Enam cDNA ORF clone, Microtus ochrogaster(prairie vole)

Gene
Clones
gRNAs

Summary

Gene Symbol	Enam
Entrez Gene ID	101993453
Full Name	enamelin
Gene Type	protein-coding
Organism	Microtus ochrogaster(prairie vole)

mRNA and Protein(s)

mRNA	Protein	Name
XM_005359451.1	XP_005359508.1	enamelin

Pathways from BioSystems
Gene Ontology

The following Enam gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Enam 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
OMi113507	XM_005359451.1 Latest version!	Microtus ochrogaster enamelin (Enam), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00

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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)

Enam ( XM_005359451.1 ) cDNA ORF clone, Microtus ochrogaster(prairie vole) -> XP_005359508.1 Microtus ochrogaster enamelin (Enam), mRNA.

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CloneID	OMi113507
Clone ID Related Accession (Same CDS sequence)	XM_005359451.1
Accession Version	XM_005359451.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3936bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-10-14
Organism	Microtus ochrogaster(prairie vole)
Product	enamelin
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_022027.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Microtus ochrogaster Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTGCTGC TTCAGTGCAG AAATCCAGCC TCTCTTCCAA AGCCATGTCA CTTGGTACCA 
AATGTAAAAA TGGTGATTCT CCTGTTTCTG CTGGGTCTGC TTGGTAACTC TGCTGCCATG 
CCTTTCCAGA TGCCAATACC CCGAATGCCT GGATTTAGCA GTAAAAGTGA AGAGATGATG 
CGATACAGTC AATTCAACTT TATGAATGGC CCACATATGA TGCCTATGGG CCCATATGGG 
AATGGTATGC CAATGCCTCC ACACATGCCC CCGCCGTACC CTCCATACCA CATGCCCATG 
TGGCCTCAGC CACCCAATGG ATGGAATCAA CCCCCAATGC CCAATTTCCC AAGCAATACT 
GATCAAACCC AGGAGACTGC CAAGCCCAAC CAGACCAATC CACAAGAGCC ACAACCACAA 
AGGCAGCCTC CAAAGGAGCC ACCAAATGAA GCAGCACGGG CCAAAGAAGA AGCCCAGCCT 
CCATTACCAT TCCCACCATT TGGCAATGGG CTTTACCCCT ATCAACAACC ACCATGGCCA 
ATTCCACAGA GGGGACCACC ACCAGCATTT GGACGTCCAA AATTCAGCAA TGAAGAAGGA 
AATCCTTACT ATGCATATTA TGGGTATCAC GGCTTTGGGG GTCGTCCTTA TTATTCAGAA 
GAGATGTTTG AAGATTATGA AAAACCCAAA GAAAAAGATC CTCCTAAACC AGAGGACCCA 
CCCCCAGACG ATCCACCCCC AGAGGCCTCT ACTAACTCAA CTACGCCAGA GGCTAACTCC 
ACTCAGTCAA TTCCTGGAGA GACTCAAGGC GGAAATGAAA CTAGCCCAAC AGGGAACAGG 
GGACCTGGCC CGAATGCTGG GAACAACCCT ACAGTTCAAA ATGGCGTCTT CCCTCTCCCT 
AAAGTAAATG TTTCAGGCCA AGGAGCATCG AGAAACCAGA TTCCGTGGAG ACCAAATCAG 
CCAAACATTT ATGAGAATCA TCCCTATCCG AATGTGCGAA ATTATCCTTC AGGAAGACAA 
TGGCAAACCA CTGGTCCCAT GGAGCCCAGA AAGAACGGAC CTGGGTATCA AAACCCACCA 
GTACAAAGGG GTCCTCAGTG GAATTCCTTT GCTTGGGAAG GTAAACAAAC TACTCCTCCA 
GGAAATCCAA TTTACCCCAA ACCTTCCCCT CCTTCTTCAA GAGTCAATTA TCCTAACTCT 
GCAGGAAATC CAGTAAATTT TGGAAGAAAA TCTCCCAGGC CAAACAAACC CTTCGTGGGA 
ACCAATCCGG CCCCAAATAA ACCCTTTATG GGAACCAATC CGGCCTTAAA TAAACCCTTC 
GTTGGAACCA ATCCAGCCTC AAATAAACCC TTTCTGGGAA CCAATCCGGC CCCAAATAAA 
