Mmrn1 cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Mmrn1
Entrez Gene ID	110296835
Full Name	multimerin 1
Gene Type	protein-coding
Organism	Mus caroli(Ryukyu mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021165625.1	XP_021021284.1	multimerin-1 isoform X2
XM_021165624.1	XP_021021283.1	multimerin-1 isoform X1

Pathways from BioSystems
Gene Ontology

The following Mmrn1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Mmrn1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OMv03550	XM_021165624.1 Latest version!	Mus caroli multimerin 1 (Mmrn1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OMv03551	XM_021165625.1 Latest version!	Mus caroli multimerin 1 (Mmrn1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

ORF Online Only Promotion

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5 or more Clone	50% OFF
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

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

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

Reference Sequences (Refseq)

Mmrn1 ( XM_021165624.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021021283.1 Mus caroli multimerin 1 (Mmrn1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OMv03550
Clone ID Related Accession (Same CDS sequence)	XM_021165624.1
Accession Version	XM_021165624.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3639bp) 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	multimerin-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##

ATGCTGGGAC TAAAGTTTTT TGTCCTGCTT TCTATTTTAT GGGGCAGGGT CTTCAGTCTT 
ACCAACACTC AGCATTCATG GACTGCGCCT AATGATGAAG ACTCCTCACT GACCCCGAAC 
TCCGCTTCAG CTTCTGTAAG TGAAATACTG AGCCTCCAAG TGCTCTCGGC CACTCAGAAC 
CCCTCCACTC AGGGTCCTGC AGCTGCTGAG AGATCTTCTG AAGACGATGT TCTCCTACAG 
TCAACATCAC AGCCCTCTGA GACAAGCACC CCTCCCGAGG GGAGAAGCCA AACACCCATA 
CCCCTAGAGA AGACAGGGAC AGCAGTGGTA TCCCTGCCTC TCTCTCTTCA GGACAAACCC 
AGCATCAAGC CCAGCACCGG AGCAGGAACA GTCATGCTTG CTAACGCCAC GCTGAAATTC 
CTTCAGAGTT TTTCCCGAAA GTCTGATCAA CAAGCAGTCT CCCCTAAGTC GGCTGGAGAC 
ATGGGAAACA GGTCTGCGAG GGAAACACAC CTCAGGAGAA GTGACAACAG CAGAAATCAA 
AGACCCAGCT ATCAAAAACC CAGTTTTGAA ACAACTAGAG GGAAGAATTG GTGTGCTCAT 
GTACATACCA AGTTATCCCC GACAGTGATA CTGGACACTG GCTCTCATTT ACCAAGTGGG 
AGAGGTTCTT GTGGCTGGTA CAGCAGTGGA CTCTGTTCCA GAAGATCTCA GAAGACATCC 
AATGCTGTCT ATAGAATGCA GCATAAGATT GTCACCTCAT TAGAATGGAG ATGCTGTCCT 
GGATACATAG GTCCAAACTG TCAGCTCAAA GTGGAAGAAC AGCAGCAGCT CGCACACAGT 
AACCAGGCTG AAAGTCACAC CGCTGTTGAC CAAGGAAGAG CCCAGCAGCA GAAGCAAGAC 
TGTAGTGACC CAGCCATGAT TCAAAAACTG GCAGAGCAGC TGAGCCAGCA GGAGAGGAAG 
CTGACGCTTC TGCAGAAGAA GGTTGACAAT GCTTCTCTGG TGGCAGATGA CATGAGGAAT 
GCGTACCTCT CATTAGAAGG GAAAGTTGGG GAGGACAACA GCAGGCAATT TCAATCTTTT 
CTAAAAGCTC TAAAATCAAA GAGTATTGAC GATCTGCTAA AGAACATCGT AAAAGAACAA 
