Kiaa1551 cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Kiaa1551
Entrez Gene ID	110296712
Full Name	KIAA1551 ortholog
Gene Type	protein-coding
Organism	Mus caroli(Ryukyu mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_029478576.1	XP_029334436.1	retroelement silencing factor 1 isoform X1
XM_029478575.1	XP_029334435.1	retroelement silencing factor 1 isoform X1
XM_029478577.1	XP_029334437.1	retroelement silencing factor 1 isoform X2
XM_021165452.2	XP_021021111.1	retroelement silencing factor 1 isoform X1
XM_021165453.2	XP_021021112.1	retroelement silencing factor 1 isoform X1
XM_021165452.1	XP_021021111.1	uncharacterized protein KIAA1551 homolog
XM_021165453.1	XP_021021112.1	uncharacterized protein KIAA1551 homolog

Pathways from BioSystems
Gene Ontology

The following Kiaa1551 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Kiaa1551 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)
OMv74321	XM_029478577.1 Latest version!	Mus caroli retroelement silencing factor 1 (Resf1), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OMv03416	XM_029478576.1 Latest version!	Mus caroli retroelement silencing factor 1 (Resf1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
OMv03416	XM_021165452.2 Latest version!	Mus caroli retroelement silencing factor 1 (Resf1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
OMv03416	XM_029478575.1 Latest version!	Mus caroli retroelement silencing factor 1 (Resf1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
OMv03416	XM_021165453.2 Latest version!	Mus caroli retroelement silencing factor 1 (Resf1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
View Old Accession Versions >>
OMv03416	XM_021165452.1	Mus caroli KIAA1551 ortholog (Kiaa1551), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
OMv03416	XM_021165453.1	Mus caroli KIAA1551 ortholog (Kiaa1551), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
Hide Old Accession Versions >>

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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)

Kiaa1551 ( XM_029478577.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_029334437.1 Mus caroli retroelement silencing factor 1 (Resf1), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OMv74321
Clone ID Related Accession (Same CDS sequence)	XM_029478577.1
Accession Version	XM_029478577.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4443bp) 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	retroelement silencing factor 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034575.1) 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##

ATGAATTGGA ATACAAAACA AGAGAATGTT GCCAAACCCC CACCATATTC TAAAACCCAG 
TCATCTATCT TGCAGCATTT TTTAATGACT TCTACAACAT CTCAAAGTTC TTTCAACTAT 
TCTCCCCATA ACCAAGAAGC ATCTCAAAGT TCTTTCAACT ATTCTCCCCA TAACCAAGAA 
GCATGCATGT ATTCTGGGAA TTCAAATTCA GTTTCACAGC CACTTCTGAG TGGCAGAAAT 
TATATAACTC CTCAGACTCA GATCTCTGTT TCTAATATGC CTAGCAGAAC AATTGTGGCC 
TCGCAGTCTT CAATGGAAAG AGTTGTATCT ACAAATGGTA AAGGACCACA ACAACCAAAC 
CACAATTTGC AAACAGTGTC TTCAGGAGTG ATGCAGAATG TCTGGTTGCC TTCCCATACA 
GAAGCAACCA TATCTCATAA TCCCAACGGG GGGACTAATA TGCCTTACGT GCATCCACCA 
CAGAATCAGC TTGTCACATC AGATACCTAT TCTGTGCAAC TACAAATGAC TCCTTTACAT 
TCTGGAAAAG TACCTATGAC ACATCAAGGA AGTCAGGGAC TTAATCACTT TATACCAGAT 
CAGCTCGTTG ACTGGACACA GTATACATCC AACGAACTTA CTTATCCTGA ATACAGGCCA 
CCTCCAAAGC AATACTCCTA CATACTGCCA GCTACTACAT CATTACAAGT TAAAAATAAT 
CAGCTCCCAA CTTATACACA GAGCTTACAG TCAAAGCATT CTGTACCTTT GTCATCACAT 
CAGTATGCTG CAGAAGCCAG CAAAAGACTC TCTGCCCTTC CTTACAGCTG TAGATATGGA 
AACCAACATG TGCAGAATGC TCAGCCTGGT TCTAAACACT TGCCTATGGA AGTTCCTCAG 
AGTTCAGAAG TGCACTCATC TGAAAAAAAG AAAGATACTT ATAGAGGCTT TAAGCAGCAG 
TGGCAGAACC CTAATGAGAA AGTCAGCATT GGACAATTCT CTGAGGTGAA AATAAATACC 
AAGCAGCCTT ACAGTGAATC TGTTAGACCT TCTGGGGATG GTGTTCAGGC ACTTGTTCAA 
AATAATCAAG AAAAAAGAAA ATATACCTAC AATCCAAATA CAAATCAAGT AATAGATACA 
AATGCCACAA AAGAAAAGCT GGCGAGGGAT ATTAAAACTC TAGTAGAAAT CAAAAAGAAG 
TTTTCAGAAC TTGCAAGAAA AATTAAAATT AATAAAAGTC TTTTGATGGC AGCTGGTTGT 
AGTAAAACAG CTAATACTTC TTATACTGAA CCAATTCAGC ATTCTGAATT TTCAGCAAAA 
GAAATGTCTG CTAAAAATGG CAATGACTGT TCCATGGAAT TGCTAGCAAC ATGTCTTTCT 
CTTTGGAAAA ACCAACCTTC AAAAACCACA GAAGAAAATG TTCCAAAACC TTTAGAAGAA 
AAACAGTGTA ACACATCAAG AATCAGTACA ACAGTAGTGG GCAGTTCCAA TCCCACAAAT 
GAAGTTCATG TTGAGAGTTT TTGTTCCGGT GCTGGAAATT CTCAGAAAAT GAGCTCATCA 
CAAACAGTAT TGCCAGTTCT CACACCGAGC TGTGAGTCTT CCTGTGTAGC TGTTGGAAAA 
GGAACAGAGC TTCAGATTGC TGTGGTGTCG CCTTTAGTTC TTTTAGATAC TAATACCTTA 
CCTGGAAAAG AGTCAGTGCC TGAAGTTTTA CCTGAAACAC TGTATCCAGT TGTTAAGGAA 
GGTAGTGTTT GTAGCTTACA AACCCAACAG ACAGAAGCTG TTGCTTTACC TTTTGATGTT 
ATAGGAGCTG TAGCAGGTAA TAACATATCA GCAGAGATTC CTCTGCCTGT TCATAAGGAA 
AAGCAGCACA AACCAATACA GGGTGATTCA GACATAGCTG ATAGCAACTT AGGAAAACAC 
TCTCCCCTGG GCACTGAAGT TCTGCCTAAG CCTATGGACA GCACCATTGT GAGTGGACCT 
ATGTTACAAA TTGAAAGTAT CTGTTCTCTT GCAGAAGGGG ATGTATCTTA CAATTCCCAG 
ATAGCTAAGA TATTCAACTC TGTACAAACT GAGCCCCAGA AACCTTCACC TAATCAGGTA 
ATTAATAGTC AACAAGAACA AGTATATGAT ACCACTGAAA ATAAAGACTT TAGCTTACAG 
AAAGATAAGT GTGTACAGTG CACAGATGTT CCTCATGAGG TCCTTGAGCA GCCAGAGCCT 
CTGCAGCCTG AAGAGCCAGC ATCTAGTGAG TATGTGGAAG CAAACAGAGA AGCCATAGAG 
GAAAGCAGTA GGGAGTACAC TGGTAGAAAA GAAAGTACAG CTGCTATTCA GCAGGATCCT 
CACCCTCGGG AAACTGATAT GTTCAATAAG TCAGACCATG GTCTTCCTGC AATAAATGAG 
ATTAATGATG AAAGTGAACC TATCTCATAC CTACATGACC AACTGTCAGA GCTTTTAAAA 
GAGTTCCCTT ATGGCATTGA AACTTTTAAC AGACATGAAG TGTCTTTGGA CCAACAAAAG 
ACACATAAAA TCTTAGAAAA TCAAACTGGT GGTAAAACTA GTAATATGTC TGGGGATAGC 
ACAGACCAAA TAAAAATTAC AGTATTAAAC TCTGAACAAA TCAAAGAACT ATTTCCTGAA 
GATGGTCAGC CCTGTGACAA GTTGGCAGAA CCTGAGAATA AAGAAATTGT TGAGGAAGTA 
AAGAGCCCAT CTGACTCACA GGTCCCTAGA GAAGAAAGTC ATGACCTTGG AATGTTGGAC 
CCAGAGAAAG ACAAAATCCA TTGCTGTGCC TTGGGTTGGC TCTCAATGGT TTATGAAGGC 
GTGCCACAGT GTCATTGCAG TTCCACAGAA AAGAAGGGGA AAGACCAGTG TTTGGACATC 
AACAGCAGCA AACAAGGAGA GCAGCCCTGC AATAGTGGAA TCACTATTTT TGAAATTAAC 
CCTGTTTCTG ATAACTCAAA AACTCCTTTG ACACAAGCAA CTGAGGAAGG CCATTTTTCT 
GCAGTGCATG GTGAAAAGAC CAAAGCATCT AAAACAAAAG ACAGCAGGGA GGGACAGGAA 
TTAGCCTGTC ATTTTTCAGC TAAATGTTAC AAAAAAGATA AAAAAGGTAA TTTTAAAATA 
AGGCATGATA GCTCACTGAA AATGGAGCAA AAACTAAAAA ATATTTCATC TAAACATGAC 
ATACCAAACC CCTCAAAAAG CAATAAGATA GCAGCCCCTG AAATACTTCA CGTAACAACT 
TCTAACTCTG CTAAAAATAT GCCATTTTCT AAACAAGCCT CTCAGGAAAG CCTACAGAGA 
AAACACACAT CCCAAGACTT GGGTCCAGTA AAAGCACCTA TAGAACTTTC GTCAAACACA 
GATCCGTGCA GGAGTAATAC CTCTTCAGTA CAGTCAGTAT CACCAGAAAA GAAAAAACTA 
AAATTCAAAG CAGGTGGCTC CAGGTTGAAA TATTTTGAAA AAAGAAAGAC GGACCACGTG 
ATTATTCCAG ATGTAGAAGT AAAAAAGAAG AAATATGAAA AGCAAGAACA GAACAAAAAT 
GCTGGAGACA CACTCAAATT GTGCAGTATT CTTACAGAGT CAAATGAAAG AGCCAGTGTT 
CAAGAAAAGA CTGTCCCAAG TCCTGAGTCC TCAGACCCAA AGGGTAGCTC CTCTAAGAGT 
ACTAGAGTTA TAACAGTGCA GGAATATTTA CAACGGCAGA AAGACAAACA TGTAACTGGG 
AATAATGCTT CCAGAAACCT CTGTGTAGAA AGTGTGTTAT GTGACTCAGG GCACACGAAG 
ATCAGTAAGC ATTCTGCAGC AGTAAGCTGG AGAAAGTTAG TTGAGGGGCA GAGTATCAGT 
GCAGAGACCG CAAAAGAACT GGAACATAAT TCTAGCAGCA ATGGTAAAGA CTTCAAGATC 
CAGCACTCTG AGGCGTCTAG AACACACAGT GTGTCAGATA ATAATAAAGG AAAGTTTGAT 
GGGAAGCAGC CTGACAAAAT GTTTAATAAG ACCAGAAAGA GTAATGAGTC CAACCAGATG 
CCTCTCCAGC TAAAAGAACA AAGGAAACAG TACCTGAATC GAGTTGCATT TAAATGCACA 
GAACGGGAAA GCATATGTCT CACCAAATTG GATAGTGCAT CCAAGAAGCT TAGTACAGAG 
AAAAAGAGTG GGGAATATAC ACCCAAGACA AAAGACATAG ACAAACCTAG TATGCTGGAG 
TTTAAATTAT GTCCAGATGT GCTATTGAAG AATACAAGCA CTGTTGACAA GCAGGATGAT 
CCTGGTCCTG AGAAAGAGCA AGCACCTGTG CAAGTTTCAG GAATAAAAAG TACAAAAGAA 
GACTGGTTAA AATGCATCCC TACAAGGACA AAGATGCCTG AATCAAGTCA AAGAGTGCTG 
ACTCAAGACT TTCTAAGAGA AGCCTCAGTG CGGATGAATT TGAAATACTA CAAAACCCAG 
TAA

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

RefSeq	XP_029334437.1
CDS	558..5000
Translation	MNWNTKQENVAKPPPYSKTQSSILQHFLMTSTTSQSSFNYSPHNQEASQSSFNYSPHNQEACMYSGNSNSVSQPLLSGRNYITPQTQISVSNMPSRTIVASQSSMERVVSTNGKGPQQPNHNLQTVSSGVMQNVWLPSHTEATISHNPNGGTNMPYVHPPQNQLVTSDTYSVQLQMTPLHSGKVPMTHQGSQGLNHFIPDQLVDWTQYTSNELTYPEYRPPPKQYSYILPATTSLQVKNNQLPTYTQSLQSKHSVPLSSHQYAAEASKRLSALPYSCRYGNQHVQNAQPGSKHLPMEVPQSSEVHSSEKKKDTYRGFKQQWQNPNEKVSIGQFSEVKINTKQPYSESVRPSGDGVQALVQNNQEKRKYTYNPNTNQVIDTNATKEKLARDIKTLVEIKKKFSELARKIKINKSLLMAAGCSKTANTSYTEPIQHSEFSAKEMSAKNGNDCSMELLATCLSLWKNQPSKTTEENVPKPLEEKQCNTSRISTTVVGSSNPTNEVHVESFCSGAGNSQKMSSSQTVLPVLTPSCESSCVAVGKGTELQIAVVSPLVLLDTNTLPGKESVPEVLPETLYPVVKEGSVCSLQTQQTEAVALPFDVIGAVAGNNISAEIPLPVHKEKQHKPIQGDSDIADSNLGKHSPLGTEVLPKPMDSTIVSGPMLQIESICSLAEGDVSYNSQIAKIFNSVQTEPQKPSPNQVINSQQEQVYDTTENKDFSLQKDKCVQCTDVPHEVLEQPEPLQPEEPASSEYVEANREAIEESSREYTGRKESTAAIQQDPHPRETDMFNKSDHGLPAINEINDESEPISYLHDQLSELLKEFPYGIETFNRHEVSLDQQKTHKILENQTGGKTSNMSGDSTDQIKITVLNSEQIKELFPEDGQPCDKLAEPENKEIVEEVKSPSDSQVPREESHDLGMLDPEKDKIHCCALGWLSMVYEGVPQCHCSSTEKKGKDQCLDINSSKQGEQPCNSGITIFEINPVSDNSKTPLTQATEEGHFSAVHGEKTKASKTKDSREGQELACHFSAKCYKKDKKGNFKIRHDSSLKMEQKLKNISSKHDIPNPSKSNKIAAPEILHVTTSNSAKNMPFSKQASQESLQRKHTSQDLGPVKAPIELSSNTDPCRSNTSSVQSVSPEKKKLKFKAGGSRLKYFEKRKTDHVIIPDVEVKKKKYEKQEQNKNAGDTLKLCSILTESNERASVQEKTVPSPESSDPKGSSSKSTRVITVQEYLQRQKDKHVTGNNASRNLCVESVLCDSGHTKISKHSAAVSWRKLVEGQSISAETAKELEHNSSSNGKDFKIQHSEASRTHSVSDNNKGKFDGKQPDKMFNKTRKSNESNQMPLQLKEQRKQYLNRVAFKCTERESICLTKLDSASKKLSTEKKSGEYTPKTKDIDKPSMLEFKLCPDVLLKNTSTVDKQDDPGPEKEQAPVQVSGIKSTKEDWLKCIPTRTKMPESSQRVLTQDFLREASVRMNLKYYKTQ

Target ORF information:

RefSeq Version	XM_029478577.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli retroelement silencing factor 1 (Resf1), transcript variant X5, mRNA.

Target ORF information:

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

XM_029478577.1

ORF Insert Sequence:

ATGAATTGGA ATACAAAACA AGAGAATGTT GCCAAACCCC CACCATATTC TAAAACCCAG 
TCATCTATCT TGCAGCATTT TTTAATGACT TCTACAACAT CTCAAAGTTC TTTCAACTAT 
TCTCCCCATA ACCAAGAAGC ATCTCAAAGT TCTTTCAACT ATTCTCCCCA TAACCAAGAA 
GCATGCATGT ATTCTGGGAA TTCAAATTCA GTTTCACAGC CACTTCTGAG TGGCAGAAAT 
TATATAACTC CTCAGACTCA GATCTCTGTT TCTAATATGC CTAGCAGAAC AATTGTGGCC 
TCGCAGTCTT CAATGGAAAG AGTTGTATCT ACAAATGGTA AAGGACCACA ACAACCAAAC 
CACAATTTGC AAACAGTGTC TTCAGGAGTG ATGCAGAATG TCTGGTTGCC TTCCCATACA 
GAAGCAACCA TATCTCATAA TCCCAACGGG GGGACTAATA TGCCTTACGT GCATCCACCA 
CAGAATCAGC TTGTCACATC AGATACCTAT TCTGTGCAAC TACAAATGAC TCCTTTACAT 
TCTGGAAAAG TACCTATGAC ACATCAAGGA AGTCAGGGAC TTAATCACTT TATACCAGAT 
CAGCTCGTTG ACTGGACACA GTATACATCC AACGAACTTA CTTATCCTGA ATACAGGCCA 
CCTCCAAAGC AATACTCCTA CATACTGCCA GCTACTACAT CATTACAAGT TAAAAATAAT 
CAGCTCCCAA CTTATACACA GAGCTTACAG TCAAAGCATT CTGTACCTTT GTCATCACAT 
CAGTATGCTG CAGAAGCCAG CAAAAGACTC TCTGCCCTTC CTTACAGCTG TAGATATGGA 
AACCAACATG TGCAGAATGC TCAGCCTGGT TCTAAACACT TGCCTATGGA AGTTCCTCAG 
AGTTCAGAAG TGCACTCATC TGAAAAAAAG AAAGATACTT ATAGAGGCTT TAAGCAGCAG 
TGGCAGAACC CTAATGAGAA AGTCAGCATT GGACAATTCT CTGAGGTGAA AATAAATACC 
AAGCAGCCTT ACAGTGAATC TGTTAGACCT TCTGGGGATG GTGTTCAGGC ACTTGTTCAA 
AATAATCAAG AAAAAAGAAA ATATACCTAC AATCCAAATA CAAATCAAGT AATAGATACA 
AATGCCACAA AAGAAAAGCT GGCGAGGGAT ATTAAAACTC TAGTAGAAAT CAAAAAGAAG 
TTTTCAGAAC TTGCAAGAAA AATTAAAATT AATAAAAGTC TTTTGATGGC AGCTGGTTGT 
AGTAAAACAG CTAATACTTC TTATACTGAA CCAATTCAGC ATTCTGAATT TTCAGCAAAA 
GAAATGTCTG CTAAAAATGG CAATGACTGT TCCATGGAAT TGCTAGCAAC ATGTCTTTCT 
CTTTGGAAAA ACCAACCTTC AAAAACCACA GAAGAAAATG TTCCAAAACC TTTAGAAGAA 
AAACAGTGTA ACACATCAAG AATCAGTACA ACAGTAGTGG GCAGTTCCAA TCCCACAAAT 
GAAGTTCATG TTGAGAGTTT TTGTTCCGGT GCTGGAAATT CTCAGAAAAT GAGCTCATCA 
CAAACAGTAT TGCCAGTTCT CACACCGAGC TGTGAGTCTT CCTGTGTAGC TGTTGGAAAA 
GGAACAGAGC TTCAGATTGC TGTGGTGTCG CCTTTAGTTC TTTTAGATAC TAATACCTTA 
CCTGGAAAAG AGTCAGTGCC TGAAGTTTTA CCTGAAACAC TGTATCCAGT TGTTAAGGAA 
GGTAGTGTTT GTAGCTTACA AACCCAACAG ACAGAAGCTG TTGCTTTACC TTTTGATGTT 
ATAGGAGCTG TAGCAGGTAA TAACATATCA GCAGAGATTC CTCTGCCTGT TCATAAGGAA 
AAGCAGCACA AACCAATACA GGGTGATTCA GACATAGCTG ATAGCAACTT AGGAAAACAC 
TCTCCCCTGG GCACTGAAGT TCTGCCTAAG CCTATGGACA GCACCATTGT GAGTGGACCT 
ATGTTACAAA TTGAAAGTAT CTGTTCTCTT GCAGAAGGGG ATGTATCTTA CAATTCCCAG 
ATAGCTAAGA TATTCAACTC TGTACAAACT GAGCCCCAGA AACCTTCACC TAATCAGGTA 
ATTAATAGTC AACAAGAACA AGTATATGAT ACCACTGAAA ATAAAGACTT TAGCTTACAG 
AAAGATAAGT GTGTACAGTG CACAGATGTT CCTCATGAGG TCCTTGAGCA GCCAGAGCCT 
CTGCAGCCTG AAGAGCCAGC ATCTAGTGAG TATGTGGAAG CAAACAGAGA AGCCATAGAG 
GAAAGCAGTA GGGAGTACAC TGGTAGAAAA GAAAGTACAG CTGCTATTCA GCAGGATCCT 
CACCCTCGGG AAACTGATAT GTTCAATAAG TCAGACCATG GTCTTCCTGC AATAAATGAG 
ATTAATGATG AAAGTGAACC TATCTCATAC CTACATGACC AACTGTCAGA GCTTTTAAAA 
GAGTTCCCTT ATGGCATTGA AACTTTTAAC AGACATGAAG TGTCTTTGGA CCAACAAAAG 
ACACATAAAA TCTTAGAAAA TCAAACTGGT GGTAAAACTA GTAATATGTC TGGGGATAGC 
ACAGACCAAA TAAAAATTAC AGTATTAAAC TCTGAACAAA TCAAAGAACT ATTTCCTGAA 
GATGGTCAGC CCTGTGACAA GTTGGCAGAA CCTGAGAATA AAGAAATTGT TGAGGAAGTA 
AAGAGCCCAT CTGACTCACA GGTCCCTAGA GAAGAAAGTC ATGACCTTGG AATGTTGGAC 
CCAGAGAAAG ACAAAATCCA TTGCTGTGCC TTGGGTTGGC TCTCAATGGT TTATGAAGGC 
GTGCCACAGT GTCATTGCAG TTCCACAGAA AAGAAGGGGA AAGACCAGTG TTTGGACATC 
AACAGCAGCA AACAAGGAGA GCAGCCCTGC AATAGTGGAA TCACTATTTT TGAAATTAAC 
CCTGTTTCTG ATAACTCAAA AACTCCTTTG ACACAAGCAA CTGAGGAAGG CCATTTTTCT 
GCAGTGCATG GTGAAAAGAC CAAAGCATCT AAAACAAAAG ACAGCAGGGA GGGACAGGAA 
TTAGCCTGTC ATTTTTCAGC TAAATGTTAC AAAAAAGATA AAAAAGGTAA TTTTAAAATA 
AGGCATGATA GCTCACTGAA AATGGAGCAA AAACTAAAAA ATATTTCATC TAAACATGAC 
ATACCAAACC CCTCAAAAAG CAATAAGATA GCAGCCCCTG AAATACTTCA CGTAACAACT 
TCTAACTCTG CTAAAAATAT GCCATTTTCT AAACAAGCCT CTCAGGAAAG CCTACAGAGA 
AAACACACAT CCCAAGACTT GGGTCCAGTA AAAGCACCTA TAGAACTTTC GTCAAACACA 
GATCCGTGCA GGAGTAATAC CTCTTCAGTA CAGTCAGTAT CACCAGAAAA GAAAAAACTA 
AAATTCAAAG CAGGTGGCTC CAGGTTGAAA TATTTTGAAA AAAGAAAGAC GGACCACGTG 
ATTATTCCAG ATGTAGAAGT AAAAAAGAAG AAATATGAAA AGCAAGAACA GAACAAAAAT 
GCTGGAGACA CACTCAAATT GTGCAGTATT CTTACAGAGT CAAATGAAAG AGCCAGTGTT 
CAAGAAAAGA CTGTCCCAAG TCCTGAGTCC TCAGACCCAA AGGGTAGCTC CTCTAAGAGT 
ACTAGAGTTA TAACAGTGCA GGAATATTTA CAACGGCAGA AAGACAAACA TGTAACTGGG 
AATAATGCTT CCAGAAACCT CTGTGTAGAA AGTGTGTTAT GTGACTCAGG GCACACGAAG 
ATCAGTAAGC ATTCTGCAGC AGTAAGCTGG AGAAAGTTAG TTGAGGGGCA GAGTATCAGT 
GCAGAGACCG CAAAAGAACT GGAACATAAT TCTAGCAGCA ATGGTAAAGA CTTCAAGATC 
CAGCACTCTG AGGCGTCTAG AACACACAGT GTGTCAGATA ATAATAAAGG AAAGTTTGAT 
GGGAAGCAGC CTGACAAAAT GTTTAATAAG ACCAGAAAGA GTAATGAGTC CAACCAGATG 
CCTCTCCAGC TAAAAGAACA AAGGAAACAG TACCTGAATC GAGTTGCATT TAAATGCACA 
GAACGGGAAA GCATATGTCT CACCAAATTG GATAGTGCAT CCAAGAAGCT TAGTACAGAG 
AAAAAGAGTG GGGAATATAC ACCCAAGACA AAAGACATAG ACAAACCTAG TATGCTGGAG 
TTTAAATTAT GTCCAGATGT GCTATTGAAG AATACAAGCA CTGTTGACAA GCAGGATGAT 
CCTGGTCCTG AGAAAGAGCA AGCACCTGTG CAAGTTTCAG GAATAAAAAG TACAAAAGAA 
GACTGGTTAA AATGCATCCC TACAAGGACA AAGATGCCTG AATCAAGTCA AAGAGTGCTG 
ACTCAAGACT TTCTAAGAGA AGCCTCAGTG CGGATGAATT TGAAATACTA CAAAACCCAG 
TAA