TCCTTCGTGG GAACCAATCA GGCCTTAAAT AAACCCTTCA TGGGAACTAA TGCAGCTTCA 
AATAAACCCT TCATGGGAAC CAATCAAGTC TTAAATAAAC CCTTTATGGG AAACAATCCA 
GCCCCAAATA AACCCTTTCT GGGAACCAAT CAGGCCTCAA ATAAACCCTT TCTGGGACCC 
AATCAGGCCC CAAATAAACC CTTCATGGAA ACCAATCCGG CCCTAAATAA ACCATCTATA 
GGAACCAATG CTGCCTCAAA TAAACCTTTT GTGAGAACAA ACATGGCCTC AAATAAACCG 
TTTGTGAGAA ACAATGCTGC TTCAAATAAA CCATTTGTGG GAGCCAATGC TGCCTCAAAT 
AAACACCCTG TGGGAACCAA TGTGGCCTCA GTGGGTCCTA AACTGGTTAC TGATAGTCAC 
AATGTGAAAA CCCAAAATCC AAAAGAAAAG TCACTAGGTC AAAAAGAAAG AACAGTCAGC 
CCTACAAAAG ATACAGCTAA CCCCTGGAGA AGCTCCCAAC AATATGGAAT TAACAAACCA 
AATTATAATT TGCCTCACCC TGAGGGTAGC AGGGTCAGCC CAAATTTTAA TTCTTTTGAT 
CAACAAGAAA ACTCCTACTT TCCAAGAGAA GATTCCAGAA GAGTGTCAAG TCCCAAAAGA 
CAAATCCAAA ACCAGAATCT TCCCAAAGGA ATAGCTTTAG AGCCAAGAAG AACCCCATTT 
GAATCAGAAA CTAAGAAACC GGAATTAAAG CAGAGTACAC ACCAACAGCC TGCATATCCT 
AAGAAAACCC CTTCTACAAG AGAACATTTT CCTGTTGAGA GAAAAATCTG GAATCGGCAA 
GAAATCATTC CACCCTTAAA GGAAGATCGT GGGAGGCAGG AAGAAATTTT ACCTTATCCT 
TCCTATGGCT CTAGAGGAAA TATATTTTAC CATGACTATA ACAATCCTTA TTATCCTAAT 
GAAAACTCAC CATACATTAG AAGCAATACA TGGAATGAGA GGATTACCTC TCCCAGTACC 
CTGGGGCAAC CAGAAAATCC ACAGTACCCC ATGAATTCTC TAGACCAGAA GGAGACAGAG 
CAGTATAATG AAGAGGATCC AATAGACCCA AATGAAGATG AACTTTTTCC AGGACAAAGT 
AAATGGGGTG ATGATGAGCT CTTCAAGGGA AGACCAACAG TTGGGCAGTA TGAAGGCAAC 
AAATATGCCT CAACCCTACC AAAGGAATAC CTTCCCTACT CCCTAGGGAA TCCAACCAAG 
GAACTTTTTC CTTACAATGA ATTCTATCCT TGGAGCCCAC AAGAAAATTT CCCTATATAT 
AATCCAGGTC CCACTATAGC ACCACCTGTG GACCCCAGAA ATTATTATAT TGATAATGCC 
ATAGGACAAG AAGAAAGTAC ACTCTTTCCA TCATGGACTT CCTGGGACCA TGGGAATCAA 
GCACAGAAGC AGAAAGAAAA TGAGCCGTAT TTCAATGGAA ATGGCTGGGG TCAGTCAACA 
AATCTACACA AATCTAATAC ACCAAACCAA GAGAGGAACC ATCCTTATTC CACAAACTCC 
CCTGCTGGAC TTCCAAAGGA TCCAGCATGG CTTGAAGGTG AGAATTTGAA CTATGATTTA 
CAAATTAGTA GCTTAAGTCC ACCAGAGAGA GAACAGTTAG CTTTCCCAGA TTTCGTTCCT 
CAAAGTTACC CATCAGGTCA AAATGAAGCA CACTTATTTC ATCAAAGTGA GAGAGGTTCC 
TGCTGTATTG GTGGCTCCAC GGGACACAAA GACAATGTGC TGGCTCTACA AGATTACACT 
TCATCCTATG GTTTTGCACC AAGGGAGAAC AAAGAAACCA GTCCTGTGTA TACAGAAAGT 
AGTTATACCA AGTATGCAAG ATCTTATGTC TCCCCAACAA GCATCCTATC TAGTCAAAAA 
AACATCTCAG AGAATAAACT AACTGCTGAG AGTCCAAACC CAAGTCCTTT CAGAGATGGC 
GCACCTGCTC TGAGAGGGAA CACACCATAT GCTGGAAAGA ACCAACTGGA AACAGGAAGT 
AAGGCCTTTC CTGAAGCCAG CTCTCCTCAG CCAAAAGACA CACCCTGTCT TAAAAGTGAC 
CTTGGAGGAG ACCGGAGAGA TGTTCTGAAA CAATTTTTTG AAGGCAGCCA GCTCAGTGAA 
AGAACTGCTG AACTTACCCC TGAACAGCTC GTTATCGGTA TCCCTGACAA AGGCTCTGGC 
CCAGACAGCA AACAAAGTGA AGTCCAAGGG AAAGAGGGTG AGATGCAGCA GCAAAGACCA 
CCTACTATCC TTAAGTTACC GTGCTTTAGC TCCAAATTAG CAAAGCTTCA CTCTTCAAGC 
ACTGAACCTC CAACCAACAA TGGAAAACAA AGTCTTAGTG GTGCTCTCTC GACACCTACT 
GAAAATCCTA CCACATCAGT CGGGTTACCT ACGAGAGAAC AATTTAAAAG TATAAATGTA 
GATCCAGTGA ATGCAGATGA ACACACTACA TTTGAAGCTT TTCAAGGAAC CAGTCAAGAG 
GACCAAGGAC AAGGCTGCTT ACTGCTTCAG GCTTAG

