQDHRSPCLEEDELHLFIDVDCMHTEAIMTPMPEGLSQQQVVRRYILGSVVDSEKNYVDALKRILEQYEKPLSEMEPKLLSERKLKMVFYRIKEILQCHSMFQIALASRVSDWDSVEMIGDVFVASFSKSMVLDAYSEYVNNFSTAVGILKKTCATKPAFLDFLKQCQESSPDRITLYGLMMKPIQRFPQFILLLQDMLKNTTKGHPDRLPLQMALTELETLAEKLNERKRDADQRCEIKQIAKAMNERYLNKLLSSGNRYLIRTDDMIETVYNDKGEIVKTKERRLFMLNDVLMCATVSARSSYESSGIVATGQRYLLKWSVPLGQVEVIEYGSSEGQGENCRFPPQHSAENVVVSVKPNKLYMGPGQLYHDLQNLLHDLNVVGQISQLIGSLKGNYQNLNQSVAHDWTSGLQKLILKKEDEIRAADRCRIQLQLSGKQDKSGRPTFFTAVFNTFTPAIKQSWINNLQMAKLALAEENLLGWFCAEDDGNQIKKEKHPLLVRHMPVMMAKQQEFKIECAAYNPEPYVSSETEPDSCSMEHGFLWIGSCTNQMGQIAIVSFQNSNPKVIECFNVESRILCMVYIPEEEKPRELNVVPESENGARKASSVPTICLGMEEGSISVYKSHQGSKKFRLQHFFTPEKSTVMSLAYMSQYLFAGLVNGNITIYTKAEDGNWNPEPEKVVKLGVLPVRSLLVMEETIWAASGGQIFIITTETHSVEHYFEAHQEEGMVISHMAVAGVGIWIAFTSGSTLRLFHTETLKHLQDINIATPIHNILSGQQRVSVTSLLVCHGLLLVGTNLGIIVALPVPRLQGIPKVTA

Target ORF information:

RefSeq Version	XM_006025532.2
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis Rho guanine nucleotide exchange factor (GEF) 10 (ARHGEF10), transcript variant X6, mRNA.

Target ORF information:

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

XM_006025532.2

ORF Insert Sequence:

ATGGACGTGG AAGAATTTCC TCCTCCCCCA CCACCTGAAG TTCTAGAAAA TGAATTAGAA 
GTCAGTGGTA CAAATGAAGA CGAGGAAGAA GGGGAGCCAT TCTATTTGGA TAGCGGAGAT 
GAGATACCGG AAGCAGACAG ACAAGCCCTC ATGCCACGCA GTTCTGACTC TAGGTGTAAT 
ATAGAACATG AAGAGACTAG CTCCACAGGG GATGAAAATG TAGTTAAAAC TGAGAAAGTG 
CAAATGTCAG AATCCAGGAC ACAGGGTGCC CCAACAAAAG TAAACCCTTA CTCTGTCATA 
AATATTTCAC CAATCCAAGA AAAGGATCAG TCTTCATCAC CAGAACCCAG TCCTCAAGAT 
GAAAGTACAA GCACTAACAT GTCAGGTGGA TATTCTGTTC CTGTGCCTTG TGGCTATGCT 
GTACCATCCA ATTTACCATT GATACTACCA GCATACTCCA GTCCTGTTAT AATACGCAGT 
GTTTCTGTGG ATGAAGAAGC AGGTATGCAG ACAGCAGCTG AAGATTGCCA TTTTAATTCT 
TTAAGCTCAG AAGATCCACA AAATAGTGAA GACAACCAGG TCAGTAAAGA TAATGATGCT 
CTAGCCAAAT GGGTTGCAGA TCCTGCAAAT ACAGCATGGA TGGAAAATCC AGAGGAAGTA 
ATTTATGATG ATGTGCCAAG GGAAAATTCT GACTCTGAAC CAGAGGAAAT GATTTATGAT 
GATGTTGAGA ATGGTGACGA TGGTGGAAAC AGCTCTCTAG ACTATGGATG GAGTTCGAGT 
GAGTTTGAAA GCTATGAAGA ACAAAGTGAC TCCGAGTGTA AGAATGGAGT TCCCAGCTCC 
TTTTTGCGAG GCAACCACAA GAGACATCTT TCTCATGACC TAACCCGTTT AAAGGAGCAC 
TATGAGAAAA AGATGAAAGA TTTGATGGCA AACACTGTGG GAGCAGTAGA GATTCAGCAA 
CTAAAGCAAA AACATGAGCT GAAGATGCAA AAACTCATGA GGGCTGCTAG AGAAGGTACC 
AAAGATGGAC TTGAAAAGAC TAAAGCAGCT GTGAAGAAGG GTCGTTCATT CATTAGGACC 
AAATCCTTTA TTTCTCAAGA TCATAGATCA CCCTGTCTGG AAGAAGATGA ATTACATTTA 
TTCATTGATG TAGACTGTAT GCATACAGAA GCAATTATGA CTCCTATGCC TGAAGGATTA 
TCACAGCAAC AGGTTGTGAG AAGATACATT TTGGGCTCTG TGGTTGACAG TGAGAAGAAT 
TATGTGGATG CTCTCAAAAG AATTCTAGAG CAATATGAGA AGCCCCTATC AGAAATGGAA 
CCAAAATTAC TGAGTGAAAG GAAACTCAAA ATGGTCTTTT ATCGAATCAA AGAAATTCTT 
CAGTGCCATT CAATGTTTCA GATAGCACTG GCCAGTCGGG TGTCTGACTG GGATTCTGTT 
GAAATGATTG GAGATGTCTT TGTTGCTTCA TTTTCTAAAT CGATGGTGCT AGATGCTTAT 
AGTGAATATG TAAATAATTT CAGTACAGCA GTGGGGATTC TCAAGAAAAC ATGTGCCACT 
AAGCCTGCCT TTCTAGATTT TTTAAAGCAA TGCCAGGAGT CAAGCCCTGA TCGAATCACA 
CTCTATGGGT TAATGATGAA ACCCATACAG CGCTTCCCAC AATTCATTCT TTTGCTTCAG 
GATATGTTAA AGAATACTAC TAAAGGACAT CCTGACAGGC TGCCTCTACA GATGGCTCTT 
ACCGAGCTGG AAACGTTGGC AGAGAAATTA AATGAGAGGA AAAGGGATGC AGATCAGCGC 
TGCGAAATAA AACAAATAGC AAAAGCCATG AACGAACGCT ATCTGAATAA GTTACTCAGC 
AGTGGAAACA GATACCTCAT ACGGACTGAT GATATGATAG AAACAGTTTA CAATGACAAG 
GGAGAAATTG TCAAAACCAA AGAACGACGA CTCTTCATGT TGAATGATGT ACTGATGTGT 
GCAACAGTCA GTGCACGGTC TTCGTATGAA AGTAGTGGCA TTGTGGCAAC TGGCCAAAGG 
TATTTATTAA AATGGAGTGT ACCTCTTGGA CAAGTAGAAG TCATTGAATA TGGCAGCAGC 
GAAGGACAAG GAGAGAATTG CAGGTTCCCA CCTCAGCATT CTGCAGAGAA TGTTGTTGTC 
AGTGTTAAGC CAAACAAACT GTATATGGGA CCAGGGCAGC TATACCATGA TTTGCAGAAT 
CTCTTACATG ATTTGAATGT AGTCGGTCAA ATTAGTCAAC TGATAGGCAG CCTTAAAGGA 
AACTATCAGA ACTTAAATCA GTCAGTGGCT CATGACTGGA CGTCAGGTTT ACAAAAACTG 
ATATTGAAAA AGGAAGATGA AATCCGAGCT GCAGATCGCT GTAGAATTCA ACTGCAGCTT 
TCAGGGAAGC AGGACAAGTC TGGGAGACCT ACTTTCTTTA CTGCAGTGTT CAATACATTT 
ACCCCTGCCA TCAAACAATC TTGGATCAAC AATTTACAAA TGGCTAAGCT TGCCCTTGCG 
GAAGAAAACC TATTGGGTTG GTTCTGTGCA GAAGATGATG GCAATCAAAT CAAGAAAGAA 
AAGCACCCCC TCCTTGTTAG ACATATGCCA GTCATGATGG CTAAACAACA GGAGTTTAAG 
ATTGAATGTG CTGCATATAA TCCTGAACCT TATGTCTCTA GTGAAACTGA GCCAGATTCA 
TGTTCCATGG AGCATGGCTT TCTTTGGATT GGCAGTTGTA CTAATCAAAT GGGACAAATT 
GCAATTGTCT CATTTCAAAA CTCCAACCCC AAGGTTATAG AGTGCTTTAA TGTTGAATCC 
CGCATCCTCT GCATGGTCTA CATTCCAGAG GAAGAGAAAC CAAGAGAGTT AAATGTGGTT 
CCTGAGTCAG AAAATGGGGC TAGAAAGGCT TCCAGTGTGC CTACTATTTG CCTGGGCATG 
GAAGAAGGAA GCATTTCTGT CTACAAAAGT CATCAAGGCT CAAAGAAATT TCGACTTCAA 
CACTTTTTCA CACCTGAAAA ATCAACAGTC ATGAGCCTAG CGTACATGTC CCAGTACTTG 
TTTGCTGGTT TGGTTAATGG GAACATCACA ATCTACACAA AAGCAGAAGA TGGAAACTGG 
AACCCAGAAC CTGAAAAAGT AGTAAAGCTA GGGGTTCTAC CAGTCAGAAG CCTACTTGTG 
ATGGAAGAGA CCATATGGGC GGCATCTGGT GGACAAATTT TTATAATCAC TACTGAGACC 
CATTCTGTGG AGCACTATTT TGAAGCTCAT CAAGAGGAGG GGATGGTGAT CTCACATATG 
GCTGTTGCTG GAGTAGGAAT CTGGATTGCA TTCACATCTG GATCTACACT CCGCTTGTTC 
CACACTGAGA CTCTGAAGCA CCTCCAGGAT ATTAATATTG CCACTCCTAT TCACAATATT 
TTGTCAGGAC AGCAGCGTGT TTCTGTGACC AGTCTACTAG TATGCCATGG TTTATTGCTG 
GTTGGAACAA ATCTGGGAAT TATAGTAGCA TTACCAGTGC CTCGTCTGCA AGGAATTCCA 
AAAGTGACTG CTTAG

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

Gene Symbol	ARHGEF10
Entrez Gene ID	102382150
Full Name	Rho guanine nucleotide exchange factor 10
Gene Type	protein-coding
Organism	Alligator sinensis(Chinese alligator)

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

ARHGEF10 cDNA ORF clone, Alligator sinensis(Chinese alligator)

Gene

Clones

gRNAs

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