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

Kiaa1551 ( XM_029478576.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_029334436.1 Mus caroli retroelement silencing factor 1 (Resf1), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OMv03416
Clone ID Related Accession (Same CDS sequence)	XM_029478576.1 , XM_029478575.1 , XM_021165452.2 , XM_021165453.2 , XM_021165452.1 , XM_021165453.1
Accession Version	XM_029478576.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4533bp) 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	retroelement silencing factor 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034575.1) 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##

ATGAATTGGA ATACAAAACA AGAGAATGTT GCCAAACCCC CACCATATTC TAAAACCCAG 
TCATCTATCT TGCAGCATTT TTTAATGACT TCTACAACAT CTCAAAGTTC TTTCAACTAT 
TCTCCCCATA ACCAAGAAGC ATCTCAAAGT TCTTTCAACT ATTCTCCCCA TAACCAAGAA 
GCATGCATGT ATTCTGGGAA TTCAAATTCA GTTTCACAGC CACTTCTGAG TGGCAGAAAT 
TATATAACTC CTCAGACTCA GATCTCTGTT TCTAATATGC CTAGCAGAAC AATTGTGGCC 
TCGCAGTCTT CAATGGAAAG AGTTGTATCT ACAAATGGTA AAGGACCACA ACAACCAAAC 
CACAATTTGC AAACAGTGTC TTCAGGAGTG ATGCAGAATG TCTGGTTGCC TTCCCATACA 
GAAGCAACCA TATCTCATAA TCCCAACGGG GGGACTAATA TGCCTTACGT GCATCCACCA 
CAGAATCAGC TTGTCACATC AGATACCTAT TCTGTGCAAC TACAAATGAC TCCTTTACAT 
TCTGGAAAAG TACCTATGAC ACATCAAGGA AGTCAGGGAC TTAATCACTT TATACCAGAT 
CAGCTCGTTG ACTGGACACA GTATACATCC AACGAACTTA CTTATCCTGA ATACAGGCCA 
CCTCCAAAGC AATACTCCTA CATACTGCCA GCTACTACAT CATTACAAGT TAAAAATAAT 
CAGCTCCCAA CTTATACACA GAGCTTACAG TCAAAGCATT CTGTACCTTT GTCATCACAT 
CAGTATGCTG CAGAAGCCAG CAAAAGACTC TCTGCCCTTC CTTACAGCTG TAGATATGGA 
AACCAACATG TGCAGAATGC TCAGCCTGGT TCTAAACACT TGCCTATGGA AGTTCCTCAG 
AGTTCAGAAG TGCACTCATC TGAAAAAAAG AAAGATACTT ATAGAGGCTT TAAGCAGCAG 
TGGCAGAACC CTAATGAGAA AGTCAGCATT GGACAATTCT CTGAGGTGAA AATAAATACC 
AAGCAGCCTT ACAGTGAATC TGTTAGACCT TCTGGGGATG GTGTTCAGGC ACTTGTTCAA 
AATAATCAAG AAAAAAGAAA ATATACCTAC AATCCAAATA CAAATCAAGT AATAGATACA 
AATGCCACAA AAGAAAAGCT GGCGAGGGAT ATTAAAACTC TAGTAGAAAT CAAAAAGAAG 
TTTTCAGAAC TTGCAAGAAA AATTAAAATT AATAAAAGTC TTTTGATGGC AGCTGGTTGT 
AGTAAAACAG CTAATACTTC TTATACTGAA CCAATTCAGC ATTCTGAATT TTCAGCAAAA 
GAAATGTCTG CTAAAAATGG CAATGACTGT TCCATGGAAT TGCTAGCAAC ATGTCTTTCT 
CTTTGGAAAA ACCAACCTTC AAAAACCACA GAAGAAAATG TTCCAAAACC TTTAGAAGAA 
AAACAGTGTA ACACATCAAG AATCAGTACA ACAGTAGTGG GCAGTTCCAA TCCCACAAAT 
GAAGTTCATG TTGAGAGTTT TTGTTCCGGT GCTGGAAATT CTCAGAAAAT GAGCTCATCA 
CAAACAGTAT TGCCAGTTCT CACACCGAGC TGTGAGTCTT CCTGTGTAGC TGTTGGAAAA 
GGAACAGAGC TTCAGATTGC TGTGGTGTCG CCTTTAGTTC TTTTAGATAC TAATACCTTA 
CCTGGAAAAG AGTCAGTGCC TGAAGTTTTA CCTGAAACAC TGTATCCAGT TGTTAAGGAA 
GGTAGTGTTT GTAGCTTACA AACCCAACAG ACAGAAGCTG TTGCTTTACC TTTTGATGTT 
ATAGGAGCTG TAGCAGGTAA TAACATATCA GCAGAGATTC CTCTGCCTGT TCATAAGGAA 
AAGCAGCACA AACCAATACA GGGTGATTCA GACATAGCTG ATAGCAACTT AGGAAAACAC 
TCTCCCCTGG GCACTGAAGT TCTGCCTAAG CCTATGGACA GCACCATTGT GAGTGGACCT 
ATGTTACAAA TTGAAAGTAT CTGTTCTCTT GCAGAAGGGG ATGTATCTTA CAATTCCCAG 
ATAGCTAAGA TATTCAACTC TGTACAAACT GAGCCCCAGA AACCTTCACC TAATCAGGTA 
ATTAATAGTC AACAAGAACA AGTATATGAT ACCACTGAAA ATAAAGACTT TAGCTTACAG 
AAAGATAAGT GTGTACAGTG CACAGATGTT CCTCATGAGG TCCTTGAGCA GCCAGAGCCT 
CTGCAGCCTG AAGAGCCAGC ATCTAGTGAG TATGTGGAAG CAAACAGAGA AGCCATAGAG 
GAAAGCAGTA GGGAGTACAC TGGTAGAAAA GAAAGTACAG CTGCTATTCA GCAGGATCCT 
CACCCTCGGG AAACTGATAT GTTCAATAAG TCAGACCATG GTCTTCCTGC AATAAATGAG 
ATTAATGATG AAAGTGAACC TATCTCATAC CTACATGACC AACTGTCAGA GCTTTTAAAA 
GAGTTCCCTT ATGGCATTGA AACTTTTAAC AGACATGAAG TGTCTTTGGA CCAACAAAAG 
ACACATAAAA TCTTAGAAAA TCAAACTGGT GGTAAAACTA GTAATATGTC TGGGGATAGC 
ACAGACCAAA TAAAAATTAC AGTATTAAAC TCTGAACAAA TCAAAGAACT ATTTCCTGAA 
GATGGTCAGC CCTGTGACAA GTTGGCAGAA CCTGAGAATA AAGAAATTGT TGAGGAAGTA 
AAGAGCCCAT CTGACTCACA GGTCCCTAGA GAAGAAAGTC ATGACCTTGG AATGTTGGAC 
CCAGAGAAAG ACAAAATCCA TTGCTGTGCC TTGGGTTGGC TCTCAATGGT TTATGAAGGC 
GTGCCACAGT GTCATTGCAG TTCCACAGAA AAGAAGGGGA AAGACCAGTG TTTGGACATC 
AACAGCAGCA AACAAGGAGA GCAGCCCTGC AATAGTGGAA TCACTATTTT TGAAATTAAC 
CCTGTTTCTG ATAACTCAAA AACTCCTTTG ACACAAGCAA CTGAGGAAGG CCATTTTTCT 
GCAGTGCATG GTGAAAAGAC CAAAGCATCT AAAACAAAAG ACAGCAGGGA GGGACAGGAA 
TTAGCCTGTC ATTTTTCAGC TAAATGTTAC AAAAAAGATA AAAAAGGTAA TTTTAAAATA 
AGGCATGATA GCTCACTGAA AATGGAGCAA AAACTAAAAA ATATTTCATC TAAACATGAC 
ATACCAAACC CCTCAAAAAG CAATAAGATA GCAGCCCCTG AAATACTTCA CGTAACAACT 
TCTAACTCTG CTAAAAATAT GCCATTTTCT AAACAAGCCT CTCAGGAAAG CCTACAGAGA 
AAACACACAT CCCAAGACTT GGGTCCAGTA AAAGCACCTA TAGAACTTTC GTCAAACACA 
GATCCGTGCA GGAGTAATAC CTCTTCAGTA CAGTCAGTAT CACCAGAAAA GAAAAAACTA 
AAATTCAAAG CAGGTGGCTC CAGGTTGAAA TATTTTGAAA AAAGAAAGAC GGACCACGTG 
ATTATTCCAG ATGTAGAAGT AAAAAAGAAG AAATATGAAA AGCAAGAACA GAACAAAAAT 
GCTGGAGACA CACTCAAATT GTGCAGTATT CTTACAGAGT CAAATGAAAG AGCCAGTGTT 
CAAGAAAAGA CTGTCCCAAG TCCTGAGTCC TCAGACCCAA AGGGTAGCTC CTCTAAGAGT 
ACTAGAGTTA TAACAGTGCA GGAATATTTA CAACGGCAGA AAGACAAACA TGTAACTGGG 
AATAATGCTT CCAGAAACCT CTGTGTAGAA AGTGTGTTAT GTGACTCAGG GCACACGAAG 
ATCAGTAAGC ATTCTGCAGC AGTAAGCTGG AGAAAGTTAG TTGAGGGGCA GAGTATCAGT 
GCAGAGACCG CAAAAGAACT GGAACATAAT TCTAGCAGCA ATGGTAAAGA CTTCAAGATC 
CAGCACTCTG AGGCGTCTAG AACACACAGT GTGTCAGATA ATAATAAAGG AAAGTTTGAT 
GGGAAGCAGC CTGACAAAAT GTTTAATAAG ACCAGAAAGA GTAATGAGTC CAACCAGATG 
CCTCTCCAGC TAAAAGAACA AAGGAAACAG TACCTGAATC GAGTTGCATT TAAATGCACA 
GAACGGGAAA GCATATGTCT CACCAAATTG GATAGTGCAT CCAAGAAGCT TAGTACAGAG 
AAAAAGAGTG GGGAATATAC ACCCAAGACA AAAGACATAG ACAAACCTAG TATGCTGGAG 
TTTAAATTAT GTCCAGATGT GCTATTGAAG AATACAAGCA CTGTTGACAA GCAGGATGAT 
CCTGGTCCTG AGAAAGAGCA AGCACCTGTG CAAGTTTCAG GAATAAAAAG TACAAAAGAA 
GACTGGTTAA AATGCATCCC TACAAGGACA AAGATGCCTG AATCAAGTCA AAGAGATAGT 
GCTGACTCAA GACTTTCTAA GAGAAGCCTC AGTGCGGATG AATTTGAAAT ACTACAAAAC 
CCAGTAAAAG AATCAAATAT CATGTTCCGG ACCTACAAAA AGATGTATCT TGAGAAGAGA 
AGCAGAAGCC TCGGGAGTAG TCCAGTTAAA TAG

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

RefSeq	XP_029334436.1
CDS	85..4617
Translation	MNWNTKQENVAKPPPYSKTQSSILQHFLMTSTTSQSSFNYSPHNQEASQSSFNYSPHNQEACMYSGNSNSVSQPLLSGRNYITPQTQISVSNMPSRTIVASQSSMERVVSTNGKGPQQPNHNLQTVSSGVMQNVWLPSHTEATISHNPNGGTNMPYVHPPQNQLVTSDTYSVQLQMTPLHSGKVPMTHQGSQGLNHFIPDQLVDWTQYTSNELTYPEYRPPPKQYSYILPATTSLQVKNNQLPTYTQSLQSKHSVPLSSHQYAAEASKRLSALPYSCRYGNQHVQNAQPGSKHLPMEVPQSSEVHSSEKKKDTYRGFKQQWQNPNEKVSIGQFSEVKINTKQPYSESVRPSGDGVQALVQNNQEKRKYTYNPNTNQVIDTNATKEKLARDIKTLVEIKKKFSELARKIKINKSLLMAAGCSKTANTSYTEPIQHSEFSAKEMSAKNGNDCSMELLATCLSLWKNQPSKTTEENVPKPLEEKQCNTSRISTTVVGSSNPTNEVHVESFCSGAGNSQKMSSSQTVLPVLTPSCESSCVAVGKGTELQIAVVSPLVLLDTNTLPGKESVPEVLPETLYPVVKEGSVCSLQTQQTEAVALPFDVIGAVAGNNISAEIPLPVHKEKQHKPIQGDSDIADSNLGKHSPLGTEVLPKPMDSTIVSGPMLQIESICSLAEGDVSYNSQIAKIFNSVQTEPQKPSPNQVINSQQEQVYDTTENKDFSLQKDKCVQCTDVPHEVLEQPEPLQPEEPASSEYVEANREAIEESSREYTGRKESTAAIQQDPHPRETDMFNKSDHGLPAINEINDESEPISYLHDQLSELLKEFPYGIETFNRHEVSLDQQKTHKILENQTGGKTSNMSGDSTDQIKITVLNSEQIKELFPEDGQPCDKLAEPENKEIVEEVKSPSDSQVPREESHDLGMLDPEKDKIHCCALGWLSMVYEGVPQCHCSSTEKKGKDQCLDINSSKQGEQPCNSGITIFEINPVSDNSKTPLTQATEEGHFSAVHGEKTKASKTKDSREGQELACHFSAKCYKKDKKGNFKIRHDSSLKMEQKLKNISSKHDIPNPSKSNKIAAPEILHVTTSNSAKNMPFSKQASQESLQRKHTSQDLGPVKAPIELSSNTDPCRSNTSSVQSVSPEKKKLKFKAGGSRLKYFEKRKTDHVIIPDVEVKKKKYEKQEQNKNAGDTLKLCSILTESNERASVQEKTVPSPESSDPKGSSSKSTRVITVQEYLQRQKDKHVTGNNASRNLCVESVLCDSGHTKISKHSAAVSWRKLVEGQSISAETAKELEHNSSSNGKDFKIQHSEASRTHSVSDNNKGKFDGKQPDKMFNKTRKSNESNQMPLQLKEQRKQYLNRVAFKCTERESICLTKLDSASKKLSTEKKSGEYTPKTKDIDKPSMLEFKLCPDVLLKNTSTVDKQDDPGPEKEQAPVQVSGIKSTKEDWLKCIPTRTKMPESSQRDSADSRLSKRSLSADEFEILQNPVKESNIMFRTYKKMYLEKRSRSLGSSPVK

Target ORF information:

RefSeq Version	XM_029478576.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli retroelement silencing factor 1 (Resf1), transcript variant X4, mRNA.

Target ORF information:

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

XM_029478576.1

ORF Insert Sequence:

ATGAATTGGA ATACAAAACA AGAGAATGTT GCCAAACCCC CACCATATTC TAAAACCCAG 
TCATCTATCT TGCAGCATTT TTTAATGACT TCTACAACAT CTCAAAGTTC TTTCAACTAT 
TCTCCCCATA ACCAAGAAGC ATCTCAAAGT TCTTTCAACT ATTCTCCCCA TAACCAAGAA 
GCATGCATGT ATTCTGGGAA TTCAAATTCA GTTTCACAGC CACTTCTGAG TGGCAGAAAT 
TATATAACTC CTCAGACTCA GATCTCTGTT TCTAATATGC CTAGCAGAAC AATTGTGGCC 
TCGCAGTCTT CAATGGAAAG AGTTGTATCT ACAAATGGTA AAGGACCACA ACAACCAAAC 
CACAATTTGC AAACAGTGTC TTCAGGAGTG ATGCAGAATG TCTGGTTGCC TTCCCATACA 
GAAGCAACCA TATCTCATAA TCCCAACGGG GGGACTAATA TGCCTTACGT GCATCCACCA 
CAGAATCAGC TTGTCACATC AGATACCTAT TCTGTGCAAC TACAAATGAC TCCTTTACAT 
TCTGGAAAAG TACCTATGAC ACATCAAGGA AGTCAGGGAC TTAATCACTT TATACCAGAT 
CAGCTCGTTG ACTGGACACA GTATACATCC AACGAACTTA CTTATCCTGA ATACAGGCCA 
CCTCCAAAGC AATACTCCTA CATACTGCCA GCTACTACAT CATTACAAGT TAAAAATAAT 
CAGCTCCCAA CTTATACACA GAGCTTACAG TCAAAGCATT CTGTACCTTT GTCATCACAT 
CAGTATGCTG CAGAAGCCAG CAAAAGACTC TCTGCCCTTC CTTACAGCTG TAGATATGGA 
AACCAACATG TGCAGAATGC TCAGCCTGGT TCTAAACACT TGCCTATGGA AGTTCCTCAG 
AGTTCAGAAG TGCACTCATC TGAAAAAAAG AAAGATACTT ATAGAGGCTT TAAGCAGCAG 
TGGCAGAACC CTAATGAGAA AGTCAGCATT GGACAATTCT CTGAGGTGAA AATAAATACC 
AAGCAGCCTT ACAGTGAATC TGTTAGACCT TCTGGGGATG GTGTTCAGGC ACTTGTTCAA 
AATAATCAAG AAAAAAGAAA ATATACCTAC AATCCAAATA CAAATCAAGT AATAGATACA 
AATGCCACAA AAGAAAAGCT GGCGAGGGAT ATTAAAACTC TAGTAGAAAT CAAAAAGAAG 
TTTTCAGAAC TTGCAAGAAA AATTAAAATT AATAAAAGTC TTTTGATGGC AGCTGGTTGT 
AGTAAAACAG CTAATACTTC TTATACTGAA CCAATTCAGC ATTCTGAATT TTCAGCAAAA 
GAAATGTCTG CTAAAAATGG CAATGACTGT TCCATGGAAT TGCTAGCAAC ATGTCTTTCT 
CTTTGGAAAA ACCAACCTTC AAAAACCACA GAAGAAAATG TTCCAAAACC TTTAGAAGAA 
AAACAGTGTA ACACATCAAG AATCAGTACA ACAGTAGTGG GCAGTTCCAA TCCCACAAAT 
GAAGTTCATG TTGAGAGTTT TTGTTCCGGT GCTGGAAATT CTCAGAAAAT GAGCTCATCA 
CAAACAGTAT TGCCAGTTCT CACACCGAGC TGTGAGTCTT CCTGTGTAGC TGTTGGAAAA 
GGAACAGAGC TTCAGATTGC TGTGGTGTCG CCTTTAGTTC TTTTAGATAC TAATACCTTA 
CCTGGAAAAG AGTCAGTGCC TGAAGTTTTA CCTGAAACAC TGTATCCAGT TGTTAAGGAA 
GGTAGTGTTT GTAGCTTACA AACCCAACAG ACAGAAGCTG TTGCTTTACC TTTTGATGTT 
ATAGGAGCTG TAGCAGGTAA TAACATATCA GCAGAGATTC CTCTGCCTGT TCATAAGGAA 
AAGCAGCACA AACCAATACA GGGTGATTCA GACATAGCTG ATAGCAACTT AGGAAAACAC 
TCTCCCCTGG GCACTGAAGT TCTGCCTAAG CCTATGGACA GCACCATTGT GAGTGGACCT 
ATGTTACAAA TTGAAAGTAT CTGTTCTCTT GCAGAAGGGG ATGTATCTTA CAATTCCCAG 
ATAGCTAAGA TATTCAACTC TGTACAAACT GAGCCCCAGA AACCTTCACC TAATCAGGTA 
ATTAATAGTC AACAAGAACA AGTATATGAT ACCACTGAAA ATAAAGACTT TAGCTTACAG 
AAAGATAAGT GTGTACAGTG CACAGATGTT CCTCATGAGG TCCTTGAGCA GCCAGAGCCT 
CTGCAGCCTG AAGAGCCAGC ATCTAGTGAG TATGTGGAAG CAAACAGAGA AGCCATAGAG 
GAAAGCAGTA GGGAGTACAC TGGTAGAAAA GAAAGTACAG CTGCTATTCA GCAGGATCCT 
CACCCTCGGG AAACTGATAT GTTCAATAAG TCAGACCATG GTCTTCCTGC AATAAATGAG 
ATTAATGATG AAAGTGAACC TATCTCATAC CTACATGACC AACTGTCAGA GCTTTTAAAA 
GAGTTCCCTT ATGGCATTGA AACTTTTAAC AGACATGAAG TGTCTTTGGA CCAACAAAAG 
ACACATAAAA TCTTAGAAAA TCAAACTGGT GGTAAAACTA GTAATATGTC TGGGGATAGC 
ACAGACCAAA TAAAAATTAC AGTATTAAAC TCTGAACAAA TCAAAGAACT ATTTCCTGAA 
GATGGTCAGC CCTGTGACAA GTTGGCAGAA CCTGAGAATA AAGAAATTGT TGAGGAAGTA 
AAGAGCCCAT CTGACTCACA GGTCCCTAGA GAAGAAAGTC ATGACCTTGG AATGTTGGAC 
CCAGAGAAAG ACAAAATCCA TTGCTGTGCC TTGGGTTGGC TCTCAATGGT TTATGAAGGC 
GTGCCACAGT GTCATTGCAG TTCCACAGAA AAGAAGGGGA AAGACCAGTG TTTGGACATC 
AACAGCAGCA AACAAGGAGA GCAGCCCTGC AATAGTGGAA TCACTATTTT TGAAATTAAC 
CCTGTTTCTG ATAACTCAAA AACTCCTTTG ACACAAGCAA CTGAGGAAGG CCATTTTTCT 
GCAGTGCATG GTGAAAAGAC CAAAGCATCT AAAACAAAAG ACAGCAGGGA GGGACAGGAA 
TTAGCCTGTC ATTTTTCAGC TAAATGTTAC AAAAAAGATA AAAAAGGTAA TTTTAAAATA 
AGGCATGATA GCTCACTGAA AATGGAGCAA AAACTAAAAA ATATTTCATC TAAACATGAC 
ATACCAAACC CCTCAAAAAG CAATAAGATA GCAGCCCCTG AAATACTTCA CGTAACAACT 
TCTAACTCTG CTAAAAATAT GCCATTTTCT AAACAAGCCT CTCAGGAAAG CCTACAGAGA 
AAACACACAT CCCAAGACTT GGGTCCAGTA AAAGCACCTA TAGAACTTTC GTCAAACACA 
GATCCGTGCA GGAGTAATAC CTCTTCAGTA CAGTCAGTAT CACCAGAAAA GAAAAAACTA 
AAATTCAAAG CAGGTGGCTC CAGGTTGAAA TATTTTGAAA AAAGAAAGAC GGACCACGTG 
ATTATTCCAG ATGTAGAAGT AAAAAAGAAG AAATATGAAA AGCAAGAACA GAACAAAAAT 
GCTGGAGACA CACTCAAATT GTGCAGTATT CTTACAGAGT CAAATGAAAG AGCCAGTGTT 
CAAGAAAAGA CTGTCCCAAG TCCTGAGTCC TCAGACCCAA AGGGTAGCTC CTCTAAGAGT 
ACTAGAGTTA TAACAGTGCA GGAATATTTA CAACGGCAGA AAGACAAACA TGTAACTGGG 
AATAATGCTT CCAGAAACCT CTGTGTAGAA AGTGTGTTAT GTGACTCAGG GCACACGAAG 
ATCAGTAAGC ATTCTGCAGC AGTAAGCTGG AGAAAGTTAG TTGAGGGGCA GAGTATCAGT 
GCAGAGACCG CAAAAGAACT GGAACATAAT TCTAGCAGCA ATGGTAAAGA CTTCAAGATC 
CAGCACTCTG AGGCGTCTAG AACACACAGT GTGTCAGATA ATAATAAAGG AAAGTTTGAT 
GGGAAGCAGC CTGACAAAAT GTTTAATAAG ACCAGAAAGA GTAATGAGTC CAACCAGATG 
CCTCTCCAGC TAAAAGAACA AAGGAAACAG TACCTGAATC GAGTTGCATT TAAATGCACA 
GAACGGGAAA GCATATGTCT CACCAAATTG GATAGTGCAT CCAAGAAGCT TAGTACAGAG 
AAAAAGAGTG GGGAATATAC ACCCAAGACA AAAGACATAG ACAAACCTAG TATGCTGGAG 
TTTAAATTAT GTCCAGATGT GCTATTGAAG AATACAAGCA CTGTTGACAA GCAGGATGAT 
CCTGGTCCTG AGAAAGAGCA AGCACCTGTG CAAGTTTCAG GAATAAAAAG TACAAAAGAA 
GACTGGTTAA AATGCATCCC TACAAGGACA AAGATGCCTG AATCAAGTCA AAGAGATAGT 
GCTGACTCAA GACTTTCTAA GAGAAGCCTC AGTGCGGATG AATTTGAAAT ACTACAAAAC 
CCAGTAAAAG AATCAAATAT CATGTTCCGG ACCTACAAAA AGATGTATCT TGAGAAGAGA 
AGCAGAAGCC TCGGGAGTAG TCCAGTTAAA TAG

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

Kiaa1551 ( XM_029478575.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_029334435.1 Mus caroli retroelement silencing factor 1 (Resf1), transcript variant X2, mRNA.

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CloneID	OMv03416
Clone ID Related Accession (Same CDS sequence)	XM_029478576.1 , XM_029478575.1 , XM_021165452.2 , XM_021165453.2 , XM_021165452.1 , XM_021165453.1
Accession Version	XM_029478575.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4533bp) 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	retroelement silencing factor 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034575.1) 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##

ATGAATTGGA ATACAAAACA AGAGAATGTT GCCAAACCCC CACCATATTC TAAAACCCAG 
TCATCTATCT TGCAGCATTT TTTAATGACT TCTACAACAT CTCAAAGTTC TTTCAACTAT 
TCTCCCCATA ACCAAGAAGC ATCTCAAAGT TCTTTCAACT ATTCTCCCCA TAACCAAGAA 
GCATGCATGT ATTCTGGGAA TTCAAATTCA GTTTCACAGC CACTTCTGAG TGGCAGAAAT 
TATATAACTC CTCAGACTCA GATCTCTGTT TCTAATATGC CTAGCAGAAC AATTGTGGCC 
TCGCAGTCTT CAATGGAAAG AGTTGTATCT ACAAATGGTA AAGGACCACA ACAACCAAAC 
CACAATTTGC AAACAGTGTC TTCAGGAGTG ATGCAGAATG TCTGGTTGCC TTCCCATACA 
GAAGCAACCA TATCTCATAA TCCCAACGGG GGGACTAATA TGCCTTACGT GCATCCACCA 
CAGAATCAGC TTGTCACATC AGATACCTAT TCTGTGCAAC TACAAATGAC TCCTTTACAT 
TCTGGAAAAG TACCTATGAC ACATCAAGGA AGTCAGGGAC TTAATCACTT TATACCAGAT 
CAGCTCGTTG ACTGGACACA GTATACATCC AACGAACTTA CTTATCCTGA ATACAGGCCA 
CCTCCAAAGC AATACTCCTA CATACTGCCA GCTACTACAT CATTACAAGT TAAAAATAAT 
CAGCTCCCAA CTTATACACA GAGCTTACAG TCAAAGCATT CTGTACCTTT GTCATCACAT 
CAGTATGCTG CAGAAGCCAG CAAAAGACTC TCTGCCCTTC CTTACAGCTG TAGATATGGA 
AACCAACATG TGCAGAATGC TCAGCCTGGT TCTAAACACT TGCCTATGGA AGTTCCTCAG 
AGTTCAGAAG TGCACTCATC TGAAAAAAAG AAAGATACTT ATAGAGGCTT TAAGCAGCAG 
TGGCAGAACC CTAATGAGAA AGTCAGCATT GGACAATTCT CTGAGGTGAA AATAAATACC 
AAGCAGCCTT ACAGTGAATC TGTTAGACCT TCTGGGGATG GTGTTCAGGC ACTTGTTCAA 
AATAATCAAG AAAAAAGAAA ATATACCTAC AATCCAAATA CAAATCAAGT AATAGATACA 
AATGCCACAA AAGAAAAGCT GGCGAGGGAT ATTAAAACTC TAGTAGAAAT CAAAAAGAAG 
TTTTCAGAAC TTGCAAGAAA AATTAAAATT AATAAAAGTC TTTTGATGGC AGCTGGTTGT 
AGTAAAACAG CTAATACTTC TTATACTGAA CCAATTCAGC ATTCTGAATT TTCAGCAAAA 
GAAATGTCTG CTAAAAATGG CAATGACTGT TCCATGGAAT TGCTAGCAAC ATGTCTTTCT 
CTTTGGAAAA ACCAACCTTC AAAAACCACA GAAGAAAATG TTCCAAAACC TTTAGAAGAA 
AAACAGTGTA ACACATCAAG AATCAGTACA ACAGTAGTGG GCAGTTCCAA TCCCACAAAT 
GAAGTTCATG TTGAGAGTTT TTGTTCCGGT GCTGGAAATT CTCAGAAAAT GAGCTCATCA 
CAAACAGTAT TGCCAGTTCT CACACCGAGC TGTGAGTCTT CCTGTGTAGC TGTTGGAAAA 
GGAACAGAGC TTCAGATTGC TGTGGTGTCG CCTTTAGTTC TTTTAGATAC TAATACCTTA 
CCTGGAAAAG AGTCAGTGCC TGAAGTTTTA CCTGAAACAC TGTATCCAGT TGTTAAGGAA 
GGTAGTGTTT GTAGCTTACA AACCCAACAG ACAGAAGCTG TTGCTTTACC TTTTGATGTT 
ATAGGAGCTG TAGCAGGTAA TAACATATCA GCAGAGATTC CTCTGCCTGT TCATAAGGAA 
AAGCAGCACA AACCAATACA GGGTGATTCA GACATAGCTG ATAGCAACTT AGGAAAACAC 
TCTCCCCTGG GCACTGAAGT TCTGCCTAAG CCTATGGACA GCACCATTGT GAGTGGACCT 
ATGTTACAAA TTGAAAGTAT CTGTTCTCTT GCAGAAGGGG ATGTATCTTA CAATTCCCAG 
ATAGCTAAGA TATTCAACTC TGTACAAACT GAGCCCCAGA AACCTTCACC TAATCAGGTA 
ATTAATAGTC AACAAGAACA AGTATATGAT ACCACTGAAA ATAAAGACTT TAGCTTACAG 
AAAGATAAGT GTGTACAGTG CACAGATGTT CCTCATGAGG TCCTTGAGCA GCCAGAGCCT 
CTGCAGCCTG AAGAGCCAGC ATCTAGTGAG TATGTGGAAG CAAACAGAGA AGCCATAGAG 
GAAAGCAGTA GGGAGTACAC TGGTAGAAAA GAAAGTACAG CTGCTATTCA GCAGGATCCT 
CACCCTCGGG AAACTGATAT GTTCAATAAG TCAGACCATG GTCTTCCTGC AATAAATGAG 
ATTAATGATG AAAGTGAACC TATCTCATAC CTACATGACC AACTGTCAGA GCTTTTAAAA 
GAGTTCCCTT ATGGCATTGA AACTTTTAAC AGACATGAAG TGTCTTTGGA CCAACAAAAG 
ACACATAAAA TCTTAGAAAA TCAAACTGGT GGTAAAACTA GTAATATGTC TGGGGATAGC 
ACAGACCAAA TAAAAATTAC AGTATTAAAC TCTGAACAAA TCAAAGAACT ATTTCCTGAA 
GATGGTCAGC CCTGTGACAA GTTGGCAGAA CCTGAGAATA AAGAAATTGT TGAGGAAGTA 
AAGAGCCCAT CTGACTCACA GGTCCCTAGA GAAGAAAGTC ATGACCTTGG AATGTTGGAC 
CCAGAGAAAG ACAAAATCCA TTGCTGTGCC TTGGGTTGGC TCTCAATGGT TTATGAAGGC 
GTGCCACAGT GTCATTGCAG TTCCACAGAA AAGAAGGGGA AAGACCAGTG TTTGGACATC 
AACAGCAGCA AACAAGGAGA GCAGCCCTGC AATAGTGGAA TCACTATTTT TGAAATTAAC 
CCTGTTTCTG ATAACTCAAA AACTCCTTTG ACACAAGCAA CTGAGGAAGG CCATTTTTCT 
GCAGTGCATG GTGAAAAGAC CAAAGCATCT AAAACAAAAG ACAGCAGGGA GGGACAGGAA 
TTAGCCTGTC ATTTTTCAGC TAAATGTTAC AAAAAAGATA AAAAAGGTAA TTTTAAAATA 
AGGCATGATA GCTCACTGAA AATGGAGCAA AAACTAAAAA ATATTTCATC TAAACATGAC 
ATACCAAACC CCTCAAAAAG CAATAAGATA GCAGCCCCTG AAATACTTCA CGTAACAACT 
TCTAACTCTG CTAAAAATAT GCCATTTTCT AAACAAGCCT CTCAGGAAAG CCTACAGAGA 
AAACACACAT CCCAAGACTT GGGTCCAGTA AAAGCACCTA TAGAACTTTC GTCAAACACA 
GATCCGTGCA GGAGTAATAC CTCTTCAGTA CAGTCAGTAT CACCAGAAAA GAAAAAACTA 
AAATTCAAAG CAGGTGGCTC CAGGTTGAAA TATTTTGAAA AAAGAAAGAC GGACCACGTG 
ATTATTCCAG ATGTAGAAGT AAAAAAGAAG AAATATGAAA AGCAAGAACA GAACAAAAAT 
GCTGGAGACA CACTCAAATT GTGCAGTATT CTTACAGAGT CAAATGAAAG AGCCAGTGTT 
CAAGAAAAGA CTGTCCCAAG TCCTGAGTCC TCAGACCCAA AGGGTAGCTC CTCTAAGAGT 
ACTAGAGTTA TAACAGTGCA GGAATATTTA CAACGGCAGA AAGACAAACA TGTAACTGGG 
AATAATGCTT CCAGAAACCT CTGTGTAGAA AGTGTGTTAT GTGACTCAGG GCACACGAAG 
ATCAGTAAGC ATTCTGCAGC AGTAAGCTGG AGAAAGTTAG TTGAGGGGCA GAGTATCAGT 
GCAGAGACCG CAAAAGAACT GGAACATAAT TCTAGCAGCA ATGGTAAAGA CTTCAAGATC 
CAGCACTCTG AGGCGTCTAG AACACACAGT GTGTCAGATA ATAATAAAGG AAAGTTTGAT 
GGGAAGCAGC CTGACAAAAT GTTTAATAAG ACCAGAAAGA GTAATGAGTC CAACCAGATG 
CCTCTCCAGC TAAAAGAACA AAGGAAACAG TACCTGAATC GAGTTGCATT TAAATGCACA 
GAACGGGAAA GCATATGTCT CACCAAATTG GATAGTGCAT CCAAGAAGCT TAGTACAGAG 
AAAAAGAGTG GGGAATATAC ACCCAAGACA AAAGACATAG ACAAACCTAG TATGCTGGAG 
TTTAAATTAT GTCCAGATGT GCTATTGAAG AATACAAGCA CTGTTGACAA GCAGGATGAT 
CCTGGTCCTG AGAAAGAGCA AGCACCTGTG CAAGTTTCAG GAATAAAAAG TACAAAAGAA 
GACTGGTTAA AATGCATCCC TACAAGGACA AAGATGCCTG AATCAAGTCA AAGAGATAGT 
GCTGACTCAA GACTTTCTAA GAGAAGCCTC AGTGCGGATG AATTTGAAAT ACTACAAAAC 
CCAGTAAAAG AATCAAATAT CATGTTCCGG ACCTACAAAA AGATGTATCT TGAGAAGAGA 
AGCAGAAGCC TCGGGAGTAG TCCAGTTAAA TAG

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

RefSeq	XP_029334435.1
CDS	641..5173
Translation	MNWNTKQENVAKPPPYSKTQSSILQHFLMTSTTSQSSFNYSPHNQEASQSSFNYSPHNQEACMYSGNSNSVSQPLLSGRNYITPQTQISVSNMPSRTIVASQSSMERVVSTNGKGPQQPNHNLQTVSSGVMQNVWLPSHTEATISHNPNGGTNMPYVHPPQNQLVTSDTYSVQLQMTPLHSGKVPMTHQGSQGLNHFIPDQLVDWTQYTSNELTYPEYRPPPKQYSYILPATTSLQVKNNQLPTYTQSLQSKHSVPLSSHQYAAEASKRLSALPYSCRYGNQHVQNAQPGSKHLPMEVPQSSEVHSSEKKKDTYRGFKQQWQNPNEKVSIGQFSEVKINTKQPYSESVRPSGDGVQALVQNNQEKRKYTYNPNTNQVIDTNATKEKLARDIKTLVEIKKKFSELARKIKINKSLLMAAGCSKTANTSYTEPIQHSEFSAKEMSAKNGNDCSMELLATCLSLWKNQPSKTTEENVPKPLEEKQCNTSRISTTVVGSSNPTNEVHVESFCSGAGNSQKMSSSQTVLPVLTPSCESSCVAVGKGTELQIAVVSPLVLLDTNTLPGKESVPEVLPETLYPVVKEGSVCSLQTQQTEAVALPFDVIGAVAGNNISAEIPLPVHKEKQHKPIQGDSDIADSNLGKHSPLGTEVLPKPMDSTIVSGPMLQIESICSLAEGDVSYNSQIAKIFNSVQTEPQKPSPNQVINSQQEQVYDTTENKDFSLQKDKCVQCTDVPHEVLEQPEPLQPEEPASSEYVEANREAIEESSREYTGRKESTAAIQQDPHPRETDMFNKSDHGLPAINEINDESEPISYLHDQLSELLKEFPYGIETFNRHEVSLDQQKTHKILENQTGGKTSNMSGDSTDQIKITVLNSEQIKELFPEDGQPCDKLAEPENKEIVEEVKSPSDSQVPREESHDLGMLDPEKDKIHCCALGWLSMVYEGVPQCHCSSTEKKGKDQCLDINSSKQGEQPCNSGITIFEINPVSDNSKTPLTQATEEGHFSAVHGEKTKASKTKDSREGQELACHFSAKCYKKDKKGNFKIRHDSSLKMEQKLKNISSKHDIPNPSKSNKIAAPEILHVTTSNSAKNMPFSKQASQESLQRKHTSQDLGPVKAPIELSSNTDPCRSNTSSVQSVSPEKKKLKFKAGGSRLKYFEKRKTDHVIIPDVEVKKKKYEKQEQNKNAGDTLKLCSILTESNERASVQEKTVPSPESSDPKGSSSKSTRVITVQEYLQRQKDKHVTGNNASRNLCVESVLCDSGHTKISKHSAAVSWRKLVEGQSISAETAKELEHNSSSNGKDFKIQHSEASRTHSVSDNNKGKFDGKQPDKMFNKTRKSNESNQMPLQLKEQRKQYLNRVAFKCTERESICLTKLDSASKKLSTEKKSGEYTPKTKDIDKPSMLEFKLCPDVLLKNTSTVDKQDDPGPEKEQAPVQVSGIKSTKEDWLKCIPTRTKMPESSQRDSADSRLSKRSLSADEFEILQNPVKESNIMFRTYKKMYLEKRSRSLGSSPVK

Target ORF information:

RefSeq Version	XM_029478575.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli retroelement silencing factor 1 (Resf1), transcript variant X2, mRNA.