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

RefSeq	XP_005359508.1
CDS	1..3936
Translation	MLLLQCRNPASLPKPCHLVPNVKMVILLFLLGLLGNSAAMPFQMPIPRMPGFSSKSEEMMRYSQFNFMNGPHMMPMGPYGNGMPMPPHMPPPYPPYHMPMWPQPPNGWNQPPMPNFPSNTDQTQETAKPNQTNPQEPQPQRQPPKEPPNEAARAKEEAQPPLPFPPFGNGLYPYQQPPWPIPQRGPPPAFGRPKFSNEEGNPYYAYYGYHGFGGRPYYSEEMFEDYEKPKEKDPPKPEDPPPDDPPPEASTNSTTPEANSTQSIPGETQGGNETSPTGNRGPGPNAGNNPTVQNGVFPLPKVNVSGQGASRNQIPWRPNQPNIYENHPYPNVRNYPSGRQWQTTGPMEPRKNGPGYQNPPVQRGPQWNSFAWEGKQTTPPGNPIYPKPSPPSSRVNYPNSAGNPVNFGRKSPRPNKPFVGTNPAPNKPFMGTNPALNKPFVGTNPASNKPFLGTNPAPNKSFVGTNQALNKPFMGTNAASNKPFMGTNQVLNKPFMGNNPAPNKPFLGTNQASNKPFLGPNQAPNKPFMETNPALNKPSIGTNAASNKPFVRTNMASNKPFVRNNAASNKPFVGANAASNKHPVGTNVASVGPKLVTDSHNVKTQNPKEKSLGQKERTVSPTKDTANPWRSSQQYGINKPNYNLPHPEGSRVSPNFNSFDQQENSYFPREDSRRVSSPKRQIQNQNLPKGIALEPRRTPFESETKKPELKQSTHQQPAYPKKTPSTREHFPVERKIWNRQEIIPPLKEDRGRQEEILPYPSYGSRGNIFYHDYNNPYYPNENSPYIRSNTWNERITSPSTLGQPENPQYPMNSLDQKETEQYNEEDPIDPNEDELFPGQSKWGDDELFKGRPTVGQYEGNKYASTLPKEYLPYSLGNPTKELFPYNEFYPWSPQENFPIYNPGPTIAPPVDPRNYYIDNAIGQEESTLFPSWTSWDHGNQAQKQKENEPYFNGNGWGQSTNLHKSNTPNQERNHPYSTNSPAGLPKDPAWLEGENLNYDLQISSLSPPEREQLAFPDFVPQSYPSGQNEAHLFHQSERGSCCIGGSTGHKDNVLALQDYTSSYGFAPRENKETSPVYTESSYTKYARSYVSPTSILSSQKNISENKLTAESPNPSPFRDGAPALRGNTPYAGKNQLETGSKAFPEASSPQPKDTPCLKSDLGGDRRDVLKQFFEGSQLSERTAELTPEQLVIGIPDKGSGPDSKQSEVQGKEGEMQQQRPPTILKLPCFSSKLAKLHSSSTEPPTNNGKQSLSGALSTPTENPTTSVGLPTREQFKSINVDPVNADEHTTFEAFQGTSQEDQGQGCLLLQA

Target ORF information:

RefSeq Version	XM_005359451.1
Organism	Microtus ochrogaster(prairie vole)
Definition	Microtus ochrogaster enamelin (Enam), mRNA.