TTTAAAGTCT TCCAAGATGA TATGCAGGAG ACAACTGCCC AGATCTTCAA GACTGTGTCA 
AGTCTATCAG AGGTCTTGGA AAGTACCAGG CAGGCAGTTC TACAAGTGAA CCAGTCCTTT 
GTTTCATCAA CAGCCCAGAA AGACTTTGCT TTCATGCAAG AAAATCAGCC CACGTGGAAG 
GACATCACAG ATCTAAAGAA CAGCATCATG AACATCAGGC AGGAAATGGC CTTGACCTGT 
GAGAAGCCTG TCAAGGAACT GGAAGCAAAG CAAGCTCATT TGGAAGGAGC ACTAAGACAG 
GAGCACTCAC AGATTGTTCT GTACCACCAA TCCCTCAATG AAACTCTCTC TAAAATGCAG 
GAAGCACACA CACAGCTGTT ATCAGTTCTA CAAGTATCAG GAACAGAGAA TGTTGCCACT 
GAGCAATCCC TCAACAGTAA TGTCACTAAG TATATATCTG TGCTACAGGA GACAGCAAGC 
AAGCAAGGTC TGATGCTGCT GCAGATGCTC AGTGATTTGC ATGTCCAAGA GAGCAAGATC 
AGCAACCTTA CCATCCTTTT GGAGATAGAG AAAGAATCAG CCAGGGGAGA ATGTGAGGAA 
ATGCTATCTA AATGCAGGCA TGACTTTAAA TTTCAACTCA AGGACACAGA GGAAAATCTG 
CATGTGTTAA ATCAAACACT GTCTGAGGTT ATCTTTCCCA TGGACATCAA GGTGGATAAA 
ATGAGTGAGC AGCTGAATGA TTTGACATAT GACATGGAGA TCCTCCAGCC TTTGCTGGAG 
CAGAGGTCGT CGCTTCAACA ACAGGTTATA CGTGAGCCAA AGGAAGCCAC AGTTACTCGA 
AGAGAGCTAC AAAACCTGAT CGGTGCCATC AACCAACTGA ACGTTCTTAC CAAAGAACTT 
ACAAAAAGAC ACAACTTACT GAGAAATGAA GTGCAGAGCC GTGGTGAAGC CTTTGAGAGA 
CGCATCAGTG AGCATGCCTT AGAAACAGAA GATGGCCTAA ATAAGACAAT GACTGTTATA 
AACAATGCCA TCGATTTTGT TCAAGATAAC TATGTGTTAA AGGAGACTTT TAGTGCTATG 
ACATATAATC CCAAGGTTTG TGAGTGTAAC CAAAATATGG ACGATATTTT AACATTTGTT 
TCTGAATTCC AGCATTTGAA TGATTCTATT CAGACTTTGG TCAATGACAA AGAGAAGTAT 
AATTTTATTT TGCAAATTGC TAAAGCCCTT ACAGCAATTC CTAAAGATGA GAAACTAAGC 
CAGTTAAACT TTCAAAATAT TTATCAACTA TTCAACGAAA CCACTTCCCA GGTGAACAAA 
TGTCAGCAAA ACATGAGTCA TTTAGAAGAA AATATGCTTT CAGTAACAAA GACTGCCAAA 
GAGTTTGAAA CTCGTTTGCA AGGCATTGAA TCTAAAGTGA CCAAGACACT CATACCTTAC 
TATATTTCAT TTAAAAAAGG TGGCATCCTA TCAAATGAGA GAGATGTTGA TCTTCAGCTG 
AAGGTACTAA ATACCAGATT TAAGGCACTA GAAGCAAAGT CCATCCATCT TTCCGTGAGT 
TTTTCTTTGC TTAATAAAAC TGTCCGTGAG CTTTCAATGG CATGCCGTAA TGCTTCTACA 
GGTAGCTGTG GACAGAATGC ACTCATACCC ATGTGGACCA AAGGCTCACT GCCAGGCAGT 
CAGAGTTCTC AGAAAAGTCT GACAGAACTT GTGGAATTGA TAGTTGAAAT TAAAACTCAA 
GCCGCCCTAT CTAATTTAAC TTGGAATGTT GACCGATTGT TATCTGACAC TCTGGCAAAT 
ATTGTCAAGC CTCAAAAGCA GATAAAATTG CAGAAGAAAC CCAACACACT TAAGAAAACA 
GTGAACATGA CCACCATTCT GATAGGCCGA ACACAAAGGA ACACAGACAC CATTATACAT 
CCTGTAGCAC AGGAACATTC CAGCTGCAGC AGCTTCCCTT GCCAGAATGG TGGCACGTGC 
ATCAGCGGGA GATCCAACTT CATCTGCGCT TGCCGGCACC CATTCATGGG TGACACTTGC 
ACCGTGAAGA TCACGGAAGA TAATGCAGTA GCACCAGATT TTTCCAAAGG ATCATACAGA 
TATGCTCCGA TGGTGGCGTT TTTCGTATCT CACACTCACG GAATGACGGC ACCTGGTCCT 
ATCCTGTTCA ATGATCTAAG CGTCAACTAT GGGGCCTCAT ATAACCCAAG GACTGGCAAG 
TTCAGAATTC CATACCTTGG AGTGTACATA TTCAAATACA CCATTGAGTC ATTCAGTGCT 
CATATTTCCG GTTTTTTTGT GGTGGATGGA GTAGACAAAC TTAGATTTGA GTCTGAAAAT 
GCTGACAATG AGATACACTG TGACAGAGTT TTGACTGGGG ATGCCTTATT TGAATTAAAT 
TATGGACAGG AAGTGTGGTT GCGACTTGTA AAAGGAACAA TTCCAATCAA ATATCCCCCT 
GTGACCACAT TCAGTGGTTA CTTGTTATAC CGCACCTAA

