LOC110291950 cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110291950
Entrez Gene ID	110291950
Full Name	glutamate-rich protein 3-like
Gene Type	protein-coding
Organism	Mus caroli(Ryukyu mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021159136.1	XP_021014795.1	glutamate-rich protein 3-like

Pathways from BioSystems
Gene Ontology

The following LOC110291950 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110291950 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
OMv41549	XM_021159136.1 Latest version!	Mus caroli glutamate-rich protein 3-like (LOC110291950), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$510.30 $729.00

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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)

LOC110291950 ( XM_021159136.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021014795.1 Mus caroli glutamate-rich protein 3-like (LOC110291950), mRNA.

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CloneID	OMv41549
Clone ID Related Accession (Same CDS sequence)	XM_021159136.1
Accession Version	XM_021159136.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2613bp) 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	glutamate-rich protein 3-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034572.1) 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## ##RefSeq-Attributes-START## ab initio :: 34% of CDS bases ##RefSeq-Attributes-END##

ATGCACACAC TGAAAGAAGA AGCCATGAAG AAAGATGAAT CTTTCCAGCC TGGGGATACT 
GATGCCCATG CAGGAGTGAG GGAGGAAGCA AGGATGCAGA AAAATGGTAC CCGCCATCCC 
CAGGATGCTG GCATAGATGT GGAACTCAGA GAGAGAGTGG GGATGCAGGA AGATGGTACC 
TGTCATCCCC AGGGTGCTGA CATGGATGTG GGATTAAAGG AGAGAGCAGG GATGCAGGAA 
GATGGTACCC ACTATCCCCA GGATGCTGAC ATGAATGTGG GACTAAGGGA GAGAGTAGGG 
ATGCAGGAAG ATGGTACCTG CCATCCCCAG GATGCTGGCA TGGATGTGGA ACTGGAAGAG 
AAAACAGGGA TGCAGGAAGA TGGTACCCAC CATCTCCAGG ATGCTGACAT GGATGTAGAA 
CTGAGAGAGA GAGCAGGAAT GGAGGAAGAT GGTACCTGTC ATCCCCAGAA TGCTGGCATG 
GATGTGGAAC TGGAAGAGAG AACAGGGATG CAGGAAGATG GTACCCACCA TCCCCAGGAT 
GCTGACATGG ATGTGGGATT GAGGGAGAGA GCAGGGATAC AGGAAGATGG TACCTGCTAT 
CCCCAGAATG CTAACATGGA TGTGGGACTG AGGGAGAAAG CAGGGATTTC AGAGGTTCCC 