Target ORF information:

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

XM_005359451.1

ORF Insert Sequence:

ATGTTGCTGC TTCAGTGCAG AAATCCAGCC TCTCTTCCAA AGCCATGTCA CTTGGTACCA 
AATGTAAAAA TGGTGATTCT CCTGTTTCTG CTGGGTCTGC TTGGTAACTC TGCTGCCATG 
CCTTTCCAGA TGCCAATACC CCGAATGCCT GGATTTAGCA GTAAAAGTGA AGAGATGATG 
CGATACAGTC AATTCAACTT TATGAATGGC CCACATATGA TGCCTATGGG CCCATATGGG 
AATGGTATGC CAATGCCTCC ACACATGCCC CCGCCGTACC CTCCATACCA CATGCCCATG 
TGGCCTCAGC CACCCAATGG ATGGAATCAA CCCCCAATGC CCAATTTCCC AAGCAATACT 
GATCAAACCC AGGAGACTGC CAAGCCCAAC CAGACCAATC CACAAGAGCC ACAACCACAA 
AGGCAGCCTC CAAAGGAGCC ACCAAATGAA GCAGCACGGG CCAAAGAAGA AGCCCAGCCT 
CCATTACCAT TCCCACCATT TGGCAATGGG CTTTACCCCT ATCAACAACC ACCATGGCCA 
ATTCCACAGA GGGGACCACC ACCAGCATTT GGACGTCCAA AATTCAGCAA TGAAGAAGGA 
AATCCTTACT ATGCATATTA TGGGTATCAC GGCTTTGGGG GTCGTCCTTA TTATTCAGAA 
GAGATGTTTG AAGATTATGA AAAACCCAAA GAAAAAGATC CTCCTAAACC AGAGGACCCA 
CCCCCAGACG ATCCACCCCC AGAGGCCTCT ACTAACTCAA CTACGCCAGA GGCTAACTCC 
ACTCAGTCAA TTCCTGGAGA GACTCAAGGC GGAAATGAAA CTAGCCCAAC AGGGAACAGG 
GGACCTGGCC CGAATGCTGG GAACAACCCT ACAGTTCAAA ATGGCGTCTT CCCTCTCCCT 
AAAGTAAATG TTTCAGGCCA AGGAGCATCG AGAAACCAGA TTCCGTGGAG ACCAAATCAG 
CCAAACATTT ATGAGAATCA TCCCTATCCG AATGTGCGAA ATTATCCTTC AGGAAGACAA 
TGGCAAACCA CTGGTCCCAT GGAGCCCAGA AAGAACGGAC CTGGGTATCA AAACCCACCA 
GTACAAAGGG GTCCTCAGTG GAATTCCTTT GCTTGGGAAG GTAAACAAAC TACTCCTCCA 
GGAAATCCAA TTTACCCCAA ACCTTCCCCT CCTTCTTCAA GAGTCAATTA TCCTAACTCT 
GCAGGAAATC CAGTAAATTT TGGAAGAAAA TCTCCCAGGC CAAACAAACC CTTCGTGGGA 
ACCAATCCGG CCCCAAATAA ACCCTTTATG GGAACCAATC CGGCCTTAAA TAAACCCTTC 
GTTGGAACCA ATCCAGCCTC AAATAAACCC TTTCTGGGAA CCAATCCGGC CCCAAATAAA 
TCCTTCGTGG GAACCAATCA GGCCTTAAAT AAACCCTTCA TGGGAACTAA TGCAGCTTCA 
AATAAACCCT TCATGGGAAC CAATCAAGTC TTAAATAAAC CCTTTATGGG AAACAATCCA 
GCCCCAAATA AACCCTTTCT GGGAACCAAT CAGGCCTCAA ATAAACCCTT TCTGGGACCC 
AATCAGGCCC CAAATAAACC CTTCATGGAA ACCAATCCGG CCCTAAATAA ACCATCTATA 
GGAACCAATG CTGCCTCAAA TAAACCTTTT GTGAGAACAA ACATGGCCTC AAATAAACCG 
TTTGTGAGAA ACAATGCTGC TTCAAATAAA CCATTTGTGG GAGCCAATGC TGCCTCAAAT 
AAACACCCTG TGGGAACCAA TGTGGCCTCA GTGGGTCCTA AACTGGTTAC TGATAGTCAC 
AATGTGAAAA CCCAAAATCC AAAAGAAAAG TCACTAGGTC AAAAAGAAAG AACAGTCAGC 
CCTACAAAAG ATACAGCTAA CCCCTGGAGA AGCTCCCAAC AATATGGAAT TAACAAACCA 
