Gse1 cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Gse1
Entrez Gene ID	110299964
Full Name	Gse1 coiled-coil protein
Gene Type	protein-coding
Organism	Mus caroli(Ryukyu mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021169948.1	XP_021025607.1	genetic suppressor element 1
XM_021169948.2	XP_021025607.2	genetic suppressor element 1 isoform X3
XM_029480386.1	XP_029336246.1	genetic suppressor element 1 isoform X4
XM_021169947.2	XP_021025606.2	genetic suppressor element 1 isoform X1
XM_029480385.1	XP_029336245.1	genetic suppressor element 1 isoform X2
XM_021169947.1	XP_021025606.1	genetic suppressor element 1
XM_029480387.1	XP_029336247.1	genetic suppressor element 1 isoform X5

Pathways from BioSystems
Gene Ontology

The following Gse1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Gse1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OMv75282	XM_021169948.2 Latest version!	Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OMv75283	XM_029480386.1 Latest version!	Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OMv75284	XM_029480387.1 Latest version!	Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OMv75280	XM_021169947.2 Latest version!	Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OMv75281	XM_029480385.1 Latest version!	Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OMv06875	XM_021169948.1 Latest version!	Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00
OMv06875	XM_021169947.1 Latest version!	Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00

ORF Online Only Promotion

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

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

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

Reference Sequences (Refseq)

Gse1 ( XM_021169948.2 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021025607.2 Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OMv75282
Clone ID Related Accession (Same CDS sequence)	XM_021169948.2
Accession Version	XM_021169948.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3660bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	genetic suppressor element 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034577.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 10, 2019 this sequence version replaced XM_021169948.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTCGGAC TGAAGCCGCC TCTCTATTAC TTACCAGGCA TGAGCCATGA GCCCAAGTCC 
CCTTCCATAG GGATGCTTTC CACGGCGACC AGGACCACCG CCACCGTCAA CCCCCTCACC 
CCCTCGCCAC TCAATGGCGC CCTGGTGCCC ACCGGTAGCC CGGCCACCAG CAGTGCGCTA 
TCGGCCCAGG CCGCTCCATC CTCCAGCTTT GCTGCCGCGC TGCGCAAGCT CGCCAAACAG 
GCAGAGGAGC CCAGAGGGTC CTCACTGAGC AGCGAGTCAT CTCCAGTGTC CTCTCCAGCC 
ACCAACCATA GCTCTCCAGC TAGCACGCCC AAACGAGTGC CCATGGGCCC CATCATCGTC 
CCCCCTGGGG GTCACAGTGT CCCCAGCACT CCCCCAGTGG TCACTATTGC CCCCACTAAA 
ACCGTCAACG GAGTCTGGAG AAGCGAGAGC CGCCAGGACT CCGGCTCACG AGGCAGCAGC 
AGTGGTCGGG AGCGCCTATT GGTGGAGCCG CCTCTGGCCC AGGAAAAGGC CGCGGGCCCC 
ACCATCCCCT CCCACCTACT CAGCACTCCC TACCCCTTTG GCCTTTCCCC CGGCTCAGTT 
GTACAGGACT CCCGCTTCCA ACCACTCAAC CTCCAGCGGC CTGTGCACCA TGTGGTGCCC 
CCCAGCACGG TGACCGAGGA CTACCTGAGA AGTTTCCGGC CCTACCACAC TGCTGAAGAC 
TTACGCATGT CCTCCTTGCC CCCGCTCGGC CTGGACCCAG CCACTGCCGC AGCCTACTAT 
CACCCCAGCT ACCTGGCCCC ACACCCGTTC CCCCACCCGG CCTTCAGGAT GGATGACTCC 
TATTGCCTGT CAGCCTTAAG GTCTCCGTTC TACCCCATCC CCACCCCTGG CTCCCTGCCT 
CCACTGCATC CTTCGGCGAT GCACCTTCAT CTCTCTGGTG TACGGTACCC TCCTGAGCTC 
TCCCACTCGT CCCTGGCGGC GCTACACTCG GAGCGGATGT CCAGCCTCAG TGCAGAGAGG 
TTGCAAATGG ACGAGGAACT GAGGCGGGAG AGAGAGCGGG AGCGGGAACG GGAGGCCGAC 
CGGGAGCGGG AGAAGGAGCG GGAACGGGAG CAGCGGGAGA AGGAGCGGGA GAAGGAGCTG 
GAGCGCGAGC GGGAGAAGGA ACGGGAACGC GAGCTGGAGC GGCAGCGGGA GCAGCGGGCA 
AGGGAGAAGG AGCTGCTGGC TGCCAAGGCC TTAGAGCCCA CCTCCTTCCT GCCTGTGGCC 
GAGCTGCACG GACTCCGGGG TCACAGCACG GAGGAGCGGC CCAAGCCCTC GGAGCAGCTG 
ACCCCAACCC GAGCAGAGAA GCTGAAGGAC GTGGGCTTGC AGGCGCCCAA GCCCGTGCAG 
CACCCTCTGC ACCCAGTGCC TGCCCCACAC CACACGGTGC CCAGCCTCAT CTCCAGCCAC 
GGCATCTTCT CTCTGCCTGG AAGCAGCGCC ACCACTGCCC TGCTGATCCA GCGCACCAAC 
GAGGAGGAGA AGTGGCTGGC ACGGCAGCGC CGCCTGCGGC AGGAGAAGGA AGACCGCCAG 
TCCCAGGTGT CCGAGTTCCG GCAGCAGGTC CTGGAGCAGC ACCTAGACCT GGGCCGGCCC 
CCCGTGCCCA CAGAGGTGGA GCACAGGCCC GAGAGCACCA GGCCAGGAAC AAACCGGCAT 
GAGCAGGGCA GCCGTGAACC CCCACAGCAC TTTGGTGGCC CTCCACCACT CATCTCACCC 
AAGCCCCAGC ACCACACCGT ACCCACAGCC CTCTGGAACC CAGTGTCTCT GATAGACAAT 
GCTCTGGAGA CGCGGCGGGC CGAGAGCCAC CCTCTGCATA GCCACCCGAC TACTTTTGAG 
CCCAGCCGCC AGGCCGCCGT GCCACTGGTG AAGGTGGAGC GAGTTTACTG CTCAGAGAAG 
GCAGAGGAGC CCCGGAAGCG TGAGGCCACA CCACTGGACA AATACCAGCC GCCGCCGCCA 
CCACCGCGGG AGGCAGGAAG TCTGGAGCCT CAGACCTTTC CCCACGGACC TGGGCCTTTC 
CTTACTGAAC TTGAGAAGTC AACACAGACC ATCTTGGGCC AGCAGCGGCC CTCTCTTTCC 
CAGGCAACCT CCTTCGGGGA GCTCAGTGGG CCTCTGAAGC CAGGCTCTCC GTACTGCCAC 
CCCACAGCGA GGGGCCCCGA TCCAGCCTAC ATCTACGATG AGTTTCTTCA GCAGCGACGG 
AGGCTGGTCA GCAAACTGGA CCTGGAGGAA CGCAGGCGGC GCGAGGCTCA GGAGAAAGGG 
TACTATTACG ACCTCGATGA CTCGTACGAC GAGAGTGACG AGGAGGAGGT CAGGGCACAT 
CTCCGCTGTG TGGCTGAGCA GCCGCCCCTC AAACTGGACA CGTCCTCAGA GAAGCTAGAG 
TTCTTGCAGC TTTTTGGCTT GACCACCCAA CAGCAGAAGG AGGAACTGGT GGCGCAGAAG 
CGCCGGAAGC GGAGGCGGAT GCTCAGAGAG AGAAGCCCGT CGCCACCTGC CGTTCAGTGC 
AAGCGACAGA CGCCTTCCCC CAGGCTGGCT CTGTCCACCC GCTACAGCCC CGACGAGATG 
AACAACAGCC CCAACTTTGA GGAGAAGAGG AAGTTCCTGA CCTTCTTCAA CCTGACACAC 
ATCAGTGCGG AGAAGAGGAA AGACAAAGAG AGGCTTGTTG AAATGCTCCG AGCCATGAAG 
CAGAGAGCAC TGTCCGCAGC AGACTCAGTG ACAAACTCTT CGAGGGACAG TCCTCCCATC 
TCCCTAAGTG AACCAGCCAC ACAGCCAGCT CCTCTAGAGA CGGATCAGCC TGTCGGGGTC 
CCTGCCTCCT TGTCAGATGT CCCAAAGGCC GCGGAGACTG GGAGACTGGA ACAGCTCCGG 
CCCCAGGAGC TCTTGAGAGT CCAGGAGCCG GCTCCTCCCA GCGGTGAGAA GGCCAGGCTG 
AGTGAGGCCC CTGGTGGCAA GAAGAGCCTG AGCATGCTCC ATTACCTCCG GGGCGCTGCG 
CCCAAGGACA TTCCTGTGCC GTTGTCTCAC AGCGTCAACG GGAAGAGCAA GCCCTGGGAG 
CCTTTCGTGG CCGAAGAGTT TGCACATCAA TTCCATGAGT CCGTGCTGCA GTCCACACAG 
AAGGCTCTGC AGAAGCATAA AGGGAATTGT GCTTTGCTAT CTGCAGAGCA GAGCCACAAA 
GTCGACACGG CAGTCCACTA CAACATTCCC GAGCTGCAGT CCTCCAGCAG GGTCCCCTTG 
CCCCAGCACA ATGGACAACA GGAGCCCCTG ACGGGGAGGA AGGGCCCTCC TATGCAGGAG 
GTGGACCAGG ACTCTGAGGA GGACTCGGAG GAGGACAGCG AGGAGGAAGC TGAGGAAGCC 
CCCAGGCGCC AGTGGCAAGG GATTGAGGCA ATCTTTGAAG CTTACCAGGA ACACATAGAA 
GAGCAAAACC TGGAGCGGCA GGTGCTACAG ACGCAGTGCC GGCGGCTGGA GGCGCAGAAC 
TACAGCCTCA GCCTGACTGC AGAGCAGCTG TCTCACAGCA TGGCGGAGCT TCGGAGTCAG 
AAACAGAAGA TGGTCTCTGA GCGGGAGCGG CTCCAGGCGG AGCTGGACCA CTTGCGGAAG 
TGCCTTGCCT TGCCCACCAT GCACTGGCCT AGGGGCTACT TTAAGGGATA TCCGAGGTGA

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

RefSeq	XP_021025607.2
CDS	320..3979
Translation	MFGLKPPLYYLPGMSHEPKSPSIGMLSTATRTTATVNPLTPSPLNGALVPTGSPATSSALSAQAAPSSSFAAALRKLAKQAEEPRGSSLSSESSPVSSPATNHSSPASTPKRVPMGPIIVPPGGHSVPSTPPVVTIAPTKTVNGVWRSESRQDSGSRGSSSGRERLLVEPPLAQEKAAGPTIPSHLLSTPYPFGLSPGSVVQDSRFQPLNLQRPVHHVVPPSTVTEDYLRSFRPYHTAEDLRMSSLPPLGLDPATAAAYYHPSYLAPHPFPHPAFRMDDSYCLSALRSPFYPIPTPGSLPPLHPSAMHLHLSGVRYPPELSHSSLAALHSERMSSLSAERLQMDEELRREREREREREADREREKEREREQREKEREKELEREREKERERELERQREQRAREKELLAAKALEPTSFLPVAELHGLRGHSTEERPKPSEQLTPTRAEKLKDVGLQAPKPVQHPLHPVPAPHHTVPSLISSHGIFSLPGSSATTALLIQRTNEEEKWLARQRRLRQEKEDRQSQVSEFRQQVLEQHLDLGRPPVPTEVEHRPESTRPGTNRHEQGSREPPQHFGGPPPLISPKPQHHTVPTALWNPVSLIDNALETRRAESHPLHSHPTTFEPSRQAAVPLVKVERVYCSEKAEEPRKREATPLDKYQPPPPPPREAGSLEPQTFPHGPGPFLTELEKSTQTILGQQRPSLSQATSFGELSGPLKPGSPYCHPTARGPDPAYIYDEFLQQRRRLVSKLDLEERRRREAQEKGYYYDLDDSYDESDEEEVRAHLRCVAEQPPLKLDTSSEKLEFLQLFGLTTQQQKEELVAQKRRKRRRMLRERSPSPPAVQCKRQTPSPRLALSTRYSPDEMNNSPNFEEKRKFLTFFNLTHISAEKRKDKERLVEMLRAMKQRALSAADSVTNSSRDSPPISLSEPATQPAPLETDQPVGVPASLSDVPKAAETGRLEQLRPQELLRVQEPAPPSGEKARLSEAPGGKKSLSMLHYLRGAAPKDIPVPLSHSVNGKSKPWEPFVAEEFAHQFHESVLQSTQKALQKHKGNCALLSAEQSHKVDTAVHYNIPELQSSSRVPLPQHNGQQEPLTGRKGPPMQEVDQDSEEDSEEDSEEEAEEAPRRQWQGIEAIFEAYQEHIEEQNLERQVLQTQCRRLEAQNYSLSLTAEQLSHSMAELRSQKQKMVSERERLQAELDHLRKCLALPTMHWPRGYFKGYPR

Target ORF information:

RefSeq Version	XM_021169948.2
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X3, mRNA.

Target ORF information:

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

XM_021169948.2

ORF Insert Sequence:

ATGTTCGGAC TGAAGCCGCC TCTCTATTAC TTACCAGGCA TGAGCCATGA GCCCAAGTCC 
CCTTCCATAG GGATGCTTTC CACGGCGACC AGGACCACCG CCACCGTCAA CCCCCTCACC 
CCCTCGCCAC TCAATGGCGC CCTGGTGCCC ACCGGTAGCC CGGCCACCAG CAGTGCGCTA 
TCGGCCCAGG CCGCTCCATC CTCCAGCTTT GCTGCCGCGC TGCGCAAGCT CGCCAAACAG 
GCAGAGGAGC CCAGAGGGTC CTCACTGAGC AGCGAGTCAT CTCCAGTGTC CTCTCCAGCC 
ACCAACCATA GCTCTCCAGC TAGCACGCCC AAACGAGTGC CCATGGGCCC CATCATCGTC 
CCCCCTGGGG GTCACAGTGT CCCCAGCACT CCCCCAGTGG TCACTATTGC CCCCACTAAA 
ACCGTCAACG GAGTCTGGAG AAGCGAGAGC CGCCAGGACT CCGGCTCACG AGGCAGCAGC 
AGTGGTCGGG AGCGCCTATT GGTGGAGCCG CCTCTGGCCC AGGAAAAGGC CGCGGGCCCC 
ACCATCCCCT CCCACCTACT CAGCACTCCC TACCCCTTTG GCCTTTCCCC CGGCTCAGTT 
GTACAGGACT CCCGCTTCCA ACCACTCAAC CTCCAGCGGC CTGTGCACCA TGTGGTGCCC 
CCCAGCACGG TGACCGAGGA CTACCTGAGA AGTTTCCGGC CCTACCACAC TGCTGAAGAC 
TTACGCATGT CCTCCTTGCC CCCGCTCGGC CTGGACCCAG CCACTGCCGC AGCCTACTAT 
CACCCCAGCT ACCTGGCCCC ACACCCGTTC CCCCACCCGG CCTTCAGGAT GGATGACTCC 
TATTGCCTGT CAGCCTTAAG GTCTCCGTTC TACCCCATCC CCACCCCTGG CTCCCTGCCT 
CCACTGCATC CTTCGGCGAT GCACCTTCAT CTCTCTGGTG TACGGTACCC TCCTGAGCTC 
TCCCACTCGT CCCTGGCGGC GCTACACTCG GAGCGGATGT CCAGCCTCAG TGCAGAGAGG 
TTGCAAATGG ACGAGGAACT GAGGCGGGAG AGAGAGCGGG AGCGGGAACG GGAGGCCGAC 
CGGGAGCGGG AGAAGGAGCG GGAACGGGAG CAGCGGGAGA AGGAGCGGGA GAAGGAGCTG 
GAGCGCGAGC GGGAGAAGGA ACGGGAACGC GAGCTGGAGC GGCAGCGGGA GCAGCGGGCA 
AGGGAGAAGG AGCTGCTGGC TGCCAAGGCC TTAGAGCCCA CCTCCTTCCT GCCTGTGGCC 
GAGCTGCACG GACTCCGGGG TCACAGCACG GAGGAGCGGC CCAAGCCCTC GGAGCAGCTG 
ACCCCAACCC GAGCAGAGAA GCTGAAGGAC GTGGGCTTGC AGGCGCCCAA GCCCGTGCAG 
CACCCTCTGC ACCCAGTGCC TGCCCCACAC CACACGGTGC CCAGCCTCAT CTCCAGCCAC 
GGCATCTTCT CTCTGCCTGG AAGCAGCGCC ACCACTGCCC TGCTGATCCA GCGCACCAAC 
GAGGAGGAGA AGTGGCTGGC ACGGCAGCGC CGCCTGCGGC AGGAGAAGGA AGACCGCCAG 
TCCCAGGTGT CCGAGTTCCG GCAGCAGGTC CTGGAGCAGC ACCTAGACCT GGGCCGGCCC 
CCCGTGCCCA CAGAGGTGGA GCACAGGCCC GAGAGCACCA GGCCAGGAAC AAACCGGCAT 
GAGCAGGGCA GCCGTGAACC CCCACAGCAC TTTGGTGGCC CTCCACCACT CATCTCACCC 
AAGCCCCAGC ACCACACCGT ACCCACAGCC CTCTGGAACC CAGTGTCTCT GATAGACAAT 
GCTCTGGAGA CGCGGCGGGC CGAGAGCCAC CCTCTGCATA GCCACCCGAC TACTTTTGAG 
CCCAGCCGCC AGGCCGCCGT GCCACTGGTG AAGGTGGAGC GAGTTTACTG CTCAGAGAAG 
GCAGAGGAGC CCCGGAAGCG TGAGGCCACA CCACTGGACA AATACCAGCC GCCGCCGCCA 
CCACCGCGGG AGGCAGGAAG TCTGGAGCCT CAGACCTTTC CCCACGGACC TGGGCCTTTC 
CTTACTGAAC TTGAGAAGTC AACACAGACC ATCTTGGGCC AGCAGCGGCC CTCTCTTTCC 
CAGGCAACCT CCTTCGGGGA GCTCAGTGGG CCTCTGAAGC CAGGCTCTCC GTACTGCCAC 
CCCACAGCGA GGGGCCCCGA TCCAGCCTAC ATCTACGATG AGTTTCTTCA GCAGCGACGG 
AGGCTGGTCA GCAAACTGGA CCTGGAGGAA CGCAGGCGGC GCGAGGCTCA GGAGAAAGGG 
TACTATTACG ACCTCGATGA CTCGTACGAC GAGAGTGACG AGGAGGAGGT CAGGGCACAT 
CTCCGCTGTG TGGCTGAGCA GCCGCCCCTC AAACTGGACA CGTCCTCAGA GAAGCTAGAG 
TTCTTGCAGC TTTTTGGCTT GACCACCCAA CAGCAGAAGG AGGAACTGGT GGCGCAGAAG 
CGCCGGAAGC GGAGGCGGAT GCTCAGAGAG AGAAGCCCGT CGCCACCTGC CGTTCAGTGC 
AAGCGACAGA CGCCTTCCCC CAGGCTGGCT CTGTCCACCC GCTACAGCCC CGACGAGATG 
AACAACAGCC CCAACTTTGA GGAGAAGAGG AAGTTCCTGA CCTTCTTCAA CCTGACACAC 
ATCAGTGCGG AGAAGAGGAA AGACAAAGAG AGGCTTGTTG AAATGCTCCG AGCCATGAAG 
CAGAGAGCAC TGTCCGCAGC AGACTCAGTG ACAAACTCTT CGAGGGACAG TCCTCCCATC 
TCCCTAAGTG AACCAGCCAC ACAGCCAGCT CCTCTAGAGA CGGATCAGCC TGTCGGGGTC 
CCTGCCTCCT TGTCAGATGT CCCAAAGGCC GCGGAGACTG GGAGACTGGA ACAGCTCCGG 
CCCCAGGAGC TCTTGAGAGT CCAGGAGCCG GCTCCTCCCA GCGGTGAGAA GGCCAGGCTG 
AGTGAGGCCC CTGGTGGCAA GAAGAGCCTG AGCATGCTCC ATTACCTCCG GGGCGCTGCG 
CCCAAGGACA TTCCTGTGCC GTTGTCTCAC AGCGTCAACG GGAAGAGCAA GCCCTGGGAG 
CCTTTCGTGG CCGAAGAGTT TGCACATCAA TTCCATGAGT CCGTGCTGCA GTCCACACAG 
AAGGCTCTGC AGAAGCATAA AGGGAATTGT GCTTTGCTAT CTGCAGAGCA GAGCCACAAA 
GTCGACACGG CAGTCCACTA CAACATTCCC GAGCTGCAGT CCTCCAGCAG GGTCCCCTTG 
CCCCAGCACA ATGGACAACA GGAGCCCCTG ACGGGGAGGA AGGGCCCTCC TATGCAGGAG 
GTGGACCAGG ACTCTGAGGA GGACTCGGAG GAGGACAGCG AGGAGGAAGC TGAGGAAGCC 
CCCAGGCGCC AGTGGCAAGG GATTGAGGCA ATCTTTGAAG CTTACCAGGA ACACATAGAA 
GAGCAAAACC TGGAGCGGCA GGTGCTACAG ACGCAGTGCC GGCGGCTGGA GGCGCAGAAC 
TACAGCCTCA GCCTGACTGC AGAGCAGCTG TCTCACAGCA TGGCGGAGCT TCGGAGTCAG 
AAACAGAAGA TGGTCTCTGA GCGGGAGCGG CTCCAGGCGG AGCTGGACCA CTTGCGGAAG 
TGCCTTGCCT TGCCCACCAT GCACTGGCCT AGGGGCTACT TTAAGGGATA TCCGAGGTGA