TTAGGGGAGA GGAGTCCTAC AGGAGTTCTG CTGGCATCAG CAGAACAGTC TACAGAGAAA 
GGGGAGTGTT ATCTGAACAT AGCTAGCGAG GCAGAGGCAG GCACAGAAGG AAGTGGCAGG 
CATGGGGAGG AGCAGTTGAT CCCCACAGGA AAGGTAGCAG CAGAAGGCTC TGTGTTTCTA 
AGTGTAGAGC AGGCTGGAGA CAGACAGAAG GATGAGGACC TGGGCAGGCA GGCCTTGCCG 
CAGACACAGA TGGAGAAAGG AAGAGCAGTT TCTGAAGCTG GGCAAGAATT GGAGAAGGCA 
GAGTTCACAG ACAGCGCAGG GCTCAGCTCA GAGACTCTTG AGGAAGCAGC AGTTCTGAAA 
GAAGTAGGCA CTTCTGAAGT GAAGGAGGCA GAGAGGGAAG TGGGCTCCCC CAAAACAGAT 
GGAGACCAAG GAGAAGAGGA AGCTCTTACA GAGCTGGAGA TCATGGGGCC TATGGAGGAC 
ACAGGGCCAG AGAGAAAGGA TGGTTTTGAA GAGACAGTAC TCGGGGGAGA GAGAGCAGCC 
ACAGAGAGGA AGGACTTTCT GGAAGAAGCT CCCTTCAGCA CCTCAACAGA AGTTCAAGCA 
AGCCCCAGGG AGGTTTTCAG GGGCAACCAT GAGGAACTCT GTAAGGAAGA CACAGCAAGG 
GAGGGCGTCA TAGCTGACAC AGAATCCACC GTGGAACAGG ATCTGCGAGC AGTGTTCCCT 
GGGGAATTAG CTGCAGCTGG AGGCATAGAG AAAGTTGAGA GGCTCACACC ACCTCTGAGG 
GAAACTGGAT CTGAAAGAGA AAAGGAGACA GGACCTGAGG TGCTGAAGAC AGAAGACTTG 
TTAGGAAAGC AAAAGGTTAA AGGGGAAGAG GAGGGCACAG TGAAGGAAGT GGGTTTTGAG 
GAAGAGGACC GTGTATCCAG CCCTGAGATG GAGGCTCATG TCAACGATGT AGAACCCACA 
GGGGCTACTG AGTTGGGGGA GGCTACAAAG CTTCTAGAAG ATCCTCCCAA AGAAAGAGCC 
ATTACCTTGT CTGAAACAAC ACCTCAGTTT GAGAAATCCC CAAAAGAGAG TGAAGCCACA 
GCCACAGAAC ACAAAGGAGG AGAGGAGCTG CCAGGCCAGG AGAGCAAGGC TCTATTGCCT 
CAGGGGAGGG GCCTCAGCCA TGATGGAGAA GGGCTGTTAG GAGCTCCTGG ACCTGAGCCA 
GCAGACAAAG CCCAGGGACC AGAGGGCTTT TTCACAGCCA GATGTGAAGA GTGGGCTGCC 
AAGGAACTGG ACAGCAGTGT GGGGCCAGAG AGACTGGAGG AAGACCAGCC TTTGCAAGCA 
CAAAGAGAGG ACATCCAGAG AATGACCCAG GGAAACCTTC CCAAGGAAAG GCTCACCAGG 
GCAGTGGTGG TCTGTGGAGA AGCCAAGGGT GAGAACCCGC AGGGGGAAGG GAGCGAGGAT 
AAAGAGTGTC TTCCAGGGAC AGGGACTGGC AGCCTGACAG GGCAAAACTG GAACATGGGA 
GGAAGCATAG TGGAGGCTGA AGAGGATCCA CATGGAGGAG GAATTGAAGA ACCAACTGCA 
GAGCAGAGGG AGGAGGAGTC GGCAGAGTCA AAGTCAGCTG ATGGGATCCC TGCGGTCTCT 
TCCACTGCAA ATGCTCAAAA GGAAACCCGG GACAGGGCAG GTGAGGCTCT AGGAGAAGCA 
GCAGCAGTGG AAGAAAGGAC GGGCACCGAG GACATGACGC CAAGAACAGA GAAGGTAGCA 
GTGGTGGAGG AAGTGACATC AGCAGGGGCT ATGGTGGAGA CCGAACAGGA ACAGGCGCCT 
GAAGCGCAGG ACAGAGAGGG AGGGGAAGCA AAGGCTTCTC AGCACACAGG TACTGCTGGG 
GAGGACACAG GGTCTACAGG GAAGGACGAG GAACACCAGT CAGGAGCAGC TGAAGAGTTC 
AGAGAATCAG TGTCTCAGAG AGAGACAGCT TAG

