Map7d3 cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Map7d3
Entrez Gene ID	103740152
Full Name	MAP7 domain containing 3
Gene Type	protein-coding
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_029567175.1	XP_029423035.1	MAP7 domain-containing protein 3
XM_017800018.1	XP_017655507.1	MAP7 domain-containing protein 3

Pathways from BioSystems
Gene Ontology

The following Map7d3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Map7d3 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
ONa132370	XM_029567175.1 Latest version!	Nannospalax galili MAP7 domain containing 3 (Map7d3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
ONa23537	XM_017800018.1 Latest version!	Nannospalax galili MAP7 domain containing 3 (Map7d3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$629.30 $899.00

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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)

Map7d3 ( XM_029567175.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029423035.1 Nannospalax galili MAP7 domain containing 3 (Map7d3), mRNA.

Price & Availability↑

CloneID	ONa132370
Clone ID Related Accession (Same CDS sequence)	XM_029567175.1
Accession Version	XM_029567175.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3210bp) 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	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	MAP7 domain-containing protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008344555.1) 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 :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGCGGATC GCGCTTTCGC TGGCACAAAC GGCAACACAT CCTTGCGGGG TCTTCGTGAA 
CGGTTGGTTG CTGTAGCTCA AGAAATTGCT GAAGAAAGAC GACACAAATG TGGTGTTAAC 
TCCTTAACAA CTCCGAATAA AAGATCATCA TGTGCACCTG TTATCAACGG ATCTGTTCTG 
AAAAATGATG TAAAACAACA ATTAGCCAAG GAACGCAGAG AGGAAAGAAA ACGACAGCAA 
GAGGCCAACA AGGAAAAACA ACTGCTTGAA AAGGAAAGAA AGGCTAAACT ACAGTACGAA 
AGACAGTCGG AAGAAAAACA ACGCAAACTG AAAGAACAGA AGGAGAAGGA TGAGCGTCGG 
AGAATATCTG CAGAGGAGAA AAGAAAACAG AAGTTGGCTG AAGACAAGGA AAAATTTAAA 
GCTGTTATAT CTCGTACAAT GGAACGATGT AACCGTGTTG ATCAACCACA AAAGAGATTG 
TCCTGGGAAG GATCTGGAAT GAATACTGAA CACAAATCTG GAAAAACAGA AACTAAAAGA 
AGTTCATCTT TGAACAGAAG AGAGAGCAAA TTACATTCCA GTGTTAACCC AGAACACATG 
GACAACACAG GCATGAACAA ATATGTCTTC CGTTACGTAA CTGTGCCGAT GTTTAATAGT 
GATGAGTTGA AGGCTTCTGC CATGTTCTGT AAATCCACAG TAAAAATGCC CATTCCAGTA 
AAATTGCAAC TAACAACTCC AGAGAAAGTA GAAACCCCTC TCAAGGAAGA TGTAAAAGAA 
CCAGTTGAGG TGAATATGCA AGTACCAGTC AAACTGAACA TGGAAATACC GTCTAAGGCA 
AACGAGGATG TGTTGTCCAA GGCAAATGTG AATGTACCAC TCAAGATGAA CACGGAAGAC 