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

Gse1 ( XM_029480386.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_029336246.1 Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OMv75283
Clone ID Related Accession (Same CDS sequence)	XM_029480386.1
Accession Version	XM_029480386.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3441bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	genetic suppressor element 1 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034577.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTCGGAC TGAAGCCGCC TCTCTATTAC TTACCAGGGT CCTCACTGAG CAGCGAGTCA 
TCTCCAGTGT CCTCTCCAGC CACCAACCAT AGCTCTCCAG CTAGCACGCC CAAACGAGTG 
CCCATGGGCC CCATCATCGT CCCCCCTGGG GGTCACAGTG TCCCCAGCAC TCCCCCAGTG 
GTCACTATTG CCCCCACTAA AACCGTCAAC GGAGTCTGGA GAAGCGAGAG CCGCCAGGAC 
TCCGGCTCAC GAGGCAGCAG CAGTGGTCGG GAGCGCCTAT TGGTGGAGCC GCCTCTGGCC 
CAGGAAAAGG CCGCGGGCCC CACCATCCCC TCCCACCTAC TCAGCACTCC CTACCCCTTT 
GGCCTTTCCC CCGGCTCAGT TGTACAGGAC TCCCGCTTCC AACCACTCAA CCTCCAGCGG 
CCTGTGCACC ATGTGGTGCC CCCCAGCACG GTGACCGAGG ACTACCTGAG AAGTTTCCGG 
CCCTACCACA CTGCTGAAGA CTTACGCATG TCCTCCTTGC CCCCGCTCGG CCTGGACCCA 
GCCACTGCCG CAGCCTACTA TCACCCCAGC TACCTGGCCC CACACCCGTT CCCCCACCCG 
GCCTTCAGGA TGGATGACTC CTATTGCCTG TCAGCCTTAA GGTCTCCGTT CTACCCCATC 
CCCACCCCTG GCTCCCTGCC TCCACTGCAT CCTTCGGCGA TGCACCTTCA TCTCTCTGGT 
GTACGGTACC CTCCTGAGCT CTCCCACTCG TCCCTGGCGG CGCTACACTC GGAGCGGATG 
TCCAGCCTCA GTGCAGAGAG GTTGCAAATG GACGAGGAAC TGAGGCGGGA GAGAGAGCGG 
GAGCGGGAAC GGGAGGCCGA CCGGGAGCGG GAGAAGGAGC GGGAACGGGA GCAGCGGGAG 
AAGGAGCGGG AGAAGGAGCT GGAGCGCGAG CGGGAGAAGG AACGGGAACG CGAGCTGGAG 
CGGCAGCGGG AGCAGCGGGC AAGGGAGAAG GAGCTGCTGG CTGCCAAGGC CTTAGAGCCC 
ACCTCCTTCC TGCCTGTGGC CGAGCTGCAC GGACTCCGGG GTCACAGCAC GGAGGAGCGG 
CCCAAGCCCT CGGAGCAGCT GACCCCAACC CGAGCAGAGA AGCTGAAGGA CGTGGGCTTG 
CAGGCGCCCA AGCCCGTGCA GCACCCTCTG CACCCAGTGC CTGCCCCACA CCACACGGTG 
CCCAGCCTCA TCTCCAGCCA CGGCATCTTC TCTCTGCCTG GAAGCAGCGC CACCACTGCC 
CTGCTGATCC AGCGCACCAA CGAGGAGGAG AAGTGGCTGG CACGGCAGCG CCGCCTGCGG 
CAGGAGAAGG AAGACCGCCA GTCCCAGGTG TCCGAGTTCC GGCAGCAGGT CCTGGAGCAG 
CACCTAGACC TGGGCCGGCC CCCCGTGCCC ACAGAGGTGG AGCACAGGCC CGAGAGCACC 
AGGCCAGGAA CAAACCGGCA TGAGCAGGGC AGCCGTGAAC CCCCACAGCA CTTTGGTGGC 
CCTCCACCAC TCATCTCACC CAAGCCCCAG CACCACACCG TACCCACAGC CCTCTGGAAC 
CCAGTGTCTC TGATAGACAA TGCTCTGGAG ACGCGGCGGG CCGAGAGCCA CCCTCTGCAT 
AGCCACCCGA CTACTTTTGA GCCCAGCCGC CAGGCCGCCG TGCCACTGGT GAAGGTGGAG 
CGAGTTTACT GCTCAGAGAA GGCAGAGGAG CCCCGGAAGC GTGAGGCCAC ACCACTGGAC 
AAATACCAGC CGCCGCCGCC ACCACCGCGG GAGGCAGGAA GTCTGGAGCC TCAGACCTTT 
CCCCACGGAC CTGGGCCTTT CCTTACTGAA CTTGAGAAGT CAACACAGAC CATCTTGGGC 
CAGCAGCGGC CCTCTCTTTC CCAGGCAACC TCCTTCGGGG AGCTCAGTGG GCCTCTGAAG 
CCAGGCTCTC CGTACTGCCA CCCCACAGCG AGGGGCCCCG ATCCAGCCTA CATCTACGAT 
GAGTTTCTTC AGCAGCGACG GAGGCTGGTC AGCAAACTGG ACCTGGAGGA ACGCAGGCGG 
CGCGAGGCTC AGGAGAAAGG GTACTATTAC GACCTCGATG ACTCGTACGA CGAGAGTGAC 
GAGGAGGAGG TCAGGGCACA TCTCCGCTGT GTGGCTGAGC AGCCGCCCCT CAAACTGGAC 
ACGTCCTCAG AGAAGCTAGA GTTCTTGCAG CTTTTTGGCT TGACCACCCA ACAGCAGAAG 
GAGGAACTGG TGGCGCAGAA GCGCCGGAAG CGGAGGCGGA TGCTCAGAGA GAGAAGCCCG 
TCGCCACCTG CCGTTCAGTG CAAGCGACAG ACGCCTTCCC CCAGGCTGGC TCTGTCCACC 
CGCTACAGCC CCGACGAGAT GAACAACAGC CCCAACTTTG AGGAGAAGAG GAAGTTCCTG 
ACCTTCTTCA ACCTGACACA CATCAGTGCG GAGAAGAGGA AAGACAAAGA GAGGCTTGTT 
GAAATGCTCC GAGCCATGAA GCAGAGAGCA CTGTCCGCAG CAGACTCAGT GACAAACTCT 
TCGAGGGACA GTCCTCCCAT CTCCCTAAGT GAACCAGCCA CACAGCCAGC TCCTCTAGAG 
ACGGATCAGC CTGTCGGGGT CCCTGCCTCC TTGTCAGATG TCCCAAAGGC CGCGGAGACT 
GGGAGACTGG AACAGCTCCG GCCCCAGGAG CTCTTGAGAG TCCAGGAGCC GGCTCCTCCC 
AGCGGTGAGA AGGCCAGGCT GAGTGAGGCC CCTGGTGGCA AGAAGAGCCT GAGCATGCTC 
CATTACCTCC GGGGCGCTGC GCCCAAGGAC ATTCCTGTGC CGTTGTCTCA CAGCGTCAAC 
GGGAAGAGCA AGCCCTGGGA GCCTTTCGTG GCCGAAGAGT TTGCACATCA ATTCCATGAG 
TCCGTGCTGC AGTCCACACA GAAGGCTCTG CAGAAGCATA AAGGGAATTG TGCTTTGCTA 
TCTGCAGAGC AGAGCCACAA AGTCGACACG GCAGTCCACT ACAACATTCC CGAGCTGCAG 
TCCTCCAGCA GGGTCCCCTT GCCCCAGCAC AATGGACAAC AGGAGCCCCT GACGGGGAGG 
AAGGGCCCTC CTATGCAGGA GGTGGACCAG GACTCTGAGG AGGACTCGGA GGAGGACAGC 
GAGGAGGAAG CTGAGGAAGC CCCCAGGCGC CAGTGGCAAG GGATTGAGGC AATCTTTGAA 
GCTTACCAGG AACACATAGA AGAGCAAAAC CTGGAGCGGC AGGTGCTACA GACGCAGTGC 
CGGCGGCTGG AGGCGCAGAA CTACAGCCTC AGCCTGACTG CAGAGCAGCT GTCTCACAGC 
ATGGCGGAGC TTCGGAGTCA GAAACAGAAG ATGGTCTCTG AGCGGGAGCG GCTCCAGGCG 
GAGCTGGACC ACTTGCGGAA GTGCCTTGCC TTGCCCACCA TGCACTGGCC TAGGGGCTAC 
TTTAAGGGAT ATCCGAGGTG A

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

RefSeq	XP_029336246.1
CDS	320..3760
Translation	MFGLKPPLYYLPGSSLSSESSPVSSPATNHSSPASTPKRVPMGPIIVPPGGHSVPSTPPVVTIAPTKTVNGVWRSESRQDSGSRGSSSGRERLLVEPPLAQEKAAGPTIPSHLLSTPYPFGLSPGSVVQDSRFQPLNLQRPVHHVVPPSTVTEDYLRSFRPYHTAEDLRMSSLPPLGLDPATAAAYYHPSYLAPHPFPHPAFRMDDSYCLSALRSPFYPIPTPGSLPPLHPSAMHLHLSGVRYPPELSHSSLAALHSERMSSLSAERLQMDEELRREREREREREADREREKEREREQREKEREKELEREREKERERELERQREQRAREKELLAAKALEPTSFLPVAELHGLRGHSTEERPKPSEQLTPTRAEKLKDVGLQAPKPVQHPLHPVPAPHHTVPSLISSHGIFSLPGSSATTALLIQRTNEEEKWLARQRRLRQEKEDRQSQVSEFRQQVLEQHLDLGRPPVPTEVEHRPESTRPGTNRHEQGSREPPQHFGGPPPLISPKPQHHTVPTALWNPVSLIDNALETRRAESHPLHSHPTTFEPSRQAAVPLVKVERVYCSEKAEEPRKREATPLDKYQPPPPPPREAGSLEPQTFPHGPGPFLTELEKSTQTILGQQRPSLSQATSFGELSGPLKPGSPYCHPTARGPDPAYIYDEFLQQRRRLVSKLDLEERRRREAQEKGYYYDLDDSYDESDEEEVRAHLRCVAEQPPLKLDTSSEKLEFLQLFGLTTQQQKEELVAQKRRKRRRMLRERSPSPPAVQCKRQTPSPRLALSTRYSPDEMNNSPNFEEKRKFLTFFNLTHISAEKRKDKERLVEMLRAMKQRALSAADSVTNSSRDSPPISLSEPATQPAPLETDQPVGVPASLSDVPKAAETGRLEQLRPQELLRVQEPAPPSGEKARLSEAPGGKKSLSMLHYLRGAAPKDIPVPLSHSVNGKSKPWEPFVAEEFAHQFHESVLQSTQKALQKHKGNCALLSAEQSHKVDTAVHYNIPELQSSSRVPLPQHNGQQEPLTGRKGPPMQEVDQDSEEDSEEDSEEEAEEAPRRQWQGIEAIFEAYQEHIEEQNLERQVLQTQCRRLEAQNYSLSLTAEQLSHSMAELRSQKQKMVSERERLQAELDHLRKCLALPTMHWPRGYFKGYPR

Target ORF information:

RefSeq Version	XM_029480386.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X4, mRNA.

Target ORF information:

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

XM_029480386.1

ORF Insert Sequence:

ATGTTCGGAC TGAAGCCGCC TCTCTATTAC TTACCAGGGT CCTCACTGAG CAGCGAGTCA 
TCTCCAGTGT CCTCTCCAGC CACCAACCAT AGCTCTCCAG CTAGCACGCC CAAACGAGTG 
CCCATGGGCC CCATCATCGT CCCCCCTGGG GGTCACAGTG TCCCCAGCAC TCCCCCAGTG 
GTCACTATTG CCCCCACTAA AACCGTCAAC GGAGTCTGGA GAAGCGAGAG CCGCCAGGAC 
TCCGGCTCAC GAGGCAGCAG CAGTGGTCGG GAGCGCCTAT TGGTGGAGCC GCCTCTGGCC 
CAGGAAAAGG CCGCGGGCCC CACCATCCCC TCCCACCTAC TCAGCACTCC CTACCCCTTT 
GGCCTTTCCC CCGGCTCAGT TGTACAGGAC TCCCGCTTCC AACCACTCAA CCTCCAGCGG 
CCTGTGCACC ATGTGGTGCC CCCCAGCACG GTGACCGAGG ACTACCTGAG AAGTTTCCGG 
CCCTACCACA CTGCTGAAGA CTTACGCATG TCCTCCTTGC CCCCGCTCGG CCTGGACCCA 
GCCACTGCCG CAGCCTACTA TCACCCCAGC TACCTGGCCC CACACCCGTT CCCCCACCCG 
GCCTTCAGGA TGGATGACTC CTATTGCCTG TCAGCCTTAA GGTCTCCGTT CTACCCCATC 
CCCACCCCTG GCTCCCTGCC TCCACTGCAT CCTTCGGCGA TGCACCTTCA TCTCTCTGGT 
GTACGGTACC CTCCTGAGCT CTCCCACTCG TCCCTGGCGG CGCTACACTC GGAGCGGATG 
TCCAGCCTCA GTGCAGAGAG GTTGCAAATG GACGAGGAAC TGAGGCGGGA GAGAGAGCGG 
GAGCGGGAAC GGGAGGCCGA CCGGGAGCGG GAGAAGGAGC GGGAACGGGA GCAGCGGGAG 
AAGGAGCGGG AGAAGGAGCT GGAGCGCGAG CGGGAGAAGG AACGGGAACG CGAGCTGGAG 
CGGCAGCGGG AGCAGCGGGC AAGGGAGAAG GAGCTGCTGG CTGCCAAGGC CTTAGAGCCC 
ACCTCCTTCC TGCCTGTGGC CGAGCTGCAC GGACTCCGGG GTCACAGCAC GGAGGAGCGG 
CCCAAGCCCT CGGAGCAGCT GACCCCAACC CGAGCAGAGA AGCTGAAGGA CGTGGGCTTG 
CAGGCGCCCA AGCCCGTGCA GCACCCTCTG CACCCAGTGC CTGCCCCACA CCACACGGTG 
CCCAGCCTCA TCTCCAGCCA CGGCATCTTC TCTCTGCCTG GAAGCAGCGC CACCACTGCC 
CTGCTGATCC AGCGCACCAA CGAGGAGGAG AAGTGGCTGG CACGGCAGCG CCGCCTGCGG 
CAGGAGAAGG AAGACCGCCA GTCCCAGGTG TCCGAGTTCC GGCAGCAGGT CCTGGAGCAG 
CACCTAGACC TGGGCCGGCC CCCCGTGCCC ACAGAGGTGG AGCACAGGCC CGAGAGCACC 
AGGCCAGGAA CAAACCGGCA TGAGCAGGGC AGCCGTGAAC CCCCACAGCA CTTTGGTGGC 
CCTCCACCAC TCATCTCACC CAAGCCCCAG CACCACACCG TACCCACAGC CCTCTGGAAC 
CCAGTGTCTC TGATAGACAA TGCTCTGGAG ACGCGGCGGG CCGAGAGCCA CCCTCTGCAT 
AGCCACCCGA CTACTTTTGA GCCCAGCCGC CAGGCCGCCG TGCCACTGGT GAAGGTGGAG 
CGAGTTTACT GCTCAGAGAA GGCAGAGGAG CCCCGGAAGC GTGAGGCCAC ACCACTGGAC 
AAATACCAGC CGCCGCCGCC ACCACCGCGG GAGGCAGGAA GTCTGGAGCC TCAGACCTTT 
CCCCACGGAC CTGGGCCTTT CCTTACTGAA CTTGAGAAGT CAACACAGAC CATCTTGGGC 
CAGCAGCGGC CCTCTCTTTC CCAGGCAACC TCCTTCGGGG AGCTCAGTGG GCCTCTGAAG 
CCAGGCTCTC CGTACTGCCA CCCCACAGCG AGGGGCCCCG ATCCAGCCTA CATCTACGAT 
GAGTTTCTTC AGCAGCGACG GAGGCTGGTC AGCAAACTGG ACCTGGAGGA ACGCAGGCGG 
CGCGAGGCTC AGGAGAAAGG GTACTATTAC GACCTCGATG ACTCGTACGA CGAGAGTGAC 
GAGGAGGAGG TCAGGGCACA TCTCCGCTGT GTGGCTGAGC AGCCGCCCCT CAAACTGGAC 
ACGTCCTCAG AGAAGCTAGA GTTCTTGCAG CTTTTTGGCT TGACCACCCA ACAGCAGAAG 
GAGGAACTGG TGGCGCAGAA GCGCCGGAAG CGGAGGCGGA TGCTCAGAGA GAGAAGCCCG 
TCGCCACCTG CCGTTCAGTG CAAGCGACAG ACGCCTTCCC CCAGGCTGGC TCTGTCCACC 
CGCTACAGCC CCGACGAGAT GAACAACAGC CCCAACTTTG AGGAGAAGAG GAAGTTCCTG 
ACCTTCTTCA ACCTGACACA CATCAGTGCG GAGAAGAGGA AAGACAAAGA GAGGCTTGTT 
GAAATGCTCC GAGCCATGAA GCAGAGAGCA CTGTCCGCAG CAGACTCAGT GACAAACTCT 
TCGAGGGACA GTCCTCCCAT CTCCCTAAGT GAACCAGCCA CACAGCCAGC TCCTCTAGAG 
ACGGATCAGC CTGTCGGGGT CCCTGCCTCC TTGTCAGATG TCCCAAAGGC CGCGGAGACT 
GGGAGACTGG AACAGCTCCG GCCCCAGGAG CTCTTGAGAG TCCAGGAGCC GGCTCCTCCC 
AGCGGTGAGA AGGCCAGGCT GAGTGAGGCC CCTGGTGGCA AGAAGAGCCT GAGCATGCTC 
CATTACCTCC GGGGCGCTGC GCCCAAGGAC ATTCCTGTGC CGTTGTCTCA CAGCGTCAAC 
GGGAAGAGCA AGCCCTGGGA GCCTTTCGTG GCCGAAGAGT TTGCACATCA ATTCCATGAG 
TCCGTGCTGC AGTCCACACA GAAGGCTCTG CAGAAGCATA AAGGGAATTG TGCTTTGCTA 
TCTGCAGAGC AGAGCCACAA AGTCGACACG GCAGTCCACT ACAACATTCC CGAGCTGCAG 
TCCTCCAGCA GGGTCCCCTT GCCCCAGCAC AATGGACAAC AGGAGCCCCT GACGGGGAGG 
AAGGGCCCTC CTATGCAGGA GGTGGACCAG GACTCTGAGG AGGACTCGGA GGAGGACAGC 
GAGGAGGAAG CTGAGGAAGC CCCCAGGCGC CAGTGGCAAG GGATTGAGGC AATCTTTGAA 
GCTTACCAGG AACACATAGA AGAGCAAAAC CTGGAGCGGC AGGTGCTACA GACGCAGTGC 
CGGCGGCTGG AGGCGCAGAA CTACAGCCTC AGCCTGACTG CAGAGCAGCT GTCTCACAGC 
ATGGCGGAGC TTCGGAGTCA GAAACAGAAG ATGGTCTCTG AGCGGGAGCG GCTCCAGGCG 
GAGCTGGACC ACTTGCGGAA GTGCCTTGCC TTGCCCACCA TGCACTGGCC TAGGGGCTAC 
TTTAAGGGAT ATCCGAGGTG A

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

Gse1 ( XM_029480387.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_029336247.1 Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X5, mRNA.