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

RefSeq	XP_021014795.1
CDS	1..2613
Translation	MHTLKEEAMKKDESFQPGDTDAHAGVREEARMQKNGTRHPQDAGIDVELRERVGMQEDGTCHPQGADMDVGLKERAGMQEDGTHYPQDADMNVGLRERVGMQEDGTCHPQDAGMDVELEEKTGMQEDGTHHLQDADMDVELRERAGMEEDGTCHPQNAGMDVELEERTGMQEDGTHHPQDADMDVGLRERAGIQEDGTCYPQNANMDVGLREKAGISEVPLGERSPTGVLLASAEQSTEKGECYLNIASEAEAGTEGSGRHGEEQLIPTGKVAAEGSVFLSVEQAGDRQKDEDLGRQALPQTQMEKGRAVSEAGQELEKAEFTDSAGLSSETLEEAAVLKEVGTSEVKEAEREVGSPKTDGDQGEEEALTELEIMGPMEDTGPERKDGFEETVLGGERAATERKDFLEEAPFSTSTEVQASPREVFRGNHEELCKEDTAREGVIADTESTVEQDLRAVFPGELAAAGGIEKVERLTPPLRETGSEREKETGPEVLKTEDLLGKQKVKGEEEGTVKEVGFEEEDRVSSPEMEAHVNDVEPTGATELGEATKLLEDPPKERAITLSETTPQFEKSPKESEATATEHKGGEELPGQESKALLPQGRGLSHDGEGLLGAPGPEPADKAQGPEGFFTARCEEWAAKELDSSVGPERLEEDQPLQAQREDIQRMTQGNLPKERLTRAVVVCGEAKGENPQGEGSEDKECLPGTGTGSLTGQNWNMGGSIVEAEEDPHGGGIEEPTAEQREEESAESKSADGIPAVSSTANAQKETRDRAGEALGEAAAVEERTGTEDMTPRTEKVAVVEEVTSAGAMVETEQEQAPEAQDREGGEAKASQHTGTAGEDTGSTGKDEEHQSGAAEEFRESVSQRETA

Target ORF information:

RefSeq Version	XM_021159136.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli glutamate-rich protein 3-like (LOC110291950), mRNA.

Target ORF information:

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

XM_021159136.1

ORF Insert Sequence:

ATGCACACAC TGAAAGAAGA AGCCATGAAG AAAGATGAAT CTTTCCAGCC TGGGGATACT 
GATGCCCATG CAGGAGTGAG GGAGGAAGCA AGGATGCAGA AAAATGGTAC CCGCCATCCC 
CAGGATGCTG GCATAGATGT GGAACTCAGA GAGAGAGTGG GGATGCAGGA AGATGGTACC 
TGTCATCCCC AGGGTGCTGA CATGGATGTG GGATTAAAGG AGAGAGCAGG GATGCAGGAA 
GATGGTACCC ACTATCCCCA GGATGCTGAC ATGAATGTGG GACTAAGGGA GAGAGTAGGG 
ATGCAGGAAG ATGGTACCTG CCATCCCCAG GATGCTGGCA TGGATGTGGA ACTGGAAGAG 
AAAACAGGGA TGCAGGAAGA TGGTACCCAC CATCTCCAGG ATGCTGACAT GGATGTAGAA 
CTGAGAGAGA GAGCAGGAAT GGAGGAAGAT GGTACCTGTC ATCCCCAGAA TGCTGGCATG 
GATGTGGAAC TGGAAGAGAG AACAGGGATG CAGGAAGATG GTACCCACCA TCCCCAGGAT 
GCTGACATGG ATGTGGGATT GAGGGAGAGA GCAGGGATAC AGGAAGATGG TACCTGCTAT 
CCCCAGAATG CTAACATGGA TGTGGGACTG AGGGAGAAAG CAGGGATTTC AGAGGTTCCC 
TTAGGGGAGA GGAGTCCTAC AGGAGTTCTG CTGGCATCAG CAGAACAGTC TACAGAGAAA 
GGGGAGTGTT ATCTGAACAT AGCTAGCGAG GCAGAGGCAG GCACAGAAGG AAGTGGCAGG 
CATGGGGAGG AGCAGTTGAT CCCCACAGGA AAGGTAGCAG CAGAAGGCTC TGTGTTTCTA 
AGTGTAGAGC AGGCTGGAGA CAGACAGAAG GATGAGGACC TGGGCAGGCA GGCCTTGCCG 
CAGACACAGA TGGAGAAAGG AAGAGCAGTT TCTGAAGCTG GGCAAGAATT GGAGAAGGCA 
GAGTTCACAG ACAGCGCAGG GCTCAGCTCA GAGACTCTTG AGGAAGCAGC AGTTCTGAAA 
GAAGTAGGCA CTTCTGAAGT GAAGGAGGCA GAGAGGGAAG TGGGCTCCCC CAAAACAGAT 
GGAGACCAAG GAGAAGAGGA AGCTCTTACA GAGCTGGAGA TCATGGGGCC TATGGAGGAC 
ACAGGGCCAG AGAGAAAGGA TGGTTTTGAA GAGACAGTAC TCGGGGGAGA GAGAGCAGCC 
ACAGAGAGGA AGGACTTTCT GGAAGAAGCT CCCTTCAGCA CCTCAACAGA AGTTCAAGCA 
AGCCCCAGGG AGGTTTTCAG GGGCAACCAT GAGGAACTCT GTAAGGAAGA CACAGCAAGG 
GAGGGCGTCA TAGCTGACAC AGAATCCACC GTGGAACAGG ATCTGCGAGC AGTGTTCCCT 
GGGGAATTAG CTGCAGCTGG AGGCATAGAG AAAGTTGAGA GGCTCACACC ACCTCTGAGG 
GAAACTGGAT CTGAAAGAGA AAAGGAGACA GGACCTGAGG TGCTGAAGAC AGAAGACTTG 
TTAGGAAAGC AAAAGGTTAA AGGGGAAGAG GAGGGCACAG TGAAGGAAGT GGGTTTTGAG 
GAAGAGGACC GTGTATCCAG CCCTGAGATG GAGGCTCATG TCAACGATGT AGAACCCACA 
GGGGCTACTG AGTTGGGGGA GGCTACAAAG CTTCTAGAAG ATCCTCCCAA AGAAAGAGCC 
ATTACCTTGT CTGAAACAAC ACCTCAGTTT GAGAAATCCC CAAAAGAGAG TGAAGCCACA 
GCCACAGAAC ACAAAGGAGG AGAGGAGCTG CCAGGCCAGG AGAGCAAGGC TCTATTGCCT 
CAGGGGAGGG GCCTCAGCCA TGATGGAGAA GGGCTGTTAG GAGCTCCTGG ACCTGAGCCA 
GCAGACAAAG CCCAGGGACC AGAGGGCTTT TTCACAGCCA GATGTGAAGA GTGGGCTGCC 
AAGGAACTGG ACAGCAGTGT GGGGCCAGAG AGACTGGAGG AAGACCAGCC TTTGCAAGCA 
CAAAGAGAGG ACATCCAGAG AATGACCCAG GGAAACCTTC CCAAGGAAAG GCTCACCAGG 
GCAGTGGTGG TCTGTGGAGA AGCCAAGGGT GAGAACCCGC AGGGGGAAGG GAGCGAGGAT 
AAAGAGTGTC TTCCAGGGAC AGGGACTGGC AGCCTGACAG GGCAAAACTG GAACATGGGA 
GGAAGCATAG TGGAGGCTGA AGAGGATCCA CATGGAGGAG GAATTGAAGA ACCAACTGCA 
GAGCAGAGGG AGGAGGAGTC GGCAGAGTCA AAGTCAGCTG ATGGGATCCC TGCGGTCTCT 
TCCACTGCAA ATGCTCAAAA GGAAACCCGG GACAGGGCAG GTGAGGCTCT AGGAGAAGCA 
GCAGCAGTGG AAGAAAGGAC GGGCACCGAG GACATGACGC CAAGAACAGA GAAGGTAGCA 
GTGGTGGAGG AAGTGACATC AGCAGGGGCT ATGGTGGAGA CCGAACAGGA ACAGGCGCCT 
GAAGCGCAGG ACAGAGAGGG AGGGGAAGCA AAGGCTTCTC AGCACACAGG TACTGCTGGG 
GAGGACACAG GGTCTACAGG GAAGGACGAG GAACACCAGT CAGGAGCAGC TGAAGAGTTC 
AGAGAATCAG TGTCTCAGAG AGAGACAGCT TAG