ACCGCTGAAG TTAATGTGGA TGTTTCCCCC AAGGTGAATA TTGGAGTTCC CATTGAGGCT 
ACCATAGAAG GGCATCCTAA GTCAAATGTG GAAGAACTCC CCATGGTGAG CATGGATGCC 
TCTCCAAGTG TTGGATCATA CCCCATTGTC ATCATGGAGT CATCCCCTAT TGAGAGTGTG 
GGATCATCCT CCTTAGTGAA TGTAGAAATA TCTCCTGTGG TAAGCATTGA TGCCTCACCT 
GAGGCAAGCA TAGATACCTC ACCAGAATTA TGTATGGACT CAGCAAGCTT GGAAATGCCC 
TCAGAAGCAA ACATAGAAAC ACCCCTTAAA GCCAGCGGGA AATTACAGCT TGAGGCAAGT 
GTGGAAGCAC ACCCTGAGGC AAATGTTGAA GCATCAGCCA AGAACCCAGA AATGGACAAA 
CAGACCTTAA AACTTACTAC CAAGAAACAA CTATCATCTA ATATACCCTG TTACAAATGG 
CCATCATCCC CCACACTTGG GTGGCATCTA CCTTCTCCCA TGAAGGCTAT GCAGATGAAA 
AAGAACCGAC CTCCATCACC TCTACCAGTC TCAAGAAAAG TATCGACACA GACTCCTATG 
TCATATAAAA TAACACCCGT TCAAAGTATC CTATATGTGC CAAATTCATT AGGTGTTAAC 
AAGATGAGTG AGACGGTATG CCAAAAGTAT ATCACCAATC CAGAGTTGAG TAATAGAAGC 
ATGCCACACA GTGATGCAGC CTTGAAAATT CCAGCAGAGA TACACCAACC TGCTTATGAA 
CAAAACAACC AAATGGAAAA AGACAGATGC ACCAAAGAAA AGGAACAAAG TGTTACTGAG 
CAAGTGGATG CTATGGCAGA TAAAACGGGT GAAGTCCCTG CTGAAGAACT GTCACCATAC 
AAAGATGAGC TGCAAGAAAA AGATCTGACA AAGAAAAGGT GCCGTCTACC TTCTCCCATG 
AAGGCTATAT CATCCCCCGC ACTTGGGTGG CATCTACCTT CTCCCATGAA GGCTATGCAG 
ATGAAAAAGA ACCGACCTCC ATCACCTCTA CCAGTCTCAA GAAAAGTATC GACACAGACT 
CCTATGTCAT ATAAAATAAC ACCCATTCAA AGTATCCTAT ATGTGCCAAA TTCATTAGGT 
GTTAACAAAA TGAGTGAGAC TGTATGCCAA AAGTATATCA CCAATCCAGA GTTGAGTAAT 
AGAAGCATGC CACACAGTGA CGCAGCCTTG AAAATTCCAG CAGAGATACA CCAACCTGCT 
TATGAACAAA ACAACCAAAT GGAAAAAGAC AGATGCACCA AAGAAAAGGA ACAAAGTGTT 
ACTGAGCAAG TGGATGCTAT GGCAGATAAA ACGGGTGAAG TCCCTGCTGA AGAACTGTCA 
CCATACAAAG ATGAGCTGCA AGAAAAAGAT CTGACAAAGA AAACCGGTTG TGAACAGTCA 
GAAGACCTGA AAGACCAGTT ACAGAAAGGA GACGCCACAT CAAAGTGTCA GGGCAATGCT 
GAAATGCGCA AGAAGGAACA TGAGAGAATT ATGTTACGAA ATTTGCAAGA AAGATTAGAA 
CGTAGAAAGA GAGTTGAGGA AATAATGAAG CGGACAAGAA AGACAGATGC GAATGCCTCA 
AAGGCTCTAG AAATATCTAA GAATGCCACA TCTGAAGAGG ACGAGGCTGA TGATGAAGAA 
GAGACAGAAA GTGATGAGGG CTCTGTTGAT GAGCTGTTCC CATCAGGCAT CAGAAATTCA 
TCTACCAAGA TAAGAAAGTT TCATAAAAAT GCCAAGAAAA GACCTCAAAA GCTAGTGTTT 
TTGCAAGCAG AAACTGGTGA GGTCGATACA GAGAAGATAG TATATTTTAA TGGCAATGTG 
AAAGCTGCCA GACCAAAAGA CCCAAAAGAC TCTTCAACTC AAGTGAAAGG CAGCAAAATA 
CCTACCAGAA AGTCCTCTAC CCGCATCACA AGAATGAGAA AAACAAAGGA AGCCAATGCC 
ACCATCCTTC GATCATCTCT GAGTGAGGAA ACAAATCAGC AATGGGTTTC TGACAGAACT 
GCAGACATTA GTCACCACAC TGAACACACT GAATCACCTG TCACGAAGAC CATTCCTGAT 
AGTGACAAAC ACAATTTGAA AGAGTCTGTG ACATCTCAGC AAGGTCCTCA GGTACCTTTG 
AACCATAAGA AAAGAAGCAA GCCTGTTTCT TCTCCTTTGG GTAACGCCTT GTCACACCAC 
TTCACTCAAA AGGCAACTGA TCTTAAACCT TTCCCTGTAT CCAGCTATTT CAGGGCACCA 
TTTGGAGAAG ACGACGACAG TGATATATAA