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CloneID	OMv75284
Clone ID Related Accession (Same CDS sequence)	XM_029480387.1
Accession Version	XM_029480387.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3630bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	genetic suppressor element 1 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034577.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAGGCA TGAGCCATGA GCCCAAGTCC CCTTCCATAG GGATGCTTTC CACGGCGACC 
AGGACCACCG CCACCGTCAA CCCCCTCACC CCCTCGCCAC TCAATGGCGC CCTGGTGCCC 
ACCGGTAGCC CGGCCACCAG CAGTGCGCTA TCGGCCCAGG CCGCTCCATC CTCCAGCTTT 
GCTGCCGCGC TGCGCAAGCT CGCCAAACAG GCAGAGGAGC CCAGAGGGTC CTCACTGAGC 
AGCGAGTCAT CTCCAGTGTC CTCTCCAGCC ACCAACCATA GCTCTCCAGC TAGCACGCCC 
AAACGAGTGC CCATGGGCCC CATCATCGTC CCCCCTGGGG GTCACAGTGT CCCCAGCACT 
CCCCCAGTGG TCACTATTGC CCCCACTAAA ACCGTCAACG GAGTCTGGAG AAGCGAGAGC 
CGCCAGGACT CCGGCTCACG AGGCAGCAGC AGTGGTCGGG AGCGCCTATT GGTGGAGCCG 
CCTCTGGCCC AGGAAAAGGC CGCGGGCCCC ACCATCCCCT CCCACCTACT CAGCACTCCC 
TACCCCTTTG GCCTTTCCCC CGGCTCAGTT GTACAGGACT CCCGCTTCCA ACCACTCAAC 
CTCCAGCGGC CTGTGCACCA TGTGGTGCCC CCCAGCACGG TGACCGAGGA CTACCTGAGA 
AGTTTCCGGC CCTACCACAC TGCTGAAGAC TTACGCATGT CCTCCTTGCC CCCGCTCGGC 
CTGGACCCAG CCACTGCCGC AGCCTACTAT CACCCCAGCT ACCTGGCCCC ACACCCGTTC 
CCCCACCCGG CCTTCAGGAT GGATGACTCC TATTGCCTGT CAGCCTTAAG GTCTCCGTTC 
TACCCCATCC CCACCCCTGG CTCCCTGCCT CCACTGCATC CTTCGGCGAT GCACCTTCAT 
CTCTCTGGTG TACGGTACCC TCCTGAGCTC TCCCACTCGT CCCTGGCGGC GCTACACTCG 
GAGCGGATGT CCAGCCTCAG TGCAGAGAGG TTGCAAATGG ACGAGGAACT GAGGCGGGAG 
AGAGAGCGGG AGCGGGAACG GGAGGCCGAC CGGGAGCGGG AGAAGGAGCG GGAACGGGAG 
CAGCGGGAGA AGGAGCGGGA GAAGGAGCTG GAGCGCGAGC GGGAGAAGGA ACGGGAACGC 
GAGCTGGAGC GGCAGCGGGA GCAGCGGGCA AGGGAGAAGG AGCTGCTGGC TGCCAAGGCC 
TTAGAGCCCA CCTCCTTCCT GCCTGTGGCC GAGCTGCACG GACTCCGGGG TCACAGCACG 
GAGGAGCGGC CCAAGCCCTC GGAGCAGCTG ACCCCAACCC GAGCAGAGAA GCTGAAGGAC 
GTGGGCTTGC AGGCGCCCAA GCCCGTGCAG CACCCTCTGC ACCCAGTGCC TGCCCCACAC 
CACACGGTGC CCAGCCTCAT CTCCAGCCAC GGCATCTTCT CTCTGCCTGG AAGCAGCGCC 
ACCACTGCCC TGCTGATCCA GCGCACCAAC GAGGAGGAGA AGTGGCTGGC ACGGCAGCGC 
CGCCTGCGGC AGGAGAAGGA AGACCGCCAG TCCCAGGTGT CCGAGTTCCG GCAGCAGGTC 
CTGGAGCAGC ACCTAGACCT GGGCCGGCCC CCCGTGCCCA CAGAGGTGGA GCACAGGCCC 
GAGAGCACCA GGCCAGGAAC AAACCGGCAT GAGCAGGGCA GCCGTGAACC CCCACAGCAC 
TTTGGTGGCC CTCCACCACT CATCTCACCC AAGCCCCAGC ACCACACCGT ACCCACAGCC 
CTCTGGAACC CAGTGTCTCT GATAGACAAT GCTCTGGAGA CGCGGCGGGC CGAGAGCCAC 
CCTCTGCATA GCCACCCGAC TACTTTTGAG CCCAGCCGCC AGGCCGCCGT GCCACTGGTG 
AAGGTGGAGC GAGTTTACTG CTCAGAGAAG GCAGAGGAGC CCCGGAAGCG TGAGGCCACA 
CCACTGGACA AATACCAGCC GCCGCCGCCA CCACCGCGGG AGGCAGGAAG TCTGGAGCCT 
CAGACCTTTC CCCACGGACC TGGGCCTTTC CTTACTGAAC TTGAGAAGTC AACACAGACC 
ATCTTGGGCC AGCAGCGGCC CTCTCTTTCC CAGGCAACCT CCTTCGGGGA GCTCAGTGGG 
CCTCTGAAGC CAGGCTCTCC GTACTGCCAC CCCACAGCGA GGGGCCCCGA TCCAGCCTAC 
ATCTACGATG AGTTTCTTCA GCAGCGACGG AGGCTGGTCA GCAAACTGGA CCTGGAGGAA 
CGCAGGCGGC GCGAGGCTCA GGAGAAAGGG TACTATTACG ACCTCGATGA CTCGTACGAC 
GAGAGTGACG AGGAGGAGGT CAGGGCACAT CTCCGCTGTG TGGCTGAGCA GCCGCCCCTC 
AAACTGGACA CGTCCTCAGA GAAGCTAGAG TTCTTGCAGC TTTTTGGCTT GACCACCCAA 
CAGCAGAAGG AGGAACTGGT GGCGCAGAAG CGCCGGAAGC GGAGGCGGAT GCTCAGAGAG 
AGAAGCCCGT CGCCACCTGC CGTTCAGTGC AAGCGACAGA CGCCTTCCCC CAGGCTGGCT 
CTGTCCACCC GCTACAGCCC CGACGAGATG AACAACAGCC CCAACTTTGA GGAGAAGAGG 
AAGTTCCTGA CCTTCTTCAA CCTGACACAC ATCAGTGCGG AGAAGAGGAA AGACAAAGAG 
AGGCTTGTTG AAATGCTCCG AGCCATGAAG CAGAGAGCAC TGTCCGCAGC AGACTCAGTG 
ACAAACTCTT CGAGGGACAG TCCTCCCATC TCCCTAAGTG AACCAGCCAC ACAGCCAGCT 
CCTCTAGAGA CGGATCAGCC TGTCGGGGTC CCTGCCTCCT TGTCAGATGT CCCAAAGGCC 
GCGGAGACTG GGAGACTGGA ACAGCTCCGG CCCCAGGAGC TCTTGAGAGT CCAGGAGCCG 
GCTCCTCCCA GCGGTGAGAA GGCCAGGCTG AGTGAGGCCC CTGGTGGCAA GAAGAGCCTG 
AGCATGCTCC ATTACCTCCG GGGCGCTGCG CCCAAGGACA TTCCTGTGCC GTTGTCTCAC 
AGCGTCAACG GGAAGAGCAA GCCCTGGGAG CCTTTCGTGG CCGAAGAGTT TGCACATCAA 
TTCCATGAGT CCGTGCTGCA GTCCACACAG AAGGCTCTGC AGAAGCATAA AGGGAATTGT 
GCTTTGCTAT CTGCAGAGCA GAGCCACAAA GTCGACACGG CAGTCCACTA CAACATTCCC 
GAGCTGCAGT CCTCCAGCAG GGTCCCCTTG CCCCAGCACA ATGGACAACA GGAGCCCCTG 
ACGGGGAGGA AGGGCCCTCC TATGCAGGAG GTGGACCAGG ACTCTGAGGA GGACTCGGAG 
GAGGACAGCG AGGAGGAAGC TGAGGAAGCC CCCAGGCGCC AGTGGCAAGG GATTGAGGCA 
ATCTTTGAAG CTTACCAGGA ACACATAGAA GAGCAAAACC TGGAGCGGCA GGTGCTACAG 
ACGCAGTGCC GGCGGCTGGA GGCGCAGAAC TACAGCCTCA GCCTGACTGC AGAGCAGCTG 
TCTCACAGCA TGGCGGAGCT TCGGAGTCAG AAACAGAAGA TGGTCTCTGA GCGGGAGCGG 
CTCCAGGCGG AGCTGGACCA CTTGCGGAAG TGCCTTGCCT TGCCCACCAT GCACTGGCCT 
AGGGGCTACT TTAAGGGATA TCCGAGGTGA

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

RefSeq	XP_029336247.1
CDS	301..3930
Translation	MKGMSHEPKSPSIGMLSTATRTTATVNPLTPSPLNGALVPTGSPATSSALSAQAAPSSSFAAALRKLAKQAEEPRGSSLSSESSPVSSPATNHSSPASTPKRVPMGPIIVPPGGHSVPSTPPVVTIAPTKTVNGVWRSESRQDSGSRGSSSGRERLLVEPPLAQEKAAGPTIPSHLLSTPYPFGLSPGSVVQDSRFQPLNLQRPVHHVVPPSTVTEDYLRSFRPYHTAEDLRMSSLPPLGLDPATAAAYYHPSYLAPHPFPHPAFRMDDSYCLSALRSPFYPIPTPGSLPPLHPSAMHLHLSGVRYPPELSHSSLAALHSERMSSLSAERLQMDEELRREREREREREADREREKEREREQREKEREKELEREREKERERELERQREQRAREKELLAAKALEPTSFLPVAELHGLRGHSTEERPKPSEQLTPTRAEKLKDVGLQAPKPVQHPLHPVPAPHHTVPSLISSHGIFSLPGSSATTALLIQRTNEEEKWLARQRRLRQEKEDRQSQVSEFRQQVLEQHLDLGRPPVPTEVEHRPESTRPGTNRHEQGSREPPQHFGGPPPLISPKPQHHTVPTALWNPVSLIDNALETRRAESHPLHSHPTTFEPSRQAAVPLVKVERVYCSEKAEEPRKREATPLDKYQPPPPPPREAGSLEPQTFPHGPGPFLTELEKSTQTILGQQRPSLSQATSFGELSGPLKPGSPYCHPTARGPDPAYIYDEFLQQRRRLVSKLDLEERRRREAQEKGYYYDLDDSYDESDEEEVRAHLRCVAEQPPLKLDTSSEKLEFLQLFGLTTQQQKEELVAQKRRKRRRMLRERSPSPPAVQCKRQTPSPRLALSTRYSPDEMNNSPNFEEKRKFLTFFNLTHISAEKRKDKERLVEMLRAMKQRALSAADSVTNSSRDSPPISLSEPATQPAPLETDQPVGVPASLSDVPKAAETGRLEQLRPQELLRVQEPAPPSGEKARLSEAPGGKKSLSMLHYLRGAAPKDIPVPLSHSVNGKSKPWEPFVAEEFAHQFHESVLQSTQKALQKHKGNCALLSAEQSHKVDTAVHYNIPELQSSSRVPLPQHNGQQEPLTGRKGPPMQEVDQDSEEDSEEDSEEEAEEAPRRQWQGIEAIFEAYQEHIEEQNLERQVLQTQCRRLEAQNYSLSLTAEQLSHSMAELRSQKQKMVSERERLQAELDHLRKCLALPTMHWPRGYFKGYPR

Target ORF information:

RefSeq Version	XM_029480387.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X5, mRNA.

Target ORF information:

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

XM_029480387.1

ORF Insert Sequence:

ATGAAAGGCA TGAGCCATGA GCCCAAGTCC CCTTCCATAG GGATGCTTTC CACGGCGACC 
AGGACCACCG CCACCGTCAA CCCCCTCACC CCCTCGCCAC TCAATGGCGC CCTGGTGCCC 
ACCGGTAGCC CGGCCACCAG CAGTGCGCTA TCGGCCCAGG CCGCTCCATC CTCCAGCTTT 
GCTGCCGCGC TGCGCAAGCT CGCCAAACAG GCAGAGGAGC CCAGAGGGTC CTCACTGAGC 
AGCGAGTCAT CTCCAGTGTC CTCTCCAGCC ACCAACCATA GCTCTCCAGC TAGCACGCCC 
AAACGAGTGC CCATGGGCCC CATCATCGTC CCCCCTGGGG GTCACAGTGT CCCCAGCACT 
CCCCCAGTGG TCACTATTGC CCCCACTAAA ACCGTCAACG GAGTCTGGAG AAGCGAGAGC 
CGCCAGGACT CCGGCTCACG AGGCAGCAGC AGTGGTCGGG AGCGCCTATT GGTGGAGCCG 
CCTCTGGCCC AGGAAAAGGC CGCGGGCCCC ACCATCCCCT CCCACCTACT CAGCACTCCC 
TACCCCTTTG GCCTTTCCCC CGGCTCAGTT GTACAGGACT CCCGCTTCCA ACCACTCAAC 
CTCCAGCGGC CTGTGCACCA TGTGGTGCCC CCCAGCACGG TGACCGAGGA CTACCTGAGA 
AGTTTCCGGC CCTACCACAC TGCTGAAGAC TTACGCATGT CCTCCTTGCC CCCGCTCGGC 
CTGGACCCAG CCACTGCCGC AGCCTACTAT CACCCCAGCT ACCTGGCCCC ACACCCGTTC 
CCCCACCCGG CCTTCAGGAT GGATGACTCC TATTGCCTGT CAGCCTTAAG GTCTCCGTTC 
TACCCCATCC CCACCCCTGG CTCCCTGCCT CCACTGCATC CTTCGGCGAT GCACCTTCAT 
CTCTCTGGTG TACGGTACCC TCCTGAGCTC TCCCACTCGT CCCTGGCGGC GCTACACTCG 
GAGCGGATGT CCAGCCTCAG TGCAGAGAGG TTGCAAATGG ACGAGGAACT GAGGCGGGAG 
AGAGAGCGGG AGCGGGAACG GGAGGCCGAC CGGGAGCGGG AGAAGGAGCG GGAACGGGAG 
CAGCGGGAGA AGGAGCGGGA GAAGGAGCTG GAGCGCGAGC GGGAGAAGGA ACGGGAACGC 
GAGCTGGAGC GGCAGCGGGA GCAGCGGGCA AGGGAGAAGG AGCTGCTGGC TGCCAAGGCC 
TTAGAGCCCA CCTCCTTCCT GCCTGTGGCC GAGCTGCACG GACTCCGGGG TCACAGCACG 
GAGGAGCGGC CCAAGCCCTC GGAGCAGCTG ACCCCAACCC GAGCAGAGAA GCTGAAGGAC 
GTGGGCTTGC AGGCGCCCAA GCCCGTGCAG CACCCTCTGC ACCCAGTGCC TGCCCCACAC 
CACACGGTGC CCAGCCTCAT CTCCAGCCAC GGCATCTTCT CTCTGCCTGG AAGCAGCGCC 
ACCACTGCCC TGCTGATCCA GCGCACCAAC GAGGAGGAGA AGTGGCTGGC ACGGCAGCGC 
CGCCTGCGGC AGGAGAAGGA AGACCGCCAG TCCCAGGTGT CCGAGTTCCG GCAGCAGGTC 
CTGGAGCAGC ACCTAGACCT GGGCCGGCCC CCCGTGCCCA CAGAGGTGGA GCACAGGCCC 
GAGAGCACCA GGCCAGGAAC AAACCGGCAT GAGCAGGGCA GCCGTGAACC CCCACAGCAC 
TTTGGTGGCC CTCCACCACT CATCTCACCC AAGCCCCAGC ACCACACCGT ACCCACAGCC 
CTCTGGAACC CAGTGTCTCT GATAGACAAT GCTCTGGAGA CGCGGCGGGC CGAGAGCCAC 
CCTCTGCATA GCCACCCGAC TACTTTTGAG CCCAGCCGCC AGGCCGCCGT GCCACTGGTG 
AAGGTGGAGC GAGTTTACTG CTCAGAGAAG GCAGAGGAGC CCCGGAAGCG TGAGGCCACA 
CCACTGGACA AATACCAGCC GCCGCCGCCA CCACCGCGGG AGGCAGGAAG TCTGGAGCCT 
CAGACCTTTC CCCACGGACC TGGGCCTTTC CTTACTGAAC TTGAGAAGTC AACACAGACC 
ATCTTGGGCC AGCAGCGGCC CTCTCTTTCC CAGGCAACCT CCTTCGGGGA GCTCAGTGGG 
CCTCTGAAGC CAGGCTCTCC GTACTGCCAC CCCACAGCGA GGGGCCCCGA TCCAGCCTAC 
ATCTACGATG AGTTTCTTCA GCAGCGACGG AGGCTGGTCA GCAAACTGGA CCTGGAGGAA 
CGCAGGCGGC GCGAGGCTCA GGAGAAAGGG TACTATTACG ACCTCGATGA CTCGTACGAC 
GAGAGTGACG AGGAGGAGGT CAGGGCACAT CTCCGCTGTG TGGCTGAGCA GCCGCCCCTC 
AAACTGGACA CGTCCTCAGA GAAGCTAGAG TTCTTGCAGC TTTTTGGCTT GACCACCCAA 
CAGCAGAAGG AGGAACTGGT GGCGCAGAAG CGCCGGAAGC GGAGGCGGAT GCTCAGAGAG 
AGAAGCCCGT CGCCACCTGC CGTTCAGTGC AAGCGACAGA CGCCTTCCCC CAGGCTGGCT 
CTGTCCACCC GCTACAGCCC CGACGAGATG AACAACAGCC CCAACTTTGA GGAGAAGAGG 
AAGTTCCTGA CCTTCTTCAA CCTGACACAC ATCAGTGCGG AGAAGAGGAA AGACAAAGAG 
AGGCTTGTTG AAATGCTCCG AGCCATGAAG CAGAGAGCAC TGTCCGCAGC AGACTCAGTG 
ACAAACTCTT CGAGGGACAG TCCTCCCATC TCCCTAAGTG AACCAGCCAC ACAGCCAGCT 
CCTCTAGAGA CGGATCAGCC TGTCGGGGTC CCTGCCTCCT TGTCAGATGT CCCAAAGGCC 
GCGGAGACTG GGAGACTGGA ACAGCTCCGG CCCCAGGAGC TCTTGAGAGT CCAGGAGCCG 
GCTCCTCCCA GCGGTGAGAA GGCCAGGCTG AGTGAGGCCC CTGGTGGCAA GAAGAGCCTG 
AGCATGCTCC ATTACCTCCG GGGCGCTGCG CCCAAGGACA TTCCTGTGCC GTTGTCTCAC 
AGCGTCAACG GGAAGAGCAA GCCCTGGGAG CCTTTCGTGG CCGAAGAGTT TGCACATCAA 
TTCCATGAGT CCGTGCTGCA GTCCACACAG AAGGCTCTGC AGAAGCATAA AGGGAATTGT 
GCTTTGCTAT CTGCAGAGCA GAGCCACAAA GTCGACACGG CAGTCCACTA CAACATTCCC 
GAGCTGCAGT CCTCCAGCAG GGTCCCCTTG CCCCAGCACA ATGGACAACA GGAGCCCCTG 
ACGGGGAGGA AGGGCCCTCC TATGCAGGAG GTGGACCAGG ACTCTGAGGA GGACTCGGAG 
GAGGACAGCG AGGAGGAAGC TGAGGAAGCC CCCAGGCGCC AGTGGCAAGG GATTGAGGCA 
ATCTTTGAAG CTTACCAGGA ACACATAGAA GAGCAAAACC TGGAGCGGCA GGTGCTACAG 
ACGCAGTGCC GGCGGCTGGA GGCGCAGAAC TACAGCCTCA GCCTGACTGC AGAGCAGCTG 
TCTCACAGCA TGGCGGAGCT TCGGAGTCAG AAACAGAAGA TGGTCTCTGA GCGGGAGCGG 
CTCCAGGCGG AGCTGGACCA CTTGCGGAAG TGCCTTGCCT TGCCCACCAT GCACTGGCCT 
AGGGGCTACT TTAAGGGATA TCCGAGGTGA

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

Gse1 ( XM_021169947.2 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021025606.2 Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X1, mRNA.