Target ORF information:

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

XM_029478575.1

ORF Insert Sequence:

ATGAATTGGA ATACAAAACA AGAGAATGTT GCCAAACCCC CACCATATTC TAAAACCCAG 
TCATCTATCT TGCAGCATTT TTTAATGACT TCTACAACAT CTCAAAGTTC TTTCAACTAT 
TCTCCCCATA ACCAAGAAGC ATCTCAAAGT TCTTTCAACT ATTCTCCCCA TAACCAAGAA 
GCATGCATGT ATTCTGGGAA TTCAAATTCA GTTTCACAGC CACTTCTGAG TGGCAGAAAT 
TATATAACTC CTCAGACTCA GATCTCTGTT TCTAATATGC CTAGCAGAAC AATTGTGGCC 
TCGCAGTCTT CAATGGAAAG AGTTGTATCT ACAAATGGTA AAGGACCACA ACAACCAAAC 
CACAATTTGC AAACAGTGTC TTCAGGAGTG ATGCAGAATG TCTGGTTGCC TTCCCATACA 
GAAGCAACCA TATCTCATAA TCCCAACGGG GGGACTAATA TGCCTTACGT GCATCCACCA 
CAGAATCAGC TTGTCACATC AGATACCTAT TCTGTGCAAC TACAAATGAC TCCTTTACAT 
TCTGGAAAAG TACCTATGAC ACATCAAGGA AGTCAGGGAC TTAATCACTT TATACCAGAT 
CAGCTCGTTG ACTGGACACA GTATACATCC AACGAACTTA CTTATCCTGA ATACAGGCCA 
CCTCCAAAGC AATACTCCTA CATACTGCCA GCTACTACAT CATTACAAGT TAAAAATAAT 
CAGCTCCCAA CTTATACACA GAGCTTACAG TCAAAGCATT CTGTACCTTT GTCATCACAT 
CAGTATGCTG CAGAAGCCAG CAAAAGACTC TCTGCCCTTC CTTACAGCTG TAGATATGGA 
AACCAACATG TGCAGAATGC TCAGCCTGGT TCTAAACACT TGCCTATGGA AGTTCCTCAG 
AGTTCAGAAG TGCACTCATC TGAAAAAAAG AAAGATACTT ATAGAGGCTT TAAGCAGCAG 
TGGCAGAACC CTAATGAGAA AGTCAGCATT GGACAATTCT CTGAGGTGAA AATAAATACC 
AAGCAGCCTT ACAGTGAATC TGTTAGACCT TCTGGGGATG GTGTTCAGGC ACTTGTTCAA 
AATAATCAAG AAAAAAGAAA ATATACCTAC AATCCAAATA CAAATCAAGT AATAGATACA 
AATGCCACAA AAGAAAAGCT GGCGAGGGAT ATTAAAACTC TAGTAGAAAT CAAAAAGAAG 
TTTTCAGAAC TTGCAAGAAA AATTAAAATT AATAAAAGTC TTTTGATGGC AGCTGGTTGT 
AGTAAAACAG CTAATACTTC TTATACTGAA CCAATTCAGC ATTCTGAATT TTCAGCAAAA 
GAAATGTCTG CTAAAAATGG CAATGACTGT TCCATGGAAT TGCTAGCAAC ATGTCTTTCT 
CTTTGGAAAA ACCAACCTTC AAAAACCACA GAAGAAAATG TTCCAAAACC TTTAGAAGAA 
AAACAGTGTA ACACATCAAG AATCAGTACA ACAGTAGTGG GCAGTTCCAA TCCCACAAAT 
GAAGTTCATG TTGAGAGTTT TTGTTCCGGT GCTGGAAATT CTCAGAAAAT GAGCTCATCA 
CAAACAGTAT TGCCAGTTCT CACACCGAGC TGTGAGTCTT CCTGTGTAGC TGTTGGAAAA 
GGAACAGAGC TTCAGATTGC TGTGGTGTCG CCTTTAGTTC TTTTAGATAC TAATACCTTA 
CCTGGAAAAG AGTCAGTGCC TGAAGTTTTA CCTGAAACAC TGTATCCAGT TGTTAAGGAA 
GGTAGTGTTT GTAGCTTACA AACCCAACAG ACAGAAGCTG TTGCTTTACC TTTTGATGTT 
ATAGGAGCTG TAGCAGGTAA TAACATATCA GCAGAGATTC CTCTGCCTGT TCATAAGGAA 
AAGCAGCACA AACCAATACA GGGTGATTCA GACATAGCTG ATAGCAACTT AGGAAAACAC 
TCTCCCCTGG GCACTGAAGT TCTGCCTAAG CCTATGGACA GCACCATTGT GAGTGGACCT 
ATGTTACAAA TTGAAAGTAT CTGTTCTCTT GCAGAAGGGG ATGTATCTTA CAATTCCCAG 
ATAGCTAAGA TATTCAACTC TGTACAAACT GAGCCCCAGA AACCTTCACC TAATCAGGTA 
ATTAATAGTC AACAAGAACA AGTATATGAT ACCACTGAAA ATAAAGACTT TAGCTTACAG 
AAAGATAAGT GTGTACAGTG CACAGATGTT CCTCATGAGG TCCTTGAGCA GCCAGAGCCT 
CTGCAGCCTG AAGAGCCAGC ATCTAGTGAG TATGTGGAAG CAAACAGAGA AGCCATAGAG 
GAAAGCAGTA GGGAGTACAC TGGTAGAAAA GAAAGTACAG CTGCTATTCA GCAGGATCCT 
CACCCTCGGG AAACTGATAT GTTCAATAAG TCAGACCATG GTCTTCCTGC AATAAATGAG 
ATTAATGATG AAAGTGAACC TATCTCATAC CTACATGACC AACTGTCAGA GCTTTTAAAA 
GAGTTCCCTT ATGGCATTGA AACTTTTAAC AGACATGAAG TGTCTTTGGA CCAACAAAAG 
ACACATAAAA TCTTAGAAAA TCAAACTGGT GGTAAAACTA GTAATATGTC TGGGGATAGC 
ACAGACCAAA TAAAAATTAC AGTATTAAAC TCTGAACAAA TCAAAGAACT ATTTCCTGAA 
GATGGTCAGC CCTGTGACAA GTTGGCAGAA CCTGAGAATA AAGAAATTGT TGAGGAAGTA 
AAGAGCCCAT CTGACTCACA GGTCCCTAGA GAAGAAAGTC ATGACCTTGG AATGTTGGAC 
CCAGAGAAAG ACAAAATCCA TTGCTGTGCC TTGGGTTGGC TCTCAATGGT TTATGAAGGC 
GTGCCACAGT GTCATTGCAG TTCCACAGAA AAGAAGGGGA AAGACCAGTG TTTGGACATC 
AACAGCAGCA AACAAGGAGA GCAGCCCTGC AATAGTGGAA TCACTATTTT TGAAATTAAC 
CCTGTTTCTG ATAACTCAAA AACTCCTTTG ACACAAGCAA CTGAGGAAGG CCATTTTTCT 
GCAGTGCATG GTGAAAAGAC CAAAGCATCT AAAACAAAAG ACAGCAGGGA GGGACAGGAA 
TTAGCCTGTC ATTTTTCAGC TAAATGTTAC AAAAAAGATA AAAAAGGTAA TTTTAAAATA 
AGGCATGATA GCTCACTGAA AATGGAGCAA AAACTAAAAA ATATTTCATC TAAACATGAC 
ATACCAAACC CCTCAAAAAG CAATAAGATA GCAGCCCCTG AAATACTTCA CGTAACAACT 
TCTAACTCTG CTAAAAATAT GCCATTTTCT AAACAAGCCT CTCAGGAAAG CCTACAGAGA 
AAACACACAT CCCAAGACTT GGGTCCAGTA AAAGCACCTA TAGAACTTTC GTCAAACACA 
GATCCGTGCA GGAGTAATAC CTCTTCAGTA CAGTCAGTAT CACCAGAAAA GAAAAAACTA 
AAATTCAAAG CAGGTGGCTC CAGGTTGAAA TATTTTGAAA AAAGAAAGAC GGACCACGTG 
ATTATTCCAG ATGTAGAAGT AAAAAAGAAG AAATATGAAA AGCAAGAACA GAACAAAAAT 
GCTGGAGACA CACTCAAATT GTGCAGTATT CTTACAGAGT CAAATGAAAG AGCCAGTGTT 
CAAGAAAAGA CTGTCCCAAG TCCTGAGTCC TCAGACCCAA AGGGTAGCTC CTCTAAGAGT 
ACTAGAGTTA TAACAGTGCA GGAATATTTA CAACGGCAGA AAGACAAACA TGTAACTGGG 
AATAATGCTT CCAGAAACCT CTGTGTAGAA AGTGTGTTAT GTGACTCAGG GCACACGAAG 
ATCAGTAAGC ATTCTGCAGC AGTAAGCTGG AGAAAGTTAG TTGAGGGGCA GAGTATCAGT 
GCAGAGACCG CAAAAGAACT GGAACATAAT TCTAGCAGCA ATGGTAAAGA CTTCAAGATC 
CAGCACTCTG AGGCGTCTAG AACACACAGT GTGTCAGATA ATAATAAAGG AAAGTTTGAT 
GGGAAGCAGC CTGACAAAAT GTTTAATAAG ACCAGAAAGA GTAATGAGTC CAACCAGATG 
CCTCTCCAGC TAAAAGAACA AAGGAAACAG TACCTGAATC GAGTTGCATT TAAATGCACA 
GAACGGGAAA GCATATGTCT CACCAAATTG GATAGTGCAT CCAAGAAGCT TAGTACAGAG 
AAAAAGAGTG GGGAATATAC ACCCAAGACA AAAGACATAG ACAAACCTAG TATGCTGGAG 
TTTAAATTAT GTCCAGATGT GCTATTGAAG AATACAAGCA CTGTTGACAA GCAGGATGAT 
CCTGGTCCTG AGAAAGAGCA AGCACCTGTG CAAGTTTCAG GAATAAAAAG TACAAAAGAA 
GACTGGTTAA AATGCATCCC TACAAGGACA AAGATGCCTG AATCAAGTCA AAGAGATAGT 
GCTGACTCAA GACTTTCTAA GAGAAGCCTC AGTGCGGATG AATTTGAAAT ACTACAAAAC 
CCAGTAAAAG AATCAAATAT CATGTTCCGG ACCTACAAAA AGATGTATCT TGAGAAGAGA 
AGCAGAAGCC TCGGGAGTAG TCCAGTTAAA TAG

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

Kiaa1551 ( XM_021165452.2 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021021111.1 Mus caroli retroelement silencing factor 1 (Resf1), transcript variant X1, mRNA.

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CloneID	OMv03416
Clone ID Related Accession (Same CDS sequence)	XM_029478576.1 , XM_029478575.1 , XM_021165452.2 , XM_021165453.2 , XM_021165452.1 , XM_021165453.1
Accession Version	XM_021165452.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4533bp) 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	retroelement silencing factor 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034575.1) 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_021165452.1. ##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##

ATGAATTGGA ATACAAAACA AGAGAATGTT GCCAAACCCC CACCATATTC TAAAACCCAG 
TCATCTATCT TGCAGCATTT TTTAATGACT TCTACAACAT CTCAAAGTTC TTTCAACTAT 
TCTCCCCATA ACCAAGAAGC ATCTCAAAGT TCTTTCAACT ATTCTCCCCA TAACCAAGAA 
GCATGCATGT ATTCTGGGAA TTCAAATTCA GTTTCACAGC CACTTCTGAG TGGCAGAAAT 
TATATAACTC CTCAGACTCA GATCTCTGTT TCTAATATGC CTAGCAGAAC AATTGTGGCC 
TCGCAGTCTT CAATGGAAAG AGTTGTATCT ACAAATGGTA AAGGACCACA ACAACCAAAC 
CACAATTTGC AAACAGTGTC TTCAGGAGTG ATGCAGAATG TCTGGTTGCC TTCCCATACA 
GAAGCAACCA TATCTCATAA TCCCAACGGG GGGACTAATA TGCCTTACGT GCATCCACCA 
CAGAATCAGC TTGTCACATC AGATACCTAT TCTGTGCAAC TACAAATGAC TCCTTTACAT 
TCTGGAAAAG TACCTATGAC ACATCAAGGA AGTCAGGGAC TTAATCACTT TATACCAGAT 
CAGCTCGTTG ACTGGACACA GTATACATCC AACGAACTTA CTTATCCTGA ATACAGGCCA 
CCTCCAAAGC AATACTCCTA CATACTGCCA GCTACTACAT CATTACAAGT TAAAAATAAT 
CAGCTCCCAA CTTATACACA GAGCTTACAG TCAAAGCATT CTGTACCTTT GTCATCACAT 
CAGTATGCTG CAGAAGCCAG CAAAAGACTC TCTGCCCTTC CTTACAGCTG TAGATATGGA 
AACCAACATG TGCAGAATGC TCAGCCTGGT TCTAAACACT TGCCTATGGA AGTTCCTCAG 
AGTTCAGAAG TGCACTCATC TGAAAAAAAG AAAGATACTT ATAGAGGCTT TAAGCAGCAG 
TGGCAGAACC CTAATGAGAA AGTCAGCATT GGACAATTCT CTGAGGTGAA AATAAATACC 
AAGCAGCCTT ACAGTGAATC TGTTAGACCT TCTGGGGATG GTGTTCAGGC ACTTGTTCAA 
AATAATCAAG AAAAAAGAAA ATATACCTAC AATCCAAATA CAAATCAAGT AATAGATACA 
AATGCCACAA AAGAAAAGCT GGCGAGGGAT ATTAAAACTC TAGTAGAAAT CAAAAAGAAG 
TTTTCAGAAC TTGCAAGAAA AATTAAAATT AATAAAAGTC TTTTGATGGC AGCTGGTTGT 
AGTAAAACAG CTAATACTTC TTATACTGAA CCAATTCAGC ATTCTGAATT TTCAGCAAAA 
GAAATGTCTG CTAAAAATGG CAATGACTGT TCCATGGAAT TGCTAGCAAC ATGTCTTTCT 
CTTTGGAAAA ACCAACCTTC AAAAACCACA GAAGAAAATG TTCCAAAACC TTTAGAAGAA 
AAACAGTGTA ACACATCAAG AATCAGTACA ACAGTAGTGG GCAGTTCCAA TCCCACAAAT 
GAAGTTCATG TTGAGAGTTT TTGTTCCGGT GCTGGAAATT CTCAGAAAAT GAGCTCATCA 
CAAACAGTAT TGCCAGTTCT CACACCGAGC TGTGAGTCTT CCTGTGTAGC TGTTGGAAAA 
GGAACAGAGC TTCAGATTGC TGTGGTGTCG CCTTTAGTTC TTTTAGATAC TAATACCTTA 
CCTGGAAAAG AGTCAGTGCC TGAAGTTTTA CCTGAAACAC TGTATCCAGT TGTTAAGGAA 
GGTAGTGTTT GTAGCTTACA AACCCAACAG ACAGAAGCTG TTGCTTTACC TTTTGATGTT 
ATAGGAGCTG TAGCAGGTAA TAACATATCA GCAGAGATTC CTCTGCCTGT TCATAAGGAA 
AAGCAGCACA AACCAATACA GGGTGATTCA GACATAGCTG ATAGCAACTT AGGAAAACAC 
TCTCCCCTGG GCACTGAAGT TCTGCCTAAG CCTATGGACA GCACCATTGT GAGTGGACCT 
ATGTTACAAA TTGAAAGTAT CTGTTCTCTT GCAGAAGGGG ATGTATCTTA CAATTCCCAG 
ATAGCTAAGA TATTCAACTC TGTACAAACT GAGCCCCAGA AACCTTCACC TAATCAGGTA 
ATTAATAGTC AACAAGAACA AGTATATGAT ACCACTGAAA ATAAAGACTT TAGCTTACAG 
AAAGATAAGT GTGTACAGTG CACAGATGTT CCTCATGAGG TCCTTGAGCA GCCAGAGCCT 
CTGCAGCCTG AAGAGCCAGC ATCTAGTGAG TATGTGGAAG CAAACAGAGA AGCCATAGAG 
GAAAGCAGTA GGGAGTACAC TGGTAGAAAA GAAAGTACAG CTGCTATTCA GCAGGATCCT 
CACCCTCGGG AAACTGATAT GTTCAATAAG TCAGACCATG GTCTTCCTGC AATAAATGAG 
ATTAATGATG AAAGTGAACC TATCTCATAC CTACATGACC AACTGTCAGA GCTTTTAAAA 
GAGTTCCCTT ATGGCATTGA AACTTTTAAC AGACATGAAG TGTCTTTGGA CCAACAAAAG 
ACACATAAAA TCTTAGAAAA TCAAACTGGT GGTAAAACTA GTAATATGTC TGGGGATAGC 
ACAGACCAAA TAAAAATTAC AGTATTAAAC TCTGAACAAA TCAAAGAACT ATTTCCTGAA 
GATGGTCAGC CCTGTGACAA GTTGGCAGAA CCTGAGAATA AAGAAATTGT TGAGGAAGTA 
AAGAGCCCAT CTGACTCACA GGTCCCTAGA GAAGAAAGTC ATGACCTTGG AATGTTGGAC 
CCAGAGAAAG ACAAAATCCA TTGCTGTGCC TTGGGTTGGC TCTCAATGGT TTATGAAGGC 
GTGCCACAGT GTCATTGCAG TTCCACAGAA AAGAAGGGGA AAGACCAGTG TTTGGACATC 
AACAGCAGCA AACAAGGAGA GCAGCCCTGC AATAGTGGAA TCACTATTTT TGAAATTAAC 
CCTGTTTCTG ATAACTCAAA AACTCCTTTG ACACAAGCAA CTGAGGAAGG CCATTTTTCT 
GCAGTGCATG GTGAAAAGAC CAAAGCATCT AAAACAAAAG ACAGCAGGGA GGGACAGGAA 
TTAGCCTGTC ATTTTTCAGC TAAATGTTAC AAAAAAGATA AAAAAGGTAA TTTTAAAATA 
AGGCATGATA GCTCACTGAA AATGGAGCAA AAACTAAAAA ATATTTCATC TAAACATGAC 
ATACCAAACC CCTCAAAAAG CAATAAGATA GCAGCCCCTG AAATACTTCA CGTAACAACT 
TCTAACTCTG CTAAAAATAT GCCATTTTCT AAACAAGCCT CTCAGGAAAG CCTACAGAGA 
AAACACACAT CCCAAGACTT GGGTCCAGTA AAAGCACCTA TAGAACTTTC GTCAAACACA 
GATCCGTGCA GGAGTAATAC CTCTTCAGTA CAGTCAGTAT CACCAGAAAA GAAAAAACTA 
AAATTCAAAG CAGGTGGCTC CAGGTTGAAA TATTTTGAAA AAAGAAAGAC GGACCACGTG 
ATTATTCCAG ATGTAGAAGT AAAAAAGAAG AAATATGAAA AGCAAGAACA GAACAAAAAT 
GCTGGAGACA CACTCAAATT GTGCAGTATT CTTACAGAGT CAAATGAAAG AGCCAGTGTT 
CAAGAAAAGA CTGTCCCAAG TCCTGAGTCC TCAGACCCAA AGGGTAGCTC CTCTAAGAGT 
ACTAGAGTTA TAACAGTGCA GGAATATTTA CAACGGCAGA AAGACAAACA TGTAACTGGG 
AATAATGCTT CCAGAAACCT CTGTGTAGAA AGTGTGTTAT GTGACTCAGG GCACACGAAG 
ATCAGTAAGC ATTCTGCAGC AGTAAGCTGG AGAAAGTTAG TTGAGGGGCA GAGTATCAGT 
GCAGAGACCG CAAAAGAACT GGAACATAAT TCTAGCAGCA ATGGTAAAGA CTTCAAGATC 
CAGCACTCTG AGGCGTCTAG AACACACAGT GTGTCAGATA ATAATAAAGG AAAGTTTGAT 
GGGAAGCAGC CTGACAAAAT GTTTAATAAG ACCAGAAAGA GTAATGAGTC CAACCAGATG 
CCTCTCCAGC TAAAAGAACA AAGGAAACAG TACCTGAATC GAGTTGCATT TAAATGCACA 
GAACGGGAAA GCATATGTCT CACCAAATTG GATAGTGCAT CCAAGAAGCT TAGTACAGAG 
AAAAAGAGTG GGGAATATAC ACCCAAGACA AAAGACATAG ACAAACCTAG TATGCTGGAG 
TTTAAATTAT GTCCAGATGT GCTATTGAAG AATACAAGCA CTGTTGACAA GCAGGATGAT 
CCTGGTCCTG AGAAAGAGCA AGCACCTGTG CAAGTTTCAG GAATAAAAAG TACAAAAGAA 
GACTGGTTAA AATGCATCCC TACAAGGACA AAGATGCCTG AATCAAGTCA AAGAGATAGT 
GCTGACTCAA GACTTTCTAA GAGAAGCCTC AGTGCGGATG AATTTGAAAT ACTACAAAAC 
CCAGTAAAAG AATCAAATAT CATGTTCCGG ACCTACAAAA AGATGTATCT TGAGAAGAGA 
AGCAGAAGCC TCGGGAGTAG TCCAGTTAAA TAG

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

RefSeq	XP_021021111.1
CDS	572..5104
Translation	MNWNTKQENVAKPPPYSKTQSSILQHFLMTSTTSQSSFNYSPHNQEASQSSFNYSPHNQEACMYSGNSNSVSQPLLSGRNYITPQTQISVSNMPSRTIVASQSSMERVVSTNGKGPQQPNHNLQTVSSGVMQNVWLPSHTEATISHNPNGGTNMPYVHPPQNQLVTSDTYSVQLQMTPLHSGKVPMTHQGSQGLNHFIPDQLVDWTQYTSNELTYPEYRPPPKQYSYILPATTSLQVKNNQLPTYTQSLQSKHSVPLSSHQYAAEASKRLSALPYSCRYGNQHVQNAQPGSKHLPMEVPQSSEVHSSEKKKDTYRGFKQQWQNPNEKVSIGQFSEVKINTKQPYSESVRPSGDGVQALVQNNQEKRKYTYNPNTNQVIDTNATKEKLARDIKTLVEIKKKFSELARKIKINKSLLMAAGCSKTANTSYTEPIQHSEFSAKEMSAKNGNDCSMELLATCLSLWKNQPSKTTEENVPKPLEEKQCNTSRISTTVVGSSNPTNEVHVESFCSGAGNSQKMSSSQTVLPVLTPSCESSCVAVGKGTELQIAVVSPLVLLDTNTLPGKESVPEVLPETLYPVVKEGSVCSLQTQQTEAVALPFDVIGAVAGNNISAEIPLPVHKEKQHKPIQGDSDIADSNLGKHSPLGTEVLPKPMDSTIVSGPMLQIESICSLAEGDVSYNSQIAKIFNSVQTEPQKPSPNQVINSQQEQVYDTTENKDFSLQKDKCVQCTDVPHEVLEQPEPLQPEEPASSEYVEANREAIEESSREYTGRKESTAAIQQDPHPRETDMFNKSDHGLPAINEINDESEPISYLHDQLSELLKEFPYGIETFNRHEVSLDQQKTHKILENQTGGKTSNMSGDSTDQIKITVLNSEQIKELFPEDGQPCDKLAEPENKEIVEEVKSPSDSQVPREESHDLGMLDPEKDKIHCCALGWLSMVYEGVPQCHCSSTEKKGKDQCLDINSSKQGEQPCNSGITIFEINPVSDNSKTPLTQATEEGHFSAVHGEKTKASKTKDSREGQELACHFSAKCYKKDKKGNFKIRHDSSLKMEQKLKNISSKHDIPNPSKSNKIAAPEILHVTTSNSAKNMPFSKQASQESLQRKHTSQDLGPVKAPIELSSNTDPCRSNTSSVQSVSPEKKKLKFKAGGSRLKYFEKRKTDHVIIPDVEVKKKKYEKQEQNKNAGDTLKLCSILTESNERASVQEKTVPSPESSDPKGSSSKSTRVITVQEYLQRQKDKHVTGNNASRNLCVESVLCDSGHTKISKHSAAVSWRKLVEGQSISAETAKELEHNSSSNGKDFKIQHSEASRTHSVSDNNKGKFDGKQPDKMFNKTRKSNESNQMPLQLKEQRKQYLNRVAFKCTERESICLTKLDSASKKLSTEKKSGEYTPKTKDIDKPSMLEFKLCPDVLLKNTSTVDKQDDPGPEKEQAPVQVSGIKSTKEDWLKCIPTRTKMPESSQRDSADSRLSKRSLSADEFEILQNPVKESNIMFRTYKKMYLEKRSRSLGSSPVK

Target ORF information:

RefSeq Version	XM_021165452.2
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli retroelement silencing factor 1 (Resf1), transcript variant X1, mRNA.