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

RefSeq	XP_029423035.1
CDS	83..3292
Translation	MADRAFAGTNGNTSLRGLRERLVAVAQEIAEERRHKCGVNSLTTPNKRSSCAPVINGSVLKNDVKQQLAKERREERKRQQEANKEKQLLEKERKAKLQYERQSEEKQRKLKEQKEKDERRRISAEEKRKQKLAEDKEKFKAVISRTMERCNRVDQPQKRLSWEGSGMNTEHKSGKTETKRSSSLNRRESKLHSSVNPEHMDNTGMNKYVFRYVTVPMFNSDELKASAMFCKSTVKMPIPVKLQLTTPEKVETPLKEDVKEPVEVNMQVPVKLNMEIPSKANEDVLSKANVNVPLKMNTEDTAEVNVDVSPKVNIGVPIEATIEGHPKSNVEELPMVSMDASPSVGSYPIVIMESSPIESVGSSSLVNVEISPVVSIDASPEASIDTSPELCMDSASLEMPSEANIETPLKASGKLQLEASVEAHPEANVEASAKNPEMDKQTLKLTTKKQLSSNIPCYKWPSSPTLGWHLPSPMKAMQMKKNRPPSPLPVSRKVSTQTPMSYKITPVQSILYVPNSLGVNKMSETVCQKYITNPELSNRSMPHSDAALKIPAEIHQPAYEQNNQMEKDRCTKEKEQSVTEQVDAMADKTGEVPAEELSPYKDELQEKDLTKKRCRLPSPMKAISSPALGWHLPSPMKAMQMKKNRPPSPLPVSRKVSTQTPMSYKITPIQSILYVPNSLGVNKMSETVCQKYITNPELSNRSMPHSDAALKIPAEIHQPAYEQNNQMEKDRCTKEKEQSVTEQVDAMADKTGEVPAEELSPYKDELQEKDLTKKTGCEQSEDLKDQLQKGDATSKCQGNAEMRKKEHERIMLRNLQERLERRKRVEEIMKRTRKTDANASKALEISKNATSEEDEADDEEETESDEGSVDELFPSGIRNSSTKIRKFHKNAKKRPQKLVFLQAETGEVDTEKIVYFNGNVKAARPKDPKDSSTQVKGSKIPTRKSSTRITRMRKTKEANATILRSSLSEETNQQWVSDRTADISHHTEHTESPVTKTIPDSDKHNLKESVTSQQGPQVPLNHKKRSKPVSSPLGNALSHHFTQKATDLKPFPVSSYFRAPFGEDDDSDI

Target ORF information:

RefSeq Version	XM_029567175.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili MAP7 domain containing 3 (Map7d3), mRNA.

Target ORF information:

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

XM_029567175.1

ORF Insert Sequence:

ATGGCGGATC GCGCTTTCGC TGGCACAAAC GGCAACACAT CCTTGCGGGG TCTTCGTGAA 
CGGTTGGTTG CTGTAGCTCA AGAAATTGCT GAAGAAAGAC GACACAAATG TGGTGTTAAC 
TCCTTAACAA CTCCGAATAA AAGATCATCA TGTGCACCTG TTATCAACGG ATCTGTTCTG 
AAAAATGATG TAAAACAACA ATTAGCCAAG GAACGCAGAG AGGAAAGAAA ACGACAGCAA 
GAGGCCAACA AGGAAAAACA ACTGCTTGAA AAGGAAAGAA AGGCTAAACT ACAGTACGAA 
AGACAGTCGG AAGAAAAACA ACGCAAACTG AAAGAACAGA AGGAGAAGGA TGAGCGTCGG 
AGAATATCTG CAGAGGAGAA AAGAAAACAG AAGTTGGCTG AAGACAAGGA AAAATTTAAA 
GCTGTTATAT CTCGTACAAT GGAACGATGT AACCGTGTTG ATCAACCACA AAAGAGATTG 
TCCTGGGAAG GATCTGGAAT GAATACTGAA CACAAATCTG GAAAAACAGA AACTAAAAGA 
AGTTCATCTT TGAACAGAAG AGAGAGCAAA TTACATTCCA GTGTTAACCC AGAACACATG 
GACAACACAG GCATGAACAA ATATGTCTTC CGTTACGTAA CTGTGCCGAT GTTTAATAGT 
GATGAGTTGA AGGCTTCTGC CATGTTCTGT AAATCCACAG TAAAAATGCC CATTCCAGTA 
AAATTGCAAC TAACAACTCC AGAGAAAGTA GAAACCCCTC TCAAGGAAGA TGTAAAAGAA 
CCAGTTGAGG TGAATATGCA AGTACCAGTC AAACTGAACA TGGAAATACC GTCTAAGGCA 
AACGAGGATG TGTTGTCCAA GGCAAATGTG AATGTACCAC TCAAGATGAA CACGGAAGAC 
ACCGCTGAAG TTAATGTGGA TGTTTCCCCC AAGGTGAATA TTGGAGTTCC CATTGAGGCT 
ACCATAGAAG GGCATCCTAA GTCAAATGTG GAAGAACTCC CCATGGTGAG CATGGATGCC 
TCTCCAAGTG TTGGATCATA CCCCATTGTC ATCATGGAGT CATCCCCTAT TGAGAGTGTG 
GGATCATCCT CCTTAGTGAA TGTAGAAATA TCTCCTGTGG TAAGCATTGA TGCCTCACCT 
GAGGCAAGCA TAGATACCTC ACCAGAATTA TGTATGGACT CAGCAAGCTT GGAAATGCCC 
TCAGAAGCAA ACATAGAAAC ACCCCTTAAA GCCAGCGGGA AATTACAGCT TGAGGCAAGT 
GTGGAAGCAC ACCCTGAGGC AAATGTTGAA GCATCAGCCA AGAACCCAGA AATGGACAAA 
CAGACCTTAA AACTTACTAC CAAGAAACAA CTATCATCTA ATATACCCTG TTACAAATGG 
CCATCATCCC CCACACTTGG GTGGCATCTA CCTTCTCCCA TGAAGGCTAT GCAGATGAAA 
AAGAACCGAC CTCCATCACC TCTACCAGTC TCAAGAAAAG TATCGACACA GACTCCTATG 
TCATATAAAA TAACACCCGT TCAAAGTATC CTATATGTGC CAAATTCATT AGGTGTTAAC 
AAGATGAGTG AGACGGTATG CCAAAAGTAT ATCACCAATC CAGAGTTGAG TAATAGAAGC 
ATGCCACACA GTGATGCAGC CTTGAAAATT CCAGCAGAGA TACACCAACC TGCTTATGAA 
CAAAACAACC AAATGGAAAA AGACAGATGC ACCAAAGAAA AGGAACAAAG TGTTACTGAG 
CAAGTGGATG CTATGGCAGA TAAAACGGGT GAAGTCCCTG CTGAAGAACT GTCACCATAC 
AAAGATGAGC TGCAAGAAAA AGATCTGACA AAGAAAAGGT GCCGTCTACC TTCTCCCATG 
AAGGCTATAT CATCCCCCGC ACTTGGGTGG CATCTACCTT CTCCCATGAA GGCTATGCAG 
ATGAAAAAGA ACCGACCTCC ATCACCTCTA CCAGTCTCAA GAAAAGTATC GACACAGACT 
CCTATGTCAT ATAAAATAAC ACCCATTCAA AGTATCCTAT ATGTGCCAAA TTCATTAGGT 
GTTAACAAAA TGAGTGAGAC TGTATGCCAA AAGTATATCA CCAATCCAGA GTTGAGTAAT 
AGAAGCATGC CACACAGTGA CGCAGCCTTG AAAATTCCAG CAGAGATACA CCAACCTGCT 
TATGAACAAA ACAACCAAAT GGAAAAAGAC AGATGCACCA AAGAAAAGGA ACAAAGTGTT 
ACTGAGCAAG TGGATGCTAT GGCAGATAAA ACGGGTGAAG TCCCTGCTGA AGAACTGTCA 
CCATACAAAG ATGAGCTGCA AGAAAAAGAT CTGACAAAGA AAACCGGTTG TGAACAGTCA 
GAAGACCTGA AAGACCAGTT ACAGAAAGGA GACGCCACAT CAAAGTGTCA GGGCAATGCT 
GAAATGCGCA AGAAGGAACA TGAGAGAATT ATGTTACGAA ATTTGCAAGA AAGATTAGAA 
CGTAGAAAGA GAGTTGAGGA AATAATGAAG CGGACAAGAA AGACAGATGC GAATGCCTCA 
AAGGCTCTAG AAATATCTAA GAATGCCACA TCTGAAGAGG ACGAGGCTGA TGATGAAGAA 
GAGACAGAAA GTGATGAGGG CTCTGTTGAT GAGCTGTTCC CATCAGGCAT CAGAAATTCA 
TCTACCAAGA TAAGAAAGTT TCATAAAAAT GCCAAGAAAA GACCTCAAAA GCTAGTGTTT 
TTGCAAGCAG AAACTGGTGA GGTCGATACA GAGAAGATAG TATATTTTAA TGGCAATGTG 
AAAGCTGCCA GACCAAAAGA CCCAAAAGAC TCTTCAACTC AAGTGAAAGG CAGCAAAATA 
CCTACCAGAA AGTCCTCTAC CCGCATCACA AGAATGAGAA AAACAAAGGA AGCCAATGCC 
ACCATCCTTC GATCATCTCT GAGTGAGGAA ACAAATCAGC AATGGGTTTC TGACAGAACT 
GCAGACATTA GTCACCACAC TGAACACACT GAATCACCTG TCACGAAGAC CATTCCTGAT 
AGTGACAAAC ACAATTTGAA AGAGTCTGTG ACATCTCAGC AAGGTCCTCA GGTACCTTTG 
AACCATAAGA AAAGAAGCAA GCCTGTTTCT TCTCCTTTGG GTAACGCCTT GTCACACCAC 
TTCACTCAAA AGGCAACTGA TCTTAAACCT TTCCCTGTAT CCAGCTATTT CAGGGCACCA 
TTTGGAGAAG ACGACGACAG TGATATATAA

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

Map7d3 ( XM_017800018.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017655507.1 Nannospalax galili MAP7 domain containing 3 (Map7d3), mRNA.