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CloneID	OMv75280
Clone ID Related Accession (Same CDS sequence)	XM_021169947.2
Accession Version	XM_021169947.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5712bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	genetic suppressor element 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034577.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 10, 2019 this sequence version replaced XM_021169947.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAGCGG CGGGCGCGGC CCTGTCGTGC TTCATCTGCG GCGGCGGCAT CGCGCGCGGC 
AAGGAGCTGA AGCTGCCGGT GAGGCCGGCG GGCCCCGCGC AGCCCTTCTT CCCGTTCCTG 
CAGCAGCAGG AGCCGGCGCC CGGCGCGCGC GGGCTGAGCG CGGCCGATGG CTGCGTGCTG 
GTGTGCGCCG TGTGCCGCTG CTTCCTGGCC GAGCAGTGGG CCGCCTTCGA GCGCGCGCGC 
ACGCCCGTGG ACAAGCGCGT GTACTGGCTC AAGAGGCCGC ATCAGTGCGA CGCGAGCGCG 
GCCGGCCGGC GCGGGGCCCG CGAGTGGAAC ACCGAGGACG CGCGCGACTC GGAGCTGTCG 
GAGCTGTCGG ACGCTGACGC GCTGCCGGAA CCTGAGCCTG AGCCCGAGCC CGAGCCGGAG 
CCGGAGCCTG AGTCCGAGGA TGCGCACGAC TCCAGCAAGT CCGGAGCCCG GCGCCGGCGC 
ACGGGGCCAG GGGCGCACTG GGCTCCGGAG CCGCGAGCCA GCGTGCTGAG GGGCATCCAG 
GAACCCTGGC CCGGCCCCGC TGCGCCCGAC GGCACGGACG GCGCCGCCTC CAGCCGGCCC 
GCGGCGCCCC CAGAGCGCAG TAGCACCCCC GAGGGCAGCG ACGTCGCCGG GAGCCTCGGG 
GACGAAGGGC TGGAGCGGCC TCCCCGGACG CCCGCGGACA GCCAGGCCCG CTGCTGCTAC 
GTCTGTGGCT CGGCGCTGTC ACCGGCCTCG CAGCAGCAGA TCCACGTGCA GAAGCAGGAG 
ACTCCCGCCC AGGCGCCCTT CTTCCCCTTC CTGTGGCTGC ATAGCCCCCC GCCCGGCGCC 
CAGCCCATCA CCGAGGCGGG CAGCACCCTC GTGTGTCCCT GCTGCTTCTC GTCCCTCACA 
CACCAGTGGC AGAGCTTTGA GCTGGCCAAC GTGCCGGTCT TGCAGCGGCT CTACGTGGTG 
CCCCTGAACA GCCACGCCCC CGGCATGGCC TCCAAGGCCC GGAGACTCCC TAGGGAAGAG 
GTTCCCGCCC CCACCGCGGG GCTACTGCGG GAAGCCTGCT ACCTCTGTGG GGAGGACTGT 
ACACGGGATG CCCGGGCTGT GCCCTCCCGC CTTGTCAACG GCAACTCTGG GGGCTCCATG 
CACTTCCCCT TCCTTAGCCT CCTGCCCTGC CCACCCAACG CTCGGCCCCC CAACAAGCGC 
TGCGAGGTTC GCAGCTGCCC CAAGTGCTTC AGCGTCCTGG AGGACGTCTG GGCCCTGTAC 
CGGGCATCGC ACAACCGTGA TCTCATCAGC TCTGTGCAAG GCTTCCTGGG CAGGTACCAC 
CAAGCCTTCT CTGCCTCGGA CCCTACCCTG AGCGAACTGC CCACTTCTGC GCAGGGAGGC 
CCGCCTGCGG TCTGCTACAT CTGCGGAGCT GAGCTGGGGC CGGGCAAGGA GTTCCAGCTC 
AGCATGAACC CCGCCAGCCA CCTGGGCGAG AAGGAACCCT TCTTTCCCTT CCTCACCGTC 
TATCCGCCCG CCCCACGGGC CAGGCCTGCA GACTCCACGG GCCTGGTGGC AACCTGTGTG 
CTCTGCTATC ATGACCTGCT GGGTCAGTGG CTGCAGCACG AAGCCAGAGC CGCTCACCAG 
CCGGTCAGCG CCTGGTCGAG GCAGTACCAA GTGGACACAT TCGTGTGCTT CTTCTGTCAG 
CAAGAGAAGA AACGGTGTCT GGGGCTGAAG TCCGTGAGAG TGGCCAGGCT CCCCTTGTTC 
CTGTATACCC TGAGAGCCAG CCACAGCCTG TTGGTGGATG ATGGCCGGCA GCTGATCATC 
GGTGCCTGCG TGGAATGCGG GACCCTGGTT TGTGCAGGCC AAGGGGTTGC CAGCCAGGGA 
CCCATGGGCT GGAGCTCTCC AACAGCAGGA GTAACAAAGG TTACCTCAGC TCCCCTGGAG 
GCACCTGCAA TTGTCCATGC TCCTGCATCA GAGCCCGAGC TACAGCCAGT GCCCCCCACA 
GACAGTCTAT CCAGGGGCAT CAGGACCACC CAGGAGCCGC TGCCAGTGTC GAGCCAGCAG 
AGCAGCCGGG ACAGCTGGGA TGGAGATGGC GTAGACCTCA CAGCTACAGG CATGAGCCAT 
GAGCCCAAGT CCCCTTCCAT AGGGATGCTT TCCACGGCGA CCAGGACCAC CGCCACCGTC 
AACCCCCTCA CCCCCTCGCC ACTCAATGGC GCCCTGGTGC CCACCGGTAG CCCGGCCACC 
AGCAGTGCGC TATCGGCCCA GGCCGCTCCA TCCTCCAGCT TTGCTGCCGC GCTGCGCAAG 
CTCGCCAAAC AGGCAGAGGA GCCCAGAGGG TCCTCACTGA GCAGCGAGTC ATCTCCAGTG 
TCCTCTCCAG CCACCAACCA TAGCTCTCCA GCTAGCACGC CCAAACGAGT GCCCATGGGC 
CCCATCATCG TCCCCCCTGG GGGTCACAGT GTCCCCAGCA CTCCCCCAGT GGTCACTATT 
GCCCCCACTA AAACCGTCAA CGGAGTCTGG AGAAGCGAGA GCCGCCAGGA CTCCGGCTCA 
CGAGGCAGCA GCAGTGGTCG GGAGCGCCTA TTGGTGGAGC CGCCTCTGGC CCAGGAAAAG 
GCCGCGGGCC CCACCATCCC CTCCCACCTA CTCAGCACTC CCTACCCCTT TGGCCTTTCC 
CCCGGCTCAG TTGTACAGGA CTCCCGCTTC CAACCACTCA ACCTCCAGCG GCCTGTGCAC 
CATGTGGTGC CCCCCAGCAC GGTGACCGAG GACTACCTGA GAAGTTTCCG GCCCTACCAC 
ACTGCTGAAG ACTTACGCAT GTCCTCCTTG CCCCCGCTCG GCCTGGACCC AGCCACTGCC 
GCAGCCTACT ATCACCCCAG CTACCTGGCC CCACACCCGT TCCCCCACCC GGCCTTCAGG 
ATGGATGACT CCTATTGCCT GTCAGCCTTA AGGTCTCCGT TCTACCCCAT CCCCACCCCT 
GGCTCCCTGC CTCCACTGCA TCCTTCGGCG ATGCACCTTC ATCTCTCTGG TGTACGGTAC 
CCTCCTGAGC TCTCCCACTC GTCCCTGGCG GCGCTACACT CGGAGCGGAT GTCCAGCCTC 
AGTGCAGAGA GGTTGCAAAT GGACGAGGAA CTGAGGCGGG AGAGAGAGCG GGAGCGGGAA 
CGGGAGGCCG ACCGGGAGCG GGAGAAGGAG CGGGAACGGG AGCAGCGGGA GAAGGAGCGG 
GAGAAGGAGC TGGAGCGCGA GCGGGAGAAG GAACGGGAAC GCGAGCTGGA GCGGCAGCGG 
GAGCAGCGGG CAAGGGAGAA GGAGCTGCTG GCTGCCAAGG CCTTAGAGCC CACCTCCTTC 
CTGCCTGTGG CCGAGCTGCA CGGACTCCGG GGTCACAGCA CGGAGGAGCG GCCCAAGCCC 
TCGGAGCAGC TGACCCCAAC CCGAGCAGAG AAGCTGAAGG ACGTGGGCTT GCAGGCGCCC 
AAGCCCGTGC AGCACCCTCT GCACCCAGTG CCTGCCCCAC ACCACACGGT GCCCAGCCTC 
ATCTCCAGCC ACGGCATCTT CTCTCTGCCT GGAAGCAGCG CCACCACTGC CCTGCTGATC 
CAGCGCACCA ACGAGGAGGA GAAGTGGCTG GCACGGCAGC GCCGCCTGCG GCAGGAGAAG 
GAAGACCGCC AGTCCCAGGT GTCCGAGTTC CGGCAGCAGG TCCTGGAGCA GCACCTAGAC 
CTGGGCCGGC CCCCCGTGCC CACAGAGGTG GAGCACAGGC CCGAGAGCAC CAGGCCAGGA 
ACAAACCGGC ATGAGCAGGG CAGCCGTGAA CCCCCACAGC ACTTTGGTGG CCCTCCACCA 
CTCATCTCAC CCAAGCCCCA GCACCACACC GTACCCACAG CCCTCTGGAA CCCAGTGTCT 
CTGATAGACA ATGCTCTGGA GACGCGGCGG GCCGAGAGCC ACCCTCTGCA TAGCCACCCG 
ACTACTTTTG AGCCCAGCCG CCAGGCCGCC GTGCCACTGG TGAAGGTGGA GCGAGTTTAC 
TGCTCAGAGA AGGCAGAGGA GCCCCGGAAG CGTGAGGCCA CACCACTGGA CAAATACCAG 
CCGCCGCCGC CACCACCGCG GGAGGCAGGA AGTCTGGAGC CTCAGACCTT TCCCCACGGA 
CCTGGGCCTT TCCTTACTGA ACTTGAGAAG TCAACACAGA CCATCTTGGG CCAGCAGCGG 
CCCTCTCTTT CCCAGGCAAC CTCCTTCGGG GAGCTCAGTG GGCCTCTGAA GCCAGGCTCT 
CCGTACTGCC ACCCCACAGC GAGGGGCCCC GATCCAGCCT ACATCTACGA TGAGTTTCTT 
CAGCAGCGAC GGAGGCTGGT CAGCAAACTG GACCTGGAGG AACGCAGGCG GCGCGAGGCT 
CAGGAGAAAG GGTACTATTA CGACCTCGAT GACTCGTACG ACGAGAGTGA CGAGGAGGAG 
GTCAGGGCAC ATCTCCGCTG TGTGGCTGAG CAGCCGCCCC TCAAACTGGA CACGTCCTCA 
GAGAAGCTAG AGTTCTTGCA GCTTTTTGGC TTGACCACCC AACAGCAGAA GGAGGAACTG 
GTGGCGCAGA AGCGCCGGAA GCGGAGGCGG ATGCTCAGAG AGAGAAGCCC GTCGCCACCT 
GCCGTTCAGT GCAAGCGACA GACGCCTTCC CCCAGGCTGG CTCTGTCCAC CCGCTACAGC 
CCCGACGAGA TGAACAACAG CCCCAACTTT GAGGAGAAGA GGAAGTTCCT GACCTTCTTC 
AACCTGACAC ACATCAGTGC GGAGAAGAGG AAAGACAAAG AGAGGCTTGT TGAAATGCTC 
CGAGCCATGA AGCAGAGAGC ACTGTCCGCA GCAGACTCAG TGACAAACTC TTCGAGGGAC 
AGTCCTCCCA TCTCCCTAAG TGAACCAGCC ACACAGCCAG CTCCTCTAGA GACGGATCAG 
CCTGTCGGGG TCCCTGCCTC CTTGTCAGAT GTCCCAAAGG CCGCGGAGAC TGGGAGACTG 
GAACAGCTCC GGCCCCAGGA GCTCTTGAGA GTCCAGGAGC CGGCTCCTCC CAGCGGTGAG 
AAGGCCAGGC TGAGTGAGGC CCCTGGTGGC AAGAAGAGCC TGAGCATGCT CCATTACCTC 
CGGGGCGCTG CGCCCAAGGA CATTCCTGTG CCGTTGTCTC ACAGCGTCAA CGGGAAGAGC 
AAGCCCTGGG AGCCTTTCGT GGCCGAAGAG TTTGCACATC AATTCCATGA GTCCGTGCTG 
CAGTCCACAC AGAAGGCTCT GCAGAAGCAT AAAGGGAATT GTGCTTTGCT ATCTGCAGAG 
CAGAGCCACA AAGTCGACAC GGCAGTCCAC TACAACATTC CCGAGCTGCA GTCCTCCAGC 
AGGGTCCCCT TGCCCCAGCA CAATGGACAA CAGGAGCCCC TGACGGGGAG GAAGGGCCCT 
CCTATGCAGG AGGTGGACCA GGACTCTGAG GAGGACTCGG AGGAGGACAG CGAGGAGGAA 
GCTGAGGAAG CCCCCAGGCG CCAGTGGCAA GGGATTGAGG CAATCTTTGA AGCTTACCAG 
GAACACATAG AAGAGCAAAA CCTGGAGCGG CAGGTGCTAC AGACGCAGTG CCGGCGGCTG 
GAGGCGCAGA ACTACAGCCT CAGCCTGACT GCAGAGCAGC TGTCTCACAG CATGGCGGAG 
CTTCGGAGTC AGAAACAGAA GATGGTCTCT GAGCGGGAGC GGCTCCAGGC GGAGCTGGAC 
CACTTGCGGA AGTGCCTTGC CTTGCCCACC ATGCACTGGC CTAGGGGCTA CTTTAAGGGA 
TATCCGAGGT GA

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

RefSeq	XP_021025606.2
CDS	32..5743
Translation	MAAAGAALSCFICGGGIARGKELKLPVRPAGPAQPFFPFLQQQEPAPGARGLSAADGCVLVCAVCRCFLAEQWAAFERARTPVDKRVYWLKRPHQCDASAAGRRGAREWNTEDARDSELSELSDADALPEPEPEPEPEPEPEPESEDAHDSSKSGARRRRTGPGAHWAPEPRASVLRGIQEPWPGPAAPDGTDGAASSRPAAPPERSSTPEGSDVAGSLGDEGLERPPRTPADSQARCCYVCGSALSPASQQQIHVQKQETPAQAPFFPFLWLHSPPPGAQPITEAGSTLVCPCCFSSLTHQWQSFELANVPVLQRLYVVPLNSHAPGMASKARRLPREEVPAPTAGLLREACYLCGEDCTRDARAVPSRLVNGNSGGSMHFPFLSLLPCPPNARPPNKRCEVRSCPKCFSVLEDVWALYRASHNRDLISSVQGFLGRYHQAFSASDPTLSELPTSAQGGPPAVCYICGAELGPGKEFQLSMNPASHLGEKEPFFPFLTVYPPAPRARPADSTGLVATCVLCYHDLLGQWLQHEARAAHQPVSAWSRQYQVDTFVCFFCQQEKKRCLGLKSVRVARLPLFLYTLRASHSLLVDDGRQLIIGACVECGTLVCAGQGVASQGPMGWSSPTAGVTKVTSAPLEAPAIVHAPASEPELQPVPPTDSLSRGIRTTQEPLPVSSQQSSRDSWDGDGVDLTATGMSHEPKSPSIGMLSTATRTTATVNPLTPSPLNGALVPTGSPATSSALSAQAAPSSSFAAALRKLAKQAEEPRGSSLSSESSPVSSPATNHSSPASTPKRVPMGPIIVPPGGHSVPSTPPVVTIAPTKTVNGVWRSESRQDSGSRGSSSGRERLLVEPPLAQEKAAGPTIPSHLLSTPYPFGLSPGSVVQDSRFQPLNLQRPVHHVVPPSTVTEDYLRSFRPYHTAEDLRMSSLPPLGLDPATAAAYYHPSYLAPHPFPHPAFRMDDSYCLSALRSPFYPIPTPGSLPPLHPSAMHLHLSGVRYPPELSHSSLAALHSERMSSLSAERLQMDEELRREREREREREADREREKEREREQREKEREKELEREREKERERELERQREQRAREKELLAAKALEPTSFLPVAELHGLRGHSTEERPKPSEQLTPTRAEKLKDVGLQAPKPVQHPLHPVPAPHHTVPSLISSHGIFSLPGSSATTALLIQRTNEEEKWLARQRRLRQEKEDRQSQVSEFRQQVLEQHLDLGRPPVPTEVEHRPESTRPGTNRHEQGSREPPQHFGGPPPLISPKPQHHTVPTALWNPVSLIDNALETRRAESHPLHSHPTTFEPSRQAAVPLVKVERVYCSEKAEEPRKREATPLDKYQPPPPPPREAGSLEPQTFPHGPGPFLTELEKSTQTILGQQRPSLSQATSFGELSGPLKPGSPYCHPTARGPDPAYIYDEFLQQRRRLVSKLDLEERRRREAQEKGYYYDLDDSYDESDEEEVRAHLRCVAEQPPLKLDTSSEKLEFLQLFGLTTQQQKEELVAQKRRKRRRMLRERSPSPPAVQCKRQTPSPRLALSTRYSPDEMNNSPNFEEKRKFLTFFNLTHISAEKRKDKERLVEMLRAMKQRALSAADSVTNSSRDSPPISLSEPATQPAPLETDQPVGVPASLSDVPKAAETGRLEQLRPQELLRVQEPAPPSGEKARLSEAPGGKKSLSMLHYLRGAAPKDIPVPLSHSVNGKSKPWEPFVAEEFAHQFHESVLQSTQKALQKHKGNCALLSAEQSHKVDTAVHYNIPELQSSSRVPLPQHNGQQEPLTGRKGPPMQEVDQDSEEDSEEDSEEEAEEAPRRQWQGIEAIFEAYQEHIEEQNLERQVLQTQCRRLEAQNYSLSLTAEQLSHSMAELRSQKQKMVSERERLQAELDHLRKCLALPTMHWPRGYFKGYPR

Target ORF information:

RefSeq Version	XM_021169947.2
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X1, mRNA.

Target ORF information:

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

XM_021169947.2

ORF Insert Sequence:

ATGGCAGCGG CGGGCGCGGC CCTGTCGTGC TTCATCTGCG GCGGCGGCAT CGCGCGCGGC 
AAGGAGCTGA AGCTGCCGGT GAGGCCGGCG GGCCCCGCGC AGCCCTTCTT CCCGTTCCTG 
CAGCAGCAGG AGCCGGCGCC CGGCGCGCGC GGGCTGAGCG CGGCCGATGG CTGCGTGCTG 
GTGTGCGCCG TGTGCCGCTG CTTCCTGGCC GAGCAGTGGG CCGCCTTCGA GCGCGCGCGC 
ACGCCCGTGG ACAAGCGCGT GTACTGGCTC AAGAGGCCGC ATCAGTGCGA CGCGAGCGCG 
GCCGGCCGGC GCGGGGCCCG CGAGTGGAAC ACCGAGGACG CGCGCGACTC GGAGCTGTCG 
GAGCTGTCGG ACGCTGACGC GCTGCCGGAA CCTGAGCCTG AGCCCGAGCC CGAGCCGGAG 
CCGGAGCCTG AGTCCGAGGA TGCGCACGAC TCCAGCAAGT CCGGAGCCCG GCGCCGGCGC 
ACGGGGCCAG GGGCGCACTG GGCTCCGGAG CCGCGAGCCA GCGTGCTGAG GGGCATCCAG 
GAACCCTGGC CCGGCCCCGC TGCGCCCGAC GGCACGGACG GCGCCGCCTC CAGCCGGCCC 
GCGGCGCCCC CAGAGCGCAG TAGCACCCCC GAGGGCAGCG ACGTCGCCGG GAGCCTCGGG 
GACGAAGGGC TGGAGCGGCC TCCCCGGACG CCCGCGGACA GCCAGGCCCG CTGCTGCTAC 
GTCTGTGGCT CGGCGCTGTC ACCGGCCTCG CAGCAGCAGA TCCACGTGCA GAAGCAGGAG 
ACTCCCGCCC AGGCGCCCTT CTTCCCCTTC CTGTGGCTGC ATAGCCCCCC GCCCGGCGCC 
CAGCCCATCA CCGAGGCGGG CAGCACCCTC GTGTGTCCCT GCTGCTTCTC GTCCCTCACA 
CACCAGTGGC AGAGCTTTGA GCTGGCCAAC GTGCCGGTCT TGCAGCGGCT CTACGTGGTG 
CCCCTGAACA GCCACGCCCC CGGCATGGCC TCCAAGGCCC GGAGACTCCC TAGGGAAGAG 
GTTCCCGCCC CCACCGCGGG GCTACTGCGG GAAGCCTGCT ACCTCTGTGG GGAGGACTGT 
ACACGGGATG CCCGGGCTGT GCCCTCCCGC CTTGTCAACG GCAACTCTGG GGGCTCCATG 
CACTTCCCCT TCCTTAGCCT CCTGCCCTGC CCACCCAACG CTCGGCCCCC CAACAAGCGC 
TGCGAGGTTC GCAGCTGCCC CAAGTGCTTC AGCGTCCTGG AGGACGTCTG GGCCCTGTAC 
CGGGCATCGC ACAACCGTGA TCTCATCAGC TCTGTGCAAG GCTTCCTGGG CAGGTACCAC 
CAAGCCTTCT CTGCCTCGGA CCCTACCCTG AGCGAACTGC CCACTTCTGC GCAGGGAGGC 
CCGCCTGCGG TCTGCTACAT CTGCGGAGCT GAGCTGGGGC CGGGCAAGGA GTTCCAGCTC 
AGCATGAACC CCGCCAGCCA CCTGGGCGAG AAGGAACCCT TCTTTCCCTT CCTCACCGTC 
TATCCGCCCG CCCCACGGGC CAGGCCTGCA GACTCCACGG GCCTGGTGGC AACCTGTGTG 
CTCTGCTATC ATGACCTGCT GGGTCAGTGG CTGCAGCACG AAGCCAGAGC CGCTCACCAG 
CCGGTCAGCG CCTGGTCGAG GCAGTACCAA GTGGACACAT TCGTGTGCTT CTTCTGTCAG 
CAAGAGAAGA AACGGTGTCT GGGGCTGAAG TCCGTGAGAG TGGCCAGGCT CCCCTTGTTC 
CTGTATACCC TGAGAGCCAG CCACAGCCTG TTGGTGGATG ATGGCCGGCA GCTGATCATC 
GGTGCCTGCG TGGAATGCGG GACCCTGGTT TGTGCAGGCC AAGGGGTTGC CAGCCAGGGA 
CCCATGGGCT GGAGCTCTCC AACAGCAGGA GTAACAAAGG TTACCTCAGC TCCCCTGGAG 
GCACCTGCAA TTGTCCATGC TCCTGCATCA GAGCCCGAGC TACAGCCAGT GCCCCCCACA 
GACAGTCTAT CCAGGGGCAT CAGGACCACC CAGGAGCCGC TGCCAGTGTC GAGCCAGCAG 
AGCAGCCGGG ACAGCTGGGA TGGAGATGGC GTAGACCTCA CAGCTACAGG CATGAGCCAT 
GAGCCCAAGT CCCCTTCCAT AGGGATGCTT TCCACGGCGA CCAGGACCAC CGCCACCGTC 
AACCCCCTCA CCCCCTCGCC ACTCAATGGC GCCCTGGTGC CCACCGGTAG CCCGGCCACC 
AGCAGTGCGC TATCGGCCCA GGCCGCTCCA TCCTCCAGCT TTGCTGCCGC GCTGCGCAAG 
CTCGCCAAAC AGGCAGAGGA GCCCAGAGGG TCCTCACTGA GCAGCGAGTC ATCTCCAGTG 
TCCTCTCCAG CCACCAACCA TAGCTCTCCA GCTAGCACGC CCAAACGAGT GCCCATGGGC 
CCCATCATCG TCCCCCCTGG GGGTCACAGT GTCCCCAGCA CTCCCCCAGT GGTCACTATT 
GCCCCCACTA AAACCGTCAA CGGAGTCTGG AGAAGCGAGA GCCGCCAGGA CTCCGGCTCA 
CGAGGCAGCA GCAGTGGTCG GGAGCGCCTA TTGGTGGAGC CGCCTCTGGC CCAGGAAAAG 
GCCGCGGGCC CCACCATCCC CTCCCACCTA CTCAGCACTC CCTACCCCTT TGGCCTTTCC 
CCCGGCTCAG TTGTACAGGA CTCCCGCTTC CAACCACTCA ACCTCCAGCG GCCTGTGCAC 
CATGTGGTGC CCCCCAGCAC GGTGACCGAG GACTACCTGA GAAGTTTCCG GCCCTACCAC 
ACTGCTGAAG ACTTACGCAT GTCCTCCTTG CCCCCGCTCG GCCTGGACCC AGCCACTGCC 
GCAGCCTACT ATCACCCCAG CTACCTGGCC CCACACCCGT TCCCCCACCC GGCCTTCAGG 
ATGGATGACT CCTATTGCCT GTCAGCCTTA AGGTCTCCGT TCTACCCCAT CCCCACCCCT 
GGCTCCCTGC CTCCACTGCA TCCTTCGGCG ATGCACCTTC ATCTCTCTGG TGTACGGTAC 
CCTCCTGAGC TCTCCCACTC GTCCCTGGCG GCGCTACACT CGGAGCGGAT GTCCAGCCTC 
AGTGCAGAGA GGTTGCAAAT GGACGAGGAA CTGAGGCGGG AGAGAGAGCG GGAGCGGGAA 
CGGGAGGCCG ACCGGGAGCG GGAGAAGGAG CGGGAACGGG AGCAGCGGGA GAAGGAGCGG 
GAGAAGGAGC TGGAGCGCGA GCGGGAGAAG GAACGGGAAC GCGAGCTGGA GCGGCAGCGG 
GAGCAGCGGG CAAGGGAGAA GGAGCTGCTG GCTGCCAAGG CCTTAGAGCC CACCTCCTTC 
CTGCCTGTGG CCGAGCTGCA CGGACTCCGG GGTCACAGCA CGGAGGAGCG GCCCAAGCCC 
TCGGAGCAGC TGACCCCAAC CCGAGCAGAG AAGCTGAAGG ACGTGGGCTT GCAGGCGCCC 
AAGCCCGTGC AGCACCCTCT GCACCCAGTG CCTGCCCCAC ACCACACGGT GCCCAGCCTC 
ATCTCCAGCC ACGGCATCTT CTCTCTGCCT GGAAGCAGCG CCACCACTGC CCTGCTGATC 
CAGCGCACCA ACGAGGAGGA GAAGTGGCTG GCACGGCAGC GCCGCCTGCG GCAGGAGAAG 
GAAGACCGCC AGTCCCAGGT GTCCGAGTTC CGGCAGCAGG TCCTGGAGCA GCACCTAGAC 
CTGGGCCGGC CCCCCGTGCC CACAGAGGTG GAGCACAGGC CCGAGAGCAC CAGGCCAGGA 
ACAAACCGGC ATGAGCAGGG CAGCCGTGAA CCCCCACAGC ACTTTGGTGG CCCTCCACCA 
CTCATCTCAC CCAAGCCCCA GCACCACACC GTACCCACAG CCCTCTGGAA CCCAGTGTCT 
CTGATAGACA ATGCTCTGGA GACGCGGCGG GCCGAGAGCC ACCCTCTGCA TAGCCACCCG 
ACTACTTTTG AGCCCAGCCG CCAGGCCGCC GTGCCACTGG TGAAGGTGGA GCGAGTTTAC 
TGCTCAGAGA AGGCAGAGGA GCCCCGGAAG CGTGAGGCCA CACCACTGGA CAAATACCAG 
CCGCCGCCGC CACCACCGCG GGAGGCAGGA AGTCTGGAGC CTCAGACCTT TCCCCACGGA 
CCTGGGCCTT TCCTTACTGA ACTTGAGAAG TCAACACAGA CCATCTTGGG CCAGCAGCGG 
CCCTCTCTTT CCCAGGCAAC CTCCTTCGGG GAGCTCAGTG GGCCTCTGAA GCCAGGCTCT 
CCGTACTGCC ACCCCACAGC GAGGGGCCCC GATCCAGCCT ACATCTACGA TGAGTTTCTT 
CAGCAGCGAC GGAGGCTGGT CAGCAAACTG GACCTGGAGG AACGCAGGCG GCGCGAGGCT 
CAGGAGAAAG GGTACTATTA CGACCTCGAT GACTCGTACG ACGAGAGTGA CGAGGAGGAG 
GTCAGGGCAC ATCTCCGCTG TGTGGCTGAG CAGCCGCCCC TCAAACTGGA CACGTCCTCA 
GAGAAGCTAG AGTTCTTGCA GCTTTTTGGC TTGACCACCC AACAGCAGAA GGAGGAACTG 
GTGGCGCAGA AGCGCCGGAA GCGGAGGCGG ATGCTCAGAG AGAGAAGCCC GTCGCCACCT 
GCCGTTCAGT GCAAGCGACA GACGCCTTCC CCCAGGCTGG CTCTGTCCAC CCGCTACAGC 
CCCGACGAGA TGAACAACAG CCCCAACTTT GAGGAGAAGA GGAAGTTCCT GACCTTCTTC 
AACCTGACAC ACATCAGTGC GGAGAAGAGG AAAGACAAAG AGAGGCTTGT TGAAATGCTC 
CGAGCCATGA AGCAGAGAGC ACTGTCCGCA GCAGACTCAG TGACAAACTC TTCGAGGGAC 
AGTCCTCCCA TCTCCCTAAG TGAACCAGCC ACACAGCCAG CTCCTCTAGA GACGGATCAG 
CCTGTCGGGG TCCCTGCCTC CTTGTCAGAT GTCCCAAAGG CCGCGGAGAC TGGGAGACTG 
GAACAGCTCC GGCCCCAGGA GCTCTTGAGA GTCCAGGAGC CGGCTCCTCC CAGCGGTGAG 
AAGGCCAGGC TGAGTGAGGC CCCTGGTGGC AAGAAGAGCC TGAGCATGCT CCATTACCTC 
CGGGGCGCTG CGCCCAAGGA CATTCCTGTG CCGTTGTCTC ACAGCGTCAA CGGGAAGAGC 
AAGCCCTGGG AGCCTTTCGT GGCCGAAGAG TTTGCACATC AATTCCATGA GTCCGTGCTG 
CAGTCCACAC AGAAGGCTCT GCAGAAGCAT AAAGGGAATT GTGCTTTGCT ATCTGCAGAG 
CAGAGCCACA AAGTCGACAC GGCAGTCCAC TACAACATTC CCGAGCTGCA GTCCTCCAGC 
AGGGTCCCCT TGCCCCAGCA CAATGGACAA CAGGAGCCCC TGACGGGGAG GAAGGGCCCT 
CCTATGCAGG AGGTGGACCA GGACTCTGAG GAGGACTCGG AGGAGGACAG CGAGGAGGAA 
GCTGAGGAAG CCCCCAGGCG CCAGTGGCAA GGGATTGAGG CAATCTTTGA AGCTTACCAG 
GAACACATAG AAGAGCAAAA CCTGGAGCGG CAGGTGCTAC AGACGCAGTG CCGGCGGCTG 
GAGGCGCAGA ACTACAGCCT CAGCCTGACT GCAGAGCAGC TGTCTCACAG CATGGCGGAG 
CTTCGGAGTC AGAAACAGAA GATGGTCTCT GAGCGGGAGC GGCTCCAGGC GGAGCTGGAC 
CACTTGCGGA AGTGCCTTGC CTTGCCCACC ATGCACTGGC CTAGGGGCTA CTTTAAGGGA 
TATCCGAGGT GA

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

Gse1 ( XM_029480385.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_029336245.1 Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X2, mRNA.

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CloneID	OMv75281
Clone ID Related Accession (Same CDS sequence)	XM_029480385.1
Accession Version	XM_029480385.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5604bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	genetic suppressor element 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034577.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAGCGG CGGGCGCGGC CCTGTCGTGC TTCATCTGCG GCGGCGGCAT CGCGCGCGGC 
AAGGAGCTGA AGCTGCCGGT GAGGCCGGCG GGCCCCGCGC AGCCCTTCTT CCCGTTCCTG 
CAGCAGCAGG AGCCGGCGCC CGGCGCGCGC GGGCTGAGCG CGGCCGATGG CTGCGTGCTG 
GTGTGCGCCG TGTGCCGCTG CTTCCTGGCC GAGCAGTGGG CCGCCTTCGA GCGCGCGCGC 
ACGCCCGTGG ACAAGCGCGT GTACTGGCTC AAGAGGCCGC ATCAGTGCGA CGCGAGCGCG 
GCCGGCCGGC GCGGGGCCCG CGAGTGGAAC ACCGAGGACG CGCGCGACTC GGAGCTGTCG 
GAGCTGTCGG ACGCTGACGC GCTGCCGGAA CCTGAGCCTG AGCCCGAGCC CGAGCCGGAG 
CCGGAGCCTG AGTCCGAGGA TGCGCACGAC TCCAGCAAGT CCGGAGCCCG GCGCCGGCGC 
ACGGGGCCAG GGGCGCACTG GGCTCCGGAG CCGCGAGCCA GCGTGCTGAG GGGCATCCAG 
GAACCCTGGC CCGGCCCCGC TGCGCCCGAC GGCACGGACG GCGCCGCCTC CAGCCGGCCC 
GCGGCGCCCC CAGAGCGCAG TAGCACCCCC GAGGGCAGCG ACGTCGCCGG GAGCCTCGGG 
GACGAAGGGC TGGAGCGGCC TCCCCGGACG CCCGCGGACA GCCAGGCCCG CTGCTGCTAC 
GTCTGTGGCT CGGCGCTGTC ACCGGCCTCG CAGCAGCAGA TCCACGTGCA GAAGCAGGAG 
ACTCCCGCCC AGGCGCCCTT CTTCCCCTTC CTGTGGCTGC ATAGCCCCCC GCCCGGCGCC 
CAGCCCATCA CCGAGGCGGG CAGCACCCTC GTGTGTCCCT GCTGCTTCTC GTCCCTCACA 
CACCAGTGGC AGAGCTTTGA GCTGGCCAAC GTGCCGGTCT TGCAGCGGCT CTACGTGGTG 
CCCCTGAACA GCCACGCCCC CGGCATGGCC TCCAAGGCCC GGAGACTCCC TAGGGAAGAG 
GTTCCCGCCC CCACCGCGGG GCTACTGCGG GAAGCCTGCT ACCTCTGTGG GGAGGACTGT 
ACACGGGATG CCCGGGCTGT GCCCTCCCGC CTTGTCAACG GCAACTCTGG GGGCTCCATG 
CACTTCCCCT TCCTTAGCCT CCTGCCCTGC CCACCCAACG CTCGGCCCCC CAACAAGCGC 
TGCGAGGTTC GCAGCTGCCC CAAGTGCTTC AGCGTCCTGG AGGACGTCTG GGCCCTGTAC 
CGGGCATCGC ACAACCGTGA TCTCATCAGC TCTGTGCAAG GCTTCCTGGG CAGGTACCAC 
CAAGCCTTCT CTGCCTCGGA CCCTACCCTG AGCGAACTGC CCACTTCTGC GCAGGGAGGC 
CCGCCTGCGG TCTGCTACAT CTGCGGAGCT GAGCTGGGGC CGGGCAAGGA GTTCCAGCTC 
AGCATGAACC CCGCCAGCCA CCTGGGCGAG AAGGAACCCT TCTTTCCCTT CCTCACCGTC 
TATCCGCCCG CCCCACGGGC CAGGCCTGCA GACTCCACGG GCCTGGTGGC AACCTGTGTG 
CTCTGCTATC ATGACCTGCT GGGTCAGTGG CTGCAGCACG AAGCCAGAGC CGCTCACCAG 
CCGGTCAGCG CCTGGTCGAG GCAGTACCAA GTGGACACAT TCGTGTGCTT CTTCTGTCAG 
CAAGAGAAGA AACGGTGTCT GGGGCTGAAG TCCGTGAGAG TGGCCAGGCT CCCCTTGTTC 
CTGTATACCC TGAGAGCCAG CCACAGCCTG TTGGTGGATG ATGGCCGGCA GCTGATCATC 
GGTGCCTGCG TGGAATGCGG GACCCTGGTT TGTGCAGGCC AAGGGGTTGC CAGCCAGGGA 
CCCATGGGCT GGAGCTCTCC AACAGCAGGA GTAACAAAGG TTACCTCAGC TCCCCTGGAG 
GCACCTGCAA TTGTCCATGC TCCTGCATCA GAGCCCGAGC TACAGCCAGT GCCCCCCACA 
GACAGTCTAT CCAGGGGCAT CAGGACCACC CAGGAGCCGC TGCCAGTGTC GAGCCAGCAG 
AGCAGCCGGG ACAGCTGGGA TGGAGATGGC GTAGACCTCA CAGCTACAGG CATGAGCCAT 
GAGCCCAAGT CCCCTTCCAT AGGGATGCTT TCCACGGCGA CCAGGACCAC CGCCACCGTC 
AACCCCCTCA CCCCCTCGCC ACTCAATGGC GCCCTGGTGC CCACCGGTAG CCCGGCCACC 
AGCAGTGCGC TATCGGCCCA GGCCGCTCCA TCCTCCAGCT TTGCTGCCGC GCTGCGCAAG 
CTCGCCAAAC AGGCAGAGGA GCCCAGAGGG TCCTCACTGA GCAGCGAGTC ATCTCCAGTG 
TCCTCTCCAG CCACCAACCA TAGCTCTCCA GCTAGCACGC CCAAACGAGT GCCCATGGGC 
CCCATCATCG TCCCCCCTGG GGGTCACAGT GTCCCCAGCA CTCCCCCAGT GGTCACTATT 
GCCCCCACTA AAACCGTCAA CGGAGTCTGG AGAAGCGAGA GCCGCCAGGA CTCCGGCTCA 
CGAGGCAGCA GCAGTGGTCG GGAGCGCCTA TTGGTGGAGC CGCCTCTGGC CCAGGAAAAG 
GCCGCGGGCC CCACCATCCC CTCCCACCTA CTCAGCACTC CCTACCCCTT TGGCCTTTCC 
CCCGGCTCAG TTGTACAGGA CTCCCGCTTC CAACCACTCA ACCTCCAGCG GCCTGTGCAC 
CATGTGGTGC CCCCCAGCAC GGTGACCGAG GACTACCTGA GAAGTTTCCG GCCCTACCAC 
ACTGCTGAAG ACTTACGCAT GTCCTCCTTG CCCCCGCTCG GCCTGGACCC AGCCACTGCC 
GCAGCCTACT ATCACCCCAG CTACCTGGCC CCACACCCGT TCCCCCACCC GGCCTTCAGG 
ATGGATGACT CCTATTGCCT GTCAGCCTTA AGGTCTCCGT TCTACCCCAT CCCCACCCCT 
GGCTCCCTGC CTCCACTGCA TCCTTCGGCG ATGCACCTTC ATCTCTCTGG TGTACGGTAC 
CCTCCTGAGC TCTCCCACTC GTCCCTGGCG GCGCTACACT CGGAGCGGAT GTCCAGCCTC 
AGTGCAGAGA GGTTGCAAAT GGACGAGGAA CTGAGGCGGG AGAGAGAGCG GGAGCGGGAA 
CGGGAGGCCG ACCGGGAGCG GGAGAAGGAG CGGGAACGGG AGCAGCGGGA GAAGGAGCGG 
GAGAAGGAGC TGGAGCGCGA GCGGGAGAAG GAACGGGAAC GCGAGCTGGA GCGGCAGCGG 
GAGCAGCGGG CAAGGGAGAA GGAGCTGCTG GCTGCCAAGG CCTTAGAGCC CACCTCCTTC 
CTGCCTGTGG CCGAGCTGCA CGGACTCCGG GGTCACAGCA CGGAGGAGCG GCCCAAGCCC 
TCGGAGCAGC TGACCCCAAC CCGAGCAGAG AAGCTGAAGG ACGTGGGCTT GCAGGCGCCC 
AAGCCCGTGC AGCACCCTCT GCACCCAGTG CCTGCCCCAC ACCACACGGT GCCCAGCCTC 
ATCTCCAGCC ACGGCATCTT CTCTCTGCCT GGAAGCAGCG CCACCACTGC CCTGCTGATC 
CAGCGCACCA ACGAGGAGGA GAAGTGGCTG GCACGGCAGC GCCGCCTGCG GCAGGAGAAG 
GAAGACCGCC AGTCCCAGGT GTCCGAGTTC CGGCAGCAGG TCCTGGAGCA GCACCTAGAC 
CTGGGCCGGC CCCCCGTGCC CACAGAGGTG GAGCACAGGC CCGAGAGCAC CAGGCCAGGA 
ACAAACCGGC ATGAGCAGGG CAGCCGTGAA CCCCCACAGC ACTTTGGTGG CCCTCCACCA 
CTCATCTCAC CCAAGCCCCA GCACCACACC GTACCCACAG CCCTCTGGAA CCCAGTGTCT 
CTGATAGACA ATGCTCTGGA GACGCGGCGG GCCGAGAGCC ACCCTCTGCA TAGCCACCCG 
ACTACTTTTG AGCCCAGCCG CCAGGCCGCC GTGCCACTGG TGAAGGTGGA GCGAGTTTAC 
TGCTCAGAGA AGGCAGAGGA GCCCCGGAAG CGTGAGGCCA CACCACTGGA CAAATACCAG 
CCGCCGCCGC CACCACCGCG GGAGGCAGGA AGTCTGGAGC CTCAGACCTT TCCCCACGGA 
CCTGGGCCTT TCCTTACTGA ACTTGAGAAG TCAACACAGA CCATCTTGGG CCAGCAGCGG 
CCCTCTCTTT CCCAGGCAAC CTCCTTCGGG GAGCTCAGTG GGCCTCTGAA GCCAGGCTCT 
CCGTACTGCC ACCCCACAGC GAGGGGCCCC GATCCAGCCT ACATCTACGA TGAGTTTCTT 
CAGCAGCGAC GGAGGCTGGT CAGCAAACTG GACCTGGAGG AACGCAGGCG GCGCGAGGCT 
CAGGAGAAAG GGTACTATTA CGACCTCGAT GACTCGTACG ACGAGAGTGA CGAGGAGGAG 
GTCAGGGCAC ATCTCCGCTG TGTGGCTGAG CAGCCGCCCC TCAAACTGGA CACGTCCTCA 
GAGAAGCTAG AGTTCTTGCA GCTTTTTGGC TTGACCACCC AACAGCAGAA GGAGGAACTG 
GTGGCGCAGA AGCGCCGGAA GCGGAGGCGG ATGCTCAGAG AGAGAAGCCC GTCGCCACCT 
GCCGTTCAGT GCAAGCGACA GACGCCTTCC CCCAGGCTGG CTCTGTCCAC CCGCTACAGC 
CCCGACGAGA TGAACAACAG CCCCAACTTT GAGGAGAAGA GGAAGTTCCT GACCTTCTTC 
AACCTGACAC ACATCAGTGC GGAGAAGAGG AAAGAACCAG CCACACAGCC AGCTCCTCTA 
GAGACGGATC AGCCTGTCGG GGTCCCTGCC TCCTTGTCAG ATGTCCCAAA GGCCGCGGAG 
ACTGGGAGAC TGGAACAGCT CCGGCCCCAG GAGCTCTTGA GAGTCCAGGA GCCGGCTCCT 
CCCAGCGGTG AGAAGGCCAG GCTGAGTGAG GCCCCTGGTG GCAAGAAGAG CCTGAGCATG 
CTCCATTACC TCCGGGGCGC TGCGCCCAAG GACATTCCTG TGCCGTTGTC TCACAGCGTC 
AACGGGAAGA GCAAGCCCTG GGAGCCTTTC GTGGCCGAAG AGTTTGCACA TCAATTCCAT 
GAGTCCGTGC TGCAGTCCAC ACAGAAGGCT CTGCAGAAGC ATAAAGGGAA TTGTGCTTTG 
CTATCTGCAG AGCAGAGCCA CAAAGTCGAC ACGGCAGTCC ACTACAACAT TCCCGAGCTG 
CAGTCCTCCA GCAGGGTCCC CTTGCCCCAG CACAATGGAC AACAGGAGCC CCTGACGGGG 
AGGAAGGGCC CTCCTATGCA GGAGGTGGAC CAGGACTCTG AGGAGGACTC GGAGGAGGAC 
AGCGAGGAGG AAGCTGAGGA AGCCCCCAGG CGCCAGTGGC AAGGGATTGA GGCAATCTTT 
GAAGCTTACC AGGAACACAT AGAAGAGCAA AACCTGGAGC GGCAGGTGCT ACAGACGCAG 
TGCCGGCGGC TGGAGGCGCA GAACTACAGC CTCAGCCTGA CTGCAGAGCA GCTGTCTCAC 
AGCATGGCGG AGCTTCGGAG TCAGAAACAG AAGATGGTCT CTGAGCGGGA GCGGCTCCAG 
GCGGAGCTGG ACCACTTGCG GAAGTGCCTT GCCTTGCCCA CCATGCACTG GCCTAGGGGC 
TACTTTAAGG GATATCCGAG GTGA