Target ORF information:

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

XM_021165452.2

ORF Insert Sequence:

ATGAATTGGA ATACAAAACA AGAGAATGTT GCCAAACCCC CACCATATTC TAAAACCCAG 
TCATCTATCT TGCAGCATTT TTTAATGACT TCTACAACAT CTCAAAGTTC TTTCAACTAT 
TCTCCCCATA ACCAAGAAGC ATCTCAAAGT TCTTTCAACT ATTCTCCCCA TAACCAAGAA 
GCATGCATGT ATTCTGGGAA TTCAAATTCA GTTTCACAGC CACTTCTGAG TGGCAGAAAT 
TATATAACTC CTCAGACTCA GATCTCTGTT TCTAATATGC CTAGCAGAAC AATTGTGGCC 
TCGCAGTCTT CAATGGAAAG AGTTGTATCT ACAAATGGTA AAGGACCACA ACAACCAAAC 
CACAATTTGC AAACAGTGTC TTCAGGAGTG ATGCAGAATG TCTGGTTGCC TTCCCATACA 
GAAGCAACCA TATCTCATAA TCCCAACGGG GGGACTAATA TGCCTTACGT GCATCCACCA 
CAGAATCAGC TTGTCACATC AGATACCTAT TCTGTGCAAC TACAAATGAC TCCTTTACAT 
TCTGGAAAAG TACCTATGAC ACATCAAGGA AGTCAGGGAC TTAATCACTT TATACCAGAT 
CAGCTCGTTG ACTGGACACA GTATACATCC AACGAACTTA CTTATCCTGA ATACAGGCCA 
CCTCCAAAGC AATACTCCTA CATACTGCCA GCTACTACAT CATTACAAGT TAAAAATAAT 
CAGCTCCCAA CTTATACACA GAGCTTACAG TCAAAGCATT CTGTACCTTT GTCATCACAT 
CAGTATGCTG CAGAAGCCAG CAAAAGACTC TCTGCCCTTC CTTACAGCTG TAGATATGGA 
AACCAACATG TGCAGAATGC TCAGCCTGGT TCTAAACACT TGCCTATGGA AGTTCCTCAG 
AGTTCAGAAG TGCACTCATC TGAAAAAAAG AAAGATACTT ATAGAGGCTT TAAGCAGCAG 
TGGCAGAACC CTAATGAGAA AGTCAGCATT GGACAATTCT CTGAGGTGAA AATAAATACC 
AAGCAGCCTT ACAGTGAATC TGTTAGACCT TCTGGGGATG GTGTTCAGGC ACTTGTTCAA 
AATAATCAAG AAAAAAGAAA ATATACCTAC AATCCAAATA CAAATCAAGT AATAGATACA 
AATGCCACAA AAGAAAAGCT GGCGAGGGAT ATTAAAACTC TAGTAGAAAT CAAAAAGAAG 
TTTTCAGAAC TTGCAAGAAA AATTAAAATT AATAAAAGTC TTTTGATGGC AGCTGGTTGT 
AGTAAAACAG CTAATACTTC TTATACTGAA CCAATTCAGC ATTCTGAATT TTCAGCAAAA 
GAAATGTCTG CTAAAAATGG CAATGACTGT TCCATGGAAT TGCTAGCAAC ATGTCTTTCT 
CTTTGGAAAA ACCAACCTTC AAAAACCACA GAAGAAAATG TTCCAAAACC TTTAGAAGAA 
AAACAGTGTA ACACATCAAG AATCAGTACA ACAGTAGTGG GCAGTTCCAA TCCCACAAAT 
GAAGTTCATG TTGAGAGTTT TTGTTCCGGT GCTGGAAATT CTCAGAAAAT GAGCTCATCA 
CAAACAGTAT TGCCAGTTCT CACACCGAGC TGTGAGTCTT CCTGTGTAGC TGTTGGAAAA 
GGAACAGAGC TTCAGATTGC TGTGGTGTCG CCTTTAGTTC TTTTAGATAC TAATACCTTA 
CCTGGAAAAG AGTCAGTGCC TGAAGTTTTA CCTGAAACAC TGTATCCAGT TGTTAAGGAA 
GGTAGTGTTT GTAGCTTACA AACCCAACAG ACAGAAGCTG TTGCTTTACC TTTTGATGTT 
ATAGGAGCTG TAGCAGGTAA TAACATATCA GCAGAGATTC CTCTGCCTGT TCATAAGGAA 
AAGCAGCACA AACCAATACA GGGTGATTCA GACATAGCTG ATAGCAACTT AGGAAAACAC 
TCTCCCCTGG GCACTGAAGT TCTGCCTAAG CCTATGGACA GCACCATTGT GAGTGGACCT 
ATGTTACAAA TTGAAAGTAT CTGTTCTCTT GCAGAAGGGG ATGTATCTTA CAATTCCCAG 
ATAGCTAAGA TATTCAACTC TGTACAAACT GAGCCCCAGA AACCTTCACC TAATCAGGTA 
ATTAATAGTC AACAAGAACA AGTATATGAT ACCACTGAAA ATAAAGACTT TAGCTTACAG 
AAAGATAAGT GTGTACAGTG CACAGATGTT CCTCATGAGG TCCTTGAGCA GCCAGAGCCT 
CTGCAGCCTG AAGAGCCAGC ATCTAGTGAG TATGTGGAAG CAAACAGAGA AGCCATAGAG 
GAAAGCAGTA GGGAGTACAC TGGTAGAAAA GAAAGTACAG CTGCTATTCA GCAGGATCCT 
CACCCTCGGG AAACTGATAT GTTCAATAAG TCAGACCATG GTCTTCCTGC AATAAATGAG 
ATTAATGATG AAAGTGAACC TATCTCATAC CTACATGACC AACTGTCAGA GCTTTTAAAA 
GAGTTCCCTT ATGGCATTGA AACTTTTAAC AGACATGAAG TGTCTTTGGA CCAACAAAAG 
ACACATAAAA TCTTAGAAAA TCAAACTGGT GGTAAAACTA GTAATATGTC TGGGGATAGC 
ACAGACCAAA TAAAAATTAC AGTATTAAAC TCTGAACAAA TCAAAGAACT ATTTCCTGAA 
GATGGTCAGC CCTGTGACAA GTTGGCAGAA CCTGAGAATA AAGAAATTGT TGAGGAAGTA 
AAGAGCCCAT CTGACTCACA GGTCCCTAGA GAAGAAAGTC ATGACCTTGG AATGTTGGAC 
CCAGAGAAAG ACAAAATCCA TTGCTGTGCC TTGGGTTGGC TCTCAATGGT TTATGAAGGC 
GTGCCACAGT GTCATTGCAG TTCCACAGAA AAGAAGGGGA AAGACCAGTG TTTGGACATC 
AACAGCAGCA AACAAGGAGA GCAGCCCTGC AATAGTGGAA TCACTATTTT TGAAATTAAC 
CCTGTTTCTG ATAACTCAAA AACTCCTTTG ACACAAGCAA CTGAGGAAGG CCATTTTTCT 
GCAGTGCATG GTGAAAAGAC CAAAGCATCT AAAACAAAAG ACAGCAGGGA GGGACAGGAA 
TTAGCCTGTC ATTTTTCAGC TAAATGTTAC AAAAAAGATA AAAAAGGTAA TTTTAAAATA 
AGGCATGATA GCTCACTGAA AATGGAGCAA AAACTAAAAA ATATTTCATC TAAACATGAC 
ATACCAAACC CCTCAAAAAG CAATAAGATA GCAGCCCCTG AAATACTTCA CGTAACAACT 
TCTAACTCTG CTAAAAATAT GCCATTTTCT AAACAAGCCT CTCAGGAAAG CCTACAGAGA 
AAACACACAT CCCAAGACTT GGGTCCAGTA AAAGCACCTA TAGAACTTTC GTCAAACACA 
GATCCGTGCA GGAGTAATAC CTCTTCAGTA CAGTCAGTAT CACCAGAAAA GAAAAAACTA 
AAATTCAAAG CAGGTGGCTC CAGGTTGAAA TATTTTGAAA AAAGAAAGAC GGACCACGTG 
ATTATTCCAG ATGTAGAAGT AAAAAAGAAG AAATATGAAA AGCAAGAACA GAACAAAAAT 
GCTGGAGACA CACTCAAATT GTGCAGTATT CTTACAGAGT CAAATGAAAG AGCCAGTGTT 
CAAGAAAAGA CTGTCCCAAG TCCTGAGTCC TCAGACCCAA AGGGTAGCTC CTCTAAGAGT 
ACTAGAGTTA TAACAGTGCA GGAATATTTA CAACGGCAGA AAGACAAACA TGTAACTGGG 
AATAATGCTT CCAGAAACCT CTGTGTAGAA AGTGTGTTAT GTGACTCAGG GCACACGAAG 
ATCAGTAAGC ATTCTGCAGC AGTAAGCTGG AGAAAGTTAG TTGAGGGGCA GAGTATCAGT 
GCAGAGACCG CAAAAGAACT GGAACATAAT TCTAGCAGCA ATGGTAAAGA CTTCAAGATC 
CAGCACTCTG AGGCGTCTAG AACACACAGT GTGTCAGATA ATAATAAAGG AAAGTTTGAT 
GGGAAGCAGC CTGACAAAAT GTTTAATAAG ACCAGAAAGA GTAATGAGTC CAACCAGATG 
CCTCTCCAGC TAAAAGAACA AAGGAAACAG TACCTGAATC GAGTTGCATT TAAATGCACA 
GAACGGGAAA GCATATGTCT CACCAAATTG GATAGTGCAT CCAAGAAGCT TAGTACAGAG 
AAAAAGAGTG GGGAATATAC ACCCAAGACA AAAGACATAG ACAAACCTAG TATGCTGGAG 
TTTAAATTAT GTCCAGATGT GCTATTGAAG AATACAAGCA CTGTTGACAA GCAGGATGAT 
CCTGGTCCTG AGAAAGAGCA AGCACCTGTG CAAGTTTCAG GAATAAAAAG TACAAAAGAA 
GACTGGTTAA AATGCATCCC TACAAGGACA AAGATGCCTG AATCAAGTCA AAGAGATAGT 
GCTGACTCAA GACTTTCTAA GAGAAGCCTC AGTGCGGATG AATTTGAAAT ACTACAAAAC 
CCAGTAAAAG AATCAAATAT CATGTTCCGG ACCTACAAAA AGATGTATCT TGAGAAGAGA 
AGCAGAAGCC TCGGGAGTAG TCCAGTTAAA TAG

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

Kiaa1551 ( XM_021165453.2 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021021112.1 Mus caroli retroelement silencing factor 1 (Resf1), transcript variant X3, mRNA.

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CloneID	OMv03416
Clone ID Related Accession (Same CDS sequence)	XM_029478576.1 , XM_029478575.1 , XM_021165452.2 , XM_021165453.2 , XM_021165452.1 , XM_021165453.1
Accession Version	XM_021165453.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4533bp) 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	retroelement silencing factor 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034575.1) 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_021165453.1. ##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##

ATGAATTGGA ATACAAAACA AGAGAATGTT GCCAAACCCC CACCATATTC TAAAACCCAG 
TCATCTATCT TGCAGCATTT TTTAATGACT TCTACAACAT CTCAAAGTTC TTTCAACTAT 
TCTCCCCATA ACCAAGAAGC ATCTCAAAGT TCTTTCAACT ATTCTCCCCA TAACCAAGAA 
GCATGCATGT ATTCTGGGAA TTCAAATTCA GTTTCACAGC CACTTCTGAG TGGCAGAAAT 
TATATAACTC CTCAGACTCA GATCTCTGTT TCTAATATGC CTAGCAGAAC AATTGTGGCC 
TCGCAGTCTT CAATGGAAAG AGTTGTATCT ACAAATGGTA AAGGACCACA ACAACCAAAC 
CACAATTTGC AAACAGTGTC TTCAGGAGTG ATGCAGAATG TCTGGTTGCC TTCCCATACA 
GAAGCAACCA TATCTCATAA TCCCAACGGG GGGACTAATA TGCCTTACGT GCATCCACCA 
CAGAATCAGC TTGTCACATC AGATACCTAT TCTGTGCAAC TACAAATGAC TCCTTTACAT 
TCTGGAAAAG TACCTATGAC ACATCAAGGA AGTCAGGGAC TTAATCACTT TATACCAGAT 
CAGCTCGTTG ACTGGACACA GTATACATCC AACGAACTTA CTTATCCTGA ATACAGGCCA 
CCTCCAAAGC AATACTCCTA CATACTGCCA GCTACTACAT CATTACAAGT TAAAAATAAT 
CAGCTCCCAA CTTATACACA GAGCTTACAG TCAAAGCATT CTGTACCTTT GTCATCACAT 
CAGTATGCTG CAGAAGCCAG CAAAAGACTC TCTGCCCTTC CTTACAGCTG TAGATATGGA 
AACCAACATG TGCAGAATGC TCAGCCTGGT TCTAAACACT TGCCTATGGA AGTTCCTCAG 
AGTTCAGAAG TGCACTCATC TGAAAAAAAG AAAGATACTT ATAGAGGCTT TAAGCAGCAG 
TGGCAGAACC CTAATGAGAA AGTCAGCATT GGACAATTCT CTGAGGTGAA AATAAATACC 
AAGCAGCCTT ACAGTGAATC TGTTAGACCT TCTGGGGATG GTGTTCAGGC ACTTGTTCAA 
AATAATCAAG AAAAAAGAAA ATATACCTAC AATCCAAATA CAAATCAAGT AATAGATACA 
AATGCCACAA AAGAAAAGCT GGCGAGGGAT ATTAAAACTC TAGTAGAAAT CAAAAAGAAG 
TTTTCAGAAC TTGCAAGAAA AATTAAAATT AATAAAAGTC TTTTGATGGC AGCTGGTTGT 
AGTAAAACAG CTAATACTTC TTATACTGAA CCAATTCAGC ATTCTGAATT TTCAGCAAAA 
GAAATGTCTG CTAAAAATGG CAATGACTGT TCCATGGAAT TGCTAGCAAC ATGTCTTTCT 
CTTTGGAAAA ACCAACCTTC AAAAACCACA GAAGAAAATG TTCCAAAACC TTTAGAAGAA 
AAACAGTGTA ACACATCAAG AATCAGTACA ACAGTAGTGG GCAGTTCCAA TCCCACAAAT 
GAAGTTCATG TTGAGAGTTT TTGTTCCGGT GCTGGAAATT CTCAGAAAAT GAGCTCATCA 
CAAACAGTAT TGCCAGTTCT CACACCGAGC TGTGAGTCTT CCTGTGTAGC TGTTGGAAAA 
GGAACAGAGC TTCAGATTGC TGTGGTGTCG CCTTTAGTTC TTTTAGATAC TAATACCTTA 
CCTGGAAAAG AGTCAGTGCC TGAAGTTTTA CCTGAAACAC TGTATCCAGT TGTTAAGGAA 
GGTAGTGTTT GTAGCTTACA AACCCAACAG ACAGAAGCTG TTGCTTTACC TTTTGATGTT 
ATAGGAGCTG TAGCAGGTAA TAACATATCA GCAGAGATTC CTCTGCCTGT TCATAAGGAA 
AAGCAGCACA AACCAATACA GGGTGATTCA GACATAGCTG ATAGCAACTT AGGAAAACAC 
TCTCCCCTGG GCACTGAAGT TCTGCCTAAG CCTATGGACA GCACCATTGT GAGTGGACCT 
ATGTTACAAA TTGAAAGTAT CTGTTCTCTT GCAGAAGGGG ATGTATCTTA CAATTCCCAG 
ATAGCTAAGA TATTCAACTC TGTACAAACT GAGCCCCAGA AACCTTCACC TAATCAGGTA 
ATTAATAGTC AACAAGAACA AGTATATGAT ACCACTGAAA ATAAAGACTT TAGCTTACAG 
AAAGATAAGT GTGTACAGTG CACAGATGTT CCTCATGAGG TCCTTGAGCA GCCAGAGCCT 
CTGCAGCCTG AAGAGCCAGC ATCTAGTGAG TATGTGGAAG CAAACAGAGA AGCCATAGAG 
GAAAGCAGTA GGGAGTACAC TGGTAGAAAA GAAAGTACAG CTGCTATTCA GCAGGATCCT 
CACCCTCGGG AAACTGATAT GTTCAATAAG TCAGACCATG GTCTTCCTGC AATAAATGAG 
ATTAATGATG AAAGTGAACC TATCTCATAC CTACATGACC AACTGTCAGA GCTTTTAAAA 
GAGTTCCCTT ATGGCATTGA AACTTTTAAC AGACATGAAG TGTCTTTGGA CCAACAAAAG 
ACACATAAAA TCTTAGAAAA TCAAACTGGT GGTAAAACTA GTAATATGTC TGGGGATAGC 
ACAGACCAAA TAAAAATTAC AGTATTAAAC TCTGAACAAA TCAAAGAACT ATTTCCTGAA 
GATGGTCAGC CCTGTGACAA GTTGGCAGAA CCTGAGAATA AAGAAATTGT TGAGGAAGTA 
AAGAGCCCAT CTGACTCACA GGTCCCTAGA GAAGAAAGTC ATGACCTTGG AATGTTGGAC 
CCAGAGAAAG ACAAAATCCA TTGCTGTGCC TTGGGTTGGC TCTCAATGGT TTATGAAGGC 
GTGCCACAGT GTCATTGCAG TTCCACAGAA AAGAAGGGGA AAGACCAGTG TTTGGACATC 
AACAGCAGCA AACAAGGAGA GCAGCCCTGC AATAGTGGAA TCACTATTTT TGAAATTAAC 
CCTGTTTCTG ATAACTCAAA AACTCCTTTG ACACAAGCAA CTGAGGAAGG CCATTTTTCT 
GCAGTGCATG GTGAAAAGAC CAAAGCATCT AAAACAAAAG ACAGCAGGGA GGGACAGGAA 
TTAGCCTGTC ATTTTTCAGC TAAATGTTAC AAAAAAGATA AAAAAGGTAA TTTTAAAATA 
AGGCATGATA GCTCACTGAA AATGGAGCAA AAACTAAAAA ATATTTCATC TAAACATGAC 
ATACCAAACC CCTCAAAAAG CAATAAGATA GCAGCCCCTG AAATACTTCA CGTAACAACT 
TCTAACTCTG CTAAAAATAT GCCATTTTCT AAACAAGCCT CTCAGGAAAG CCTACAGAGA 
AAACACACAT CCCAAGACTT GGGTCCAGTA AAAGCACCTA TAGAACTTTC GTCAAACACA 
GATCCGTGCA GGAGTAATAC CTCTTCAGTA CAGTCAGTAT CACCAGAAAA GAAAAAACTA 
AAATTCAAAG CAGGTGGCTC CAGGTTGAAA TATTTTGAAA AAAGAAAGAC GGACCACGTG 
ATTATTCCAG ATGTAGAAGT AAAAAAGAAG AAATATGAAA AGCAAGAACA GAACAAAAAT 
GCTGGAGACA CACTCAAATT GTGCAGTATT CTTACAGAGT CAAATGAAAG AGCCAGTGTT 
CAAGAAAAGA CTGTCCCAAG TCCTGAGTCC TCAGACCCAA AGGGTAGCTC CTCTAAGAGT 
ACTAGAGTTA TAACAGTGCA GGAATATTTA CAACGGCAGA AAGACAAACA TGTAACTGGG 
AATAATGCTT CCAGAAACCT CTGTGTAGAA AGTGTGTTAT GTGACTCAGG GCACACGAAG 
ATCAGTAAGC ATTCTGCAGC AGTAAGCTGG AGAAAGTTAG TTGAGGGGCA GAGTATCAGT 
GCAGAGACCG CAAAAGAACT GGAACATAAT TCTAGCAGCA ATGGTAAAGA CTTCAAGATC 
CAGCACTCTG AGGCGTCTAG AACACACAGT GTGTCAGATA ATAATAAAGG AAAGTTTGAT 
GGGAAGCAGC CTGACAAAAT GTTTAATAAG ACCAGAAAGA GTAATGAGTC CAACCAGATG 
CCTCTCCAGC TAAAAGAACA AAGGAAACAG TACCTGAATC GAGTTGCATT TAAATGCACA 
GAACGGGAAA GCATATGTCT CACCAAATTG GATAGTGCAT CCAAGAAGCT TAGTACAGAG 
AAAAAGAGTG GGGAATATAC ACCCAAGACA AAAGACATAG ACAAACCTAG TATGCTGGAG 
TTTAAATTAT GTCCAGATGT GCTATTGAAG AATACAAGCA CTGTTGACAA GCAGGATGAT 
CCTGGTCCTG AGAAAGAGCA AGCACCTGTG CAAGTTTCAG GAATAAAAAG TACAAAAGAA 
GACTGGTTAA AATGCATCCC TACAAGGACA AAGATGCCTG AATCAAGTCA AAGAGATAGT 
GCTGACTCAA GACTTTCTAA GAGAAGCCTC AGTGCGGATG AATTTGAAAT ACTACAAAAC 
CCAGTAAAAG AATCAAATAT CATGTTCCGG ACCTACAAAA AGATGTATCT TGAGAAGAGA 
AGCAGAAGCC TCGGGAGTAG TCCAGTTAAA TAG