Price & Availability↑

CloneID	ONa23537
Clone ID Related Accession (Same CDS sequence)	XM_017800018.1
Accession Version	XM_017800018.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3186bp) 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	2016-08-10
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	MAP7 domain-containing protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008344555.1) 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 Version :: Nannospalax galili Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGCGGATC GCGCTTTCGC TGGCACAAAC GGCAACACAT CCTTGCGGGG TCTTCGTGAA 
CGGTTGGTTG CTGTAGCTCA AGAAATTGCT GAAGAAAGAC GACACAAATG TGGTGTTAAC 
TCCTTAACAA CTCCGAATAA AAGATCATCA TGTGCACCTG TTATCAACGG ATCTGTTCTG 
AAAAATGATG TAAAACAACA ATTAGCCAAG GAACGCAGAG AGGAAAGAAA ACGACAGCAA 
GAGGCCAACA AGGAAAAACA ACTGCTTGAA AAGGAAAGAA AGGCTAAACT ACAGTACGAA 
AGACAGTCGG AAGAAAAACA ACGCAAACTG AAAGAACAGA AGGAGAAGGA TGAGCGTCGG 
AGAATATCTG CAGAGGAGAA AAGAAAACAG AAGTTGGCTG AAGACAAGGA AAAATTTAAA 
GCTGTTATAT CTCGTACAAT GGAACGATGT AACCGTGTTG ATCAACCACA AAAGAGATTG 
TCCTGGGAAG GATCTGGAAT GAATACTGAA CACAAATCTG GAAAAACAGA AACTAAAAGA 
AGTTCATCTT TGAACAGAAG AGAGAGCAAA TTACATTCCA GTGTTAACCC AGAACACATG 
GACAACACAG GCATGAACAA ATATGTCTTC CGTTACGTAA CTGTGCCGAT GTTTAATAGT 
GATGAGTTGA AGGCTTCTGC CATGTTCTGT AAATCCACAG TAAAAATGCC CATTCCAGTA 
AAATTGCAAC TAACAACTCC AGAGAAAGTA GAAACCCCTC TCAAGGAAGA TGTAAAAGAA 
CCAGTTGAGG TGAATATGCA AGTACCAGTC AAACTGAACA TGGAAATACC GTCTAAGGCA 
AACGAGGATG TGTTGTCCAA GGCAAATGTG AATGTACCAC TCAAGATGAA CACGGAAGAC 
ACCGCTGAAG TTAATGTGGA TGTTTCCCCC AAGGTGAATA TTGGAGTTCC CATTGAGGCT 
ACCATAGAAG GGCATCCTAA GTCAAATGTG GAAGAACTCC CCATGGTGAG CATGGATGCC 
TCTCCAAGTG TTGGATCATA CCCCATTGTC ATCATGGAGT CATCCCCTAT TGAGAGTGTG 
GGATCATCCT CCTTAGTGAA TGTAGAAATA TCTCCTGTGG TAAGCATTGA TGCCTCACCT 
GAGGCAAGCA TAGATACCTC ACCAGAATTA TGTATGGACT CAGCAAGCTT GGAAATGCCC 
TCAGAAGCAA ACATAGAAAC ACCCCTTAAA GCCAGCGGGA AATTACAGCT TGAGGCAAGT 
GTGGAAGCAC ACCCTGAGGC AAATGTTGAA GCATCAGCCA AGAACCCAGA AATGGACAAA 
CAGACCTTAA AACTTACTAC CAAGAAACAA CTATCATCTA ATATACCCTG TTACAAATGG 