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

RefSeq	XP_021021283.1
CDS	246..3884
Translation	MLGLKFFVLLSILWGRVFSLTNTQHSWTAPNDEDSSLTPNSASASVSEILSLQVLSATQNPSTQGPAAAERSSEDDVLLQSTSQPSETSTPPEGRSQTPIPLEKTGTAVVSLPLSLQDKPSIKPSTGAGTVMLANATLKFLQSFSRKSDQQAVSPKSAGDMGNRSARETHLRRSDNSRNQRPSYQKPSFETTRGKNWCAHVHTKLSPTVILDTGSHLPSGRGSCGWYSSGLCSRRSQKTSNAVYRMQHKIVTSLEWRCCPGYIGPNCQLKVEEQQQLAHSNQAESHTAVDQGRAQQQKQDCSDPAMIQKLAEQLSQQERKLTLLQKKVDNASLVADDMRNAYLSLEGKVGEDNSRQFQSFLKALKSKSIDDLLKNIVKEQFKVFQDDMQETTAQIFKTVSSLSEVLESTRQAVLQVNQSFVSSTAQKDFAFMQENQPTWKDITDLKNSIMNIRQEMALTCEKPVKELEAKQAHLEGALRQEHSQIVLYHQSLNETLSKMQEAHTQLLSVLQVSGTENVATEQSLNSNVTKYISVLQETASKQGLMLLQMLSDLHVQESKISNLTILLEIEKESARGECEEMLSKCRHDFKFQLKDTEENLHVLNQTLSEVIFPMDIKVDKMSEQLNDLTYDMEILQPLLEQRSSLQQQVIREPKEATVTRRELQNLIGAINQLNVLTKELTKRHNLLRNEVQSRGEAFERRISEHALETEDGLNKTMTVINNAIDFVQDNYVLKETFSAMTYNPKVCECNQNMDDILTFVSEFQHLNDSIQTLVNDKEKYNFILQIAKALTAIPKDEKLSQLNFQNIYQLFNETTSQVNKCQQNMSHLEENMLSVTKTAKEFETRLQGIESKVTKTLIPYYISFKKGGILSNERDVDLQLKVLNTRFKALEAKSIHLSVSFSLLNKTVRELSMACRNASTGSCGQNALIPMWTKGSLPGSQSSQKSLTELVELIVEIKTQAALSNLTWNVDRLLSDTLANIVKPQKQIKLQKKPNTLKKTVNMTTILIGRTQRNTDTIIHPVAQEHSSCSSFPCQNGGTCISGRSNFICACRHPFMGDTCTVKITEDNAVAPDFSKGSYRYAPMVAFFVSHTHGMTAPGPILFNDLSVNYGASYNPRTGKFRIPYLGVYIFKYTIESFSAHISGFFVVDGVDKLRFESENADNEIHCDRVLTGDALFELNYGQEVWLRLVKGTIPIKYPPVTTFSGYLLYRT

Target ORF information:

RefSeq Version	XM_021165624.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli multimerin 1 (Mmrn1), transcript variant X1, mRNA.

Target ORF information:

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

XM_021165624.1

ORF Insert Sequence:

ATGCTGGGAC TAAAGTTTTT TGTCCTGCTT TCTATTTTAT GGGGCAGGGT CTTCAGTCTT 
ACCAACACTC AGCATTCATG GACTGCGCCT AATGATGAAG ACTCCTCACT GACCCCGAAC 
TCCGCTTCAG CTTCTGTAAG TGAAATACTG AGCCTCCAAG TGCTCTCGGC CACTCAGAAC 
CCCTCCACTC AGGGTCCTGC AGCTGCTGAG AGATCTTCTG AAGACGATGT TCTCCTACAG 
TCAACATCAC AGCCCTCTGA GACAAGCACC CCTCCCGAGG GGAGAAGCCA AACACCCATA 
CCCCTAGAGA AGACAGGGAC AGCAGTGGTA TCCCTGCCTC TCTCTCTTCA GGACAAACCC 
AGCATCAAGC CCAGCACCGG AGCAGGAACA GTCATGCTTG CTAACGCCAC GCTGAAATTC 
CTTCAGAGTT TTTCCCGAAA GTCTGATCAA CAAGCAGTCT CCCCTAAGTC GGCTGGAGAC 
ATGGGAAACA GGTCTGCGAG GGAAACACAC CTCAGGAGAA GTGACAACAG CAGAAATCAA 
AGACCCAGCT ATCAAAAACC CAGTTTTGAA ACAACTAGAG GGAAGAATTG GTGTGCTCAT 
GTACATACCA AGTTATCCCC GACAGTGATA CTGGACACTG GCTCTCATTT ACCAAGTGGG 
AGAGGTTCTT GTGGCTGGTA CAGCAGTGGA CTCTGTTCCA GAAGATCTCA GAAGACATCC 
AATGCTGTCT ATAGAATGCA GCATAAGATT GTCACCTCAT TAGAATGGAG ATGCTGTCCT 
GGATACATAG GTCCAAACTG TCAGCTCAAA GTGGAAGAAC AGCAGCAGCT CGCACACAGT 
AACCAGGCTG AAAGTCACAC CGCTGTTGAC CAAGGAAGAG CCCAGCAGCA GAAGCAAGAC 
TGTAGTGACC CAGCCATGAT TCAAAAACTG GCAGAGCAGC TGAGCCAGCA GGAGAGGAAG 
CTGACGCTTC TGCAGAAGAA GGTTGACAAT GCTTCTCTGG TGGCAGATGA CATGAGGAAT 
GCGTACCTCT CATTAGAAGG GAAAGTTGGG GAGGACAACA GCAGGCAATT TCAATCTTTT 
CTAAAAGCTC TAAAATCAAA GAGTATTGAC GATCTGCTAA AGAACATCGT AAAAGAACAA 
TTTAAAGTCT TCCAAGATGA TATGCAGGAG ACAACTGCCC AGATCTTCAA GACTGTGTCA 
AGTCTATCAG AGGTCTTGGA AAGTACCAGG CAGGCAGTTC TACAAGTGAA CCAGTCCTTT 
GTTTCATCAA CAGCCCAGAA AGACTTTGCT TTCATGCAAG AAAATCAGCC CACGTGGAAG 
GACATCACAG ATCTAAAGAA CAGCATCATG AACATCAGGC AGGAAATGGC CTTGACCTGT 
GAGAAGCCTG TCAAGGAACT GGAAGCAAAG CAAGCTCATT TGGAAGGAGC ACTAAGACAG 
GAGCACTCAC AGATTGTTCT GTACCACCAA TCCCTCAATG AAACTCTCTC TAAAATGCAG 
GAAGCACACA CACAGCTGTT ATCAGTTCTA CAAGTATCAG GAACAGAGAA TGTTGCCACT 
GAGCAATCCC TCAACAGTAA TGTCACTAAG TATATATCTG TGCTACAGGA GACAGCAAGC 
AAGCAAGGTC TGATGCTGCT GCAGATGCTC AGTGATTTGC ATGTCCAAGA GAGCAAGATC 
AGCAACCTTA CCATCCTTTT GGAGATAGAG AAAGAATCAG CCAGGGGAGA ATGTGAGGAA 
ATGCTATCTA AATGCAGGCA TGACTTTAAA TTTCAACTCA AGGACACAGA GGAAAATCTG 
CATGTGTTAA ATCAAACACT GTCTGAGGTT ATCTTTCCCA TGGACATCAA GGTGGATAAA 
ATGAGTGAGC AGCTGAATGA TTTGACATAT GACATGGAGA TCCTCCAGCC TTTGCTGGAG 
CAGAGGTCGT CGCTTCAACA ACAGGTTATA CGTGAGCCAA AGGAAGCCAC AGTTACTCGA 
AGAGAGCTAC AAAACCTGAT CGGTGCCATC AACCAACTGA ACGTTCTTAC CAAAGAACTT 
ACAAAAAGAC ACAACTTACT GAGAAATGAA GTGCAGAGCC GTGGTGAAGC CTTTGAGAGA 
CGCATCAGTG AGCATGCCTT AGAAACAGAA GATGGCCTAA ATAAGACAAT GACTGTTATA 
AACAATGCCA TCGATTTTGT TCAAGATAAC TATGTGTTAA AGGAGACTTT TAGTGCTATG 
ACATATAATC CCAAGGTTTG TGAGTGTAAC CAAAATATGG ACGATATTTT AACATTTGTT 
TCTGAATTCC AGCATTTGAA TGATTCTATT CAGACTTTGG TCAATGACAA AGAGAAGTAT 
AATTTTATTT TGCAAATTGC TAAAGCCCTT ACAGCAATTC CTAAAGATGA GAAACTAAGC 
CAGTTAAACT TTCAAAATAT TTATCAACTA TTCAACGAAA CCACTTCCCA GGTGAACAAA 
TGTCAGCAAA ACATGAGTCA TTTAGAAGAA AATATGCTTT CAGTAACAAA GACTGCCAAA 
GAGTTTGAAA CTCGTTTGCA AGGCATTGAA TCTAAAGTGA CCAAGACACT CATACCTTAC 
TATATTTCAT TTAAAAAAGG TGGCATCCTA TCAAATGAGA GAGATGTTGA TCTTCAGCTG 
AAGGTACTAA ATACCAGATT TAAGGCACTA GAAGCAAAGT CCATCCATCT TTCCGTGAGT 
TTTTCTTTGC TTAATAAAAC TGTCCGTGAG CTTTCAATGG CATGCCGTAA TGCTTCTACA 
GGTAGCTGTG GACAGAATGC ACTCATACCC ATGTGGACCA AAGGCTCACT GCCAGGCAGT 
CAGAGTTCTC AGAAAAGTCT GACAGAACTT GTGGAATTGA TAGTTGAAAT TAAAACTCAA 
GCCGCCCTAT CTAATTTAAC TTGGAATGTT GACCGATTGT TATCTGACAC TCTGGCAAAT 
ATTGTCAAGC CTCAAAAGCA GATAAAATTG CAGAAGAAAC CCAACACACT TAAGAAAACA 
GTGAACATGA CCACCATTCT GATAGGCCGA ACACAAAGGA ACACAGACAC CATTATACAT 
CCTGTAGCAC AGGAACATTC CAGCTGCAGC AGCTTCCCTT GCCAGAATGG TGGCACGTGC 
ATCAGCGGGA GATCCAACTT CATCTGCGCT TGCCGGCACC CATTCATGGG TGACACTTGC 
ACCGTGAAGA TCACGGAAGA TAATGCAGTA GCACCAGATT TTTCCAAAGG ATCATACAGA 
TATGCTCCGA TGGTGGCGTT TTTCGTATCT CACACTCACG GAATGACGGC ACCTGGTCCT 
ATCCTGTTCA ATGATCTAAG CGTCAACTAT GGGGCCTCAT ATAACCCAAG GACTGGCAAG 
TTCAGAATTC CATACCTTGG AGTGTACATA TTCAAATACA CCATTGAGTC ATTCAGTGCT 
CATATTTCCG GTTTTTTTGT GGTGGATGGA GTAGACAAAC TTAGATTTGA GTCTGAAAAT 
GCTGACAATG AGATACACTG TGACAGAGTT TTGACTGGGG ATGCCTTATT TGAATTAAAT 
TATGGACAGG AAGTGTGGTT GCGACTTGTA AAAGGAACAA TTCCAATCAA ATATCCCCCT 
GTGACCACAT TCAGTGGTTA CTTGTTATAC CGCACCTAA