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

RefSeq	XP_021021112.1
CDS	554..5086
Translation	MNWNTKQENVAKPPPYSKTQSSILQHFLMTSTTSQSSFNYSPHNQEASQSSFNYSPHNQEACMYSGNSNSVSQPLLSGRNYITPQTQISVSNMPSRTIVASQSSMERVVSTNGKGPQQPNHNLQTVSSGVMQNVWLPSHTEATISHNPNGGTNMPYVHPPQNQLVTSDTYSVQLQMTPLHSGKVPMTHQGSQGLNHFIPDQLVDWTQYTSNELTYPEYRPPPKQYSYILPATTSLQVKNNQLPTYTQSLQSKHSVPLSSHQYAAEASKRLSALPYSCRYGNQHVQNAQPGSKHLPMEVPQSSEVHSSEKKKDTYRGFKQQWQNPNEKVSIGQFSEVKINTKQPYSESVRPSGDGVQALVQNNQEKRKYTYNPNTNQVIDTNATKEKLARDIKTLVEIKKKFSELARKIKINKSLLMAAGCSKTANTSYTEPIQHSEFSAKEMSAKNGNDCSMELLATCLSLWKNQPSKTTEENVPKPLEEKQCNTSRISTTVVGSSNPTNEVHVESFCSGAGNSQKMSSSQTVLPVLTPSCESSCVAVGKGTELQIAVVSPLVLLDTNTLPGKESVPEVLPETLYPVVKEGSVCSLQTQQTEAVALPFDVIGAVAGNNISAEIPLPVHKEKQHKPIQGDSDIADSNLGKHSPLGTEVLPKPMDSTIVSGPMLQIESICSLAEGDVSYNSQIAKIFNSVQTEPQKPSPNQVINSQQEQVYDTTENKDFSLQKDKCVQCTDVPHEVLEQPEPLQPEEPASSEYVEANREAIEESSREYTGRKESTAAIQQDPHPRETDMFNKSDHGLPAINEINDESEPISYLHDQLSELLKEFPYGIETFNRHEVSLDQQKTHKILENQTGGKTSNMSGDSTDQIKITVLNSEQIKELFPEDGQPCDKLAEPENKEIVEEVKSPSDSQVPREESHDLGMLDPEKDKIHCCALGWLSMVYEGVPQCHCSSTEKKGKDQCLDINSSKQGEQPCNSGITIFEINPVSDNSKTPLTQATEEGHFSAVHGEKTKASKTKDSREGQELACHFSAKCYKKDKKGNFKIRHDSSLKMEQKLKNISSKHDIPNPSKSNKIAAPEILHVTTSNSAKNMPFSKQASQESLQRKHTSQDLGPVKAPIELSSNTDPCRSNTSSVQSVSPEKKKLKFKAGGSRLKYFEKRKTDHVIIPDVEVKKKKYEKQEQNKNAGDTLKLCSILTESNERASVQEKTVPSPESSDPKGSSSKSTRVITVQEYLQRQKDKHVTGNNASRNLCVESVLCDSGHTKISKHSAAVSWRKLVEGQSISAETAKELEHNSSSNGKDFKIQHSEASRTHSVSDNNKGKFDGKQPDKMFNKTRKSNESNQMPLQLKEQRKQYLNRVAFKCTERESICLTKLDSASKKLSTEKKSGEYTPKTKDIDKPSMLEFKLCPDVLLKNTSTVDKQDDPGPEKEQAPVQVSGIKSTKEDWLKCIPTRTKMPESSQRDSADSRLSKRSLSADEFEILQNPVKESNIMFRTYKKMYLEKRSRSLGSSPVK

Target ORF information:

RefSeq Version	XM_021165453.2
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli retroelement silencing factor 1 (Resf1), transcript variant X3, mRNA.

Target ORF information:

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

XM_021165453.2

ORF Insert Sequence:

ATGAATTGGA ATACAAAACA AGAGAATGTT GCCAAACCCC CACCATATTC TAAAACCCAG 
TCATCTATCT TGCAGCATTT TTTAATGACT TCTACAACAT CTCAAAGTTC TTTCAACTAT 
TCTCCCCATA ACCAAGAAGC ATCTCAAAGT TCTTTCAACT ATTCTCCCCA TAACCAAGAA 
GCATGCATGT ATTCTGGGAA TTCAAATTCA GTTTCACAGC CACTTCTGAG TGGCAGAAAT 
TATATAACTC CTCAGACTCA GATCTCTGTT TCTAATATGC CTAGCAGAAC AATTGTGGCC 
TCGCAGTCTT CAATGGAAAG AGTTGTATCT ACAAATGGTA AAGGACCACA ACAACCAAAC 
CACAATTTGC AAACAGTGTC TTCAGGAGTG ATGCAGAATG TCTGGTTGCC TTCCCATACA 
GAAGCAACCA TATCTCATAA TCCCAACGGG GGGACTAATA TGCCTTACGT GCATCCACCA 
CAGAATCAGC TTGTCACATC AGATACCTAT TCTGTGCAAC TACAAATGAC TCCTTTACAT 
TCTGGAAAAG TACCTATGAC ACATCAAGGA AGTCAGGGAC TTAATCACTT TATACCAGAT 
CAGCTCGTTG ACTGGACACA GTATACATCC AACGAACTTA CTTATCCTGA ATACAGGCCA 
CCTCCAAAGC AATACTCCTA CATACTGCCA GCTACTACAT CATTACAAGT TAAAAATAAT 
CAGCTCCCAA CTTATACACA GAGCTTACAG TCAAAGCATT CTGTACCTTT GTCATCACAT 
CAGTATGCTG CAGAAGCCAG CAAAAGACTC TCTGCCCTTC CTTACAGCTG TAGATATGGA 
AACCAACATG TGCAGAATGC TCAGCCTGGT TCTAAACACT TGCCTATGGA AGTTCCTCAG 
AGTTCAGAAG TGCACTCATC TGAAAAAAAG AAAGATACTT ATAGAGGCTT TAAGCAGCAG 
TGGCAGAACC CTAATGAGAA AGTCAGCATT GGACAATTCT CTGAGGTGAA AATAAATACC 
AAGCAGCCTT ACAGTGAATC TGTTAGACCT TCTGGGGATG GTGTTCAGGC ACTTGTTCAA 
AATAATCAAG AAAAAAGAAA ATATACCTAC AATCCAAATA CAAATCAAGT AATAGATACA 
AATGCCACAA AAGAAAAGCT GGCGAGGGAT ATTAAAACTC TAGTAGAAAT CAAAAAGAAG 
TTTTCAGAAC TTGCAAGAAA AATTAAAATT AATAAAAGTC TTTTGATGGC AGCTGGTTGT 
AGTAAAACAG CTAATACTTC TTATACTGAA CCAATTCAGC ATTCTGAATT TTCAGCAAAA 
GAAATGTCTG CTAAAAATGG CAATGACTGT TCCATGGAAT TGCTAGCAAC ATGTCTTTCT 
CTTTGGAAAA ACCAACCTTC AAAAACCACA GAAGAAAATG TTCCAAAACC TTTAGAAGAA 
AAACAGTGTA ACACATCAAG AATCAGTACA ACAGTAGTGG GCAGTTCCAA TCCCACAAAT 
GAAGTTCATG TTGAGAGTTT TTGTTCCGGT GCTGGAAATT CTCAGAAAAT GAGCTCATCA 
CAAACAGTAT TGCCAGTTCT CACACCGAGC TGTGAGTCTT CCTGTGTAGC TGTTGGAAAA 
GGAACAGAGC TTCAGATTGC TGTGGTGTCG CCTTTAGTTC TTTTAGATAC TAATACCTTA 
CCTGGAAAAG AGTCAGTGCC TGAAGTTTTA CCTGAAACAC TGTATCCAGT TGTTAAGGAA 
GGTAGTGTTT GTAGCTTACA AACCCAACAG ACAGAAGCTG TTGCTTTACC TTTTGATGTT 
ATAGGAGCTG TAGCAGGTAA TAACATATCA GCAGAGATTC CTCTGCCTGT TCATAAGGAA 
AAGCAGCACA AACCAATACA GGGTGATTCA GACATAGCTG ATAGCAACTT AGGAAAACAC 
TCTCCCCTGG GCACTGAAGT TCTGCCTAAG CCTATGGACA GCACCATTGT GAGTGGACCT 
ATGTTACAAA TTGAAAGTAT CTGTTCTCTT GCAGAAGGGG ATGTATCTTA CAATTCCCAG 
ATAGCTAAGA TATTCAACTC TGTACAAACT GAGCCCCAGA AACCTTCACC TAATCAGGTA 
ATTAATAGTC AACAAGAACA AGTATATGAT ACCACTGAAA ATAAAGACTT TAGCTTACAG 
AAAGATAAGT GTGTACAGTG CACAGATGTT CCTCATGAGG TCCTTGAGCA GCCAGAGCCT 
CTGCAGCCTG AAGAGCCAGC ATCTAGTGAG TATGTGGAAG CAAACAGAGA AGCCATAGAG 
GAAAGCAGTA GGGAGTACAC TGGTAGAAAA GAAAGTACAG CTGCTATTCA GCAGGATCCT 
CACCCTCGGG AAACTGATAT GTTCAATAAG TCAGACCATG GTCTTCCTGC AATAAATGAG 
ATTAATGATG AAAGTGAACC TATCTCATAC CTACATGACC AACTGTCAGA GCTTTTAAAA 
GAGTTCCCTT ATGGCATTGA AACTTTTAAC AGACATGAAG TGTCTTTGGA CCAACAAAAG 
ACACATAAAA TCTTAGAAAA TCAAACTGGT GGTAAAACTA GTAATATGTC TGGGGATAGC 
ACAGACCAAA TAAAAATTAC AGTATTAAAC TCTGAACAAA TCAAAGAACT ATTTCCTGAA 
GATGGTCAGC CCTGTGACAA GTTGGCAGAA CCTGAGAATA AAGAAATTGT TGAGGAAGTA 
AAGAGCCCAT CTGACTCACA GGTCCCTAGA GAAGAAAGTC ATGACCTTGG AATGTTGGAC 
CCAGAGAAAG ACAAAATCCA TTGCTGTGCC TTGGGTTGGC TCTCAATGGT TTATGAAGGC 
GTGCCACAGT GTCATTGCAG TTCCACAGAA AAGAAGGGGA AAGACCAGTG TTTGGACATC 
AACAGCAGCA AACAAGGAGA GCAGCCCTGC AATAGTGGAA TCACTATTTT TGAAATTAAC 
CCTGTTTCTG ATAACTCAAA AACTCCTTTG ACACAAGCAA CTGAGGAAGG CCATTTTTCT 
GCAGTGCATG GTGAAAAGAC CAAAGCATCT AAAACAAAAG ACAGCAGGGA GGGACAGGAA 
TTAGCCTGTC ATTTTTCAGC TAAATGTTAC AAAAAAGATA AAAAAGGTAA TTTTAAAATA 
AGGCATGATA GCTCACTGAA AATGGAGCAA AAACTAAAAA ATATTTCATC TAAACATGAC 
ATACCAAACC CCTCAAAAAG CAATAAGATA GCAGCCCCTG AAATACTTCA CGTAACAACT 
TCTAACTCTG CTAAAAATAT GCCATTTTCT AAACAAGCCT CTCAGGAAAG CCTACAGAGA 
AAACACACAT CCCAAGACTT GGGTCCAGTA AAAGCACCTA TAGAACTTTC GTCAAACACA 
GATCCGTGCA GGAGTAATAC CTCTTCAGTA CAGTCAGTAT CACCAGAAAA GAAAAAACTA 
AAATTCAAAG CAGGTGGCTC CAGGTTGAAA TATTTTGAAA AAAGAAAGAC GGACCACGTG 
ATTATTCCAG ATGTAGAAGT AAAAAAGAAG AAATATGAAA AGCAAGAACA GAACAAAAAT 
GCTGGAGACA CACTCAAATT GTGCAGTATT CTTACAGAGT CAAATGAAAG AGCCAGTGTT 
CAAGAAAAGA CTGTCCCAAG TCCTGAGTCC TCAGACCCAA AGGGTAGCTC CTCTAAGAGT 
ACTAGAGTTA TAACAGTGCA GGAATATTTA CAACGGCAGA AAGACAAACA TGTAACTGGG 
AATAATGCTT CCAGAAACCT CTGTGTAGAA AGTGTGTTAT GTGACTCAGG GCACACGAAG 
ATCAGTAAGC ATTCTGCAGC AGTAAGCTGG AGAAAGTTAG TTGAGGGGCA GAGTATCAGT 
GCAGAGACCG CAAAAGAACT GGAACATAAT TCTAGCAGCA ATGGTAAAGA CTTCAAGATC 
CAGCACTCTG AGGCGTCTAG AACACACAGT GTGTCAGATA ATAATAAAGG AAAGTTTGAT 
GGGAAGCAGC CTGACAAAAT GTTTAATAAG ACCAGAAAGA GTAATGAGTC CAACCAGATG 
CCTCTCCAGC TAAAAGAACA AAGGAAACAG TACCTGAATC GAGTTGCATT TAAATGCACA 
GAACGGGAAA GCATATGTCT CACCAAATTG GATAGTGCAT CCAAGAAGCT TAGTACAGAG 
AAAAAGAGTG GGGAATATAC ACCCAAGACA AAAGACATAG ACAAACCTAG TATGCTGGAG 
TTTAAATTAT GTCCAGATGT GCTATTGAAG AATACAAGCA CTGTTGACAA GCAGGATGAT 
CCTGGTCCTG AGAAAGAGCA AGCACCTGTG CAAGTTTCAG GAATAAAAAG TACAAAAGAA 
GACTGGTTAA AATGCATCCC TACAAGGACA AAGATGCCTG AATCAAGTCA AAGAGATAGT 
GCTGACTCAA GACTTTCTAA GAGAAGCCTC AGTGCGGATG AATTTGAAAT ACTACAAAAC 
CCAGTAAAAG AATCAAATAT CATGTTCCGG ACCTACAAAA AGATGTATCT TGAGAAGAGA 
AGCAGAAGCC TCGGGAGTAG TCCAGTTAAA TAG

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

Kiaa1551 ( XM_021165452.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021021111.1 Mus caroli KIAA1551 ortholog (Kiaa1551), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OMv03416
Clone ID Related Accession (Same CDS sequence)	XM_029478576.1 , XM_029478575.1 , XM_021165452.2 , XM_021165453.2 , XM_021165452.1 , XM_021165453.1
Accession Version	XM_021165452.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4533bp) 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	uncharacterized protein KIAA1551 homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034575.1) 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##

ATGAATTGGA ATACAAAACA AGAGAATGTT GCCAAACCCC CACCATATTC TAAAACCCAG 
TCATCTATCT TGCAGCATTT TTTAATGACT TCTACAACAT CTCAAAGTTC TTTCAACTAT 
TCTCCCCATA ACCAAGAAGC ATCTCAAAGT TCTTTCAACT ATTCTCCCCA TAACCAAGAA 
GCATGCATGT ATTCTGGGAA TTCAAATTCA GTTTCACAGC CACTTCTGAG TGGCAGAAAT 
TATATAACTC CTCAGACTCA GATCTCTGTT TCTAATATGC CTAGCAGAAC AATTGTGGCC 
TCGCAGTCTT CAATGGAAAG AGTTGTATCT ACAAATGGTA AAGGACCACA ACAACCAAAC 
CACAATTTGC AAACAGTGTC TTCAGGAGTG ATGCAGAATG TCTGGTTGCC TTCCCATACA 
GAAGCAACCA TATCTCATAA TCCCAACGGG GGGACTAATA TGCCTTACGT GCATCCACCA 
CAGAATCAGC TTGTCACATC AGATACCTAT TCTGTGCAAC TACAAATGAC TCCTTTACAT 
TCTGGAAAAG TACCTATGAC ACATCAAGGA AGTCAGGGAC TTAATCACTT TATACCAGAT 
CAGCTCGTTG ACTGGACACA GTATACATCC AACGAACTTA CTTATCCTGA ATACAGGCCA 
CCTCCAAAGC AATACTCCTA CATACTGCCA GCTACTACAT CATTACAAGT TAAAAATAAT 
CAGCTCCCAA CTTATACACA GAGCTTACAG TCAAAGCATT CTGTACCTTT GTCATCACAT 
CAGTATGCTG CAGAAGCCAG CAAAAGACTC TCTGCCCTTC CTTACAGCTG TAGATATGGA 
AACCAACATG TGCAGAATGC TCAGCCTGGT TCTAAACACT TGCCTATGGA AGTTCCTCAG 
AGTTCAGAAG TGCACTCATC TGAAAAAAAG AAAGATACTT ATAGAGGCTT TAAGCAGCAG 
TGGCAGAACC CTAATGAGAA AGTCAGCATT GGACAATTCT CTGAGGTGAA AATAAATACC 
AAGCAGCCTT ACAGTGAATC TGTTAGACCT TCTGGGGATG GTGTTCAGGC ACTTGTTCAA 
AATAATCAAG AAAAAAGAAA ATATACCTAC AATCCAAATA CAAATCAAGT AATAGATACA 
AATGCCACAA AAGAAAAGCT GGCGAGGGAT ATTAAAACTC TAGTAGAAAT CAAAAAGAAG 
TTTTCAGAAC TTGCAAGAAA AATTAAAATT AATAAAAGTC TTTTGATGGC AGCTGGTTGT 
AGTAAAACAG CTAATACTTC TTATACTGAA CCAATTCAGC ATTCTGAATT TTCAGCAAAA 
GAAATGTCTG CTAAAAATGG CAATGACTGT TCCATGGAAT TGCTAGCAAC ATGTCTTTCT 
CTTTGGAAAA ACCAACCTTC AAAAACCACA GAAGAAAATG TTCCAAAACC TTTAGAAGAA 
AAACAGTGTA ACACATCAAG AATCAGTACA ACAGTAGTGG GCAGTTCCAA TCCCACAAAT 
GAAGTTCATG TTGAGAGTTT TTGTTCCGGT GCTGGAAATT CTCAGAAAAT GAGCTCATCA 
CAAACAGTAT TGCCAGTTCT CACACCGAGC TGTGAGTCTT CCTGTGTAGC TGTTGGAAAA 
GGAACAGAGC TTCAGATTGC TGTGGTGTCG CCTTTAGTTC TTTTAGATAC TAATACCTTA 
CCTGGAAAAG AGTCAGTGCC TGAAGTTTTA CCTGAAACAC TGTATCCAGT TGTTAAGGAA 
GGTAGTGTTT GTAGCTTACA AACCCAACAG ACAGAAGCTG TTGCTTTACC TTTTGATGTT 
ATAGGAGCTG TAGCAGGTAA TAACATATCA GCAGAGATTC CTCTGCCTGT TCATAAGGAA 
AAGCAGCACA AACCAATACA GGGTGATTCA GACATAGCTG ATAGCAACTT AGGAAAACAC 
TCTCCCCTGG GCACTGAAGT TCTGCCTAAG CCTATGGACA GCACCATTGT GAGTGGACCT 
ATGTTACAAA TTGAAAGTAT CTGTTCTCTT GCAGAAGGGG ATGTATCTTA CAATTCCCAG 
ATAGCTAAGA TATTCAACTC TGTACAAACT GAGCCCCAGA AACCTTCACC TAATCAGGTA 
ATTAATAGTC AACAAGAACA AGTATATGAT ACCACTGAAA ATAAAGACTT TAGCTTACAG 
AAAGATAAGT GTGTACAGTG CACAGATGTT CCTCATGAGG TCCTTGAGCA GCCAGAGCCT 
CTGCAGCCTG AAGAGCCAGC ATCTAGTGAG TATGTGGAAG CAAACAGAGA AGCCATAGAG 
GAAAGCAGTA GGGAGTACAC TGGTAGAAAA GAAAGTACAG CTGCTATTCA GCAGGATCCT 
CACCCTCGGG AAACTGATAT GTTCAATAAG TCAGACCATG GTCTTCCTGC AATAAATGAG 
ATTAATGATG AAAGTGAACC TATCTCATAC CTACATGACC AACTGTCAGA GCTTTTAAAA 
GAGTTCCCTT ATGGCATTGA AACTTTTAAC AGACATGAAG TGTCTTTGGA CCAACAAAAG 
ACACATAAAA TCTTAGAAAA TCAAACTGGT GGTAAAACTA GTAATATGTC TGGGGATAGC 
ACAGACCAAA TAAAAATTAC AGTATTAAAC TCTGAACAAA TCAAAGAACT ATTTCCTGAA 
GATGGTCAGC CCTGTGACAA GTTGGCAGAA CCTGAGAATA AAGAAATTGT TGAGGAAGTA 
AAGAGCCCAT CTGACTCACA GGTCCCTAGA GAAGAAAGTC ATGACCTTGG AATGTTGGAC 
CCAGAGAAAG ACAAAATCCA TTGCTGTGCC TTGGGTTGGC TCTCAATGGT TTATGAAGGC 
GTGCCACAGT GTCATTGCAG TTCCACAGAA AAGAAGGGGA AAGACCAGTG TTTGGACATC 
AACAGCAGCA AACAAGGAGA GCAGCCCTGC AATAGTGGAA TCACTATTTT TGAAATTAAC 
CCTGTTTCTG ATAACTCAAA AACTCCTTTG ACACAAGCAA CTGAGGAAGG CCATTTTTCT 
GCAGTGCATG GTGAAAAGAC CAAAGCATCT AAAACAAAAG ACAGCAGGGA GGGACAGGAA 
TTAGCCTGTC ATTTTTCAGC TAAATGTTAC AAAAAAGATA AAAAAGGTAA TTTTAAAATA 
AGGCATGATA GCTCACTGAA AATGGAGCAA AAACTAAAAA ATATTTCATC TAAACATGAC 
ATACCAAACC CCTCAAAAAG CAATAAGATA GCAGCCCCTG AAATACTTCA CGTAACAACT 
TCTAACTCTG CTAAAAATAT GCCATTTTCT AAACAAGCCT CTCAGGAAAG CCTACAGAGA 
AAACACACAT CCCAAGACTT GGGTCCAGTA AAAGCACCTA TAGAACTTTC GTCAAACACA 
GATCCGTGCA GGAGTAATAC CTCTTCAGTA CAGTCAGTAT CACCAGAAAA GAAAAAACTA 
AAATTCAAAG CAGGTGGCTC CAGGTTGAAA TATTTTGAAA AAAGAAAGAC GGACCACGTG 
ATTATTCCAG ATGTAGAAGT AAAAAAGAAG AAATATGAAA AGCAAGAACA GAACAAAAAT 
GCTGGAGACA CACTCAAATT GTGCAGTATT CTTACAGAGT CAAATGAAAG AGCCAGTGTT 
CAAGAAAAGA CTGTCCCAAG TCCTGAGTCC TCAGACCCAA AGGGTAGCTC CTCTAAGAGT 
ACTAGAGTTA TAACAGTGCA GGAATATTTA CAACGGCAGA AAGACAAACA TGTAACTGGG 
AATAATGCTT CCAGAAACCT CTGTGTAGAA AGTGTGTTAT GTGACTCAGG GCACACGAAG 
ATCAGTAAGC ATTCTGCAGC AGTAAGCTGG AGAAAGTTAG TTGAGGGGCA GAGTATCAGT 
GCAGAGACCG CAAAAGAACT GGAACATAAT TCTAGCAGCA ATGGTAAAGA CTTCAAGATC 
CAGCACTCTG AGGCGTCTAG AACACACAGT GTGTCAGATA ATAATAAAGG AAAGTTTGAT 
GGGAAGCAGC CTGACAAAAT GTTTAATAAG ACCAGAAAGA GTAATGAGTC CAACCAGATG 
CCTCTCCAGC TAAAAGAACA AAGGAAACAG TACCTGAATC GAGTTGCATT TAAATGCACA 
GAACGGGAAA GCATATGTCT CACCAAATTG GATAGTGCAT CCAAGAAGCT TAGTACAGAG 
AAAAAGAGTG GGGAATATAC ACCCAAGACA AAAGACATAG ACAAACCTAG TATGCTGGAG 
TTTAAATTAT GTCCAGATGT GCTATTGAAG AATACAAGCA CTGTTGACAA GCAGGATGAT 
CCTGGTCCTG AGAAAGAGCA AGCACCTGTG CAAGTTTCAG GAATAAAAAG TACAAAAGAA 
GACTGGTTAA AATGCATCCC TACAAGGACA AAGATGCCTG AATCAAGTCA AAGAGATAGT 
GCTGACTCAA GACTTTCTAA GAGAAGCCTC AGTGCGGATG AATTTGAAAT ACTACAAAAC 
CCAGTAAAAG AATCAAATAT CATGTTCCGG ACCTACAAAA AGATGTATCT TGAGAAGAGA 
AGCAGAAGCC TCGGGAGTAG TCCAGTTAAA TAG