CCATCATCCC CCACACTTGG GTGGCATCTA CCTTCTCCCA TGAAGGCTAT GCAGATGAAA 
AAGAACCGAC CTCCATCACC TCTACCAGTC TCAAGAAAAG TATCGACACA GACTCCTATG 
TCATATAAAA TAACACCCGT TCAAAGTATC CTATATGTGC CAAATTCATT AGGTGTTAAC 
AAGATGAGTG AGACGGTATG CCAAAAGTAT ATCACCAATC CAGAGTTGAG TAATAGAAGC 
ATGCCACACA GTGATGCAGC CTTGAAAATT CCAGCAGAGA TACACCAACC TGCTTATGAA 
CAAAACAACC AAATGGAAAA AGACAGATGC ACCAAAGAAA AGGAACAAAG TGTTACTGAG 
CAAGTGGATG CTATGGCAGA TAAAACGGGT GAAGTCCCTG CTGAAGAACT GTCACCATAC 
AAAGATGAGC TGCAAGAAAA AGATCTGACA AAGAAAAGGT GCCGTCTACC TTCTCCCATG 
AAGGCTATTC TACCTTCTCC CATGAAGGCT ATGCAGATGA AAAAGAACCG ACCTCCATCA 
CCTCTACCAG TCTCAAGAAA AGTATCGACA CAGACTCCTA TGTCATATAA AATAACACCC 
ATTCAAAGTA TCCTATATGT GCCAAATTCA TTAGGTGTTA ACAAAATGAG TGAGACTGTA 
TGCCAAAAGT ATATCACCAA TCCAGAGTTG AGTAATAGAA GCATGCCACA CAGTGACGCA 
GCCTTGAAAA TTCCAGCAGA GATACACCAA CCTGCTTATG AACAAAACAA CCAAATGGAA 
AAAGACAGAT GCACCAAAGA AAAGGAACAA AGTGTTACTG AGCAAGTGGA TGCTATGGCA 
GATAAAACGG GTGAAGTCCC TGCTGAAGAA CTGTCACCAT ACAAAGATGA GCTGCAAGAA 
AAAGATCTGA CAAAGAAAAC CGGTTGTGAA CAGTCAGAAG ACCTGAAAGA CCAGTTACAG 
AAAGGAGACG CCACATCAAA GTGTCAGGGC AATGCTGAAA TGCGCAAGAA GGAACATGAG 
AGAATTATGT TACGAAATTT GCAAGAAAGA TTAGAACGTA GAAAGAGAGT TGAGGAAATA 
ATGAAGCGGA CAAGAAAGAC AGATGCGAAT GCCTCAAAGG CTCTAGAAAT ATCTAAGAAT 
GCCACATCTG AAGAGGACGA GGCTGATGAT GAAGAAGAGA CAGAAAGTGA TGAGGGCTCT 
GTTGATGAGC TGTTCCCATC AGGCATCAGA AATTCATCTA CCAAGATAAG AAAGTTTCAT 
AAAAATGCCA AGAAAAGACC TCAAAAGCTA GTGTTTTTGC AAGCAGAAAC TGGTGAGGTC 
GATACAGAGA AGATAGTATA TTTTAATGGC AATGTGAAAG CTGCCAGACC AAAAGACCCA 
AAAGACTCTT CAACTCAAGT GAAAGGCAGC AAAATACCTA CCAGAAAGTC CTCTACCCGC 
ATCACAAGAA TGAGAAAAAC AAAGGAAGCC AATGCCACCA TCCTTCGATC ATCTCTGAGT 
GAGGAAACAA ATCAGCAATG GGTTTCTGAC AGAACTGCAG ACATTAGTCA CCACACTGAA 
CACACTGAAT CACCTGTCAC GAAGACCATT CCTGATAGTG ACAAACACAA TTTGAAAGAG 
TCTGTGACAT CTCAGCAAGG TCCTCAGGTA CCTTTGAACC ATAAGAAAAG AAGCAAGCCT 
GTTTCTTCTC CTTTGGGTAA CGCCTTGTCA CACCACTTCA CTCAAAAGGC AACTGATCTT 
AAACCTTTCC CTGTATCCAG CTATTTCAGG GCACCATTTG GAGAAGACGA CGACAGTGAT 
ATATAA