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

RefSeq	XP_029336245.1
CDS	32..5635
Translation	MAAAGAALSCFICGGGIARGKELKLPVRPAGPAQPFFPFLQQQEPAPGARGLSAADGCVLVCAVCRCFLAEQWAAFERARTPVDKRVYWLKRPHQCDASAAGRRGAREWNTEDARDSELSELSDADALPEPEPEPEPEPEPEPESEDAHDSSKSGARRRRTGPGAHWAPEPRASVLRGIQEPWPGPAAPDGTDGAASSRPAAPPERSSTPEGSDVAGSLGDEGLERPPRTPADSQARCCYVCGSALSPASQQQIHVQKQETPAQAPFFPFLWLHSPPPGAQPITEAGSTLVCPCCFSSLTHQWQSFELANVPVLQRLYVVPLNSHAPGMASKARRLPREEVPAPTAGLLREACYLCGEDCTRDARAVPSRLVNGNSGGSMHFPFLSLLPCPPNARPPNKRCEVRSCPKCFSVLEDVWALYRASHNRDLISSVQGFLGRYHQAFSASDPTLSELPTSAQGGPPAVCYICGAELGPGKEFQLSMNPASHLGEKEPFFPFLTVYPPAPRARPADSTGLVATCVLCYHDLLGQWLQHEARAAHQPVSAWSRQYQVDTFVCFFCQQEKKRCLGLKSVRVARLPLFLYTLRASHSLLVDDGRQLIIGACVECGTLVCAGQGVASQGPMGWSSPTAGVTKVTSAPLEAPAIVHAPASEPELQPVPPTDSLSRGIRTTQEPLPVSSQQSSRDSWDGDGVDLTATGMSHEPKSPSIGMLSTATRTTATVNPLTPSPLNGALVPTGSPATSSALSAQAAPSSSFAAALRKLAKQAEEPRGSSLSSESSPVSSPATNHSSPASTPKRVPMGPIIVPPGGHSVPSTPPVVTIAPTKTVNGVWRSESRQDSGSRGSSSGRERLLVEPPLAQEKAAGPTIPSHLLSTPYPFGLSPGSVVQDSRFQPLNLQRPVHHVVPPSTVTEDYLRSFRPYHTAEDLRMSSLPPLGLDPATAAAYYHPSYLAPHPFPHPAFRMDDSYCLSALRSPFYPIPTPGSLPPLHPSAMHLHLSGVRYPPELSHSSLAALHSERMSSLSAERLQMDEELRREREREREREADREREKEREREQREKEREKELEREREKERERELERQREQRAREKELLAAKALEPTSFLPVAELHGLRGHSTEERPKPSEQLTPTRAEKLKDVGLQAPKPVQHPLHPVPAPHHTVPSLISSHGIFSLPGSSATTALLIQRTNEEEKWLARQRRLRQEKEDRQSQVSEFRQQVLEQHLDLGRPPVPTEVEHRPESTRPGTNRHEQGSREPPQHFGGPPPLISPKPQHHTVPTALWNPVSLIDNALETRRAESHPLHSHPTTFEPSRQAAVPLVKVERVYCSEKAEEPRKREATPLDKYQPPPPPPREAGSLEPQTFPHGPGPFLTELEKSTQTILGQQRPSLSQATSFGELSGPLKPGSPYCHPTARGPDPAYIYDEFLQQRRRLVSKLDLEERRRREAQEKGYYYDLDDSYDESDEEEVRAHLRCVAEQPPLKLDTSSEKLEFLQLFGLTTQQQKEELVAQKRRKRRRMLRERSPSPPAVQCKRQTPSPRLALSTRYSPDEMNNSPNFEEKRKFLTFFNLTHISAEKRKEPATQPAPLETDQPVGVPASLSDVPKAAETGRLEQLRPQELLRVQEPAPPSGEKARLSEAPGGKKSLSMLHYLRGAAPKDIPVPLSHSVNGKSKPWEPFVAEEFAHQFHESVLQSTQKALQKHKGNCALLSAEQSHKVDTAVHYNIPELQSSSRVPLPQHNGQQEPLTGRKGPPMQEVDQDSEEDSEEDSEEEAEEAPRRQWQGIEAIFEAYQEHIEEQNLERQVLQTQCRRLEAQNYSLSLTAEQLSHSMAELRSQKQKMVSERERLQAELDHLRKCLALPTMHWPRGYFKGYPR

Target ORF information:

RefSeq Version	XM_029480385.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X2, mRNA.

Target ORF information:

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

XM_029480385.1

ORF Insert Sequence:

ATGGCAGCGG CGGGCGCGGC CCTGTCGTGC TTCATCTGCG GCGGCGGCAT CGCGCGCGGC 
AAGGAGCTGA AGCTGCCGGT GAGGCCGGCG GGCCCCGCGC AGCCCTTCTT CCCGTTCCTG 
CAGCAGCAGG AGCCGGCGCC CGGCGCGCGC GGGCTGAGCG CGGCCGATGG CTGCGTGCTG 
GTGTGCGCCG TGTGCCGCTG CTTCCTGGCC GAGCAGTGGG CCGCCTTCGA GCGCGCGCGC 
ACGCCCGTGG ACAAGCGCGT GTACTGGCTC AAGAGGCCGC ATCAGTGCGA CGCGAGCGCG 
GCCGGCCGGC GCGGGGCCCG CGAGTGGAAC ACCGAGGACG CGCGCGACTC GGAGCTGTCG 
GAGCTGTCGG ACGCTGACGC GCTGCCGGAA CCTGAGCCTG AGCCCGAGCC CGAGCCGGAG 
CCGGAGCCTG AGTCCGAGGA TGCGCACGAC TCCAGCAAGT CCGGAGCCCG GCGCCGGCGC 
ACGGGGCCAG GGGCGCACTG GGCTCCGGAG CCGCGAGCCA GCGTGCTGAG GGGCATCCAG 
GAACCCTGGC CCGGCCCCGC TGCGCCCGAC GGCACGGACG GCGCCGCCTC CAGCCGGCCC 
GCGGCGCCCC CAGAGCGCAG TAGCACCCCC GAGGGCAGCG ACGTCGCCGG GAGCCTCGGG 
GACGAAGGGC TGGAGCGGCC TCCCCGGACG CCCGCGGACA GCCAGGCCCG CTGCTGCTAC 
GTCTGTGGCT CGGCGCTGTC ACCGGCCTCG CAGCAGCAGA TCCACGTGCA GAAGCAGGAG 
ACTCCCGCCC AGGCGCCCTT CTTCCCCTTC CTGTGGCTGC ATAGCCCCCC GCCCGGCGCC 
CAGCCCATCA CCGAGGCGGG CAGCACCCTC GTGTGTCCCT GCTGCTTCTC GTCCCTCACA 
CACCAGTGGC AGAGCTTTGA GCTGGCCAAC GTGCCGGTCT TGCAGCGGCT CTACGTGGTG 
CCCCTGAACA GCCACGCCCC CGGCATGGCC TCCAAGGCCC GGAGACTCCC TAGGGAAGAG 
GTTCCCGCCC CCACCGCGGG GCTACTGCGG GAAGCCTGCT ACCTCTGTGG GGAGGACTGT 
ACACGGGATG CCCGGGCTGT GCCCTCCCGC CTTGTCAACG GCAACTCTGG GGGCTCCATG 
CACTTCCCCT TCCTTAGCCT CCTGCCCTGC CCACCCAACG CTCGGCCCCC CAACAAGCGC 
TGCGAGGTTC GCAGCTGCCC CAAGTGCTTC AGCGTCCTGG AGGACGTCTG GGCCCTGTAC 
CGGGCATCGC ACAACCGTGA TCTCATCAGC TCTGTGCAAG GCTTCCTGGG CAGGTACCAC 
CAAGCCTTCT CTGCCTCGGA CCCTACCCTG AGCGAACTGC CCACTTCTGC GCAGGGAGGC 
CCGCCTGCGG TCTGCTACAT CTGCGGAGCT GAGCTGGGGC CGGGCAAGGA GTTCCAGCTC 
AGCATGAACC CCGCCAGCCA CCTGGGCGAG AAGGAACCCT TCTTTCCCTT CCTCACCGTC 
TATCCGCCCG CCCCACGGGC CAGGCCTGCA GACTCCACGG GCCTGGTGGC AACCTGTGTG 
CTCTGCTATC ATGACCTGCT GGGTCAGTGG CTGCAGCACG AAGCCAGAGC CGCTCACCAG 
CCGGTCAGCG CCTGGTCGAG GCAGTACCAA GTGGACACAT TCGTGTGCTT CTTCTGTCAG 
CAAGAGAAGA AACGGTGTCT GGGGCTGAAG TCCGTGAGAG TGGCCAGGCT CCCCTTGTTC 
CTGTATACCC TGAGAGCCAG CCACAGCCTG TTGGTGGATG ATGGCCGGCA GCTGATCATC 
GGTGCCTGCG TGGAATGCGG GACCCTGGTT TGTGCAGGCC AAGGGGTTGC CAGCCAGGGA 
CCCATGGGCT GGAGCTCTCC AACAGCAGGA GTAACAAAGG TTACCTCAGC TCCCCTGGAG 
GCACCTGCAA TTGTCCATGC TCCTGCATCA GAGCCCGAGC TACAGCCAGT GCCCCCCACA 
GACAGTCTAT CCAGGGGCAT CAGGACCACC CAGGAGCCGC TGCCAGTGTC GAGCCAGCAG 
AGCAGCCGGG ACAGCTGGGA TGGAGATGGC GTAGACCTCA CAGCTACAGG CATGAGCCAT 
GAGCCCAAGT CCCCTTCCAT AGGGATGCTT TCCACGGCGA CCAGGACCAC CGCCACCGTC 
AACCCCCTCA CCCCCTCGCC ACTCAATGGC GCCCTGGTGC CCACCGGTAG CCCGGCCACC 
AGCAGTGCGC TATCGGCCCA GGCCGCTCCA TCCTCCAGCT TTGCTGCCGC GCTGCGCAAG 
CTCGCCAAAC AGGCAGAGGA GCCCAGAGGG TCCTCACTGA GCAGCGAGTC ATCTCCAGTG 
TCCTCTCCAG CCACCAACCA TAGCTCTCCA GCTAGCACGC CCAAACGAGT GCCCATGGGC 
CCCATCATCG TCCCCCCTGG GGGTCACAGT GTCCCCAGCA CTCCCCCAGT GGTCACTATT 
GCCCCCACTA AAACCGTCAA CGGAGTCTGG AGAAGCGAGA GCCGCCAGGA CTCCGGCTCA 
CGAGGCAGCA GCAGTGGTCG GGAGCGCCTA TTGGTGGAGC CGCCTCTGGC CCAGGAAAAG 
GCCGCGGGCC CCACCATCCC CTCCCACCTA CTCAGCACTC CCTACCCCTT TGGCCTTTCC 
CCCGGCTCAG TTGTACAGGA CTCCCGCTTC CAACCACTCA ACCTCCAGCG GCCTGTGCAC 
CATGTGGTGC CCCCCAGCAC GGTGACCGAG GACTACCTGA GAAGTTTCCG GCCCTACCAC 
ACTGCTGAAG ACTTACGCAT GTCCTCCTTG CCCCCGCTCG GCCTGGACCC AGCCACTGCC 
GCAGCCTACT ATCACCCCAG CTACCTGGCC CCACACCCGT TCCCCCACCC GGCCTTCAGG 
ATGGATGACT CCTATTGCCT GTCAGCCTTA AGGTCTCCGT TCTACCCCAT CCCCACCCCT 
GGCTCCCTGC CTCCACTGCA TCCTTCGGCG ATGCACCTTC ATCTCTCTGG TGTACGGTAC 
CCTCCTGAGC TCTCCCACTC GTCCCTGGCG GCGCTACACT CGGAGCGGAT GTCCAGCCTC 
AGTGCAGAGA GGTTGCAAAT GGACGAGGAA CTGAGGCGGG AGAGAGAGCG GGAGCGGGAA 
CGGGAGGCCG ACCGGGAGCG GGAGAAGGAG CGGGAACGGG AGCAGCGGGA GAAGGAGCGG 
GAGAAGGAGC TGGAGCGCGA GCGGGAGAAG GAACGGGAAC GCGAGCTGGA GCGGCAGCGG 
GAGCAGCGGG CAAGGGAGAA GGAGCTGCTG GCTGCCAAGG CCTTAGAGCC CACCTCCTTC 
CTGCCTGTGG CCGAGCTGCA CGGACTCCGG GGTCACAGCA CGGAGGAGCG GCCCAAGCCC 
TCGGAGCAGC TGACCCCAAC CCGAGCAGAG AAGCTGAAGG ACGTGGGCTT GCAGGCGCCC 
AAGCCCGTGC AGCACCCTCT GCACCCAGTG CCTGCCCCAC ACCACACGGT GCCCAGCCTC 
ATCTCCAGCC ACGGCATCTT CTCTCTGCCT GGAAGCAGCG CCACCACTGC CCTGCTGATC 
CAGCGCACCA ACGAGGAGGA GAAGTGGCTG GCACGGCAGC GCCGCCTGCG GCAGGAGAAG 
GAAGACCGCC AGTCCCAGGT GTCCGAGTTC CGGCAGCAGG TCCTGGAGCA GCACCTAGAC 
CTGGGCCGGC CCCCCGTGCC CACAGAGGTG GAGCACAGGC CCGAGAGCAC CAGGCCAGGA 
ACAAACCGGC ATGAGCAGGG CAGCCGTGAA CCCCCACAGC ACTTTGGTGG CCCTCCACCA 
CTCATCTCAC CCAAGCCCCA GCACCACACC GTACCCACAG CCCTCTGGAA CCCAGTGTCT 
CTGATAGACA ATGCTCTGGA GACGCGGCGG GCCGAGAGCC ACCCTCTGCA TAGCCACCCG 
ACTACTTTTG AGCCCAGCCG CCAGGCCGCC GTGCCACTGG TGAAGGTGGA GCGAGTTTAC 
TGCTCAGAGA AGGCAGAGGA GCCCCGGAAG CGTGAGGCCA CACCACTGGA CAAATACCAG 
CCGCCGCCGC CACCACCGCG GGAGGCAGGA AGTCTGGAGC CTCAGACCTT TCCCCACGGA 
CCTGGGCCTT TCCTTACTGA ACTTGAGAAG TCAACACAGA CCATCTTGGG CCAGCAGCGG 
CCCTCTCTTT CCCAGGCAAC CTCCTTCGGG GAGCTCAGTG GGCCTCTGAA GCCAGGCTCT 
CCGTACTGCC ACCCCACAGC GAGGGGCCCC GATCCAGCCT ACATCTACGA TGAGTTTCTT 
CAGCAGCGAC GGAGGCTGGT CAGCAAACTG GACCTGGAGG AACGCAGGCG GCGCGAGGCT 
CAGGAGAAAG GGTACTATTA CGACCTCGAT GACTCGTACG ACGAGAGTGA CGAGGAGGAG 
GTCAGGGCAC ATCTCCGCTG TGTGGCTGAG CAGCCGCCCC TCAAACTGGA CACGTCCTCA 
GAGAAGCTAG AGTTCTTGCA GCTTTTTGGC TTGACCACCC AACAGCAGAA GGAGGAACTG 
GTGGCGCAGA AGCGCCGGAA GCGGAGGCGG ATGCTCAGAG AGAGAAGCCC GTCGCCACCT 
GCCGTTCAGT GCAAGCGACA GACGCCTTCC CCCAGGCTGG CTCTGTCCAC CCGCTACAGC 
CCCGACGAGA TGAACAACAG CCCCAACTTT GAGGAGAAGA GGAAGTTCCT GACCTTCTTC 
AACCTGACAC ACATCAGTGC GGAGAAGAGG AAAGAACCAG CCACACAGCC AGCTCCTCTA 
GAGACGGATC AGCCTGTCGG GGTCCCTGCC TCCTTGTCAG ATGTCCCAAA GGCCGCGGAG 
ACTGGGAGAC TGGAACAGCT CCGGCCCCAG GAGCTCTTGA GAGTCCAGGA GCCGGCTCCT 
CCCAGCGGTG AGAAGGCCAG GCTGAGTGAG GCCCCTGGTG GCAAGAAGAG CCTGAGCATG 
CTCCATTACC TCCGGGGCGC TGCGCCCAAG GACATTCCTG TGCCGTTGTC TCACAGCGTC 
AACGGGAAGA GCAAGCCCTG GGAGCCTTTC GTGGCCGAAG AGTTTGCACA TCAATTCCAT 
GAGTCCGTGC TGCAGTCCAC ACAGAAGGCT CTGCAGAAGC ATAAAGGGAA TTGTGCTTTG 
CTATCTGCAG AGCAGAGCCA CAAAGTCGAC ACGGCAGTCC ACTACAACAT TCCCGAGCTG 
CAGTCCTCCA GCAGGGTCCC CTTGCCCCAG CACAATGGAC AACAGGAGCC CCTGACGGGG 
AGGAAGGGCC CTCCTATGCA GGAGGTGGAC CAGGACTCTG AGGAGGACTC GGAGGAGGAC 
AGCGAGGAGG AAGCTGAGGA AGCCCCCAGG CGCCAGTGGC AAGGGATTGA GGCAATCTTT 
GAAGCTTACC AGGAACACAT AGAAGAGCAA AACCTGGAGC GGCAGGTGCT ACAGACGCAG 
TGCCGGCGGC TGGAGGCGCA GAACTACAGC CTCAGCCTGA CTGCAGAGCA GCTGTCTCAC 
AGCATGGCGG AGCTTCGGAG TCAGAAACAG AAGATGGTCT CTGAGCGGGA GCGGCTCCAG 
GCGGAGCTGG ACCACTTGCG GAAGTGCCTT GCCTTGCCCA CCATGCACTG GCCTAGGGGC 
TACTTTAAGG GATATCCGAG GTGA

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

Gse1 ( XM_021169948.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021025607.1 Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X2, mRNA.