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

Mmrn1 ( XM_021165625.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021021284.1 Mus caroli multimerin 1 (Mmrn1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OMv03551
Clone ID Related Accession (Same CDS sequence)	XM_021165625.1
Accession Version	XM_021165625.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3636bp) 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	multimerin-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##

ATGCTGGGAC TAAAGTTTTT TGTCCTGCTT TCTATTTTAT GGGGCAGGGT CTTCAGTCTT 
ACCAACACTC AGCATTCATG GACTGCGCCT AATGATGAAG ACTCCTCACT GACCCCGAAC 
TCCGCTTCAG CTTCTGTAAG TGAAATACTG AGCCTCCAAG TGCTCTCGGC CACTCAGAAC 
CCCTCCACTC AGGGTCCTGC AGCTGCTGAG AGATCTTCTG AAGACGATGT TCTCCTACAG 
TCAACATCAC AGCCCTCTGA GACAAGCACC CCTCCCGAGG GGAGAAGCCA AACACCCATA 
CCCCTAGAGA AGACAGGGAC AGCAGTGGTA TCCCTGCCTC TCTCTCTTCA GGACAAACCC 
AGCATCAAGC CCAGCACCGG AGCAGGAACA GTCATGCTTG CTAACGCCAC GCTGAAATTC 
CTTCAGAGTT TTTCCCGAAA GTCTGATCAA CAAGCAGTCT CCCCTAAGTC GGCTGGAGAC 
ATGGGAAACA GGTCTGCGAG GGAAACACAC CTCAGGAGAA GTGACAACAG CAGAAATCAA 
AGACCCAGCT ATCAAAAACC CAGTTTTGAA ACAACTAGAG GGAAGAATTG GTGTGCTCAT 
GTACATACCA AGTTATCCCC GACAGTGATA CTGGACACTG GCTCTCATTT ACCAAGTGGG 
AGAGGTTCTT GTGGCTGGTA CAGCAGTGGA CTCTGTTCCA GAAGATCTCA GAAGACATCC 
AATGCTGTCT ATAGAATGCA GCATAAGATT GTCACCTCAT TAGAATGGAG ATGCTGTCCT 
GGATACATAG GTCCAAACTG TCAGCTCAAA GTGGAAGAAC AGCAGCAGCT CGCACACAGT 
AACCAGGCTG AAAGTCACAC CGCTGTTGAC CAAGGAAGAG CCCAGCAGCA GAAGCAAGAC 
TGTAGTGACC CAGCCATGAT TCAAAAACTG GCAGAGCAGC TGAGCCAGCA GGAGAGGAAG 
CTGACGCTTC TGCAGAAGAA GGTTGACAAT GCTTCTCTGG TGGCAGATGA CATGAGGAAT 
GCGTACCTCT CATTAGAAGG GAAAGTTGGG GAGGACAACA GCAGGCAATT TCAATCTTTT 
CTAAAAGCTC TAAAATCAAA GAGTATTGAC GATCTGCTAA AGAACATCGT AAAAGAACAA 
TTTAAAGTCT TCCAAGATGA TATGCAGGAG ACAACTGCCC AGATCTTCAA GACTGTGTCA 
AGTCTATCAG AGGTCTTGGA AAGTACCAGG CAGGCAGTTC TACAAGTGAA CCAGTCCTTT 
GTTTCATCAA CAGCCCAGAA AGACTTTGCT TTCATGCAAG AAAATCAGCC CACGTGGAAG 
GACATCACAG ATCTAAAGAA CAGCATCATG AACATCAGGC AGGAAATGGC CTTGACCTGT 
GAGAAGCCTG TCAAGGAACT GGAAGCAAAG CAAGCTCATT TGGAAGGAGC ACTAAGACAG 
GAGCACTCAC AGATTGTTCT GTACCACCAA TCCCTCAATG AAACTCTCTC TAAAATGCAG 
GAAGCACACA CACAGCTGTT ATCAGTTCTA CAAGTATCAG GAACAGAGAA TGTTGCCACT 
GAGCAATCCC TCAACAGTAA TGTCACTAAG TATATATCTG TGCTACAGGA GACAGCAAGC 