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

RefSeq	XP_017655507.1
CDS	19..3204
Translation	MADRAFAGTNGNTSLRGLRERLVAVAQEIAEERRHKCGVNSLTTPNKRSSCAPVINGSVLKNDVKQQLAKERREERKRQQEANKEKQLLEKERKAKLQYERQSEEKQRKLKEQKEKDERRRISAEEKRKQKLAEDKEKFKAVISRTMERCNRVDQPQKRLSWEGSGMNTEHKSGKTETKRSSSLNRRESKLHSSVNPEHMDNTGMNKYVFRYVTVPMFNSDELKASAMFCKSTVKMPIPVKLQLTTPEKVETPLKEDVKEPVEVNMQVPVKLNMEIPSKANEDVLSKANVNVPLKMNTEDTAEVNVDVSPKVNIGVPIEATIEGHPKSNVEELPMVSMDASPSVGSYPIVIMESSPIESVGSSSLVNVEISPVVSIDASPEASIDTSPELCMDSASLEMPSEANIETPLKASGKLQLEASVEAHPEANVEASAKNPEMDKQTLKLTTKKQLSSNIPCYKWPSSPTLGWHLPSPMKAMQMKKNRPPSPLPVSRKVSTQTPMSYKITPVQSILYVPNSLGVNKMSETVCQKYITNPELSNRSMPHSDAALKIPAEIHQPAYEQNNQMEKDRCTKEKEQSVTEQVDAMADKTGEVPAEELSPYKDELQEKDLTKKRCRLPSPMKAILPSPMKAMQMKKNRPPSPLPVSRKVSTQTPMSYKITPIQSILYVPNSLGVNKMSETVCQKYITNPELSNRSMPHSDAALKIPAEIHQPAYEQNNQMEKDRCTKEKEQSVTEQVDAMADKTGEVPAEELSPYKDELQEKDLTKKTGCEQSEDLKDQLQKGDATSKCQGNAEMRKKEHERIMLRNLQERLERRKRVEEIMKRTRKTDANASKALEISKNATSEEDEADDEEETESDEGSVDELFPSGIRNSSTKIRKFHKNAKKRPQKLVFLQAETGEVDTEKIVYFNGNVKAARPKDPKDSSTQVKGSKIPTRKSSTRITRMRKTKEANATILRSSLSEETNQQWVSDRTADISHHTEHTESPVTKTIPDSDKHNLKESVTSQQGPQVPLNHKKRSKPVSSPLGNALSHHFTQKATDLKPFPVSSYFRAPFGEDDDSDI

Target ORF information:

RefSeq Version	XM_017800018.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili MAP7 domain containing 3 (Map7d3), mRNA.

Target ORF information:

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

XM_017800018.1

ORF Insert Sequence:

ATGGCGGATC GCGCTTTCGC TGGCACAAAC GGCAACACAT CCTTGCGGGG TCTTCGTGAA 
CGGTTGGTTG CTGTAGCTCA AGAAATTGCT GAAGAAAGAC GACACAAATG TGGTGTTAAC 
TCCTTAACAA CTCCGAATAA AAGATCATCA TGTGCACCTG TTATCAACGG ATCTGTTCTG 
AAAAATGATG TAAAACAACA ATTAGCCAAG GAACGCAGAG AGGAAAGAAA ACGACAGCAA 
GAGGCCAACA AGGAAAAACA ACTGCTTGAA AAGGAAAGAA AGGCTAAACT ACAGTACGAA 
AGACAGTCGG AAGAAAAACA ACGCAAACTG AAAGAACAGA AGGAGAAGGA TGAGCGTCGG 
AGAATATCTG CAGAGGAGAA AAGAAAACAG AAGTTGGCTG AAGACAAGGA AAAATTTAAA 
GCTGTTATAT CTCGTACAAT GGAACGATGT AACCGTGTTG ATCAACCACA AAAGAGATTG 
TCCTGGGAAG GATCTGGAAT GAATACTGAA CACAAATCTG GAAAAACAGA AACTAAAAGA 
AGTTCATCTT TGAACAGAAG AGAGAGCAAA TTACATTCCA GTGTTAACCC AGAACACATG 
GACAACACAG GCATGAACAA ATATGTCTTC CGTTACGTAA CTGTGCCGAT GTTTAATAGT 
GATGAGTTGA AGGCTTCTGC CATGTTCTGT AAATCCACAG TAAAAATGCC CATTCCAGTA 
AAATTGCAAC TAACAACTCC AGAGAAAGTA GAAACCCCTC TCAAGGAAGA TGTAAAAGAA 
CCAGTTGAGG TGAATATGCA AGTACCAGTC AAACTGAACA TGGAAATACC GTCTAAGGCA 
AACGAGGATG TGTTGTCCAA GGCAAATGTG AATGTACCAC TCAAGATGAA CACGGAAGAC 
ACCGCTGAAG TTAATGTGGA TGTTTCCCCC AAGGTGAATA TTGGAGTTCC CATTGAGGCT 
ACCATAGAAG GGCATCCTAA GTCAAATGTG GAAGAACTCC CCATGGTGAG CATGGATGCC 
TCTCCAAGTG TTGGATCATA CCCCATTGTC ATCATGGAGT CATCCCCTAT TGAGAGTGTG 
GGATCATCCT CCTTAGTGAA TGTAGAAATA TCTCCTGTGG TAAGCATTGA TGCCTCACCT 
GAGGCAAGCA TAGATACCTC ACCAGAATTA TGTATGGACT CAGCAAGCTT GGAAATGCCC 
TCAGAAGCAA ACATAGAAAC ACCCCTTAAA GCCAGCGGGA AATTACAGCT TGAGGCAAGT 
GTGGAAGCAC ACCCTGAGGC AAATGTTGAA GCATCAGCCA AGAACCCAGA AATGGACAAA 
CAGACCTTAA AACTTACTAC CAAGAAACAA CTATCATCTA ATATACCCTG TTACAAATGG 
CCATCATCCC CCACACTTGG GTGGCATCTA CCTTCTCCCA TGAAGGCTAT GCAGATGAAA 
AAGAACCGAC CTCCATCACC TCTACCAGTC TCAAGAAAAG TATCGACACA GACTCCTATG 
TCATATAAAA TAACACCCGT TCAAAGTATC CTATATGTGC CAAATTCATT AGGTGTTAAC 
AAGATGAGTG AGACGGTATG CCAAAAGTAT ATCACCAATC CAGAGTTGAG TAATAGAAGC 
ATGCCACACA GTGATGCAGC CTTGAAAATT CCAGCAGAGA TACACCAACC TGCTTATGAA 
CAAAACAACC AAATGGAAAA AGACAGATGC ACCAAAGAAA AGGAACAAAG TGTTACTGAG 
CAAGTGGATG CTATGGCAGA TAAAACGGGT GAAGTCCCTG CTGAAGAACT GTCACCATAC 
AAAGATGAGC TGCAAGAAAA AGATCTGACA AAGAAAAGGT GCCGTCTACC TTCTCCCATG 
AAGGCTATTC TACCTTCTCC CATGAAGGCT ATGCAGATGA AAAAGAACCG ACCTCCATCA 
CCTCTACCAG TCTCAAGAAA AGTATCGACA CAGACTCCTA TGTCATATAA AATAACACCC 
ATTCAAAGTA TCCTATATGT GCCAAATTCA TTAGGTGTTA ACAAAATGAG TGAGACTGTA 
TGCCAAAAGT ATATCACCAA TCCAGAGTTG AGTAATAGAA GCATGCCACA CAGTGACGCA 
GCCTTGAAAA TTCCAGCAGA GATACACCAA CCTGCTTATG AACAAAACAA CCAAATGGAA 
AAAGACAGAT GCACCAAAGA AAAGGAACAA AGTGTTACTG AGCAAGTGGA TGCTATGGCA 
GATAAAACGG GTGAAGTCCC TGCTGAAGAA CTGTCACCAT ACAAAGATGA GCTGCAAGAA 
AAAGATCTGA CAAAGAAAAC CGGTTGTGAA CAGTCAGAAG ACCTGAAAGA CCAGTTACAG 
AAAGGAGACG CCACATCAAA GTGTCAGGGC AATGCTGAAA TGCGCAAGAA GGAACATGAG 
AGAATTATGT TACGAAATTT GCAAGAAAGA TTAGAACGTA GAAAGAGAGT TGAGGAAATA 
ATGAAGCGGA CAAGAAAGAC AGATGCGAAT GCCTCAAAGG CTCTAGAAAT ATCTAAGAAT 
GCCACATCTG AAGAGGACGA GGCTGATGAT GAAGAAGAGA CAGAAAGTGA TGAGGGCTCT 
GTTGATGAGC TGTTCCCATC AGGCATCAGA AATTCATCTA CCAAGATAAG AAAGTTTCAT 
AAAAATGCCA AGAAAAGACC TCAAAAGCTA GTGTTTTTGC AAGCAGAAAC TGGTGAGGTC 
GATACAGAGA AGATAGTATA TTTTAATGGC AATGTGAAAG CTGCCAGACC AAAAGACCCA 
AAAGACTCTT CAACTCAAGT GAAAGGCAGC AAAATACCTA CCAGAAAGTC CTCTACCCGC 
ATCACAAGAA TGAGAAAAAC AAAGGAAGCC AATGCCACCA TCCTTCGATC ATCTCTGAGT 
GAGGAAACAA ATCAGCAATG GGTTTCTGAC AGAACTGCAG ACATTAGTCA CCACACTGAA 
CACACTGAAT CACCTGTCAC GAAGACCATT CCTGATAGTG ACAAACACAA TTTGAAAGAG 
TCTGTGACAT CTCAGCAAGG TCCTCAGGTA CCTTTGAACC ATAAGAAAAG AAGCAAGCCT 
GTTTCTTCTC CTTTGGGTAA CGCCTTGTCA CACCACTTCA CTCAAAAGGC AACTGATCTT 
AAACCTTTCC CTGTATCCAG CTATTTCAGG GCACCATTTG GAGAAGACGA CGACAGTGAT 
ATATAA