AATTATAATT TGCCTCACCC TGAGGGTAGC AGGGTCAGCC CAAATTTTAA TTCTTTTGAT 
CAACAAGAAA ACTCCTACTT TCCAAGAGAA GATTCCAGAA GAGTGTCAAG TCCCAAAAGA 
CAAATCCAAA ACCAGAATCT TCCCAAAGGA ATAGCTTTAG AGCCAAGAAG AACCCCATTT 
GAATCAGAAA CTAAGAAACC GGAATTAAAG CAGAGTACAC ACCAACAGCC TGCATATCCT 
AAGAAAACCC CTTCTACAAG AGAACATTTT CCTGTTGAGA GAAAAATCTG GAATCGGCAA 
GAAATCATTC CACCCTTAAA GGAAGATCGT GGGAGGCAGG AAGAAATTTT ACCTTATCCT 
TCCTATGGCT CTAGAGGAAA TATATTTTAC CATGACTATA ACAATCCTTA TTATCCTAAT 
GAAAACTCAC CATACATTAG AAGCAATACA TGGAATGAGA GGATTACCTC TCCCAGTACC 
CTGGGGCAAC CAGAAAATCC ACAGTACCCC ATGAATTCTC TAGACCAGAA GGAGACAGAG 
CAGTATAATG AAGAGGATCC AATAGACCCA AATGAAGATG AACTTTTTCC AGGACAAAGT 
AAATGGGGTG ATGATGAGCT CTTCAAGGGA AGACCAACAG TTGGGCAGTA TGAAGGCAAC 
AAATATGCCT CAACCCTACC AAAGGAATAC CTTCCCTACT CCCTAGGGAA TCCAACCAAG 
GAACTTTTTC CTTACAATGA ATTCTATCCT TGGAGCCCAC AAGAAAATTT CCCTATATAT 
AATCCAGGTC CCACTATAGC ACCACCTGTG GACCCCAGAA ATTATTATAT TGATAATGCC 
ATAGGACAAG AAGAAAGTAC ACTCTTTCCA TCATGGACTT CCTGGGACCA TGGGAATCAA 
GCACAGAAGC AGAAAGAAAA TGAGCCGTAT TTCAATGGAA ATGGCTGGGG TCAGTCAACA 
AATCTACACA AATCTAATAC ACCAAACCAA GAGAGGAACC ATCCTTATTC CACAAACTCC 
CCTGCTGGAC TTCCAAAGGA TCCAGCATGG CTTGAAGGTG AGAATTTGAA CTATGATTTA 
CAAATTAGTA GCTTAAGTCC ACCAGAGAGA GAACAGTTAG CTTTCCCAGA TTTCGTTCCT 
CAAAGTTACC CATCAGGTCA AAATGAAGCA CACTTATTTC ATCAAAGTGA GAGAGGTTCC 
TGCTGTATTG GTGGCTCCAC GGGACACAAA GACAATGTGC TGGCTCTACA AGATTACACT 
TCATCCTATG GTTTTGCACC AAGGGAGAAC AAAGAAACCA GTCCTGTGTA TACAGAAAGT 
AGTTATACCA AGTATGCAAG ATCTTATGTC TCCCCAACAA GCATCCTATC TAGTCAAAAA 
AACATCTCAG AGAATAAACT AACTGCTGAG AGTCCAAACC CAAGTCCTTT CAGAGATGGC 
GCACCTGCTC TGAGAGGGAA CACACCATAT GCTGGAAAGA ACCAACTGGA AACAGGAAGT 
AAGGCCTTTC CTGAAGCCAG CTCTCCTCAG CCAAAAGACA CACCCTGTCT TAAAAGTGAC 
CTTGGAGGAG ACCGGAGAGA TGTTCTGAAA CAATTTTTTG AAGGCAGCCA GCTCAGTGAA 
AGAACTGCTG AACTTACCCC TGAACAGCTC GTTATCGGTA TCCCTGACAA AGGCTCTGGC 
CCAGACAGCA AACAAAGTGA AGTCCAAGGG AAAGAGGGTG AGATGCAGCA GCAAAGACCA 
CCTACTATCC TTAAGTTACC GTGCTTTAGC TCCAAATTAG CAAAGCTTCA CTCTTCAAGC 
ACTGAACCTC CAACCAACAA TGGAAAACAA AGTCTTAGTG GTGCTCTCTC GACACCTACT 
GAAAATCCTA CCACATCAGT CGGGTTACCT ACGAGAGAAC AATTTAAAAG TATAAATGTA 
GATCCAGTGA ATGCAGATGA ACACACTACA TTTGAAGCTT TTCAAGGAAC CAGTCAAGAG 
GACCAAGGAC AAGGCTGCTT ACTGCTTCAG GCTTAG