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

RefSeq	XP_021021111.1
CDS	572..5104
Translation	MNWNTKQENVAKPPPYSKTQSSILQHFLMTSTTSQSSFNYSPHNQEASQSSFNYSPHNQEACMYSGNSNSVSQPLLSGRNYITPQTQISVSNMPSRTIVASQSSMERVVSTNGKGPQQPNHNLQTVSSGVMQNVWLPSHTEATISHNPNGGTNMPYVHPPQNQLVTSDTYSVQLQMTPLHSGKVPMTHQGSQGLNHFIPDQLVDWTQYTSNELTYPEYRPPPKQYSYILPATTSLQVKNNQLPTYTQSLQSKHSVPLSSHQYAAEASKRLSALPYSCRYGNQHVQNAQPGSKHLPMEVPQSSEVHSSEKKKDTYRGFKQQWQNPNEKVSIGQFSEVKINTKQPYSESVRPSGDGVQALVQNNQEKRKYTYNPNTNQVIDTNATKEKLARDIKTLVEIKKKFSELARKIKINKSLLMAAGCSKTANTSYTEPIQHSEFSAKEMSAKNGNDCSMELLATCLSLWKNQPSKTTEENVPKPLEEKQCNTSRISTTVVGSSNPTNEVHVESFCSGAGNSQKMSSSQTVLPVLTPSCESSCVAVGKGTELQIAVVSPLVLLDTNTLPGKESVPEVLPETLYPVVKEGSVCSLQTQQTEAVALPFDVIGAVAGNNISAEIPLPVHKEKQHKPIQGDSDIADSNLGKHSPLGTEVLPKPMDSTIVSGPMLQIESICSLAEGDVSYNSQIAKIFNSVQTEPQKPSPNQVINSQQEQVYDTTENKDFSLQKDKCVQCTDVPHEVLEQPEPLQPEEPASSEYVEANREAIEESSREYTGRKESTAAIQQDPHPRETDMFNKSDHGLPAINEINDESEPISYLHDQLSELLKEFPYGIETFNRHEVSLDQQKTHKILENQTGGKTSNMSGDSTDQIKITVLNSEQIKELFPEDGQPCDKLAEPENKEIVEEVKSPSDSQVPREESHDLGMLDPEKDKIHCCALGWLSMVYEGVPQCHCSSTEKKGKDQCLDINSSKQGEQPCNSGITIFEINPVSDNSKTPLTQATEEGHFSAVHGEKTKASKTKDSREGQELACHFSAKCYKKDKKGNFKIRHDSSLKMEQKLKNISSKHDIPNPSKSNKIAAPEILHVTTSNSAKNMPFSKQASQESLQRKHTSQDLGPVKAPIELSSNTDPCRSNTSSVQSVSPEKKKLKFKAGGSRLKYFEKRKTDHVIIPDVEVKKKKYEKQEQNKNAGDTLKLCSILTESNERASVQEKTVPSPESSDPKGSSSKSTRVITVQEYLQRQKDKHVTGNNASRNLCVESVLCDSGHTKISKHSAAVSWRKLVEGQSISAETAKELEHNSSSNGKDFKIQHSEASRTHSVSDNNKGKFDGKQPDKMFNKTRKSNESNQMPLQLKEQRKQYLNRVAFKCTERESICLTKLDSASKKLSTEKKSGEYTPKTKDIDKPSMLEFKLCPDVLLKNTSTVDKQDDPGPEKEQAPVQVSGIKSTKEDWLKCIPTRTKMPESSQRDSADSRLSKRSLSADEFEILQNPVKESNIMFRTYKKMYLEKRSRSLGSSPVK

Target ORF information:

RefSeq Version	XM_021165452.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli KIAA1551 ortholog (Kiaa1551), transcript variant X1, mRNA.

Target ORF information:

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

XM_021165452.1

ORF Insert Sequence:

ATGAATTGGA ATACAAAACA AGAGAATGTT GCCAAACCCC CACCATATTC TAAAACCCAG 
TCATCTATCT TGCAGCATTT TTTAATGACT TCTACAACAT CTCAAAGTTC TTTCAACTAT 
TCTCCCCATA ACCAAGAAGC ATCTCAAAGT TCTTTCAACT ATTCTCCCCA TAACCAAGAA 
GCATGCATGT ATTCTGGGAA TTCAAATTCA GTTTCACAGC CACTTCTGAG TGGCAGAAAT 
TATATAACTC CTCAGACTCA GATCTCTGTT TCTAATATGC CTAGCAGAAC AATTGTGGCC 
TCGCAGTCTT CAATGGAAAG AGTTGTATCT ACAAATGGTA AAGGACCACA ACAACCAAAC 
CACAATTTGC AAACAGTGTC TTCAGGAGTG ATGCAGAATG TCTGGTTGCC TTCCCATACA 
GAAGCAACCA TATCTCATAA TCCCAACGGG GGGACTAATA TGCCTTACGT GCATCCACCA 
CAGAATCAGC TTGTCACATC AGATACCTAT TCTGTGCAAC TACAAATGAC TCCTTTACAT 
TCTGGAAAAG TACCTATGAC ACATCAAGGA AGTCAGGGAC TTAATCACTT TATACCAGAT 
CAGCTCGTTG ACTGGACACA GTATACATCC AACGAACTTA CTTATCCTGA ATACAGGCCA 
CCTCCAAAGC AATACTCCTA CATACTGCCA GCTACTACAT CATTACAAGT TAAAAATAAT 
CAGCTCCCAA CTTATACACA GAGCTTACAG TCAAAGCATT CTGTACCTTT GTCATCACAT 
CAGTATGCTG CAGAAGCCAG CAAAAGACTC TCTGCCCTTC CTTACAGCTG TAGATATGGA 
AACCAACATG TGCAGAATGC TCAGCCTGGT TCTAAACACT TGCCTATGGA AGTTCCTCAG 
AGTTCAGAAG TGCACTCATC TGAAAAAAAG AAAGATACTT ATAGAGGCTT TAAGCAGCAG 
TGGCAGAACC CTAATGAGAA AGTCAGCATT GGACAATTCT CTGAGGTGAA AATAAATACC 
AAGCAGCCTT ACAGTGAATC TGTTAGACCT TCTGGGGATG GTGTTCAGGC ACTTGTTCAA 
AATAATCAAG AAAAAAGAAA ATATACCTAC AATCCAAATA CAAATCAAGT AATAGATACA 
AATGCCACAA AAGAAAAGCT GGCGAGGGAT ATTAAAACTC TAGTAGAAAT CAAAAAGAAG 
TTTTCAGAAC TTGCAAGAAA AATTAAAATT AATAAAAGTC TTTTGATGGC AGCTGGTTGT 
AGTAAAACAG CTAATACTTC TTATACTGAA CCAATTCAGC ATTCTGAATT TTCAGCAAAA 
GAAATGTCTG CTAAAAATGG CAATGACTGT TCCATGGAAT TGCTAGCAAC ATGTCTTTCT 
CTTTGGAAAA ACCAACCTTC AAAAACCACA GAAGAAAATG TTCCAAAACC TTTAGAAGAA 
AAACAGTGTA ACACATCAAG AATCAGTACA ACAGTAGTGG GCAGTTCCAA TCCCACAAAT 
GAAGTTCATG TTGAGAGTTT TTGTTCCGGT GCTGGAAATT CTCAGAAAAT GAGCTCATCA 
CAAACAGTAT TGCCAGTTCT CACACCGAGC TGTGAGTCTT CCTGTGTAGC TGTTGGAAAA 
GGAACAGAGC TTCAGATTGC TGTGGTGTCG CCTTTAGTTC TTTTAGATAC TAATACCTTA 
CCTGGAAAAG AGTCAGTGCC TGAAGTTTTA CCTGAAACAC TGTATCCAGT TGTTAAGGAA 
GGTAGTGTTT GTAGCTTACA AACCCAACAG ACAGAAGCTG TTGCTTTACC TTTTGATGTT 
ATAGGAGCTG TAGCAGGTAA TAACATATCA GCAGAGATTC CTCTGCCTGT TCATAAGGAA 
AAGCAGCACA AACCAATACA GGGTGATTCA GACATAGCTG ATAGCAACTT AGGAAAACAC 
TCTCCCCTGG GCACTGAAGT TCTGCCTAAG CCTATGGACA GCACCATTGT GAGTGGACCT 
ATGTTACAAA TTGAAAGTAT CTGTTCTCTT GCAGAAGGGG ATGTATCTTA CAATTCCCAG 
ATAGCTAAGA TATTCAACTC TGTACAAACT GAGCCCCAGA AACCTTCACC TAATCAGGTA 
ATTAATAGTC AACAAGAACA AGTATATGAT ACCACTGAAA ATAAAGACTT TAGCTTACAG 
AAAGATAAGT GTGTACAGTG CACAGATGTT CCTCATGAGG TCCTTGAGCA GCCAGAGCCT 
CTGCAGCCTG AAGAGCCAGC ATCTAGTGAG TATGTGGAAG CAAACAGAGA AGCCATAGAG 
GAAAGCAGTA GGGAGTACAC TGGTAGAAAA GAAAGTACAG CTGCTATTCA GCAGGATCCT 
CACCCTCGGG AAACTGATAT GTTCAATAAG TCAGACCATG GTCTTCCTGC AATAAATGAG 
ATTAATGATG AAAGTGAACC TATCTCATAC CTACATGACC AACTGTCAGA GCTTTTAAAA 
GAGTTCCCTT ATGGCATTGA AACTTTTAAC AGACATGAAG TGTCTTTGGA CCAACAAAAG 
ACACATAAAA TCTTAGAAAA TCAAACTGGT GGTAAAACTA GTAATATGTC TGGGGATAGC 
ACAGACCAAA TAAAAATTAC AGTATTAAAC TCTGAACAAA TCAAAGAACT ATTTCCTGAA 
GATGGTCAGC CCTGTGACAA GTTGGCAGAA CCTGAGAATA AAGAAATTGT TGAGGAAGTA 
AAGAGCCCAT CTGACTCACA GGTCCCTAGA GAAGAAAGTC ATGACCTTGG AATGTTGGAC 
CCAGAGAAAG ACAAAATCCA TTGCTGTGCC TTGGGTTGGC TCTCAATGGT TTATGAAGGC 
GTGCCACAGT GTCATTGCAG TTCCACAGAA AAGAAGGGGA AAGACCAGTG TTTGGACATC 
AACAGCAGCA AACAAGGAGA GCAGCCCTGC AATAGTGGAA TCACTATTTT TGAAATTAAC 
CCTGTTTCTG ATAACTCAAA AACTCCTTTG ACACAAGCAA CTGAGGAAGG CCATTTTTCT 
GCAGTGCATG GTGAAAAGAC CAAAGCATCT AAAACAAAAG ACAGCAGGGA GGGACAGGAA 
TTAGCCTGTC ATTTTTCAGC TAAATGTTAC AAAAAAGATA AAAAAGGTAA TTTTAAAATA 
AGGCATGATA GCTCACTGAA AATGGAGCAA AAACTAAAAA ATATTTCATC TAAACATGAC 
ATACCAAACC CCTCAAAAAG CAATAAGATA GCAGCCCCTG AAATACTTCA CGTAACAACT 
TCTAACTCTG CTAAAAATAT GCCATTTTCT AAACAAGCCT CTCAGGAAAG CCTACAGAGA 
AAACACACAT CCCAAGACTT GGGTCCAGTA AAAGCACCTA TAGAACTTTC GTCAAACACA 
GATCCGTGCA GGAGTAATAC CTCTTCAGTA CAGTCAGTAT CACCAGAAAA GAAAAAACTA 
AAATTCAAAG CAGGTGGCTC CAGGTTGAAA TATTTTGAAA AAAGAAAGAC GGACCACGTG 
ATTATTCCAG ATGTAGAAGT AAAAAAGAAG AAATATGAAA AGCAAGAACA GAACAAAAAT 
GCTGGAGACA CACTCAAATT GTGCAGTATT CTTACAGAGT CAAATGAAAG AGCCAGTGTT 
CAAGAAAAGA CTGTCCCAAG TCCTGAGTCC TCAGACCCAA AGGGTAGCTC CTCTAAGAGT 
ACTAGAGTTA TAACAGTGCA GGAATATTTA CAACGGCAGA AAGACAAACA TGTAACTGGG 
AATAATGCTT CCAGAAACCT CTGTGTAGAA AGTGTGTTAT GTGACTCAGG GCACACGAAG 
ATCAGTAAGC ATTCTGCAGC AGTAAGCTGG AGAAAGTTAG TTGAGGGGCA GAGTATCAGT 
GCAGAGACCG CAAAAGAACT GGAACATAAT TCTAGCAGCA ATGGTAAAGA CTTCAAGATC 
CAGCACTCTG AGGCGTCTAG AACACACAGT GTGTCAGATA ATAATAAAGG AAAGTTTGAT 
GGGAAGCAGC CTGACAAAAT GTTTAATAAG ACCAGAAAGA GTAATGAGTC CAACCAGATG 
CCTCTCCAGC TAAAAGAACA AAGGAAACAG TACCTGAATC GAGTTGCATT TAAATGCACA 
GAACGGGAAA GCATATGTCT CACCAAATTG GATAGTGCAT CCAAGAAGCT TAGTACAGAG 
AAAAAGAGTG GGGAATATAC ACCCAAGACA AAAGACATAG ACAAACCTAG TATGCTGGAG 
TTTAAATTAT GTCCAGATGT GCTATTGAAG AATACAAGCA CTGTTGACAA GCAGGATGAT 
CCTGGTCCTG AGAAAGAGCA AGCACCTGTG CAAGTTTCAG GAATAAAAAG TACAAAAGAA 
GACTGGTTAA AATGCATCCC TACAAGGACA AAGATGCCTG AATCAAGTCA AAGAGATAGT 
GCTGACTCAA GACTTTCTAA GAGAAGCCTC AGTGCGGATG AATTTGAAAT ACTACAAAAC 
CCAGTAAAAG AATCAAATAT CATGTTCCGG ACCTACAAAA AGATGTATCT TGAGAAGAGA 
AGCAGAAGCC TCGGGAGTAG TCCAGTTAAA TAG

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

Kiaa1551 ( XM_021165453.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021021112.1 Mus caroli KIAA1551 ortholog (Kiaa1551), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OMv03416
Clone ID Related Accession (Same CDS sequence)	XM_029478576.1 , XM_029478575.1 , XM_021165452.2 , XM_021165453.2 , XM_021165452.1 , XM_021165453.1
Accession Version	XM_021165453.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4533bp) 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	uncharacterized protein KIAA1551 homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034575.1) 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##