AAGCAAGGTC TGATGCTGCT GCAGATGCTC AGTGATTTGC ATGTCCAAGA GAGCAAGATC 
AGCAACCTTA CCATCCTTTT GGAGATAGAG AAAGAATCAG CCAGGGGAGA ATGTGAGGAA 
ATGCTATCTA AATGCAGGCA TGACTTTAAA TTTCAACTCA AGGACACAGA GGAAAATCTG 
CATGTGTTAA ATCAAACACT GTCTGAGGTT ATCTTTCCCA TGGACATCAA GGTGGATAAA 
ATGAGTGAGC AGCTGAATGA TTTGACATAT GACATGGAGA TCCTCCAGCC TTTGCTGGAG 
CAGAGGTCGT CGCTTCAACA ACAGGTTATA CGTGAGCCAA AGGAAGCCAC AGTTACTCGA 
AGAGAGCTAC AAAACCTGAT CGGTGCCATC AACCAACTGA ACGTTCTTAC CAAAGAACTT 
ACAAAAAGAC ACAACTTACT GAGAAATGAA GTGCAGAGCC GTGGTGAAGC CTTTGAGAGA 
CGCATCAGTG AGCATGCCTT AGAAACAGAA GATGGCCTAA ATAAGACAAT GACTGTTATA 
AACAATGCCA TCGATTTTGT TCAAGATAAC TATGTGTTAA AGGAGACTTT TAGTGCTATG 
ACATATAATC CCAAGGTTTG TGAGTGTAAC CAAAATATGG ACGATATTTT AACATTTGTT 
TCTGAATTCC AGCATTTGAA TGATTCTATT CAGACTTTGG TCAATGACAA AGAGAAGTAT 
AATTTTATTT TGCAAATTGC TAAAGCCCTT ACAGCAATTC CTAAAGATGA GAAACTAAGC 
CAGTTAAACT TTCAAAATAT TTATCAACTA TTCAACGAAA CCACTTCCCA GGTGAACAAA 
TGTCAGCAAA ACATGAGTCA TTTAGAAGAA AATATGCTTT CAGTAACAAA GACTGCCAAA 
GAGTTTGAAA CTCGTTTGCA AGGCATTGAA TCTAAAGTGA CCAAGACACT CATACCTTAC 
TATATTTCAT TTAAAAAAGG TGGCATCCTA TCAAATGAGA GAGATGTTGA TCTTCAGCTG 
AAGGTACTAA ATACCAGATT TAAGGCACTA GAAGCAAAGT CCATCCATCT TTCCGTGAGT 
TTTTCTTTGC TTAATAAAAC TGTCCGTGAG CTTTCAATGG CATGCCGTAA TGCTTCTACA 
GGTAGCTGTG GACAGAATGC ACTCATACCC ATGTGGACCA AAGGCTCACT GCCAGGCAGT 
CAGAGTTCTC AGAAAAGTCT GACAGAACTT GTGGAATTGA TAGTTGAAAT TAAAACTCAA 
GCCGCCCTAT CTAATTTAAC TTGGAATGTT GACCGATTGT TATCTGACAC TCTGGCAAAT 
ATTGTCAAGC CTCAAAAGCA GATAAAATTG CAGAAGAAAC CCAACACACT TAAGAAAACA 
GTGAACATGA CCACCATTCT GATAGGCCGA ACACAAAGGA ACACAGACAC CATTATACAT 
CCTGCACAGG AACATTCCAG CTGCAGCAGC TTCCCTTGCC AGAATGGTGG CACGTGCATC 
AGCGGGAGAT CCAACTTCAT CTGCGCTTGC CGGCACCCAT TCATGGGTGA CACTTGCACC 
GTGAAGATCA CGGAAGATAA TGCAGTAGCA CCAGATTTTT CCAAAGGATC ATACAGATAT 
GCTCCGATGG TGGCGTTTTT CGTATCTCAC ACTCACGGAA TGACGGCACC TGGTCCTATC 
CTGTTCAATG ATCTAAGCGT CAACTATGGG GCCTCATATA ACCCAAGGAC TGGCAAGTTC 
AGAATTCCAT ACCTTGGAGT GTACATATTC AAATACACCA TTGAGTCATT CAGTGCTCAT 
ATTTCCGGTT TTTTTGTGGT GGATGGAGTA GACAAACTTA GATTTGAGTC TGAAAATGCT 
GACAATGAGA TACACTGTGA CAGAGTTTTG ACTGGGGATG CCTTATTTGA ATTAAATTAT 
GGACAGGAAG TGTGGTTGCG ACTTGTAAAA GGAACAATTC CAATCAAATA TCCCCCTGTG 
ACCACATTCA GTGGTTACTT GTTATACCGC ACCTAA