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CloneID	OMv06875
Clone ID Related Accession (Same CDS sequence)	XM_021169948.1 , XM_021169947.1
Accession Version	XM_021169948.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3621bp) 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	2017-05-20
Organism	Mus caroli(Ryukyu mouse)
Product	genetic suppressor element 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034577.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Mus caroli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCCATG AGCCCAAGTC CCCTTCCATA GGGATGCTTT CCACGGCGAC CAGGACCACC 
GCCACCGTCA ACCCCCTCAC CCCCTCGCCA CTCAATGGCG CCCTGGTGCC CACCGGTAGC 
CCGGCCACCA GCAGTGCGCT ATCGGCCCAG GCCGCTCCAT CCTCCAGCTT TGCTGCCGCG 
CTGCGCAAGC TCGCCAAACA GGCAGAGGAG CCCAGAGGGT CCTCACTGAG CAGCGAGTCA 
TCTCCAGTGT CCTCTCCAGC CACCAACCAT AGCTCTCCAG CTAGCACGCC CAAACGAGTG 
CCCATGGGCC CCATCATCGT CCCCCCTGGG GGTCACAGTG TCCCCAGCAC TCCCCCAGTG 
GTCACTATTG CCCCCACTAA AACCGTCAAC GGAGTCTGGA GAAGCGAGAG CCGCCAGGAC 
TCCGGCTCAC GAGGCAGCAG CAGTGGTCGG GAGCGCCTAT TGGTGGAGCC GCCTCTGGCC 
CAGGAAAAGG CCGCGGGCCC CACCATCCCC TCCCACCTAC TCAGCACTCC CTACCCCTTT 
GGCCTTTCCC CCGGCTCAGT TGTACAGGAC TCCCGCTTCC AACCACTCAA CCTCCAGCGG 
CCTGTGCACC ATGTGGTGCC CCCCAGCACG GTGACCGAGG ACTACCTGAG AAGTTTCCGG 
CCCTACCACA CTGCTGAAGA CTTACGCATG TCCTCCTTGC CCCCGCTCGG CCTGGACCCA 
GCCACTGCCG CAGCCTACTA TCACCCCAGC TACCTGGCCC CACACCCGTT CCCCCACCCG 
GCCTTCAGGA TGGATGACTC CTATTGCCTG TCAGCCTTAA GGTCTCCGTT CTACCCCATC 
CCCACCCCTG GCTCCCTGCC TCCACTGCAT CCTTCGGCGA TGCACCTTCA TCTCTCTGGT 
GTACGGTACC CTCCTGAGCT CTCCCACTCG TCCCTGGCGG CGCTACACTC GGAGCGGATG 
TCCAGCCTCA GTGCAGAGAG GTTGCAAATG GACGAGGAAC TGAGGCGGGA GAGAGAGCGG 
GAGCGGGAAC GGGAGGCCGA CCGGGAGCGG GAGAAGGAGC GGGAACGGGA GCAGCGGGAG 
AAGGAGCGGG AGAAGGAGCT GGAGCGCGAG CGGGAGAAGG AACGGGAACG CGAGCTGGAG 
CGGCAGCGGG AGCAGCGGGC AAGGGAGAAG GAGCTGCTGG CTGCCAAGGC CTTAGAGCCC 
ACCTCCTTCC TGCCTGTGGC CGAGCTGCAC GGACTCCGGG GTCACAGCAC GGAGGAGCGG 
CCCAAGCCCT CGGAGCAGCT GACCCCAACC CGAGCAGAGA AGCTGAAGGA CGTGGGCTTG 
CAGGCGCCCA AGCCCGTGCA GCACCCTCTG CACCCAGTGC CTGCCCCACA CCACACGGTG 
CCCAGCCTCA TCTCCAGCCA CGGCATCTTC TCTCTGCCTG GAAGCAGCGC CACCACTGCC 
CTGCTGATCC AGCGCACCAA CGAGGAGGAG AAGTGGCTGG CACGGCAGCG CCGCCTGCGG 
CAGGAGAAGG AAGACCGCCA GTCCCAGGTG TCCGAGTTCC GGCAGCAGGT CCTGGAGCAG 
CACCTAGACC TGGGCCGGCC CCCCGTGCCC ACAGAGGTGG AGCACAGGCC CGAGAGCACC 
AGGCCAGGAA CAAACCGGCA TGAGCAGGGC AGCCGTGAAC CCCCACAGCA CTTTGGTGGC 
CCTCCACCAC TCATCTCACC CAAGCCCCAG CACCACACCG TACCCACAGC CCTCTGGAAC 
CCAGTGTCTC TGATAGACAA TGCTCTGGAG ACGCGGCGGG CCGAGAGCCA CCCTCTGCAT 
AGCCACCCGA CTACTTTTGA GCCCAGCCGC CAGGCCGCCG TGCCACTGGT GAAGGTGGAG 
CGAGTTTACT GCTCAGAGAA GGCAGAGGAG CCCCGGAAGC GTGAGGCCAC ACCACTGGAC 
AAATACCAGC CGCCGCCGCC ACCACCGCGG GAGGCAGGAA GTCTGGAGCC TCAGACCTTT 
CCCCACGGAC CTGGGCCTTT CCTTACTGAA CTTGAGAAGT CAACACAGAC CATCTTGGGC 
CAGCAGCGGC CCTCTCTTTC CCAGGCAACC TCCTTCGGGG AGCTCAGTGG GCCTCTGAAG 
CCAGGCTCTC CGTACTGCCA CCCCACAGCG AGGGGCCCCG ATCCAGCCTA CATCTACGAT 
GAGTTTCTTC AGCAGCGACG GAGGCTGGTC AGCAAACTGG ACCTGGAGGA ACGCAGGCGG 
CGCGAGGCTC AGGAGAAAGG GTACTATTAC GACCTCGATG ACTCGTACGA CGAGAGTGAC 
GAGGAGGAGG TCAGGGCACA TCTCCGCTGT GTGGCTGAGC AGCCGCCCCT CAAACTGGAC 
ACGTCCTCAG AGAAGCTAGA GTTCTTGCAG CTTTTTGGCT TGACCACCCA ACAGCAGAAG 
GAGGAACTGG TGGCGCAGAA GCGCCGGAAG CGGAGGCGGA TGCTCAGAGA GAGAAGCCCG 
TCGCCACCTG CCGTTCAGTG CAAGCGACAG ACGCCTTCCC CCAGGCTGGC TCTGTCCACC 
CGCTACAGCC CCGACGAGAT GAACAACAGC CCCAACTTTG AGGAGAAGAG GAAGTTCCTG 
ACCTTCTTCA ACCTGACACA CATCAGTGCG GAGAAGAGGA AAGACAAAGA GAGGCTTGTT 
GAAATGCTCC GAGCCATGAA GCAGAGAGCA CTGTCCGCAG CAGACTCAGT GACAAACTCT 
TCGAGGGACA GTCCTCCCAT CTCCCTAAGT GAACCAGCCA CACAGCCAGC TCCTCTAGAG 
ACGGATCAGC CTGTCGGGGT CCCTGCCTCC TTGTCAGATG TCCCAAAGGC CGCGGAGACT 
GGGAGACTGG AACAGCTCCG GCCCCAGGAG CTCTTGAGAG TCCAGGAGCC GGCTCCTCCC 
AGCGGTGAGA AGGCCAGGCT GAGTGAGGCC CCTGGTGGCA AGAAGAGCCT GAGCATGCTC 
CATTACCTCC GGGGCGCTGC GCCCAAGGAC ATTCCTGTGC CGTTGTCTCA CAGCGTCAAC 
GGGAAGAGCA AGCCCTGGGA GCCTTTCGTG GCCGAAGAGT TTGCACATCA ATTCCATGAG 
TCCGTGCTGC AGTCCACACA GAAGGCTCTG CAGAAGCATA AAGGGAATTG TGCTTTGCTA 
TCTGCAGAGC AGAGCCACAA AGTCGACACG GCAGTCCACT ACAACATTCC CGAGCTGCAG 
TCCTCCAGCA GGGTCCCCTT GCCCCAGCAC AATGGACAAC AGGAGCCCCT GACGGGGAGG 
AAGGGCCCTC CTATGCAGGA GGTGGACCAG GACTCTGAGG AGGACTCGGA GGAGGACAGC 
GAGGAGGAAG CTGAGGAAGC CCCCAGGCGC CAGTGGCAAG GGATTGAGGC AATCTTTGAA 
GCTTACCAGG AACACATAGA AGAGCAAAAC CTGGAGCGGC AGGTGCTACA GACGCAGTGC 
CGGCGGCTGG AGGCGCAGAA CTACAGCCTC AGCCTGACTG CAGAGCAGCT GTCTCACAGC 
ATGGCGGAGC TTCGGAGTCA GAAACAGAAG ATGGTCTCTG AGCGGGAGCG GCTCCAGGCG 
GAGCTGGACC ACTTGCGGAA GTGCCTTGCC TTGCCCACCA TGCACTGGCC TAGGGGCTAC 
TTTAAGGGAT ATCCGAGGTG A

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

RefSeq	XP_021025607.1
CDS	29..3649
Translation	MSHEPKSPSIGMLSTATRTTATVNPLTPSPLNGALVPTGSPATSSALSAQAAPSSSFAAALRKLAKQAEEPRGSSLSSESSPVSSPATNHSSPASTPKRVPMGPIIVPPGGHSVPSTPPVVTIAPTKTVNGVWRSESRQDSGSRGSSSGRERLLVEPPLAQEKAAGPTIPSHLLSTPYPFGLSPGSVVQDSRFQPLNLQRPVHHVVPPSTVTEDYLRSFRPYHTAEDLRMSSLPPLGLDPATAAAYYHPSYLAPHPFPHPAFRMDDSYCLSALRSPFYPIPTPGSLPPLHPSAMHLHLSGVRYPPELSHSSLAALHSERMSSLSAERLQMDEELRREREREREREADREREKEREREQREKEREKELEREREKERERELERQREQRAREKELLAAKALEPTSFLPVAELHGLRGHSTEERPKPSEQLTPTRAEKLKDVGLQAPKPVQHPLHPVPAPHHTVPSLISSHGIFSLPGSSATTALLIQRTNEEEKWLARQRRLRQEKEDRQSQVSEFRQQVLEQHLDLGRPPVPTEVEHRPESTRPGTNRHEQGSREPPQHFGGPPPLISPKPQHHTVPTALWNPVSLIDNALETRRAESHPLHSHPTTFEPSRQAAVPLVKVERVYCSEKAEEPRKREATPLDKYQPPPPPPREAGSLEPQTFPHGPGPFLTELEKSTQTILGQQRPSLSQATSFGELSGPLKPGSPYCHPTARGPDPAYIYDEFLQQRRRLVSKLDLEERRRREAQEKGYYYDLDDSYDESDEEEVRAHLRCVAEQPPLKLDTSSEKLEFLQLFGLTTQQQKEELVAQKRRKRRRMLRERSPSPPAVQCKRQTPSPRLALSTRYSPDEMNNSPNFEEKRKFLTFFNLTHISAEKRKDKERLVEMLRAMKQRALSAADSVTNSSRDSPPISLSEPATQPAPLETDQPVGVPASLSDVPKAAETGRLEQLRPQELLRVQEPAPPSGEKARLSEAPGGKKSLSMLHYLRGAAPKDIPVPLSHSVNGKSKPWEPFVAEEFAHQFHESVLQSTQKALQKHKGNCALLSAEQSHKVDTAVHYNIPELQSSSRVPLPQHNGQQEPLTGRKGPPMQEVDQDSEEDSEEDSEEEAEEAPRRQWQGIEAIFEAYQEHIEEQNLERQVLQTQCRRLEAQNYSLSLTAEQLSHSMAELRSQKQKMVSERERLQAELDHLRKCLALPTMHWPRGYFKGYPR

Target ORF information:

RefSeq Version	XM_021169948.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X2, mRNA.

Target ORF information:

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

XM_021169948.1

ORF Insert Sequence:

ATGAGCCATG AGCCCAAGTC CCCTTCCATA GGGATGCTTT CCACGGCGAC CAGGACCACC 
GCCACCGTCA ACCCCCTCAC CCCCTCGCCA CTCAATGGCG CCCTGGTGCC CACCGGTAGC 
CCGGCCACCA GCAGTGCGCT ATCGGCCCAG GCCGCTCCAT CCTCCAGCTT TGCTGCCGCG 
CTGCGCAAGC TCGCCAAACA GGCAGAGGAG CCCAGAGGGT CCTCACTGAG CAGCGAGTCA 
TCTCCAGTGT CCTCTCCAGC CACCAACCAT AGCTCTCCAG CTAGCACGCC CAAACGAGTG 
CCCATGGGCC CCATCATCGT CCCCCCTGGG GGTCACAGTG TCCCCAGCAC TCCCCCAGTG 
GTCACTATTG CCCCCACTAA AACCGTCAAC GGAGTCTGGA GAAGCGAGAG CCGCCAGGAC 
TCCGGCTCAC GAGGCAGCAG CAGTGGTCGG GAGCGCCTAT TGGTGGAGCC GCCTCTGGCC 
CAGGAAAAGG CCGCGGGCCC CACCATCCCC TCCCACCTAC TCAGCACTCC CTACCCCTTT 
GGCCTTTCCC CCGGCTCAGT TGTACAGGAC TCCCGCTTCC AACCACTCAA CCTCCAGCGG 
CCTGTGCACC ATGTGGTGCC CCCCAGCACG GTGACCGAGG ACTACCTGAG AAGTTTCCGG 
CCCTACCACA CTGCTGAAGA CTTACGCATG TCCTCCTTGC CCCCGCTCGG CCTGGACCCA 
GCCACTGCCG CAGCCTACTA TCACCCCAGC TACCTGGCCC CACACCCGTT CCCCCACCCG 
GCCTTCAGGA TGGATGACTC CTATTGCCTG TCAGCCTTAA GGTCTCCGTT CTACCCCATC 
CCCACCCCTG GCTCCCTGCC TCCACTGCAT CCTTCGGCGA TGCACCTTCA TCTCTCTGGT 
GTACGGTACC CTCCTGAGCT CTCCCACTCG TCCCTGGCGG CGCTACACTC GGAGCGGATG 
TCCAGCCTCA GTGCAGAGAG GTTGCAAATG GACGAGGAAC TGAGGCGGGA GAGAGAGCGG 
GAGCGGGAAC GGGAGGCCGA CCGGGAGCGG GAGAAGGAGC GGGAACGGGA GCAGCGGGAG 
AAGGAGCGGG AGAAGGAGCT GGAGCGCGAG CGGGAGAAGG AACGGGAACG CGAGCTGGAG 
CGGCAGCGGG AGCAGCGGGC AAGGGAGAAG GAGCTGCTGG CTGCCAAGGC CTTAGAGCCC 
ACCTCCTTCC TGCCTGTGGC CGAGCTGCAC GGACTCCGGG GTCACAGCAC GGAGGAGCGG 
CCCAAGCCCT CGGAGCAGCT GACCCCAACC CGAGCAGAGA AGCTGAAGGA CGTGGGCTTG 
CAGGCGCCCA AGCCCGTGCA GCACCCTCTG CACCCAGTGC CTGCCCCACA CCACACGGTG 
CCCAGCCTCA TCTCCAGCCA CGGCATCTTC TCTCTGCCTG GAAGCAGCGC CACCACTGCC 
CTGCTGATCC AGCGCACCAA CGAGGAGGAG AAGTGGCTGG CACGGCAGCG CCGCCTGCGG 
CAGGAGAAGG AAGACCGCCA GTCCCAGGTG TCCGAGTTCC GGCAGCAGGT CCTGGAGCAG 
CACCTAGACC TGGGCCGGCC CCCCGTGCCC ACAGAGGTGG AGCACAGGCC CGAGAGCACC 
AGGCCAGGAA CAAACCGGCA TGAGCAGGGC AGCCGTGAAC CCCCACAGCA CTTTGGTGGC 
CCTCCACCAC TCATCTCACC CAAGCCCCAG CACCACACCG TACCCACAGC CCTCTGGAAC 
CCAGTGTCTC TGATAGACAA TGCTCTGGAG ACGCGGCGGG CCGAGAGCCA CCCTCTGCAT 
AGCCACCCGA CTACTTTTGA GCCCAGCCGC CAGGCCGCCG TGCCACTGGT GAAGGTGGAG 
CGAGTTTACT GCTCAGAGAA GGCAGAGGAG CCCCGGAAGC GTGAGGCCAC ACCACTGGAC 
AAATACCAGC CGCCGCCGCC ACCACCGCGG GAGGCAGGAA GTCTGGAGCC TCAGACCTTT 
CCCCACGGAC CTGGGCCTTT CCTTACTGAA CTTGAGAAGT CAACACAGAC CATCTTGGGC 
CAGCAGCGGC CCTCTCTTTC CCAGGCAACC TCCTTCGGGG AGCTCAGTGG GCCTCTGAAG 
CCAGGCTCTC CGTACTGCCA CCCCACAGCG AGGGGCCCCG ATCCAGCCTA CATCTACGAT 
GAGTTTCTTC AGCAGCGACG GAGGCTGGTC AGCAAACTGG ACCTGGAGGA ACGCAGGCGG 
CGCGAGGCTC AGGAGAAAGG GTACTATTAC GACCTCGATG ACTCGTACGA CGAGAGTGAC 
GAGGAGGAGG TCAGGGCACA TCTCCGCTGT GTGGCTGAGC AGCCGCCCCT CAAACTGGAC 
ACGTCCTCAG AGAAGCTAGA GTTCTTGCAG CTTTTTGGCT TGACCACCCA ACAGCAGAAG 
GAGGAACTGG TGGCGCAGAA GCGCCGGAAG CGGAGGCGGA TGCTCAGAGA GAGAAGCCCG 
TCGCCACCTG CCGTTCAGTG CAAGCGACAG ACGCCTTCCC CCAGGCTGGC TCTGTCCACC 
CGCTACAGCC CCGACGAGAT GAACAACAGC CCCAACTTTG AGGAGAAGAG GAAGTTCCTG 
ACCTTCTTCA ACCTGACACA CATCAGTGCG GAGAAGAGGA AAGACAAAGA GAGGCTTGTT 
GAAATGCTCC GAGCCATGAA GCAGAGAGCA CTGTCCGCAG CAGACTCAGT GACAAACTCT 
TCGAGGGACA GTCCTCCCAT CTCCCTAAGT GAACCAGCCA CACAGCCAGC TCCTCTAGAG 
ACGGATCAGC CTGTCGGGGT CCCTGCCTCC TTGTCAGATG TCCCAAAGGC CGCGGAGACT 
GGGAGACTGG AACAGCTCCG GCCCCAGGAG CTCTTGAGAG TCCAGGAGCC GGCTCCTCCC 
AGCGGTGAGA AGGCCAGGCT GAGTGAGGCC CCTGGTGGCA AGAAGAGCCT GAGCATGCTC 
CATTACCTCC GGGGCGCTGC GCCCAAGGAC ATTCCTGTGC CGTTGTCTCA CAGCGTCAAC 
GGGAAGAGCA AGCCCTGGGA GCCTTTCGTG GCCGAAGAGT TTGCACATCA ATTCCATGAG 
TCCGTGCTGC AGTCCACACA GAAGGCTCTG CAGAAGCATA AAGGGAATTG TGCTTTGCTA 
TCTGCAGAGC AGAGCCACAA AGTCGACACG GCAGTCCACT ACAACATTCC CGAGCTGCAG 
TCCTCCAGCA GGGTCCCCTT GCCCCAGCAC AATGGACAAC AGGAGCCCCT GACGGGGAGG 
AAGGGCCCTC CTATGCAGGA GGTGGACCAG GACTCTGAGG AGGACTCGGA GGAGGACAGC 
GAGGAGGAAG CTGAGGAAGC CCCCAGGCGC CAGTGGCAAG GGATTGAGGC AATCTTTGAA 
GCTTACCAGG AACACATAGA AGAGCAAAAC CTGGAGCGGC AGGTGCTACA GACGCAGTGC 
CGGCGGCTGG AGGCGCAGAA CTACAGCCTC AGCCTGACTG CAGAGCAGCT GTCTCACAGC 
ATGGCGGAGC TTCGGAGTCA GAAACAGAAG ATGGTCTCTG AGCGGGAGCG GCTCCAGGCG 
GAGCTGGACC ACTTGCGGAA GTGCCTTGCC TTGCCCACCA TGCACTGGCC TAGGGGCTAC 
TTTAAGGGAT ATCCGAGGTG A

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

Gse1 ( XM_021169947.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021025606.1 Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X1, mRNA.