ATGAATTGGA ATACAAAACA AGAGAATGTT GCCAAACCCC CACCATATTC TAAAACCCAG 
TCATCTATCT TGCAGCATTT TTTAATGACT TCTACAACAT CTCAAAGTTC TTTCAACTAT 
TCTCCCCATA ACCAAGAAGC ATCTCAAAGT TCTTTCAACT ATTCTCCCCA TAACCAAGAA 
GCATGCATGT ATTCTGGGAA TTCAAATTCA GTTTCACAGC CACTTCTGAG TGGCAGAAAT 
TATATAACTC CTCAGACTCA GATCTCTGTT TCTAATATGC CTAGCAGAAC AATTGTGGCC 
TCGCAGTCTT CAATGGAAAG AGTTGTATCT ACAAATGGTA AAGGACCACA ACAACCAAAC 
CACAATTTGC AAACAGTGTC TTCAGGAGTG ATGCAGAATG TCTGGTTGCC TTCCCATACA 
GAAGCAACCA TATCTCATAA TCCCAACGGG GGGACTAATA TGCCTTACGT GCATCCACCA 
CAGAATCAGC TTGTCACATC AGATACCTAT TCTGTGCAAC TACAAATGAC TCCTTTACAT 
TCTGGAAAAG TACCTATGAC ACATCAAGGA AGTCAGGGAC TTAATCACTT TATACCAGAT 
CAGCTCGTTG ACTGGACACA GTATACATCC AACGAACTTA CTTATCCTGA ATACAGGCCA 
CCTCCAAAGC AATACTCCTA CATACTGCCA GCTACTACAT CATTACAAGT TAAAAATAAT 
CAGCTCCCAA CTTATACACA GAGCTTACAG TCAAAGCATT CTGTACCTTT GTCATCACAT 
CAGTATGCTG CAGAAGCCAG CAAAAGACTC TCTGCCCTTC CTTACAGCTG TAGATATGGA 
AACCAACATG TGCAGAATGC TCAGCCTGGT TCTAAACACT TGCCTATGGA AGTTCCTCAG 
AGTTCAGAAG TGCACTCATC TGAAAAAAAG AAAGATACTT ATAGAGGCTT TAAGCAGCAG 
TGGCAGAACC CTAATGAGAA AGTCAGCATT GGACAATTCT CTGAGGTGAA AATAAATACC 
AAGCAGCCTT ACAGTGAATC TGTTAGACCT TCTGGGGATG GTGTTCAGGC ACTTGTTCAA 
AATAATCAAG AAAAAAGAAA ATATACCTAC AATCCAAATA CAAATCAAGT AATAGATACA 
AATGCCACAA AAGAAAAGCT GGCGAGGGAT ATTAAAACTC TAGTAGAAAT CAAAAAGAAG 
TTTTCAGAAC TTGCAAGAAA AATTAAAATT AATAAAAGTC TTTTGATGGC AGCTGGTTGT 
AGTAAAACAG CTAATACTTC TTATACTGAA CCAATTCAGC ATTCTGAATT TTCAGCAAAA 
GAAATGTCTG CTAAAAATGG CAATGACTGT TCCATGGAAT TGCTAGCAAC ATGTCTTTCT 
CTTTGGAAAA ACCAACCTTC AAAAACCACA GAAGAAAATG TTCCAAAACC TTTAGAAGAA 
AAACAGTGTA ACACATCAAG AATCAGTACA ACAGTAGTGG GCAGTTCCAA TCCCACAAAT 
GAAGTTCATG TTGAGAGTTT TTGTTCCGGT GCTGGAAATT CTCAGAAAAT GAGCTCATCA 
CAAACAGTAT TGCCAGTTCT CACACCGAGC TGTGAGTCTT CCTGTGTAGC TGTTGGAAAA 
GGAACAGAGC TTCAGATTGC TGTGGTGTCG CCTTTAGTTC TTTTAGATAC TAATACCTTA 
CCTGGAAAAG AGTCAGTGCC TGAAGTTTTA CCTGAAACAC TGTATCCAGT TGTTAAGGAA 
GGTAGTGTTT GTAGCTTACA AACCCAACAG ACAGAAGCTG TTGCTTTACC TTTTGATGTT 
ATAGGAGCTG TAGCAGGTAA TAACATATCA GCAGAGATTC CTCTGCCTGT TCATAAGGAA 
AAGCAGCACA AACCAATACA GGGTGATTCA GACATAGCTG ATAGCAACTT AGGAAAACAC 
TCTCCCCTGG GCACTGAAGT TCTGCCTAAG CCTATGGACA GCACCATTGT GAGTGGACCT 
ATGTTACAAA TTGAAAGTAT CTGTTCTCTT GCAGAAGGGG ATGTATCTTA CAATTCCCAG 
ATAGCTAAGA TATTCAACTC TGTACAAACT GAGCCCCAGA AACCTTCACC TAATCAGGTA 
ATTAATAGTC AACAAGAACA AGTATATGAT ACCACTGAAA ATAAAGACTT TAGCTTACAG 
AAAGATAAGT GTGTACAGTG CACAGATGTT CCTCATGAGG TCCTTGAGCA GCCAGAGCCT 
CTGCAGCCTG AAGAGCCAGC ATCTAGTGAG TATGTGGAAG CAAACAGAGA AGCCATAGAG 
GAAAGCAGTA GGGAGTACAC TGGTAGAAAA GAAAGTACAG CTGCTATTCA GCAGGATCCT 
CACCCTCGGG AAACTGATAT GTTCAATAAG TCAGACCATG GTCTTCCTGC AATAAATGAG 
ATTAATGATG AAAGTGAACC TATCTCATAC CTACATGACC AACTGTCAGA GCTTTTAAAA 
GAGTTCCCTT ATGGCATTGA AACTTTTAAC AGACATGAAG TGTCTTTGGA CCAACAAAAG 
ACACATAAAA TCTTAGAAAA TCAAACTGGT GGTAAAACTA GTAATATGTC TGGGGATAGC 
ACAGACCAAA TAAAAATTAC AGTATTAAAC TCTGAACAAA TCAAAGAACT ATTTCCTGAA 
GATGGTCAGC CCTGTGACAA GTTGGCAGAA CCTGAGAATA AAGAAATTGT TGAGGAAGTA 
AAGAGCCCAT CTGACTCACA GGTCCCTAGA GAAGAAAGTC ATGACCTTGG AATGTTGGAC 
CCAGAGAAAG ACAAAATCCA TTGCTGTGCC TTGGGTTGGC TCTCAATGGT TTATGAAGGC 
GTGCCACAGT GTCATTGCAG TTCCACAGAA AAGAAGGGGA AAGACCAGTG TTTGGACATC 
AACAGCAGCA AACAAGGAGA GCAGCCCTGC AATAGTGGAA TCACTATTTT TGAAATTAAC 
CCTGTTTCTG ATAACTCAAA AACTCCTTTG ACACAAGCAA CTGAGGAAGG CCATTTTTCT 
GCAGTGCATG GTGAAAAGAC CAAAGCATCT AAAACAAAAG ACAGCAGGGA GGGACAGGAA 
TTAGCCTGTC ATTTTTCAGC TAAATGTTAC AAAAAAGATA AAAAAGGTAA TTTTAAAATA 
AGGCATGATA GCTCACTGAA AATGGAGCAA AAACTAAAAA ATATTTCATC TAAACATGAC 
ATACCAAACC CCTCAAAAAG CAATAAGATA GCAGCCCCTG AAATACTTCA CGTAACAACT 
TCTAACTCTG CTAAAAATAT GCCATTTTCT AAACAAGCCT CTCAGGAAAG CCTACAGAGA 
AAACACACAT CCCAAGACTT GGGTCCAGTA AAAGCACCTA TAGAACTTTC GTCAAACACA 
GATCCGTGCA GGAGTAATAC CTCTTCAGTA CAGTCAGTAT CACCAGAAAA GAAAAAACTA 
AAATTCAAAG CAGGTGGCTC CAGGTTGAAA TATTTTGAAA AAAGAAAGAC GGACCACGTG 
ATTATTCCAG ATGTAGAAGT AAAAAAGAAG AAATATGAAA AGCAAGAACA GAACAAAAAT 
GCTGGAGACA CACTCAAATT GTGCAGTATT CTTACAGAGT CAAATGAAAG AGCCAGTGTT 
CAAGAAAAGA CTGTCCCAAG TCCTGAGTCC TCAGACCCAA AGGGTAGCTC CTCTAAGAGT 
ACTAGAGTTA TAACAGTGCA GGAATATTTA CAACGGCAGA AAGACAAACA TGTAACTGGG 
AATAATGCTT CCAGAAACCT CTGTGTAGAA AGTGTGTTAT GTGACTCAGG GCACACGAAG 
ATCAGTAAGC ATTCTGCAGC AGTAAGCTGG AGAAAGTTAG TTGAGGGGCA GAGTATCAGT 
GCAGAGACCG CAAAAGAACT GGAACATAAT TCTAGCAGCA ATGGTAAAGA CTTCAAGATC 
CAGCACTCTG AGGCGTCTAG AACACACAGT GTGTCAGATA ATAATAAAGG AAAGTTTGAT 
GGGAAGCAGC CTGACAAAAT GTTTAATAAG ACCAGAAAGA GTAATGAGTC CAACCAGATG 
CCTCTCCAGC TAAAAGAACA AAGGAAACAG TACCTGAATC GAGTTGCATT TAAATGCACA 
GAACGGGAAA GCATATGTCT CACCAAATTG GATAGTGCAT CCAAGAAGCT TAGTACAGAG 
AAAAAGAGTG GGGAATATAC ACCCAAGACA AAAGACATAG ACAAACCTAG TATGCTGGAG 
TTTAAATTAT GTCCAGATGT GCTATTGAAG AATACAAGCA CTGTTGACAA GCAGGATGAT 
CCTGGTCCTG AGAAAGAGCA AGCACCTGTG CAAGTTTCAG GAATAAAAAG TACAAAAGAA 
GACTGGTTAA AATGCATCCC TACAAGGACA AAGATGCCTG AATCAAGTCA AAGAGATAGT 
GCTGACTCAA GACTTTCTAA GAGAAGCCTC AGTGCGGATG AATTTGAAAT ACTACAAAAC 
CCAGTAAAAG AATCAAATAT CATGTTCCGG ACCTACAAAA AGATGTATCT TGAGAAGAGA 
AGCAGAAGCC TCGGGAGTAG TCCAGTTAAA TAG

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

RefSeq	XP_021021112.1
CDS	554..5086
Translation	MNWNTKQENVAKPPPYSKTQSSILQHFLMTSTTSQSSFNYSPHNQEASQSSFNYSPHNQEACMYSGNSNSVSQPLLSGRNYITPQTQISVSNMPSRTIVASQSSMERVVSTNGKGPQQPNHNLQTVSSGVMQNVWLPSHTEATISHNPNGGTNMPYVHPPQNQLVTSDTYSVQLQMTPLHSGKVPMTHQGSQGLNHFIPDQLVDWTQYTSNELTYPEYRPPPKQYSYILPATTSLQVKNNQLPTYTQSLQSKHSVPLSSHQYAAEASKRLSALPYSCRYGNQHVQNAQPGSKHLPMEVPQSSEVHSSEKKKDTYRGFKQQWQNPNEKVSIGQFSEVKINTKQPYSESVRPSGDGVQALVQNNQEKRKYTYNPNTNQVIDTNATKEKLARDIKTLVEIKKKFSELARKIKINKSLLMAAGCSKTANTSYTEPIQHSEFSAKEMSAKNGNDCSMELLATCLSLWKNQPSKTTEENVPKPLEEKQCNTSRISTTVVGSSNPTNEVHVESFCSGAGNSQKMSSSQTVLPVLTPSCESSCVAVGKGTELQIAVVSPLVLLDTNTLPGKESVPEVLPETLYPVVKEGSVCSLQTQQTEAVALPFDVIGAVAGNNISAEIPLPVHKEKQHKPIQGDSDIADSNLGKHSPLGTEVLPKPMDSTIVSGPMLQIESICSLAEGDVSYNSQIAKIFNSVQTEPQKPSPNQVINSQQEQVYDTTENKDFSLQKDKCVQCTDVPHEVLEQPEPLQPEEPASSEYVEANREAIEESSREYTGRKESTAAIQQDPHPRETDMFNKSDHGLPAINEINDESEPISYLHDQLSELLKEFPYGIETFNRHEVSLDQQKTHKILENQTGGKTSNMSGDSTDQIKITVLNSEQIKELFPEDGQPCDKLAEPENKEIVEEVKSPSDSQVPREESHDLGMLDPEKDKIHCCALGWLSMVYEGVPQCHCSSTEKKGKDQCLDINSSKQGEQPCNSGITIFEINPVSDNSKTPLTQATEEGHFSAVHGEKTKASKTKDSREGQELACHFSAKCYKKDKKGNFKIRHDSSLKMEQKLKNISSKHDIPNPSKSNKIAAPEILHVTTSNSAKNMPFSKQASQESLQRKHTSQDLGPVKAPIELSSNTDPCRSNTSSVQSVSPEKKKLKFKAGGSRLKYFEKRKTDHVIIPDVEVKKKKYEKQEQNKNAGDTLKLCSILTESNERASVQEKTVPSPESSDPKGSSSKSTRVITVQEYLQRQKDKHVTGNNASRNLCVESVLCDSGHTKISKHSAAVSWRKLVEGQSISAETAKELEHNSSSNGKDFKIQHSEASRTHSVSDNNKGKFDGKQPDKMFNKTRKSNESNQMPLQLKEQRKQYLNRVAFKCTERESICLTKLDSASKKLSTEKKSGEYTPKTKDIDKPSMLEFKLCPDVLLKNTSTVDKQDDPGPEKEQAPVQVSGIKSTKEDWLKCIPTRTKMPESSQRDSADSRLSKRSLSADEFEILQNPVKESNIMFRTYKKMYLEKRSRSLGSSPVK

Target ORF information:

RefSeq Version	XM_021165453.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli KIAA1551 ortholog (Kiaa1551), transcript variant X2, mRNA.

Target ORF information:

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

XM_021165453.1

ORF Insert Sequence:

ATGAATTGGA ATACAAAACA AGAGAATGTT GCCAAACCCC CACCATATTC TAAAACCCAG 
TCATCTATCT TGCAGCATTT TTTAATGACT TCTACAACAT CTCAAAGTTC TTTCAACTAT 
TCTCCCCATA ACCAAGAAGC ATCTCAAAGT TCTTTCAACT ATTCTCCCCA TAACCAAGAA 
GCATGCATGT ATTCTGGGAA TTCAAATTCA GTTTCACAGC CACTTCTGAG TGGCAGAAAT 
TATATAACTC CTCAGACTCA GATCTCTGTT TCTAATATGC CTAGCAGAAC AATTGTGGCC 
TCGCAGTCTT CAATGGAAAG AGTTGTATCT ACAAATGGTA AAGGACCACA ACAACCAAAC 
CACAATTTGC AAACAGTGTC TTCAGGAGTG ATGCAGAATG TCTGGTTGCC TTCCCATACA 
GAAGCAACCA TATCTCATAA TCCCAACGGG GGGACTAATA TGCCTTACGT GCATCCACCA 
CAGAATCAGC TTGTCACATC AGATACCTAT TCTGTGCAAC TACAAATGAC TCCTTTACAT 
TCTGGAAAAG TACCTATGAC ACATCAAGGA AGTCAGGGAC TTAATCACTT TATACCAGAT 
CAGCTCGTTG ACTGGACACA GTATACATCC AACGAACTTA CTTATCCTGA ATACAGGCCA 
CCTCCAAAGC AATACTCCTA CATACTGCCA GCTACTACAT CATTACAAGT TAAAAATAAT 
CAGCTCCCAA CTTATACACA GAGCTTACAG TCAAAGCATT CTGTACCTTT GTCATCACAT 
CAGTATGCTG CAGAAGCCAG CAAAAGACTC TCTGCCCTTC CTTACAGCTG TAGATATGGA 
AACCAACATG TGCAGAATGC TCAGCCTGGT TCTAAACACT TGCCTATGGA AGTTCCTCAG 
AGTTCAGAAG TGCACTCATC TGAAAAAAAG AAAGATACTT ATAGAGGCTT TAAGCAGCAG 
TGGCAGAACC CTAATGAGAA AGTCAGCATT GGACAATTCT CTGAGGTGAA AATAAATACC 
AAGCAGCCTT ACAGTGAATC TGTTAGACCT TCTGGGGATG GTGTTCAGGC ACTTGTTCAA 
AATAATCAAG AAAAAAGAAA ATATACCTAC AATCCAAATA CAAATCAAGT AATAGATACA 
AATGCCACAA AAGAAAAGCT GGCGAGGGAT ATTAAAACTC TAGTAGAAAT CAAAAAGAAG 
TTTTCAGAAC TTGCAAGAAA AATTAAAATT AATAAAAGTC TTTTGATGGC AGCTGGTTGT 
AGTAAAACAG CTAATACTTC TTATACTGAA CCAATTCAGC ATTCTGAATT TTCAGCAAAA 
GAAATGTCTG CTAAAAATGG CAATGACTGT TCCATGGAAT TGCTAGCAAC ATGTCTTTCT 
CTTTGGAAAA ACCAACCTTC AAAAACCACA GAAGAAAATG TTCCAAAACC TTTAGAAGAA 
AAACAGTGTA ACACATCAAG AATCAGTACA ACAGTAGTGG GCAGTTCCAA TCCCACAAAT 
GAAGTTCATG TTGAGAGTTT TTGTTCCGGT GCTGGAAATT CTCAGAAAAT GAGCTCATCA 
CAAACAGTAT TGCCAGTTCT CACACCGAGC TGTGAGTCTT CCTGTGTAGC TGTTGGAAAA 
GGAACAGAGC TTCAGATTGC TGTGGTGTCG CCTTTAGTTC TTTTAGATAC TAATACCTTA 
CCTGGAAAAG AGTCAGTGCC TGAAGTTTTA CCTGAAACAC TGTATCCAGT TGTTAAGGAA 
GGTAGTGTTT GTAGCTTACA AACCCAACAG ACAGAAGCTG TTGCTTTACC TTTTGATGTT 
ATAGGAGCTG TAGCAGGTAA TAACATATCA GCAGAGATTC CTCTGCCTGT TCATAAGGAA 
AAGCAGCACA AACCAATACA GGGTGATTCA GACATAGCTG ATAGCAACTT AGGAAAACAC 
TCTCCCCTGG GCACTGAAGT TCTGCCTAAG CCTATGGACA GCACCATTGT GAGTGGACCT 
ATGTTACAAA TTGAAAGTAT CTGTTCTCTT GCAGAAGGGG ATGTATCTTA CAATTCCCAG 
ATAGCTAAGA TATTCAACTC TGTACAAACT GAGCCCCAGA AACCTTCACC TAATCAGGTA 
ATTAATAGTC AACAAGAACA AGTATATGAT ACCACTGAAA ATAAAGACTT TAGCTTACAG 
AAAGATAAGT GTGTACAGTG CACAGATGTT CCTCATGAGG TCCTTGAGCA GCCAGAGCCT 
CTGCAGCCTG AAGAGCCAGC ATCTAGTGAG TATGTGGAAG CAAACAGAGA AGCCATAGAG 
GAAAGCAGTA GGGAGTACAC TGGTAGAAAA GAAAGTACAG CTGCTATTCA GCAGGATCCT 
CACCCTCGGG AAACTGATAT GTTCAATAAG TCAGACCATG GTCTTCCTGC AATAAATGAG 
ATTAATGATG AAAGTGAACC TATCTCATAC CTACATGACC AACTGTCAGA GCTTTTAAAA 
GAGTTCCCTT ATGGCATTGA AACTTTTAAC AGACATGAAG TGTCTTTGGA CCAACAAAAG 
ACACATAAAA TCTTAGAAAA TCAAACTGGT GGTAAAACTA GTAATATGTC TGGGGATAGC 
ACAGACCAAA TAAAAATTAC AGTATTAAAC TCTGAACAAA TCAAAGAACT ATTTCCTGAA 
GATGGTCAGC CCTGTGACAA GTTGGCAGAA CCTGAGAATA AAGAAATTGT TGAGGAAGTA 
AAGAGCCCAT CTGACTCACA GGTCCCTAGA GAAGAAAGTC ATGACCTTGG AATGTTGGAC 
CCAGAGAAAG ACAAAATCCA TTGCTGTGCC TTGGGTTGGC TCTCAATGGT TTATGAAGGC 
GTGCCACAGT GTCATTGCAG TTCCACAGAA AAGAAGGGGA AAGACCAGTG TTTGGACATC 
AACAGCAGCA AACAAGGAGA GCAGCCCTGC AATAGTGGAA TCACTATTTT TGAAATTAAC 
CCTGTTTCTG ATAACTCAAA AACTCCTTTG ACACAAGCAA CTGAGGAAGG CCATTTTTCT 
GCAGTGCATG GTGAAAAGAC CAAAGCATCT AAAACAAAAG ACAGCAGGGA GGGACAGGAA 
TTAGCCTGTC ATTTTTCAGC TAAATGTTAC AAAAAAGATA AAAAAGGTAA TTTTAAAATA 
AGGCATGATA GCTCACTGAA AATGGAGCAA AAACTAAAAA ATATTTCATC TAAACATGAC 
ATACCAAACC CCTCAAAAAG CAATAAGATA GCAGCCCCTG AAATACTTCA CGTAACAACT 
TCTAACTCTG CTAAAAATAT GCCATTTTCT AAACAAGCCT CTCAGGAAAG CCTACAGAGA 
AAACACACAT CCCAAGACTT GGGTCCAGTA AAAGCACCTA TAGAACTTTC GTCAAACACA 
GATCCGTGCA GGAGTAATAC CTCTTCAGTA CAGTCAGTAT CACCAGAAAA GAAAAAACTA 
AAATTCAAAG CAGGTGGCTC CAGGTTGAAA TATTTTGAAA AAAGAAAGAC GGACCACGTG 
ATTATTCCAG ATGTAGAAGT AAAAAAGAAG AAATATGAAA AGCAAGAACA GAACAAAAAT 
GCTGGAGACA CACTCAAATT GTGCAGTATT CTTACAGAGT CAAATGAAAG AGCCAGTGTT 
CAAGAAAAGA CTGTCCCAAG TCCTGAGTCC TCAGACCCAA AGGGTAGCTC CTCTAAGAGT 
ACTAGAGTTA TAACAGTGCA GGAATATTTA CAACGGCAGA AAGACAAACA TGTAACTGGG 
AATAATGCTT CCAGAAACCT CTGTGTAGAA AGTGTGTTAT GTGACTCAGG GCACACGAAG 
ATCAGTAAGC ATTCTGCAGC AGTAAGCTGG AGAAAGTTAG TTGAGGGGCA GAGTATCAGT 
GCAGAGACCG CAAAAGAACT GGAACATAAT TCTAGCAGCA ATGGTAAAGA CTTCAAGATC 
CAGCACTCTG AGGCGTCTAG AACACACAGT GTGTCAGATA ATAATAAAGG AAAGTTTGAT 
GGGAAGCAGC CTGACAAAAT GTTTAATAAG ACCAGAAAGA GTAATGAGTC CAACCAGATG 
CCTCTCCAGC TAAAAGAACA AAGGAAACAG TACCTGAATC GAGTTGCATT TAAATGCACA 
GAACGGGAAA GCATATGTCT CACCAAATTG GATAGTGCAT CCAAGAAGCT TAGTACAGAG 
AAAAAGAGTG GGGAATATAC ACCCAAGACA AAAGACATAG ACAAACCTAG TATGCTGGAG 
TTTAAATTAT GTCCAGATGT GCTATTGAAG AATACAAGCA CTGTTGACAA GCAGGATGAT 
CCTGGTCCTG AGAAAGAGCA AGCACCTGTG CAAGTTTCAG GAATAAAAAG TACAAAAGAA 
GACTGGTTAA AATGCATCCC TACAAGGACA AAGATGCCTG AATCAAGTCA AAGAGATAGT 
GCTGACTCAA GACTTTCTAA GAGAAGCCTC AGTGCGGATG AATTTGAAAT ACTACAAAAC 
CCAGTAAAAG AATCAAATAT CATGTTCCGG ACCTACAAAA AGATGTATCT TGAGAAGAGA 
AGCAGAAGCC TCGGGAGTAG TCCAGTTAAA TAG

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

PubMed

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03-6811-6572

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オンライン注文

Kiaa1551 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