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

RefSeq	XP_021021284.1
CDS	246..3881
Translation	MLGLKFFVLLSILWGRVFSLTNTQHSWTAPNDEDSSLTPNSASASVSEILSLQVLSATQNPSTQGPAAAERSSEDDVLLQSTSQPSETSTPPEGRSQTPIPLEKTGTAVVSLPLSLQDKPSIKPSTGAGTVMLANATLKFLQSFSRKSDQQAVSPKSAGDMGNRSARETHLRRSDNSRNQRPSYQKPSFETTRGKNWCAHVHTKLSPTVILDTGSHLPSGRGSCGWYSSGLCSRRSQKTSNAVYRMQHKIVTSLEWRCCPGYIGPNCQLKVEEQQQLAHSNQAESHTAVDQGRAQQQKQDCSDPAMIQKLAEQLSQQERKLTLLQKKVDNASLVADDMRNAYLSLEGKVGEDNSRQFQSFLKALKSKSIDDLLKNIVKEQFKVFQDDMQETTAQIFKTVSSLSEVLESTRQAVLQVNQSFVSSTAQKDFAFMQENQPTWKDITDLKNSIMNIRQEMALTCEKPVKELEAKQAHLEGALRQEHSQIVLYHQSLNETLSKMQEAHTQLLSVLQVSGTENVATEQSLNSNVTKYISVLQETASKQGLMLLQMLSDLHVQESKISNLTILLEIEKESARGECEEMLSKCRHDFKFQLKDTEENLHVLNQTLSEVIFPMDIKVDKMSEQLNDLTYDMEILQPLLEQRSSLQQQVIREPKEATVTRRELQNLIGAINQLNVLTKELTKRHNLLRNEVQSRGEAFERRISEHALETEDGLNKTMTVINNAIDFVQDNYVLKETFSAMTYNPKVCECNQNMDDILTFVSEFQHLNDSIQTLVNDKEKYNFILQIAKALTAIPKDEKLSQLNFQNIYQLFNETTSQVNKCQQNMSHLEENMLSVTKTAKEFETRLQGIESKVTKTLIPYYISFKKGGILSNERDVDLQLKVLNTRFKALEAKSIHLSVSFSLLNKTVRELSMACRNASTGSCGQNALIPMWTKGSLPGSQSSQKSLTELVELIVEIKTQAALSNLTWNVDRLLSDTLANIVKPQKQIKLQKKPNTLKKTVNMTTILIGRTQRNTDTIIHPAQEHSSCSSFPCQNGGTCISGRSNFICACRHPFMGDTCTVKITEDNAVAPDFSKGSYRYAPMVAFFVSHTHGMTAPGPILFNDLSVNYGASYNPRTGKFRIPYLGVYIFKYTIESFSAHISGFFVVDGVDKLRFESENADNEIHCDRVLTGDALFELNYGQEVWLRLVKGTIPIKYPPVTTFSGYLLYRT

Target ORF information:

RefSeq Version	XM_021165625.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli multimerin 1 (Mmrn1), transcript variant X2, mRNA.

Target ORF information:

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

XM_021165625.1

ORF Insert Sequence:

ATGCTGGGAC TAAAGTTTTT TGTCCTGCTT TCTATTTTAT GGGGCAGGGT CTTCAGTCTT 
ACCAACACTC AGCATTCATG GACTGCGCCT AATGATGAAG ACTCCTCACT GACCCCGAAC 
TCCGCTTCAG CTTCTGTAAG TGAAATACTG AGCCTCCAAG TGCTCTCGGC CACTCAGAAC 
CCCTCCACTC AGGGTCCTGC AGCTGCTGAG AGATCTTCTG AAGACGATGT TCTCCTACAG 
TCAACATCAC AGCCCTCTGA GACAAGCACC CCTCCCGAGG GGAGAAGCCA AACACCCATA 
CCCCTAGAGA AGACAGGGAC AGCAGTGGTA TCCCTGCCTC TCTCTCTTCA GGACAAACCC 
AGCATCAAGC CCAGCACCGG AGCAGGAACA GTCATGCTTG CTAACGCCAC GCTGAAATTC 
CTTCAGAGTT TTTCCCGAAA GTCTGATCAA CAAGCAGTCT CCCCTAAGTC GGCTGGAGAC 
ATGGGAAACA GGTCTGCGAG GGAAACACAC CTCAGGAGAA GTGACAACAG CAGAAATCAA 
AGACCCAGCT ATCAAAAACC CAGTTTTGAA ACAACTAGAG GGAAGAATTG GTGTGCTCAT 
GTACATACCA AGTTATCCCC GACAGTGATA CTGGACACTG GCTCTCATTT ACCAAGTGGG 
AGAGGTTCTT GTGGCTGGTA CAGCAGTGGA CTCTGTTCCA GAAGATCTCA GAAGACATCC 
AATGCTGTCT ATAGAATGCA GCATAAGATT GTCACCTCAT TAGAATGGAG ATGCTGTCCT 
GGATACATAG GTCCAAACTG TCAGCTCAAA GTGGAAGAAC AGCAGCAGCT CGCACACAGT 
AACCAGGCTG AAAGTCACAC CGCTGTTGAC CAAGGAAGAG CCCAGCAGCA GAAGCAAGAC 
TGTAGTGACC CAGCCATGAT TCAAAAACTG GCAGAGCAGC TGAGCCAGCA GGAGAGGAAG 
CTGACGCTTC TGCAGAAGAA GGTTGACAAT GCTTCTCTGG TGGCAGATGA CATGAGGAAT 
GCGTACCTCT CATTAGAAGG GAAAGTTGGG GAGGACAACA GCAGGCAATT TCAATCTTTT 
CTAAAAGCTC TAAAATCAAA GAGTATTGAC GATCTGCTAA AGAACATCGT AAAAGAACAA 
TTTAAAGTCT TCCAAGATGA TATGCAGGAG ACAACTGCCC AGATCTTCAA GACTGTGTCA 
AGTCTATCAG AGGTCTTGGA AAGTACCAGG CAGGCAGTTC TACAAGTGAA CCAGTCCTTT 
GTTTCATCAA CAGCCCAGAA AGACTTTGCT TTCATGCAAG AAAATCAGCC CACGTGGAAG 
GACATCACAG ATCTAAAGAA CAGCATCATG AACATCAGGC AGGAAATGGC CTTGACCTGT 
GAGAAGCCTG TCAAGGAACT GGAAGCAAAG CAAGCTCATT TGGAAGGAGC ACTAAGACAG 
GAGCACTCAC AGATTGTTCT GTACCACCAA TCCCTCAATG AAACTCTCTC TAAAATGCAG 
GAAGCACACA CACAGCTGTT ATCAGTTCTA CAAGTATCAG GAACAGAGAA TGTTGCCACT 
GAGCAATCCC TCAACAGTAA TGTCACTAAG TATATATCTG TGCTACAGGA GACAGCAAGC 
AAGCAAGGTC TGATGCTGCT GCAGATGCTC AGTGATTTGC ATGTCCAAGA GAGCAAGATC 
AGCAACCTTA CCATCCTTTT GGAGATAGAG AAAGAATCAG CCAGGGGAGA ATGTGAGGAA 
ATGCTATCTA AATGCAGGCA TGACTTTAAA TTTCAACTCA AGGACACAGA GGAAAATCTG 
CATGTGTTAA ATCAAACACT GTCTGAGGTT ATCTTTCCCA TGGACATCAA GGTGGATAAA 
ATGAGTGAGC AGCTGAATGA TTTGACATAT GACATGGAGA TCCTCCAGCC TTTGCTGGAG 
CAGAGGTCGT CGCTTCAACA ACAGGTTATA CGTGAGCCAA AGGAAGCCAC AGTTACTCGA 
AGAGAGCTAC AAAACCTGAT CGGTGCCATC AACCAACTGA ACGTTCTTAC CAAAGAACTT 
ACAAAAAGAC ACAACTTACT GAGAAATGAA GTGCAGAGCC GTGGTGAAGC CTTTGAGAGA 
CGCATCAGTG AGCATGCCTT AGAAACAGAA GATGGCCTAA ATAAGACAAT GACTGTTATA 
AACAATGCCA TCGATTTTGT TCAAGATAAC TATGTGTTAA AGGAGACTTT TAGTGCTATG 
ACATATAATC CCAAGGTTTG TGAGTGTAAC CAAAATATGG ACGATATTTT AACATTTGTT 
TCTGAATTCC AGCATTTGAA TGATTCTATT CAGACTTTGG TCAATGACAA AGAGAAGTAT 
AATTTTATTT TGCAAATTGC TAAAGCCCTT ACAGCAATTC CTAAAGATGA GAAACTAAGC 
CAGTTAAACT TTCAAAATAT TTATCAACTA TTCAACGAAA CCACTTCCCA GGTGAACAAA 
TGTCAGCAAA ACATGAGTCA TTTAGAAGAA AATATGCTTT CAGTAACAAA GACTGCCAAA 
GAGTTTGAAA CTCGTTTGCA AGGCATTGAA TCTAAAGTGA CCAAGACACT CATACCTTAC 
TATATTTCAT TTAAAAAAGG TGGCATCCTA TCAAATGAGA GAGATGTTGA TCTTCAGCTG 
AAGGTACTAA ATACCAGATT TAAGGCACTA GAAGCAAAGT CCATCCATCT TTCCGTGAGT 
TTTTCTTTGC TTAATAAAAC TGTCCGTGAG CTTTCAATGG CATGCCGTAA TGCTTCTACA 
GGTAGCTGTG GACAGAATGC ACTCATACCC ATGTGGACCA AAGGCTCACT GCCAGGCAGT 
CAGAGTTCTC AGAAAAGTCT GACAGAACTT GTGGAATTGA TAGTTGAAAT TAAAACTCAA 
GCCGCCCTAT CTAATTTAAC TTGGAATGTT GACCGATTGT TATCTGACAC TCTGGCAAAT 
ATTGTCAAGC CTCAAAAGCA GATAAAATTG CAGAAGAAAC CCAACACACT TAAGAAAACA 
GTGAACATGA CCACCATTCT GATAGGCCGA ACACAAAGGA ACACAGACAC CATTATACAT 
CCTGCACAGG AACATTCCAG CTGCAGCAGC TTCCCTTGCC AGAATGGTGG CACGTGCATC 
AGCGGGAGAT CCAACTTCAT CTGCGCTTGC CGGCACCCAT TCATGGGTGA CACTTGCACC 
GTGAAGATCA CGGAAGATAA TGCAGTAGCA CCAGATTTTT CCAAAGGATC ATACAGATAT 
GCTCCGATGG TGGCGTTTTT CGTATCTCAC ACTCACGGAA TGACGGCACC TGGTCCTATC 
CTGTTCAATG ATCTAAGCGT CAACTATGGG GCCTCATATA ACCCAAGGAC TGGCAAGTTC 
AGAATTCCAT ACCTTGGAGT GTACATATTC AAATACACCA TTGAGTCATT CAGTGCTCAT 
ATTTCCGGTT TTTTTGTGGT GGATGGAGTA GACAAACTTA GATTTGAGTC TGAAAATGCT 
GACAATGAGA TACACTGTGA CAGAGTTTTG ACTGGGGATG CCTTATTTGA ATTAAATTAT 
GGACAGGAAG TGTGGTTGCG ACTTGTAAAA GGAACAATTC CAATCAAATA TCCCCCTGTG 
ACCACATTCA GTGGTTACTT GTTATACCGC ACCTAA