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CloneID	OMv06875
Clone ID Related Accession (Same CDS sequence)	XM_021169948.1 , XM_021169947.1
Accession Version	XM_021169947.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3621bp) 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	2017-05-20
Organism	Mus caroli(Ryukyu mouse)
Product	genetic suppressor element 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034577.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Mus caroli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCCATG AGCCCAAGTC CCCTTCCATA GGGATGCTTT CCACGGCGAC CAGGACCACC 
GCCACCGTCA ACCCCCTCAC CCCCTCGCCA CTCAATGGCG CCCTGGTGCC CACCGGTAGC 
CCGGCCACCA GCAGTGCGCT ATCGGCCCAG GCCGCTCCAT CCTCCAGCTT TGCTGCCGCG 
CTGCGCAAGC TCGCCAAACA GGCAGAGGAG CCCAGAGGGT CCTCACTGAG CAGCGAGTCA 
TCTCCAGTGT CCTCTCCAGC CACCAACCAT AGCTCTCCAG CTAGCACGCC CAAACGAGTG 
CCCATGGGCC CCATCATCGT CCCCCCTGGG GGTCACAGTG TCCCCAGCAC TCCCCCAGTG 
GTCACTATTG CCCCCACTAA AACCGTCAAC GGAGTCTGGA GAAGCGAGAG CCGCCAGGAC 
TCCGGCTCAC GAGGCAGCAG CAGTGGTCGG GAGCGCCTAT TGGTGGAGCC GCCTCTGGCC 
CAGGAAAAGG CCGCGGGCCC CACCATCCCC TCCCACCTAC TCAGCACTCC CTACCCCTTT 
GGCCTTTCCC CCGGCTCAGT TGTACAGGAC TCCCGCTTCC AACCACTCAA CCTCCAGCGG 
CCTGTGCACC ATGTGGTGCC CCCCAGCACG GTGACCGAGG ACTACCTGAG AAGTTTCCGG 
CCCTACCACA CTGCTGAAGA CTTACGCATG TCCTCCTTGC CCCCGCTCGG CCTGGACCCA 
GCCACTGCCG CAGCCTACTA TCACCCCAGC TACCTGGCCC CACACCCGTT CCCCCACCCG 
GCCTTCAGGA TGGATGACTC CTATTGCCTG TCAGCCTTAA GGTCTCCGTT CTACCCCATC 
CCCACCCCTG GCTCCCTGCC TCCACTGCAT CCTTCGGCGA TGCACCTTCA TCTCTCTGGT 
GTACGGTACC CTCCTGAGCT CTCCCACTCG TCCCTGGCGG CGCTACACTC GGAGCGGATG 
TCCAGCCTCA GTGCAGAGAG GTTGCAAATG GACGAGGAAC TGAGGCGGGA GAGAGAGCGG 
GAGCGGGAAC GGGAGGCCGA CCGGGAGCGG GAGAAGGAGC GGGAACGGGA GCAGCGGGAG 
AAGGAGCGGG AGAAGGAGCT GGAGCGCGAG CGGGAGAAGG AACGGGAACG CGAGCTGGAG 
CGGCAGCGGG AGCAGCGGGC AAGGGAGAAG GAGCTGCTGG CTGCCAAGGC CTTAGAGCCC 
ACCTCCTTCC TGCCTGTGGC CGAGCTGCAC GGACTCCGGG GTCACAGCAC GGAGGAGCGG 
CCCAAGCCCT CGGAGCAGCT GACCCCAACC CGAGCAGAGA AGCTGAAGGA CGTGGGCTTG 
CAGGCGCCCA AGCCCGTGCA GCACCCTCTG CACCCAGTGC CTGCCCCACA CCACACGGTG 
CCCAGCCTCA TCTCCAGCCA CGGCATCTTC TCTCTGCCTG GAAGCAGCGC CACCACTGCC 
CTGCTGATCC AGCGCACCAA CGAGGAGGAG AAGTGGCTGG CACGGCAGCG CCGCCTGCGG 
CAGGAGAAGG AAGACCGCCA GTCCCAGGTG TCCGAGTTCC GGCAGCAGGT CCTGGAGCAG 
CACCTAGACC TGGGCCGGCC CCCCGTGCCC ACAGAGGTGG AGCACAGGCC CGAGAGCACC 
AGGCCAGGAA CAAACCGGCA TGAGCAGGGC AGCCGTGAAC CCCCACAGCA CTTTGGTGGC 
CCTCCACCAC TCATCTCACC CAAGCCCCAG CACCACACCG TACCCACAGC CCTCTGGAAC 
CCAGTGTCTC TGATAGACAA TGCTCTGGAG ACGCGGCGGG CCGAGAGCCA CCCTCTGCAT 
AGCCACCCGA CTACTTTTGA GCCCAGCCGC CAGGCCGCCG TGCCACTGGT GAAGGTGGAG 
CGAGTTTACT GCTCAGAGAA GGCAGAGGAG CCCCGGAAGC GTGAGGCCAC ACCACTGGAC 
AAATACCAGC CGCCGCCGCC ACCACCGCGG GAGGCAGGAA GTCTGGAGCC TCAGACCTTT 
CCCCACGGAC CTGGGCCTTT CCTTACTGAA CTTGAGAAGT CAACACAGAC CATCTTGGGC 
CAGCAGCGGC CCTCTCTTTC CCAGGCAACC TCCTTCGGGG AGCTCAGTGG GCCTCTGAAG 
CCAGGCTCTC CGTACTGCCA CCCCACAGCG AGGGGCCCCG ATCCAGCCTA CATCTACGAT 
GAGTTTCTTC AGCAGCGACG GAGGCTGGTC AGCAAACTGG ACCTGGAGGA ACGCAGGCGG 
CGCGAGGCTC AGGAGAAAGG GTACTATTAC GACCTCGATG ACTCGTACGA CGAGAGTGAC 
GAGGAGGAGG TCAGGGCACA TCTCCGCTGT GTGGCTGAGC AGCCGCCCCT CAAACTGGAC 
ACGTCCTCAG AGAAGCTAGA GTTCTTGCAG CTTTTTGGCT TGACCACCCA ACAGCAGAAG 
GAGGAACTGG TGGCGCAGAA GCGCCGGAAG CGGAGGCGGA TGCTCAGAGA GAGAAGCCCG 
TCGCCACCTG CCGTTCAGTG CAAGCGACAG ACGCCTTCCC CCAGGCTGGC TCTGTCCACC 
CGCTACAGCC CCGACGAGAT GAACAACAGC CCCAACTTTG AGGAGAAGAG GAAGTTCCTG 
ACCTTCTTCA ACCTGACACA CATCAGTGCG GAGAAGAGGA AAGACAAAGA GAGGCTTGTT 
GAAATGCTCC GAGCCATGAA GCAGAGAGCA CTGTCCGCAG CAGACTCAGT GACAAACTCT 
TCGAGGGACA GTCCTCCCAT CTCCCTAAGT GAACCAGCCA CACAGCCAGC TCCTCTAGAG 
ACGGATCAGC CTGTCGGGGT CCCTGCCTCC TTGTCAGATG TCCCAAAGGC CGCGGAGACT 
GGGAGACTGG AACAGCTCCG GCCCCAGGAG CTCTTGAGAG TCCAGGAGCC GGCTCCTCCC 
AGCGGTGAGA AGGCCAGGCT GAGTGAGGCC CCTGGTGGCA AGAAGAGCCT GAGCATGCTC 
CATTACCTCC GGGGCGCTGC GCCCAAGGAC ATTCCTGTGC CGTTGTCTCA CAGCGTCAAC 
GGGAAGAGCA AGCCCTGGGA GCCTTTCGTG GCCGAAGAGT TTGCACATCA ATTCCATGAG 
TCCGTGCTGC AGTCCACACA GAAGGCTCTG CAGAAGCATA AAGGGAATTG TGCTTTGCTA 
TCTGCAGAGC AGAGCCACAA AGTCGACACG GCAGTCCACT ACAACATTCC CGAGCTGCAG 
TCCTCCAGCA GGGTCCCCTT GCCCCAGCAC AATGGACAAC AGGAGCCCCT GACGGGGAGG 
AAGGGCCCTC CTATGCAGGA GGTGGACCAG GACTCTGAGG AGGACTCGGA GGAGGACAGC 
GAGGAGGAAG CTGAGGAAGC CCCCAGGCGC CAGTGGCAAG GGATTGAGGC AATCTTTGAA 
GCTTACCAGG AACACATAGA AGAGCAAAAC CTGGAGCGGC AGGTGCTACA GACGCAGTGC 
CGGCGGCTGG AGGCGCAGAA CTACAGCCTC AGCCTGACTG CAGAGCAGCT GTCTCACAGC 
ATGGCGGAGC TTCGGAGTCA GAAACAGAAG ATGGTCTCTG AGCGGGAGCG GCTCCAGGCG 
GAGCTGGACC ACTTGCGGAA GTGCCTTGCC TTGCCCACCA TGCACTGGCC TAGGGGCTAC 
TTTAAGGGAT ATCCGAGGTG A

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

RefSeq	XP_021025606.1
CDS	32..3652
Translation	MSHEPKSPSIGMLSTATRTTATVNPLTPSPLNGALVPTGSPATSSALSAQAAPSSSFAAALRKLAKQAEEPRGSSLSSESSPVSSPATNHSSPASTPKRVPMGPIIVPPGGHSVPSTPPVVTIAPTKTVNGVWRSESRQDSGSRGSSSGRERLLVEPPLAQEKAAGPTIPSHLLSTPYPFGLSPGSVVQDSRFQPLNLQRPVHHVVPPSTVTEDYLRSFRPYHTAEDLRMSSLPPLGLDPATAAAYYHPSYLAPHPFPHPAFRMDDSYCLSALRSPFYPIPTPGSLPPLHPSAMHLHLSGVRYPPELSHSSLAALHSERMSSLSAERLQMDEELRREREREREREADREREKEREREQREKEREKELEREREKERERELERQREQRAREKELLAAKALEPTSFLPVAELHGLRGHSTEERPKPSEQLTPTRAEKLKDVGLQAPKPVQHPLHPVPAPHHTVPSLISSHGIFSLPGSSATTALLIQRTNEEEKWLARQRRLRQEKEDRQSQVSEFRQQVLEQHLDLGRPPVPTEVEHRPESTRPGTNRHEQGSREPPQHFGGPPPLISPKPQHHTVPTALWNPVSLIDNALETRRAESHPLHSHPTTFEPSRQAAVPLVKVERVYCSEKAEEPRKREATPLDKYQPPPPPPREAGSLEPQTFPHGPGPFLTELEKSTQTILGQQRPSLSQATSFGELSGPLKPGSPYCHPTARGPDPAYIYDEFLQQRRRLVSKLDLEERRRREAQEKGYYYDLDDSYDESDEEEVRAHLRCVAEQPPLKLDTSSEKLEFLQLFGLTTQQQKEELVAQKRRKRRRMLRERSPSPPAVQCKRQTPSPRLALSTRYSPDEMNNSPNFEEKRKFLTFFNLTHISAEKRKDKERLVEMLRAMKQRALSAADSVTNSSRDSPPISLSEPATQPAPLETDQPVGVPASLSDVPKAAETGRLEQLRPQELLRVQEPAPPSGEKARLSEAPGGKKSLSMLHYLRGAAPKDIPVPLSHSVNGKSKPWEPFVAEEFAHQFHESVLQSTQKALQKHKGNCALLSAEQSHKVDTAVHYNIPELQSSSRVPLPQHNGQQEPLTGRKGPPMQEVDQDSEEDSEEDSEEEAEEAPRRQWQGIEAIFEAYQEHIEEQNLERQVLQTQCRRLEAQNYSLSLTAEQLSHSMAELRSQKQKMVSERERLQAELDHLRKCLALPTMHWPRGYFKGYPR

Target ORF information:

RefSeq Version	XM_021169947.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli Gse1 coiled-coil protein (Gse1), transcript variant X1, mRNA.

Target ORF information:

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

XM_021169947.1

ORF Insert Sequence:

ATGAGCCATG AGCCCAAGTC CCCTTCCATA GGGATGCTTT CCACGGCGAC CAGGACCACC 
GCCACCGTCA ACCCCCTCAC CCCCTCGCCA CTCAATGGCG CCCTGGTGCC CACCGGTAGC 
CCGGCCACCA GCAGTGCGCT ATCGGCCCAG GCCGCTCCAT CCTCCAGCTT TGCTGCCGCG 
CTGCGCAAGC TCGCCAAACA GGCAGAGGAG CCCAGAGGGT CCTCACTGAG CAGCGAGTCA 
TCTCCAGTGT CCTCTCCAGC CACCAACCAT AGCTCTCCAG CTAGCACGCC CAAACGAGTG 
CCCATGGGCC CCATCATCGT CCCCCCTGGG GGTCACAGTG TCCCCAGCAC TCCCCCAGTG 
GTCACTATTG CCCCCACTAA AACCGTCAAC GGAGTCTGGA GAAGCGAGAG CCGCCAGGAC 
TCCGGCTCAC GAGGCAGCAG CAGTGGTCGG GAGCGCCTAT TGGTGGAGCC GCCTCTGGCC 
CAGGAAAAGG CCGCGGGCCC CACCATCCCC TCCCACCTAC TCAGCACTCC CTACCCCTTT 
GGCCTTTCCC CCGGCTCAGT TGTACAGGAC TCCCGCTTCC AACCACTCAA CCTCCAGCGG 
CCTGTGCACC ATGTGGTGCC CCCCAGCACG GTGACCGAGG ACTACCTGAG AAGTTTCCGG 
CCCTACCACA CTGCTGAAGA CTTACGCATG TCCTCCTTGC CCCCGCTCGG CCTGGACCCA 
GCCACTGCCG CAGCCTACTA TCACCCCAGC TACCTGGCCC CACACCCGTT CCCCCACCCG 
GCCTTCAGGA TGGATGACTC CTATTGCCTG TCAGCCTTAA GGTCTCCGTT CTACCCCATC 
CCCACCCCTG GCTCCCTGCC TCCACTGCAT CCTTCGGCGA TGCACCTTCA TCTCTCTGGT 
GTACGGTACC CTCCTGAGCT CTCCCACTCG TCCCTGGCGG CGCTACACTC GGAGCGGATG 
TCCAGCCTCA GTGCAGAGAG GTTGCAAATG GACGAGGAAC TGAGGCGGGA GAGAGAGCGG 
GAGCGGGAAC GGGAGGCCGA CCGGGAGCGG GAGAAGGAGC GGGAACGGGA GCAGCGGGAG 
AAGGAGCGGG AGAAGGAGCT GGAGCGCGAG CGGGAGAAGG AACGGGAACG CGAGCTGGAG 
CGGCAGCGGG AGCAGCGGGC AAGGGAGAAG GAGCTGCTGG CTGCCAAGGC CTTAGAGCCC 
ACCTCCTTCC TGCCTGTGGC CGAGCTGCAC GGACTCCGGG GTCACAGCAC GGAGGAGCGG 
CCCAAGCCCT CGGAGCAGCT GACCCCAACC CGAGCAGAGA AGCTGAAGGA CGTGGGCTTG 
CAGGCGCCCA AGCCCGTGCA GCACCCTCTG CACCCAGTGC CTGCCCCACA CCACACGGTG 
CCCAGCCTCA TCTCCAGCCA CGGCATCTTC TCTCTGCCTG GAAGCAGCGC CACCACTGCC 
CTGCTGATCC AGCGCACCAA CGAGGAGGAG AAGTGGCTGG CACGGCAGCG CCGCCTGCGG 
CAGGAGAAGG AAGACCGCCA GTCCCAGGTG TCCGAGTTCC GGCAGCAGGT CCTGGAGCAG 
CACCTAGACC TGGGCCGGCC CCCCGTGCCC ACAGAGGTGG AGCACAGGCC CGAGAGCACC 
AGGCCAGGAA CAAACCGGCA TGAGCAGGGC AGCCGTGAAC CCCCACAGCA CTTTGGTGGC 
CCTCCACCAC TCATCTCACC CAAGCCCCAG CACCACACCG TACCCACAGC CCTCTGGAAC 
CCAGTGTCTC TGATAGACAA TGCTCTGGAG ACGCGGCGGG CCGAGAGCCA CCCTCTGCAT 
AGCCACCCGA CTACTTTTGA GCCCAGCCGC CAGGCCGCCG TGCCACTGGT GAAGGTGGAG 
CGAGTTTACT GCTCAGAGAA GGCAGAGGAG CCCCGGAAGC GTGAGGCCAC ACCACTGGAC 
AAATACCAGC CGCCGCCGCC ACCACCGCGG GAGGCAGGAA GTCTGGAGCC TCAGACCTTT 
CCCCACGGAC CTGGGCCTTT CCTTACTGAA CTTGAGAAGT CAACACAGAC CATCTTGGGC 
CAGCAGCGGC CCTCTCTTTC CCAGGCAACC TCCTTCGGGG AGCTCAGTGG GCCTCTGAAG 
CCAGGCTCTC CGTACTGCCA CCCCACAGCG AGGGGCCCCG ATCCAGCCTA CATCTACGAT 
GAGTTTCTTC AGCAGCGACG GAGGCTGGTC AGCAAACTGG ACCTGGAGGA ACGCAGGCGG 
CGCGAGGCTC AGGAGAAAGG GTACTATTAC GACCTCGATG ACTCGTACGA CGAGAGTGAC 
GAGGAGGAGG TCAGGGCACA TCTCCGCTGT GTGGCTGAGC AGCCGCCCCT CAAACTGGAC 
ACGTCCTCAG AGAAGCTAGA GTTCTTGCAG CTTTTTGGCT TGACCACCCA ACAGCAGAAG 
GAGGAACTGG TGGCGCAGAA GCGCCGGAAG CGGAGGCGGA TGCTCAGAGA GAGAAGCCCG 
TCGCCACCTG CCGTTCAGTG CAAGCGACAG ACGCCTTCCC CCAGGCTGGC TCTGTCCACC 
CGCTACAGCC CCGACGAGAT GAACAACAGC CCCAACTTTG AGGAGAAGAG GAAGTTCCTG 
ACCTTCTTCA ACCTGACACA CATCAGTGCG GAGAAGAGGA AAGACAAAGA GAGGCTTGTT 
GAAATGCTCC GAGCCATGAA GCAGAGAGCA CTGTCCGCAG CAGACTCAGT GACAAACTCT 
TCGAGGGACA GTCCTCCCAT CTCCCTAAGT GAACCAGCCA CACAGCCAGC TCCTCTAGAG 
ACGGATCAGC CTGTCGGGGT CCCTGCCTCC TTGTCAGATG TCCCAAAGGC CGCGGAGACT 
GGGAGACTGG AACAGCTCCG GCCCCAGGAG CTCTTGAGAG TCCAGGAGCC GGCTCCTCCC 
AGCGGTGAGA AGGCCAGGCT GAGTGAGGCC CCTGGTGGCA AGAAGAGCCT GAGCATGCTC 
CATTACCTCC GGGGCGCTGC GCCCAAGGAC ATTCCTGTGC CGTTGTCTCA CAGCGTCAAC 
GGGAAGAGCA AGCCCTGGGA GCCTTTCGTG GCCGAAGAGT TTGCACATCA ATTCCATGAG 
TCCGTGCTGC AGTCCACACA GAAGGCTCTG CAGAAGCATA AAGGGAATTG TGCTTTGCTA 
TCTGCAGAGC AGAGCCACAA AGTCGACACG GCAGTCCACT ACAACATTCC CGAGCTGCAG 
TCCTCCAGCA GGGTCCCCTT GCCCCAGCAC AATGGACAAC AGGAGCCCCT GACGGGGAGG 
AAGGGCCCTC CTATGCAGGA GGTGGACCAG GACTCTGAGG AGGACTCGGA GGAGGACAGC 
GAGGAGGAAG CTGAGGAAGC CCCCAGGCGC CAGTGGCAAG GGATTGAGGC AATCTTTGAA 
GCTTACCAGG AACACATAGA AGAGCAAAAC CTGGAGCGGC AGGTGCTACA GACGCAGTGC 
CGGCGGCTGG AGGCGCAGAA CTACAGCCTC AGCCTGACTG CAGAGCAGCT GTCTCACAGC 
ATGGCGGAGC TTCGGAGTCA GAAACAGAAG ATGGTCTCTG AGCGGGAGCG GCTCCAGGCG 
GAGCTGGACC ACTTGCGGAA GTGCCTTGCC TTGCCCACCA TGCACTGGCC TAGGGGCTAC 
TTTAAGGGAT ATCCGAGGTG A

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

PubMed

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見積依頼

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03-6811-6572

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オンライン注文

Gse1 cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Most Popular Services

Services & Products

見積依頼

Eメール

電話

FAX

オンラインフォーム